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libidn.pc.pc.tar.gz
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libini_config.so.5.2.1.so.5.2.1.tar.gz
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libmemcached.so.11.0.0.so.11.0.0.tar.gz
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libsodium.so.23.3.0.so.23.3.0.tar.gz
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libwireshark.so.11.1.2.tar
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rtl8168e-3.fw.fw.tar.gz
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rtl8168e-3.fw.tar
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rtl8168f-1.fw.fw.tar.gz
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rtl8168f-1.fw.tar
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rtl8168f-2.fw.fw.tar.gz
(847 B)
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rtl8168f-2.fw.tar
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rtl8168fp-3.fw.fw.tar.gz
(373 B)
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rtl8168fp-3.fw.tar
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rtl8168g-1.fw.fw.tar.gz
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rtl8168g-1.fw.tar
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rtl8168g-2.fw.fw.tar.gz
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rtl8168g-2.fw.tar
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rtl8168g-3.fw.fw.tar.gz
(533 B)
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rtl8168g-3.fw.tar
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rtl8168h-1.fw.fw.tar.gz
(889 B)
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rtl8168h-1.fw.tar
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rtl8168h-2.fw.fw.tar.gz
(872 B)
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rtl8168h-2.fw.tar
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rtl8188efw.bin.bin.tar.gz
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rtl8188efw.bin.tar
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rtl8188eufw.bin.bin.tar.gz
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rtl8188eufw.bin.tar
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rtl8188fufw.bin.bin.tar.gz
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rtl8188fufw.bin.tar
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rtl8192cfw.bin.bin.tar.gz
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rtl8192cfw.bin.tar
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rtl8192cfwU.bin.bin.tar.gz
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rtl8192cfwU.bin.tar
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rtl8192cfwU_B.bin.bin.tar.gz
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rtl8192cfwU_B.bin.tar
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rtl8192cufw.bin.bin.tar.gz
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rtl8192cufw.bin.tar
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rtl8192cufw_A.bin.bin.tar.gz
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rtl8192cufw_A.bin.tar
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rtl8192cufw_B.bin.bin.tar.gz
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rtl8192cufw_B.bin.tar
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rtl8192cufw_TMSC.bin.bin.tar.gz
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rtl8192cufw_TMSC.bin.tar
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rtl8192defw.bin.bin.tar.gz
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rtl8192defw.bin.tar
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rtl8192dufw.bin.bin.tar.gz
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rtl8192dufw.bin.tar
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rtl8192ee_fw.bin.bin.tar.gz
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rtl8192ee_fw.bin.tar
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rtl8192eefw.bin.bin.tar.gz
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rtl8192eefw.bin.tar
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rtl8192eu_fw.bin.bin.tar.gz
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rtl8192eu_fw.bin.tar
(39 KB)
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rtl8192eu_nic.bin.bin.tar.gz
(20.33 KB)
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rtl8192eu_nic.bin.tar
(33.5 KB)
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rtl8192eu_wowlan.bin.bin.tar.gz
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rtl8192eu_wowlan.bin.tar
(30 KB)
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rtl8192fufw.bin.bin.tar.gz
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rtl8192fufw.bin.tar
(32 KB)
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rtl8192sefw.bin.bin.tar.gz
(35.75 KB)
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rtl8192sefw.bin.tar
(80 KB)
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rtl8402-1.fw.fw.tar.gz
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rtl8402-1.fw.tar
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rtl8411-1.fw.fw.tar.gz
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rtl8411-1.fw.tar
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rtl8411-2.fw.fw.tar.gz
(667 B)
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rtl8411-2.fw.tar
(3 KB)
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rtl8712u.bin.bin.tar.gz
(61.63 KB)
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rtl8712u.bin.tar
(121 KB)
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rtl8723a_fw.bin.bin.tar.gz
(17.36 KB)
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rtl8723a_fw.bin.tar
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rtl8723aufw_A.bin.bin.tar.gz
(11.68 KB)
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rtl8723aufw_A.bin.tar
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rtl8723aufw_B.bin.bin.tar.gz
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rtl8723aufw_B.bin.tar
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rtl8723b_config.bin.bin.tar.gz
(181 B)
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rtl8723b_config.bin.tar
(2 KB)
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rtl8723b_fw.bin.bin.tar.gz
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rtl8723b_fw.bin.tar
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rtl8723befw.bin.bin.tar.gz
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rtl8723befw.bin.tar
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rtl8723befw_36.bin.bin.tar.gz
(20.66 KB)
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rtl8723befw_36.bin.tar
(33 KB)
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rtl8723bs_fw.bin.bin.tar.gz
(32.54 KB)
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rtl8723bs_fw.bin.tar
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rtl8723bs_nic.bin.bin.tar.gz
(20.76 KB)
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rtl8723bs_nic.bin.tar
(33 KB)
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rtl8723bs_wowlan.bin.bin.tar.gz
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rtl8723bs_wowlan.bin.tar
(27.5 KB)
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rtl8723bu_nic.bin.bin.tar.gz
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rtl8723bu_nic.bin.tar
(33 KB)
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rtl8723bu_wowlan.bin.bin.tar.gz
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rtl8723bu_wowlan.bin.tar
(27.5 KB)
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rtl8723cs_xx_fw.bin.bin.tar.gz
(12.32 KB)
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rtl8723cs_xx_fw.bin.tar
(21 KB)
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rtl8723d_config.bin.bin.tar.gz
(130 B)
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rtl8723d_config.bin.tar
(2 KB)
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rtl8723d_fw.bin.bin.tar.gz
(33.07 KB)
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rtl8723d_fw.bin.tar
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rtl8723defw.bin.bin.tar.gz
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rtl8723defw.bin.tar
(29 KB)
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rtl8723fw.bin.bin.tar.gz
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rtl8723fw.bin.tar
(13 KB)
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rtl8723fw_B.bin.bin.tar.gz
(11.81 KB)
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rtl8723fw_B.bin.tar
(24 KB)
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rtl8761a_fw.bin.bin.tar.gz
(41.62 KB)
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rtl8761a_fw.bin.tar
(74.5 KB)
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rtl8761b_config.bin.bin.tar.gz
(147 B)
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rtl8761b_config.bin.tar
(2 KB)
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rtl8761b_fw.bin.bin.tar.gz
(30.85 KB)
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rtl8761b_fw.bin.tar
(46 KB)
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rtl8761bu_fw.bin.bin.tar.gz
(30.27 KB)
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rtl8761bu_fw.bin.tar
(45 KB)
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rtl8761cu_fw.bin.bin.tar.gz
(454 B)
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rtl8761cu_fw.bin.tar
(12 KB)
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rtl8812ae_fw.bin.bin.tar.gz
(20.03 KB)
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rtl8812ae_fw.bin.tar
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rtl8812aefw.bin.bin.tar.gz
(14.41 KB)
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rtl8812aefw.bin.tar
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rtl8821a_config.bin.bin.tar.gz
(131 B)
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rtl8821a_config.bin.tar
(3 KB)
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rtl8821a_fw.bin.bin.tar.gz
(20.13 KB)
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rtl8821a_fw.bin.tar
(38.5 KB)
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rtl8821aefw.bin.bin.tar.gz
(15.3 KB)
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rtl8821aefw.bin.tar
(30 KB)
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rtl8821aefw_29.bin.bin.tar.gz
(18.33 KB)
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rtl8821aefw_29.bin.tar
(29.5 KB)
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rtl8821c_config.bin.bin.tar.gz
(131 B)
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rtl8821c_config.bin.tar
(2 KB)
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rtl8821c_fw.bin.bin.tar.gz
(36.55 KB)
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rtl8821c_fw.bin.tar
(55 KB)
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rtl8821cs_fw.bin.bin.tar.gz
(37.98 KB)
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rtl8821cs_fw.bin.tar
(57 KB)
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rtl8822b_config.bin.bin.tar.gz
(134 B)
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rtl8822b_config.bin.tar
(2 KB)
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rtl8822b_fw.bin.bin.tar.gz
(25.92 KB)
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rtl8822b_fw.bin.tar
(51.5 KB)
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rtl8822befw.bin.bin.tar.gz
(66.83 KB)
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rtl8822befw.bin.tar
(126.5 KB)
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rtl8822cs_fw.bin.bin.tar.gz
(40.12 KB)
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rtl8822cs_fw.bin.tar
(63.5 KB)
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rtl8822cu_fw.bin.bin.tar.gz
(26.52 KB)
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rtl8822cu_fw.bin.tar
(38 KB)
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rtl8851bu_fw.bin.bin.tar.gz
(33.21 KB)
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rtl8851bu_fw.bin.tar
(50.5 KB)
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rtl8852au_fw.bin.bin.tar.gz
(46.58 KB)
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rtl8852au_fw.bin.tar
(67.5 KB)
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rtl8852btu_config.bin.bin.tar.gz
(128 B)
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rtl8852btu_config.bin.tar
(2 KB)
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rtl8852bu_fw.bin.bin.tar.gz
(88.13 KB)
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rtl8852bu_fw.bin.tar
(126 KB)
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rtl8852cu_fw.bin.bin.tar.gz
(74.71 KB)
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rtl8852cu_fw.bin.tar
(112.5 KB)
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rtl8852cu_fw_v2.bin.bin.tar.gz
(75.24 KB)
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rtl8852cu_fw_v2.bin.tar
(112 KB)
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rtl8922au_fw.bin.bin.tar.gz
(50.13 KB)
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rtl8922au_fw.bin.tar
(71.5 KB)
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rtl9151a-1.fw.fw.tar.gz
(471 B)
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rtl9151a-1.fw.tar
(2.5 KB)
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rtl_bt.tar
(1.41 MB)
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rtl_bt.tar.gz
(897.38 KB)
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rtl_bt.zip
(1.39 MB)
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rtl_nic.tar
(189 KB)
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rtl_nic.tar.gz
(64.78 KB)
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rtl_nic.zip
(165.62 KB)
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rtlwifi.tar
(1.1 MB)
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rtlwifi.tar.gz
(575.61 KB)
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rtlwifi.zip
(1.07 MB)
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rtsp.xml.tar
(2 KB)
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rtsp.xml.xml.tar.gz
(316 B)
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rtw8703b_fw.bin.bin.tar.gz
(13.33 KB)
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rtw8703b_fw.bin.tar
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rtw8723d_fw.bin.bin.tar.gz
(18.27 KB)
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rtw8723d_fw.bin.tar
(30 KB)
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rtw88.tar
(838.5 KB)
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rtw88.tar.gz
(420.33 KB)
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rtw88.zip
(830.92 KB)
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rtw8812a_fw.bin.bin.tar.gz
(17.01 KB)
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rtw8812a_fw.bin.tar
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rtw8814a_fw.bin.bin.tar.gz
(37.07 KB)
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rtw8814a_fw.bin.tar
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rtw8821a_fw.bin.bin.tar.gz
(19.87 KB)
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rtw8821a_fw.bin.tar
(33 KB)
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rtw8821c_fw.bin.bin.tar.gz
(55.98 KB)
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rtw8821c_fw.bin.tar
(138 KB)
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rtw8822b_fw.bin.bin.tar.gz
(85.62 KB)
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rtw8822b_fw.bin.tar
(159 KB)
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rtw8822c_fw.bin.bin.tar.gz
(91.03 KB)
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rtw8822c_fw.bin.tar
(199.5 KB)
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rtw8851b_fw.bin.bin.tar.gz
(583.79 KB)
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rtw8851b_fw.bin.tar
(1.11 MB)
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rtw8852a_fw.bin.bin.tar.gz
(649.97 KB)
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rtw8852a_fw.bin.tar
(1.36 MB)
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rtw8852b_fw-1.bin.bin.tar.gz
(623.84 KB)
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rtw8852b_fw-1.bin.tar
(1.19 MB)
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rtw8852b_fw-2.bin.bin.tar.gz
(659.91 KB)
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rtw8852b_fw-2.bin.tar
(1.23 MB)
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rtw8852b_fw.bin.bin.tar.gz
(513.16 KB)
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rtw8852b_fw.bin.tar
(1012.5 KB)
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rtw8852c_fw-1.bin.bin.tar.gz
(1.04 MB)
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rtw8852c_fw-1.bin.tar
(2.27 MB)
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rtw8852c_fw.bin.bin.tar.gz
(810.15 KB)
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rtw8852c_fw.bin.tar
(1.46 MB)
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rtw89.tar
(20.62 MB)
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rtw89.tar.gz
(10.36 MB)
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rtw89.zip
(20.61 MB)
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rtw8922a_fw-2.bin.bin.tar.gz
(836.84 KB)
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rtw8922a_fw-2.bin.tar
(1.52 MB)
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rtw8922a_fw-3.bin.bin.tar.gz
(593.01 KB)
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rtw8922a_fw-3.bin.tar
(1.18 MB)
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rtw8922a_fw-4.bin.bin.tar.gz
(604.78 KB)
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rtw8922a_fw-4.bin.tar
(1.21 MB)
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rtw8922a_fw.bin.bin.tar.gz
(807.39 KB)
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rtw8922a_fw.bin.tar
(1.47 MB)
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ru.tar
(471 KB)
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ru.tar.gz
(382.27 KB)
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ru.zip
(396.29 KB)
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ruby.tar
(4.72 MB)
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ruby.tar.gz
(227.45 KB)
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ruby.zip
(15.73 MB)
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ruby22.tar
(23.25 MB)
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ruby22.tar.gz
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ruby22.zip
(22.25 MB)
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ruby27.tar
(20.29 MB)
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ruby27.tar.gz
(6.54 MB)
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ruby27.zip
(19.46 MB)
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ruby30.tar
(20.26 MB)
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ruby30.tar.gz
(6.53 MB)
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ruby30.zip
(19.46 MB)
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ruby31.tar
(21.38 MB)
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ruby31.tar.gz
(6.86 MB)
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ruby31.zip
(20.53 MB)
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ruby32.tar
(21.31 MB)
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ruby32.tar.gz
(6.76 MB)
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ruby32.zip
(20.44 MB)
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ruby33.tar
(22.35 MB)
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ruby33.tar.gz
(7.04 MB)
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ruby33.zip
(21.44 MB)
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ruby34.tar
(23.43 MB)
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ruby34.tar.gz
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ruby34.zip
(22.49 MB)
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rubygems.tar
(2.57 MB)
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rubygems.tar.gz
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ruko.png.png.tar.gz
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ruko.png.tar
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ruko.sql.sql.tar.gz
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ruko.sql.tar
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ruko.tar
(36.03 MB)
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ruko.tar.gz
(33.78 MB)
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ruko.zip
(36.01 MB)
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rules.d.tar
(128 KB)
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rules.d.tar.gz
(22.66 KB)
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rules.d.zip
(86.56 KB)
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rules.mk.mk.tar.gz
(2.51 KB)
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rules.mk.tar
(9 KB)
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run-with-aspell.tar
(2 KB)
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run-with-aspell.tar.gz
(162 B)
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run.py.py.tar.gz
(4.23 KB)
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run.py.tar
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run.pyc.pyc.tar.gz
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run.pyc.tar
(15 KB)
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run.pyo.pyo.tar.gz
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run.pyo.tar
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runlevel0.target.tar
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runlevel0.target.target.tar.gz
(478 B)
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runlevel1.target.tar
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runlevel1.target.target.tar.gz
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runlevel2.target.tar
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runlevel2.target.target.tar.gz
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runlevel5.target.tar
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runlevel5.target.target.tar.gz
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runlevel6.target.tar
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runlevel6.target.target.tar.gz
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runner.py.py.tar.gz
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runner.py.tar
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runners.py.py.tar.gz
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runners.py.tar
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runpy.py.py.tar.gz
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runpy.py.tar
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runpy.pyc.pyc.tar.gz
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runpy.pyo.pyo.tar.gz
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runpy.pyo.tar
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runq.go.go.tar.gz
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runq.go.tar
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ruscii.uni.tar
(10 KB)
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ruscii.uni.uni.tar.gz
(1.71 KB)
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rvi.tar
(1.13 MB)
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rvi.tar.gz
(583.55 KB)
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rview.tar
(1.13 MB)
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rview.tar.gz
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rvim.tar
(2.93 MB)
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rvim.tar.gz
(1.48 MB)
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rvt-abi.h.h.tar.gz
(888 B)
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rvt-abi.h.tar
(3.5 KB)
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rw.go.go.tar.gz
(450 B)
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rw.go.tar
(2.5 KB)
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rwarray.so.so.tar.gz
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rwarray.so.tar
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rzusb-0.3.bin.3.bin.tar.gz
(3.96 KB)
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rzusb-0.3.bin.tar
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s2250-1.fw.fw.tar.gz
(842 B)
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s2250-1.fw.tar
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s2250-2.fw.fw.tar.gz
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s2250-2.fw.tar
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s2250.fw.fw.tar.gz
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s2250.fw.tar
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s2250_loader.fw.fw.tar.gz
(842 B)
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s2250_loader.fw.tar
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s390-linux.tar
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s390-linux.tar.gz
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s390-linux.zip
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s390x-linux.tar
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s390x-linux.tar.gz
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s390x-linux.zip
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s5p-mfc-v12.fw.fw.tar.gz
(330.13 KB)
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s5p-mfc-v12.fw.tar
(1.37 MB)
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s5p-mfc-v6-v2.fw.fw.tar.gz
(174.06 KB)
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s5p-mfc-v6-v2.fw.tar
(674 KB)
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s5p-mfc-v6.fw.fw.tar.gz
(158.76 KB)
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s5p-mfc-v6.fw.tar
(601 KB)
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s5p-mfc-v7.fw.fw.tar.gz
(197.55 KB)
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s5p-mfc-v7.fw.tar
(750 KB)
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s5p-mfc-v8.fw.fw.tar.gz
(186.4 KB)
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s5p-mfc-v8.fw.tar
(707 KB)
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s5p-mfc.fw.fw.tar.gz
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s5p-mfc.fw.tar
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s9y.tar
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tcp.h.h.tar.gz
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tcp.h.tar
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tcp.tar
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tcp.tar.gz
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tcp6.tar
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tcp6.tar.gz
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tcp_abort_on_overflow.tar
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tcp_app_win.tar
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Editing: Template.tar
Base.pm 0000444 00000016550 15155303155 0005764 0 ustar 00 #============================================================= -*-perl-*- # # Template::Base # # DESCRIPTION # Base class module implementing common functionality for various other # Template Toolkit modules. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== package Template::Base; use strict; use warnings; use Template::Constants; our $VERSION = '3.100'; #------------------------------------------------------------------------ # new(\%params) # # General purpose constructor method which expects a hash reference of # configuration parameters, or a list of name => value pairs which are # folded into a hash. Blesses a hash into an object and calls its # _init() method, passing the parameter hash reference. Returns a new # object derived from Template::Base, or undef on error. #------------------------------------------------------------------------ sub new { my $class = shift; my ($argnames, @args, $arg, $cfg); # $class->error(''); # always clear package $ERROR var? { no strict 'refs'; no warnings 'once'; $argnames = \@{"$class\::BASEARGS"} || [ ]; } # shift off all mandatory args, returning error if undefined or null foreach $arg (@$argnames) { return $class->error("no $arg specified") unless ($cfg = shift); push(@args, $cfg); } # fold all remaining args into a hash, or use provided hash ref $cfg = defined $_[0] && ref($_[0]) eq 'HASH' ? shift : { @_ }; my $self = bless { (map { ($_ => shift @args) } @$argnames), _ERROR => '', DEBUG => 0, }, $class; return $self->_init($cfg) ? $self : $class->error($self->error); } #------------------------------------------------------------------------ # error() # error($msg, ...) # # May be called as a class or object method to set or retrieve the # package variable $ERROR (class method) or internal member # $self->{ _ERROR } (object method). The presence of parameters indicates # that the error value should be set. Undef is then returned. In the # absence of parameters, the current error value is returned. #------------------------------------------------------------------------ sub error { my $self = shift; my $errvar; { no strict qw( refs ); $errvar = ref $self ? \$self->{ _ERROR } : \${"$self\::ERROR"}; } if (@_) { $$errvar = ref($_[0]) ? shift : join('', @_); return undef; } else { return $$errvar; } } #------------------------------------------------------------------------ # _init() # # Initialisation method called by the new() constructor and passing a # reference to a hash array containing any configuration items specified # as constructor arguments. Should return $self on success or undef on # error, via a call to the error() method to set the error message. #------------------------------------------------------------------------ sub _init { my ($self, $config) = @_; return $self; } sub debug { my $self = shift; my $msg = join('', @_); my ($pkg, $file, $line) = caller(); unless (substr($msg,-1) eq "\n") { $msg .= ($self->{ DEBUG } & Template::Constants::DEBUG_CALLER) ? " at $file line $line\n" : "\n"; } print STDERR "[$pkg] $msg"; } #------------------------------------------------------------------------ # module_version() # # Returns the current version number. #------------------------------------------------------------------------ sub module_version { my $self = shift; my $class = ref $self || $self; no strict 'refs'; return ${"${class}::VERSION"}; } sub DESTROY { 1 } # noop 1; __END__ =head1 NAME Template::Base - Base class module implementing common functionality =head1 SYNOPSIS package My::Module; use base qw( Template::Base ); sub _init { my ($self, $config) = @_; $self->{ doodah } = $config->{ doodah } || return $self->error("No 'doodah' specified"); return $self; } package main; my $object = My::Module->new({ doodah => 'foobar' }) || die My::Module->error(); =head1 DESCRIPTION Base class module which implements a constructor and error reporting functionality for various Template Toolkit modules. =head1 PUBLIC METHODS =head2 new(\%config) Constructor method which accepts a reference to a hash array or a list of C<name =E<gt> value> parameters which are folded into a hash. The C<_init()> method is then called, passing the configuration hash and should return true/false to indicate success or failure. A new object reference is returned, or undef on error. Any error message raised can be examined via the L<error()> class method or directly via the C<$ERROR> package variable in the derived class. my $module = My::Module->new({ ... }) || die My::Module->error(), "\n"; my $module = My::Module->new({ ... }) || die "constructor error: $My::Module::ERROR\n"; =head2 error($msg, ...) May be called as an object method to get/set the internal C<_ERROR> member or as a class method to get/set the C<$ERROR> variable in the derived class's package. my $module = My::Module->new({ ... }) || die My::Module->error(), "\n"; $module->do_something() || die $module->error(), "\n"; When called with parameters (multiple params are concatenated), this method will set the relevant variable and return undef. This is most often used within object methods to report errors to the caller. package My::Module; sub foobar { my $self = shift; # some other code... return $self->error('some kind of error...') if $some_condition; } =head2 debug($msg, ...) Generates a debugging message by concatenating all arguments passed into a string and printing it to C<STDERR>. A prefix is added to indicate the module of the caller. package My::Module; sub foobar { my $self = shift; $self->debug('called foobar()'); # some other code... } When the C<foobar()> method is called, the following message is sent to C<STDERR>: [My::Module] called foobar() Objects can set an internal C<DEBUG> value which the C<debug()> method will examine. If this value sets the relevant bits to indicate C<DEBUG_CALLER> then the file and line number of the caller will be append to the message. use Template::Constants qw( :debug ); my $module = My::Module->new({ DEBUG => DEBUG_SERVICE | DEBUG_CONTEXT | DEBUG_CALLER, }); $module->foobar(); This generates an error message such as: [My::Module] called foobar() at My/Module.pm line 6 =head2 module_version() Returns the version number for a module, as defined by the C<$VERSION> package variable. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Stash/XS.pm 0000444 00000006150 15155303155 0006521 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Stash::XS # # DESCRIPTION # # Perl bootstrap for XS module. Inherits methods from # Template::Stash when not implemented in the XS module. # #======================================================================== package Template::Stash::XS; use strict; use warnings; use Template; use Template::Stash; use XSLoader; our $AUTOLOAD; our @ISA = qw( Template::Stash ); XSLoader::load 'Template::Stash::XS', $Template::VERSION; sub DESTROY { # no op 1; } # catch missing method calls here so perl doesn't barf # trying to load *.al files sub AUTOLOAD { my ($self, @args) = @_; my @c = caller(0); my $auto = $AUTOLOAD; $auto =~ s/.*:://; $self =~ s/=.*//; die "Can't locate object method \"$auto\"" . " via package \"$self\" at $c[1] line $c[2]\n"; } 1; __END__ =head1 NAME Template::Stash::XS - High-speed variable stash written in C =head1 SYNOPSIS use Template; use Template::Stash::XS; my $stash = Template::Stash::XS->new(\%vars); my $tt2 = Template->new({ STASH => $stash }); =head1 DESCRIPTION The Template:Stash::XS module is an implementation of the Template::Stash written in C. The "XS" in the name refers to Perl's XS extension system for interfacing Perl to C code. It works just like the regular Perl implementation of Template::Stash but runs about twice as fast. The easiest way to use the XS stash is to configure the Template Toolkit to use it by default. You can do this at installation time (when you run C<perl Makefile.PL>) by answering 'y' to the questions: Do you want to build the XS Stash module? y Do you want to use the XS Stash by default? y See the F<INSTALL> file distributed with the Template Toolkit for further details on installation. If you don't elect to use the XS stash by default then you should use the C<STASH> configuration item when you create a new Template object. This should reference an XS stash object that you have created manually. use Template; use Template::Stash::XS; my $stash = Template::Stash::XS->new(\%vars); my $tt2 = Template->new({ STASH => $stash }); Alternately, you can set the C<$Template::Config::STASH> package variable like so: use Template; use Template::Config; $Template::Config::STASH = 'Template::Stash::XS'; my $tt2 = Template->new(); The XS stash will then be automatically used. If you want to use the XS stash by default and don't want to re-install the Template Toolkit, then you can manually modify the C<Template/Config.pm> module near line 42 to read: $STASH = 'Template::Stash::XS'; =head1 BUGS Please report bugs to the Template Toolkit mailing list templates@template-toolkit.org =head1 AUTHORS Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> Doug Steinwand E<lt>dsteinwand@citysearch.comE<gt> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Stash> Stash/Context.pm 0000444 00000063240 15155303155 0007616 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Stash::Context # # DESCRIPTION # This is an alternate stash object which includes a patch from # Craig Barratt to implement various new virtual methods to allow # dotted template variable to denote if object methods and subroutines # should be called in scalar or list context. It adds a little overhead # to each stash call and I'm a little wary of doing that. So for now, # it's implemented as a separate stash module which will allow us to # test it out, benchmark it and switch it in or out as we require. # # This is what Craig has to say about it: # # Here's a better set of features for the core. Attached is a new version # of Stash.pm (based on TT2.02) that: # # - supports the special op "scalar" that forces scalar context on # function calls, eg: # # cgi.param("foo").scalar # # calls cgi.param("foo") in scalar context (unlike my wimpy # scalar op from last night). Array context is the default. # # With non-function operands, scalar behaves like the perl # version (eg: no-op for scalar, size for arrays, etc). # # - supports the special op "ref" that behaves like the perl ref. # If applied to a function the function is not called. Eg: # # cgi.param("foo").ref # # does *not* call cgi.param and evaluates to "CODE". Similarly, # HASH.ref, ARRAY.ref return what you expect. # # - adds a new scalar and list op called "array" that is a no-op for # arrays and promotes scalars to one-element arrays. # # - allows scalar ops to be applied to arrays and hashes in place, # eg: ARRAY.repeat(3) repeats each element in place. # # - allows list ops to be applied to scalars by promoting the scalars # to one-element arrays (like an implicit "array"). So you can # do things like SCALAR.size, SCALAR.join and get a useful result. # # This also means you can now use x.0 to safely get the first element # whether x is an array or scalar. # # The new Stash.pm passes the TT2.02 test suite. But I haven't tested the # new features very much. One nagging implementation problem is that the # "scalar" and "ref" ops have higher precedence than user variable names. # # AUTHORS # Andy Wardley <abw@kfs.org> # Craig Barratt <craig@arraycomm.com> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # Copyright (C) 1998-2001 Canon Research Centre Europe Ltd. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Stash::Context; use strict; use warnings; use base 'Template::Stash'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; #======================================================================== # -- PACKAGE VARIABLES AND SUBS -- #======================================================================== #------------------------------------------------------------------------ # copy virtual methods from those in the regular Template::Stash #------------------------------------------------------------------------ our $ROOT_OPS = { %$Template::Stash::ROOT_OPS, defined $ROOT_OPS ? %$ROOT_OPS : (), }; our $SCALAR_OPS = { %$Template::Stash::SCALAR_OPS, 'array' => sub { return [$_[0]] }, defined $SCALAR_OPS ? %$SCALAR_OPS : (), }; our $LIST_OPS = { %$Template::Stash::LIST_OPS, 'array' => sub { return $_[0] }, defined $LIST_OPS ? %$LIST_OPS : (), }; our $HASH_OPS = { %$Template::Stash::HASH_OPS, defined $HASH_OPS ? %$HASH_OPS : (), }; #======================================================================== # ----- CLASS METHODS ----- #======================================================================== #------------------------------------------------------------------------ # new(\%params) # # Constructor method which creates a new Template::Stash object. # An optional hash reference may be passed containing variable # definitions that will be used to initialise the stash. # # Returns a reference to a newly created Template::Stash. #------------------------------------------------------------------------ sub new { my $class = shift; my $params = ref $_[0] eq 'HASH' ? shift(@_) : { @_ }; my $self = { global => { }, %$params, %$ROOT_OPS, '_PARENT' => undef, '_CLASS' => $class, }; bless $self, $class; } #======================================================================== # ----- PUBLIC OBJECT METHODS ----- #======================================================================== #------------------------------------------------------------------------ # clone(\%params) # # Creates a copy of the current stash object to effect localisation # of variables. The new stash is blessed into the same class as the # parent (which may be a derived class) and has a '_PARENT' member added # which contains a reference to the parent stash that created it # ($self). This member is used in a successive declone() method call to # return the reference to the parent. # # A parameter may be provided which should reference a hash of # variable/values which should be defined in the new stash. The # update() method is called to define these new variables in the cloned # stash. # # Returns a reference to a cloned Template::Stash. #------------------------------------------------------------------------ sub clone { my ($self, $params) = @_; $params ||= { }; # look out for magical 'import' argument which imports another hash my $import = $params->{ import }; if (defined $import && UNIVERSAL::isa($import, 'HASH')) { delete $params->{ import }; } else { undef $import; } my $clone = bless { %$self, # copy all parent members %$params, # copy all new data '_PARENT' => $self, # link to parent }, ref $self; # perform hash import if defined &{ $HASH_OPS->{ import }}($clone, $import) if defined $import; return $clone; } #------------------------------------------------------------------------ # declone($export) # # Returns a reference to the PARENT stash. When called in the following # manner: # $stash = $stash->declone(); # the reference count on the current stash will drop to 0 and be "freed" # and the caller will be left with a reference to the parent. This # contains the state of the stash before it was cloned. #------------------------------------------------------------------------ sub declone { my $self = shift; $self->{ _PARENT } || $self; } #------------------------------------------------------------------------ # get($ident) # # Returns the value for an variable stored in the stash. The variable # may be specified as a simple string, e.g. 'foo', or as an array # reference representing compound variables. In the latter case, each # pair of successive elements in the list represent a node in the # compound variable. The first is the variable name, the second a # list reference of arguments or 0 if undefined. So, the compound # variable [% foo.bar('foo').baz %] would be represented as the list # [ 'foo', 0, 'bar', ['foo'], 'baz', 0 ]. Returns the value of the # identifier or an empty string if undefined. Errors are thrown via # die(). #------------------------------------------------------------------------ sub get { my ($self, $ident, $args) = @_; my ($root, $result); $root = $self; if (ref $ident eq 'ARRAY' || ($ident =~ /\./) && ($ident = [ map { s/\(.*$//; ($_, 0) } split(/\./, $ident) ])) { my $size = $#$ident; # if $ident is a list reference, then we evaluate each item in the # identifier against the previous result, using the root stash # ($self) as the first implicit 'result'... foreach (my $i = 0; $i <= $size; $i += 2) { if ( $i + 2 <= $size && ($ident->[$i+2] eq "scalar" || $ident->[$i+2] eq "ref") ) { $result = $self->_dotop($root, @$ident[$i, $i+1], 0, $ident->[$i+2]); $i += 2; } else { $result = $self->_dotop($root, @$ident[$i, $i+1]); } last unless defined $result; $root = $result; } } else { $result = $self->_dotop($root, $ident, $args); } return defined $result ? $result : $self->undefined($ident, $args); } #------------------------------------------------------------------------ # set($ident, $value, $default) # # Updates the value for a variable in the stash. The first parameter # should be the variable name or array, as per get(). The second # parameter should be the intended value for the variable. The third, # optional parameter is a flag which may be set to indicate 'default' # mode. When set true, the variable will only be updated if it is # currently undefined or has a false value. The magical 'IMPORT' # variable identifier may be used to indicate that $value is a hash # reference whose values should be imported. Returns the value set, # or an empty string if not set (e.g. default mode). In the case of # IMPORT, returns the number of items imported from the hash. #------------------------------------------------------------------------ sub set { my ($self, $ident, $value, $default) = @_; my ($root, $result, $error); $root = $self; ELEMENT: { if (ref $ident eq 'ARRAY' || ($ident =~ /\./) && ($ident = [ map { s/\(.*$//; ($_, 0) } split(/\./, $ident) ]) ) { # a compound identifier may contain multiple elements (e.g. # foo.bar.baz) and we must first resolve all but the last, # using _dotop() with the $lvalue flag set which will create # intermediate hashes if necessary... my $size = $#$ident; foreach (my $i = 0; $i < $size - 2; $i += 2) { $result = $self->_dotop($root, @$ident[$i, $i+1], 1); last ELEMENT unless defined $result; $root = $result; } # then we call _assign() to assign the value to the last element $result = $self->_assign( $root, @$ident[$size-1, $size], $value, $default ); } else { $result = $self->_assign($root, $ident, 0, $value, $default); } } return defined $result ? $result : ''; } #------------------------------------------------------------------------ # getref($ident) # # Returns a "reference" to a particular item. This is represented as a # closure which will return the actual stash item when called. # WARNING: still experimental! #------------------------------------------------------------------------ sub getref { my ($self, $ident, $args) = @_; my ($root, $item, $result); $root = $self; if (ref $ident eq 'ARRAY') { my $size = $#$ident; foreach (my $i = 0; $i <= $size; $i += 2) { ($item, $args) = @$ident[$i, $i + 1]; last if $i >= $size - 2; # don't evaluate last node last unless defined ($root = $self->_dotop($root, $item, $args)); } } else { $item = $ident; } if (defined $root) { return sub { my @args = (@{$args||[]}, @_); $self->_dotop($root, $item, \@args); } } else { return sub { '' }; } } #------------------------------------------------------------------------ # update(\%params) # # Update multiple variables en masse. No magic is performed. Simple # variable names only. #------------------------------------------------------------------------ sub update { my ($self, $params) = @_; # look out for magical 'import' argument to import another hash my $import = $params->{ import }; if (defined $import && UNIVERSAL::isa($import, 'HASH')) { @$self{ keys %$import } = values %$import; delete $params->{ import }; } @$self{ keys %$params } = values %$params; } #======================================================================== # ----- PRIVATE OBJECT METHODS ----- #======================================================================== #------------------------------------------------------------------------ # _dotop($root, $item, \@args, $lvalue, $nextItem) # # This is the core 'dot' operation method which evaluates elements of # variables against their root. All variables have an implicit root # which is the stash object itself (a hash). Thus, a non-compound # variable 'foo' is actually '(stash.)foo', the compound 'foo.bar' is # '(stash.)foo.bar'. The first parameter is a reference to the current # root, initially the stash itself. The second parameter contains the # name of the variable element, e.g. 'foo'. The third optional # parameter is a reference to a list of any parenthesised arguments # specified for the variable, which are passed to sub-routines, object # methods, etc. The final parameter is an optional flag to indicate # if this variable is being evaluated on the left side of an assignment # (e.g. foo.bar.baz = 10). When set true, intermediated hashes will # be created (e.g. bar) if necessary. # # Returns the result of evaluating the item against the root, having # performed any variable "magic". The value returned can then be used # as the root of the next _dotop() in a compound sequence. Returns # undef if the variable is undefined. #------------------------------------------------------------------------ sub _dotop { my ($self, $root, $item, $args, $lvalue, $nextItem) = @_; my $rootref = ref $root; my ($value, @result, $ret, $retVal); $nextItem ||= ""; my $scalarContext = 1 if ( $nextItem eq "scalar" ); my $returnRef = 1 if ( $nextItem eq "ref" ); $args ||= [ ]; $lvalue ||= 0; # print STDERR "_dotop(root=$root, item=$item, args=[@$args])\n" # if $DEBUG; # return undef without an error if either side of the dot is unviable # or if an attempt is made to access a private member, starting _ or . return undef unless defined($root) and defined($item) and $item !~ /^[\._]/; if (ref(\$root) eq "SCALAR" && !$lvalue && (($value = $LIST_OPS->{ $item }) || $item =~ /^-?\d+$/) ) { # # Promote scalar to one element list, to be processed below. # $rootref = 'ARRAY'; $root = [$root]; } if ($rootref eq $self->{_CLASS} || $rootref eq 'HASH') { # if $root is a regular HASH or a Template::Stash kinda HASH (the # *real* root of everything). We first lookup the named key # in the hash, or create an empty hash in its place if undefined # and the $lvalue flag is set. Otherwise, we check the HASH_OPS # pseudo-methods table, calling the code if found, or return undef. if (defined($value = $root->{ $item })) { ($ret, $retVal, @result) = _dotop_return( $value, $args, $returnRef, $scalarContext ); return $retVal if ( $ret ); ## RETURN } elsif ($lvalue) { # we create an intermediate hash if this is an lvalue return $root->{ $item } = { }; ## RETURN } elsif ($value = $HASH_OPS->{ $item }) { @result = &$value($root, @$args); ## @result } elsif (ref $item eq 'ARRAY') { # hash slice return [@$root{@$item}]; ## RETURN } elsif ($value = $SCALAR_OPS->{ $item }) { # # Apply scalar ops to every hash element, in place. # foreach my $key ( keys %$root ) { $root->{$key} = &$value($root->{$key}, @$args); } } } elsif ($rootref eq 'ARRAY') { # if root is an ARRAY then we check for a LIST_OPS pseudo-method # (except for l-values for which it doesn't make any sense) # or return the numerical index into the array, or undef if (($value = $LIST_OPS->{ $item }) && ! $lvalue) { @result = &$value($root, @$args); ## @result } elsif (($value = $SCALAR_OPS->{ $item }) && ! $lvalue) { # # Apply scalar ops to every array element, in place. # for ( my $i = 0 ; $i < @$root ; $i++ ) { $root->[$i] = &$value($root->[$i], @$args); ## @result } } elsif ($item =~ /^-?\d+$/) { $value = $root->[$item]; ($ret, $retVal, @result) = _dotop_return( $value, $args, $returnRef, $scalarContext ); return $retVal if ( $ret ); ## RETURN } elsif (ref $item eq 'ARRAY' ) { # array slice return [@$root[@$item]]; ## RETURN } } # NOTE: we do the can-can because UNIVSERAL::isa($something, 'UNIVERSAL') # doesn't appear to work with CGI, returning true for the first call # and false for all subsequent calls. elsif (ref($root) && UNIVERSAL::can($root, 'can')) { # if $root is a blessed reference (i.e. inherits from the # UNIVERSAL object base class) then we call the item as a method. # If that fails then we try to fallback on HASH behaviour if # possible. return ref $root->can($item) if ( $returnRef ); ## RETURN eval { @result = $scalarContext ? scalar $root->$item(@$args) : $root->$item(@$args); ## @result }; if ($@) { # failed to call object method, so try some fallbacks if (UNIVERSAL::isa($root, 'HASH') && defined($value = $root->{ $item })) { ($ret, $retVal, @result) = _dotop_return( $value, $args, $returnRef, $scalarContext ); return $retVal if ( $ret ); ## RETURN } elsif (UNIVERSAL::isa($root, 'ARRAY') && ($value = $LIST_OPS->{ $item })) { @result = &$value($root, @$args); } else { @result = (undef, $@); } } } elsif (($value = $SCALAR_OPS->{ $item }) && ! $lvalue) { # at this point, it doesn't look like we've got a reference to # anything we know about, so we try the SCALAR_OPS pseudo-methods # table (but not for l-values) @result = &$value($root, @$args); ## @result } elsif ($self->{ _DEBUG }) { die "don't know how to access [ $root ].$item\n"; ## DIE } else { @result = (); } # fold multiple return items into a list unless first item is undef if (defined $result[0]) { return ref(@result > 1 ? [ @result ] : $result[0] ) if ( $returnRef ); ## RETURN if ( $scalarContext ) { return scalar @result if ( @result > 1 ); ## RETURN return scalar(@{$result[0]}) if ( ref $result[0] eq "ARRAY" ); return scalar(%{$result[0]}) if ( ref $result[0] eq "HASH" ); return $result[0]; ## RETURN } else { return @result > 1 ? [ @result ] : $result[0]; ## RETURN } } elsif (defined $result[1]) { die $result[1]; ## DIE } elsif ($self->{ _DEBUG }) { die "$item is undefined\n"; ## DIE } return undef; } #------------------------------------------------------------------------ # ($ret, $retVal, @result) = _dotop_return($value, $args, $returnRef, # $scalarContext); # # Handle the various return processing for _dotop #------------------------------------------------------------------------ sub _dotop_return { my($value, $args, $returnRef, $scalarContext) = @_; my(@result); return (1, ref $value) if ( $returnRef ); ## RETURN if ( $scalarContext ) { return (1, scalar(@$value)) if ref $value eq 'ARRAY'; ## RETURN return (1, scalar(%$value)) if ref $value eq 'HASH'; ## RETURN return (1, scalar($value)) unless ref $value eq 'CODE'; ## RETURN; @result = scalar &$value(@$args) ## @result; } else { return (1, $value) unless ref $value eq 'CODE'; ## RETURN @result = &$value(@$args); ## @result } return (0, undef, @result); } #------------------------------------------------------------------------ # _assign($root, $item, \@args, $value, $default) # # Similar to _dotop() above, but assigns a value to the given variable # instead of simply returning it. The first three parameters are the # root item, the item and arguments, as per _dotop(), followed by the # value to which the variable should be set and an optional $default # flag. If set true, the variable will only be set if currently false # (undefined/zero) #------------------------------------------------------------------------ sub _assign { my ($self, $root, $item, $args, $value, $default) = @_; my $rootref = ref $root; my $result; $args ||= [ ]; $default ||= 0; # print(STDERR "_assign(root=$root, item=$item, args=[@$args], \n", # "value=$value, default=$default)\n") # if $DEBUG; # return undef without an error if either side of the dot is unviable # or if an attempt is made to update a private member, starting _ or . return undef ## RETURN unless $root and defined $item and $item !~ /^[\._]/; if ($rootref eq 'HASH' || $rootref eq $self->{_CLASS}) { # if the root is a hash we set the named key return ($root->{ $item } = $value) ## RETURN unless $default && $root->{ $item }; } elsif ($rootref eq 'ARRAY' && $item =~ /^-?\d+$/) { # or set a list item by index number return ($root->[$item] = $value) ## RETURN unless $default && $root->{ $item }; } elsif (UNIVERSAL::isa($root, 'UNIVERSAL')) { # try to call the item as a method of an object return $root->$item(@$args, $value); ## RETURN } else { die "don't know how to assign to [$root].[$item]\n"; ## DIE } return undef; } 1; __END__ =head1 NAME Template::Stash::Context - Experimetal stash allowing list/scalar context definition =head1 SYNOPSIS use Template; use Template::Stash::Context; my $stash = Template::Stash::Context->new(\%vars); my $tt2 = Template->new({ STASH => $stash }); =head1 DESCRIPTION This is an alternate stash object which includes a patch from Craig Barratt to implement various new virtual methods to allow dotted template variable to denote if object methods and subroutines should be called in scalar or list context. It adds a little overhead to each stash call and I'm a little wary of applying that to the core default stash without investigating the effects first. So for now, it's implemented as a separate stash module which will allow us to test it out, benchmark it and switch it in or out as we require. This is what Craig has to say about it: Here's a better set of features for the core. Attached is a new version of Stash.pm (based on TT2.02) that: * supports the special op "scalar" that forces scalar context on function calls, eg: cgi.param("foo").scalar calls cgi.param("foo") in scalar context (unlike my wimpy scalar op from last night). Array context is the default. With non-function operands, scalar behaves like the perl version (eg: no-op for scalar, size for arrays, etc). * supports the special op "ref" that behaves like the perl ref. If applied to a function the function is not called. Eg: cgi.param("foo").ref does *not* call cgi.param and evaluates to "CODE". Similarly, HASH.ref, ARRAY.ref return what you expect. * adds a new scalar and list op called "array" that is a no-op for arrays and promotes scalars to one-element arrays. * allows scalar ops to be applied to arrays and hashes in place, eg: ARRAY.repeat(3) repeats each element in place. * allows list ops to be applied to scalars by promoting the scalars to one-element arrays (like an implicit "array"). So you can do things like SCALAR.size, SCALAR.join and get a useful result. This also means you can now use x.0 to safely get the first element whether x is an array or scalar. The new Stash.pm passes the TT2.02 test suite. But I haven't tested the new features very much. One nagging implementation problem is that the "scalar" and "ref" ops have higher precedence than user variable names. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/|http://wardley.org/> =head1 VERSION 1.63, distributed as part of the Template Toolkit version 3.100, released on 30 March 2020. =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Stash|Template::Stash> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Grammar.pm 0000444 00000301022 15155303155 0006467 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Grammar # # DESCRIPTION # Grammar file for the Template Toolkit language containing token # definitions and parser state/rules tables generated by Parse::Yapp. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # Copyright (C) 1998-2000 Canon Research Centre Europe Ltd. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # # IMPORTANT NOTE # This module is constructed from the parser/Grammar.pm.skel file by # running the parser/yc script. You only need to do this if # you # have modified the grammar in the parser/Parser.yp file and need # # to-recompile it. See the README in the 'parser' directory for # more information (sub-directory of the Template distribution). # #======================================================================== package Template::Grammar; use strict; use warnings; our $VERSION = '3.100'; my (@RESERVED, %CMPOP, $LEXTABLE, $RULES, $STATES); my ($factory, $rawstart); #======================================================================== # Reserved words, comparison and binary operators #======================================================================== BEGIN { @RESERVED = qw( GET CALL SET DEFAULT INSERT INCLUDE PROCESS WRAPPER BLOCK END USE PLUGIN FILTER MACRO PERL RAWPERL TO STEP AND OR NOT DIV MOD IF UNLESS ELSE ELSIF FOR NEXT WHILE SWITCH CASE META IN TRY THROW CATCH FINAL LAST RETURN STOP CLEAR VIEW DEBUG ); # for historical reasons, != and == are converted to ne and eq to perform # stringwise comparison (mainly because it doesn't generate "non-numerical # comparison" warnings which != and == can) but the others (e.g. < > <= >=) # are not converted to their stringwise equivalents. I added 'gt' et al, # briefly for v2.04d and then took them out again in 2.04e. %CMPOP = qw( != ne == eq < < > > >= >= <= <= ); # eq eq # add these lines to the above to # lt lt # enable the eq, lt and gt operators # gt gt #======================================================================== # Lexer Token Table #======================================================================== # lookup table used by lexer is initialised with special-cases $LEXTABLE = { 'FOREACH' => 'FOR', 'BREAK' => 'LAST', '&&' => 'AND', '||' => 'OR', '!' => 'NOT', '|' => 'FILTER', '.' => 'DOT', '_' => 'CAT', '..' => 'TO', # ':' => 'MACRO', '=' => 'ASSIGN', '=>' => 'ASSIGN', # '->' => 'ARROW', ',' => 'COMMA', '\\' => 'REF', 'and' => 'AND', # explicitly specified so that qw( and or 'or' => 'OR', # not ) can always be used in lower case, 'not' => 'NOT', # regardless of ANYCASE flag 'mod' => 'MOD', 'div' => 'DIV', }; # localise the temporary variables needed to complete lexer table { my @tokens = qw< ( ) [ ] { } ${ $ + / ; : ? >; my @cmpop = keys %CMPOP; my @binop = qw( - * % ); # '+' and '/' above, in @tokens # fill lexer table, slice by slice, with reserved words and operators @$LEXTABLE{ @RESERVED, @cmpop, @binop, @tokens } = ( @RESERVED, ('CMPOP') x @cmpop, ('BINOP') x @binop, @tokens ); } } # --- END BEGIN #======================================================================== # CLASS METHODS #======================================================================== sub new { my $class = shift; bless { LEXTABLE => $LEXTABLE, STATES => $STATES, RULES => $RULES, }, $class; } # update method to set package-scoped $factory lexical sub install_factory { my ($self, $new_factory) = @_; $factory = $new_factory; } BEGIN { #======================================================================== # States #======================================================================== $STATES = [ {#State 0 ACTIONS => { 'INSERT' => 66, 'TRY' => 67, 'FILTER' => 68, 'WHILE' => 60, 'USE' => 59, "(" => 61, "{" => 62, 'PERL' => 46, "\"" => 47, "\$" => 48, 'SET' => 52, 'META' => 53, 'NEXT' => 49, 'IF' => 34, 'INCLUDE' => 43, 'RAWPERL' => 44, 'THROW' => 38, 'STOP' => 39, "[" => 41, 'NUMBER' => 23, 'VIEW' => 25, 'SWITCH' => 26, 'GET' => 27, 'LITERAL' => 31, 'BLOCK' => 32, 'FOR' => 30, 'LAST' => 14, 'DEBUG' => 16, 'REF' => 17, 'NOT' => 12, 'IDENT' => 13, 'WRAPPER' => 19, 'CLEAR' => 20, 'RETURN' => 22, "\${" => 21, ";" => -18, 'TEXT' => 7, 'CALL' => 8, 'MACRO' => 10, 'UNLESS' => 9, 'DEFAULT' => 2, 'PROCESS' => 4 }, DEFAULT => -3, GOTOS => { 'loop' => 45, 'statement' => 11, 'template' => 54, 'atomdir' => 6, 'directive' => 51, 'defblockname' => 50, 'atomexpr' => 35, 'setlist' => 37, 'rawperl' => 3, 'sterm' => 36, 'block' => 1, 'lterm' => 42, 'try' => 5, 'view' => 40, 'ident' => 24, 'condition' => 33, 'perl' => 73, 'anonblock' => 28, 'macro' => 70, 'filter' => 69, 'use' => 72, 'chunk' => 71, 'item' => 29, 'node' => 57, 'term' => 15, 'wrapper' => 56, 'capture' => 55, 'assign' => 18, 'expr' => 58, 'chunks' => 63, 'defblock' => 65, 'switch' => 64 } }, {#State 1 DEFAULT => -1 }, {#State 2 ACTIONS => { 'IDENT' => 13, 'LITERAL' => 75, "\${" => 21, "\$" => 48 }, GOTOS => { 'item' => 29, 'ident' => 74, 'assign' => 18, 'node' => 57, 'setlist' => 76 } }, {#State 3 DEFAULT => -15 }, {#State 4 ACTIONS => { "\$" => 79, "\"" => 80, 'LITERAL' => 82, 'FILENAME' => 81, 'IDENT' => 84, 'NUMBER' => 83 }, GOTOS => { 'names' => 78, 'name' => 86, 'filename' => 87, 'filepart' => 77, 'nameargs' => 85 } }, {#State 5 DEFAULT => -24 }, {#State 6 ACTIONS => { ";" => -20 }, DEFAULT => -27 }, {#State 7 DEFAULT => -6 }, {#State 8 ACTIONS => { 'REF' => 17, 'NOT' => 12, 'IDENT' => 13, "\${" => 21, "[" => 41, "{" => 62, "(" => 61, "\$" => 48, "\"" => 47, 'NUMBER' => 23, 'LITERAL' => 89 }, GOTOS => { 'ident' => 88, 'node' => 57, 'term' => 15, 'sterm' => 36, 'item' => 29, 'expr' => 90, 'lterm' => 42 } }, {#State 9 ACTIONS => { 'LITERAL' => 89, "\${" => 21, "(" => 61, "{" => 62, "[" => 41, "\"" => 47, "\$" => 48, 'REF' => 17, 'NUMBER' => 23, 'NOT' => 12, 'IDENT' => 13 }, GOTOS => { 'expr' => 91, 'ident' => 88, 'item' => 29, 'lterm' => 42, 'term' => 15, 'sterm' => 36, 'node' => 57 } }, {#State 10 ACTIONS => { 'IDENT' => 92 } }, {#State 11 ACTIONS => { ";" => 93 } }, {#State 12 ACTIONS => { "(" => 61, "{" => 62, "[" => 41, 'LITERAL' => 89, "\${" => 21, 'NUMBER' => 23, 'IDENT' => 13, 'NOT' => 12, "\"" => 47, 'REF' => 17, "\$" => 48 }, GOTOS => { 'lterm' => 42, 'sterm' => 36, 'term' => 15, 'node' => 57, 'expr' => 94, 'ident' => 88, 'item' => 29 } }, {#State 13 DEFAULT => -130 }, {#State 14 DEFAULT => -39 }, {#State 15 DEFAULT => -146 }, {#State 16 ACTIONS => { "\$" => 79, "\"" => 80, 'LITERAL' => 82, 'FILENAME' => 81, 'IDENT' => 84, 'NUMBER' => 83 }, GOTOS => { 'names' => 78, 'filename' => 87, 'name' => 86, 'filepart' => 77, 'nameargs' => 95 } }, {#State 17 ACTIONS => { 'IDENT' => 13, "\${" => 21, "\$" => 48 }, GOTOS => { 'item' => 29, 'ident' => 96, 'node' => 57 } }, {#State 18 DEFAULT => -149 }, {#State 19 ACTIONS => { 'LITERAL' => 82, "\$" => 79, "\"" => 80, 'IDENT' => 84, 'NUMBER' => 83, 'FILENAME' => 81 }, GOTOS => { 'filename' => 87, 'name' => 86, 'names' => 78, 'nameargs' => 97, 'filepart' => 77 } }, {#State 20 DEFAULT => -38 }, {#State 21 ACTIONS => { 'NUMBER' => 23, 'IDENT' => 13, "\"" => 47, "\$" => 48, 'REF' => 17, 'LITERAL' => 89, "\${" => 21 }, GOTOS => { 'ident' => 88, 'item' => 29, 'sterm' => 98, 'node' => 57 } }, {#State 22 DEFAULT => -36 }, {#State 23 DEFAULT => -113 }, {#State 24 ACTIONS => { 'ASSIGN' => 99, 'DOT' => 100 }, DEFAULT => -109 }, {#State 25 ACTIONS => { 'FILENAME' => 81, 'IDENT' => 84, 'NUMBER' => 83, "\$" => 79, "\"" => 80, 'LITERAL' => 82 }, GOTOS => { 'name' => 86, 'filename' => 87, 'names' => 78, 'nameargs' => 101, 'filepart' => 77 } }, {#State 26 ACTIONS => { 'IDENT' => 13, 'NOT' => 12, 'REF' => 17, "{" => 62, "[" => 41, "(" => 61, "\${" => 21, 'NUMBER' => 23, "\$" => 48, "\"" => 47, 'LITERAL' => 89 }, GOTOS => { 'lterm' => 42, 'node' => 57, 'term' => 15, 'sterm' => 36, 'ident' => 88, 'expr' => 102, 'item' => 29 } }, {#State 27 ACTIONS => { 'LITERAL' => 89, "\"" => 47, "\$" => 48, 'NUMBER' => 23, "\${" => 21, "(" => 61, "{" => 62, "[" => 41, 'REF' => 17, 'NOT' => 12, 'IDENT' => 13 }, GOTOS => { 'sterm' => 36, 'term' => 15, 'node' => 57, 'lterm' => 42, 'item' => 29, 'expr' => 103, 'ident' => 88 } }, {#State 28 DEFAULT => -10 }, {#State 29 ACTIONS => { "(" => 104 }, DEFAULT => -128 }, {#State 30 ACTIONS => { 'NUMBER' => 23, 'IDENT' => 107, "\"" => 47, "\$" => 48, 'REF' => 17, "[" => 41, "{" => 62, 'LITERAL' => 89, "\${" => 21 }, GOTOS => { 'sterm' => 36, 'term' => 106, 'node' => 57, 'loopvar' => 105, 'lterm' => 42, 'item' => 29, 'ident' => 88 } }, {#State 31 ACTIONS => { 'ASSIGN' => 108 }, DEFAULT => -112 }, {#State 32 ACTIONS => { 'LITERAL' => 110, 'NUMBER' => 83, 'IDENT' => 109, 'FILENAME' => 81 }, DEFAULT => -87, GOTOS => { 'blockname' => 112, 'filepart' => 77, 'filename' => 114, 'blockargs' => 111, 'meta' => 113, 'metadata' => 115 } }, {#State 33 DEFAULT => -21 }, {#State 34 ACTIONS => { 'LITERAL' => 89, "\${" => 21, "(" => 61, "[" => 41, "{" => 62, "\"" => 47, "\$" => 48, 'REF' => 17, 'NUMBER' => 23, 'NOT' => 12, 'IDENT' => 13 }, GOTOS => { 'lterm' => 42, 'sterm' => 36, 'term' => 15, 'node' => 57, 'expr' => 116, 'ident' => 88, 'item' => 29 } }, {#State 35 ACTIONS => { 'IF' => 122, 'WRAPPER' => 117, 'FOR' => 118, 'UNLESS' => 119, 'FILTER' => 121, 'WHILE' => 120 } }, {#State 36 DEFAULT => -104 }, {#State 37 ACTIONS => { "\$" => 48, 'IDENT' => 13, 'COMMA' => 124, 'LITERAL' => 75, "\${" => 21 }, DEFAULT => -19, GOTOS => { 'node' => 57, 'assign' => 123, 'ident' => 74, 'item' => 29 } }, {#State 38 ACTIONS => { 'LITERAL' => 82, "\$" => 79, "\"" => 80, 'IDENT' => 84, 'NUMBER' => 83, 'FILENAME' => 81 }, GOTOS => { 'names' => 78, 'filename' => 87, 'name' => 86, 'filepart' => 77, 'nameargs' => 125 } }, {#State 39 DEFAULT => -37 }, {#State 40 DEFAULT => -14 }, {#State 41 ACTIONS => { "\${" => 21, 'LITERAL' => 89, "{" => 62, "[" => 41, "\$" => 48, 'REF' => 17, "\"" => 47, 'IDENT' => 13, 'NUMBER' => 23, "]" => 126 }, GOTOS => { 'term' => 127, 'sterm' => 128, 'node' => 57, 'ident' => 88, 'lterm' => 42, 'range' => 130, 'list' => 129, 'item' => 29 } }, {#State 42 DEFAULT => -103 }, {#State 43 ACTIONS => { 'FILENAME' => 81, 'IDENT' => 84, 'NUMBER' => 83, "\$" => 79, "\"" => 80, 'LITERAL' => 82 }, GOTOS => { 'nameargs' => 131, 'filepart' => 77, 'name' => 86, 'filename' => 87, 'names' => 78 } }, {#State 44 DEFAULT => -78, GOTOS => { '@5-1' => 132 } }, {#State 45 DEFAULT => -23 }, {#State 46 ACTIONS => { ";" => 133 } }, {#State 47 DEFAULT => -176, GOTOS => { 'quoted' => 134 } }, {#State 48 ACTIONS => { 'IDENT' => 135 } }, {#State 49 DEFAULT => -40 }, {#State 50 ACTIONS => { 'IDENT' => 136 }, DEFAULT => -87, GOTOS => { 'metadata' => 115, 'blockargs' => 137, 'meta' => 113 } }, {#State 51 DEFAULT => -8 }, {#State 52 ACTIONS => { 'LITERAL' => 75, "\${" => 21, "\$" => 48, 'IDENT' => 13 }, GOTOS => { 'node' => 57, 'setlist' => 138, 'item' => 29, 'assign' => 18, 'ident' => 74 } }, {#State 53 ACTIONS => { 'IDENT' => 136 }, GOTOS => { 'meta' => 113, 'metadata' => 139 } }, {#State 54 ACTIONS => { '' => 140 } }, {#State 55 DEFAULT => -11 }, {#State 56 DEFAULT => -42 }, {#State 57 DEFAULT => -127 }, {#State 58 ACTIONS => { 'CAT' => 147, 'AND' => 149, 'CMPOP' => 148, "+" => 150, 'MOD' => 141, 'BINOP' => 145, "/" => 144, ";" => -16, "?" => 142, 'OR' => 143, 'DIV' => 146 }, DEFAULT => -26 }, {#State 59 ACTIONS => { "\$" => 151, "\"" => 152, "\${" => 21, 'LITERAL' => 155, 'FILENAME' => 81, 'IDENT' => 157, 'NUMBER' => 83 }, GOTOS => { 'item' => 156, 'filepart' => 77, 'names' => 78, 'nameargs' => 158, 'lvalue' => 154, 'lnameargs' => 153, 'name' => 86, 'filename' => 87 } }, {#State 60 ACTIONS => { "(" => 61, "[" => 41, "{" => 62, 'LITERAL' => 89, "\${" => 21, 'NUMBER' => 23, 'NOT' => 12, 'IDENT' => 13, "\"" => 47, 'REF' => 17, "\$" => 48 }, GOTOS => { 'item' => 29, 'ident' => 88, 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{#State 274 DEFAULT => -117 }, {#State 275 ACTIONS => { 'END' => 307 } }, {#State 276 ACTIONS => { 'END' => 308 } }, {#State 277 ACTIONS => { 'END' => 309 } }, {#State 278 ACTIONS => { 'NOT' => 12, 'IDENT' => 13, 'NUMBER' => 23, 'REF' => 17, "\$" => 48, "\"" => 47, "[" => 41, "{" => 62, "(" => 61, "\${" => 21, 'LITERAL' => 89 }, GOTOS => { 'item' => 29, 'expr' => 310, 'lterm' => 42, 'ident' => 88, 'node' => 57, 'term' => 15, 'sterm' => 36 } }, {#State 279 ACTIONS => { 'ASSIGN' => -160 }, DEFAULT => -167 }, {#State 280 DEFAULT => -157 }, {#State 281 ACTIONS => { 'LAST' => 14, 'REF' => 17, 'DEBUG' => 16, 'IDENT' => 13, 'NOT' => 12, 'WRAPPER' => 19, 'RETURN' => 22, 'CLEAR' => 20, "\${" => 21, 'NUMBER' => 23, 'VIEW' => 25, 'SWITCH' => 26, 'GET' => 27, 'BLOCK' => 32, 'LITERAL' => 31, 'FOR' => 30, 'DEFAULT' => 2, 'PROCESS' => 4, ";" => -18, 'CALL' => 8, 'TEXT' => 7, 'UNLESS' => 9, 'MACRO' => 10, 'WHILE' => 60, 'USE' => 59, "(" => 61, "{" => 62, 'INSERT' => 66, 'TRY' => 67, 'FILTER' => 68, 'IF' => 34, 'RAWPERL' => 44, 'INCLUDE' => 43, 'THROW' => 38, 'STOP' => 39, "[" => 41, 'PERL' => 46, "\"" => 47, "\$" => 48, 'SET' => 52, 'META' => 53, 'NEXT' => 49 }, DEFAULT => -3, GOTOS => { 'ident' => 24, 'perl' => 73, 'condition' => 33, 'filter' => 69, 'anonblock' => 28, 'macro' => 70, 'item' => 29, 'chunk' => 71, 'use' => 72, 'term' => 15, 'node' => 57, 'wrapper' => 56, 'capture' => 55, 'expr' => 58, 'assign' => 18, 'switch' => 64, 'defblock' => 65, 'chunks' => 63, 'loop' => 45, 'statement' => 11, 'atomdir' => 6, 'defblockname' => 50, 'directive' => 51, 'atomexpr' => 35, 'sterm' => 36, 'rawperl' => 3, 'setlist' => 37, 'block' => 311, 'lterm' => 42, 'view' => 40, 'try' => 5 } }, {#State 282 ACTIONS => { 'CMPOP' => 148, 'CAT' => 147, "+" => 150, "/" => 144, 'BINOP' => 145, 'DIV' => 146, 'AND' => 149, 'MOD' => 141, 'OR' => 143, "?" => 142 }, DEFAULT => -123 }, {#State 283 ACTIONS => { "/" => 144, 'BINOP' => 145, 'DIV' => 146, 'CAT' => 147, 'CMPOP' => 148, "+" => 150, 'MOD' => 141, "?" => 142, 'OR' => 143, 'AND' => 149 }, DEFAULT => -124 }, {#State 284 ACTIONS => { ";" => 312 } }, {#State 285 ACTIONS => { 'FILENAME' => 81, 'IDENT' => 84, 'NUMBER' => 83, ";" => 315, 'DEFAULT' => 313 }, GOTOS => { 'filepart' => 77, 'filename' => 314 } }, {#State 286 ACTIONS => { 'END' => 316 } }, {#State 287 ACTIONS => { 'END' => 317 } }, {#State 288 DEFAULT => -164 }, {#State 289 ACTIONS => { "\"" => 47, "\$" => 48, 'REF' => 17, 'NUMBER' => 23, 'IDENT' => 13, 'NOT' => 12, 'LITERAL' => 89, "\${" => 21, "(" => 61, "[" => 41, "{" => 62 }, GOTOS => { 'lterm' => 42, 'sterm' => 36, 'term' => 15, 'node' => 57, 'expr' => 318, 'ident' => 88, 'item' => 29 } }, {#State 290 ACTIONS => { 'LITERAL' => 89, 'NUMBER' => 23, "\$" => 48, "\"" => 47, "[" => 41, "{" => 62, "(" => 61, "\${" => 21, 'IDENT' => 13, 'NOT' => 12, 'REF' => 17 }, GOTOS => { 'ident' => 88, 'term' => 15, 'sterm' => 36, 'node' => 57, 'expr' => 319, 'item' => 29, 'lterm' => 42 } }, {#State 291 ACTIONS => { 'END' => 320 } }, {#State 292 ACTIONS => { ";" => 321 } }, {#State 293 ACTIONS => { 'END' => 322 } }, {#State 294 DEFAULT => -95 }, {#State 295 DEFAULT => -94 }, {#State 296 ACTIONS => { 'PERL' => 46, "\"" => 47, "\$" => 48, 'NEXT' => 49, 'CALL' => 8, 'UNLESS' => 9, 'SET' => 52, 'IF' => 34, 'DEFAULT' => 2, 'THROW' => 38, 'STOP' => 39, 'PROCESS' => 4, "[" => 41, 'INCLUDE' => 43, 'INSERT' => 66, 'NUMBER' => 23, 'TRY' => 67, 'SWITCH' => 26, 'GET' => 27, 'FILTER' => 68, 'FOR' => 30, 'LITERAL' => 31, 'BLOCK' => 180, 'NOT' => 12, 'IDENT' => 13, 'LAST' => 14, 'DEBUG' => 16, 'REF' => 17, 'WHILE' => 60, "(" => 61, "{" => 62, 'WRAPPER' => 19, "\${" => 21, 'CLEAR' => 20, 'RETURN' => 22 }, GOTOS => { 'node' => 57, 'setlist' => 37, 'sterm' => 36, 'term' => 15, 'atomexpr' => 35, 'wrapper' => 56, 'lterm' => 42, 'try' => 5, 'switch' => 64, 'assign' => 18, 'expr' => 182, 'loop' => 45, 'ident' => 162, 'mdir' => 323, 'perl' => 73, 'condition' => 33, 'directive' => 184, 'item' => 29, 'atomdir' => 6, 'filter' => 69 } }, {#State 297 DEFAULT => -65 }, {#State 298 ACTIONS => { 'END' => 324 } }, {#State 299 ACTIONS => { 'REF' => 17, "\$" => 48, "\"" => 47, ";" => 326, 'DEFAULT' => 327, 'IDENT' => 13, 'NUMBER' => 23, "\${" => 21, 'LITERAL' => 89, "[" => 41, "{" => 62 }, GOTOS => { 'item' => 29, 'lterm' => 42, 'ident' => 88, 'node' => 57, 'sterm' => 36, 'term' => 325 } }, {#State 300 ACTIONS => { 'END' => 328 } }, {#State 301 ACTIONS => { 'END' => 329 } }, {#State 302 ACTIONS => { 'COMMA' => 253, 'LITERAL' => 249, "\$" => 48, "\"" => 47, 'NUMBER' => 23, "\${" => 21, "{" => 62, "[" => 41, "(" => 61, 'REF' => 17, 'IDENT' => 13, 'NOT' => 12 }, DEFAULT => -62, GOTOS => { 'lterm' => 42, 'item' => 250, 'expr' => 248, 'param' => 251, 'term' => 15, 'sterm' => 36, 'node' => 57, 'ident' => 252 } }, {#State 303 ACTIONS => { "(" => 61, "{" => 62, "[" => 41, "\${" => 21, 'IDENT' => 13, 'NOT' => 12, 'REF' => 17, 'COMMA' => 253, 'LITERAL' => 249, 'NUMBER' => 23, "\"" => 47, "\$" => 48 }, DEFAULT => -63, GOTOS => { 'ident' => 252, 'node' => 57, 'sterm' => 36, 'term' => 15, 'item' => 250, 'param' => 251, 'expr' => 248, 'lterm' => 42 } }, {#State 304 ACTIONS => { "\"" => 330 } }, {#State 305 DEFAULT => -88 }, {#State 306 ACTIONS => { 'END' => 331 } }, {#State 307 DEFAULT => -79 }, {#State 308 DEFAULT => -77 }, {#State 309 DEFAULT => -82 }, {#State 310 ACTIONS => { 'CMPOP' => 148, 'CAT' => 147, "+" => 150, 'BINOP' => 145, "/" => 144, 'DIV' => 146, 'AND' => 149, 'MOD' => 141, 'OR' => 143, "?" => 142 }, DEFAULT => -143 }, {#State 311 ACTIONS => { 'END' => 332 } }, {#State 312 ACTIONS => { 'USE' => 59, 'WHILE' => 60, "(" => 61, "{" => 62, 'FILTER' => 68, 'INSERT' => 66, 'TRY' => 67, 'RAWPERL' => 44, 'INCLUDE' => 43, 'THROW' => 38, 'STOP' => 39, "[" => 41, 'IF' => 34, 'SET' => 52, 'META' => 53, 'NEXT' => 49, 'PERL' => 46, "\"" => 47, "\$" => 48, 'WRAPPER' => 19, "\${" => 21, 'CLEAR' => 20, 'RETURN' => 22, 'LAST' => 14, 'REF' => 17, 'DEBUG' => 16, 'NOT' => 12, 'IDENT' => 13, 'BLOCK' => 32, 'LITERAL' => 31, 'FOR' => 30, 'NUMBER' => 23, 'VIEW' => 25, 'SWITCH' => 26, 'GET' => 27, 'PROCESS' => 4, 'DEFAULT' => 2, 'TEXT' => 7, 'CALL' => 8, 'UNLESS' => 9, 'MACRO' => 10, ";" => -18 }, DEFAULT => -3, GOTOS => { 'atomdir' => 6, 'directive' => 51, 'defblockname' => 50, 'statement' => 11, 'loop' => 45, 'try' => 5, 'view' => 40, 'lterm' => 42, 'block' => 333, 'atomexpr' => 35, 'setlist' => 37, 'rawperl' => 3, 'sterm' => 36, 'macro' => 70, 'anonblock' => 28, 'filter' => 69, 'use' => 72, 'chunk' => 71, 'item' => 29, 'condition' => 33, 'perl' => 73, 'ident' => 24, 'assign' => 18, 'expr' => 58, 'switch' => 64, 'defblock' => 65, 'chunks' => 63, 'capture' => 55, 'wrapper' => 56, 'node' => 57, 'term' => 15 } }, {#State 313 ACTIONS => { ";" => 334 } }, {#State 314 ACTIONS => { ";" => 335, 'DOT' => 178 } }, {#State 315 ACTIONS => { 'STOP' => 39, 'THROW' => 38, "[" => 41, 'RAWPERL' => 44, 'INCLUDE' => 43, 'IF' => 34, 'NEXT' => 49, 'SET' => 52, 'META' => 53, 'PERL' => 46, "\$" => 48, "\"" => 47, 'WHILE' => 60, 'USE' => 59, "{" => 62, "(" => 61, 'FILTER' => 68, 'TRY' => 67, 'INSERT' => 66, 'PROCESS' => 4, 'DEFAULT' => 2, 'MACRO' => 10, 'UNLESS' => 9, 'CALL' => 8, 'TEXT' => 7, ";" => -18, 'CLEAR' => 20, "\${" => 21, 'RETURN' => 22, 'WRAPPER' => 19, 'IDENT' => 13, 'NOT' => 12, 'LAST' => 14, 'DEBUG' => 16, 'REF' => 17, 'FOR' => 30, 'LITERAL' => 31, 'BLOCK' => 32, 'VIEW' => 25, 'SWITCH' => 26, 'NUMBER' => 23, 'GET' => 27 }, DEFAULT => -3, GOTOS => { 'lterm' => 42, 'view' => 40, 'try' => 5, 'sterm' => 36, 'rawperl' => 3, 'setlist' => 37, 'atomexpr' => 35, 'block' => 336, 'statement' => 11, 'defblockname' => 50, 'directive' => 51, 'atomdir' => 6, 'loop' => 45, 'chunks' => 63, 'switch' => 64, 'defblock' => 65, 'expr' => 58, 'assign' => 18, 'term' => 15, 'node' => 57, 'wrapper' => 56, 'capture' => 55, 'condition' => 33, 'perl' => 73, 'chunk' => 71, 'item' => 29, 'use' => 72, 'filter' => 69, 'anonblock' => 28, 'macro' => 70, 'ident' => 24 } }, {#State 316 DEFAULT => -67 }, {#State 317 DEFAULT => -80 }, {#State 318 ACTIONS => { 'AND' => 149, 'MOD' => 141, "?" => 142, 'OR' => 143, 'CAT' => 147, 'CMPOP' => 148, "+" => 150, "/" => 144, 'BINOP' => 145, 'DIV' => 146 }, DEFAULT => -154 }, {#State 319 ACTIONS => { 'CAT' => 147, 'MOD' => 141, 'BINOP' => 145, 'AND' => 149, "/" => 144, 'CMPOP' => 148, ";" => 337, "+" => 150, "?" => 142, 'OR' => 143, 'DIV' => 146 } }, {#State 320 DEFAULT => -46 }, {#State 321 ACTIONS => { 'TRY' => 67, 'INSERT' => 66, 'FILTER' => 68, 'WHILE' => 60, 'USE' => 59, "{" => 62, "(" => 61, 'PERL' => 46, "\$" => 48, "\"" => 47, 'NEXT' => 49, 'SET' => 52, 'META' => 53, 'IF' => 34, 'STOP' => 39, 'THROW' => 38, "[" => 41, 'RAWPERL' => 44, 'INCLUDE' => 43, 'SWITCH' => 26, 'VIEW' => 25, 'NUMBER' => 23, 'GET' => 27, 'FOR' => 30, 'BLOCK' => 32, 'LITERAL' => 31, 'NOT' => 12, 'IDENT' => 13, 'LAST' => 14, 'REF' => 17, 'DEBUG' => 16, "\${" => 21, 'RETURN' => 22, 'CLEAR' => 20, 'WRAPPER' => 19, ";" => -18, 'UNLESS' => 9, 'MACRO' => 10, 'CALL' => 8, 'TEXT' => 7, 'DEFAULT' => 2, 'PROCESS' => 4 }, DEFAULT => -3, GOTOS => { 'term' => 15, 'node' => 57, 'wrapper' => 56, 'capture' => 55, 'expr' => 58, 'assign' => 18, 'switch' => 64, 'defblock' => 65, 'chunks' => 63, 'ident' => 24, 'condition' => 33, 'perl' => 73, 'filter' => 69, 'anonblock' => 28, 'macro' => 70, 'chunk' => 71, 'item' => 29, 'use' => 72, 'atomexpr' => 35, 'sterm' => 36, 'rawperl' => 3, 'setlist' => 37, 'block' => 338, 'lterm' => 42, 'view' => 40, 'try' => 5, 'loop' => 45, 'statement' => 11, 'atomdir' => 6, 'defblockname' => 50, 'directive' => 51 } }, {#State 322 DEFAULT => -93 }, {#State 323 DEFAULT => -90 }, {#State 324 DEFAULT => -75 }, {#State 325 ACTIONS => { ";" => 339 } }, {#State 326 ACTIONS => { 'FOR' => 30, 'BLOCK' => 32, 'LITERAL' => 31, 'NUMBER' => 23, 'SWITCH' => 26, 'VIEW' => 25, 'GET' => 27, 'WRAPPER' => 19, "\${" => 21, 'RETURN' => 22, 'CLEAR' => 20, 'IDENT' => 13, 'NOT' => 12, 'LAST' => 14, 'DEBUG' => 16, 'REF' => 17, 'TEXT' => 7, 'CALL' => 8, 'MACRO' => 10, 'UNLESS' => 9, ";" => -18, 'PROCESS' => 4, 'DEFAULT' => 2, 'FILTER' => 68, 'INSERT' => 66, 'TRY' => 67, 'USE' => 59, 'WHILE' => 60, "(" => 61, "{" => 62, 'NEXT' => 49, 'SET' => 52, 'META' => 53, 'PERL' => 46, "\"" => 47, "\$" => 48, 'THROW' => 38, 'STOP' => 39, "[" => 41, 'INCLUDE' => 43, 'RAWPERL' => 44, 'IF' => 34 }, DEFAULT => -3, GOTOS => { 'atomdir' => 6, 'directive' => 51, 'defblockname' => 50, 'statement' => 11, 'loop' => 45, 'try' => 5, 'view' => 40, 'lterm' => 42, 'block' => 340, 'atomexpr' => 35, 'rawperl' => 3, 'setlist' => 37, 'sterm' => 36, 'macro' => 70, 'anonblock' => 28, 'filter' => 69, 'use' => 72, 'chunk' => 71, 'item' => 29, 'condition' => 33, 'perl' => 73, 'ident' => 24, 'assign' => 18, 'expr' => 58, 'switch' => 64, 'defblock' => 65, 'chunks' => 63, 'capture' => 55, 'wrapper' => 56, 'node' => 57, 'term' => 15 } }, {#State 327 ACTIONS => { ";" => 341 } }, {#State 328 DEFAULT => -51 }, {#State 329 DEFAULT => -57 }, {#State 330 DEFAULT => -101 }, {#State 331 DEFAULT => -44 }, {#State 332 DEFAULT => -60 }, {#State 333 DEFAULT => -71 }, {#State 334 ACTIONS => { "[" => 41, 'THROW' => 38, 'STOP' => 39, 'INCLUDE' => 43, 'RAWPERL' => 44, 'IF' => 34, 'NEXT' => 49, 'META' => 53, 'SET' => 52, "\"" => 47, "\$" => 48, 'PERL' => 46, "(" => 61, "{" => 62, 'USE' => 59, 'WHILE' => 60, 'FILTER' => 68, 'INSERT' => 66, 'TRY' => 67, 'PROCESS' => 4, 'DEFAULT' => 2, 'CALL' => 8, 'TEXT' => 7, 'UNLESS' => 9, 'MACRO' => 10, ";" => -18, 'WRAPPER' => 19, 'RETURN' => 22, 'CLEAR' => 20, "\${" => 21, 'NOT' => 12, 'IDENT' => 13, 'DEBUG' => 16, 'REF' => 17, 'LAST' => 14, 'FOR' => 30, 'BLOCK' => 32, 'LITERAL' => 31, 'GET' => 27, 'NUMBER' => 23, 'VIEW' => 25, 'SWITCH' => 26 }, DEFAULT => -3, GOTOS => { 'node' => 57, 'term' => 15, 'capture' => 55, 'wrapper' => 56, 'assign' => 18, 'expr' => 58, 'defblock' => 65, 'switch' => 64, 'chunks' => 63, 'ident' => 24, 'condition' => 33, 'perl' => 73, 'anonblock' => 28, 'macro' => 70, 'filter' => 69, 'use' => 72, 'chunk' => 71, 'item' => 29, 'atomexpr' => 35, 'setlist' => 37, 'rawperl' => 3, 'sterm' => 36, 'block' => 342, 'lterm' => 42, 'try' => 5, 'view' => 40, 'loop' => 45, 'statement' => 11, 'atomdir' => 6, 'directive' => 51, 'defblockname' => 50 } }, {#State 335 ACTIONS => { 'FOR' => 30, 'BLOCK' => 32, 'LITERAL' => 31, 'VIEW' => 25, 'SWITCH' => 26, 'NUMBER' => 23, 'GET' => 27, 'CLEAR' => 20, "\${" => 21, 'RETURN' => 22, 'WRAPPER' => 19, 'NOT' => 12, 'IDENT' => 13, 'LAST' => 14, 'REF' => 17, 'DEBUG' => 16, 'UNLESS' => 9, 'MACRO' => 10, 'CALL' => 8, 'TEXT' => 7, ";" => -18, 'PROCESS' => 4, 'DEFAULT' => 2, 'FILTER' => 68, 'TRY' => 67, 'INSERT' => 66, 'USE' => 59, 'WHILE' => 60, "{" => 62, "(" => 61, 'NEXT' => 49, 'SET' => 52, 'META' => 53, 'PERL' => 46, "\$" => 48, "\"" => 47, 'STOP' => 39, 'THROW' => 38, "[" => 41, 'RAWPERL' => 44, 'INCLUDE' => 43, 'IF' => 34 }, DEFAULT => -3, GOTOS => { 'perl' => 73, 'condition' => 33, 'chunk' => 71, 'item' => 29, 'use' => 72, 'filter' => 69, 'anonblock' => 28, 'macro' => 70, 'ident' => 24, 'defblock' => 65, 'switch' => 64, 'chunks' => 63, 'expr' => 58, 'assign' => 18, 'term' => 15, 'node' => 57, 'wrapper' => 56, 'capture' => 55, 'statement' => 11, 'defblockname' => 50, 'directive' => 51, 'atomdir' => 6, 'loop' => 45, 'lterm' => 42, 'view' => 40, 'try' => 5, 'sterm' => 36, 'rawperl' => 3, 'setlist' => 37, 'atomexpr' => 35, 'block' => 343 } }, {#State 336 ACTIONS => { 'CATCH' => 285, 'FINAL' => 284 }, DEFAULT => -72, GOTOS => { 'final' => 344 } }, {#State 337 ACTIONS => { 'WRAPPER' => 19, "\${" => 21, 'RETURN' => 22, 'CLEAR' => 20, 'NOT' => 12, 'IDENT' => 13, 'LAST' => 14, 'DEBUG' => 16, 'REF' => 17, 'FOR' => 30, 'BLOCK' => 32, 'LITERAL' => 31, 'NUMBER' => 23, 'SWITCH' => 26, 'VIEW' => 25, 'GET' => 27, 'PROCESS' => 4, 'DEFAULT' => 2, 'CALL' => 8, 'TEXT' => 7, 'UNLESS' => 9, 'MACRO' => 10, ";" => -18, 'WHILE' => 60, 'USE' => 59, "(" => 61, "{" => 62, 'FILTER' => 68, 'INSERT' => 66, 'TRY' => 67, 'THROW' => 38, 'STOP' => 39, "[" => 41, 'RAWPERL' => 44, 'INCLUDE' => 43, 'IF' => 34, 'NEXT' => 49, 'SET' => 52, 'META' => 53, 'PERL' => 46, "\"" => 47, "\$" => 48 }, DEFAULT => -3, GOTOS => { 'defblock' => 65, 'switch' => 64, 'chunks' => 63, 'assign' => 18, 'expr' => 58, 'wrapper' => 56, 'capture' => 55, 'node' => 57, 'term' => 15, 'use' => 72, 'chunk' => 71, 'item' => 29, 'macro' => 70, 'anonblock' => 28, 'filter' => 69, 'perl' => 73, 'condition' => 33, 'ident' => 24, 'try' => 5, 'view' => 40, 'lterm' => 42, 'block' => 345, 'setlist' => 37, 'rawperl' => 3, 'sterm' => 36, 'atomexpr' => 35, 'directive' => 51, 'defblockname' => 50, 'atomdir' => 6, 'statement' => 11, 'loop' => 45 } }, {#State 338 DEFAULT => -49 }, {#State 339 ACTIONS => { 'META' => 53, 'SET' => 52, 'NEXT' => 49, "\$" => 48, "\"" => 47, 'PERL' => 46, 'INCLUDE' => 43, 'RAWPERL' => 44, "[" => 41, 'STOP' => 39, 'THROW' => 38, 'IF' => 34, 'FILTER' => 68, 'TRY' => 67, 'INSERT' => 66, "{" => 62, "(" => 61, 'USE' => 59, 'WHILE' => 60, 'UNLESS' => 9, 'MACRO' => 10, 'TEXT' => 7, 'CALL' => 8, ";" => -18, 'PROCESS' => 4, 'DEFAULT' => 2, 'LITERAL' => 31, 'BLOCK' => 32, 'FOR' => 30, 'GET' => 27, 'VIEW' => 25, 'SWITCH' => 26, 'NUMBER' => 23, 'RETURN' => 22, 'CLEAR' => 20, "\${" => 21, 'WRAPPER' => 19, 'DEBUG' => 16, 'REF' => 17, 'LAST' => 14, 'NOT' => 12, 'IDENT' => 13 }, DEFAULT => -3, GOTOS => { 'statement' => 11, 'directive' => 51, 'defblockname' => 50, 'atomdir' => 6, 'loop' => 45, 'lterm' => 42, 'try' => 5, 'view' => 40, 'setlist' => 37, 'rawperl' => 3, 'sterm' => 36, 'atomexpr' => 35, 'block' => 346, 'condition' => 33, 'perl' => 73, 'use' => 72, 'item' => 29, 'chunk' => 71, 'macro' => 70, 'anonblock' => 28, 'filter' => 69, 'ident' => 24, 'chunks' => 63, 'defblock' => 65, 'switch' => 64, 'assign' => 18, 'expr' => 58, 'node' => 57, 'term' => 15, 'capture' => 55, 'wrapper' => 56 } }, {#State 340 DEFAULT => -54 }, {#State 341 ACTIONS => { 'IDENT' => 13, 'NOT' => 12, 'DEBUG' => 16, 'REF' => 17, 'LAST' => 14, 'WRAPPER' => 19, 'RETURN' => 22, 'CLEAR' => 20, "\${" => 21, 'GET' => 27, 'NUMBER' => 23, 'VIEW' => 25, 'SWITCH' => 26, 'FOR' => 30, 'LITERAL' => 31, 'BLOCK' => 32, 'DEFAULT' => 2, 'PROCESS' => 4, ";" => -18, 'TEXT' => 7, 'CALL' => 8, 'UNLESS' => 9, 'MACRO' => 10, "(" => 61, "{" => 62, 'WHILE' => 60, 'USE' => 59, 'INSERT' => 66, 'TRY' => 67, 'FILTER' => 68, 'IF' => 34, "[" => 41, 'THROW' => 38, 'STOP' => 39, 'INCLUDE' => 43, 'RAWPERL' => 44, "\"" => 47, "\$" => 48, 'PERL' => 46, 'NEXT' => 49, 'META' => 53, 'SET' => 52 }, DEFAULT => -3, GOTOS => { 'chunks' => 63, 'switch' => 64, 'defblock' => 65, 'assign' => 18, 'expr' => 58, 'node' => 57, 'term' => 15, 'wrapper' => 56, 'capture' => 55, 'condition' => 33, 'perl' => 73, 'use' => 72, 'item' => 29, 'chunk' => 71, 'macro' => 70, 'anonblock' => 28, 'filter' => 69, 'ident' => 24, 'lterm' => 42, 'try' => 5, 'view' => 40, 'rawperl' => 3, 'setlist' => 37, 'sterm' => 36, 'atomexpr' => 35, 'block' => 347, 'statement' => 11, 'directive' => 51, 'defblockname' => 50, 'atomdir' => 6, 'loop' => 45 } }, {#State 342 ACTIONS => { 'CATCH' => 285, 'FINAL' => 284 }, DEFAULT => -72, GOTOS => { 'final' => 348 } }, {#State 343 ACTIONS => { 'FINAL' => 284, 'CATCH' => 285 }, DEFAULT => -72, GOTOS => { 'final' => 349 } }, {#State 344 DEFAULT => -70 }, {#State 345 ACTIONS => { 'ELSE' => 292, 'ELSIF' => 290 }, DEFAULT => -50, GOTOS => { 'else' => 350 } }, {#State 346 ACTIONS => { 'CASE' => 299 }, DEFAULT => -55, GOTOS => { 'case' => 351 } }, {#State 347 DEFAULT => -53 }, {#State 348 DEFAULT => -69 }, {#State 349 DEFAULT => -68 }, {#State 350 DEFAULT => -48 }, {#State 351 DEFAULT => -52 } ]; #======================================================================== # Rules #======================================================================== $RULES = [ [#Rule 0 '$start', 2, undef ], [#Rule 1 'template', 1, sub #line 64 "Parser.yp" { $factory->template($_[1]) } ], [#Rule 2 'block', 1, sub #line 67 "Parser.yp" { $factory->block($_[1]) } ], [#Rule 3 'block', 0, sub #line 68 "Parser.yp" { $factory->block() } ], [#Rule 4 'chunks', 2, sub #line 71 "Parser.yp" { push(@{$_[1]}, $_[2]) if defined $_[2]; $_[1] } ], [#Rule 5 'chunks', 1, sub #line 73 "Parser.yp" { defined $_[1] ? [ $_[1] ] : [ ] } ], [#Rule 6 'chunk', 1, sub #line 76 "Parser.yp" { $factory->textblock($_[1]) } ], [#Rule 7 'chunk', 2, sub #line 77 "Parser.yp" { return '' unless $_[1]; $_[0]->location() . $_[1]; } ], [#Rule 8 'statement', 1, undef ], [#Rule 9 'statement', 1, undef ], [#Rule 10 'statement', 1, undef ], [#Rule 11 'statement', 1, undef ], [#Rule 12 'statement', 1, undef ], [#Rule 13 'statement', 1, undef ], [#Rule 14 'statement', 1, undef ], [#Rule 15 'statement', 1, undef ], [#Rule 16 'statement', 1, sub #line 90 "Parser.yp" { $factory->get($_[1]) } ], [#Rule 17 'statement', 2, sub #line 91 "Parser.yp" { $_[0]->add_metadata($_[2]); } ], [#Rule 18 'statement', 0, undef ], [#Rule 19 'directive', 1, sub #line 95 "Parser.yp" { $factory->set($_[1]) } ], [#Rule 20 'directive', 1, undef ], [#Rule 21 'directive', 1, undef ], [#Rule 22 'directive', 1, undef ], [#Rule 23 'directive', 1, undef ], [#Rule 24 'directive', 1, undef ], [#Rule 25 'directive', 1, undef ], [#Rule 26 'atomexpr', 1, sub #line 109 "Parser.yp" { $factory->get($_[1]) } ], [#Rule 27 'atomexpr', 1, undef ], [#Rule 28 'atomdir', 2, sub #line 113 "Parser.yp" { $factory->get($_[2]) } ], [#Rule 29 'atomdir', 2, sub #line 114 "Parser.yp" { $factory->call($_[2]) } ], [#Rule 30 'atomdir', 2, sub #line 115 "Parser.yp" { $factory->set($_[2]) } ], [#Rule 31 'atomdir', 2, sub #line 116 "Parser.yp" { $factory->default($_[2]) } ], [#Rule 32 'atomdir', 2, sub #line 117 "Parser.yp" { $factory->insert($_[2]) } ], [#Rule 33 'atomdir', 2, sub #line 118 "Parser.yp" { $factory->include($_[2]) } ], [#Rule 34 'atomdir', 2, sub #line 119 "Parser.yp" { $factory->process($_[2]) } ], [#Rule 35 'atomdir', 2, sub #line 120 "Parser.yp" { $factory->throw($_[2]) } ], [#Rule 36 'atomdir', 1, sub #line 121 "Parser.yp" { $factory->return() } ], [#Rule 37 'atomdir', 1, sub #line 122 "Parser.yp" { $factory->stop() } ], [#Rule 38 'atomdir', 1, sub #line 123 "Parser.yp" { "\$output = '';"; } ], [#Rule 39 'atomdir', 1, sub #line 124 "Parser.yp" { $_[0]->block_label('last ', ';') } ], [#Rule 40 'atomdir', 1, sub #line 125 "Parser.yp" { $_[0]->in_block('FOR') ? $factory->next($_[0]->block_label) : $_[0]->block_label('next ', ';') } ], [#Rule 41 'atomdir', 2, sub #line 128 "Parser.yp" { if ($_[2]->[0]->[0] =~ /^'(on|off)'$/) { $_[0]->{ DEBUG_DIRS } = ($1 eq 'on'); $factory->debug($_[2]); } else { $_[0]->{ DEBUG_DIRS } ? $factory->debug($_[2]) : ''; } } ], [#Rule 42 'atomdir', 1, undef ], [#Rule 43 'atomdir', 1, undef ], [#Rule 44 'condition', 6, sub #line 141 "Parser.yp" { $factory->if(@_[2, 4, 5]) } ], [#Rule 45 'condition', 3, sub #line 142 "Parser.yp" { $factory->if(@_[3, 1]) } ], [#Rule 46 'condition', 6, sub #line 144 "Parser.yp" { $factory->if("!($_[2])", @_[4, 5]) } ], [#Rule 47 'condition', 3, sub #line 145 "Parser.yp" { $factory->if("!($_[3])", $_[1]) } ], [#Rule 48 'else', 5, sub #line 149 "Parser.yp" { unshift(@{$_[5]}, [ @_[2, 4] ]); $_[5]; } ], [#Rule 49 'else', 3, sub #line 151 "Parser.yp" { [ $_[3] ] } ], [#Rule 50 'else', 0, sub #line 152 "Parser.yp" { [ undef ] } ], [#Rule 51 'switch', 6, sub #line 156 "Parser.yp" { $factory->switch(@_[2, 5]) } ], [#Rule 52 'case', 5, sub #line 160 "Parser.yp" { unshift(@{$_[5]}, [ @_[2, 4] ]); $_[5]; } ], [#Rule 53 'case', 4, sub #line 162 "Parser.yp" { [ $_[4] ] } ], [#Rule 54 'case', 3, sub #line 163 "Parser.yp" { [ $_[3] ] } ], [#Rule 55 'case', 0, sub #line 164 "Parser.yp" { [ undef ] } ], [#Rule 56 '@1-3', 0, sub #line 167 "Parser.yp" { $_[0]->enter_block('FOR') } ], [#Rule 57 'loop', 6, sub #line 168 "Parser.yp" { $factory->foreach(@{$_[2]}, $_[5], $_[0]->leave_block) } ], [#Rule 58 'loop', 3, sub #line 169 "Parser.yp" { $factory->foreach(@{$_[3]}, $_[1]) } ], [#Rule 59 '@2-3', 0, sub #line 170 "Parser.yp" { $_[0]->enter_block('WHILE') } ], [#Rule 60 'loop', 6, sub #line 171 "Parser.yp" { $factory->while(@_[2, 5], $_[0]->leave_block) } ], [#Rule 61 'loop', 3, sub #line 172 "Parser.yp" { $factory->while(@_[3, 1]) } ], [#Rule 62 'loopvar', 4, sub #line 175 "Parser.yp" { [ @_[1, 3, 4] ] } ], [#Rule 63 'loopvar', 4, sub #line 176 "Parser.yp" { [ @_[1, 3, 4] ] } ], [#Rule 64 'loopvar', 2, sub #line 177 "Parser.yp" { [ 0, @_[1, 2] ] } ], [#Rule 65 'wrapper', 5, sub #line 181 "Parser.yp" { $factory->wrapper(@_[2, 4]) } ], [#Rule 66 'wrapper', 3, sub #line 183 "Parser.yp" { $factory->wrapper(@_[3, 1]) } ], [#Rule 67 'try', 5, sub #line 187 "Parser.yp" { $factory->try(@_[3, 4]) } ], [#Rule 68 'final', 5, sub #line 191 "Parser.yp" { unshift(@{$_[5]}, [ @_[2,4] ]); $_[5]; } ], [#Rule 69 'final', 5, sub #line 194 "Parser.yp" { unshift(@{$_[5]}, [ undef, $_[4] ]); $_[5]; } ], [#Rule 70 'final', 4, sub #line 197 "Parser.yp" { unshift(@{$_[4]}, [ undef, $_[3] ]); $_[4]; } ], [#Rule 71 'final', 3, sub #line 199 "Parser.yp" { [ $_[3] ] } ], [#Rule 72 'final', 0, sub #line 200 "Parser.yp" { [ 0 ] } ], [#Rule 73 'use', 2, sub #line 203 "Parser.yp" { $factory->use($_[2]) } ], [#Rule 74 '@3-3', 0, sub #line 206 "Parser.yp" { $_[0]->push_defblock(); } ], [#Rule 75 'view', 6, sub #line 207 "Parser.yp" { $factory->view(@_[2,5], $_[0]->pop_defblock) } ], [#Rule 76 '@4-2', 0, sub #line 211 "Parser.yp" { ${$_[0]->{ INPERL }}++; } ], [#Rule 77 'perl', 5, sub #line 212 "Parser.yp" { ${$_[0]->{ INPERL }}--; $_[0]->{ EVAL_PERL } ? $factory->perl($_[4]) : $factory->no_perl(); } ], [#Rule 78 '@5-1', 0, sub #line 218 "Parser.yp" { ${$_[0]->{ INPERL }}++; $rawstart = ${$_[0]->{'LINE'}}; } ], [#Rule 79 'rawperl', 5, sub #line 220 "Parser.yp" { ${$_[0]->{ INPERL }}--; $_[0]->{ EVAL_PERL } ? $factory->rawperl($_[4], $rawstart) : $factory->no_perl(); } ], [#Rule 80 'filter', 5, sub #line 227 "Parser.yp" { $factory->filter(@_[2,4]) } ], [#Rule 81 'filter', 3, sub #line 229 "Parser.yp" { $factory->filter(@_[3,1]) } ], [#Rule 82 'defblock', 5, sub #line 234 "Parser.yp" { my $name = join('/', @{ $_[0]->{ DEFBLOCKS } }); pop(@{ $_[0]->{ DEFBLOCKS } }); $_[0]->define_block($name, $_[4]); undef } ], [#Rule 83 'defblockname', 2, sub #line 241 "Parser.yp" { push(@{ $_[0]->{ DEFBLOCKS } }, $_[2]); $_[2]; } ], [#Rule 84 'blockname', 1, undef ], [#Rule 85 'blockname', 1, sub #line 247 "Parser.yp" { $_[1] =~ s/^'(.*)'$/$1/; $_[1] } ], [#Rule 86 'blockargs', 1, undef ], [#Rule 87 'blockargs', 0, undef ], [#Rule 88 'anonblock', 5, sub #line 255 "Parser.yp" { local $" = ', '; print STDERR "experimental block args: [@{ $_[2] }]\n" if $_[2]; $factory->anon_block($_[4]) } ], [#Rule 89 'capture', 3, sub #line 261 "Parser.yp" { $factory->capture(@_[1, 3]) } ], [#Rule 90 'macro', 6, sub #line 265 "Parser.yp" { $factory->macro(@_[2, 6, 4]) } ], [#Rule 91 'macro', 3, sub #line 266 "Parser.yp" { $factory->macro(@_[2, 3]) } ], [#Rule 92 'mdir', 1, undef ], [#Rule 93 'mdir', 4, sub #line 270 "Parser.yp" { $_[3] } ], [#Rule 94 'margs', 2, sub #line 273 "Parser.yp" { push(@{$_[1]}, $_[2]); $_[1] } ], [#Rule 95 'margs', 2, sub #line 274 "Parser.yp" { $_[1] } ], [#Rule 96 'margs', 1, sub #line 275 "Parser.yp" { [ $_[1] ] } ], [#Rule 97 'metadata', 2, sub #line 278 "Parser.yp" { push(@{$_[1]}, @{$_[2]}); $_[1] } ], [#Rule 98 'metadata', 2, undef ], [#Rule 99 'metadata', 1, undef ], [#Rule 100 'meta', 3, sub #line 283 "Parser.yp" { for ($_[3]) { s/^'//; s/'$//; s/\\'/'/g }; [ @_[1,3] ] } ], [#Rule 101 'meta', 5, sub #line 286 "Parser.yp" { [ @_[1,4] ] } ], [#Rule 102 'meta', 3, sub #line 287 "Parser.yp" { [ @_[1,3] ] } ], [#Rule 103 'term', 1, undef ], [#Rule 104 'term', 1, undef ], [#Rule 105 'lterm', 3, sub #line 299 "Parser.yp" { "[ $_[2] ]" } ], [#Rule 106 'lterm', 3, sub #line 300 "Parser.yp" { "[ $_[2] ]" } ], [#Rule 107 'lterm', 2, sub #line 301 "Parser.yp" { "[ ]" } ], [#Rule 108 'lterm', 3, sub #line 302 "Parser.yp" { "{ $_[2] }" } ], [#Rule 109 'sterm', 1, sub #line 305 "Parser.yp" { $factory->ident($_[1]) } ], [#Rule 110 'sterm', 2, sub #line 306 "Parser.yp" { $factory->identref($_[2]) } ], [#Rule 111 'sterm', 3, sub #line 307 "Parser.yp" { $factory->quoted($_[2]) } ], [#Rule 112 'sterm', 1, undef ], [#Rule 113 'sterm', 1, undef ], [#Rule 114 'list', 2, sub #line 312 "Parser.yp" { "$_[1], $_[2]" } ], [#Rule 115 'list', 2, undef ], [#Rule 116 'list', 1, undef ], [#Rule 117 'range', 3, sub #line 317 "Parser.yp" { $_[1] . '..' . $_[3] } ], [#Rule 118 'hash', 1, undef ], [#Rule 119 'hash', 0, sub #line 322 "Parser.yp" { "" } ], [#Rule 120 'params', 2, sub #line 325 "Parser.yp" { "$_[1], $_[2]" } ], [#Rule 121 'params', 2, undef ], [#Rule 122 'params', 1, undef ], [#Rule 123 'param', 3, sub #line 330 "Parser.yp" { "$_[1] => $_[3]" } ], [#Rule 124 'param', 3, sub #line 331 "Parser.yp" { "$_[1] => $_[3]" } ], [#Rule 125 'ident', 3, sub #line 334 "Parser.yp" { push(@{$_[1]}, @{$_[3]}); $_[1] } ], [#Rule 126 'ident', 3, sub #line 335 "Parser.yp" { push(@{$_[1]}, map {($_, 0)} split(/\./, $_[3])); $_[1]; } ], [#Rule 127 'ident', 1, undef ], [#Rule 128 'node', 1, sub #line 341 "Parser.yp" { [ $_[1], 0 ] } ], [#Rule 129 'node', 4, sub #line 342 "Parser.yp" { [ $_[1], $factory->args($_[3]) ] } ], [#Rule 130 'item', 1, sub #line 345 "Parser.yp" { "'$_[1]'" } ], [#Rule 131 'item', 3, sub #line 346 "Parser.yp" { $_[2] } ], [#Rule 132 'item', 2, sub #line 347 "Parser.yp" { $_[0]->{ V1DOLLAR } ? 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It is generated from a YACC-like grammar using the C<Parse::Yapp> module. The F<parser> sub-directory of the Template Toolkit source distribution contains the grammar and other files required to generate this module. But you don't need to worry about any of that unless you're planning to modify the Template Toolkit language. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Parser> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Tutorial/Web.pod 0000444 00000064442 15155303155 0007603 0 ustar 00 #============================================================= -*-perl-*- # # Template::Tutorial::Web # # DESCRIPTION # Tutorial on generating web content with the Template Toolkit # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2008 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Tutorial::Web - Generating Web Content Using the Template Toolkit =head1 Overview This tutorial document provides a introduction to the Template Toolkit and demonstrates some of the typical ways it may be used for generating web content. It covers the generation of static pages from templates using the L<tpage|Template::Tools::tpage> and L<ttree|Template::Tools::ttree> scripts and then goes on to show dynamic content generation using CGI scripts and Apache/mod_perl handlers. Various features of the Template Toolkit are introduced and described briefly and explained by use of example. For further information, see L<Template>, L<Template::Manual> and the various sections within it. e.g perldoc Template # Template.pm module usage perldoc Template::Manual # index to manual perldoc Template::Manual::Config # e.g. configuration options The documentation is also available in HTML format to read online, or download from the Template Toolkit web site: http://template-toolkit.org/docs/ =head1 Introduction The Template Toolkit is a set of Perl modules which collectively implement a template processing system. A template is a text document with special markup tags embedded in it. By default, the Template Toolkit uses 'C<[%>' and 'C<%]>' to denote the start and end of a tag. Here's an example: [% INCLUDE header %] People of [% planet %], your attention please. This is [% captain %] of the Galactic Hyperspace Planning Council. As you will no doubt be aware, the plans for development of the outlying regions of the Galaxy require the building of a hyperspatial express route through your star system, and regrettably your planet is one of those scheduled for destruction. The process will take slightly less than [% time %]. Thank you. [% INCLUDE footer %] Tags can contain simple I<variables> (like C<planet> and C<captain>) and more complex I<directives> that start with an upper case keyword (like C<INCLUDE>). A directive is an instruction that tells the template processor to perform some action, like processing another template (C<header> and C<footer> in this example) and inserting the output into the current template. In fact, the simple variables we mentioned are actually C<GET> directives, but the C<GET> keyword is optional. People of [% planet %], your attention please. # short form People of [% GET planet %], your attention please. # long form Other directives include C<SET> to set a variable value (the C<SET> keyword is also optional), C<FOREACH> to iterate through a list of values, and C<IF>, C<UNLESS>, C<ELSIF> and C<ELSE> to declare conditional blocks. The Template Toolkit processes all I<text> files equally, regardless of what kind of content they contain. So you can use TT to generate HTML, XML, CSS, Javascript, Perl, RTF, LaTeX, or any other text-based format. In this tutorial, however, we'll be concentrating on generating HTML for web pages. =head1 Generating Static Web Content Here's an example of a template used to generate an HTML document. [% INCLUDE header title = 'This is an HTML example'; pages = [ { url = 'http://foo.org' title = 'The Foo Organisation' } { url = 'http://bar.org' title = 'The Bar Organisation' } ] %] <h1>Some Interesting Links</h1> <ul> [% FOREACH page IN pages %] <li><a href="[% page.url %]">[% page.title %]</a> [% END %] </ul> [% INCLUDE footer %] This example shows how the C<INCLUDE> directive is used to load and process separate 'C<header>' and 'C<footer>' template files, including the output in the current document. These files might look something like this: header: <html> <head> <title>[% title %]</title> </head> <body> footer: <div class="copyright"> © Copyright 2007 Arthur Dent </div> </body> </html> The example also uses the C<FOREACH> directive to iterate through the 'C<pages>' list to build a table of links. In this example, we have defined this list within the template to contain a number of hash references, each containing a 'C<url>' and 'C<title>' member. The C<FOREACH> directive iterates through the list, aliasing 'C<page>' to each item (in this case, hash array references). The C<[% page.url %]> and C<[% page.title %]> directives then access the individual values in the hash arrays and insert them into the document. =head2 Using tpage Having created a template file we can now process it to generate some real output. The quickest and easiest way to do this is to use the L<tpage|Template::Tools::tpage> script. This is provided as part of the Template Toolkit and should be installed in your usual Perl bin directory. Assuming you saved your template file as F<example.html>, you would run the command: $ tpage example.html This will process the template file, sending the output to C<STDOUT> (i.e. whizzing past you on the screen). You may want to redirect the output to a file but be careful not to specify the same name as the template file, or you'll overwrite it. You may want to use one prefix for your templates (e.g. 'C<.tt>') and another (e.g. 'C<.html>') for the output files. $ tpage example.tt > example.html Or you can redirect the output to another directory. e.g. $ tpage templates/example.tt > html/example.html The output generated would look like this: <html> <head> <title>This is an HTML example</title> </head> <body> <h1>Some Interesting Links</h1> <ul> <li><a href="http://foo.org">The Foo Organsiation</a> <li><a href="http://bar.org">The Bar Organsiation</a> </ul> <div class="copyright"> © Copyright 2007 Arthur Dent </div> </body> </html> The F<header> and F<footer> template files have been included (assuming you created them and they're in the current directory) and the link data has been built into an HTML list. =head2 Using ttree The L<tpage|Template::Tools::tpage> script gives you a simple and easy way to process a single template without having to write any Perl code. The L<ttree:Template::Tools::ttree> script, also distributed as part of the Template Toolkit, provides a more flexible way to process a number of template documents in one go. The first time you run the script, it will ask you if it should create a configuration file (F<.ttreerc>) in your home directory. Answer C<y> to have it create the file. The L<ttree:Template::Tools::ttree> documentation describes how you can change the location of this file and also explains the syntax and meaning of the various options in the file. Comments are written to the sample configuration file which should also help. In brief, the configuration file describes the directories in which template files are to be found (C<src>), where the corresponding output should be written to (C<dest>), and any other directories (C<lib>) that may contain template files that you plan to C<INCLUDE> into your source documents. You can also specify processing options (such as C<verbose> and C<recurse>) and provide regular expression to match files that you don't want to process (C<ignore>, C<accept>)> or should be copied instead of being processed as templates (C<copy>). An example F<.ttreerc> file is shown here: $HOME/.ttreerc: verbose recurse # this is where I keep other ttree config files cfg = ~/.ttree src = ~/websrc/src lib = ~/websrc/lib dest = ~/public_html/test ignore = \b(CVS|RCS)\b ignore = ^# You can create many different configuration files and store them in the directory specified in the C<cfg> option, shown above. You then add the C<-f filename> option to C<ttree> to have it read that file. When you run the script, it compares all the files in the C<src> directory (including those in sub-directories if the C<recurse> option is set), with those in the C<dest> directory. If the destination file doesn't exist or has an earlier modification time than the corresponding source file, then the source will be processed with the output written to the destination file. The C<-a> option forces all files to be processed, regardless of modification times. The script I<doesn't> process any of the files in the C<lib> directory, but it does add it to the C<INCLUDE_PATH> for the template processor so that it can locate these files via an C<INCLUDE>, C<PROCESS> or C<WRAPPER> directive. Thus, the C<lib> directory is an excellent place to keep template elements such as header, footers, etc., that aren't complete documents in their own right. You can also specify various Template Toolkit options from the configuration file. Consult the L<ttree|Template::Tools::ttree> documentation and help summary (C<ttree -h>) for full details. e.g. $HOME/.ttreerc: pre_process = config interpolate post_chomp The C<pre_process> option allows you to specify a template file which should be processed before each file. Unsurprisingly, there's also a C<post_process> option to add a template after each file. In the fragment above, we have specified that the C<config> template should be used as a prefix template. We can create this file in the C<lib> directory and use it to define some common variables, including those web page links we defined earlier and might want to re-use in other templates. We could also include an HTML header, title, or menu bar in this file which would then be prepended to each and every template file, but for now we'll keep all that in a separate C<header> file. $lib/config: [% root = '~/abw' home = "$root/index.html" images = "$root/images" email = 'abw@wardley.org' graphics = 1 webpages = [ { url => 'http://foo.org', title => 'The Foo Organsiation' } { url => 'http://bar.org', title => 'The Bar Organsiation' } ] %] Assuming you've created or copied the C<header> and C<footer> files from the earlier example into your C<lib> directory, you can now start to create web pages like the following in your C<src> directory and process them with C<ttree>. $src/newpage.html: [% INCLUDE header title = 'Another Template Toolkit Test Page' %] <a href="[% home %]">Home</a> <a href="mailto:[% email %]">Email</a> [% IF graphics %] <img src="[% images %]/logo.gif" align=right width=60 height=40> [% END %] [% INCLUDE footer %] Here we've shown how pre-defined variables can be used as flags to enable certain feature (e.g. C<graphics>) and to specify common items such as an email address and URL's for the home page, images directory and so on. This approach allows you to define these values once so that they're consistent across all pages and can easily be changed to new values. When you run F<ttree>, you should see output similar to the following (assuming you have the verbose flag set). ttree 2.9 (Template Toolkit version 2.20) Source: /home/abw/websrc/src Destination: /home/abw/public_html/test Include Path: [ /home/abw/websrc/lib ] Ignore: [ \b(CVS|RCS)\b, ^# ] Copy: [ ] Accept: [ * ] + newpage.html The C<+> in front of the C<newpage.html> filename shows that the file was processed, with the output being written to the destination directory. If you run the same command again, you'll see the following line displayed instead showing a C<-> and giving a reason why the file wasn't processed. - newpage.html (not modified) It has detected a C<newpage.html> in the destination directory which is more recent than that in the source directory and so hasn't bothered to waste time re-processing it. To force all files to be processed, use the C<-a> option. You can also specify one or more filenames as command line arguments to C<ttree>: tpage newpage.html This is what the destination page looks like. $dest/newpage.html: <html> <head> <title>Another Template Toolkit Test Page</title> </head> <body> <a href="~/abw/index.html">Home</a> <a href="mailto:abw@wardley.org">Email me</a> <img src="~/abw/images/logo.gif" align=right width=60 height=40> <div class="copyright"> © Copyright 2007 Arthur Dent </div> </body> </html> You can add as many documents as you like to the C<src> directory and C<ttree> will apply the same process to them all. In this way, it is possible to build an entire tree of static content for a web site with a single command. The added benefit is that you can be assured of consistency in links, header style, or whatever else you choose to implement in terms of common templates elements or variables. =head1 Dynamic Content Generation Via CGI Script The L<Template> module provides a simple front-end to the Template Toolkit for use in CGI scripts and Apache/mod_perl handlers. Simply C<use> the L<Template> module, create an object instance with the L<new()> method and then call the L<process()> method on the object, passing the name of the template file as a parameter. The second parameter passed is a reference to a hash array of variables that we want made available to the template: #!/usr/bin/perl use strict; use warnings; use Template; my $file = 'src/greeting.html'; my $vars = { message => "Hello World\n" }; my $template = Template->new(); $template->process($file, $vars) || die "Template process failed: ", $template->error(), "\n"; So that our scripts will work with the same template files as our earlier examples, we'll can add some configuration options to the constructor to tell it about our environment: my $template->new({ # where to find template files INCLUDE_PATH => ['/home/abw/websrc/src', '/home/abw/websrc/lib'], # pre-process lib/config to define any extra values PRE_PROCESS => 'config', }); Note that here we specify the C<config> file as a C<PRE_PROCESS> option. This means that the templates we process can use the same global variables defined earlier for our static pages. We don't have to replicate their definitions in this script. However, we can supply additional data and functionality specific to this script via the hash of variables that we pass to the C<process()> method. These entries in this hash may contain simple text or other values, references to lists, others hashes, sub-routines or objects. The Template Toolkit will automatically apply the correct procedure to access these different types when you use the variables in a template. Here's a more detailed example to look over. Amongst the different template variables we define in C<$vars>, we create a reference to a L<CGI> object and a C<get_user_projects()> sub-routine. #!/usr/bin/perl use strict; use warnings; use Template; use CGI; $| = 1; print "Content-type: text/html\n\n"; my $file = 'userinfo.html'; my $vars = { 'version' => 3.14, 'days' => [ qw( mon tue wed thu fri sat sun ) ], 'worklist' => \&get_user_projects, 'cgi' => CGI->new(), 'me' => { 'id' => 'abw', 'name' => 'Andy Wardley', }, }; sub get_user_projects { my $user = shift; my @projects = ... # do something to retrieve data return \@projects; } my $template = Template->new({ INCLUDE_PATH => '/home/abw/websrc/src:/home/abw/websrc/lib', PRE_PROCESS => 'config', }); $template->process($file, $vars) || die $template->error(); Here's a sample template file that we might create to build the output for this script. $src/userinfo.html: [% INCLUDE header title = 'Template Toolkit CGI Test' %] <a href="mailto:[% email %]">Email [% me.name %]</a> <p>This is version [% version %]</p> <h3>Projects</h3> <ul> [% FOREACH project IN worklist(me.id) %] <li> <a href="[% project.url %]">[% project.name %]</a> [% END %] </ul> [% INCLUDE footer %] This example shows how we've separated the Perl implementation (code) from the presentation (HTML). This not only makes them easier to maintain in isolation, but also allows the re-use of existing template elements such as headers and footers, etc. By using template to create the output of your CGI scripts, you can give them the same consistency as your static pages built via L<ttree|Template::Tools::ttree> or other means. Furthermore, we can modify our script so that it processes any one of a number of different templates based on some condition. A CGI script to maintain a user database, for example, might process one template to provide an empty form for new users, the same form with some default values set for updating an existing user record, a third template for listing all users in the system, and so on. You can use any Perl functionality you care to write to implement the logic of your application and then choose one or other template to generate the desired output for the application state. =head1 Dynamic Content Generation Via Apache/Mod_Perl Handler B<NOTE:> the L<Apache::Template> module is available from CPAN and provides a simple and easy to use Apache/mod_perl interface to the Template Toolkit. Although basic, it implements most, if not all of what is described below, and it avoids the need to write your own handler. However, in many cases, you'll want to write your own handler to customise processing for your own need, and this section will show you how to get started. The L<Template> module can be used from an Apache/mod_perl handler. Here's an example of a typical Apache F<httpd.conf> file: PerlModule CGI; PerlModule Template PerlModule MyOrg::Apache::User PerlSetVar websrc_root /home/abw/websrc <Location /user/bin> SetHandler perl-script PerlHandler MyOrg::Apache::User </Location> This defines a location called C</user/bin> to which all requests will be forwarded to the C<handler()> method of the C<MyOrg::Apache::User> module. That module might look something like this: package MyOrg::Apache::User; use strict; use Apache::Constants qw( :common ); use Template qw( :template ); use CGI; our $VERSION = 1.59; sub handler { my $r = shift; my $websrc = $r->dir_config('websrc_root') or return fail($r, SERVER_ERROR, "'websrc_root' not specified"); my $template = Template->new({ INCLUDE_PATH => "$websrc/src/user:$websrc/lib", PRE_PROCESS => 'config', OUTPUT => $r, # direct output to Apache request }); my $params = { uri => $r->uri, cgi => CGI->new, }; # use the path_info to determine which template file to process my $file = $r->path_info; $file =~ s[^/][]; $r->content_type('text/html'); $r->send_http_header; $template->process($file, $params) || return fail($r, SERVER_ERROR, $template->error()); return OK; } sub fail { my ($r, $status, $message) = @_; $r->log_reason($message, $r->filename); return $status; } The handler accepts the request and uses it to determine the C<websrc_root> value from the config file. This is then used to define an C<INCLUDE_PATH> for a new L<Template> object. The URI is extracted from the request and a L<CGI> object is created. These are both defined as template variables. The name of the template file itself is taken from the C<PATH_INFO> element of the request. In this case, it would comprise the part of the URL coming after C</user/bin>, e.g for C</user/bin/edit>, the template file would be C<edit> located in C<$websrc/src/user>. The headers are sent and the template file is processed. All output is sent directly to the C<print()> method of the Apache request object. =head1 Using Plugins to Extend Functionality As we've already shown, it is possible to bind Perl data and functions to template variables when creating dynamic content via a CGI script or Apache/mod_perl process. The Template Toolkit also supports a plugin interface which allows you define such additional data and/or functionality in a separate module and then load and use it as required with the C<USE> directive. The main benefit to this approach is that you can load the extension into any template document, even those that are processed "statically" by C<tpage> or C<ttree>. You I<don't> need to write a Perl wrapper to explicitly load the module and make it available via the stash. Let's demonstrate this principle using the C<DBI> plugin written by Simon Matthews (available from CPAN). You can create this template in your C<src> directory and process it using C<ttree> to see the results. Of course, this example relies on the existence of the appropriate SQL database but you should be able to adapt it to your own resources, or at least use it as a demonstrative example of what's possible. [% INCLUDE header title = 'User Info' %] [% USE DBI('dbi:mSQL:mydbname') %] <table border=0 width="100%"> <tr> <th>User ID</th> <th>Name</th> <th>Email</th> </tr> [% FOREACH user IN DBI.query('SELECT * FROM user ORDER BY id') %] <tr> <td>[% user.id %]</td> <td>[% user.name %]</td> <td>[% user.email %]</td> </tr> [% END %] </table> [% INCLUDE footer %] A plugin is simply a Perl module in a known location and conforming to a known standard such that the Template Toolkit can find and load it automatically. You can create your own plugin by inheriting from the L<Template::Plugin> module. Here's an example which defines some data items (C<foo> and C<people>) and also an object method (C<bar>). We'll call the plugin C<FooBar> for want of a better name and create it in the C<MyOrg::Template::Plugin::FooBar> package. We've added a C<MyOrg> to the regular C<Template::Plugin::*> package to avoid any conflict with existing plugins. package MyOrg::Template::Plugin::FooBar; use base 'Template::Plugin' our $VERSION = 1.23; sub new { my ($class, $context, @params) = @_; bless { _CONTEXT => $context, foo => 25, people => [ 'tom', 'dick', 'harry' ], }, $class; } sub bar { my ($self, @params) = @_; # ...do something... return $some_value; } The plugin constructor C<new()> receives the class name as the first parameter, as is usual in Perl, followed by a reference to something called a L<Template::Context> object. You don't need to worry too much about this at the moment, other than to know that it's the main processing object for the Template Toolkit. It provides access to the functionality of the processor and some plugins may need to communicate with it. We don't at this stage, but we'll save the reference anyway in the C<_CONTEXT> member. The leading underscore is a convention which indicates that this item is private and the Template Toolkit won't attempt to access this member. The other members defined, C<foo> and C<people> are regular data items which will be made available to templates using this plugin. Following the context reference are passed any additional parameters specified with the USE directive, such as the data source parameter, C<dbi:mSQL:mydbname>, that we used in the earlier DBI example. If you don't or can't install it to the regular place for your Perl modules (perhaps because you don't have the required privileges) then you can set the PERL5LIB environment variable to specify another location. If you're using C<ttree> then you can add the following line to your configuration file instead. $HOME/.ttreerc: perl5lib = /path/to/modules One further configuration item must be added to inform the toolkit of the new package name we have adopted for our plugins: $HOME/.ttreerc: plugin_base = 'MyOrg::Template::Plugin' If you're writing Perl code to control the L<Template> modules directly, then this value can be passed as a configuration parameter when you create the module. use Template; my $template = Template->new({ PLUGIN_BASE => 'MyOrg::Template::Plugin' }); Now we can create a template which uses this plugin: [% INCLUDE header title = 'FooBar Plugin Test' %] [% USE FooBar %] Some values available from this plugin: [% FooBar.foo %] [% FooBar.bar %] The users defined in the 'people' list: [% FOREACH uid = FooBar.people %] * [% uid %] [% END %] [% INCLUDE footer %] The C<foo>, C<bar>, and C<people> items of the FooBar plugin are automatically resolved to the appropriate data items or method calls on the underlying object. Using this approach, it is possible to create application functionality in a single module which can then be loaded and used on demand in any template. The simple interface between template directives and plugin objects allows complex, dynamic content to be built from a few simple template documents without knowing anything about the underlying implementation. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2007 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Tutorial/Datafile.pod 0000444 00000034064 15155303155 0010574 0 ustar 00 #============================================================= -*-perl-*- # # Template::Tutorial::Datafile # # DESCRIPTION # # AUTHOR # Dave Cross <dave@dave.org.uk> # # COPYRIGHT # Copyright (C) 1996-2008 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Tutorial::Datafile - Creating Data Output Files Using the Template Toolkit =head1 DESCRIPTION =head1 Introducing the Template Toolkit There are a number of Perl modules that are universally recognised as The Right Thing To Use for certain tasks. If you accessed a database without using DBI, pulled data from the WWW without using one of the LWP modules or parsed XML without using XML::Parser or one of its subclasses then you'd run the risk of being shunned by polite Perl society. I believe that the year 2000 saw the emergence of another 'must have' Perl module - the Template Toolkit. I don't think I'm alone in this belief as the Template Toolkit won the 'Best New Module' award at the Perl Conference last summer. Version 2.0 of the Template Toolkit (known as TT2 to its friends) was recently released to the CPAN. TT2 was designed and written by Andy Wardley E<lt>abw@wardley.orgE<gt>. It was born out of Andy's previous templating module, Text::Metatext, in best Fred Brooks 'plan to throw one away' manner; and aims to be the most useful (or, at least, the most I<used>) Perl templating system. TT2 provides a way to take a file of fixed boilerplate text (the template) and embed variable data within it. One obvious use of this is in the creation of dynamic web pages and this is where a lot of the attention that TT2 has received has been focussed. In this article, I hope to demonstrate that TT2 is just as useful in non-web applications. =head1 Using the Template Toolkit Let's look at how we'd use TT2 to process a simple data file. TT2 is an object oriented Perl module. Having downloaded it from CPAN and installed it in the usual manner, using it in your program is as easy as putting the lines use Template; my $tt = Template->new; in your code. The constructor function, C<new>, takes a number of optional parameters which are documented in the copious manual pages that come with the module, but for the purposes of this article we'll keep things as simple as possible. To process the template, you would call the C<process> method like this $tt->process('my_template', \%data) || die $tt->error; We pass two parameters to C<process>, the first is the name of the file containing the template to process (in this case, my_template) and the second is a reference to a hash which contains the data items that you want to use in the template. If processing the template gives any kind of error, the program will die with a (hopefully) useful error message. So what kinds of things can go in C<%data>? The answer is just about anything. Here's an example showing data about English Premier League football teams. my @teams = ({ name => 'Man Utd', played => 16, won => 12, drawn => 3, lost => 1 }, { name => 'Bradford', played => 16, won => 2, drawn => 5, lost => 9 }); my %data = ( name => 'English Premier League', season => '2000/01', teams => \@teams ); This creates three data items which can be accessed within the template, called C<name>, C<season> and C<teams>. Notice that C<teams> is a complex data structure. Here is a template that we might use to process this data. League Standings League Name: [% name %] Season : [% season %] Teams: [% FOREACH team = teams -%] [% team.name %] [% team.played -%] [% team.won %] [% team.drawn %] [% team.lost %] [% END %] Running this template with this data gives us the following output League Standings League Name: English Premier League Season : 2000/01 Teams: Man Utd 16 12 3 1 Bradford 16 2 5 9 Hopefully the syntax of the template is simple enough to follow. There are a few points to note. =over 4 =item * Template processing directives are written using a simple language which is not Perl. =item * The keys of the C<%data> have become the names of the data variables within the template. =item * Template processing directives are surrounded by C<[%> and C<%]> sequences. =item * If these tags are replaced with C<[%-> C<-%]> then the preceding or following linefeed is suppressed. =item * In the C<FOREACH> loop, each element of the C<teams> list was assigned, in turn, to the temporary variable C<team>. =item * Each item assigned to the C<team> variable is a Perl hash. Individual values within the hash are accessed using a dot notation. =back It's probably the first and last of these points which are the most important. The first point emphasises the separation of the data acquisition logic from the presentation logic. The person creating the presentation template doesn't need to know Perl, they only need to know the data items which will be passed into the template. The last point demonstrates the way that TT2 protects the template designer from the implementation of the data structures. The data objects passed to the template processor can be scalars, arrays, hashes, objects or even subroutines. The template processor will just interpret your data correctly and Do The Right Thing to return the correct value to you. In this example each team was a hash, but in a larger system each team might be an object, in which case C<name>, C<played>, etc. would be accessor methods to the underlying object attributes. No changes would be required to the template as the template processor would realise that it needed to call methods rather than access hash values. =head2 A more complex example Stats about the English Football League are usually presented in a slightly more complex format than the one we used above. A full set of stats will show the number of games that a team has won, lost or drawn, the number of goals scored for and against the team and the number of points that the team therefore has. Teams gain three points for a win and one point for a draw. When teams have the same number of points they are separated by the goal difference, that is the number of goals the team has scored minus the number of team scored against them. To complicate things even further, the games won, drawn and lost and the goals for and against are often split between home and away games. Therefore if you have a data source which lists the team name together with the games won, drawn and lost and the goals for and against split into home and away (a total of eleven data items) you can calculate all of the other items (goal difference, points awarded and even position in the league). Let's take such a file, but we'll only look at the top three teams. It will look something like this: Man Utd,7,1,0,26,4,5,2,1,15,6 Arsenal,7,1,0,17,4,2,3,3,7,9 Leicester,4,3,1,10,8,4,2,2,7,4 A simple script to read this data into an array of hashes will look something like this (I've simplified the names of the data columns - w, d, and l are games won, drawn and lost and f and a are goals scored for and against; h and a at the front of a data item name indicates whether it's a home or away statistic): my @cols = qw(name hw hd hl hf ha aw ad al af aa); my @teams; while (<>) { chomp; my %team; @team{@cols} = split /,/; push @teams, \%team; } We can then go thru the teams again and calculate all of the derived data items: foreach (@teams) { $_->{w} = $_->{hw} + $_->{aw}; $_->{d} = $_->{hd} + $_->{ad}; $_->{l} = $_->{hl} + $_->{al}; $_->{pl} = $_->{w} + $_->{d} + $_->{l}; $_->{f} = $_->{hf} + $_->{af}; $_->{a} = $_->{ha} + $_->{aa}; $_->{gd} = $_->{f} - $_->{a}; $_->{pt} = (3 * $_->{w}) + $_->{d}; } And then produce a list sorted in descending order: @teams = sort { $b->{pt} <=> $b->{pt} || $b->{gd} <=> $a->{gd} } @teams; And finally add the league position data item: $teams[$_]->{pos} = $_ + 1 foreach 0 .. $#teams; Having pulled all of our data into an internal data structure we can start to produce output using out templates. A template to create a CSV file containing the data split between home and away stats would look like this: [% FOREACH team = teams -%] [% team.pos %],[% team.name %],[% team.pl %],[% team.hw %], [%- team.hd %],[% team.hl %],[% team.hf %],[% team.ha %], [%- team.aw %],[% team.ad %],[% team.al %],[% team.af %], [%- team.aa %],[% team.gd %],[% team.pt %] [%- END %] And processing it like this: $tt->process('split.tt', { teams => \@teams }, 'split.csv') || die $tt->error; produces the following output: 1,Man Utd,16,7,1,0,26,4,5,2,1,15,6,31,39 2,Arsenal,16,7,1,0,17,4,2,3,3,7,9,11,31 3,Leicester,16,4,3,1,10,8,4,2,2,7,4,5,29 Notice that we've introduced the third parameter to C<process>. If this parameter is missing then the TT2 sends its output to C<STDOUT>. If this parameter is a scalar then it is taken as the name of a file to write the output to. This parameter can also be (amongst other things) a filehandle or a reference to an object which is assumed to implement a C<print> method. If we weren't interested in the split between home and away games, then we could use a simpler template like this: [% FOREACH team = teams -%] [% team.pos %],[% team.name %],[% team.pl %],[% team.w %], [%- team.d %],[% team.l %],[% team.f %],[% team.a %], [%- team.aa %],[% team.gd %],[% team.pt %] [% END -%] Which would produce output like this: 1,Man Utd,16,12,3,1,41,10,6,31,39 2,Arsenal,16,9,4,3,24,13,9,11,31 3,Leicester,16,8,5,3,17,12,4,5,29 =head1 Producing XML This is starting to show some of the power and flexibility of TT2, but you may be thinking that you could just as easily produce this output with a C<foreach> loop and a couple of C<print> statements in your code. This is, of course, true; but that's because I've chosen a deliberately simple example to explain the concepts. What if we wanted to produce an XML file containing the data? And what if (as I mentioned earlier) the league data was held in an object? The code would then look even easier as most of the code we've written earlier would be hidden away in C<FootballLeague.pm>. use FootballLeague; use Template; my $league = FootballLeague->new(name => 'English Premier'); my $tt = Template->new; $tt->process('league_xml.tt', { league => $league }) || die $tt->error; And the template in C<league_xml.tt> would look something like this: <?xml version="1.0"?> <!DOCTYPE LEAGUE SYSTEM "league.dtd"> <league name="[% league.name %]" season="[% league.season %]"> [% FOREACH team = league.teams -%] <team name="[% team.name %]" pos="[% team.pos %]" played="[% team.pl %]" goal_diff="[% team.gd %]" points="[% team.pt %]"> <stats type="home"> win="[% team.hw %]" draw="[%- team.hd %]" lose="[% team.hl %]" for="[% team.hf %]" against="[% team.ha %]" /> <stats type="away"> win="[% team.aw %]" draw="[%- team.ad %]" lose="[% team.al %]" for="[% team.af %]" against="[% team.aa %]" /> </team> [% END -%] &/league> Notice that as we've passed the whole object into C<process> then we need to put an extra level of indirection on our template variables - everything is now a component of the C<league> variable. Other than that, everything in the template is very similar to what we've used before. Presumably now C<team.name> calls an accessor function rather than carrying out a hash lookup, but all of this is transparent to our template designer. =head1 Multiple Formats As a final example, let's suppose that we need to create output football league tables in a number of formats. Perhaps we are passing this data on to other people and they can't all use the same format. Some of our users need CSV files and others need XML. Some require data split between home and away matches and other just want the totals. In total, then, we'll need four different templates, but the good news is that they can use the same data object. All the script needs to do is to establish which template is required and process it. use FootballLeague; use Template; my ($name, $type, $stats) = @_; my $league = FootballLeague->new(name => $name); my $tt = Template->new; $tt->process("league_${type}_$stats.tt", { league => $league } "league_$stats.$type") || die $tt->error; For example, you can call this script as league.pl 'English Premier' xml split This will process a template called C<league_xml_split.tt> and put the results in a file called C<league_split.xml>. This starts to show the true strength of the Template Toolkit. If we later wanted to add another file format - perhaps we wanted to create a league table HTML page or even a LaTeX document - then we would just need to create the appropriate template and name it according to our existing naming convention. We would need to make no changes to the code. I hope you can now see why the Template Toolkit is fast becoming an essential part of many people's Perl installation. =head1 AUTHOR Dave Cross E<lt>dave@dave.org.ukE<gt> =head1 VERSION Template Toolkit version 2.19, released on 27 April 2007. =head1 COPYRIGHT Copyright (C) 2001 Dave Cross E<lt>dave@dave.org.ukE<gt> This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Constants.pm 0000444 00000022623 15155303155 0007064 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Constants.pm # # DESCRIPTION # Definition of constants for the Template Toolkit. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Constants; require Exporter; use strict; use warnings; use Exporter; use base qw( Exporter ); our ( @EXPORT_OK, %EXPORT_TAGS ); our ( $DEBUG_OPTIONS, @STATUS, @ERROR, @CHOMP, @DEBUG, @ISA ); our $VERSION = '3.100'; #======================================================================== # ----- EXPORTER ----- #======================================================================== # STATUS constants returned by directives use constant STATUS_OK => 0; # ok use constant STATUS_RETURN => 1; # ok, block ended by RETURN use constant STATUS_STOP => 2; # ok, stopped by STOP use constant STATUS_DONE => 3; # ok, iterator done use constant STATUS_DECLINED => 4; # ok, declined to service request use constant STATUS_ERROR => 255; # error condition # ERROR constants for indicating exception types use constant ERROR_RETURN => 'return'; # return a status code use constant ERROR_FILE => 'file'; # file error: I/O, parse, recursion use constant ERROR_VIEW => 'view'; # view error use constant ERROR_UNDEF => 'undef'; # undefined variable value used use constant ERROR_PERL => 'perl'; # error in [% PERL %] block use constant ERROR_FILTER => 'filter'; # filter error use constant ERROR_PLUGIN => 'plugin'; # plugin error # CHOMP constants for PRE_CHOMP and POST_CHOMP use constant CHOMP_NONE => 0; # do not remove whitespace use constant CHOMP_ALL => 1; # remove whitespace up to newline use constant CHOMP_ONE => 1; # new name for CHOMP_ALL use constant CHOMP_COLLAPSE => 2; # collapse whitespace to a single space use constant CHOMP_GREEDY => 3; # remove all whitespace including newlines # DEBUG constants to enable various debugging options use constant DEBUG_OFF => 0; # do nothing use constant DEBUG_ON => 1; # basic debugging flag use constant DEBUG_UNDEF => 2; # throw undef on undefined variables use constant DEBUG_VARS => 4; # general variable debugging use constant DEBUG_DIRS => 8; # directive debugging use constant DEBUG_STASH => 16; # general stash debugging use constant DEBUG_CONTEXT => 32; # context debugging use constant DEBUG_PARSER => 64; # parser debugging use constant DEBUG_PROVIDER => 128; # provider debugging use constant DEBUG_PLUGINS => 256; # plugins debugging use constant DEBUG_FILTERS => 512; # filters debugging use constant DEBUG_SERVICE => 1024; # context debugging use constant DEBUG_ALL => 2047; # everything # extra debugging flags use constant DEBUG_CALLER => 4096; # add caller file/line use constant DEBUG_FLAGS => 4096; # bitmask to extract flags $DEBUG_OPTIONS = { &DEBUG_OFF => off => off => &DEBUG_OFF, &DEBUG_ON => on => on => &DEBUG_ON, &DEBUG_UNDEF => undef => undef => &DEBUG_UNDEF, &DEBUG_VARS => vars => vars => &DEBUG_VARS, &DEBUG_DIRS => dirs => dirs => &DEBUG_DIRS, &DEBUG_STASH => stash => stash => &DEBUG_STASH, &DEBUG_CONTEXT => context => context => &DEBUG_CONTEXT, &DEBUG_PARSER => parser => parser => &DEBUG_PARSER, &DEBUG_PROVIDER => provider => provider => &DEBUG_PROVIDER, &DEBUG_PLUGINS => plugins => plugins => &DEBUG_PLUGINS, &DEBUG_FILTERS => filters => filters => &DEBUG_FILTERS, &DEBUG_SERVICE => service => service => &DEBUG_SERVICE, &DEBUG_ALL => all => all => &DEBUG_ALL, &DEBUG_CALLER => caller => caller => &DEBUG_CALLER, }; @STATUS = qw( STATUS_OK STATUS_RETURN STATUS_STOP STATUS_DONE STATUS_DECLINED STATUS_ERROR ); @ERROR = qw( ERROR_FILE ERROR_VIEW ERROR_UNDEF ERROR_PERL ERROR_RETURN ERROR_FILTER ERROR_PLUGIN ); @CHOMP = qw( CHOMP_NONE CHOMP_ALL CHOMP_ONE CHOMP_COLLAPSE CHOMP_GREEDY ); @DEBUG = qw( DEBUG_OFF DEBUG_ON DEBUG_UNDEF DEBUG_VARS DEBUG_DIRS DEBUG_STASH DEBUG_CONTEXT DEBUG_PARSER DEBUG_PROVIDER DEBUG_PLUGINS DEBUG_FILTERS DEBUG_SERVICE DEBUG_ALL DEBUG_CALLER DEBUG_FLAGS ); @EXPORT_OK = ( @STATUS, @ERROR, @CHOMP, @DEBUG ); %EXPORT_TAGS = ( 'all' => [ @EXPORT_OK ], 'status' => [ @STATUS ], 'error' => [ @ERROR ], 'chomp' => [ @CHOMP ], 'debug' => [ @DEBUG ], ); sub debug_flags { my ($self, $debug) = @_; my (@flags, $flag, $value); $debug = $self unless defined($debug) || ref($self); if ( $debug !~ tr{0-9}{}c) { foreach $flag (@DEBUG) { next if $flag eq 'DEBUG_OFF' || $flag eq 'DEBUG_ALL' || $flag eq 'DEBUG_FLAGS'; # don't trash the original substr($flag,0,6,'') if index($flag,'DEBUG_') == 0; $flag = lc $flag; return $self->error("no value for flag: $flag") unless defined($value = $DEBUG_OPTIONS->{ $flag }); $flag = $value; if ($debug & $flag) { $value = $DEBUG_OPTIONS->{ $flag }; return $self->error("no value for flag: $flag") unless defined $value; push(@flags, $value); } } return wantarray ? @flags : join(', ', @flags); } else { @flags = split(/\W+/, $debug); $debug = 0; foreach $flag (@flags) { $value = $DEBUG_OPTIONS->{ $flag }; return $self->error("unknown debug flag: $flag") unless defined $value; $debug |= $value; } return $debug; } } 1; __END__ =head1 NAME Template::Constants - Defines constants for the Template Toolkit =head1 SYNOPSIS use Template::Constants qw( :status :error :all ); =head1 DESCRIPTION The C<Template::Constants> modules defines, and optionally exports into the caller's namespace, a number of constants used by the L<Template> package. Constants may be used by specifying the C<Template::Constants> package explicitly: use Template::Constants; print Template::Constants::STATUS_DECLINED; Constants may be imported into the caller's namespace by naming them as options to the C<use Template::Constants> statement: use Template::Constants qw( STATUS_DECLINED ); print STATUS_DECLINED; Alternatively, one of the following tagset identifiers may be specified to import sets of constants: 'C<:status>', 'C<:error>', 'C<:all>'. use Template::Constants qw( :status ); print STATUS_DECLINED; Consult the documentation for the C<Exporter> module for more information on exporting variables. =head1 EXPORTABLE TAG SETS The following tag sets and associated constants are defined: :status STATUS_OK # no problem, continue STATUS_RETURN # ended current block then continue (ok) STATUS_STOP # controlled stop (ok) STATUS_DONE # iterator is all done (ok) STATUS_DECLINED # provider declined to service request (ok) STATUS_ERROR # general error condition (not ok) :error ERROR_RETURN # return a status code (e.g. 'stop') ERROR_FILE # file error: I/O, parse, recursion ERROR_UNDEF # undefined variable value used ERROR_PERL # error in [% PERL %] block ERROR_FILTER # filter error ERROR_PLUGIN # plugin error :chomp # for PRE_CHOMP and POST_CHOMP CHOMP_NONE # do not remove whitespace CHOMP_ONE # remove whitespace to newline CHOMP_ALL # old name for CHOMP_ONE (deprecated) CHOMP_COLLAPSE # collapse whitespace to a single space CHOMP_GREEDY # remove all whitespace including newlines :debug DEBUG_OFF # do nothing DEBUG_ON # basic debugging flag DEBUG_UNDEF # throw undef on undefined variables DEBUG_VARS # general variable debugging DEBUG_DIRS # directive debugging DEBUG_STASH # general stash debugging DEBUG_CONTEXT # context debugging DEBUG_PARSER # parser debugging DEBUG_PROVIDER # provider debugging DEBUG_PLUGINS # plugins debugging DEBUG_FILTERS # filters debugging DEBUG_SERVICE # context debugging DEBUG_ALL # everything DEBUG_CALLER # add caller file/line info DEBUG_FLAGS # bitmap used internally :all All the above constants. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, C<Exporter> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Service.pm 0000444 00000042453 15155303155 0006513 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Service # # DESCRIPTION # Module implementing a template processing service which wraps a # template within PRE_PROCESS and POST_PROCESS templates and offers # ERROR recovery. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Service; use strict; use warnings; use base 'Template::Base'; use Template::Config; use Template::Exception; use Template::Constants; use Scalar::Util 'blessed'; use constant EXCEPTION => 'Template::Exception'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $ERROR = ''; #======================================================================== # ----- PUBLIC METHODS ----- #======================================================================== #------------------------------------------------------------------------ # process($template, \%params) # # Process a template within a service framework. A service may encompass # PRE_PROCESS and POST_PROCESS templates and an ERROR hash which names # templates to be substituted for the main template document in case of # error. Each service invocation begins by resetting the state of the # context object via a call to reset(). The AUTO_RESET option may be set # to 0 (default: 1) to bypass this step. #------------------------------------------------------------------------ sub process { my ($self, $template, $params) = @_; my $context = $self->{ CONTEXT }; my ($name, $output, $procout, $error); $output = ''; $self->debug( "process($template, ", defined $params ? $params : '<no params>', ')' ) if $self->{ DEBUG }; $context->reset() if $self->{ AUTO_RESET }; # pre-request compiled template from context so that we can alias it # in the stash for pre-processed templates to reference eval { $template = $context->template($template) }; return $self->error($@) if $@; # localise the variable stash with any parameters passed # and set the 'template' variable $params ||= { }; # TODO: change this to C<||=> so we can use a template parameter $params->{ template } = $template unless ref $template eq 'CODE'; $context->localise($params); SERVICE: { # PRE_PROCESS eval { foreach $name (@{ $self->{ PRE_PROCESS } }) { $self->debug("PRE_PROCESS: $name") if $self->{ DEBUG }; $output .= $context->process($name); } }; last SERVICE if ($error = $@); # PROCESS eval { foreach $name (@{ $self->{ PROCESS } || [ $template ] }) { $self->debug("PROCESS: $name") if $self->{ DEBUG }; $procout .= $context->process($name); } }; if ($error = $@) { last SERVICE unless defined ($procout = $self->_recover(\$error)); } if (defined $procout) { # WRAPPER eval { foreach $name (reverse @{ $self->{ WRAPPER } }) { $self->debug("WRAPPER: $name") if $self->{ DEBUG }; $procout = $context->process($name, { content => $procout }); } }; last SERVICE if ($error = $@); $output .= $procout; } # POST_PROCESS eval { foreach $name (@{ $self->{ POST_PROCESS } }) { $self->debug("POST_PROCESS: $name") if $self->{ DEBUG }; $output .= $context->process($name); } }; last SERVICE if ($error = $@); } $context->delocalise(); delete $params->{ template }; if ($error) { # $error = $error->as_string if ref $error; return $self->error($error); } return $output; } #------------------------------------------------------------------------ # context() # # Returns the internal CONTEXT reference. #------------------------------------------------------------------------ sub context { return $_[0]->{ CONTEXT }; } #======================================================================== # -- PRIVATE METHODS -- #======================================================================== sub _init { my ($self, $config) = @_; my ($item, $data, $context, $block, $blocks); my $delim = $config->{ DELIMITER }; $delim = ':' unless defined $delim; # coerce PRE_PROCESS, PROCESS and POST_PROCESS to arrays if necessary, # by splitting on non-word characters foreach $item (qw( PRE_PROCESS PROCESS POST_PROCESS WRAPPER )) { $data = $config->{ $item }; $self->{ $item } = [ ], next unless (defined $data); $data = [ split($delim, $data || '') ] unless ref $data eq 'ARRAY'; $self->{ $item } = $data; } # unset PROCESS option unless explicitly specified in config $self->{ PROCESS } = undef unless defined $config->{ PROCESS }; $self->{ ERROR } = $config->{ ERROR } || $config->{ ERRORS }; $self->{ AUTO_RESET } = defined $config->{ AUTO_RESET } ? $config->{ AUTO_RESET } : 1; $self->{ DEBUG } = ( $config->{ DEBUG } || 0 ) & Template::Constants::DEBUG_SERVICE; $context = $self->{ CONTEXT } = $config->{ CONTEXT } || Template::Config->context($config) || return $self->error(Template::Config->error); return $self; } #------------------------------------------------------------------------ # _recover(\$exception) # # Examines the internal ERROR hash array to find a handler suitable # for the exception object passed by reference. Selecting the handler # is done by delegation to the exception's select_handler() method, # passing the set of handler keys as arguments. A 'default' handler # may also be provided. The handler value represents the name of a # template which should be processed. #------------------------------------------------------------------------ sub _recover { my ($self, $error) = @_; my $context = $self->{ CONTEXT }; my ($hkey, $handler, $output); # there shouldn't ever be a non-exception object received at this # point... unless a module like CGI::Carp messes around with the # DIE handler. return undef unless blessed($$error) && $$error->isa(EXCEPTION); # a 'stop' exception is thrown by [% STOP %] - we return the output # buffer stored in the exception object return $$error->text() if $$error->type() eq 'stop'; my $handlers = $self->{ ERROR } || return undef; ## RETURN if (ref $handlers eq 'HASH') { if ($hkey = $$error->select_handler(keys %$handlers)) { $handler = $handlers->{ $hkey }; $self->debug("using error handler for $hkey") if $self->{ DEBUG }; } elsif ($handler = $handlers->{ default }) { # use default handler $self->debug("using default error handler") if $self->{ DEBUG }; } else { return undef; ## RETURN } } else { $handler = $handlers; $self->debug("using default error handler") if $self->{ DEBUG }; } eval { $handler = $context->template($handler) }; if ($@) { $$error = $@; return undef; ## RETURN }; $context->stash->set('error', $$error); eval { $output .= $context->process($handler); }; if ($@) { $$error = $@; return undef; ## RETURN } return $output; } 1; __END__ =head1 NAME Template::Service - General purpose template processing service =head1 SYNOPSIS use Template::Service; my $service = Template::Service->new({ PRE_PROCESS => [ 'config', 'header' ], POST_PROCESS => 'footer', ERROR => { user => 'user/index.html', dbi => 'error/database', default => 'error/default', }, }); my $output = $service->process($template_name, \%replace) || die $service->error(), "\n"; =head1 DESCRIPTION The C<Template::Service> module implements an object class for providing a consistent template processing service. Standard header (L<PRE_PROCESS|PRE_PROCESS_POST_PROCESS>) and footer (L<POST_PROCESS|PRE_PROCESS_POST_PROCESS>) templates may be specified which are prepended and appended to all templates processed by the service (but not any other templates or blocks C<INCLUDE>d or C<PROCESS>ed from within). An L<ERROR> hash may be specified which redirects the service to an alternate template file in the case of uncaught exceptions being thrown. This allows errors to be automatically handled by the service and a guaranteed valid response to be generated regardless of any processing problems encountered. A default C<Template::Service> object is created by the L<Template> module. Any C<Template::Service> options may be passed to the L<Template> L<new()|Template#new()> constructor method and will be forwarded to the L<Template::Service> constructor. use Template; my $template = Template->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', }); Similarly, the C<Template::Service> constructor will forward all configuration parameters onto other default objects (e.g. L<Template::Context>) that it may need to instantiate. A C<Template::Service> object (or subclass) can be explicitly instantiated and passed to the L<Template> L<new()|Template#new()> constructor method as the L<SERVICE> item. use Template; use Template::Service; my $service = Template::Service->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', }); my $template = Template->new({ SERVICE => $service, }); The C<Template::Service> module can be sub-classed to create custom service handlers. use Template; use MyOrg::Template::Service; my $service = MyOrg::Template::Service->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', COOL_OPTION => 'enabled in spades', }); my $template = Template->new({ SERVICE => $service, }); The L<Template> module uses the L<Template::Config> L<service()|Template::Config#service()> factory method to create a default service object when required. The C<$Template::Config::SERVICE> package variable may be set to specify an alternate service module. This will be loaded automatically and its L<new()> constructor method called by the L<service()|Template::Config#service()> factory method when a default service object is required. Thus the previous example could be written as: use Template; $Template::Config::SERVICE = 'MyOrg::Template::Service'; my $template = Template->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', COOL_OPTION => 'enabled in spades', }); =head1 METHODS =head2 new(\%config) The C<new()> constructor method is called to instantiate a C<Template::Service> object. Configuration parameters may be specified as a HASH reference or as a list of C<name =E<gt> value> pairs. my $service1 = Template::Service->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', }); my $service2 = Template::Service->new( ERROR => 'error.html' ); The C<new()> method returns a C<Template::Service> object or C<undef> on error. In the latter case, a relevant error message can be retrieved by the L<error()|Template::Base#error()> class method or directly from the C<$Template::Service::ERROR> package variable. my $service = Template::Service->new(\%config) || die Template::Service->error(); my $service = Template::Service->new(\%config) || die $Template::Service::ERROR; =head2 process($input, \%replace) The C<process()> method is called to process a template specified as the first parameter, C<$input>. This may be a file name, file handle (e.g. C<GLOB> or C<IO::Handle>) or a reference to a text string containing the template text. An additional hash reference may be passed containing template variable definitions. The method processes the template, adding any L<PRE_PROCESS|PRE_PROCESS_POST_PROCESS> or L<POST_PROCESS|PRE_PROCESS_POST_PROCESS> templates defined, and returns the output text. An uncaught exception thrown by the template will be handled by a relevant L<ERROR> handler if defined. Errors that occur in the L<PRE_PROCESS|PRE_PROCESS_POST_PROCESS> or L<POST_PROCESS|PRE_PROCESS_POST_PROCESS> templates, or those that occur in the main input template and aren't handled, cause the method to return C<undef> to indicate failure. The appropriate error message can be retrieved via the L<error()|Template::Base#error()> method. $service->process('myfile.html', { title => 'My Test File' }) || die $service->error(); =head2 context() Returns a reference to the internal context object which is, by default, an instance of the L<Template::Context> class. =head1 CONFIGURATION OPTIONS The following list summarises the configuration options that can be provided to the C<Template::Service> L<new()> constructor. Please consult L<Template::Manual::Config> for further details and examples of each configuration option in use. =head2 PRE_PROCESS, POST_PROCESS The L<PRE_PROCESS|Template::Manual::Config#PRE_PROCESS_POST_PROCESS> and L<POST_PROCESS|Template::Manual::Config#PRE_PROCESS_POST_PROCESS> options may be set to contain the name(s) of template files which should be processed immediately before and/or after each template. These do not get added to templates processed into a document via directives such as C<INCLUDE> C<PROCESS>, C<WRAPPER>, etc. my $service = Template::Service->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', }; Multiple templates may be specified as a reference to a list. Each is processed in the order defined. my $service = Template::Service->new({ PRE_PROCESS => [ 'config', 'header' ], POST_PROCESS => 'footer', }; =head2 PROCESS The L<PROCESS|Template::Manual::Config#PROCESS> option may be set to contain the name(s) of template files which should be processed instead of the main template passed to the C<Template::Service> L<process()> method. This can be used to apply consistent wrappers around all templates, similar to the use of L<PRE_PROCESS|PRE_PROCESS_POST_PROCESS> and L<POST_PROCESS|PRE_PROCESS_POST_PROCESS> templates. my $service = Template::Service->new({ PROCESS => 'content', }; # processes 'content' instead of 'foo.html' $service->process('foo.html'); A reference to the original template is available in the C<template> variable. Metadata items can be inspected and the template can be processed by specifying it as a variable reference (i.e. prefixed by 'C<$>') to an C<INCLUDE>, C<PROCESS> or C<WRAPPER> directive. Example C<PROCESS> template: <html> <head> <title>[% template.title %]</title> </head> <body> [% PROCESS $template %] </body> </html> =head2 ERROR The L<ERROR|Template::Manual::Config#ERROR> (or C<ERRORS> if you prefer) configuration item can be used to name a single template or specify a hash array mapping exception types to templates which should be used for error handling. If an uncaught exception is raised from within a template then the appropriate error template will instead be processed. If specified as a single value then that template will be processed for all uncaught exceptions. my $service = Template::Service->new({ ERROR => 'error.html' }); If the L<ERROR or ERRORS|Template::Manual::Config#ERROR> item is a hash reference the keys are assumed to be exception types and the relevant template for a given exception will be selected. A C<default> template may be provided for the general case. my $service = Template::Service->new({ ERRORS => { user => 'user/index.html', dbi => 'error/database', default => 'error/default', }, }); =head2 AUTO_RESET The L<AUTO_RESET|Template::Manual::Config#AUTO_RESET> option is set by default and causes the local C<BLOCKS> cache for the L<Template::Context> object to be reset on each call to the L<Template> L<process()|Template#process()> method. This ensures that any C<BLOCK>s defined within a template will only persist until that template is finished processing. =head2 DEBUG The L<DEBUG|Template::Manual::Config#DEBUG> option can be used to enable debugging messages from the C<Template::Service> module by setting it to include the C<DEBUG_SERVICE> value. use Template::Constants qw( :debug ); my $template = Template->new({ DEBUG => DEBUG_SERVICE, }); =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Context> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugins.pm 0000444 00000033407 15155303155 0006533 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugins # # DESCRIPTION # Plugin provider which handles the loading of plugin modules and # instantiation of plugin objects. # # AUTHORS # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # Copyright (C) 1998-2000 Canon Research Centre Europe Ltd. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugins; use strict; use warnings; use base 'Template::Base'; use Template::Constants; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $PLUGIN_BASE = 'Template::Plugin'; our $STD_PLUGINS = { 'assert' => 'Template::Plugin::Assert', 'cgi' => 'Template::Plugin::CGI', 'datafile' => 'Template::Plugin::Datafile', 'date' => 'Template::Plugin::Date', 'debug' => 'Template::Plugin::Debug', 'directory' => 'Template::Plugin::Directory', 'dbi' => 'Template::Plugin::DBI', 'dumper' => 'Template::Plugin::Dumper', 'file' => 'Template::Plugin::File', 'format' => 'Template::Plugin::Format', 'html' => 'Template::Plugin::HTML', 'image' => 'Template::Plugin::Image', 'iterator' => 'Template::Plugin::Iterator', 'latex' => 'Template::Plugin::Latex', 'pod' => 'Template::Plugin::Pod', 'scalar' => 'Template::Plugin::Scalar', 'table' => 'Template::Plugin::Table', 'url' => 'Template::Plugin::URL', 'view' => 'Template::Plugin::View', 'wrap' => 'Template::Plugin::Wrap', 'xml' => 'Template::Plugin::XML', 'xmlstyle' => 'Template::Plugin::XML::Style', }; #======================================================================== # -- PUBLIC METHODS -- #======================================================================== #------------------------------------------------------------------------ # fetch($name, \@args, $context) # # General purpose method for requesting instantiation of a plugin # object. The name of the plugin is passed as the first parameter. # The internal FACTORY lookup table is consulted to retrieve the # appropriate factory object or class name. If undefined, the _load() # method is called to attempt to load the module and return a factory # class/object which is then cached for subsequent use. A reference # to the calling context should be passed as the third parameter. # This is passed to the _load() class method. The new() method is # then called against the factory class name or prototype object to # instantiate a new plugin object, passing any arguments specified by # list reference as the second parameter. e.g. where $factory is the # class name 'MyClass', the new() method is called as a class method, # $factory->new(...), equivalent to MyClass->new(...) . Where # $factory is a prototype object, the new() method is called as an # object method, $myobject->new(...). This latter approach allows # plugins to act as Singletons, cache shared data, etc. # # Returns a reference to a plugin, (undef, STATUS_DECLINE) to decline # the request or ($error, STATUS_ERROR) on error. #------------------------------------------------------------------------ sub fetch { my ($self, $name, $args, $context) = @_; my ($factory, $plugin, $error); $self->debug("fetch($name, ", defined $args ? ('[ ', join(', ', @$args), ' ]') : '<no args>', ', ', defined $context ? $context : '<no context>', ')') if $self->{ DEBUG }; # NOTE: # the $context ref gets passed as the first parameter to all regular # plugins, but not to those loaded via LOAD_PERL; to hack around # this until we have a better implementation, we pass the $args # reference to _load() and let it unshift the first args in the # LOAD_PERL case $args ||= [ ]; unshift @$args, $context; $factory = $self->{ FACTORY }->{ $name } ||= do { ($factory, $error) = $self->_load($name, $context); return ($factory, $error) if $error; ## RETURN $factory; }; # call the new() method on the factory object or class name eval { if (ref $factory eq 'CODE') { defined( $plugin = &$factory(@$args) ) || die "$name plugin failed\n"; } else { defined( $plugin = $factory->new(@$args) ) || die "$name plugin failed: ", $factory->error(), "\n"; } }; if ($error = $@) { # chomp $error; return $self->{ TOLERANT } ? (undef, Template::Constants::STATUS_DECLINED) : ($error, Template::Constants::STATUS_ERROR); } return $plugin; } #======================================================================== # -- PRIVATE METHODS -- #======================================================================== #------------------------------------------------------------------------ # _init(\%config) # # Private initialisation method. #------------------------------------------------------------------------ sub _init { my ($self, $params) = @_; my ($pbase, $plugins, $factory) = @$params{ qw( PLUGIN_BASE PLUGINS PLUGIN_FACTORY ) }; $plugins ||= { }; # update PLUGIN_BASE to an array ref if necessary $pbase = [ ] unless defined $pbase; $pbase = [ $pbase ] unless ref($pbase) eq 'ARRAY'; # add default plugin base (Template::Plugin) if set push(@$pbase, $PLUGIN_BASE) if $PLUGIN_BASE; $self->{ PLUGIN_BASE } = $pbase; $self->{ PLUGINS } = { %$STD_PLUGINS, %$plugins }; $self->{ TOLERANT } = $params->{ TOLERANT } || 0; $self->{ LOAD_PERL } = $params->{ LOAD_PERL } || 0; $self->{ FACTORY } = $factory || { }; $self->{ DEBUG } = ( $params->{ DEBUG } || 0 ) & Template::Constants::DEBUG_PLUGINS; return $self; } #------------------------------------------------------------------------ # _load($name, $context) # # Private method which attempts to load a plugin module and determine the # correct factory name or object by calling the load() class method in # the loaded module. #------------------------------------------------------------------------ sub _load { my ($self, $name, $context) = @_; my ($factory, $module, $base, $pkg, $file, $ok, $error); if ($module = $self->{ PLUGINS }->{ $name } || $self->{ PLUGINS }->{ lc $name }) { # plugin module name is explicitly stated in PLUGIN_NAME $pkg = $module; ($file = $module) =~ s|::|/|g; $file =~ s|::|/|g; $self->debug("loading $module.pm (PLUGIN_NAME)") if $self->{ DEBUG }; $ok = eval { require "$file.pm" }; $error = $@; } else { # try each of the PLUGIN_BASE values to build module name ($module = $name) =~ s/\./::/g; foreach $base (@{ $self->{ PLUGIN_BASE } }) { $pkg = $base . '::' . $module; ($file = $pkg) =~ s|::|/|g; $self->debug("loading $file.pm (PLUGIN_BASE)") if $self->{ DEBUG }; $ok = eval { require "$file.pm" }; last unless $@; $error .= "$@\n" unless ($@ =~ /^Can\'t locate $file\.pm/); } } if ($ok) { $self->debug("calling $pkg->load()") if $self->{ DEBUG }; $factory = eval { $pkg->load($context) }; $error = ''; if ($@ || ! $factory) { $error = $@ || 'load() returned a false value'; } } elsif ($self->{ LOAD_PERL }) { # fallback - is it a regular Perl module? ($file = $module) =~ s|::|/|g; eval { require "$file.pm" }; if ($@) { $error = $@; } else { # this is a regular Perl module so the new() constructor # isn't expecting a $context reference as the first argument; # so we construct a closure which removes it before calling # $module->new(@_); $factory = sub { shift; $module->new(@_); }; $error = ''; } } if ($factory) { $self->debug("$name => $factory") if $self->{ DEBUG }; return $factory; } elsif ($error) { return $self->{ TOLERANT } ? (undef, Template::Constants::STATUS_DECLINED) : ($error, Template::Constants::STATUS_ERROR); } else { return (undef, Template::Constants::STATUS_DECLINED); } } 1; __END__ =head1 NAME Template::Plugins - Plugin provider module =head1 SYNOPSIS use Template::Plugins; $plugin_provider = Template::Plugins->new(\%options); ($plugin, $error) = $plugin_provider->fetch($name, @args); =head1 DESCRIPTION The C<Template::Plugins> module defines a provider class which can be used to load and instantiate Template Toolkit plugin modules. =head1 METHODS =head2 new(\%params) Constructor method which instantiates and returns a reference to a C<Template::Plugins> object. A reference to a hash array of configuration items may be passed as a parameter. These are described below. Note that the L<Template> front-end module creates a C<Template::Plugins> provider, passing all configuration items. Thus, the examples shown below in the form: $plugprov = Template::Plugins->new({ PLUGIN_BASE => 'MyTemplate::Plugin', LOAD_PERL => 1, ... }); can also be used via the L<Template> module as: $ttengine = Template->new({ PLUGIN_BASE => 'MyTemplate::Plugin', LOAD_PERL => 1, ... }); as well as the more explicit form of: $plugprov = Template::Plugins->new({ PLUGIN_BASE => 'MyTemplate::Plugin', LOAD_PERL => 1, ... }); $ttengine = Template->new({ LOAD_PLUGINS => [ $plugprov ], }); =head2 fetch($name, @args) Called to request that a plugin of a given name be provided. The relevant module is first loaded (if necessary) and the L<load()|Template::Plugin#load()> class method called to return the factory class name (usually the same package name) or a factory object (a prototype). The L<new()|Template::Plugin#new()> method is then called as a class or object method against the factory, passing all remaining parameters. Returns a reference to a new plugin object or C<($error, STATUS_ERROR)> on error. May also return C<(undef, STATUS_DECLINED)> to decline to serve the request. If C<TOLERANT> is set then all errors will be returned as declines. =head1 CONFIGURATION OPTIONS The following list summarises the configuration options that can be provided to the C<Template::Plugins> L<new()> constructor. Please consult L<Template::Manual::Config> for further details and examples of each configuration option in use. =head2 PLUGINS The L<PLUGINS|Template::Manual::Config#PLUGINS> option can be used to provide a reference to a hash array that maps plugin names to Perl module names. my $plugins = Template::Plugins->new({ PLUGINS => { cgi => 'MyOrg::Template::Plugin::CGI', foo => 'MyOrg::Template::Plugin::Foo', bar => 'MyOrg::Template::Plugin::Bar', }, }); =head2 PLUGIN_BASE If a plugin is not defined in the L<PLUGINS|Template::Manual::Config#PLUGINS> hash then the L<PLUGIN_BASE|Template::Manual::Config#PLUGIN_BASE> is used to attempt to construct a correct Perl module name which can be successfully loaded. # single value PLUGIN_BASE my $plugins = Template::Plugins->new({ PLUGIN_BASE => 'MyOrg::Template::Plugin', }); # multiple value PLUGIN_BASE my $plugins = Template::Plugins->new({ PLUGIN_BASE => [ 'MyOrg::Template::Plugin', 'YourOrg::Template::Plugin' ], }); =head2 LOAD_PERL The L<LOAD_PERL|Template::Manual::Config#LOAD_PERL> option can be set to allow you to load regular Perl modules (i.e. those that don't reside in the C<Template::Plugin> or another user-defined namespace) as plugins. If a plugin cannot be loaded using the L<PLUGINS|Template::Manual::Config#PLUGINS> or L<PLUGIN_BASE|Template::Manual::Config#PLUGIN_BASE> approaches then, if the L<LOAD_PERL|Template::Manual::Config#LOAD_PERL> is set, the provider will make a final attempt to load the module without prepending any prefix to the module path. Unlike regular plugins, modules loaded using L<LOAD_PERL|Template::Manual::Config#LOAD_PERL> do not receive a L<Template::Context> reference as the first argument to the C<new()> constructor method. =head2 TOLERANT The L<TOLERANT|Template::Manual::Config#TOLERANT> flag can be set to indicate that the C<Template::Plugins> module should ignore any errors encountered while loading a plugin and instead return C<STATUS_DECLINED>. =head2 DEBUG The L<DEBUG|Template::Manual::Config#DEBUG> option can be used to enable debugging messages for the C<Template::Plugins> module by setting it to include the C<DEBUG_PLUGINS> value. use Template::Constants qw( :debug ); my $template = Template->new({ DEBUG => DEBUG_FILTERS | DEBUG_PLUGINS, }); =head1 TEMPLATE TOOLKIT PLUGINS Please see L<Template::Manual::Plugins> For a complete list of all the plugin modules distributed with the Template Toolkit. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Manual::Plugins>, L<Template::Plugin>, L<Template::Context>, L<Template>. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Config.pm 0000444 00000032607 15155303155 0006320 0 ustar 00 #============================================================= -*-perl-*- # # Template::Config # # DESCRIPTION # Template Toolkit configuration module. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== package Template::Config; use strict; use warnings; use base 'Template::Base'; our $VERSION = '3.100'; our $DEBUG; $DEBUG = 0 unless defined $DEBUG; our $ERROR = ''; our $CONTEXT = 'Template::Context'; our $FILTERS = 'Template::Filters'; our $ITERATOR = 'Template::Iterator'; our $PARSER = 'Template::Parser'; our $PLUGINS = 'Template::Plugins'; our $PROVIDER = 'Template::Provider'; our $SERVICE = 'Template::Service'; our $STASH; $STASH = 'Template::Stash::XS'; our $CONSTANTS = 'Template::Namespace::Constants'; our $LATEX_PATH; our $PDFLATEX_PATH; our $DVIPS_PATH; our @PRELOAD = ( $CONTEXT, $FILTERS, $ITERATOR, $PARSER, $PLUGINS, $PROVIDER, $SERVICE, $STASH ); # the following is set at installation time by the Makefile.PL our $INSTDIR = ''; #======================================================================== # --- CLASS METHODS --- #======================================================================== #------------------------------------------------------------------------ # preload($module, $module, ...) # # Preloads all the standard TT modules that are likely to be used, along # with any other passed as arguments. #------------------------------------------------------------------------ sub preload { my $class = shift; foreach my $module (@PRELOAD, @_) { $class->load($module) || return; }; return 1; } #------------------------------------------------------------------------ # load($module) # # Load a module via require(). Any occurrences of '::' in the module name # are be converted to '/' and '.pm' is appended. Returns 1 on success # or undef on error. Use $class->error() to examine the error string. #------------------------------------------------------------------------ sub load { my ($class, $module) = @_; $module =~ s[::][/]g; $module .= '.pm'; return 1 if $INC{$module}; eval { require $module; }; return $@ ? $class->error("failed to load $module: $@") : 1; } #------------------------------------------------------------------------ # parser(\%params) # # Instantiate a new parser object of the class whose name is denoted by # the package variable $PARSER (default: Template::Parser). Returns # a reference to a newly instantiated parser object or undef on error. # The class error() method can be called without arguments to examine # the error message generated by this failure. #------------------------------------------------------------------------ sub parser { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($PARSER); return $PARSER->new($params) || $class->error("failed to create parser: ", $PARSER->error); } #------------------------------------------------------------------------ # provider(\%params) # # Instantiate a new template provider object (default: Template::Provider). # Returns an object reference or undef on error, as above. #------------------------------------------------------------------------ sub provider { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($PROVIDER); return $PROVIDER->new($params) || $class->error( "failed to create template provider: ", $PROVIDER->error ); } #------------------------------------------------------------------------ # plugins(\%params) # # Instantiate a new plugins provider object (default: Template::Plugins). # Returns an object reference or undef on error, as above. #------------------------------------------------------------------------ sub plugins { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($PLUGINS); return $PLUGINS->new($params) || $class->error( "failed to create plugin provider: ", $PLUGINS->error ); } #------------------------------------------------------------------------ # filters(\%params) # # Instantiate a new filters provider object (default: Template::Filters). # Returns an object reference or undef on error, as above. #------------------------------------------------------------------------ sub filters { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($FILTERS); return $FILTERS->new($params) || $class->error( "failed to create filter provider: ", $FILTERS->error ); } #------------------------------------------------------------------------ # iterator(\@list) # # Instantiate a new Template::Iterator object (default: Template::Iterator). # Returns an object reference or undef on error, as above. #------------------------------------------------------------------------ sub iterator { my $class = shift; my $list = shift; return undef unless $class->load($ITERATOR); return $ITERATOR->new($list, @_) || $class->error("failed to create iterator: ", $ITERATOR->error); } #------------------------------------------------------------------------ # stash(\%vars) # # Instantiate a new template variable stash object (default: # Template::Stash). Returns object or undef, as above. #------------------------------------------------------------------------ sub stash { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($STASH); return $STASH->new($params) || $class->error( "failed to create stash: ", $STASH->error ); } #------------------------------------------------------------------------ # context(\%params) # # Instantiate a new template context object (default: Template::Context). # Returns object or undef, as above. #------------------------------------------------------------------------ sub context { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($CONTEXT); return $CONTEXT->new($params) || $class->error( "failed to create context: ", $CONTEXT->error ); } #------------------------------------------------------------------------ # service(\%params) # # Instantiate a new template context object (default: Template::Service). # Returns object or undef, as above. #------------------------------------------------------------------------ sub service { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($SERVICE); return $SERVICE->new($params) || $class->error( "failed to create context: ", $SERVICE->error ); } #------------------------------------------------------------------------ # constants(\%params) # # Instantiate a new namespace handler for compile time constant folding # (default: Template::Namespace::Constants). # Returns object or undef, as above. #------------------------------------------------------------------------ sub constants { my $class = shift; my $params = defined($_[0]) && ref($_[0]) eq 'HASH' ? shift : { @_ }; return undef unless $class->load($CONSTANTS); return $CONSTANTS->new($params) || $class->error( "failed to create constants namespace: ", $CONSTANTS->error ); } #------------------------------------------------------------------------ # instdir($dir) # # Returns the root installation directory appended with any local # component directory passed as an argument. #------------------------------------------------------------------------ sub instdir { my ($class, $dir) = @_; my $inst = $INSTDIR || return $class->error("no installation directory"); chop $inst while substr($inst,-1) eq '/'; $inst .= "/$dir" if $dir; return $inst; } #======================================================================== # This should probably be moved somewhere else in the long term, but for # now it ensures that Template::TieString is available even if the # Template::Directive module hasn't been loaded, as is the case when # using compiled templates and Template::Parser hasn't yet been loaded # on demand. #======================================================================== #------------------------------------------------------------------------ # simple package for tying $output variable to STDOUT, used by perl() #------------------------------------------------------------------------ package Template::TieString; sub TIEHANDLE { my ($class, $textref) = @_; bless $textref, $class; } sub PRINT { my $self = shift; $$self .= join('', @_); } 1; __END__ =head1 NAME Template::Config - Factory module for instantiating other TT2 modules =head1 SYNOPSIS use Template::Config; =head1 DESCRIPTION This module implements various methods for loading and instantiating other modules that comprise the Template Toolkit. It provides a consistent way to create toolkit components and allows custom modules to be used in place of the regular ones. Package variables such as C<$STASH>, C<$SERVICE>, C<$CONTEXT>, etc., contain the default module/package name for each component (L<Template::Stash>, L<Template::Service> and L<Template::Context>, respectively) and are used by the various factory methods (L<stash()>, L<service()> and L<context()>) to load the appropriate module. Changing these package variables will cause subsequent calls to the relevant factory method to load and instantiate an object from the new class. =head1 PUBLIC METHODS =head2 load($module) Load a module using Perl's L<require()>. Any occurrences of 'C<::>' in the module name are be converted to 'C</>', and 'C<.pm>' is appended. Returns 1 on success or undef on error. Use C<$class-E<gt>error()> to examine the error string. =head2 preload() This method preloads all the other C<Template::*> modules that are likely to be used. It is called automatically by the L<Template> module when running under mod_perl (C<$ENV{MOD_PERL}> is set). =head2 parser(\%config) Instantiate a new parser object of the class whose name is denoted by the package variable C<$PARSER> (default: L<Template::Parser>). Returns a reference to a newly instantiated parser object or undef on error. =head2 provider(\%config) Instantiate a new template provider object (default: L<Template::Provider>). Returns an object reference or undef on error, as above. =head2 plugins(\%config) Instantiate a new plugins provider object (default: L<Template::Plugins>). Returns an object reference or undef on error, as above. =head2 filters(\%config) Instantiate a new filter provider object (default: L<Template::Filters>). Returns an object reference or undef on error, as above. =head2 stash(\%vars) Instantiate a new stash object (L<Template::Stash> or L<Template::Stash::XS> depending on the default set at installation time) using the contents of the optional hash array passed by parameter as initial variable definitions. Returns an object reference or undef on error, as above. =head2 context(\%config) Instantiate a new template context object (default: L<Template::Context>). Returns an object reference or undef on error, as above. =head2 service(\%config) Instantiate a new template service object (default: L<Template::Service>). Returns an object reference or undef on error, as above. =head2 iterator(\%config) Instantiate a new template iterator object (default: L<Template::Iterator>). Returns an object reference or undef on error, as above. =head2 constants(\%config) Instantiate a new namespace handler for compile time constant folding (default: L<Template::Namespace::Constants>). Returns an object reference or undef on error, as above. =head2 instdir($dir) Returns the root directory of the Template Toolkit installation under which optional components are installed. Any relative directory specified as an argument will be appended to the returned directory. # e.g. returns '/usr/local/tt2' my $ttroot = Template::Config->instdir() || die "$Template::Config::ERROR\n"; # e.g. returns '/usr/local/tt2/templates' my $template = Template::Config->instdir('templates') || die "$Template::Config::ERROR\n"; Returns C<undef> and sets C<$Template::Config::ERROR> appropriately if the optional components of the Template Toolkit have not been installed. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Parser.pm 0000444 00000117266 15155303156 0006355 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Parser # # DESCRIPTION # This module implements a LALR(1) parser and associated support # methods to parse template documents into the appropriate "compiled" # format. Much of the parser DFA code (see _parse() method) is based # on Francois Desarmenien's Parse::Yapp module. Kudos to him. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # # The following copyright notice appears in the Parse::Yapp # documentation. # # The Parse::Yapp module and its related modules and shell # scripts are copyright (c) 1998 Francois Desarmenien, # France. All rights reserved. # # You may use and distribute them under the terms of either # the GNU General Public License or the Artistic License, as # specified in the Perl README file. # #============================================================================ package Template::Parser; use strict; use warnings; use base 'Template::Base'; use Template::Constants qw( :status :chomp ); use Template::Directive; use Template::Grammar; # parser state constants use constant CONTINUE => 0; use constant ACCEPT => 1; use constant ERROR => 2; use constant ABORT => 3; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $ERROR = ''; # The ANYCASE option can cause conflicts when reserved words are used as # variable names, hash keys, template names, plugin names, etc. The # # $ANYCASE_BEFORE regex identifies where such a word precedes an assignment, # either as a variable (C<wrapper = 'html'>) or hash key (C<{ wrapper => 'html' }). # In that case it is treated as a simple words rather than being the lower case # equivalent of the upper case keyword (e.g. WRAPPER). # # $ANYCASE_AFTER is used to identify when such a word follows a symbols that # suggests it can't be a keyword, e.g. after BLOCK INCLUDE WRAPPER, USE, etc. our $ANYCASE_BEFORE = qr/\G((?=\s*[=\.]))/; our $ANYCASE_AFTER = { map { $_ => 1 } qw( GET SET CALL DEFAULT INSERT INCLUDE PROCESS WRAPPER BLOCK USE PLUGIN FILTER MACRO IN TO STEP AND OR NOT DIV MOD DOT IF UNLESS ELSIF FOR WHILE SWITCH CASE META THROW CATCH VIEW CMPOP BINOP COMMA ), '(', '[', '{' # not sure about ASSIGN as it breaks C<header_html = include header> }; #======================================================================== # -- COMMON TAG STYLES -- #======================================================================== our $TAG_STYLE = { 'outline' => [ '\[%', '%\]', '%%' ], # NEW! Outline tag 'default' => [ '\[%', '%\]' ], 'template1' => [ '[\[%]%', '%[\]%]' ], 'metatext' => [ '%%', '%%' ], 'html' => [ '<!--', '-->' ], 'mason' => [ '<%', '>' ], 'asp' => [ '<%', '%>' ], 'php' => [ '<\?', '\?>' ], 'star' => [ '\[\*', '\*\]' ], }; $TAG_STYLE->{ template } = $TAG_STYLE->{ tt2 } = $TAG_STYLE->{ default }; our $DEFAULT_STYLE = { START_TAG => $TAG_STYLE->{ default }->[0], END_TAG => $TAG_STYLE->{ default }->[1], OUTLINE_TAG => $TAG_STYLE->{ default }->[2], # TAG_STYLE => 'default', ANYCASE => 0, INTERPOLATE => 0, PRE_CHOMP => 0, POST_CHOMP => 0, V1DOLLAR => 0, EVAL_PERL => 0, }; our $QUOTED_ESCAPES = { n => "\n", r => "\r", t => "\t", }; # note that '-' must come first so Perl doesn't think it denotes a range our $CHOMP_FLAGS = qr/[-=~+]/; #======================================================================== # ----- PUBLIC METHODS ----- #======================================================================== #------------------------------------------------------------------------ # new(\%config) # # Constructor method. #------------------------------------------------------------------------ sub new { my $class = shift; my $config = $_[0] && ref($_[0]) eq 'HASH' ? shift(@_) : { @_ }; my ($tagstyle, $debug, $start, $end, $defaults, $grammar, $hash, $key, $udef); my $self = bless { START_TAG => undef, END_TAG => undef, OUTLINE_TAG => undef, TAG_STYLE => 'default', ANYCASE => 0, INTERPOLATE => 0, PRE_CHOMP => 0, POST_CHOMP => 0, V1DOLLAR => 0, EVAL_PERL => 0, FILE_INFO => 1, GRAMMAR => undef, _ERROR => '', IN_BLOCK => [ ], TRACE_VARS => $config->{ TRACE_VARS }, FACTORY => $config->{ FACTORY } || 'Template::Directive', }, $class; # update self with any relevant keys in config foreach $key (keys %$self) { $self->{ $key } = $config->{ $key } if defined $config->{ $key }; } $self->{ FILEINFO } = [ ]; # DEBUG config item can be a bitmask if (defined ($debug = $config->{ DEBUG })) { $self->{ DEBUG } = $debug & ( Template::Constants::DEBUG_PARSER | Template::Constants::DEBUG_FLAGS ); $self->{ DEBUG_DIRS } = $debug & Template::Constants::DEBUG_DIRS; } # package variable can be set to 1 to support previous behaviour elsif ($DEBUG == 1) { $self->{ DEBUG } = Template::Constants::DEBUG_PARSER; $self->{ DEBUG_DIRS } = 0; } # otherwise let $DEBUG be a bitmask else { $self->{ DEBUG } = $DEBUG & ( Template::Constants::DEBUG_PARSER | Template::Constants::DEBUG_FLAGS ); $self->{ DEBUG_DIRS } = $DEBUG & Template::Constants::DEBUG_DIRS; } $grammar = $self->{ GRAMMAR } ||= do { require Template::Grammar; Template::Grammar->new(); }; # instantiate a FACTORY object unless (ref $self->{ FACTORY }) { my $fclass = $self->{ FACTORY }; $self->{ FACTORY } = $self->{ FACTORY }->new( NAMESPACE => $config->{ NAMESPACE } ) || return $class->error($self->{ FACTORY }->error()); } # load grammar rules, states and lex table @$self{ qw( LEXTABLE STATES RULES ) } = @$grammar{ qw( LEXTABLE STATES RULES ) }; $self->new_style($config) || return $class->error($self->error()); return $self; } #----------------------------------------------------------------------- # These methods are used to track nested IF and WHILE blocks. Each # generated if/while block is given a label indicating the directive # type and nesting depth, e.g. FOR0, WHILE1, FOR2, WHILE3, etc. The # NEXT and LAST directives use the innermost label, e.g. last WHILE3; #----------------------------------------------------------------------- sub enter_block { my ($self, $name) = @_; my $blocks = $self->{ IN_BLOCK }; push(@{ $self->{ IN_BLOCK } }, $name); } sub leave_block { my $self = shift; my $label = $self->block_label; pop(@{ $self->{ IN_BLOCK } }); return $label; } sub in_block { my ($self, $name) = @_; my $blocks = $self->{ IN_BLOCK }; return @$blocks && $blocks->[-1] eq $name; } sub block_label { my ($self, $prefix, $suffix) = @_; my $blocks = $self->{ IN_BLOCK }; my $name = @$blocks ? $blocks->[-1] . scalar @$blocks : undef; return join('', grep { defined $_ } $prefix, $name, $suffix); } #------------------------------------------------------------------------ # new_style(\%config) # # Install a new (stacked) parser style. This feature is currently # experimental but should mimic the previous behaviour with regard to # TAG_STYLE, START_TAG, END_TAG, etc. #------------------------------------------------------------------------ sub new_style { my ($self, $config) = @_; my $styles = $self->{ STYLE } ||= [ ]; my ($tagstyle, $tags, $start, $end, $out, $key); # clone new style from previous or default style my $style = { %{ $styles->[-1] || $DEFAULT_STYLE } }; # expand START_TAG and END_TAG from specified TAG_STYLE if ($tagstyle = $config->{ TAG_STYLE }) { return $self->error("Invalid tag style: $tagstyle") unless defined ($tags = $TAG_STYLE->{ $tagstyle }); ($start, $end, $out) = @$tags; $config->{ START_TAG } ||= $start; $config->{ END_TAG } ||= $end; $config->{ OUTLINE_TAG } ||= $out; } foreach $key (keys %$DEFAULT_STYLE) { $style->{ $key } = $config->{ $key } if defined $config->{ $key }; } $start = $style->{ START_TAG }; $end = $style->{ END_TAG }; $out = $style->{ OUTLINE_TAG }; $style->{ TEXT_SPLIT } = $self->text_splitter($start, $end, $out); push(@$styles, $style); return $style; } sub text_splitter { my ($self, $start, $end, $out) = @_; if (defined $out) { return qr/ \A(.*?) # $1 - start of line up to directive (?: (?: ^$out # outline tag at start of line (.*? # $2 - content of that line (?:\n|$) # end of that line or file ) ) | (?: $start # start of tag (.*?) # $3 - tag contents $end # end of tag ) ) /msx; } else { return qr/ ^(.*?) # $1 - start of line up to directive (?: $start # start of tag (.*?) # $2 - tag contents $end # end of tag ) /sx; } } #------------------------------------------------------------------------ # old_style() # # Pop the current parser style and revert to the previous one. See # new_style(). ** experimental ** #------------------------------------------------------------------------ sub old_style { my $self = shift; my $styles = $self->{ STYLE }; return $self->error('only 1 parser style remaining') unless (@$styles > 1); pop @$styles; return $styles->[-1]; } #------------------------------------------------------------------------ # parse($text, $data) # # Parses the text string, $text and returns a hash array representing # the compiled template block(s) as Perl code, in the format expected # by Template::Document. #------------------------------------------------------------------------ sub parse { my ($self, $text, $info) = @_; my ($tokens, $block); $info->{ DEBUG } = $self->{ DEBUG_DIRS } unless defined $info->{ DEBUG }; # print "info: { ", join(', ', map { "$_ => $info->{ $_ }" } keys %$info), " }\n"; # store for blocks defined in the template (see define_block()) my $defblock = $self->{ DEFBLOCK } = { }; my $metadata = $self->{ METADATA } = [ ]; my $variables = $self->{ VARIABLES } = { }; $self->{ DEFBLOCKS } = [ ]; $self->{ _ERROR } = ''; # split file into TEXT/DIRECTIVE chunks $tokens = $self->split_text($text) || return undef; ## RETURN ## push(@{ $self->{ FILEINFO } }, $info); # parse chunks $block = $self->_parse($tokens, $info); pop(@{ $self->{ FILEINFO } }); return undef unless $block; ## RETURN ## $self->debug("compiled main template document block:\n$block") if $self->{ DEBUG } & Template::Constants::DEBUG_PARSER; return { BLOCK => $block, DEFBLOCKS => $defblock, VARIABLES => $variables, METADATA => { @$metadata }, }; } #------------------------------------------------------------------------ # split_text($text) # # Split input template text into directives and raw text chunks. #------------------------------------------------------------------------ sub split_text { my ($self, $text) = @_; my ($pre, $dir, $prelines, $dirlines, $postlines, $chomp, $tags, @tags); my $style = $self->{ STYLE }->[-1]; my ($start, $end, $out, $prechomp, $postchomp, $interp ) = @$style{ qw( START_TAG END_TAG OUTLINE_TAG PRE_CHOMP POST_CHOMP INTERPOLATE ) }; my $tags_dir = $self->{ANYCASE} ? qr<TAGS>i : qr<TAGS>; my $split = $style->{ TEXT_SPLIT }; my $has_out = defined $out; my @tokens = (); my $line = 1; return \@tokens ## RETURN ## unless defined $text && length $text; # extract all directives from the text while ($text =~ s/$split//) { $pre = $1; $dir = defined($2) ? $2 : $3; $pre = '' unless defined $pre; $dir = '' unless defined $dir; $prelines = ($pre =~ tr/\n//); # newlines in preceding text $dirlines = ($dir =~ tr/\n//); # newlines in directive tag $postlines = 0; # newlines chomped after tag for ($dir) { if (/^\#/) { # comment out entire directive except for any end chomp flag $dir = ($dir =~ /($CHOMP_FLAGS)$/o) ? $1 : ''; } else { if(s/^($CHOMP_FLAGS)?(\s*)//so && $2) { my $chomped = $2; my $linecount = ($chomped =~ tr/\n//); # newlines in chomped whitespace $linecount ||= 0; $prelines += $linecount; $dirlines -= $linecount; } # PRE_CHOMP: process whitespace before tag $chomp = $1 ? $1 : $prechomp; $chomp =~ tr/-=~+/1230/; if ($chomp && $pre) { # chomp off whitespace and newline preceding directive if ($chomp == CHOMP_ALL) { $pre =~ s{ (\r?\n|^) [^\S\n]* \z }{}mx; } elsif ($chomp == CHOMP_COLLAPSE) { $pre =~ s{ (\s+) \z }{ }x; } elsif ($chomp == CHOMP_GREEDY) { $pre =~ s{ (\s+) \z }{}x; } } } # POST_CHOMP: process whitespace after tag s/\s*($CHOMP_FLAGS)?\s*$//so; $chomp = $1 ? $1 : $postchomp; $chomp =~ tr/-=~+/1230/; if ($chomp) { if ($chomp == CHOMP_ALL) { $text =~ s{ ^ ([^\S\n]* \n) }{}x && $postlines++; } elsif ($chomp == CHOMP_COLLAPSE) { $text =~ s{ ^ (\s+) }{ }x && ($postlines += $1=~y/\n//); } # any trailing whitespace elsif ($chomp == CHOMP_GREEDY) { $text =~ s{ ^ (\s+) }{}x && ($postlines += $1=~y/\n//); } } } # any text preceding the directive can now be added if (length $pre) { push(@tokens, $interp ? [ $pre, $line, 'ITEXT' ] : ('TEXT', $pre) ); } $line += $prelines; # and now the directive, along with line number information if (length $dir) { # the TAGS directive is a compile-time switch if ($dir =~ /^$tags_dir\s+(.*)/) { my @tags = split(/\s+/, $1); if (scalar @tags > 1) { ($start, $end, $out) = map { quotemeta($_) } @tags; $split = $self->text_splitter($start, $end, $out); } elsif ($tags = $TAG_STYLE->{ $tags[0] }) { ($start, $end, $out) = @$tags; $split = $self->text_splitter($start, $end, $out); } else { warn "invalid TAGS style: $tags[0]\n"; } } else { # DIRECTIVE is pushed as: # [ $dirtext, $line_no(s), \@tokens ] push(@tokens, [ $dir, ($dirlines ? sprintf("%d-%d", $line, $line + $dirlines) : $line), $self->tokenise_directive($dir) ]); } } # update line counter to include directive lines and any extra # newline chomped off the start of the following text $line += $dirlines + $postlines; } # anything remaining in the string is plain text push(@tokens, $interp ? [ $text, $line, 'ITEXT' ] : ( 'TEXT', $text) ) if length $text; return \@tokens; ## RETURN ## } #------------------------------------------------------------------------ # interpolate_text($text, $line) # # Examines $text looking for any variable references embedded like # $this or like ${ this }. #------------------------------------------------------------------------ sub interpolate_text { my ($self, $text, $line) = @_; my @tokens = (); my ($pre, $var, $dir); while ($text =~ / ( (?: \\. | [^\$] ){1,3000} ) # escaped or non-'$' character [$1] | ( \$ (?: # embedded variable [$2] (?: \{ ([^\}]*) \} ) # ${ ... } [$3] | ([\w\.]+) # $word [$4] ) ) /gx) { ($pre, $var, $dir) = ($1, $3 || $4, $2); # preceding text if (defined($pre) && length($pre)) { $line += $pre =~ tr/\n//; $pre =~ s/\\\$/\$/g; push(@tokens, 'TEXT', $pre); } # $variable reference if ($var) { $line += $dir =~ tr/\n/ /; push(@tokens, [ $dir, $line, $self->tokenise_directive($var) ]); } # other '$' reference - treated as text elsif ($dir) { $line += $dir =~ tr/\n//; push(@tokens, 'TEXT', $dir); } } return \@tokens; } #------------------------------------------------------------------------ # tokenise_directive($text) # # Called by the private _parse() method when it encounters a DIRECTIVE # token in the list provided by the split_text() or interpolate_text() # methods. The directive text is passed by parameter. # # The method splits the directive into individual tokens as recognised # by the parser grammar (see Template::Grammar for details). It # constructs a list of tokens each represented by 2 elements, as per # split_text() et al. The first element contains the token type, the # second the token itself. # # The method tokenises the string using a complex (but fast) regex. # For a deeper understanding of the regex magic at work here, see # Jeffrey Friedl's excellent book "Mastering Regular Expressions", # from O'Reilly, ISBN 1-56592-257-3 # # Returns a reference to the list of chunks (each one being 2 elements) # identified in the directive text. On error, the internal _ERROR string # is set and undef is returned. #------------------------------------------------------------------------ sub tokenise_directive { my ($self, $text, $line) = @_; my ($token, $uctoken, $type, $lookup); my $lextable = $self->{ LEXTABLE }; my $style = $self->{ STYLE }->[-1]; my ($anycase, $start, $end) = @$style{ qw( ANYCASE START_TAG END_TAG ) }; my @tokens = ( ); while ($text =~ / # strip out any comments (\#[^\n]*) | # a quoted phrase matches in $3 (["']) # $2 - opening quote, ' or " ( # $3 - quoted text buffer (?: # repeat group (no backreference) \\\\ # an escaped backslash \\ | # ...or... \\\2 # an escaped quote \" or \' (match $1) | # ...or... . # any other character | \n )*? # non-greedy repeat ) # end of $3 \2 # match opening quote | # an unquoted number matches in $4 (-?\d+(?:\.\d+)?) # numbers | # filename matches in $5 ( \/?\w+(?:(?:\/|::?)\w*)+ | \/\w+) | # an identifier matches in $6 (\w+) # variable identifier | # an unquoted word or symbol matches in $7 ( [(){}\[\]:;,\/\\] # misc parenthesis and symbols # | \-> # arrow operator (for future?) | [+\-*] # math operations | \$\{? # dollar with option left brace | => # like '=' | [=!<>]?= | [!<>] # eqality tests | &&? | \|\|? # boolean ops | \.\.? # n..n sequence | \S+ # something unquoted ) # end of $7 /gmxo) { # ignore comments to EOL next if $1; # quoted string if (defined ($token = $3)) { # double-quoted string may include $variable references if ($2 eq '"') { if ($token =~ /[\$\\]/) { $type = 'QUOTED'; # unescape " and \ but leave \$ escaped so that # interpolate_text() doesn't incorrectly treat it # as a variable reference # $token =~ s/\\([\\"])/$1/g; for ($token) { s/\\([^\$nrt])/$1/g; s/\\([nrt])/$QUOTED_ESCAPES->{ $1 }/ge; } push(@tokens, ('"') x 2, @{ $self->interpolate_text($token) }, ('"') x 2); next; } else { $type = 'LITERAL'; $token =~ s['][\\']g; $token = "'$token'"; } } else { $type = 'LITERAL'; $token = "'$token'"; } } # number elsif (defined ($token = $4)) { $type = 'NUMBER'; } elsif (defined($token = $5)) { $type = 'FILENAME'; } elsif (defined($token = $6)) { # Fold potential keywords to UPPER CASE if the ANYCASE option is # set, unless (we've got some preceding tokens and) the previous # token is a DOT op. This prevents the 'last' in 'data.last' # from being interpreted as the LAST keyword. if ($anycase) { # if the token follows a dot or precedes an assignment then # it's not for folding, e.g. the 'wrapper' in this: # [% page = { wrapper='html' }; page.wrapper %] if ((@tokens && $ANYCASE_AFTER->{ $tokens[-2] }) || ($text =~ /$ANYCASE_BEFORE/gc)) { # keep the token unmodified $uctoken = $token; } else { $uctoken = uc $token; } } else { $uctoken = $token; } if (defined ($type = $lextable->{ $uctoken })) { $token = $uctoken; } else { $type = 'IDENT'; } } elsif (defined ($token = $7)) { # reserved words may be in lower case unless case sensitive $uctoken = $anycase ? uc $token : $token; unless (defined ($type = $lextable->{ $uctoken })) { $type = 'UNQUOTED'; } } push(@tokens, $type, $token); # print(STDERR " +[ $type, $token ]\n") # if $DEBUG; } # print STDERR "tokenise directive() returning:\n [ @tokens ]\n" # if $DEBUG; return \@tokens; ## RETURN ## } #------------------------------------------------------------------------ # define_block($name, $block) # # Called by the parser 'defblock' rule when a BLOCK definition is # encountered in the template. The name of the block is passed in the # first parameter and a reference to the compiled block is passed in # the second. This method stores the block in the $self->{ DEFBLOCK } # hash which has been initialised by parse() and will later be used # by the same method to call the store() method on the calling cache # to define the block "externally". #------------------------------------------------------------------------ sub define_block { my ($self, $name, $block) = @_; my $defblock = $self->{ DEFBLOCK } || return undef; $self->debug("compiled block '$name':\n$block") if $self->{ DEBUG } & Template::Constants::DEBUG_PARSER; warn "Block redefined: $name\n" if exists $defblock->{ $name }; $defblock->{ $name } = $block; return undef; } sub push_defblock { my $self = shift; my $stack = $self->{ DEFBLOCK_STACK } ||= []; push(@$stack, $self->{ DEFBLOCK } ); $self->{ DEFBLOCK } = { }; } sub pop_defblock { my $self = shift; my $defs = $self->{ DEFBLOCK }; my $stack = $self->{ DEFBLOCK_STACK } || return $defs; return $defs unless @$stack; $self->{ DEFBLOCK } = pop @$stack; return $defs; } #------------------------------------------------------------------------ # add_metadata(\@setlist) #------------------------------------------------------------------------ sub add_metadata { my ($self, $setlist) = @_; my $metadata = $self->{ METADATA } || return undef; push(@$metadata, @$setlist); return undef; } #------------------------------------------------------------------------ # location() # # Return Perl comment indicating current parser file and line #------------------------------------------------------------------------ sub location { my $self = shift; return "\n" unless $self->{ FILE_INFO }; my $line = ${ $self->{ LINE } }; my $info = $self->{ FILEINFO }->[-1]; my $file = $info->{ path } || $info->{ name } || '(unknown template)'; $line =~ s/\-.*$//; # might be 'n-n' $line ||= 1; return "#line $line \"$file\"\n"; } #======================================================================== # ----- PRIVATE METHODS ----- #======================================================================== #------------------------------------------------------------------------ # _parse(\@tokens, \@info) # # Parses the list of input tokens passed by reference and returns a # Template::Directive::Block object which contains the compiled # representation of the template. # # This is the main parser DFA loop. See embedded comments for # further details. # # On error, undef is returned and the internal _ERROR field is set to # indicate the error. This can be retrieved by calling the error() # method. #------------------------------------------------------------------------ sub _parse { my ($self, $tokens, $info) = @_; my ($token, $value, $text, $line, $inperl); my ($state, $stateno, $status, $action, $lookup, $coderet, @codevars); my ($lhs, $len, $code); # rule contents my $stack = [ [ 0, undef ] ]; # DFA stack # DEBUG # local $" = ', '; # retrieve internal rule and state tables my ($states, $rules) = @$self{ qw( STATES RULES ) }; # If we're tracing variable usage then we need to give the factory a # reference to our $self->{ VARIABLES } for it to fill in. This is a # bit of a hack to back-patch this functionality into TT2. $self->{ FACTORY }->trace_vars($self->{ VARIABLES }) if $self->{ TRACE_VARS }; # call the grammar set_factory method to install emitter factory $self->{ GRAMMAR }->install_factory($self->{ FACTORY }); $line = $inperl = 0; $self->{ LINE } = \$line; $self->{ FILE } = $info->{ name }; $self->{ INPERL } = \$inperl; $status = CONTINUE; my $in_string = 0; while(1) { # get state number and state $stateno = $stack->[-1]->[0]; $state = $states->[$stateno]; # see if any lookaheads exist for the current state if (exists $state->{'ACTIONS'}) { # get next token and expand any directives (i.e. token is an # array ref) onto the front of the token list while (! defined $token && @$tokens) { $token = shift(@$tokens); if (ref $token) { ($text, $line, $token) = @$token; if (ref $token) { if ($info->{ DEBUG } && ! $in_string) { # - - - - - - - - - - - - - - - - - - - - - - - - - # This is gnarly. Look away now if you're easily # frightened. We're pushing parse tokens onto the # pending list to simulate a DEBUG directive like so: # [% DEBUG msg line='20' text='INCLUDE foo' %] # - - - - - - - - - - - - - - - - - - - - - - - - - my $dtext = $text; $dtext =~ s[(['\\])][\\$1]g; unshift(@$tokens, DEBUG => 'DEBUG', IDENT => 'msg', IDENT => 'line', ASSIGN => '=', LITERAL => "'$line'", IDENT => 'text', ASSIGN => '=', LITERAL => "'$dtext'", IDENT => 'file', ASSIGN => '=', LITERAL => "'$info->{ name }'", (';') x 2, @$token, (';') x 2); } else { unshift(@$tokens, @$token, (';') x 2); } $token = undef; # force redo } elsif ($token eq 'ITEXT') { if ($inperl) { # don't perform interpolation in PERL blocks $token = 'TEXT'; $value = $text; } else { unshift(@$tokens, @{ $self->interpolate_text($text, $line) }); $token = undef; # force redo } } } else { # toggle string flag to indicate if we're crossing # a string boundary $in_string = ! $in_string if $token eq '"'; $value = shift(@$tokens); } }; # clear undefined token to avoid 'undefined variable blah blah' # warnings and let the parser logic pick it up in a minute $token = '' unless defined $token; # get the next state for the current lookahead token $action = defined ($lookup = $state->{'ACTIONS'}->{ $token }) ? $lookup : defined ($lookup = $state->{'DEFAULT'}) ? $lookup : undef; } else { # no lookahead actions $action = $state->{'DEFAULT'}; } # ERROR: no ACTION last unless defined $action; # - - - - - - - - - - - - - - - - - - - - - - - - - - - - # shift (+ive ACTION) # - - - - - - - - - - - - - - - - - - - - - - - - - - - - if ($action > 0) { push(@$stack, [ $action, $value ]); $token = $value = undef; redo; }; # - - - - - - - - - - - - - - - - - - - - - - - - - - - - # reduce (-ive ACTION) # - - - - - - - - - - - - - - - - - - - - - - - - - - - - ($lhs, $len, $code) = @{ $rules->[ -$action ] }; # no action imples ACCEPTance $action or $status = ACCEPT; # use dummy sub if code ref doesn't exist if ( !$code ) { $coderet = $len ? $stack->[ -$len ]->[1] : undef; } else { # $code = sub { $_[1] } # unless $code; @codevars = $len ? map { $_->[1] } @$stack[ -$len .. -1 ] : (); eval { $coderet = &$code( $self, @codevars ); }; if ($@) { my $err = $@; chomp $err; return $self->_parse_error($err); } } # reduce stack by $len splice(@$stack, -$len, $len); # ACCEPT return $coderet ## RETURN ## if $status == ACCEPT; # ABORT return undef ## RETURN ## if $status == ABORT; # ERROR last if $status == ERROR; } continue { push(@$stack, [ $states->[ $stack->[-1][0] ]->{'GOTOS'}->{ $lhs }, $coderet ]), } # ERROR ## RETURN ## return $self->_parse_error('unexpected end of input') unless defined $value; # munge text of last directive to make it readable # $text =~ s/\n/\\n/g; return $self->_parse_error("unexpected end of directive", $text) if $value eq ';'; # end of directive SEPARATOR return $self->_parse_error("unexpected token ($value)", $text); } #------------------------------------------------------------------------ # _parse_error($msg, $dirtext) # # Method used to handle errors encountered during the parse process # in the _parse() method. #------------------------------------------------------------------------ sub _parse_error { my ($self, $msg, $text) = @_; my $line = $self->{ LINE }; $line = ref($line) ? $$line : $line; $line = 'unknown' unless $line; $msg .= "\n [% $text %]" if defined $text; return $self->error("line $line: $msg"); } 1; __END__ =head1 NAME Template::Parser - LALR(1) parser for compiling template documents =head1 SYNOPSIS use Template::Parser; $parser = Template::Parser->new(\%config); $template = $parser->parse($text) || die $parser->error(), "\n"; =head1 DESCRIPTION The C<Template::Parser> module implements a LALR(1) parser and associated methods for parsing template documents into Perl code. =head1 PUBLIC METHODS =head2 new(\%params) The C<new()> constructor creates and returns a reference to a new C<Template::Parser> object. A reference to a hash may be supplied as a parameter to provide configuration values. See L<CONFIGURATION OPTIONS> below for a summary of these options and L<Template::Manual::Config> for full details. my $parser = Template::Parser->new({ START_TAG => quotemeta('<+'), END_TAG => quotemeta('+>'), }); =head2 parse($text) The C<parse()> method parses the text passed in the first parameter and returns a reference to a hash array of data defining the compiled representation of the template text, suitable for passing to the L<Template::Document> L<new()|Template::Document#new()> constructor method. On error, undef is returned. $data = $parser->parse($text) || die $parser->error(); The C<$data> hash reference returned contains a C<BLOCK> item containing the compiled Perl code for the template, a C<DEFBLOCKS> item containing a reference to a hash array of sub-template C<BLOCK>s defined within in the template, and a C<METADATA> item containing a reference to a hash array of metadata values defined in C<META> tags. =head1 CONFIGURATION OPTIONS The C<Template::Parser> module accepts the following configuration options. Please see L<Template::Manual::Config> for further details on each option. =head2 START_TAG, END_TAG The L<START_TAG|Template::Manual::Config#START_TAG_END_TAG> and L<END_TAG|Template::Manual::Config#START_TAG_END_TAG> options are used to specify character sequences or regular expressions that mark the start and end of a template directive. my $parser = Template::Parser->new({ START_TAG => quotemeta('<+'), END_TAG => quotemeta('+>'), }); =head2 TAG_STYLE The L<TAG_STYLE|Template::Manual::Config#TAG_STYLE> option can be used to set both L<START_TAG> and L<END_TAG> according to pre-defined tag styles. my $parser = Template::Parser->new({ TAG_STYLE => 'star', # [* ... *] }); =head2 PRE_CHOMP, POST_CHOMP The L<PRE_CHOMP|Template::Manual::Config#PRE_CHOMP_POST_CHOMP> and L<POST_CHOMP|Template::Manual::Config#PRE_CHOMP_POST_CHOMP> can be set to remove any whitespace before or after a directive tag, respectively. my $parser = Template::Parser-E<gt>new({ PRE_CHOMP => 1, POST_CHOMP => 1, }); =head2 INTERPOLATE The L<INTERPOLATE|Template::Manual::Config#INTERPOLATE> flag can be set to allow variables to be embedded in plain text blocks. my $parser = Template::Parser->new({ INTERPOLATE => 1, }); Variables should be prefixed by a C<$> to identify them, using curly braces to explicitly scope the variable name where necessary. Hello ${name}, The day today is ${day.today}. =head2 ANYCASE The L<ANYCASE|Template::Manual::Config#ANYCASE> option can be set to allow directive keywords to be specified in any case. # with ANYCASE set to 1 [% INCLUDE foobar %] # OK [% include foobar %] # OK [% include = 10 %] # ERROR, 'include' is a reserved word =head2 GRAMMAR The L<GRAMMAR|Template::Manual::Config#GRAMMAR> configuration item can be used to specify an alternate grammar for the parser. This allows a modified or entirely new template language to be constructed and used by the Template Toolkit. use MyOrg::Template::Grammar; my $parser = Template::Parser->new({ GRAMMAR = MyOrg::Template::Grammar->new(); }); By default, an instance of the default L<Template::Grammar> will be created and used automatically if a C<GRAMMAR> item isn't specified. =head2 DEBUG The L<DEBUG|Template::Manual::Config#DEBUG> option can be used to enable various debugging features of the C<Template::Parser> module. use Template::Constants qw( :debug ); my $template = Template->new({ DEBUG => DEBUG_PARSER | DEBUG_DIRS, }); =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. The main parsing loop of the C<Template::Parser> module was derived from a standalone parser generated by version 0.16 of the C<Parse::Yapp> module. The following copyright notice appears in the C<Parse::Yapp> documentation. The Parse::Yapp module and its related modules and shell scripts are copyright (c) 1998 Francois Desarmenien, France. All rights reserved. You may use and distribute them under the terms of either the GNU General Public License or the Artistic License, as specified in the Perl README file. =head1 SEE ALSO L<Template>, L<Template::Grammar>, L<Template::Directive> Toolkit.pm 0000444 00000013136 15155303156 0006535 0 ustar 00 #============================================================= -*-perl-*- # # Template::Toolkit # # DESCRIPTION # Front-page for the Template Toolkit documentation # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== package Template::Toolkit; our $VERSION = '3.100'; 1; __END__ =head1 NAME Template::Toolkit - Template Processing System =head1 Introduction The Template Toolkit is a collection of Perl modules which implement a fast, flexible, powerful and extensible template processing system. It is "input-agnostic" and can be used equally well for processing any kind of text documents: HTML, XML, CSS, Javascript, Perl code, plain text, and so on. However, it is most often used for generating static and dynamic web content, so that's what we'll focus on here. Although the Template Toolkit is written in Perl, you don't need to be a Perl programmer to use it. It was designed to allow non-programmers to easily create and maintain template-based web sites without having to mess around writing Perl code or going crazy with cut-n-paste. However, the Template Toolkit is also designed to be extremely flexible and extensible. If you are a Perl programmer, or know someone who is, then you can easily hook the Template Toolkit into your existing code, data, databases and web applications. Furthermore, you can easily extend the Template Toolkit through the use of its plugin mechanism and other developer APIs. Whatever context you use it in, the primary purpose of the Template Toolkit is to allow you to create a clear separation between the presentation elements of your web site and everything else. If you're generating static web pages, then you can use it to separate the commonly repeated user interface elements on each page (headers, menus, footers, etc.) from the core content. If you're generating dynamic web pages for the front end of a web application, then you'll also be using it to keep the back-end Perl code entirely separate from the front-end HTML templates. Either way, a I<clear separation of concerns> is what allow you to concentrate on one thing at a time without the other things getting in your way. And that's what the Template Toolkit is all about. =head1 Documentation The documentation for the Template Toolkit is organised into five sections. The L<Template::Manual> contains detailed information about using the Template Toolkit. It gives examples of its use and includes a full reference of the template language, configuration options, filters, plugins and other component parts. The L<Template::Modules> page lists the Perl modules that comprise the Template Toolkit. It gives a brief explanation of what each of them does, and provides a link to the complete documentation for each module for further information. If you're a Perl programmer looking to use the Template Toolkit from your Perl programs then this section is likely to be of interest. Most, if not all of the information you need to call the Template Toolkit from Perl is in the documentation for the L<Template> module. You only really need to start thinking about the other modules if you want to extend or modify the Template Toolkit in some way, or if you're interested in looking under the hood to see how it all works. The documentation for each module is embedded as POD in each module, so you can always use C<perldoc> from the command line to read a module's documentation. e.g. $ perldoc Template $ perldoc Template::Context ...etc... It's worth noting that all the other documentation, including the user manual is available as POD. e.g. $ perldoc Template::Manual $ perldoc Template::Manual::Config ...etc... The L<Template::Tools> section contains the documentation for L<Template::Tools::tpage|tpage> and L<Template::Tools::ttree|ttree>. These are two command line programs that are distributed with the Template Toolkit. L<tpage|Template::Tools::tpage> is used to process a single template file, L<ttree|Template::Tools::ttree> for processing entire directories of template files. The L<Template::Tutorial> section contains two introductory tutorials on using the Template Toolkit. The first is L<Template::Tutorial::Web> on generating web content. The second is L<Template::Tutorial::Datafile> on using the Template Toolkit to generate other data formats including XML. The final section of the manual is L<Template::FAQ> which contains answers to some of the Frequently Asked Questions about the Template Toolkit. You can read the documentation in HTML format either online at the Template Toolkit web site, L<http://template-toolkit.org/>, or by downloading the HTML version of the documentation from L<http://template-toolkit.org/download/index.html#html_docs> and unpacking it on your local machine. =head1 Author The Template Toolkit was written by Andy Wardley (L<http://wardley.org/> L<mailto:abw@wardley.org>) with assistance and contributions from a great number of people. Please see L<Template::Manual::Credits> for a full list. =head1 Copyright Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 See Also L<Template>, L<Template::Manual>, L<Template::Modules>, L<Template::Tools>, L<Template::Tutorial> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Document.pm 0000444 00000037751 15155303156 0006677 0 ustar 00 ##============================================================= -*-Perl-*- # # Template::Document # # DESCRIPTION # Module defining a class of objects which encapsulate compiled # templates, storing additional block definitions and metadata # as well as the compiled Perl sub-routine representing the main # template content. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2007 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Document; use strict; use warnings; use base 'Template::Base'; use Template::Constants; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $ERROR = ''; our ($COMPERR, $AUTOLOAD, $UNICODE); BEGIN { # UNICODE is supported in versions of Perl from 5.008 onwards if ($UNICODE = $] > 5.007 ? 1 : 0) { if ($] > 5.008) { # utf8::is_utf8() available from Perl 5.8.1 onwards *is_utf8 = \&utf8::is_utf8; } elsif ($] == 5.008) { # use Encode::is_utf8() for Perl 5.8.0 require Encode; *is_utf8 = \&Encode::is_utf8; } } } #======================================================================== # ----- PUBLIC METHODS ----- #======================================================================== #------------------------------------------------------------------------ # new(\%document) # # Creates a new self-contained Template::Document object which # encapsulates a compiled Perl sub-routine, $block, any additional # BLOCKs defined within the document ($defblocks, also Perl sub-routines) # and additional $metadata about the document. #------------------------------------------------------------------------ sub new { my ($class, $doc) = @_; my ($block, $defblocks, $variables, $metadata) = @$doc{ qw( BLOCK DEFBLOCKS VARIABLES METADATA ) }; $defblocks ||= { }; $metadata ||= { }; # evaluate Perl code in $block to create sub-routine reference if necessary unless (ref $block) { local $SIG{__WARN__} = \&catch_warnings; $COMPERR = ''; # DON'T LOOK NOW! - blindly untainting can make you go blind! { no warnings 'syntax'; $block = each %{ { $block => undef } } if ${^TAINT}; #untaint } $block = eval $block; return $class->error($@) unless defined $block; } # same for any additional BLOCK definitions @$defblocks{ keys %$defblocks } = # MORE BLIND UNTAINTING - turn away if you're squeamish map { ref($_) ? $_ : ( /(.*)/s && eval($1) or return $class->error($@) ) } values %$defblocks; bless { %$metadata, _BLOCK => $block, _DEFBLOCKS => $defblocks, _VARIABLES => $variables, _HOT => 0, }, $class; } #------------------------------------------------------------------------ # block() # # Returns a reference to the internal sub-routine reference, _BLOCK, # that constitutes the main document template. #------------------------------------------------------------------------ sub block { return $_[0]->{ _BLOCK }; } #------------------------------------------------------------------------ # blocks() # # Returns a reference to a hash array containing any BLOCK definitions # from the template. The hash keys are the BLOCK name and the values # are references to Template::Document objects. Returns 0 (# an empty hash) # if no blocks are defined. #------------------------------------------------------------------------ sub blocks { return $_[0]->{ _DEFBLOCKS }; } #----------------------------------------------------------------------- # variables() # # Returns a reference to a hash of variables used in the template. # This requires the TRACE_VARS option to be enabled. #----------------------------------------------------------------------- sub variables { return $_[0]->{ _VARIABLES }; } #------------------------------------------------------------------------ # process($context) # # Process the document in a particular context. Checks for recursion, # registers the document with the context via visit(), processes itself, # and then unwinds with a large gin and tonic. #------------------------------------------------------------------------ sub process { my ($self, $context) = @_; my $defblocks = $self->{ _DEFBLOCKS }; my $output; # check we're not already visiting this template return $context->throw( Template::Constants::ERROR_FILE, "recursion into '$self->{ name }'" ) if $self->{ _HOT } && ! $context->{ RECURSION }; ## RETURN ## $context->visit($self, $defblocks); $self->{ _HOT } = 1; eval { my $block = $self->{ _BLOCK }; $output = &$block($context); }; $self->{ _HOT } = 0; $context->leave(); die $context->catch($@) if $@; return $output; } #------------------------------------------------------------------------ # meta() # # Return the META items, i.e. anything that isn't prefixed with a _, e.g. # _BLOCKS, or the name or modtime items. #------------------------------------------------------------------------ sub meta { my $self = shift; return { map { $_ => $self->{ $_ } } grep { ! /^(_|modtime$|name$)/ } keys %$self }; } #------------------------------------------------------------------------ # AUTOLOAD # # Provides pseudo-methods for read-only access to various internal # members. #------------------------------------------------------------------------ sub AUTOLOAD { my $self = shift; my $method = $AUTOLOAD; $method =~ s/.*:://; return if $method eq 'DESTROY'; # my ($pkg, $file, $line) = caller(); # print STDERR "called $self->AUTOLOAD($method) from $file line $line\n"; return $self->{ $method }; } #======================================================================== # ----- CLASS METHODS ----- #======================================================================== #------------------------------------------------------------------------ # as_perl($content) # # This method expects a reference to a hash passed as the first argument # containing 3 items: # METADATA # a hash of template metadata # BLOCK # string containing Perl sub definition for main block # DEFBLOCKS # hash containing further subs for addional BLOCK defs # It returns a string containing Perl code which, when evaluated and # executed, will instantiate a new Template::Document object with the # above data. On error, it returns undef with an appropriate error # message set in $ERROR. #------------------------------------------------------------------------ sub as_perl { my ($class, $content) = @_; my ($block, $defblocks, $metadata) = @$content{ qw( BLOCK DEFBLOCKS METADATA ) }; $block =~ s/\s+$//; $defblocks = join('', map { my $code = $defblocks->{ $_ }; $code =~ s/\s*$//; " '$_' => $code,\n"; } keys %$defblocks); $defblocks =~ s/\s+$//; $metadata = join( '', map { my $x = $metadata->{ $_ }; $x =~ s/(['\\])/\\$1/g; " '$_' => '$x',\n"; } keys %$metadata ); $metadata =~ s/\s+$//; return <<EOF #------------------------------------------------------------------------ # Compiled template generated by the Template Toolkit version $Template::VERSION #------------------------------------------------------------------------ $class->new({ METADATA => { $metadata }, BLOCK => $block, DEFBLOCKS => { $defblocks }, }); EOF } #------------------------------------------------------------------------ # write_perl_file($filename, \%content) # # This method calls as_perl() to generate the Perl code to represent a # compiled template with the content passed as the second argument. # It then writes this to the file denoted by the first argument. # # Returns 1 on success. On error, sets the $ERROR package variable # to contain an error message and returns undef. #------------------------------------------------------------------------ sub write_perl_file { my ($class, $file, $content) = @_; my ($fh, $tmpfile); return $class->error("invalid filename: $file") unless defined $file && length $file; eval { require File::Temp; require File::Basename; ($fh, $tmpfile) = File::Temp::tempfile( DIR => File::Basename::dirname($file) ); my $perlcode = $class->as_perl($content) || die $!; if ($UNICODE && is_utf8($perlcode)) { $perlcode = "use utf8;\n\n$perlcode"; binmode $fh, ":utf8"; } print $fh $perlcode; close($fh); }; return $class->error($@) if $@; return rename($tmpfile, $file) || $class->error($!); } #------------------------------------------------------------------------ # catch_warnings($msg) # # Installed as #------------------------------------------------------------------------ sub catch_warnings { $COMPERR .= join('', @_); } 1; __END__ =head1 NAME Template::Document - Compiled template document object =head1 SYNOPSIS use Template::Document; $doc = Template::Document->new({ BLOCK => sub { # some perl code; return $some_text }, DEFBLOCKS => { header => sub { # more perl code; return $some_text }, footer => sub { # blah blah blah; return $some_text }, }, METADATA => { author => 'Andy Wardley', version => 3.14, } }) || die $Template::Document::ERROR; print $doc->process($context); =head1 DESCRIPTION This module defines an object class whose instances represent compiled template documents. The L<Template::Parser> module creates a C<Template::Document> instance to encapsulate a template as it is compiled into Perl code. The constructor method, L<new()>, expects a reference to a hash array containing the C<BLOCK>, C<DEFBLOCKS> and C<METADATA> items. The C<BLOCK> item should contain a reference to a Perl subroutine or a textual representation of Perl code, as generated by the L<Template::Parser> module. This is then evaluated into a subroutine reference using C<eval()>. The C<DEFBLOCKS> item should reference a hash array containing further named C<BLOCK>s which may be defined in the template. The keys represent C<BLOCK> names and the values should be subroutine references or text strings of Perl code as per the main C<BLOCK> item. The C<METADATA> item should reference a hash array of metadata items relevant to the document. The L<process()> method can then be called on the instantiated C<Template::Document> object, passing a reference to a L<Template::Context> object as the first parameter. This will install any locally defined blocks (C<DEFBLOCKS>) in the C<BLOCKS> cache in the context (via a call to L<visit()|Template::Context#visit()>) so that they may be subsequently resolved by the context. The main C<BLOCK> subroutine is then executed, passing the context reference on as a parameter. The text returned from the template subroutine is then returned by the L<process()> method, after calling the context L<leave()|Template::Context#leave()> method to permit cleanup and de-registration of named C<BLOCKS> previously installed. An C<AUTOLOAD> method provides access to the C<METADATA> items for the document. The L<Template::Service> module installs a reference to the main C<Template::Document> object in the stash as the C<template> variable. This allows metadata items to be accessed from within templates, including C<PRE_PROCESS> templates. header: <html> <head> <title>[% template.title %] </head> ... C<Template::Document> objects are usually created by the L<Template::Parser> but can be manually instantiated or sub-classed to provide custom template components. =head1 METHODS =head2 new(\%config) Constructor method which accept a reference to a hash array containing the structure as shown in this example: $doc = Template::Document->new({ BLOCK => sub { # some perl code; return $some_text }, DEFBLOCKS => { header => sub { # more perl code; return $some_text }, footer => sub { # blah blah blah; return $some_text }, }, METADATA => { author => 'Andy Wardley', version => 3.14, } }) || die $Template::Document::ERROR; C<BLOCK> and C<DEFBLOCKS> items may be expressed as references to Perl subroutines or as text strings containing Perl subroutine definitions, as is generated by the L<Template::Parser> module. These are evaluated into subroutine references using C<eval()>. Returns a new C<Template::Document> object or C<undef> on error. The L<error()|Template::Base#error()> class method can be called, or the C<$ERROR> package variable inspected to retrieve the relevant error message. =head2 process($context) Main processing routine for the compiled template document. A reference to a L<Template::Context> object should be passed as the first parameter. The method installs any locally defined blocks via a call to the context L<visit()|Template::Context#visit()> method, processes its own template, (passing the context reference as a parameter) and then calls L<leave()|Template::Context#leave()> in the context to allow cleanup. print $doc->process($context); Returns a text string representing the generated output for the template. Errors are thrown via C<die()>. =head2 block() Returns a reference to the main C<BLOCK> subroutine. =head2 blocks() Returns a reference to the hash array of named C<DEFBLOCKS> subroutines. =head2 variables() Returns a reference to a hash of variables used in the template. This requires the L<TRACE_VARS|Template::Manual::Config#TRACE_VARS> option to be enabled. =head2 meta() Return a reference to a hash of any META items defined in the template. =head2 AUTOLOAD An autoload method returns C<METADATA> items. print $doc->author(); =head1 CLASS METHODS These methods are used internally. =head2 as_perl($content) This method generate a Perl representation of the template. my $perl = Template::Document->as_perl({ BLOCK => $main_block, DEFBLOCKS => { foo => $foo_block, bar => $bar_block, }, METADATA => { name => 'my_template', } }); =head2 write_perl_file(\%config) This method is used to write compiled Perl templates to disk. If the C<COMPILE_EXT> option (to indicate a file extension for saving compiled templates) then the L<Template::Parser> module calls this subroutine before calling the L<new()> constructor. At this stage, the parser has a representation of the template as text strings containing Perl code. We can write that to a file, enclosed in a small wrapper which will allow us to subsequently C<require()> the file and have Perl parse and compile it into a C<Template::Document>. Thus we have persistence of compiled templates. =head1 INTERNAL FUNCTIONS =head2 catch_warnings() This is a simple handler used to catch any errors that arise when the compiled Perl template is first evaluated (that is, evaluated by Perl to create a template subroutine at compile, rather than the template being processed at runtime). =head2 is_utf8() This is mapped to C<utf8::is_utf8> for versions of Perl that have it (> 5.008) or to C<Encode::is_utf8> for Perl 5.008. Earlier versions of Perl are not supported. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2013 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Parser> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Tutorial.pod 0000444 00000002022 15155303156 0007051 0 ustar 00 #============================================================= -*-perl-*- # # Template::Tutorial # # DESCRIPTION # Section index for the Template::Tutorial documentation. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Tutorial - Template Toolkit Tutorials =head1 Template Toolkit Tutorials =head2 Template::Tutorial::Web The L<Template::Tutorial::Web> tutorial shows how you can use the Template Toolkit to generate static and dynamic web content. =head2 Template::Tutorial::Datafile The L<Template::Tutorial::Datafile> tutorial shows how you can use the Template Toolkit to generate other data formats like XML. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Exception.pm 0000444 00000014343 15155303156 0007047 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Exception # # DESCRIPTION # Module implementing a generic exception class used for error handling # in the Template Toolkit. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== package Template::Exception; use strict; use warnings; use constant TYPE => 0; use constant INFO => 1; use constant TEXT => 2; use overload q|""| => "as_string", fallback => 1; our $VERSION = '3.100'; #------------------------------------------------------------------------ # new($type, $info, \$text) # # Constructor method used to instantiate a new Template::Exception # object. The first parameter should contain the exception type. This # can be any arbitrary string of the caller's choice to represent a # specific exception. The second parameter should contain any # information (i.e. error message or data reference) relevant to the # specific exception event. The third optional parameter may be a # reference to a scalar containing output text from the template # block up to the point where the exception was thrown. #------------------------------------------------------------------------ sub new { my ($class, $type, $info, $textref) = @_; bless [ $type, $info, $textref ], $class; } #------------------------------------------------------------------------ # type() # info() # type_info() # # Accessor methods to return the internal TYPE and INFO fields. #------------------------------------------------------------------------ sub type { $_[0]->[ TYPE ]; } sub info { $_[0]->[ INFO ]; } sub type_info { my $self = shift; @$self[ TYPE, INFO ]; } #------------------------------------------------------------------------ # text() # text(\$pretext) # # Method to return the text referenced by the TEXT member. A text # reference may be passed as a parameter to supercede the existing # member. The existing text is added to the *end* of the new text # before being stored. This facility is provided for template blocks # to gracefully de-nest when an exception occurs and allows them to # reconstruct their output in the correct order. #------------------------------------------------------------------------ sub text { my ($self, $newtextref) = @_; my $textref = $self->[ TEXT ]; if ($newtextref) { $$newtextref .= $$textref if $textref && $textref ne $newtextref; $self->[ TEXT ] = $newtextref; return ''; } elsif ($textref) { return $$textref; } else { return ''; } } #------------------------------------------------------------------------ # as_string() # # Accessor method to return a string indicating the exception type and # information. #------------------------------------------------------------------------ sub as_string { my $self = shift; return $self->[ TYPE ] . ' error - ' . $self->[ INFO ]; } #------------------------------------------------------------------------ # select_handler(@types) # # Selects the most appropriate handler for the exception TYPE, from # the list of types passed in as parameters. The method returns the # item which is an exact match for TYPE or the closest, more # generic handler (e.g. foo being more generic than foo.bar, etc.) #------------------------------------------------------------------------ sub select_handler { my ($self, @options) = @_; my $type = $self->[ TYPE ]; my %hlut; @hlut{ @options } = (1) x @options; while ($type) { return $type if $hlut{ $type }; # strip .element from the end of the exception type to find a # more generic handler $type =~ s/\.?[^\.]*$//; } return undef; } 1; __END__ =head1 NAME Template::Exception - Exception handling class module =head1 SYNOPSIS use Template::Exception; my $exception = Template::Exception->new($type, $info); $type = $exception->type; $info = $exception->info; ($type, $info) = $exception->type_info; print $exception->as_string(); $handler = $exception->select_handler(\@candidates); =head1 DESCRIPTION The C<Template::Exception> module defines an object class for representing exceptions within the template processing life cycle. Exceptions can be raised by modules within the Template Toolkit, or can be generated and returned by user code bound to template variables. Exceptions can be raised in a template using the C<THROW> directive, [% THROW user.login 'no user id: please login' %] or by calling the L<throw()|Template::Context#throw()> method on the current L<Template::Context> object, $context->throw('user.passwd', 'Incorrect Password'); $context->throw('Incorrect Password'); # type 'undef' or from Perl code by calling C<die()> with a C<Template::Exception> object, die (Template::Exception->new('user.denied', 'Invalid User ID')); or by simply calling C<die()> with an error string. This is automagically caught and converted to an exception of 'C<undef>' type (that's the literal string 'C<undef>' rather than Perl's undefined value) which can then be handled in the usual way. die "I'm sorry Dave, I can't do that"; Each exception is defined by its type and a information component (e.g. error message). The type can be any identifying string and may contain dotted components (e.g. 'C<foo>', 'C<foo.bar>', 'C<foo.bar.baz>'). Exception types are considered to be hierarchical such that 'C<foo.bar>' would be a specific type of the more general 'C<foo>' type. =head1 METHODS =head2 type() Returns the exception type. =head2 info() Returns the exception information. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Context> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Test.pm 0000444 00000053221 15155303156 0006026 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Test # # DESCRIPTION # Module defining a test harness which processes template input and # then compares the output against pre-define expected output. # Generates test output compatible with Test::Harness. This was # originally the t/texpect.pl script. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Test; use strict; use warnings; use Template qw( :template ); use Exporter; use constant MSWin32 => $^O eq 'MSWin32'; our $VERSION = '3.100'; our $DEBUG = 0; our @ISA = qw( Exporter ); our @EXPORT = qw( ntests ok is match flush skip_all test_expect callsign banner ); our @EXPORT_OK = ( 'assert' ); our %EXPORT_TAGS = ( all => [ @EXPORT_OK, @EXPORT ] ); $| = 1; our $REASON = 'not applicable on this platform'; our $NO_FLUSH = 0; our $EXTRA = 0; # any extra tests to come after test_expect() our $PRESERVE = 0 # don't mangle newlines in output/expect unless defined $PRESERVE; our ($loaded, %callsign); # always set binmode on Win32 machines so that any output generated # is true to what we expect $Template::BINMODE = (MSWin32) ? 1 : 0; my @results = (); my ($ntests, $ok_count); *is = \&match; END { # ensure flush() is called to print any cached results flush(); } #------------------------------------------------------------------------ # ntests($n) # # Declare how many (more) tests are expected to come. If ok() is called # before ntests() then the results are cached instead of being printed # to STDOUT. When ntests() is called, the total number of tests # (including any cached) is known and the "1..$ntests" line can be # printed along with the cached results. After that, calls to ok() # generated printed output immediately. #------------------------------------------------------------------------ sub ntests { $ntests = shift; # add any pre-declared extra tests, or pre-stored test @results, to # the grand total of tests $ntests += $EXTRA + scalar @results; $ok_count = 1; print $ntests ? "1..$ntests\n" : "1..$ntests # skip $REASON\n"; # flush cached results foreach my $pre_test (@results) { ok(@$pre_test); } } #------------------------------------------------------------------------ # ok($truth, $msg) # # Tests the value passed for truth and generates an "ok $n" or "not ok $n" # line accordingly. If ntests() hasn't been called then we cached # results for later, instead. #------------------------------------------------------------------------ sub ok { my ($ok, $msg) = @_; # cache results if ntests() not yet called unless ($ok_count) { push(@results, [ $ok, $msg ]); return $ok; } $msg = defined $msg ? " - $msg" : ''; if ($ok) { print "ok ", $ok_count++, "$msg\n"; } else { print STDERR "FAILED $ok_count: $msg\n" if defined $msg; print "not ok ", $ok_count++, "$msg\n"; } } #------------------------------------------------------------------------ # assert($truth, $error) # # Test value for truth, die if false. #------------------------------------------------------------------------ sub assert { my ($ok, $err) = @_; return ok(1) if $ok; # failed my ($pkg, $file, $line) = caller(); $err ||= "assert failed"; $err .= " at $file line $line\n"; ok(0); die $err; } #------------------------------------------------------------------------ # match( $result, $expect ) #------------------------------------------------------------------------ sub match { my ($result, $expect, $msg) = @_; my $count = $ok_count ? $ok_count : scalar @results + 1; # force stringification of $result to avoid 'no eq method' overload errors $result = "$result" if ref $result; if ($result eq $expect) { return ok(1, $msg); } else { print STDERR "FAILED $count:\n expect: [$expect]\n result: [$result]\n"; return ok(0, $msg); } } #------------------------------------------------------------------------ # flush() # # Flush any tests results. #------------------------------------------------------------------------ sub flush { ntests(0) unless $ok_count || $NO_FLUSH; } #------------------------------------------------------------------------ # skip_all($reason) # # Skip all tests, setting $REASON to contain any message passed. Calls # exit(0) which triggers flush() which generates a "1..0 # $REASON" # string to keep to test harness happy. #------------------------------------------------------------------------ sub skip_all { $REASON = join('', @_); exit(0); } #------------------------------------------------------------------------ # test_expect($input, $template, \%replace) # # This is the main testing sub-routine. The $input parameter should be a # text string or a filehandle reference (e.g. GLOB or IO::Handle) from # which the input text can be read. The input should contain a number # of tests which are split up and processed individually, comparing the # generated output against the expected output. Tests should be defined # as follows: # # -- test -- # test input # -- expect -- # expected output # # -- test -- # etc... # # The number of tests is determined and ntests() is called to generate # the "0..$n" line compatible with Test::Harness. Each test input is # then processed by the Template object passed as the second parameter, # $template. This may also be a hash reference containing configuration # which are used to instantiate a Template object, or may be left # undefined in which case a default Template object will be instantiated. # The third parameter, also optional, may be a reference to a hash array # defining template variables. This is passed to the template process() # method. #------------------------------------------------------------------------ sub test_expect { my ($src, $tproc, $params) = @_; my ($input, @tests); my ($output, $expect, $match); my $count = 0; my $ttprocs; # read input text eval { local $/ = undef; $input = ref $src ? <$src> : $src; }; if ($@) { ntests(1); ok(0); warn "Cannot read input text from $src\n"; return undef; } # remove any comment lines $input =~ s/^#.*?\n//gm; # remove anything before '-- start --' and/or after '-- stop --' $input = $' if $input =~ /\s*--\s*start\s*--\s*/; $input = $` if $input =~ /\s*--\s*stop\s*--\s*/; @tests = split(/^\s*--\s*test\s*--\s*\n/im, $input); # if the first line of the file was '--test--' (optional) then the # first test will be empty and can be discarded shift(@tests) if $tests[0] =~ /^\s*$/; ntests(3 + scalar(@tests) * 2); # first test is that Template loaded OK, which it did ok(1, 'running test_expect()'); # optional second param may contain a Template reference or a HASH ref # of constructor options, or may be undefined if (ref($tproc) eq 'HASH') { # create Template object using hash of config items $tproc = Template->new($tproc) || die Template->error(), "\n"; } elsif (ref($tproc) eq 'ARRAY') { # list of [ name => $tproc, name => $tproc ], use first $tproc $ttprocs = { @$tproc }; $tproc = $tproc->[1]; } elsif (! ref $tproc) { $tproc = Template->new() || die Template->error(), "\n"; } # otherwise, we assume it's a Template reference # test: template processor created OK ok($tproc, 'template processor is engaged'); # third test is that the input read ok, which it did ok(1, 'input read and split into ' . scalar @tests . ' tests'); # the remaining tests are defined in @tests... foreach $input (@tests) { $count++; my $name = ''; if ($input =~ s/^\s*-- name:? (.*?) --\s*\n//im) { $name = $1; } else { $name = "template text $count"; } # Configure a test as TODO my $todo = ''; if ($input =~ s/^\s*-- todo:? (.*?) --\s*\n//im) { $todo = ( $1 eq '' ) ? 'No reason given' : $1; } # split input by a line like "-- expect --" ($input, $expect) = split(/^\s*--\s*expect\s*--\s*\n/im, $input); $expect = '' unless defined $expect; $output = ''; # input text may be prefixed with "-- use name --" to indicate a # Template object in the $ttproc hash which we should use if ($input =~ s/^\s*--\s*use\s+(\S+)\s*--\s*\n//im) { my $ttname = $1; my $ttlookup; if ($ttlookup = $ttprocs->{ $ttname }) { $tproc = $ttlookup; } else { warn "no such template object to use: $ttname\n"; } } # process input text $tproc->process(\$input, $params, \$output) || do { warn "Template process failed: ", $tproc->error(), "\n"; # report failure and automatically fail the expect match ok(0, "$name process FAILED: " . subtext($input)); ok(0, '(obviously did not match expected)'); next; }; # processed OK ok(1, "$name processed OK: " . subtext($input)); # another hack: if the '-- expect --' section starts with # '-- process --' then we process the expected output # before comparing it with the generated output. This is # slightly twisted but it makes it possible to run tests # where the expected output isn't static. See t/date.t for # an example. if ($expect =~ s/^\s*--+\s*process\s*--+\s*\n//im) { my $out; $tproc->process(\$expect, $params, \$out) || do { warn( "Template process failed (expect): ", $tproc->error(), "\n" ); # report failure and automatically fail the expect match ok( 0, "failed to process expected output [" . subtext($expect) . ']' ); next; }; $expect = $out; }; # strip any trailing blank lines from expected and real output foreach ($expect, $output) { s/[\n\r]*\Z//mg; } $match = ($expect eq $output) ? 1 : 0; if (! $match || $DEBUG) { print "MATCH FAILED\n" unless $match; my ($copyi, $copye, $copyo) = ($input, $expect, $output); unless ($PRESERVE) { foreach ($copyi, $copye, $copyo) { s/\n/\\n/g; } } printf( " input: [%s]\nexpect: [%s]\noutput: [%s]\n", $copyi, $copye, $copyo ); } my $testprefix = $name; if ( $todo ) { $testprefix = "# TODO $todo - $name"; } ok($match, $match ? "$testprefix matched expected" : "$testprefix did not match expected"); }; } #------------------------------------------------------------------------ # callsign() # # Returns a hash array mapping lower a..z to their phonetic alphabet # equivalent. #------------------------------------------------------------------------ sub callsign { my %callsign; @callsign{ 'a'..'z' } = qw( alpha bravo charlie delta echo foxtrot golf hotel india juliet kilo lima mike november oscar papa quebec romeo sierra tango umbrella victor whisky x-ray yankee zulu ); return \%callsign; } #------------------------------------------------------------------------ # banner($text) # # Prints a banner with the specified text if $DEBUG is set. #------------------------------------------------------------------------ sub banner { return unless $DEBUG; my $text = join('', @_); my $count = $ok_count ? $ok_count - 1 : scalar @results; print "-" x 72, "\n$text ($count tests completed)\n", "-" x 72, "\n"; } sub subtext { my $text = shift; $text =~ s/\s*$//sg; $text = substr($text, 0, 32) . '...' if length $text > 32; $text =~ s/\n/\\n/g; return $text; } 1; __END__ =head1 NAME Template::Test - Module for automating TT2 test scripts =head1 SYNOPSIS use Template::Test; $Template::Test::DEBUG = 0; # set this true to see each test running $Template::Test::EXTRA = 2; # 2 extra tests follow test_expect()... # ok() can be called any number of times before test_expect ok( $true_or_false ) # test_expect() splits $input into individual tests, processes each # and compares generated output against expected output test_expect($input, $template, \%replace ); # $input is text or filehandle (e.g. DATA section after __END__) test_expect( $text ); test_expect( \*DATA ); # $template is a Template object or configuration hash my $template_cfg = { ... }; test_expect( $input, $template_cfg ); my $template_obj = Template->new($template_cfg); test_expect( $input, $template_obj ); # $replace is a hash reference of template variables my $replace = { a => 'alpha', b => 'bravo' }; test_expect( $input, $template, $replace ); # ok() called after test_expect should be declared in $EXTRA (2) ok( $true_or_false ) ok( $true_or_false ) =head1 DESCRIPTION The C<Template::Test> module defines the L<test_expect()> and other related subroutines which can be used to automate test scripts for the Template Toolkit. See the numerous tests in the F<t> sub-directory of the distribution for examples of use. =head1 PACKAGE SUBROUTINES =head2 text_expect() The C<test_expect()> subroutine splits an input document into a number of separate tests, processes each one using the Template Toolkit and then compares the generated output against an expected output, also specified in the input document. It generates the familiar C<ok>/C<not ok> output compatible with C<Test::Harness>. The test input should be specified as a text string or a reference to a filehandle (e.g. C<GLOB> or C<IO::Handle>) from which it can be read. In particular, this allows the test input to be placed after the C<__END__> marker and read via the C<DATA> filehandle. use Template::Test; test_expect(\*DATA); __END__ # this is the first test (this is a comment) -- test -- blah blah blah [% foo %] -- expect -- blah blah blah value_of_foo # here's the second test (no surprise, so is this) -- test -- more blah blah [% bar %] -- expect -- more blah blah value_of_bar Blank lines between test sections are generally ignored. Any line starting with C<#> is treated as a comment and is ignored. The second and third parameters to C<test_expect()> are optional. The second may be either a reference to a Template object which should be used to process the template fragments, or a reference to a hash array containing configuration values which should be used to instantiate a new Template object. # pass reference to config hash my $config = { INCLUDE_PATH => '/here/there:/every/where', POST_CHOMP => 1, }; test_expect(\*DATA, $config); # or create Template object explicitly my $template = Template->new($config); test_expect(\*DATA, $template); The third parameter may be used to reference a hash array of template variable which should be defined when processing the tests. This is passed to the L<Template> L<process()|Template#process()> method. my $replace = { a => 'alpha', b => 'bravo', }; test_expect(\*DATA, $config, $replace); The second parameter may be left undefined to specify a default L<Template> configuration. test_expect(\*DATA, undef, $replace); For testing the output of different L<Template> configurations, a reference to a list of named L<Template> objects also may be passed as the second parameter. my $tt1 = Template->new({ ... }); my $tt2 = Template->new({ ... }); my @tts = [ one => $tt1, two => $tt1 ]; The first object in the list is used by default. Other objects may be switched in with a 'C<-- use $name -->' marker. This should immediately follow a 'C<-- test -->' line. That object will then be used for the rest of the test, or until a different object is selected. -- test -- -- use one -- [% blah %] -- expect -- blah, blah -- test -- still using one... -- expect -- ... -- test -- -- use two -- [% blah %] -- expect -- blah, blah, more blah The C<test_expect()> sub counts the number of tests, and then calls L<ntests()> to generate the familiar "C<1..$ntests\n>" test harness line. Each test defined generates two test numbers. The first indicates that the input was processed without error, and the second that the output matches that expected. Additional test may be run before C<test_expect()> by calling L<ok()>. These test results are cached until L<ntests()> is called and the final number of tests can be calculated. Then, the "C<1..$ntests>" line is output, along with "C<ok $n>" / "C<not ok $n>" lines for each of the cached test result. Subsequent calls to L<ok()> then generate an output line immediately. my $something = SomeObject->new(); ok( $something ); my $other = AnotherThing->new(); ok( $other ); test_expect(\*DATA); If any tests are to follow after C<test_expect()> is called then these should be pre-declared by setting the C<$EXTRA> package variable. This value (default: C<0>) is added to the grand total calculated by L<ntests()>. The results of the additional tests are also registered by calling L<ok()>. $Template::Test::EXTRA = 2; # can call ok() any number of times before test_expect() ok( $did_that_work ); ok( $make_sure ); ok( $dead_certain ); # <some> number of tests... test_expect(\*DATA, $config, $replace); # here's those $EXTRA tests ok( defined $some_result && ref $some_result eq 'ARRAY' ); ok( $some_result->[0] eq 'some expected value' ); If you don't want to call C<test_expect()> at all then you can call C<ntests($n)> to declare the number of tests and generate the test header line. After that, simply call L<ok()> for each test passing a true or false values to indicate that the test passed or failed. ntests(2); ok(1); ok(0); If you're really lazy, you can just call L<ok()> and not bother declaring the number of tests at all. All tests results will be cached until the end of the script and then printed in one go before the program exits. ok( $x ); ok( $y ); You can identify only a specific part of the input file for testing using the 'C<-- start -->' and 'C<-- stop -->' markers. Anything before the first 'C<-- start -->' is ignored, along with anything after the next 'C<-- stop -->' marker. -- test -- this is test 1 (not performed) -- expect -- this is test 1 (not performed) -- start -- -- test -- this is test 2 -- expect -- this is test 2 -- stop -- ... =head2 ntests() Subroutine used to specify how many tests you're expecting to run. =head2 ok($test) Generates an "C<ok $n>" or "C<not ok $n>" message if C<$test> is true or false. =head2 not_ok($test) The logical inverse of L<ok()>. Prints an "C<ok $n>" message is C<$test> is I<false> and vice-versa. =head2 callsign() For historical reasons and general utility, the module also defines a C<callsign()> subroutine which returns a hash mapping the letters C<a> to C<z> to their phonetic alphabet equivalent (e.g. radio callsigns). This is used by many of the test scripts as a known source of variable values. test_expect(\*DATA, $config, callsign()); =head2 banner() This subroutine prints a simple banner including any text passed as parameters. The C<$DEBUG> variable must be set for it to generate any output. banner('Testing something-or-other'); example output: #------------------------------------------------------------ # Testing something-or-other (27 tests completed) #------------------------------------------------------------ =head1 PACKAGE VARIABLES =head2 $DEBUG The $DEBUG package variable can be set to enable debugging mode. =head2 $PRESERVE The $PRESERVE package variable can be set to stop the test_expect() from converting newlines in the output and expected output into the literal strings '\n'. =head1 HISTORY This module started its butt-ugly life as the C<t/texpect.pl> script. It was cleaned up to became the C<Template::Test> module some time around version 0.29. It underwent further cosmetic surgery for version 2.00 but still retains some remarkable rear-end resemblances. Since then the C<Test::More> and related modules have appeared on CPAN making this module mostly, but not entirely, redundant. =head1 BUGS / KNOWN "FEATURES" Imports all methods by default. This is generally a Bad Thing, but this module is only used in test scripts (i.e. at build time) so a) we don't really care and b) it saves typing. The line splitter may be a bit dumb, especially if it sees lines like C<-- this --> that aren't supposed to be special markers. So don't do that. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Directives.pod 0000444 00000170310 15155303156 0010572 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Directives # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Directives - Template directives =head1 Accessing and Updating Template Variables =head2 GET The C<GET> directive retrieves and outputs the value of the named variable. [% GET foo %] The C<GET> keyword is optional. A variable can be specified in a directive tag by itself. [% foo %] The variable can have an unlimited number of elements, each separated by a dot. Each element can have arguments specified within parentheses. [% foo %] [% bar.baz %] [% biz.baz(10) %] ...etc... See L<Template::Manual::Variables> for a full discussion on template variables. You can also specify expressions using the logical (C<and>, C<or>, C<not>, C<?>, C<:>) and mathematic operators (C<+>, C<->, C<*>, C</>, C<%>, C<mod>, C<div>). [% template.title or default.title %] [% score * 100 %] [% order.nitems ? checkout(order.total) : 'no items' %] The C<div> operator returns the integer result of division. Both C<%> and C<mod> return the modulus (i.e. remainder) of division. [% 15 / 6 %] # 2.5 [% 15 div 6 %] # 2 [% 15 mod 6 %] # 3 =head2 CALL The C<CALL> directive is similar to C<GET> in evaluating the variable named, but doesn't print the result returned. This can be useful when a variable is bound to a sub-routine or object method which you want to call but aren't interested in the value returned. [% CALL dbi.disconnect %] [% CALL inc_page_counter(page_count) %] =head2 SET The C<SET> directive allows you to assign new values to existing variables or create new temporary variables. [% SET title = 'Hello World' %] The C<SET> keyword is also optional. [% title = 'Hello World' %] Variables may be assigned the values of other variables, unquoted numbers (2.718), literal text ('single quotes') or quoted text ("double quotes"). In the latter case, any variable references within the text will be interpolated when the string is evaluated. Variables should be prefixed by C<$>, using curly braces to explicitly scope the variable name where necessary. [% foo = 'Foo' %] # literal value 'Foo' [% bar = foo %] # value of variable 'foo' [% cost = '$100' %] # literal value '$100' [% item = "$bar: ${cost}.00" %] # value "Foo: $100.00" Multiple variables may be assigned in the same directive and are evaluated in the order specified. Thus, the above could have been written: [% foo = 'Foo' bar = foo cost = '$100' item = "$bar: ${cost}.00" %] Simple expressions can also be used, as per C<GET>. [% ten = 10 twenty = 20 thirty = twenty + ten forty = 2 * twenty fifty = 100 div 2 six = twenty mod 7 %] You can concatenate strings together using the C<'_'> underscore operator. In Perl 5, the C<.> dot is used for string concatenation, but in Perl 6, as in the Template Toolkit, the C<.> dot will be used as the method calling operator and C<'_'> underscore will be used for string concatenation. Note that the operator must be specified with surrounding whitespace which, as Larry says, is construed as a feature: [% copyright = '(C) Copyright' _ year _ ' ' _ author %] You can, of course, achieve a similar effect with double quoted string interpolation. [% copyright = "(C) Copyright $year $author" %] =head2 DEFAULT The C<DEFAULT> directive is similar to C<SET> but only updates variables that are currently undefined or have no "true" value (in the Perl sense). [% DEFAULT name = 'John Doe' id = 'jdoe' %] This can be particularly useful in common template components to ensure that some sensible default are provided for otherwise undefined variables. [% DEFAULT title = 'Hello World' bgcol = '#ffffff' %] <html> <head> <title>[% title %]</title> </head> <body bgcolor="[% bgcol %]"> ...etc... =head1 Processing Template Files and Blocks =head2 INSERT The C<INSERT> directive is used to insert the contents of an external file at the current position. [% INSERT myfile %] No attempt to parse or process the file is made. The contents, possibly including any embedded template directives, are inserted intact. The filename specified should be relative to one of the C<INCLUDE_PATH> directories. Absolute (i.e. starting with C</>) and relative (i.e. starting with C<.>) filenames may be used if the C<ABSOLUTE> and C<RELATIVE> options are set, respectively. Both these options are disabled by default. my $template = Template->new({ INCLUDE_PATH => '/here:/there', }); $template->process('myfile'); F<myfile>: [% INSERT foo %] # looks for /here/foo then /there/foo [% INSERT /etc/passwd %] # file error: ABSOLUTE not set [% INSERT ../secret %] # file error: RELATIVE not set For convenience, the filename does not need to be quoted as long as it contains only alphanumeric characters, underscores, dots or forward slashes. Names containing any other characters should be quoted. [% INSERT misc/legalese.txt %] [% INSERT 'dos98/Program Files/stupid' %] To evaluate a variable to specify a filename, you should explicitly prefix it with a C<$> or use double-quoted string interpolation. [% language = 'en' legalese = 'misc/legalese.txt' %] [% INSERT $legalese %] # misc/legalese.txt [% INSERT "$language/$legalese" %] # en/misc/legalese.txt Multiple files can be specified using C<+> as a delimiter. All files should be unquoted names or quoted strings. Any variables should be interpolated into double-quoted strings. [% INSERT legalese.txt + warning.txt %] [% INSERT "$legalese" + warning.txt %] # requires quoting =head2 INCLUDE The C<INCLUDE> directive is used to process and include the output of another template file or block. [% INCLUDE header %] If a C<BLOCK> of the specified name is defined in the same file, or in a file from which the current template has been called (i.e. a parent template) then it will be used in preference to any file of the same name. [% INCLUDE table %] # uses BLOCK defined below [% BLOCK table %] <table> ... </table> [% END %] If a C<BLOCK> definition is not currently visible then the template name should be a file relative to one of the C<INCLUDE_PATH> directories, or an absolute or relative file name if the C<ABSOLUTE>/C<RELATIVE> options are appropriately enabled. The C<INCLUDE> directive automatically quotes the filename specified, as per C<INSERT> described above. When a variable contains the name of the template for the C<INCLUDE> directive, it should be explicitly prefixed by C<$> or double-quoted [% myheader = 'my/misc/header' %] [% INCLUDE myheader %] # 'myheader' [% INCLUDE $myheader %] # 'my/misc/header' [% INCLUDE "$myheader" %] # 'my/misc/header' Any template directives embedded within the file will be processed accordingly. All variables currently defined will be visible and accessible from within the included template. [% title = 'Hello World' %] [% INCLUDE header %] <body> ... F<header>: <html> <title>[% title %]</title> output: <html> <title>Hello World</title> <body> ... Local variable definitions may be specified after the template name, temporarily masking any existing variables. Insignificant whitespace is ignored within directives so you can add variable definitions on the same line, the next line or split across several line with comments interspersed, if you prefer. [% INCLUDE table %] [% INCLUDE table title="Active Projects" %] [% INCLUDE table title = "Active Projects" bgcolor = "#80ff00" # chartreuse border = 2 %] The C<INCLUDE> directive localises (i.e. copies) all variables before processing the template. Any changes made within the included template will not affect variables in the including template. [% foo = 10 %] foo is originally [% foo %] [% INCLUDE bar %] foo is still [% foo %] [% BLOCK bar %] foo was [% foo %] [% foo = 20 %] foo is now [% foo %] [% END %] output: foo is originally 10 foo was 10 foo is now 20 foo is still 10 Technical Note: the localisation of the stash (that is, the process by which variables are copied before an C<INCLUDE> to prevent being overwritten) is only skin deep. The top-level variable namespace (hash) is copied, but no attempt is made to perform a deep-copy of other structures (hashes, arrays, objects, etc.) Therefore, a C<foo> variable referencing a hash will be copied to create a new C<foo> variable but which points to the same hash array. Thus, if you update compound variables (e.g. C<foo.bar>) then you will change the original copy, regardless of any stash localisation. If you're not worried about preserving variable values, or you trust the templates you're including then you might prefer to use the C<PROCESS> directive which is faster by virtue of not performing any localisation. You can specify dotted variables as "local" variables to an C<INCLUDE> directive. However, be aware that because of the localisation issues explained above (if you skipped the previous Technical Note above then you might want to go back and read it or skip this section too), the variables might not actually be "local". If the first element of the variable name already references a hash array then the variable update will affect the original variable. [% foo = { bar = 'Baz' } %] [% INCLUDE somefile foo.bar='Boz' %] [% foo.bar %] # Boz This behaviour can be a little unpredictable (and may well be improved upon in a future version). If you know what you're doing with it and you're sure that the variables in question are defined (nor not) as you expect them to be, then you can rely on this feature to implement some powerful "global" data sharing techniques. Otherwise, you might prefer to steer well clear and always pass simple (undotted) variables as parameters to C<INCLUDE> and other similar directives. If you want to process several templates in one go then you can specify each of their names (quoted or unquoted names only, no unquoted C<$variables>) joined together by C<+>. The C<INCLUDE> directive will then process them in order. [% INCLUDE html/header + "site/$header" + site/menu title = "My Groovy Web Site" %] The variable stash is localised once and then the templates specified are processed in order, all within that same variable context. This makes it slightly faster than specifying several separate C<INCLUDE> directives (because you only clone the variable stash once instead of n times), but not quite as "safe" because any variable changes in the first file will be visible in the second, third and so on. This might be what you want, of course, but then again, it might not. =head2 PROCESS The PROCESS directive is similar to C<INCLUDE> but does not perform any localisation of variables before processing the template. Any changes made to variables within the included template will be visible in the including template. [% foo = 10 %] foo is [% foo %] [% PROCESS bar %] foo is [% foo %] [% BLOCK bar %] [% foo = 20 %] changed foo to [% foo %] [% END %] output: foo is 10 changed foo to 20 foo is 20 Parameters may be specified in the C<PROCESS> directive, but these too will become visible changes to current variable values. [% foo = 10 %] foo is [% foo %] [% PROCESS bar foo = 20 %] foo is [% foo %] [% BLOCK bar %] this is bar, foo is [% foo %] [% END %] output: foo is 10 this is bar, foo is 20 foo is 20 The C<PROCESS> directive is slightly faster than C<INCLUDE> because it avoids the need to localise (i.e. copy) the variable stash before processing the template. As with C<INSERT> and C<INCLUDE>, the first parameter does not need to be quoted as long as it contains only alphanumeric characters, underscores, periods or forward slashes. A C<$> prefix can be used to explicitly indicate a variable which should be interpolated to provide the template name: [% myheader = 'my/misc/header' %] [% PROCESS myheader %] # 'myheader' [% PROCESS $myheader %] # 'my/misc/header' As with C<INCLUDE>, multiple templates can be specified, delimited by C<+>, and are processed in order. [% PROCESS html/header + my/header %] =head2 WRAPPER It's not unusual to find yourself adding common headers and footers to pages or sub-sections within a page. Something like this: [% INCLUDE section/header title = 'Quantum Mechanics' %] Quantum mechanics is a very interesting subject wish should prove easy for the layman to fully comprehend. [% INCLUDE section/footer %] [% INCLUDE section/header title = 'Desktop Nuclear Fusion for under $50' %] This describes a simple device which generates significant sustainable electrical power from common tap water by process of nuclear fusion. [% INCLUDE section/footer %] The individual template components being included might look like these: section/header: <p> <h2>[% title %]</h2> section/footer: </p> The C<WRAPPER> directive provides a way of simplifying this a little. It encloses a block up to a matching C<END> directive, which is first processed to generate some output. This is then passed to the named template file or C<BLOCK> as the C<content> variable. [% WRAPPER section title = 'Quantum Mechanics' %] Quantum mechanics is a very interesting subject wish should prove easy for the layman to fully comprehend. [% END %] [% WRAPPER section title = 'Desktop Nuclear Fusion for under $50' %] This describes a simple device which generates significant sustainable electrical power from common tap water by process of nuclear fusion. [% END %] The single 'section' template can then be defined as: <h2>[% title %]</h2> <p> [% content %] </p> Like other block directives, it can be used in side-effect notation: [% INSERT legalese.txt WRAPPER big_bold_table %] It's also possible to specify multiple templates to a C<WRAPPER> directive. The specification order indicates outermost to innermost wrapper templates. For example, given the following template block definitions: [% BLOCK bold %]<b>[% content %]</b>[% END %] [% BLOCK italic %]<i>[% content %]</i>[% END %] the directive [% WRAPPER bold+italic %]Hello World[% END %] would generate the following output: <b><i>Hello World</i></b> =head2 BLOCK The C<BLOCK>...C<END> construct can be used to define template component blocks which can be processed with the C<INCLUDE>, C<PROCESS> and C<WRAPPER> directives. [% BLOCK tabrow %] <tr> <td>[% name %]<td> <td>[% email %]</td> </tr> [% END %] <table> [% PROCESS tabrow name='Fred' email='fred@nowhere.com' %] [% PROCESS tabrow name='Alan' email='alan@nowhere.com' %] </table> A C<BLOCK> definition can be used before it is defined, as long as the definition resides in the same file. The block definition itself does not generate any output. [% PROCESS tmpblk %] [% BLOCK tmpblk %] This is OK [% END %] You can use an anonymous C<BLOCK> to capture the output of a template fragment. [% julius = BLOCK %] And Caesar's spirit, ranging for revenge, With Ate by his side come hot from hell, Shall in these confines with a monarch's voice Cry 'Havoc', and let slip the dogs of war; That this foul deed shall smell above the earth With carrion men, groaning for burial. [% END %] Like a named block, it can contain any other template directives which are processed when the block is defined. The output generated by the block is then assigned to the variable C<julius>. Anonymous C<BLOCK>s can also be used to define block macros. The enclosing block is processed each time the macro is called. [% MACRO locate BLOCK %] The [% animal %] sat on the [% place %]. [% END %] [% locate(animal='cat', place='mat') %] # The cat sat on the mat [% locate(animal='dog', place='log') %] # The dog sat on the log =head1 Conditional Processing =head2 IF / UNLESS / ELSIF / ELSE The C<IF> and C<UNLESS> directives can be used to process or ignore a block based on some run-time condition. [% IF frames %] [% INCLUDE frameset %] [% END %] [% UNLESS text_mode %] [% INCLUDE biglogo %] [% END %] Multiple conditions may be joined with C<ELSIF> and/or C<ELSE> blocks. [% IF age < 10 %] Hello [% name %], does your mother know you're using her AOL account? [% ELSIF age < 18 %] Sorry, you're not old enough to enter (and too dumb to lie about your age) [% ELSE %] Welcome [% name %]. [% END %] The following conditional and boolean operators may be used: == != < <= > >= && || ! and or not Conditions may be arbitrarily complex and are evaluated with the same precedence as in Perl. Parenthesis may be used to explicitly determine evaluation order. # ridiculously contrived complex example [% IF (name == 'admin' || uid <= 0) && mode == 'debug' %] I'm confused. [% ELSIF more > less %] That's more or less correct. [% END %] The C<and>, C<or> and C<not> operator are provided as aliases for C<&&>, C<||> and C<!>, respectively. Unlike Perl, which treats C<and>, C<or> and C<not> as separate, lower-precedence versions of the other operators, the Template Toolkit performs a straightforward substitution of C<and> for C<&&>, and so on. That means that C<and>, C<or> and C<not> have the same operator precedence as C<&&>, C<||> and C<!>. =head2 SWITCH / CASE The C<SWITCH> / C<CASE> construct can be used to perform a multi-way conditional test. The C<SWITCH> directive expects an expression which is first evaluated and then compared against each CASE statement in turn. Each C<CASE> directive should contain a single value or a list of values which should match. C<CASE> may also be left blank or written as C<[% CASE DEFAULT %]> to specify a default match. Only one C<CASE> matches, there is no drop-through between C<CASE> statements. [% SWITCH myvar %] [% CASE 'value1' %] ... [% CASE ['value2', 'value3'] %] # multiple values ... [% CASE myhash.keys %] # ditto ... [% CASE %] # default ... [% END %] =head1 Loop Processing =head2 FOREACH The C<FOREACH> directive will iterate through the items in a list, processing the enclosed block for each one. [% foo = 'Foo' items = [ 'one', 'two', 'three' ] %] Things: [% FOREACH thing IN [ foo 'Bar' "$foo Baz" ] %] * [% thing %] [% END %] Items: [% FOREACH i IN items %] * [% i %] [% END %] Stuff: [% stuff = [ foo "$foo Bar" ] %] [% FOREACH s IN stuff %] * [% s %] [% END %] output: Things: * Foo * Bar * Foo Baz Items: * one * two * three Stuff: * Foo * Foo Bar You can use also use C<=> instead of C<IN> if you prefer. [% FOREACH i = items %] When the C<FOREACH> directive is used without specifying a target variable, any iterated values which are hash references will be automatically imported. [% userlist = [ { id => 'tom', name => 'Thomas' }, { id => 'dick', name => 'Richard' }, { id => 'larry', name => 'Lawrence' }, ] %] [% FOREACH user IN userlist %] [% user.id %] [% user.name %] [% END %] short form: [% FOREACH userlist %] [% id %] [% name %] [% END %] Note that this particular usage creates a localised variable context to prevent the imported hash keys from overwriting any existing variables. The imported definitions and any other variables defined in such a C<FOREACH> loop will be lost at the end of the loop, when the previous context and variable values are restored. However, under normal operation, the loop variable remains in scope after the C<FOREACH> loop has ended (caveat: overwriting any variable previously in scope). This is useful as the loop variable is secretly an iterator object (see below) and can be used to analyse the last entry processed by the loop. The C<FOREACH> directive can also be used to iterate through the entries in a hash array. Each entry in the hash is returned in sorted order (based on the key) as a hash array containing 'key' and 'value' items. [% users = { tom => 'Thomas', dick => 'Richard', larry => 'Lawrence', } %] [% FOREACH u IN users %] * [% u.key %] : [% u.value %] [% END %] Output: * dick : Richard * larry : Lawrence * tom : Thomas The C<NEXT> directive starts the next iteration in the C<FOREACH> loop. [% FOREACH user IN userlist %] [% NEXT IF user.isguest %] Name: [% user.name %] Email: [% user.email %] [% END %] The C<LAST> directive can be used to prematurely exit the loop. C<BREAK> is also provided as an alias for C<LAST>. [% FOREACH match IN results.nsort('score').reverse %] [% LAST IF match.score < 50 %] [% match.score %] : [% match.url %] [% END %] The C<FOREACH> directive is implemented using the L<Template::Iterator> module. A reference to the iterator object for a C<FOREACH> directive is implicitly available in the C<loop> variable. The following methods can be called on the C<loop> iterator. size() number of elements in the list max() index number of last element (size - 1) index() index of current iteration from 0 to max() count() iteration counter from 1 to size() (i.e. index() + 1) first() true if the current iteration is the first last() true if the current iteration is the last prev() return the previous item in the list next() return the next item in the list See L<Template::Iterator> for further details. Example: [% FOREACH item IN [ 'foo', 'bar', 'baz' ] -%] [%- "<ul>\n" IF loop.first %] <li>[% loop.count %]/[% loop.size %]: [% item %] [%- "</ul>\n" IF loop.last %] [% END %] Output: <ul> <li>1/3: foo <li>2/3: bar <li>3/3: baz </ul> Nested loops will work as expected, with the C<loop> variable correctly referencing the innermost loop and being restored to any previous value (i.e. an outer loop) at the end of the loop. [% FOREACH group IN grouplist; # loop => group iterator "Groups:\n" IF loop.first; FOREACH user IN group.userlist; # loop => user iterator "$loop.count: $user.name\n"; END; # loop => group iterator "End of Groups\n" IF loop.last; END %] The C<iterator> plugin can also be used to explicitly create an iterator object. This can be useful within nested loops where you need to keep a reference to the outer iterator within the inner loop. The iterator plugin effectively allows you to create an iterator by a name other than C<loop>. See L<Template::Plugin::Iterator> for further details. [% USE giter = iterator(grouplist) %] [% FOREACH group IN giter %] [% FOREACH user IN group.userlist %] user #[% loop.count %] in group [% giter.count %] is named [% user.name %] [% END %] [% END %] =head2 WHILE The C<WHILE> directive can be used to repeatedly process a template block while a conditional expression evaluates true. The expression may be arbitrarily complex as per C<IF> / C<UNLESS>. [% WHILE total < 100 %] ... [% total = calculate_new_total %] [% END %] An assignment can be enclosed in parenthesis to evaluate the assigned value. [% WHILE (user = get_next_user_record) %] [% user.name %] [% END %] The C<NEXT> directive can be used to start the next iteration of a C<WHILE> loop and C<BREAK> can be used to exit the loop, both as per C<FOREACH>. The Template Toolkit uses a failsafe counter to prevent runaway C<WHILE> loops which would otherwise never terminate. If the loop exceeds 1000 iterations then an C<undef> exception will be thrown, reporting the error: WHILE loop terminated (> 1000 iterations) The C<$Template::Directive::WHILE_MAX> variable controls this behaviour and can be set to a higher value if necessary. =head1 Filters, Plugins, Macros and Perl =head2 FILTER The C<FILTER> directive can be used to post-process the output of a block. A number of standard filters are provided with the Template Toolkit. The C<html> filter, for example, escapes the 'E<lt>', 'E<gt>' and '&' characters to prevent them from being interpreted as HTML tags or entity reference markers. [% FILTER html %] HTML text may have < and > characters embedded which you want converted to the correct HTML entities. [% END %] output: HTML text may have < and > characters embedded which you want converted to the correct HTML entities. The C<FILTER> directive can also follow various other non-block directives. For example: [% INCLUDE mytext FILTER html %] The C<|> character can also be used as an alias for C<FILTER>. [% INCLUDE mytext | html %] Multiple filters can be chained together and will be called in sequence. [% INCLUDE mytext FILTER html FILTER html_para %] or [% INCLUDE mytext | html | html_para %] Filters come in two flavours, known as 'static' or 'dynamic'. A static filter is a simple subroutine which accepts a text string as the only argument and returns the modified text. The C<html> filter is an example of a static filter, implemented as: sub html_filter { my $text = shift; for ($text) { s/&/&/g; s/</</g; s/>/>/g; } return $text; } Dynamic filters can accept arguments which are specified when the filter is called from a template. The C<repeat> filter is such an example, accepting a numerical argument which specifies the number of times that the input text should be repeated. [% FILTER repeat(3) %]blah [% END %] output: blah blah blah These are implemented as filter 'factories'. The factory subroutine is passed a reference to the current L<Template::Context> object along with any additional arguments specified. It should then return a subroutine reference (e.g. a closure) which implements the filter. The C<repeat> filter factory is implemented like this: sub repeat_filter_factory { my ($context, $iter) = @_; $iter = 1 unless defined $iter; return sub { my $text = shift; $text = '' unless defined $text; return join('\n', $text) x $iter; } } The C<FILTERS> option, described in L<Template::Manual::Config>, allows custom filters to be defined when a Template object is instantiated. The L<define_filter()|Template::Context#define_filter()> method allows further filters to be defined at any time. When using a filter, it is possible to assign an alias to it for further use. This is most useful for dynamic filters that you want to re-use with the same configuration. [% FILTER echo = repeat(2) %] Is there anybody out there? [% END %] [% FILTER echo %] Mother, should I build a wall? [% END %] Output: Is there anybody out there? Is there anybody out there? Mother, should I build a wall? Mother, should I build a wall? The C<FILTER> directive automatically quotes the name of the filter. As with C<INCLUDE> et al, you can use a variable to provide the name of the filter, prefixed by C<$>. [% myfilter = 'html' %] [% FILTER $myfilter %] # same as [% FILTER html %] ... [% END %] A template variable can also be used to define a static filter subroutine. However, the Template Toolkit will automatically call any subroutine bound to a variable and use the value returned. Thus, the above example could be implemented as: my $vars = { myfilter => sub { return 'html' }, }; template: [% FILTER $myfilter %] # same as [% FILTER html %] ... [% END %] To define a template variable that evaluates to a subroutine reference that can be used by the C<FILTER> directive, you should create a subroutine that, when called automatically by the Template Toolkit, returns another subroutine reference which can then be used to perform the filter operation. Note that only static filters can be implemented in this way. my $vars = { myfilter => sub { \&my_filter_sub }, }; sub my_filter_sub { my $text = shift; # do something return $text; } template: [% FILTER $myfilter %] ... [% END %] Alternately, you can bless a subroutine reference into a class (any class will do) to fool the Template Toolkit into thinking it's an object rather than a subroutine. This will then bypass the automatic "call-a-subroutine-to-return-a-value" magic. my $vars = { myfilter => bless(\&my_filter_sub, 'anything_you_like'), }; template: [% FILTER $myfilter %] ... [% END %] Filters bound to template variables remain local to the variable context in which they are defined. That is, if you define a filter in a C<PERL> block within a template that is loaded via C<INCLUDE>, then the filter definition will only exist until the end of that template when the stash is delocalised, restoring the previous variable state. If you want to define a filter which persists for the lifetime of the processor, or define additional dynamic filter factories, then you can call the L<define_filter()|Template::Context#define_filter()> method on the current L<Template::Context> object. See L<Template::Manual::Filters> for a complete list of available filters, their descriptions and examples of use. =head2 USE The C<USE> directive can be used to load and initialise "plugin" extension modules. [% USE myplugin %] A plugin is a regular Perl module that conforms to a particular object-oriented interface, allowing it to be loaded into and used automatically by the Template Toolkit. For details of this interface and information on writing plugins, consult L<Template::Plugin>. A number of standard plugins are included with the Template Toolkit (see below and L<Template::Manual::Plugins>). The names of these standard plugins are case insensitive. [% USE CGI %] # => Template::Plugin::CGI [% USE Cgi %] # => Template::Plugin::CGI [% USE cgi %] # => Template::Plugin::CGI You can also define further plugins using the C<PLUGINS> option. my $tt = Template->new({ PLUGINS => { foo => 'My::Plugin::Foo', bar => 'My::Plugin::Bar', }, }); The recommended convention is to specify these plugin names in lower case. The Template Toolkit first looks for an exact case-sensitive match and then tries the lower case conversion of the name specified. [% USE Foo %] # look for 'Foo' then 'foo' If you define all your C<PLUGINS> with lower case names then they will be located regardless of how the user specifies the name in the C<USE> directive. If, on the other hand, you define your C<PLUGINS> with upper or mixed case names then the name specified in the C<USE> directive must match the case exactly. If the plugin isn't defined in either the standard plugins (C<$Template::Plugins::STD_PLUGINS>) or via the C<PLUGINS> option, then the C<PLUGIN_BASE> is searched. In this case the plugin name I<is> case-sensitive. It is appended to each of the C<PLUGIN_BASE> module namespaces in turn (default: C<Template::Plugin>) to construct a full module name which it attempts to locate and load. Any periods, 'C<.>', in the name will be converted to 'C<::>'. [% USE MyPlugin %] # => Template::Plugin::MyPlugin [% USE Foo.Bar %] # => Template::Plugin::Foo::Bar The C<LOAD_PERL> option (disabled by default) provides a further way by which external Perl modules may be loaded. If a regular Perl module (i.e. not a C<Template::Plugin::*> or other module relative to some C<PLUGIN_BASE>) supports an object-oriented interface and a C<new()> constructor then it can be loaded and instantiated automatically. The following trivial example shows how the IO::File module might be used. [% USE file = IO.File('/tmp/mydata') %] [% WHILE (line = file.getline) %] <!-- [% line %] --> [% END %] Any additional parameters supplied in parenthesis after the plugin name will be also be passed to the C<new()> constructor. A reference to the current L<Template::Context> object is passed as the first parameter. [% USE MyPlugin('foo', 123) %] equivalent to: Template::Plugin::MyPlugin->new($context, 'foo', 123); The only exception to this is when a module is loaded via the C<LOAD_PERL> option. In this case the C<$context> reference is I<not> passed to the C<new()> constructor. This is based on the assumption that the module is a regular Perl module rather than a Template Toolkit plugin so isn't expecting a context reference and wouldn't know what to do with it anyway. Named parameters may also be specified. These are collated into a hash which is passed by reference as the last parameter to the constructor, as per the general code calling interface. [% USE url('/cgi-bin/foo', mode='submit', debug=1) %] equivalent to: Template::Plugin::URL->new( $context, '/cgi-bin/foo' { mode => 'submit', debug => 1 } ); The plugin may represent any data type; a simple variable, hash, list or code reference, but in the general case it will be an object reference. Methods can be called on the object (or the relevant members of the specific data type) in the usual way: [% USE table(mydata, rows=3) %] [% FOREACH row IN table.rows %] <tr> [% FOREACH item IN row %] <td>[% item %]</td> [% END %] </tr> [% END %] An alternative name may be provided for the plugin by which it can be referenced: [% USE scores = table(myscores, cols=5) %] [% FOREACH row IN scores.rows %] ... [% END %] You can use this approach to create multiple plugin objects with different configurations. This example shows how the L<format|Template::Plugin::Format> plugin is used to create sub-routines bound to variables for formatting text as per C<printf()>. [% USE bold = format('<b>%s</b>') %] [% USE ital = format('<i>%s</i>') %] [% bold('This is bold') %] [% ital('This is italic') %] Output: <b>This is bold</b> <i>This is italic</i> This next example shows how the L<URL|Template::Plugin::URL> plugin can be used to build dynamic URLs from a base part and optional query parameters. [% USE mycgi = URL('/cgi-bin/foo.pl', debug=1) %] <a href="[% mycgi %]">... <a href="[% mycgi(mode='submit') %]"... Output: <a href="/cgi-bin/foo.pl?debug=1">... <a href="/cgi-bin/foo.pl?mode=submit&debug=1">... The L<CGI|Template::Plugin::CGI> plugin is an example of one which delegates to another Perl module. In this case, to Lincoln Stein's C<CGI> module. All of the methods provided by the C<CGI> module are available via the plugin. [% USE CGI; CGI.start_form; CGI.checkbox_group( name = 'colours', values = [ 'red' 'green' 'blue' ] ); CGI.popup_menu( name = 'items', values = [ 'foo' 'bar' 'baz' ] ); CGI.end_form %] See L<Template::Manual::Plugins> for more information on the plugins distributed with the toolkit or available from CPAN. =head2 MACRO The C<MACRO> directive allows you to define a directive or directive block which is then evaluated each time the macro is called. [% MACRO header INCLUDE header %] Calling the macro as: [% header %] is then equivalent to: [% INCLUDE header %] Macros can be passed named parameters when called. These values remain local to the macro. [% header(title='Hello World') %] equivalent to: [% INCLUDE header title='Hello World' %] A C<MACRO> definition may include parameter names. Values passed to the macros are then mapped to these local variables. Other named parameters may follow these. [% MACRO header(title) INCLUDE header %] [% header('Hello World') %] [% header('Hello World', bgcol='#123456') %] equivalent to: [% INCLUDE header title='Hello World' %] [% INCLUDE header title='Hello World' bgcol='#123456' %] Here's another example, defining a macro for display numbers in comma-delimited groups of 3, using the chunk and join virtual method. [% MACRO number(n) GET n.chunk(-3).join(',') %] [% number(1234567) %] # 1,234,567 A C<MACRO> may precede any directive and must conform to the structure of the directive. [% MACRO header IF frames %] [% INCLUDE frames/header %] [% ELSE %] [% INCLUDE header %] [% END %] [% header %] A C<MACRO> may also be defined as an anonymous C<BLOCK>. The block will be evaluated each time the macro is called. [% MACRO header BLOCK %] ...content... [% END %] [% header %] If you've got the C<EVAL_PERL> option set, then you can even define a C<MACRO> as a C<PERL> block (see below): [% MACRO triple(n) PERL %] my $n = $stash->get('n'); print $n * 3; [% END -%] =head2 PERL (for the advanced reader) The C<PERL> directive is used to mark the start of a block which contains Perl code for evaluation. The C<EVAL_PERL> option must be enabled for Perl code to be evaluated or a C<perl> exception will be thrown with the message 'C<EVAL_PERL not set>'. Perl code is evaluated in the C<Template::Perl> package. The C<$context> package variable contains a reference to the current L<Template::Context> object. This can be used to access the functionality of the Template Toolkit to process other templates, load plugins, filters, etc. See L<Template::Context> for further details. [% PERL %] print $context->include('myfile'); [% END %] The L<$stash> variable contains a reference to the top-level stash object which manages template variables. Through this, variable values can be retrieved and updated. See L<Template::Stash> for further details. [% PERL %] $stash->set(foo => 'bar'); print "foo value: ", $stash->get('foo'); [% END %] Output: foo value: bar Output is generated from the C<PERL> block by calling C<print()>. Note that the C<Template::Perl::PERLOUT> handle is selected (tied to an output buffer) instead of C<STDOUT>. [% PERL %] print "foo\n"; # OK print PERLOUT "bar\n"; # OK, same as above print Template::Perl::PERLOUT "baz\n"; # OK, same as above print STDOUT "qux\n"; # WRONG! [% END %] The C<PERL> block may contain other template directives. These are processed before the Perl code is evaluated. [% name = 'Fred Smith' %] [% PERL %] print "[% name %]\n"; [% END %] Thus, the Perl code in the above example is evaluated as: print "Fred Smith\n"; Exceptions may be thrown from within C<PERL> blocks using C<die()>. They will be correctly caught by enclosing C<TRY> blocks. [% TRY %] [% PERL %] die "nothing to live for\n"; [% END %] [% CATCH %] error: [% error.info %] [% END %] output: error: nothing to live for =head2 RAWPERL (for the very advanced reader) The Template Toolkit parser reads a source template and generates the text of a Perl subroutine as output. It then uses C<eval()> to evaluate it into a subroutine reference. This subroutine is then called to process the template, passing a reference to the current L<Template::Context> object through which the functionality of the Template Toolkit can be accessed. The subroutine reference can be cached, allowing the template to be processed repeatedly without requiring any further parsing. For example, a template such as: [% PROCESS header %] The [% animal %] sat on the [% location %] [% PROCESS footer %] is converted into the following Perl subroutine definition: sub { my $context = shift; my $stash = $context->stash; my $output = ''; my $error; eval { BLOCK: { $output .= $context->process('header'); $output .= "The "; $output .= $stash->get('animal'); $output .= " sat on the "; $output .= $stash->get('location'); $output .= $context->process('footer'); $output .= "\n"; } }; if ($@) { $error = $context->catch($@, \$output); die $error unless $error->type eq 'return'; } return $output; } To examine the Perl code generated, such as in the above example, set the C<$Template::Parser::DEBUG> package variable to any true value. You can also set the C<$Template::Directive::PRETTY> variable true to have the code formatted in a readable manner for human consumption. The source code for each generated template subroutine will be printed to C<STDERR> on compilation (i.e. the first time a template is used). $Template::Parser::DEBUG = 1; $Template::Directive::PRETTY = 1; $template->process($file, $vars) || die $template->error(), "\n"; The C<PERL> ... C<END> construct allows Perl code to be embedded into a template when the C<EVAL_PERL> option is set. It is evaluated at "runtime" using C<eval()> each time the template subroutine is called. This is inherently flexible, but not as efficient as it could be, especially in a persistent server environment where a template may be processed many times. The C<RAWPERL> directive allows you to write Perl code that is integrated directly into the generated Perl subroutine text. It is evaluated once at compile time and is stored in cached form as part of the compiled template subroutine. This makes C<RAWPERL> blocks more efficient than C<PERL> blocks. The downside is that you must code much closer to the metal. For example, in a C<PERL> block you can call L<print()> to generate some output. C<RAWPERL> blocks don't afford such luxury. The code is inserted directly into the generated subroutine text and should conform to the convention of appending to the C<$output> variable. [% PROCESS header %] [% RAWPERL %] $output .= "Some output\n"; ... $output .= "Some more output\n"; [% END %] The critical section of the generated subroutine for this example would then look something like: ... eval { BLOCK: { $output .= $context->process('header'); $output .= "\n"; $output .= "Some output\n"; ... $output .= "Some more output\n"; $output .= "\n"; } }; ... As with C<PERL> blocks, the L<$context|Template::Context> and L<$stash|Template::Stash> references are pre-defined and available for use within C<RAWPERL> code. =head1 Exception Handling and Flow Control =head2 TRY / THROW / CATCH / FINAL (more advanced material) The Template Toolkit supports fully functional, nested exception handling. The C<TRY> directive introduces an exception handling scope which continues until the matching C<END> directive. Any errors that occur within that block will be caught and can be handled by one of the C<CATCH> blocks defined. [% TRY %] ...blah...blah... [% CALL somecode %] ...etc... [% INCLUDE someblock %] ...and so on... [% CATCH %] An error occurred! [% END %] Errors are raised as exceptions (objects of the L<Template::Exception> class) which contain two fields: C<type> and C<info>. The exception C<type> is used to indicate the kind of error that occurred. It is a simple text string which can contain letters, numbers, 'C<_>' or 'C<.>'. The C<info> field contains an error message indicating what actually went wrong. Within a catch block, the exception object is aliased to the C<error> variable. You can access the C<type> and C<info> fields directly. [% mydsn = 'dbi:MySQL:foobar' %] ... [% TRY %] [% USE DBI(mydsn) %] [% CATCH %] ERROR! Type: [% error.type %] Info: [% error.info %] [% END %] output (assuming a non-existent database called 'C<foobar>'): ERROR! Type: DBI Info: Unknown database "foobar" The C<error> variable can also be specified by itself and will return a string of the form "C<$type error - $info>". ... [% CATCH %] ERROR: [% error %] [% END %] Output: ERROR: DBI error - Unknown database "foobar" Each C<CATCH> block may be specified with a particular exception type denoting the kind of error that it should catch. Multiple C<CATCH> blocks can be provided to handle different types of exception that may be thrown in the C<TRY> block. A C<CATCH> block specified without any type, as in the previous example, is a default handler which will catch any otherwise uncaught exceptions. This can also be specified as C<[% CATCH DEFAULT %]>. [% TRY %] [% INCLUDE myfile %] [% USE DBI(mydsn) %] [% CALL somecode %] [% CATCH file %] File Error! [% error.info %] [% CATCH DBI %] [% INCLUDE database/error.html %] [% CATCH %] [% error %] [% END %] Remember that you can specify multiple directives within a single tag, each delimited by 'C<;>'. So the above example can be written more concisely as: [% TRY; INCLUDE myfile; USE DBI(mydsn); CALL somecode; CATCH file; "File Error! $error.info"; CATCH DBI; INCLUDE database/error.html; CATCH; error; END %] The C<DBI> plugin throws exceptions of the C<DBI> type (in case that wasn't already obvious). The other specific exception caught here is of the C<file> type. A C<file> exception is automatically thrown by the Template Toolkit when it can't find a file, or fails to load, parse or process a file that has been requested by an C<INCLUDE>, C<PROCESS>, C<INSERT> or C<WRAPPER> directive. If C<myfile> can't be found in the example above, the C<[% INCLUDE myfile %]> directive will raise a C<file> exception which is then caught by the C<[% CATCH file %]> block. The output generated would be: File Error! myfile: not found Note that the C<DEFAULT> option (disabled by default) allows you to specify a default file to be used any time a template file can't be found. This will prevent file exceptions from ever being raised when a non-existent file is requested (unless, of course, the C<DEFAULT> file your specify doesn't exist). Errors encountered once the file has been found (i.e. read error, parse error) will be raised as file exceptions as per usual. Uncaught exceptions (i.e. if the C<TRY> block doesn't have a type specific or default C<CATCH> handler) may be caught by enclosing C<TRY> blocks which can be nested indefinitely across multiple templates. If the error isn't caught at any level then processing will stop and the Template L<process()|Template#process()> method will return a false value to the caller. The relevant L<Template::Exception> object can be retrieved by calling the L<error()|Template#error()> method. [% TRY %] ... [% TRY %] [% INCLUDE $user.header %] [% CATCH file %] [% INCLUDE header %] [% END %] ... [% CATCH DBI %] [% INCLUDE database/error.html %] [% END %] In this example, the inner C<TRY> block is used to ensure that the first C<INCLUDE> directive works as expected. We're using a variable to provide the name of the template we want to include, C<user.header>, and it's possible this contains the name of a non-existent template, or perhaps one containing invalid template directives. If the C<INCLUDE> fails with a C<file> error then we C<CATCH> it in the inner block and C<INCLUDE> the default C<header> file instead. Any C<DBI> errors that occur within the scope of the outer C<TRY> block will be caught in the relevant C<CATCH> block, causing the C<database/error.html> template to be processed. Note that included templates inherit all currently defined template variable so these error files can quite happily access the <error> variable to retrieve information about the currently caught exception. For example, the C<database/error.html> template might look like this: <h2>Database Error</h2> A database error has occurred: [% error.info %] You can also specify a C<FINAL> block. This is always processed regardless of the outcome of the C<TRY> and/or C<CATCH> blocks. If an exception is uncaught then the C<FINAL> block is processed before jumping to the enclosing block or returning to the caller. [% TRY %] ... [% CATCH this %] ... [% CATCH that %] ... [% FINAL %] All done! [% END %] The output from the C<TRY> block is left intact up to the point where an exception occurs. For example, this template: [% TRY %] This gets printed [% THROW food 'carrots' %] This doesn't [% CATCH food %] culinary delights: [% error.info %] [% END %] generates the following output: This gets printed culinary delights: carrots The C<CLEAR> directive can be used in a C<CATCH> or C<FINAL> block to clear any output created in the C<TRY> block. [% TRY %] This gets printed [% THROW food 'carrots' %] This doesn't [% CATCH food %] [% CLEAR %] culinary delights: [% error.info %] [% END %] Output: culinary delights: carrots Exception types are hierarchical, with each level being separated by the familiar dot operator. A C<DBI.connect> exception is a more specific kind of C<DBI> error. Similarly, an C<example.error.barf> is a more specific kind of C<example.error> type which itself is also a C<example> error. A C<CATCH> handler that specifies a general exception type (such as C<DBI> or C<example.error>) will also catch more specific types that have the same prefix as long as a more specific handler isn't defined. Note that the order in which C<CATCH> handlers are defined is irrelevant; a more specific handler will always catch an exception in preference to a more generic or default one. [% TRY %] ... [% CATCH DBI ; INCLUDE database/error.html ; CATCH DBI.connect ; INCLUDE database/connect.html ; CATCH ; INCLUDE error.html ; END %] In this example, a C<DBI.connect> error has it's own handler, a more general C<DBI> block is used for all other C<DBI> or C<DBI.*> errors and a default handler catches everything else. Exceptions can be raised in a template using the C<THROW> directive. The first parameter is the exception type which doesn't need to be quoted (but can be, it's the same as C<INCLUDE>) followed by the relevant error message which can be any regular value such as a quoted string, variable, etc. [% THROW food "Missing ingredients: $recipe.error" %] [% THROW user.login 'no user id: please login' %] [% THROW $myerror.type "My Error: $myerror.info" %] It's also possible to specify additional positional or named parameters to the C<THROW> directive if you want to pass more than just a simple message back as the error info field. [% THROW food 'eggs' 'flour' msg='Missing Ingredients' %] In this case, the error C<info> field will be a hash array containing the named arguments and an C<args> item which contains a list of the positional arguments. type => 'food', info => { msg => 'Missing Ingredients', args => ['eggs', 'flour'], } In addition to specifying individual positional arguments as C<[% error.info.args.n %]>, the C<info> hash contains keys directly pointing to the positional arguments, as a convenient shortcut. [% error.info.0 %] # same as [% error.info.args.0 %] Exceptions can also be thrown from Perl code which you've bound to template variables, or defined as a plugin or other extension. To raise an exception, call C<die()> passing a reference to a L<Template::Exception> object as the argument. This will then be caught by any enclosing C<TRY> blocks from where the code was called. use Template::Exception; ... my $vars = { foo => sub { # ... do something ... die Template::Exception->new('myerr.naughty', 'Bad, bad error'); }, }; Template: [% TRY %] [% foo %] [% CATCH myerr ; "Error: $error" ; END %] Output: Error: myerr.naughty error - Bad, bad error The C<info> field can also be a reference to another object or data structure, if required. die Template::Exception->new('myerror', { module => 'foo.pl', errors => [ 'bad permissions', 'naughty boy' ], }); Later, in a template: [% TRY %] ... [% CATCH myerror %] [% error.info.errors.size or 'no'; error.info.errors.size == 1 ? ' error' : ' errors' %] in [% error.info.module %]: [% error.info.errors.join(', ') %]. [% END %] Generating the output: 2 errors in foo.pl: bad permissions, naughty boy. You can also call C<die()> with a single string, as is common in much existing Perl code. This will automatically be converted to an exception of the 'C<undef>' type (that's the literal string 'C<undef>', not the undefined value). If the string isn't terminated with a newline then Perl will append the familiar C<" at $file line $line"> message. sub foo { # ... do something ... die "I'm sorry, Dave, I can't do that\n"; } If you're writing a plugin, or some extension code that has the current L<Template::Context> in scope (you can safely skip this section if this means nothing to you) then you can also raise an exception by calling the context L<throw()|Template::Context#throw()> method. You can pass it an L<Template::Exception> object reference, a pair of C<($type, $info)> parameters or just an C<$info> string to create an exception of 'C<undef>' type. $context->throw($e); # exception object $context->throw('Denied'); # 'undef' type $context->throw('user.passwd', 'Bad Password'); =head2 NEXT The C<NEXT> directive can be used to start the next iteration of a C<FOREACH> or C<WHILE> loop. [% FOREACH user IN users %] [% NEXT IF user.isguest %] Name: [% user.name %] Email: [% user.email %] [% END %] =head2 LAST The C<LAST> directive can be used to prematurely exit a C<FOREACH> or C<WHILE> loop. [% FOREACH user IN users %] Name: [% user.name %] Email: [% user.email %] [% LAST IF some.condition %] [% END %] C<BREAK> can also be used as an alias for C<LAST>. =head2 RETURN The C<RETURN> directive can be used to stop processing the current template and return to the template from which it was called, resuming processing at the point immediately after the C<INCLUDE>, C<PROCESS> or C<WRAPPER> directive. If there is no enclosing template then the Template L<process()|Template#process()> method will return to the calling code with a true value. Before [% INCLUDE half_wit %] After [% BLOCK half_wit %] This is just half... [% RETURN %] ...a complete block [% END %] Output: Before This is just half... After =head2 STOP The C<STOP> directive can be used to indicate that the processor should stop gracefully without processing any more of the template document. This is a planned stop and the Template L<process()|Template#process()> method will return a B<true> value to the caller. This indicates that the template was processed successfully according to the directives within it. [% IF something.terrible.happened %] [% INCLUDE fatal/error.html %] [% STOP %] [% END %] [% TRY %] [% USE DBI(mydsn) %] ... [% CATCH DBI.connect %] <h1>Cannot connect to the database: [% error.info %]</h1> <p> We apologise for the inconvenience. </p> [% INCLUDE footer %] [% STOP %] [% END %] =head2 CLEAR The C<CLEAR> directive can be used to clear the output buffer for the current enclosing block. It is most commonly used to clear the output generated from a C<TRY> block up to the point where the error occurred. [% TRY %] blah blah blah # this is normally left intact [% THROW some 'error' %] # up to the point of error ... [% CATCH %] [% CLEAR %] # clear the TRY output [% error %] # print error string [% END %] =head1 Miscellaneous =head2 META The C<META> directive allows simple metadata items to be defined within a template. These are evaluated when the template is parsed and as such may only contain simple values (e.g. it's not possible to interpolate other variables values into C<META> variables). [% META title = 'The Cat in the Hat' author = 'Dr. Seuss' version = 1.23 %] The C<template> variable contains a reference to the main template being processed. These metadata items may be retrieved as attributes of the template. <h1>[% template.title %]</h1> <h2>[% template.author %]</h2> The C<name> and C<modtime> metadata items are automatically defined for each template to contain its name and modification time in seconds since the epoch. [% USE date %] # use Date plugin to format time ... [% template.name %] last modified at [% date.format(template.modtime) %] The C<PRE_PROCESS> and C<POST_PROCESS> options allow common headers and footers to be added to all templates. The C<template> reference is correctly defined when these templates are processed, allowing headers and footers to reference metadata items from the main template. $template = Template->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', }); $template->process('cat_in_hat'); header: <html> <head> <title>[% template.title %]</title> </head> <body> cat_in_hat: [% META title = 'The Cat in the Hat' author = 'Dr. Seuss' version = 1.23 year = 2000 %] The cat in the hat sat on the mat. footer: <hr> © [% template.year %] [% template.author %] </body> </html> The output generated from the above example is: <html> <head> <title>The Cat in the Hat</title> </head> <body> The cat in the hat sat on the mat. <hr> © 2000 Dr. Seuss </body> </html> =head2 TAGS The C<TAGS> directive can be used to set the C<START_TAG> and C<END_TAG> values on a per-template file basis. [% TAGS <+ +> %] <+ INCLUDE header +> The TAGS directive may also be used to set a named C<TAG_STYLE> [% TAGS html %] <!-- INCLUDE header --> See the L<TAGS|Template::Manual::Config#TAGS> and L<TAG_STYLE|Template::Manual::Config#TAG_STYLE> configuration options for further details. =head2 DEBUG The C<DEBUG> directive can be used to enable or disable directive debug messages within a template. The C<DEBUG> configuration option must be set to include C<DEBUG_DIRS> for the C<DEBUG> directives to have any effect. If C<DEBUG_DIRS> is not set then the parser will automatically ignore and remove any C<DEBUG> directives. The C<DEBUG> directive can be used with an C<on> or C<off> parameter to enable or disable directive debugging messages from that point forward. When enabled, the output of each directive in the generated output will be prefixed by a comment indicate the file, line and original directive text. [% DEBUG on %] directive debugging is on (assuming DEBUG option is set true) [% DEBUG off %] directive debugging is off The C<format> parameter can be used to change the format of the debugging message. [% DEBUG format '<!-- $file line $line : [% $text %] -->' %] =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Views.pod 0000444 00000045213 15155303156 0007571 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Views # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Views - Template Toolkit views (experimental) =head1 Overview A view is effectively a collection of templates and/or variable definitions which can be passed around as a self-contained unit. This then represents a particular interface or presentation style for other objects or items of data. You can use views to implement custom "skins" for an application or content set. You can use them to help simplify the presentation of common objects or data types. You can even use then to automate the presentation of complex data structures such as that generated in an C<XML::DOM> tree or similar. You let an iterator do the walking, and the view does the talking (or in this case, the presenting). Voila - you have view independent, structure shy traversal using templates. In general, views can be used in a number of different ways to achieve several different things. They elegantly solve some problems which were otherwise difficult or complicated, and make easy some things that were previously hard. At the moment, they're still very experimental. The directive syntax and underlying API are likely to change quite considerably over the next version or two. Please be very wary about building your multi-million dollar e-commerce solutions based around this feature. =head1 Views as Template Collectors/Providers The C<VIEW> directive starts a view definition and includes a name by which the view can be referenced. The view definition continues up to the matching C<END> directive. [% VIEW myview %] ... [% END %] The first role of a view is to act as a collector and provider of templates. The C<include()> method can be called on a view to effectively do the same thing as the C<INCLUDE> directive. The template name is passed as the first argument, followed by any local variable definitions for the template. [% myview.include('header', title='The Title') %] # equivalent to [% INCLUDE header title='The Title' %] Views accept a number of configuration options which can be used to control different aspects of their behaviour. The 'C<prefix>' and 'C<suffix>' options can be specified to add a fixed prefix and/or suffix to the name of each template. [% VIEW myview prefix = 'my/' suffix = '.tt2' ; END %] Now the call [% myview.include('header', title='The Title') %] is equivalent to [% INCLUDE my/header.tt2 title='The Title' %] Views provide an C<AUTOLOAD> method which maps method names to the C<include()> method. Thus, the following are all equivalent: [% myview.include('header', title='Hello World') %] [% myview.include_header(title='Hello World') %] [% myview.header(title='Hello World') %] =head1 Local BLOCK Definitions A C<VIEW> definition can include C<BLOCK> definitions which remain local to the view. A request for a particular template will return a C<BLOCK>, if defined, in preference to any other template of the same name. [% BLOCK foo %] public foo block [% END %] [% VIEW plain %] [% BLOCK foo %] plain foo block [% END %] [% END %] [% VIEW fancy %] [% BLOCK foo %] fancy foo block [% END %] [% END %] [% INCLUDE foo %] # public foo block [% plain.foo %] # plain foo block [% fancy.foo %] # fancy foo block In addition to C<BLOCK> definitions, a C<VIEW> can contain any other template directives. The entire C<VIEW> definition block is processed to initialise the view but no output is generated (this may change RSN - and get stored as 'C<output>' item, subsequently accessible as C<[% view.output %]>). However, directives that have side-effects, such as those that update a variable, will have noticeable consequences. =head1 Preserving Variable State within Views Views can also be used to save the values of any existing variables, or to create new ones at the point at which the view is defined. Unlike simple template metadata (C<META>) which can only contain static string values, the view initialisation block can contain any template directives and generate any kind of dynamic output and/or data items. [% VIEW my_web_site %] [% view.title = title or 'My Cool Web Site' %] [% view.author = "$abw.name, $abw.email" %] [% view.sidebar = INCLUDE my/sidebar.tt2 %] [% END %] Note that additional data items can be specified as arguments to the C<VIEW> directive. Anything that doesn't look like a configuration parameter is assumed to be a data item. This can be a little hazardous, of course, because you never know when a new configuration item might get added which interferes with your data. [% VIEW my_web_site # config options prefix = 'my/' # misc data title = title or 'My Cool Web Site' author = "$abw.name, $abw.email" sidebar = INCLUDE my/sidebar.tt2 %] ... [% END %] Outside of the view definition you can access the view variables as, for example: [% my_web_site.title %] One important feature is the equivalence of simple variables and templates. You can implement the view item 'C<title>' as a simple variable, a template defined in an external file, possibly with a prefix/suffix automatically appended, or as a local C<BLOCK> definition within the C<[% VIEW %] ... [% END %]> definition. If you use the syntax above then the view will Do The Right Thing to return the appropriate output. At the C<END> of the C<VIEW> definition the view is "sealed" to prevent you from accidentally updating any variable values. If you attempt to change the value of a variable after the C<END> of the C<VIEW> definition block then a C<view> error will be thrown. [% TRY; my_web_site.title = 'New Title'; CATCH; error; END %] The error above will be reported as: view error - cannot update item in sealed view: title The same is true if you pass a parameter to a view variable. This is interpreted as an attempt to update the variable and will raise the same warning. [% my_web_site.title('New Title') %] # view error! You can set the C<silent> parameter to have the view ignore these parameters and simply return the variable value. [% VIEW my_web_site silent = 1 title = title or 'My Cool Web Site' # ... ; END %] [% my_web_site.title('Blah Blah') %] # My Cool Web Site Alternately, you can specify that a view is unsealed allowing existing variables to be updated and new variables defined. [% VIEW my_web_site sealed = 0 title = title or 'My Cool Web Site' # ... ; END %] [% my_web_site.title('Blah Blah') %] # Blah Blah [% my_web_site.title %] # Blah Blah =head2 Inheritance, Delegation and Reuse Views can be inherited from previously defined views by use of the C<base> parameter. This example shows how a base class view is defined which applies a C<view/default/> prefix to all template names. [% VIEW my.view.default prefix = 'view/default/'; END %] Thus the directive: [% my.view.default.header(title='Hello World') %] is now equivalent to: [% INCLUDE view/default/header title='Hello World' %] A second view can be defined which specifies the default view as a base. [% VIEW my.view.fancy base = my.view.default prefix = 'view/fancy/'; END %] Now the directive: [% my.view.fancy.header(title='Hello World') %] will resolve to: [% INCLUDE view/fancy/header title='Hello World' %] or if that doesn't exist, it will be handled by the base view as: [% INCLUDE view/default/header title='Hello World' %] When a parent view is specified via the C<base> parameter, the delegation of a view to its parent for fetching templates and accessing user defined variables is automatic. You can also implement your own inheritance, delegation or other reuse patterns by explicitly delegating to other views. [% BLOCK foo %] public foo block [% END %] [% VIEW plain %] [% BLOCK foo %] <plain>[% PROCESS foo %]</plain> [% END %] [% END %] [% VIEW fancy %] [% BLOCK foo %] [% plain.foo | replace('plain', 'fancy') %] [% END %] [% END %] [% plain.foo %] # <plain>public foo block</plain> [% fancy.foo %] # <fancy>public foo block</fancy> Note that the regular C<INCLUDE/PROCESS/WRAPPER> directives work entirely independently of views and will always get the original, unaltered template name rather than any local per-view definition. =head2 Self-Reference A reference to the view object under definition is available with the C<VIEW ... END> block by its specified name and also by the special name 'C<view>' (similar to the C<my $self = shift;> in a Perl method or the 'C<this>' pointer in C++, etc). The view is initially unsealed allowing any data items to be defined and updated within the C<VIEW ... END> block. The view is automatically sealed at the end of the definition block, preventing any view data from being subsequently changed. (NOTE: sealing should be optional. As well as sealing a view to prevent updates (C<SEALED>), it should be possible to set an option in the view to allow external contexts to update existing variables (C<UPDATE>) or even create totally new view variables (C<CREATE>)). [% VIEW fancy %] [% fancy.title = 'My Fancy Title' %] [% fancy.author = 'Frank Open' %] [% fancy.col = { bg => '#ffffff', bar => '#a0a0ff' } %] [% END %] or [% VIEW fancy %] [% view.title = 'My Fancy Title' %] [% view.author = 'Frank Open' %] [% view.col = { bg => '#ffffff', bar => '#a0a0ff' } %] [% END %] It makes no real difference in this case if you refer to the view by its name, 'C<fancy>', or by the general name, 'C<view>'. Outside of the view block, however, you should always use the given name, 'C<fancy>': [% fancy.title %] [% fancy.author %] [% fancy.col.bg %] The choice of given name or 'C<view>' is much more important when it comes to C<BLOCK> definitions within a C<VIEW>. It is generally recommended that you use 'C<view>' inside a C<VIEW> definition because this is guaranteed to be correctly defined at any point in the future when the block gets called. The original name of the view might have long since been changed or reused but the self-reference via 'C<view>' should always be intact and valid. Take the following VIEW as an example: [% VIEW foo %] [% view.title = 'Hello World' %] [% BLOCK header %] Title: [% view.title %] [% END %] [% END %] Even if we rename the view, or create a new C<foo> variable, the header block still correctly accesses the C<title> attribute of the view to which it belongs. Whenever a view C<BLOCK> is processed, the C<view> variable is always updated to contain the correct reference to the view object to which it belongs. [% bar = foo %] [% foo = { title => "New Foo" } %] # no problem [% bar.header %] # => Title: Hello World =head2 Saving References to External Views When it comes to view inheritance, it's always a good idea to take a local copy of a parent or delegate view and store it as an attribute within the view for later use. This ensures that the correct view reference is always available, even if the external name of a view has been changed. [% VIEW plain %] ... [% END %] [% VIEW fancy %] [% view.plain = plain %] [% BLOCK foo %] [% view.plain.foo | replace('plain', 'fancy') %] [% END %] [% END %] [% plain.foo %] # => <plain>public foo block</plain> [% plain = 'blah' %] # no problem [% fancy.foo %] # => <fancy>public foo block</fancy> =head2 Views as Data Presenters Another key role of a view is to act as a dispatcher to automatically apply the correct template to present a particular object or data item. This is handled via the C<print()> method. Here's an example: [% VIEW foo %] [% BLOCK text %] Some text: [% item %] [% END %] [% BLOCK hash %] a hash: [% FOREACH key = item.keys.sort -%] [% key %] => [% item.$key %] [% END -%] [% END %] [% BLOCK list %] a list: [% item.sort.join(', ') %] [% END %] [% END %] We can now use the view to print text, hashes or lists. The C<print()> method includes the right template depending on the typing of the argument (or arguments) passed. [% some_text = 'I read the news today, oh boy.' %] [% a_hash = { house => 'Lords', hall => 'Albert' } %] [% a_list = [ 'sure', 'Nobody', 'really' ] %] [% view.print(some_text) %] # Some text: I read the news today, oh boy. [% view.print(a_hash) %] # a hash: hall => Albert house => Lords [% view.print(a_list) %] # a list: Nobody, really, sure You can also provide templates to print objects of any other class. The class name is mapped to a template name with all non-word character sequences such as 'C<::>' converted to a single 'C<_>'. [% VIEW foo %] [% BLOCK Foo_Bar %] a Foo::Bar object: thingies: [% view.print(item.thingies) %] doodahs: [% view.print(item.doodahs) %] [% END %] [% END %] [% USE fubar = Foo::Bar(...) %] [% foo.print(fubar) %] Note how we use the view object to display various items within the objects ('C<thingies>' and 'C<doodahs>'). We don't need to worry what kind of data these represent (text, list, hash, etc) because we can let the view worry about it, automatically mapping the data type to the correct template. Views may define their own type =E<gt> template map. [% VIEW foo map = { TEXT => 'plain_text', ARRAY => 'show_list', HASH => 'show_hash', My::Module => 'template_name' default => 'any_old_data' } %] [% BLOCK plain_text %] ... [% END %] ... [% END %] They can also provide a C<default> map entry, specified as part of the C<map> hash or as a parameter by itself. [% VIEW foo map = { ... }, default = 'whatever' %] ... [% END %] or [% VIEW foo %] [% view.map = { ... } view.default = 'whatever' %] ... [% END %] The C<print()> method provides one more piece of magic. If you pass it a reference to an object which provides a C<present()> method, then the method will be called passing the view as an argument. This then gives any object a chance to determine how it should be presented via the view. package Foo::Bar; ... sub present { my ($self, $view) = @_; return "a Foo::Bar object:\n" . "thingies: " . $view->print($self->{ _THINGIES }) . "\n" . "doodahs: " . $view->print($self->{ _DOODAHS }) . "\n"; } The object is free to delve deeply into its innards and mess around with its own private data, before presenting the relevant data via the view. In a more complex example, a C<present()> method might walk part of a tree making calls back against the view to present different nodes within the tree. We may not want to expose the internal structure of the tree (because that would break encapsulation and make our presentation code dependant on it) but we want to have some way of walking the tree and presenting items found in a particular manner. This is known as I<Structure Shy Traversal>. Our view object doesn't require prior knowledge about the internal structure of any data set to be able to traverse it and present the data contained therein. The data items themselves, via the C<present()> method, can implement the internal iterators to guide the view along the right path to presentation happiness. The upshot is that you can use views to greatly simplify the display of data structures like C<XML::DOM> trees. The documentation for the C<Template::Plugin::XML::DOM> module contains an example of this. In essence, it looks something like this: XML source: <user name="Andy Wardley"> <project id="iCan" title="iCan, but theyCan't"/> <project id="p45" title="iDid, but theyDidn't"/> </user> TT View: [% VIEW fancy %] [% BLOCK user %] User: [% item.name %] [% item.content(myview) %] [% END %] [% BLOCK project %] Project: [% project.id %] - [% project.name %] [% END %] [% END %] Generate view: [% USE dom = XML.DOM %] [% fancy.print(dom.parse(xml_source)) %] Output: User: Andy Wardley Project: iCan - iCan, but theyCan't Project: p45 - iDid, but theyDidn't The same approach can be applied to many other areas. Here's an example from the C<File>/C<Directory> plugins. [% VIEW myview %] [% BLOCK file %] - [% item.name %] [% END %] [% BLOCK directory %] * [% item.name %] [% item.content(myview) FILTER indent %] [% END %] [% END %] [% USE dir = Directory(dirpath) %] [% myview.print(dir) %] And here's the same approach use to convert POD documentation to any other format via template. [% # load Pod plugin and parse source file into Pod Object Model USE Pod; pom = Pod.parse_file(my_pod_file); # define view to map all Pod elements to "pod/html/xxx" templates VIEW pod2html prefix='pod/html'; END; # now print document via view (i.e. as HTML) pod2html.print(pom) %] Here we simply define a template prefix for the view which causes the view to look for C<pod/html/head1>, C<pod/html/head2>, C<pod/html/over> as templates to present the different sections of the parsed Pod document. There are some examples in the Template Toolkit test suite: F<t/pod.t> and F<t/view.t> which may shed some more light on this. See the distribution sub-directory F<examples/pod/html> for examples of Pod -E<gt> HTML templates. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Variables.pod 0000444 00000060463 15155303156 0010410 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Variables # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Variables - Template variables and code bindings =head1 Template Variables A reference to a hash array may be passed as the second argument to the L<process()|Template#process()> method, containing definitions of template variables. The C<VARIABLES> (a.k.a. C<PRE_DEFINE>) option can also be used to pre-define variables for all templates processed by the object. my $tt = Template->new({ VARIABLES => { version => 3.14, release => 'Sahara', }, }); my $vars = { serial_no => 271828, }; $tt->process('myfile', $vars); F<myfile> template: This is version [% version %] ([% release %]). Serial number: [% serial_no %] Generated Output: This is version 3.14 (Sahara) Serial number: 271828 Variable names may contain any alphanumeric characters or underscores. They may be lower, upper or mixed case although the usual convention is to use lower case. The case I<is> significant however, and 'C<foo>', 'C<Foo>' and 'C<FOO>' are all different variables. Upper case variable names are permitted, but not recommended due to a possible conflict with an existing or future reserved word. As of version 2.00, these are: GET CALL SET DEFAULT INSERT INCLUDE PROCESS WRAPPER IF UNLESS ELSE ELSIF FOR FOREACH WHILE SWITCH CASE USE PLUGIN FILTER MACRO PERL RAWPERL BLOCK META TRY THROW CATCH FINAL NEXT LAST BREAK RETURN STOP CLEAR TO STEP AND OR NOT MOD DIV END The variable values may be of virtually any Perl type, including simple scalars, references to lists, hash arrays, subroutines or objects. The Template Toolkit will automatically apply the correct procedure to accessing these values as they are used in the template. Example data: my $vars = { article => 'The Third Shoe', person => { id => 314, name => 'Mr. Blue', email => 'blue@nowhere.org', }, primes => [ 2, 3, 5, 7, 11, 13 ], wizard => sub { return join(' ', 'Abracadabra!', @_) }, cgi => CGI->new('mode=submit&debug=1'), }; Example template: [% article %] [% person.id %]: [% person.name %] <[% person.email %]> [% primes.first %] - [% primes.last %], including [% primes.3 %] [% primes.size %] prime numbers: [% primes.join(', ') %] [% wizard %] [% wizard('Hocus Pocus!') %] [% cgi.param('mode') %] Generated output: The Third Shoe 314: Mr. Blue <blue@nowhere.org> 2 - 13, including 7 6 prime numbers: 2, 3, 5, 7, 11, 13 Abracadabra! Abracadabra! Hocus Pocus! submit =head2 Scalar Values Regular scalar variables are accessed by simply specifying their name. As these are just entries in the top-level variable hash they can be considered special cases of hash array referencing as described below, with the main namespace hash automatically implied. [% article %] =head2 Hash Array References Members of hash arrays are accessed by specifying the hash reference and key separated by the dot 'C<.>' operator. Example data: my $vars = { 'home' => 'http://www.myserver.com/homepage.html', 'page' => { 'this' => 'mypage.html', 'next' => 'nextpage.html', 'prev' => 'prevpage.html', }, }; Example template: <a href="[% home %]">Home</a> <a href="[% page.prev %]">Previous Page</a> <a href="[% page.next %]">Next Page</a> Generated output: <a href="http://www.myserver.com/homepage.html">Home</a> <a href="prevpage.html">Previous Page</a> <a href="nextpage.html">Next Page</a> Any key in a hash which starts with a 'C<_>' or 'C<.>' character will be considered private and cannot be evaluated or updated from within a template. The undefined value will be returned for any such variable accessed which the Template Toolkit will silently ignore (unless the C<DEBUG> option is enabled). Example data: my $vars = { message => 'Hello World!', _secret => "On the Internet, no-one knows you're a dog", thing => { public => 123, _private => 456, '.hidden' => 789, }, }; Example template: [% message %] # outputs "Hello World!" [% _secret %] # no output [% thing.public %] # outputs "123" [% thing._private %] # no output [% thing..hidden %] # ERROR: unexpected token (..) You can disable this feature by setting the C<$Template::Stash::PRIVATE> package variable to a false value. $Template::Stash::PRIVATE = undef; # now you can thing._private To access a hash entry using a key stored in another variable, prefix the key variable with 'C<$>' to have it interpolated before use (see L<Variable Interpolation>). [% pagename = 'next' %] [% page.$pagename %] # same as [% page.next %] When you assign to a variable that contains multiple namespace elements (i.e. it has one or more 'C<.>' characters in the name), any hashes required to represent intermediate namespaces will be created automatically. In this following example, the C<product> variable automatically springs into life as a hash array unless otherwise defined. [% product.id = 'XYZ-2000' product.desc = 'Bogon Generator' product.price = 666 %] The [% product.id %] [% product.desc %] costs $[% product.price %].00 Generated output: The XYZ-2000 Bogon Generator costs $666.00 You can use Perl's familiar C<{> ... C<}> construct to explicitly create a hash and assign it to a variable. Note that commas are optional between key/value pairs and C<=> can be used in place of C<=E<gt>>. # minimal TT style [% product = { id = 'XYZ-2000' desc = 'Bogon Generator' price = 666 } %] # perl style [% product = { id => 'XYZ-2000', desc => 'Bogon Generator', price => 666, } %] =head2 List References Items in lists are also accessed by use of the dot operator. Example data: my $vars = { people => [ 'Tom', 'Dick', 'Larry' ], }; Example template: [% people.0 %] # Tom [% people.1 %] # Dick [% people.2 %] # Larry The C<FOREACH> directive can be used to iterate through items in a list. [% FOREACH person IN people %] Hello [% person %] [% END %] Generated output: Hello Tom Hello Dick Hello Larry Lists can be constructed in-situ using the regular anonymous list C<[> ... C<]> construct. Commas between items are optional. [% cols = [ 'red', 'green', 'blue' ] %] [% FOREACH c IN cols %] [% c %] [% END %] or: [% FOREACH c IN [ 'red', 'green', 'blue' ] %] [% c %] [% END %] You can also create simple numerical sequences using the C<..> range operator: [% n = [ 1 .. 4 ] %] # n is [ 1, 2, 3, 4 ] [% x = 4 y = 8 z = [x..y] # z is [ 4, 5, 6, 7, 8 ] %] =head2 Subroutines Template variables can contain references to Perl subroutines. When the variable is used, the Template Toolkit will automatically call the subroutine, passing any additional arguments specified. The return value from the subroutine is used as the variable value and inserted into the document output. my $vars = { wizard => sub { return join(' ', 'Abracadabra!', @_) }, }; Example template: [% wizard %] # Abracadabra! [% wizard('Hocus Pocus!') %] # Abracadabra! Hocus Pocus! =head2 Objects Template variables can also contain references to Perl objects. Methods are called using the dot operator to specify the method against the object variable. Additional arguments can be specified as with subroutines. use CGI; my $vars = { # hard coded CGI params for purpose of example cgi => CGI->new('mode=submit&debug=1'), }; Example template: [% FOREACH p IN cgi.param %] # returns list of param keys [% p %] => [% cgi.param(p) %] # fetch each param value [% END %] Generated output: mode => submit debug => 1 Object methods can also be called as lvalues. That is, they can appear on the left side of an assignment. The method will be called passing the assigning value as an argument. [% myobj.method = 10 %] equivalent to: [% myobj.method(10) %] =head2 Passing Parameters and Returning Values Subroutines and methods will be passed any arguments specified in the template. Any template variables in the argument list will first be evaluated and their resultant values passed to the code. my $vars = { mycode => sub { return 'received ' . join(', ', @_) }, }; template: [% foo = 10 %] [% mycode(foo, 20) %] # received 10, 20 Named parameters may also be specified. These are automatically collected into a single hash array which is passed by reference as the B<last> parameter to the sub-routine. Named parameters can be specified using either C<=E<gt>> or C<=> and can appear anywhere in the argument list. my $vars = { myjoin => \&myjoin, }; sub myjoin { # look for hash ref as last argument my $params = ref $_[-1] eq 'HASH' ? pop : { }; return join($params->{ joint } || ' + ', @_); } Example template: [% myjoin(10, 20, 30) %] [% myjoin(10, 20, 30, joint = ' - ' %] [% myjoin(joint => ' * ', 10, 20, 30 %] Generated output: 10 + 20 + 30 10 - 20 - 30 10 * 20 * 30 Parenthesised parameters may be added to any element of a variable, not just those that are bound to code or object methods. At present, parameters will be ignored if the variable isn't "callable" but are supported for future extensions. Think of them as "hints" to that variable, rather than just arguments passed to a function. [% r = 'Romeo' %] [% r(100, 99, s, t, v) %] # outputs "Romeo" User code should return a value for the variable it represents. This can be any of the Perl data types described above: a scalar, or reference to a list, hash, subroutine or object. Where code returns a list of multiple values the items will automatically be folded into a list reference which can be accessed as per normal. my $vars = { # either is OK, first is recommended items1 => sub { return [ 'foo', 'bar', 'baz' ] }, items2 => sub { return ( 'foo', 'bar', 'baz' ) }, }; Example template: [% FOREACH i IN items1 %] ... [% END %] [% FOREACH i IN items2 %] ... [% END %] =head2 Error Handling Errors can be reported from user code by calling C<die()>. Errors raised in this way are caught by the Template Toolkit and converted to structured exceptions which can be handled from within the template. A reference to the exception object is then available as the C<error> variable. my $vars = { barf => sub { die "a sick error has occurred\n"; }, }; Example template: [% TRY %] [% barf %] # calls sub which throws error via die() [% CATCH %] [% error.info %] # outputs "a sick error has occurred\n" [% END %] Error messages thrown via C<die()> are converted to exceptions of type C<undef> (the literal string "undef" rather than the undefined value). Exceptions of user-defined types can be thrown by calling C<die()> with a reference to a L<Template::Exception> object. use Template::Exception; my $vars = { login => sub { ...do something... die Template::Exception->new( badpwd => 'password too silly' ); }, }; Example template: [% TRY %] [% login %] [% CATCH badpwd %] Bad password: [% error.info %] [% CATCH %] Some other '[% error.type %]' error: [% error.info %] [% END %] The exception types C<stop> and C<return> are used to implement the C<STOP> and C<RETURN> directives. Throwing an exception as: die (Template::Exception->new('stop')); has the same effect as the directive: [% STOP %] =head1 Virtual Methods The Template Toolkit implements a number of "virtual methods" which can be applied to scalars, hashes or lists. For example: [% mylist = [ 'foo', 'bar', 'baz' ] %] [% newlist = mylist.sort %] Here C<mylist> is a regular reference to a list, and 'sort' is a virtual method that returns a new list of the items in sorted order. You can chain multiple virtual methods together. For example: [% mylist.sort.join(', ') %] Here the C<join> virtual method is called to join the sorted list into a single string, generating the following output: bar, baz, foo See L<Template::Manual::VMethods> for details of all the virtual methods available. =head1 Variable Interpolation The Template Toolkit uses C<$> consistently to indicate that a variable should be interpolated in position. Most frequently, you see this in double-quoted strings: [% fullname = "$honorific $firstname $surname" %] Or embedded in plain text when the C<INTERPOLATE> option is set: Dear $honorific $firstname $surname, The same rules apply within directives. If a variable is prefixed with a C<$> then it is replaced with its value before being used. The most common use is to retrieve an element from a hash where the key is stored in a variable. [% uid = 'abw' %] [% users.$uid %] # same as 'users.abw' Curly braces can be used to delimit interpolated variable names where necessary. [% users.${me.id}.name %] Directives such as C<INCLUDE>, C<PROCESS>, etc., that accept a template name as the first argument, will automatically quote it for convenience. [% INCLUDE foo/bar.txt %] The above example is equivalent to: [% INCLUDE "foo/bar.txt" %] To C<INCLUDE> a template whose name is stored in a variable, simply prefix the variable name with C<$> to have it interpolated. [% myfile = 'header' %] [% INCLUDE $myfile %] This is equivalent to: [% INCLUDE header %] Note also that a variable containing a reference to a L<Template::Document> object can also be processed in this way. my $vars = { header => Template::Document->new({ ... }), }; Example template: [% INCLUDE $header %] =head1 Local and Global Variables Any simple variables that you create, or any changes you make to existing variables, will only persist while the template is being processed. The top-level variable hash is copied before processing begins and any changes to variables are made in this copy, leaving the original intact. The same thing happens when you C<INCLUDE> another template. The current namespace hash is cloned to prevent any variable changes made in the included template from interfering with existing variables. The C<PROCESS> option bypasses the localisation step altogether making it slightly faster, but requiring greater attention to the possibility of side effects caused by creating or changing any variables within the processed template. [% BLOCK change_name %] [% name = 'bar' %] [% END %] [% name = 'foo' %] [% INCLUDE change_name %] [% name %] # foo [% PROCESS change_name %] [% name %] # bar Dotted compound variables behave slightly differently because the localisation process is only skin deep. The current variable namespace hash is copied, but no attempt is made to perform a deep-copy of other structures within it (hashes, arrays, objects, etc). A variable referencing a hash, for example, will be copied to create a new reference but which points to the same hash. Thus, the general rule is that simple variables (undotted variables) are localised, but existing complex structures (dotted variables) are not. [% BLOCK all_change %] [% x = 20 %] # changes copy [% y.z = 'zulu' %] # changes original [% END %] [% x = 10 y = { z => 'zebra' } %] [% INCLUDE all_change %] [% x %] # still '10' [% y.z %] # now 'zulu' If you create a complex structure such as a hash or list reference within a local template context then it will cease to exist when the template is finished processing. [% BLOCK new_stuff %] [% # define a new 'y' hash array in local context y = { z => 'zulu' } %] [% END %] [% x = 10 %] [% INCLUDE new_stuff %] [% x %] # outputs '10' [% y %] # nothing, y is undefined Similarly, if you update an element of a compound variable which I<doesn't> already exists then a hash will be created automatically and deleted again at the end of the block. [% BLOCK new_stuff %] [% y.z = 'zulu' %] [% END %] However, if the hash I<does> already exist then you will modify the original with permanent effect. To avoid potential confusion, it is recommended that you don't update elements of complex variables from within blocks or templates included by another. If you want to create or update truly global variables then you can use the 'global' namespace. This is a hash array automatically created in the top-level namespace which all templates, localised or otherwise see the same reference to. Changes made to variables within this hash are visible across all templates. [% global.version = 123 %] =head1 Compile Time Constant Folding In addition to variables that get resolved each time a template is processed, you can also define variables that get resolved just once when the template is compiled. This generally results in templates processing faster because there is less work to be done. To define compile-time constants, specify a C<CONSTANTS> hash as a constructor item as per C<VARIABLES>. The C<CONSTANTS> hash can contain any kind of complex, nested, or dynamic data structures, just like regular variables. my $tt = Template->new({ CONSTANTS => { version => 3.14, release => 'skyrocket', col => { back => '#ffffff', fore => '#000000', }, myobj => My::Object->new(), mysub => sub { ... }, joint => ', ', }, }); Within a template, you access these variables using the C<constants> namespace prefix. Version [% constants.version %] ([% constants.release %]) Background: [% constants.col.back %] When the template is compiled, these variable references are replaced with the corresponding value. No further variable lookup is then required when the template is processed. You can call subroutines, object methods, and even virtual methods on constant variables. [% constants.mysub(10, 20) %] [% constants.myobj(30, 40) %] [% constants.col.keys.sort.join(', ') %] One important proviso is that any arguments you pass to subroutines or methods must also be literal values or compile time constants. For example, these are both fine: # literal argument [% constants.col.keys.sort.join(', ') %] # constant argument [% constants.col.keys.sort.join(constants.joint) %] But this next example will raise an error at parse time because C<joint> is a runtime variable and cannot be determined at compile time. # ERROR: runtime variable argument! [% constants.col.keys.sort.join(joint) %] The C<CONSTANTS_NAMESPACE> option can be used to provide a different namespace prefix for constant variables. For example: my $tt = Template->new({ CONSTANTS => { version => 3.14, # ...etc... }, CONSTANTS_NAMESPACE => 'const', }); Constants would then be referenced in templates as: [% const.version %] =head1 Special Variables A number of special variables are automatically defined by the Template Toolkit. =head2 template The C<template> variable contains a reference to the main template being processed, in the form of a L<Template::Document> object. This variable is correctly defined within C<PRE_PROCESS>, C<PROCESS> and C<POST_PROCESS> templates, allowing standard headers, footers, etc., to access metadata items from the main template. The C<name> and C<modtime> metadata items are automatically provided, giving the template name and modification time in seconds since the epoch. Note that the C<template> variable always references the top-level template, even when processing other template components via C<INCLUDE>, C<PROCESS>, etc. =head2 component The C<component> variable is like C<template> but always contains a reference to the current, innermost template component being processed. In the main template, the C<template> and C<component> variable will reference the same L<Template::Document> object. In any other template component called from the main template, the C<template> variable will remain unchanged, but C<component> will contain a new reference to the current component. This example should demonstrate the difference: $template->process('foo') || die $template->error(), "\n"; F<foo> template: [% template.name %] # foo [% component.name %] # foo [% PROCESS footer %] F<footer> template: [% template.name %] # foo [% component.name %] # footer Additionally, the C<component> variable has two special fields: C<caller> and C<callers>. C<caller> contains the name of the template that called the current template (or undef if the values of C<template> and C<component> are the same). C<callers> contains a reference to a list of all the templates that have been called on the road to calling the current component template (like a call stack), with the outer-most template first. Here's an example: F<outer.tt2> template: [% component.name %] # 'outer.tt2' [% component.caller %] # undef [% component.callers %] # undef [% PROCESS 'middle.tt2' %] F<middle.tt2> template: [% component.name %] # 'middle.tt2' [% component.caller %] # 'outer.tt2' [% component.callers %] # [ 'outer.tt2' ] [% PROCESS 'inner.tt2' %] F<inner.tt2> template: [% component.name %] # 'inner.tt2' [% component.caller %] # 'middle.tt2' [% component.callers %] # [ 'outer.tt2', 'middle.tt2' ] =head2 loop Within a C<FOREACH> loop, the C<loop> variable references the L<Template::Iterator> object responsible for controlling the loop. [% FOREACH item = [ 'foo', 'bar', 'baz' ] -%] [% "Items:\n" IF loop.first -%] [% loop.count %]/[% loop.size %]: [% item %] [% END %] =head2 error Within a C<CATCH> block, the C<error> variable contains a reference to the L<Template::Exception> object thrown from within the C<TRY> block. The C<type> and C<info> methods can be called or the variable itself can be printed for automatic stringification into a message of the form "C<$type error - $info>". See L<Template::Exception> for further details. [% TRY %] ... [% CATCH %] [% error %] [% END %] =head2 content The C<WRAPPER> method captures the output from a template block and then includes a named template, passing the captured output as the 'content' variable. [% WRAPPER box %] Be not afeard; the isle is full of noises, Sounds and sweet airs, that give delight and hurt not. [% END %] [% BLOCK box %] <blockquote class="prose"> [% content %] </blockquote> [% END %] =head1 Compound Variables Compound 'dotted' variables may contain any number of separate elements. Each element may evaluate to any of the permitted variable types and the processor will then correctly use this value to evaluate the rest of the variable. Arguments may be passed to any of the intermediate elements. [% myorg.people.sort('surname').first.fullname %] Intermediate variables may be used and will behave entirely as expected. [% sorted = myorg.people.sort('surname') %] [% sorted.first.fullname %] This simplified dotted notation has the benefit of hiding the implementation details of your data. For example, you could implement a data structure as a hash array one day and then change it to an object the next without requiring any change to the templates. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Plugins.pod 0000444 00000021525 15155303156 0010115 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Plugins # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Plugins - Standard plugins =head1 TEMPLATE TOOLKIT PLUGINS The following plugin modules are distributed with the Template Toolkit. Some of the plugins interface to external modules (detailed below) which should be downloaded from any CPAN site and installed before using the plugin. =head2 Assert New in 2.20! The L<Assert|Template::Plugin::Assert> plugin adds an C<assert> virtual method that you can use to catch undefined values. For example, consider this dotop: [% user.name %] If C<user.name> is an undefined value then TT will silently ignore the fact and print nothing. If you C<USE> the C<assert> plugin then you can add the C<assert> vmethod between the C<user> and C<name> elements, like so: [% user.assert.name %] Now, if C<user.name> is an undefined value, an exception will be thrown: assert error - undefined value for name =head2 CGI The L<CGI|Template::Plugin::CGI> plugin is a wrapper around Lincoln Stein's CGI.pm module. The plugin is distributed with the Template Toolkit (see L<Template::Plugin::CGI>) and the L<CGI> module itself is distributed with recent versions Perl, or is available from CPAN. [% USE CGI %] [% CGI.param('param_name') %] [% CGI.start_form %] [% CGI.popup_menu( Name => 'color', Values => [ 'Green', 'Brown' ] ) %] [% CGI.end_form %] =head2 Datafile Provides an interface to data stored in a plain text file in a simple delimited format. The first line in the file specifies field names which should be delimiter by any non-word character sequence. Subsequent lines define data using the same delimiter as in the first line. Blank lines and comments (lines starting '#') are ignored. See L<Template::Plugin::Datafile> for further details. /tmp/mydata: # define names for each field id : email : name : tel # here's the data fred : fred@here.com : Fred Smith : 555-1234 bill : bill@here.com : Bill White : 555-5678 example: [% USE userlist = datafile('/tmp/mydata') %] [% FOREACH user = userlist %] [% user.name %] ([% user.id %]) [% END %] =head2 Date The L<Date|Template::Plugin::Date> plugin provides an easy way to generate formatted time and date strings by delegating to the L<POSIX> C<strftime()> routine. See L<Template::Plugin::Date> and L<POSIX> for further details. [% USE date %] [% date.format %] # current time/date File last modified: [% date.format(template.modtime) %] =head2 Directory The L<Directory|Template::Plugin::Directory> plugin provides a simple interface to a directory and the files within it. See L<Template::Plugin::Directory> for further details. [% USE dir = Directory('/tmp') %] [% FOREACH file = dir.files %] # all the plain files in the directory [% END %] [% FOREACH file = dir.dirs %] # all the sub-directories [% END %] =head2 DBI The C<DBI> plugin is no longer distributed as part of the Template Toolkit (as of version 2.15). It is now available as a separate L<Template::DBI> distribution from CPAN. =head2 Dumper The L<Dumper|Template::Plugin::Dumper> plugin provides an interface to the Data::Dumper module. See L<Template::Plugin::Dumper> and L<Data::Dumper> for further details. [% USE dumper(indent=0, pad="<br>") %] [% dumper.dump(myvar, yourvar) %] =head2 File The L<File|Template::Plugin::File> plugin provides a general abstraction for files and can be used to fetch information about specific files within a filesystem. See L<Template::Plugin::File> for further details. [% USE File('/tmp/foo.html') %] [% File.name %] # foo.html [% File.dir %] # /tmp [% File.mtime %] # modification time =head2 Filter This module implements a base class plugin which can be subclassed to easily create your own modules that define and install new filters. package MyOrg::Template::Plugin::MyFilter; use Template::Plugin::Filter; use base qw( Template::Plugin::Filter ); sub filter { my ($self, $text) = @_; # ...mungify $text... return $text; } Example of use: # now load it... [% USE MyFilter %] # ...and use the returned object as a filter [% FILTER $MyFilter %] ... [% END %] See L<Template::Plugin::Filter> for further details. =head2 Format The L<Format|Template::Plugin::Format> plugin provides a simple way to format text according to a C<printf()>-like format. See L<Template::Plugin::Format> for further details. [% USE bold = format('<b>%s</b>') %] [% bold('Hello') %] =head2 GD The C<GD> plugins are no longer part of the core Template Toolkit distribution. They are now available from CPAN in a separate L<Template::GD> distribution. =head2 HTML The L<HTML|Template::Plugin::HTML> plugin is very basic, implementing a few useful methods for generating HTML. It is likely to be extended in the future or integrated with a larger project to generate HTML elements in a generic way. [% USE HTML %] [% HTML.escape("if (a < b && c > d) ..." %] [% HTML.attributes(border => 1, cellpadding => 2) %] [% HTML.element(table => { border => 1, cellpadding => 2 }) %] See L<Template::Plugin::HTML> for further details. =head2 Iterator The L<Iterator|Template::Plugin::Iterator> plugin provides a way to create a L<Template::Iterator> object to iterate over a data set. An iterator is created automatically by the C<FOREACH> directive and is aliased to the C<loop> variable. This plugin allows an iterator to be explicitly created with a given name, or the default plugin name, C<iterator>. See L<Template::Plugin::Iterator> for further details. [% USE iterator(list, args) %] [% FOREACH item = iterator %] [% '<ul>' IF iterator.first %] <li>[% item %] [% '</ul>' IF iterator.last %] [% END %] =head2 Pod This plugin provides an interface to the L<Pod::POM|Pod::POM> module which parses POD documents into an internal object model which can then be traversed and presented through the Template Toolkit. [% USE Pod(podfile) %] [% FOREACH head1 = Pod.head1; FOREACH head2 = head1/head2; ... END; END %] =head2 Scalar The Template Toolkit calls user-defined subroutines and object methods using Perl's array context by default. # TT2 calls object methods in array context by default [% object.method %] This plugin module provides a way for you to call subroutines and methods in scalar context. [% USE scalar %] # force it to use scalar context [% object.scalar.method %] # also works with subroutine references [% scalar.my_sub_ref %] =head2 String The L<String|Template::Plugin::String> plugin implements an object-oriented interface for manipulating strings. See L<Template::Plugin::String> for further details. [% USE String 'Hello' %] [% String.append(' World') %] [% msg = String.new('Another string') %] [% msg.replace('string', 'text') %] The string "[% msg %]" is [% msg.length %] characters long. =head2 Table The L<Table|Template::Plugin::Table> plugin allows you to format a list of data items into a virtual table by specifying a fixed number of rows or columns, with an optional overlap. See L<Template::Plugin::Table> for further details. [% USE table(list, rows=10, overlap=1) %] [% FOREACH item = table.col(3) %] [% item %] [% END %] =head2 URL The L<URL|Template::Plugin::URL> plugin provides a simple way of constructing URLs from a base part and a variable set of parameters. See L<Template::Plugin::URL> for further details. [% USE mycgi = url('/cgi-bin/bar.pl', debug=1) %] [% mycgi %] # ==> /cgi/bin/bar.pl?debug=1 [% mycgi(mode='submit') %] # ==> /cgi/bin/bar.pl?mode=submit&debug=1 =head2 Wrap The L<Wrap|Template::Plugin::Wrap> plugin uses the L<Text::Wrap> module to provide simple paragraph formatting. See L<Template::Plugin::Wrap> and L<Text::Wrap> for further details. [% USE wrap %] [% wrap(mytext, 40, '* ', ' ') %] # use wrap sub [% mytext FILTER wrap(40) -%] # or wrap FILTER The C<Text::Wrap> module is available from CPAN: http://www.cpan.org/modules/by-module/Text/ =head2 XML The C<XML::DOM>, C<XML::RSS>, C<XML::Simple> and C<XML::XPath> plugins are no longer distributed with the Template Toolkit as of version 2.15 They are now available in a separate L<Template::XML> distribution. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Intro.pod 0000444 00000022621 15155303156 0007565 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Intro # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Intro - Introduction to the Template Toolkit =head1 Introduction The Template Toolkit is a collection of Perl modules which implement a fast, flexible, powerful and extensible template processing system. It is most often used for generating dynamic web content, although it can be used equally well for processing any kind of text documents. At the simplest level it provides an easy way to process template files, filling in embedded variable references with their equivalent values. Here's an example of a template. Dear [% name %], It has come to our attention that your account is in arrears to the sum of [% debt %]. Please settle your account before [% deadline %] or we will be forced to revoke your Licence to Thrill. The Management. By default, template directives are embedded within the character sequences C<[%> ... C<%]> but you can change these and various other options to configure how the Template Toolkit looks, feels and works. You can set the C<INTERPOLATE> option, for example, if you prefer to embed your variables in Perl style: Dear $name, It has come to our attention that your account is in arrears to the sum of $debt. ...etc... =head1 The Template Perl Module The L<Template> Perl module is the front end to the Template Toolkit for Perl programmers, providing access to the full range of functionality through a single module with a simple interface. It loads the other modules as required and instantiates a default set of objects to handle subsequent template processing requests. Configuration parameters may be passed to the L<Template> constructor method, L<new()|Template#new()>, which are then used to configure the generate object. use Template; my $tt = Template->new({ INCLUDE_PATH => '/usr/local/templates', INTERPOLATE => 1, }) || die "$Template::ERROR\n"; The L<Template> object implements a L<process()|Template#process()> method for processing template files or text. The name of the input template (or various other sources) is passed as the first argument, followed by a reference to a hash array of variable definitions for substitution in the template. my $vars = { name => 'Count Edward van Halen', debt => '3 riffs and a solo', deadline => 'the next chorus', }; $tt->process('letters/overdrawn', $vars) || die $tt->error(), "\n"; The L<process()|Template#process()> method returns a true value (C<1>) on success and prints the template output to C<STDOUT>, by default. On error, the L<process()|Template#process()> method returns a false value (C<undef>). The L<error()|Template#error()> method can then be called to retrieve details of the error. =head1 Component Based Content Construction A number of special directives are provided, such as C<INSERT>, C<INCLUDE> and C<PROCESS>, which allow content to be built up from smaller template components. This permits a modular approach to building a web site or other content repository, promoting reusability, cross-site consistency, ease of construction and subsequent maintenance. Common elements such as headers, footers, menu bars, tables, and so on, can be created as separate template files which can then be processed into other documents as required. All defined variables are inherited by these templates along with any additional "local" values specified. [% PROCESS header title = "The Cat Sat on the Mat" %] [% PROCESS menu %] The location of the missing feline has now been established. Thank you for your assistance. [% INSERT legal/disclaimer %] [% PROCESS footer %] You can also define a template as a BLOCK within the same file and PROCESS it just like any other template file. This can be invaluable for building up repetitive elements such as tables, menus, etc. [% BLOCK tabrow %] <tr><td>[% name %]</td><td>[% email %]</td></tr> [% END %] <table> [% PROCESS tabrow name="tom" email="tom@here.org" %] [% PROCESS tabrow name="dick" email="disk@there.org" %] [% PROCESS tabrow name="larry" email="larry@where.org" %] </table> =head1 Data and Code Binding One of the key features that sets the Template Toolkit apart from other template processors is the ability to bind template variables to any kind of Perl data: scalars, lists, hash arrays, sub-routines and objects. my $vars = { root => 'http://here.com/there', menu => [ 'modules', 'authors', 'scripts' ], client => { name => 'Doctor Joseph von Satriani', id => 'JVSAT', }, checkout => sub { my $total = shift; ...; return $something }, shopcart => My::Cool::Shopping::Cart->new(), }; The Template Toolkit will automatically Do The Right Thing to access the data in an appropriate manner to return some value which can then be output. The dot operator 'C<.>' is used to access into lists and hashes or to call object methods. The C<FOREACH> directive is provided for iterating through lists, and various logical tests are available using directives such as C<IF>, C<UNLESS>, C<ELSIF>, C<ELSE>, C<SWITCH>, C<CASE>, etc. [% FOREACH section = menu %] <a href="[% root %]/[% section %]/index.html">[% section %]</a> [% END %] <b>Client</b>: [% client.name %] (id: [% client.id %]) [% IF shopcart.nitems %] Your shopping cart contains the following items: <ul> [% FOREACH item = shopcart.contents %] <li>[% item.name %] : [% item.qty %] @ [% item.price %] [% END %] </ul> [% checkout(shopcart.total) %] [% ELSE %] No items currently in shopping cart. [% END %] =head1 Advanced Features: Filters, Macros, Exceptions, Plugins The Template Toolkit also provides a number of additional directives for advanced processing and programmatical functionality. It supports output filters (FILTER), allows custom macros to be defined (MACRO), has a fully-featured exception handling system (TRY, THROW, CATCH, FINAL) and supports a plugin architecture (USE) which allows special plugin modules and even regular Perl modules to be loaded and used with the minimum of fuss. The Template Toolkit is "just" a template processor but you can trivially extend it to incorporate the functionality of any Perl module you can get your hands on. Thus, it is also a scalable and extensible template framework, ideally suited for managing the presentation layer for application servers, content management systems and other web applications. =head1 Separating Presentation and Application Logic Rather than embedding Perl code or some other scripting language directly into template documents, it encourages you to keep functional components (i.e. Perl code) separate from presentation components (e.g. HTML templates). The template variables provide the interface between the two layers, allowing data to be generated in code and then passed to a template component for displaying (pipeline model) or for sub-routine or object references to be bound to variables which can then be called from the template as and when required (callback model). The directives that the Template Toolkit provide implement their own mini programming language, but they're not really designed for serious, general purpose programming. Perl is a far more appropriate language for that. If you embed application logic (e.g. Perl or other scripting language fragments) in HTML templates then you risk losing the clear separation of concerns between functionality and presentation. It becomes harder to maintain the two elements in isolation and more difficult, if not impossible, to reuse code or presentation elements by themselves. It is far better to write your application code in separate Perl modules, libraries or scripts and then use templates to control how the resulting data is presented as output. Thus you should think of the Template Toolkit language as a set of layout directives for displaying data, not calculating it. Having said that, the Template Toolkit doesn't force you into one approach or the other. It attempts to be pragmatic rather than dogmatic in allowing you to do whatever best gets the job done. Thus, if you enable the EVAL_PERL option then you can happily embed real Perl code in your templates within PERL ... END directives. =head1 Performance The Template Toolkit uses a fast YACC-like parser which compiles templates into Perl code for maximum runtime efficiency. It also has an advanced caching mechanism which manages in-memory and on-disk (i.e. persistent) versions of compiled templates. The modules that comprise the toolkit are highly configurable and the architecture around which they're built is designed to be extensible. The Template Toolkit provides a powerful framework around which content creation and delivery systems can be built while also providing a simple interface through the Template front-end module for general use. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Internals.pod 0000444 00000043534 15155303156 0010437 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Internals # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Internals - Template Toolkit internals =head1 Introduction This section of the documentation is aimed at developers wishing to know more about how the Template Toolkit works on the inside in order to extend or adapt it to their own needs. If that doesn't sound like you then you probably don't need to read this. There is no test afterwards. =head1 Outside Looking In The L<Template> module is simply a front end module which creates and uses a L<Template::Service> and pipes the output wherever you want it to go (C<STDOUT> by default, or maybe a file, scalar, etc). The C<Apache::Template> module (available separately from CPAN) is another front end. That creates a C<Template::Service::Apache> object, calls on it as required and sends the output back to the relevant C<Apache::Request> object. These front-end modules are really only there to handle any specifics of the environment in which they're being used. The C<Apache::Template> front end, for example, handles C<Apache::Request> specifics and configuration via the F<httpd.conf>. The regular L<Template> front-end deals with C<STDOUT>, variable refs, etc. Otherwise it is L<Template::Service> (or subclass) which does all the work. The L<Template::Service> module provides a high-quality template delivery service, with bells, whistles, signed up service level agreement and a 30-day no quibble money back guarantee. "Have a good time, all the time", that's our motto. Within the lower levels of the Template Toolkit, there are lots of messy details that we generally don't want to have to worry about most of the time. Things like templates not being found, or failing to parse correctly, uncaught exceptions being thrown, missing plugin modules or dependencies, and so on. L<Template::Service> hides that all away and makes everything look simple to the outsider. It provides extra features, like C<PRE_PROCESS>, C<PROCESS> and C<POST_PROCESS>, and also provides the error recovery mechanism via C<ERROR>. You ask it to process a template and it takes care of everything for you. The C<Template::Service::Apache> module goes a little bit further, adding some extra headers to the L<Apache::Request>, setting a few extra template variables, and so on. For the most part, the job of a service is really just one of scheduling and dispatching. It receives a request in the form of a call to its L<process()|Template::Service#process()> method and schedules the named template specified as an argument, and possibly several other templates (C<PRE_PROCESS>, etc) to be processed in order. It doesn't actually process the templates itself, but instead makes a L<process()|Template::Context#process()> call against a L<Template::Context> object. L<Template::Context> is the runtime engine for the Template Toolkit - the module that hangs everything together in the lower levels of the Template Toolkit and that one that does most of the real work, albeit by crafty delegation to various other friendly helper modules. Given a template name (or perhaps a reference to a scalar or file handle) the context process() method must load and compile, or fetch a cached copy of a previously compiled template, corresponding to that name. It does this by calling on a list of one or more L<Template::Provider> objects (the C<LOAD_TEMPLATES> posse) who themselves might get involved with a L<Template::Parser> to help turn source templates into executable Perl code (but more on that later). Thankfully, all of this complexity is hidden away behind a simple L<template()|Template::Context#template()> method. You call it passing a template name as an argument, and it returns a compiled template in the form of a L<Template::Document> object, or otherwise raises an exception. A L<Template::Document> is a thin object wrapper around a compiled template subroutine. The object implements a L<process()|Template::Document#process()> method which performs a little bit of housekeeping and then calls the template subroutine. The object also defines template metadata (defined in C<[% META ... %]> directives) and has a L<block()|Template::Document#block()> method which returns a hash of any additional C<[% BLOCK xxxx %]> definitions found in the template source. So the context fetches a compiled document via its own L<template()|Template::Context#template()> method and then gets ready to process it. It first updates the stash (the place where template variables get defined - more on that shortly) to set any template variable definitions specified as the second argument by reference to hash array. Then, it calls the document L<process()|Template::Document#process()> method, passing a reference to itself, the context object, as an argument. In doing this, it provides itself as an object against which template code can make callbacks to access runtime resources and Template Toolkit functionality. What we're trying to say here is this: not only does the L<Template::Context> object receive calls from the I<outside>, i.e. those originating in user code calling the process() method on a Template object, but it also receives calls from the I<inside>, i.e. those originating in template directives of the form C<[% PROCESS template %]>. Before we move on to that, here's a simple structure diagram showing the outer layers of the Template Toolkit heading inwards, with pseudo code annotations showing a typical invocation sequence. ,--------. | Caller | use Template; `--------' my $tt = Template->new( ... ); | $tt->process($template, \%vars); | Outside - - - | - - - - - - - - - - - - - - - - - - - - - - - - - - - - T T | package Template; Inside V +----------+ sub process($template, \%vars) { | Template | $out = $self->SERVICE->process($template, $vars); +----------+ print $out or send it to $self->OUTPUT; | } | | package Template::Service; | | sub process($template, \%vars) { | try { +----------+ foreach $p in @self->PRE_PROCESS | Service | $self->CONTEXT->process($p, $vars); +----------+ | $self->CONTEXT->process($template, $vars); | | foreach $p @self->POST_PROCESS | $self->CONTEXT->process($p, $vars); | } | catch { | $self->CONTEXT->process($self->ERROR); | } | } | V package Template::Context; +----------+ | Context | sub process($template, \%vars) { +----------+ # fetch compiled template | $template = $self->template($template) | # update stash | $self->STASH->update($vars); | # process template | $template->process($self) | } V +----------+ package Template::Document; | Document | +----------+ sub process($context) { $output = &{ $self->BLOCK }($context); } =head1 Inside Looking Out To understand more about what's going on in these lower levels, we need to look at what a compiled template looks like. In fact, a compiled template is just a regular Perl sub-routine. Here's a very simple one. sub my_compiled_template { return "This is a compiled template.\n"; } You're unlikely to see a compiled template this simple unless you wrote it yourself but it is entirely valid. All a template subroutine is obliged to do is return some output (which may be an empty of course). If it can't for some reason, then it should raise an error via C<die()>. sub my_todo_template { die "This template not yet implemented\n"; } If it wants to get fancy, it can raise an error as a L<Template::Exception> object. An exception object is really just a convenient wrapper for the 'C<type>' and 'C<info>' fields. sub my_solilique_template { die (Template::Exception->new('yorrick', 'Fellow of infinite jest')); } Templates generally need to do a lot more than just generate static output or raise errors. They may want to inspect variable values, process another template, load a plugin, run a filter, and so on. Whenever a template subroutine is called, it gets passed a reference to a L<Template::Context> object. It is through this context object that template code can access the features of the Template Toolkit. We described earlier how the L<Template::Service> object calls on L<Template::Context> to handle a L<process()|Template::Context#process()> request from the I<outside>. We can make a similar request on a context to process a template, but from within the code of another template. This is a call from the I<inside>. sub my_process_template { my $context = shift; my $output = $context->process('header', { title => 'Hello World' }) . "\nsome content\n" . $context->process('footer'); } This is then roughly equivalent to a source template something like this: [% PROCESS header title = 'Hello World' %] some content [% PROCESS footer %] Template variables are stored in, and managed by a L<Template::Stash> object. This is a blessed hash array in which template variables are defined. The object wrapper provides L<get()|Template::Stash#get()> and L<set()|Template::Stash#set()> method which implement all the I<magical.variable.features> of the Template Toolkit. Each context object has its own stash, a reference to which can be returned by the appropriately named L<stash()|Template::Context#stash()> method. So to print the value of some template variable, or for example, to represent the following source template: <title>[% title %]</title> we might have a subroutine definition something like this: sub { my $context = shift; my $stash = $context->stash(); return '<title>' . $stash->get('title') . '</title>'; } The stash L<get()|Template::Stash#get()> method hides the details of the underlying variable types, automatically calling code references, checking return values, and performing other such tricks. If 'C<title>' happens to be bound to a subroutine then we can specify additional parameters as a list reference passed as the second argument to get(). [% title('The Cat Sat on the Mat') %] This translates to the stash call: $stash->get([ 'title', ['The Cat Sat on the Mat'] ]); Dotted compound variables can be requested by passing a single list reference to the C<get()> method in place of the variable name. Each pair of elements in the list should correspond to the variable name and reference to a list of arguments for each dot-delimited element of the variable. [% foo(1, 2).bar(3, 4).baz(5) %] is thus equivalent to $stash->get([ foo => [1,2], bar => [3,4], baz => [5] ]); If there aren't any arguments for an element, you can specify an empty, zero or null argument list. [% foo.bar %] $stash->get([ 'foo', 0, 'bar', 0 ]); The L<set()|Template::Stash#set()> method works in a similar way. It takes a variable name and a variable value which should be assigned to it. [% x = 10 %] $stash->set('x', 10); [% x.y = 10 %] $stash->set([ 'x', 0, 'y', 0 ], 10); So the stash gives us access to template variables and the context provides the higher level functionality. Alongside the L<process()|Template::Context#process()> method lies the L<include()|Template::Context#include()> method. Just as with the C<PROCESS> / C<INCLUDE> directives, the key difference is in variable localisation. Before processing a template, the C<process()> method simply updates the stash to set any new variable definitions, overwriting any existing values. In contrast, the C<include()> method creates a copy of the existing stash, in a process known as I<cloning> the stash, and then uses that as a temporary variable store. Any previously existing variables are still defined, but any changes made to variables, including setting the new variable values passed aas arguments will affect only the local copy of the stash (although note that it's only a shallow copy, so it's not foolproof). When the template has been processed, the C<include()> method restores the previous variable state by I<decloning> the stash. The context also provides an L<insert()|Template::Context#insert()> method to implement the C<INSERT> directive, but no C<wrapper()> method. This functionality can be implemented by rewriting the Perl code and calling C<include()>. [% WRAPPER foo -%] blah blah [% x %] [%- END %] $context->include('foo', { content => 'blah blah ' . $stash->get('x'), }); Other than the template processing methods C<process()>, C<include()> and C<insert()>, the context defines methods for fetching plugin objects, L<plugin()|Template::Context#plugin()>, and filters, L<filter()|Template::Context#filter()>. # TT USE directive [% USE foo = Bar(10) %] # equivalent Perl $stash->set('foo', $context->plugin('Bar', [10])); # TT FILTER block [% FILTER bar(20) %] blah blah blah [% END %] # equivalent Perl my $filter = $context->filter('bar', [20]); &$filter('blah blah blah'); Pretty much everything else you might want to do in a template can be done in Perl code. Things like C<IF>, C<UNLESS>, C<FOREACH> and so on all have direct counterparts in Perl. # TT IF directive [% IF msg %] Message: [% msg %] [% END %]; # equivalent Perl if ($stash->get('msg')) { $output .= 'Message: '; $output .= $stash->get('msg'); } The best way to get a better understanding of what's going on underneath the hood is to set the C<$Template::Parser::DEBUG> flag to a true value and start processing templates. This will cause the parser to print the generated Perl code for each template it compiles to C<STDERR>. You'll probably also want to set the C<$Template::Directive::PRETTY> option to have the Perl pretty-printed for human consumption. use Template; use Template::Parser; use Template::Directive; $Template::Parser::DEBUG = 1; $Template::Directive::PRETTY = 1; my $template = Template->new(); $template->process(\*DATA, { cat => 'dog', mat => 'log' }); __DATA__ The [% cat %] sat on the [% mat %] The output sent to C<STDOUT> remains as you would expect: The dog sat on the log The output sent to C<STDERR> would look something like this: compiled main template document block: sub { my $context = shift || die "template sub called without context\n"; my $stash = $context->stash; my $output = ''; my $error; eval { BLOCK: { $output .= "The "; $output .= $stash->get('cat'); $output .= " sat on the "; $output .= $stash->get('mat'); $output .= "\n"; } }; if ($@) { $error = $context->catch($@, \$output); die $error unless $error->type eq 'return'; } return $output; } =head1 Hacking on the Template Toolkit Please feel free to hack on the Template Toolkit. If you find a bug that needs fixing, if you have an idea for something that's missing, or you feel inclined to tackle something on the TODO list, then by all means go ahead and do it! If you're contemplating something non-trivial then you'll probably want to bring it up on the mailing list first to get an idea about the current state of play, find out if anyone's already working on it, and so on. The source code repository for the Template Toolkit is hosted at Github. https://github.com/abw/Template2 Clone the repository, make your changes, commit them, then send a pull request. Once you've made your changes, please remember to update the test suite by adding extra tests to one of the existing test scripts in the C<t> sub-directory, or by adding a new test script of your own. And of course, run C<make test> to ensure that all the tests pass with your new code. Don't forget that any files you do add will need to be added to the MANIFEST. Running C<make manifest> will do this for you, but you need to make sure you haven't got any other temporary files lying around that might also get added to it. Documentation is often something that gets overlooked but it's just as important as the code. If you're adding a new module, a plugin module, for example, then it's OK to include the POD documentation in with the module, but I<please> write it all in one piece at the end of the file, I<after> the code (just look at any other C<Template::*> module for an example). It's a religious issue, I know, but I have a strong distaste for POD documentation interspersed throughout the code. In my not-so-humble opinion, it makes both the code and the documentation harder to read (same kinda problem as embedding Perl in HTML). Then add a line to the Changes file giving a very brief description of what you've done. There's no need to go into detail here (save that for the commit message, comments in code or docuemtation where appropriate). Please also make sure you add your name to the lib/Template/Manual/Credits.pod file (if it isn't already there). Then commit your changes and send a pull request. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Credits.pod 0000444 00000012116 15155303156 0010065 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Credits # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =encoding utf8 =head1 NAME Template::Manual::Credits - Author and contributor credits =head1 HISTORY The Template Toolkit began its life as the C<Text::MetaText> module, originally released to CPAN around 1996. This itself was the public manifestation of an earlier template processing system I developed while working at Peritas (now Knowledge Pool - http://www.knowledgepool.com/) C<Text::MetaText> was the prototype - the one we always planned to throw away. It did the job well, showing us what worked and what didn't, what was good and what was bad, and gave us some ideas about what could be done better, given the chance to start again from scratch. Some time late in 1998 I threw away the prototype and started work on the Template Toolkit. By then I was working at Canon Research Centre Europe Ltd. (CRE), involved in a general research programme related to web publishing and dynamic content generation. The first alpha release was in June 1999, followed by numerous more alpha and beta releases culminating in 1.00 being released on 2nd December 1999. A month or so later, work had begun on version 2.00. The plan was to get the template language relatively stable in version 1.00 and not worry too much about performance or other internal matters. Then, version 2.00 would follow to improve performance, clean up the architecture and fix anything that, with the benefit of hindsight, we thought could be improved. As it happens, me starting work on version 2.00 coincided with Doug Steinwand sending me his parser variant which compiled templates to Perl code, giving a major performance boost. As well as the speedups, there are a whole host of significant new features in version 2.00, and a greatly improved internal architecture. Apart from a few minor "fixups" the template directives and language have remained the same as in version 1.00 Version 2.00 was available in beta release form in July 2000, just in time for the 4th Perl Conference where version 1.00 was awarded "Best New Perl Module". After another extended beta release period, version 2.00 was released on 1st December 2000. Version 3 has been in development ever since. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2020 Andy Wardley. All Rights Reserved. The Template Toolkit is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 CONTRIBUTORS Many people have contributed ideas, inspiration, fixes and features to the Template Toolkit. Their efforts continue to be very much appreciated. Please let me know if you think anyone is missing from this list. If you submit a patch/pull request then please make sure you add your own name to this list and include it in the changes. Adam Kennedy, ahollandECS, Alexey A. Kiritchun, Amiri Barksdale, Andreas Koenig, Andy Wardley, Autrijus Tang, Axel Gerstmair, Barrie Slaymaker, Ben Tilly, Breno G. de Oliveira, Briac PilprE<eacute>, Brian Fraser, Brian Wightman, Bryce Harrington, Chris Dean, Chris Winters, Christian, chromatic, Colin Johnson, Colin Keith, Craig Barratt, Darren Chamberlain, Dave Cash, Dave Cross, Dave Hodgkinson, Dave Howorth, Dave Jacoby, David Steinbrunner, Denis F. Latypoff, Dennis Clark, Doug, Drew Taylor, Dylan, E. Choroba, eadjei, Eric Cholet, Francois Desarmenien, François Andriot, fREW Schmidt, gordon-fish, Guido Flohr, Hans von Lengerke, Harald Joerg, Horst Dumcke, Ivan Krylov, Ivan Kurmanov, Jacques Germishuys, Jason Lewis, Jay Hannah, Jens Rehsack, Jess Robinson, Jim Vaughan, John Lightsey, John Napiorkowski, Jon Jensen, Jonas Liljegren, Jonathon Padfield, José Joaquín Atria, Jose Luis Martinez, Josh Rosenbaum, Kenny Gatdula, Kent Fredric, Kevin M. Goess, Koenig, Leon Brocard, Leslie Michael Orchard, Lubomir, Lyle Brooks, Marc Remy, Mark Fowler, Martin, Matthew Somerville, Michael Fowler, Michael Stevens, Mike Schilli, Mikhail Klyuchnikov from Positive Technologies, nataraj, Neil Bowers, Nick Hibma, Nicolas R, Nik Clayton, Norbert Buchmüller, Paul Orrock, Paul Seamons, Paul Sharpe, Perrin Harkins, Philippe Bruhat (BooK), Piers Cawley, Portman, Rafael Kitover, Randal L. Schwartz, Ricardo Signes, Richard Tietjen, Robin Berjon, Rod Taylor, Schaffner, sdeseille, Sean McAfee, Sean Zellmer, Simon, Simon Dawson, Simon Matthews, Simon Napiorkowski, Slaven Rezic, Smylers, Stas Bekman, Stathy G. Touloumis, stefano-b, Steinwand, Steve Peters, Swen, Thierry-Michel Barral, Thuemmler, Timmy Chan, Todd Rinaldo, Tom Delmas, Tony Bowden, Tosh Cooey, Ville SkyttE<auml>, Vivek Khera, Wilcox, William Hardison, Yanick Champoux, Yuri Pimenov. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Syntax.pod 0000444 00000021735 15155303156 0007765 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Syntax # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Syntax - Directive syntax, structure and semantics =head1 Tag Styles Template directives are embedded between start and end markers tags. By default these tag markers are C<[%> and C<%]>. [% PROCESS header %] <h1>Hello World!</h1> <a href="[% page.next %]"><img src="[% icon.next %].gif"></a> [% PROCESS footer %] You can change the tag characters using the C<START_TAG>, C<END_TAG> and C<TAG_STYLE> configuration options. You can also use the C<TAGS> directive to define a new tag style for the current template file. You can also set the C<INTERPOLATE> option to allow simple variable references to be embedded directly in templates, prefixed by a C<$>. # INTERPOLATE = 0 <td>[% name %]</td> <td>[% email %]</td> # INTERPOLATE = 1 <td>$name</td> <td>$email</td> Directives may be embedded anywhere in a line of text and can be split across several lines. Insignificant whitespace is generally ignored within the directive. [% INCLUDE header title = 'Hello World' bgcol = '#ffffff' %] [%INCLUDE menu align='right'%] Name: [% name %] ([%id%]) =head1 Outline Tags As of version 2.26, the Template Toolkit supports "outline" tags. These have a designated marker at the start of a line (C<%%> by default) and continue to the end of a line. The newline character at the end of the line is discarded (aka "chomped"). So rather than writing something like this: [% IF some.list.size -%] <ul> [% FOREACH item IN some.list -%] <li>[% item.html %]</li> [% END -%] </ul> [% END -%] You can write it like this instead: %% IF some.list.size <ul> %% FOREACH item IN some.list <li>[% item.html %]</li> %% END </ul> %% END Outline tags aren't enabled by default. There are a numbers of ways you can enable them. The first is to use the C<TAGS> directive to set the tag style to C<outline> in any templates where you want to use them. This will enable outline tags from that point on. [% TAGS outline -%] %% INCLUDE header You can set the C<TAGS> back to the C<default> value at some point later in the template if you want to disable them: [% TAGS default -%] You can set the C<TAG_STYLE> configuration option if you want then enabled in all templates by default. You can always use the C<[% TAGS default %]> directive to disable them in any templates or parts of templates if necessary. my $tt = Template->new({ TAG_STYLE => 'outline', }); The C<OUTLINE_TAG> option allows you to set the outline tag marker to something else if you're not a fan of percent signs. Setting this option will automatically enable outline tags. my $tt = Template->new({ OUTLINE_TAG => '>>', }); You can also use the C<TAGS> directive to define your own custom tags (start, end and now optionally, outline) for a template or part of a template. [% TAGS <* *> >> %] >> INCLUDE header # outline tag Hello <* name *> # inline tag If you only specify a start and end tag then outline tags will be disabled. [% TAGS <* *> %] # no outline tags =head1 Comments The C<#> character is used to indicate comments within a directive. When placed immediately inside the opening directive tag, it causes the entire directive to be ignored. [%# this entire directive is ignored no matter how many lines it wraps onto %] In any other position, it causes the remainder of the current line to be treated as a comment. [% # this is a comment theta = 20 # so is this rho = 30 # <aol>me too!</aol> %] =head1 Chomping Whitespace You can add C<-> or C<+> to the immediate start or end of a directive tag to control the whitespace chomping options. See the C<PRE_CHOMP> and C<POST_CHOMP> options for further details. [% BLOCK foo -%] # remove trailing newline This is block foo [%- END %] # remove leading newline =head1 Implicit Directives: GET and SET The simplest directives are C<GET> and C<SET> which retrieve and update variable values respectively. The C<GET> and C<SET> keywords are actually optional as the parser is smart enough to see them for what they really are (but note the caveat below on using side-effect notation). Thus, you'll generally see: [% SET foo = 10 %] [% GET foo %] written as: [% foo = 10 %] [% foo %] You can also express simple logical statements as implicit C<GET> directives: [% title or template.title or 'Default Title' %] [% mode == 'graphics' ? "Graphics Mode Enabled" : "Text Mode" %] All other directives should start with a keyword specified in UPPER CASE (but see the C<ANYCASE> option). All directives keywords are in UPPER CASE to make them visually distinctive and to distinguish them from variables of the same name but different case. It is perfectly valid, for example, to define a variable called C<stop> which is entirely separate from the C<STOP> directive. [% stop = 'Clackett Lane Bus Depot' %] The bus will next stop at [% stop %] # variable [% STOP %] # directive =head1 Block Directives Directives such as C<FOREACH>, C<WHILE>, C<BLOCK>, C<FILTER>, etc., mark the start of a block which may contain text or other directives up to the matching C<END> directive. Blocks may be nested indefinitely. The C<IF>, C<UNLESS>, C<ELSIF> and C<ELSE> directives also define blocks and may be grouped together in the usual manner. [% FOREACH item = [ 'foo' 'bar' 'baz' ] %] * Item: [% item %] [% END %] [% BLOCK footer %] Copyright 2000 [% me %] [% INCLUDE company/logo %] [% END %] [% IF foo %] [% FOREACH thing = foo.things %] [% thing %] [% END %] [% ELSIF bar %] [% INCLUDE barinfo %] [% ELSE %] do nothing... [% END %] Block directives can also be used in a convenient side-effect notation. [% INCLUDE userinfo FOREACH user = userlist %] [% INCLUDE debugtxt msg="file: $error.info" IF debugging %] [% "Danger Will Robinson" IF atrisk %] versus: [% FOREACH user = userlist %] [% INCLUDE userinfo %] [% END %] [% IF debugging %] [% INCLUDE debugtxt msg="file: $error.info" %] [% END %] [% IF atrisk %] Danger Will Robinson [% END %] =head1 Capturing Block Output The output of a directive can be captured by simply assigning the directive to a variable. [% headtext = PROCESS header title="Hello World" %] [% people = PROCESS userinfo FOREACH user = userlist %] This can be used in conjunction with the C<BLOCK> directive for defining large blocks of text or other content. [% poem = BLOCK %] The boy stood on the burning deck, His fleece was white as snow. A rolling stone gathers no moss, And Keith is sure to follow. [% END %] Note one important caveat of using this syntax in conjunction with side-effect notation. The following directive does not behave as might be expected: [% var = 'value' IF some_condition %] # does not work In this case, the directive is interpreted as (spacing added for clarity) [% var = IF some_condition %] value [% END %] rather than [% IF some_condition %] [% var = 'value' %] [% END %] The variable is assigned the output of the C<IF> block which returns C<'value'> if true, but nothing if false. In other words, the following directive will always cause 'var' to be cleared. [% var = 'value' IF 0 %] To achieve the expected behaviour, the directive should be written as: [% SET var = 'value' IF some_condition %] =head1 Chaining Filters Multiple C<FILTER> directives can be chained together in sequence. They are called in the order defined, piping the output of one into the input of the next. [% PROCESS somefile FILTER truncate(100) FILTER html %] The pipe character, C<|>, can also be used as an alias for C<FILTER>. [% PROCESS somefile | truncate(100) | html %] =head1 Multiple Directive Blocks Multiple directives can be included within a single tag when delimited by semi-colons. Note however that the C<TAGS> directive must always be specified in a tag by itself. [% IF title; INCLUDE header; ELSE; INCLUDE other/header title="Some Other Title"; END %] versus [% IF title %] [% INCLUDE header %] [% ELSE %] [% INCLUDE other/header title="Some Other Title" %] [% END %] =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Config.pod 0000444 00000175425 15155303156 0007712 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Config # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::Config - Configuration options =head1 Template Style and Parsing Options =head2 ENCODING The C<ENCODING> option specifies the template files' character encoding: my $template = Template->new({ ENCODING => 'utf8', }); A template which starts with a Unicode byte order mark (BOM) will have its encoding detected automatically. =head2 START_TAG, END_TAG The C<START_TAG> and C<END_TAG> options are used to specify character sequences or regular expressions that mark the start and end of inline template directives. The default values for C<START_TAG> and C<END_TAG> are 'C<[%>' and 'C<%]>' respectively, giving us the familiar directive style: [% example %] Any Perl regex characters can be used and therefore should be escaped (or use the Perl C<quotemeta> function) if they are intended to represent literal characters. my $template = Template->new({ START_TAG => quotemeta('<+'), END_TAG => quotemeta('+>'), }); Example: <+ INCLUDE foobar +> The C<TAGS> directive can also be used to set the C<START_TAG> and C<END_TAG> values on a per-template file basis. [% TAGS <+ +> %] =head2 OUTLINE_TAG The C<OUTLINE_TAG> option can be used to enable single-line "outline" directives. my $template = Template->new({ OUTLINE_TAG => '%%', }); This allows you to use both inline and outline tags like so: %% IF user Hello [% user.name %] %% END The C<OUTLINE_TAG> string (or regex) must appear at the start of a line. The directive continues until the end of the line. The newline character at the end of the line is considered to be the invisible end-of-directive marker and is removed. =head2 TAG_STYLE The C<TAG_STYLE> option can be used to set both C<START_TAG> and C<END_TAG> according to pre-defined tag styles. my $template = Template->new({ TAG_STYLE => 'star', }); Available styles are: template [% ... %] (default) template1 [% ... %] or %% ... %% (TT version 1) metatext %% ... %% (Text::MetaText) star [* ... *] (TT alternate) php <? ... ?> (PHP) asp <% ... %> (ASP) mason <% ... > (HTML::Mason) html <!-- ... --> (HTML comments) The C<outline> style uses the default markers for C<START_TAG> and C<END_TAG> (C<[%> and C<%]> respectively) and additionally defines C<OUTLINE_TAG> to be C<%%>. my $template = Template->new({ TAG_STYLE => 'outline', }); This allows you to use both inline and outline tags like so: %% IF user Hello [% user.name %] %% END Any values specified for C<START_TAG>, C<END_TAG> and/or C<OUTLINE_TAG> will override those defined by a C<TAG_STYLE>. The C<TAGS> directive may also be used to set a C<TAG_STYLE> [% TAGS html %] <!-- INCLUDE header --> =head2 PRE_CHOMP, POST_CHOMP Anything outside a directive tag is considered plain text and is generally passed through unaltered (but see the L<INTERPOLATE> option). This includes all whitespace and newlines characters surrounding directive tags. Directives that don't generate any output will leave gaps in the output document. Example: Foo [% a = 10 %] Bar Output: Foo Bar The C<PRE_CHOMP> and C<POST_CHOMP> options can help to clean up some of this extraneous whitespace. Both are disabled by default. my $template = Template->new({ PRE_CHOMP => 1, POST_CHOMP => 1, }); With C<PRE_CHOMP> set to C<1>, the newline and whitespace preceding a directive at the start of a line will be deleted. This has the effect of concatenating a line that starts with a directive onto the end of the previous line. Foo <----------. | ,---(PRE_CHOMP)----' | `-- [% a = 10 %] --. | ,---(POST_CHOMP)---' | `-> Bar With C<POST_CHOMP> set to C<1>, any whitespace after a directive up to and including the newline will be deleted. This has the effect of joining a line that ends with a directive onto the start of the next line. If C<PRE_CHOMP> or C<POST_CHOMP> is set to C<2>, all whitespace including any number of newline will be removed and replaced with a single space. This is useful for HTML, where (usually) a contiguous block of whitespace is rendered the same as a single space. With C<PRE_CHOMP> or C<POST_CHOMP> set to C<3>, all adjacent whitespace (including newlines) will be removed entirely. These values are defined as C<CHOMP_NONE>, C<CHOMP_ONE>, C<CHOMP_COLLAPSE> and C<CHOMP_GREEDY> constants in the L<Template::Constants> module. C<CHOMP_ALL> is also defined as an alias for C<CHOMP_ONE> to provide backwards compatibility with earlier version of the Template Toolkit. Additionally the chomp tag modifiers listed below may also be used for the C<PRE_CHOMP> and C<POST_CHOMP> configuration. my $template = Template->new({ PRE_CHOMP => '~', POST_CHOMP => '-', }); C<PRE_CHOMP> and C<POST_CHOMP> can be activated for individual directives by placing a 'C<->' immediately at the start and/or end of the directive. [% FOREACH user IN userlist %] [%- user -%] [% END %] This has the same effect as C<CHOMP_ONE> in removing all whitespace before or after the directive up to and including the newline. The template will be processed as if written: [% FOREACH user IN userlist %][% user %][% END %] To remove all whitespace including any number of newlines, use the ('C<~>') tilde character instead. [% FOREACH user IN userlist %] [%~ user ~%] [% END %] To collapse all whitespace to a single space, use the 'C<=>' equals sign character. [% FOREACH user IN userlist %] [%= user =%] [% END %] Here the template is processed as if written: [% FOREACH user IN userlist %] [% user %] [% END %] If you have C<PRE_CHOMP> or C<POST_CHOMP> set as configuration options then you can use the 'C<+>' plus sign to disable any chomping options (i.e. leave the whitespace intact) on a per-directive basis. [% FOREACH user IN userlist %] User: [% user +%] [% END %] With C<POST_CHOMP> set to C<CHOMP_ONE>, the above example would be parsed as if written: [% FOREACH user IN userlist %]User: [% user %] [% END %] For reference, the C<PRE_CHOMP> and C<POST_CHOMP> configuration options may be set to any of the following: Constant Value Tag Modifier ---------------------------------- CHOMP_NONE 0 + CHOMP_ONE 1 - CHOMP_COLLAPSE 2 = CHOMP_GREEDY 3 ~ =head2 TRIM The C<TRIM> option can be set to have any leading and trailing whitespace automatically removed from the output of all template files and C<BLOCK>s. By example, the following C<BLOCK> definition [% BLOCK foo %] Line 1 of foo [% END %] will be processed is as "C<\nLine 1 of foo\n>". When C<INCLUDE>d, the surrounding newlines will also be introduced. before [% INCLUDE foo %] after Generated output: before Line 1 of foo after With the C<TRIM> option set to any true value, the leading and trailing newlines (which count as whitespace) will be removed from the output of the C<BLOCK>. before Line 1 of foo after The C<TRIM> option is disabled (C<0>) by default. =head2 INTERPOLATE The C<INTERPOLATE> flag, when set to any true value will cause variable references in plain text (i.e. not surrounded by C<START_TAG> and C<END_TAG>) to be recognised and interpolated accordingly. my $template = Template->new({ INTERPOLATE => 1, }); Variables should be prefixed by a 'C<$>' dollar sign to identify them. Curly braces 'C<{>' and 'C<}>' can be used in the familiar Perl/shell style to explicitly scope the variable name where required. # INTERPOLATE => 0 <a href="http://[% server %]/[% help %]"> <img src="[% images %]/help.gif"></a> [% myorg.name %] # INTERPOLATE => 1 <a href="http://$server/$help"> <img src="$images/help.gif"></a> $myorg.name # explicit scoping with { } <img src="$images/${icon.next}.gif"> Note that a limitation in Perl's regex engine restricts the maximum length of an interpolated template to around 32 kilobytes or possibly less. Files that exceed this limit in size will typically cause Perl to dump core with a segmentation fault. If you routinely process templates of this size then you should disable C<INTERPOLATE> or split the templates in several smaller files or blocks which can then be joined backed together via C<PROCESS> or C<INCLUDE>. =head2 ANYCASE By default, directive keywords should be expressed in UPPER CASE. The C<ANYCASE> option can be set to allow directive keywords to be specified in any case. # ANYCASE => 0 (default) [% INCLUDE foobar %] # OK [% include foobar %] # ERROR [% include = 10 %] # OK, 'include' is a variable # ANYCASE => 1 [% INCLUDE foobar %] # OK [% include foobar %] # OK [% include = 10 %] # ERROR, 'include' is reserved word One side-effect of enabling C<ANYCASE> is that you cannot use a variable of the same name as a reserved word, regardless of case. The reserved words are currently: GET CALL SET DEFAULT INSERT INCLUDE PROCESS WRAPPER IF UNLESS ELSE ELSIF FOR FOREACH WHILE SWITCH CASE USE PLUGIN FILTER MACRO PERL RAWPERL BLOCK META TRY THROW CATCH FINAL NEXT LAST BREAK RETURN STOP CLEAR TO STEP AND OR NOT MOD DIV END The only lower case reserved words that cannot be used for variables, regardless of the C<ANYCASE> option, are the operators: and or not mod div =head1 Template Files and Blocks =head2 INCLUDE_PATH The C<INCLUDE_PATH> is used to specify one or more directories in which template files are located. When a template is requested that isn't defined locally as a C<BLOCK>, each of the C<INCLUDE_PATH> directories is searched in turn to locate the template file. Multiple directories can be specified as a reference to a list or as a single string where each directory is delimited by the 'C<:>' colon character. my $template = Template->new({ INCLUDE_PATH => '/usr/local/templates', }); my $template = Template->new({ INCLUDE_PATH => '/usr/local/templates:/tmp/my/templates', }); my $template = Template->new({ INCLUDE_PATH => [ '/usr/local/templates', '/tmp/my/templates' ], }); On Win32 systems, a little extra magic is invoked, ignoring delimiters that have 'C<:>' colon followed by a 'C</>' slash or 'C<\>' blackslash. This avoids confusion when using directory names like 'C<C:\Blah Blah>'. When specified as a list, the C<INCLUDE_PATH> path can contain elements which dynamically generate a list of C<INCLUDE_PATH> directories. These generator elements can be specified as a reference to a subroutine or an object which implements a C<paths()> method. my $template = Template->new({ INCLUDE_PATH => [ '/usr/local/templates', \&incpath_generator, My::IncPath::Generator->new( ... ) ], }); Each time a template is requested and the C<INCLUDE_PATH> examined, the subroutine or object method will be called. A reference to a list of directories should be returned. Generator subroutines should report errors using C<die()>. Generator objects should return undef and make an error available via its C<error()> method. For example: sub incpath_generator { # ...some code... if ($all_is_well) { return \@list_of_directories; } else { die "cannot generate INCLUDE_PATH...\n"; } } or: package My::IncPath::Generator; # Template::Base (or Class::Base) provides error() method use Template::Base; use base qw( Template::Base ); sub paths { my $self = shift; # ...some code... if ($all_is_well) { return \@list_of_directories; } else { return $self->error("cannot generate INCLUDE_PATH...\n"); } } 1; =head2 DELIMITER Used to provide an alternative delimiter character sequence for separating paths specified in the C<INCLUDE_PATH>. The default value for C<DELIMITER> is the 'C<:>' colon character. my $template = Template->new({ DELIMITER => '; ', INCLUDE_PATH => 'C:/HERE/NOW; D:/THERE/THEN', }); On Win32 systems, the default delimiter is a little more intelligent, splitting paths only on 'C<:>' colon characters that aren't followed by a 'C</>' slash character. This means that the following should work as planned, splitting the C<INCLUDE_PATH> into 2 separate directories, C<C:/foo> and C<C:/bar>. # on Win32 only my $template = Template->new({ INCLUDE_PATH => 'C:/Foo:C:/Bar' }); However, if you're using Win32 then it's recommended that you explicitly set the C<DELIMITER> character to something else (e.g. 'C<;>' semicolon) rather than rely on this subtle magic. =head2 ABSOLUTE The C<ABSOLUTE> flag is used to indicate if templates specified with absolute filenames (e.g. 'C</foo/bar>') should be processed. It is disabled by default and any attempt to load a template by such a name will cause a 'C<file>' exception to be raised. my $template = Template->new({ ABSOLUTE => 1, }); # this is why it's disabled by default [% INSERT /etc/passwd %] On Win32 systems, the regular expression for matching absolute pathnames is tweaked slightly to also detect filenames that start with a driver letter and colon, such as: C:/Foo/Bar =head2 RELATIVE The C<RELATIVE> flag is used to indicate if templates specified with filenames relative to the current directory (e.g. 'C<./foo/bar>' or 'C<../../some/where/else>') should be loaded. It is also disabled by default, and will raise a 'C<file>' error if such template names are encountered. my $template = Template->new({ RELATIVE => 1, }); [% INCLUDE ../logs/error.log %] =head2 DEFAULT The C<DEFAULT> option can be used to specify a default template which should be used whenever a specified template can't be found in the C<INCLUDE_PATH>. my $template = Template->new({ DEFAULT => 'notfound.html', }); If a non-existent template is requested through the Template L<process()|Template#process()> method, or by an C<INCLUDE>, C<PROCESS> or C<WRAPPER> directive, then the C<DEFAULT> template will instead be processed, if defined. Note that the C<DEFAULT> template is not used when templates are specified with absolute or relative filenames, or as a reference to a input file handle or text string. =head2 BLOCKS The C<BLOCKS> option can be used to pre-define a default set of template blocks. These should be specified as a reference to a hash array mapping template names to template text, subroutines or L<Template::Document> objects. my $template = Template->new({ BLOCKS => { header => 'The Header. [% title %]', footer => sub { return $some_output_text }, another => Template::Document->new({ ... }), }, }); =head2 VIEWS The VIEWS option can be used to define one or more L<Template::View> objects. They can be specified as a reference to a hash array or list reference. my $template = Template->new({ VIEWS => { my_view => { prefix => 'my_templates/' }, }, }); Be aware of the fact that Perl's hash array are unordered, so if you want to specify multiple views of which one or more are based on other views, then you should use a list reference to preserve the order of definition. my $template = Template->new({ VIEWS => [ bottom => { prefix => 'bottom/' }, middle => { prefix => 'middle/', base => 'bottom' }, top => { prefix => 'top/', base => 'middle' }, ], }); =head2 AUTO_RESET The C<AUTO_RESET> option is set by default and causes the local C<BLOCKS> cache for the L<Template::Context> object to be reset on each call to the Template L<process()|Template#process()> method. This ensures that any C<BLOCK>s defined within a template will only persist until that template is finished processing. This prevents C<BLOCK>s defined in one processing request from interfering with other independent requests subsequently processed by the same context object. The C<BLOCKS> item may be used to specify a default set of block definitions for the L<Template::Context> object. Subsequent C<BLOCK> definitions in templates will over-ride these but they will be reinstated on each reset if C<AUTO_RESET> is enabled (default), or if the L<Template::Context> L<reset()|Template::Context#reset()> method is called. =head2 RECURSION The template processor will raise a file exception if it detects direct or indirect recursion into a template. Setting this option to any true value will allow templates to include each other recursively. =head1 Template Variables =head2 VARIABLES The C<VARIABLES> option (or C<PRE_DEFINE> - they're equivalent) can be used to specify a hash array of template variables that should be used to pre-initialise the stash when it is created. These items are ignored if the C<STASH> item is defined. my $template = Template->new({ VARIABLES => { title => 'A Demo Page', author => 'Joe Random Hacker', version => 3.14, }, }; or my $template = Template->new({ PRE_DEFINE => { title => 'A Demo Page', author => 'Joe Random Hacker', version => 3.14, }, }; =head2 CONSTANTS The C<CONSTANTS> option can be used to specify a hash array of template variables that are compile-time constants. These variables are resolved once when the template is compiled, and thus don't require further resolution at runtime. This results in significantly faster processing of the compiled templates and can be used for variables that don't change from one request to the next. my $template = Template->new({ CONSTANTS => { title => 'A Demo Page', author => 'Joe Random Hacker', version => 3.14, }, }; =head2 CONSTANT_NAMESPACE Constant variables are accessed via the C<constants> namespace by default. [% constants.title %] The C<CONSTANTS_NAMESPACE> option can be set to specify an alternate namespace. my $template = Template->new({ CONSTANTS => { title => 'A Demo Page', # ...etc... }, CONSTANTS_NAMESPACE => 'const', }; In this case the constants would then be accessed as: [% const.title %] =head2 NAMESPACE The constant folding mechanism described above is an example of a namespace handler. Namespace handlers can be defined to provide alternate parsing mechanisms for variables in different namespaces. Under the hood, the L<Template> module converts a constructor configuration such as: my $template = Template->new({ CONSTANTS => { title => 'A Demo Page', # ...etc... }, CONSTANTS_NAMESPACE => 'const', }; into one like: my $template = Template->new({ NAMESPACE => { const => Template:::Namespace::Constants->new({ title => 'A Demo Page', # ...etc... }), }, }; You can use this mechanism to define multiple constant namespaces, or to install custom handlers of your own. my $template = Template->new({ NAMESPACE => { site => Template:::Namespace::Constants->new({ title => "Wardley's Widgets", version => 2.718, }), author => Template:::Namespace::Constants->new({ name => 'Andy Wardley', email => 'abw@andywardley.com', }), voodoo => My::Namespace::Handler->new( ... ), }, }; Now you have two constant namespaces, for example: [% site.title %] [% author.name %] as well as your own custom namespace handler installed for the 'voodoo' namespace. [% voodoo.magic %] See L<Template::Namespace::Constants> for an example of what a namespace handler looks like on the inside. =head1 Template Processing Options The following options are used to specify any additional templates that should be processed before, after, around or instead of the template passed as the first argument to the L<Template> L<process()|Template#process()> method. These options can be perform various useful tasks such as adding standard headers or footers to all pages, wrapping page output in other templates, pre-defining variables or performing initialisation or cleanup tasks, automatically generating page summary information, navigation elements, and so on. The task of processing the template is delegated internally to the L<Template::Service> module which, unsurprisingly, also has a L<process()|Template::Service#process()> method. Any templates defined by the C<PRE_PROCESS> option are processed first and any output generated is added to the output buffer. Then the main template is processed, or if one or more C<PROCESS> templates are defined then they are instead processed in turn. In this case, one of the C<PROCESS> templates is responsible for processing the main template, by a directive such as: [% PROCESS $template %] The output of processing the main template or the C<PROCESS> template(s) is then wrapped in any C<WRAPPER> templates, if defined. C<WRAPPER> templates don't need to worry about explicitly processing the template because it will have been done for them already. Instead C<WRAPPER> templates access the content they are wrapping via the C<content> variable. wrapper before [% content %] wrapper after This output generated from processing the main template, and/or any C<PROCESS> or C<WRAPPER> templates is added to the output buffer. Finally, any C<POST_PROCESS> templates are processed and their output is also added to the output buffer which is then returned. If the main template throws an exception during processing then any relevant template(s) defined via the C<ERROR> option will be processed instead. If defined and successfully processed, the output from the error template will be added to the output buffer in place of the template that generated the error and processing will continue, applying any C<WRAPPER> and C<POST_PROCESS> templates. If no relevant C<ERROR> option is defined, or if the error occurs in one of the C<PRE_PROCESS>, C<WRAPPER> or C<POST_PROCESS> templates, then the process will terminate immediately and the error will be returned. =head2 PRE_PROCESS, POST_PROCESS These values may be set to contain the name(s) of template files (relative to C<INCLUDE_PATH>) which should be processed immediately before and/or after each template. These do not get added to templates processed into a document via directives such as C<INCLUDE>, C<PROCESS>, C<WRAPPER> etc. my $template = Template->new({ PRE_PROCESS => 'header', POST_PROCESS => 'footer', }; Multiple templates may be specified as a reference to a list. Each is processed in the order defined. my $template = Template->new({ PRE_PROCESS => [ 'config', 'header' ], POST_PROCESS => 'footer', }; Alternately, multiple template may be specified as a single string, delimited by 'C<:>'. This delimiter string can be changed via the C<DELIMITER> option. my $template = Template->new({ PRE_PROCESS => 'config:header', POST_PROCESS => 'footer', }; The C<PRE_PROCESS> and C<POST_PROCESS> templates are evaluated in the same variable context as the main document and may define or update variables for subsequent use. config: [% # set some site-wide variables bgcolor = '#ffffff' version = 2.718 %] header: [% DEFAULT title = 'My Funky Web Site' %] <html> <head> <title>[% title %]</title> </head> <body bgcolor="[% bgcolor %]"> footer: <hr> Version [% version %] </body> </html> The L<Template::Document> object representing the main template being processed is available within C<PRE_PROCESS> and C<POST_PROCESS> templates as the C<template> variable. Metadata items defined via the C<META> directive may be accessed accordingly. $template->process('mydoc.html', $vars); mydoc.html: [% META title = 'My Document Title' %] blah blah blah ... header: <html> <head> <title>[% template.title %]</title> </head> <body bgcolor="[% bgcolor %]"> =head2 PROCESS The C<PROCESS> option may be set to contain the name(s) of template files (relative to C<INCLUDE_PATH>) which should be processed instead of the main template passed to the L<Template> L<process()|Template#process()> method. This can be used to apply consistent wrappers around all templates, similar to the use of C<PRE_PROCESS> and C<POST_PROCESS> templates. my $template = Template->new({ PROCESS => 'content', }; # processes 'content' instead of 'foo.html' $template->process('foo.html'); A reference to the original template is available in the C<template> variable. Metadata items can be inspected and the template can be processed by specifying it as a variable reference (i.e. prefixed by C<$>) to an C<INCLUDE>, C<PROCESS> or C<WRAPPER> directive. content: <html> <head> <title>[% template.title %]</title> </head> <body> <!-- begin content --> [% PROCESS $template %] <!-- end content --> <hr> © Copyright [% template.copyright %] </body> </html> foo.html: [% META title = 'The Foo Page' author = 'Fred Foo' copyright = '2000 Fred Foo' %] <h1>[% template.title %]</h1> Welcome to the Foo Page, blah blah blah output: <html> <head> <title>The Foo Page</title> </head> <body> <!-- begin content --> <h1>The Foo Page</h1> Welcome to the Foo Page, blah blah blah <!-- end content --> <hr> © Copyright 2000 Fred Foo </body> </html> =head2 WRAPPER The C<WRAPPER> option can be used to specify one or more templates which should be used to wrap around the output of the main page template. The main template is processed first (or any C<PROCESS> template(s)) and the output generated is then passed as the C<content> variable to the C<WRAPPER> template(s) as they are processed. my $template = Template->new({ WRAPPER => 'wrapper', }; # process 'foo' then wrap in 'wrapper' $template->process('foo', { message => 'Hello World!' }); wrapper: <wrapper> [% content %] </wrapper> foo: This is the foo file! Message: [% message %] The output generated from this example is: <wrapper> This is the foo file! Message: Hello World! </wrapper> You can specify more than one C<WRAPPER> template by setting the value to be a reference to a list of templates. The C<WRAPPER> templates will be processed in reverse order with the output of each being passed to the next (or previous, depending on how you look at it) as the 'content' variable. It sounds complicated, but the end result is that it just "Does The Right Thing" to make wrapper templates nest in the order you specify. my $template = Template->new({ WRAPPER => [ 'outer', 'inner' ], }; # process 'foo' then wrap in 'inner', then in 'outer' $template->process('foo', { message => 'Hello World!' }); outer: <outer> [% content %] </outer> inner: <inner> [% content %] </inner> The output generated is then: <outer> <inner> This is the foo file! Message: Hello World! </inner> </outer> One side-effect of the "inside-out" processing of the C<WRAPPER> configuration item (and also the C<WRAPPER> directive) is that any variables set in the template being wrapped will be visible to the template doing the wrapping, but not the other way around. You can use this to good effect in allowing page templates to set pre-defined values which are then used in the wrapper templates. For example, our main page template 'foo' might look like this: foo: [% page = { title = 'Foo Page' subtitle = 'Everything There is to Know About Foo' author = 'Frank Oliver Octagon' } %] <p> Welcome to the page that tells you everything about foo blah blah blah... </p> The C<foo> template is processed before the wrapper template meaning that the C<page> data structure will be defined for use in the wrapper template. wrapper: <html> <head> <title>[% page.title %]</title> </head> <body> <h1>[% page.title %]</h1> <h2>[% page.subtitle %]</h1> <h3>by [% page.author %]</h3> [% content %] </body> </html> It achieves the same effect as defining C<META> items which are then accessed via the C<template> variable (which you are still free to use within C<WRAPPER> templates), but gives you more flexibility in the type and complexity of data that you can define. =head2 ERROR The C<ERROR> (or C<ERRORS> if you prefer) configuration item can be used to name a single template or specify a hash array mapping exception types to templates which should be used for error handling. If an uncaught exception is raised from within a template then the appropriate error template will instead be processed. If specified as a single value then that template will be processed for all uncaught exceptions. my $template = Template->new({ ERROR => 'error.html' }); If the C<ERROR> item is a hash reference the keys are assumed to be exception types and the relevant template for a given exception will be selected. A C<default> template may be provided for the general case. Note that C<ERROR> can be pluralised to C<ERRORS> if you find it more appropriate in this case. my $template = Template->new({ ERRORS => { user => 'user/index.html', dbi => 'error/database', default => 'error/default', }, }); In this example, any C<user> exceptions thrown will cause the F<user/index.html> template to be processed, C<dbi> errors are handled by F<error/database> and all others by the F<error/default> template. Any C<PRE_PROCESS> and/or C<POST_PROCESS> templates will also be applied to these error templates. Note that exception types are hierarchical and a C<foo> handler will catch all C<foo.*> errors (e.g. C<foo.bar>, C<foo.bar.baz>) if a more specific handler isn't defined. Be sure to quote any exception types that contain periods to prevent Perl concatenating them into a single string (i.e. C<user.passwd> is parsed as C<'user'.'passwd'>). my $template = Template->new({ ERROR => { 'user.login' => 'user/login.html', 'user.passwd' => 'user/badpasswd.html', 'user' => 'user/index.html', 'default' => 'error/default', }, }); In this example, any template processed by the C<$template> object, or other templates or code called from within, can raise a C<user.login> exception and have the service redirect to the F<user/login.html> template. Similarly, a C<user.passwd> exception has a specific handling template, F<user/badpasswd.html>, while all other C<user> or C<user.*> exceptions cause a redirection to the F<user/index.html> page. All other exception types are handled by F<error/default>. Exceptions can be raised in a template using the C<THROW> directive, [% THROW user.login 'no user id: please login' %] or by calling the L<throw()|Template::Context#throw()> method on the current L<Template::Context> object, $context->throw('user.passwd', 'Incorrect Password'); $context->throw('Incorrect Password'); # type 'undef' or from Perl code by calling C<die()> with a L<Template::Exception> object, die (Template::Exception->new('user.denied', 'Invalid User ID')); or by simply calling L<die()> with an error string. This is automagically caught and converted to an exception of 'C<undef>' type which can then be handled in the usual way. die "I'm sorry Dave, I can't do that"; Note that the 'C<undef>' we're talking about here is a literal string rather than Perl's C<undef> used to represent undefined values. =head1 Template Runtime Options =head2 EVAL_PERL This flag is used to indicate if C<PERL> and/or C<RAWPERL> blocks should be evaluated. It is disabled by default and any C<PERL> or C<RAWPERL> blocks encountered will raise exceptions of type 'C<perl>' with the message 'C<EVAL_PERL not set>'. Note however that any C<RAWPERL> blocks should always contain valid Perl code, regardless of the C<EVAL_PERL> flag. The parser will fail to compile templates that contain invalid Perl code in C<RAWPERL> blocks and will throw a 'C<file>' exception. When using compiled templates (see L<Caching and Compiling Options>), the C<EVAL_PERL> has an affect when the template is compiled, and again when the templates is subsequently processed, possibly in a different context to the one that compiled it. If the C<EVAL_PERL> is set when a template is compiled, then all C<PERL> and C<RAWPERL> blocks will be included in the compiled template. If the C<EVAL_PERL> option isn't set, then Perl code will be generated which B<always> throws a 'C<perl>' exception with the message 'C<EVAL_PERL not set>' B<whenever> the compiled template code is run. Thus, you must have C<EVAL_PERL> set if you want your compiled templates to include C<PERL> and C<RAWPERL> blocks. At some point in the future, using a different invocation of the Template Toolkit, you may come to process such a pre-compiled template. Assuming the C<EVAL_PERL> option was set at the time the template was compiled, then the output of any C<RAWPERL> blocks will be included in the compiled template and will get executed when the template is processed. This will happen regardless of the runtime C<EVAL_PERL> status. Regular C<PERL> blocks are a little more cautious, however. If the C<EVAL_PERL> flag isn't set for the I<current> context, that is, the one which is trying to process it, then it will throw the familiar 'C<perl>' exception with the message, 'C<EVAL_PERL not set>'. Thus you can compile templates to include C<PERL> blocks, but optionally disable them when you process them later. Note however that it is possible for a C<PERL> block to contain a Perl "C<BEGIN { # some code }>" block which will always get run regardless of the runtime C<EVAL_PERL> status. Thus, if you set C<EVAL_PERL> when compiling templates, it is assumed that you trust the templates to Do The Right Thing. Otherwise you must accept the fact that there's no bulletproof way to prevent any included code from trampling around in the living room of the runtime environment, making a real nuisance of itself if it really wants to. If you don't like the idea of such uninvited guests causing a bother, then you can accept the default and keep C<EVAL_PERL> disabled. =head2 OUTPUT Default output location or handler. This may be specified as one of: a file name (relative to C<OUTPUT_PATH>, if defined, or the current working directory if not specified absolutely); a file handle (e.g. C<GLOB> or L<IO::Handle>) opened for writing; a reference to a text string to which the output is appended (the string isn't cleared); a reference to a subroutine which is called, passing the output text as an argument; as a reference to an array, onto which the content will be C<push()>ed; or as a reference to any object that supports the C<print()> method. This latter option includes the C<Apache::Request> object which is passed as the argument to Apache/mod_perl handlers. example 1 (file name): my $template = Template->new({ OUTPUT => "/tmp/foo", }); example 2 (text string): my $output = ''; my $template = Template->new({ OUTPUT => \$output, }); example 3 (file handle): open (TOUT, ">", $file) || die "$file: $!\n"; my $template = Template->new({ OUTPUT => \*TOUT, }); example 4 (subroutine): sub output { my $out = shift; print "OUTPUT: $out" } my $template = Template->new({ OUTPUT => \&output, }); example 5 (array reference): my $template = Template->new({ OUTPUT => \@output, }) example 6 (Apache/mod_perl handler): sub handler { my $r = shift; my $t = Template->new({ OUTPUT => $r, }); ... } The default C<OUTPUT> location be overridden by passing a third parameter to the L<Template> L<process()|Template#process()> method. This can be specified as any of the above argument types. $t->process($file, $vars, "/tmp/foo"); $t->process($file, $vars, \$output); $t->process($file, $vars, \*MYGLOB); $t->process($file, $vars, \@output); $t->process($file, $vars, $r); # Apache::Request ... =head2 OUTPUT_PATH The C<OUTPUT_PATH> allows a directory to be specified into which output files should be written. An output file can be specified by the C<OUTPUT> option, or passed by name as the third parameter to the L<Template> L<process()|Template#process()> method. my $template = Template->new({ INCLUDE_PATH => "/tmp/src", OUTPUT_PATH => "/tmp/dest", }); my $vars = { ... }; foreach my $file ('foo.html', 'bar.html') { $template->process($file, $vars, $file) || die $template->error(); } This example will read the input files F</tmp/src/foo.html> and F</tmp/src/bar.html> and write the processed output to F</tmp/dest/foo.html> and F</tmp/dest/bar.html>, respectively. =head2 STRICT By default the Template Toolkit will silently ignore the use of undefined variables (a bad design decision that I regret). When the C<STRICT> option is set, the use of any undefined variables or values will cause an exception to be throw. The exception will have a C<type> of C<var.undef> and a message of the form "undefined variable: xxx". my $template = Template->new( STRICT => 1 ); =head2 DEBUG The C<DEBUG> option can be used to enable debugging within the various different modules that comprise the Template Toolkit. The L<Template::Constants> module defines a set of C<DEBUG_XXXX> constants which can be combined using the logical OR operator, 'C<|>'. use Template::Constants qw( :debug ); my $template = Template->new({ DEBUG => DEBUG_PARSER | DEBUG_PROVIDER, }); For convenience, you can also provide a string containing a list of lower case debug options, separated by any non-word characters. my $template = Template->new({ DEBUG => 'parser, provider', }); The following C<DEBUG_XXXX> flags can be used: =over 4 =item DEBUG_SERVICE Enables general debugging messages for the L<Template::Service> module. =item DEBUG_CONTEXT Enables general debugging messages for the L<Template::Context> module. =item DEBUG_PROVIDER Enables general debugging messages for the L<Template::Provider> module. =item DEBUG_PLUGINS Enables general debugging messages for the L<Template::Plugins> module. =item DEBUG_FILTERS Enables general debugging messages for the L<Template::Filters> module. =item DEBUG_PARSER This flag causes the L<Template::Parser> to generate debugging messages that show the Perl code generated by parsing and compiling each template. =item DEBUG_UNDEF This option causes the Template Toolkit to throw an 'C<undef>' error whenever it encounters an undefined variable value. =item DEBUG_DIRS This option causes the Template Toolkit to generate comments indicating the source file, line and original text of each directive in the template. These comments are embedded in the template output using the format defined in the C<DEBUG_FORMAT> configuration item, or a simple default format if unspecified. For example, the following template fragment: Hello World would generate this output: ## input text line 1 : ## Hello ## input text line 2 : World ## World =item DEBUG_ALL Enables all debugging messages. =item DEBUG_CALLER This option causes all debug messages that aren't newline terminated to have the file name and line number of the caller appended to them. =back =head2 DEBUG_FORMAT The C<DEBUG_FORMAT> option can be used to specify a format string for the debugging messages generated via the C<DEBUG_DIRS> option described above. Any occurrences of C<$file>, C<$line> or C<$text> will be replaced with the current file name, line or directive text, respectively. Notice how the format is single quoted to prevent Perl from interpolating those tokens as variables. my $template = Template->new({ DEBUG => 'dirs', DEBUG_FORMAT => '<!-- $file line $line : [% $text %] -->', }); The following template fragment: [% foo = 'World' %] Hello [% foo %] would then generate this output: <!-- input text line 2 : [% foo = 'World' %] --> Hello <!-- input text line 3 : [% foo %] -->World The DEBUG directive can also be used to set a debug format within a template. [% DEBUG format '<!-- $file line $line : [% $text %] -->' %] =head1 Caching and Compiling Options =head2 CACHE_SIZE The L<Template::Provider> module caches compiled templates to avoid the need to re-parse template files or blocks each time they are used. The C<CACHE_SIZE> option is used to limit the number of compiled templates that the module should cache. By default, the C<CACHE_SIZE> is undefined and all compiled templates are cached. When set to any positive value, the cache will be limited to storing no more than that number of compiled templates. When a new template is loaded and compiled and the cache is full (i.e. the number of entries == C<CACHE_SIZE>), the least recently used compiled template is discarded to make room for the new one. The C<CACHE_SIZE> can be set to C<0> to disable caching altogether. my $template = Template->new({ CACHE_SIZE => 64, # only cache 64 compiled templates }); my $template = Template->new({ CACHE_SIZE => 0, # don't cache any compiled templates }); As well as caching templates as they are found, the L<Template::Provider> also implements negative caching to keep track of templates that are I<not> found. This allows the provider to quickly decline a request for a template that it has previously failed to locate, saving the effort of going to look for it again. This is useful when an C<INCLUDE_PATH> includes multiple providers, ensuring that the request is passed down through the providers as quickly as possible. =head2 STAT_TTL This value can be set to control how long the L<Template::Provider> will keep a template cached in memory before checking to see if the source template has changed. my $provider = Template::Provider->new({ STAT_TTL => 60, # one minute }); The default value is 1 (second). You'll probably want to set this to a higher value if you're running the Template Toolkit inside a persistent web server application (e.g. mod_perl). For example, set it to 60 and the provider will only look for changes to templates once a minute at most. However, during development (or any time you're making frequent changes to templates) you'll probably want to keep it set to a low value so that you don't have to wait for the provider to notice that your templates have changed. =head2 COMPILE_EXT From version 2 onwards, the Template Toolkit has the ability to compile templates to Perl code and save them to disk for subsequent use (i.e. cache persistence). The C<COMPILE_EXT> option may be provided to specify a filename extension for compiled template files. It is undefined by default and no attempt will be made to read or write any compiled template files. my $template = Template->new({ COMPILE_EXT => '.ttc', }); If C<COMPILE_EXT> is defined (and C<COMPILE_DIR> isn't, see below) then compiled template files with the C<COMPILE_EXT> extension will be written to the same directory from which the source template files were loaded. Compiling and subsequent reuse of templates happens automatically whenever the C<COMPILE_EXT> or C<COMPILE_DIR> options are set. The Template Toolkit will automatically reload and reuse compiled files when it finds them on disk. If the corresponding source file has been modified since the compiled version as written, then it will load and re-compile the source and write a new compiled version to disk. This form of cache persistence offers significant benefits in terms of time and resources required to reload templates. Compiled templates can be reloaded by a simple call to Perl's C<require()>, leaving Perl to handle all the parsing and compilation. This is a Good Thing. =head2 COMPILE_DIR The C<COMPILE_DIR> option is used to specify an alternate directory root under which compiled template files should be saved. my $template = Template->new({ COMPILE_DIR => '/tmp/ttc', }); The C<COMPILE_EXT> option may also be specified to have a consistent file extension added to these files. my $template1 = Template->new({ COMPILE_DIR => '/tmp/ttc', COMPILE_EXT => '.ttc1', }); my $template2 = Template->new({ COMPILE_DIR => '/tmp/ttc', COMPILE_EXT => '.ttc2', }); When C<COMPILE_EXT> is undefined, the compiled template files have the same name as the original template files, but reside in a different directory tree. Each directory in the C<INCLUDE_PATH> is replicated in full beneath the C<COMPILE_DIR> directory. This example: my $template = Template->new({ COMPILE_DIR => '/tmp/ttc', INCLUDE_PATH => '/home/abw/templates:/usr/share/templates', }); would create the following directory structure: /tmp/ttc/home/abw/templates/ /tmp/ttc/usr/share/templates/ Files loaded from different C<INCLUDE_PATH> directories will have their compiled forms save in the relevant C<COMPILE_DIR> directory. On Win32 platforms a filename may by prefixed by a drive letter and colon. e.g. C:/My Templates/header The colon will be silently stripped from the filename when it is added to the C<COMPILE_DIR> value(s) to prevent illegal filename being generated. Any colon in C<COMPILE_DIR> elements will be left intact. For example: # Win32 only my $template = Template->new({ DELIMITER => ';', COMPILE_DIR => 'C:/TT2/Cache', INCLUDE_PATH => 'C:/TT2/Templates;D:/My Templates', }); This would create the following cache directories: C:/TT2/Cache/C/TT2/Templates C:/TT2/Cache/D/My Templates =head1 Plugins and Filters =head2 PLUGINS The C<PLUGINS> options can be used to provide a reference to a hash array that maps plugin names to Perl module names. A number of standard plugins are defined (e.g. C<table>, C<format>, C<cgi>, etc.) which map to their corresponding C<Template::Plugin::*> counterparts. These can be redefined by values in the C<PLUGINS> hash. my $template = Template->new({ PLUGINS => { cgi => 'MyOrg::Template::Plugin::CGI', foo => 'MyOrg::Template::Plugin::Foo', bar => 'MyOrg::Template::Plugin::Bar', }, }); The recommended convention is to specify these plugin names in lower case. The Template Toolkit first looks for an exact case-sensitive match and then tries the lower case conversion of the name specified. [% USE Foo %] # look for 'Foo' then 'foo' If you define all your C<PLUGINS> with lower case names then they will be located regardless of how the user specifies the name in the USE directive. If, on the other hand, you define your C<PLUGINS> with upper or mixed case names then the name specified in the C<USE> directive must match the case exactly. The C<USE> directive is used to create plugin objects and does so by calling the L<plugin()|Template::Context#plugin()> method on the current L<Template::Context> object. If the plugin name is defined in the C<PLUGINS> hash then the corresponding Perl module is loaded via C<require()>. The context then calls the L<load()|Template::Plugin#load()> class method which should return the class name (default and general case) or a prototype object against which the L<new()|Template::Plugin#new()> method can be called to instantiate individual plugin objects. If the plugin name is not defined in the C<PLUGINS> hash then the C<PLUGIN_BASE> and/or C<LOAD_PERL> options come into effect. =head2 PLUGIN_BASE If a plugin is not defined in the C<PLUGINS> hash then the C<PLUGIN_BASE> is used to attempt to construct a correct Perl module name which can be successfully loaded. The C<PLUGIN_BASE> can be specified as a reference to an array of module namespaces, or as a single value which is automatically converted to a list. The default C<PLUGIN_BASE> value (C<Template::Plugin>) is then added to the end of this list. example 1: my $template = Template->new({ PLUGIN_BASE => 'MyOrg::Template::Plugin', }); [% USE Foo %] # => MyOrg::Template::Plugin::Foo or Template::Plugin::Foo example 2: my $template = Template->new({ PLUGIN_BASE => [ 'MyOrg::Template::Plugin', 'YourOrg::Template::Plugin' ], }); template: [% USE Foo %] # => MyOrg::Template::Plugin::Foo or YourOrg::Template::Plugin::Foo or Template::Plugin::Foo If you don't want the default C<Template::Plugin> namespace added to the end of the C<PLUGIN_BASE>, then set the C<$Template::Plugins::PLUGIN_BASE> variable to a false value before calling the L<new()|Template> L<Template#new()> constructor method. This is shown in the example below where the C<Foo> plugin is located as C<My::Plugin::Foo> or C<Your::Plugin::Foo> but not as C<Template::Plugin::Foo>. example 3: use Template::Plugins; $Template::Plugins::PLUGIN_BASE = ''; my $template = Template->new({ PLUGIN_BASE => [ 'My::Plugin', 'Your::Plugin' ], }); template: [% USE Foo %] # => My::Plugin::Foo or Your::Plugin::Foo =head2 LOAD_PERL If a plugin cannot be loaded using the C<PLUGINS> or C<PLUGIN_BASE> approaches then the provider can make a final attempt to load the module without prepending any prefix to the module path. This allows regular Perl modules (i.e. those that don't reside in the L<Template::Plugin> or some other such namespace) to be loaded and used as plugins. By default, the C<LOAD_PERL> option is set to C<0> and no attempt will be made to load any Perl modules that aren't named explicitly in the C<PLUGINS> hash or reside in a package as named by one of the C<PLUGIN_BASE> components. Plugins loaded using the C<PLUGINS> or C<PLUGIN_BASE> receive a reference to the current context object as the first argument to the L<new()|Template::Plugin#new()> constructor. Modules loaded using C<LOAD_PERL> are assumed to not conform to the plugin interface. They must provide a C<new()> class method for instantiating objects but it will not receive a reference to the context as the first argument. Plugin modules should provide a L<load()|Template::Plugin#load()> class method (or inherit the default one from the L<Template::Plugin> base class) which is called the first time the plugin is loaded. Regular Perl modules need not. In all other respects, regular Perl objects and Template Toolkit plugins are identical. If a particular Perl module does not conform to the common, but not unilateral, C<new()> constructor convention then a simple plugin wrapper can be written to interface to it. =head2 FILTERS The C<FILTERS> option can be used to specify custom filters which can then be used with the C<FILTER> directive like any other. These are added to the standard filters which are available by default. Filters specified via this option will mask any standard filters of the same name. The C<FILTERS> option should be specified as a reference to a hash array in which each key represents the name of a filter. The corresponding value should contain a reference to an array containing a subroutine reference and a flag which indicates if the filter is static (C<0>) or dynamic (C<1>). A filter may also be specified as a solitary subroutine reference and is assumed to be static. $template = Template->new({ FILTERS => { 'sfilt1' => \&static_filter, # static 'sfilt2' => [ \&static_filter, 0 ], # same as above 'dfilt1' => [ \&dyanamic_filter_factory, 1 ], }, }); Additional filters can be specified at any time by calling the L<define_filter()|Template::Context#define_filter()> method on the current L<Template::Context> object. The method accepts a filter name, a reference to a filter subroutine and an optional flag to indicate if the filter is dynamic. my $context = $template->context(); $context->define_filter('new_html', \&new_html); $context->define_filter('new_repeat', \&new_repeat, 1); Static filters are those where a single subroutine reference is used for all invocations of a particular filter. Filters that don't accept any configuration parameters (e.g. C<html>) can be implemented statically. The subroutine reference is simply returned when that particular filter is requested. The subroutine is called to filter the output of a template block which is passed as the only argument. The subroutine should return the modified text. sub static_filter { my $text = shift; # do something to modify $text... return $text; } The following template fragment: [% FILTER sfilt1 %] Blah blah blah. [% END %] is approximately equivalent to: &static_filter("\nBlah blah blah.\n"); Filters that can accept parameters (e.g. C<truncate>) should be implemented dynamically. In this case, the subroutine is taken to be a filter 'factory' that is called to create a unique filter subroutine each time one is requested. A reference to the current L<Template::Context> object is passed as the first parameter, followed by any additional parameters specified. The subroutine should return another subroutine reference (usually a closure) which implements the filter. sub dynamic_filter_factory { my ($context, @args) = @_; return sub { my $text = shift; # do something to modify $text... return $text; } } The following template fragment: [% FILTER dfilt1(123, 456) %] Blah blah blah [% END %] is approximately equivalent to: my $filter = &dynamic_filter_factory($context, 123, 456); &$filter("\nBlah blah blah.\n"); See the C<FILTER> directive for further examples. =head1 Customisation and Extension =head2 LOAD_TEMPLATES The C<LOAD_TEMPLATES> option can be used to provide a reference to a list of L<Template::Provider> objects or sub-classes thereof which will take responsibility for loading and compiling templates. my $template = Template->new({ LOAD_TEMPLATES => [ MyOrg::Template::Provider->new({ ... }), Template::Provider->new({ ... }), ], }); When a C<PROCESS>, C<INCLUDE> or C<WRAPPER> directive is encountered, the named template may refer to a locally defined C<BLOCK> or a file relative to the C<INCLUDE_PATH> (or an absolute or relative path if the appropriate C<ABSOLUTE> or C<RELATIVE> options are set). If a C<BLOCK> definition can't be found (see the L<Template::Context> L<template()|Template::Context#template()> method for a discussion of C<BLOCK> locality) then each of the C<LOAD_TEMPLATES> provider objects is queried in turn via the L<fetch()|Template::Provider#fetch()> method to see if it can supply the required template. Each provider can return a compiled template, an error, or decline to service the request in which case the responsibility is passed to the next provider. If none of the providers can service the request then a 'not found' error is returned. The same basic provider mechanism is also used for the C<INSERT> directive but it bypasses any C<BLOCK> definitions and doesn't attempt is to parse or process the contents of the template file. If C<LOAD_TEMPLATES> is undefined, a single default provider will be instantiated using the current configuration parameters. For example, the L<Template::Provider> C<INCLUDE_PATH> option can be specified in the L<Template> configuration and will be correctly passed to the provider's constructor method. my $template = Template->new({ INCLUDE_PATH => '/here:/there', }); =head2 LOAD_PLUGINS The C<LOAD_PLUGINS> options can be used to specify a list of provider objects (i.e. they implement the L<fetch()|Template::Plugins#fetch()> method) which are responsible for loading and instantiating template plugin objects. The L<Template::Context> L<plugin()|Template::Context#plugin()> method queries each provider in turn in a "Chain of Responsibility" as per the L<template()|Template::Context#template()> and L<filter()|Template::Context#filter()> methods. my $template = Template->new({ LOAD_PLUGINS => [ MyOrg::Template::Plugins->new({ ... }), Template::Plugins->new({ ... }), ], }); By default, a single L<Template::Plugins> object is created using the current configuration hash. Configuration items destined for the L<Template::Plugins> constructor may be added to the Template constructor. my $template = Template->new({ PLUGIN_BASE => 'MyOrg::Template::Plugins', LOAD_PERL => 1, }); =head2 LOAD_FILTERS The C<LOAD_FILTERS> option can be used to specify a list of provider objects (i.e. they implement the L<fetch()|Template::Filters#fetch()> method) which are responsible for returning and/or creating filter subroutines. The L<Template::Context> L<filter()|Template::Context#filter()> method queries each provider in turn in a "Chain of Responsibility" as per the L<template()|Template::Context#template()> and L<plugin()|Template::Context#plugin()> methods. my $template = Template->new({ LOAD_FILTERS => [ MyTemplate::Filters->new(), Template::Filters->new(), ], }); By default, a single L<Template::Filters> object is created for the C<LOAD_FILTERS> list. =head2 TOLERANT The C<TOLERANT> flag is used by the various Template Toolkit provider modules (L<Template::Provider>, L<Template::Plugins>, L<Template::Filters>) to control their behaviour when errors are encountered. By default, any errors are reported as such, with the request for the particular resource (C<template>, C<plugin>, C<filter>) being denied and an exception raised. When the C<TOLERANT> flag is set to any true values, errors will be silently ignored and the provider will instead return C<STATUS_DECLINED>. This allows a subsequent provider to take responsibility for providing the resource, rather than failing the request outright. If all providers decline to service the request, either through tolerated failure or a genuine disinclination to comply, then a 'C<E<lt>resourceE<gt> not found>' exception is raised. =head2 SERVICE A reference to a L<Template::Service> object, or sub-class thereof, to which the L<Template> module should delegate. If unspecified, a L<Template::Service> object is automatically created using the current configuration hash. my $template = Template->new({ SERVICE => MyOrg::Template::Service->new({ ... }), }); =head2 CONTEXT A reference to a L<Template::Context> object which is used to define a specific environment in which template are processed. A L<Template::Context> object is passed as the only parameter to the Perl subroutines that represent "compiled" template documents. Template subroutines make callbacks into the context object to access Template Toolkit functionality, for example, to C<INCLUDE> or C<PROCESS> another template (L<include()|Template::Context#include()> and L<process()|Template::Context#process()> methods, respectively), to C<USE> a plugin (L<plugin()|Template::Context#plugin()>) or instantiate a filter (L<filter()|Template::Context#filter()>) or to access the stash (L<stash()|Template::Context#stash()>) which manages variable definitions via the L<get()|Template::Stash#get()> and L<set()|Template::Stash#set()> methods. my $template = Template->new({ CONTEXT => MyOrg::Template::Context->new({ ... }), }); =head2 STASH A reference to a L<Template::Stash> object or sub-class which will take responsibility for managing template variables. my $stash = MyOrg::Template::Stash->new({ ... }); my $template = Template->new({ STASH => $stash, }); If unspecified, a default stash object is created using the C<VARIABLES> configuration item to initialise the stash variables. my $template = Template->new({ VARIABLES => { id => 'abw', name => 'Andy Wardley', }, }; =head2 PARSER The L<Template::Parser> module implements a parser object for compiling templates into Perl code which can then be executed. A default object of this class is created automatically and then used by the L<Template::Provider> whenever a template is loaded and requires compilation. The C<PARSER> option can be used to provide a reference to an alternate parser object. my $template = Template->new({ PARSER => MyOrg::Template::Parser->new({ ... }), }); =head2 GRAMMAR The C<GRAMMAR> configuration item can be used to specify an alternate grammar for the parser. This allows a modified or entirely new template language to be constructed and used by the Template Toolkit. Source templates are compiled to Perl code by the L<Template::Parser> using the L<Template::Grammar> (by default) to define the language structure and semantics. Compiled templates are thus inherently "compatible" with each other and there is nothing to prevent any number of different template languages being compiled and used within the same Template Toolkit processing environment (other than the usual time and memory constraints). The L<Template::Grammar> file is constructed from a YACC like grammar (using C<Parse::YAPP>) and a skeleton module template. These files are provided, along with a small script to rebuild the grammar, in the F<parser> sub-directory of the distribution. You don't have to know or worry about these unless you want to hack on the template language or define your own variant. There is a F<README> file in the same directory which provides some small guidance but it is assumed that you know what you're doing if you venture herein. If you grok LALR parsers, then you should find it comfortably familiar. By default, an instance of the default L<Template::Grammar> will be created and used automatically if a C<GRAMMAR> item isn't specified. use MyOrg::Template::Grammar; my $template = Template->new({ GRAMMAR = MyOrg::Template::Grammar->new(); }); =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/Filters.pod 0000444 00000033357 15155303156 0010112 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::Filters # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =encoding latin1 =head1 NAME Template::Manual::Filters - Standard filters =head1 format(format) The C<format> filter takes a format string as a parameter (as per C<printf()>) and formats each line of text accordingly. [% FILTER format('<!-- %-40s -->') %] This is a block of text filtered through the above format. [% END %] Output: <!-- This is a block of text filtered --> <!-- through the above format. --> =head1 upper Folds the input to UPPER CASE. [% "hello world" FILTER upper %] Output: HELLO WORLD =head1 lower Folds the input to lower case. [% "Hello World" FILTER lower %] Output: hello world =head1 ucfirst Folds the first character of the input to UPPER CASE. [% "hello" FILTER ucfirst %] Output: Hello =head1 lcfirst Folds the first character of the input to lower case. [% "HELLO" FILTER lcfirst %] Output: hELLO =head1 trim Trims any leading or trailing whitespace from the input text. Particularly useful in conjunction with C<INCLUDE>, C<PROCESS>, etc., having the same effect as the C<TRIM> configuration option. [% INCLUDE myfile | trim %] =head1 collapse Collapse any whitespace sequences in the input text into a single space. Leading and trailing whitespace (which would be reduced to a single space) is removed, as per trim. [% FILTER collapse %] The cat sat on the mat [% END %] Output: The cat sat on the mat =head1 html Converts the characters C<E<lt>>, C<E<gt>>, C<&> and C<"> to C<<>, C<>>, C<&>, and C<"> respectively, protecting them from being interpreted as representing HTML tags or entities. [% FILTER html %] Binary "<=>" returns -1, 0, or 1 depending on... [% END %] Output: Binary "<=>" returns -1, 0, or 1 depending on... =head1 html_entity The C<html> filter is fast and simple but it doesn't encode the full range of HTML entities that your text may contain. The C<html_entity> filter uses either the C<Apache::Util> module (which is written in C and is therefore faster) or the C<HTML::Entities> module (written in Perl but equally as comprehensive) to perform the encoding. If one or other of these modules are installed on your system then the text will be encoded (via the C<escape_html()> or C<encode_entities()> subroutines respectively) to convert all extended characters into their appropriate HTML entities (e.g. converting 'C<?>' to 'C<é>'). If neither module is available on your system then an 'C<html_entity>' exception will be thrown reporting an appropriate message. If you want to force TT to use one of the above modules in preference to the other, then call either of the L<Template::Filters> class methods: L<use_html_entities()|Template::Filters/use_html_entities()> or L<use_apache_util()|Template::Filters/use_apache_util()>. use Template::Filters; Template::Filters->use_html_entities; For further information on HTML entity encoding, see L<http://www.w3.org/TR/REC-html40/sgml/entities.html>. =head1 xml Same as the C<html> filter, but adds C<'> which is the fifth XML built-in entity. =head1 html_para This filter formats a block of text into HTML paragraphs. A sequence of two or more newlines is used as the delimiter for paragraphs which are then wrapped in HTML C<E<lt>pE<gt>>...C<E<lt>/pE<gt>> tags. [% FILTER html_para %] The cat sat on the mat. Mary had a little lamb. [% END %] Output: <p> The cat sat on the mat. </p> <p> Mary had a little lamb. </p> =head1 html_break / html_para_break Similar to the html_para filter described above, but uses the HTML tag sequence C<E<lt>brE<gt>E<lt>brE<gt>> to join paragraphs. [% FILTER html_break %] The cat sat on the mat. Mary had a little lamb. [% END %] Output: The cat sat on the mat. <br> <br> Mary had a little lamb. =head1 html_line_break This filter replaces any newlines with C<E<lt>brE<gt>> HTML tags, thus preserving the line breaks of the original text in the HTML output. [% FILTER html_line_break %] The cat sat on the mat. Mary had a little lamb. [% END %] Output: The cat sat on the mat.<br> Mary had a little lamb.<br> =head1 uri This filter URI escapes the input text, converting any characters outside of the permitted URI character set (as defined by RFC 3986) into a C<%nn> hex escape. [% 'my file.html' | uri %] Output: my%20file.html The uri filter correctly encodes all reserved characters, including C<&>, C<@>, C</>, C<;>, C<:>, C<=>, C<+>, C<?> and C<$>. This filter is typically used to encode parameters in a URL that could otherwise be interpreted as part of the URL. Here's an example: [% path = 'http://tt2.org/example' back = '/other?foo=bar&baz=bam' title = 'Earth: "Mostly Harmless"' %] <a href="[% path %]?back=[% back | uri %]&title=[% title | uri %]"> The output generated is rather long so we'll show it split across two lines: <a href="http://tt2.org/example?back=%2Fother%3Ffoo%3Dbar%26 baz%3Dbam&title=Earth%3A%20%22Mostly%20Harmless%22"> Without the uri filter the output would look like this (also split across two lines). <a href="http://tt2.org/example?back=/other?foo=bar &baz=bam&title=Earth: "Mostly Harmless""> In this rather contrived example we've manage to generate both a broken URL (the repeated C<?> is not allowed) and a broken HTML element (the href attribute is terminated by the first C<"> after C<Earth: > leaving C<Mostly Harmless"> dangling on the end of the tag in precisely the way that harmless things shouldn't dangle). So don't do that. Always use the uri filter to encode your URL parameters. However, you should B<not> use the uri filter to encode an entire URL. <a href="[% page_url | uri %]"> # WRONG! This will incorrectly encode any reserved characters like C<:> and C</> and that's almost certainly not what you want in this case. Instead you should use the B<url> (note spelling) filter for this purpose. <a href="[% page_url | url %]"> # CORRECT Please note that this behaviour was changed in version 2.16 of the Template Toolkit. Prior to that, the uri filter did not encode the reserved characters, making it technically incorrect according to the RFC 2396 specification (since superceded by RFC2732 and RFC3986). So we fixed it in 2.16 and provided the url filter to implement the old behaviour of not encoding reserved characters. As of version 2.28 of the Template Toolkit, the C<uri> and L<url> filters use the unsafe character set defined by RFC3986. This means that certain characters ("(", ")", "*", "!", "'", and '"') are now deemed unsafe and will be escaped as hex character sequences. The ability to use the RFC3986 character set was added in 2.26 but not enabled by default; double quote was incorrectly deemed safe in 2.26 but correctly escaped in 2.27. If you want to enable the old behaviour then call the C<use_rfc2732()> method in L<Template::Filters> use Template::Filters Template::Filters->use_rfc2732; =head1 url The url filter is a less aggressive version of the uri filter. It encodes any characters outside of the permitted URI character set (as defined by RFC 2396) into C<%nn> hex escapes. However, unlike the uri filter, the url filter does B<not> encode the reserved characters C<&>, C<@>, C</>, C<;>, C<:>, C<=>, C<+>, C<?> and C<$>. =head1 indent(pad) Indents the text block by a fixed pad string or width. The 'C<pad>' argument can be specified as a string, or as a numerical value to indicate a pad width (spaces). Defaults to 4 spaces if unspecified. [% FILTER indent('ME> ') %] blah blah blah cabbages, rhubard, onions [% END %] Output: ME> blah blah blah ME> cabbages, rhubard, onions =head1 truncate(length,dots) Truncates the text block to the length specified, or a default length of 32. Truncated text will be terminated with 'C<...>' (i.e. the 'C<...>' falls inside the required length, rather than appending to it). [% FILTER truncate(21) %] I have much to say on this matter that has previously been said on more than one occasion. [% END %] Output: I have much to say... If you want to use something other than 'C<...>' you can pass that as a second argument. [% FILTER truncate(26, '…') %] I have much to say on this matter that has previously been said on more than one occasion. [% END %] Output: I have much to say… =head1 repeat(iterations) Repeats the text block for as many iterations as are specified (default: 1). [% FILTER repeat(3) %] We want more beer and we want more beer, [% END %] We are the more beer wanters! Output: We want more beer and we want more beer, We want more beer and we want more beer, We want more beer and we want more beer, We are the more beer wanters! =head1 remove(string) Searches the input text for any occurrences of the specified string and removes them. A Perl regular expression may be specified as the search string. [% "The cat sat on the mat" FILTER remove('\s+') %] Output: Thecatsatonthemat =head1 replace(search, replace) Similar to the remove filter described above, but taking a second parameter which is used as a replacement string for instances of the search string. [% "The cat sat on the mat" | replace('\s+', '_') %] Output: The_cat_sat_on_the_mat =head1 redirect(file, options) The C<redirect> filter redirects the output of the block into a separate file, specified relative to the C<OUTPUT_PATH> configuration item. [% FOREACH user IN myorg.userlist %] [% FILTER redirect("users/${user.id}.html") %] [% INCLUDE userinfo %] [% END %] [% END %] or more succinctly, using side-effect notation: [% FOREACH user IN myorg.userlist; INCLUDE userinfo FILTER redirect("users/${user.id}.html"); END %] A C<file> exception will be thrown if the C<OUTPUT_PATH> option is undefined. An optional C<binmode> argument can follow the filename to explicitly set the output file to binary mode. [% PROCESS my/png/generator FILTER redirect("images/logo.png", binmode=1) %] For backwards compatibility with earlier versions, a single true/false value can be used to set binary mode. [% PROCESS my/png/generator FILTER redirect("images/logo.png", 1) %] For the sake of future compatibility and clarity, if nothing else, we would strongly recommend you explicitly use the named C<binmode> option as shown in the first example. =head1 eval / evaltt The C<eval> filter evaluates the block as template text, processing any directives embedded within it. This allows template variables to contain template fragments, or for some method to be provided for returning template fragments from an external source such as a database, which can then be processed in the template as required. my $vars = { fragment => "The cat sat on the [% place %]", }; $template->process($file, $vars); The following example: [% fragment | eval %] is therefore equivalent to The cat sat on the [% place %] The C<evaltt> filter is provided as an alias for C<eval>. =head1 perl / evalperl The C<perl> filter evaluates the block as Perl code. The C<EVAL_PERL> option must be set to a true value or a C<perl> exception will be thrown. [% my_perl_code | perl %] In most cases, the C<[% PERL %]> ... C<[% END %]> block should suffice for evaluating Perl code, given that template directives are processed before being evaluate as Perl. Thus, the previous example could have been written in the more verbose form: [% PERL %] [% my_perl_code %] [% END %] as well as [% FILTER perl %] [% my_perl_code %] [% END %] The C<evalperl> filter is provided as an alias for C<perl> for backwards compatibility. =head1 stdout(options) The stdout filter prints the output generated by the enclosing block to C<STDOUT>. The C<binmode> option can be passed as either a named parameter or a single argument to set C<STDOUT> to binary mode (see the binmode perl function). [% PROCESS something/cool FILTER stdout(binmode=1) # recommended %] [% PROCESS something/cool FILTER stdout(1) # alternate %] The C<stdout> filter can be used to force C<binmode> on C<STDOUT>, or also inside C<redirect>, C<null> or C<stderr> blocks to make sure that particular output goes to C<STDOUT>. See the C<null> filter below for an example. =head1 stderr The stderr filter prints the output generated by the enclosing block to C<STDERR>. =head1 null The C<null> filter prints nothing. This is useful for plugins whose methods return values that you don't want to appear in the output. Rather than assigning every plugin method call to a dummy variable to silence it, you can wrap the block in a null filter: [% FILTER null; USE im = GD.Image(100,100); black = im.colorAllocate(0, 0, 0); red = im.colorAllocate(255,0, 0); blue = im.colorAllocate(0, 0, 255); im.arc(50,50,95,75,0,360,blue); im.fill(50,50,red); im.png | stdout(1); END; -%] Notice the use of the C<stdout> filter to ensure that a particular expression generates output to C<STDOUT> (in this case in binary mode). =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Manual/VMethods.pod 0000444 00000051013 15155303156 0010220 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual::VMethods # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual::VMethods - Virtual Methods =head1 Scalar Virtual Methods =head2 chunk(size) Splits the value into a list of chunks of a certain size. [% ccard_no = "1234567824683579"; ccard_no.chunk(4).join %] Output: 1234 5678 2468 3579 If the size is specified as a negative number then the text will be chunked from right-to-left. This gives the correct grouping for numbers, for example. [% number = 1234567; number.chunk(-3).join(',') %] Output: 1,234,567 =head2 collapse Returns the text with any leading and trailing whitespace removed and any internal sequences of whitespace converted to a single space [% text = " The bird\n is the word" %] [% text.collapse %] # The bird is the word =head2 defined Returns true if the value is defined. [% user = get_user(uid) IF uid.defined %] =head2 dquote Returns the text with any double quote characters escaped with a backslash prefix. Any newline characters in the text will be replaced with "\n". [% quote = 'He said "Oh really?"' %] [% quote.dquote %] # He said \"Oh really?\" =head2 hash Return the value as a hash reference containing a single entry with the key C<value> indicating the original scalar value. As with the C<list> virtual method, this is generally used to help massage data into different formats. =head2 lcfirst Returns the text with the first letter converted to lower case. [% word = 'BIRD' %] [% word.lcfirst %] # bIRD =head2 length Returns the length of the string representation of the item: [% IF password.length < 8 %] Password too short, dumbass! [% END %] =head2 empty Returns true if the string is empty: [% IF details.empty %] No details specified [% END %] =head2 list Return the value as a single element list. This can be useful if you have a variable which may contain a single item or a list and you want to treat them equally. The C<list> method can be called against a list reference and will simply return the original reference, effectively a no-op. [% thing.list.size %] # thing can be a scalar or a list =head2 lower Returns the text in lower case. [% word = 'BIRD' %] [% word.lower %] # bird =head2 match(pattern, global) Performs a regular expression match on the string using the pattern passed as an argument. If the pattern matches the string then the method returns a reference to a list of any strings captured within parenthesis in the pattern. [% name = 'Larry Wall' %] [% matches = name.match('(\w+) (\w+)') %] [% matches.1 %], [% matches.0 %] # Wall, Larry If the pattern does not match then the method returns false, rather than returning an empty list which Perl and the Template Toolkit both consider to be a true value. This allows you to write expression like this. [% "We're not worthy!" IF name.match('Larry Wall') %] [% IF (matches = name.match('(\w+) (\w+)')) %] pattern matches: [% matches.join(', ') %] [% ELSE %] pattern does not match [% END %] Any regex modifiers, like C</s>, should be added in the regex using the C<(?s)> syntax. For example, to modify the regex to disregard whitespace (the C</x> switch), use: [% re = '(?x) (\w+) [ ] (\w+) '; matches = name.match(re); %] To perform a global search to match the pattern as many times as it appears in the source string, provide a true value for the C<global> argument following the pattern. [% text = 'bandanna'; text.match('an+', 1).join(', ') # an, ann %] =head2 repeat(n) Repeat the string a specified number of times. [% name = 'foo' %] [% name.repeat(3) %] # foofoofoo =head2 replace(search, replace) Outputs the string with all instances of the first argument (specified as a Perl regular expression) with the second. [% name = 'foo, bar & baz' %] [% name.replace('\W+', '_') %] # foo_bar_baz You can use C<$1>, C<$2>, etc., to reference captured parts (in parentheses) in the regular expression. Just be careful to I<single> quote the replacement string. If you use I<double> quotes then TT will try and interpolate the variables before passing the string to the C<replace> vmethod. [% name = 'FooBarBaz' %] [% name.replace('([A-Z])', ' $1') %] # Foo Bar Baz =head2 remove(pattern) Outputs the string with all instances of the pattern (specified as a Perl regular expression) removed. [% name = 'foo, bar & baz' %] [% name.remove('\W+') %] # foobarbaz =head2 search(pattern) Performs a similar function to L<match> but simply returns true if the string matches the regular expression pattern passed as an argument. [% name = 'foo bar baz' %] [% name.search('bar') ? 'bar' : 'no bar' %] # bar This virtual method is now deprecated in favour of L<match>. Move along now, there's nothing more to see here. =head2 size Always returns 1 for scalar values. This method is provided for consistency with the hash and list size methods. =head2 split(pattern) Calls Perl's C<split()> function to split a string into a list of strings. [% FOREACH dir IN mypath.split(':') %] [% dir %] [% END %] =head2 substr(offset, length, replacement) Returns a substring starting at C<offset>, for C<length> characters. [% str 'foo bar baz wiz waz woz') %] [% str.substr(4, 3) %] # bar If C<length> is not specified then it returns everything from the C<offset> to the end of the string. [% str.substr(12) %] # wiz waz woz If both C<length> and C<replacement> are specified, then the method replaces everything from C<offset> for C<length> characters with C<$replacement>. The substring removed from the string is then returned. [% str.substr(0, 11, 'FOO') %] # foo bar baz [% str %] # FOO wiz waz woz =head2 squote Returns the text with any single quote characters escaped with a backslash prefix. [% tim = "Tim O'Reilly" %] [% tim.squote %] # Tim O\'Reilly =head2 trim Returns the text with any leading and trailing whitespace removed. [% text = ' hello world ' %] [% text.trim %] # hello world =head2 ucfirst Returns the text with the first letter converted to upper case. [% word = 'bird' %] [% word.ucfirst %] # Bird =head2 upper Returns the text in upper case. [% word = 'bird' %] [% word.upper %] # BIRD =head1 Hash Virtual Methods =head2 keys Returns a list of keys in the hash. They are not returned in any particular order, but the order is the same as for the corresponding values method. [% FOREACH key IN hash.keys %] * [% key %] [% END %] If you want the keys in sorted order, use the list C<sort> method. [% FOREACH key IN hash.keys.sort %] * [% key %] [% END %] Having got the keys in sorted order, you can then use variable interpolation to fetch the value. This is shown in the following example by the use of C<$key> to fetch the item from C<hash> whose key is stored in the C<key> variable. [% FOREACH key IN hash.keys.sort %] * [% key %] = [% hash.$key %] [% END %] Alternately, you can use the C<pairs> method to get a list of key/value pairs in sorted order. =head2 values Returns a list of the values in the hash. As with the C<keys> method, they are not returned in any particular order, although it is the same order that the keys are returned in. [% hash.values.join(', ') %] =head2 items Returns a list of both the keys and the values expanded into a single list. [% hash = { a = 10 b = 20 }; hash.items.join(', ') # a, 10, b, 20 %] =head2 each This method currently returns the same thing as the C<items> method. However, please note that this method will change in the next major version of the Template Toolkit (v3) to return the same thing as the C<pairs> method. This will be done in an effort to make these virtual method more consistent with each other and how Perl works. In anticipation of this, we recommend that you stop using C<hash.each> and instead use C<hash.items>. =head2 pairs This method returns a list of key/value pairs. They are returned in sorted order according to the keys. [% FOREACH pair IN product.pairs %] * [% pair.key %] is [% pair.value %] [% END %] =head2 list Returns the contents of the hash in list form. An argument can be passed to indicate the desired items required in the list: C<keys> to return a list of the keys (same as C<hash.keys>), C<values> to return a list of the values (same as C<hash.values>), C<each> to return as list of key and values (same as C<hash.each>), or C<pairs> to return a list of key/value pairs (same as C<hash.pairs>). [% keys = hash.list('keys') %] [% values = hash.list('values') %] [% items = hash.list('each') %] [% pairs = hash.list('pairs') %] When called without an argument it currently returns the same thing as the C<pairs> method. However, please note that this method will change in the next major version of the Template Toolkit (v3) to return a reference to a list containing the single hash reference (as per the scalar list method). In anticipation of this, we recommend that you stop using C<hash.list> and instead use C<hash.pairs>. =head2 sort, nsort Return a list of the keys, sorted alphabetically (C<sort>) or numerically (C<nsort>) according to the corresponding values in the hash. [% FOREACH n IN phones.sort %] [% phones.$n %] is [% n %], [% END %] =head2 import The C<import> method can be called on a hash array to import the contents of another hash array. [% hash1 = { foo = 'Foo' bar = 'Bar' } hash2 = { wiz = 'Wiz' woz = 'Woz' } %] [% hash1.import(hash2) %] [% hash1.wiz %] # Wiz You can also call the C<import()> method by itself to import a hash array into the current namespace hash. [% user = { id => 'lwall', name => 'Larry Wall' } %] [% import(user) %] [% id %]: [% name %] # lwall: Larry Wall =head2 defined, exists Returns a true or false value if an item in the hash denoted by the key passed as an argument is defined or exists, respectively. [% hash.defined('somekey') ? 'yes' : 'no' %] [% hash.exists('somekey') ? 'yes' : 'no' %] When called without any argument, C<hash.defined> returns true if the hash itself is defined (e.g. the same effect as C<scalar.defined>). =head2 delete Delete one or more items from the hash. [% hash.delete('foo', 'bar') %] =head2 size Returns the number of key/value pairs in the hash. =head2 empty Returns true if the hash is empty: [% IF config.empty %] No configuration available [% END %] =head2 item Returns an item from the hash using a key passed as an argument. [% hash.item('foo') %] # same as hash.foo =head1 List Virtual Methods =head2 first, last Returns the first/last item in the list. The item is not removed from the list. [% results.first %] to [% results.last %] If either is given a numeric argument C<n>, they return the first or last C<n> elements: The first 5 results are [% results.first(5).join(", ") %]. =head2 size, max Returns the size of a list (number of elements) and the maximum index number (size - 1), respectively. [% results.size %] search results matched your query =head2 empty Returns true if the list is empty: [% IF results.empty %] No results found [% END %] =head2 defined Returns a true or false value if the item in the list denoted by the argument is defined. [% list.defined(3) ? 'yes' : 'no' %] When called without any argument, C<list.defined> returns true if the list itself is defined (e.g. the same effect as C<scalar.defined>). =head2 reverse Returns the items of the list in reverse order. [% FOREACH s IN scores.reverse %] ... [% END %] =head2 join Joins the items in the list into a single string, using Perl's C<join()> function. [% items.join(', ') %] =head2 grep Returns a list of the items in the list that match a regular expression pattern. [% FOREACH directory.files.grep('\.txt$') %] ... [% END %] =head2 sort, nsort Returns the items in alpha (C<sort>) or numerical (C<nsort>) order. [% library = books.sort %] An argument can be provided to specify a search key. Where an item in the list is a hash reference, the search key will be used to retrieve a value from the hash which will then be used as the comparison value. Where an item is an object which implements a method of that name, the method will be called to return a comparison value. [% library = books.sort('author') %] In the example, the C<books> list can contains hash references with an C<author> key or objects with an C<author> method. You can also specify multiple sort keys. [% library = books.sort('author', 'title') %] In this case the books will be sorted primarily by author. If two or more books have authors with the same name then they will be sorted by title. =head2 unshift(item), push(item) The C<push()> method adds an item or items to the end of list. [% mylist.push(foo) %] [% mylist.push(foo, bar) %] The C<unshift()> method adds an item or items to the start of a list. [% mylist.unshift(foo) %] [% mylist.push(foo, bar) %] =head2 shift, pop Removes the first/last item from the list and returns it. [% first = mylist.shift %] [% last = mylist.pop %] =head2 unique Returns a list of the unique elements in a list, in the same order as in the list itself. [% mylist = [ 1, 2, 3, 2, 3, 4, 1, 4, 3, 4, 5 ] %] [% numbers = mylist.unique %] While this can be explicitly sorted, it is not required that the list be sorted before the unique elements are pulled out (unlike the Unix command line utility). [% numbers = mylist.unique.sort %] =head2 import Appends the contents of one or more other lists to the end of the current list. [% one = [ 1 2 3 ]; two = [ 4 5 6 ]; three = [ 7 8 9 ]; one.import(two, three); one.join(', '); # 1, 2, 3, 4, 5, 6, 7, 8, 9 %] Import also allows chaining. The below syntax is equivalent. [% one = [ 1 2 3 ]; two = [ 4 5 6 ]; three = [ 7 8 9 ]; one.import(two, three).join(', '); # 1, 2, 3, 4, 5, 6, 7, 8, 9 # or: one.import(two).import(three).join(', '); # 1, 2, 3, 4, 5, 6, 7, 8, 9 %] =head2 merge Returns a list composed of zero or more other lists: [% list_one = [ 1 2 3 ]; list_two = [ 4 5 6 ]; list_three = [ 7 8 9 ]; list_four = list_one.merge(list_two, list_three); %] The original lists are not modified. =head2 slice(from, to) Returns a slice of items in the list between the bounds passed as arguments. If the second argument, C<to>, isn't specified, then it defaults to the last item in the list. The original list is not modified. [% first_three = list.slice(0,2) %] [% last_three = list.slice(-3, -1) %] =head2 splice(offset, length, list) Behaves just like Perl's C<splice()> function allowing you to selectively remove and/or replace elements in a list. It removes C<length> items from the list, starting at C<offset> and replaces them with the items in C<list>. [% play_game = [ 'play', 'scrabble' ]; ping_pong = [ 'ping', 'pong' ]; redundant = play_game.splice(1, 1, ping_pong); redundant.join; # scrabble play_game.join; # play ping pong %] The method returns a list of the items removed by the splice. You can use the C<CALL> directive to ignore the output if you're not planning to do anything with it. [% CALL play_game.splice(1, 1, ping_pong) %] As well as providing a reference to a list of replacement values, you can pass in a list of items. [% CALL list.splice(-1, 0, 'foo', 'bar') %] Be careful about passing just one item in as a replacement value. If it is a reference to a list then the contents of the list will be used. If it's not a list, then it will be treated as a single value. You can use square brackets around a single item if you need to be explicit: [% # push a single item, an_item CALL list.splice(-1, 0, an_item); # push the items from another_list CALL list.splice(-1, 0, another_list); # push a reference to another_list CALL list.splice(-1, 0, [ another_list ]); %] =head2 hash Returns a reference to a hash array comprised of the elements in the list. The even-numbered elements (0, 2, 4, etc) become the keys and the odd-numbered elements (1, 3, 5, etc) the values. [% list = ['pi', 3.14, 'e', 2.718] %] [% hash = list.hash %] [% hash.pi %] # 3.14 [% hash.e %] # 2.718 If a numerical argument is provided then the hash returned will have keys generated for each item starting at the number specified. [% list = ['beer', 'peanuts'] %] [% hash = list.hash(1) %] [% hash.1 %] # beer [% hash.2 %] # peanuts =head2 item Returns an item from the list using an index passed as an argument. [% list.item(0) %] # same as list.0 =head1 Automagic Promotion of Scalar to List for Virtual Methods In addition to the scalar virtual methods listed in the previous section, you can also call any list virtual method against a scalar. The item will be automagically promoted to a single element list and the appropriate list virtual method will be called. One particular benefit of this comes when calling subroutines or object methods that return a list of items, rather than the preferred reference to a list of items. In this case, the Template Toolkit automatically folds the items returned into a list. The upshot is that you can continue to use existing Perl modules or code that returns lists of items, without having to refactor it just to keep the Template Toolkit happy (by returning references to list). C<Class::DBI> module is just one example of a particularly useful module which returns values this way. If only a single item is returned from a subroutine then the Template Toolkit assumes it meant to return a single item (rather than a list of 1 item) and leaves it well alone, returning the single value as it is. If you're executing a database query, for example, you might get 1 item returned, or perhaps many items which are then folded into a list. The C<FOREACH> directive will happily accept either a list or a single item which it will treat as a list. So it's safe to write directives like this, where we assume that the C<something> variable is bound to a subroutine which may return one or more items: [% FOREACH item IN something %] ... [% END %] The automagic promotion of scalars to single item lists means that you can also use list virtual methods safely, even if you only get one item returned. For example: [% something.first %] [% something.join %] [% something.reverse.join(', ') %] Note that this is very much a last-ditch behaviour. If the single item return is an object with a C<first> method, for example, then that will be called, as expected, in preference to the list virtual method. =head1 Defining Custom Virtual Methods You can define your own virtual methods for scalars, lists and hash arrays. The L<Template::Stash> package variables C<$SCALAR_OPS>, C<$LIST_OPS> and C<$HASH_OPS> are references to hash arrays that define these virtual methods. C<HASH_OPS> and C<LIST_OPS> methods are subroutines that accept a hash/list reference as the first item. C<SCALAR_OPS> are subroutines that accept a scalar value as the first item. Any other arguments specified when the method is called will be passed to the subroutine. # load Template::Stash to make method tables visible use Template::Stash; # define list method to return new list of odd numbers only $Template::Stash::LIST_OPS->{ odd } = sub { my $list = shift; return [ grep { $_ % 2 } @$list ]; }; Example template: [% primes = [ 2, 3, 5, 7, 9 ] %] [% primes.odd.join(', ') %] # 3, 5, 7, 9 TODO: document the define_vmethod() method which makes this even easier =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: VMethods.pm 0000444 00000036462 15155303156 0006650 0 ustar 00 #============================================================= -*-Perl-*- # # Template::VMethods # # DESCRIPTION # Module defining virtual methods for the Template Toolkit # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::VMethods; use strict; use warnings; use Scalar::Util qw( blessed looks_like_number ); use Template::Filters; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $ROOT_VMETHODS = { inc => \&root_inc, dec => \&root_dec, }; our $TEXT_VMETHODS = { item => \&text_item, list => \&text_list, hash => \&text_hash, length => \&text_length, size => \&text_size, empty => \&text_empty, defined => \&text_defined, upper => \&text_upper, lower => \&text_lower, ucfirst => \&text_ucfirst, lcfirst => \&text_lcfirst, match => \&text_match, search => \&text_search, repeat => \&text_repeat, replace => \&text_replace, remove => \&text_remove, split => \&text_split, chunk => \&text_chunk, substr => \&text_substr, trim => \&text_trim, collapse => \&text_collapse, squote => \&text_squote, dquote => \&text_dquote, html => \&Template::Filters::html_filter, xml => \&Template::Filters::xml_filter, }; our $HASH_VMETHODS = { item => \&hash_item, hash => \&hash_hash, size => \&hash_size, empty => \&hash_empty, each => \&hash_each, keys => \&hash_keys, values => \&hash_values, items => \&hash_items, pairs => \&hash_pairs, list => \&hash_list, exists => \&hash_exists, defined => \&hash_defined, delete => \&hash_delete, import => \&hash_import, sort => \&hash_sort, nsort => \&hash_nsort, }; our $LIST_VMETHODS = { item => \&list_item, list => \&list_list, hash => \&list_hash, push => \&list_push, pop => \&list_pop, unshift => \&list_unshift, shift => \&list_shift, max => \&list_max, size => \&list_size, empty => \&list_empty, defined => \&list_defined, first => \&list_first, last => \&list_last, reverse => \&list_reverse, grep => \&list_grep, join => \&list_join, sort => \&list_sort, nsort => \&list_nsort, unique => \&list_unique, import => \&list_import, merge => \&list_merge, slice => \&list_slice, splice => \&list_splice, }; # Template::Stash needs the above, so defer loading this module # until they are defined. require Template::Stash; our $PRIVATE = $Template::Stash::PRIVATE; #======================================================================== # root virtual methods #======================================================================== sub root_inc { no warnings; my $item = shift; ++$item; } sub root_dec { no warnings; my $item = shift; --$item; } #======================================================================== # text virtual methods #======================================================================== sub text_item { $_[0]; } sub text_list { [ $_[0] ]; } sub text_hash { { value => $_[0] }; } sub text_length { length $_[0]; } sub text_size { return 1; } sub text_empty { return 0 == text_length($_[0]) ? 1 : 0; } sub text_defined { return 1; } sub text_upper { return uc $_[0]; } sub text_lower { return lc $_[0]; } sub text_ucfirst { return ucfirst $_[0]; } sub text_lcfirst { return lcfirst $_[0]; } sub text_trim { for ($_[0]) { s/^\s+//; s/\s+$//; } return $_[0]; } sub text_collapse { for ($_[0]) { s/^\s+//; s/\s+$//; s/\s+/ /g } return $_[0]; } sub text_match { my ($str, $search, $global) = @_; return $str unless defined $str and defined $search; my @matches = $global ? ($str =~ /$search/g) : ($str =~ /$search/); return @matches ? \@matches : ''; } sub text_search { my ($str, $pattern) = @_; return $str unless defined $str and defined $pattern; return $str =~ /$pattern/; } sub text_repeat { my ($str, $count) = @_; $str = '' unless defined $str; return '' unless $count; $count ||= 1; return $str x $count; } sub text_replace { my ($text, $pattern, $replace, $global) = @_; $text = '' unless defined $text; $pattern = '' unless defined $pattern; $replace = '' unless defined $replace; $global = 1 unless defined $global; if ($replace =~ /\$\d+/) { # replacement string may contain backrefs my $expand = sub { my ($chunk, $start, $end) = @_; $chunk =~ s{ \\(\\|\$) | \$ (\d+) }{ $1 ? $1 : ($2 > $#$start || $2 == 0 || !defined $start->[$2]) ? '' : substr($text, $start->[$2], $end->[$2] - $start->[$2]); }exg; $chunk; }; if ($global) { $text =~ s{$pattern}{ &$expand($replace, [@-], [@+]) }eg; } else { $text =~ s{$pattern}{ &$expand($replace, [@-], [@+]) }e; } } else { if ($global) { $text =~ s/$pattern/$replace/g; } else { $text =~ s/$pattern/$replace/; } } return $text; } sub text_remove { my ($str, $search) = @_; return $str unless defined $str and defined $search; $str =~ s/$search//g; return $str; } sub text_split { my ($str, $split, $limit) = @_; $str = '' unless defined $str; # For versions of Perl prior to 5.18 we have to be very careful about # spelling out each possible combination of arguments because split() # is very sensitive to them, for example C<split(' ', ...)> behaves # differently to C<$space=' '; split($space, ...)>. Test 33 of # vmethods/text.t depends on this behaviour. if ($] < 5.018) { if (defined $limit) { return [ defined $split ? split($split, $str, $limit) : split(' ', $str, $limit) ]; } else { return [ defined $split ? split($split, $str) : split(' ', $str) ]; } } # split's behavior changed in Perl 5.18.0 making this: # C<$space=' '; split($space, ...)> # behave the same as this: # C<split(' ', ...)> # qr// behaves the same, so use that for user-defined split. my $split_re; if (defined $split) { eval { $split_re = qr/$split/; }; } $split_re = ' ' unless defined $split_re; $limit ||= 0; return [split($split_re, $str, $limit)]; } sub text_chunk { my ($string, $size) = @_; my @list; $size ||= 1; if ($size < 0) { # sexeger! It's faster to reverse the string, search # it from the front and then reverse the output than to # search it from the end, believe it nor not! $string = reverse $string; $size = -$size; unshift(@list, scalar reverse $1) while ($string =~ /((.{$size})|(.+))/g); } else { push(@list, $1) while ($string =~ /((.{$size})|(.+))/g); } return \@list; } sub text_substr { my ($text, $offset, $length, $replacement) = @_; $offset ||= 0; if(defined $length) { if (defined $replacement) { substr( $text, $offset, $length, $replacement ); return $text; } else { return substr( $text, $offset, $length ); } } else { return substr( $text, $offset ); } } sub text_squote { my $text = shift; for ($text) { s/(['\\])/\\$1/g; } return $text; } sub text_dquote { my $text = shift; for ($text) { s/(["\\])/\\$1/g; s/\n/\\n/g; } return $text; } #======================================================================== # hash virtual methods #======================================================================== sub hash_item { my ($hash, $item) = @_; $item = '' unless defined $item; return if $PRIVATE && $item =~ /$PRIVATE/; $hash->{ $item }; } sub hash_hash { $_[0]; } sub hash_size { scalar keys %{$_[0]}; } sub hash_empty { return 0 == hash_size($_[0]) ? 1 : 0; } sub hash_each { # this will be changed in TT3 to do what hash_pairs() does [ %{ $_[0] } ]; } sub hash_keys { [ keys %{ $_[0] } ]; } sub hash_values { [ values %{ $_[0] } ]; } sub hash_items { [ %{ $_[0] } ]; } sub hash_pairs { [ map { { key => $_ , value => $_[0]->{ $_ } } } sort keys %{ $_[0] } ]; } sub hash_list { my ($hash, $what) = @_; $what ||= ''; return ($what eq 'keys') ? [ keys %$hash ] : ($what eq 'values') ? [ values %$hash ] : ($what eq 'each') ? [ %$hash ] : [ # for now we do what pairs does but this will be changed # in TT3 to return [ $hash ] by default map { { key => $_ , value => $hash->{ $_ } } } sort keys %$hash ]; } sub hash_exists { exists $_[0]->{ $_[1] }; } sub hash_defined { # return the item requested, or 1 if no argument # to indicate that the hash itself is defined my $hash = shift; return @_ ? defined $hash->{ $_[0] } : 1; } sub hash_delete { my $hash = shift; delete $hash->{ $_ } for @_; } sub hash_import { my ($hash, $imp) = @_; $imp = {} unless ref $imp eq 'HASH'; @$hash{ keys %$imp } = values %$imp; return ''; } sub hash_sort { my ($hash) = @_; [ sort { lc $hash->{$a} cmp lc $hash->{$b} } (keys %$hash) ]; } sub hash_nsort { my ($hash) = @_; [ sort { $hash->{$a} <=> $hash->{$b} } (keys %$hash) ]; } #======================================================================== # list virtual methods #======================================================================== sub list_item { $_[0]->[ $_[1] || 0 ]; } sub list_list { $_[0]; } sub list_hash { my $list = shift; if (@_) { my $n = shift || 0; return { map { ($n++, $_) } @$list }; } no warnings; return { @$list }; } sub list_push { my $list = shift; push(@$list, @_); return ''; } sub list_pop { my $list = shift; pop(@$list); } sub list_unshift { my $list = shift; unshift(@$list, @_); return ''; } sub list_shift { my $list = shift; shift(@$list); } sub list_max { no warnings; my $list = shift; $#$list; } sub list_size { no warnings; my $list = shift; $#$list + 1; } sub list_empty { return 0 == list_size($_[0]) ? 1 : 0; } sub list_defined { # return the item requested, or 1 if no argument to # indicate that the hash itself is defined my $list = shift; return 1 unless @_; # list.defined is always true return unless looks_like_number $_[0]; # list.defined('bah') is always false return defined $list->[$_[0]]; # list.defined(n) } sub list_first { my $list = shift; return $list->[0] unless @_; return [ @$list[0..$_[0]-1] ]; } sub list_last { my $list = shift; return $list->[-1] unless @_; return [ @$list[-$_[0]..-1] ]; } sub list_reverse { my $list = shift; [ reverse @$list ]; } sub list_grep { my ($list, $pattern) = @_; $pattern ||= ''; return [ grep /$pattern/, @$list ]; } sub list_join { my ($list, $joint) = @_; join(defined $joint ? $joint : ' ', map { defined $_ ? $_ : '' } @$list); } sub _list_sort_make_key { my ($item, $fields) = @_; my @keys; if (ref($item) eq 'HASH') { @keys = map { $item->{ $_ } } @$fields; } elsif (blessed $item) { @keys = map { $item->can($_) ? $item->$_() : $item } @$fields; } else { @keys = $item; } # ugly hack to generate a single string using a delimiter that is # unlikely (but not impossible) to be found in the wild. return lc join('/*^UNLIKELY^*/', map { defined $_ ? $_ : '' } @keys); } sub list_sort { my ($list, @fields) = @_; return $list unless @$list > 1; # no need to sort 1 item lists return [ @fields # Schwartzian Transform ? map { $_->[0] } # for case insensitivity sort { $a->[1] cmp $b->[1] } map { [ $_, _list_sort_make_key($_, \@fields) ] } @$list : map { $_->[0] } sort { $a->[1] cmp $b->[1] } map { [ $_, lc $_ ] } @$list, ]; } sub list_nsort { my ($list, @fields) = @_; return $list unless @$list > 1; # no need to sort 1 item lists my $sort = sub { my $cmp; if(@fields) { # compare each field individually for my $field (@fields) { my $A = _list_sort_make_key($a, [ $field ]); my $B = _list_sort_make_key($b, [ $field ]); ($cmp = $A <=> $B) and last; } } else { my $A = _list_sort_make_key($a); my $B = _list_sort_make_key($b); $cmp = $A <=> $B; } $cmp; }; return [ sort $sort @{ $list } ]; } sub list_unique { my %u; [ grep { ++$u{$_} == 1 } @{$_[0]} ]; } sub list_import { my $list = shift; push(@$list, grep defined, map ref eq 'ARRAY' ? @$_ : undef, @_); return $list; } sub list_merge { my $list = shift; return [ @$list, grep defined, map ref eq 'ARRAY' ? @$_ : undef, @_ ]; } sub list_slice { my ($list, $from, $to) = @_; $from ||= 0; $to = $#$list unless defined $to; $from += @$list if $from < 0; $to += @$list if $to < 0; return [ @$list[$from..$to] ]; } sub list_splice { my ($list, $offset, $length, @replace) = @_; if (@replace) { # @replace can contain a list of multiple replace items, or # be a single reference to a list @replace = @{ $replace[0] } if @replace == 1 && ref $replace[0] eq 'ARRAY'; return [ splice @$list, $offset, $length, @replace ]; } elsif (defined $length) { return [ splice @$list, $offset, $length ]; } elsif (defined $offset) { return [ splice @$list, $offset ]; } else { return [ splice(@$list) ]; } } 1; __END__ =head1 NAME Template::VMethods - Virtual methods for variables =head1 DESCRIPTION The C<Template::VMethods> module implements the virtual methods that can be applied to variables. Please see L<Template::Manual::VMethods> for further information. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Stash>, L<Template::Manual::VMethods> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Datafile.pm 0000444 00000010632 15155303156 0010055 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Datafile # # DESCRIPTION # Template Toolkit Plugin which reads a datafile and constructs a # list object containing hashes representing records in the file. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Datafile; use strict; use warnings; use base 'Template::Plugin'; our $VERSION = '3.100'; sub new { my ($class, $context, $filename, $params) = @_; my ($delim, $encoding, $line, @fields, @data, @results); my $self = [ ]; local *FD; local $/ = "\n"; $params ||= { }; $delim = $params->{'delim'} || ':'; $delim = quotemeta($delim); $encoding = defined $params->{'encoding'} ? ':encoding('.$params->{'encoding'}.')' : ''; return $class->error("No filename specified") unless $filename; open(FD, '<'.$encoding, $filename) || return $class->error("$filename: $!"); # first line of file should contain field definitions while (! $line || $line =~ /^#/) { $line = <FD>; chomp $line; $line =~ s/\r$//; } (@fields = split(/\s*$delim\s*/, $line)) || return $class->error("first line of file must contain field names"); # read each line of the file while (<FD>) { chomp; s/\r$//; # ignore comments and blank lines next if /^#/ || /^\s*$/; # split line into fields @data = split(/\s*$delim\s*/); # create hash record to represent data my %record; @record{ @fields } = @data; push(@$self, \%record); } # return $self; bless $self, $class; } sub as_list { return $_[0]; } 1; __END__ =head1 NAME Template::Plugin::Datafile - Plugin to construct records from a simple data file =head1 SYNOPSIS [% USE mydata = datafile('/path/to/datafile') %] [% USE mydata = datafile('/path/to/datafile', delim = '|') %] [% USE mydata = datafile('/path/to/datafile', encoding = 'UTF-8') %] [% FOREACH record = mydata %] [% record.this %] [% record.that %] [% END %] =head1 DESCRIPTION This plugin provides a simple facility to construct a list of hash references, each of which represents a data record of known structure, from a data file. [% USE datafile(filename) %] A absolute filename must be specified (for this initial implementation at least - in a future version it might also use the C<INCLUDE_PATH>). An optional C<delim> parameter may also be provided to specify an alternate delimiter character. The optional C<encoding> parameter may be used to specify the input file encoding. [% USE userlist = datafile('/path/to/file/users') %] [% USE things = datafile('items', delim = '|') %] The format of the file is intentionally simple. The first line defines the field names, delimited by colons with optional surrounding whitespace. Subsequent lines then defines records containing data items, also delimited by colons. e.g. id : name : email : tel abw : Andy Wardley : abw@tt2.org : 555-1234 sam : Simon Matthews : sam@tt2.org : 555-9876 Each line is read, split into composite fields, and then used to initialise a hash array containing the field names as relevant keys. The plugin returns a blessed list reference containing the hash references in the order as defined in the file. [% FOREACH user = userlist %] [% user.id %]: [% user.name %] [% END %] The first line of the file B<must> contain the field definitions. After the first line, blank lines will be ignored, along with comment line which start with a 'C<#>'. =head1 BUGS Should handle file names relative to C<INCLUDE_PATH>. Doesn't permit use of 'C<:>' in a field. Some escaping mechanism is required. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/File.pm 0000444 00000025653 15155303156 0007234 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::File # # DESCRIPTION # Plugin for encapsulating information about a system file. # # AUTHOR # Originally written by Michael Stevens <michael@etla.org> as the # Directory plugin, then mutilated by Andy Wardley <abw@kfs.org> # into separate File and Directory plugins, with some additional # code for working with views, etc. # # COPYRIGHT # Copyright 2000-2022 Michael Stevens, Andy Wardley. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::File; use strict; use warnings; use Cwd; use File::Spec; use File::Basename; use base 'Template::Plugin'; our $VERSION = '3.100'; our @STAT_KEYS = qw( dev ino mode nlink uid gid rdev size atime mtime ctime blksize blocks ); #------------------------------------------------------------------------ # new($context, $file, \%config) # # Create a new File object. Takes the pathname of the file as # the argument following the context and an optional # hash reference of configuration parameters. #------------------------------------------------------------------------ sub new { my $config = ref($_[-1]) eq 'HASH' ? pop(@_) : { }; my ($class, $context, $path) = @_; my ($root, $home, @stat, $abs); return $class->throw('no file specified') unless defined $path and length $path; # path, dir, name, root, home if (File::Spec->file_name_is_absolute($path)) { $root = ''; } elsif (($root = $config->{ root })) { # strip any trailing '/' from root $root =~ s[/$][]; } else { $root = ''; } my ($name, $dir, $ext) = fileparse($path, '\.\w+'); # fixup various items $dir =~ s[/$][]; $dir = '' if $dir eq '.'; $name = $name . $ext; $ext =~ s/^\.//g; my @fields = File::Spec->splitdir($dir); shift @fields if @fields && ! length $fields[0]; $home = join('/', ('..') x @fields); $abs = File::Spec->catfile($root ? $root : (), $path); my $self = { path => $path, name => $name, root => $root, home => $home, dir => $dir, ext => $ext, abs => $abs, user => '', group => '', isdir => '', stat => defined $config->{ stat } ? $config->{ stat } : ! $config->{ nostat }, map { ($_ => '') } @STAT_KEYS, }; if ($self->{ stat }) { (@stat = stat( $abs )) || return $class->throw("$abs: $!"); @$self{ @STAT_KEYS } = @stat; unless ($config->{ noid }) { $self->{ user } = eval { getpwuid( $self->{ uid }) || $self->{ uid } }; $self->{ group } = eval { getgrgid( $self->{ gid }) || $self->{ gid } }; } $self->{ isdir } = -d $abs; } bless $self, $class; } #------------------------------------------------------------------------- # rel($file) # # Generate a relative filename for some other file relative to this one. #------------------------------------------------------------------------ sub rel { my ($self, $path) = @_; $path = $path->{ path } if ref $path eq ref $self; # assumes same root return $path if $path =~ m[^/]; return $path unless $self->{ home }; return $self->{ home } . '/' . $path; } #------------------------------------------------------------------------ # present($view) # # Present self to a Template::View. #------------------------------------------------------------------------ sub present { my ($self, $view) = @_; $view->view_file($self); } sub throw { my ($self, $error) = @_; die (Template::Exception->new('File', $error)); } 1; __END__ =head1 NAME Template::Plugin::File - Plugin providing information about files =head1 SYNOPSIS [% USE File(filepath) %] [% File.path %] # full path [% File.name %] # filename [% File.dir %] # directory =head1 DESCRIPTION This plugin provides an abstraction of a file. It can be used to fetch details about files from the file system, or to represent abstract files (e.g. when creating an index page) that may or may not exist on a file system. A file name or path should be specified as a constructor argument. e.g. [% USE File('foo.html') %] [% USE File('foo/bar/baz.html') %] [% USE File('/foo/bar/baz.html') %] The file should exist on the current file system (unless C<nostat> option set, see below) as an absolute file when specified with as leading 'C</>' as per 'C</foo/bar/baz.html>', or otherwise as one relative to the current working directory. The constructor performs a C<stat()> on the file and makes the 13 elements returned available as the plugin items: dev ino mode nlink uid gid rdev size atime mtime ctime blksize blocks e.g. [% USE File('/foo/bar/baz.html') %] [% File.mtime %] [% File.mode %] ... In addition, the C<user> and C<group> items are set to contain the user and group names as returned by calls to C<getpwuid()> and C<getgrgid()> for the file C<uid> and C<gid> elements, respectively. On Win32 platforms on which C<getpwuid()> and C<getgrid()> are not available, these values are undefined. [% USE File('/tmp/foo.html') %] [% File.uid %] # e.g. 500 [% File.user %] # e.g. abw This user/group lookup can be disabled by setting the C<noid> option. [% USE File('/tmp/foo.html', noid=1) %] [% File.uid %] # e.g. 500 [% File.user %] # nothing The C<isdir> flag will be set if the file is a directory. [% USE File('/tmp') %] [% File.isdir %] # 1 If the C<stat()> on the file fails (e.g. file doesn't exists, bad permission, etc) then the constructor will throw a C<File> exception. This can be caught within a C<TRY...CATCH> block. [% TRY %] [% USE File('/tmp/myfile') %] File exists! [% CATCH File %] File error: [% error.info %] [% END %] Note the capitalisation of the exception type, 'C<File>', to indicate an error thrown by the C<File> plugin, to distinguish it from a regular C<file> exception thrown by the Template Toolkit. Note that the C<File> plugin can also be referenced by the lower case name 'C<file>'. However, exceptions are always thrown of the C<File> type, regardless of the capitalisation of the plugin named used. [% USE file('foo.html') %] [% file.mtime %] As with any other Template Toolkit plugin, an alternate name can be specified for the object created. [% USE foo = file('foo.html') %] [% foo.mtime %] The C<nostat> option can be specified to prevent the plugin constructor from performing a C<stat()> on the file specified. In this case, the file does not have to exist in the file system, no attempt will be made to verify that it does, and no error will be thrown if it doesn't. The entries for the items usually returned by C<stat()> will be set empty. [% USE file('/some/where/over/the/rainbow.html', nostat=1) [% file.mtime %] # nothing =head1 METHODS All C<File> plugins, regardless of the C<nostat> option, have set a number of items relating to the original path specified. =head2 path The full, original file path specified to the constructor. [% USE file('/foo/bar.html') %] [% file.path %] # /foo/bar.html =head2 name The name of the file without any leading directories. [% USE file('/foo/bar.html') %] [% file.name %] # bar.html =head2 dir The directory element of the path with the filename removed. [% USE file('/foo/bar.html') %] [% file.name %] # /foo =head2 ext The file extension, if any, appearing at the end of the path following a 'C<.>' (not included in the extension). [% USE file('/foo/bar.html') %] [% file.ext %] # html =head2 home This contains a string of the form 'C<../..>' to represent the upward path from a file to its root directory. [% USE file('bar.html') %] [% file.home %] # nothing [% USE file('foo/bar.html') %] [% file.home %] # .. [% USE file('foo/bar/baz.html') %] [% file.home %] # ../.. =head2 root The C<root> item can be specified as a constructor argument, indicating a root directory in which the named file resides. This is otherwise set empty. [% USE file('foo/bar.html', root='/tmp') %] [% file.root %] # /tmp =head2 abs This returns the absolute file path by constructing a path from the C<root> and C<path> options. [% USE file('foo/bar.html', root='/tmp') %] [% file.path %] # foo/bar.html [% file.root %] # /tmp [% file.abs %] # /tmp/foo/bar.html =head2 rel(path) This returns a relative path from the current file to another path specified as an argument. It is constructed by appending the path to the 'C<home>' item. [% USE file('foo/bar/baz.html') %] [% file.rel('wiz/waz.html') %] # ../../wiz/waz.html =head1 EXAMPLES [% USE file('/foo/bar/baz.html') %] [% file.path %] # /foo/bar/baz.html [% file.dir %] # /foo/bar [% file.name %] # baz.html [% file.home %] # ../.. [% file.root %] # '' [% file.abs %] # /foo/bar/baz.html [% file.ext %] # html [% file.mtime %] # 987654321 [% file.atime %] # 987654321 [% file.uid %] # 500 [% file.user %] # abw [% USE file('foo.html') %] [% file.path %] # foo.html [% file.dir %] # '' [% file.name %] # foo.html [% file.root %] # '' [% file.home %] # '' [% file.abs %] # foo.html [% USE file('foo/bar/baz.html') %] [% file.path %] # foo/bar/baz.html [% file.dir %] # foo/bar [% file.name %] # baz.html [% file.root %] # '' [% file.home %] # ../.. [% file.abs %] # foo/bar/baz.html [% USE file('foo/bar/baz.html', root='/tmp') %] [% file.path %] # foo/bar/baz.html [% file.dir %] # foo/bar [% file.name %] # baz.html [% file.root %] # /tmp [% file.home %] # ../.. [% file.abs %] # /tmp/foo/bar/baz.html # calculate other file paths relative to this file and its root [% USE file('foo/bar/baz.html', root => '/tmp/tt2') %] [% file.path('baz/qux.html') %] # ../../baz/qux.html [% file.dir('wiz/woz.html') %] # ../../wiz/woz.html =head1 AUTHORS Michael Stevens wrote the original C<Directory> plugin on which this is based. Andy Wardley split it into separate C<File> and C<Directory> plugins, added some extra code and documentation for C<VIEW> support, and made a few other minor tweaks. =head1 COPYRIGHT Copyright 2000-2022 Michael Stevens, Andy Wardley. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Template::Plugin::Directory>, L<Template::View> Plugin/Procedural.pm 0000444 00000007141 15155303156 0010445 0 ustar 00 #============================================================================== # # Template::Plugin::Procedural # # DESCRIPTION # A Template Plugin to provide a Template Interface to Data::Dumper # # AUTHOR # Mark Fowler <mark@twoshortplanks.com> # # COPYRIGHT # Copyright (C) 2002 Mark Fowler. All Rights Reserved # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================== package Template::Plugin::Procedural; use strict; use warnings; use base 'Template::Plugin'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $AUTOLOAD; #------------------------------------------------------------------------ # load #------------------------------------------------------------------------ sub load { my ($class, $context) = @_; # create a proxy namespace that will be used for objects my $proxy = "Template::Plugin::" . $class; # okay, in our proxy create the autoload routine that will # call the right method in the real class no strict "refs"; unless( defined( *{ $proxy . "::AUTOLOAD" } ) ) { *{ $proxy . "::AUTOLOAD" } = sub { # work out what the method is called $AUTOLOAD =~ s!^.*::!!; print STDERR "Calling '$AUTOLOAD' in '$class'\n" if $DEBUG; # look up the sub for that method (but in a OO way) my $uboat = $class->can($AUTOLOAD); # if it existed call it as a subroutine, not as a method if ($uboat) { shift @_; return $uboat->(@_); } print STDERR "Eeek, no such method '$AUTOLOAD'\n" if $DEBUG; return ""; }; } # create a simple new method that simply returns a blessed # scalar as the object. unless( defined( *{ $proxy . "::new" } ) ) { *{ $proxy . "::new" } = sub { my $this; return bless \$this, $_[0]; }; } return $proxy; } 1; __END__ =head1 NAME Template::Plugin::Procedural - Base class for procedural plugins =head1 SYNOPSIS package Template::Plugin::LWPSimple; use base qw(Template::Plugin::Procedural); use LWP::Simple; # exports 'get' 1; [% USE LWPSimple %] [% LWPSimple.get("http://www.tt2.org/") %] =head1 DESCRIPTION C<Template::Plugin::Procedural> is a base class for Template Toolkit plugins that causes defined subroutines to be called directly rather than as a method. Essentially this means that subroutines will not receive the class name or object as its first argument. This is most useful when creating plugins for modules that normally work by exporting subroutines that do not expect such additional arguments. Despite the fact that subroutines will not be called in an OO manner, inheritance still function as normal. A class that uses C<Template::Plugin::Procedural> can be subclassed and both subroutines defined in the subclass and subroutines defined in the original class will be available to the Template Toolkit and will be called without the class/object argument. =head1 AUTHOR Mark Fowler E<lt>mark@twoshortplanks.comE<gt> L<http://www.twoshortplanks.com> =head1 COPYRIGHT Copyright (C) 2002 Mark Fowler E<lt>mark@twoshortplanks.comE<gt> This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Table.pm 0000444 00000030643 15155303156 0007377 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Table # # DESCRIPTION # Plugin to order a linear data set into a virtual 2-dimensional table # from which row and column permutations can be fetched. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2000-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Table; use strict; use warnings; use base 'Template::Plugin'; use Scalar::Util 'blessed'; our $VERSION = '3.100'; our $AUTOLOAD; #------------------------------------------------------------------------ # new($context, \@data, \%args) # # This constructor method initialises the object to iterate through # the data set passed by reference to a list as the first parameter. # It calculates the shape of the permutation table based on the ROWS # or COLS parameters specified in the $args hash reference. The # OVERLAP parameter may be provided to specify the number of common # items that should be shared between subsequent columns. #------------------------------------------------------------------------ sub new { my ($class, $context, $data, $params) = @_; my ($size, $rows, $cols, $coloff, $overlap, $error); # if the data item is a reference to a Template::Iterator object, # or subclass thereof, we call its get_all() method to extract all # the data it contains if (blessed($data) && $data->isa('Template::Iterator')) { ($data, $error) = $data->get_all(); return $class->error( "iterator failed to provide data for table: ", $error ) if $error; } return $class->error('invalid table data, expecting a list') unless ref $data eq 'ARRAY'; $params ||= { }; return $class->error('invalid table parameters, expecting a hash') unless ref $params eq 'HASH'; # ensure keys are folded to upper case @$params{ map { uc } keys %$params } = values %$params; $size = scalar @$data; $overlap = $params->{ OVERLAP } || 0; # calculate number of columns based on a specified number of rows if ($rows = $params->{ ROWS }) { if ($size < $rows) { $rows = $size; # pad? $cols = 1; $coloff = 0; } else { $coloff = $rows - $overlap; $cols = int ($size / $coloff) + ($size % $coloff > $overlap ? 1 : 0) } } # calculate number of rows based on a specified number of columns elsif ($cols = $params->{ COLS }) { if ($size < $cols) { $cols = $size; $rows = 1; $coloff = 1; } else { $coloff = int ($size / $cols) + ($size % $cols > $overlap ? 1 : 0); $rows = $coloff + $overlap; } } else { $rows = $size; $cols = 1; $coloff = 0; } bless { _DATA => $data, _SIZE => $size, _NROWS => $rows, _NCOLS => $cols, _COLOFF => $coloff, _OVERLAP => $overlap, _PAD => defined $params->{ PAD } ? $params->{ PAD } : 1, }, $class; } #------------------------------------------------------------------------ # row($n) # # Returns a reference to a list containing the items in the row whose # number is specified by parameter. If the row number is undefined, # it calls rows() to return a list of all rows. #------------------------------------------------------------------------ sub row { my ($self, $row) = @_; my ($data, $cols, $offset, $size, $pad) = @$self{ qw( _DATA _NCOLS _COLOFF _SIZE _PAD) }; my @set; # return all rows if row number not specified return $self->rows() unless defined $row; return () if $row >= $self->{ _NROWS } || $row < 0; my $index = $row; for (my $c = 0; $c < $cols; $c++) { push( @set, $index < $size ? $data->[$index] : ($pad ? undef : ()) ); $index += $offset; } return \@set; } #------------------------------------------------------------------------ # col($n) # # Returns a reference to a list containing the items in the column whose # number is specified by parameter. If the column number is undefined, # it calls cols() to return a list of all columns. #------------------------------------------------------------------------ sub col { my ($self, $col) = @_; my ($data, $size) = @$self{ qw( _DATA _SIZE ) }; my ($start, $end); my $blanks = 0; # return all cols if row number not specified return $self->cols() unless defined $col; return () if $col >= $self->{ _NCOLS } || $col < 0; $start = $self->{ _COLOFF } * $col; $end = $start + $self->{ _NROWS } - 1; $end = $start if $end < $start; if ($end >= $size) { $blanks = ($end - $size) + 1; $end = $size - 1; } return () if $start >= $size; return [ @$data[$start..$end], $self->{ _PAD } ? ((undef) x $blanks) : () ]; } #------------------------------------------------------------------------ # rows() # # Returns all rows as a reference to a list of rows. #------------------------------------------------------------------------ sub rows { my $self = shift; return [ map { $self->row($_) } (0..$self->{ _NROWS }-1) ]; } #------------------------------------------------------------------------ # cols() # # Returns all rows as a reference to a list of rows. #------------------------------------------------------------------------ sub cols { my $self = shift; return [ map { $self->col($_) } (0..$self->{ _NCOLS }-1) ]; } #------------------------------------------------------------------------ # AUTOLOAD # # Provides read access to various internal data members. #------------------------------------------------------------------------ sub AUTOLOAD { my $self = shift; my $item = $AUTOLOAD; $item =~ s/.*:://; return if $item eq 'DESTROY'; if ($item =~ /^(?:data|size|nrows|ncols|overlap|pad)$/) { return $self->{ $item }; } else { return (undef, "no such table method: $item"); } } 1; __END__ =head1 NAME Template::Plugin::Table - Plugin to present data in a table =head1 SYNOPSIS [% USE table(list, rows=n, cols=n, overlap=n, pad=0) %] [% FOREACH item IN table.row(n) %] [% item %] [% END %] [% FOREACH item IN table.col(n) %] [% item %] [% END %] [% FOREACH row IN table.rows %] [% FOREACH item IN row %] [% item %] [% END %] [% END %] [% FOREACH col IN table.cols %] [% col.first %] - [% col.last %] ([% col.size %] entries) [% END %] =head1 DESCRIPTION The C<Table> plugin allows you to format a list of data items into a virtual table. When you create a C<Table> plugin via the C<USE> directive, simply pass a list reference as the first parameter and then specify a fixed number of rows or columns. [% USE Table(list, rows=5) %] [% USE table(list, cols=5) %] The C<Table> plugin name can also be specified in lower case as shown in the second example above. You can also specify an alternative variable name for the plugin as per regular Template Toolkit syntax. [% USE mydata = table(list, rows=5) %] The plugin then presents a table based view on the data set. The data isn't actually reorganised in any way but is available via the C<row()>, C<col()>, C<rows()> and C<cols()> as if formatted into a simple two dimensional table of C<n> rows x C<n> columns. So if we had a sample C<alphabet> list contained the letters 'C<a>' to 'C<z>', the above C<USE> directives would create plugins that represented the following views of the alphabet. [% USE table(alphabet, ... %] rows=5 cols=5 a f k p u z a g m s y b g l q v b h n t z c h m r w c i o u d i n s x d j p v e j o t y e k q w f l r x We can request a particular row or column using the C<row()> and C<col()> methods. [% USE table(alphabet, rows=5) %] [% FOREACH item = table.row(0) %] # [% item %] set to each of [ a f k p u z ] in turn [% END %] [% FOREACH item = table.col(2) %] # [% item %] set to each of [ m n o p q r ] in turn [% END %] Data in rows is returned from left to right, columns from top to bottom. The first row/column is 0. By default, rows or columns that contain empty values will be padded with the undefined value to fill it to the same size as all other rows or columns. For example, the last row (row 4) in the first example would contain the values C<[ e j o t y undef ]>. The Template Toolkit will safely accept these undefined values and print a empty string. You can also use the IF directive to test if the value is set. [% FOREACH item = table.row(4) %] [% IF item %] Item: [% item %] [% END %] [% END %] You can explicitly disable the C<pad> option when creating the plugin to returned shortened rows/columns where the data is empty. [% USE table(alphabet, cols=5, pad=0) %] [% FOREACH item = table.col(4) %] # [% item %] set to each of 'y z' [% END %] The C<rows()> method returns all rows/columns in the table as a reference to a list of rows (themselves list references). The C<row()> methods when called without any arguments calls C<rows()> to return all rows in the table. Ditto for C<cols()> and C<col()>. [% USE table(alphabet, cols=5) %] [% FOREACH row = table.rows %] [% FOREACH item = row %] [% item %] [% END %] [% END %] The Template Toolkit provides the C<first>, C<last> and C<size> virtual methods that can be called on list references to return the first/last entry or the number of entries in a list. The following example shows how we might use this to provide an alphabetical index split into 3 even parts. [% USE table(alphabet, cols=3, pad=0) %] [% FOREACH group = table.col %] [ [% group.first %] - [% group.last %] ([% group.size %] letters) ] [% END %] This produces the following output: [ a - i (9 letters) ] [ j - r (9 letters) ] [ s - z (8 letters) ] We can also use the general purpose C<join> virtual method which joins the items of the list using the connecting string specified. [% USE table(alphabet, cols=5) %] [% FOREACH row = table.rows %] [% row.join(' - ') %] [% END %] Data in the table is ordered downwards rather than across but can easily be transformed on output. For example, to format our data in 5 columns with data ordered across rather than down, we specify C<rows=5> to order the data as such: a f . . b g . c h d i e j and then iterate down through each column (a-e, f-j, etc.) printing the data across. a b c d e f g h i j . . . Example code to do so would be much like the following: [% USE table(alphabet, rows=3) %] [% FOREACH cols = table.cols %] [% FOREACH item = cols %] [% item %] [% END %] [% END %] Output: a b c d e f g h i j . . . In addition to a list reference, the C<Table> plugin constructor may be passed a reference to a L<Template::Iterator> object or subclass thereof. The L<Template::Iterator> L<get_all()|Template::Iterator#get_all()> method is first called on the iterator to return all remaining items. These are then available via the usual Table interface. [% USE DBI(dsn,user,pass) -%] # query() returns an iterator [% results = DBI.query('SELECT * FROM alphabet ORDER BY letter') %] # pass into Table plugin [% USE table(results, rows=8 overlap=1 pad=0) -%] [% FOREACH row = table.cols -%] [% row.first.letter %] - [% row.last.letter %]: [% row.join(', ') %] [% END %] =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Scalar.pm 0000444 00000007263 15155303156 0007557 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Scalar # # DESCRIPTION # Template Toolkit plugin module which allows you to call object methods # in scalar context. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2008-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Scalar; use base 'Template::Plugin'; use strict; use warnings; use Template::Exception; use Scalar::Util qw(); our $VERSION = '3.100'; our $MONAD = 'Template::Monad::Scalar'; our $EXCEPTION = 'Template::Exception'; our $AUTOLOAD; sub load { my $class = shift; my $context = shift; # define .scalar vmethods for hash and list objects $context->define_vmethod( hash => scalar => \&scalar_monad ); $context->define_vmethod( list => scalar => \&scalar_monad ); return $class; } sub scalar_monad { # create a .scalar monad which wraps the hash- or list-based object # and delegates any method calls back to it, calling them in scalar # context, e.g. foo.scalar.bar becomes $MONAD->new($foo)->bar and # the monad calls $foo->bar in scalar context $MONAD->new(shift); } sub new { my ($class, $context, @args) = @_; # create a scalar plugin object which will lookup a variable subroutine # and call it. e.g. scalar.foo results in a call to foo() in scalar context my $self = bless { _CONTEXT => $context, }, $class; return $self; } sub AUTOLOAD { my $self = shift; my $item = $AUTOLOAD; $item =~ s/.*:://; return if $item eq 'DESTROY'; # lookup the named values my $stash = $self->{ _CONTEXT }->stash; my $value = $stash->{ $item }; if (! defined $value) { die $EXCEPTION->new( scalar => "undefined value for scalar call: $item" ); } elsif (ref $value eq 'CODE') { $value = $value->(@_); } return $value; } package Template::Monad::Scalar; our $EXCEPTION = 'Template::Exception'; our $AUTOLOAD; sub new { my ($class, $this) = @_; bless \$this, $class; } sub AUTOLOAD { my $self = shift; my $this = $$self; my $item = $AUTOLOAD; $item =~ s/.*:://; return if $item eq 'DESTROY'; my $method; if (Scalar::Util::blessed($this)) { # lookup the method... $method = $this->can($item); } else { die $EXCEPTION->new( scalar => "invalid object method: $item" ); } # ...and call it in scalar context my $result = $method->($this, @_); return $result; } 1; __END__ =head1 NAME Template::Plugin::Scalar - call object methods in scalar context =head1 SYNOPSIS [% USE scalar %] # TT2 calls object methods in array context by default [% object.method %] # force it to use scalar context [% object.scalar.method %] # also works with subroutine references [% scalar.my_sub_ref %] =head1 DESCRIPTION The Template Toolkit calls user-defined subroutines and object methods using Perl's array context by default. This plugin module provides a way for you to call subroutines and methods in scalar context. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 2008-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Image.pm 0000444 00000026673 15155303156 0007402 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Image # # DESCRIPTION # Plugin for encapsulating information about an image. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Image; use strict; use warnings; use base 'Template::Plugin'; use Template::Exception; use File::Spec; our $VERSION = '3.100'; our $AUTOLOAD; BEGIN { if (eval { require Image::Info; }) { *img_info = \&Image::Info::image_info; } elsif (eval { require Image::Size; }) { *img_info = sub { my $file = shift; my @stuff = Image::Size::imgsize($file); return { "width" => $stuff[0], "height" => $stuff[1], "error" => # imgsize returns either a three letter file type # or an error message as third value (defined($stuff[2]) && length($stuff[2]) > 3 ? $stuff[2] : undef), }; } } else { die(Template::Exception->new("image", "Couldn't load Image::Info or Image::Size: $@")); } } #------------------------------------------------------------------------ # new($context, $name, \%config) # # Create a new Image object. Takes the pathname of the file as # the argument following the context and an optional # hash reference of configuration parameters. #------------------------------------------------------------------------ sub new { my $config = ref($_[-1]) eq 'HASH' ? pop(@_) : { }; my ($class, $context, $name) = @_; my ($root, $file, $type); # name can be a positional or named argument $name = $config->{ name } unless defined $name; return $class->throw('no image file specified') unless defined $name and length $name; # name can be specified as an absolute path or relative # to a root directory if ($root = $config->{ root }) { $file = File::Spec->catfile($root, $name); } else { $file = defined $config->{file} ? $config->{file} : $name; } # Make a note of whether we are using Image::Size or # Image::Info -- at least for the test suite $type = $INC{"Image/Size.pm"} ? "Image::Size" : "Image::Info"; # set a default (empty) alt attribute for tag() $config->{ alt } = '' unless defined $config->{ alt }; # do we want to check to see if file exists? bless { %$config, name => $name, file => $file, root => $root, type => $type, }, $class; } #------------------------------------------------------------------------ # init() # # Calls image_info on $self->{ file } #------------------------------------------------------------------------ sub init { my $self = shift; return $self if $self->{ size }; my $image = img_info($self->{ file }); return $self->throw($image->{ error }) if defined $image->{ error }; @$self{ keys %$image } = values %$image; $self->{ size } = [ $image->{ width }, $image->{ height } ]; $self->{ modtime } = (stat $self->{ file })[10]; return $self; } #------------------------------------------------------------------------ # attr() # # Return the width and height as HTML/XML attributes. #------------------------------------------------------------------------ sub attr { my $self = shift; my $size = $self->size(); return "width=\"$size->[0]\" height=\"$size->[1]\""; } #------------------------------------------------------------------------ # modtime() # # Return last modification time as a time_t: # # [% date.format(image.modtime, "%Y/%m/%d") %] #------------------------------------------------------------------------ sub modtime { my $self = shift; $self->init; return $self->{ modtime }; } #------------------------------------------------------------------------ # tag(\%options) # # Return an XHTML img tag. #------------------------------------------------------------------------ sub tag { my $self = shift; my $options = ref $_[0] eq 'HASH' ? shift : { @_ }; my $tag = '<img src="' . $self->name() . '" ' . $self->attr(); # XHTML spec says that the alt attribute is mandatory, so who # are we to argue? $options->{ alt } = $self->{ alt } unless defined $options->{ alt }; if (%$options) { for my $key (sort keys %$options) { my $escaped = escape( $options->{$key} ); $tag .= qq[ $key="$escaped"]; } } $tag .= ' />'; return $tag; } sub escape { my ($text) = @_; for ($text) { s/&/&/g; s/</</g; s/>/>/g; s/"/"/g; } $text; } sub throw { my ($self, $error) = @_; die (Template::Exception->new('Image', $error)); } sub AUTOLOAD { my $self = shift; (my $a = $AUTOLOAD) =~ s/.*:://; $self->init; return $self->{ $a }; } 1; __END__ =head1 NAME Template::Plugin::Image - Plugin access to image sizes =head1 SYNOPSIS [% USE Image(filename) %] [% Image.width %] [% Image.height %] [% Image.size.join(', ') %] [% Image.attr %] [% Image.tag %] =head1 DESCRIPTION This plugin provides an interface to the L<Image::Info> or L<Image::Size> modules for determining the size of image files. You can specify the plugin name as either 'C<Image>' or 'C<image>'. The plugin object created will then have the same name. The file name of the image should be specified as a positional or named argument. [% # all these are valid, take your pick %] [% USE Image('foo.gif') %] [% USE image('bar.gif') %] [% USE Image 'ping.gif' %] [% USE image(name='baz.gif') %] [% USE Image name='pong.gif' %] A C<root> parameter can be used to specify the location of the image file: [% USE Image(root='/path/to/root', name='images/home.png') %] # image path: /path/to/root/images/home.png # img src: images/home.png In cases where the image path and image url do not match up, specify the file name directly: [% USE Image(file='/path/to/home.png', name='/images/home.png') %] The C<alt> parameter can be used to specify an alternate name for the image, for use in constructing an XHTML element (see the C<tag()> method below). [% USE Image('home.png', alt="Home") %] You can also provide an alternate name for an C<Image> plugin object. [% USE img1 = image 'foo.gif' %] [% USE img2 = image 'bar.gif' %] The C<name> method returns the image file name. [% img1.name %] # foo.gif The C<width> and C<height> methods return the width and height of the image, respectively. The C<size> method returns a reference to a 2 element list containing the width and height. [% USE image 'foo.gif' %] width: [% image.width %] height: [% image.height %] size: [% image.size.join(', ') %] The C<modtime> method returns the modification time of the file in question, suitable for use with the L<Date|Template::Plugin::Date> plugin, for example: [% USE image 'foo.gif' %] [% USE date %] [% date.format(image.modtime, "%B, %e %Y") %] The C<attr> method returns the height and width as HTML/XML attributes. [% USE image 'foo.gif' %] [% image.attr %] Typical output: width="60" height="20" The C<tag> method returns a complete XHTML tag referencing the image. [% USE image 'foo.gif' %] [% image.tag %] Typical output: <img src="foo.gif" width="60" height="20" alt="" /> You can provide any additional attributes that should be added to the XHTML tag. [% USE image 'foo.gif' %] [% image.tag(class="logo" alt="Logo") %] Typical output: <img src="foo.gif" width="60" height="20" alt="Logo" class="logo" /> Note that the C<alt> attribute is mandatory in a strict XHTML C<img> element (even if it's empty) so it is always added even if you don't explicitly provide a value for it. You can do so as an argument to the C<tag> method, as shown in the previous example, or as an argument [% USE image('foo.gif', alt='Logo') %] =head1 CATCHING ERRORS If the image file cannot be found then the above methods will throw an C<Image> error. You can enclose calls to these methods in a C<TRY...CATCH> block to catch any potential errors. [% TRY; image.width; CATCH; error; # print error END %] =head1 USING Image::Info At run time, the plugin tries to load L<Image::Info> in preference to L<Image::Size>. If L<Image::Info> is found, then some additional methods are available, in addition to C<size>, C<width>, C<height>, C<attr>, and C<tag>. These additional methods are named after the elements that L<Image::Info> retrieves from the image itself. The types of methods available depend on the type of image (see L<Image::Info> for more details). These additional methods will always include the following: =head2 file_media_type This is the MIME type that is appropriate for the given file format. The corresponding value is a string like: "C<image/png>" or "C<image/jpeg>". =head2 file_ext The is the suggested file name extension for a file of the given file format. The value is a 3 letter, lowercase string like "C<png>", "C<jpg>". =head2 color_type The value is a short string describing what kind of values the pixels encode. The value can be one of the following: Gray GrayA RGB RGBA CMYK YCbCr CIELab These names can also be prefixed by "C<Indexed->" if the image is composed of indexes into a palette. Of these, only "C<Indexed-RGB>" is likely to occur. (It is similar to the TIFF field PhotometricInterpretation, but this name was found to be too long, so we used the PNG inspired term instead.) =head2 resolution The value of this field normally gives the physical size of the image on screen or paper. When the unit specifier is missing then this field denotes the squareness of pixels in the image. The syntax of this field is: <res> <unit> <xres> "/" <yres> <unit> <xres> "/" <yres> The C<E<lt>resE<gt>>, C<E<lt>xresE<gt>> and C<E<lt>yresE<gt>> fields are numbers. The C<E<lt>unitE<gt>> is a string like C<dpi>, C<dpm> or C<dpcm> (denoting "dots per inch/cm/meter). =head2 SamplesPerPixel This says how many channels there are in the image. For some image formats this number might be higher than the number implied from the C<color_type>. =head2 BitsPerSample This says how many bits are used to encode each of samples. The value is a reference to an array containing numbers. The number of elements in the array should be the same as C<SamplesPerPixel>. =head2 Comment Textual comments found in the file. The value is a reference to an array if there are multiple comments found. =head2 Interlace If the image is interlaced, then this returns the interlace type. =head2 Compression This returns the name of the compression algorithm is used. =head2 Gamma A number indicating the gamma curve of the image (e.g. 2.2) =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Image::Info> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Pod.pm 0000444 00000003162 15155303156 0007066 0 ustar 00 #============================================================================== # # Template::Plugin::Pod # # DESCRIPTION # Pod parser and object model. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2000-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Pod; use strict; use warnings; use base 'Template::Plugin'; use Pod::POM; our $VERSION = '3.100'; #------------------------------------------------------------------------ # new($context, \%config) #------------------------------------------------------------------------ sub new { my $class = shift; my $context = shift; Pod::POM->new(@_); } 1; __END__ =head1 NAME Template::Plugin::Pod - Plugin interface to Pod::POM (Pod Object Model) =head1 SYNOPSIS [% USE Pod(podfile) %] [% FOREACH head1 = Pod.head1; FOREACH head2 = head1/head2; ... END; END %] =head1 DESCRIPTION This plugin is an interface to the L<Pod::POM> module. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Pod::POM> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Date.pm 0000444 00000026340 15155303156 0007224 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Date # # DESCRIPTION # # Plugin to generate formatted date strings. # # AUTHORS # Thierry-Michel Barral <kktos@electron-libre.com> # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2000-2022 Thierry-Michel Barral, Andy Wardley. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Date; use strict; use warnings; use base 'Template::Plugin'; use POSIX (); use Config (); use constant HAS_SETLOCALE => $Config::Config{d_setlocale}; our $VERSION = '3.100'; our $FORMAT = '%H:%M:%S %d-%b-%Y'; # default strftime() format our @LOCALE_SUFFIX = qw( .ISO8859-1 .ISO_8859-15 .US-ASCII .UTF-8 ); #------------------------------------------------------------------------ # new(\%options) #------------------------------------------------------------------------ sub new { my ($class, $context, $params) = @_; bless { $params ? %$params : () }, $class; } #------------------------------------------------------------------------ # now() # # Call time() to return the current system time in seconds since the epoch. #------------------------------------------------------------------------ sub now { return time(); } sub _strftime { my ( @args ) = @_; my $str = POSIX::strftime( @args ); # POSIX.pm now utf8-flags the output of strftime since perl 5.22 if ( $] < 5.022 ) { require Encode; Encode::_utf8_on( $str ); } return $str; } #------------------------------------------------------------------------ # format() # format($time) # format($time, $format) # format($time, $format, $locale) # format($time, $format, $locale, $gmt_flag) # format(\%named_params); # # Returns a formatted time/date string for the specified time, $time, # (or the current system time if unspecified) using the $format, $locale, # and $gmt values specified as arguments or internal values set defined # at construction time). Specifying a Perl-true value for $gmt will # override the local time zone and force the output to be for GMT. # Any or all of the arguments may be specified as named parameters which # get passed as a hash array reference as the final argument. # ------------------------------------------------------------------------ sub format { my $self = shift; my $params = ref($_[$#_]) eq 'HASH' ? pop(@_) : { }; my $time = shift(@_); $time = $params->{ time } || $self->{ time } || $self->now() if !defined $time; my $format = @_ ? shift(@_) : ($params->{ format } || $self->{ format } || $FORMAT); my $locale = @_ ? shift(@_) : ($params->{ locale } || $self->{ locale }); my $gmt = @_ ? shift(@_) : ($params->{ gmt } || $self->{ gmt }); my $offset = @_ ? shift(@_) : ( $params->{ use_offset } || $self->{ use_offset }); my (@date, $datestr); if ($time =~ /^-?\d+$/) { # $time is now in seconds since epoch if ($gmt) { @date = (gmtime($time))[ 0 .. ( $offset ? 6 : 8 ) ]; } else { @date = (localtime($time))[ 0 .. ( $offset ? 6 : 8 ) ]; } } else { # if $time is numeric, then we assume it's seconds since the epoch # otherwise, we try to parse it as either a 'Y:M:D H:M:S' or a # 'H:M:S D:M:Y' string my @parts = (split(/\D/, $time)); if (@parts >= 6) { if (length($parts[0]) == 4) { # year is first; assume 'Y:M:D H:M:S' @date = @parts[reverse 0..5]; } else { # year is last; assume 'H:M:S D:M:Y' @date = @parts[2,1,0,3..5]; } } if (!@date) { return ( undef, Template::Exception->new( 'date', "bad time/date string: " . "expects 'h:m:s d:m:y' got: '$time'" ) ); } $date[4] -= 1; # correct month number 1-12 to range 0-11 $date[5] -= 1900; # convert absolute year to years since 1900 $time = &POSIX::mktime(@date); if ($offset) { push @date, $gmt ? (gmtime($time))[6..8] : (localtime($time))[6..8]; } } if ($locale) { # format the date in a specific locale, saving and subsequently # restoring the current locale. my $old_locale = HAS_SETLOCALE ? &POSIX::setlocale(&POSIX::LC_ALL) : undef; # some systems expect locales to have a particular suffix for my $suffix ('', @LOCALE_SUFFIX) { my $try_locale = $locale.$suffix; my $setlocale = HAS_SETLOCALE ? &POSIX::setlocale(&POSIX::LC_ALL, $try_locale) : undef; if (defined $setlocale && $try_locale eq $setlocale) { $locale = $try_locale; last; } } $datestr = _strftime($format, @date); &POSIX::setlocale(&POSIX::LC_ALL, $old_locale) if HAS_SETLOCALE; } else { $datestr = _strftime($format, @date); } return $datestr; } sub calc { my $self = shift; eval { require "Date/Calc.pm" }; $self->throw("failed to load Date::Calc: $@") if $@; return Template::Plugin::Date::Calc->new('no context'); } sub manip { my $self = shift; eval { require "Date/Manip.pm" }; $self->throw("failed to load Date::Manip: $@") if $@; return Template::Plugin::Date::Manip->new('no context'); } sub throw { my $self = shift; die (Template::Exception->new('date', join(', ', @_))); } package Template::Plugin::Date::Calc; use base qw( Template::Plugin ); our $AUTOLOAD; *throw = \&Template::Plugin::Date::throw; sub AUTOLOAD { my $self = shift; my $method = $AUTOLOAD; $method =~ s/.*:://; return if $method eq 'DESTROY'; my $sub = \&{"Date::Calc::$method"}; $self->throw("no such Date::Calc method: $method") unless $sub; &$sub(@_); } package Template::Plugin::Date::Manip; use base qw( Template::Plugin ); our $AUTOLOAD; *throw = \&Template::Plugin::Date::throw; sub AUTOLOAD { my $self = shift; my $method = $AUTOLOAD; $method =~ s/.*:://; return if $method eq 'DESTROY'; my $sub = \&{"Date::Manip::$method"}; $self->throw("no such Date::Manip method: $method") unless $sub; &$sub(@_); } 1; __END__ =head1 NAME Template::Plugin::Date - Plugin to generate formatted date strings =head1 SYNOPSIS [% USE date %] # use current time and default format [% date.format %] # specify time as seconds since epoch # or as a 'h:m:s d-m-y' or 'y-m-d h:m:s' string [% date.format(960973980) %] [% date.format('4:20:36 21/12/2000') %] [% date.format('2000/12/21 4:20:36') %] # specify format [% date.format(mytime, '%H:%M:%S') %] # specify locale [% date.format(date.now, '%a %d %b %y', 'en_GB') %] # named parameters [% date.format(mytime, format = '%H:%M:%S') %] [% date.format(locale = 'en_GB') %] [% date.format(time = date.now, format = '%H:%M:%S', locale = 'en_GB' use_offset = 1) %] # specify default format to plugin [% USE date(format = '%H:%M:%S', locale = 'de_DE') %] [% date.format %] ... =head1 DESCRIPTION The C<Date> plugin provides an easy way to generate formatted time and date strings by delegating to the C<POSIX> C<strftime()> routine. The plugin can be loaded via the familiar USE directive. [% USE date %] This creates a plugin object with the default name of 'C<date>'. An alternate name can be specified as such: [% USE myname = date %] The plugin provides the C<format()> method which accepts a time value, a format string and a locale name. All of these parameters are optional with the current system time, default format ('C<%H:%M:%S %d-%b-%Y>') and current locale being used respectively, if undefined. Default values for the time, format and/or locale may be specified as named parameters in the C<USE> directive. [% USE date(format = '%a %d-%b-%Y', locale = 'fr_FR') %] When called without any parameters, the C<format()> method returns a string representing the current system time, formatted by C<strftime()> according to the default format and for the default locale (which may not be the current one, if locale is set in the C<USE> directive). [% date.format %] The plugin allows a time/date to be specified as seconds since the epoch, as is returned by C<time()>. File last modified: [% date.format(filemod_time) %] The time/date can also be specified as a string of the form C<h:m:s d/m/y> or C<y/m/d h:m:s>. Any of the characters : / - or space may be used to delimit fields. [% USE day = date(format => '%A', locale => 'en_GB') %] [% day.format('4:20:00 9-13-2000') %] Output: Tuesday A format string can also be passed to the C<format()> method, and a locale specification may follow that. [% date.format(filemod, '%d-%b-%Y') %] [% date.format(filemod, '%d-%b-%Y', 'en_GB') %] A fourth parameter allows you to force output in GMT, in the case of seconds-since-the-epoch input: [% date.format(filemod, '%d-%b-%Y', 'en_GB', 1) %] Note that in this case, if the local time is not GMT, then also specifying 'C<%Z>' (time zone) in the format parameter will lead to an extremely misleading result. To maintain backwards compatibility, using the C<%z> placeholder in the format string (to output the UTC offset) currently requires the C<use_offset> parameter to be set to a true value. This can also be passed as the fifth parameter to format (but the former will probably be clearer). Any or all of these parameters may be named. Positional parameters should always be in the order C<($time, $format, $locale)>. [% date.format(format => '%H:%M:%S') %] [% date.format(time => filemod, format => '%H:%M:%S') %] [% date.format(mytime, format => '%H:%M:%S') %] [% date.format(mytime, format => '%H:%M:%S', locale => 'fr_FR') %] [% date.format(mytime, format => '%H:%M:%S', gmt => 1) %] ...etc... The C<now()> method returns the current system time in seconds since the epoch. [% date.format(date.now, '%A') %] The C<calc()> method can be used to create an interface to the C<Date::Calc> module (if installed on your system). [% calc = date.calc %] [% calc.Monday_of_Week(22, 2001).join('/') %] The C<manip()> method can be used to create an interface to the C<Date::Manip> module (if installed on your system). [% manip = date.manip %] [% manip.UnixDate("Noon Yesterday","%Y %b %d %H:%M") %] =head1 AUTHORS Thierry-Michel Barral wrote the original plugin. Andy Wardley provided some minor fixups/enhancements, a test script and documentation. Mark D. Mills cloned C<Date::Manip> from the C<Date::Calc> sub-plugin. =head1 COPYRIGHT Copyright (C) 2000-2022 Thierry-Michel Barral, Andy Wardley. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<POSIX> Plugin/Filter.pm 0000444 00000023204 15155303156 0007570 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Filter # # DESCRIPTION # Template Toolkit module implementing a base class plugin # object which acts like a filter and can be used with the # FILTER directive. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2001-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Filter; use strict; use warnings; use base 'Template::Plugin'; use Scalar::Util 'weaken', 'isweak'; our $VERSION = '3.100'; our $DYNAMIC = 0 unless defined $DYNAMIC; sub new { my ($class, $context, @args) = @_; my $config = @args && ref $args[-1] eq 'HASH' ? pop(@args) : { }; # look for $DYNAMIC my $dynamic; { no strict 'refs'; $dynamic = ${"$class\::DYNAMIC"}; } $dynamic = $DYNAMIC unless defined $dynamic; my $self = bless { _CONTEXT => $context, _DYNAMIC => $dynamic, _ARGS => \@args, _CONFIG => $config, }, $class; return $self->init($config) || $class->error($self->error()); } sub init { my ($self, $config) = @_; return $self; } sub factory { my $self = shift; my $this = $self; # avoid a memory leak weaken( $this->{_CONTEXT} ) if ref $this->{_CONTEXT} && !isweak $this->{_CONTEXT}; if ($self->{ _DYNAMIC }) { return [ sub { my ($context, @args) = @_; my $config = ref $args[-1] eq 'HASH' ? pop(@args) : { }; return sub { $this->filter(shift, \@args, $config); }; }, 1 ]; } else { return sub { $this->filter(shift); }; } } sub filter { my ($self, $text, $args, $config) = @_; return $text; } sub merge_config { my ($self, $newcfg) = @_; my $owncfg = $self->{ _CONFIG }; return $owncfg unless $newcfg; return { %$owncfg, %$newcfg }; } sub merge_args { my ($self, $newargs) = @_; my $ownargs = $self->{ _ARGS }; return $ownargs unless $newargs; return [ @$ownargs, @$newargs ]; } sub install_filter { my ($self, $name) = @_; $self->{ _CONTEXT }->define_filter( $name => $self->factory ); return $self; } 1; __END__ =head1 NAME Template::Plugin::Filter - Base class for plugin filters =head1 SYNOPSIS package MyOrg::Template::Plugin::MyFilter; use Template::Plugin::Filter; use base qw( Template::Plugin::Filter ); sub filter { my ($self, $text) = @_; # ...mungify $text... return $text; } # now load it... [% USE MyFilter %] # ...and use the returned object as a filter [% FILTER $MyFilter %] ... [% END %] =head1 DESCRIPTION This module implements a base class for plugin filters. It hides the underlying complexity involved in creating and using filters that get defined and made available by loading a plugin. To use the module, simply create your own plugin module that is inherited from the C<Template::Plugin::Filter> class. package MyOrg::Template::Plugin::MyFilter; use Template::Plugin::Filter; use base qw( Template::Plugin::Filter ); Then simply define your C<filter()> method. When called, you get passed a reference to your plugin object (C<$self>) and the text to be filtered. sub filter { my ($self, $text) = @_; # ...mungify $text... return $text; } To use your custom plugin, you have to make sure that the Template Toolkit knows about your plugin namespace. my $tt2 = Template->new({ PLUGIN_BASE => 'MyOrg::Template::Plugin', }); Or for individual plugins you can do it like this: my $tt2 = Template->new({ PLUGINS => { MyFilter => 'MyOrg::Template::Plugin::MyFilter', }, }); Then you C<USE> your plugin in the normal way. [% USE MyFilter %] The object returned is stored in the variable of the same name, 'C<MyFilter>'. When you come to use it as a C<FILTER>, you should add a dollar prefix. This indicates that you want to use the filter stored in the variable 'C<MyFilter>' rather than the filter named 'C<MyFilter>', which is an entirely different thing (see later for information on defining filters by name). [% FILTER $MyFilter %] ...text to be filtered... [% END %] You can, of course, assign it to a different variable. [% USE blat = MyFilter %] [% FILTER $blat %] ...text to be filtered... [% END %] Any configuration parameters passed to the plugin constructor from the C<USE> directive are stored internally in the object for inspection by the C<filter()> method (or indeed any other method). Positional arguments are stored as a reference to a list in the C<_ARGS> item while named configuration parameters are stored as a reference to a hash array in the C<_CONFIG> item. For example, loading a plugin as shown here: [% USE blat = MyFilter 'foo' 'bar' baz = 'blam' %] would allow the C<filter()> method to do something like this: sub filter { my ($self, $text) = @_; my $args = $self->{ _ARGS }; # [ 'foo', 'bar' ] my $conf = $self->{ _CONFIG }; # { baz => 'blam' } # ...munge $text... return $text; } By default, plugins derived from this module will create static filters. A static filter is created once when the plugin gets loaded via the C<USE> directive and re-used for all subsequent C<FILTER> operations. That means that any argument specified with the C<FILTER> directive are ignored. Dynamic filters, on the other hand, are re-created each time they are used by a C<FILTER> directive. This allows them to act on any parameters passed from the C<FILTER> directive and modify their behaviour accordingly. There are two ways to create a dynamic filter. The first is to define a C<$DYNAMIC> class variable set to a true value. package MyOrg::Template::Plugin::MyFilter; use base 'Template::Plugin::Filter'; our $DYNAMIC = 1; The other way is to set the internal C<_DYNAMIC> value within the C<init()> method which gets called by the C<new()> constructor. sub init { my $self = shift; $self->{ _DYNAMIC } = 1; return $self; } When this is set to a true value, the plugin will automatically create a dynamic filter. The outcome is that the C<filter()> method will now also get passed a reference to an array of positional arguments and a reference to a hash array of named parameters. So, using a plugin filter like this: [% FILTER $blat 'foo' 'bar' baz = 'blam' %] would allow the C<filter()> method to work like this: sub filter { my ($self, $text, $args, $conf) = @_; # $args = [ 'foo', 'bar' ] # $conf = { baz => 'blam' } } In this case can pass parameters to both the USE and FILTER directives, so your filter() method should probably take that into account. [% USE MyFilter 'foo' wiz => 'waz' %] [% FILTER $MyFilter 'bar' biz => 'baz' %] ... [% END %] You can use the C<merge_args()> and C<merge_config()> methods to do a quick and easy job of merging the local (e.g. C<FILTER>) parameters with the internal (e.g. C<USE>) values and returning new sets of conglomerated data. sub filter { my ($self, $text, $args, $conf) = @_; $args = $self->merge_args($args); $conf = $self->merge_config($conf); # $args = [ 'foo', 'bar' ] # $conf = { wiz => 'waz', biz => 'baz' } ... } You can also have your plugin install itself as a named filter by calling the C<install_filter()> method from the C<init()> method. You should provide a name for the filter, something that you might like to make a configuration option. sub init { my $self = shift; my $name = $self->{ _CONFIG }->{ name } || 'myfilter'; $self->install_filter($name); return $self; } This allows the plugin filter to be used as follows: [% USE MyFilter %] [% FILTER myfilter %] ... [% END %] or [% USE MyFilter name = 'swipe' %] [% FILTER swipe %] ... [% END %] Alternately, you can allow a filter name to be specified as the first positional argument. sub init { my $self = shift; my $name = $self->{ _ARGS }->[0] || 'myfilter'; $self->install_filter($name); return $self; } [% USE MyFilter 'swipe' %] [% FILTER swipe %] ... [% END %] =head1 EXAMPLE Here's a complete example of a plugin filter module. package My::Template::Plugin::Change; use Template::Plugin::Filter; use base qw( Template::Plugin::Filter ); sub init { my $self = shift; $self->{ _DYNAMIC } = 1; # first arg can specify filter name $self->install_filter($self->{ _ARGS }->[0] || 'change'); return $self; } sub filter { my ($self, $text, $args, $config) = @_; $config = $self->merge_config($config); my $regex = join('|', keys %$config); $text =~ s/($regex)/$config->{ $1 }/ge; return $text; } 1; =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Template::Filters>, L<Template::Manual::Filters> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Dumper.pm 0000444 00000007237 15155303156 0007607 0 ustar 00 #============================================================================== # # Template::Plugin::Dumper # # DESCRIPTION # # A Template Plugin to provide a Template Interface to Data::Dumper # # AUTHOR # Simon Matthews <sam@tt2.org> # # COPYRIGHT # Copyright (C) 2000 Simon Matthews. All Rights Reserved # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================== package Template::Plugin::Dumper; use strict; use warnings; use base 'Template::Plugin'; use Data::Dumper; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our @DUMPER_ARGS = qw( Indent Pad Varname Purity Useqq Terse Freezer Toaster Deepcopy Quotekeys Bless Maxdepth Sortkeys ); our $AUTOLOAD; #============================================================================== # ----- CLASS METHODS ----- #============================================================================== #------------------------------------------------------------------------ # new($context, \@params) #------------------------------------------------------------------------ sub new { my ($class, $context, $params) = @_; bless { _CONTEXT => $context, params => $params || {}, }, $class; } sub get_dump_obj { my $self = shift; my $dumper_obj = Data::Dumper->new( \@_ ); my $params = $self->{ params }; foreach my $arg ( @DUMPER_ARGS ) { my $val = exists $params->{ lc $arg } ? $params->{ lc $arg } : $params->{ $arg }; $dumper_obj->$arg( $val ) if defined $val; } return $dumper_obj; } sub dump { scalar shift->get_dump_obj( @_ )->Dump() } sub dump_html { my $self = shift; my $content = $self->dump( @_ ); for ($content) { s/&/&/g; s/</</g; s/>/>/g; s/\n/<br>\n/g; } return $content; } 1; __END__ =head1 NAME Template::Plugin::Dumper - Plugin interface to Data::Dumper =head1 SYNOPSIS [% USE Dumper %] [% Dumper.dump(variable) %] [% Dumper.dump_html(variable) %] =head1 DESCRIPTION This is a very simple Template Toolkit Plugin Interface to the L<Data::Dumper> module. A C<Dumper> object will be instantiated via the following directive: [% USE Dumper %] As a standard plugin, you can also specify its name in lower case: [% USE dumper %] The C<Data::Dumper> C<Pad>, C<Indent> and C<Varname> options are supported as constructor arguments to affect the output generated. See L<Data::Dumper> for further details. [% USE dumper(Indent=0, Pad="<br>") %] These options can also be specified in lower case. [% USE dumper(indent=0, pad="<br>") %] =head1 METHODS There are two methods supported by the C<Dumper> object. Each will output into the template the contents of the variables passed to the object method. =head2 dump() Generates a raw text dump of the data structure(s) passed [% USE Dumper %] [% Dumper.dump(myvar) %] [% Dumper.dump(myvar, yourvar) %] =head2 dump_html() Generates a dump of the data structures, as per L<dump()>, but with the characters E<lt>, E<gt> and E<amp> converted to their equivalent HTML entities and newlines converted to E<lt>brE<gt>. [% USE Dumper %] [% Dumper.dump_html(myvar) %] =head1 AUTHOR Simon Matthews E<lt>sam@tt2.orgE<gt> =head1 COPYRIGHT Copyright (C) 2000 Simon Matthews. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Data::Dumper> Plugin/HTML.pm 0000444 00000013573 15155303156 0007117 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::HTML # # DESCRIPTION # Template Toolkit plugin providing useful functionality for generating # HTML. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::HTML; use strict; use warnings; use base 'Template::Plugin'; our $VERSION = '3.100'; sub new { my ($class, $context, @args) = @_; my $hash = ref $args[-1] eq 'HASH' ? pop @args : { }; bless { _SORTED => $hash->{ sorted } || 0, attributes => $hash->{ attributes } || $hash->{ attrs } || { }, }, $class; } sub element { my ($self, $name, $attr) = @_; ($name, $attr) = %$name if ref $name eq 'HASH'; return '' unless defined $name and length $name; $attr = $self->attributes($attr); $attr = " $attr" if $attr; return "<$name$attr>"; } sub closed_element { my ($self, $name, $attr) = @_; ($name, $attr) = %$name if ref $name eq 'HASH'; return '' unless defined $name and length $name; $attr = $self->attributes( $attr ); $attr = " $attr" if $attr; return "<$name$attr />"; } sub attributes { my ($self, $hash) = @_; $hash ||= $self->{ attributes }; return '' unless ref $hash eq 'HASH'; my @keys = keys %$hash; @keys = sort @keys if $self->{ _SORTED }; join(' ', map { "$_=\"" . $self->escape( $hash->{ $_ } ) . '"'; } @keys); } sub add_attributes { my ($self, $attr) = @_; return unless ref $attr eq 'HASH'; my $cur = $self->{ attributes }; for (keys %{$attr}) { $cur->{$_} = exists $cur->{$_} ? $cur->{$_} . " $attr->{$_}" : $attr->{$_}; } return; } *add_attribute = \&add_attributes; *add = \&add_attributes; sub replace_attributes { my ($self, $attr) = @_; return unless ref $attr eq 'HASH'; my $cur = $self->{ attributes }; for (keys %{$attr}) { $cur->{$_} = $attr->{$_}; } return; } *replace_attribute = \&replace_attributes; *replace = \&replace_attributes; sub clear_attributes { my $self = shift; $self->{ attributes } = { }; return; } sub escape { my ($self, $text) = @_; for ($text) { s/&/&/g; s/</</g; s/>/>/g; s/"/"/g; } $text; } sub url { my ($self, $text) = @_; return undef unless defined $text; $text =~ s/([^a-zA-Z0-9_.-])/uc sprintf("%%%02x",ord($1))/eg; return $text; } 1; __END__ =head1 NAME Template::Plugin::HTML - Plugin to create HTML elements =head1 SYNOPSIS [% USE HTML %] [% HTML.escape("if (a < b && c > d) ..." %] [% HTML.element(table => { border => 1, cellpadding => 2 }) %] [% HTML.attributes(border => 1, cellpadding => 2) %] =head1 DESCRIPTION The C<HTML> plugin is a very basic plugin, implementing a few useful methods for generating HTML. =head1 METHODS =head2 escape(text) Returns the source text with any HTML reserved characters such as C<E<lt>>, C<E<gt>>, etc., correctly escaped to their entity equivalents. =head2 attributes(hash) Returns the elements of the hash array passed by reference correctly formatted (e.g. values quoted and correctly escaped) as attributes for an HTML element. =head2 add_attribute(attributes) This provides a way to incrementally add attributes to the object. The values passed in are stored in the object. Calling L<element> with just a tag or L<attributes> without an parameters will used the saved attributes. USE tag = HTML; tag.add_attributes( { class => 'navbar' } ); tag.add_attributes( { id => 'foo' } ); tag.add_attributes( { class => 'active' } ); tag.element( 'li' ); # <li class="navbar active" id="foo"> This method has two aliases: add_attribute() and add(). =head2 replace_attribute(attributes) This will replace an attribute value instead of add to existing. USE tag = HTML; tag.add_attributes( { class => 'navbar' } ); tag.add_attributes( { id => 'foo' } ); tag.replace_attributes( { class => 'active' } ); tag.element( 'li' ); # <li class="active" id="foo"> This method has two aliases: replace_attribute() and replace(). =head2 clear_attributes Clears any saved attributes =head2 element(type, attributes) Generates an HTML element of the specified type and with the attributes provided as an optional hash array reference as the second argument or as named arguments. [% HTML.element(table => { border => 1, cellpadding => 2 }) %] [% HTML.element('table', border=1, cellpadding=2) %] [% HTML.element(table => attribs) %] =head1 DEBUGGING The HTML plugin accepts a C<sorted> option as a constructor argument which, when set to any true value, causes the attributes generated by the C<attributes()> method (either directly or via C<element()>) to be returned in sorted order. Order of attributes isn't important in HTML, but this is provided mainly for the purposes of debugging where it is useful to have attributes generated in a deterministic order rather than whatever order the hash happened to feel like returning the keys in. [% USE HTML(sorted=1) %] [% HTML.element( foo => { charlie => 1, bravo => 2, alpha => 3 } ) %] generates: <foo alpha="3" bravo="2" charlie="1"> =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/String.pm 0000444 00000043305 15155303156 0007615 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::String # # DESCRIPTION # Template Toolkit plugin to implement a basic String object. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2001-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::String; use strict; use warnings; use base 'Template::Plugin'; use Template::Exception; use overload q|""| => "text", fallback => 1; our $VERSION = '3.100'; our $ERROR = ''; *centre = \*center; *append = \*push; *prepend = \*unshift; #------------------------------------------------------------------------ sub new { my ($class, @args) = @_; my $context = ref $class ? undef : shift(@args); my $config = @args && ref $args[-1] eq 'HASH' ? pop(@args) : { }; $class = ref($class) || $class; my $text = defined $config->{ text } ? $config->{ text } : (@args ? shift(@args) : ''); # print STDERR "text: [$text]\n"; # print STDERR "class: [$class]\n"; my $self = bless { text => $text, filters => [ ], _CONTEXT => $context, }, $class; my $filter = $config->{ filter } || $config->{ filters }; # install any output filters specified as 'filter' or 'filters' option $self->output_filter($filter) if $filter; return $self; } sub text { my $self = shift; return $self->{ text } unless @{ $self->{ filters } }; my $text = $self->{ text }; my $context = $self->{ _CONTEXT }; foreach my $dispatch (@{ $self->{ filters } }) { my ($name, $args) = @$dispatch; my $code = $context->filter($name, $args) || $self->throw($context->error()); $text = &$code($text); } return $text; } sub copy { my $self = shift; $self->new($self->{ text }); } sub throw { my $self = shift; die (Template::Exception->new('String', join('', @_))); } #------------------------------------------------------------------------ # output_filter($filter) # # Install automatic output filter(s) for the string. $filter can a list: # [ 'name1', 'name2' => [ ..args.. ], name4 => { ..args.. } ] or a hash # { name1 => '', name2 => [ args ], name3 => { args } } #------------------------------------------------------------------------ sub output_filter { my ($self, $filter) = @_; my ($name, $args, $dispatch); my $filters = $self->{ filters }; my $count = 0; if (ref $filter eq 'HASH') { $filter = [ %$filter ]; } elsif (ref $filter ne 'ARRAY') { $filter = [ split(/\s*\W+\s*/, $filter) ]; } while (@$filter) { $name = shift @$filter; # args may follow as a reference (or empty string, e.g. { foo => '' } if (@$filter && (ref($filter->[0]) || ! length $filter->[0])) { $args = shift @$filter; if ($args) { $args = [ $args ] unless ref $args eq 'ARRAY'; } else { $args = [ ]; } } else { $args = [ ]; } # $self->DEBUG("adding output filter $name(@$args)\n"); push(@$filters, [ $name, $args ]); $count++; } return ''; } #------------------------------------------------------------------------ sub push { my $self = shift; $self->{ text } .= join('', @_); return $self; } sub unshift { my $self = shift; $self->{ text } = join('', @_) . $self->{ text }; return $self; } sub pop { my $self = shift; my $strip = shift || return $self; $self->{ text } =~ s/$strip$//; return $self; } sub shift { my $self = shift; my $strip = shift || return $self; $self->{ text } =~ s/^$strip//; return $self; } #------------------------------------------------------------------------ sub center { my ($self, $width) = @_; my $text = $self->{ text }; my $len = length $text; $width ||= 0; if ($len < $width) { my $lpad = int(($width - $len) / 2); my $rpad = $width - $len - $lpad; $self->{ text } = (' ' x $lpad) . $self->{ text } . (' ' x $rpad); } return $self; } sub left { my ($self, $width) = @_; my $len = length $self->{ text }; $width ||= 0; $self->{ text } .= (' ' x ($width - $len)) if $width > $len; return $self; } sub right { my ($self, $width) = @_; my $len = length $self->{ text }; $width ||= 0; $self->{ text } = (' ' x ($width - $len)) . $self->{ text } if $width > $len; return $self; } sub format { my ($self, $format) = @_; $format = '%s' unless defined $format; $self->{ text } = sprintf($format, $self->{ text }); return $self; } sub filter { my ($self, $name, @args) = @_; my $context = $self->{ _CONTEXT }; my $code = $context->filter($name, \@args) || $self->throw($context->error()); return &$code($self->{ text }); } #------------------------------------------------------------------------ sub upper { my $self = CORE::shift; $self->{ text } = uc $self->{ text }; return $self; } sub lower { my $self = CORE::shift; $self->{ text } = lc $self->{ text }; return $self; } sub capital { my $self = CORE::shift; $self->{ text } =~ s/^(.)/\U$1/; return $self; } #------------------------------------------------------------------------ sub chop { my $self = CORE::shift; chop $self->{ text }; return $self; } sub chomp { my $self = CORE::shift; chomp $self->{ text }; return $self; } sub trim { my $self = CORE::shift; for ($self->{ text }) { s/^\s+//; s/\s+$//; } return $self; } sub collapse { my $self = CORE::shift; for ($self->{ text }) { s/^\s+//; s/\s+$//; s/\s+/ /g } return $self; } #------------------------------------------------------------------------ sub length { my $self = CORE::shift; return length $self->{ text }; } sub truncate { my ($self, $length, $suffix) = @_; return $self unless defined $length; $suffix ||= ''; return $self if CORE::length $self->{ text } <= $length; $self->{ text } = CORE::substr($self->{ text }, 0, $length - CORE::length($suffix)) . $suffix; return $self; } sub substr { my ($self, $offset, $length, $replacement) = @_; $offset ||= 0; if(defined $length) { if (defined $replacement) { my $removed = CORE::substr( $self->{text}, $offset, $length ); CORE::substr( $self->{text}, $offset, $length ) = $replacement; return $removed; } else { return CORE::substr( $self->{text}, $offset, $length ); } } else { return CORE::substr( $self->{text}, $offset ); } } sub repeat { my ($self, $n) = @_; return $self unless defined $n; $self->{ text } = $self->{ text } x $n; return $self; } sub replace { my ($self, $search, $replace) = @_; return $self unless defined $search; $replace = '' unless defined $replace; $self->{ text } =~ s/$search/$replace/g; return $self; } sub remove { my ($self, $search) = @_; $search = '' unless defined $search; $self->{ text } =~ s/$search//g; return $self; } sub split { my $self = CORE::shift; my $split = CORE::shift; my $limit = CORE::shift || 0; $split = '\s+' unless defined $split; return [ split($split, $self->{ text }, $limit) ]; } sub search { my ($self, $pattern) = @_; return $self->{ text } =~ /$pattern/; } sub equals { my ($self, $comparison) = @_; return $self->{ text } eq $comparison; } 1; __END__ =head1 NAME Template::Plugin::String - Object oriented interface for string manipulation =head1 SYNOPSIS # create String objects via USE directive [% USE String %] [% USE String 'initial text' %] [% USE String text => 'initial text' %] # or from an existing String via new() [% newstring = String.new %] [% newstring = String.new('newstring text') %] [% newstring = String.new( text => 'newstring text' ) %] # or from an existing String via copy() [% newstring = String.copy %] # append text to string [% String.append('text to append') %] # format left, right or center/centre padded [% String.left(20) %] [% String.right(20) %] [% String.center(20) %] # American spelling [% String.centre(20) %] # European spelling # and various other methods... =head1 DESCRIPTION This module implements a C<String> class for doing stringy things to text in an object-oriented way. You can create a C<String> object via the C<USE> directive, adding any initial text value as an argument or as the named parameter C<text>. [% USE String %] [% USE String 'initial text' %] [% USE String text='initial text' %] The object created will be referenced as C<String> by default, but you can provide a different variable name for the object to be assigned to: [% USE greeting = String 'Hello World' %] Once you've got a C<String> object, you can use it as a prototype to create other C<String> objects with the C<new()> method. [% USE String %] [% greeting = String.new('Hello World') %] The C<new()> method also accepts an initial text string as an argument or the named parameter C<text>. [% greeting = String.new( text => 'Hello World' ) %] You can also call C<copy()> to create a new C<String> as a copy of the original. [% greet2 = greeting.copy %] The C<String> object has a C<text()> method to return the content of the string. [% greeting.text %] However, it is sufficient to simply print the string and let the overloaded stringification operator call the C<text()> method automatically for you. [% greeting %] Thus, you can treat C<String> objects pretty much like any regular piece of text, interpolating it into other strings, for example: [% msg = "It printed '$greeting' and then dumped core\n" %] You also have the benefit of numerous other methods for manipulating the string. [% msg.append("PS Don't eat the yellow snow") %] Note that all methods operate on and mutate the contents of the string itself. If you want to operate on a copy of the string then simply take a copy first: [% msg.copy.append("PS Don't eat the yellow snow") %] These methods return a reference to the C<String> object itself. This allows you to chain multiple methods together. [% msg.copy.append('foo').right(72) %] It also means that in the above examples, the C<String> is returned which causes the C<text()> method to be called, which results in the new value of the string being printed. To suppress printing of the string, you can use the C<CALL> directive. [% foo = String.new('foo') %] [% foo.append('bar') %] # prints "foobar" [% CALL foo.append('bar') %] # nothing =head1 CONSTRUCTOR METHODS These methods are used to create new C<String> objects. =head2 new() Creates a new string using an initial value passed as a positional argument or the named parameter C<text>. [% USE String %] [% msg = String.new('Hello World') %] [% msg = String.new( text => 'Hello World' ) %] =head2 copy() Creates a new C<String> object which contains a copy of the original string. [% msg2 = msg.copy %] =head1 INSPECTOR METHODS These methods are used to examine the string. =head2 text() Returns the internal text value of the string. The stringification operator is overloaded to call this method. Thus the following are equivalent: [% msg.text %] [% msg %] =head2 length() Returns the length of the string. [% USE String("foo") %] [% String.length %] # => 3 =head2 search($pattern) Searches the string for the regular expression specified in C<$pattern> returning true if found or false otherwise. [% item = String.new('foo bar baz wiz waz woz') %] [% item.search('wiz') ? 'WIZZY! :-)' : 'not wizzy :-(' %] =head2 split($pattern, $limit) Splits the string based on the delimiter C<$pattern> and optional C<$limit>. Delegates to Perl's internal C<split()> so the parameters are exactly the same. [% FOREACH item.split %] ... [% END %] [% FOREACH item.split('baz|waz') %] ... [% END %] =head1 MUTATOR METHODS These methods modify the internal value of the string. For example: [% USE str=String('foobar') %] [% str.append('.html') %] # str => 'foobar.html' The value of C<str> is now 'C<foobar.html>'. If you don't want to modify the string then simply take a copy first. [% str.copy.append('.html') %] These methods all return a reference to the C<String> object itself. This has two important benefits. The first is that when used as above, the C<String> object 'C<str>' returned by the C<append()> method will be stringified with a call to its C<text()> method. This will return the newly modified string content. In other words, a directive like: [% str.append('.html') %] will update the string and also print the new value. If you just want to update the string but not print the new value then use C<CALL>. [% CALL str.append('.html') %] The other benefit of these methods returning a reference to the C<String> is that you can chain as many different method calls together as you like. For example: [% String.append('.html').trim.format(href) %] Here are the methods: =head2 push($suffix, ...) / append($suffix, ...) Appends all arguments to the end of the string. The C<append()> method is provided as an alias for C<push()>. [% msg.push('foo', 'bar') %] [% msg.append('foo', 'bar') %] =head2 pop($suffix) Removes the suffix passed as an argument from the end of the String. [% USE String 'foo bar' %] [% String.pop(' bar') %] # => 'foo' =head2 unshift($prefix, ...) / prepend($prefix, ...) Prepends all arguments to the beginning of the string. The C<prepend()> method is provided as an alias for C<unshift()>. [% msg.unshift('foo ', 'bar ') %] [% msg.prepend('foo ', 'bar ') %] =head2 shift($prefix) Removes the prefix passed as an argument from the start of the String. [% USE String 'foo bar' %] [% String.shift('foo ') %] # => 'bar' =head2 left($pad) If the length of the string is less than C<$pad> then the string is left formatted and padded with spaces to C<$pad> length. [% msg.left(20) %] =head2 right($pad) As per L<left()> but right padding the C<String> to a length of C<$pad>. [% msg.right(20) %] =head2 center($pad) / centre($pad) As per L<left()> and L<right()> but formatting the C<String> to be centered within a space padded string of length C<$pad>. The C<centre()> method is provided as an alias for C<center()>. [% msg.center(20) %] # American spelling [% msg.centre(20) %] # European spelling =head2 format($format) Apply a format in the style of C<sprintf()> to the string. [% USE String("world") %] [% String.format("Hello %s\n") %] # => "Hello World\n" =head2 upper() Converts the string to upper case. [% USE String("foo") %] [% String.upper %] # => 'FOO' =head2 lower() Converts the string to lower case [% USE String("FOO") %] [% String.lower %] # => 'foo' =head2 capital() Converts the first character of the string to upper case. [% USE String("foo") %] [% String.capital %] # => 'Foo' The remainder of the string is left untouched. To force the string to be all lower case with only the first letter capitalised, you can do something like this: [% USE String("FOO") %] [% String.lower.capital %] # => 'Foo' =head2 chop() Removes the last character from the string. [% USE String("foop") %] [% String.chop %] # => 'foo' =head2 chomp() Removes the trailing newline from the string. [% USE String("foo\n") %] [% String.chomp %] # => 'foo' =head2 trim() Removes all leading and trailing whitespace from the string [% USE String(" foo \n\n ") %] [% String.trim %] # => 'foo' =head2 collapse() Removes all leading and trailing whitespace and collapses any sequences of multiple whitespace to a single space. [% USE String(" \n\r \t foo \n \n bar \n") %] [% String.collapse %] # => "foo bar" =head2 truncate($length, $suffix) Truncates the string to C<$length> characters. [% USE String('long string') %] [% String.truncate(4) %] # => 'long' If C<$suffix> is specified then it will be appended to the truncated string. In this case, the string will be further shortened by the length of the suffix to ensure that the newly constructed string complete with suffix is exactly C<$length> characters long. [% USE msg = String('Hello World') %] [% msg.truncate(8, '...') %] # => 'Hello...' =head2 replace($search, $replace) Replaces all occurrences of C<$search> in the string with C<$replace>. [% USE String('foo bar foo baz') %] [% String.replace('foo', 'wiz') %] # => 'wiz bar wiz baz' =head2 remove($search) Remove all occurrences of C<$search> in the string. [% USE String('foo bar foo baz') %] [% String.remove('foo ') %] # => 'bar baz' =head2 repeat($count) Repeats the string C<$count> times. [% USE String('foo ') %] [% String.repeat(3) %] # => 'foo foo foo ' =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Iterator.pm 0000444 00000003721 15155303156 0010136 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Iterator # # DESCRIPTION # # Plugin to create a Template::Iterator from a list of items and optional # configuration parameters. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2000-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Iterator; use strict; use warnings; use base 'Template::Plugin'; use Template::Iterator; our $VERSION = '3.100'; #------------------------------------------------------------------------ # new($context, \@data, \%args) #------------------------------------------------------------------------ sub new { my $class = shift; my $context = shift; Template::Iterator->new(@_); } 1; __END__ =head1 NAME Template::Plugin::Iterator - Plugin to create iterators (Template::Iterator) =head1 SYNOPSIS [% USE iterator(list, args) %] [% FOREACH item = iterator %] [% '<ul>' IF iterator.first %] <li>[% item %] [% '</ul>' IF iterator.last %] [% END %] =head1 DESCRIPTION The iterator plugin provides a way to create a L<Template::Iterator> object to iterate over a data set. An iterator is implicitly automatically by the L<FOREACH> directive. This plugin allows the iterator to be explicitly created with a given name. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Template::Iterator> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/View.pm 0000444 00000004631 15155303156 0007260 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::View # # DESCRIPTION # A user-definable view based on templates. Similar to the concept of # a "Skin". # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2000-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::View; use strict; use warnings; use base 'Template::Plugin'; our $VERSION = '3.100'; use Template::View; #------------------------------------------------------------------------ # new($context, \%config) #------------------------------------------------------------------------ sub new { my $class = shift; my $context = shift; my $view = Template::View->new($context, @_) || return $class->error($Template::View::ERROR); $view->seal(); return $view; } 1; __END__ =head1 NAME Template::Plugin::View - Plugin to create views (Template::View) =head1 SYNOPSIS [% USE view( prefix = 'splash/' # template prefix/suffix suffix = '.tt2' bgcol = '#ffffff' # and any other variables you style = 'Fancy HTML' # care to define as view metadata, items = [ foo, bar.baz ] # including complex data and foo = bar ? baz : x.y.z # expressions %] [% view.title %] # access view metadata [% view.header(title = 'Foo!') %] # view "methods" process blocks or [% view.footer %] # templates with prefix/suffix added =head1 DESCRIPTION This plugin module creates L<Template::View> objects. Views are an experimental feature and are subject to change in the near future. In the mean time, please consult L<Template::View> for further info. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Template::View>, L<Template::Manual::Views> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Wrap.pm 0000444 00000006265 15155303156 0007264 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Wrap # # DESCRIPTION # Plugin for wrapping text via the Text::Wrap module. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Wrap; use strict; use warnings; use base 'Template::Plugin'; use Text::Wrap; our $VERSION = '3.100'; sub new { my ($class, $context, $format) = @_;; $context->define_filter('wrap', [ \&wrap_filter_factory => 1 ]); return \&tt_wrap; } sub tt_wrap { my $text = shift; my $width = shift || 72; my $itab = shift; my $ntab = shift; $itab = '' unless defined $itab; $ntab = '' unless defined $ntab; $Text::Wrap::columns = $width; Text::Wrap::wrap($itab, $ntab, $text); } sub wrap_filter_factory { my ($context, @args) = @_; return sub { my $text = shift; tt_wrap($text, @args); } } 1; __END__ =head1 NAME Template::Plugin::Wrap - Plugin interface to Text::Wrap =head1 SYNOPSIS [% USE wrap %] # call wrap subroutine [% wrap(mytext, width, initial_tab, subsequent_tab) %] # or use wrap FILTER [% mytext FILTER wrap(width, initital_tab, subsequent_tab) %] =head1 DESCRIPTION This plugin provides an interface to the L<Text::Wrap> module which provides simple paragraph formatting. It defines a C<wrap> subroutine which can be called, passing the input text and further optional parameters to specify the page width (default: 72), and tab characters for the first and subsequent lines (no defaults). [% USE wrap %] [% text = BLOCK %] First, attach the transmutex multiplier to the cross-wired quantum homogeniser. [% END %] [% wrap(text, 40, '* ', ' ') %] Output: * First, attach the transmutex multiplier to the cross-wired quantum homogeniser. It also registers a C<wrap> filter which accepts the same three optional arguments but takes the input text directly via the filter input. Example 1: [% FILTER bullet = wrap(40, '* ', ' ') -%] First, attach the transmutex multiplier to the cross-wired quantum homogeniser. [%- END %] Output: * First, attach the transmutex multiplier to the cross-wired quantum homogeniser. Example 2: [% FILTER bullet -%] Then remodulate the shield to match the harmonic frequency, taking care to correct the phase difference. [% END %] Output: * Then remodulate the shield to match the harmonic frequency, taking care to correct the phase difference. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> The L<Text::Wrap> module was written by David Muir Sharnoff with help from Tim Pierce and many others. =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Text::Wrap> Plugin/Format.pm 0000444 00000003450 15155303156 0007574 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Format # # DESCRIPTION # # Simple Template Toolkit Plugin which creates formatting functions. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Format; use strict; use warnings; use base 'Template::Plugin'; our $VERSION = '3.100'; sub new { my ($class, $context, $format) = @_;; return defined $format ? make_formatter($format) : \&make_formatter; } sub make_formatter { my $format = shift; $format = '%s' unless defined $format; return sub { my @args = @_; push(@args, '') unless @args; return sprintf($format, @args); } } 1; __END__ =head1 NAME Template::Plugin::Format - Plugin to create formatting functions =head1 SYNOPSIS [% USE format %] [% commented = format('# %s') %] [% commented('The cat sat on the mat') %] [% USE bold = format('<b>%s</b>') %] [% bold('Hello') %] =head1 DESCRIPTION The format plugin constructs sub-routines which format text according to a C<printf()>-like format string. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Math.pm 0000444 00000007772 15155303156 0007250 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Math # # DESCRIPTION # Plugin implementing numerous mathematical functions. # # AUTHORS # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2002-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Math; use strict; use warnings; use base 'Template::Plugin'; our $VERSION = '3.100'; our $AUTOLOAD; #------------------------------------------------------------------------ # new($context, \%config) # # This constructor method creates a simple, empty object to act as a # receiver for future object calls. No doubt there are many interesting # configuration options that might be passed, but I'll leave that for # someone more knowledgable in these areas to contribute... #------------------------------------------------------------------------ sub new { my ($class, $context, $config) = @_; $config ||= { }; bless { %$config, }, $class; } sub abs { shift; CORE::abs($_[0]); } sub atan2 { shift; CORE::atan2($_[0], $_[1]); } # prototyped (ugg) sub cos { shift; CORE::cos($_[0]); } sub exp { shift; CORE::exp($_[0]); } sub hex { shift; CORE::hex($_[0]); } sub int { shift; CORE::int($_[0]); } sub log { shift; CORE::log($_[0]); } sub oct { shift; CORE::oct($_[0]); } sub rand { shift; @_ ? CORE::rand($_[0]) : CORE::rand(); } sub sin { shift; CORE::sin($_[0]); } sub sqrt { shift; CORE::sqrt($_[0]); } sub srand { shift; @_ ? CORE::srand($_[0]) : CORE::srand(); } # Use the Math::TrulyRandom module # XXX This is *sloooooooowwwwwwww* sub truly_random { eval { require Math::TrulyRandom; } or die(Template::Exception->new("plugin", "Can't load Math::TrulyRandom")); return Math::TrulyRandom::truly_random_value(); } eval { require Math::Trig; no strict qw(refs); for my $trig_func (@Math::Trig::EXPORT) { my $sub = Math::Trig->can($trig_func); *{$trig_func} = sub { shift; &$sub(@_) }; } }; # To catch errors from a missing Math::Trig sub AUTOLOAD { return; } 1; __END__ =head1 NAME Template::Plugin::Math - Plugin providing mathematical functions =head1 SYNOPSIS [% USE Math %] [% Math.sqrt(9) %] =head1 DESCRIPTION The Math plugin provides numerous mathematical functions for use within templates. =head1 METHODS C<Template::Plugin::Math> makes available the following functions from the Perl core: =over 4 =item abs =item atan2 =item cos =item exp =item hex =item int =item log =item oct =item rand =item sin =item sqrt =item srand =back In addition, if the L<Math::Trig> module can be loaded, the following functions are also available: =over 4 =item pi =item tan =item csc =item cosec =item sec =item cot =item cotan =item asin =item acos =item atan =item acsc =item acosec =item asec =item acot =item acotan =item sinh =item cosh =item tanh =item csch =item cosech =item sech =item coth =item cotanh =item asinh =item acosh =item atanh =item acsch =item acosech =item asech =item acoth =item acotanh =item rad2deg =item rad2grad =item deg2rad =item deg2grad =item grad2rad =item grad2deg =back If the L<Math::TrulyRandom> module is available, and you've got the time to wait, the C<truly_random_number> method is available: [% Math.truly_random_number %] =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/Directory.pm 0000444 00000025630 15155303156 0010314 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Directory # # DESCRIPTION # Plugin for encapsulating information about a file system directory. # # AUTHORS # Michael Stevens <michael@etla.org>, with some mutilations from # Andy Wardley <abw@wardley.org>. # # COPYRIGHT # Copyright (C) 2000-2022 Michael Stevens, Andy Wardley. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Directory; use strict; use warnings; use Cwd; use File::Spec; use Template::Plugin::File; use base 'Template::Plugin::File'; our $VERSION = '3.100'; #------------------------------------------------------------------------ # new(\%config) # # Constructor method. #------------------------------------------------------------------------ sub new { my $config = ref($_[-1]) eq 'HASH' ? pop(@_) : { }; my ($class, $context, $path) = @_; return $class->throw('no directory specified') unless defined $path and length $path; my $self = $class->SUPER::new($context, $path, $config); my ($dir, @files, $name, $item, $abs, $rel, $check); $self->{ files } = [ ]; $self->{ dirs } = [ ]; $self->{ list } = [ ]; $self->{ _dir } = { }; # don't read directory if 'nostat' or 'noscan' set return $self if $config->{ nostat } || $config->{ noscan }; $self->throw("$path: not a directory") unless $self->{ isdir }; $self->scan($config); return $self; } #------------------------------------------------------------------------ # scan(\%config) # # Scan directory for files and sub-directories. #------------------------------------------------------------------------ sub scan { my ($self, $config) = @_; $config ||= { }; local *DH; my ($dir, @files, $name, $abs, $rel, $item); # set 'noscan' in config if recurse isn't set, to ensure Directories # created don't try to scan deeper $config->{ noscan } = 1 unless $config->{ recurse }; $dir = $self->{ abs }; opendir(DH, $dir) or return $self->throw("$dir: $!"); @files = readdir DH; closedir(DH) or return $self->throw("$dir close: $!"); my ($path, $files, $dirs, $list) = @$self{ qw( path files dirs list ) }; @$files = @$dirs = @$list = (); foreach $name (sort @files) { next if $name =~ /^\./; $abs = File::Spec->catfile($dir, $name); $rel = File::Spec->catfile($path, $name); if (-d $abs) { $item = Template::Plugin::Directory->new(undef, $rel, $config); push(@$dirs, $item); } else { $item = Template::Plugin::File->new(undef, $rel, $config); push(@$files, $item); } push(@$list, $item); $self->{ _dir }->{ $name } = $item; } return ''; } #------------------------------------------------------------------------ # file($filename) # # Fetch a named file from this directory. #------------------------------------------------------------------------ sub file { my ($self, $name) = @_; return $self->{ _dir }->{ $name }; } #------------------------------------------------------------------------ # present($view) # # Present self to a Template::View #------------------------------------------------------------------------ sub present { my ($self, $view) = @_; $view->view_directory($self); } #------------------------------------------------------------------------ # content($view) # # Present directory content to a Template::View. #------------------------------------------------------------------------ sub content { my ($self, $view) = @_; return $self->{ list } unless $view; my $output = ''; foreach my $file (@{ $self->{ list } }) { $output .= $file->present($view); } return $output; } #------------------------------------------------------------------------ # throw($msg) # # Throw a 'Directory' exception. #------------------------------------------------------------------------ sub throw { my ($self, $error) = @_; die (Template::Exception->new('Directory', $error)); } 1; __END__ =head1 NAME Template::Plugin::Directory - Plugin for generating directory listings =head1 SYNOPSIS [% USE dir = Directory(dirpath) %] # files returns list of regular files [% FOREACH file = dir.files %] [% file.name %] [% file.path %] ... [% END %] # dirs returns list of sub-directories [% FOREACH subdir = dir.dirs %] [% subdir.name %] [% subdir.path %] ... [% END %] # list returns both interleaved in order [% FOREACH item = dir.list %] [% IF item.isdir %] Directory: [% item.name %] [% ELSE %] File: [% item.name %] [% END %] [% END %] # define a VIEW to display dirs/files [% VIEW myview %] [% BLOCK file %] File: [% item.name %] [% END %] [% BLOCK directory %] Directory: [% item.name %] [% item.content(myview) | indent -%] [% END %] [% END %] # display directory content using view [% myview.print(dir) %] =head1 DESCRIPTION This Template Toolkit plugin provides a simple interface to directory listings. It is derived from the L<Template::Plugin::File> module and uses L<Template::Plugin::File> object instances to represent files within a directory. Sub-directories within a directory are represented by further C<Template::Plugin::Directory> instances. The constructor expects a directory name as an argument. [% USE dir = Directory('/tmp') %] It then provides access to the files and sub-directories contained within the directory. # regular files (not directories) [% FOREACH file IN dir.files %] [% file.name %] [% END %] # directories only [% FOREACH file IN dir.dirs %] [% file.name %] [% END %] # files and/or directories [% FOREACH file IN dir.list %] [% file.name %] ([% file.isdir ? 'directory' : 'file' %]) [% END %] The plugin constructor will throw a C<Directory> error if the specified path does not exist, is not a directory or fails to C<stat()> (see L<Template::Plugin::File>). Otherwise, it will scan the directory and create lists named 'C<files>' containing files, 'C<dirs>' containing directories and 'C<list>' containing both files and directories combined. The C<nostat> option can be set to disable all file/directory checks and directory scanning. Each file in the directory will be represented by a L<Template::Plugin::File> object instance, and each directory by another C<Template::Plugin::Directory>. If the C<recurse> flag is set, then those directories will contain further nested entries, and so on. With the C<recurse> flag unset, as it is by default, then each is just a place marker for the directory and does not contain any further content unless its C<scan()> method is explicitly called. The C<isdir> flag can be tested against files and/or directories, returning true if the item is a directory or false if it is a regular file. [% FOREACH file = dir.list %] [% IF file.isdir %] * Directory: [% file.name %] [% ELSE %] * File: [% file.name %] [% END %] [% END %] This example shows how you might walk down a directory tree, displaying content as you go. With the recurse flag disabled, as is the default, we need to explicitly call the C<scan()> method on each directory, to force it to lookup files and further sub-directories contained within. [% USE dir = Directory(dirpath) %] * [% dir.path %] [% INCLUDE showdir %] [% BLOCK showdir -%] [% FOREACH file = dir.list -%] [% IF file.isdir -%] * [% file.name %] [% file.scan -%] [% INCLUDE showdir dir=file FILTER indent(4) -%] [% ELSE -%] - [% f.name %] [% END -%] [% END -%] [% END %] This example is adapted (with some re-formatting for clarity) from a test in F<t/directry.t> which produces the following output: * test/dir - file1 - file2 * sub_one - bar - foo * sub_two - waz.html - wiz.html - xyzfile The C<recurse> flag can be set (disabled by default) to cause the constructor to automatically recurse down into all sub-directories, creating a new C<Template::Plugin::Directory> object for each one and filling it with any further content. In this case there is no need to explicitly call the C<scan()> method. [% USE dir = Directory(dirpath, recurse=1) %] ... [% IF file.isdir -%] * [% file.name %] [% INCLUDE showdir dir=file FILTER indent(4) -%] [% ELSE -%] ... The directory plugin also provides support for views. A view can be defined as a C<VIEW ... END> block and should contain C<BLOCK> definitions for files ('C<file>') and directories ('C<directory>'). [% VIEW myview %] [% BLOCK file %] - [% item.name %] [% END %] [% BLOCK directory %] * [% item.name %] [% item.content(myview) FILTER indent %] [% END %] [% END %] The view C<print()> method can then be called, passing the C<Directory> object as an argument. [% USE dir = Directory(dirpath, recurse=1) %] [% myview.print(dir) %] When a directory is presented to a view, either as C<[% myview.print(dir) %]> or C<[% dir.present(view) %]>, then the C<directory> C<BLOCK> within the C<myview> C<VIEW> is processed. The C<item> variable will be set to alias the C<Directory> object. [% BLOCK directory %] * [% item.name %] [% item.content(myview) FILTER indent %] [% END %] In this example, the directory name is first printed and the content(view) method is then called to present each item within the directory to the view. Further directories will be mapped to the C<directory> block, and files will be mapped to the C<file> block. With the recurse option disabled, as it is by default, the C<directory> block should explicitly call a C<scan()> on each directory. [% VIEW myview %] [% BLOCK file %] - [% item.name %] [% END %] [% BLOCK directory %] * [% item.name %] [% item.scan %] [% item.content(myview) FILTER indent %] [% END %] [% END %] [% USE dir = Directory(dirpath) %] [% myview.print(dir) %] =head1 AUTHORS Michael Stevens wrote the original Directory plugin on which this is based. Andy Wardley split it into separate L<File|Template::Plugin::File> and L<Directory|Template::Plugin::Directory> plugins, added some extra code and documentation for C<VIEW> support, and made a few other minor tweaks. =head1 COPYRIGHT Copyright (C) 2000-2022 Michael Stevens, Andy Wardley. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin>, L<Template::Plugin::File>, L<Template::View> Plugin/Assert.pm 0000444 00000006664 15155303156 0007617 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::Assert # # DESCRIPTION # Template Toolkit plugin module which allows you to assert that # items fetches from the stash are defined. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2008-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::Assert; use base 'Template::Plugin'; use strict; use warnings; use Template::Exception; our $VERSION = '3.100'; our $MONAD = 'Template::Monad::Assert'; our $EXCEPTION = 'Template::Exception'; our $AUTOLOAD; sub load { my $class = shift; my $context = shift; my $stash = $context->stash; my $vmethod = sub { $MONAD->new($stash, shift); }; # define .assert vmethods for hash and list objects $context->define_vmethod( hash => assert => $vmethod ); $context->define_vmethod( list => assert => $vmethod ); return $class; } sub new { my ($class, $context, @args) = @_; # create an assert plugin object which will handle simple variable # lookups. return bless { _CONTEXT => $context }, $class; } sub AUTOLOAD { my ($self, @args) = @_; my $item = $AUTOLOAD; $item =~ s/.*:://; return if $item eq 'DESTROY'; # lookup the named values my $stash = $self->{ _CONTEXT }->stash; my $value = $stash->dotop($stash, $item, \@args); if (! defined $value) { die $EXCEPTION->new( assert => "undefined value for $item" ); } return $value; } package Template::Monad::Assert; our $EXCEPTION = 'Template::Exception'; our $AUTOLOAD; sub new { my ($class, $stash, $this) = @_; bless [$stash, $this], $class; } sub AUTOLOAD { my ($self, @args) = @_; my ($stash, $this) = @$self; my $item = $AUTOLOAD; $item =~ s/.*:://; return if $item eq 'DESTROY'; my $value = $stash->dotop($stash, $item, \@args); if (! defined $value) { die $EXCEPTION->new( assert => "undefined value for $item" ); } return $value; } 1; __END__ =head1 NAME Template::Plugin::Assert - trap undefined values =head1 SYNOPSIS [% USE assert %] # throws error if any undefined values are returned [% object.assert.method %] [% hash.assert.key %] [% list.assert.item %] =head1 DESCRIPTION This plugin defines the C<assert> virtual method that can be used to automatically throw errors when undefined values are used. For example, consider this dotop: [% user.name %] If C<user.name> is an undefined value then TT will silently ignore the fact and print nothing. If you C<USE> the C<assert> plugin then you can add the C<assert> vmethod between the C<user> and C<name> elements, like so: [% user.assert.name %] Now, if C<user.name> is an undefined value, an exception will be thrown: assert error - undefined value for name =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 2008-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin/URL.pm 0000444 00000013251 15155303156 0007006 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin::URL # # DESCRIPTION # Template Toolkit Plugin for constructing URL's from a base stem # and adaptable parameters. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 2000-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin::URL; use strict; use warnings; use base 'Template::Plugin'; our $VERSION = '3.100'; our $JOINT = '&'; #------------------------------------------------------------------------ # new($context, $baseurl, \%url_params) # # Constructor method which returns a sub-routine closure for constructing # complex URL's from a base part and hash of additional parameters. #------------------------------------------------------------------------ sub new { my ($class, $context, $base, $args) = @_; $args ||= { }; return sub { my $newbase = shift unless ref $_[0] eq 'HASH'; my $newargs = shift || { }; my $combo = { %$args, %$newargs }; my $urlargs = join( $JOINT, map { args($_, $combo->{ $_ }) } grep { defined $combo->{ $_ } && length $combo->{ $_ } } sort keys %$combo ); my $query = $newbase || $base || ''; $query .= '?' if length $query && length $urlargs; $query .= $urlargs if length $urlargs; return $query } } sub args { my ($key, $val) = @_; $key = escape($key); return map { "$key=" . escape($_); } ref $val eq 'ARRAY' ? @$val : $val; } #------------------------------------------------------------------------ # escape($url) # # URL-encode data. Borrowed with minor modifications from CGI.pm. # Kudos to Lincold Stein. #------------------------------------------------------------------------ sub escape { my $toencode = shift; return undef unless defined($toencode); utf8::encode($toencode); $toencode=~s/([^a-zA-Z0-9_.-])/uc sprintf("%%%02x",ord($1))/eg; return $toencode; } 1; __END__ =head1 NAME Template::Plugin::URL - Plugin to construct complex URLs =head1 SYNOPSIS [% USE url('/cgi-bin/foo.pl') %] [% url(debug = 1, id = 123) %] # ==> /cgi/bin/foo.pl?debug=1&id=123 [% USE mycgi = url('/cgi-bin/bar.pl', mode='browse', debug=1) %] [% mycgi %] # ==> /cgi/bin/bar.pl?mode=browse&debug=1 [% mycgi(mode='submit') %] # ==> /cgi/bin/bar.pl?mode=submit&debug=1 [% mycgi(debug='d2 p0', id='D4-2k[4]') %] # ==> /cgi-bin/bar.pl?mode=browse&debug=d2%20p0&id=D4-2k%5B4%5D =head1 DESCRIPTION The C<URL> plugin can be used to construct complex URLs from a base stem and a hash array of additional query parameters. The constructor should be passed a base URL and optionally, a hash array reference of default parameters and values. Used from with a template, it would look something like the following: [% USE url('http://www.somewhere.com/cgi-bin/foo.pl') %] [% USE url('/cgi-bin/bar.pl', mode='browse') %] [% USE url('/cgi-bin/baz.pl', mode='browse', debug=1) %] When the plugin is then called without any arguments, the default base and parameters are returned as a formatted query string. [% url %] For the above three examples, these will produce the following outputs: http://www.somewhere.com/cgi-bin/foo.pl /cgi-bin/bar.pl?mode=browse /cgi-bin/baz.pl?mode=browse&debug=1 Note that additional parameters are separated by 'C<&>' rather than simply 'C<&>'. This is the correct behaviour for HTML pages but is, unfortunately, incorrect when creating URLs that do not need to be encoded safely for HTML. This is likely to be corrected in a future version of the plugin (most probably with TT3). In the mean time, you can set C<$Template::Plugin::URL::JOINT> to C<&> to get the correct behaviour. Additional parameters may be also be specified to the URL: [% url(mode='submit', id='wiz') %] Which, for the same three examples, produces: http://www.somewhere.com/cgi-bin/foo.pl?mode=submit&id=wiz /cgi-bin/bar.pl?mode=browse&id=wiz /cgi-bin/baz.pl?mode=browse&debug=1&id=wiz A new base URL may also be specified as the first option: [% url('/cgi-bin/waz.pl', test=1) %] producing /cgi-bin/waz.pl?test=1 /cgi-bin/waz.pl?mode=browse&test=1 /cgi-bin/waz.pl?mode=browse&debug=1&test=1 The ordering of the parameters is non-deterministic due to fact that Perl's hashes themselves are unordered. This isn't a problem as the ordering of CGI parameters is insignificant (to the best of my knowledge). All values will be properly escaped thanks to some code borrowed from Lincoln Stein's C<CGI> module. e.g. [% USE url('/cgi-bin/woz.pl') %] [% url(name="Elrich von Benjy d'Weiro") %] Here the space and "C<'>" single quote characters are escaped in the output: /cgi-bin/woz.pl?name=Elrich%20von%20Benjy%20d%27Weiro An alternate name may be provided for the plugin at construction time as per regular Template Toolkit syntax. [% USE mycgi = url('cgi-bin/min.pl') %] [% mycgi(debug=1) %] =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Stash.pm 0000444 00000070232 15155303156 0006172 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Stash # # DESCRIPTION # Definition of an object class which stores and manages access to # variables for the Template Toolkit. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Stash; use strict; use warnings; use Template::VMethods; use Template::Exception; use Scalar::Util qw( blessed reftype ); our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $PRIVATE = qr/^[_.]/; our $UNDEF_TYPE = 'var.undef'; our $UNDEF_INFO = 'undefined variable: %s'; # alias _dotop() to dotop() so that we have a consistent method name # between the Perl and XS stash implementations *dotop = \&_dotop; #------------------------------------------------------------------------ # Virtual Methods # # If any of $ROOT_OPS, $SCALAR_OPS, $HASH_OPS or $LIST_OPS are already # defined then we merge their contents with the default virtual methods # define by Template::VMethods. Otherwise we can directly alias the # corresponding Template::VMethod package vars. #------------------------------------------------------------------------ our $ROOT_OPS = defined $ROOT_OPS ? { %{$Template::VMethods::ROOT_VMETHODS}, %$ROOT_OPS } : $Template::VMethods::ROOT_VMETHODS; our $SCALAR_OPS = defined $SCALAR_OPS ? { %{$Template::VMethods::TEXT_VMETHODS}, %$SCALAR_OPS } : $Template::VMethods::TEXT_VMETHODS; our $HASH_OPS = defined $HASH_OPS ? { %{$Template::VMethods::HASH_VMETHODS}, %$HASH_OPS } : $Template::VMethods::HASH_VMETHODS; our $LIST_OPS = defined $LIST_OPS ? { %{$Template::VMethods::LIST_VMETHODS}, %$LIST_OPS } : $Template::VMethods::LIST_VMETHODS; #------------------------------------------------------------------------ # define_vmethod($type, $name, \&sub) # # Defines a virtual method of type $type (SCALAR, HASH, or LIST), with # name $name, that invokes &sub when called. It is expected that &sub # be able to handle the type that it will be called upon. #------------------------------------------------------------------------ sub define_vmethod { my ($class, $type, $name, $sub) = @_; my $op; $type = lc $type; if ($type eq 'scalar' || $type eq 'item') { $op = $SCALAR_OPS; } elsif ($type eq 'hash') { $op = $HASH_OPS; } elsif ($type eq 'list' || $type eq 'array') { $op = $LIST_OPS; } else { die "invalid vmethod type: $type\n"; } $op->{ $name } = $sub; return 1; } #======================================================================== # ----- CLASS METHODS ----- #======================================================================== #------------------------------------------------------------------------ # new(\%params) # # Constructor method which creates a new Template::Stash object. # An optional hash reference may be passed containing variable # definitions that will be used to initialise the stash. # # Returns a reference to a newly created Template::Stash. #------------------------------------------------------------------------ sub new { my $class = shift; my $params = ref $_[0] eq 'HASH' ? shift(@_) : { @_ }; my $self = { global => { }, %$params, %$ROOT_OPS, '_PARENT' => undef, }; bless $self, $class; } #======================================================================== # ----- PUBLIC OBJECT METHODS ----- #======================================================================== #------------------------------------------------------------------------ # clone(\%params) # # Creates a copy of the current stash object to effect localisation # of variables. The new stash is blessed into the same class as the # parent (which may be a derived class) and has a '_PARENT' member added # which contains a reference to the parent stash that created it # ($self). This member is used in a successive declone() method call to # return the reference to the parent. # # A parameter may be provided which should reference a hash of # variable/values which should be defined in the new stash. The # update() method is called to define these new variables in the cloned # stash. # # Returns a reference to a cloned Template::Stash. #------------------------------------------------------------------------ sub clone { my ($self, $params) = @_; $params ||= { }; # look out for magical 'import' argument which imports another hash my $import = $params->{ import }; if (defined $import && ref $import eq 'HASH') { delete $params->{ import }; } else { undef $import; } my $clone = bless { %$self, # copy all parent members %$params, # copy all new data '_PARENT' => $self, # link to parent }, ref $self; # perform hash import if defined &{ $HASH_OPS->{ import } }($clone, $import) if defined $import; return $clone; } #------------------------------------------------------------------------ # declone($export) # # Returns a reference to the PARENT stash. When called in the following # manner: # $stash = $stash->declone(); # the reference count on the current stash will drop to 0 and be "freed" # and the caller will be left with a reference to the parent. This # contains the state of the stash before it was cloned. #------------------------------------------------------------------------ sub declone { my $self = shift; $self->{ _PARENT } || $self; } #------------------------------------------------------------------------ # get($ident) # # Returns the value for an variable stored in the stash. The variable # may be specified as a simple string, e.g. 'foo', or as an array # reference representing compound variables. In the latter case, each # pair of successive elements in the list represent a node in the # compound variable. The first is the variable name, the second a # list reference of arguments or 0 if undefined. So, the compound # variable [% foo.bar('foo').baz %] would be represented as the list # [ 'foo', 0, 'bar', ['foo'], 'baz', 0 ]. Returns the value of the # identifier or an empty string if undefined. Errors are thrown via # die(). #------------------------------------------------------------------------ sub get { my ($self, $ident, $args) = @_; my ($root, $result); $root = $self; if (ref $ident eq 'ARRAY' || (index($ident,'.') > -1) && ($ident = [ map { s/\(.*$//; ($_, 0) } split(/\./, $ident) ])) { my $size = $#$ident; # if $ident is a list reference, then we evaluate each item in the # identifier against the previous result, using the root stash # ($self) as the first implicit 'result'... foreach (my $i = 0; $i <= $size; $i += 2) { $result = $self->_dotop($root, @$ident[$i, $i+1]); last unless defined $result; $root = $result; } } else { $result = $self->_dotop($root, $ident, $args); } return defined $result ? $result : $self->undefined($ident, $args); } #------------------------------------------------------------------------ # set($ident, $value, $default) # # Updates the value for a variable in the stash. The first parameter # should be the variable name or array, as per get(). The second # parameter should be the intended value for the variable. The third, # optional parameter is a flag which may be set to indicate 'default' # mode. When set true, the variable will only be updated if it is # currently undefined or has a false value. The magical 'IMPORT' # variable identifier may be used to indicate that $value is a hash # reference whose values should be imported. Returns the value set, # or an empty string if not set (e.g. default mode). In the case of # IMPORT, returns the number of items imported from the hash. #------------------------------------------------------------------------ sub set { my ($self, $ident, $value, $default) = @_; my ($root, $result, $error); $root = $self; ELEMENT: { if (ref $ident eq 'ARRAY' || (index($ident,'.') != -1) # has a '.' in it somewhere && ($ident = [ map { s/\(.*$//; ($_, 0) } split(/\./, $ident) ])) { # a compound identifier may contain multiple elements (e.g. # foo.bar.baz) and we must first resolve all but the last, # using _dotop() with the $lvalue flag set which will create # intermediate hashes if necessary... my $size = $#$ident; foreach (my $i = 0; $i < $size - 2; $i += 2) { $result = $self->_dotop($root, @$ident[$i, $i+1], 1); last ELEMENT unless defined $result; $root = $result; } # then we call _assign() to assign the value to the last element $result = $self->_assign( $root, @$ident[$size-1, $size], $value, $default ); } else { $result = $self->_assign($root, $ident, 0, $value, $default); } } return defined $result ? $result : ''; } #------------------------------------------------------------------------ # getref($ident) # # Returns a "reference" to a particular item. This is represented as a # closure which will return the actual stash item when called. #------------------------------------------------------------------------ sub getref { my ($self, $ident, $args) = @_; my ($root, $item, $result); $root = $self; if (ref $ident eq 'ARRAY') { my $size = $#$ident; foreach (my $i = 0; $i <= $size; $i += 2) { ($item, $args) = @$ident[$i, $i + 1]; last if $i >= $size - 2; # don't evaluate last node last unless defined ($root = $self->_dotop($root, $item, $args)); } } else { $item = $ident; } if (defined $root) { return sub { my @args = (@{$args||[]}, @_); $self->_dotop($root, $item, \@args); } } else { return sub { '' }; } } #------------------------------------------------------------------------ # update(\%params) # # Update multiple variables en masse. No magic is performed. Simple # variable names only. #------------------------------------------------------------------------ sub update { my ($self, $params) = @_; # look out for magical 'import' argument to import another hash my $import = $params->{ import }; if (defined $import && ref $import eq 'HASH') { @$self{ keys %$import } = values %$import; delete $params->{ import }; } @$self{ keys %$params } = values %$params; } #------------------------------------------------------------------------ # undefined($ident, $args) # # Method called when a get() returns an undefined value. Can be redefined # in a subclass to implement alternate handling. #------------------------------------------------------------------------ sub undefined { my ($self, $ident, $args) = @_; if ($self->{ _STRICT }) { # Sorry, but we can't provide a sensible source file and line without # re-designing the whole architecture of TT (see TT3) die Template::Exception->new( $UNDEF_TYPE, sprintf( $UNDEF_INFO, $self->_reconstruct_ident($ident) ) ) if $self->{ _STRICT }; } else { # There was a time when I thought this was a good idea. But it's not. return ''; } } sub _reconstruct_ident { my ($self, $ident) = @_; my ($name, $args, @output); my @input = ref $ident eq 'ARRAY' ? @$ident : ($ident); while (@input) { $name = shift @input; $args = shift @input || 0; $name .= '(' . join(', ', map { /^\d+$/ ? $_ : "'$_'" } @$args) . ')' if $args && ref $args eq 'ARRAY'; push(@output, $name); } return join('.', @output); } #======================================================================== # ----- PRIVATE OBJECT METHODS ----- #======================================================================== #------------------------------------------------------------------------ # _dotop($root, $item, \@args, $lvalue) # # This is the core 'dot' operation method which evaluates elements of # variables against their root. All variables have an implicit root # which is the stash object itself (a hash). Thus, a non-compound # variable 'foo' is actually '(stash.)foo', the compound 'foo.bar' is # '(stash.)foo.bar'. The first parameter is a reference to the current # root, initially the stash itself. The second parameter contains the # name of the variable element, e.g. 'foo'. The third optional # parameter is a reference to a list of any parenthesised arguments # specified for the variable, which are passed to sub-routines, object # methods, etc. The final parameter is an optional flag to indicate # if this variable is being evaluated on the left side of an assignment # (e.g. foo.bar.baz = 10). When set true, intermediated hashes will # be created (e.g. bar) if necessary. # # Returns the result of evaluating the item against the root, having # performed any variable "magic". The value returned can then be used # as the root of the next _dotop() in a compound sequence. Returns # undef if the variable is undefined. #------------------------------------------------------------------------ sub _dotop { my ($self, $root, $item, $args, $lvalue) = @_; my $rootref = ref $root; my $atroot = (blessed $root && $root->isa(ref $self)); my ($value, @result); $args ||= [ ]; $lvalue ||= 0; # print STDERR "_dotop(root=$root, item=$item, args=[@$args])\n" # if $DEBUG; # return undef without an error if either side of the dot is unviable return undef unless defined($root) and defined($item); # or if an attempt is made to access a private member, starting _ or . return undef if $PRIVATE && $item =~ /$PRIVATE/; if ($atroot || $rootref eq 'HASH') { # if $root is a regular HASH or a Template::Stash kinda HASH (the # *real* root of everything). We first lookup the named key # in the hash, or create an empty hash in its place if undefined # and the $lvalue flag is set. Otherwise, we check the HASH_OPS # pseudo-methods table, calling the code if found, or return undef. if (defined($value = $root->{ $item })) { return $value unless ref $value eq 'CODE'; ## RETURN @result = &$value(@$args); ## @result } elsif ($lvalue) { # we create an intermediate hash if this is an lvalue return $root->{ $item } = { }; ## RETURN } # ugly hack: only allow import vmeth to be called on root stash elsif (($value = $HASH_OPS->{ $item }) && ! $atroot || $item eq 'import') { @result = &$value($root, @$args); ## @result } elsif ( ref $item eq 'ARRAY' ) { # hash slice return [@$root{@$item}]; ## RETURN } } elsif ($rootref eq 'ARRAY') { # if root is an ARRAY then we check for a LIST_OPS pseudo-method # or return the numerical index into the array, or undef if ($value = $LIST_OPS->{ $item }) { @result = &$value($root, @$args); ## @result } elsif ($item =~ /^-?\d+$/) { $value = $root->[$item]; return $value unless ref $value eq 'CODE'; ## RETURN @result = &$value(@$args); ## @result } elsif ( ref $item eq 'ARRAY' ) { # array slice return [@$root[@$item]]; ## RETURN } } # NOTE: we do the can-can because UNIVSERAL::isa($something, 'UNIVERSAL') # doesn't appear to work with CGI, returning true for the first call # and false for all subsequent calls. # UPDATE: that doesn't appear to be the case any more elsif (blessed($root) && $root->can('can')) { # if $root is a blessed reference (i.e. inherits from the # UNIVERSAL object base class) then we call the item as a method. # If that fails then we try to fallback on HASH behaviour if # possible. eval { @result = $root->$item(@$args); }; if ($@) { # temporary hack - required to propagate errors thrown # by views; if $@ is a ref (e.g. Template::Exception # object then we assume it's a real error that needs # real throwing my $class = ref($root) || $root; # Fail only if the function exists die $@ if ( ref($@) || $root->can($item) ); # failed to call object method, so try some fallbacks if (reftype $root eq 'HASH') { if( defined($value = $root->{ $item })) { return $value unless ref $value eq 'CODE'; ## RETURN @result = &$value(@$args); } elsif ($value = $HASH_OPS->{ $item }) { @result = &$value($root, @$args); } elsif ($value = $LIST_OPS->{ $item }) { @result = &$value([$root], @$args); } } elsif (reftype $root eq 'ARRAY') { if( $value = $LIST_OPS->{ $item }) { @result = &$value($root, @$args); } elsif( $item =~ /^-?\d+$/ ) { $value = $root->[$item]; return $value unless ref $value eq 'CODE'; ## RETURN @result = &$value(@$args); ## @result } elsif ( ref $item eq 'ARRAY' ) { # array slice return [@$root[@$item]]; ## RETURN } } elsif ($value = $SCALAR_OPS->{ $item }) { @result = &$value($root, @$args); } elsif ($value = $LIST_OPS->{ $item }) { @result = &$value([$root], @$args); } elsif ($self->{ _DEBUG }) { @result = (undef, $@); } } } elsif (($value = $SCALAR_OPS->{ $item }) && ! $lvalue) { # at this point, it doesn't look like we've got a reference to # anything we know about, so we try the SCALAR_OPS pseudo-methods # table (but not for l-values) @result = &$value($root, @$args); ## @result } elsif (($value = $LIST_OPS->{ $item }) && ! $lvalue) { # last-ditch: can we promote a scalar to a one-element # list and apply a LIST_OPS virtual method? @result = &$value([$root], @$args); } elsif ($self->{ _DEBUG }) { die "don't know how to access [ $root ].$item\n"; ## DIE } else { @result = (); } # fold multiple return items into a list unless first item is undef if (defined $result[0]) { return ## RETURN scalar @result > 1 ? [ @result ] : $result[0]; } elsif (defined $result[1]) { die $result[1]; ## DIE } elsif ($self->{ _DEBUG }) { die "$item is undefined\n"; ## DIE } return undef; } #------------------------------------------------------------------------ # _assign($root, $item, \@args, $value, $default) # # Similar to _dotop() above, but assigns a value to the given variable # instead of simply returning it. The first three parameters are the # root item, the item and arguments, as per _dotop(), followed by the # value to which the variable should be set and an optional $default # flag. If set true, the variable will only be set if currently false # (undefined/zero) #------------------------------------------------------------------------ sub _assign { my ($self, $root, $item, $args, $value, $default) = @_; my $rootref = ref $root; my $atroot = ($root eq $self); my $result; $args ||= [ ]; $default ||= 0; # return undef without an error if either side of the dot is unviable return undef unless $root and defined $item; # or if an attempt is made to update a private member, starting _ or . return undef if $PRIVATE && $item =~ /$PRIVATE/; if ($rootref eq 'HASH' || $atroot) { # if the root is a hash we set the named key return ($root->{ $item } = $value) ## RETURN unless $default && $root->{ $item }; } elsif ($rootref eq 'ARRAY' && $item =~ /^-?\d+$/) { # or set a list item by index number return ($root->[$item] = $value) ## RETURN unless $default && $root->{ $item }; } elsif (blessed($root)) { # try to call the item as a method of an object return $root->$item(@$args, $value) ## RETURN unless $default && $root->$item(); # 2 issues: # - method call should be wrapped in eval { } # - fallback on hash methods if object method not found # # eval { $result = $root->$item(@$args, $value); }; # # if ($@) { # die $@ if ref($@) || ($@ !~ /Can't locate object method/); # # # failed to call object method, so try some fallbacks # if (UNIVERSAL::isa($root, 'HASH') && exists $root->{ $item }) { # $result = ($root->{ $item } = $value) # unless $default && $root->{ $item }; # } # } # return $result; ## RETURN } else { die "don't know how to assign to [$root].[$item]\n"; ## DIE } return undef; } 1; __END__ =head1 NAME Template::Stash - Magical storage for template variables =head1 SYNOPSIS use Template::Stash; my $stash = Template::Stash->new(\%vars); # get variable values $value = $stash->get($variable); $value = $stash->get(\@compound); # set variable value $stash->set($variable, $value); $stash->set(\@compound, $value); # default variable value $stash->set($variable, $value, 1); $stash->set(\@compound, $value, 1); # set variable values en masse $stash->update(\%new_vars) # methods for (de-)localising variables $stash = $stash->clone(\%new_vars); $stash = $stash->declone(); =head1 DESCRIPTION The C<Template::Stash> module defines an object class which is used to store variable values for the runtime use of the template processor. Variable values are stored internally in a hash reference (which itself is blessed to create the object) and are accessible via the L<get()> and L<set()> methods. Variables may reference hash arrays, lists, subroutines and objects as well as simple values. The stash automatically performs the right magic when dealing with variables, calling code or object methods, indexing into lists, hashes, etc. The stash has L<clone()> and L<declone()> methods which are used by the template processor to make temporary copies of the stash for localising changes made to variables. =head1 PUBLIC METHODS =head2 new(\%params) The C<new()> constructor method creates and returns a reference to a new C<Template::Stash> object. my $stash = Template::Stash->new(); A hash reference may be passed to provide variables and values which should be used to initialise the stash. my $stash = Template::Stash->new({ var1 => 'value1', var2 => 'value2' }); =head2 get($variable) The C<get()> method retrieves the variable named by the first parameter. $value = $stash->get('var1'); Dotted compound variables can be retrieved by specifying the variable elements by reference to a list. Each node in the variable occupies two entries in the list. The first gives the name of the variable element, the second is a reference to a list of arguments for that element, or C<0> if none. [% foo.bar(10).baz(20) %] $stash->get([ 'foo', 0, 'bar', [ 10 ], 'baz', [ 20 ] ]); =head2 set($variable, $value, $default) The C<set()> method sets the variable name in the first parameter to the value specified in the second. $stash->set('var1', 'value1'); If the third parameter evaluates to a true value, the variable is set only if it did not have a true value before. $stash->set('var2', 'default_value', 1); Dotted compound variables may be specified as per L<get()> above. [% foo.bar = 30 %] $stash->set([ 'foo', 0, 'bar', 0 ], 30); The magical variable 'C<IMPORT>' can be specified whose corresponding value should be a hash reference. The contents of the hash array are copied (i.e. imported) into the current namespace. # foo.bar = baz, foo.wiz = waz $stash->set('foo', { 'bar' => 'baz', 'wiz' => 'waz' }); # import 'foo' into main namespace: bar = baz, wiz = waz $stash->set('IMPORT', $stash->get('foo')); =head2 update($variables) This method can be used to set or update several variables in one go. $stash->update({ foo => 10, bar => 20, }); =head2 getref($variable) This undocumented feature returns a closure which can be called to get the value of a variable. It is used to implement variable references which are evaluated lazily. [% x = \foo.bar.baz %] # x is a reference to foo.bar.baz [% x %] # evalautes foo.bar.baz =head2 clone(\%params) The C<clone()> method creates and returns a new C<Template::Stash> object which represents a localised copy of the parent stash. Variables can be freely updated in the cloned stash and when L<declone()> is called, the original stash is returned with all its members intact and in the same state as they were before C<clone()> was called. For convenience, a hash of parameters may be passed into C<clone()> which is used to update any simple variable (i.e. those that don't contain any namespace elements like C<foo> and C<bar> but not C<foo.bar>) variables while cloning the stash. For adding and updating complex variables, the L<set()> method should be used after calling C<clone().> This will correctly resolve and/or create any necessary namespace hashes. A cloned stash maintains a reference to the stash that it was copied from in its C<_PARENT> member. =head2 declone() The C<declone()> method returns the C<_PARENT> reference and can be used to restore the state of a stash as described above. =head2 define_vmethod($type, $name, $code) This method can be used to define new virtual methods. The first argument should be either C<scalar> or C<item> to define scalar virtual method, C<hash> to define hash virtual methods, or either C<array> or C<list> for list virtual methods. The second argument should be the name of the new method. The third argument should be a reference to a subroutine implementing the method. The data item on which the virtual method is called is passed to the subroutine as the first argument. $stash->define_vmethod( item => ucfirst => sub { my $text = shift; return ucfirst $text } ); =head1 INTERNAL METHODS =head2 dotop($root, $item, \@args, $lvalue) This is the core C<dot> operation method which evaluates elements of variables against their root. =head2 undefined($ident, $args) This method is called when L<get()> encounters an undefined value. If the L<STRICT|Template::Manual::Config#STRICT> option is in effect then it will throw an exception indicating the use of an undefined value. Otherwise it will silently return an empty string. The method can be redefined in a subclass to implement alternate handling of undefined values. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Context> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Tools/tpage.pod 0000444 00000003150 15155303156 0007451 0 ustar 00 =head1 NAME Template::Tools::tpage - Process templates from command line =head1 USAGE tpage [ --define var=value ] file(s) =head1 DESCRIPTION The B<tpage> script is a simple wrapper around the Template Toolkit processor. Files specified by name on the command line are processed in turn by the template processor and the resulting output is sent to STDOUT and can be redirected accordingly. e.g. tpage myfile > myfile.out tpage header myfile footer > myfile.html If no file names are specified on the command line then B<tpage> will read STDIN for input. The C<--define> option can be used to set the values of template variables. e.g. tpage --define author="Andy Wardley" skeleton.pm > MyModule.pm =head2 The F<.tpagerc> Configuration File You can use a F<.tpagerc> file in your home directory. The purpose of this file is to set any I<global> configuration options that you want applied I<every> time F<tpage> is run. For example, you can use the C<include_path> to use template files from a generic template directory. Run C<tpage -h> for a summary of the options available. See L<Template> for general information about the Perl Template Toolkit and the template language and features. =head1 AUTHOR Andy Wardley L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2008 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<ttree|Template::Tools::ttree> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Tools/ttree.pod 0000444 00000024510 15155303156 0007477 0 ustar 00 =head1 NAME Template::Tools::ttree - Process entire directory trees of templates =head1 SYNOPSIS ttree [options] [files] =head1 DESCRIPTION The F<ttree> script is used to process entire directory trees containing template files. The resulting output from processing each file is then written to a corresponding file in a destination directory. The script compares the modification times of source and destination files (where they already exist) and processes only those files that have been modified. In other words, it is the equivalent of 'make' for the Template Toolkit. It supports a number of options which can be used to configure behaviour, define locations and set Template Toolkit options. The script first reads the F<.ttreerc> configuration file in the HOME directory, or an alternative file specified in the TTREERC environment variable. Then, it processes any command line arguments, including any additional configuration files specified via the C<-f> (file) option. =head2 The F<.ttreerc> Configuration File When you run F<ttree> for the first time it will ask you if you want it to create a F<.ttreerc> file for you. This will be created in your home directory. $ ttree Do you want me to create a sample '.ttreerc' file for you? (file: /home/abw/.ttreerc) [y/n]: y /home/abw/.ttreerc created. Please edit accordingly and re-run ttree The purpose of this file is to set any I<global> configuration options that you want applied I<every> time F<ttree> is run. For example, you can use the C<ignore> and C<copy> option to provide regular expressions that specify which files should be ignored and which should be copied rather than being processed as templates. You may also want to set flags like C<verbose> and C<recurse> according to your preference. A minimal F<.ttreerc>: # ignore these files ignore = \b(CVS|RCS)\b ignore = ^# ignore = ~$ # copy these files copy = \.(gif|png|jpg|pdf)$ # recurse into directories recurse # provide info about what's going on verbose In most cases, you'll want to create a different F<ttree> configuration file for each project you're working on. The C<cfg> option allows you to specify a directory where F<ttree> can find further configuration files. cfg = /home/abw/.ttree The C<-f> command line option can be used to specify which configuration file should be used. You can specify a filename using an absolute or relative path: $ ttree -f /home/abw/web/example/etc/ttree.cfg $ ttree -f ./etc/ttree.cfg $ ttree -f ../etc/ttree.cfg If the configuration file does not begin with C</> or C<.> or something that looks like a MS-DOS absolute path (e.g. C<C:\\etc\\ttree.cfg>) then F<ttree> will look for it in the directory specified by the C<cfg> option. $ ttree -f test1 # /home/abw/.ttree/test1 The C<cfg> option can only be used in the F<.ttreerc> file. All the other options can be used in the F<.ttreerc> or any other F<ttree> configuration file. They can all also be specified as command line options. Remember that F<.ttreerc> is always processed I<before> any configuration file specified with the C<-f> option. Certain options like C<lib> can be used any number of times and accumulate their values. For example, consider the following configuration files: F</home/abw/.ttreerc>: cfg = /home/abw/.ttree lib = /usr/local/tt2/templates F</home/abw/.ttree/myconfig>: lib = /home/abw/web/example/templates/lib When F<ttree> is invoked as follows: $ ttree -f myconfig the C<lib> option will be set to the following directories: /usr/local/tt2/templates /home/abw/web/example/templates/lib Any templates located under F</usr/local/tt2/templates> will be used in preference to those located under F</home/abw/web/example/templates/lib>. This may be what you want, but then again, it might not. For this reason, it is good practice to keep the F<.ttreerc> as simple as possible and use different configuration files for each F<ttree> project. =head2 Directory Options The C<src> option is used to define the directory containing the source templates to be processed. It can be provided as a command line option or in a configuration file as shown here: src = /home/abw/web/example/templates/src Each template in this directory typically corresponds to a single web page or other document. The C<dest> option is used to specify the destination directory for the generated output. dest = /home/abw/web/example/html The C<lib> option is used to define one or more directories containing additional library templates. These templates are not documents in their own right and typically comprise of smaller, modular components like headers, footers and menus that are incorporated into pages templates. lib = /home/abw/web/example/templates/lib lib = /usr/local/tt2/templates The C<lib> option can be used repeatedly to add further directories to the search path. A list of templates can be passed to F<ttree> as command line arguments. $ ttree foo.html bar.html It looks for these templates in the C<src> directory and processes them through the Template Toolkit, using any additional template components from the C<lib> directories. The generated output is then written to the corresponding file in the C<dest> directory. If F<ttree> is invoked without explicitly specifying any templates to be processed then it will process every file in the C<src> directory. If the C<-r> (recurse) option is set then it will additionally iterate down through sub-directories and process and other template files it finds therein. $ ttree -r If a template has been processed previously, F<ttree> will compare the modification times of the source and destination files. If the source template (or one it is dependant on) has not been modified more recently than the generated output file then F<ttree> will not process it. The F<-a> (all) option can be used to force F<ttree> to process all files regardless of modification time. $ ttree -a Any templates explicitly named as command line argument are always processed and the modification time checking is bypassed. =head2 File Options The C<ignore>, C<copy> and C<accept> options are used to specify Perl regexen to filter file names. Files that match any of the C<ignore> options will not be processed. Remaining files that match any of the C<copy> regexen will be copied to the destination directory. Remaining files that then match any of the C<accept> criteria are then processed via the Template Toolkit. If no C<accept> parameter is specified then all files will be accepted for processing if not already copied or ignored. # ignore these files ignore = \b(CVS|RCS)\b ignore = ^# ignore = ~$ # copy these files copy = \.(gif|png|jpg|pdf)$ # accept only .tt2 templates accept = \.tt2$ The C<suffix> option is used to define mappings between the file extensions for source templates and the generated output files. The following example specifies that source templates with a C<.tt2> suffix should be output as C<.html> files: suffix tt2=html Or on the command line, --suffix tt2=html You can provide any number of different suffix mappings by repeating this option. =head2 Template Dependencies The C<depend> and C<depend_file> options allow you to specify how any given template file depends on another file or group of files. The C<depend> option is used to express a single dependency. $ ttree --depend foo=bar,baz This command line example shows the C<--depend> option being used to specify that the F<foo> file is dependant on the F<bar> and F<baz> templates. This option can be used many time on the command line: $ ttree --depend foo=bar,baz --depend crash=bang,wallop or in a configuration file: depend foo=bar,baz depend crash=bang,wallop The file appearing on the left of the C<=> is specified relative to the C<src> or C<lib> directories. The file(s) appearing on the right can be specified relative to any of these directories or as absolute file paths. For example: $ ttree --depend foo=bar,/tmp/baz To define a dependency that applies to all files, use C<*> on the left of the C<=>. $ ttree --depend *=header,footer or in a configuration file: depend *=header,footer Any templates that are defined in the C<pre_process>, C<post_process>, C<process> or C<wrapper> options will automatically be added to the list of global dependencies that apply to all templates. The C<depend_file> option can be used to specify a file that contains dependency information. $ ttree --depend_file=/home/abw/web/example/etc/ttree.dep Here is an example of a dependency file: # This is a comment. It is ignored. index.html: header footer menubar header: titlebar hotlinks menubar: menuitem # spanning multiple lines with the backslash another.html: header footer menubar \ sidebar searchform Lines beginning with the C<#> character are comments and are ignored. Blank lines are also ignored. All other lines should provide a filename followed by a colon and then a list of dependant files separated by whitespace, commas or both. Whitespace around the colon is also optional. Lines ending in the C<\> character are continued onto the following line. Files that contain spaces can be quoted. That is only necessary for files after the colon (':'). The file before the colon may be quoted if it contains a colon. As with the command line options, the C<*> character can be used as a wildcard to specify a dependency for all templates. * : config,header =head2 Template Toolkit Options F<ttree> also provides access to the usual range of Template Toolkit options. For example, the C<--pre_chomp> and C<--post_chomp> F<ttree> options correspond to the C<PRE_CHOMP> and C<POST_CHOMP> options. Run C<ttree -h> for a summary of the options available. =head1 AUTHORS Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://www.wardley.org> With contributions from Dylan William Hardison (support for dependencies), Bryce Harrington (C<absolute> and C<relative> options), Mark Anderson (C<suffix> and C<debug> options), Harald Joerg and Leon Brocard who gets everywhere, it seems. =head1 COPYRIGHT Copyright (C) 1996-2007 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Tools::tpage|tpage> Directive.pm 0000444 00000071460 15155303156 0007032 0 ustar 00 #================================================================= -*-Perl-*- # # Template::Directive # # DESCRIPTION # Factory module for constructing templates from Perl code. # # AUTHOR # Andy Wardley <abw@wardley.org> # # WARNING # Much of this module is hairy, even furry in places. It needs # a lot of tidying up and may even be moved into a different place # altogether. The generator code is often inefficient, particularly in # being very anal about pretty-printing the Perl code all neatly, but # at the moment, that's still high priority for the sake of easier # debugging. # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Directive; use strict; use warnings; use base 'Template::Base'; use Template::Constants; use Template::Exception; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $WHILE_MAX = 1000 unless defined $WHILE_MAX; our $PRETTY = 0 unless defined $PRETTY; our $OUTPUT = '$output .= '; sub _init { my ($self, $config) = @_; $self->{ NAMESPACE } = $config->{ NAMESPACE }; return $self; } sub trace_vars { my $self = shift; return @_ ? ($self->{ TRACE_VARS } = shift) : $self->{ TRACE_VARS }; } sub pad { my ($text, $pad) = @_; $pad = ' ' x ($pad * 4); $text =~ s/^(?!#line)/$pad/gm; $text; } #======================================================================== # FACTORY METHODS # # These methods are called by the parser to construct directive instances. #======================================================================== #------------------------------------------------------------------------ # template($block) #------------------------------------------------------------------------ sub template { my ($self, $block) = @_; $block = pad($block, 2) if $PRETTY; return "sub { return '' }" unless $block =~ /\S/; return <<EOF; sub { my \$context = shift || die "template sub called without context\\n"; my \$stash = \$context->stash; my \$output = ''; my \$_tt_error; eval { BLOCK: { $block } }; if (\$@) { \$_tt_error = \$context->catch(\$@, \\\$output); die \$_tt_error unless \$_tt_error->type eq 'return'; } return \$output; } EOF } #------------------------------------------------------------------------ # anon_block($block) [% BLOCK %] ... [% END %] #------------------------------------------------------------------------ sub anon_block { my ($self, $block) = @_; $block = pad($block, 2) if $PRETTY; return <<EOF; # BLOCK $OUTPUT do { my \$output = ''; my \$_tt_error; eval { BLOCK: { $block } }; if (\$@) { \$_tt_error = \$context->catch(\$@, \\\$output); die \$_tt_error unless \$_tt_error->type eq 'return'; } \$output; }; EOF } #------------------------------------------------------------------------ # block($blocktext) #------------------------------------------------------------------------ sub block { my ($self, $block) = @_; return join("\n", @{ $block || [] }); } #------------------------------------------------------------------------ # textblock($text) #------------------------------------------------------------------------ sub textblock { my ($self, $text) = @_; return "$OUTPUT " . &text($self, $text) . ';'; } #------------------------------------------------------------------------ # text($text) #------------------------------------------------------------------------ sub text { my ( $self, $text ) = @_; return '' if !length $text; if ( $text =~ tr{$@\\}{} ) { $text =~ s/(["\$\@\\])/\\$1/g; $text =~ s/\n/\\n/g; return '"' . $text . '"'; } $text =~ s{'}{\\'}g if index( $text, q{'} ) != -1; return q{'} . $text . q{'}; } #------------------------------------------------------------------------ # quoted(\@items) "foo$bar" #------------------------------------------------------------------------ sub quoted { my ($self, $items) = @_; return '' unless @$items; return ("('' . " . $items->[0] . ')') if scalar @$items == 1; return '(' . join(' . ', @$items) . ')'; # my $r = '(' . join(' . ', @$items) . ' . "")'; # print STDERR "[$r]\n"; # return $r; } #------------------------------------------------------------------------ # ident(\@ident) foo.bar(baz) #------------------------------------------------------------------------ sub ident { my ($self, $ident) = @_; return "''" unless @$ident; my $ns; # Careful! Template::Parser always creates a Template::Directive object # (as of v2.22_1) so $self is usually an object. However, we used to # allow Template::Directive methods to be called as class methods and # Template::Namespace::Constants module takes advantage of this fact # by calling Template::Directive->ident() when it needs to generate an # identifier. This hack guards against Mr Fuckup from coming to town # when that happens. if (ref $self) { # trace variable usage if ($self->{ TRACE_VARS }) { my $root = $self->{ TRACE_VARS }; my $n = 0; my $v; while ($n < @$ident) { $v = $ident->[$n]; for ($v) { s/^'//; s/'$// }; $root = $root->{ $v } ||= { }; $n += 2; } } # does the first element of the identifier have a NAMESPACE # handler defined? if (@$ident > 2 && ($ns = $self->{ NAMESPACE })) { my $key = $ident->[0]; # a faster alternate to $key =~ s/^'(.+)'$/$1/s if ( index( $key, q[']) == 0 ) { substr( $key, 0, 1, '' ); substr( $key, -1, 1, '' ); # remove the last char blindly } if ($ns = $ns->{ $key }) { return $ns->ident($ident); } } } if (scalar @$ident <= 2 && ! $ident->[1]) { $ident = $ident->[0]; } else { $ident = '[' . join(', ', @$ident) . ']'; } return "\$stash->get($ident)"; } #------------------------------------------------------------------------ # identref(\@ident) \foo.bar(baz) #------------------------------------------------------------------------ sub identref { my ($self, $ident) = @_; return "''" unless @$ident; if (scalar @$ident <= 2 && ! $ident->[1]) { $ident = $ident->[0]; } else { $ident = '[' . join(', ', @$ident) . ']'; } return "\$stash->getref($ident)"; } #------------------------------------------------------------------------ # assign(\@ident, $value, $default) foo = bar #------------------------------------------------------------------------ sub assign { my ($self, $var, $val, $default) = @_; if (ref $var) { if (scalar @$var == 2 && ! $var->[1]) { $var = $var->[0]; } else { $var = '[' . join(', ', @$var) . ']'; } } $val .= ', 1' if $default; return "\$stash->set($var, $val)"; } #------------------------------------------------------------------------ # args(\@args) foo, bar, baz = qux #------------------------------------------------------------------------ sub args { my ($self, $args) = @_; my $hash = shift @$args; push(@$args, '{ ' . join(', ', @$hash) . ' }') if @$hash; return '0' unless @$args; return '[ ' . join(', ', @$args) . ' ]'; } #------------------------------------------------------------------------ # filenames(\@names) #------------------------------------------------------------------------ sub filenames { my ($self, $names) = @_; if (@$names > 1) { $names = '[ ' . join(', ', @$names) . ' ]'; } else { $names = shift @$names; } return $names; } #------------------------------------------------------------------------ # get($expr) [% foo %] #------------------------------------------------------------------------ sub get { my ($self, $expr) = @_; return "$OUTPUT $expr;"; } #------------------------------------------------------------------------ # call($expr) [% CALL bar %] #------------------------------------------------------------------------ sub call { my ($self, $expr) = @_; $expr .= ';'; return $expr; } #------------------------------------------------------------------------ # set(\@setlist) [% foo = bar, baz = qux %] #------------------------------------------------------------------------ sub set { my ($self, $setlist) = @_; my $output; while (my ($var, $val) = splice(@$setlist, 0, 2)) { $output .= &assign($self, $var, $val) . ";\n"; } chomp $output; return $output; } #------------------------------------------------------------------------ # default(\@setlist) [% DEFAULT foo = bar, baz = qux %] #------------------------------------------------------------------------ sub default { my ($self, $setlist) = @_; my $output; while (my ($var, $val) = splice(@$setlist, 0, 2)) { $output .= &assign($self, $var, $val, 1) . ";\n"; } chomp $output; return $output; } #------------------------------------------------------------------------ # insert(\@nameargs) [% INSERT file %] # # => [ [ $file, ... ], \@args ] #------------------------------------------------------------------------ sub insert { my ($self, $nameargs) = @_; my ($file, $args) = @$nameargs; $file = $self->filenames($file); return "$OUTPUT \$context->insert($file);"; } #------------------------------------------------------------------------ # include(\@nameargs) [% INCLUDE template foo = bar %] # # => [ [ $file, ... ], \@args ] #------------------------------------------------------------------------ sub include { my ($self, $nameargs) = @_; my ($file, $args) = @$nameargs; my $hash = shift @$args; $file = $self->filenames($file); $file .= @$hash ? ', { ' . join(', ', @$hash) . ' }' : ''; return "$OUTPUT \$context->include($file);"; } #------------------------------------------------------------------------ # process(\@nameargs) [% PROCESS template foo = bar %] # # => [ [ $file, ... ], \@args ] #------------------------------------------------------------------------ sub process { my ($self, $nameargs) = @_; my ($file, $args) = @$nameargs; my $hash = shift @$args; $file = $self->filenames($file); $file .= @$hash ? ', { ' . join(', ', @$hash) . ' }' : ''; return "$OUTPUT \$context->process($file);"; } #------------------------------------------------------------------------ # if($expr, $block, $else) [% IF foo < bar %] # ... # [% ELSE %] # ... # [% END %] #------------------------------------------------------------------------ sub if { my ($self, $expr, $block, $else) = @_; my @else = $else ? @$else : (); $else = pop @else; $block = pad($block, 1) if $PRETTY; my $output = "if ($expr) {\n$block\n}\n"; foreach my $elsif (@else) { ($expr, $block) = @$elsif; $block = pad($block, 1) if $PRETTY; $output .= "elsif ($expr) {\n$block\n}\n"; } if (defined $else) { $else = pad($else, 1) if $PRETTY; $output .= "else {\n$else\n}\n"; } return $output; } #------------------------------------------------------------------------ # foreach($target, $list, $args, $block) [% FOREACH x = [ foo bar ] %] # ... # [% END %] #------------------------------------------------------------------------ sub foreach { my ($self, $target, $list, $args, $block, $label) = @_; $args = shift @$args; $args = @$args ? ', { ' . join(', ', @$args) . ' }' : ''; $label ||= 'LOOP'; my ($loop_save, $loop_set, $loop_restore, $setiter); if ($target) { $loop_save = 'eval { $_tt_oldloop = ' . &ident($self, ["'loop'"]) . ' }'; $loop_set = "\$stash->{'$target'} = \$_tt_value"; $loop_restore = "\$stash->set('loop', \$_tt_oldloop)"; } else { $loop_save = '$stash = $context->localise()'; # $loop_set = "\$stash->set('import', \$_tt_value) " # . "if ref \$value eq 'HASH'"; $loop_set = "\$stash->get(['import', [\$_tt_value]]) " . "if ref \$_tt_value eq 'HASH'"; $loop_restore = '$stash = $context->delocalise()'; } $block = pad($block, 3) if $PRETTY; return <<EOF; # FOREACH do { my (\$_tt_value, \$_tt_error, \$_tt_oldloop); my \$_tt_list = $list; unless (UNIVERSAL::isa(\$_tt_list, 'Template::Iterator')) { \$_tt_list = Template::Config->iterator(\$_tt_list) || die \$Template::Config::ERROR, "\\n"; } (\$_tt_value, \$_tt_error) = \$_tt_list->get_first(); $loop_save; \$stash->set('loop', \$_tt_list); eval { $label: while (! \$_tt_error) { $loop_set; $block; (\$_tt_value, \$_tt_error) = \$_tt_list->get_next(); } }; $loop_restore; die \$@ if \$@; \$_tt_error = 0 if \$_tt_error && \$_tt_error eq Template::Constants::STATUS_DONE; die \$_tt_error if \$_tt_error; }; EOF } #------------------------------------------------------------------------ # next() [% NEXT %] # # Next iteration of a FOREACH loop (experimental) #------------------------------------------------------------------------ sub next { my ($self, $label) = @_; $label ||= 'LOOP'; return <<EOF; (\$_tt_value, \$_tt_error) = \$_tt_list->get_next(); next $label; EOF } #------------------------------------------------------------------------ # wrapper(\@nameargs, $block) [% WRAPPER template foo = bar %] # # => [ [$file,...], \@args ] #------------------------------------------------------------------------ sub wrapper { my ($self, $nameargs, $block) = @_; my ($file, $args) = @$nameargs; my $hash = shift @$args; local $" = ', '; # print STDERR "wrapper([@$file], { @$hash })\n"; return $self->multi_wrapper($file, $hash, $block) if @$file > 1; $file = shift @$file; $block = pad($block, 1) if $PRETTY; push(@$hash, "'content'", '$output'); $file .= @$hash ? ', { ' . join(', ', @$hash) . ' }' : ''; return <<EOF; # WRAPPER $OUTPUT do { my \$output = ''; $block \$context->include($file); }; EOF } sub multi_wrapper { my ($self, $file, $hash, $block) = @_; $block = pad($block, 1) if $PRETTY; push(@$hash, "'content'", '$output'); $hash = @$hash ? ', { ' . join(', ', @$hash) . ' }' : ''; $file = join(', ', reverse @$file); # print STDERR "multi wrapper: $file\n"; return <<EOF; # WRAPPER $OUTPUT do { my \$output = ''; $block foreach ($file) { \$output = \$context->include(\$_$hash); } \$output; }; EOF } #------------------------------------------------------------------------ # while($expr, $block) [% WHILE x < 10 %] # ... # [% END %] #------------------------------------------------------------------------ sub while { my ($self, $expr, $block, $label) = @_; $block = pad($block, 2) if $PRETTY; $label ||= 'LOOP'; return <<EOF; # WHILE do { my \$_tt_failsafe = $WHILE_MAX; $label: while (($expr) && --\$_tt_failsafe >= 0) { $block } die "WHILE loop terminated (> $WHILE_MAX iterations)\\n" if \$_tt_failsafe < 0; }; EOF } #------------------------------------------------------------------------ # switch($expr, \@case) [% SWITCH %] # [% CASE foo %] # ... # [% END %] #------------------------------------------------------------------------ sub switch { my ($self, $expr, $case) = @_; my @case = @$case; my ($match, $block, $default); my $caseblock = ''; $default = pop @case; foreach $case (@case) { $match = $case->[0]; $block = $case->[1]; $block = pad($block, 1) if $PRETTY; $caseblock .= <<EOF; \$_tt_match = $match; \$_tt_match = [ \$_tt_match ] unless ref \$_tt_match eq 'ARRAY'; if (grep(/^\\Q\$_tt_result\\E\$/, \@\$_tt_match)) { $block last SWITCH; } EOF } $caseblock .= $default if defined $default; $caseblock = pad($caseblock, 2) if $PRETTY; return <<EOF; # SWITCH do { my \$_tt_result = $expr; my \$_tt_match; SWITCH: { $caseblock } }; EOF } #------------------------------------------------------------------------ # try($block, \@catch) [% TRY %] # ... # [% CATCH %] # ... # [% END %] #------------------------------------------------------------------------ sub try { my ($self, $block, $catch) = @_; my @catch = @$catch; my ($match, $mblock, $default, $final, $n); my $catchblock = ''; my $handlers = []; $block = pad($block, 2) if $PRETTY; $final = pop @catch; $final = "# FINAL\n" . ($final ? "$final\n" : '') . 'die $_tt_error if $_tt_error;' . "\n" . '$output;'; $final = pad($final, 1) if $PRETTY; $n = 0; foreach $catch (@catch) { $match = $catch->[0] || do { $default ||= $catch->[1]; next; }; $mblock = $catch->[1]; $mblock = pad($mblock, 1) if $PRETTY; push(@$handlers, "'$match'"); $catchblock .= $n++ ? "elsif (\$_tt_handler eq '$match') {\n$mblock\n}\n" : "if (\$_tt_handler eq '$match') {\n$mblock\n}\n"; } $catchblock .= "\$_tt_error = 0;"; $catchblock = pad($catchblock, 3) if $PRETTY; if ($default) { $default = pad($default, 1) if $PRETTY; $default = "else {\n # DEFAULT\n$default\n \$_tt_error = '';\n}"; } else { $default = '# NO DEFAULT'; } $default = pad($default, 2) if $PRETTY; $handlers = join(', ', @$handlers); return <<EOF; # TRY $OUTPUT do { my \$output = ''; my (\$_tt_error, \$_tt_handler); eval { $block }; if (\$@) { \$_tt_error = \$context->catch(\$@, \\\$output); die \$_tt_error if \$_tt_error->type =~ /^(return|stop)\$/; \$stash->set('error', \$_tt_error); \$stash->set('e', \$_tt_error); if (defined (\$_tt_handler = \$_tt_error->select_handler($handlers))) { $catchblock } $default } $final }; EOF } #------------------------------------------------------------------------ # throw(\@nameargs) [% THROW foo "bar error" %] # # => [ [$type], \@args ] #------------------------------------------------------------------------ sub throw { my ($self, $nameargs) = @_; my ($type, $args) = @$nameargs; my $hash = shift(@$args); my $info = shift(@$args); $type = shift @$type; # uses same parser production as INCLUDE # etc., which allow multiple names # e.g. INCLUDE foo+bar+baz if (! $info) { $args = "$type, undef"; } elsif (@$hash || @$args) { local $" = ', '; my $i = 0; $args = "$type, { args => [ " . join(', ', $info, @$args) . ' ], ' . join(', ', (map { "'" . $i++ . "' => $_" } ($info, @$args)), @$hash) . ' }'; } else { $args = "$type, $info"; } return "\$context->throw($args, \\\$output);"; } #------------------------------------------------------------------------ # clear() [% CLEAR %] # # NOTE: this is redundant, being hard-coded (for now) into Parser.yp #------------------------------------------------------------------------ sub clear { return "\$output = '';"; } #------------------------------------------------------------------------ # break() [% BREAK %] # # NOTE: this is redundant, being hard-coded (for now) into Parser.yp #------------------------------------------------------------------------ sub OLD_break { return 'last LOOP;'; } #------------------------------------------------------------------------ # return() [% RETURN %] #------------------------------------------------------------------------ sub return { return "\$context->throw('return', '', \\\$output);"; } #------------------------------------------------------------------------ # stop() [% STOP %] #------------------------------------------------------------------------ sub stop { return "\$context->throw('stop', '', \\\$output);"; } #------------------------------------------------------------------------ # use(\@lnameargs) [% USE alias = plugin(args) %] # # => [ [$file, ...], \@args, $alias ] #------------------------------------------------------------------------ sub use { my ($self, $lnameargs) = @_; my ($file, $args, $alias) = @$lnameargs; $file = shift @$file; # same production rule as INCLUDE $alias ||= $file; $args = &args($self, $args); $file .= ", $args" if $args; # my $set = &assign($self, $alias, '$plugin'); return "# USE\n" . "\$stash->set($alias,\n" . " \$context->plugin($file));"; } #------------------------------------------------------------------------ # view(\@nameargs, $block) [% VIEW name args %] # # => [ [$file, ... ], \@args ] #------------------------------------------------------------------------ sub view { my ($self, $nameargs, $block, $defblocks) = @_; my ($name, $args) = @$nameargs; my $hash = shift @$args; $name = shift @$name; # same production rule as INCLUDE $block = pad($block, 1) if $PRETTY; if (%$defblocks) { $defblocks = join(",\n", map { "'$_' => $defblocks->{ $_ }" } keys %$defblocks); $defblocks = pad($defblocks, 1) if $PRETTY; $defblocks = "{\n$defblocks\n}"; push(@$hash, "'blocks'", $defblocks); } $hash = @$hash ? '{ ' . join(', ', @$hash) . ' }' : ''; return <<EOF; # VIEW do { my \$output = ''; my \$_tt_oldv = \$stash->get('view'); my \$_tt_view = \$context->view($hash); \$stash->set($name, \$_tt_view); \$stash->set('view', \$_tt_view); $block \$stash->set('view', \$_tt_oldv); \$_tt_view->seal(); # \$output; # not used - commented out to avoid warning }; EOF } #------------------------------------------------------------------------ # perl($block) #------------------------------------------------------------------------ sub perl { my ($self, $block) = @_; $block = pad($block, 1) if $PRETTY; return <<EOF; # PERL \$context->throw('perl', 'EVAL_PERL not set') unless \$context->eval_perl(); $OUTPUT do { my \$output = "package Template::Perl;\\n"; $block local(\$Template::Perl::context) = \$context; local(\$Template::Perl::stash) = \$stash; my \$_tt_result = ''; tie *Template::Perl::PERLOUT, 'Template::TieString', \\\$_tt_result; my \$_tt_save_stdout = select *Template::Perl::PERLOUT; eval \$output; select \$_tt_save_stdout; \$context->throw(\$@) if \$@; \$_tt_result; }; EOF } #------------------------------------------------------------------------ # no_perl() #------------------------------------------------------------------------ sub no_perl { my $self = shift; return "\$context->throw('perl', 'EVAL_PERL not set');"; } #------------------------------------------------------------------------ # rawperl($block) # # NOTE: perhaps test context EVAL_PERL switch at compile time rather than # runtime? #------------------------------------------------------------------------ sub rawperl { my ($self, $block, $line) = @_; for ($block) { s/^\n+//; s/\n+$//; } $block = pad($block, 1) if $PRETTY; $line = $line ? " (starting line $line)" : ''; return <<EOF; # RAWPERL #line 1 "RAWPERL block$line" $block EOF } #------------------------------------------------------------------------ # filter() #------------------------------------------------------------------------ sub filter { my ($self, $lnameargs, $block) = @_; my ($name, $args, $alias) = @$lnameargs; $name = shift @$name; $args = &args($self, $args); $args = $args ? "$args, $alias" : ", undef, $alias" if $alias; $name .= ", $args" if $args; $block = pad($block, 1) if $PRETTY; return <<EOF; # FILTER $OUTPUT do { my \$output = ''; my \$_tt_filter = \$context->filter($name) || \$context->throw(\$context->error); $block &\$_tt_filter(\$output); }; EOF } #------------------------------------------------------------------------ # capture($name, $block) #------------------------------------------------------------------------ sub capture { my ($self, $name, $block) = @_; if (ref $name) { if (scalar @$name == 2 && ! $name->[1]) { $name = $name->[0]; } else { $name = '[' . join(', ', @$name) . ']'; } } $block = pad($block, 1) if $PRETTY; return <<EOF; # CAPTURE \$stash->set($name, do { my \$output = ''; $block \$output; }); EOF } #------------------------------------------------------------------------ # macro($name, $block, \@args) #------------------------------------------------------------------------ sub macro { my ($self, $ident, $block, $args) = @_; $block = pad($block, 2) if $PRETTY; if ($args) { my $nargs = scalar @$args; $args = join(', ', map { "'$_'" } @$args); $args = $nargs > 1 ? "\@_tt_args{ $args } = splice(\@_, 0, $nargs)" : "\$_tt_args{ $args } = shift"; return <<EOF; # MACRO \$stash->set('$ident', sub { my \$output = ''; my (%_tt_args, \$_tt_params); $args; \$_tt_params = shift; \$_tt_params = { } unless ref(\$_tt_params) eq 'HASH'; \$_tt_params = { \%_tt_args, %\$_tt_params }; my \$stash = \$context->localise(\$_tt_params); eval { $block }; \$stash = \$context->delocalise(); die \$@ if \$@; return \$output; }); EOF } else { return <<EOF; # MACRO \$stash->set('$ident', sub { my \$_tt_params = \$_[0] if ref(\$_[0]) eq 'HASH'; my \$output = ''; my \$stash = \$context->localise(\$_tt_params); eval { $block }; \$stash = \$context->delocalise(); die \$@ if \$@; return \$output; }); EOF } } sub debug { my ($self, $nameargs) = @_; my ($file, $args) = @$nameargs; my $hash = shift @$args; $args = join(', ', @$file, @$args); $args .= @$hash ? ', { ' . join(', ', @$hash) . ' }' : ''; return "$OUTPUT \$context->debugging($args); ## DEBUG ##"; } 1; __END__ =head1 NAME Template::Directive - Perl code generator for template directives =head1 SYNOPSIS # no user serviceable parts inside =head1 DESCRIPTION The C<Template::Directive> module defines a number of methods that generate Perl code for the runtime representation of the various Template Toolkit directives. It is used internally by the L<Template::Parser> module. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Parser> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Iterator.pm 0000444 00000032235 15155303156 0006702 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Iterator # # DESCRIPTION # # Module defining an iterator class which is used by the FOREACH # directive for iterating through data sets. This may be # sub-classed to define more specific iterator types. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Iterator; use strict; use warnings; use base 'Template::Base'; use Template::Constants; use Template::Exception; use Scalar::Util qw(blessed); use constant ODD => 'odd'; use constant EVEN => 'even'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $AUTOLOAD; #======================================================================== # ----- CLASS METHODS ----- #======================================================================== #------------------------------------------------------------------------ # new(\@target, \%options) # # Constructor method which creates and returns a reference to a new # Template::Iterator object. A reference to the target data (array # or hash) may be passed for the object to iterate through. #------------------------------------------------------------------------ sub new { my $class = shift; my $data = shift || [ ]; my $params = shift || { }; if (ref $data eq 'HASH') { # map a hash into a list of { key => ???, value => ??? } hashes, # one for each key, sorted by keys $data = [ map { { key => $_, value => $data->{ $_ } } } sort keys %$data ]; } elsif (blessed($data) && $data->can('as_list')) { $data = $data->as_list(); } elsif (ref $data ne 'ARRAY') { # coerce any non-list data into an array reference $data = [ $data ] ; } bless { _DATA => $data, _ERROR => '', }, $class; } #======================================================================== # ----- PUBLIC OBJECT METHODS ----- #======================================================================== #------------------------------------------------------------------------ # get_first() # # Initialises the object for iterating through the target data set. The # first record is returned, if defined, along with the STATUS_OK value. # If there is no target data, or the data is an empty set, then undef # is returned with the STATUS_DONE value. #------------------------------------------------------------------------ sub get_first { my $self = shift; my $data = $self->{ _DATA }; $self->{ _DATASET } = $self->{ _DATA }; my $size = scalar @$data; my $index = 0; return (undef, Template::Constants::STATUS_DONE) unless $size; # initialise various counters, flags, etc. @$self{ qw( SIZE MAX INDEX COUNT FIRST LAST ) } = ( $size, $size - 1, $index, 1, 1, $size > 1 ? 0 : 1, undef ); @$self{ qw( PREV NEXT ) } = ( undef, $self->{ _DATASET }->[ $index + 1 ]); return $self->{ _DATASET }->[ $index ]; } #------------------------------------------------------------------------ # get_next() # # Called repeatedly to access successive elements in the data set. # Should only be called after calling get_first() or a warning will # be raised and (undef, STATUS_DONE) returned. #------------------------------------------------------------------------ sub get_next { my ( $max, $index ) = @{ $_[0] }{qw( MAX INDEX )}; # warn about incorrect usage if ( !defined $index ) { my ( $pack, $file, $line ) = caller(); warn("iterator get_next() called before get_first() at $file line $line\n"); return ( undef, Template::Constants::STATUS_DONE ); ## RETURN ## } # if there's still some data to go... elsif ( $index >= $max ) { return ( undef, Template::Constants::STATUS_DONE ); ## RETURN ## } my $self = shift; my $dataset = $self->{_DATASET}; $index++; # update counters and flags @$self{qw( INDEX COUNT FIRST LAST PREV NEXT )} = ( $index, # INDEX $index + 1, # COUNT 0, # FIRST $index == $max ? 1 : 0, # LAST @$dataset[ $index - 1, $index + 1 ] # PREV, NEXT ); return $dataset->[ $index ]; ## RETURN ## } #------------------------------------------------------------------------ # get_all() # # Method which returns all remaining items in the iterator as a Perl list # reference. May be called at any time in the life-cycle of the iterator. # The get_first() method will be called automatically if necessary, and # then subsequent get_next() calls are made, storing each returned # result until the list is exhausted. #------------------------------------------------------------------------ sub get_all { my $self = shift; my ($max, $index) = @$self{ qw( MAX INDEX ) }; my @data; # handle cases where get_first() has yet to be called. unless (defined $index) { my ($first, $status) = $self->get_first; # refresh $max and $index, after get_first updates MAX and INDEX ($max, $index) = @$self{ qw( MAX INDEX ) }; # empty lists are handled here. if ($status && $status == Template::Constants::STATUS_DONE) { return (undef, Template::Constants::STATUS_DONE); ## RETURN ## } push @data, $first; ## if there's nothing left in the iterator, return the single value. unless ($index < $max) { return \@data; } } # if there's still some data to go... if ($index < $max) { $index++; push @data, @{ $self->{ _DATASET } } [ $index..$max ]; # update counters and flags @$self{ qw( INDEX COUNT FIRST LAST ) } = ( $max, $max + 1, 0, 1 ); return \@data; ## RETURN ## } else { return (undef, Template::Constants::STATUS_DONE); ## RETURN ## } } sub odd { shift->{ COUNT } % 2 ? 1 : 0 } sub even { shift->{ COUNT } % 2 ? 0 : 1 } sub parity { shift->{ COUNT } % 2 ? ODD : EVEN; } sub index { return $_[0]->{INDEX}; } sub count { return $_[0]->{COUNT}; } sub number { # This is here for backward compatibility per sub AUTOLOAD return $_[0]->{COUNT}; } sub first { return $_[0]->{FIRST}; } sub last { return $_[0]->{LAST}; } sub size { return $_[0]->{SIZE}; } #------------------------------------------------------------------------ # AUTOLOAD # # Provides access to internal fields (e.g. prev, next, etc) #------------------------------------------------------------------------ sub AUTOLOAD { my $self = shift; my $item = $AUTOLOAD; $item =~ s/.*:://; return if $item eq 'DESTROY'; # alias NUMBER to COUNT for backwards compatibility $item = 'COUNT' if CORE::index(uc $item,'NUMBER') > -1; return $self->{ uc $item }; } 1; __END__ =head1 NAME Template::Iterator - Data iterator used by the FOREACH directive =head1 SYNOPSIS my $iter = Template::Iterator->new(\@data, \%options); =head1 DESCRIPTION The C<Template::Iterator> module defines a generic data iterator for use by the C<FOREACH> directive. It may be used as the base class for custom iterators. =head1 PUBLIC METHODS =head2 new($data) Constructor method. A reference to a list of values is passed as the first parameter. Subsequent calls to L<get_first()> and L<get_next()> calls will return each element from the list. my $iter = Template::Iterator->new([ 'foo', 'bar', 'baz' ]); The constructor will also accept a reference to a hash array and will expand it into a list in which each entry is a hash array containing a 'C<key>' and 'C<value>' item, sorted according to the hash keys. my $iter = Template::Iterator->new({ foo => 'Foo Item', bar => 'Bar Item', }); This is equivalent to: my $iter = Template::Iterator->new([ { key => 'bar', value => 'Bar Item' }, { key => 'foo', value => 'Foo Item' }, ]); When passed a single item which is not an array reference, the constructor will automatically create a list containing that single item. my $iter = Template::Iterator->new('foo'); This is equivalent to: my $iter = Template::Iterator->new([ 'foo' ]); Note that a single item which is an object based on a blessed ARRAY references will NOT be treated as an array and will be folded into a list containing that one object reference. my $list = bless [ 'foo', 'bar' ], 'MyListClass'; my $iter = Template::Iterator->new($list); equivalent to: my $iter = Template::Iterator->new([ $list ]); If the object provides an C<as_list()> method then the L<Template::Iterator> constructor will call that method to return the list of data. For example: package MyListObject; sub new { my $class = shift; bless [ @_ ], $class; } package main; my $list = MyListObject->new('foo', 'bar'); my $iter = Template::Iterator->new($list); This is then functionally equivalent to: my $iter = Template::Iterator->new([ $list ]); The iterator will return only one item, a reference to the C<MyListObject> object, C<$list>. By adding an C<as_list()> method to the C<MyListObject> class, we can force the C<Template::Iterator> constructor to treat the object as a list and use the data contained within. package MyListObject; ... sub as_list { my $self = shift; return $self; } package main; my $list = MyListObject->new('foo', 'bar'); my $iter = Template::Iterator->new($list); The iterator will now return the two items, 'C<foo>' and 'C<bar>', which the C<MyObjectList> encapsulates. =head2 get_first() Returns a C<($value, $error)> pair for the first item in the iterator set. The C<$error> returned may be zero or undefined to indicate a valid datum was successfully returned. Returns an error of C<STATUS_DONE> if the list is empty. =head2 get_next() Returns a C<($value, $error)> pair for the next item in the iterator set. Returns an error of C<STATUS_DONE> if all items in the list have been visited. =head2 get_all() Returns a C<(\@values, $error)> pair for all remaining items in the iterator set. Returns an error of C<STATUS_DONE> if all items in the list have been visited. =head2 size() Returns the size of the data set or undef if unknown. =head2 max() Returns the maximum index number (i.e. the index of the last element) which is equivalent to L<size()> - C<1>. =head2 index() Returns the current index number which is in the range C<0> to L<max()>. =head2 count() Returns the current iteration count in the range C<1> to L<size()>. This is equivalent to L<index()> + C<1>. =head2 first() Returns a boolean value to indicate if the iterator is currently on the first iteration of the set. =head2 last() Returns a boolean value to indicate if the iterator is currently on the last iteration of the set. =head2 prev() Returns the previous item in the data set, or C<undef> if the iterator is on the first item. =head2 next() Returns the next item in the data set or C<undef> if the iterator is on the last item. =head2 number() This is an alias to 'count' to provide backward compatibility. View L<count>. =head2 parity() Returns the text string C<even> or C<odd> to indicate the parity of the current iteration count (starting at 1). This is typically used to create striped I<zebra tables>. <table> [% FOREACH name IN ['Arthur', 'Ford', 'Trillian'] -%] <tr class="[% loop.parity %]"> <td>[% name %]</td> </tr> [% END %] </table> This will produce the following output: <table> <tr class="odd"> <td>Arthur</td> </tr> <tr class="even"> <td>Ford</td> </tr> <tr class="odd"> <td>Trillian</td> </tr> </table> You can then style the C<tr.odd> and C<tr.even> elements using CSS: tr.odd td { background-color: black; color: white; } tr.even td { background-color: white; color: black; } =head2 odd() Returns a boolean (0/1) value to indicate if the current iterator count (starting at 1) is an odd number. In other words, this will return a true value for the first iterator, the third, fifth, and so on. =head2 even() Returns a boolean (0/1) value to indicate if the current iterator count (starting at 1) is an even number. In other words, this will return a true value for the second iteration, the fourth, sixth, and so on. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Tools.pod 0000444 00000002767 15155303156 0006366 0 ustar 00 #============================================================= -*-perl-*- # # Template::Tools # # DESCRIPTION # Index page for documentation about the command line tools # distributed with the Template Toolkit. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Tools - Command Line Tools for the Template Toolkit =head1 Template Tools The Template Toolkit includes the following command line tools for processing templates. =head2 tpage The L<tpage|Template::Tools::tpage> script can be used to process a single template using the Template Toolkit. $ tpage --define msg="Hello World" greeting.tt2 Use the C<-h> option to get a summary of options: $ tpage -h See the L<Template::Tools::tpage> documentation for further information and examples of use. =head2 ttree The L<ttree|Template::Tools::ttree> script can be used to process an entire directory of templates. $ ttree --src /path/to/templates --dest /path/to/output Use the C<-h> option to get a summary of options: $ ttree -h See the L<Template::Tools::ttree> documentation for further information and examples of use. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Provider.pm 0000444 00000132665 15155303157 0006714 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Provider # # DESCRIPTION # This module implements a class which handles the loading, compiling # and caching of templates. Multiple Template::Provider objects can # be stacked and queried in turn to effect a Chain-of-Command between # them. A provider will attempt to return the requested template, # an error (STATUS_ERROR) or decline to provide the template # (STATUS_DECLINE), allowing subsequent providers to attempt to # deliver it. See 'Design Patterns' for further details. # # AUTHORS # Andy Wardley <abw@wardley.org> # # Refactored by Bill Moseley for v2.19 to add negative caching (i.e. # tracking templates that are NOTFOUND so that we can decline quickly) # and to provide better support for subclassing the provider. # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # # WARNING: # This code is ugly and contorted and is being totally re-written for TT3. # In particular, we'll be throwing errors rather than messing around # returning (value, status) pairs. With the benefit of hindsight, that # was a really bad design decision on my part. I deserve to be knocked # to the ground and kicked around a bit by hoards of angry TT developers # for that one. Bill's refactoring has made the module easier to subclass, # (so you can ease off the kicking now), but it really needs to be totally # redesigned and rebuilt from the ground up along with the bits of TT that # use it. -- abw 2007/04/27 #============================================================================ package Template::Provider; use strict; use warnings; use base 'Template::Base'; use Template::Config; use Template::Constants; use Template::Document; use File::Basename; use File::Spec; use constant PREV => 0; use constant NAME => 1; # template name -- indexed by this name in LOOKUP use constant DATA => 2; # Compiled template use constant LOAD => 3; # mtime of template use constant NEXT => 4; # link to next item in cache linked list use constant STAT => 5; # Time last stat()ed use constant MSWin32 => $^O eq 'MSWin32'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $ERROR = ''; # name of document class our $DOCUMENT = 'Template::Document' unless defined $DOCUMENT; # maximum time between performing stat() on file to check staleness our $STAT_TTL = 1 unless defined $STAT_TTL; # maximum number of directories in an INCLUDE_PATH, to prevent runaways our $MAX_DIRS = 64 unless defined $MAX_DIRS; # UNICODE is supported in versions of Perl from 5.007 onwards our $UNICODE = $] > 5.007 ? 1 : 0; my $boms = [ 'UTF-8' => "\x{ef}\x{bb}\x{bf}", 'UTF-32BE' => "\x{0}\x{0}\x{fe}\x{ff}", 'UTF-32LE' => "\x{ff}\x{fe}\x{0}\x{0}", 'UTF-16BE' => "\x{fe}\x{ff}", 'UTF-16LE' => "\x{ff}\x{fe}", ]; # regex to match relative paths our $RELATIVE_PATH = qr[(?:^|/)\.+/]; #======================================================================== # -- PUBLIC METHODS -- #======================================================================== #------------------------------------------------------------------------ # fetch($name) # # Returns a compiled template for the name specified by parameter. # The template is returned from the internal cache if it exists, or # loaded and then subsequently cached. The ABSOLUTE and RELATIVE # configuration flags determine if absolute (e.g. '/something...') # and/or relative (e.g. './something') paths should be honoured. The # INCLUDE_PATH is otherwise used to find the named file. $name may # also be a reference to a text string containing the template text, # or a file handle from which the content is read. The compiled # template is not cached in these latter cases given that there is no # filename to cache under. A subsequent call to store($name, # $compiled) can be made to cache the compiled template for future # fetch() calls, if necessary. # # Returns a compiled template or (undef, STATUS_DECLINED) if the # template could not be found. On error (e.g. the file was found # but couldn't be read or parsed), the pair ($error, STATUS_ERROR) # is returned. The TOLERANT configuration option can be set to # downgrade any errors to STATUS_DECLINE. #------------------------------------------------------------------------ sub fetch { my ($self, $name) = @_; my ($data, $error); if (ref $name) { # $name can be a reference to a scalar, GLOB or file handle ($data, $error) = $self->_load($name); ($data, $error) = $self->_compile($data) unless $error; $data = $data->{ data } unless $error; } elsif (File::Spec->file_name_is_absolute($name)) { # absolute paths (starting '/') allowed if ABSOLUTE set ($data, $error) = $self->{ ABSOLUTE } ? $self->_fetch($name) : $self->{ TOLERANT } ? (undef, Template::Constants::STATUS_DECLINED) : ("$name: absolute paths are not allowed (set ABSOLUTE option)", Template::Constants::STATUS_ERROR); } elsif ($name =~ m/$RELATIVE_PATH/o) { # anything starting "./" is relative to cwd, allowed if RELATIVE set ($data, $error) = $self->{ RELATIVE } ? $self->_fetch($name) : $self->{ TOLERANT } ? (undef, Template::Constants::STATUS_DECLINED) : ("$name: relative paths are not allowed (set RELATIVE option)", Template::Constants::STATUS_ERROR); } else { # otherwise, it's a file name relative to INCLUDE_PATH ($data, $error) = $self->{ INCLUDE_PATH } ? $self->_fetch_path($name) : (undef, Template::Constants::STATUS_DECLINED); } return ($data, $error); } #------------------------------------------------------------------------ # store($name, $data) # # Store a compiled template ($data) in the cached as $name. # Returns compiled template #------------------------------------------------------------------------ sub store { my ($self, $name, $data, $mtime) = @_; $self->_store($name, { data => $data, load => 0, mtime => $mtime }); } #------------------------------------------------------------------------ # load($name) # # Load a template without parsing/compiling it, suitable for use with # the INSERT directive. There's some duplication with fetch() and at # some point this could be reworked to integrate them a little closer. #------------------------------------------------------------------------ sub load { my ($self, $name) = @_; my ($data, $error); my $path = $name; if (File::Spec->file_name_is_absolute($name)) { # absolute paths (starting '/') allowed if ABSOLUTE set $error = "$name: absolute paths are not allowed (set ABSOLUTE option)" unless $self->{ ABSOLUTE }; } elsif ($name =~ m[$RELATIVE_PATH]o) { # anything starting "./" is relative to cwd, allowed if RELATIVE set $error = "$name: relative paths are not allowed (set RELATIVE option)" unless $self->{ RELATIVE }; } else { INCPATH: { # otherwise, it's a file name relative to INCLUDE_PATH my $paths = $self->paths() || return ($self->error(), Template::Constants::STATUS_ERROR); foreach my $dir (@$paths) { $path = File::Spec->catfile($dir, $name); last INCPATH if defined $self->_template_modified($path); } undef $path; # not found } } # Now fetch the content ($data, $error) = $self->_template_content($path) if defined $path && !$error; if ($error) { return $self->{ TOLERANT } ? (undef, Template::Constants::STATUS_DECLINED) : ($error, Template::Constants::STATUS_ERROR); } elsif (! defined $path) { return (undef, Template::Constants::STATUS_DECLINED); } else { return ($data, Template::Constants::STATUS_OK); } } #------------------------------------------------------------------------ # include_path(\@newpath) # # Accessor method for the INCLUDE_PATH setting. If called with an # argument, this method will replace the existing INCLUDE_PATH with # the new value. #------------------------------------------------------------------------ sub include_path { my ($self, $path) = @_; $self->{ INCLUDE_PATH } = $path if $path; return $self->{ INCLUDE_PATH }; } #------------------------------------------------------------------------ # paths() # # Evaluates the INCLUDE_PATH list, ignoring any blank entries, and # calling and subroutine or object references to return dynamically # generated path lists. Returns a reference to a new list of paths # or undef on error. #------------------------------------------------------------------------ sub paths { my $self = shift; my @ipaths = @{ $self->{ INCLUDE_PATH } }; my (@opaths, $dpaths, $dir); my $count = $MAX_DIRS; while (@ipaths && --$count) { $dir = shift @ipaths || next; # $dir can be a sub or object ref which returns a reference # to a dynamically generated list of search paths. if (ref $dir eq 'CODE') { eval { $dpaths = &$dir() }; if ($@) { chomp $@; return $self->error($@); } unshift(@ipaths, @$dpaths); next; } elsif (ref($dir) && UNIVERSAL::can($dir, 'paths')) { $dpaths = $dir->paths() || return $self->error($dir->error()); unshift(@ipaths, @$dpaths); next; } else { push(@opaths, $dir); } } return $self->error("INCLUDE_PATH exceeds $MAX_DIRS directories") if @ipaths; return \@opaths; } #------------------------------------------------------------------------ # DESTROY # # The provider cache is implemented as a doubly linked list which Perl # cannot free by itself due to the circular references between NEXT <=> # PREV items. This cleanup method walks the list deleting all the NEXT/PREV # references, allowing the proper cleanup to occur and memory to be # repooled. #------------------------------------------------------------------------ sub DESTROY { my $self = shift; my ($slot, $next); $slot = $self->{ HEAD }; while ($slot) { $next = $slot->[ NEXT ]; undef $slot->[ PREV ]; undef $slot->[ NEXT ]; $slot = $next; } undef $self->{ HEAD }; undef $self->{ TAIL }; } #======================================================================== # -- PRIVATE METHODS -- #======================================================================== #------------------------------------------------------------------------ # _init() # # Initialise the cache. #------------------------------------------------------------------------ sub _init { my ($self, $params) = @_; my $size = $params->{ CACHE_SIZE }; my $path = $params->{ INCLUDE_PATH } || '.'; my $cdir = $params->{ COMPILE_DIR } || ''; my $dlim = $params->{ DELIMITER }; my $debug; # tweak delim to ignore C:/ unless (defined $dlim) { $dlim = MSWin32 ? ':(?!\\/)' : ':'; } # coerce INCLUDE_PATH to an array ref, if not already so $path = [ split(/$dlim/, $path) ] unless ref $path eq 'ARRAY'; # don't allow a CACHE_SIZE 1 because it breaks things and the # additional checking isn't worth it $size = 2 if defined $size && ($size == 1 || $size < 0); if (defined ($debug = $params->{ DEBUG })) { $self->{ DEBUG } = $debug & ( Template::Constants::DEBUG_PROVIDER | Template::Constants::DEBUG_FLAGS ); } else { $self->{ DEBUG } = $DEBUG; } if ($self->{ DEBUG }) { local $" = ', '; $self->debug( "creating cache of ", defined $size ? $size : 'unlimited', " slots for [ @$path ]" ); } # create COMPILE_DIR and sub-directories representing each INCLUDE_PATH # element in which to store compiled files if ($cdir) { require File::Path; foreach my $dir (@$path) { next if ref $dir; my $wdir = $dir; $wdir =~ tr[:][]d if MSWin32; { no warnings 'syntax'; $wdir = each %{ { $wdir => undef } } if ${^TAINT}; #untaint } $wdir = File::Spec->catfile($cdir, $wdir); File::Path::mkpath($wdir) unless -d $wdir; } } $self->{ LOOKUP } = { }; $self->{ NOTFOUND } = { }; # Tracks templates *not* found. $self->{ SLOTS } = 0; $self->{ SIZE } = $size; $self->{ INCLUDE_PATH } = $path; $self->{ DELIMITER } = $dlim; $self->{ COMPILE_DIR } = $cdir; $self->{ COMPILE_EXT } = $params->{ COMPILE_EXT } || ''; $self->{ ABSOLUTE } = $params->{ ABSOLUTE } || 0; $self->{ RELATIVE } = $params->{ RELATIVE } || 0; $self->{ TOLERANT } = $params->{ TOLERANT } || 0; $self->{ DOCUMENT } = $params->{ DOCUMENT } || $DOCUMENT; $self->{ PARSER } = $params->{ PARSER }; $self->{ DEFAULT } = $params->{ DEFAULT }; $self->{ ENCODING } = $params->{ ENCODING }; # $self->{ PREFIX } = $params->{ PREFIX }; $self->{ STAT_TTL } = $params->{ STAT_TTL } || $STAT_TTL; $self->{ PARAMS } = $params; # look for user-provided UNICODE parameter or use default from package var $self->{ UNICODE } = defined $params->{ UNICODE } ? $params->{ UNICODE } : $UNICODE; return $self; } #------------------------------------------------------------------------ # _fetch($name, $t_name) # # Fetch a file from cache or disk by specification of an absolute or # relative filename. No search of the INCLUDE_PATH is made. If the # file is found and loaded, it is compiled and cached. # Call with: # $name = path to search (possible prefixed by INCLUDE_PATH) # $t_name = template name #------------------------------------------------------------------------ sub _fetch { my ($self, $name, $t_name) = @_; my $stat_ttl = $self->{ STAT_TTL }; $self->debug("_fetch($name)") if $self->{ DEBUG }; # First see if the named template is in the memory cache if ((my $slot = $self->{ LOOKUP }->{ $name })) { # Test if cache is fresh, and reload/compile if not. my ($data, $error) = $self->_refresh($slot); return $error ? ( $data, $error ) # $data may contain error text : $slot->[ DATA ]; # returned document object } # Otherwise, see if we already know the template is not found if (my $last_stat_time = $self->{ NOTFOUND }->{ $name }) { my $expires_in = $last_stat_time + $stat_ttl - time; if ($expires_in > 0) { $self->debug(" file [$name] in negative cache. Expires in $expires_in seconds") if $self->{ DEBUG }; return (undef, Template::Constants::STATUS_DECLINED); } else { delete $self->{ NOTFOUND }->{ $name }; } } my($template,$error); my $uncompiled_template_mtime = $self->_template_modified( $name ); # does template exist? # some templates like Provider::FromDATA does not provide mtime information $uncompiled_template_mtime = 0 unless defined $uncompiled_template_mtime; # Is there an up-to-date compiled version on disk? if (my $template_mtime = $self->_compiled_is_current($name, $uncompiled_template_mtime)) { # require() the compiled template. my $compiled_template = $self->_load_compiled( $self->_compiled_filename($name) ); # Store and return the compiled template return $self->store( $name, $compiled_template, $template_mtime ) if $compiled_template; # Problem loading compiled template: # warn and continue to fetch source template warn($self->error(), "\n"); } # load template from source ($template, $error) = $self->_load($name, $t_name); if ($error) { # Template could not be fetched. Add to the negative/notfound cache. $self->{ NOTFOUND }->{ $name } = time; return ( $template, $error ); } # compile template source ($template, $error) = $self->_compile($template, $self->_compiled_filename($name) ); if ($error) { # return any compile time error return ($template, $error); } else { # Store compiled template and return it return $self->store($name, $template->{data}) ; } } #------------------------------------------------------------------------ # _fetch_path($name) # # Fetch a file from cache or disk by specification of an absolute cache # name (e.g. 'header') or filename relative to one of the INCLUDE_PATH # directories. If the file isn't already cached and can be found and # loaded, it is compiled and cached under the full filename. #------------------------------------------------------------------------ sub _fetch_path { my ($self, $name) = @_; $self->debug("_fetch_path($name)") if $self->{ DEBUG }; # the template may have been stored using a non-filename name # so look for the plain name in the cache first if ((my $slot = $self->{ LOOKUP }->{ $name })) { # cached entry exists, so refresh slot and extract data my ($data, $error) = $self->_refresh($slot); return $error ? ($data, $error) : ($slot->[ DATA ], $error ); } my $paths = $self->paths || return ( $self->error, Template::Constants::STATUS_ERROR ); # search the INCLUDE_PATH for the file, in cache or on disk foreach my $dir (@$paths) { my $path = File::Spec->catfile($dir, $name); $self->debug("searching path: $path\n") if $self->{ DEBUG }; my ($data, $error) = $self->_fetch( $path, $name ); # Return if no error or if a serious error. return ( $data, $error ) if !$error || $error == Template::Constants::STATUS_ERROR; } # not found in INCLUDE_PATH, now try DEFAULT return $self->_fetch_path( $self->{DEFAULT} ) if defined $self->{DEFAULT} && $name ne $self->{DEFAULT}; # We could not handle this template name return (undef, Template::Constants::STATUS_DECLINED); } sub _compiled_filename { my ($self, $file) = @_; return $self->{ COMPILEDPATH }{$file} if $self->{ COMPILEDPATH }{$file}; my ($compext, $compdir) = @$self{ qw( COMPILE_EXT COMPILE_DIR ) }; my ($path, $compiled); return undef unless $compext || $compdir; $path = $file; $path or die "invalid filename: $path"; $path =~ tr[:][]d if MSWin32; $compiled = "$path$compext"; $self->{ COMPILEDPATH }{$file} = $compiled = File::Spec->catfile($compdir, $compiled) if length $compdir; return $compiled; } sub _load_compiled { my ($self, $file) = @_; # Implicitly Relative paths are not supported # by "require" and invoke @INC traversal, where relative # paths only traditionally worked prior to Perl 5.26 # due to the presence of '.' in @INC # # Given load_compiled never wants to traverse @INC, forcing # an absolute path for the loaded file and the INC key is # sensible. # # NB: %INC Keys are always identical to their respective # "require" invocations regardless of OS, and the only time # one needs to care about slash direction is when dealing # with Module::Name -> Module/Name.pm translation. my $fpath = File::Spec->rel2abs( $file ); return $self->error("compiled template missing path") unless defined $fpath; ($fpath) = $fpath =~ /^(.*)$/s; my $compiled; # load compiled template via require(); we zap any # %INC entry to ensure it is reloaded (we don't # want 1 returned by require() to say it's in memory) delete $INC{ $fpath }; eval { $compiled = require $fpath; }; return $@ ? $self->error("compiled template $compiled: $@") : $compiled; } #------------------------------------------------------------------------ # _load($name, $alias) # # Load template text from a string ($name = scalar ref), GLOB or file # handle ($name = ref), or from an absolute filename ($name = scalar). # Returns a hash array containing the following items: # name filename or $alias, if provided, or 'input text', etc. # text template text # time modification time of file, or current time for handles/strings # load time file was loaded (now!) # # On error, returns ($error, STATUS_ERROR), or (undef, STATUS_DECLINED) # if TOLERANT is set. #------------------------------------------------------------------------ sub _load { my ($self, $name, $alias) = @_; my ($data, $error); my $tolerant = $self->{ TOLERANT }; my $now = time; $alias = $name unless defined $alias or ref $name; $self->debug("_load($name, ", defined $alias ? $alias : '<no alias>', ')') if $self->{ DEBUG }; # SCALAR ref is the template text if (ref $name eq 'SCALAR') { # $name can be a SCALAR reference to the input text... return { name => defined $alias ? $alias : 'input text', path => defined $alias ? $alias : 'input text', text => $$name, time => $now, load => 0, }; } # Otherwise, assume GLOB as a file handle if (ref $name) { local $/; my $text = <$name>; $text = $self->_decode_unicode($text) if $self->{ UNICODE }; return { name => defined $alias ? $alias : 'input file handle', path => defined $alias ? $alias : 'input file handle', text => $text, time => $now, load => 0, }; } # Otherwise, it's the name of the template if ( defined $self->_template_modified( $name ) ) { # does template exist? my ($text, $error, $mtime ) = $self->_template_content( $name ); unless ( $error ) { $text = $self->_decode_unicode($text) if $self->{ UNICODE }; return { name => $alias, path => $name, text => $text, time => $mtime, load => $now, }; } return ( $error, Template::Constants::STATUS_ERROR ) unless $tolerant; } # Unable to process template, pass onto the next Provider. return (undef, Template::Constants::STATUS_DECLINED); } #------------------------------------------------------------------------ # _refresh(\@slot) # # Private method called to mark a cache slot as most recently used. # A reference to the slot array should be passed by parameter. The # slot is relocated to the head of the linked list. If the file from # which the data was loaded has been updated since it was compiled, then # it is re-loaded from disk and re-compiled. #------------------------------------------------------------------------ sub _refresh { my ($self, $slot) = @_; my $stat_ttl = $self->{ STAT_TTL }; my ($head, $file, $data, $error); $self->debug( "_refresh([ ", join(', ', map { defined $_ ? $_ : '<undef>' } @$slot), '])' ) if $self->{ DEBUG }; # if it's more than $STAT_TTL seconds since we last performed a # stat() on the file then we need to do it again and see if the file # time has changed my $now = time; my $expires_in_sec = $slot->[ STAT ] + $stat_ttl - $now; if ( $expires_in_sec <= 0 ) { # Time to check! $slot->[ STAT ] = $now; # Grab mtime of template. # Seems like this should be abstracted to compare to # just ask for a newer compiled template (if it's newer) # and let that check for a newer template source. my $template_mtime = $self->_template_modified( $slot->[ NAME ] ); if ( ! defined $template_mtime || ( $template_mtime != $slot->[ LOAD ] )) { $self->debug("refreshing cache file ", $slot->[ NAME ]) if $self->{ DEBUG }; ($data, $error) = $self->_load($slot->[ NAME ], $slot->[ DATA ]->{ name }); ($data, $error) = $self->_compile($data) unless $error; if ($error) { # if the template failed to load/compile then we wipe out the # STAT entry. This forces the provider to try and reload it # each time instead of using the previously cached version # until $STAT_TTL is next up $slot->[ STAT ] = 0; } else { $slot->[ DATA ] = $data->{ data }; $slot->[ LOAD ] = $data->{ time }; } } } elsif ( $self->{ DEBUG } ) { $self->debug( sprintf('STAT_TTL not met for file [%s]. Expires in %d seconds', $slot->[ NAME ], $expires_in_sec ) ); } # Move this slot to the head of the list unless( $self->{ HEAD } == $slot ) { # remove existing slot from usage chain... if ($slot->[ PREV ]) { $slot->[ PREV ]->[ NEXT ] = $slot->[ NEXT ]; } else { $self->{ HEAD } = $slot->[ NEXT ]; } if ($slot->[ NEXT ]) { $slot->[ NEXT ]->[ PREV ] = $slot->[ PREV ]; } else { $self->{ TAIL } = $slot->[ PREV ]; } # ..and add to start of list $head = $self->{ HEAD }; $head->[ PREV ] = $slot if $head; $slot->[ PREV ] = undef; $slot->[ NEXT ] = $head; $self->{ HEAD } = $slot; } return ($data, $error); } #------------------------------------------------------------------------ # _store($name, $data) # # Private method called to add a data item to the cache. If the cache # size limit has been reached then the oldest entry at the tail of the # list is removed and its slot relocated to the head of the list and # reused for the new data item. If the cache is under the size limit, # or if no size limit is defined, then the item is added to the head # of the list. # Returns compiled template #------------------------------------------------------------------------ sub _store { my ($self, $name, $data, $compfile) = @_; my $size = $self->{ SIZE }; my ($slot, $head); # Return if memory cache disabled. (overriding code should also check) # $$$ What's the expected behaviour of store()? Can't tell from the # docs if you can call store() when SIZE = 0. return $data->{data} if defined $size and !$size; # check the modification time -- extra stat here my $load = $data->{ mtime } || $self->_modified($name); # extract the compiled template from the data hash $data = $data->{ data }; $self->debug("_store($name, $data)") if $self->{ DEBUG }; if (defined $size && $self->{ SLOTS } >= $size) { # cache has reached size limit, so reuse oldest entry $self->debug("reusing oldest cache entry (size limit reached: $size)\nslots: $self->{ SLOTS }") if $self->{ DEBUG }; # remove entry from tail of list $slot = $self->{ TAIL }; $slot->[ PREV ]->[ NEXT ] = undef; $self->{ TAIL } = $slot->[ PREV ]; # remove name lookup for old node delete $self->{ LOOKUP }->{ $slot->[ NAME ] }; # add modified node to head of list $head = $self->{ HEAD }; $head->[ PREV ] = $slot if $head; @$slot = ( undef, $name, $data, $load, $head, time ); $self->{ HEAD } = $slot; # add name lookup for new node $self->{ LOOKUP }->{ $name } = $slot; } else { # cache is under size limit, or none is defined $self->debug("adding new cache entry") if $self->{ DEBUG }; # add new node to head of list $head = $self->{ HEAD }; $slot = [ undef, $name, $data, $load, $head, time ]; $head->[ PREV ] = $slot if $head; $self->{ HEAD } = $slot; $self->{ TAIL } = $slot unless $self->{ TAIL }; # add lookup from name to slot and increment nslots $self->{ LOOKUP }->{ $name } = $slot; $self->{ SLOTS }++; } return $data; } #------------------------------------------------------------------------ # _compile($data) # # Private method called to parse the template text and compile it into # a runtime form. Creates and delegates a Template::Parser object to # handle the compilation, or uses a reference passed in PARSER. On # success, the compiled template is stored in the 'data' item of the # $data hash and returned. On error, ($error, STATUS_ERROR) is returned, # or (undef, STATUS_DECLINED) if the TOLERANT flag is set. # The optional $compiled parameter may be passed to specify # the name of a compiled template file to which the generated Perl # code should be written. Errors are (for now...) silently # ignored, assuming that failures to open a file for writing are # intentional (e.g directory write permission). #------------------------------------------------------------------------ sub _compile { my ($self, $data, $compfile) = @_; my $text = $data->{ text }; my ($parsedoc, $error); $self->debug("_compile($data, ", defined $compfile ? $compfile : '<no compfile>', ')') if $self->{ DEBUG }; my $parser = $self->{ PARSER } ||= Template::Config->parser($self->{ PARAMS }) || return (Template::Config->error(), Template::Constants::STATUS_ERROR); # discard the template text - we don't need it any more delete $data->{ text }; # call parser to compile template into Perl code if ($parsedoc = $parser->parse($text, $data)) { $parsedoc->{ METADATA } = { 'name' => $data->{ name }, 'modtime' => $data->{ 'time' }, %{ $parsedoc->{ METADATA } }, }; # write the Perl code to the file $compfile, if defined if ($compfile) { my $basedir = &File::Basename::dirname($compfile); { no warnings 'syntax'; $basedir = each %{ { $basedir => undef } } if ${^TAINT}; #untaint } unless (-d $basedir) { eval { File::Path::mkpath($basedir) }; $error = "failed to create compiled templates directory: $basedir ($@)" if ($@); } unless ($error) { my $docclass = $self->{ DOCUMENT }; $error = 'cache failed to write ' . &File::Basename::basename($compfile) . ': ' . $docclass->error() unless $docclass->write_perl_file($compfile, $parsedoc); } # set atime and mtime of newly compiled file, don't bother # if time is undef if (!defined($error) && defined $data->{ 'time' }) { my $cfile = do { no warnings 'syntax'; each %{ { $compfile => undef } }; }; if (!length $cfile) { return( "invalid filename: $compfile", Template::Constants::STATUS_ERROR ); }; my $ctime = $data->{ time }; if (!length $ctime || $ctime =~ tr{0-9}{}c) { return( "invalid time: $ctime", Template::Constants::STATUS_ERROR ); } utime($ctime, $ctime, $cfile); $self->debug(" cached compiled template to file [$compfile]") if $self->{ DEBUG }; } } unless ($error) { return $data ## RETURN ## if $data->{ data } = $DOCUMENT->new($parsedoc); $error = $Template::Document::ERROR; } } else { $error = Template::Exception->new( 'parse', "$data->{ name } " . $parser->error() ); } # return STATUS_ERROR, or STATUS_DECLINED if we're being tolerant return $self->{ TOLERANT } ? (undef, Template::Constants::STATUS_DECLINED) : ($error, Template::Constants::STATUS_ERROR) } #------------------------------------------------------------------------ # _compiled_is_current( $template_name ) # # Returns true if $template_name and its compiled name # exist and they have the same mtime. #------------------------------------------------------------------------ sub _compiled_is_current { my ( $self, $template_name, $uncompiled_template_mtime ) = @_; my $compiled_name = $self->_compiled_filename($template_name); return unless defined $compiled_name; my $compiled_mtime = (stat($compiled_name))[9]; return unless defined $compiled_mtime; my $template_mtime = $uncompiled_template_mtime || $self->_template_modified( $template_name ) or return; return unless defined $template_mtime; # This was >= in the 2.15, but meant that downgrading # a source template would not get picked up. return $compiled_mtime == $template_mtime ? $template_mtime : 0; } #------------------------------------------------------------------------ # _template_modified($path) # # Returns the last modified time of the $path. # Returns undef if the path does not exist. # Override if templates are not on disk, for example #------------------------------------------------------------------------ sub _template_modified { my $self = shift; my $template = shift || return; return (stat( $template ))[9]; } #------------------------------------------------------------------------ # _template_content($path) # # Fetches content pointed to by $path. # Returns the content in scalar context. # Returns ($data, $error, $mtime) in list context where # $data - content # $error - error string if there was an error, otherwise undef # $mtime - last modified time from calling stat() on the path #------------------------------------------------------------------------ sub _template_content { my ($self, $path) = @_; return (undef, "No path specified to fetch content from ") unless $path; my $data; my $mod_date; my $error; local *FH; if(-d $path) { $error = "$path: not a file"; } elsif (open(FH, "<", $path)) { local $/; binmode(FH); $data = <FH>; $mod_date = (stat($path))[9]; close(FH); } else { $error = "$path: $!"; } return wantarray ? ( $data, $error, $mod_date ) : $data; } #------------------------------------------------------------------------ # _modified($name) # _modified($name, $time) # # When called with a single argument, it returns the modification time # of the named template. When called with a second argument it returns # true if $name has been modified since $time. #------------------------------------------------------------------------ sub _modified { my ($self, $name, $time) = @_; my $load = $self->_template_modified($name); return $time ? 1 : 0 unless defined $load; return $time ? $load > $time : $load; } #------------------------------------------------------------------------ # _decode_unicode # # Decodes encoded unicode text that starts with a BOM and # turns it into perl's internal representation #------------------------------------------------------------------------ sub _decode_unicode { my $self = shift; my $string = shift; return undef unless defined $string; use bytes; require Encode; return $string if Encode::is_utf8( $string ); # try all the BOMs in order looking for one (order is important # 32bit BOMs look like 16bit BOMs) my $count = 0; while ($count < @{ $boms }) { my $enc = $boms->[$count++]; my $bom = $boms->[$count++]; # does the string start with the bom? if ($bom eq substr($string, 0, length($bom))) { # decode it and hand it back return Encode::decode($enc, substr($string, length($bom)), 1); } } return $self->{ ENCODING } ? Encode::decode( $self->{ ENCODING }, $string ) : $string; } 1; __END__ =head1 NAME Template::Provider - Provider module for loading/compiling templates =head1 SYNOPSIS $provider = Template::Provider->new(\%options); ($template, $error) = $provider->fetch($name); =head1 DESCRIPTION The L<Template::Provider> is used to load, parse, compile and cache template documents. This object may be sub-classed to provide more specific facilities for loading, or otherwise providing access to templates. The L<Template::Context> objects maintain a list of L<Template::Provider> objects which are polled in turn (via L<fetch()|Template::Context#fetch()>) to return a requested template. Each may return a compiled template, raise an error, or decline to serve the request, giving subsequent providers a chance to do so. The L<Template::Provider> can also be subclassed to provide templates from a different source, e.g. a database. See L<SUBCLASSING> below. This documentation needs work. =head1 PUBLIC METHODS =head2 new(\%options) Constructor method which instantiates and returns a new C<Template::Provider> object. A reference to a hash array of configuration options may be passed. See L<CONFIGURATION OPTIONS> below for a summary of configuration options and L<Template::Manual::Config> for full details. =head2 fetch($name) Returns a compiled template for the name specified. If the template cannot be found then C<(undef, STATUS_DECLINED)> is returned. If an error occurs (e.g. read error, parse error) then C<($error, STATUS_ERROR)> is returned, where C<$error> is the error message generated. If the L<TOLERANT> option is set the the method returns C<(undef, STATUS_DECLINED)> instead of returning an error. =head2 load($name) Loads a template without parsing or compiling it. This is used by the the L<INSERT|Template::Manual::Directives#INSERT> directive. =head2 store($name, $template) Stores the compiled template, C<$template>, in the cache under the name, C<$name>. Susbequent calls to C<fetch($name)> will return this template in preference to any disk-based file. =head2 include_path(\@newpath) Accessor method for the C<INCLUDE_PATH> setting. If called with an argument, this method will replace the existing C<INCLUDE_PATH> with the new value. =head2 paths() This method generates a copy of the C<INCLUDE_PATH> list. Any elements in the list which are dynamic generators (e.g. references to subroutines or objects implementing a C<paths()> method) will be called and the list of directories returned merged into the output list. It is possible to provide a generator which returns itself, thus sending this method into an infinite loop. To detect and prevent this from happening, the C<$MAX_DIRS> package variable, set to C<64> by default, limits the maximum number of paths that can be added to, or generated for the output list. If this number is exceeded then the method will immediately return an error reporting as much. =head1 CONFIGURATION OPTIONS The following list summarises the configuration options that can be provided to the C<Template::Provider> L<new()> constructor. Please consult L<Template::Manual::Config> for further details and examples of each configuration option in use. =head2 INCLUDE_PATH The L<INCLUDE_PATH|Template::Manual::Config#INCLUDE_PATH> option is used to specify one or more directories in which template files are located. # single path my $provider = Template::Provider->new({ INCLUDE_PATH => '/usr/local/templates', }); # multiple paths my $provider = Template::Provider->new({ INCLUDE_PATH => [ '/usr/local/templates', '/tmp/my/templates' ], }); =head2 ABSOLUTE The L<ABSOLUTE|Template::Manual::Config#ABSOLUTE> flag is used to indicate if templates specified with absolute filenames (e.g. 'C</foo/bar>') should be processed. It is disabled by default and any attempt to load a template by such a name will cause a 'C<file>' exception to be raised. my $provider = Template::Provider->new({ ABSOLUTE => 1, }); =head2 RELATIVE The L<RELATIVE|Template::Manual::Config#RELATIVE> flag is used to indicate if templates specified with filenames relative to the current directory (e.g. C<./foo/bar> or C<../../some/where/else>) should be loaded. It is also disabled by default, and will raise a C<file> error if such template names are encountered. my $provider = Template::Provider->new({ RELATIVE => 1, }); =head2 DEFAULT The L<DEFAULT|Template::Manual::Config#DEFAULT> option can be used to specify a default template which should be used whenever a specified template can't be found in the L<INCLUDE_PATH>. my $provider = Template::Provider->new({ DEFAULT => 'notfound.html', }); If a non-existant template is requested through the L<Template> L<process()|Template#process()> method, or by an C<INCLUDE>, C<PROCESS> or C<WRAPPER> directive, then the C<DEFAULT> template will instead be processed, if defined. Note that the C<DEFAULT> template is not used when templates are specified with absolute or relative filenames, or as a reference to a input file handle or text string. =head2 ENCODING The Template Toolkit will automatically decode Unicode templates that have a Byte Order Marker (BOM) at the start of the file. This option can be used to set the default encoding for templates that don't define a BOM. my $provider = Template::Provider->new({ ENCODING => 'utf8', }); See L<Encode> for further information. =head2 CACHE_SIZE The L<CACHE_SIZE|Template::Manual::Config#CACHE_SIZE> option can be used to limit the number of compiled templates that the module should cache. By default, the L<CACHE_SIZE|Template::Manual::Config#CACHE_SIZE> is undefined and all compiled templates are cached. my $provider = Template::Provider->new({ CACHE_SIZE => 64, # only cache 64 compiled templates }); =head2 STAT_TTL The L<STAT_TTL|Template::Manual::Config#STAT_TTL> value can be set to control how long the C<Template::Provider> will keep a template cached in memory before checking to see if the source template has changed. my $provider = Template::Provider->new({ STAT_TTL => 60, # one minute }); =head2 COMPILE_EXT The L<COMPILE_EXT|Template::Manual::Config#COMPILE_EXT> option can be provided to specify a filename extension for compiled template files. It is undefined by default and no attempt will be made to read or write any compiled template files. my $provider = Template::Provider->new({ COMPILE_EXT => '.ttc', }); =head2 COMPILE_DIR The L<COMPILE_DIR|Template::Manual::Config#COMPILE_DIR> option is used to specify an alternate directory root under which compiled template files should be saved. my $provider = Template::Provider->new({ COMPILE_DIR => '/tmp/ttc', }); =head2 TOLERANT The L<TOLERANT|Template::Manual::Config#TOLERANT> flag can be set to indicate that the C<Template::Provider> module should ignore any errors encountered while loading a template and instead return C<STATUS_DECLINED>. =head2 PARSER The L<PARSER|Template::Manual::Config#PARSER> option can be used to define a parser module other than the default of L<Template::Parser>. my $provider = Template::Provider->new({ PARSER => MyOrg::Template::Parser->new({ ... }), }); =head2 DEBUG The L<DEBUG|Template::Manual::Config#DEBUG> option can be used to enable debugging messages from the L<Template::Provider> module by setting it to include the C<DEBUG_PROVIDER> value. use Template::Constants qw( :debug ); my $template = Template->new({ DEBUG => DEBUG_PROVIDER, }); =head1 SUBCLASSING The C<Template::Provider> module can be subclassed to provide templates from a different source (e.g. a database). In most cases you'll just need to provide custom implementations of the C<_template_modified()> and C<_template_content()> methods. If your provider requires and custom initialisation then you'll also need to implement a new C<_init()> method. Caching in memory and on disk will still be applied (if enabled) when overriding these methods. =head2 _template_modified($path) Returns a timestamp of the C<$path> passed in by calling C<stat()>. This can be overridden, for example, to return a last modified value from a database. The value returned should be a timestamp value (as returned by C<time()>, although a sequence number should work as well. =head2 _template_content($path) This method returns the content of the template for all C<INCLUDE>, C<PROCESS>, and C<INSERT> directives. When called in scalar context, the method returns the content of the template located at C<$path>, or C<undef> if C<$path> is not found. When called in list context it returns C<($content, $error, $mtime)>, where C<$content> is the template content, C<$error> is an error string (e.g. "C<$path: File not found>"), and C<$mtime> is the template modification time. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Parser>, L<Template::Context> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Context.pm 0000444 00000146273 15155303157 0006546 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Context # # DESCRIPTION # Module defining a context in which a template document is processed. # This is the runtime processing interface through which templates # can access the functionality of the Template Toolkit. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Context; use strict; use warnings; use base 'Template::Base'; use Template::Base; use Template::Config; use Template::Constants; use Template::Exception; use Scalar::Util 'blessed'; use constant DOCUMENT => 'Template::Document'; use constant EXCEPTION => 'Template::Exception'; use constant BADGER_EXCEPTION => 'Badger::Exception'; use constant MSWin32 => $^O eq 'MSWin32'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $DEBUG_FORMAT = "\n## \$file line \$line : [% \$text %] ##\n"; our $VIEW_CLASS = 'Template::View'; our $AUTOLOAD; #======================================================================== # ----- PUBLIC METHODS ----- #======================================================================== #------------------------------------------------------------------------ # template($name) # # General purpose method to fetch a template and return it in compiled # form. In the usual case, the $name parameter will be a simple string # containing the name of a template (e.g. 'header'). It may also be # a reference to Template::Document object (or sub-class) or a Perl # sub-routine. These are considered to be compiled templates and are # returned intact. Finally, it may be a reference to any other kind # of valid input source accepted by Template::Provider (e.g. scalar # ref, glob, IO handle, etc). # # Templates may be cached at one of 3 different levels. The internal # BLOCKS member is a local cache which holds references to all # template blocks used or imported via PROCESS since the context's # reset() method was last called. This is checked first and if the # template is not found, the method then walks down the BLOCKSTACK # list. This contains references to the block definition tables in # any enclosing Template::Documents that we're visiting (e.g. we've # been called via an INCLUDE and we want to access a BLOCK defined in # the template that INCLUDE'd us). If nothing is defined, then we # iterate through the LOAD_TEMPLATES providers list as a 'chain of # responsibility' (see Design Patterns) asking each object to fetch() # the template if it can. # # Returns the compiled template. On error, undef is returned and # the internal ERROR value (read via error()) is set to contain an # error message of the form "$name: $error". #------------------------------------------------------------------------ sub template { my ($self, $name) = @_; my ($prefix, $blocks, $defblocks, $provider, $template, $error); my ($shortname, $blockname, $providers); $self->debug("template($name)") if $self->{ DEBUG }; # references to Template::Document (or sub-class) objects, or # CODE references are assumed to be pre-compiled templates and are # returned intact return $name if (blessed($name) && $name->isa(DOCUMENT)) || ref($name) eq 'CODE'; $shortname = $name; unless (ref $name) { $self->debug("looking for block [$name]") if $self->{ DEBUG }; # we first look in the BLOCKS hash for a BLOCK that may have # been imported from a template (via PROCESS) return $template if ($template = $self->{ BLOCKS }->{ $name }); # then we iterate through the BLKSTACK list to see if any of the # Template::Documents we're visiting define this BLOCK foreach $blocks (@{ $self->{ BLKSTACK } }) { return $template if $blocks && ($template = $blocks->{ $name }); } # now it's time to ask the providers, so we look to see if any # prefix is specified to indicate the desired provider set. if (MSWin32) { # let C:/foo through $prefix = $1 if $shortname =~ s/^(\w{2,})://o; } else { $prefix = $1 if $shortname =~ s/^(\w+)://; } if (defined $prefix) { $providers = $self->{ PREFIX_MAP }->{ $prefix } || return $self->throw( Template::Constants::ERROR_FILE, "no providers for template prefix '$prefix'"); } } $providers = $self->{ PREFIX_MAP }->{ default } || $self->{ LOAD_TEMPLATES } unless $providers; # Finally we try the regular template providers which will # handle references to files, text, etc., as well as templates # reference by name. If $blockname = ''; while ($shortname) { $self->debug("asking providers for [$shortname] [$blockname]") if $self->{ DEBUG }; foreach my $provider (@$providers) { ($template, $error) = $provider->fetch($shortname, $prefix); if ($error) { if ($error == Template::Constants::STATUS_ERROR) { # $template contains exception object if (blessed($template) && $template->isa(EXCEPTION) && $template->type eq Template::Constants::ERROR_FILE) { $self->throw($template); } else { $self->throw( Template::Constants::ERROR_FILE, $template ); } } # DECLINE is ok, carry on } elsif (length $blockname) { return $template if $template = $template->blocks->{ $blockname }; } else { return $template; } } last if ref $shortname || ! $self->{ EXPOSE_BLOCKS }; $shortname =~ s{/([^/]+)$}{} || last; $blockname = length $blockname ? "$1/$blockname" : $1; } $self->throw(Template::Constants::ERROR_FILE, "$name: not found"); } #------------------------------------------------------------------------ # plugin($name, \@args) # # Calls on each of the LOAD_PLUGINS providers in turn to fetch() (i.e. load # and instantiate) a plugin of the specified name. Additional parameters # passed are propagated to the new() constructor for the plugin. # Returns a reference to a new plugin object or other reference. On # error, undef is returned and the appropriate error message is set for # subsequent retrieval via error(). #------------------------------------------------------------------------ sub plugin { my ($self, $name, $args) = @_; my ($provider, $plugin, $error); $self->debug("plugin($name, ", defined $args ? @$args : '[ ]', ')') if $self->{ DEBUG }; # request the named plugin from each of the LOAD_PLUGINS providers in turn foreach my $provider (@{ $self->{ LOAD_PLUGINS } }) { ($plugin, $error) = $provider->fetch($name, $args, $self); return $plugin unless $error; if ($error == Template::Constants::STATUS_ERROR) { $self->throw($plugin) if ref $plugin; $self->throw(Template::Constants::ERROR_PLUGIN, $plugin); } } $self->throw(Template::Constants::ERROR_PLUGIN, "$name: plugin not found"); } #------------------------------------------------------------------------ # filter($name, \@args, $alias) # # Similar to plugin() above, but querying the LOAD_FILTERS providers to # return filter instances. An alias may be provided which is used to # save the returned filter in a local cache. #------------------------------------------------------------------------ sub filter { my ($self, $name, $args, $alias) = @_; my ($provider, $filter, $error); $self->debug("filter($name, ", defined $args ? @$args : '[ ]', defined $alias ? $alias : '<no alias>', ')') if $self->{ DEBUG }; # use any cached version of the filter if no params provided return $filter if ! $args && ! ref $name && ($filter = $self->{ FILTER_CACHE }->{ $name }); # request the named filter from each of the FILTERS providers in turn foreach my $provider (@{ $self->{ LOAD_FILTERS } }) { ($filter, $error) = $provider->fetch($name, $args, $self); last unless $error; if ($error == Template::Constants::STATUS_ERROR) { $self->throw($filter) if ref $filter; $self->throw(Template::Constants::ERROR_FILTER, $filter); } # return $self->error($filter) # if $error == &Template::Constants::STATUS_ERROR; } return $self->error("$name: filter not found") unless $filter; # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - # commented out by abw on 19 Nov 2001 to fix problem with xmlstyle # plugin which may re-define a filter by calling define_filter() # multiple times. With the automatic aliasing/caching below, any # new filter definition isn't seen. Don't think this will cause # any problems as filters explicitly supplied with aliases will # still work as expected. # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - # alias defaults to name if undefined # $alias = $name # unless defined($alias) or ref($name) or $args; # cache FILTER if alias is valid $self->{ FILTER_CACHE }->{ $alias } = $filter if $alias; return $filter; } #------------------------------------------------------------------------ # view(\%config) # # Create a new Template::View bound to this context. #------------------------------------------------------------------------ sub view { my $self = shift; require Template::View; return $VIEW_CLASS->new($self, @_) || $self->throw( &Template::Constants::ERROR_VIEW, $VIEW_CLASS->error ); } #------------------------------------------------------------------------ # process($template, \%params) [% PROCESS template var=val ... %] # process($template, \%params, $local) [% INCLUDE template var=val ... %] # # Processes the template named or referenced by the first parameter. # The optional second parameter may reference a hash array of variable # definitions. These are set before the template is processed by # calling update() on the stash. Note that, unless the third parameter # is true, the context is not localised and these, and any other # variables set in the template will retain their new values after this # method returns. The third parameter is in place so that this method # can handle INCLUDE calls: the stash will be localized. # # Returns the output of processing the template. Errors are thrown # as Template::Exception objects via die(). #------------------------------------------------------------------------ sub process { my ($self, $template, $params, $localize) = @_; my ($trim, $blocks) = @$self{ qw( TRIM BLOCKS ) }; my (@compiled, $name, $compiled); my ($stash, $component, $tblocks, $error, $tmpout); my $output = ''; $template = [ $template ] unless ref $template eq 'ARRAY'; $self->debug("process([ ", join(', '), @$template, ' ], ', defined $params ? $params : '<no params>', ', ', $localize ? '<localized>' : '<unlocalized>', ')') if $self->{ DEBUG }; # fetch compiled template for each name specified foreach $name (@$template) { push(@compiled, $self->template($name)); } if ($localize) { # localise the variable stash with any parameters passed $stash = $self->{ STASH } = $self->{ STASH }->clone($params); } else { # update stash with any new parameters passed $self->{ STASH }->update($params); $stash = $self->{ STASH }; } eval { # save current component eval { $component = $stash->get('component') }; foreach $name (@$template) { $compiled = shift @compiled; my $element = ref $compiled eq 'CODE' ? { (name => (ref $name ? '' : $name), modtime => time()) } : $compiled; if (blessed($component) && $component->isa(DOCUMENT)) { $element->{ caller } = $component->{ name }; $element->{ callers } = $component->{ callers } || []; push(@{$element->{ callers }}, $element->{ caller }); } $stash->set('component', $element); unless ($localize) { # merge any local blocks defined in the Template::Document # into our local BLOCKS cache @$blocks{ keys %$tblocks } = values %$tblocks if (blessed($compiled) && $compiled->isa(DOCUMENT)) && ($tblocks = $compiled->blocks); } if (ref $compiled eq 'CODE') { $tmpout = &$compiled($self); } elsif (ref $compiled) { $tmpout = $compiled->process($self); } else { $self->throw( 'file', "invalid template reference: $compiled" ); } if ($trim) { for ($tmpout) { s/^\s+//; s/\s+$//; } } $output .= $tmpout; # pop last item from callers. # NOTE - this will not be called if template throws an # error. The whole issue of caller and callers should be # revisited to try and avoid putting this info directly into # the component data structure. Perhaps use a local element # instead? pop(@{$element->{ callers }}) if (blessed($component) && $component->isa(DOCUMENT)); } $stash->set('component', $component); }; $error = $@; if ($localize) { # ensure stash is delocalised before dying $self->{ STASH } = $self->{ STASH }->declone(); } $self->throw( ref $error ? $error : (Template::Constants::ERROR_FILE, $error) ) if $error; return $output; } #------------------------------------------------------------------------ # include($template, \%params) [% INCLUDE template var = val, ... %] # # Similar to process() above but processing the template in a local # context. Any variables passed by reference to a hash as the second # parameter will be set before the template is processed and then # revert to their original values before the method returns. Similarly, # any changes made to non-global variables within the template will # persist only until the template is processed. # # Returns the output of processing the template. Errors are thrown # as Template::Exception objects via die(). #------------------------------------------------------------------------ sub include { my ($self, $template, $params) = @_; return $self->process($template, $params, 'localize me!'); } #------------------------------------------------------------------------ # insert($file) # # Insert the contents of a file without parsing. #------------------------------------------------------------------------ sub insert { my ($self, $file) = @_; my ($prefix, $providers, $text, $error); my $output = ''; my $files = ref $file eq 'ARRAY' ? $file : [ $file ]; $self->debug("insert([ ", join(', '), @$files, " ])") if $self->{ DEBUG }; FILE: foreach $file (@$files) { my $name = $file; if (MSWin32) { # let C:/foo through $prefix = $1 if $name =~ s/^(\w{2,})://o; } else { $prefix = $1 if $name =~ s/^(\w+)://; } if (defined $prefix) { $providers = $self->{ PREFIX_MAP }->{ $prefix } || return $self->throw( Template::Constants::ERROR_FILE, "no providers for file prefix '$prefix'" ); } else { $providers = $self->{ PREFIX_MAP }->{ default } || $self->{ LOAD_TEMPLATES }; } foreach my $provider (@$providers) { ($text, $error) = $provider->load($name, $prefix); next FILE unless $error; if ($error == Template::Constants::STATUS_ERROR) { $self->throw($text) if ref $text; $self->throw(Template::Constants::ERROR_FILE, $text); } } $self->throw(Template::Constants::ERROR_FILE, "$file: not found"); } continue { $output .= $text; } return $output; } #------------------------------------------------------------------------ # throw($type, $info, \$output) [% THROW errtype "Error info" %] # # Throws a Template::Exception object by calling die(). This method # may be passed a reference to an existing Template::Exception object; # a single value containing an error message which is used to # instantiate a Template::Exception of type 'undef'; or a pair of # values representing the exception type and info from which a # Template::Exception object is instantiated. e.g. # # $context->throw($exception); # $context->throw("I'm sorry Dave, I can't do that"); # $context->throw('denied', "I'm sorry Dave, I can't do that"); # # An optional third parameter can be supplied in the last case which # is a reference to the current output buffer containing the results # of processing the template up to the point at which the exception # was thrown. The RETURN and STOP directives, for example, use this # to propagate output back to the user, but it can safely be ignored # in most cases. # # This method rides on a one-way ticket to die() oblivion. It does not # return in any real sense of the word, but should get caught by a # surrounding eval { } block (e.g. a BLOCK or TRY) and handled # accordingly, or returned to the caller as an uncaught exception. #------------------------------------------------------------------------ sub throw { my ($self, $error, $info, $output) = @_; local $" = ', '; # die! die! die! if (blessed($error) && $error->isa(EXCEPTION)) { die $error; } elsif (blessed($error) && $error->isa(BADGER_EXCEPTION)) { # convert a Badger::Exception to a Template::Exception so that # things continue to work during the transition to Badger die EXCEPTION->new($error->type, $error->info); } elsif (defined $info) { die (EXCEPTION->new($error, $info, $output)); } else { $error ||= ''; die (EXCEPTION->new('undef', $error, $output)); } # not reached } #------------------------------------------------------------------------ # catch($error, \$output) # # Called by various directives after catching an error thrown via die() # from within an eval { } block. The first parameter contains the error # which may be a sanitized reference to a Template::Exception object # (such as that raised by the throw() method above, a plugin object, # and so on) or an error message thrown via die from somewhere in user # code. The latter are coerced into 'undef' Template::Exception objects. # Like throw() above, a reference to a scalar may be passed as an # additional parameter to represent the current output buffer # localised within the eval block. As exceptions are thrown upwards # and outwards from nested blocks, the catch() method reconstructs the # correct output buffer from these fragments, storing it in the # exception object for passing further onwards and upwards. # # Returns a reference to a Template::Exception object.. #------------------------------------------------------------------------ sub catch { my ($self, $error, $output) = @_; if ( blessed($error) && ( $error->isa(EXCEPTION) || $error->isa(BADGER_EXCEPTION) ) ) { $error->text($output) if $output; return $error; } else { return EXCEPTION->new('undef', $error, $output); } } #------------------------------------------------------------------------ # localise(\%params) # delocalise() # # The localise() method creates a local copy of the current stash, # allowing the existing state of variables to be saved and later # restored via delocalise(). # # A reference to a hash array may be passed containing local variable # definitions which should be added to the cloned namespace. These # values persist until delocalisation. #------------------------------------------------------------------------ sub localise { my $self = shift; $self->{ STASH } = $self->{ STASH }->clone(@_); } sub delocalise { my $self = shift; $self->{ STASH } = $self->{ STASH }->declone(); } #------------------------------------------------------------------------ # visit($document, $blocks) # # Each Template::Document calls the visit() method on the context # before processing itself. It passes a reference to the hash array # of named BLOCKs defined within the document, allowing them to be # added to the internal BLKSTACK list which is subsequently used by # template() to resolve templates. # from a provider. #------------------------------------------------------------------------ sub visit { my ($self, $document, $blocks) = @_; unshift(@{ $self->{ BLKSTACK } }, $blocks) } #------------------------------------------------------------------------ # leave() # # The leave() method is called when the document has finished # processing itself. This removes the entry from the BLKSTACK list # that was added visit() above. For persistence of BLOCK definitions, # the process() method (i.e. the PROCESS directive) does some extra # magic to copy BLOCKs into a shared hash. #------------------------------------------------------------------------ sub leave { my $self = shift; shift(@{ $self->{ BLKSTACK } }); } #------------------------------------------------------------------------ # define_block($name, $block) # # Adds a new BLOCK definition to the local BLOCKS cache. $block may # be specified as a reference to a sub-routine or Template::Document # object or as text which is compiled into a template. Returns a true # value (the $block reference or compiled block reference) if # successful or undef on failure. Call error() to retrieve the # relevant error message (i.e. compilation failure). #------------------------------------------------------------------------ sub define_block { my ($self, $name, $block) = @_; $block = $self->template(\$block) || return undef unless ref $block; $self->{ BLOCKS }->{ $name } = $block; } #------------------------------------------------------------------------ # define_filter($name, $filter, $is_dynamic) # # Adds a new FILTER definition to the local FILTER_CACHE. #------------------------------------------------------------------------ sub define_filter { my ($self, $name, $filter, $is_dynamic) = @_; my ($result, $error); $filter = [ $filter, 1 ] if $is_dynamic; foreach my $provider (@{ $self->{ LOAD_FILTERS } }) { ($result, $error) = $provider->store($name, $filter); return 1 unless $error; $self->throw(&Template::Constants::ERROR_FILTER, $result) if $error == &Template::Constants::STATUS_ERROR; } $self->throw( &Template::Constants::ERROR_FILTER, "FILTER providers declined to store filter $name" ); } #------------------------------------------------------------------------ # define_vmethod($type, $name, \&sub) # # Passes $type, $name, and &sub on to stash->define_vmethod(). #------------------------------------------------------------------------ sub define_vmethod { my $self = shift; $self->stash->define_vmethod(@_); } #------------------------------------------------------------------------ # define_view($name, $params) # # Defines a new view. #------------------------------------------------------------------------ sub define_view { my ($self, $name, $params) = @_; my $base; if (defined $params->{ base }) { my $base = $self->{ STASH }->get($params->{ base }); return $self->throw( &Template::Constants::ERROR_VIEW, "view base is not defined: $params->{ base }" ) unless $base; return $self->throw( &Template::Constants::ERROR_VIEW, "view base is not a $VIEW_CLASS object: $params->{ base } => $base" ) unless blessed($base) && $base->isa($VIEW_CLASS); $params->{ base } = $base; } my $view = $self->view($params); $view->seal(); $self->{ STASH }->set($name, $view); } #------------------------------------------------------------------------ # define_views($views) # # Defines multiple new views. #------------------------------------------------------------------------ sub define_views { my ($self, $views) = @_; # a list reference is better because the order is deterministic (and so # allows an earlier VIEW to be the base for a later VIEW), but we'll # accept a hash reference and assume that the user knows the order of # processing is undefined $views = [ %$views ] if ref $views eq 'HASH'; # make of copy so we don't destroy the original list reference my @items = @$views; my ($name, $view); while (@items) { $self->define_view(splice(@items, 0, 2)); } } #------------------------------------------------------------------------ # reset() # # Reset the state of the internal BLOCKS hash to clear any BLOCK # definitions imported via the PROCESS directive. Any original # BLOCKS definitions passed to the constructor will be restored. #------------------------------------------------------------------------ sub reset { my ($self, $blocks) = @_; $self->{ BLKSTACK } = [ ]; $self->{ BLOCKS } = { %{ $self->{ INIT_BLOCKS } } }; } #------------------------------------------------------------------------ # stash() # # Simple accessor methods to return the STASH values. This is likely # to be called quite often so we provide a direct method rather than # relying on the slower AUTOLOAD. #------------------------------------------------------------------------ sub stash { return $_[0]->{ STASH }; } #------------------------------------------------------------------------ # debugging($command, @args, \%params) # # Method for controlling the debugging status of the context. The first # argument can be 'on' or 'off' to enable/disable debugging, 'format' # to define the format of the debug message, or 'msg' to generate a # debugging message reporting the file, line, message text, etc., # according to the current debug format. #------------------------------------------------------------------------ sub debugging { my $self = shift; my $hash = ref $_[-1] eq 'HASH' ? pop : { }; my @args = @_; if (@args) { if ($args[0] eq '1' || lc($args[0]) eq 'on' ) { $self->{ DEBUG_DIRS } = 1; shift(@args); } elsif ($args[0] eq '0' || lc($args[0]) eq 'off') { $self->{ DEBUG_DIRS } = 0; shift(@args); } } if (@args) { if (lc($args[0]) eq 'msg') { return unless $self->{ DEBUG_DIRS }; my $format = $self->{ DEBUG_FORMAT }; $format = $DEBUG_FORMAT unless defined $format; $format =~ s/\$(\w+)/$hash->{ $1 }/ge; return $format; } elsif ( lc($args[0]) eq 'format' ) { $self->{ DEBUG_FORMAT } = $args[1]; } # else ignore } return ''; } #------------------------------------------------------------------------ # AUTOLOAD # # Provides pseudo-methods for read-only access to various internal # members. For example, templates(), plugins(), filters(), # eval_perl(), load_perl(), etc. These aren't called very often, or # may never be called at all. #------------------------------------------------------------------------ sub AUTOLOAD { my $self = shift; my $method = $AUTOLOAD; my $result; $method =~ s/.*:://; return if $method eq 'DESTROY'; warn "no such context method/member: $method\n" unless defined ($result = $self->{ uc $method }); return $result; } #------------------------------------------------------------------------ # DESTROY # # Stash may contain references back to the Context via macro closures, # etc. This breaks the circular references. #------------------------------------------------------------------------ sub DESTROY { my $self = shift; undef $self->{ STASH }; } #======================================================================== # -- PRIVATE METHODS -- #======================================================================== #------------------------------------------------------------------------ # _init(\%config) # # Initialisation method called by Template::Base::new() #------------------------------------------------------------------------ sub _init { my ($self, $config) = @_; my ($name, $item, $method, $block, $blocks); my @itemlut = ( LOAD_TEMPLATES => 'provider', LOAD_PLUGINS => 'plugins', LOAD_FILTERS => 'filters' ); # LOAD_TEMPLATE, LOAD_PLUGINS, LOAD_FILTERS - lists of providers while (($name, $method) = splice(@itemlut, 0, 2)) { $item = $config->{ $name } || Template::Config->$method($config) || return $self->error($Template::Config::ERROR); $self->{ $name } = ref $item eq 'ARRAY' ? $item : [ $item ]; } my $providers = $self->{ LOAD_TEMPLATES }; my $prefix_map = $self->{ PREFIX_MAP } = $config->{ PREFIX_MAP } || { }; while (my ($key, $val) = each %$prefix_map) { $prefix_map->{ $key } = [ ref $val ? $val : map { $providers->[$_] } split(/\D+/, $val) ] unless ref $val eq 'ARRAY'; } # STASH $self->{ STASH } = $config->{ STASH } || do { my $predefs = $config->{ VARIABLES } || $config->{ PRE_DEFINE } || { }; # hack to get stash to know about debug mode $predefs->{ _DEBUG } = ( ($config->{ DEBUG } || 0) & &Template::Constants::DEBUG_UNDEF ) ? 1 : 0 unless defined $predefs->{ _DEBUG }; $predefs->{ _STRICT } = $config->{ STRICT }; Template::Config->stash($predefs) || return $self->error($Template::Config::ERROR); }; # compile any template BLOCKS specified as text $blocks = $config->{ BLOCKS } || { }; $self->{ INIT_BLOCKS } = $self->{ BLOCKS } = { map { $block = $blocks->{ $_ }; $block = $self->template(\$block) || return undef unless ref $block; ($_ => $block); } keys %$blocks }; # define any VIEWS $self->define_views( $config->{ VIEWS } ) if $config->{ VIEWS }; # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - # RECURSION - flag indicating is recursion into templates is supported # EVAL_PERL - flag indicating if PERL blocks should be processed # TRIM - flag to remove leading and trailing whitespace from output # BLKSTACK - list of hashes of BLOCKs defined in current template(s) # CONFIG - original configuration hash # EXPOSE_BLOCKS - make blocks visible as pseudo-files # DEBUG_FORMAT - format for generating template runtime debugging messages # DEBUG - format for generating template runtime debugging messages $self->{ RECURSION } = $config->{ RECURSION } || 0; $self->{ EVAL_PERL } = $config->{ EVAL_PERL } || 0; $self->{ TRIM } = $config->{ TRIM } || 0; $self->{ BLKSTACK } = [ ]; $self->{ CONFIG } = $config; $self->{ EXPOSE_BLOCKS } = defined $config->{ EXPOSE_BLOCKS } ? $config->{ EXPOSE_BLOCKS } : 0; $self->{ DEBUG_FORMAT } = $config->{ DEBUG_FORMAT }; $self->{ DEBUG_DIRS } = ($config->{ DEBUG } || 0) & Template::Constants::DEBUG_DIRS; $self->{ DEBUG } = defined $config->{ DEBUG } ? $config->{ DEBUG } & ( Template::Constants::DEBUG_CONTEXT | Template::Constants::DEBUG_FLAGS ) : $DEBUG; return $self; } 1; __END__ =head1 NAME Template::Context - Runtime context in which templates are processed =head1 SYNOPSIS use Template::Context; # constructor $context = Template::Context->new(\%config) || die $Template::Context::ERROR; # fetch (load and compile) a template $template = $context->template($template_name); # fetch (load and instantiate) a plugin object $plugin = $context->plugin($name, \@args); # fetch (return or create) a filter subroutine $filter = $context->filter($name, \@args, $alias); # process/include a template, errors are thrown via die() $output = $context->process($template, \%vars); $output = $context->include($template, \%vars); # raise an exception via die() $context->throw($error_type, $error_message, \$output_buffer); # catch an exception, clean it up and fix output buffer $exception = $context->catch($exception, \$output_buffer); # save/restore the stash to effect variable localisation $new_stash = $context->localise(\%vars); $old_stash = $context->delocalise(); # add new BLOCK or FILTER definitions $context->define_block($name, $block); $context->define_filter($name, \&filtersub, $is_dynamic); # reset context, clearing any imported BLOCK definitions $context->reset(); # methods for accessing internal items $stash = $context->stash(); $tflag = $context->trim(); $epflag = $context->eval_perl(); $providers = $context->templates(); $providers = $context->plugins(); $providers = $context->filters(); ... =head1 DESCRIPTION The C<Template::Context> module defines an object class for representing a runtime context in which templates are processed. It provides an interface to the fundamental operations of the Template Toolkit processing engine through which compiled templates (i.e. Perl code constructed from the template source) can process templates, load plugins and filters, raise exceptions and so on. A default C<Template::Context> object is created by the L<Template> module. Any C<Template::Context> options may be passed to the L<Template> L<new()|Template#new()> constructor method and will be forwarded to the C<Template::Context> constructor. use Template; my $template = Template->new({ TRIM => 1, EVAL_PERL => 1, BLOCKS => { header => 'This is the header', footer => 'This is the footer', }, }); Similarly, the C<Template::Context> constructor will forward all configuration parameters onto other default objects (e.g. L<Template::Provider>, L<Template::Plugins>, L<Template::Filters>, etc.) that it may need to instantiate. $context = Template::Context->new({ INCLUDE_PATH => '/home/abw/templates', # provider option TAG_STYLE => 'html', # parser option }); A C<Template::Context> object (or subclass) can be explicitly instantiated and passed to the L<Template> L<new()|Template#new()> constructor method as the C<CONTEXT> configuration item. use Template; use Template::Context; my $context = Template::Context->new({ TRIM => 1 }); my $template = Template->new({ CONTEXT => $context }); The L<Template> module uses the L<Template::Config> L<context()|Template::Config#context()> factory method to create a default context object when required. The C<$Template::Config::CONTEXT> package variable may be set to specify an alternate context module. This will be loaded automatically and its L<new()> constructor method called by the L<context()|Template::Config#context()> factory method when a default context object is required. use Template; $Template::Config::CONTEXT = 'MyOrg::Template::Context'; my $template = Template->new({ EVAL_PERL => 1, EXTRA_MAGIC => 'red hot', # your extra config items ... }); =head1 METHODS =head2 new(\%params) The C<new()> constructor method is called to instantiate a C<Template::Context> object. Configuration parameters may be specified as a HASH reference or as a list of C<name =E<gt> value> pairs. my $context = Template::Context->new({ INCLUDE_PATH => 'header', POST_PROCESS => 'footer', }); my $context = Template::Context->new( EVAL_PERL => 1 ); The C<new()> method returns a C<Template::Context> object or C<undef> on error. In the latter case, a relevant error message can be retrieved by the L<error()|Template::Base#error()> class method or directly from the C<$Template::Context::ERROR> package variable. my $context = Template::Context->new(\%config) || die Template::Context->error(); my $context = Template::Context->new(\%config) || die $Template::Context::ERROR; The following configuration items may be specified. Please see L<Template::Manual::Config> for further details. =head3 VARIABLES The L<VARIABLES|Template::Manual::Config#VARIABLES> option can be used to specify a hash array of template variables. my $context = Template::Context->new({ VARIABLES => { title => 'A Demo Page', author => 'Joe Random Hacker', version => 3.14, }, }; =head3 BLOCKS The L<BLOCKS|Template::Manual::Config#BLOCKS> option can be used to pre-define a default set of template blocks. my $context = Template::Context->new({ BLOCKS => { header => 'The Header. [% title %]', footer => sub { return $some_output_text }, another => Template::Document->new({ ... }), }, }); =head3 VIEWS The L<VIEWS|Template::Manual::Config#VIEWS> option can be used to pre-define one or more L<Template::View> objects. my $context = Template::Context->new({ VIEWS => [ bottom => { prefix => 'bottom/' }, middle => { prefix => 'middle/', base => 'bottom' }, top => { prefix => 'top/', base => 'middle' }, ], }); =head3 TRIM The L<TRIM|Template::Manual::Config#TRIM> option can be set to have any leading and trailing whitespace automatically removed from the output of all template files and C<BLOCK>s. example: [% BLOCK foo %] Line 1 of foo [% END %] before [% INCLUDE foo %] after output: before Line 1 of foo after =head3 EVAL_PERL The L<EVAL_PERL|Template::Manual::Config#EVAL_PERL> is used to indicate if C<PERL> and/or C<RAWPERL> blocks should be evaluated. It is disabled by default. =head3 RECURSION The L<RECURSION|Template::Manual::Config#RECURSION> can be set to allow templates to recursively process themselves, either directly (e.g. template C<foo> calls C<INCLUDE foo>) or indirectly (e.g. C<foo> calls C<INCLUDE bar> which calls C<INCLUDE foo>). =head3 LOAD_TEMPLATES The L<LOAD_TEMPLATES|Template::Manual::Config#LOAD_TEMPLATES> option can be used to provide a reference to a list of L<Template::Provider> objects or sub-classes thereof which will take responsibility for loading and compiling templates. my $context = Template::Context->new({ LOAD_TEMPLATES => [ MyOrg::Template::Provider->new({ ... }), Template::Provider->new({ ... }), ], }); =head3 LOAD_PLUGINS The L<LOAD_PLUGINS|Template::Manual::Config#LOAD_PLUGINS> options can be used to specify a list of provider objects responsible for loading and instantiating template plugin objects. my $context = Template::Context->new({ LOAD_PLUGINS => [ MyOrg::Template::Plugins->new({ ... }), Template::Plugins->new({ ... }), ], }); =head3 LOAD_FILTERS The L<LOAD_FILTERS|Template::Manual::Config#LOAD_FILTERS> option can be used to specify a list of provider objects for returning and/or creating filter subroutines. my $context = Template::Context->new({ LOAD_FILTERS => [ MyTemplate::Filters->new(), Template::Filters->new(), ], }); =head3 STASH The L<STASH|Template::Manual::Config#STASH> option can be used to specify a L<Template::Stash> object or sub-class which will take responsibility for managing template variables. my $stash = MyOrg::Template::Stash->new({ ... }); my $context = Template::Context->new({ STASH => $stash, }); =head3 DEBUG The L<DEBUG|Template::Manual::Config#DEBUG> option can be used to enable various debugging features of the L<Template::Context> module. use Template::Constants qw( :debug ); my $template = Template->new({ DEBUG => DEBUG_CONTEXT | DEBUG_DIRS, }); =head2 template($name) Returns a compiled template by querying each of the L<LOAD_TEMPLATES> providers (instances of L<Template::Provider>, or sub-class) in turn. $template = $context->template('header'); On error, a L<Template::Exception> object of type 'C<file>' is thrown via C<die()>. This can be caught by enclosing the call to C<template()> in an C<eval> block and examining C<$@>. eval { $template = $context->template('header') }; if ($@) { print "failed to fetch template: $@\n"; } =head2 plugin($name, \@args) Instantiates a plugin object by querying each of the L<LOAD_PLUGINS> providers. The default L<LOAD_PLUGINS> provider is a L<Template::Plugins> object which attempts to load plugin modules, according the various configuration items such as L<PLUGIN_BASE|Template::Plugins#PLUGIN_BASE>, L<LOAD_PERL|Template::Plugins#LOAD_PERL>, etc., and then instantiate an object via L<new()|Template::Plugin#new()>. A reference to a list of constructor arguments may be passed as the second parameter. These are forwarded to the plugin constructor. Returns a reference to a plugin (which is generally an object, but doesn't have to be). Errors are thrown as L<Template::Exception> objects with the type set to 'C<plugin>'. $plugin = $context->plugin('DBI', 'dbi:msql:mydbname'); =head2 filter($name, \@args, $alias) Instantiates a filter subroutine by querying the L<LOAD_FILTERS> providers. The default L<LOAD_FILTERS> provider is a L<Template::Filters> object. Additional arguments may be passed by list reference along with an optional alias under which the filter will be cached for subsequent use. The filter is cached under its own C<$name> if C<$alias> is undefined. Subsequent calls to C<filter($name)> will return the cached entry, if defined. Specifying arguments bypasses the caching mechanism and always creates a new filter. Errors are thrown as L<Template::Exception> objects with the type set to 'C<filter>'. # static filter (no args) $filter = $context->filter('html'); # dynamic filter (args) aliased to 'padright' $filter = $context->filter('format', '%60s', 'padright'); # retrieve previous filter via 'padright' alias $filter = $context->filter('padright'); =head2 process($template, \%vars) Processes a template named or referenced by the first parameter and returns the output generated. An optional reference to a hash array may be passed as the second parameter, containing variable definitions which will be set before the template is processed. The template is processed in the current context, with no localisation of variables performed. Errors are thrown as L<Template::Exception> objects via C<die()>. $output = $context->process('header', { title => 'Hello World' }); =head2 include($template, \%vars) Similar to L<process()>, but using localised variables. Changes made to any variables will only persist until the C<include()> method completes. $output = $context->include('header', { title => 'Hello World' }); =head2 insert($template) This method returns the source content of a template file without performing any evaluation. It is used to implement the C<INSERT> directive. =head2 throw($error_type, $error_message, \$output) Raises an exception in the form of a L<Template::Exception> object by calling C<die()>. This method may be passed a reference to an existing L<Template::Exception> object; a single value containing an error message which is used to instantiate a L<Template::Exception> of type 'C<undef>'; or a pair of values representing the exception C<type> and C<info> from which a L<Template::Exception> object is instantiated. e.g. $context->throw($exception); $context->throw("I'm sorry Dave, I can't do that"); $context->throw('denied', "I'm sorry Dave, I can't do that"); The optional third parameter may be a reference to the current output buffer. This is then stored in the exception object when created, allowing the catcher to examine and use the output up to the point at which the exception was raised. $output .= 'blah blah blah'; $output .= 'more rhubarb'; $context->throw('yack', 'Too much yacking', \$output); =head2 catch($exception, \$output) Catches an exception thrown, either as a reference to a L<Template::Exception> object or some other value. In the latter case, the error string is promoted to a L<Template::Exception> object of 'C<undef>' type. This method also accepts a reference to the current output buffer which is passed to the L<Template::Exception> constructor, or is appended to the output buffer stored in an existing L<Template::Exception> object, if unique (i.e. not the same reference). By this process, the correct state of the output buffer can be reconstructed for simple or nested throws. =head2 define_block($name, $block) Adds a new block definition to the internal L<BLOCKS> cache. The first argument should contain the name of the block and the second a reference to a L<Template::Document> object or template sub-routine, or template text which is automatically compiled into a template sub-routine. Returns a true value (the sub-routine or L<Template::Document> reference) on success or undef on failure. The relevant error message can be retrieved by calling the L<error()|Template::Base#error()> method. =head2 define_filter($name, \&filter, $is_dynamic) Adds a new filter definition by calling the L<store()|Template::Filters#store()> method on each of the L<LOAD_FILTERS> providers until accepted (in the usual case, this is accepted straight away by the one and only L<Template::Filters> provider). The first argument should contain the name of the filter and the second a reference to a filter subroutine. The optional third argument can be set to any true value to indicate that the subroutine is a dynamic filter factory. Returns a true value or throws a 'C<filter>' exception on error. =head2 define_vmethod($type, $name, $code) This method is a wrapper around the L<Template::Stash> L<define_vmethod()|Template::Stash#define_vmethod()> method. It can be used to define new virtual methods. # define a new scalar (item) virtual method $context->define_vmethod( item => ucfirst => sub { my $text = shift; return ucfirst $text; } ) =head2 define_view($name, \%params) This method allows you to define a named L<view|Template::View>. $context->define_view( my_view => { prefix => 'my_templates/' } ); The view is then accessible as a template variable. [% my_view.print(some_data) %] =head2 define_views($views) This method allows you to define multiple named L<views|Template::View>. A reference to a hash array or list reference should be passed as an argument. $context->define_view({ # hash reference my_view_one => { prefix => 'my_templates_one/' }, my_view_two => { prefix => 'my_templates_two/' } }); If you're defining multiple views of which one or more are based on other views in the same definition then you should pass them as a list reference. This ensures that they get created in the right order (Perl does not preserve the order of items defined in a hash reference so you can't guarantee that your base class view will be defined before your subclass view). $context->define_view([ # list referenence my_view_one => { prefix => 'my_templates_one/' }, my_view_two => { prefix => 'my_templates_two/' , base => 'my_view_one', } ]); The views are then accessible as template variables. [% my_view_one.print(some_data) %] [% my_view_two.print(some_data) %] See also the L<VIEWS> option. =head2 stash() This method returns the L<Template::Stash> object used internally to manage template variables. =head2 localise(\%vars) Clones the stash to create a context with localised variables. Returns a reference to the newly cloned stash object which is also stored internally. $stash = $context->localise(); =head2 delocalise() Restore the stash to its state prior to localisation. $stash = $context->delocalise(); =head2 visit(\%blocks) This method is called by L<Template::Document> objects immediately before they process their content. It is called to register any local C<BLOCK> definitions with the context object so that they may be subsequently delivered on request. =head2 leave() Compliment to the L<visit()> method. Called by L<Template::Document> objects immediately after they process their content. =head2 view() This method creates a L<Template::View> object bound to the context. =head2 reset() Clears the local L<BLOCKS> cache of any C<BLOCK> definitions. Any initial set of L<BLOCKS> specified as a configuration item to the constructor will be reinstated. =head2 debugging($flag, @args) This method is used to control debugging output. It is used to implement the L<DEBUG|Template::Manual::Directives#DEBUG> directive. The first argument can be C<on> or C<off> to enable or disable debugging respectively. The numerical values C<0> and C<1> can also be used if you prefer. $context->debugging('on'); Alternately, the first argument can be C<format> to define a new debug message format. The second argument should be the format string which can contain any of the C<$file>, C<$line> or C<$text> symbols to indicate where the relevant values should be inserted. # note single quotes to prevent interpolated of variables $context->debugging( format => '## $file line $line: $text' ); The final use of this method is to generate debugging messages themselves. The first argument should be C<msg>, followed by a reference to a hash array of value to insert into the debugging format string. $context->debugging( msg => { line => 20, file => 'example.tt', text => 'Trampoline! Trampoline!', } ); =head2 AUTOLOAD An C<AUTOLOAD> method provides access to context configuration items. $stash = $context->stash(); $tflag = $context->trim(); $epflag = $context->eval_perl(); ... =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Document>, L<Template::Exception>, L<Template::Filters>, L<Template::Plugins>, L<Template::Provider>, L<Template::Service>, L<Template::Stash> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: FAQ.pod 0000444 00000021170 15155303157 0005663 0 ustar 00 #============================================================= -*-perl-*- # # Template::FAQ # # DESCRIPTION # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. #======================================================================== =head1 NAME Template::FAQ - Frequently Asked Questions about the Template Toolkit =head1 Template Toolkit Language =head2 Why doesn't [% a = b IF c %] work as expected? There's a limitation in the TT2 parser which means that the following code doesn't work as you might expect: [% a = b IF c %] The parser interprets it as an attempt to set C<a> to the result of C<b IF c>, like this: [% a = (b IF c) %] If you want to set C<a = b> only if C<c> is true, then do this instead: [% SET a = b IF c %] The explicit C<SET> keyword gives the parser the clue it needs to do the right thing. NOTE: this will be fixed in TT3 =head2 If I'm using TT to write out a TT template, is there a good way to escape [% and %]? You can do something like this: [% stag = "[\%" etag = "%\]" %] and then: [% stag; 'hello'; etag %] Or you can use the C<TAGS> directive, like so: [% TAGS [- -] %] [- INCLUDE foo -] # is a directive [% INCLUDE foo %] # not a directive =head2 How do I iterate over a hash? This is covered in the L<Template::Manual::VMethods> section of the manual. A list of all the keys that are in the hash can be obtained with the C<keys> virtual method. You can then iterate over that list and by looking up each key in turn get the value. [% FOREACH key = product.keys %] [% key %] => [% product.$key %] [% END %] =head1 Plugins =head2 How do I get the Table plugin to order data across rather than down? Order the data into rows: Steve Karen Jeff Brooklyn Nantucket Fairfax NY MA VA [% USE table(data, rows=3) %] Then ask for each column [% FOREACH column = table.cols %] And then print each item in the column going across the output rows [% FOREACH item = column %] <td>[% item %]</td> [% END %] =head2 Accessing Cookies Jeff Boes E<lt>jboes@nexcerpt.comE<gt> asks: Does anyone have a quick-n-dirty approach to accessing cookies from templates? Jonas Liljegren answers: [% USE CGI %] <p>The value is [% CGI.cookie('cookie_name') | html %] You will need to have L<Template::Plugin::CGI> installed. =head1 Extending the Template Toolkit =head2 Can I serve templates from a database? Short answer: yes, Chris Nandor has done this for Slash. You need to subclass L<Template::Provider>. See the mailing list archives for further info. =head2 Can I fetch templates via http? To do the job properly, you should subclass L<Template::Provider> to C<Template::Provider::HTTP> and use a C<PREFIX_MAP> option to bind the C<http> template prefix to that particular provider (you may want to go digging around in the F<Changes> file around version 2.01 for more info on C<PREFIX_MAP> - it may not be properly documented anywhere else...yet!). e.g. use Template::Provider::HTTP; my $file = Template::Provider( INCLUDE_PATH => [...] ); my $http = Template::Provider::HTTP->new(...); my $tt2 = Template->new({ LOAD_TEMPLATES => [ $file, $http ], PREFIX_MAP => { file => '0', # file:foo.html http => '1', # http:foo.html default => '0', # foo.html => file:foo.html } }); Now a template specified as: [% INCLUDE foo %] will be served by the 'file' provider (the default). Otherwise you can explicitly add a prefix: [% INCLUDE file:foo.html %] [% INCLUDE http:foo.html %] [% INCLUDE http://www.xyz.com/tt2/header.tt2 %] This same principal can be used to create a DBI template provider. e.g. [% INCLUDE dbi:foo.html %] Alas, we don't yet have a DBI provider as part of the Template Toolkit. There has been some talk on the mailing list about efforts to develop DBI and/or HTTP providers but as yet no-one has stepped forward to take up the challenge... In the mean time, Craig Barrat's post from the mailing list has some useful pointers on how to achieve this using existing modules. See L<http://tt2.org/pipermail/templates/2001-May/000954.html> =head1 Miscellaneous =head2 How can I find out the name of the main template being processed? The C<template> variable contains a reference to the Template::Document object for the main template you're processing (i.e. the one provided as the first argument to the Template process() method). The C<name> method returns its name. [% template.name %] # e.g. index.html =head2 How can I find out the name of the current template being processed? The C<template> variable always references the I<main> template being processed. So even if you call [% INCLUDE header %], and that calls [% INCLUDE menu %], the C<template> variable will be unchanged. index.html: [% template.name %] # index.html [% INCLUDE header %] header: [% template.name %] # index.html [% INCLUDE menu %] menu: [% template.name %] # index.html In contrast, the C<component> variable always references the I<current> template being processed. index.html [% component.name %] # index.html [% INCLUDE header %] header: [% component.name %] # header [% INCLUDE menu %] menu: [% component.name %] # menu =head2 How do I print the modification time of the template or component? The C<template> and C<component> variables reference the main template and the current template being processed (see previous questions). The C<modtime> method returns the modification time of the corresponding template file as a number of seconds since the Unix epoch (00:00:00 GMT 1st January 1970). This number doesn't mean much to anyone (except perhaps serious Unix geeks) so you'll probably want to use the Date plugin to format it for human consumption. [% USE Date %] [% template.name %] last modified [% Date.format(template.modtime) %] =head2 How can I configure variables on a per-request basis? One easy way to achieve this is to define a single C<PRE_PROCESS> template which loads in other configuration files based on variables defined or other conditions. For example, my setup usually looks something like this: PRE_PROCESS => 'config/main' config/main: [% DEFAULT style = 'text' section = template.section or 'home'; PROCESS config/site + config/urls + config/macros + "config/style/$style" + "config/section/$section" + ... %] This allows me to set a single 'style' variable to control which config file gets pre-processed to set my various style options (colours, img paths, etc). For example: config/style/basic: [% style = { name = style # save existing 'style' var as 'style.name' # define various other style variables.... col = { back => '#ffffff' text => '#000000' # ...etc... } logo = { # ...etc... } # ...etc... } %] Each source template can declare which section it's in via a META directive: [% META title = 'General Information' section = 'info' %] ... This controls which section configuration file gets loaded to set various other variables for defining the section title, menu, etc. config/section/info: [% section = { name = section # save 'section' var as 'section.name' title = 'Information' menu = [ ... ] # ...etc... } %] This illustrates the basic principal but you can extend it to perform pretty much any kind of per-document initialisation that you require. =head2 Why do I get rubbish for my utf-8 templates? First of all, make sure that your template files define a Byte Order Mark L<http://en.wikipedia.org/wiki/Byte_Order_Mark> If you for some reason don't want to add BOM to your templates, you can force Template to use a particular encoding (e.g. C<utf8>) for your templates with the C<ENCODING> option. my $template = Template->new({ ENCODING => 'utf8' }); =head1 Questions About This FAQ =head2 Why is this FAQ so short? Because we don't have anyone maintaining it. =head2 Can I help? Yes please :-) =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: View.pm 0000444 00000056714 15155303157 0006034 0 ustar 00 #============================================================= -*-Perl-*- # # Template::View # # DESCRIPTION # A custom view of a template processing context. Can be used to # implement custom "skins". # # AUTHOR # Andy Wardley <abw@kfs.org> # # COPYRIGHT # Copyright (C) 2000-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # # TODO # * allowing print to have a hash ref as final args will cause problems # if you do this: [% view.print(hash1, hash2, hash3) %]. Current # work-around is to do [% view.print(hash1); view.print(hash2); # view.print(hash3) %] or [% view.print(hash1, hash2, hash3, { }) %] # #============================================================================ package Template::View; use strict; use warnings; use base 'Template::Base'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our @BASEARGS = qw( context ); our $AUTOLOAD; our $MAP = { HASH => 'hash', ARRAY => 'list', TEXT => 'text', default => '', }; #------------------------------------------------------------------------ # _init(\%config) # # Initialisation method called by the Template::Base class new() # constructor. $self->{ context } has already been set, by virtue of # being named in @BASEARGS. Remaining config arguments are presented # as a hash reference. #------------------------------------------------------------------------ sub _init { my ($self, $config) = @_; # move 'context' somewhere more private $self->{ _CONTEXT } = $self->{ context }; delete $self->{ context }; # generate table mapping object types to templates my $map = $config->{ map } || { }; $map->{ default } = $config->{ default } unless defined $map->{ default }; $self->{ map } = { %$MAP, %$map, }; # local BLOCKs definition table $self->{ _BLOCKS } = $config->{ blocks } || { }; # name of presentation method which printed objects might provide $self->{ method } = defined $config->{ method } ? $config->{ method } : 'present'; # view is sealed by default preventing variable update after # definition, however we don't actually seal a view until the # END of the view definition my $sealed = $config->{ sealed }; $sealed = 1 unless defined $sealed; $self->{ sealed } = $sealed ? 1 : 0; # copy remaining config items from $config or set defaults foreach my $arg (qw( base prefix suffix notfound silent )) { $self->{ $arg } = $config->{ $arg } || ''; } # check that any base specified is defined return $self->error('Invalid base specified for view') if exists $config->{ base } && ! $self->{ base }; # name of data item used by view() $self->{ item } = $config->{ item } || 'item'; # map methods of form ${include_prefix}_foobar() to include('foobar')? $self->{ include_prefix } = $config->{ include_prefix } || 'include_'; # what about mapping foobar() to include('foobar')? $self->{ include_naked } = defined $config->{ include_naked } ? $config->{ include_naked } : 1; # map methods of form ${view_prefix}_foobar() to include('foobar')? $self->{ view_prefix } = $config->{ view_prefix } || 'view_'; # what about mapping foobar() to view('foobar')? $self->{ view_naked } = $config->{ view_naked } || 0; # the view is initially unsealed, allowing directives in the initial # view template to create data items via the AUTOLOAD; once sealed via # call to seal(), the AUTOLOAD will not update any internal items. delete @$config{ qw( base method map default prefix suffix notfound item include_prefix include_naked silent sealed view_prefix view_naked blocks ) }; $config = { %{ $self->{ base }->{ data } }, %$config } if $self->{ base }; $self->{ data } = $config; $self->{ SEALED } = 0; return $self; } #------------------------------------------------------------------------ # seal() # unseal() # # Seal or unseal the view to allow/prevent new data items from being # automatically created by the AUTOLOAD method. #------------------------------------------------------------------------ sub seal { my $self = shift; $self->{ SEALED } = $self->{ sealed }; } sub unseal { my $self = shift; $self->{ SEALED } = 0; } #------------------------------------------------------------------------ # clone(\%config) # # Cloning method which takes a copy of $self and then applies to it any # modifications specified in the $config hash passed as an argument. # Configuration items may also be specified as a list of "name => $value" # arguments. Returns a reference to the cloned Template::View object. # # NOTE: may need to copy BLOCKS??? #------------------------------------------------------------------------ sub clone { my $self = shift; my $clone = bless { %$self }, ref $self; my $config = ref $_[0] eq 'HASH' ? shift : { @_ }; # merge maps $clone->{ map } = { %{ $self->{ map } }, %{ $config->{ map } || { } }, }; # "map => { default=>'xxx' }" can be specified as "default => 'xxx'" $clone->{ map }->{ default } = $config->{ default } if defined $config->{ default }; # update any remaining config items my @args = qw( base prefix suffix notfound item method include_prefix include_naked view_prefix view_naked ); foreach my $arg (@args) { $clone->{ $arg } = $config->{ $arg } if defined $config->{ $arg }; } push(@args, qw( default map )); delete @$config{ @args }; # anything left is data my $data = $clone->{ data } = { %{ $self->{ data } } }; @$data{ keys %$config } = values %$config; return $clone; } #------------------------------------------------------------------------ # print(@items, ..., \%config) # # Prints @items in turn by mapping each to an appropriate template using # the internal 'map' hash. If an entry isn't found and the item is an # object that implements the method named in the internal 'method' item, # (default: 'present'), then the method will be called passing a reference # to $self, against which the presenter method may make callbacks (e.g. # to view_item()). If the presenter method isn't implemented, then the # 'default' map entry is consulted and used if defined. The final argument # may be a reference to a hash array providing local overrides to the internal # defaults for various items (prefix, suffix, etc). In the presence # of this parameter, a clone of the current object is first made, applying # any configuration updates, and control is then delegated to it. #------------------------------------------------------------------------ sub print { my $self = shift; # if final config hash is specified then create a clone and delegate to it # NOTE: potential problem when called print(\%data_hash1, \%data_hash2); if ((scalar @_ > 1) && (ref $_[-1] eq 'HASH')) { my $cfg = pop @_; my $clone = $self->clone($cfg) || return; return $clone->print(@_) || $self->error($clone->error()); } my ($item, $type, $template, $present); my $method = $self->{ method }; my $map = $self->{ map }; my $output = ''; # print each argument foreach $item (@_) { my $newtype; if (! ($type = ref $item)) { # non-references are TEXT $type = 'TEXT'; $template = $map->{ $type }; } elsif (! defined ($template = $map->{ $type })) { # no specific map entry for object, maybe it implements a # 'present' (or other) method? if ( $method && UNIVERSAL::can($item, $method) ) { $present = $item->$method($self); ## call item method # undef returned indicates error, note that we expect # $item to have called error() on the view return unless defined $present; $output .= $present; next; ## NEXT } elsif ( ref($item) eq 'HASH' && defined($newtype = $item->{$method}) && defined($template = $map->{"$method=>$newtype"})) { } elsif ( defined($newtype) && defined($template = $map->{"$method=>*"}) ) { $template =~ s/\*/$newtype/; } elsif (! ($template = $map->{ default }) ) { # default not defined, so construct template name from type ($template = $type) =~ s/\W+/_/g; } } # else { # $self->DEBUG("defined map type for $type: $template\n"); # } $self->DEBUG("printing view '", $template || '', "', $item\n") if $DEBUG; $output .= $self->view($template, $item) if $template; } return $output; } #------------------------------------------------------------------------ # view($template, $item, \%vars) # # Wrapper around include() which expects a template name, $template, # followed by a data item, $item, and optionally, a further hash array # of template variables. The $item is added as an entry to the $vars # hash (which is created empty if not passed as an argument) under the # name specified by the internal 'item' member, which is appropriately # 'item' by default. Thus an external object present() method can # callback against this object method, simply passing a data item to # be displayed. The external object doesn't have to know what the # view expects the item to be called in the $vars hash. #------------------------------------------------------------------------ sub view { my ($self, $template, $item) = splice(@_, 0, 3); my $vars = ref $_[0] eq 'HASH' ? shift : { @_ }; $vars->{ $self->{ item } } = $item if defined $item; $self->include($template, $vars); } #------------------------------------------------------------------------ # include($template, \%vars) # # INCLUDE a template, $template, mapped according to the current prefix, # suffix, default, etc., where $vars is an optional hash reference # containing template variable definitions. If the template isn't found # then the method will default to any 'notfound' template, if defined # as an internal item. #------------------------------------------------------------------------ sub include { my ($self, $template, $vars) = @_; my $context = $self->{ _CONTEXT }; $template = $self->template($template); $vars = { } unless ref $vars eq 'HASH'; $vars->{ view } ||= $self; $context->include( $template, $vars ); # DEBUGGING # my $out = $context->include( $template, $vars ); # print STDERR "VIEW return [$out]\n"; # return $out; } #------------------------------------------------------------------------ # template($template) # # Returns a compiled template for the specified template name, according # to the current configuration parameters. #------------------------------------------------------------------------ sub template { my ($self, $name) = @_; my $context = $self->{ _CONTEXT }; return $context->throw( Template::Constants::ERROR_VIEW, "no view template specified" ) unless $name; my $notfound = $self->{ notfound }; my $base = $self->{ base }; my ($template, $block, $error); return $block if ($block = $self->{ _BLOCKS }->{ $name }); # try the named template $template = $self->template_name($name); $self->DEBUG("looking for $template\n") if $DEBUG; eval { $template = $context->template($template) }; # try asking the base view if not found if (($error = $@) && $base) { $self->DEBUG("asking base for $name\n") if $DEBUG; eval { $template = $base->template($name) }; } # try the 'notfound' template (if defined) if that failed if (($error = $@) && $notfound) { unless ($template = $self->{ _BLOCKS }->{ $notfound }) { $notfound = $self->template_name($notfound); $self->DEBUG("not found, looking for $notfound\n") if $DEBUG; eval { $template = $context->template($notfound) }; return $context->throw(Template::Constants::ERROR_VIEW, $error) if $@; # return first error } } elsif ($error) { $self->DEBUG("no 'notfound'\n") if $DEBUG; return $context->throw(Template::Constants::ERROR_VIEW, $error); } return $template; } #------------------------------------------------------------------------ # template_name($template) # # Returns the name of the specified template with any appropriate prefix # and/or suffix added. #------------------------------------------------------------------------ sub template_name { my ($self, $template) = @_; $template = $self->{ prefix } . $template . $self->{ suffix } if $template; $self->DEBUG("template name: $template\n") if $DEBUG; return $template; } #------------------------------------------------------------------------ # default($val) # # Special case accessor to retrieve/update 'default' as an alias for # '$map->{ default }'. #------------------------------------------------------------------------ sub default { my $self = shift; return @_ ? ($self->{ map }->{ default } = shift) : $self->{ map }->{ default }; } #------------------------------------------------------------------------ # AUTOLOAD # # Returns/updates public internal data items (i.e. not prefixed '_' or # '.') or presents a view if the method matches the view_prefix item, # e.g. view_foo(...) => view('foo', ...). Similarly, the # include_prefix is used, if defined, to map include_foo(...) to # include('foo', ...). If that fails then the entire method name will # be used as the name of a template to include iff the include_named # parameter is set (default: 1). Last attempt is to match the entire # method name to a view() call, iff view_naked is set. Otherwise, a # 'view' exception is raised reporting the error "no such view member: # $method". #------------------------------------------------------------------------ sub AUTOLOAD { my $self = shift; my $item = $AUTOLOAD; $item =~ s/.*:://; return if $item eq 'DESTROY'; my $starts_with = substr($item,0,1); if ($starts_with eq '.' || $starts_with eq '_') { return $self->{ _CONTEXT }->throw(Template::Constants::ERROR_VIEW, "attempt to view private member: $item"); } elsif (exists $self->{ $item }) { # update existing config item (e.g. 'prefix') if unsealed return $self->{ _CONTEXT }->throw(Template::Constants::ERROR_VIEW, "cannot update config item in sealed view: $item") if @_ && $self->{ SEALED }; $self->DEBUG("accessing item: $item\n") if $DEBUG; return @_ ? ($self->{ $item } = shift) : $self->{ $item }; } elsif (exists $self->{ data }->{ $item }) { # get/update existing data item (must be unsealed to update) if (@_ && $self->{ SEALED }) { return $self->{ _CONTEXT }->throw( Template::Constants::ERROR_VIEW, "cannot update item in sealed view: $item" ) unless $self->{ silent }; # ignore args if silent @_ = (); } $self->DEBUG(@_ ? "updating data item: $item <= $_[0]\n" : "returning data item: $item\n" ) if $DEBUG; return @_ ? ($self->{ data }->{ $item } = shift) : $self->{ data }->{ $item }; } elsif (@_ && ! $self->{ SEALED }) { # set data item if unsealed $self->DEBUG("setting unsealed data: $item => @_\n") if $DEBUG; $self->{ data }->{ $item } = shift; } elsif ($item =~ s/^$self->{ view_prefix }//) { $self->DEBUG("returning view($item)\n") if $DEBUG; return $self->view($item, @_); } elsif ($item =~ s/^$self->{ include_prefix }//) { $self->DEBUG("returning include($item)\n") if $DEBUG; return $self->include($item, @_); } elsif ($self->{ include_naked }) { $self->DEBUG("returning naked include($item)\n") if $DEBUG; return $self->include($item, @_); } elsif ($self->{ view_naked }) { $self->DEBUG("returning naked view($item)\n") if $DEBUG; return $self->view($item, @_); } else { return $self->{ _CONTEXT }->throw( Template::Constants::ERROR_VIEW, "no such view member: $item" ); } } 1; __END__ =head1 NAME Template::View - customised view of a template processing context =head1 SYNOPSIS # define a view [% VIEW view # some standard args prefix => 'my_', suffix => '.tt2', notfound => 'no_such_file' ... # any other data title => 'My View title' other_item => 'Joe Random Data' ... %] # add new data definitions, via 'my' self reference [% my.author = "$abw.name <$abw.email>" %] [% my.copy = "© Copyright 2000 $my.author" %] # define a local block [% BLOCK header %] This is the header block, title: [% title or my.title %] [% END %] [% END %] # access data items for view [% view.title %] [% view.other_item %] # access blocks directly ('include_naked' option, set by default) [% view.header %] [% view.header(title => 'New Title') %] # non-local templates have prefix/suffix attached [% view.footer %] # => [% INCLUDE my_footer.tt2 %] # more verbose form of block access [% view.include( 'header', title => 'The Header Title' ) %] [% view.include_header( title => 'The Header Title' ) %] # very short form of above ('include_naked' option, set by default) [% view.header( title => 'The Header Title' ) %] # non-local templates have prefix/suffix attached [% view.footer %] # => [% INCLUDE my_footer.tt2 %] # fallback on the 'notfound' template ('my_no_such_file.tt2') # if template not found [% view.include('missing') %] [% view.include_missing %] [% view.missing %] # print() includes a template relevant to argument type [% view.print("some text") %] # type=TEXT, template='text' [% BLOCK my_text.tt2 %] # 'text' with prefix/suffix Text: [% item %] [% END %] # now print() a hash ref, mapped to 'hash' template [% view.print(some_hash_ref) %] # type=HASH, template='hash' [% BLOCK my_hash.tt2 %] # 'hash' with prefix/suffix hash keys: [% item.keys.sort.join(', ') [% END %] # now print() a list ref, mapped to 'list' template [% view.print(my_list_ref) %] # type=ARRAY, template='list' [% BLOCK my_list.tt2 %] # 'list' with prefix/suffix list: [% item.join(', ') %] [% END %] # print() maps 'My::Object' to 'My_Object' [% view.print(myobj) %] [% BLOCK my_My_Object.tt2 %] [% item.this %], [% item.that %] [% END %] # update mapping table [% view.map.ARRAY = 'my_list_template' %] [% view.map.TEXT = 'my_text_block' %] # change prefix, suffix, item name, etc. [% view.prefix = 'your_' %] [% view.default = 'anyobj' %] ... =head1 DESCRIPTION TODO =head1 METHODS =head2 new($context, \%config) Creates a new Template::View presenting a custom view of the specified $context object. A reference to a hash array of configuration options may be passed as the second argument. =over 4 =item prefix Prefix added to all template names. [% USE view(prefix => 'my_') %] [% view.view('foo', a => 20) %] # => my_foo =item suffix Suffix added to all template names. [% USE view(suffix => '.tt2') %] [% view.view('foo', a => 20) %] # => foo.tt2 =item map Hash array mapping reference types to template names. The print() method uses this to determine which template to use to present any particular item. The TEXT, HASH and ARRAY items default to 'test', 'hash' and 'list' appropriately. [% USE view(map => { ARRAY => 'my_list', HASH => 'your_hash', My::Foo => 'my_foo', } ) %] [% view.print(some_text) %] # => text [% view.print(a_list) %] # => my_list [% view.print(a_hash) %] # => your_hash [% view.print(a_foo) %] # => my_foo [% BLOCK text %] Text: [% item %] [% END %] [% BLOCK my_list %] list: [% item.join(', ') %] [% END %] [% BLOCK your_hash %] hash keys: [% item.keys.sort.join(', ') [% END %] [% BLOCK my_foo %] Foo: [% item.this %], [% item.that %] [% END %] =item method Name of a method which objects passed to print() may provide for presenting themselves to the view. If a specific map entry can't be found for an object reference and it supports the method (default: 'present') then the method will be called, passing the view as an argument. The object can then make callbacks against the view to present itself. package Foo; sub present { my ($self, $view) = @_; return "a regular view of a Foo\n"; } sub debug { my ($self, $view) = @_; return "a debug view of a Foo\n"; } In a template: [% USE view %] [% view.print(my_foo_object) %] # a regular view of a Foo [% USE view(method => 'debug') %] [% view.print(my_foo_object) %] # a debug view of a Foo =item default Default template to use if no specific map entry is found for an item. [% USE view(default => 'my_object') %] [% view.print(objref) %] # => my_object If no map entry or default is provided then the view will attempt to construct a template name from the object class, substituting any sequence of non-word characters to single underscores, e.g. # 'fubar' is an object of class Foo::Bar [% view.print(fubar) %] # => Foo_Bar Any current prefix and suffix will be added to both the default template name and any name constructed from the object class. =item notfound Fallback template to use if any other isn't found. =item item Name of the template variable to which the print() method assigns the current item. Defaults to 'item'. [% USE view %] [% BLOCK list %] [% item.join(', ') %] [% END %] [% view.print(a_list) %] [% USE view(item => 'thing') %] [% BLOCK list %] [% thing.join(', ') %] [% END %] [% view.print(a_list) %] =item view_prefix Prefix of methods which should be mapped to view() by AUTOLOAD. Defaults to 'view_'. [% USE view %] [% view.view_header() %] # => view('header') [% USE view(view_prefix => 'show_me_the_' %] [% view.show_me_the_header() %] # => view('header') =item view_naked Flag to indicate if any attempt should be made to map method names to template names where they don't match the view_prefix. Defaults to 0. [% USE view(view_naked => 1) %] [% view.header() %] # => view('header') =back =head2 print( $obj1, $obj2, ... \%config) TODO =head2 view( $template, \%vars, \%config ); TODO =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 2000-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Plugin> =cut Manual.pod 0000444 00000004574 15155303157 0006502 0 ustar 00 #============================================================= -*-perl-*- # # Template::Manual # # DESCRIPTION # Front-page for the TT manual. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Manual - Template Toolkit User Manual =head1 Template Toolkit Manual The Template Toolkit manual contains documentation on using and extending the Template Toolkit. =head2 Template::Manual::Intro The L<Template::Manual::Intro> page provides an introduction to the Template Toolkit =head2 Template::Manual::Syntax The L<Template::Manual::Syntax> describes the syntax and structure of templates and the directive tags embedded within them. =head2 Template::Manual::Directives The L<Template::Manual::Directives> page lists all the Template Toolkit directives and gives examples of their use. =head2 Template::Manual::Variables The L<Template::Manual::Variables> page describes the use of variables in templates. =head2 Template::Manual::VMethods The L<Template::Manual::VMethods> page provides a full list of virtual methods that can be used in conjunction with variables, and gives examples of their use. =head2 Template::Manual::Config The L<Template::Manual::Config> page describes all of the Template Toolkit configuration options. =head2 Template::Manual::Filters The L<Template::Manual::Filters> page lists all of the Template Toolkit filters and gives examples of their use. =head2 Template::Manual::Plugins The L<Template::Manual::Plugins> page lists all of the standard plugins distributed with Template Toolkit and gives examples of their use. =head2 Template::Manual::Internals The L<Template::Manual::Internals> page describes the internal workings of the Template Toolkit. It is aimed at developers who wish to extend or modify the =head2 Template::Manual::Views The L<Template::Manual::Views> page describes the experimental C<VIEW> directive. =head2 Template::Manual::Credits The L<Template::Manual::Credits> page lists the people who have contributed to the Template Toolkit. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Namespace/Constants.pm 0000444 00000010545 15155303157 0010762 0 ustar 00 #================================================================= -*-Perl-*- # # Template::Namespace::Constants # # DESCRIPTION # Plugin compiler module for performing constant folding at compile time # on variables in a particular namespace. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Namespace::Constants; use strict; use warnings; use base 'Template::Base'; use Template::Config; use Template::Directive; use Template::Exception; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; sub _init { my ($self, $config) = @_; $self->{ STASH } = Template::Config->stash($config) || return $self->error(Template::Config->error()); return $self; } #------------------------------------------------------------------------ # ident(\@ident) foo.bar(baz) #------------------------------------------------------------------------ sub ident { my ($self, $ident) = @_; my @save = @$ident; # discard first node indicating constants namespace splice(@$ident, 0, 2); my $nelems = @$ident / 2; my ($e, $result); local $" = ', '; print STDERR "constant ident [ @$ident ] " if $DEBUG; foreach $e (0..$nelems-1) { # node name must be a constant unless ($ident->[$e * 2] =~ s/^'(.+)'$/$1/s) { $self->DEBUG(" * deferred (non-constant item: ", $ident->[$e * 2], ")\n") if $DEBUG; return Template::Directive->ident(\@save); } # if args is non-zero then it must be eval'ed if ($ident->[$e * 2 + 1]) { my $args = $ident->[$e * 2 + 1]; my $comp = eval "$args"; if ($@) { $self->DEBUG(" * deferred (non-constant args: $args)\n") if $DEBUG; return Template::Directive->ident(\@save); } $self->DEBUG("($args) ") if $comp && $DEBUG; $ident->[$e * 2 + 1] = $comp; } } $result = $self->{ STASH }->get($ident); if (! length $result || ref $result) { my $reason = length $result ? 'reference' : 'no result'; $self->DEBUG(" * deferred ($reason)\n") if $DEBUG; return Template::Directive->ident(\@save); } $result =~ s/'/\\'/g; $self->DEBUG(" * resolved => '$result'\n") if $DEBUG; return "'$result'"; } 1; __END__ =head1 NAME Template::Namespace::Constants - Compile time constant folding =head1 SYNOPSIS # easy way to define constants use Template; my $tt = Template->new({ CONSTANTS => { pi => 3.14, e => 2.718, }, }); # nitty-gritty, hands-dirty way use Template::Namespace::Constants; my $tt = Template->new({ NAMESPACE => { constants => Template::Namespace::Constants->new({ pi => 3.14, e => 2.718, }, }, }); =head1 DESCRIPTION The C<Template::Namespace::Constants> module implements a namespace handler which is plugged into the C<Template::Directive> compiler module. This then performs compile time constant folding of variables in a particular namespace. =head1 METHODS =head2 new(\%constants) The new() constructor method creates and returns a reference to a new Template::Namespace::Constants object. This creates an internal stash to store the constant variable definitions passed as arguments. my $handler = Template::Namespace::Constants->new({ pi => 3.14, e => 2.718, }); =head2 ident(\@ident) Method called to resolve a variable identifier into a compiled form. In this case, the method fetches the corresponding constant value from its internal stash and returns it. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Directive> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Plugin.pm 0000444 00000021370 15155303157 0006346 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Plugin # # DESCRIPTION # # Module defining a base class for a plugin object which can be loaded # and instantiated via the USE directive. # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it an/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Plugin; use strict; use warnings; use base 'Template::Base'; our $VERSION = '3.100'; our $DEBUG = 0 unless defined $DEBUG; our $ERROR = ''; our $AUTOLOAD; #======================================================================== # ----- CLASS METHODS ----- #======================================================================== #------------------------------------------------------------------------ # load() # # Class method called when the plugin module is first loaded. It # returns the name of a class (by default, its own class) or a prototype # object which will be used to instantiate new objects. The new() # method is then called against the class name (class method) or # prototype object (object method) to create a new instances of the # object. #------------------------------------------------------------------------ sub load { return $_[0]; } #------------------------------------------------------------------------ # new($context, $delegate, @params) # # Object constructor which is called by the Template::Context to # instantiate a new Plugin object. This base class constructor is # used as a general mechanism to load and delegate to other Perl # modules. The context is passed as the first parameter, followed by # a reference to a delegate object or the name of the module which # should be loaded and instantiated. Any additional parameters passed # to the USE directive are forwarded to the new() constructor. # # A plugin object is returned which has an AUTOLOAD method to delegate # requests to the underlying object. #------------------------------------------------------------------------ sub new { my $class = shift; bless { }, $class; } #------------------------------------------------------------------------ # fail($error) # # Version 1 error reporting function, now replaced by error() inherited # from Template::Base. Raises a "deprecated function" warning and then # calls error(). #------------------------------------------------------------------------ sub fail { my $class = shift; my ($pkg, $file, $line) = caller(); warn "Template::Plugin::fail() is deprecated at $file line $line. Please use error()\n"; $class->error(@_); } 1; __END__ =head1 NAME Template::Plugin - Base class for Template Toolkit plugins =head1 SYNOPSIS package MyOrg::Template::Plugin::MyPlugin; use base qw( Template::Plugin ); use Template::Plugin; use MyModule; sub new { my $class = shift; my $context = shift; bless { ... }, $class; } =head1 DESCRIPTION A "plugin" for the Template Toolkit is simply a Perl module which exists in a known package location (e.g. C<Template::Plugin::*>) and conforms to a regular standard, allowing it to be loaded and used automatically. The C<Template::Plugin> module defines a base class from which other plugin modules can be derived. A plugin does not have to be derived from Template::Plugin but should at least conform to its object-oriented interface. It is recommended that you create plugins in your own package namespace to avoid conflict with toolkit plugins. e.g. package MyOrg::Template::Plugin::FooBar; Use the L<PLUGIN_BASE|Template::Manual::Config#PLUGIN_BASE> option to specify the namespace that you use. e.g. use Template; my $template = Template->new({ PLUGIN_BASE => 'MyOrg::Template::Plugin', }); =head1 METHODS The following methods form the basic interface between the Template Toolkit and plugin modules. =head2 load($context) This method is called by the Template Toolkit when the plugin module is first loaded. It is called as a package method and thus implicitly receives the package name as the first parameter. A reference to the L<Template::Context> object loading the plugin is also passed. The default behaviour for the C<load()> method is to simply return the class name. The calling context then uses this class name to call the C<new()> package method. package MyPlugin; sub load { # called as MyPlugin->load($context) my ($class, $context) = @_; return $class; # returns 'MyPlugin' } =head2 new($context, @params) This method is called to instantiate a new plugin object for the C<USE> directive. It is called as a package method against the class name returned by L<load()>. A reference to the L<Template::Context> object creating the plugin is passed, along with any additional parameters specified in the C<USE> directive. sub new { # called as MyPlugin->new($context) my ($class, $context, @params) = @_; bless { _CONTEXT => $context, }, $class; # returns blessed MyPlugin object } =head2 error($error) This method, inherited from the L<Template::Base> module, is used for reporting and returning errors. It can be called as a package method to set/return the C<$ERROR> package variable, or as an object method to set/return the object C<_ERROR> member. When called with an argument, it sets the relevant variable and returns C<undef.> When called without an argument, it returns the value of the variable. package MyPlugin; use base 'Template::Plugin'; sub new { my ($class, $context, $dsn) = @_; return $class->error('No data source specified') unless $dsn; bless { _DSN => $dsn, }, $class; } package main; my $something = MyPlugin->new() || die MyPlugin->error(), "\n"; $something->do_something() || die $something->error(), "\n"; =head1 DEEPER MAGIC The L<Template::Context> object that handles the loading and use of plugins calls the L<new()> and L<error()> methods against the package name returned by the L<load()> method. In pseudo-code terms looks something like this: $class = MyPlugin->load($context); # returns 'MyPlugin' $object = $class->new($context, @params) # MyPlugin->new(...) || die $class->error(); # MyPlugin->error() The L<load()> method may alternately return a blessed reference to an object instance. In this case, L<new()> and L<error()> are then called as I<object> methods against that prototype instance. package YourPlugin; sub load { my ($class, $context) = @_; bless { _CONTEXT => $context, }, $class; } sub new { my ($self, $context, @params) = @_; return $self; } In this example, we have implemented a 'Singleton' plugin. One object gets created when L<load()> is called and this simply returns itself for each call to L<new().> Another implementation might require individual objects to be created for every call to L<new(),> but with each object sharing a reference to some other object to maintain cached data, database handles, etc. This pseudo-code example demonstrates the principle. package MyServer; sub load { my ($class, $context) = @_; bless { _CONTEXT => $context, _CACHE => { }, }, $class; } sub new { my ($self, $context, @params) = @_; MyClient->new($self, @params); } sub add_to_cache { ... } sub get_from_cache { ... } package MyClient; sub new { my ($class, $server, $blah) = @_; bless { _SERVER => $server, _BLAH => $blah, }, $class; } sub get { my $self = shift; $self->{ _SERVER }->get_from_cache(@_); } sub put { my $self = shift; $self->{ _SERVER }->add_to_cache(@_); } When the plugin is loaded, a C<MyServer> instance is created. The L<new()> method is called against this object which instantiates and returns a C<MyClient> object, primed to communicate with the creating C<MyServer>. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template>, L<Template::Plugins>, L<Template::Context> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Modules.pod 0000444 00000012571 15155303157 0006671 0 ustar 00 #============================================================= -*-perl-*- # # Template::Modules # # DESCRIPTION # # AUTHOR # Andy Wardley <abw@wardley.org> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #======================================================================== =head1 NAME Template::Modules - Template Toolkit Modules =head1 Template Toolkit Modules This documentation provides an overview of the different modules that comprise the Template Toolkit. =head2 Template The L<Template> module is the front-end to the Template Toolkit for Perl programmers. use Template; my $tt = Template->new(); $tt->process('hello.html', message => 'Hello World'); =head2 Template::Base The L<Template::Base> module implements a base class from which the other Template Toolkit modules are derived. It implements common functionality for creating objects, error reporting, debugging, and so on. =head2 Template::Config The L<Template::Config> module defines the configuration of the Template Toolkit for your system. It is an example of a I<factory module> which is responsible for instantiating the various other modules used in the Template Toolkit. For example, the L<Template::Config> module defines the C<$STASH> package variable which indicates which version of the L<Template::Stash> you are using by default. If you elected to use the faster L<XS|Template::Stash::XS> stash when you installed the Template Toolkit, then this will be set as: $STASH = 'Template::Stash::XS'; Otherwise you'll get the regular L<Perl|Template::Stash> stash: $STASH = 'Template::Stash'; This approach means that other parts of the Template Toolkit don't have to worry about which stash you're using. They just ask the L<Template::Config> module to create a stash of the right kind. =head2 Template::Constants The L<Template::Constants> defines a number of constants that are used by the Template Toolkit. For example, the C<:chomp> tagset defines the C<CHOMP_???> constants that can be used with the C<PRE_CHOMP> and C<POST_CHOMP> configuration options. use Template::Constants ':chomp'; my $tt = Template->new({ PRE_CHOMP => CHOMP_COLLAPSE, }); =head2 Template::Context The L<Template::Context> module defines a runtime context in which templates are processed. A context keeps track of all the templates, variables, plugins, and other resources that are available (either directly or through delegate objects) and provides methods to fetch, store, and perform various operations on them. =head2 Template::Document The L<Template::Document> module implements a compiled template document object. This is generated by the L<Template::Parser> module. =head2 Template::Exception The L<Template::Exception> module implements an exception object which is used for runtime error reporting. =head2 Template::Filters The L<Template::Filters> module implements a filter provider. It includes the core collection of filters that can be used via the C<FILTER> directive. =head2 Template::Iterator The L<Template::Iterator> module implements a data iterator which steps through each item in a list in turn. It is used by the C<FOREACH> directive. Within a C<FOREACH> block, the C<loop> variable always references the current iterator object. [% FOREACH item IN list; IF loop.first; # first item in loop ELSIF loop.last; # last item in loop ELSE; # any other item in loop END; END %] =head2 Template::Namespace::Constants The L<Template::Namespace::Constants> module is used internally to represent constants. These can be resolved immediately at the point that a template is compiled. =head2 Template::Parser The L<Template::Parser> module is used to parse a source template and turn it into Perl code which can be executed. =head2 Template::Plugin The L<Template::Plugin> module is a base class for Template Toolkit plugins that can be loaded on demand from within a template using the C<USE> directive. =head2 Template::Plugins The L<Template::Plugins> module is the plugins provider. It loads and prepares plugins as and when they are requested from within a template. =head2 Template::Provider The L<Template::Provider> module is responsible for loading, compiling and caching templates. =head2 Template::Service The L<Template::Service> module implements a service layer that sits just behind the L<Template> module, and just in front of a L<Template::Context>. It handles each request to process a template (forwarded from the L<Template> module). It adds any headers and/or footers (specified via the C<PRE_PROCESS> and C<POST_PROCESS> options), applies any wrapper (the C<WRAPPER> option) and catches any errors returned (the C<ERRORS> option). =head2 Template::Stash The L<Template::Stash> module is used to fetch and store template variables. It implements all of the magic associated with the dot operator. =head2 Template::Stash::XS The L<Template::Stash::XS> module is a high-speed implementation of L<Template::Stash> written in C. =head2 Template::Test The L<Template::Test> module is used to automate the Template Toolkit test scripts. =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4: Filters.pm 0000444 00000060652 15155303157 0006526 0 ustar 00 #============================================================= -*-Perl-*- # # Template::Filters # # DESCRIPTION # Defines filter plugins as used by the FILTER directive. # # AUTHORS # Andy Wardley <abw@wardley.org>, with a number of filters contributed # by Leslie Michael Orchard <deus_x@nijacode.com> # # COPYRIGHT # Copyright (C) 1996-2022 Andy Wardley. All Rights Reserved. # # This module is free software; you can redistribute it and/or # modify it under the same terms as Perl itself. # #============================================================================ package Template::Filters; use strict; use warnings; use locale; use base 'Template::Base'; use Template::Constants; use Scalar::Util 'blessed'; our $VERSION = '3.100'; our $AVAILABLE = { }; our $TRUNCATE_LENGTH = 32; our $TRUNCATE_ADDON = '...'; #------------------------------------------------------------------------ # standard filters, defined in one of the following forms: # name => \&static_filter # name => [ \&subref, $is_dynamic ] # If the $is_dynamic flag is set then the sub-routine reference # is called to create a new filter each time it is requested; if # not set, then it is a single, static sub-routine which is returned # for every filter request for that name. #------------------------------------------------------------------------ our $FILTERS = { # static filters 'html' => \&html_filter, 'html_para' => \&html_paragraph, 'html_break' => \&html_para_break, 'html_para_break' => \&html_para_break, 'html_line_break' => \&html_line_break, 'xml' => \&xml_filter, 'uri' => \&uri_filter, 'url' => \&url_filter, 'upper' => sub { uc $_[0] }, 'lower' => sub { lc $_[0] }, 'ucfirst' => sub { ucfirst $_[0] }, 'lcfirst' => sub { lcfirst $_[0] }, 'stderr' => sub { print STDERR @_; return '' }, 'trim' => sub { for ($_[0]) { s/^\s+//; s/\s+$// }; $_[0] }, 'null' => sub { return '' }, 'collapse' => sub { for ($_[0]) { s/^\s+//; s/\s+$//; s/\s+/ /g }; $_[0] }, # dynamic filters 'html_entity' => [ \&html_entity_filter_factory, 1 ], 'indent' => [ \&indent_filter_factory, 1 ], 'format' => [ \&format_filter_factory, 1 ], 'truncate' => [ \&truncate_filter_factory, 1 ], 'repeat' => [ \&repeat_filter_factory, 1 ], 'replace' => [ \&replace_filter_factory, 1 ], 'remove' => [ \&remove_filter_factory, 1 ], 'eval' => [ \&eval_filter_factory, 1 ], 'evaltt' => [ \&eval_filter_factory, 1 ], # alias 'perl' => [ \&perl_filter_factory, 1 ], 'evalperl' => [ \&perl_filter_factory, 1 ], # alias 'redirect' => [ \&redirect_filter_factory, 1 ], 'file' => [ \&redirect_filter_factory, 1 ], # alias 'stdout' => [ \&stdout_filter_factory, 1 ], }; # name of module implementing plugin filters our $PLUGIN_FILTER = 'Template::Plugin::Filter'; #======================================================================== # -- PUBLIC METHODS -- #======================================================================== #------------------------------------------------------------------------ # fetch($name, \@args, $context) # # Attempts to instantiate or return a reference to a filter sub-routine # named by the first parameter, $name, with additional constructor # arguments passed by reference to a list as the second parameter, # $args. A reference to the calling Template::Context object is # passed as the third parameter. # # Returns a reference to a filter sub-routine or a pair of values # (undef, STATUS_DECLINED) or ($error, STATUS_ERROR) to decline to # deliver the filter or to indicate an error. #------------------------------------------------------------------------ sub fetch { my ($self, $name, $args, $context) = @_; my ($factory, $is_dynamic, $filter, $error); $self->debug("fetch($name, ", defined $args ? ('[ ', join(', ', @$args), ' ]') : '<no args>', ', ', defined $context ? $context : '<no context>', ')') if $self->{ DEBUG }; # allow $name to be specified as a reference to # a plugin filter object; any other ref is # assumed to be a coderef and hence already a filter; # non-refs are assumed to be regular name lookups if (ref $name) { if (blessed($name) && $name->isa($PLUGIN_FILTER)) { $factory = $name->factory() || return $self->error($name->error()); } else { return $name; } } else { return (undef, Template::Constants::STATUS_DECLINED) unless ($factory = $self->{ FILTERS }->{ $name } || $FILTERS->{ $name }); } # factory can be an [ $code, $dynamic ] or just $code if (ref $factory eq 'ARRAY') { ($factory, $is_dynamic) = @$factory; } else { $is_dynamic = 0; } if (ref $factory eq 'CODE') { if ($is_dynamic) { # if the dynamic flag is set then the sub-routine is a # factory which should be called to create the actual # filter... eval { ($filter, $error) = &$factory($context, $args ? @$args : ()); }; $error ||= $@; $error = "invalid FILTER for '$name' (not a CODE ref)" unless $error || ref($filter) eq 'CODE'; } else { # ...otherwise, it's a static filter sub-routine $filter = $factory; } } else { $error = "invalid FILTER entry for '$name' (not a CODE ref)"; } if ($error) { return $self->{ TOLERANT } ? (undef, Template::Constants::STATUS_DECLINED) : ($error, Template::Constants::STATUS_ERROR) ; } else { return $filter; } } #------------------------------------------------------------------------ # store($name, \&filter) # # Stores a new filter in the internal FILTERS hash. The first parameter # is the filter name, the second a reference to a subroutine or # array, as per the standard $FILTERS entries. #------------------------------------------------------------------------ sub store { my ($self, $name, $filter) = @_; $self->debug("store($name, $filter)") if $self->{ DEBUG }; $self->{ FILTERS }->{ $name } = $filter; return 1; } #======================================================================== # -- PRIVATE METHODS -- #======================================================================== #------------------------------------------------------------------------ # _init(\%config) # # Private initialisation method. #------------------------------------------------------------------------ sub _init { my ($self, $params) = @_; $self->{ FILTERS } = $params->{ FILTERS } || { }; $self->{ TOLERANT } = $params->{ TOLERANT } || 0; $self->{ DEBUG } = ( $params->{ DEBUG } || 0 ) & Template::Constants::DEBUG_FILTERS; return $self; } #======================================================================== # -- STATIC FILTER SUBS -- #======================================================================== #------------------------------------------------------------------------ # uri_filter() and url_filter() below can match using either RFC3986 or # RFC2732. See https://github.com/abw/Template2/issues/13 #----------------------------------------------------------------------- our $UNSAFE_SPEC = { RFC2732 => q{A-Za-z0-9\-_.~!*'()}, RFC3986 => q{A-Za-z0-9\-_.~}, }; our $UNSAFE_CHARS = $UNSAFE_SPEC->{ RFC3986 }; our $URI_REGEX; our $URL_REGEX; our $URI_ESCAPES; sub use_rfc2732 { $UNSAFE_CHARS = $UNSAFE_SPEC->{ RFC2732 }; $URI_REGEX = $URL_REGEX = undef; } sub use_rfc3986 { $UNSAFE_CHARS = $UNSAFE_SPEC->{ RFC3986 }; $URI_REGEX = $URL_REGEX = undef; } sub uri_escapes { return { map { ( chr($_), sprintf("%%%02X", $_) ) } (0..255), }; } #------------------------------------------------------------------------ # uri_filter() [% FILTER uri %] # # URI escape a string. This code is borrowed from Gisle Aas' URI::Escape # module, copyright 1995-2004. See RFC2396, RFC2732 and RFC3986 for # details. #----------------------------------------------------------------------- sub uri_filter { my $text = shift; $URI_REGEX ||= qr/([^$UNSAFE_CHARS])/; $URI_ESCAPES ||= uri_escapes(); if ($] >= 5.008 && utf8::is_utf8($text)) { utf8::encode($text); } $text =~ s/$URI_REGEX/$URI_ESCAPES->{$1}/eg; $text; } #------------------------------------------------------------------------ # url_filter() [% FILTER uri %] # # NOTE: the difference: url vs uri. # This implements the old-style, non-strict behaviour of the uri filter # which allows any valid URL characters to pass through so that # http://example.com/blah.html does not get the ':' and '/' characters # munged. #----------------------------------------------------------------------- sub url_filter { my $text = shift; $URL_REGEX ||= qr/([^;\/?:@&=+\$,$UNSAFE_CHARS])/; $URI_ESCAPES ||= uri_escapes(); if ($] >= 5.008 && utf8::is_utf8($text)) { utf8::encode($text); } $text =~ s/$URL_REGEX/$URI_ESCAPES->{$1}/eg; $text; } #------------------------------------------------------------------------ # html_filter() [% FILTER html %] # # Convert any '<', '>' or '&' characters to the HTML equivalents, '<', # '>' and '&', respectively. #------------------------------------------------------------------------ sub html_filter { my $text = shift; for ($text) { s/&/&/g; s/</</g; s/>/>/g; s/"/"/g; } return $text; } #------------------------------------------------------------------------ # xml_filter() [% FILTER xml %] # # Same as the html filter, but adds the conversion of ' to ' which # is native to XML. #------------------------------------------------------------------------ sub xml_filter { my $text = shift; for ($text) { s/&/&/g; s/</</g; s/>/>/g; s/"/"/g; s/'/'/g; } return $text; } #------------------------------------------------------------------------ # html_paragraph() [% FILTER html_para %] # # Wrap each paragraph of text (delimited by two or more newlines) in the # <p>...</p> HTML tags. #------------------------------------------------------------------------ sub html_paragraph { my $text = shift; return "<p>\n" . join("\n</p>\n\n<p>\n", split(/(?:\r?\n){2,}/, $text)) . "</p>\n"; } #------------------------------------------------------------------------ # html_para_break() [% FILTER html_para_break %] # # Join each paragraph of text (delimited by two or more newlines) with # <br><br> HTML tags. #------------------------------------------------------------------------ sub html_para_break { my $text = shift; $text =~ s|(\r?\n){2,}|$1<br />$1<br />$1|g; return $text; } #------------------------------------------------------------------------ # html_line_break() [% FILTER html_line_break %] # # replaces any newlines with <br> HTML tags. #------------------------------------------------------------------------ sub html_line_break { my $text = shift; $text =~ s|(\r?\n)|<br />$1|g; return $text; } #======================================================================== # -- DYNAMIC FILTER FACTORIES -- #======================================================================== #------------------------------------------------------------------------ # html_entity_filter_factory(\%options) [% FILTER html %] # # Dynamic version of the static html filter which attempts to locate the # Apache::Util or HTML::Entities modules to perform full entity encoding # of the text passed. Returns an exception if one or other of the # modules can't be located. #------------------------------------------------------------------------ sub use_html_entities { require HTML::Entities; return ($AVAILABLE->{ HTML_ENTITY } = \&HTML::Entities::encode_entities); } sub use_apache_util { require Apache::Util; Apache::Util::escape_html(''); # TODO: explain this return ($AVAILABLE->{ HTML_ENTITY } = \&Apache::Util::escape_html); } sub html_entity_filter_factory { my $context = shift; my $haz; # if Apache::Util is installed then we use escape_html $haz = $AVAILABLE->{ HTML_ENTITY } || eval { use_apache_util() } || eval { use_html_entities() } || -1; # we use -1 for "not available" because it's a true value return ref $haz eq 'CODE' ? $haz : (undef, Template::Exception->new( html_entity => 'cannot locate Apache::Util or HTML::Entities' ) ); } #------------------------------------------------------------------------ # indent_filter_factory($pad) [% FILTER indent(pad) %] # # Create a filter to indent text by a fixed pad string or when $pad is # numerical, a number of space. #------------------------------------------------------------------------ sub indent_filter_factory { my ($context, $pad) = @_; $pad = 4 unless defined $pad; $pad = ' ' x $pad if $pad =~ /^\d+$/; return sub { my $text = shift; $text = '' unless defined $text; $text =~ s/^/$pad/mg; return $text; } } #------------------------------------------------------------------------ # format_filter_factory() [% FILTER format(format) %] # # Create a filter to format text according to a printf()-like format # string. #------------------------------------------------------------------------ sub format_filter_factory { my ($context, $format) = @_; $format = '%s' unless defined $format; return sub { my $text = shift; $text = '' unless defined $text; return join("\n", map{ sprintf($format, $_) } split(/\n/, $text)); } } #------------------------------------------------------------------------ # repeat_filter_factory($n) [% FILTER repeat(n) %] # # Create a filter to repeat text n times. #------------------------------------------------------------------------ sub repeat_filter_factory { my ($context, $iter) = @_; $iter = 1 unless defined $iter and length $iter; return sub { my $text = shift; $text = '' unless defined $text; return join('\n', $text) x $iter; } } #------------------------------------------------------------------------ # replace_filter_factory($s, $r) [% FILTER replace(search, replace) %] # # Create a filter to replace 'search' text with 'replace' #------------------------------------------------------------------------ sub replace_filter_factory { my ($context, $search, $replace) = @_; $search = '' unless defined $search; $replace = '' unless defined $replace; return sub { my $text = shift; $text = '' unless defined $text; $text =~ s/$search/$replace/g; return $text; } } #------------------------------------------------------------------------ # remove_filter_factory($text) [% FILTER remove(text) %] # # Create a filter to remove 'search' string from the input text. #------------------------------------------------------------------------ sub remove_filter_factory { my ($context, $search) = @_; return sub { my $text = shift; $text = '' unless defined $text; $text =~ s/$search//g; return $text; } } #------------------------------------------------------------------------ # truncate_filter_factory($n) [% FILTER truncate(n) %] # # Create a filter to truncate text after n characters. #------------------------------------------------------------------------ sub truncate_filter_factory { my ($context, $len, $char) = @_; $len = $TRUNCATE_LENGTH unless defined $len; $char = $TRUNCATE_ADDON unless defined $char; # Length of char is the minimum length my $lchar = length $char; if ($len < $lchar) { $char = substr($char, 0, $len); $lchar = $len; } return sub { my $text = shift; return $text if length $text <= $len; return substr($text, 0, $len - $lchar) . $char; } } #------------------------------------------------------------------------ # eval_filter_factory [% FILTER eval %] # # Create a filter to evaluate template text. #------------------------------------------------------------------------ sub eval_filter_factory { my $context = shift; return sub { my $text = shift; $context->process(\$text); } } #------------------------------------------------------------------------ # perl_filter_factory [% FILTER perl %] # # Create a filter to process Perl text iff the context EVAL_PERL flag # is set. #------------------------------------------------------------------------ sub perl_filter_factory { my $context = shift; my $stash = $context->stash; return (undef, Template::Exception->new('perl', 'EVAL_PERL is not set')) unless $context->eval_perl(); return sub { my $text = shift; local($Template::Perl::context) = $context; local($Template::Perl::stash) = $stash; my $out = eval <<EOF; package Template::Perl; \$stash = \$context->stash(); $text EOF $context->throw($@) if $@; return $out; } } #------------------------------------------------------------------------ # redirect_filter_factory($context, $file) [% FILTER redirect(file) %] # # Create a filter to redirect the block text to a file. #------------------------------------------------------------------------ sub redirect_filter_factory { my ($context, $file, $options) = @_; my $outpath = $context->config->{ OUTPUT_PATH }; return (undef, Template::Exception->new('redirect', 'OUTPUT_PATH is not set')) unless $outpath; $context->throw('redirect', "relative filenames are not supported: $file") if $file =~ m{(^|/)\.\./}; $options = { binmode => $options } unless ref $options; sub { my $text = shift; my $outpath = $context->config->{ OUTPUT_PATH } || return ''; $outpath .= "/$file"; my $error = Template::_output($outpath, \$text, $options); die Template::Exception->new('redirect', $error) if $error; return ''; } } #------------------------------------------------------------------------ # stdout_filter_factory($context, $binmode) [% FILTER stdout(binmode) %] # # Create a filter to print a block to stdout, with an optional binmode. #------------------------------------------------------------------------ sub stdout_filter_factory { my ($context, $options) = @_; $options = { binmode => $options } unless ref $options; sub { my $text = shift; binmode(STDOUT) if $options->{ binmode }; print STDOUT $text; return ''; } } 1; __END__ =head1 NAME Template::Filters - Post-processing filters for template blocks =head1 SYNOPSIS use Template::Filters; $filters = Template::Filters->new(\%config); ($filter, $error) = $filters->fetch($name, \@args, $context); if ($filter) { print &$filter("some text"); } else { print "Could not fetch $name filter: $error\n"; } =head1 DESCRIPTION The C<Template::Filters> module implements a provider for creating subroutines that implement the standard filters. Additional custom filters may be provided via the L<FILTERS> configuration option. =head1 METHODS =head2 new(\%params) Constructor method which instantiates and returns a reference to a C<Template::Filters> object. A reference to a hash array of configuration items may be passed as a parameter. These are described below. my $filters = Template::Filters->new({ FILTERS => { ... }, }); my $template = Template->new({ LOAD_FILTERS => [ $filters ], }); A default C<Template::Filters> module is created by the L<Template> module if the L<LOAD_FILTERS> option isn't specified. All configuration parameters are forwarded to the constructor. $template = Template->new({ FILTERS => { ... }, }); =head2 fetch($name, \@args, $context) Called to request that a filter of a given name be provided. The name of the filter should be specified as the first parameter. This should be one of the standard filters or one specified in the L<FILTERS> configuration hash. The second argument should be a reference to an array containing configuration parameters for the filter. This may be specified as 0, or undef where no parameters are provided. The third argument should be a reference to the current L<Template::Context> object. The method returns a reference to a filter sub-routine on success. It may also return C<(undef, STATUS_DECLINE)> to decline the request, to allow delegation onto other filter providers in the L<LOAD_FILTERS> chain of responsibility. On error, C<($error, STATUS_ERROR)> is returned where $error is an error message or L<Template::Exception> object indicating the error that occurred. When the C<TOLERANT> option is set, errors are automatically downgraded to a C<STATUS_DECLINE> response. =head2 use_html_entities() This class method can be called to configure the C<html_entity> filter to use the L<HTML::Entities> module. An error will be raised if it is not installed on your system. use Template::Filters; Template::Filters->use_html_entities(); =head2 use_apache_util() This class method can be called to configure the C<html_entity> filter to use the L<Apache::Util> module. An error will be raised if it is not installed on your system. use Template::Filters; Template::Filters->use_apache_util(); =head2 use_rfc2732() This class method can be called to configure the C<uri> and C<url> filters to use the older RFC2732 standard for matching unsafe characters. =head2 use_rfc3986() This class method can be called to configure the C<uri> and C<url> filters to use the newer RFC3986 standard for matching unsafe characters. =head1 CONFIGURATION OPTIONS The following list summarises the configuration options that can be provided to the C<Template::Filters> L<new()> constructor. Please see L<Template::Manual::Config> for further information about each option. =head2 FILTERS The L<FILTERS|Template::Manual::Config#FILTERS> option can be used to specify custom filters which can then be used with the L<FILTER|Template::Manual::Directives#FILTER> directive like any other. These are added to the standard filters which are available by default. $filters = Template::Filters->new({ FILTERS => { 'sfilt1' => \&static_filter, 'dfilt1' => [ \&dyanamic_filter_factory, 1 ], }, }); =head2 TOLERANT The L<TOLERANT|Template::Manual::Config#TOLERANT> flag can be set to indicate that the C<Template::Filters> module should ignore any errors and instead return C<STATUS_DECLINED>. =head2 DEBUG The L<DEBUG|Template::Manual::Config#DEBUG> option can be used to enable debugging messages for the Template::Filters module by setting it to include the C<DEBUG_FILTERS> value. use Template::Constants qw( :debug ); my $template = Template->new({ DEBUG => DEBUG_FILTERS | DEBUG_PLUGINS, }); =head1 STANDARD FILTERS Please see L<Template::Manual::Filters> for a list of the filters provided with the Template Toolkit, complete with examples of use. =head1 AUTHOR Andy Wardley E<lt>abw@wardley.orgE<gt> L<http://wardley.org/> =head1 COPYRIGHT Copyright (C) 1996-20202Andy Wardley. All Rights Reserved. This module is free software; you can redistribute it and/or modify it under the same terms as Perl itself. =head1 SEE ALSO L<Template::Manual::Filters>, L<Template>, L<Template::Context> =cut # Local Variables: # mode: perl # perl-indent-level: 4 # indent-tabs-mode: nil # End: # # vim: expandtab shiftwidth=4:
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