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AbstractCryptoClient.php
(3.87 KB)
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AbstractCryptoClientV2.php
(3.75 KB)
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AesDecryptingStream.php
(3.43 KB)
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AesEncryptingStream.php
(3.62 KB)
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AesGcmDecryptingStream.php
(2.23 KB)
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AesGcmEncryptingStream.php
(2.69 KB)
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AesStreamInterface.php
(656 B)
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AesStreamInterfaceV2.php
(728 B)
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Cipher
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DecryptionTrait.php
(5.85 KB)
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DecryptionTraitV2.php
(5.95 KB)
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EncryptionTrait.php
(6.42 KB)
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EncryptionTraitV2.php
(6.32 KB)
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KmsMaterialsProvider.php
(3.39 KB)
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KmsMaterialsProviderV2.php
(2.53 KB)
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MaterialsProvider.php
(3.23 KB)
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MaterialsProviderInterface.php
(1.58 KB)
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MaterialsProviderV2.php
(2.42 KB)
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MetadataEnvelope.php
(1.54 KB)
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MetadataStrategyInterface.php
(996 B)
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Polyfill
Editing: AesEncryptingStream.php
<?php namespace Aws\Crypto; use GuzzleHttp\Psr7\StreamDecoratorTrait; use \LogicException; use Psr\Http\Message\StreamInterface; use Aws\Crypto\Cipher\CipherMethod; /** * @internal Represents a stream of data to be encrypted with a passed cipher. */ class AesEncryptingStream implements AesStreamInterface { const BLOCK_SIZE = 16; // 128 bits use StreamDecoratorTrait; /** * @var string */ private $buffer = ''; /** * @var CipherMethod */ private $cipherMethod; /** * @var string */ private $key; /** * @var StreamInterface */ private $stream; /** * @param StreamInterface $plainText * @param string $key * @param CipherMethod $cipherMethod */ public function __construct( StreamInterface $plainText, $key, CipherMethod $cipherMethod ) { $this->stream = $plainText; $this->key = $key; $this->cipherMethod = clone $cipherMethod; } public function getOpenSslName() { return $this->cipherMethod->getOpenSslName(); } public function getAesName() { return $this->cipherMethod->getAesName(); } public function getCurrentIv() { return $this->cipherMethod->getCurrentIv(); } public function getSize() { $plainTextSize = $this->stream->getSize(); if ($this->cipherMethod->requiresPadding() && $plainTextSize !== null) { // PKCS7 padding requires that between 1 and self::BLOCK_SIZE be // added to the plaintext to make it an even number of blocks. $padding = self::BLOCK_SIZE - $plainTextSize % self::BLOCK_SIZE; return $plainTextSize + $padding; } return $plainTextSize; } public function isWritable() { return false; } public function read($length) { if ($length > strlen($this->buffer)) { $this->buffer .= $this->encryptBlock( self::BLOCK_SIZE * ceil(($length - strlen($this->buffer)) / self::BLOCK_SIZE) ); } $data = substr($this->buffer, 0, $length); $this->buffer = substr($this->buffer, $length); return $data ? $data : ''; } public function seek($offset, $whence = SEEK_SET) { if ($whence === SEEK_CUR) { $offset = $this->tell() + $offset; $whence = SEEK_SET; } if ($whence === SEEK_SET) { $this->buffer = ''; $wholeBlockOffset = (int) ($offset / self::BLOCK_SIZE) * self::BLOCK_SIZE; $this->stream->seek($wholeBlockOffset); $this->cipherMethod->seek($wholeBlockOffset); $this->read($offset - $wholeBlockOffset); } else { throw new LogicException('Unrecognized whence.'); } } private function encryptBlock($length) { if ($this->stream->eof()) { return ''; } $plainText = ''; do { $plainText .= $this->stream->read($length - strlen($plainText)); } while (strlen($plainText) < $length && !$this->stream->eof()); $options = OPENSSL_RAW_DATA; if (!$this->stream->eof() || $this->stream->getSize() !== $this->stream->tell() ) { $options |= OPENSSL_ZERO_PADDING; } $cipherText = openssl_encrypt( $plainText, $this->cipherMethod->getOpenSslName(), $this->key, $options, $this->cipherMethod->getCurrentIv() ); $this->cipherMethod->update($cipherText); return $cipherText; } }
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