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ByteEncoding/Static.php 0000604 00000003475 15071530350 0011062 0 ustar 00 <?php
/**
* Zend Framework
*
* LICENSE
*
* This source file is subject to the new BSD license that is bundled
* with this package in the file LICENSE.txt.
* It is also available through the world-wide-web at this URL:
* http://framework.zend.com/license/new-bsd
* If you did not receive a copy of the license and are unable to
* obtain it through the world-wide-web, please send an email
* to license@zend.com so we can send you a copy immediately.
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
/** Zend_Pdf_Cmap_ByteEncoding */
require_once 'Zend/Pdf/Cmap/ByteEncoding.php';
/**
* Custom cmap type used for the Adobe Standard 14 PDF fonts.
*
* Just like {@link Zend_Pdf_Cmap_ByteEncoding} except that the constructor
* takes a predefined array of glyph numbers and can cover any Unicode character.
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
class Zend_Pdf_Cmap_ByteEncoding_Static extends Zend_Pdf_Cmap_ByteEncoding
{
/**** Public Interface ****/
/* Object Lifecycle */
/**
* Object constructor
*
* @param array $cmapData Array whose keys are Unicode character codes and
* values are glyph numbers.
* @throws Zend_Pdf_Exception
*/
public function __construct($cmapData)
{
if (! is_array($cmapData)) {
throw new Zend_Pdf_Exception('Constructor parameter must be an array',
Zend_Pdf_Exception::BAD_PARAMETER_TYPE);
}
$this->_glyphIndexArray = $cmapData;
}
}
ByteEncoding.php 0000604 00000054110 15071530350 0007623 0 ustar 00 <?php
/**
* Zend Framework
*
* LICENSE
*
* This source file is subject to the new BSD license that is bundled
* with this package in the file LICENSE.txt.
* It is also available through the world-wide-web at this URL:
* http://framework.zend.com/license/new-bsd
* If you did not receive a copy of the license and are unable to
* obtain it through the world-wide-web, please send an email
* to license@zend.com so we can send you a copy immediately.
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
/** Zend_Pdf_Cmap */
require_once 'Zend/Pdf/Cmap.php';
/**
* Implements the "byte encoding" character map (type 0).
*
* This is the (legacy) Apple standard encoding mechanism and provides coverage
* for characters in the Mac Roman character set only. Consequently, this cmap
* type should be used only as a last resort.
*
* The mapping from Mac Roman to Unicode can be found at
* {@link http://www.unicode.org/Public/MAPPINGS/VENDORS/APPLE/ROMAN.TXT}.
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
class Zend_Pdf_Cmap_ByteEncoding extends Zend_Pdf_Cmap
{
/**** Instance Variables ****/
/**
* Glyph index array. Stores the actual glyph numbers. The array keys are
* the translated Unicode code points.
* @var array
*/
protected $_glyphIndexArray = array();
/**** Public Interface ****/
/* Concrete Class Implementation */
/**
* Returns an array of glyph numbers corresponding to the Unicode characters.
*
* If a particular character doesn't exist in this font, the special 'missing
* character glyph' will be substituted.
*
* See also {@link glyphNumberForCharacter()}.
*
* @param array $characterCodes Array of Unicode character codes (code points).
* @return array Array of glyph numbers.
*/
public function glyphNumbersForCharacters($characterCodes)
{
$glyphNumbers = array();
foreach ($characterCodes as $key => $characterCode) {
if (! isset($this->_glyphIndexArray[$characterCode])) {
$glyphNumbers[$key] = Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
continue;
}
$glyphNumbers[$key] = $this->_glyphIndexArray[$characterCode];
}
return $glyphNumbers;
}
/**
* Returns the glyph number corresponding to the Unicode character.
*
* If a particular character doesn't exist in this font, the special 'missing
* character glyph' will be substituted.
*
* See also {@link glyphNumbersForCharacters()} which is optimized for bulk
* operations.
*
* @param integer $characterCode Unicode character code (code point).
* @return integer Glyph number.
*/
public function glyphNumberForCharacter($characterCode)
{
if (! isset($this->_glyphIndexArray[$characterCode])) {
return Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
}
return $this->_glyphIndexArray[$characterCode];
}
/**
* Returns an array containing the Unicode characters that have entries in
* this character map.
*
* @return array Unicode character codes.
*/
public function getCoveredCharacters()
{
return array_keys($this->_glyphIndexArray);
}
/**
* Returns an array containing the glyphs numbers that have entries in this character map.
* Keys are Unicode character codes (integers)
*
* This functionality is partially covered by glyphNumbersForCharacters(getCoveredCharacters())
* call, but this method do it in more effective way (prepare complete list instead of searching
* glyph for each character code).
*
* @internal
* @return array Array representing <Unicode character code> => <glyph number> pairs.
*/
public function getCoveredCharactersGlyphs()
{
return $this->_glyphIndexArray;
}
/* Object Lifecycle */
/**
* Object constructor
*
* Parses the raw binary table data. Throws an exception if the table is
* malformed.
*
* @param string $cmapData Raw binary cmap table data.
* @throws Zend_Pdf_Exception
*/
public function __construct($cmapData)
{
/* Sanity check: This table must be exactly 262 bytes long.
*/
$actualLength = strlen($cmapData);
if ($actualLength != 262) {
throw new Zend_Pdf_Exception('Insufficient table data',
Zend_Pdf_Exception::CMAP_TABLE_DATA_TOO_SMALL);
}
/* Sanity check: Make sure this is right data for this table type.
*/
$type = $this->_extractUInt2($cmapData, 0);
if ($type != Zend_Pdf_Cmap::TYPE_BYTE_ENCODING) {
throw new Zend_Pdf_Exception('Wrong cmap table type',
Zend_Pdf_Exception::CMAP_WRONG_TABLE_TYPE);
}
$length = $this->_extractUInt2($cmapData, 2);
if ($length != $actualLength) {
throw new Zend_Pdf_Exception("Table length ($length) does not match actual length ($actualLength)",
Zend_Pdf_Exception::CMAP_WRONG_TABLE_LENGTH);
}
/* Mapping tables should be language-independent. The font may not work
* as expected if they are not. Unfortunately, many font files in the
* wild incorrectly record a language ID in this field, so we can't
* call this a failure.
*/
$language = $this->_extractUInt2($cmapData, 4);
if ($language != 0) {
// Record a warning here somehow?
}
/* The mapping between the Mac Roman and Unicode characters is static.
* For simplicity, just put all 256 glyph indices into one array keyed
* off the corresponding Unicode character.
*/
$i = 6;
$this->_glyphIndexArray[0x00] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x01] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x03] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x04] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x05] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x06] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x07] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x08] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x09] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x10] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x11] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x12] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x13] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x14] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x15] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x16] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x17] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x18] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x19] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x1a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x1b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x1c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x1d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x1e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x1f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x20] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x21] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x22] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x23] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x24] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x25] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x26] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x27] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x28] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x29] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x30] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x31] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x32] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x33] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x34] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x35] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x36] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x37] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x38] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x39] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x3a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x3b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x3c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x3d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x3e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x3f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x40] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x41] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x42] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x43] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x44] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x45] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x46] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x47] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x48] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x49] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x4a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x4b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x4c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x4d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x4e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x4f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x50] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x51] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x52] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x53] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x54] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x55] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x56] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x57] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x58] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x59] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x5a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x5b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x5c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x5d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x5e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x5f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x60] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x61] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x62] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x63] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x64] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x65] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x66] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x67] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x68] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x69] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x6a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x6b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x6c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x6d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x6e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x6f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x70] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x71] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x72] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x73] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x74] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x75] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x76] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x77] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x78] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x79] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x7a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x7b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x7c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x7d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x7e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x7f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc4] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc5] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc7] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc9] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd1] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd6] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xdc] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe1] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe0] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe2] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe4] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe3] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe5] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe7] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe9] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe8] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xea] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xeb] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xed] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xec] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xee] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xef] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf1] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf3] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf2] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf4] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf6] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf5] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xfa] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf9] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xfb] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xfc] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2020] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xb0] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa2] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa3] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa7] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2022] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xb6] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xdf] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xae] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa9] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2122] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xb4] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa8] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2260] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc6] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd8] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x221e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xb1] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2264] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2265] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa5] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xb5] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2202] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2211] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x220f] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x03c0] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x222b] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xaa] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xba] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x03a9] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xe6] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf8] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xbf] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa1] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xac] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x221a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0192] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2248] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2206] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xab] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xbb] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2026] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xa0] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc0] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc3] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd5] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0152] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0153] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2013] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2014] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x201c] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x201d] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2018] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2019] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf7] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x25ca] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xff] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0178] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2044] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x20ac] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2039] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x203a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xfb01] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xfb02] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2021] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xb7] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x201a] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x201e] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x2030] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc2] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xca] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc1] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xcb] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xc8] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xcd] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xce] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xcf] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xcc] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd3] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd4] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xf8ff] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd2] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xda] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xdb] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xd9] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x0131] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02c6] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02dc] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xaf] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02d8] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02d9] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02da] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0xb8] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02dd] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02db] = ord($cmapData[$i++]);
$this->_glyphIndexArray[0x02c7] = ord($cmapData[$i]);
}
}
TrimmedTable.php 0000604 00000016554 15071530350 0007634 0 ustar 00 <?php
/**
* Zend Framework
*
* LICENSE
*
* This source file is subject to the new BSD license that is bundled
* with this package in the file LICENSE.txt.
* It is also available through the world-wide-web at this URL:
* http://framework.zend.com/license/new-bsd
* If you did not receive a copy of the license and are unable to
* obtain it through the world-wide-web, please send an email
* to license@zend.com so we can send you a copy immediately.
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
/** Zend_Pdf_Cmap */
require_once 'Zend/Pdf/Cmap.php';
/**
* Implements the "trimmed table mapping" character map (type 6).
*
* This table type is preferred over the {@link Zend_Pdf_Cmap_SegmentToDelta}
* table when the Unicode characters covered by the font fall into a single
* contiguous range.
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
class Zend_Pdf_Cmap_TrimmedTable extends Zend_Pdf_Cmap
{
/**** Instance Variables ****/
/**
* The starting character code covered by this table.
* @var integer
*/
protected $_startCode = 0;
/**
* The ending character code covered by this table.
* @var integer
*/
protected $_endCode = 0;
/**
* Glyph index array. Stores the actual glyph numbers.
* @var array
*/
protected $_glyphIndexArray = array();
/**** Public Interface ****/
/* Concrete Class Implementation */
/**
* Returns an array of glyph numbers corresponding to the Unicode characters.
*
* If a particular character doesn't exist in this font, the special 'missing
* character glyph' will be substituted.
*
* See also {@link glyphNumberForCharacter()}.
*
* @param array $characterCodes Array of Unicode character codes (code points).
* @return array Array of glyph numbers.
*/
public function glyphNumbersForCharacters($characterCodes)
{
$glyphNumbers = array();
foreach ($characterCodes as $key => $characterCode) {
if (($characterCode < $this->_startCode) || ($characterCode > $this->_endCode)) {
$glyphNumbers[$key] = Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
continue;
}
$glyphIndex = $characterCode - $this->_startCode;
$glyphNumbers[$key] = $this->_glyphIndexArray[$glyphIndex];
}
return $glyphNumbers;
}
/**
* Returns the glyph number corresponding to the Unicode character.
*
* If a particular character doesn't exist in this font, the special 'missing
* character glyph' will be substituted.
*
* See also {@link glyphNumbersForCharacters()} which is optimized for bulk
* operations.
*
* @param integer $characterCode Unicode character code (code point).
* @return integer Glyph number.
*/
public function glyphNumberForCharacter($characterCode)
{
if (($characterCode < $this->_startCode) || ($characterCode > $this->_endCode)) {
return Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
}
$glyphIndex = $characterCode - $this->_startCode;
return $this->_glyphIndexArray[$glyphIndex];
}
/**
* Returns an array containing the Unicode characters that have entries in
* this character map.
*
* @return array Unicode character codes.
*/
public function getCoveredCharacters()
{
$characterCodes = array();
for ($code = $this->_startCode; $code <= $this->_endCode; $code++) {
$characterCodes[] = $code;
}
return $characterCodes;
}
/**
* Returns an array containing the glyphs numbers that have entries in this character map.
* Keys are Unicode character codes (integers)
*
* This functionality is partially covered by glyphNumbersForCharacters(getCoveredCharacters())
* call, but this method do it in more effective way (prepare complete list instead of searching
* glyph for each character code).
*
* @internal
* @return array Array representing <Unicode character code> => <glyph number> pairs.
*/
public function getCoveredCharactersGlyphs()
{
$glyphNumbers = array();
for ($code = $this->_startCode; $code <= $this->_endCode; $code++) {
$glyphNumbers[$code] = $this->_glyphIndexArray[$code - $this->_startCode];
}
return $glyphNumbers;
}
/* Object Lifecycle */
/**
* Object constructor
*
* Parses the raw binary table data. Throws an exception if the table is
* malformed.
*
* @param string $cmapData Raw binary cmap table data.
* @throws Zend_Pdf_Exception
*/
public function __construct($cmapData)
{
/* Sanity check: The table should be at least 9 bytes in size.
*/
$actualLength = strlen($cmapData);
if ($actualLength < 9) {
throw new Zend_Pdf_Exception('Insufficient table data',
Zend_Pdf_Exception::CMAP_TABLE_DATA_TOO_SMALL);
}
/* Sanity check: Make sure this is right data for this table type.
*/
$type = $this->_extractUInt2($cmapData, 0);
if ($type != Zend_Pdf_Cmap::TYPE_TRIMMED_TABLE) {
throw new Zend_Pdf_Exception('Wrong cmap table type',
Zend_Pdf_Exception::CMAP_WRONG_TABLE_TYPE);
}
$length = $this->_extractUInt2($cmapData, 2);
if ($length != $actualLength) {
throw new Zend_Pdf_Exception("Table length ($length) does not match actual length ($actualLength)",
Zend_Pdf_Exception::CMAP_WRONG_TABLE_LENGTH);
}
/* Mapping tables should be language-independent. The font may not work
* as expected if they are not. Unfortunately, many font files in the
* wild incorrectly record a language ID in this field, so we can't
* call this a failure.
*/
$language = $this->_extractUInt2($cmapData, 4);
if ($language != 0) {
// Record a warning here somehow?
}
$this->_startCode = $this->_extractUInt2($cmapData, 6);
$entryCount = $this->_extractUInt2($cmapData, 8);
$expectedCount = ($length - 10) >> 1;
if ($entryCount != $expectedCount) {
throw new Zend_Pdf_Exception("Entry count is wrong; expected: $expectedCount; actual: $entryCount",
Zend_Pdf_Exception::CMAP_WRONG_ENTRY_COUNT);
}
$this->_endCode = $this->_startCode + $entryCount - 1;
$offset = 10;
for ($i = 0; $i < $entryCount; $i++, $offset += 2) {
$this->_glyphIndexArray[] = $this->_extractUInt2($cmapData, $offset);
}
/* Sanity check: After reading all of the data, we should be at the end
* of the table.
*/
if ($offset != $length) {
throw new Zend_Pdf_Exception("Ending offset ($offset) does not match length ($length)",
Zend_Pdf_Exception::CMAP_FINAL_OFFSET_NOT_LENGTH);
}
}
}
SegmentToDelta.php 0000604 00000035053 15071530350 0010135 0 ustar 00 <?php
/**
* Zend Framework
*
* LICENSE
*
* This source file is subject to the new BSD license that is bundled
* with this package in the file LICENSE.txt.
* It is also available through the world-wide-web at this URL:
* http://framework.zend.com/license/new-bsd
* If you did not receive a copy of the license and are unable to
* obtain it through the world-wide-web, please send an email
* to license@zend.com so we can send you a copy immediately.
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
/** Zend_Pdf_Cmap */
require_once 'Zend/Pdf/Cmap.php';
/**
* Implements the "segment mapping to delta values" character map (type 4).
*
* This is the Microsoft standard mapping table type for OpenType fonts. It
* provides the ability to cover multiple contiguous ranges of the Unicode
* character set, with the exception of Unicode Surrogates (U+D800 - U+DFFF).
*
* @package Zend_Pdf
* @subpackage Fonts
* @copyright Copyright (c) 2005-2008 Zend Technologies USA Inc. (http://www.zend.com)
* @license http://framework.zend.com/license/new-bsd New BSD License
*/
class Zend_Pdf_Cmap_SegmentToDelta extends Zend_Pdf_Cmap
{
/**** Instance Variables ****/
/**
* The number of segments in the table.
* @var integer
*/
protected $_segmentCount = 0;
/**
* The size of the binary search range for segments.
* @var integer
*/
protected $_searchRange = 0;
/**
* The number of binary search steps required to cover the entire search
* range.
* @var integer
*/
protected $_searchIterations = 0;
/**
* Array of ending character codes for each segment.
* @var array
*/
protected $_segmentTableEndCodes = array();
/**
* The ending character code for the segment at the end of the low search
* range.
* @var integer
*/
protected $_searchRangeEndCode = 0;
/**
* Array of starting character codes for each segment.
* @var array
*/
protected $_segmentTableStartCodes = array();
/**
* Array of character code to glyph delta values for each segment.
* @var array
*/
protected $_segmentTableIdDeltas = array();
/**
* Array of offsets into the glyph index array for each segment.
* @var array
*/
protected $_segmentTableIdRangeOffsets = array();
/**
* Glyph index array. Stores glyph numbers, used with range offset.
* @var array
*/
protected $_glyphIndexArray = array();
/**** Public Interface ****/
/* Concrete Class Implementation */
/**
* Returns an array of glyph numbers corresponding to the Unicode characters.
*
* If a particular character doesn't exist in this font, the special 'missing
* character glyph' will be substituted.
*
* See also {@link glyphNumberForCharacter()}.
*
* @param array $characterCodes Array of Unicode character codes (code points).
* @return array Array of glyph numbers.
*/
public function glyphNumbersForCharacters($characterCodes)
{
$glyphNumbers = array();
foreach ($characterCodes as $key => $characterCode) {
/* These tables only cover the 16-bit character range.
*/
if ($characterCode > 0xffff) {
$glyphNumbers[$key] = Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
continue;
}
/* Determine where to start the binary search. The segments are
* ordered from lowest-to-highest. We are looking for the first
* segment whose end code is greater than or equal to our character
* code.
*
* If the end code at the top of the search range is larger, then
* our target is probably below it.
*
* If it is smaller, our target is probably above it, so move the
* search range to the end of the segment list.
*/
if ($this->_searchRangeEndCode >= $characterCode) {
$searchIndex = $this->_searchRange;
} else {
$searchIndex = $this->_segmentCount;
}
/* Now do a binary search to find the first segment whose end code
* is greater or equal to our character code. No matter the number
* of segments (there may be hundreds in a large font), we will only
* need to perform $this->_searchIterations.
*/
for ($i = 1; $i <= $this->_searchIterations; $i++) {
if ($this->_segmentTableEndCodes[$searchIndex] >= $characterCode) {
$subtableIndex = $searchIndex;
$searchIndex -= $this->_searchRange >> $i;
} else {
$searchIndex += $this->_searchRange >> $i;
}
}
/* If the segment's start code is greater than our character code,
* that character is not represented in this font. Move on.
*/
if ($this->_segmentTableStartCodes[$subtableIndex] > $characterCode) {
$glyphNumbers[$key] = Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
continue;
}
if ($this->_segmentTableIdRangeOffsets[$subtableIndex] == 0) {
/* This segment uses a simple mapping from character code to
* glyph number.
*/
$glyphNumbers[$key] = ($characterCode + $this->_segmentTableIdDeltas[$subtableIndex]) % 65536;
} else {
/* This segment relies on the glyph index array to determine the
* glyph number. The calculation below determines the correct
* index into that array. It's a little odd because the range
* offset in the font file is designed to quickly provide an
* address of the index in the raw binary data instead of the
* index itself. Since we've parsed the data into arrays, we
* must process it a bit differently.
*/
$glyphIndex = ($characterCode - $this->_segmentTableStartCodes[$subtableIndex] +
$this->_segmentTableIdRangeOffsets[$subtableIndex] - $this->_segmentCount +
$subtableIndex - 1);
$glyphNumbers[$key] = $this->_glyphIndexArray[$glyphIndex];
}
}
return $glyphNumbers;
}
/**
* Returns the glyph number corresponding to the Unicode character.
*
* If a particular character doesn't exist in this font, the special 'missing
* character glyph' will be substituted.
*
* See also {@link glyphNumbersForCharacters()} which is optimized for bulk
* operations.
*
* @param integer $characterCode Unicode character code (code point).
* @return integer Glyph number.
*/
public function glyphNumberForCharacter($characterCode)
{
/* This code is pretty much a copy of glyphNumbersForCharacters().
* See that method for inline documentation.
*/
if ($characterCode > 0xffff) {
return Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
}
if ($this->_searchRangeEndCode >= $characterCode) {
$searchIndex = $this->_searchRange;
} else {
$searchIndex = $this->_segmentCount;
}
for ($i = 1; $i <= $this->_searchIterations; $i++) {
if ($this->_segmentTableEndCodes[$searchIndex] >= $characterCode) {
$subtableIndex = $searchIndex;
$searchIndex -= $this->_searchRange >> $i;
} else {
$searchIndex += $this->_searchRange >> $i;
}
}
if ($this->_segmentTableStartCodes[$subtableIndex] > $characterCode) {
return Zend_Pdf_Cmap::MISSING_CHARACTER_GLYPH;
}
if ($this->_segmentTableIdRangeOffsets[$subtableIndex] == 0) {
$glyphNumber = ($characterCode + $this->_segmentTableIdDeltas[$subtableIndex]) % 65536;
} else {
$glyphIndex = ($characterCode - $this->_segmentTableStartCodes[$subtableIndex] +
$this->_segmentTableIdRangeOffsets[$subtableIndex] - $this->_segmentCount +
$subtableIndex - 1);
$glyphNumber = $this->_glyphIndexArray[$glyphIndex];
}
return $glyphNumber;
}
/**
* Returns an array containing the Unicode characters that have entries in
* this character map.
*
* @return array Unicode character codes.
*/
public function getCoveredCharacters()
{
$characterCodes = array();
for ($i = 1; $i <= $this->_segmentCount; $i++) {
for ($code = $this->_segmentTableStartCodes[$i]; $code <= $this->_segmentTableEndCodes[$i]; $code++) {
$characterCodes[] = $code;
}
}
return $characterCodes;
}
/**
* Returns an array containing the glyphs numbers that have entries in this character map.
* Keys are Unicode character codes (integers)
*
* This functionality is partially covered by glyphNumbersForCharacters(getCoveredCharacters())
* call, but this method do it in more effective way (prepare complete list instead of searching
* glyph for each character code).
*
* @internal
* @return array Array representing <Unicode character code> => <glyph number> pairs.
*/
public function getCoveredCharactersGlyphs()
{
$glyphNumbers = array();
for ($segmentNum = 1; $segmentNum <= $this->_segmentCount; $segmentNum++) {
if ($this->_segmentTableIdRangeOffsets[$segmentNum] == 0) {
$delta = $this->_segmentTableIdDeltas[$segmentNum];
for ($code = $this->_segmentTableStartCodes[$segmentNum];
$code <= $this->_segmentTableEndCodes[$segmentNum];
$code++) {
$glyphNumbers[$code] = ($code + $delta) % 65536;
}
} else {
$code = $this->_segmentTableStartCodes[$segmentNum];
$glyphIndex = $this->_segmentTableIdRangeOffsets[$segmentNum] - ($this->_segmentCount - $segmentNum) - 1;
while ($code <= $this->_segmentTableEndCodes[$segmentNum]) {
$glyphNumbers[$code] = $this->_glyphIndexArray[$glyphIndex];
$code++;
$glyphIndex++;
}
}
}
return $glyphNumbers;
}
/* Object Lifecycle */
/**
* Object constructor
*
* Parses the raw binary table data. Throws an exception if the table is
* malformed.
*
* @param string $cmapData Raw binary cmap table data.
* @throws Zend_Pdf_Exception
*/
public function __construct($cmapData)
{
/* Sanity check: The table should be at least 23 bytes in size.
*/
$actualLength = strlen($cmapData);
if ($actualLength < 23) {
throw new Zend_Pdf_Exception('Insufficient table data',
Zend_Pdf_Exception::CMAP_TABLE_DATA_TOO_SMALL);
}
/* Sanity check: Make sure this is right data for this table type.
*/
$type = $this->_extractUInt2($cmapData, 0);
if ($type != Zend_Pdf_Cmap::TYPE_SEGMENT_TO_DELTA) {
throw new Zend_Pdf_Exception('Wrong cmap table type',
Zend_Pdf_Exception::CMAP_WRONG_TABLE_TYPE);
}
$length = $this->_extractUInt2($cmapData, 2);
if ($length != $actualLength) {
throw new Zend_Pdf_Exception("Table length ($length) does not match actual length ($actualLength)",
Zend_Pdf_Exception::CMAP_WRONG_TABLE_LENGTH);
}
/* Mapping tables should be language-independent. The font may not work
* as expected if they are not. Unfortunately, many font files in the
* wild incorrectly record a language ID in this field, so we can't
* call this a failure.
*/
$language = $this->_extractUInt2($cmapData, 4);
if ($language != 0) {
// Record a warning here somehow?
}
/* These two values are stored premultiplied by two which is convienent
* when using the binary data directly, but we're parsing it out to
* native PHP data types, so divide by two.
*/
$this->_segmentCount = $this->_extractUInt2($cmapData, 6) >> 1;
$this->_searchRange = $this->_extractUInt2($cmapData, 8) >> 1;
$this->_searchIterations = $this->_extractUInt2($cmapData, 10) + 1;
$offset = 14;
for ($i = 1; $i <= $this->_segmentCount; $i++, $offset += 2) {
$this->_segmentTableEndCodes[$i] = $this->_extractUInt2($cmapData, $offset);
}
$this->_searchRangeEndCode = $this->_segmentTableEndCodes[$this->_searchRange];
$offset += 2; // reserved bytes
for ($i = 1; $i <= $this->_segmentCount; $i++, $offset += 2) {
$this->_segmentTableStartCodes[$i] = $this->_extractUInt2($cmapData, $offset);
}
for ($i = 1; $i <= $this->_segmentCount; $i++, $offset += 2) {
$this->_segmentTableIdDeltas[$i] = $this->_extractInt2($cmapData, $offset); // signed
}
/* The range offset helps determine the index into the glyph index array.
* Like the segment count and search range above, it's stored as a byte
* multiple in the font, so divide by two as we extract the values.
*/
for ($i = 1; $i <= $this->_segmentCount; $i++, $offset += 2) {
$this->_segmentTableIdRangeOffsets[$i] = $this->_extractUInt2($cmapData, $offset) >> 1;
}
/* The size of the glyph index array varies by font and depends on the
* extent of the usage of range offsets versus deltas. Some fonts may
* not have any entries in this array.
*/
for (; $offset < $length; $offset += 2) {
$this->_glyphIndexArray[] = $this->_extractUInt2($cmapData, $offset);
}
/* Sanity check: After reading all of the data, we should be at the end
* of the table.
*/
if ($offset != $length) {
throw new Zend_Pdf_Exception("Ending offset ($offset) does not match length ($length)",
Zend_Pdf_Exception::CMAP_FINAL_OFFSET_NOT_LENGTH);
}
}
}