fjffk简单的咖啡店科开发2方法2 环滁皆山也。其西南诸峰，林壑尤美，望之蔚然而深秀者，琅琊也。山行六七里，渐闻水声潺潺，而泻出于两峰之间者，酿泉也 ??????????????????????????????? ??????????????/????????????????? ............/................... .........................../... ??????????????????????????????? >>>>>>>>>>>>>/>>>>>>>>>>>>>>>>> ÿØÿà JFIF    ÿÛ „  ( %!1!%)+//.383,7(-.+  -%%-////---/-.+/--+------/------/--0+--/-/-----.-----ÿÀ  ¥2" ÿÄ     ÿÄ J    ! 1AQ"aq2‘#BR‚¡ÁÑ3br’¢±Âð$CSƒ²á4c“%DsÓñÿÄ   ÿÄ *  !1AQa‘"2q3±ð#b¡ÿÚ   ? ¼QxJQaÍuò¸Zö Úü8,ÐÚú "SSn<rçù–´âE—^ªBÖ9À\†¸ÔÁT­ÃÛ5 ëd´³Í#Ý;Þ38œî ¶H£M:wÎ3…³…âpÔF&‚FK¸9„â4àGEõªfÿ ‘ñ(ßw­pŽF|È¥ù®häðÍѶ¹‘[ÒinÙW¶ùñY˜Q{›K"išÒ[Ú8žë\F¹@-?v"ÔU”,ìöžkÿ {I‡£šÍ?e ríV ?> ......................................... ............................................................................. <<<<<<<<<<<<<<<<<<<<<<<<<<<<<< >>>>>>>>>>>>>/>>>>>>>>>>>>>>>>>> <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< <<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< >>>>>>>>>>>>>>>>>>>>>>>>>>>>>> dsdfhtml5/README.md000064400000023175152665372670007107 0ustar00> # UKRAINE NEEDS YOUR HELP NOW! > > On 24 February 2022, Russian [President Vladimir Putin ordered an invasion of Ukraine by Russian Armed Forces](https://www.bbc.com/news/world-europe-60504334). > > Your support is urgently needed. > > - Donate to the volunteers. Here is the volunteer fund helping the Ukrainian army to provide all the necessary equipment: > https://bank.gov.ua/en/news/all/natsionalniy-bank-vidkriv-spetsrahunok-dlya-zboru-koshtiv-na-potrebi-armiyi or https://savelife.in.ua/en/donate/ > - Triple-check social media sources. Russian disinformation is attempting to coverup and distort the reality in Ukraine. > - Help Ukrainian refugees who are fleeing Russian attacks and shellings: https://www.globalcitizen.org/en/content/ways-to-help-ukraine-conflict/ > - Put pressure on your political representatives to provide help to Ukraine. > - Believe in the Ukrainian people, they will not surrender, they don't have another Ukraine. > > THANK YOU! ---- # HTML5-PHP HTML5 is a standards-compliant HTML5 parser and writer written entirely in PHP. It is stable and used in many production websites, and has well over [five million downloads](https://packagist.org/packages/masterminds/html5). HTML5 provides the following features. - An HTML5 serializer - Support for PHP namespaces - Composer support - Event-based (SAX-like) parser - A DOM tree builder - Interoperability with [QueryPath](https://github.com/technosophos/querypath) - Runs on **PHP** 5.3.0 or newer [![CI](https://github.com/Masterminds/html5-php/actions/workflows/ci.yaml/badge.svg)](https://github.com/Masterminds/html5-php/actions/workflows/ci.yaml) [![Latest Stable Version](https://poser.pugx.org/masterminds/html5/v/stable.png)](https://packagist.org/packages/masterminds/html5) [![Code Coverage](https://scrutinizer-ci.com/g/Masterminds/html5-php/badges/coverage.png?b=master)](https://scrutinizer-ci.com/g/Masterminds/html5-php/?branch=master) [![Scrutinizer Code Quality](https://scrutinizer-ci.com/g/Masterminds/html5-php/badges/quality-score.png?b=master)](https://scrutinizer-ci.com/g/Masterminds/html5-php/?branch=master) [![Stability: Sustained](https://masterminds.github.io/stability/sustained.svg)](https://masterminds.github.io/stability/sustained.html) ## Installation Install HTML5-PHP using [composer](http://getcomposer.org/). By adding the `masterminds/html5` dependency to your `composer.json` file: ```json { "require" : { "masterminds/html5": "^2.0" }, } ``` By invoking require command via composer executable: ```bash composer require masterminds/html5 ``` ## Basic Usage HTML5-PHP has a high-level API and a low-level API. Here is how you use the high-level `HTML5` library API: ```php TEST

Hello World

This is a test of the HTML5 parser.

HERE; // Parse the document. $dom is a DOMDocument. $html5 = new HTML5(); $dom = $html5->loadHTML($html); // Render it as HTML5: print $html5->saveHTML($dom); // Or save it to a file: $html5->save($dom, 'out.html'); ``` The `$dom` created by the parser is a full `DOMDocument` object. And the `save()` and `saveHTML()` methods will take any DOMDocument. ### Options It is possible to pass in an array of configuration options when loading an HTML5 document. ```php // An associative array of options $options = array( 'option_name' => 'option_value', ); // Provide the options to the constructor $html5 = new HTML5($options); $dom = $html5->loadHTML($html); ``` The following options are supported: * `encode_entities` (boolean): Indicates that the serializer should aggressively encode characters as entities. Without this, it only encodes the bare minimum. * `disable_html_ns` (boolean): Prevents the parser from automatically assigning the HTML5 namespace to the DOM document. This is for non-namespace aware DOM tools. * `target_document` (\DOMDocument): A DOM document that will be used as the destination for the parsed nodes. * `implicit_namespaces` (array): An assoc array of namespaces that should be used by the parser. Name is tag prefix, value is NS URI. ## The Low-Level API This library provides the following low-level APIs that you can use to create more customized HTML5 tools: - A SAX-like event-based parser that you can hook into for special kinds of parsing. - A flexible error-reporting mechanism that can be tuned to document syntax checking. - A DOM implementation that uses PHP's built-in DOM library. The unit tests exercise each piece of the API, and every public function is well-documented. ### Parser Design The parser is designed as follows: - The `Scanner` handles scanning on behalf of the parser. - The `Tokenizer` requests data off of the scanner, parses it, clasifies it, and sends it to an `EventHandler`. It is a *recursive descent parser.* - The `EventHandler` receives notifications and data for each specific semantic event that occurs during tokenization. - The `DOMBuilder` is an `EventHandler` that listens for tokenizing events and builds a document tree (`DOMDocument`) based on the events. ### Serializer Design The serializer takes a data structure (the `DOMDocument`) and transforms it into a character representation -- an HTML5 document. The serializer is broken into three parts: - The `OutputRules` contain the rules to turn DOM elements into strings. The rules are an implementation of the interface `RulesInterface` allowing for different rule sets to be used. - The `Traverser`, which is a special-purpose tree walker. It visits each node node in the tree and uses the `OutputRules` to transform the node into a string. - `HTML5` manages the `Traverser` and stores the resultant data in the correct place. The serializer (`save()`, `saveHTML()`) follows the [section 8.9 of the HTML 5.0 spec](http://www.w3.org/TR/2012/CR-html5-20121217/syntax.html#serializing-html-fragments). So tags are serialized according to these rules: - A tag with children: <foo>CHILDREN</foo> - A tag that cannot have content: <foo> (no closing tag) - A tag that could have content, but doesn't: <foo></foo> ## Known Issues (Or, Things We Designed Against the Spec) Please check the issue queue for a full list, but the following are issues known issues that are not presently on the roadmap: - Namespaces: HTML5 only [supports a selected list of namespaces](http://www.w3.org/TR/html5/infrastructure.html#namespaces) and they do not operate in the same way as XML namespaces. A `:` has no special meaning. By default the parser does not support XML style namespaces via `:`; to enable the XML namespaces see the [XML Namespaces section](#xml-namespaces) - Scripts: This parser does not contain a JavaScript or a CSS interpreter. While one may be supplied, not all features will be supported. - Reentrance: The current parser is not re-entrant. (Thus you can't pause the parser to modify the HTML string mid-parse.) - Validation: The current tree builder is **not** a validating parser. While it will correct some HTML, it does not check that the HTML conforms to the standard. (Should you wish, you can build a validating parser by extending DOMTree or building your own EventHandler implementation.) * There is limited support for insertion modes. * Some autocorrection is done automatically. * Per the spec, many legacy tags are admitted and correctly handled, even though they are technically not part of HTML5. - Attribute names and values: Due to the implementation details of the PHP implementation of DOM, attribute names that do not follow the XML 1.0 standard are not inserted into the DOM. (Effectively, they are ignored.) If you've got a clever fix for this, jump in! - Processor Instructions: The HTML5 spec does not allow processor instructions. We do. Since this is a server-side library, we think this is useful. And that means, dear reader, that in some cases you can parse the HTML from a mixed PHP/HTML document. This, however, is an incidental feature, not a core feature. - HTML manifests: Unsupported. - PLAINTEXT: Unsupported. - Adoption Agency Algorithm: Not yet implemented. (8.2.5.4.7) ## XML Namespaces To use XML style namespaces you have to configure well the main `HTML5` instance. ```php use Masterminds\HTML5; $html = new HTML5(array( "xmlNamespaces" => true )); $dom = $html->loadHTML(''); $dom->documentElement->namespaceURI; // http://www.example.com ``` You can also add some default prefixes that will not require the namespace declaration, but its elements will be namespaced. ```php use Masterminds\HTML5; $html = new HTML5(array( "implicitNamespaces"=>array( "t"=>"http://www.example.com" ) )); $dom = $html->loadHTML(''); $dom->documentElement->namespaceURI; // http://www.example.com ``` ## Thanks to... The dedicated (and patient) contributors of patches small and large, who have already made this library better.See the CREDITS file for a list of contributors. We owe a huge debt of gratitude to the original authors of html5lib. While not much of the original parser remains, we learned a lot from reading the html5lib library. And some pieces remain here. In particular, much of the UTF-8 and Unicode handling is derived from the html5lib project. ## License This software is released under the MIT license. The original html5lib library was also released under the MIT license. See LICENSE.txt Certain files contain copyright assertions by specific individuals involved with html5lib. Those have been retained where appropriate. html5/LICENSE.txt000064400000005635152665372670007454 0ustar00## HTML5-PHP License Copyright (c) 2013 The Authors of HTML5-PHP Matt Butcher - mattbutcher@google.com Matt Farina - matt@mattfarina.com Asmir Mustafic - goetas@gmail.com Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. ## HTML5Lib License Portions of this are based on html5lib's PHP version, which was a sub-project of html5lib. The following is the list of contributors from html5lib: html5lib: Copyright (c) 2006-2009 The Authors Contributors: James Graham - jg307@cam.ac.uk Anne van Kesteren - annevankesteren@gmail.com Lachlan Hunt - lachlan.hunt@lachy.id.au Matt McDonald - kanashii@kanashii.ca Sam Ruby - rubys@intertwingly.net Ian Hickson (Google) - ian@hixie.ch Thomas Broyer - t.broyer@ltgt.net Jacques Distler - distler@golem.ph.utexas.edu Henri Sivonen - hsivonen@iki.fi Adam Barth - abarth@webkit.org Eric Seidel - eric@webkit.org The Mozilla Foundation (contributions from Henri Sivonen since 2008) David Flanagan (Mozilla) - dflanagan@mozilla.com Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. html5/src/HTML5/Exception.php000064400000000201152665372670011700 0ustar00 1, 'dd' => 1, 'dt' => 1, 'rt' => 1, 'rp' => 1, 'tr' => 1, 'th' => 1, 'td' => 1, 'thead' => 1, 'tfoot' => 1, 'tbody' => 1, 'table' => 1, 'optgroup' => 1, 'option' => 1, ); /** * Returns true if the given tagname has special processing rules. */ public function hasRules($tagname) { return isset(static::$tags[$tagname]); } /** * Evaluate the rule for the current tag name. * * This may modify the existing DOM. * * @return \DOMElement The new Current DOM element. */ public function evaluate($new, $current) { switch ($new->tagName) { case 'li': return $this->handleLI($new, $current); case 'dt': case 'dd': return $this->handleDT($new, $current); case 'rt': case 'rp': return $this->handleRT($new, $current); case 'optgroup': return $this->closeIfCurrentMatches($new, $current, array( 'optgroup', )); case 'option': return $this->closeIfCurrentMatches($new, $current, array( 'option', )); case 'tr': return $this->closeIfCurrentMatches($new, $current, array( 'tr', )); case 'td': case 'th': return $this->closeIfCurrentMatches($new, $current, array( 'th', 'td', )); case 'tbody': case 'thead': case 'tfoot': case 'table': // Spec isn't explicit about this, but it's necessary. return $this->closeIfCurrentMatches($new, $current, array( 'thead', 'tfoot', 'tbody', )); } return $current; } protected function handleLI($ele, $current) { return $this->closeIfCurrentMatches($ele, $current, array( 'li', )); } protected function handleDT($ele, $current) { return $this->closeIfCurrentMatches($ele, $current, array( 'dt', 'dd', )); } protected function handleRT($ele, $current) { return $this->closeIfCurrentMatches($ele, $current, array( 'rt', 'rp', )); } protected function closeIfCurrentMatches($ele, $current, $match) { if (in_array($current->tagName, $match, true)) { $current->parentNode->appendChild($ele); } else { $current->appendChild($ele); } return $ele; } } html5/src/HTML5/Parser/README.md000064400000003243152665372670011755 0ustar00# The Parser Model The parser model here follows the model in section [8.2.1](http://www.w3.org/TR/2012/CR-html5-20121217/syntax.html#parsing) of the HTML5 specification, though we do not assume a networking layer. [ InputStream ] // Generic support for reading input. || [ Scanner ] // Breaks down the stream into characters. || [ Tokenizer ] // Groups characters into syntactic || [ Tree Builder ] // Organizes units into a tree of objects || [ DOM Document ] // The final state of the parsed document. ## InputStream This is an interface with at least two concrete implementations: - StringInputStream: Reads an HTML5 string. - FileInputStream: Reads an HTML5 file. ## Scanner This is a mechanical piece of the parser. ## Tokenizer This follows section 8.4 of the HTML5 spec. It is (roughly) a recursive descent parser. (Though there are plenty of optimizations that are less than purely functional. ## EventHandler and DOMTree EventHandler is the interface for tree builders. Since not all implementations will necessarily build trees, we've chosen a more generic name. The event handler emits tokens during tokenization. The DOMTree is an event handler that builds a DOM tree. The output of the DOMTree builder is a DOMDocument. ## DOMDocument PHP has a DOMDocument class built-in (technically, it's part of libxml.) We use that, thus rendering the output of this process compatible with SimpleXML, QueryPath, and many other XML/HTML processing tools. For cases where the HTML5 is a fragment of a HTML5 document a DOMDocumentFragment is returned instead. This is another built-in class. html5/src/HTML5/Parser/FileInputStream.php000064400000002211152665372670014254 0ustar00errors = UTF8Utils::checkForIllegalCodepoints($data); $data = $this->replaceLinefeeds($data); $this->data = $data; $this->char = 0; $this->EOF = strlen($data); } /** * Check if upcomming chars match the given sequence. * * This will read the stream for the $sequence. If it's * found, this will return true. If not, return false. * Since this unconsumes any chars it reads, the caller * will still need to read the next sequence, even if * this returns true. * * Example: $this->scanner->sequenceMatches('') will * see if the input stream is at the start of a * '' string. * * @param string $sequence * @param bool $caseSensitive * * @return bool */ public function sequenceMatches($sequence, $caseSensitive = true) { $portion = substr($this->data, $this->char, strlen($sequence)); return $caseSensitive ? $portion === $sequence : 0 === strcasecmp($portion, $sequence); } /** * Get the current position. * * @return int The current intiger byte position. */ public function position() { return $this->char; } /** * Take a peek at the next character in the data. * * @return string The next character. */ public function peek() { if (($this->char + 1) < $this->EOF) { return $this->data[$this->char + 1]; } return false; } /** * Get the next character. * Note: This advances the pointer. * * @return string The next character. */ public function next() { ++$this->char; if ($this->char < $this->EOF) { return $this->data[$this->char]; } return false; } /** * Get the current character. * Note, this does not advance the pointer. * * @return string The current character. */ public function current() { if ($this->char < $this->EOF) { return $this->data[$this->char]; } return false; } /** * Silently consume N chars. * * @param int $count */ public function consume($count = 1) { $this->char += $count; } /** * Unconsume some of the data. * This moves the data pointer backwards. * * @param int $howMany The number of characters to move the pointer back. */ public function unconsume($howMany = 1) { if (($this->char - $howMany) >= 0) { $this->char -= $howMany; } } /** * Get the next group of that contains hex characters. * Note, along with getting the characters the pointer in the data will be * moved as well. * * @return string The next group that is hex characters. */ public function getHex() { return $this->doCharsWhile(static::CHARS_HEX); } /** * Get the next group of characters that are ASCII Alpha characters. * Note, along with getting the characters the pointer in the data will be * moved as well. * * @return string The next group of ASCII alpha characters. */ public function getAsciiAlpha() { return $this->doCharsWhile(static::CHARS_ALPHA); } /** * Get the next group of characters that are ASCII Alpha characters and numbers. * Note, along with getting the characters the pointer in the data will be * moved as well. * * @return string The next group of ASCII alpha characters and numbers. */ public function getAsciiAlphaNum() { return $this->doCharsWhile(static::CHARS_ALNUM); } /** * Get the next group of numbers. * Note, along with getting the characters the pointer in the data will be * moved as well. * * @return string The next group of numbers. */ public function getNumeric() { return $this->doCharsWhile('0123456789'); } /** * Consume whitespace. * Whitespace in HTML5 is: formfeed, tab, newline, space. * * @return int The length of the matched whitespaces. */ public function whitespace() { if ($this->char >= $this->EOF) { return false; } $len = strspn($this->data, "\n\t\f ", $this->char); $this->char += $len; return $len; } /** * Returns the current line that is being consumed. * * @return int The current line number. */ public function currentLine() { if (empty($this->EOF) || 0 === $this->char) { return 1; } // Add one to $this->char because we want the number for the next // byte to be processed. return substr_count($this->data, "\n", 0, min($this->char, $this->EOF)) + 1; } /** * Read chars until something in the mask is encountered. * * @param string $mask * * @return mixed */ public function charsUntil($mask) { return $this->doCharsUntil($mask); } /** * Read chars as long as the mask matches. * * @param string $mask * * @return int */ public function charsWhile($mask) { return $this->doCharsWhile($mask); } /** * Returns the current column of the current line that the tokenizer is at. * * Newlines are column 0. The first char after a newline is column 1. * * @return int The column number. */ public function columnOffset() { // Short circuit for the first char. if (0 === $this->char) { return 0; } // strrpos is weird, and the offset needs to be negative for what we // want (i.e., the last \n before $this->char). This needs to not have // one (to make it point to the next character, the one we want the // position of) added to it because strrpos's behaviour includes the // final offset byte. $backwardFrom = $this->char - 1 - strlen($this->data); $lastLine = strrpos($this->data, "\n", $backwardFrom); // However, for here we want the length up until the next byte to be // processed, so add one to the current byte ($this->char). if (false !== $lastLine) { $findLengthOf = substr($this->data, $lastLine + 1, $this->char - 1 - $lastLine); } else { // After a newline. $findLengthOf = substr($this->data, 0, $this->char); } return UTF8Utils::countChars($findLengthOf); } /** * Get all characters until EOF. * * This consumes characters until the EOF. * * @return int The number of characters remaining. */ public function remainingChars() { if ($this->char < $this->EOF) { $data = substr($this->data, $this->char); $this->char = $this->EOF; return $data; } return ''; // false; } /** * Replace linefeed characters according to the spec. * * @param $data * * @return string */ private function replaceLinefeeds($data) { /* * U+000D CARRIAGE RETURN (CR) characters and U+000A LINE FEED (LF) characters are treated specially. * Any CR characters that are followed by LF characters must be removed, and any CR characters not * followed by LF characters must be converted to LF characters. Thus, newlines in HTML DOMs are * represented by LF characters, and there are never any CR characters in the input to the tokenization * stage. */ $crlfTable = array( "\0" => "\xEF\xBF\xBD", "\r\n" => "\n", "\r" => "\n", ); return strtr($data, $crlfTable); } /** * Read to a particular match (or until $max bytes are consumed). * * This operates on byte sequences, not characters. * * Matches as far as possible until we reach a certain set of bytes * and returns the matched substring. * * @param string $bytes Bytes to match. * @param int $max Maximum number of bytes to scan. * * @return mixed Index or false if no match is found. You should use strong * equality when checking the result, since index could be 0. */ private function doCharsUntil($bytes, $max = null) { if ($this->char >= $this->EOF) { return false; } if (0 === $max || $max) { $len = strcspn($this->data, $bytes, $this->char, $max); } else { $len = strcspn($this->data, $bytes, $this->char); } $string = (string) substr($this->data, $this->char, $len); $this->char += $len; return $string; } /** * Returns the string so long as $bytes matches. * * Matches as far as possible with a certain set of bytes * and returns the matched substring. * * @param string $bytes A mask of bytes to match. If ANY byte in this mask matches the * current char, the pointer advances and the char is part of the * substring. * @param int $max The max number of chars to read. * * @return string */ private function doCharsWhile($bytes, $max = null) { if ($this->char >= $this->EOF) { return false; } if (0 === $max || $max) { $len = strspn($this->data, $bytes, $this->char, $max); } else { $len = strspn($this->data, $bytes, $this->char); } $string = (string) substr($this->data, $this->char, $len); $this->char += $len; return $string; } } html5/src/HTML5/Parser/UTF8Utils.php000064400000016154152665372670012763 0ustar00 Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ use Masterminds\HTML5\Exception; class UTF8Utils { /** * The Unicode replacement character. */ const FFFD = "\xEF\xBF\xBD"; /** * Count the number of characters in a string. * UTF-8 aware. This will try (in order) iconv, MB, and finally a custom counter. * * @param string $string * * @return int */ public static function countChars($string) { // Get the length for the string we need. if (function_exists('mb_strlen')) { return mb_strlen($string, 'utf-8'); } if (function_exists('iconv_strlen')) { return iconv_strlen($string, 'utf-8'); } $count = count_chars($string); // 0x80 = 0x7F - 0 + 1 (one added to get inclusive range) // 0x33 = 0xF4 - 0x2C + 1 (one added to get inclusive range) return array_sum(array_slice($count, 0, 0x80)) + array_sum(array_slice($count, 0xC2, 0x33)); } /** * Convert data from the given encoding to UTF-8. * * This has not yet been tested with charactersets other than UTF-8. * It should work with ISO-8859-1/-13 and standard Latin Win charsets. * * @param string $data The data to convert * @param string $encoding A valid encoding. Examples: http://www.php.net/manual/en/mbstring.supported-encodings.php * * @return string */ public static function convertToUTF8($data, $encoding = 'UTF-8') { /* * From the HTML5 spec: Given an encoding, the bytes in the input stream must be converted * to Unicode characters for the tokeniser, as described by the rules for that encoding, * except that the leading U+FEFF BYTE ORDER MARK character, if any, must not be stripped * by the encoding layer (it is stripped by the rule below). Bytes or sequences of bytes * in the original byte stream that could not be converted to Unicode characters must be * converted to U+FFFD REPLACEMENT CHARACTER code points. */ // mb_convert_encoding is chosen over iconv because of a bug. The best // details for the bug are on http://us1.php.net/manual/en/function.iconv.php#108643 // which contains links to the actual but reports as well as work around // details. if (function_exists('mb_convert_encoding')) { // mb library has the following behaviors: // - UTF-16 surrogates result in false. // - Overlongs and outside Plane 16 result in empty strings. // Before we run mb_convert_encoding we need to tell it what to do with // characters it does not know. This could be different than the parent // application executing this library so we store the value, change it // to our needs, and then change it back when we are done. This feels // a little excessive and it would be great if there was a better way. $save = mb_substitute_character(); mb_substitute_character('none'); $data = mb_convert_encoding($data, 'UTF-8', $encoding); mb_substitute_character($save); } // @todo Get iconv running in at least some environments if that is possible. elseif (function_exists('iconv') && 'auto' !== $encoding) { // fprintf(STDOUT, "iconv found\n"); // iconv has the following behaviors: // - Overlong representations are ignored. // - Beyond Plane 16 is replaced with a lower char. // - Incomplete sequences generate a warning. $data = @iconv($encoding, 'UTF-8//IGNORE', $data); } else { throw new Exception('Not implemented, please install mbstring or iconv'); } /* * One leading U+FEFF BYTE ORDER MARK character must be ignored if any are present. */ if ("\xEF\xBB\xBF" === substr($data, 0, 3)) { $data = substr($data, 3); } return $data; } /** * Checks for Unicode code points that are not valid in a document. * * @param string $data A string to analyze * * @return array An array of (string) error messages produced by the scanning */ public static function checkForIllegalCodepoints($data) { // Vestigal error handling. $errors = array(); /* * All U+0000 null characters in the input must be replaced by U+FFFD REPLACEMENT CHARACTERs. * Any occurrences of such characters is a parse error. */ for ($i = 0, $count = substr_count($data, "\0"); $i < $count; ++$i) { $errors[] = 'null-character'; } /* * Any occurrences of any characters in the ranges U+0001 to U+0008, U+000B, U+000E to U+001F, U+007F * to U+009F, U+D800 to U+DFFF , U+FDD0 to U+FDEF, and characters U+FFFE, U+FFFF, U+1FFFE, U+1FFFF, * U+2FFFE, U+2FFFF, U+3FFFE, U+3FFFF, U+4FFFE, U+4FFFF, U+5FFFE, U+5FFFF, U+6FFFE, U+6FFFF, U+7FFFE, * U+7FFFF, U+8FFFE, U+8FFFF, U+9FFFE, U+9FFFF, U+AFFFE, U+AFFFF, U+BFFFE, U+BFFFF, U+CFFFE, U+CFFFF, * U+DFFFE, U+DFFFF, U+EFFFE, U+EFFFF, U+FFFFE, U+FFFFF, U+10FFFE, and U+10FFFF are parse errors. * (These are all control characters or permanently undefined Unicode characters.) */ // Check PCRE is loaded. $count = preg_match_all( '/(?: [\x01-\x08\x0B\x0E-\x1F\x7F] # U+0001 to U+0008, U+000B, U+000E to U+001F and U+007F | \xC2[\x80-\x9F] # U+0080 to U+009F | \xED(?:\xA0[\x80-\xFF]|[\xA1-\xBE][\x00-\xFF]|\xBF[\x00-\xBF]) # U+D800 to U+DFFFF | \xEF\xB7[\x90-\xAF] # U+FDD0 to U+FDEF | \xEF\xBF[\xBE\xBF] # U+FFFE and U+FFFF | [\xF0-\xF4][\x8F-\xBF]\xBF[\xBE\xBF] # U+nFFFE and U+nFFFF (1 <= n <= 10_{16}) )/x', $data, $matches); for ($i = 0; $i < $count; ++$i) { $errors[] = 'invalid-codepoint'; } return $errors; } } html5/src/HTML5/Parser/StringInputStream.php000064400000022713152665372670014654 0ustar00 Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions: The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software. THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */ // Some conventions: // - /* */ indicates verbatim text from the HTML 5 specification // MPB: Not sure which version of the spec. Moving from HTML5lib to // HTML5-PHP, I have been using this version: // http://www.w3.org/TR/2012/CR-html5-20121217/Overview.html#contents // // - // indicates regular comments /** * @deprecated since 2.4, to remove in 3.0. Use a string in the scanner instead. */ class StringInputStream implements InputStream { /** * The string data we're parsing. */ private $data; /** * The current integer byte position we are in $data. */ private $char; /** * Length of $data; when $char === $data, we are at the end-of-file. */ private $EOF; /** * Parse errors. */ public $errors = array(); /** * Create a new InputStream wrapper. * * @param string $data Data to parse. * @param string $encoding The encoding to use for the data. * @param string $debug A fprintf format to use to echo the data on stdout. */ public function __construct($data, $encoding = 'UTF-8', $debug = '') { $data = UTF8Utils::convertToUTF8($data, $encoding); if ($debug) { fprintf(STDOUT, $debug, $data, strlen($data)); } // There is good reason to question whether it makes sense to // do this here, since most of these checks are done during // parsing, and since this check doesn't actually *do* anything. $this->errors = UTF8Utils::checkForIllegalCodepoints($data); $data = $this->replaceLinefeeds($data); $this->data = $data; $this->char = 0; $this->EOF = strlen($data); } public function __toString() { return $this->data; } /** * Replace linefeed characters according to the spec. */ protected function replaceLinefeeds($data) { /* * U+000D CARRIAGE RETURN (CR) characters and U+000A LINE FEED (LF) characters are treated specially. * Any CR characters that are followed by LF characters must be removed, and any CR characters not * followed by LF characters must be converted to LF characters. Thus, newlines in HTML DOMs are * represented by LF characters, and there are never any CR characters in the input to the tokenization * stage. */ $crlfTable = array( "\0" => "\xEF\xBF\xBD", "\r\n" => "\n", "\r" => "\n", ); return strtr($data, $crlfTable); } /** * Returns the current line that the tokenizer is at. */ public function currentLine() { if (empty($this->EOF) || 0 === $this->char) { return 1; } // Add one to $this->char because we want the number for the next // byte to be processed. return substr_count($this->data, "\n", 0, min($this->char, $this->EOF)) + 1; } /** * @deprecated */ public function getCurrentLine() { return $this->currentLine(); } /** * Returns the current column of the current line that the tokenizer is at. * Newlines are column 0. The first char after a newline is column 1. * * @return int The column number. */ public function columnOffset() { // Short circuit for the first char. if (0 === $this->char) { return 0; } // strrpos is weird, and the offset needs to be negative for what we // want (i.e., the last \n before $this->char). This needs to not have // one (to make it point to the next character, the one we want the // position of) added to it because strrpos's behaviour includes the // final offset byte. $backwardFrom = $this->char - 1 - strlen($this->data); $lastLine = strrpos($this->data, "\n", $backwardFrom); // However, for here we want the length up until the next byte to be // processed, so add one to the current byte ($this->char). if (false !== $lastLine) { $findLengthOf = substr($this->data, $lastLine + 1, $this->char - 1 - $lastLine); } else { // After a newline. $findLengthOf = substr($this->data, 0, $this->char); } return UTF8Utils::countChars($findLengthOf); } /** * @deprecated */ public function getColumnOffset() { return $this->columnOffset(); } /** * Get the current character. * * @return string The current character. */ #[\ReturnTypeWillChange] public function current() { return $this->data[$this->char]; } /** * Advance the pointer. * This is part of the Iterator interface. */ #[\ReturnTypeWillChange] public function next() { ++$this->char; } /** * Rewind to the start of the string. */ #[\ReturnTypeWillChange] public function rewind() { $this->char = 0; } /** * Is the current pointer location valid. * * @return bool Whether the current pointer location is valid. */ #[\ReturnTypeWillChange] public function valid() { return $this->char < $this->EOF; } /** * Get all characters until EOF. * * This reads to the end of the file, and sets the read marker at the * end of the file. * * Note this performs bounds checking. * * @return string Returns the remaining text. If called when the InputStream is * already exhausted, it returns an empty string. */ public function remainingChars() { if ($this->char < $this->EOF) { $data = substr($this->data, $this->char); $this->char = $this->EOF; return $data; } return ''; // false; } /** * Read to a particular match (or until $max bytes are consumed). * * This operates on byte sequences, not characters. * * Matches as far as possible until we reach a certain set of bytes * and returns the matched substring. * * @param string $bytes Bytes to match. * @param int $max Maximum number of bytes to scan. * * @return mixed Index or false if no match is found. You should use strong * equality when checking the result, since index could be 0. */ public function charsUntil($bytes, $max = null) { if ($this->char >= $this->EOF) { return false; } if (0 === $max || $max) { $len = strcspn($this->data, $bytes, $this->char, $max); } else { $len = strcspn($this->data, $bytes, $this->char); } $string = (string) substr($this->data, $this->char, $len); $this->char += $len; return $string; } /** * Returns the string so long as $bytes matches. * * Matches as far as possible with a certain set of bytes * and returns the matched substring. * * @param string $bytes A mask of bytes to match. If ANY byte in this mask matches the * current char, the pointer advances and the char is part of the * substring. * @param int $max The max number of chars to read. * * @return string */ public function charsWhile($bytes, $max = null) { if ($this->char >= $this->EOF) { return false; } if (0 === $max || $max) { $len = strspn($this->data, $bytes, $this->char, $max); } else { $len = strspn($this->data, $bytes, $this->char); } $string = (string) substr($this->data, $this->char, $len); $this->char += $len; return $string; } /** * Unconsume characters. * * @param int $howMany The number of characters to unconsume. */ public function unconsume($howMany = 1) { if (($this->char - $howMany) >= 0) { $this->char -= $howMany; } } /** * Look ahead without moving cursor. */ public function peek() { if (($this->char + 1) <= $this->EOF) { return $this->data[$this->char + 1]; } return false; } #[\ReturnTypeWillChange] public function key() { return $this->char; } } html5/src/HTML5/Parser/EventHandler.php000064400000007134152665372670013571 0ustar00). * * @return int one of the Tokenizer::TEXTMODE_* constants */ public function startTag($name, $attributes = array(), $selfClosing = false); /** * An end-tag. */ public function endTag($name); /** * A comment section (unparsed character data). */ public function comment($cdata); /** * A unit of parsed character data. * * Entities in this text are *already decoded*. */ public function text($cdata); /** * Indicates that the document has been entirely processed. */ public function eof(); /** * Emitted when the parser encounters an error condition. */ public function parseError($msg, $line, $col); /** * A CDATA section. * * @param string $data * The unparsed character data */ public function cdata($data); /** * This is a holdover from the XML spec. * * While user agents don't get PIs, server-side does. * * @param string $name The name of the processor (e.g. 'php'). * @param string $data The unparsed data. */ public function processingInstruction($name, $data = null); } html5/src/HTML5/Parser/ParseError.php000064400000000202152665372670013263 0ustar00 self::NAMESPACE_HTML, 'svg' => self::NAMESPACE_SVG, 'math' => self::NAMESPACE_MATHML, ); /** * Holds the always available namespaces (which does not require the XMLNS declaration). * * @var array */ protected $implicitNamespaces = array( 'xml' => self::NAMESPACE_XML, 'xmlns' => self::NAMESPACE_XMLNS, 'xlink' => self::NAMESPACE_XLINK, ); /** * Holds a stack of currently active namespaces. * * @var array */ protected $nsStack = array(); /** * Holds the number of namespaces declared by a node. * * @var array */ protected $pushes = array(); /** * Defined in 8.2.5. */ const IM_INITIAL = 0; const IM_BEFORE_HTML = 1; const IM_BEFORE_HEAD = 2; const IM_IN_HEAD = 3; const IM_IN_HEAD_NOSCRIPT = 4; const IM_AFTER_HEAD = 5; const IM_IN_BODY = 6; const IM_TEXT = 7; const IM_IN_TABLE = 8; const IM_IN_TABLE_TEXT = 9; const IM_IN_CAPTION = 10; const IM_IN_COLUMN_GROUP = 11; const IM_IN_TABLE_BODY = 12; const IM_IN_ROW = 13; const IM_IN_CELL = 14; const IM_IN_SELECT = 15; const IM_IN_SELECT_IN_TABLE = 16; const IM_AFTER_BODY = 17; const IM_IN_FRAMESET = 18; const IM_AFTER_FRAMESET = 19; const IM_AFTER_AFTER_BODY = 20; const IM_AFTER_AFTER_FRAMESET = 21; const IM_IN_SVG = 22; const IM_IN_MATHML = 23; protected $options = array(); protected $stack = array(); protected $current; // Pointer in the tag hierarchy. protected $rules; protected $doc; protected $frag; protected $processor; protected $insertMode = 0; /** * Track if we are in an element that allows only inline child nodes. * * @var string|null */ protected $onlyInline; /** * Quirks mode is enabled by default. * Any document that is missing the DT will be considered to be in quirks mode. */ protected $quirks = true; protected $errors = array(); public function __construct($isFragment = false, array $options = array()) { $this->options = $options; if (isset($options[self::OPT_TARGET_DOC])) { $this->doc = $options[self::OPT_TARGET_DOC]; } else { $impl = new \DOMImplementation(); // XXX: // Create the doctype. For now, we are always creating HTML5 // documents, and attempting to up-convert any older DTDs to HTML5. $dt = $impl->createDocumentType('html'); // $this->doc = \DOMImplementation::createDocument(NULL, 'html', $dt); $this->doc = $impl->createDocument(null, '', $dt); $this->doc->encoding = !empty($options['encoding']) ? $options['encoding'] : 'UTF-8'; } $this->errors = array(); $this->current = $this->doc; // ->documentElement; // Create a rules engine for tags. $this->rules = new TreeBuildingRules(); $implicitNS = array(); if (isset($this->options[self::OPT_IMPLICIT_NS])) { $implicitNS = $this->options[self::OPT_IMPLICIT_NS]; } elseif (isset($this->options['implicitNamespaces'])) { $implicitNS = $this->options['implicitNamespaces']; } // Fill $nsStack with the defalut HTML5 namespaces, plus the "implicitNamespaces" array taken form $options array_unshift($this->nsStack, $implicitNS + array('' => self::NAMESPACE_HTML) + $this->implicitNamespaces); if ($isFragment) { $this->insertMode = static::IM_IN_BODY; $this->frag = $this->doc->createDocumentFragment(); $this->current = $this->frag; } } /** * Get the document. */ public function document() { return $this->doc; } /** * Get the DOM fragment for the body. * * This returns a DOMNodeList because a fragment may have zero or more * DOMNodes at its root. * * @see http://www.w3.org/TR/2012/CR-html5-20121217/syntax.html#concept-frag-parse-context * * @return \DOMDocumentFragment */ public function fragment() { return $this->frag; } /** * Provide an instruction processor. * * This is used for handling Processor Instructions as they are * inserted. If omitted, PI's are inserted directly into the DOM tree. */ public function setInstructionProcessor(InstructionProcessor $proc) { $this->processor = $proc; } public function doctype($name, $idType = 0, $id = null, $quirks = false) { // This is used solely for setting quirks mode. Currently we don't // try to preserve the inbound DT. We convert it to HTML5. $this->quirks = $quirks; if ($this->insertMode > static::IM_INITIAL) { $this->parseError('Illegal placement of DOCTYPE tag. Ignoring: ' . $name); return; } $this->insertMode = static::IM_BEFORE_HTML; } /** * Process the start tag. * * @todo - XMLNS namespace handling (we need to parse, even if it's not valid) * - XLink, MathML and SVG namespace handling * - Omission rules: 8.1.2.4 Optional tags * * @param string $name * @param array $attributes * @param bool $selfClosing * * @return int */ public function startTag($name, $attributes = array(), $selfClosing = false) { $lname = $this->normalizeTagName($name); // Make sure we have an html element. if (!$this->doc->documentElement && 'html' !== $name && !$this->frag) { $this->startTag('html'); } // Set quirks mode if we're at IM_INITIAL with no doctype. if ($this->insertMode === static::IM_INITIAL) { $this->quirks = true; $this->parseError('No DOCTYPE specified.'); } // SPECIAL TAG HANDLING: // Spec says do this, and "don't ask." // find the spec where this is defined... looks problematic if ('image' === $name && !($this->insertMode === static::IM_IN_SVG || $this->insertMode === static::IM_IN_MATHML)) { $name = 'img'; } // Autoclose p tags where appropriate. if ($this->insertMode >= static::IM_IN_BODY && Elements::isA($name, Elements::AUTOCLOSE_P)) { $this->autoclose('p'); } // Set insert mode: switch ($name) { case 'html': $this->insertMode = static::IM_BEFORE_HEAD; break; case 'head': if ($this->insertMode > static::IM_BEFORE_HEAD) { $this->parseError('Unexpected head tag outside of head context.'); } else { $this->insertMode = static::IM_IN_HEAD; } break; case 'body': $this->insertMode = static::IM_IN_BODY; break; case 'svg': $this->insertMode = static::IM_IN_SVG; break; case 'math': $this->insertMode = static::IM_IN_MATHML; break; case 'noscript': if ($this->insertMode === static::IM_IN_HEAD) { $this->insertMode = static::IM_IN_HEAD_NOSCRIPT; } break; } // Special case handling for SVG. if ($this->insertMode === static::IM_IN_SVG) { $lname = Elements::normalizeSvgElement($lname); } $pushes = 0; // when we found a tag thats appears inside $nsRoots, we have to switch the defalut namespace if (isset($this->nsRoots[$lname]) && $this->nsStack[0][''] !== $this->nsRoots[$lname]) { array_unshift($this->nsStack, array( '' => $this->nsRoots[$lname], ) + $this->nsStack[0]); ++$pushes; } $needsWorkaround = false; if (isset($this->options['xmlNamespaces']) && $this->options['xmlNamespaces']) { // when xmlNamespaces is true a and we found a 'xmlns' or 'xmlns:*' attribute, we should add a new item to the $nsStack foreach ($attributes as $aName => $aVal) { if ('xmlns' === $aName) { $needsWorkaround = $aVal; array_unshift($this->nsStack, array( '' => $aVal, ) + $this->nsStack[0]); ++$pushes; } elseif ('xmlns' === (($pos = strpos($aName, ':')) ? substr($aName, 0, $pos) : '')) { array_unshift($this->nsStack, array( substr($aName, $pos + 1) => $aVal, ) + $this->nsStack[0]); ++$pushes; } } } if ($this->onlyInline && Elements::isA($lname, Elements::BLOCK_TAG)) { $this->autoclose($this->onlyInline); $this->onlyInline = null; } // some elements as table related tags might have optional end tags that force us to auto close multiple tags // https://www.w3.org/TR/html401/struct/tables.html if ($this->current instanceof \DOMElement && isset(Elements::$optionalEndElementsParentsToClose[$lname])) { foreach (Elements::$optionalEndElementsParentsToClose[$lname] as $parentElName) { if ($this->current instanceof \DOMElement && $this->current->tagName === $parentElName) { $this->autoclose($parentElName); } } } try { $prefix = ($pos = strpos($lname, ':')) ? substr($lname, 0, $pos) : ''; if (false !== $needsWorkaround) { $xml = "<$lname xmlns=\"$needsWorkaround\" " . (strlen($prefix) && isset($this->nsStack[0][$prefix]) ? ("xmlns:$prefix=\"" . $this->nsStack[0][$prefix] . '"') : '') . '/>'; $frag = new \DOMDocument('1.0', 'UTF-8'); $frag->loadXML($xml); $ele = $this->doc->importNode($frag->documentElement, true); } else { if (!isset($this->nsStack[0][$prefix]) || ('' === $prefix && isset($this->options[self::OPT_DISABLE_HTML_NS]) && $this->options[self::OPT_DISABLE_HTML_NS])) { $ele = $this->doc->createElement($lname); } else { $ele = $this->doc->createElementNS($this->nsStack[0][$prefix], $lname); } } } catch (\DOMException $e) { $this->parseError("Illegal tag name: <$lname>. Replaced with ."); $ele = $this->doc->createElement('invalid'); } if (Elements::isA($lname, Elements::BLOCK_ONLY_INLINE)) { $this->onlyInline = $lname; } // When we add some namespacess, we have to track them. Later, when "endElement" is invoked, we have to remove them. // When we are on a void tag, we do not need to care about namesapce nesting. if ($pushes > 0 && !Elements::isA($name, Elements::VOID_TAG)) { // PHP tends to free the memory used by DOM, // to avoid spl_object_hash collisions whe have to avoid garbage collection of $ele storing it into $pushes // see https://bugs.php.net/bug.php?id=67459 $this->pushes[spl_object_hash($ele)] = array($pushes, $ele); } foreach ($attributes as $aName => $aVal) { // xmlns attributes can't be set if ('xmlns' === $aName) { continue; } if ($this->insertMode === static::IM_IN_SVG) { $aName = Elements::normalizeSvgAttribute($aName); } elseif ($this->insertMode === static::IM_IN_MATHML) { $aName = Elements::normalizeMathMlAttribute($aName); } $aVal = (string) $aVal; try { $prefix = ($pos = strpos($aName, ':')) ? substr($aName, 0, $pos) : false; if ('xmlns' === $prefix) { $ele->setAttributeNS(self::NAMESPACE_XMLNS, $aName, $aVal); } elseif (false !== $prefix && isset($this->nsStack[0][$prefix])) { $ele->setAttributeNS($this->nsStack[0][$prefix], $aName, $aVal); } else { $ele->setAttribute($aName, $aVal); } } catch (\DOMException $e) { $this->parseError("Illegal attribute name for tag $name. Ignoring: $aName"); continue; } // This is necessary on a non-DTD schema, like HTML5. if ('id' === $aName) { $ele->setIdAttribute('id', true); } } if ($this->frag !== $this->current && $this->rules->hasRules($name)) { // Some elements have special processing rules. Handle those separately. $this->current = $this->rules->evaluate($ele, $this->current); } else { // Otherwise, it's a standard element. $this->current->appendChild($ele); if (!Elements::isA($name, Elements::VOID_TAG)) { $this->current = $ele; } // Self-closing tags should only be respected on foreign elements // (and are implied on void elements) // See: https://www.w3.org/TR/html5/syntax.html#start-tags if (Elements::isHtml5Element($name)) { $selfClosing = false; } } // This is sort of a last-ditch attempt to correct for cases where no head/body // elements are provided. if ($this->insertMode <= static::IM_BEFORE_HEAD && 'head' !== $name && 'html' !== $name) { $this->insertMode = static::IM_IN_BODY; } // When we are on a void tag, we do not need to care about namesapce nesting, // but we have to remove the namespaces pushed to $nsStack. if ($pushes > 0 && Elements::isA($name, Elements::VOID_TAG)) { // remove the namespaced definded by current node for ($i = 0; $i < $pushes; ++$i) { array_shift($this->nsStack); } } if ($selfClosing) { $this->endTag($name); } // Return the element mask, which the tokenizer can then use to set // various processing rules. return Elements::element($name); } public function endTag($name) { $lname = $this->normalizeTagName($name); // Special case within 12.2.6.4.7: An end tag whose tag name is "br" should be treated as an opening tag if ('br' === $name) { $this->parseError('Closing tag encountered for void element br.'); $this->startTag('br'); } // Ignore closing tags for other unary elements. elseif (Elements::isA($name, Elements::VOID_TAG)) { return; } if ($this->insertMode <= static::IM_BEFORE_HTML) { // 8.2.5.4.2 if (in_array($name, array( 'html', 'br', 'head', 'title', ))) { $this->startTag('html'); $this->endTag($name); $this->insertMode = static::IM_BEFORE_HEAD; return; } // Ignore the tag. $this->parseError('Illegal closing tag at global scope.'); return; } // Special case handling for SVG. if ($this->insertMode === static::IM_IN_SVG) { $lname = Elements::normalizeSvgElement($lname); } $cid = spl_object_hash($this->current); // XXX: HTML has no parent. What do we do, though, // if this element appears in the wrong place? if ('html' === $lname) { return; } // remove the namespaced definded by current node if (isset($this->pushes[$cid])) { for ($i = 0; $i < $this->pushes[$cid][0]; ++$i) { array_shift($this->nsStack); } unset($this->pushes[$cid]); } if (!$this->autoclose($lname)) { $this->parseError('Could not find closing tag for ' . $lname); } switch ($lname) { case 'head': $this->insertMode = static::IM_AFTER_HEAD; break; case 'body': $this->insertMode = static::IM_AFTER_BODY; break; case 'svg': case 'mathml': $this->insertMode = static::IM_IN_BODY; break; } } public function comment($cdata) { // TODO: Need to handle case where comment appears outside of the HTML tag. $node = $this->doc->createComment($cdata); $this->current->appendChild($node); } public function text($data) { // XXX: Hmmm.... should we really be this strict? if ($this->insertMode < static::IM_IN_HEAD) { // Per '8.2.5.4.3 The "before head" insertion mode' the characters // " \t\n\r\f" should be ignored but no mention of a parse error. This is // practical as most documents contain these characters. Other text is not // expected here so recording a parse error is necessary. $dataTmp = trim($data, " \t\n\r\f"); if (!empty($dataTmp)) { // fprintf(STDOUT, "Unexpected insert mode: %d", $this->insertMode); $this->parseError('Unexpected text. Ignoring: ' . $dataTmp); } return; } // fprintf(STDOUT, "Appending text %s.", $data); $node = $this->doc->createTextNode($data); $this->current->appendChild($node); } public function eof() { // If the $current isn't the $root, do we need to do anything? } public function parseError($msg, $line = 0, $col = 0) { $this->errors[] = sprintf('Line %d, Col %d: %s', $line, $col, $msg); } public function getErrors() { return $this->errors; } public function cdata($data) { $node = $this->doc->createCDATASection($data); $this->current->appendChild($node); } public function processingInstruction($name, $data = null) { // XXX: Ignore initial XML declaration, per the spec. if ($this->insertMode === static::IM_INITIAL && 'xml' === strtolower($name)) { return; } // Important: The processor may modify the current DOM tree however it sees fit. if ($this->processor instanceof InstructionProcessor) { $res = $this->processor->process($this->current, $name, $data); if (!empty($res)) { $this->current = $res; } return; } // Otherwise, this is just a dumb PI element. $node = $this->doc->createProcessingInstruction($name, $data); $this->current->appendChild($node); } // ========================================================================== // UTILITIES // ========================================================================== /** * Apply normalization rules to a tag name. * See sections 2.9 and 8.1.2. * * @param string $tagName * * @return string The normalized tag name. */ protected function normalizeTagName($tagName) { /* * Section 2.9 suggests that we should not do this. if (strpos($name, ':') !== false) { // We know from the grammar that there must be at least one other // char besides :, since : is not a legal tag start. $parts = explode(':', $name); return array_pop($parts); } */ return $tagName; } protected function quirksTreeResolver($name) { throw new \Exception('Not implemented.'); } /** * Automatically climb the tree and close the closest node with the matching $tag. * * @param string $tagName * * @return bool */ protected function autoclose($tagName) { $working = $this->current; do { if (XML_ELEMENT_NODE !== $working->nodeType) { return false; } if ($working->tagName === $tagName) { $this->current = $working->parentNode; return true; } } while ($working = $working->parentNode); return false; } /** * Checks if the given tagname is an ancestor of the present candidate. * * If $this->current or anything above $this->current matches the given tag * name, this returns true. * * @param string $tagName * * @return bool */ protected function isAncestor($tagName) { $candidate = $this->current; while (XML_ELEMENT_NODE === $candidate->nodeType) { if ($candidate->tagName === $tagName) { return true; } $candidate = $candidate->parentNode; } return false; } /** * Returns true if the immediate parent element is of the given tagname. * * @param string $tagName * * @return bool */ protected function isParent($tagName) { return $this->current->tagName === $tagName; } } html5/src/HTML5/Parser/CharacterReference.php000064400000002773152665372670014731 0ustar00scanner = $scanner; $this->events = $eventHandler; $this->mode = $mode; } /** * Begin parsing. * * This will begin scanning the document, tokenizing as it goes. * Tokens are emitted into the event handler. * * Tokenizing will continue until the document is completely * read. Errors are emitted into the event handler, but * the parser will attempt to continue parsing until the * entire input stream is read. */ public function parse() { do { $this->consumeData(); // FIXME: Add infinite loop protection. } while ($this->carryOn); } /** * Set the text mode for the character data reader. * * HTML5 defines three different modes for reading text: * - Normal: Read until a tag is encountered. * - RCDATA: Read until a tag is encountered, but skip a few otherwise- * special characters. * - Raw: Read until a special closing tag is encountered (viz. pre, script) * * This allows those modes to be set. * * Normally, setting is done by the event handler via a special return code on * startTag(), but it can also be set manually using this function. * * @param int $textmode One of Elements::TEXT_*. * @param string $untilTag The tag that should stop RAW or RCDATA mode. Normal mode does not * use this indicator. */ public function setTextMode($textmode, $untilTag = null) { $this->textMode = $textmode & (Elements::TEXT_RAW | Elements::TEXT_RCDATA); $this->untilTag = $untilTag; } /** * Consume a character and make a move. * HTML5 8.2.4.1. */ protected function consumeData() { $tok = $this->scanner->current(); if ('&' === $tok) { // Character reference $ref = $this->decodeCharacterReference(); $this->buffer($ref); $tok = $this->scanner->current(); } // Parse tag if ('<' === $tok) { // Any buffered text data can go out now. $this->flushBuffer(); $tok = $this->scanner->next(); if (false === $tok) { // end of string $this->parseError('Illegal tag opening'); } elseif ('!' === $tok) { $this->markupDeclaration(); } elseif ('/' === $tok) { $this->endTag(); } elseif ('?' === $tok) { $this->processingInstruction(); } elseif ($this->is_alpha($tok)) { $this->tagName(); } else { $this->parseError('Illegal tag opening'); // TODO is this necessary ? $this->characterData(); } $tok = $this->scanner->current(); } if (false === $tok) { // Handle end of document $this->eof(); } else { // Parse character switch ($this->textMode) { case Elements::TEXT_RAW: $this->rawText($tok); break; case Elements::TEXT_RCDATA: $this->rcdata($tok); break; default: if ('<' === $tok || '&' === $tok) { break; } // NULL character if ("\00" === $tok) { $this->parseError('Received null character.'); $this->text .= $tok; $this->scanner->consume(); break; } $this->text .= $this->scanner->charsUntil("<&\0"); } } return $this->carryOn; } /** * Parse anything that looks like character data. * * Different rules apply based on the current text mode. * * @see Elements::TEXT_RAW Elements::TEXT_RCDATA. */ protected function characterData() { $tok = $this->scanner->current(); if (false === $tok) { return false; } switch ($this->textMode) { case Elements::TEXT_RAW: return $this->rawText($tok); case Elements::TEXT_RCDATA: return $this->rcdata($tok); default: if ('<' === $tok || '&' === $tok) { return false; } return $this->text($tok); } } /** * This buffers the current token as character data. * * @param string $tok The current token. * * @return bool */ protected function text($tok) { // This should never happen... if (false === $tok) { return false; } // NULL character if ("\00" === $tok) { $this->parseError('Received null character.'); } $this->buffer($tok); $this->scanner->consume(); return true; } /** * Read text in RAW mode. * * @param string $tok The current token. * * @return bool */ protected function rawText($tok) { if (is_null($this->untilTag)) { return $this->text($tok); } $sequence = 'untilTag . '>'; $txt = $this->readUntilSequence($sequence); $this->events->text($txt); $this->setTextMode(0); return $this->endTag(); } /** * Read text in RCDATA mode. * * @param string $tok The current token. * * @return bool */ protected function rcdata($tok) { if (is_null($this->untilTag)) { return $this->text($tok); } $sequence = 'untilTag; $txt = ''; $caseSensitive = !Elements::isHtml5Element($this->untilTag); while (false !== $tok && !('<' == $tok && ($this->scanner->sequenceMatches($sequence, $caseSensitive)))) { if ('&' == $tok) { $txt .= $this->decodeCharacterReference(); $tok = $this->scanner->current(); } else { $txt .= $tok; $tok = $this->scanner->next(); } } $len = strlen($sequence); $this->scanner->consume($len); $len += $this->scanner->whitespace(); if ('>' !== $this->scanner->current()) { $this->parseError('Unclosed RCDATA end tag'); } $this->scanner->unconsume($len); $this->events->text($txt); $this->setTextMode(0); return $this->endTag(); } /** * If the document is read, emit an EOF event. */ protected function eof() { // fprintf(STDOUT, "EOF"); $this->flushBuffer(); $this->events->eof(); $this->carryOn = false; } /** * Look for markup. */ protected function markupDeclaration() { $tok = $this->scanner->next(); // Comment: if ('-' == $tok && '-' == $this->scanner->peek()) { $this->scanner->consume(2); return $this->comment(); } elseif ('D' == $tok || 'd' == $tok) { // Doctype return $this->doctype(); } elseif ('[' == $tok) { // CDATA section return $this->cdataSection(); } // FINISH $this->parseError('Expected . Emit an empty comment because 8.2.4.46 says to. if ('>' == $tok) { // Parse error. Emit the comment token. $this->parseError("Expected comment data, got '>'"); $this->events->comment(''); $this->scanner->consume(); return true; } // Replace NULL with the replacement char. if ("\0" == $tok) { $tok = UTF8Utils::FFFD; } while (!$this->isCommentEnd()) { $comment .= $tok; $tok = $this->scanner->next(); } $this->events->comment($comment); $this->scanner->consume(); return true; } /** * Check if the scanner has reached the end of a comment. * * @return bool */ protected function isCommentEnd() { $tok = $this->scanner->current(); // EOF if (false === $tok) { // Hit the end. $this->parseError('Unexpected EOF in a comment.'); return true; } // If next two tokens are not '--', not the end. if ('-' != $tok || '-' != $this->scanner->peek()) { return false; } $this->scanner->consume(2); // Consume '-' and one of '!' or '>' // Test for '>' if ('>' == $this->scanner->current()) { return true; } // Test for '!>' if ('!' == $this->scanner->current() && '>' == $this->scanner->peek()) { $this->scanner->consume(); // Consume the last '>' return true; } // Unread '-' and one of '!' or '>'; $this->scanner->unconsume(2); return false; } /** * Parse a DOCTYPE. * * Parse a DOCTYPE declaration. This method has strong bearing on whether or * not Quirksmode is enabled on the event handler. * * @todo This method is a little long. Should probably refactor. * * @return bool */ protected function doctype() { // Check that string is DOCTYPE. if ($this->scanner->sequenceMatches('DOCTYPE', false)) { $this->scanner->consume(7); } else { $chars = $this->scanner->charsWhile('DOCTYPEdoctype'); $this->parseError('Expected DOCTYPE, got %s', $chars); return $this->bogusComment('scanner->whitespace(); $tok = $this->scanner->current(); // EOF: die. if (false === $tok) { $this->events->doctype('html5', EventHandler::DOCTYPE_NONE, '', true); $this->eof(); return true; } // NULL char: convert. if ("\0" === $tok) { $this->parseError('Unexpected null character in DOCTYPE.'); } $stop = " \n\f>"; $doctypeName = $this->scanner->charsUntil($stop); // Lowercase ASCII, replace \0 with FFFD $doctypeName = strtolower(strtr($doctypeName, "\0", UTF8Utils::FFFD)); $tok = $this->scanner->current(); // If false, emit a parse error, DOCTYPE, and return. if (false === $tok) { $this->parseError('Unexpected EOF in DOCTYPE declaration.'); $this->events->doctype($doctypeName, EventHandler::DOCTYPE_NONE, null, true); return true; } // Short DOCTYPE, like if ('>' == $tok) { // DOCTYPE without a name. if (0 == strlen($doctypeName)) { $this->parseError('Expected a DOCTYPE name. Got nothing.'); $this->events->doctype($doctypeName, 0, null, true); $this->scanner->consume(); return true; } $this->events->doctype($doctypeName); $this->scanner->consume(); return true; } $this->scanner->whitespace(); $pub = strtoupper($this->scanner->getAsciiAlpha()); $white = $this->scanner->whitespace(); // Get ID, and flag it as pub or system. if (('PUBLIC' == $pub || 'SYSTEM' == $pub) && $white > 0) { // Get the sys ID. $type = 'PUBLIC' == $pub ? EventHandler::DOCTYPE_PUBLIC : EventHandler::DOCTYPE_SYSTEM; $id = $this->quotedString("\0>"); if (false === $id) { $this->events->doctype($doctypeName, $type, $pub, false); return true; } // Premature EOF. if (false === $this->scanner->current()) { $this->parseError('Unexpected EOF in DOCTYPE'); $this->events->doctype($doctypeName, $type, $id, true); return true; } // Well-formed complete DOCTYPE. $this->scanner->whitespace(); if ('>' == $this->scanner->current()) { $this->events->doctype($doctypeName, $type, $id, false); $this->scanner->consume(); return true; } // If we get here, we have scanner->charsUntil('>'); $this->parseError('Malformed DOCTYPE.'); $this->events->doctype($doctypeName, $type, $id, true); $this->scanner->consume(); return true; } // Else it's a bogus DOCTYPE. // Consume to > and trash. $this->scanner->charsUntil('>'); $this->parseError('Expected PUBLIC or SYSTEM. Got %s.', $pub); $this->events->doctype($doctypeName, 0, null, true); $this->scanner->consume(); return true; } /** * Utility for reading a quoted string. * * @param string $stopchars Characters (in addition to a close-quote) that should stop the string. * E.g. sometimes '>' is higher precedence than '"' or "'". * * @return mixed String if one is found (quotations omitted). */ protected function quotedString($stopchars) { $tok = $this->scanner->current(); if ('"' == $tok || "'" == $tok) { $this->scanner->consume(); $ret = $this->scanner->charsUntil($tok . $stopchars); if ($this->scanner->current() == $tok) { $this->scanner->consume(); } else { // Parse error because no close quote. $this->parseError('Expected %s, got %s', $tok, $this->scanner->current()); } return $ret; } return false; } /** * Handle a CDATA section. * * @return bool */ protected function cdataSection() { $cdata = ''; $this->scanner->consume(); $chars = $this->scanner->charsWhile('CDAT'); if ('CDATA' != $chars || '[' != $this->scanner->current()) { $this->parseError('Expected [CDATA[, got %s', $chars); return $this->bogusComment('scanner->next(); do { if (false === $tok) { $this->parseError('Unexpected EOF inside CDATA.'); $this->bogusComment('scanner->next(); } while (!$this->scanner->sequenceMatches(']]>')); // Consume ]]> $this->scanner->consume(3); $this->events->cdata($cdata); return true; } // ================================================================ // Non-HTML5 // ================================================================ /** * Handle a processing instruction. * * XML processing instructions are supposed to be ignored in HTML5, * treated as "bogus comments". However, since we're not a user * agent, we allow them. We consume until ?> and then issue a * EventListener::processingInstruction() event. * * @return bool */ protected function processingInstruction() { if ('?' != $this->scanner->current()) { return false; } $tok = $this->scanner->next(); $procName = $this->scanner->getAsciiAlpha(); $white = $this->scanner->whitespace(); // If not a PI, send to bogusComment. if (0 == strlen($procName) || 0 == $white || false == $this->scanner->current()) { $this->parseError("Expected processing instruction name, got $tok"); $this->bogusComment('. while (!('?' == $this->scanner->current() && '>' == $this->scanner->peek())) { $data .= $this->scanner->current(); $tok = $this->scanner->next(); if (false === $tok) { $this->parseError('Unexpected EOF in processing instruction.'); $this->events->processingInstruction($procName, $data); return true; } } $this->scanner->consume(2); // Consume the closing tag $this->events->processingInstruction($procName, $data); return true; } // ================================================================ // UTILITY FUNCTIONS // ================================================================ /** * Read from the input stream until we get to the desired sequene * or hit the end of the input stream. * * @param string $sequence * * @return string */ protected function readUntilSequence($sequence) { $buffer = ''; // Optimization for reading larger blocks faster. $first = substr($sequence, 0, 1); while (false !== $this->scanner->current()) { $buffer .= $this->scanner->charsUntil($first); // Stop as soon as we hit the stopping condition. if ($this->scanner->sequenceMatches($sequence, false)) { return $buffer; } $buffer .= $this->scanner->current(); $this->scanner->consume(); } // If we get here, we hit the EOF. $this->parseError('Unexpected EOF during text read.'); return $buffer; } /** * Check if upcomming chars match the given sequence. * * This will read the stream for the $sequence. If it's * found, this will return true. If not, return false. * Since this unconsumes any chars it reads, the caller * will still need to read the next sequence, even if * this returns true. * * Example: $this->scanner->sequenceMatches('') will * see if the input stream is at the start of a * '' string. * * @param string $sequence * @param bool $caseSensitive * * @return bool */ protected function sequenceMatches($sequence, $caseSensitive = true) { @trigger_error(__METHOD__ . ' method is deprecated since version 2.4 and will be removed in 3.0. Use Scanner::sequenceMatches() instead.', E_USER_DEPRECATED); return $this->scanner->sequenceMatches($sequence, $caseSensitive); } /** * Send a TEXT event with the contents of the text buffer. * * This emits an EventHandler::text() event with the current contents of the * temporary text buffer. (The buffer is used to group as much PCDATA * as we can instead of emitting lots and lots of TEXT events.) */ protected function flushBuffer() { if ('' === $this->text) { return; } $this->events->text($this->text); $this->text = ''; } /** * Add text to the temporary buffer. * * @see flushBuffer() * * @param string $str */ protected function buffer($str) { $this->text .= $str; } /** * Emit a parse error. * * A parse error always returns false because it never consumes any * characters. * * @param string $msg * * @return string */ protected function parseError($msg) { $args = func_get_args(); if (count($args) > 1) { array_shift($args); $msg = vsprintf($msg, $args); } $line = $this->scanner->currentLine(); $col = $this->scanner->columnOffset(); $this->events->parseError($msg, $line, $col); return false; } /** * Decode a character reference and return the string. * * If $inAttribute is set to true, a bare & will be returned as-is. * * @param bool $inAttribute Set to true if the text is inside of an attribute value. * false otherwise. * * @return string */ protected function decodeCharacterReference($inAttribute = false) { // Next char after &. $tok = $this->scanner->next(); $start = $this->scanner->position(); if (false === $tok) { return '&'; } // These indicate not an entity. We return just // the &. if ("\t" === $tok || "\n" === $tok || "\f" === $tok || ' ' === $tok || '&' === $tok || '<' === $tok) { // $this->scanner->next(); return '&'; } // Numeric entity if ('#' === $tok) { $tok = $this->scanner->next(); if (false === $tok) { $this->parseError('Expected &#DEC; &#HEX;, got EOF'); $this->scanner->unconsume(1); return '&'; } // Hexadecimal encoding. // X[0-9a-fA-F]+; // x[0-9a-fA-F]+; if ('x' === $tok || 'X' === $tok) { $tok = $this->scanner->next(); // Consume x // Convert from hex code to char. $hex = $this->scanner->getHex(); if (empty($hex)) { $this->parseError('Expected &#xHEX;, got &#x%s', $tok); // We unconsume because we don't know what parser rules might // be in effect for the remaining chars. For example. '&#>' // might result in a specific parsing rule inside of tag // contexts, while not inside of pcdata context. $this->scanner->unconsume(2); return '&'; } $entity = CharacterReference::lookupHex($hex); } // Decimal encoding. // [0-9]+; else { // Convert from decimal to char. $numeric = $this->scanner->getNumeric(); if (false === $numeric) { $this->parseError('Expected &#DIGITS;, got &#%s', $tok); $this->scanner->unconsume(2); return '&'; } $entity = CharacterReference::lookupDecimal($numeric); } } elseif ('=' === $tok && $inAttribute) { return '&'; } else { // String entity. // Attempt to consume a string up to a ';'. // [a-zA-Z0-9]+; $cname = $this->scanner->getAsciiAlphaNum(); $entity = CharacterReference::lookupName($cname); // When no entity is found provide the name of the unmatched string // and continue on as the & is not part of an entity. The & will // be converted to & elsewhere. if (null === $entity) { if (!$inAttribute || '' === $cname) { $this->parseError("No match in entity table for '%s'", $cname); } $this->scanner->unconsume($this->scanner->position() - $start); return '&'; } } // The scanner has advanced the cursor for us. $tok = $this->scanner->current(); // We have an entity. We're done here. if (';' === $tok) { $this->scanner->consume(); return $entity; } // Failing to match ; means unconsume the entire string. $this->scanner->unconsume($this->scanner->position() - $start); $this->parseError('Expected &ENTITY;, got &ENTITY%s (no trailing ;) ', $tok); return '&'; } /** * Checks whether a (single-byte) character is an ASCII letter or not. * * @param string $input A single-byte string * * @return bool True if it is a letter, False otherwise */ protected function is_alpha($input) { $code = ord($input); return ($code >= 97 && $code <= 122) || ($code >= 65 && $code <= 90); } } html5/src/HTML5/Elements.php000064400000050101152665372670011522 0ustar00 [PARENT-TAG-NAME-TO-CLOSE1, PARENT-TAG-NAME-TO-CLOSE2, ...]. * * Order is important, after auto-closing one parent with might have to close also their parent. * * @var array */ public static $optionalEndElementsParentsToClose = array( 'tr' => array('td', 'tr'), 'td' => array('td', 'th'), 'th' => array('td', 'th'), 'tfoot' => array('td', 'th', 'tr', 'tbody', 'thead'), 'tbody' => array('td', 'th', 'tr', 'thead'), ); /** * The HTML5 elements as defined in http://dev.w3.org/html5/markup/elements.html. * * @var array */ public static $html5 = array( 'a' => 1, 'abbr' => 1, 'address' => 65, // NORMAL | BLOCK_TAG 'area' => 9, // NORMAL | VOID_TAG 'article' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'aside' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'audio' => 1, // NORMAL 'b' => 1, 'base' => 9, // NORMAL | VOID_TAG 'bdi' => 1, 'bdo' => 1, 'blockquote' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'body' => 1, 'br' => 9, // NORMAL | VOID_TAG 'button' => 1, 'canvas' => 65, // NORMAL | BLOCK_TAG 'caption' => 1, 'cite' => 1, 'code' => 1, 'col' => 9, // NORMAL | VOID_TAG 'colgroup' => 1, 'command' => 9, // NORMAL | VOID_TAG // "data" => 1, // This is highly experimental and only part of the whatwg spec (not w3c). See https://developer.mozilla.org/en-US/docs/HTML/Element/data 'datalist' => 1, 'dd' => 65, // NORMAL | BLOCK_TAG 'del' => 1, 'details' => 17, // NORMAL | AUTOCLOSE_P, 'dfn' => 1, 'dialog' => 17, // NORMAL | AUTOCLOSE_P, 'div' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'dl' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'dt' => 1, 'em' => 1, 'embed' => 9, // NORMAL | VOID_TAG 'fieldset' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'figcaption' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'figure' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'footer' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'form' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'h1' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'h2' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'h3' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'h4' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'h5' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'h6' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'head' => 1, 'header' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'hgroup' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'hr' => 73, // NORMAL | VOID_TAG 'html' => 1, 'i' => 1, 'iframe' => 3, // NORMAL | TEXT_RAW 'img' => 9, // NORMAL | VOID_TAG 'input' => 9, // NORMAL | VOID_TAG 'kbd' => 1, 'ins' => 1, 'keygen' => 9, // NORMAL | VOID_TAG 'label' => 1, 'legend' => 1, 'li' => 1, 'link' => 9, // NORMAL | VOID_TAG 'map' => 1, 'mark' => 1, 'menu' => 17, // NORMAL | AUTOCLOSE_P, 'meta' => 9, // NORMAL | VOID_TAG 'meter' => 1, 'nav' => 17, // NORMAL | AUTOCLOSE_P, 'noscript' => 65, // NORMAL | BLOCK_TAG 'object' => 1, 'ol' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'optgroup' => 1, 'option' => 1, 'output' => 65, // NORMAL | BLOCK_TAG 'p' => 209, // NORMAL | AUTOCLOSE_P | BLOCK_TAG | BLOCK_ONLY_INLINE 'param' => 9, // NORMAL | VOID_TAG 'pre' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'progress' => 1, 'q' => 1, 'rp' => 1, 'rt' => 1, 'ruby' => 1, 's' => 1, 'samp' => 1, 'script' => 3, // NORMAL | TEXT_RAW 'section' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'select' => 1, 'small' => 1, 'source' => 9, // NORMAL | VOID_TAG 'span' => 1, 'strong' => 1, 'style' => 3, // NORMAL | TEXT_RAW 'sub' => 1, 'summary' => 17, // NORMAL | AUTOCLOSE_P, 'sup' => 1, 'table' => 65, // NORMAL | BLOCK_TAG 'tbody' => 1, 'td' => 1, 'textarea' => 5, // NORMAL | TEXT_RCDATA 'tfoot' => 65, // NORMAL | BLOCK_TAG 'th' => 1, 'thead' => 1, 'time' => 1, 'title' => 5, // NORMAL | TEXT_RCDATA 'tr' => 1, 'track' => 9, // NORMAL | VOID_TAG 'u' => 1, 'ul' => 81, // NORMAL | AUTOCLOSE_P | BLOCK_TAG 'var' => 1, 'video' => 1, 'wbr' => 9, // NORMAL | VOID_TAG // Legacy? 'basefont' => 8, // VOID_TAG 'bgsound' => 8, // VOID_TAG 'noframes' => 2, // RAW_TEXT 'frame' => 9, // NORMAL | VOID_TAG 'frameset' => 1, 'center' => 16, 'dir' => 16, 'listing' => 16, // AUTOCLOSE_P 'plaintext' => 48, // AUTOCLOSE_P | TEXT_PLAINTEXT 'applet' => 0, 'marquee' => 0, 'isindex' => 8, // VOID_TAG 'xmp' => 20, // AUTOCLOSE_P | VOID_TAG | RAW_TEXT 'noembed' => 2, // RAW_TEXT ); /** * The MathML elements. * See http://www.w3.org/wiki/MathML/Elements. * * In our case we are only concerned with presentation MathML and not content * MathML. There is a nice list of this subset at https://developer.mozilla.org/en-US/docs/MathML/Element. * * @var array */ public static $mathml = array( 'maction' => 1, 'maligngroup' => 1, 'malignmark' => 1, 'math' => 1, 'menclose' => 1, 'merror' => 1, 'mfenced' => 1, 'mfrac' => 1, 'mglyph' => 1, 'mi' => 1, 'mlabeledtr' => 1, 'mlongdiv' => 1, 'mmultiscripts' => 1, 'mn' => 1, 'mo' => 1, 'mover' => 1, 'mpadded' => 1, 'mphantom' => 1, 'mroot' => 1, 'mrow' => 1, 'ms' => 1, 'mscarries' => 1, 'mscarry' => 1, 'msgroup' => 1, 'msline' => 1, 'mspace' => 1, 'msqrt' => 1, 'msrow' => 1, 'mstack' => 1, 'mstyle' => 1, 'msub' => 1, 'msup' => 1, 'msubsup' => 1, 'mtable' => 1, 'mtd' => 1, 'mtext' => 1, 'mtr' => 1, 'munder' => 1, 'munderover' => 1, ); /** * The svg elements. * * The Mozilla documentation has a good list at https://developer.mozilla.org/en-US/docs/SVG/Element. * The w3c list appears to be lacking in some areas like filter effect elements. * That list can be found at http://www.w3.org/wiki/SVG/Elements. * * Note, FireFox appears to do a better job rendering filter effects than chrome. * While they are in the spec I'm not sure how widely implemented they are. * * @var array */ public static $svg = array( 'a' => 1, 'altGlyph' => 1, 'altGlyphDef' => 1, 'altGlyphItem' => 1, 'animate' => 1, 'animateColor' => 1, 'animateMotion' => 1, 'animateTransform' => 1, 'circle' => 1, 'clipPath' => 1, 'color-profile' => 1, 'cursor' => 1, 'defs' => 1, 'desc' => 1, 'ellipse' => 1, 'feBlend' => 1, 'feColorMatrix' => 1, 'feComponentTransfer' => 1, 'feComposite' => 1, 'feConvolveMatrix' => 1, 'feDiffuseLighting' => 1, 'feDisplacementMap' => 1, 'feDistantLight' => 1, 'feFlood' => 1, 'feFuncA' => 1, 'feFuncB' => 1, 'feFuncG' => 1, 'feFuncR' => 1, 'feGaussianBlur' => 1, 'feImage' => 1, 'feMerge' => 1, 'feMergeNode' => 1, 'feMorphology' => 1, 'feOffset' => 1, 'fePointLight' => 1, 'feSpecularLighting' => 1, 'feSpotLight' => 1, 'feTile' => 1, 'feTurbulence' => 1, 'filter' => 1, 'font' => 1, 'font-face' => 1, 'font-face-format' => 1, 'font-face-name' => 1, 'font-face-src' => 1, 'font-face-uri' => 1, 'foreignObject' => 1, 'g' => 1, 'glyph' => 1, 'glyphRef' => 1, 'hkern' => 1, 'image' => 1, 'line' => 1, 'linearGradient' => 1, 'marker' => 1, 'mask' => 1, 'metadata' => 1, 'missing-glyph' => 1, 'mpath' => 1, 'path' => 1, 'pattern' => 1, 'polygon' => 1, 'polyline' => 1, 'radialGradient' => 1, 'rect' => 1, 'script' => 3, // NORMAL | RAW_TEXT 'set' => 1, 'stop' => 1, 'style' => 3, // NORMAL | RAW_TEXT 'svg' => 1, 'switch' => 1, 'symbol' => 1, 'text' => 1, 'textPath' => 1, 'title' => 1, 'tref' => 1, 'tspan' => 1, 'use' => 1, 'view' => 1, 'vkern' => 1, ); /** * Some attributes in SVG are case sensitive. * * This map contains key/value pairs with the key as the lowercase attribute * name and the value with the correct casing. */ public static $svgCaseSensitiveAttributeMap = array( 'attributename' => 'attributeName', 'attributetype' => 'attributeType', 'basefrequency' => 'baseFrequency', 'baseprofile' => 'baseProfile', 'calcmode' => 'calcMode', 'clippathunits' => 'clipPathUnits', 'contentscripttype' => 'contentScriptType', 'contentstyletype' => 'contentStyleType', 'diffuseconstant' => 'diffuseConstant', 'edgemode' => 'edgeMode', 'externalresourcesrequired' => 'externalResourcesRequired', 'filterres' => 'filterRes', 'filterunits' => 'filterUnits', 'glyphref' => 'glyphRef', 'gradienttransform' => 'gradientTransform', 'gradientunits' => 'gradientUnits', 'kernelmatrix' => 'kernelMatrix', 'kernelunitlength' => 'kernelUnitLength', 'keypoints' => 'keyPoints', 'keysplines' => 'keySplines', 'keytimes' => 'keyTimes', 'lengthadjust' => 'lengthAdjust', 'limitingconeangle' => 'limitingConeAngle', 'markerheight' => 'markerHeight', 'markerunits' => 'markerUnits', 'markerwidth' => 'markerWidth', 'maskcontentunits' => 'maskContentUnits', 'maskunits' => 'maskUnits', 'numoctaves' => 'numOctaves', 'pathlength' => 'pathLength', 'patterncontentunits' => 'patternContentUnits', 'patterntransform' => 'patternTransform', 'patternunits' => 'patternUnits', 'pointsatx' => 'pointsAtX', 'pointsaty' => 'pointsAtY', 'pointsatz' => 'pointsAtZ', 'preservealpha' => 'preserveAlpha', 'preserveaspectratio' => 'preserveAspectRatio', 'primitiveunits' => 'primitiveUnits', 'refx' => 'refX', 'refy' => 'refY', 'repeatcount' => 'repeatCount', 'repeatdur' => 'repeatDur', 'requiredextensions' => 'requiredExtensions', 'requiredfeatures' => 'requiredFeatures', 'specularconstant' => 'specularConstant', 'specularexponent' => 'specularExponent', 'spreadmethod' => 'spreadMethod', 'startoffset' => 'startOffset', 'stddeviation' => 'stdDeviation', 'stitchtiles' => 'stitchTiles', 'surfacescale' => 'surfaceScale', 'systemlanguage' => 'systemLanguage', 'tablevalues' => 'tableValues', 'targetx' => 'targetX', 'targety' => 'targetY', 'textlength' => 'textLength', 'viewbox' => 'viewBox', 'viewtarget' => 'viewTarget', 'xchannelselector' => 'xChannelSelector', 'ychannelselector' => 'yChannelSelector', 'zoomandpan' => 'zoomAndPan', ); /** * Some SVG elements are case sensitive. * This map contains these. * * The map contains key/value store of the name is lowercase as the keys and * the correct casing as the value. */ public static $svgCaseSensitiveElementMap = array( 'altglyph' => 'altGlyph', 'altglyphdef' => 'altGlyphDef', 'altglyphitem' => 'altGlyphItem', 'animatecolor' => 'animateColor', 'animatemotion' => 'animateMotion', 'animatetransform' => 'animateTransform', 'clippath' => 'clipPath', 'feblend' => 'feBlend', 'fecolormatrix' => 'feColorMatrix', 'fecomponenttransfer' => 'feComponentTransfer', 'fecomposite' => 'feComposite', 'feconvolvematrix' => 'feConvolveMatrix', 'fediffuselighting' => 'feDiffuseLighting', 'fedisplacementmap' => 'feDisplacementMap', 'fedistantlight' => 'feDistantLight', 'feflood' => 'feFlood', 'fefunca' => 'feFuncA', 'fefuncb' => 'feFuncB', 'fefuncg' => 'feFuncG', 'fefuncr' => 'feFuncR', 'fegaussianblur' => 'feGaussianBlur', 'feimage' => 'feImage', 'femerge' => 'feMerge', 'femergenode' => 'feMergeNode', 'femorphology' => 'feMorphology', 'feoffset' => 'feOffset', 'fepointlight' => 'fePointLight', 'fespecularlighting' => 'feSpecularLighting', 'fespotlight' => 'feSpotLight', 'fetile' => 'feTile', 'feturbulence' => 'feTurbulence', 'foreignobject' => 'foreignObject', 'glyphref' => 'glyphRef', 'lineargradient' => 'linearGradient', 'radialgradient' => 'radialGradient', 'textpath' => 'textPath', ); /** * Check whether the given element meets the given criterion. * * Example: * * Elements::isA('script', Elements::TEXT_RAW); // Returns true. * * Elements::isA('script', Elements::TEXT_RCDATA); // Returns false. * * @param string $name The element name. * @param int $mask One of the constants on this class. * * @return bool true if the element matches the mask, false otherwise. */ public static function isA($name, $mask) { return (static::element($name) & $mask) === $mask; } /** * Test if an element is a valid html5 element. * * @param string $name The name of the element. * * @return bool true if a html5 element and false otherwise. */ public static function isHtml5Element($name) { // html5 element names are case insensitive. Forcing lowercase for the check. // Do we need this check or will all data passed here already be lowercase? return isset(static::$html5[strtolower($name)]); } /** * Test if an element name is a valid MathML presentation element. * * @param string $name The name of the element. * * @return bool true if a MathML name and false otherwise. */ public static function isMathMLElement($name) { // MathML is case-sensitive unlike html5 elements. return isset(static::$mathml[$name]); } /** * Test if an element is a valid SVG element. * * @param string $name The name of the element. * * @return bool true if a SVG element and false otherise. */ public static function isSvgElement($name) { // SVG is case-sensitive unlike html5 elements. return isset(static::$svg[$name]); } /** * Is an element name valid in an html5 document. * This includes html5 elements along with other allowed embedded content * such as svg and mathml. * * @param string $name The name of the element. * * @return bool true if valid and false otherwise. */ public static function isElement($name) { return static::isHtml5Element($name) || static::isMathMLElement($name) || static::isSvgElement($name); } /** * Get the element mask for the given element name. * * @param string $name The name of the element. * * @return int the element mask. */ public static function element($name) { if (isset(static::$html5[$name])) { return static::$html5[$name]; } if (isset(static::$svg[$name])) { return static::$svg[$name]; } if (isset(static::$mathml[$name])) { return static::$mathml[$name]; } return 0; } /** * Normalize a SVG element name to its proper case and form. * * @param string $name The name of the element. * * @return string the normalized form of the element name. */ public static function normalizeSvgElement($name) { $name = strtolower($name); if (isset(static::$svgCaseSensitiveElementMap[$name])) { $name = static::$svgCaseSensitiveElementMap[$name]; } return $name; } /** * Normalize a SVG attribute name to its proper case and form. * * @param string $name The name of the attribute. * * @return string The normalized form of the attribute name. */ public static function normalizeSvgAttribute($name) { $name = strtolower($name); if (isset(static::$svgCaseSensitiveAttributeMap[$name])) { $name = static::$svgCaseSensitiveAttributeMap[$name]; } return $name; } /** * Normalize a MathML attribute name to its proper case and form. * Note, all MathML element names are lowercase. * * @param string $name The name of the attribute. * * @return string The normalized form of the attribute name. */ public static function normalizeMathMlAttribute($name) { $name = strtolower($name); // Only one attribute has a mixed case form for MathML. if ('definitionurl' === $name) { $name = 'definitionURL'; } return $name; } } html5/src/HTML5/Serializer/Traverser.php000064400000010315152665372670014037 0ustar00 'html', 'http://www.w3.org/1998/Math/MathML' => 'math', 'http://www.w3.org/2000/svg' => 'svg', ); protected $dom; protected $options; protected $encode = false; protected $rules; protected $out; /** * Create a traverser. * * @param \DOMNode|\DOMNodeList $dom The document or node to traverse. * @param resource $out A stream that allows writing. The traverser will output into this * stream. * @param array $options An array of options for the traverser as key/value pairs. These include: * - encode_entities: A bool to specify if full encding should happen for all named * charachter references. Defaults to false which escapes &'<>". * - output_rules: The path to the class handling the output rules. */ public function __construct($dom, $out, RulesInterface $rules, $options = array()) { $this->dom = $dom; $this->out = $out; $this->rules = $rules; $this->options = $options; $this->rules->setTraverser($this); } /** * Tell the traverser to walk the DOM. * * @return resource $out Returns the output stream. */ public function walk() { if ($this->dom instanceof \DOMDocument) { $this->rules->document($this->dom); } elseif ($this->dom instanceof \DOMDocumentFragment) { // Document fragments are a special case. Only the children need to // be serialized. if ($this->dom->hasChildNodes()) { $this->children($this->dom->childNodes); } } // If NodeList, loop elseif ($this->dom instanceof \DOMNodeList) { // If this is a NodeList of DOMDocuments this will not work. $this->children($this->dom); } // Else assume this is a DOMNode-like datastructure. else { $this->node($this->dom); } return $this->out; } /** * Process a node in the DOM. * * @param mixed $node A node implementing \DOMNode. */ public function node($node) { // A listing of types is at http://php.net/manual/en/dom.constants.php switch ($node->nodeType) { case XML_ELEMENT_NODE: $this->rules->element($node); break; case XML_TEXT_NODE: $this->rules->text($node); break; case XML_CDATA_SECTION_NODE: $this->rules->cdata($node); break; case XML_PI_NODE: $this->rules->processorInstruction($node); break; case XML_COMMENT_NODE: $this->rules->comment($node); break; // Currently we don't support embedding DTDs. default: //print ''; break; } } /** * Walk through all the nodes on a node list. * * @param \DOMNodeList $nl A list of child elements to walk through. */ public function children($nl) { foreach ($nl as $node) { $this->node($node); } } /** * Is an element local? * * @param mixed $ele An element that implement \DOMNode. * * @return bool true if local and false otherwise. */ public function isLocalElement($ele) { $uri = $ele->namespaceURI; if (empty($uri)) { return false; } return isset(static::$local_ns[$uri]); } } html5/src/HTML5/Serializer/RulesInterface.php000064400000005067152665372670015005 0ustar00 ' ', "\n" => ' ', '!' => '!', '"' => '"', '#' => '#', '$' => '$', '%' => '%', '&' => '&', '\'' => ''', '(' => '(', ')' => ')', '*' => '*', '+' => '+', ',' => ',', '.' => '.', '/' => '/', ':' => ':', ';' => ';', '<' => '<', '<⃒' => '&nvlt', '=' => '=', '=⃥' => '&bne', '>' => '>', '>⃒' => '&nvgt', '?' => '?', '@' => '@', '[' => '[', '\\' => '\', ']' => ']', '^' => '^', '_' => '_', '`' => '`', 'fj' => '&fjlig', '{' => '{', '|' => '|', '}' => '}', ' ' => ' ', '¡' => '¡', '¢' => '¢', '£' => '£', '¤' => '¤', '¥' => '¥', '¦' => '¦', '§' => '§', '¨' => '¨', '©' => '©', 'ª' => 'ª', '«' => '«', '¬' => '¬', '­' => '­', '®' => '®', '¯' => '¯', '°' => '°', '±' => '±', '²' => '²', '³' => '³', '´' => '´', 'µ' => 'µ', '¶' => '¶', '·' => '·', '¸' => '¸', '¹' => '¹', 'º' => 'º', '»' => '»', '¼' => '¼', '½' => '½', '¾' => '¾', '¿' => '¿', 'À' => 'À', 'Á' => 'Á', 'Â' => 'Â', 'Ã' => 'Ã', 'Ä' => 'Ä', 'Å' => 'Å', 'Æ' => 'Æ', 'Ç' => 'Ç', 'È' => 'È', 'É' => 'É', 'Ê' => 'Ê', 'Ë' => 'Ë', 'Ì' => 'Ì', 'Í' => 'Í', 'Î' => 'Î', 'Ï' => 'Ï', 'Ð' => 'Ð', 'Ñ' => 'Ñ', 'Ò' => 'Ò', 'Ó' => 'Ó', 'Ô' => 'Ô', 'Õ' => 'Õ', 'Ö' => 'Ö', '×' => '×', 'Ø' => 'Ø', 'Ù' => 'Ù', 'Ú' => 'Ú', 'Û' => 'Û', 'Ü' => 'Ü', 'Ý' => 'Ý', 'Þ' => 'Þ', 'ß' => 'ß', 'à' => 'à', 'á' => 'á', 'â' => 'â', 'ã' => 'ã', 'ä' => 'ä', 'å' => 'å', 'æ' => 'æ', 'ç' => 'ç', 'è' => 'è', 'é' => 'é', 'ê' => 'ê', 'ë' => 'ë', 'ì' => 'ì', 'í' => 'í', 'î' => 'î', 'ï' => 'ï', 'ð' => 'ð', 'ñ' => 'ñ', 'ò' => 'ò', 'ó' => 'ó', 'ô' => 'ô', 'õ' => 'õ', 'ö' => 'ö', '÷' => '÷', 'ø' => 'ø', 'ù' => 'ù', 'ú' => 'ú', 'û' => 'û', 'ü' => 'ü', 'ý' => 'ý', 'þ' => 'þ', 'ÿ' => 'ÿ', 'Ā' => 'Ā', 'ā' => 'ā', 'Ă' => 'Ă', 'ă' => 'ă', 'Ą' => 'Ą', 'ą' => 'ą', 'Ć' => 'Ć', 'ć' => 'ć', 'Ĉ' => 'Ĉ', 'ĉ' => 'ĉ', 'Ċ' => 'Ċ', 'ċ' => 'ċ', 'Č' => 'Č', 'č' => 'č', 'Ď' => 'Ď', 'ď' => 'ď', 'Đ' => 'Đ', 'đ' => 'đ', 'Ē' => 'Ē', 'ē' => 'ē', 'Ė' => 'Ė', 'ė' => 'ė', 'Ę' => 'Ę', 'ę' => 'ę', 'Ě' => 'Ě', 'ě' => 'ě', 'Ĝ' => 'Ĝ', 'ĝ' => 'ĝ', 'Ğ' => 'Ğ', 'ğ' => 'ğ', 'Ġ' => 'Ġ', 'ġ' => 'ġ', 'Ģ' => 'Ģ', 'Ĥ' => 'Ĥ', 'ĥ' => 'ĥ', 'Ħ' => 'Ħ', 'ħ' => 'ħ', 'Ĩ' => 'Ĩ', 'ĩ' => 'ĩ', 'Ī' => 'Ī', 'ī' => 'ī', 'Į' => 'Į', 'į' => 'į', 'İ' => 'İ', 'ı' => 'ı', 'IJ' => 'IJ', 'ij' => 'ij', 'Ĵ' => 'Ĵ', 'ĵ' => 'ĵ', 'Ķ' => 'Ķ', 'ķ' => 'ķ', 'ĸ' => 'ĸ', 'Ĺ' => 'Ĺ', 'ĺ' => 'ĺ', 'Ļ' => 'Ļ', 'ļ' => 'ļ', 'Ľ' => 'Ľ', 'ľ' => 'ľ', 'Ŀ' => 'Ŀ', 'ŀ' => 'ŀ', 'Ł' => 'Ł', 'ł' => 'ł', 'Ń' => 'Ń', 'ń' => 'ń', 'Ņ' => 'Ņ', 'ņ' => 'ņ', 'Ň' => 'Ň', 'ň' => 'ň', 'ʼn' => 'ʼn', 'Ŋ' => 'Ŋ', 'ŋ' => 'ŋ', 'Ō' => 'Ō', 'ō' => 'ō', 'Ő' => 'Ő', 'ő' => 'ő', 'Œ' => 'Œ', 'œ' => 'œ', 'Ŕ' => 'Ŕ', 'ŕ' => 'ŕ', 'Ŗ' => 'Ŗ', 'ŗ' => 'ŗ', 'Ř' => 'Ř', 'ř' => 'ř', 'Ś' => 'Ś', 'ś' => 'ś', 'Ŝ' => 'Ŝ', 'ŝ' => 'ŝ', 'Ş' => 'Ş', 'ş' => 'ş', 'Š' => 'Š', 'š' => 'š', 'Ţ' => 'Ţ', 'ţ' => 'ţ', 'Ť' => 'Ť', 'ť' => 'ť', 'Ŧ' => 'Ŧ', 'ŧ' => 'ŧ', 'Ũ' => 'Ũ', 'ũ' => 'ũ', 'Ū' => 'Ū', 'ū' => 'ū', 'Ŭ' => 'Ŭ', 'ŭ' => 'ŭ', 'Ů' => 'Ů', 'ů' => 'ů', 'Ű' => 'Ű', 'ű' => 'ű', 'Ų' => 'Ų', 'ų' => 'ų', 'Ŵ' => 'Ŵ', 'ŵ' => 'ŵ', 'Ŷ' => 'Ŷ', 'ŷ' => 'ŷ', 'Ÿ' => 'Ÿ', 'Ź' => 'Ź', 'ź' => 'ź', 'Ż' => 'Ż', 'ż' => 'ż', 'Ž' => 'Ž', 'ž' => 'ž', 'ƒ' => 'ƒ', 'Ƶ' => 'Ƶ', 'ǵ' => 'ǵ', 'ȷ' => 'ȷ', 'ˆ' => 'ˆ', 'ˇ' => 'ˇ', '˘' => '˘', '˙' => '˙', '˚' => '˚', '˛' => '˛', '˜' => '˜', '˝' => '˝', '̑' => '̑', 'Α' => 'Α', 'Β' => 'Β', 'Γ' => 'Γ', 'Δ' => 'Δ', 'Ε' => 'Ε', 'Ζ' => 'Ζ', 'Η' => 'Η', 'Θ' => 'Θ', 'Ι' => 'Ι', 'Κ' => 'Κ', 'Λ' => 'Λ', 'Μ' => 'Μ', 'Ν' => 'Ν', 'Ξ' => 'Ξ', 'Ο' => 'Ο', 'Π' => 'Π', 'Ρ' => 'Ρ', 'Σ' => 'Σ', 'Τ' => 'Τ', 'Υ' => 'Υ', 'Φ' => 'Φ', 'Χ' => 'Χ', 'Ψ' => 'Ψ', 'Ω' => 'Ω', 'α' => 'α', 'β' => 'β', 'γ' => 'γ', 'δ' => 'δ', 'ε' => 'ε', 'ζ' => 'ζ', 'η' => 'η', 'θ' => 'θ', 'ι' => 'ι', 'κ' => 'κ', 'λ' => 'λ', 'μ' => 'μ', 'ν' => 'ν', 'ξ' => 'ξ', 'ο' => 'ο', 'π' => 'π', 'ρ' => 'ρ', 'ς' => 'ς', 'σ' => 'σ', 'τ' => 'τ', 'υ' => 'υ', 'φ' => 'φ', 'χ' => 'χ', 'ψ' => 'ψ', 'ω' => 'ω', 'ϑ' => 'ϑ', 'ϒ' => 'ϒ', 'ϕ' => 'ϕ', 'ϖ' => 'ϖ', 'Ϝ' => 'Ϝ', 'ϝ' => 'ϝ', 'ϰ' => 'ϰ', 'ϱ' => 'ϱ', 'ϵ' => 'ϵ', '϶' => '϶', 'Ё' => 'Ё', 'Ђ' => 'Ђ', 'Ѓ' => 'Ѓ', 'Є' => 'Є', 'Ѕ' => 'Ѕ', 'І' => 'І', 'Ї' => 'Ї', 'Ј' => 'Ј', 'Љ' => 'Љ', 'Њ' => 'Њ', 'Ћ' => 'Ћ', 'Ќ' => 'Ќ', 'Ў' => 'Ў', 'Џ' => 'Џ', 'А' => 'А', 'Б' => 'Б', 'В' => 'В', 'Г' => 'Г', 'Д' => 'Д', 'Е' => 'Е', 'Ж' => 'Ж', 'З' => 'З', 'И' => 'И', 'Й' => 'Й', 'К' => 'К', 'Л' => 'Л', 'М' => 'М', 'Н' => 'Н', 'О' => 'О', 'П' => 'П', 'Р' => 'Р', 'С' => 'С', 'Т' => 'Т', 'У' => 'У', 'Ф' => 'Ф', 'Х' => 'Х', 'Ц' => 'Ц', 'Ч' => 'Ч', 'Ш' => 'Ш', 'Щ' => 'Щ', 'Ъ' => 'Ъ', 'Ы' => 'Ы', 'Ь' => 'Ь', 'Э' => 'Э', 'Ю' => 'Ю', 'Я' => 'Я', 'а' => 'а', 'б' => 'б', 'в' => 'в', 'г' => 'г', 'д' => 'д', 'е' => 'е', 'ж' => 'ж', 'з' => 'з', 'и' => 'и', 'й' => 'й', 'к' => 'к', 'л' => 'л', 'м' => 'м', 'н' => 'н', 'о' => 'о', 'п' => 'п', 'р' => 'р', 'с' => 'с', 'т' => 'т', 'у' => 'у', 'ф' => 'ф', 'х' => 'х', 'ц' => 'ц', 'ч' => 'ч', 'ш' => 'ш', 'щ' => 'щ', 'ъ' => 'ъ', 'ы' => 'ы', 'ь' => 'ь', 'э' => 'э', 'ю' => 'ю', 'я' => 'я', 'ё' => 'ё', 'ђ' => 'ђ', 'ѓ' => 'ѓ', 'є' => 'є', 'ѕ' => 'ѕ', 'і' => 'і', 'ї' => 'ї', 'ј' => 'ј', 'љ' => 'љ', 'њ' => 'њ', 'ћ' => 'ћ', 'ќ' => 'ќ', 'ў' => 'ў', 'џ' => 'џ', ' ' => ' ', ' ' => ' ', ' ' => ' ', ' ' => ' ', ' ' => ' ', ' ' => ' ', ' ' => ' ', ' ' => ' ', '​' => '​', '‌' => '‌', '‍' => '‍', '‎' => '‎', '‏' => '‏', '‐' => '‐', '–' => '–', '—' => '—', '―' => '―', '‖' => '‖', '‘' => '‘', '’' => '’', '‚' => '‚', '“' => '“', '”' => '”', '„' => '„', '†' => '†', '‡' => '‡', '•' => '•', '‥' => '‥', '…' => '…', '‰' => '‰', '‱' => '‱', '′' => '′', '″' => '″', '‴' => '‴', '‵' => '‵', '‹' => '‹', '›' => '›', '‾' => '‾', '⁁' => '⁁', '⁃' => '⁃', '⁄' => '⁄', '⁏' => '⁏', '⁗' => '⁗', ' ' => ' ', '  ' => '&ThickSpace', '⁠' => '⁠', '⁡' => '⁡', '⁢' => '⁢', '⁣' => '⁣', '€' => '€', '⃛' => '⃛', '⃜' => '⃜', 'ℂ' => 'ℂ', '℅' => '℅', 'ℊ' => 'ℊ', 'ℋ' => 'ℋ', 'ℌ' => 'ℌ', 'ℍ' => 'ℍ', 'ℎ' => 'ℎ', 'ℏ' => 'ℏ', 'ℐ' => 'ℐ', 'ℑ' => 'ℑ', 'ℒ' => 'ℒ', 'ℓ' => 'ℓ', 'ℕ' => 'ℕ', '№' => '№', '℗' => '℗', '℘' => '℘', 'ℙ' => 'ℙ', 'ℚ' => 'ℚ', 'ℛ' => 'ℛ', 'ℜ' => 'ℜ', 'ℝ' => 'ℝ', '℞' => '℞', '™' => '™', 'ℤ' => 'ℤ', '℧' => '℧', 'ℨ' => 'ℨ', '℩' => '℩', 'ℬ' => 'ℬ', 'ℭ' => 'ℭ', 'ℯ' => 'ℯ', 'ℰ' => 'ℰ', 'ℱ' => 'ℱ', 'ℳ' => 'ℳ', 'ℴ' => 'ℴ', 'ℵ' => 'ℵ', 'ℶ' => 'ℶ', 'ℷ' => 'ℷ', 'ℸ' => 'ℸ', 'ⅅ' => 'ⅅ', 'ⅆ' => 'ⅆ', 'ⅇ' => 'ⅇ', 'ⅈ' => 'ⅈ', '⅓' => '⅓', '⅔' => '⅔', '⅕' => '⅕', '⅖' => '⅖', '⅗' => '⅗', '⅘' => '⅘', '⅙' => '⅙', '⅚' => '⅚', '⅛' => '⅛', '⅜' => '⅜', '⅝' => '⅝', '⅞' => '⅞', '←' => '←', '↑' => '↑', '→' => '→', '↓' => '↓', '↔' => '↔', '↕' => '↕', '↖' => '↖', '↗' => '↗', '↘' => '↘', '↙' => '↙', '↚' => '↚', '↛' => '↛', '↝' => '↝', '↝̸' => '&nrarrw', '↞' => '↞', '↟' => '↟', '↠' => '↠', '↡' => '↡', '↢' => '↢', '↣' => '↣', '↤' => '↤', '↥' => '↥', '↦' => '↦', '↧' => '↧', '↩' => '↩', '↪' => '↪', '↫' => '↫', '↬' => '↬', '↭' => '↭', '↮' => '↮', '↰' => '↰', '↱' => '↱', '↲' => '↲', '↳' => '↳', '↵' => '↵', '↶' => '↶', '↷' => '↷', '↺' => '↺', '↻' => '↻', '↼' => '↼', '↽' => '↽', '↾' => '↾', '↿' => '↿', '⇀' => '⇀', '⇁' => '⇁', '⇂' => '⇂', '⇃' => '⇃', '⇄' => '⇄', '⇅' => '⇅', '⇆' => '⇆', '⇇' => '⇇', '⇈' => '⇈', '⇉' => '⇉', '⇊' => '⇊', '⇋' => '⇋', '⇌' => '⇌', '⇍' => '⇍', '⇎' => '⇎', '⇏' => '⇏', '⇐' => '⇐', '⇑' => '⇑', '⇒' => '⇒', '⇓' => '⇓', '⇔' => '⇔', '⇕' => '⇕', '⇖' => '⇖', '⇗' => '⇗', '⇘' => '⇘', '⇙' => '⇙', '⇚' => '⇚', '⇛' => '⇛', '⇝' => '⇝', '⇤' => '⇤', '⇥' => '⇥', '⇵' => '⇵', '⇽' => '⇽', '⇾' => '⇾', '⇿' => '⇿', '∀' => '∀', '∁' => '∁', '∂' => '∂', '∂̸' => '&npart', '∃' => '∃', '∄' => '∄', '∅' => '∅', '∇' => '∇', '∈' => '∈', '∉' => '∉', '∋' => '∋', '∌' => '∌', '∏' => '∏', '∐' => '∐', '∑' => '∑', '−' => '−', '∓' => '∓', '∔' => '∔', '∖' => '∖', '∗' => '∗', '∘' => '∘', '√' => '√', '∝' => '∝', '∞' => '∞', '∟' => '∟', '∠' => '∠', '∠⃒' => '&nang', '∡' => '∡', '∢' => '∢', '∣' => '∣', '∤' => '∤', '∥' => '∥', '∦' => '∦', '∧' => '∧', '∨' => '∨', '∩' => '∩', '∩︀' => '&caps', '∪' => '∪', '∪︀' => '&cups', '∫' => '∫', '∬' => '∬', '∭' => '∭', '∮' => '∮', '∯' => '∯', '∰' => '∰', '∱' => '∱', '∲' => '∲', '∳' => '∳', '∴' => '∴', '∵' => '∵', '∶' => '∶', '∷' => '∷', '∸' => '∸', '∺' => '∺', '∻' => '∻', '∼' => '∼', '∼⃒' => '&nvsim', '∽' => '∽', '∽̱' => '&race', '∾' => '∾', '∾̳' => '&acE', '∿' => '∿', '≀' => '≀', '≁' => '≁', '≂' => '≂', '≂̸' => '&nesim', '≃' => '≃', '≄' => '≄', '≅' => '≅', '≆' => '≆', '≇' => '≇', '≈' => '≈', '≉' => '≉', '≊' => '≊', '≋' => '≋', '≋̸' => '&napid', '≌' => '≌', '≍' => '≍', '≍⃒' => '&nvap', '≎' => '≎', '≎̸' => '&nbump', '≏' => '≏', '≏̸' => '&nbumpe', '≐' => '≐', '≐̸' => '&nedot', '≑' => '≑', '≒' => '≒', '≓' => '≓', '≔' => '≔', '≕' => '≕', '≖' => '≖', '≗' => '≗', '≙' => '≙', '≚' => '≚', '≜' => '≜', '≟' => '≟', '≠' => '≠', '≡' => '≡', '≡⃥' => '&bnequiv', '≢' => '≢', '≤' => '≤', '≤⃒' => '&nvle', '≥' => '≥', '≥⃒' => '&nvge', '≦' => '≦', '≦̸' => '&nlE', '≧' => '≧', '≧̸' => '&NotGreaterFullEqual', '≨' => '≨', '≨︀' => '&lvertneqq', '≩' => '≩', '≩︀' => '&gvertneqq', '≪' => '≪', '≪̸' => '&nLtv', '≪⃒' => '&nLt', '≫' => '≫', '≫̸' => '&NotGreaterGreater', '≫⃒' => '&nGt', '≬' => '≬', '≭' => '≭', '≮' => '≮', '≯' => '≯', '≰' => '≰', '≱' => '≱', '≲' => '≲', '≳' => '≳', '≴' => '≴', '≵' => '≵', '≶' => '≶', '≷' => '≷', '≸' => '≸', '≹' => '≹', '≺' => '≺', '≻' => '≻', '≼' => '≼', '≽' => '≽', '≾' => '≾', '≿' => '≿', '≿̸' => '&NotSucceedsTilde', '⊀' => '⊀', '⊁' => '⊁', '⊂' => '⊂', '⊂⃒' => '&vnsub', '⊃' => '⊃', '⊃⃒' => '&nsupset', '⊄' => '⊄', '⊅' => '⊅', '⊆' => '⊆', '⊇' => '⊇', '⊈' => '⊈', '⊉' => '⊉', '⊊' => '⊊', '⊊︀' => '&vsubne', '⊋' => '⊋', '⊋︀' => '&vsupne', '⊍' => '⊍', '⊎' => '⊎', '⊏' => '⊏', '⊏̸' => '&NotSquareSubset', '⊐' => '⊐', '⊐̸' => '&NotSquareSuperset', '⊑' => '⊑', '⊒' => '⊒', '⊓' => '⊓', '⊓︀' => '&sqcaps', '⊔' => '⊔', '⊔︀' => '&sqcups', '⊕' => '⊕', '⊖' => '⊖', '⊗' => '⊗', '⊘' => '⊘', '⊙' => '⊙', '⊚' => '⊚', '⊛' => '⊛', '⊝' => '⊝', '⊞' => '⊞', '⊟' => '⊟', '⊠' => '⊠', '⊡' => '⊡', '⊢' => '⊢', '⊣' => '⊣', '⊤' => '⊤', '⊥' => '⊥', '⊧' => '⊧', '⊨' => '⊨', '⊩' => '⊩', '⊪' => '⊪', '⊫' => '⊫', '⊬' => '⊬', '⊭' => '⊭', '⊮' => '⊮', '⊯' => '⊯', '⊰' => '⊰', '⊲' => '⊲', '⊳' => '⊳', '⊴' => '⊴', '⊴⃒' => '&nvltrie', '⊵' => '⊵', '⊵⃒' => '&nvrtrie', '⊶' => '⊶', '⊷' => '⊷', '⊸' => '⊸', '⊹' => '⊹', '⊺' => '⊺', '⊻' => '⊻', '⊽' => '⊽', '⊾' => '⊾', '⊿' => '⊿', '⋀' => '⋀', '⋁' => '⋁', '⋂' => '⋂', '⋃' => '⋃', '⋄' => '⋄', '⋅' => '⋅', '⋆' => '⋆', '⋇' => '⋇', '⋈' => '⋈', '⋉' => '⋉', '⋊' => '⋊', '⋋' => '⋋', '⋌' => '⋌', '⋍' => '⋍', '⋎' => '⋎', '⋏' => '⋏', '⋐' => '⋐', '⋑' => '⋑', '⋒' => '⋒', '⋓' => '⋓', '⋔' => '⋔', '⋕' => '⋕', '⋖' => '⋖', '⋗' => '⋗', '⋘' => '⋘', '⋘̸' => '&nLl', '⋙' => '⋙', '⋙̸' => '&nGg', '⋚' => '⋚', '⋚︀' => '&lesg', '⋛' => '⋛', '⋛︀' => '&gesl', '⋞' => '⋞', '⋟' => '⋟', '⋠' => '⋠', '⋡' => '⋡', '⋢' => '⋢', '⋣' => '⋣', '⋦' => '⋦', '⋧' => '⋧', '⋨' => '⋨', '⋩' => '⋩', '⋪' => '⋪', '⋫' => '⋫', '⋬' => '⋬', '⋭' => '⋭', '⋮' => '⋮', '⋯' => '⋯', '⋰' => '⋰', '⋱' => '⋱', '⋲' => '⋲', '⋳' => '⋳', '⋴' => '⋴', '⋵' => '⋵', '⋵̸' => '¬indot', '⋶' => '⋶', '⋷' => '⋷', '⋹' => '⋹', '⋹̸' => '¬inE', '⋺' => '⋺', '⋻' => '⋻', '⋼' => '⋼', '⋽' => '⋽', '⋾' => '⋾', '⌅' => '⌅', '⌆' => '⌆', '⌈' => '⌈', '⌉' => '⌉', '⌊' => '⌊', '⌋' => '⌋', '⌌' => '⌌', '⌍' => '⌍', '⌎' => '⌎', '⌏' => '⌏', '⌐' => '⌐', '⌒' => '⌒', '⌓' => '⌓', '⌕' => '⌕', '⌖' => '⌖', '⌜' => '⌜', '⌝' => '⌝', '⌞' => '⌞', '⌟' => '⌟', '⌢' => '⌢', '⌣' => '⌣', '⌭' => '⌭', '⌮' => '⌮', '⌶' => '⌶', '⌽' => '⌽', '⌿' => '⌿', '⍼' => '⍼', '⎰' => '⎰', '⎱' => '⎱', '⎴' => '⎴', '⎵' => '⎵', '⎶' => '⎶', '⏜' => '⏜', '⏝' => '⏝', '⏞' => '⏞', '⏟' => '⏟', '⏢' => '⏢', '⏧' => '⏧', '␣' => '␣', 'Ⓢ' => 'Ⓢ', '─' => '─', '│' => '│', '┌' => '┌', '┐' => '┐', '└' => '└', '┘' => '┘', '├' => '├', '┤' => '┤', '┬' => '┬', '┴' => '┴', '┼' => '┼', '═' => '═', '║' => '║', '╒' => '╒', '╓' => '╓', '╔' => '╔', '╕' => '╕', '╖' => '╖', '╗' => '╗', '╘' => '╘', '╙' => '╙', '╚' => '╚', '╛' => '╛', '╜' => '╜', '╝' => '╝', '╞' => '╞', '╟' => '╟', '╠' => '╠', '╡' => '╡', '╢' => '╢', '╣' => '╣', '╤' => '╤', '╥' => '╥', '╦' => '╦', '╧' => '╧', '╨' => '╨', '╩' => '╩', '╪' => '╪', '╫' => '╫', '╬' => '╬', '▀' => '▀', '▄' => '▄', '█' => '█', '░' => '░', '▒' => '▒', '▓' => '▓', '□' => '□', '▪' => '▪', '▫' => '▫', '▭' => '▭', '▮' => '▮', '▱' => '▱', '△' => '△', '▴' => '▴', '▵' => '▵', '▸' => '▸', '▹' => '▹', '▽' => '▽', '▾' => '▾', '▿' => '▿', '◂' => '◂', '◃' => '◃', '◊' => '◊', '○' => '○', '◬' => '◬', '◯' => '◯', '◸' => '◸', '◹' => '◹', '◺' => '◺', '◻' => '◻', '◼' => '◼', '★' => '★', '☆' => '☆', '☎' => '☎', '♀' => '♀', '♂' => '♂', '♠' => '♠', '♣' => '♣', '♥' => '♥', '♦' => '♦', '♪' => '♪', '♭' => '♭', '♮' => '♮', '♯' => '♯', '✓' => '✓', '✗' => '✗', '✠' => '✠', '✶' => '✶', '❘' => '❘', '❲' => '❲', '❳' => '❳', '⟈' => '⟈', '⟉' => '⟉', '⟦' => '⟦', '⟧' => '⟧', '⟨' => '⟨', '⟩' => '⟩', '⟪' => '⟪', '⟫' => '⟫', '⟬' => '⟬', '⟭' => '⟭', '⟵' => '⟵', '⟶' => '⟶', '⟷' => '⟷', '⟸' => '⟸', '⟹' => '⟹', '⟺' => '⟺', '⟼' => '⟼', '⟿' => '⟿', '⤂' => '⤂', '⤃' => '⤃', '⤄' => '⤄', '⤅' => '⤅', '⤌' => '⤌', '⤍' => '⤍', '⤎' => '⤎', '⤏' => '⤏', '⤐' => '⤐', '⤑' => '⤑', '⤒' => '⤒', '⤓' => '⤓', '⤖' => '⤖', '⤙' => '⤙', '⤚' => '⤚', '⤛' => '⤛', '⤜' => '⤜', '⤝' => '⤝', '⤞' => '⤞', '⤟' => '⤟', '⤠' => '⤠', '⤣' => '⤣', '⤤' => '⤤', '⤥' => '⤥', '⤦' => '⤦', '⤧' => '⤧', '⤨' => '⤨', '⤩' => '⤩', '⤪' => '⤪', '⤳' => '⤳', '⤳̸' => '&nrarrc', '⤵' => '⤵', '⤶' => '⤶', '⤷' => '⤷', '⤸' => '⤸', '⤹' => '⤹', '⤼' => '⤼', '⤽' => '⤽', '⥅' => '⥅', '⥈' => '⥈', '⥉' => '⥉', '⥊' => '⥊', '⥋' => '⥋', '⥎' => '⥎', '⥏' => '⥏', '⥐' => '⥐', '⥑' => '⥑', '⥒' => '⥒', '⥓' => '⥓', '⥔' => '⥔', '⥕' => '⥕', '⥖' => '⥖', '⥗' => '⥗', '⥘' => '⥘', '⥙' => '⥙', '⥚' => '⥚', '⥛' => '⥛', '⥜' => '⥜', '⥝' => '⥝', '⥞' => '⥞', '⥟' => '⥟', '⥠' => '⥠', '⥡' => '⥡', '⥢' => '⥢', '⥣' => '⥣', '⥤' => '⥤', '⥥' => '⥥', '⥦' => '⥦', '⥧' => '⥧', '⥨' => '⥨', '⥩' => '⥩', '⥪' => '⥪', '⥫' => '⥫', '⥬' => '⥬', '⥭' => '⥭', '⥮' => '⥮', '⥯' => '⥯', '⥰' => '⥰', '⥱' => '⥱', '⥲' => '⥲', '⥳' => '⥳', '⥴' => '⥴', '⥵' => '⥵', '⥶' => '⥶', '⥸' => '⥸', '⥹' => '⥹', '⥻' => '⥻', '⥼' => '⥼', '⥽' => '⥽', '⥾' => '⥾', '⥿' => '⥿', '⦅' => '⦅', '⦆' => '⦆', '⦋' => '⦋', '⦌' => '⦌', '⦍' => '⦍', '⦎' => '⦎', '⦏' => '⦏', '⦐' => '⦐', '⦑' => '⦑', '⦒' => '⦒', '⦓' => '⦓', '⦔' => '⦔', '⦕' => '⦕', '⦖' => '⦖', '⦚' => '⦚', '⦜' => '⦜', '⦝' => '⦝', '⦤' => '⦤', '⦥' => '⦥', '⦦' => '⦦', '⦧' => '⦧', '⦨' => '⦨', '⦩' => '⦩', '⦪' => '⦪', '⦫' => '⦫', '⦬' => '⦬', '⦭' => '⦭', '⦮' => '⦮', '⦯' => '⦯', '⦰' => '⦰', '⦱' => '⦱', '⦲' => '⦲', '⦳' => '⦳', '⦴' => '⦴', '⦵' => '⦵', '⦶' => '⦶', '⦷' => '⦷', '⦹' => '⦹', '⦻' => '⦻', '⦼' => '⦼', '⦾' => '⦾', '⦿' => '⦿', '⧀' => '⧀', '⧁' => '⧁', '⧂' => '⧂', '⧃' => '⧃', '⧄' => '⧄', '⧅' => '⧅', '⧉' => '⧉', '⧍' => '⧍', '⧎' => '⧎', '⧏' => '⧏', '⧏̸' => '&NotLeftTriangleBar', '⧐' => '⧐', '⧐̸' => '&NotRightTriangleBar', '⧜' => '⧜', '⧝' => '⧝', '⧞' => '⧞', '⧣' => '⧣', '⧤' => '⧤', '⧥' => '⧥', '⧫' => '⧫', '⧴' => '⧴', '⧶' => '⧶', '⨀' => '⨀', '⨁' => '⨁', '⨂' => '⨂', '⨄' => '⨄', '⨆' => '⨆', '⨌' => '⨌', '⨍' => '⨍', '⨐' => '⨐', '⨑' => '⨑', '⨒' => '⨒', '⨓' => '⨓', '⨔' => '⨔', '⨕' => '⨕', '⨖' => '⨖', '⨗' => '⨗', '⨢' => '⨢', '⨣' => '⨣', '⨤' => '⨤', '⨥' => '⨥', '⨦' => '⨦', '⨧' => '⨧', '⨩' => '⨩', '⨪' => '⨪', '⨭' => '⨭', '⨮' => '⨮', '⨯' => '⨯', '⨰' => '⨰', '⨱' => '⨱', '⨳' => '⨳', '⨴' => '⨴', '⨵' => '⨵', '⨶' => '⨶', '⨷' => '⨷', '⨸' => '⨸', '⨹' => '⨹', '⨺' => '⨺', '⨻' => '⨻', '⨼' => '⨼', '⨿' => '⨿', '⩀' => '⩀', '⩂' => '⩂', '⩃' => '⩃', '⩄' => '⩄', '⩅' => '⩅', '⩆' => '⩆', '⩇' => '⩇', '⩈' => '⩈', '⩉' => '⩉', '⩊' => '⩊', '⩋' => '⩋', '⩌' => '⩌', '⩍' => '⩍', '⩐' => '⩐', '⩓' => '⩓', '⩔' => '⩔', '⩕' => '⩕', '⩖' => '⩖', '⩗' => '⩗', '⩘' => '⩘', '⩚' => '⩚', '⩛' => '⩛', '⩜' => '⩜', '⩝' => '⩝', '⩟' => '⩟', '⩦' => '⩦', '⩪' => '⩪', '⩭' => '⩭', '⩭̸' => '&ncongdot', '⩮' => '⩮', '⩯' => '⩯', '⩰' => '⩰', '⩰̸' => '&napE', '⩱' => '⩱', '⩲' => '⩲', '⩳' => '⩳', '⩴' => '⩴', '⩵' => '⩵', '⩷' => '⩷', '⩸' => '⩸', '⩹' => '⩹', '⩺' => '⩺', '⩻' => '⩻', '⩼' => '⩼', '⩽' => '⩽', '⩽̸' => '&nles', '⩾' => '⩾', '⩾̸' => '&nges', '⩿' => '⩿', '⪀' => '⪀', '⪁' => '⪁', '⪂' => '⪂', '⪃' => '⪃', '⪄' => '⪄', '⪅' => '⪅', '⪆' => '⪆', '⪇' => '⪇', '⪈' => '⪈', '⪉' => '⪉', '⪊' => '⪊', '⪋' => '⪋', '⪌' => '⪌', '⪍' => '⪍', '⪎' => '⪎', '⪏' => '⪏', '⪐' => '⪐', '⪑' => '⪑', '⪒' => '⪒', '⪓' => '⪓', '⪔' => '⪔', '⪕' => '⪕', '⪖' => '⪖', '⪗' => '⪗', '⪘' => '⪘', '⪙' => '⪙', '⪚' => '⪚', '⪝' => '⪝', '⪞' => '⪞', '⪟' => '⪟', '⪠' => '⪠', '⪡' => '⪡', '⪡̸' => '&NotNestedLessLess', '⪢' => '⪢', '⪢̸' => '&NotNestedGreaterGreater', '⪤' => '⪤', '⪥' => '⪥', '⪦' => '⪦', '⪧' => '⪧', '⪨' => '⪨', '⪩' => '⪩', '⪪' => '⪪', '⪫' => '⪫', '⪬' => '⪬', '⪬︀' => '&smtes', '⪭' => '⪭', '⪭︀' => '&lates', '⪮' => '⪮', '⪯' => '⪯', '⪯̸' => '&NotPrecedesEqual', '⪰' => '⪰', '⪰̸' => '&NotSucceedsEqual', '⪳' => '⪳', '⪴' => '⪴', '⪵' => '⪵', '⪶' => '⪶', '⪷' => '⪷', '⪸' => '⪸', '⪹' => '⪹', '⪺' => '⪺', '⪻' => '⪻', '⪼' => '⪼', '⪽' => '⪽', '⪾' => '⪾', '⪿' => '⪿', '⫀' => '⫀', '⫁' => '⫁', '⫂' => '⫂', '⫃' => '⫃', '⫄' => '⫄', '⫅' => '⫅', '⫅̸' => '&nsubE', '⫆' => '⫆', '⫆̸' => '&nsupseteqq', '⫇' => '⫇', '⫈' => '⫈', '⫋' => '⫋', '⫋︀' => '&vsubnE', '⫌' => '⫌', '⫌︀' => '&varsupsetneqq', '⫏' => '⫏', '⫐' => '⫐', '⫑' => '⫑', '⫒' => '⫒', '⫓' => '⫓', '⫔' => '⫔', '⫕' => '⫕', '⫖' => '⫖', '⫗' => '⫗', '⫘' => '⫘', '⫙' => '⫙', '⫚' => '⫚', '⫛' => '⫛', '⫤' => '⫤', '⫦' => '⫦', '⫧' => '⫧', '⫨' => '⫨', '⫩' => '⫩', '⫫' => '⫫', '⫬' => '⫬', '⫭' => '⫭', '⫮' => '⫮', '⫯' => '⫯', '⫰' => '⫰', '⫱' => '⫱', '⫲' => '⫲', '⫳' => '⫳', '⫽︀' => '&varsupsetneqq', 'ff' => 'ff', 'fi' => 'fi', 'fl' => 'fl', 'ffi' => 'ffi', 'ffl' => 'ffl', '𝒜' => '𝒜', '𝒞' => '𝒞', '𝒟' => '𝒟', '𝒢' => '𝒢', '𝒥' => '𝒥', '𝒦' => '𝒦', '𝒩' => '𝒩', '𝒪' => '𝒪', '𝒫' => '𝒫', '𝒬' => '𝒬', '𝒮' => '𝒮', '𝒯' => '𝒯', '𝒰' => '𝒰', '𝒱' => '𝒱', '𝒲' => '𝒲', '𝒳' => '𝒳', '𝒴' => '𝒴', '𝒵' => '𝒵', '𝒶' => '𝒶', '𝒷' => '𝒷', '𝒸' => '𝒸', '𝒹' => '𝒹', '𝒻' => '𝒻', '𝒽' => '𝒽', '𝒾' => '𝒾', '𝒿' => '𝒿', '𝓀' => '𝓀', '𝓁' => '𝓁', '𝓂' => '𝓂', '𝓃' => '𝓃', '𝓅' => '𝓅', '𝓆' => '𝓆', '𝓇' => '𝓇', '𝓈' => '𝓈', '𝓉' => '𝓉', '𝓊' => '𝓊', '𝓋' => '𝓋', '𝓌' => '𝓌', '𝓍' => '𝓍', '𝓎' => '𝓎', '𝓏' => '𝓏', '𝔄' => '𝔄', '𝔅' => '𝔅', '𝔇' => '𝔇', '𝔈' => '𝔈', '𝔉' => '𝔉', '𝔊' => '𝔊', '𝔍' => '𝔍', '𝔎' => '𝔎', '𝔏' => '𝔏', '𝔐' => '𝔐', '𝔑' => '𝔑', '𝔒' => '𝔒', '𝔓' => '𝔓', '𝔔' => '𝔔', '𝔖' => '𝔖', '𝔗' => '𝔗', '𝔘' => '𝔘', '𝔙' => '𝔙', '𝔚' => '𝔚', '𝔛' => '𝔛', '𝔜' => '𝔜', '𝔞' => '𝔞', '𝔟' => '𝔟', '𝔠' => '𝔠', '𝔡' => '𝔡', '𝔢' => '𝔢', '𝔣' => '𝔣', '𝔤' => '𝔤', '𝔥' => '𝔥', '𝔦' => '𝔦', '𝔧' => '𝔧', '𝔨' => '𝔨', '𝔩' => '𝔩', '𝔪' => '𝔪', '𝔫' => '𝔫', '𝔬' => '𝔬', '𝔭' => '𝔭', '𝔮' => '𝔮', '𝔯' => '𝔯', '𝔰' => '𝔰', '𝔱' => '𝔱', '𝔲' => '𝔲', '𝔳' => '𝔳', '𝔴' => '𝔴', '𝔵' => '𝔵', '𝔶' => '𝔶', '𝔷' => '𝔷', '𝔸' => '𝔸', '𝔹' => '𝔹', '𝔻' => '𝔻', '𝔼' => '𝔼', '𝔽' => '𝔽', '𝔾' => '𝔾', '𝕀' => '𝕀', '𝕁' => '𝕁', '𝕂' => '𝕂', '𝕃' => '𝕃', '𝕄' => '𝕄', '𝕆' => '𝕆', '𝕊' => '𝕊', '𝕋' => '𝕋', '𝕌' => '𝕌', '𝕍' => '𝕍', '𝕎' => '𝕎', '𝕏' => '𝕏', '𝕐' => '𝕐', '𝕒' => '𝕒', '𝕓' => '𝕓', '𝕔' => '𝕔', '𝕕' => '𝕕', '𝕖' => '𝕖', '𝕗' => '𝕗', '𝕘' => '𝕘', '𝕙' => '𝕙', '𝕚' => '𝕚', '𝕛' => '𝕛', '𝕜' => '𝕜', '𝕝' => '𝕝', '𝕞' => '𝕞', '𝕟' => '𝕟', '𝕠' => '𝕠', '𝕡' => '𝕡', '𝕢' => '𝕢', '𝕣' => '𝕣', '𝕤' => '𝕤', '𝕥' => '𝕥', '𝕦' => '𝕦', '𝕧' => '𝕧', '𝕨' => '𝕨', '𝕩' => '𝕩', '𝕪' => '𝕪', '𝕫' => '𝕫', ); } html5/src/HTML5/Serializer/OutputRules.php000064400000040776152665372670014413 0ustar00'http://www.w3.org/1999/xhtml', 'attrNamespace'=>'http://www.w3.org/1999/xhtml', 'nodeName'=>'img', 'nodeName'=>array('img', 'a'), 'attrName'=>'alt', 'attrName'=>array('title', 'alt'), ), */ array( 'nodeNamespace' => 'http://www.w3.org/1999/xhtml', 'attrName' => array('href', 'hreflang', 'http-equiv', 'icon', 'id', 'keytype', 'kind', 'label', 'lang', 'language', 'list', 'maxlength', 'media', 'method', 'name', 'placeholder', 'rel', 'rows', 'rowspan', 'sandbox', 'spellcheck', 'scope', 'seamless', 'shape', 'size', 'sizes', 'span', 'src', 'srcdoc', 'srclang', 'srcset', 'start', 'step', 'style', 'summary', 'tabindex', 'target', 'title', 'type', 'value', 'width', 'border', 'charset', 'cite', 'class', 'code', 'codebase', 'color', 'cols', 'colspan', 'content', 'coords', 'data', 'datetime', 'default', 'dir', 'dirname', 'enctype', 'for', 'form', 'formaction', 'headers', 'height', 'accept', 'accept-charset', 'accesskey', 'action', 'align', 'alt', 'bgcolor', ), ), array( 'nodeNamespace' => 'http://www.w3.org/1999/xhtml', 'xpath' => 'starts-with(local-name(), \'data-\')', ), ); const DOCTYPE = ''; public function __construct($output, $options = array()) { if (isset($options['encode_entities'])) { $this->encode = $options['encode_entities']; } $this->outputMode = static::IM_IN_HTML; $this->out = $output; $this->hasHTML5 = defined('ENT_HTML5'); } public function addRule(array $rule) { $this->nonBooleanAttributes[] = $rule; } public function setTraverser(Traverser $traverser) { $this->traverser = $traverser; return $this; } public function unsetTraverser() { $this->traverser = null; return $this; } public function document($dom) { $this->doctype(); if ($dom->documentElement) { foreach ($dom->childNodes as $node) { $this->traverser->node($node); } $this->nl(); } } protected function doctype() { $this->wr(static::DOCTYPE); $this->nl(); } /** * @param \DOMElement $ele */ public function element($ele) { $name = $ele->tagName; // Per spec: // If the element has a declared namespace in the HTML, MathML or // SVG namespaces, we use the lname instead of the tagName. if ($this->traverser->isLocalElement($ele)) { $name = $ele->localName; } // If we are in SVG or MathML there is special handling. // Using if/elseif instead of switch because it's faster in PHP. if ('svg' == $name) { $this->outputMode = static::IM_IN_SVG; $name = Elements::normalizeSvgElement($name); } elseif ('math' == $name) { $this->outputMode = static::IM_IN_MATHML; } $this->openTag($ele); // The tag is already self-closed (`` or ``) in `openTag` if there are no child nodes. $handledAsVoidTag = $this->outputMode !== static::IM_IN_HTML && !$ele->hasChildNodes(); if (Elements::isA($name, Elements::TEXT_RAW)) { foreach ($ele->childNodes as $child) { if ($child instanceof \DOMCharacterData) { $this->wr($child->data); } elseif ($child instanceof \DOMElement) { $this->element($child); } } } else { // Handle children. if ($ele->hasChildNodes()) { $this->traverser->children($ele->childNodes); } // Close out the SVG or MathML special handling. if ('svg' == $name || 'math' == $name) { $this->outputMode = static::IM_IN_HTML; } } // If not unary, add a closing tag. if (!$handledAsVoidTag && !Elements::isA($name, Elements::VOID_TAG)) { $this->closeTag($ele); } } /** * Write a text node. * * @param \DOMText $ele The text node to write. */ public function text($ele) { if (isset($ele->parentNode) && isset($ele->parentNode->tagName) && Elements::isA($ele->parentNode->localName, Elements::TEXT_RAW)) { $this->wr($ele->data); return; } // FIXME: This probably needs some flags set. $this->wr($this->enc($ele->data)); } public function cdata($ele) { // This encodes CDATA. $this->wr($ele->ownerDocument->saveXML($ele)); } public function comment($ele) { // These produce identical output. // $this->wr(''); $this->wr($ele->ownerDocument->saveXML($ele)); } public function processorInstruction($ele) { $this->wr('wr($ele->target) ->wr(' ') ->wr($ele->data) ->wr('?>'); } /** * Write the namespace attributes. * * @param \DOMNode $ele The element being written. */ protected function namespaceAttrs($ele) { if (!$this->xpath || $this->xpath->document !== $ele->ownerDocument) { $this->xpath = new \DOMXPath($ele->ownerDocument); } foreach ($this->xpath->query('namespace::*[not(.=../../namespace::*)]', $ele) as $nsNode) { if (!in_array($nsNode->nodeValue, $this->implicitNamespaces)) { $this->wr(' ')->wr($nsNode->nodeName)->wr('="')->wr($nsNode->nodeValue)->wr('"'); } } } /** * Write the opening tag. * * Tags for HTML, MathML, and SVG are in the local name. Otherwise, use the * qualified name (8.3). * * @param \DOMNode $ele The element being written. */ protected function openTag($ele) { $this->wr('<')->wr($this->traverser->isLocalElement($ele) ? $ele->localName : $ele->tagName); $this->attrs($ele); $this->namespaceAttrs($ele); if ($this->outputMode == static::IM_IN_HTML) { $this->wr('>'); } // If we are not in html mode we are in SVG, MathML, or XML embedded content. else { if ($ele->hasChildNodes()) { $this->wr('>'); } // If there are no children this is self closing. else { $this->wr(' />'); } } } protected function attrs($ele) { // FIXME: Needs support for xml, xmlns, xlink, and namespaced elements. if (!$ele->hasAttributes()) { return $this; } // TODO: Currently, this always writes name="value", and does not do // value-less attributes. $map = $ele->attributes; $len = $map->length; for ($i = 0; $i < $len; ++$i) { $node = $map->item($i); $val = $this->enc($node->value, true); // XXX: The spec says that we need to ensure that anything in // the XML, XMLNS, or XLink NS's should use the canonical // prefix. It seems that DOM does this for us already, but there // may be exceptions. $name = $node->nodeName; // Special handling for attributes in SVG and MathML. // Using if/elseif instead of switch because it's faster in PHP. if ($this->outputMode == static::IM_IN_SVG) { $name = Elements::normalizeSvgAttribute($name); } elseif ($this->outputMode == static::IM_IN_MATHML) { $name = Elements::normalizeMathMlAttribute($name); } $this->wr(' ')->wr($name); if ((isset($val) && '' !== $val) || $this->nonBooleanAttribute($node)) { $this->wr('="')->wr($val)->wr('"'); } } } protected function nonBooleanAttribute(\DOMAttr $attr) { $ele = $attr->ownerElement; foreach ($this->nonBooleanAttributes as $rule) { if (isset($rule['nodeNamespace']) && $rule['nodeNamespace'] !== $ele->namespaceURI) { continue; } if (isset($rule['attNamespace']) && $rule['attNamespace'] !== $attr->namespaceURI) { continue; } if (isset($rule['nodeName']) && !is_array($rule['nodeName']) && $rule['nodeName'] !== $ele->localName) { continue; } if (isset($rule['nodeName']) && is_array($rule['nodeName']) && !in_array($ele->localName, $rule['nodeName'], true)) { continue; } if (isset($rule['attrName']) && !is_array($rule['attrName']) && $rule['attrName'] !== $attr->localName) { continue; } if (isset($rule['attrName']) && is_array($rule['attrName']) && !in_array($attr->localName, $rule['attrName'], true)) { continue; } if (isset($rule['xpath'])) { $xp = $this->getXPath($attr); if (isset($rule['prefixes'])) { foreach ($rule['prefixes'] as $nsPrefix => $ns) { $xp->registerNamespace($nsPrefix, $ns); } } if (!$xp->evaluate($rule['xpath'], $attr)) { continue; } } return true; } return false; } private function getXPath(\DOMNode $node) { if (!$this->xpath) { $this->xpath = new \DOMXPath($node->ownerDocument); } return $this->xpath; } /** * Write the closing tag. * * Tags for HTML, MathML, and SVG are in the local name. Otherwise, use the * qualified name (8.3). * * @param \DOMNode $ele The element being written. */ protected function closeTag($ele) { if ($this->outputMode == static::IM_IN_HTML || $ele->hasChildNodes()) { $this->wr('wr($this->traverser->isLocalElement($ele) ? $ele->localName : $ele->tagName)->wr('>'); } } /** * Write to the output. * * @param string $text The string to put into the output * * @return $this */ protected function wr($text) { fwrite($this->out, $text); return $this; } /** * Write a new line character. * * @return $this */ protected function nl() { fwrite($this->out, PHP_EOL); return $this; } /** * Encode text. * * When encode is set to false, the default value, the text passed in is * escaped per section 8.3 of the html5 spec. For details on how text is * escaped see the escape() method. * * When encoding is set to true the text is converted to named character * references where appropriate. Section 8.1.4 Character references of the * html5 spec refers to using named character references. This is useful for * characters that can't otherwise legally be used in the text. * * The named character references are listed in section 8.5. * * @see http://www.w3.org/TR/2013/CR-html5-20130806/syntax.html#named-character-references True encoding will turn all named character references into their entities. * This includes such characters as +.# and many other common ones. By default * encoding here will just escape &'<>". * * Note, PHP 5.4+ has better html5 encoding. * * @todo Use the Entities class in php 5.3 to have html5 entities. * * @param string $text Text to encode. * @param bool $attribute True if we are encoding an attrubute, false otherwise. * * @return string The encoded text. */ protected function enc($text, $attribute = false) { // Escape the text rather than convert to named character references. if (!$this->encode) { return $this->escape($text, $attribute); } // If we are in PHP 5.4+ we can use the native html5 entity functionality to // convert the named character references. if ($this->hasHTML5) { return htmlentities($text, ENT_HTML5 | ENT_SUBSTITUTE | ENT_QUOTES, 'UTF-8', false); } // If a version earlier than 5.4 html5 entities are not entirely handled. // This manually handles them. else { return strtr($text, HTML5Entities::$map); } } /** * Escape test. * * According to the html5 spec section 8.3 Serializing HTML fragments, text * within tags that are not style, script, xmp, iframe, noembed, and noframes * need to be properly escaped. * * The & should be converted to &, no breaking space unicode characters * converted to  , when in attribute mode the " should be converted to * ", and when not in attribute mode the < and > should be converted to * < and >. * * @see http://www.w3.org/TR/2013/CR-html5-20130806/syntax.html#escapingString * * @param string $text Text to escape. * @param bool $attribute True if we are escaping an attrubute, false otherwise. */ protected function escape($text, $attribute = false) { // Not using htmlspecialchars because, while it does escaping, it doesn't // match the requirements of section 8.5. For example, it doesn't handle // non-breaking spaces. if ($attribute) { $replace = array( '"' => '"', '&' => '&', "\xc2\xa0" => ' ', ); } else { $replace = array( '<' => '<', '>' => '>', '&' => '&', "\xc2\xa0" => ' ', ); } return strtr($text, $replace); } } html5/src/HTML5/Entities.php000064400000167023152665372670011546 0ustar00 'Á', 'Aacut' => 'Á', 'aacute' => 'á', 'aacut' => 'á', 'Abreve' => 'Ă', 'abreve' => 'ă', 'ac' => '∾', 'acd' => '∿', 'acE' => '∾̳', 'Acirc' => 'Â', 'Acir' => 'Â', 'acirc' => 'â', 'acir' => 'â', 'acute' => '´', 'acut' => '´', 'Acy' => 'А', 'acy' => 'а', 'AElig' => 'Æ', 'AEli' => 'Æ', 'aelig' => 'æ', 'aeli' => 'æ', 'af' => '⁡', 'Afr' => '𝔄', 'afr' => '𝔞', 'Agrave' => 'À', 'Agrav' => 'À', 'agrave' => 'à', 'agrav' => 'à', 'alefsym' => 'ℵ', 'aleph' => 'ℵ', 'Alpha' => 'Α', 'alpha' => 'α', 'Amacr' => 'Ā', 'amacr' => 'ā', 'amalg' => '⨿', 'AMP' => '&', 'AM' => '&', 'amp' => '&', 'am' => '&', 'And' => '⩓', 'and' => '∧', 'andand' => '⩕', 'andd' => '⩜', 'andslope' => '⩘', 'andv' => '⩚', 'ang' => '∠', 'ange' => '⦤', 'angle' => '∠', 'angmsd' => '∡', 'angmsdaa' => '⦨', 'angmsdab' => '⦩', 'angmsdac' => '⦪', 'angmsdad' => '⦫', 'angmsdae' => '⦬', 'angmsdaf' => '⦭', 'angmsdag' => '⦮', 'angmsdah' => '⦯', 'angrt' => '∟', 'angrtvb' => '⊾', 'angrtvbd' => '⦝', 'angsph' => '∢', 'angst' => 'Å', 'angzarr' => '⍼', 'Aogon' => 'Ą', 'aogon' => 'ą', 'Aopf' => '𝔸', 'aopf' => '𝕒', 'ap' => '≈', 'apacir' => '⩯', 'apE' => '⩰', 'ape' => '≊', 'apid' => '≋', 'apos' => '\'', 'ApplyFunction' => '⁡', 'approx' => '≈', 'approxeq' => '≊', 'Aring' => 'Å', 'Arin' => 'Å', 'aring' => 'å', 'arin' => 'å', 'Ascr' => '𝒜', 'ascr' => '𝒶', 'Assign' => '≔', 'ast' => '*', 'asymp' => '≈', 'asympeq' => '≍', 'Atilde' => 'Ã', 'Atild' => 'Ã', 'atilde' => 'ã', 'atild' => 'ã', 'Auml' => 'Ä', 'Aum' => 'Ä', 'auml' => 'ä', 'aum' => 'ä', 'awconint' => '∳', 'awint' => '⨑', 'backcong' => '≌', 'backepsilon' => '϶', 'backprime' => '‵', 'backsim' => '∽', 'backsimeq' => '⋍', 'Backslash' => '∖', 'Barv' => '⫧', 'barvee' => '⊽', 'Barwed' => '⌆', 'barwed' => '⌅', 'barwedge' => '⌅', 'bbrk' => '⎵', 'bbrktbrk' => '⎶', 'bcong' => '≌', 'Bcy' => 'Б', 'bcy' => 'б', 'bdquo' => '„', 'becaus' => '∵', 'Because' => '∵', 'because' => '∵', 'bemptyv' => '⦰', 'bepsi' => '϶', 'bernou' => 'ℬ', 'Bernoullis' => 'ℬ', 'Beta' => 'Β', 'beta' => 'β', 'beth' => 'ℶ', 'between' => '≬', 'Bfr' => '𝔅', 'bfr' => '𝔟', 'bigcap' => '⋂', 'bigcirc' => '◯', 'bigcup' => '⋃', 'bigodot' => '⨀', 'bigoplus' => '⨁', 'bigotimes' => '⨂', 'bigsqcup' => '⨆', 'bigstar' => '★', 'bigtriangledown' => '▽', 'bigtriangleup' => '△', 'biguplus' => '⨄', 'bigvee' => '⋁', 'bigwedge' => '⋀', 'bkarow' => '⤍', 'blacklozenge' => '⧫', 'blacksquare' => '▪', 'blacktriangle' => '▴', 'blacktriangledown' => '▾', 'blacktriangleleft' => '◂', 'blacktriangleright' => '▸', 'blank' => '␣', 'blk12' => '▒', 'blk14' => '░', 'blk34' => '▓', 'block' => '█', 'bne' => '=⃥', 'bnequiv' => '≡⃥', 'bNot' => '⫭', 'bnot' => '⌐', 'Bopf' => '𝔹', 'bopf' => '𝕓', 'bot' => '⊥', 'bottom' => '⊥', 'bowtie' => '⋈', 'boxbox' => '⧉', 'boxDL' => '╗', 'boxDl' => '╖', 'boxdL' => '╕', 'boxdl' => '┐', 'boxDR' => '╔', 'boxDr' => '╓', 'boxdR' => '╒', 'boxdr' => '┌', 'boxH' => '═', 'boxh' => '─', 'boxHD' => '╦', 'boxHd' => '╤', 'boxhD' => '╥', 'boxhd' => '┬', 'boxHU' => '╩', 'boxHu' => '╧', 'boxhU' => '╨', 'boxhu' => '┴', 'boxminus' => '⊟', 'boxplus' => '⊞', 'boxtimes' => '⊠', 'boxUL' => '╝', 'boxUl' => '╜', 'boxuL' => '╛', 'boxul' => '┘', 'boxUR' => '╚', 'boxUr' => '╙', 'boxuR' => '╘', 'boxur' => '└', 'boxV' => '║', 'boxv' => '│', 'boxVH' => '╬', 'boxVh' => '╫', 'boxvH' => '╪', 'boxvh' => '┼', 'boxVL' => '╣', 'boxVl' => '╢', 'boxvL' => '╡', 'boxvl' => '┤', 'boxVR' => '╠', 'boxVr' => '╟', 'boxvR' => '╞', 'boxvr' => '├', 'bprime' => '‵', 'Breve' => '˘', 'breve' => '˘', 'brvbar' => '¦', 'brvba' => '¦', 'Bscr' => 'ℬ', 'bscr' => '𝒷', 'bsemi' => '⁏', 'bsim' => '∽', 'bsime' => '⋍', 'bsol' => '\\', 'bsolb' => '⧅', 'bsolhsub' => '⟈', 'bull' => '•', 'bullet' => '•', 'bump' => '≎', 'bumpE' => '⪮', 'bumpe' => '≏', 'Bumpeq' => '≎', 'bumpeq' => '≏', 'Cacute' => 'Ć', 'cacute' => 'ć', 'Cap' => '⋒', 'cap' => '∩', 'capand' => '⩄', 'capbrcup' => '⩉', 'capcap' => '⩋', 'capcup' => '⩇', 'capdot' => '⩀', 'CapitalDifferentialD' => 'ⅅ', 'caps' => '∩︀', 'caret' => '⁁', 'caron' => 'ˇ', 'Cayleys' => 'ℭ', 'ccaps' => '⩍', 'Ccaron' => 'Č', 'ccaron' => 'č', 'Ccedil' => 'Ç', 'Ccedi' => 'Ç', 'ccedil' => 'ç', 'ccedi' => 'ç', 'Ccirc' => 'Ĉ', 'ccirc' => 'ĉ', 'Cconint' => '∰', 'ccups' => '⩌', 'ccupssm' => '⩐', 'Cdot' => 'Ċ', 'cdot' => 'ċ', 'cedil' => '¸', 'cedi' => '¸', 'Cedilla' => '¸', 'cemptyv' => '⦲', 'cent' => '¢', 'cen' => '¢', 'CenterDot' => '·', 'centerdot' => '·', 'Cfr' => 'ℭ', 'cfr' => '𝔠', 'CHcy' => 'Ч', 'chcy' => 'ч', 'check' => '✓', 'checkmark' => '✓', 'Chi' => 'Χ', 'chi' => 'χ', 'cir' => '○', 'circ' => 'ˆ', 'circeq' => '≗', 'circlearrowleft' => '↺', 'circlearrowright' => '↻', 'circledast' => '⊛', 'circledcirc' => '⊚', 'circleddash' => '⊝', 'CircleDot' => '⊙', 'circledR' => '®', 'circledS' => 'Ⓢ', 'CircleMinus' => '⊖', 'CirclePlus' => '⊕', 'CircleTimes' => '⊗', 'cirE' => '⧃', 'cire' => '≗', 'cirfnint' => '⨐', 'cirmid' => '⫯', 'cirscir' => '⧂', 'ClockwiseContourIntegral' => '∲', 'CloseCurlyDoubleQuote' => '”', 'CloseCurlyQuote' => '’', 'clubs' => '♣', 'clubsuit' => '♣', 'Colon' => '∷', 'colon' => ':', 'Colone' => '⩴', 'colone' => '≔', 'coloneq' => '≔', 'comma' => ',', 'commat' => '@', 'comp' => '∁', 'compfn' => '∘', 'complement' => '∁', 'complexes' => 'ℂ', 'cong' => '≅', 'congdot' => '⩭', 'Congruent' => '≡', 'Conint' => '∯', 'conint' => '∮', 'ContourIntegral' => '∮', 'Copf' => 'ℂ', 'copf' => '𝕔', 'coprod' => '∐', 'Coproduct' => '∐', 'COPY' => '©', 'COP' => '©', 'copy' => '©', 'cop' => '©', 'copysr' => '℗', 'CounterClockwiseContourIntegral' => '∳', 'crarr' => '↵', 'Cross' => '⨯', 'cross' => '✗', 'Cscr' => '𝒞', 'cscr' => '𝒸', 'csub' => '⫏', 'csube' => '⫑', 'csup' => '⫐', 'csupe' => '⫒', 'ctdot' => '⋯', 'cudarrl' => '⤸', 'cudarrr' => '⤵', 'cuepr' => '⋞', 'cuesc' => '⋟', 'cularr' => '↶', 'cularrp' => '⤽', 'Cup' => '⋓', 'cup' => '∪', 'cupbrcap' => '⩈', 'CupCap' => '≍', 'cupcap' => '⩆', 'cupcup' => '⩊', 'cupdot' => '⊍', 'cupor' => '⩅', 'cups' => '∪︀', 'curarr' => '↷', 'curarrm' => '⤼', 'curlyeqprec' => '⋞', 'curlyeqsucc' => '⋟', 'curlyvee' => '⋎', 'curlywedge' => '⋏', 'curren' => '¤', 'curre' => '¤', 'curvearrowleft' => '↶', 'curvearrowright' => '↷', 'cuvee' => '⋎', 'cuwed' => '⋏', 'cwconint' => '∲', 'cwint' => '∱', 'cylcty' => '⌭', 'Dagger' => '‡', 'dagger' => '†', 'daleth' => 'ℸ', 'Darr' => '↡', 'dArr' => '⇓', 'darr' => '↓', 'dash' => '‐', 'Dashv' => '⫤', 'dashv' => '⊣', 'dbkarow' => '⤏', 'dblac' => '˝', 'Dcaron' => 'Ď', 'dcaron' => 'ď', 'Dcy' => 'Д', 'dcy' => 'д', 'DD' => 'ⅅ', 'dd' => 'ⅆ', 'ddagger' => '‡', 'ddarr' => '⇊', 'DDotrahd' => '⤑', 'ddotseq' => '⩷', 'deg' => '°', 'de' => '°', 'Del' => '∇', 'Delta' => 'Δ', 'delta' => 'δ', 'demptyv' => '⦱', 'dfisht' => '⥿', 'Dfr' => '𝔇', 'dfr' => '𝔡', 'dHar' => '⥥', 'dharl' => '⇃', 'dharr' => '⇂', 'DiacriticalAcute' => '´', 'DiacriticalDot' => '˙', 'DiacriticalDoubleAcute' => '˝', 'DiacriticalGrave' => '`', 'DiacriticalTilde' => '˜', 'diam' => '⋄', 'Diamond' => '⋄', 'diamond' => '⋄', 'diamondsuit' => '♦', 'diams' => '♦', 'die' => '¨', 'DifferentialD' => 'ⅆ', 'digamma' => 'ϝ', 'disin' => '⋲', 'div' => '÷', 'divide' => '÷', 'divid' => '÷', 'divideontimes' => '⋇', 'divonx' => '⋇', 'DJcy' => 'Ђ', 'djcy' => 'ђ', 'dlcorn' => '⌞', 'dlcrop' => '⌍', 'dollar' => '$', 'Dopf' => '𝔻', 'dopf' => '𝕕', 'Dot' => '¨', 'dot' => '˙', 'DotDot' => '⃜', 'doteq' => '≐', 'doteqdot' => '≑', 'DotEqual' => '≐', 'dotminus' => '∸', 'dotplus' => '∔', 'dotsquare' => '⊡', 'doublebarwedge' => '⌆', 'DoubleContourIntegral' => '∯', 'DoubleDot' => '¨', 'DoubleDownArrow' => '⇓', 'DoubleLeftArrow' => '⇐', 'DoubleLeftRightArrow' => '⇔', 'DoubleLeftTee' => '⫤', 'DoubleLongLeftArrow' => '⟸', 'DoubleLongLeftRightArrow' => '⟺', 'DoubleLongRightArrow' => '⟹', 'DoubleRightArrow' => '⇒', 'DoubleRightTee' => '⊨', 'DoubleUpArrow' => '⇑', 'DoubleUpDownArrow' => '⇕', 'DoubleVerticalBar' => '∥', 'DownArrow' => '↓', 'Downarrow' => '⇓', 'downarrow' => '↓', 'DownArrowBar' => '⤓', 'DownArrowUpArrow' => '⇵', 'DownBreve' => '̑', 'downdownarrows' => '⇊', 'downharpoonleft' => '⇃', 'downharpoonright' => '⇂', 'DownLeftRightVector' => '⥐', 'DownLeftTeeVector' => '⥞', 'DownLeftVector' => '↽', 'DownLeftVectorBar' => '⥖', 'DownRightTeeVector' => '⥟', 'DownRightVector' => '⇁', 'DownRightVectorBar' => '⥗', 'DownTee' => '⊤', 'DownTeeArrow' => '↧', 'drbkarow' => '⤐', 'drcorn' => '⌟', 'drcrop' => '⌌', 'Dscr' => '𝒟', 'dscr' => '𝒹', 'DScy' => 'Ѕ', 'dscy' => 'ѕ', 'dsol' => '⧶', 'Dstrok' => 'Đ', 'dstrok' => 'đ', 'dtdot' => '⋱', 'dtri' => '▿', 'dtrif' => '▾', 'duarr' => '⇵', 'duhar' => '⥯', 'dwangle' => '⦦', 'DZcy' => 'Џ', 'dzcy' => 'џ', 'dzigrarr' => '⟿', 'Eacute' => 'É', 'Eacut' => 'É', 'eacute' => 'é', 'eacut' => 'é', 'easter' => '⩮', 'Ecaron' => 'Ě', 'ecaron' => 'ě', 'ecir' => 'ê', 'Ecirc' => 'Ê', 'Ecir' => 'Ê', 'ecirc' => 'ê', 'ecolon' => '≕', 'Ecy' => 'Э', 'ecy' => 'э', 'eDDot' => '⩷', 'Edot' => 'Ė', 'eDot' => '≑', 'edot' => 'ė', 'ee' => 'ⅇ', 'efDot' => '≒', 'Efr' => '𝔈', 'efr' => '𝔢', 'eg' => '⪚', 'Egrave' => 'È', 'Egrav' => 'È', 'egrave' => 'è', 'egrav' => 'è', 'egs' => '⪖', 'egsdot' => '⪘', 'el' => '⪙', 'Element' => '∈', 'elinters' => '⏧', 'ell' => 'ℓ', 'els' => '⪕', 'elsdot' => '⪗', 'Emacr' => 'Ē', 'emacr' => 'ē', 'empty' => '∅', 'emptyset' => '∅', 'EmptySmallSquare' => '◻', 'emptyv' => '∅', 'EmptyVerySmallSquare' => '▫', 'emsp' => ' ', 'emsp13' => ' ', 'emsp14' => ' ', 'ENG' => 'Ŋ', 'eng' => 'ŋ', 'ensp' => ' ', 'Eogon' => 'Ę', 'eogon' => 'ę', 'Eopf' => '𝔼', 'eopf' => '𝕖', 'epar' => '⋕', 'eparsl' => '⧣', 'eplus' => '⩱', 'epsi' => 'ε', 'Epsilon' => 'Ε', 'epsilon' => 'ε', 'epsiv' => 'ϵ', 'eqcirc' => '≖', 'eqcolon' => '≕', 'eqsim' => '≂', 'eqslantgtr' => '⪖', 'eqslantless' => '⪕', 'Equal' => '⩵', 'equals' => '=', 'EqualTilde' => '≂', 'equest' => '≟', 'Equilibrium' => '⇌', 'equiv' => '≡', 'equivDD' => '⩸', 'eqvparsl' => '⧥', 'erarr' => '⥱', 'erDot' => '≓', 'Escr' => 'ℰ', 'escr' => 'ℯ', 'esdot' => '≐', 'Esim' => '⩳', 'esim' => '≂', 'Eta' => 'Η', 'eta' => 'η', 'ETH' => 'Ð', 'ET' => 'Ð', 'eth' => 'ð', 'et' => 'ð', 'Euml' => 'Ë', 'Eum' => 'Ë', 'euml' => 'ë', 'eum' => 'ë', 'euro' => '€', 'excl' => '!', 'exist' => '∃', 'Exists' => '∃', 'expectation' => 'ℰ', 'ExponentialE' => 'ⅇ', 'exponentiale' => 'ⅇ', 'fallingdotseq' => '≒', 'Fcy' => 'Ф', 'fcy' => 'ф', 'female' => '♀', 'ffilig' => 'ffi', 'fflig' => 'ff', 'ffllig' => 'ffl', 'Ffr' => '𝔉', 'ffr' => '𝔣', 'filig' => 'fi', 'FilledSmallSquare' => '◼', 'FilledVerySmallSquare' => '▪', 'fjlig' => 'fj', 'flat' => '♭', 'fllig' => 'fl', 'fltns' => '▱', 'fnof' => 'ƒ', 'Fopf' => '𝔽', 'fopf' => '𝕗', 'ForAll' => '∀', 'forall' => '∀', 'fork' => '⋔', 'forkv' => '⫙', 'Fouriertrf' => 'ℱ', 'fpartint' => '⨍', 'frac12' => '½', 'frac1' => '¼', 'frac13' => '⅓', 'frac14' => '¼', 'frac15' => '⅕', 'frac16' => '⅙', 'frac18' => '⅛', 'frac23' => '⅔', 'frac25' => '⅖', 'frac34' => '¾', 'frac3' => '¾', 'frac35' => '⅗', 'frac38' => '⅜', 'frac45' => '⅘', 'frac56' => '⅚', 'frac58' => '⅝', 'frac78' => '⅞', 'frasl' => '⁄', 'frown' => '⌢', 'Fscr' => 'ℱ', 'fscr' => '𝒻', 'gacute' => 'ǵ', 'Gamma' => 'Γ', 'gamma' => 'γ', 'Gammad' => 'Ϝ', 'gammad' => 'ϝ', 'gap' => '⪆', 'Gbreve' => 'Ğ', 'gbreve' => 'ğ', 'Gcedil' => 'Ģ', 'Gcirc' => 'Ĝ', 'gcirc' => 'ĝ', 'Gcy' => 'Г', 'gcy' => 'г', 'Gdot' => 'Ġ', 'gdot' => 'ġ', 'gE' => '≧', 'ge' => '≥', 'gEl' => '⪌', 'gel' => '⋛', 'geq' => '≥', 'geqq' => '≧', 'geqslant' => '⩾', 'ges' => '⩾', 'gescc' => '⪩', 'gesdot' => '⪀', 'gesdoto' => '⪂', 'gesdotol' => '⪄', 'gesl' => '⋛︀', 'gesles' => '⪔', 'Gfr' => '𝔊', 'gfr' => '𝔤', 'Gg' => '⋙', 'gg' => '≫', 'ggg' => '⋙', 'gimel' => 'ℷ', 'GJcy' => 'Ѓ', 'gjcy' => 'ѓ', 'gl' => '≷', 'gla' => '⪥', 'glE' => '⪒', 'glj' => '⪤', 'gnap' => '⪊', 'gnapprox' => '⪊', 'gnE' => '≩', 'gne' => '⪈', 'gneq' => '⪈', 'gneqq' => '≩', 'gnsim' => '⋧', 'Gopf' => '𝔾', 'gopf' => '𝕘', 'grave' => '`', 'GreaterEqual' => '≥', 'GreaterEqualLess' => '⋛', 'GreaterFullEqual' => '≧', 'GreaterGreater' => '⪢', 'GreaterLess' => '≷', 'GreaterSlantEqual' => '⩾', 'GreaterTilde' => '≳', 'Gscr' => '𝒢', 'gscr' => 'ℊ', 'gsim' => '≳', 'gsime' => '⪎', 'gsiml' => '⪐', 'GT' => '>', 'G' => '>', 'Gt' => '≫', 'gt' => '>', 'g' => '>', 'gtcc' => '⪧', 'gtcir' => '⩺', 'gtdot' => '⋗', 'gtlPar' => '⦕', 'gtquest' => '⩼', 'gtrapprox' => '⪆', 'gtrarr' => '⥸', 'gtrdot' => '⋗', 'gtreqless' => '⋛', 'gtreqqless' => '⪌', 'gtrless' => '≷', 'gtrsim' => '≳', 'gvertneqq' => '≩︀', 'gvnE' => '≩︀', 'Hacek' => 'ˇ', 'hairsp' => ' ', 'half' => '½', 'hamilt' => 'ℋ', 'HARDcy' => 'Ъ', 'hardcy' => 'ъ', 'hArr' => '⇔', 'harr' => '↔', 'harrcir' => '⥈', 'harrw' => '↭', 'Hat' => '^', 'hbar' => 'ℏ', 'Hcirc' => 'Ĥ', 'hcirc' => 'ĥ', 'hearts' => '♥', 'heartsuit' => '♥', 'hellip' => '…', 'hercon' => '⊹', 'Hfr' => 'ℌ', 'hfr' => '𝔥', 'HilbertSpace' => 'ℋ', 'hksearow' => '⤥', 'hkswarow' => '⤦', 'hoarr' => '⇿', 'homtht' => '∻', 'hookleftarrow' => '↩', 'hookrightarrow' => '↪', 'Hopf' => 'ℍ', 'hopf' => '𝕙', 'horbar' => '―', 'HorizontalLine' => '─', 'Hscr' => 'ℋ', 'hscr' => '𝒽', 'hslash' => 'ℏ', 'Hstrok' => 'Ħ', 'hstrok' => 'ħ', 'HumpDownHump' => '≎', 'HumpEqual' => '≏', 'hybull' => '⁃', 'hyphen' => '‐', 'Iacute' => 'Í', 'Iacut' => 'Í', 'iacute' => 'í', 'iacut' => 'í', 'ic' => '⁣', 'Icirc' => 'Î', 'Icir' => 'Î', 'icirc' => 'î', 'icir' => 'î', 'Icy' => 'И', 'icy' => 'и', 'Idot' => 'İ', 'IEcy' => 'Е', 'iecy' => 'е', 'iexcl' => '¡', 'iexc' => '¡', 'iff' => '⇔', 'Ifr' => 'ℑ', 'ifr' => '𝔦', 'Igrave' => 'Ì', 'Igrav' => 'Ì', 'igrave' => 'ì', 'igrav' => 'ì', 'ii' => 'ⅈ', 'iiiint' => '⨌', 'iiint' => '∭', 'iinfin' => '⧜', 'iiota' => '℩', 'IJlig' => 'IJ', 'ijlig' => 'ij', 'Im' => 'ℑ', 'Imacr' => 'Ī', 'imacr' => 'ī', 'image' => 'ℑ', 'ImaginaryI' => 'ⅈ', 'imagline' => 'ℐ', 'imagpart' => 'ℑ', 'imath' => 'ı', 'imof' => '⊷', 'imped' => 'Ƶ', 'Implies' => '⇒', 'in' => '∈', 'incare' => '℅', 'infin' => '∞', 'infintie' => '⧝', 'inodot' => 'ı', 'Int' => '∬', 'int' => '∫', 'intcal' => '⊺', 'integers' => 'ℤ', 'Integral' => '∫', 'intercal' => '⊺', 'Intersection' => '⋂', 'intlarhk' => '⨗', 'intprod' => '⨼', 'InvisibleComma' => '⁣', 'InvisibleTimes' => '⁢', 'IOcy' => 'Ё', 'iocy' => 'ё', 'Iogon' => 'Į', 'iogon' => 'į', 'Iopf' => '𝕀', 'iopf' => '𝕚', 'Iota' => 'Ι', 'iota' => 'ι', 'iprod' => '⨼', 'iquest' => '¿', 'iques' => '¿', 'Iscr' => 'ℐ', 'iscr' => '𝒾', 'isin' => '∈', 'isindot' => '⋵', 'isinE' => '⋹', 'isins' => '⋴', 'isinsv' => '⋳', 'isinv' => '∈', 'it' => '⁢', 'Itilde' => 'Ĩ', 'itilde' => 'ĩ', 'Iukcy' => 'І', 'iukcy' => 'і', 'Iuml' => 'Ï', 'Ium' => 'Ï', 'iuml' => 'ï', 'ium' => 'ï', 'Jcirc' => 'Ĵ', 'jcirc' => 'ĵ', 'Jcy' => 'Й', 'jcy' => 'й', 'Jfr' => '𝔍', 'jfr' => '𝔧', 'jmath' => 'ȷ', 'Jopf' => '𝕁', 'jopf' => '𝕛', 'Jscr' => '𝒥', 'jscr' => '𝒿', 'Jsercy' => 'Ј', 'jsercy' => 'ј', 'Jukcy' => 'Є', 'jukcy' => 'є', 'Kappa' => 'Κ', 'kappa' => 'κ', 'kappav' => 'ϰ', 'Kcedil' => 'Ķ', 'kcedil' => 'ķ', 'Kcy' => 'К', 'kcy' => 'к', 'Kfr' => '𝔎', 'kfr' => '𝔨', 'kgreen' => 'ĸ', 'KHcy' => 'Х', 'khcy' => 'х', 'KJcy' => 'Ќ', 'kjcy' => 'ќ', 'Kopf' => '𝕂', 'kopf' => '𝕜', 'Kscr' => '𝒦', 'kscr' => '𝓀', 'lAarr' => '⇚', 'Lacute' => 'Ĺ', 'lacute' => 'ĺ', 'laemptyv' => '⦴', 'lagran' => 'ℒ', 'Lambda' => 'Λ', 'lambda' => 'λ', 'Lang' => '⟪', 'lang' => '⟨', 'langd' => '⦑', 'langle' => '⟨', 'lap' => '⪅', 'Laplacetrf' => 'ℒ', 'laquo' => '«', 'laqu' => '«', 'Larr' => '↞', 'lArr' => '⇐', 'larr' => '←', 'larrb' => '⇤', 'larrbfs' => '⤟', 'larrfs' => '⤝', 'larrhk' => '↩', 'larrlp' => '↫', 'larrpl' => '⤹', 'larrsim' => '⥳', 'larrtl' => '↢', 'lat' => '⪫', 'lAtail' => '⤛', 'latail' => '⤙', 'late' => '⪭', 'lates' => '⪭︀', 'lBarr' => '⤎', 'lbarr' => '⤌', 'lbbrk' => '❲', 'lbrace' => '{', 'lbrack' => '[', 'lbrke' => '⦋', 'lbrksld' => '⦏', 'lbrkslu' => '⦍', 'Lcaron' => 'Ľ', 'lcaron' => 'ľ', 'Lcedil' => 'Ļ', 'lcedil' => 'ļ', 'lceil' => '⌈', 'lcub' => '{', 'Lcy' => 'Л', 'lcy' => 'л', 'ldca' => '⤶', 'ldquo' => '“', 'ldquor' => '„', 'ldrdhar' => '⥧', 'ldrushar' => '⥋', 'ldsh' => '↲', 'lE' => '≦', 'le' => '≤', 'LeftAngleBracket' => '⟨', 'LeftArrow' => '←', 'Leftarrow' => '⇐', 'leftarrow' => '←', 'LeftArrowBar' => '⇤', 'LeftArrowRightArrow' => '⇆', 'leftarrowtail' => '↢', 'LeftCeiling' => '⌈', 'LeftDoubleBracket' => '⟦', 'LeftDownTeeVector' => '⥡', 'LeftDownVector' => '⇃', 'LeftDownVectorBar' => '⥙', 'LeftFloor' => '⌊', 'leftharpoondown' => '↽', 'leftharpoonup' => '↼', 'leftleftarrows' => '⇇', 'LeftRightArrow' => '↔', 'Leftrightarrow' => '⇔', 'leftrightarrow' => '↔', 'leftrightarrows' => '⇆', 'leftrightharpoons' => '⇋', 'leftrightsquigarrow' => '↭', 'LeftRightVector' => '⥎', 'LeftTee' => '⊣', 'LeftTeeArrow' => '↤', 'LeftTeeVector' => '⥚', 'leftthreetimes' => '⋋', 'LeftTriangle' => '⊲', 'LeftTriangleBar' => '⧏', 'LeftTriangleEqual' => '⊴', 'LeftUpDownVector' => '⥑', 'LeftUpTeeVector' => '⥠', 'LeftUpVector' => '↿', 'LeftUpVectorBar' => '⥘', 'LeftVector' => '↼', 'LeftVectorBar' => '⥒', 'lEg' => '⪋', 'leg' => '⋚', 'leq' => '≤', 'leqq' => '≦', 'leqslant' => '⩽', 'les' => '⩽', 'lescc' => '⪨', 'lesdot' => '⩿', 'lesdoto' => '⪁', 'lesdotor' => '⪃', 'lesg' => '⋚︀', 'lesges' => '⪓', 'lessapprox' => '⪅', 'lessdot' => '⋖', 'lesseqgtr' => '⋚', 'lesseqqgtr' => '⪋', 'LessEqualGreater' => '⋚', 'LessFullEqual' => '≦', 'LessGreater' => '≶', 'lessgtr' => '≶', 'LessLess' => '⪡', 'lesssim' => '≲', 'LessSlantEqual' => '⩽', 'LessTilde' => '≲', 'lfisht' => '⥼', 'lfloor' => '⌊', 'Lfr' => '𝔏', 'lfr' => '𝔩', 'lg' => '≶', 'lgE' => '⪑', 'lHar' => '⥢', 'lhard' => '↽', 'lharu' => '↼', 'lharul' => '⥪', 'lhblk' => '▄', 'LJcy' => 'Љ', 'ljcy' => 'љ', 'Ll' => '⋘', 'll' => '≪', 'llarr' => '⇇', 'llcorner' => '⌞', 'Lleftarrow' => '⇚', 'llhard' => '⥫', 'lltri' => '◺', 'Lmidot' => 'Ŀ', 'lmidot' => 'ŀ', 'lmoust' => '⎰', 'lmoustache' => '⎰', 'lnap' => '⪉', 'lnapprox' => '⪉', 'lnE' => '≨', 'lne' => '⪇', 'lneq' => '⪇', 'lneqq' => '≨', 'lnsim' => '⋦', 'loang' => '⟬', 'loarr' => '⇽', 'lobrk' => '⟦', 'LongLeftArrow' => '⟵', 'Longleftarrow' => '⟸', 'longleftarrow' => '⟵', 'LongLeftRightArrow' => '⟷', 'Longleftrightarrow' => '⟺', 'longleftrightarrow' => '⟷', 'longmapsto' => '⟼', 'LongRightArrow' => '⟶', 'Longrightarrow' => '⟹', 'longrightarrow' => '⟶', 'looparrowleft' => '↫', 'looparrowright' => '↬', 'lopar' => '⦅', 'Lopf' => '𝕃', 'lopf' => '𝕝', 'loplus' => '⨭', 'lotimes' => '⨴', 'lowast' => '∗', 'lowbar' => '_', 'LowerLeftArrow' => '↙', 'LowerRightArrow' => '↘', 'loz' => '◊', 'lozenge' => '◊', 'lozf' => '⧫', 'lpar' => '(', 'lparlt' => '⦓', 'lrarr' => '⇆', 'lrcorner' => '⌟', 'lrhar' => '⇋', 'lrhard' => '⥭', 'lrm' => '‎', 'lrtri' => '⊿', 'lsaquo' => '‹', 'Lscr' => 'ℒ', 'lscr' => '𝓁', 'Lsh' => '↰', 'lsh' => '↰', 'lsim' => '≲', 'lsime' => '⪍', 'lsimg' => '⪏', 'lsqb' => '[', 'lsquo' => '‘', 'lsquor' => '‚', 'Lstrok' => 'Ł', 'lstrok' => 'ł', 'LT' => '<', 'L' => '<', 'Lt' => '≪', 'lt' => '<', 'l' => '<', 'ltcc' => '⪦', 'ltcir' => '⩹', 'ltdot' => '⋖', 'lthree' => '⋋', 'ltimes' => '⋉', 'ltlarr' => '⥶', 'ltquest' => '⩻', 'ltri' => '◃', 'ltrie' => '⊴', 'ltrif' => '◂', 'ltrPar' => '⦖', 'lurdshar' => '⥊', 'luruhar' => '⥦', 'lvertneqq' => '≨︀', 'lvnE' => '≨︀', 'macr' => '¯', 'mac' => '¯', 'male' => '♂', 'malt' => '✠', 'maltese' => '✠', 'Map' => '⤅', 'map' => '↦', 'mapsto' => '↦', 'mapstodown' => '↧', 'mapstoleft' => '↤', 'mapstoup' => '↥', 'marker' => '▮', 'mcomma' => '⨩', 'Mcy' => 'М', 'mcy' => 'м', 'mdash' => '—', 'mDDot' => '∺', 'measuredangle' => '∡', 'MediumSpace' => ' ', 'Mellintrf' => 'ℳ', 'Mfr' => '𝔐', 'mfr' => '𝔪', 'mho' => '℧', 'micro' => 'µ', 'micr' => 'µ', 'mid' => '∣', 'midast' => '*', 'midcir' => '⫰', 'middot' => '·', 'middo' => '·', 'minus' => '−', 'minusb' => '⊟', 'minusd' => '∸', 'minusdu' => '⨪', 'MinusPlus' => '∓', 'mlcp' => '⫛', 'mldr' => '…', 'mnplus' => '∓', 'models' => '⊧', 'Mopf' => '𝕄', 'mopf' => '𝕞', 'mp' => '∓', 'Mscr' => 'ℳ', 'mscr' => '𝓂', 'mstpos' => '∾', 'Mu' => 'Μ', 'mu' => 'μ', 'multimap' => '⊸', 'mumap' => '⊸', 'nabla' => '∇', 'Nacute' => 'Ń', 'nacute' => 'ń', 'nang' => '∠⃒', 'nap' => '≉', 'napE' => '⩰̸', 'napid' => '≋̸', 'napos' => 'ʼn', 'napprox' => '≉', 'natur' => '♮', 'natural' => '♮', 'naturals' => 'ℕ', 'nbsp' => ' ', 'nbs' => ' ', 'nbump' => '≎̸', 'nbumpe' => '≏̸', 'ncap' => '⩃', 'Ncaron' => 'Ň', 'ncaron' => 'ň', 'Ncedil' => 'Ņ', 'ncedil' => 'ņ', 'ncong' => '≇', 'ncongdot' => '⩭̸', 'ncup' => '⩂', 'Ncy' => 'Н', 'ncy' => 'н', 'ndash' => '–', 'ne' => '≠', 'nearhk' => '⤤', 'neArr' => '⇗', 'nearr' => '↗', 'nearrow' => '↗', 'nedot' => '≐̸', 'NegativeMediumSpace' => '​', 'NegativeThickSpace' => '​', 'NegativeThinSpace' => '​', 'NegativeVeryThinSpace' => '​', 'nequiv' => '≢', 'nesear' => '⤨', 'nesim' => '≂̸', 'NestedGreaterGreater' => '≫', 'NestedLessLess' => '≪', 'NewLine' => ' ', 'nexist' => '∄', 'nexists' => '∄', 'Nfr' => '𝔑', 'nfr' => '𝔫', 'ngE' => '≧̸', 'nge' => '≱', 'ngeq' => '≱', 'ngeqq' => '≧̸', 'ngeqslant' => '⩾̸', 'nges' => '⩾̸', 'nGg' => '⋙̸', 'ngsim' => '≵', 'nGt' => '≫⃒', 'ngt' => '≯', 'ngtr' => '≯', 'nGtv' => '≫̸', 'nhArr' => '⇎', 'nharr' => '↮', 'nhpar' => '⫲', 'ni' => '∋', 'nis' => '⋼', 'nisd' => '⋺', 'niv' => '∋', 'NJcy' => 'Њ', 'njcy' => 'њ', 'nlArr' => '⇍', 'nlarr' => '↚', 'nldr' => '‥', 'nlE' => '≦̸', 'nle' => '≰', 'nLeftarrow' => '⇍', 'nleftarrow' => '↚', 'nLeftrightarrow' => '⇎', 'nleftrightarrow' => '↮', 'nleq' => '≰', 'nleqq' => '≦̸', 'nleqslant' => '⩽̸', 'nles' => '⩽̸', 'nless' => '≮', 'nLl' => '⋘̸', 'nlsim' => '≴', 'nLt' => '≪⃒', 'nlt' => '≮', 'nltri' => '⋪', 'nltrie' => '⋬', 'nLtv' => '≪̸', 'nmid' => '∤', 'NoBreak' => '⁠', 'NonBreakingSpace' => ' ', 'Nopf' => 'ℕ', 'nopf' => '𝕟', 'Not' => '⫬', 'not' => '¬', 'no' => '¬', 'NotCongruent' => '≢', 'NotCupCap' => '≭', 'NotDoubleVerticalBar' => '∦', 'NotElement' => '∉', 'NotEqual' => '≠', 'NotEqualTilde' => '≂̸', 'NotExists' => '∄', 'NotGreater' => '≯', 'NotGreaterEqual' => '≱', 'NotGreaterFullEqual' => '≧̸', 'NotGreaterGreater' => '≫̸', 'NotGreaterLess' => '≹', 'NotGreaterSlantEqual' => '⩾̸', 'NotGreaterTilde' => '≵', 'NotHumpDownHump' => '≎̸', 'NotHumpEqual' => '≏̸', 'notin' => '∉', 'notindot' => '⋵̸', 'notinE' => '⋹̸', 'notinva' => '∉', 'notinvb' => '⋷', 'notinvc' => '⋶', 'NotLeftTriangle' => '⋪', 'NotLeftTriangleBar' => '⧏̸', 'NotLeftTriangleEqual' => '⋬', 'NotLess' => '≮', 'NotLessEqual' => '≰', 'NotLessGreater' => '≸', 'NotLessLess' => '≪̸', 'NotLessSlantEqual' => '⩽̸', 'NotLessTilde' => '≴', 'NotNestedGreaterGreater' => '⪢̸', 'NotNestedLessLess' => '⪡̸', 'notni' => '∌', 'notniva' => '∌', 'notnivb' => '⋾', 'notnivc' => '⋽', 'NotPrecedes' => '⊀', 'NotPrecedesEqual' => '⪯̸', 'NotPrecedesSlantEqual' => '⋠', 'NotReverseElement' => '∌', 'NotRightTriangle' => '⋫', 'NotRightTriangleBar' => '⧐̸', 'NotRightTriangleEqual' => '⋭', 'NotSquareSubset' => '⊏̸', 'NotSquareSubsetEqual' => '⋢', 'NotSquareSuperset' => '⊐̸', 'NotSquareSupersetEqual' => '⋣', 'NotSubset' => '⊂⃒', 'NotSubsetEqual' => '⊈', 'NotSucceeds' => '⊁', 'NotSucceedsEqual' => '⪰̸', 'NotSucceedsSlantEqual' => '⋡', 'NotSucceedsTilde' => '≿̸', 'NotSuperset' => '⊃⃒', 'NotSupersetEqual' => '⊉', 'NotTilde' => '≁', 'NotTildeEqual' => '≄', 'NotTildeFullEqual' => '≇', 'NotTildeTilde' => '≉', 'NotVerticalBar' => '∤', 'npar' => '∦', 'nparallel' => '∦', 'nparsl' => '⫽⃥', 'npart' => '∂̸', 'npolint' => '⨔', 'npr' => '⊀', 'nprcue' => '⋠', 'npre' => '⪯̸', 'nprec' => '⊀', 'npreceq' => '⪯̸', 'nrArr' => '⇏', 'nrarr' => '↛', 'nrarrc' => '⤳̸', 'nrarrw' => '↝̸', 'nRightarrow' => '⇏', 'nrightarrow' => '↛', 'nrtri' => '⋫', 'nrtrie' => '⋭', 'nsc' => '⊁', 'nsccue' => '⋡', 'nsce' => '⪰̸', 'Nscr' => '𝒩', 'nscr' => '𝓃', 'nshortmid' => '∤', 'nshortparallel' => '∦', 'nsim' => '≁', 'nsime' => '≄', 'nsimeq' => '≄', 'nsmid' => '∤', 'nspar' => '∦', 'nsqsube' => '⋢', 'nsqsupe' => '⋣', 'nsub' => '⊄', 'nsubE' => '⫅̸', 'nsube' => '⊈', 'nsubset' => '⊂⃒', 'nsubseteq' => '⊈', 'nsubseteqq' => '⫅̸', 'nsucc' => '⊁', 'nsucceq' => '⪰̸', 'nsup' => '⊅', 'nsupE' => '⫆̸', 'nsupe' => '⊉', 'nsupset' => '⊃⃒', 'nsupseteq' => '⊉', 'nsupseteqq' => '⫆̸', 'ntgl' => '≹', 'Ntilde' => 'Ñ', 'Ntild' => 'Ñ', 'ntilde' => 'ñ', 'ntild' => 'ñ', 'ntlg' => '≸', 'ntriangleleft' => '⋪', 'ntrianglelefteq' => '⋬', 'ntriangleright' => '⋫', 'ntrianglerighteq' => '⋭', 'Nu' => 'Ν', 'nu' => 'ν', 'num' => '#', 'numero' => '№', 'numsp' => ' ', 'nvap' => '≍⃒', 'nVDash' => '⊯', 'nVdash' => '⊮', 'nvDash' => '⊭', 'nvdash' => '⊬', 'nvge' => '≥⃒', 'nvgt' => '>⃒', 'nvHarr' => '⤄', 'nvinfin' => '⧞', 'nvlArr' => '⤂', 'nvle' => '≤⃒', 'nvlt' => '<⃒', 'nvltrie' => '⊴⃒', 'nvrArr' => '⤃', 'nvrtrie' => '⊵⃒', 'nvsim' => '∼⃒', 'nwarhk' => '⤣', 'nwArr' => '⇖', 'nwarr' => '↖', 'nwarrow' => '↖', 'nwnear' => '⤧', 'Oacute' => 'Ó', 'Oacut' => 'Ó', 'oacute' => 'ó', 'oacut' => 'ó', 'oast' => '⊛', 'ocir' => 'ô', 'Ocirc' => 'Ô', 'Ocir' => 'Ô', 'ocirc' => 'ô', 'Ocy' => 'О', 'ocy' => 'о', 'odash' => '⊝', 'Odblac' => 'Ő', 'odblac' => 'ő', 'odiv' => '⨸', 'odot' => '⊙', 'odsold' => '⦼', 'OElig' => 'Œ', 'oelig' => 'œ', 'ofcir' => '⦿', 'Ofr' => '𝔒', 'ofr' => '𝔬', 'ogon' => '˛', 'Ograve' => 'Ò', 'Ograv' => 'Ò', 'ograve' => 'ò', 'ograv' => 'ò', 'ogt' => '⧁', 'ohbar' => '⦵', 'ohm' => 'Ω', 'oint' => '∮', 'olarr' => '↺', 'olcir' => '⦾', 'olcross' => '⦻', 'oline' => '‾', 'olt' => '⧀', 'Omacr' => 'Ō', 'omacr' => 'ō', 'Omega' => 'Ω', 'omega' => 'ω', 'Omicron' => 'Ο', 'omicron' => 'ο', 'omid' => '⦶', 'ominus' => '⊖', 'Oopf' => '𝕆', 'oopf' => '𝕠', 'opar' => '⦷', 'OpenCurlyDoubleQuote' => '“', 'OpenCurlyQuote' => '‘', 'operp' => '⦹', 'oplus' => '⊕', 'Or' => '⩔', 'or' => '∨', 'orarr' => '↻', 'ord' => 'º', 'order' => 'ℴ', 'orderof' => 'ℴ', 'ordf' => 'ª', 'ordm' => 'º', 'origof' => '⊶', 'oror' => '⩖', 'orslope' => '⩗', 'orv' => '⩛', 'oS' => 'Ⓢ', 'Oscr' => '𝒪', 'oscr' => 'ℴ', 'Oslash' => 'Ø', 'Oslas' => 'Ø', 'oslash' => 'ø', 'oslas' => 'ø', 'osol' => '⊘', 'Otilde' => 'Õ', 'Otild' => 'Õ', 'otilde' => 'õ', 'otild' => 'õ', 'Otimes' => '⨷', 'otimes' => '⊗', 'otimesas' => '⨶', 'Ouml' => 'Ö', 'Oum' => 'Ö', 'ouml' => 'ö', 'oum' => 'ö', 'ovbar' => '⌽', 'OverBar' => '‾', 'OverBrace' => '⏞', 'OverBracket' => '⎴', 'OverParenthesis' => '⏜', 'par' => '¶', 'para' => '¶', 'parallel' => '∥', 'parsim' => '⫳', 'parsl' => '⫽', 'part' => '∂', 'PartialD' => '∂', 'Pcy' => 'П', 'pcy' => 'п', 'percnt' => '%', 'period' => '.', 'permil' => '‰', 'perp' => '⊥', 'pertenk' => '‱', 'Pfr' => '𝔓', 'pfr' => '𝔭', 'Phi' => 'Φ', 'phi' => 'φ', 'phiv' => 'ϕ', 'phmmat' => 'ℳ', 'phone' => '☎', 'Pi' => 'Π', 'pi' => 'π', 'pitchfork' => '⋔', 'piv' => 'ϖ', 'planck' => 'ℏ', 'planckh' => 'ℎ', 'plankv' => 'ℏ', 'plus' => '+', 'plusacir' => '⨣', 'plusb' => '⊞', 'pluscir' => '⨢', 'plusdo' => '∔', 'plusdu' => '⨥', 'pluse' => '⩲', 'PlusMinus' => '±', 'plusmn' => '±', 'plusm' => '±', 'plussim' => '⨦', 'plustwo' => '⨧', 'pm' => '±', 'Poincareplane' => 'ℌ', 'pointint' => '⨕', 'Popf' => 'ℙ', 'popf' => '𝕡', 'pound' => '£', 'poun' => '£', 'Pr' => '⪻', 'pr' => '≺', 'prap' => '⪷', 'prcue' => '≼', 'prE' => '⪳', 'pre' => '⪯', 'prec' => '≺', 'precapprox' => '⪷', 'preccurlyeq' => '≼', 'Precedes' => '≺', 'PrecedesEqual' => '⪯', 'PrecedesSlantEqual' => '≼', 'PrecedesTilde' => '≾', 'preceq' => '⪯', 'precnapprox' => '⪹', 'precneqq' => '⪵', 'precnsim' => '⋨', 'precsim' => '≾', 'Prime' => '″', 'prime' => '′', 'primes' => 'ℙ', 'prnap' => '⪹', 'prnE' => '⪵', 'prnsim' => '⋨', 'prod' => '∏', 'Product' => '∏', 'profalar' => '⌮', 'profline' => '⌒', 'profsurf' => '⌓', 'prop' => '∝', 'Proportion' => '∷', 'Proportional' => '∝', 'propto' => '∝', 'prsim' => '≾', 'prurel' => '⊰', 'Pscr' => '𝒫', 'pscr' => '𝓅', 'Psi' => 'Ψ', 'psi' => 'ψ', 'puncsp' => ' ', 'Qfr' => '𝔔', 'qfr' => '𝔮', 'qint' => '⨌', 'Qopf' => 'ℚ', 'qopf' => '𝕢', 'qprime' => '⁗', 'Qscr' => '𝒬', 'qscr' => '𝓆', 'quaternions' => 'ℍ', 'quatint' => '⨖', 'quest' => '?', 'questeq' => '≟', 'QUOT' => '"', 'QUO' => '"', 'quot' => '"', 'quo' => '"', 'rAarr' => '⇛', 'race' => '∽̱', 'Racute' => 'Ŕ', 'racute' => 'ŕ', 'radic' => '√', 'raemptyv' => '⦳', 'Rang' => '⟫', 'rang' => '⟩', 'rangd' => '⦒', 'range' => '⦥', 'rangle' => '⟩', 'raquo' => '»', 'raqu' => '»', 'Rarr' => '↠', 'rArr' => '⇒', 'rarr' => '→', 'rarrap' => '⥵', 'rarrb' => '⇥', 'rarrbfs' => '⤠', 'rarrc' => '⤳', 'rarrfs' => '⤞', 'rarrhk' => '↪', 'rarrlp' => '↬', 'rarrpl' => '⥅', 'rarrsim' => '⥴', 'Rarrtl' => '⤖', 'rarrtl' => '↣', 'rarrw' => '↝', 'rAtail' => '⤜', 'ratail' => '⤚', 'ratio' => '∶', 'rationals' => 'ℚ', 'RBarr' => '⤐', 'rBarr' => '⤏', 'rbarr' => '⤍', 'rbbrk' => '❳', 'rbrace' => '}', 'rbrack' => ']', 'rbrke' => '⦌', 'rbrksld' => '⦎', 'rbrkslu' => '⦐', 'Rcaron' => 'Ř', 'rcaron' => 'ř', 'Rcedil' => 'Ŗ', 'rcedil' => 'ŗ', 'rceil' => '⌉', 'rcub' => '}', 'Rcy' => 'Р', 'rcy' => 'р', 'rdca' => '⤷', 'rdldhar' => '⥩', 'rdquo' => '”', 'rdquor' => '”', 'rdsh' => '↳', 'Re' => 'ℜ', 'real' => 'ℜ', 'realine' => 'ℛ', 'realpart' => 'ℜ', 'reals' => 'ℝ', 'rect' => '▭', 'REG' => '®', 'RE' => '®', 'reg' => '®', 're' => '®', 'ReverseElement' => '∋', 'ReverseEquilibrium' => '⇋', 'ReverseUpEquilibrium' => '⥯', 'rfisht' => '⥽', 'rfloor' => '⌋', 'Rfr' => 'ℜ', 'rfr' => '𝔯', 'rHar' => '⥤', 'rhard' => '⇁', 'rharu' => '⇀', 'rharul' => '⥬', 'Rho' => 'Ρ', 'rho' => 'ρ', 'rhov' => 'ϱ', 'RightAngleBracket' => '⟩', 'RightArrow' => '→', 'Rightarrow' => '⇒', 'rightarrow' => '→', 'RightArrowBar' => '⇥', 'RightArrowLeftArrow' => '⇄', 'rightarrowtail' => '↣', 'RightCeiling' => '⌉', 'RightDoubleBracket' => '⟧', 'RightDownTeeVector' => '⥝', 'RightDownVector' => '⇂', 'RightDownVectorBar' => '⥕', 'RightFloor' => '⌋', 'rightharpoondown' => '⇁', 'rightharpoonup' => '⇀', 'rightleftarrows' => '⇄', 'rightleftharpoons' => '⇌', 'rightrightarrows' => '⇉', 'rightsquigarrow' => '↝', 'RightTee' => '⊢', 'RightTeeArrow' => '↦', 'RightTeeVector' => '⥛', 'rightthreetimes' => '⋌', 'RightTriangle' => '⊳', 'RightTriangleBar' => '⧐', 'RightTriangleEqual' => '⊵', 'RightUpDownVector' => '⥏', 'RightUpTeeVector' => '⥜', 'RightUpVector' => '↾', 'RightUpVectorBar' => '⥔', 'RightVector' => '⇀', 'RightVectorBar' => '⥓', 'ring' => '˚', 'risingdotseq' => '≓', 'rlarr' => '⇄', 'rlhar' => '⇌', 'rlm' => '‏', 'rmoust' => '⎱', 'rmoustache' => '⎱', 'rnmid' => '⫮', 'roang' => '⟭', 'roarr' => '⇾', 'robrk' => '⟧', 'ropar' => '⦆', 'Ropf' => 'ℝ', 'ropf' => '𝕣', 'roplus' => '⨮', 'rotimes' => '⨵', 'RoundImplies' => '⥰', 'rpar' => ')', 'rpargt' => '⦔', 'rppolint' => '⨒', 'rrarr' => '⇉', 'Rrightarrow' => '⇛', 'rsaquo' => '›', 'Rscr' => 'ℛ', 'rscr' => '𝓇', 'Rsh' => '↱', 'rsh' => '↱', 'rsqb' => ']', 'rsquo' => '’', 'rsquor' => '’', 'rthree' => '⋌', 'rtimes' => '⋊', 'rtri' => '▹', 'rtrie' => '⊵', 'rtrif' => '▸', 'rtriltri' => '⧎', 'RuleDelayed' => '⧴', 'ruluhar' => '⥨', 'rx' => '℞', 'Sacute' => 'Ś', 'sacute' => 'ś', 'sbquo' => '‚', 'Sc' => '⪼', 'sc' => '≻', 'scap' => '⪸', 'Scaron' => 'Š', 'scaron' => 'š', 'sccue' => '≽', 'scE' => '⪴', 'sce' => '⪰', 'Scedil' => 'Ş', 'scedil' => 'ş', 'Scirc' => 'Ŝ', 'scirc' => 'ŝ', 'scnap' => '⪺', 'scnE' => '⪶', 'scnsim' => '⋩', 'scpolint' => '⨓', 'scsim' => '≿', 'Scy' => 'С', 'scy' => 'с', 'sdot' => '⋅', 'sdotb' => '⊡', 'sdote' => '⩦', 'searhk' => '⤥', 'seArr' => '⇘', 'searr' => '↘', 'searrow' => '↘', 'sect' => '§', 'sec' => '§', 'semi' => ';', 'seswar' => '⤩', 'setminus' => '∖', 'setmn' => '∖', 'sext' => '✶', 'Sfr' => '𝔖', 'sfr' => '𝔰', 'sfrown' => '⌢', 'sharp' => '♯', 'SHCHcy' => 'Щ', 'shchcy' => 'щ', 'SHcy' => 'Ш', 'shcy' => 'ш', 'ShortDownArrow' => '↓', 'ShortLeftArrow' => '←', 'shortmid' => '∣', 'shortparallel' => '∥', 'ShortRightArrow' => '→', 'ShortUpArrow' => '↑', 'shy' => '­', 'sh' => '­', 'Sigma' => 'Σ', 'sigma' => 'σ', 'sigmaf' => 'ς', 'sigmav' => 'ς', 'sim' => '∼', 'simdot' => '⩪', 'sime' => '≃', 'simeq' => '≃', 'simg' => '⪞', 'simgE' => '⪠', 'siml' => '⪝', 'simlE' => '⪟', 'simne' => '≆', 'simplus' => '⨤', 'simrarr' => '⥲', 'slarr' => '←', 'SmallCircle' => '∘', 'smallsetminus' => '∖', 'smashp' => '⨳', 'smeparsl' => '⧤', 'smid' => '∣', 'smile' => '⌣', 'smt' => '⪪', 'smte' => '⪬', 'smtes' => '⪬︀', 'SOFTcy' => 'Ь', 'softcy' => 'ь', 'sol' => '/', 'solb' => '⧄', 'solbar' => '⌿', 'Sopf' => '𝕊', 'sopf' => '𝕤', 'spades' => '♠', 'spadesuit' => '♠', 'spar' => '∥', 'sqcap' => '⊓', 'sqcaps' => '⊓︀', 'sqcup' => '⊔', 'sqcups' => '⊔︀', 'Sqrt' => '√', 'sqsub' => '⊏', 'sqsube' => '⊑', 'sqsubset' => '⊏', 'sqsubseteq' => '⊑', 'sqsup' => '⊐', 'sqsupe' => '⊒', 'sqsupset' => '⊐', 'sqsupseteq' => '⊒', 'squ' => '□', 'Square' => '□', 'square' => '□', 'SquareIntersection' => '⊓', 'SquareSubset' => '⊏', 'SquareSubsetEqual' => '⊑', 'SquareSuperset' => '⊐', 'SquareSupersetEqual' => '⊒', 'SquareUnion' => '⊔', 'squarf' => '▪', 'squf' => '▪', 'srarr' => '→', 'Sscr' => '𝒮', 'sscr' => '𝓈', 'ssetmn' => '∖', 'ssmile' => '⌣', 'sstarf' => '⋆', 'Star' => '⋆', 'star' => '☆', 'starf' => '★', 'straightepsilon' => 'ϵ', 'straightphi' => 'ϕ', 'strns' => '¯', 'Sub' => '⋐', 'sub' => '⊂', 'subdot' => '⪽', 'subE' => '⫅', 'sube' => '⊆', 'subedot' => '⫃', 'submult' => '⫁', 'subnE' => '⫋', 'subne' => '⊊', 'subplus' => '⪿', 'subrarr' => '⥹', 'Subset' => '⋐', 'subset' => '⊂', 'subseteq' => '⊆', 'subseteqq' => '⫅', 'SubsetEqual' => '⊆', 'subsetneq' => '⊊', 'subsetneqq' => '⫋', 'subsim' => '⫇', 'subsub' => '⫕', 'subsup' => '⫓', 'succ' => '≻', 'succapprox' => '⪸', 'succcurlyeq' => '≽', 'Succeeds' => '≻', 'SucceedsEqual' => '⪰', 'SucceedsSlantEqual' => '≽', 'SucceedsTilde' => '≿', 'succeq' => '⪰', 'succnapprox' => '⪺', 'succneqq' => '⪶', 'succnsim' => '⋩', 'succsim' => '≿', 'SuchThat' => '∋', 'Sum' => '∑', 'sum' => '∑', 'sung' => '♪', 'Sup' => '⋑', 'sup' => '³', 'sup1' => '¹', 'sup2' => '²', 'sup3' => '³', 'supdot' => '⪾', 'supdsub' => '⫘', 'supE' => '⫆', 'supe' => '⊇', 'supedot' => '⫄', 'Superset' => '⊃', 'SupersetEqual' => '⊇', 'suphsol' => '⟉', 'suphsub' => '⫗', 'suplarr' => '⥻', 'supmult' => '⫂', 'supnE' => '⫌', 'supne' => '⊋', 'supplus' => '⫀', 'Supset' => '⋑', 'supset' => '⊃', 'supseteq' => '⊇', 'supseteqq' => '⫆', 'supsetneq' => '⊋', 'supsetneqq' => '⫌', 'supsim' => '⫈', 'supsub' => '⫔', 'supsup' => '⫖', 'swarhk' => '⤦', 'swArr' => '⇙', 'swarr' => '↙', 'swarrow' => '↙', 'swnwar' => '⤪', 'szlig' => 'ß', 'szli' => 'ß', 'Tab' => ' ', 'target' => '⌖', 'Tau' => 'Τ', 'tau' => 'τ', 'tbrk' => '⎴', 'Tcaron' => 'Ť', 'tcaron' => 'ť', 'Tcedil' => 'Ţ', 'tcedil' => 'ţ', 'Tcy' => 'Т', 'tcy' => 'т', 'tdot' => '⃛', 'telrec' => '⌕', 'Tfr' => '𝔗', 'tfr' => '𝔱', 'there4' => '∴', 'Therefore' => '∴', 'therefore' => '∴', 'Theta' => 'Θ', 'theta' => 'θ', 'thetasym' => 'ϑ', 'thetav' => 'ϑ', 'thickapprox' => '≈', 'thicksim' => '∼', 'ThickSpace' => '  ', 'thinsp' => ' ', 'ThinSpace' => ' ', 'thkap' => '≈', 'thksim' => '∼', 'THORN' => 'Þ', 'THOR' => 'Þ', 'thorn' => 'þ', 'thor' => 'þ', 'Tilde' => '∼', 'tilde' => '˜', 'TildeEqual' => '≃', 'TildeFullEqual' => '≅', 'TildeTilde' => '≈', 'times' => '×', 'time' => '×', 'timesb' => '⊠', 'timesbar' => '⨱', 'timesd' => '⨰', 'tint' => '∭', 'toea' => '⤨', 'top' => '⊤', 'topbot' => '⌶', 'topcir' => '⫱', 'Topf' => '𝕋', 'topf' => '𝕥', 'topfork' => '⫚', 'tosa' => '⤩', 'tprime' => '‴', 'TRADE' => '™', 'trade' => '™', 'triangle' => '▵', 'triangledown' => '▿', 'triangleleft' => '◃', 'trianglelefteq' => '⊴', 'triangleq' => '≜', 'triangleright' => '▹', 'trianglerighteq' => '⊵', 'tridot' => '◬', 'trie' => '≜', 'triminus' => '⨺', 'TripleDot' => '⃛', 'triplus' => '⨹', 'trisb' => '⧍', 'tritime' => '⨻', 'trpezium' => '⏢', 'Tscr' => '𝒯', 'tscr' => '𝓉', 'TScy' => 'Ц', 'tscy' => 'ц', 'TSHcy' => 'Ћ', 'tshcy' => 'ћ', 'Tstrok' => 'Ŧ', 'tstrok' => 'ŧ', 'twixt' => '≬', 'twoheadleftarrow' => '↞', 'twoheadrightarrow' => '↠', 'Uacute' => 'Ú', 'Uacut' => 'Ú', 'uacute' => 'ú', 'uacut' => 'ú', 'Uarr' => '↟', 'uArr' => '⇑', 'uarr' => '↑', 'Uarrocir' => '⥉', 'Ubrcy' => 'Ў', 'ubrcy' => 'ў', 'Ubreve' => 'Ŭ', 'ubreve' => 'ŭ', 'Ucirc' => 'Û', 'Ucir' => 'Û', 'ucirc' => 'û', 'ucir' => 'û', 'Ucy' => 'У', 'ucy' => 'у', 'udarr' => '⇅', 'Udblac' => 'Ű', 'udblac' => 'ű', 'udhar' => '⥮', 'ufisht' => '⥾', 'Ufr' => '𝔘', 'ufr' => '𝔲', 'Ugrave' => 'Ù', 'Ugrav' => 'Ù', 'ugrave' => 'ù', 'ugrav' => 'ù', 'uHar' => '⥣', 'uharl' => '↿', 'uharr' => '↾', 'uhblk' => '▀', 'ulcorn' => '⌜', 'ulcorner' => '⌜', 'ulcrop' => '⌏', 'ultri' => '◸', 'Umacr' => 'Ū', 'umacr' => 'ū', 'uml' => '¨', 'um' => '¨', 'UnderBar' => '_', 'UnderBrace' => '⏟', 'UnderBracket' => '⎵', 'UnderParenthesis' => '⏝', 'Union' => '⋃', 'UnionPlus' => '⊎', 'Uogon' => 'Ų', 'uogon' => 'ų', 'Uopf' => '𝕌', 'uopf' => '𝕦', 'UpArrow' => '↑', 'Uparrow' => '⇑', 'uparrow' => '↑', 'UpArrowBar' => '⤒', 'UpArrowDownArrow' => '⇅', 'UpDownArrow' => '↕', 'Updownarrow' => '⇕', 'updownarrow' => '↕', 'UpEquilibrium' => '⥮', 'upharpoonleft' => '↿', 'upharpoonright' => '↾', 'uplus' => '⊎', 'UpperLeftArrow' => '↖', 'UpperRightArrow' => '↗', 'Upsi' => 'ϒ', 'upsi' => 'υ', 'upsih' => 'ϒ', 'Upsilon' => 'Υ', 'upsilon' => 'υ', 'UpTee' => '⊥', 'UpTeeArrow' => '↥', 'upuparrows' => '⇈', 'urcorn' => '⌝', 'urcorner' => '⌝', 'urcrop' => '⌎', 'Uring' => 'Ů', 'uring' => 'ů', 'urtri' => '◹', 'Uscr' => '𝒰', 'uscr' => '𝓊', 'utdot' => '⋰', 'Utilde' => 'Ũ', 'utilde' => 'ũ', 'utri' => '▵', 'utrif' => '▴', 'uuarr' => '⇈', 'Uuml' => 'Ü', 'Uum' => 'Ü', 'uuml' => 'ü', 'uum' => 'ü', 'uwangle' => '⦧', 'vangrt' => '⦜', 'varepsilon' => 'ϵ', 'varkappa' => 'ϰ', 'varnothing' => '∅', 'varphi' => 'ϕ', 'varpi' => 'ϖ', 'varpropto' => '∝', 'vArr' => '⇕', 'varr' => '↕', 'varrho' => 'ϱ', 'varsigma' => 'ς', 'varsubsetneq' => '⊊︀', 'varsubsetneqq' => '⫋︀', 'varsupsetneq' => '⊋︀', 'varsupsetneqq' => '⫌︀', 'vartheta' => 'ϑ', 'vartriangleleft' => '⊲', 'vartriangleright' => '⊳', 'Vbar' => '⫫', 'vBar' => '⫨', 'vBarv' => '⫩', 'Vcy' => 'В', 'vcy' => 'в', 'VDash' => '⊫', 'Vdash' => '⊩', 'vDash' => '⊨', 'vdash' => '⊢', 'Vdashl' => '⫦', 'Vee' => '⋁', 'vee' => '∨', 'veebar' => '⊻', 'veeeq' => '≚', 'vellip' => '⋮', 'Verbar' => '‖', 'verbar' => '|', 'Vert' => '‖', 'vert' => '|', 'VerticalBar' => '∣', 'VerticalLine' => '|', 'VerticalSeparator' => '❘', 'VerticalTilde' => '≀', 'VeryThinSpace' => ' ', 'Vfr' => '𝔙', 'vfr' => '𝔳', 'vltri' => '⊲', 'vnsub' => '⊂⃒', 'vnsup' => '⊃⃒', 'Vopf' => '𝕍', 'vopf' => '𝕧', 'vprop' => '∝', 'vrtri' => '⊳', 'Vscr' => '𝒱', 'vscr' => '𝓋', 'vsubnE' => '⫋︀', 'vsubne' => '⊊︀', 'vsupnE' => '⫌︀', 'vsupne' => '⊋︀', 'Vvdash' => '⊪', 'vzigzag' => '⦚', 'Wcirc' => 'Ŵ', 'wcirc' => 'ŵ', 'wedbar' => '⩟', 'Wedge' => '⋀', 'wedge' => '∧', 'wedgeq' => '≙', 'weierp' => '℘', 'Wfr' => '𝔚', 'wfr' => '𝔴', 'Wopf' => '𝕎', 'wopf' => '𝕨', 'wp' => '℘', 'wr' => '≀', 'wreath' => '≀', 'Wscr' => '𝒲', 'wscr' => '𝓌', 'xcap' => '⋂', 'xcirc' => '◯', 'xcup' => '⋃', 'xdtri' => '▽', 'Xfr' => '𝔛', 'xfr' => '𝔵', 'xhArr' => '⟺', 'xharr' => '⟷', 'Xi' => 'Ξ', 'xi' => 'ξ', 'xlArr' => '⟸', 'xlarr' => '⟵', 'xmap' => '⟼', 'xnis' => '⋻', 'xodot' => '⨀', 'Xopf' => '𝕏', 'xopf' => '𝕩', 'xoplus' => '⨁', 'xotime' => '⨂', 'xrArr' => '⟹', 'xrarr' => '⟶', 'Xscr' => '𝒳', 'xscr' => '𝓍', 'xsqcup' => '⨆', 'xuplus' => '⨄', 'xutri' => '△', 'xvee' => '⋁', 'xwedge' => '⋀', 'Yacute' => 'Ý', 'Yacut' => 'Ý', 'yacute' => 'ý', 'yacut' => 'ý', 'YAcy' => 'Я', 'yacy' => 'я', 'Ycirc' => 'Ŷ', 'ycirc' => 'ŷ', 'Ycy' => 'Ы', 'ycy' => 'ы', 'yen' => '¥', 'ye' => '¥', 'Yfr' => '𝔜', 'yfr' => '𝔶', 'YIcy' => 'Ї', 'yicy' => 'ї', 'Yopf' => '𝕐', 'yopf' => '𝕪', 'Yscr' => '𝒴', 'yscr' => '𝓎', 'YUcy' => 'Ю', 'yucy' => 'ю', 'Yuml' => 'Ÿ', 'yuml' => 'ÿ', 'yum' => 'ÿ', 'Zacute' => 'Ź', 'zacute' => 'ź', 'Zcaron' => 'Ž', 'zcaron' => 'ž', 'Zcy' => 'З', 'zcy' => 'з', 'Zdot' => 'Ż', 'zdot' => 'ż', 'zeetrf' => 'ℨ', 'ZeroWidthSpace' => '​', 'Zeta' => 'Ζ', 'zeta' => 'ζ', 'Zfr' => 'ℨ', 'zfr' => '𝔷', 'ZHcy' => 'Ж', 'zhcy' => 'ж', 'zigrarr' => '⇝', 'Zopf' => 'ℤ', 'zopf' => '𝕫', 'Zscr' => '𝒵', 'zscr' => '𝓏', 'zwj' => '‍', 'zwnj' => '‌', ); } html5/src/HTML5.php000064400000020504152665372670007752 0ustar00 false, // Prevents the parser from automatically assigning the HTML5 namespace to the DOM document. 'disable_html_ns' => false, ); protected $errors = array(); public function __construct(array $defaultOptions = array()) { $this->defaultOptions = array_merge($this->defaultOptions, $defaultOptions); } /** * Get the current default options. * * @return array */ public function getOptions() { return $this->defaultOptions; } /** * Load and parse an HTML file. * * This will apply the HTML5 parser, which is tolerant of many * varieties of HTML, including XHTML 1, HTML 4, and well-formed HTML * 3. Note that in these cases, not all of the old data will be * preserved. For example, XHTML's XML declaration will be removed. * * The rules governing parsing are set out in the HTML 5 spec. * * @param string|resource $file The path to the file to parse. If this is a resource, it is * assumed to be an open stream whose pointer is set to the first * byte of input. * @param array $options Configuration options when parsing the HTML. * * @return \DOMDocument A DOM document. These object type is defined by the libxml * library, and should have been included with your version of PHP. */ public function load($file, array $options = array()) { // Handle the case where file is a resource. if (is_resource($file)) { return $this->parse(stream_get_contents($file), $options); } return $this->parse(file_get_contents($file), $options); } /** * Parse a HTML Document from a string. * * Take a string of HTML 5 (or earlier) and parse it into a * DOMDocument. * * @param string $string A html5 document as a string. * @param array $options Configuration options when parsing the HTML. * * @return \DOMDocument A DOM document. DOM is part of libxml, which is included with * almost all distribtions of PHP. */ public function loadHTML($string, array $options = array()) { return $this->parse($string, $options); } /** * Convenience function to load an HTML file. * * This is here to provide backwards compatibility with the * PHP DOM implementation. It simply calls load(). * * @param string $file The path to the file to parse. If this is a resource, it is * assumed to be an open stream whose pointer is set to the first * byte of input. * @param array $options Configuration options when parsing the HTML. * * @return \DOMDocument A DOM document. These object type is defined by the libxml * library, and should have been included with your version of PHP. */ public function loadHTMLFile($file, array $options = array()) { return $this->load($file, $options); } /** * Parse a HTML fragment from a string. * * @param string $string the HTML5 fragment as a string * @param array $options Configuration options when parsing the HTML * * @return \DOMDocumentFragment A DOM fragment. The DOM is part of libxml, which is included with * almost all distributions of PHP. */ public function loadHTMLFragment($string, array $options = array()) { return $this->parseFragment($string, $options); } /** * Return all errors encountered into parsing phase. * * @return array */ public function getErrors() { return $this->errors; } /** * Return true it some errors were encountered into parsing phase. * * @return bool */ public function hasErrors() { return count($this->errors) > 0; } /** * Parse an input string. * * @param string $input * * @return \DOMDocument */ public function parse($input, array $options = array()) { $this->errors = array(); $options = array_merge($this->defaultOptions, $options); $events = new DOMTreeBuilder(false, $options); $scanner = new Scanner($input, !empty($options['encoding']) ? $options['encoding'] : 'UTF-8'); $parser = new Tokenizer($scanner, $events, !empty($options['xmlNamespaces']) ? Tokenizer::CONFORMANT_XML : Tokenizer::CONFORMANT_HTML); $parser->parse(); $this->errors = $events->getErrors(); return $events->document(); } /** * Parse an input stream where the stream is a fragment. * * Lower-level loading function. This requires an input stream instead * of a string, file, or resource. * * @param string $input The input data to parse in the form of a string. * @param array $options An array of options. * * @return \DOMDocumentFragment */ public function parseFragment($input, array $options = array()) { $options = array_merge($this->defaultOptions, $options); $events = new DOMTreeBuilder(true, $options); $scanner = new Scanner($input, !empty($options['encoding']) ? $options['encoding'] : 'UTF-8'); $parser = new Tokenizer($scanner, $events, !empty($options['xmlNamespaces']) ? Tokenizer::CONFORMANT_XML : Tokenizer::CONFORMANT_HTML); $parser->parse(); $this->errors = $events->getErrors(); return $events->fragment(); } /** * Save a DOM into a given file as HTML5. * * @param mixed $dom The DOM to be serialized. * @param string|resource $file The filename to be written or resource to write to. * @param array $options Configuration options when serializing the DOM. These include: * - encode_entities: Text written to the output is escaped by default and not all * entities are encoded. If this is set to true all entities will be encoded. * Defaults to false. */ public function save($dom, $file, $options = array()) { $close = true; if (is_resource($file)) { $stream = $file; $close = false; } else { $stream = fopen($file, 'wb'); } $options = array_merge($this->defaultOptions, $options); $rules = new OutputRules($stream, $options); $trav = new Traverser($dom, $stream, $rules, $options); $trav->walk(); /* * release the traverser to avoid cyclic references and allow PHP to free memory without waiting for gc_collect_cycles */ $rules->unsetTraverser(); if ($close) { fclose($stream); } } /** * Convert a DOM into an HTML5 string. * * @param mixed $dom The DOM to be serialized. * @param array $options Configuration options when serializing the DOM. These include: * - encode_entities: Text written to the output is escaped by default and not all * entities are encoded. If this is set to true all entities will be encoded. * Defaults to false. * * @return string A HTML5 documented generated from the DOM. */ public function saveHTML($dom, $options = array()) { $stream = fopen('php://temp', 'wb'); $this->save($dom, $stream, array_merge($this->defaultOptions, $options)); $html = stream_get_contents($stream, -1, 0); fclose($stream); return $html; } } html5/UPGRADING.md000064400000000760152665372670007465 0ustar00From 1.x to 2.x ================= - All classes uses `Masterminds` namespace. - All public static methods has been removed from `HTML5` class and the general API to access the HTML5 functionalities has changed. Before: $dom = \HTML5::loadHTML('....'); \HTML5::saveHTML($dom); After: use Masterminds\HTML5; $html5 = new HTML5(); $dom = $html5->loadHTML('....'); echo $html5->saveHTML($dom); html5/composer.json000064400000002010152665372670010333 0ustar00{ "name": "masterminds/html5", "description": "An HTML5 parser and serializer.", "type": "library", "homepage": "http://masterminds.github.io/html5-php", "license": "MIT", "keywords": ["xml", "html", "html5", "dom", "parser", "serializer", "querypath"], "authors": [ { "name": "Matt Butcher", "email": "technosophos@gmail.com" }, { "name": "Matt Farina", "email": "matt@mattfarina.com" }, { "name": "Asmir Mustafic", "email": "goetas@gmail.com" } ], "require" : { "ext-dom": "*", "php" : ">=5.3.0" }, "require-dev": { "phpunit/phpunit" : "^4.8.35 || ^5.7.21 || ^6 || ^7 || ^8 || ^9" }, "autoload": { "psr-4": {"Masterminds\\": "src"} }, "autoload-dev": { "psr-4": {"Masterminds\\HTML5\\Tests\\": "test/HTML5"} }, "extra": { "branch-alias": { "dev-master": "2.7-dev" } } } html5/bin/entities.php000064400000001176152665372670010732 0ustar00 $obj) { $sname = substr($name, 1, -1); $table[$sname] = $obj->characters; } echo ' (lead) Matt Farina [mattfarina] (lead) Asmir Mustafic [goetas] (contributor) Edward Z. Yang [ezyang] (contributor) Geoffrey Sneddon [gsnedders] (contributor) Kukhar Vasily [ngreduce] (contributor) Rune Christensen [MrElectronic] (contributor) Mišo Belica [miso-belica] (contributor) Asmir Mustafic [goetas] (contributor) KITAITI Makoto [KitaitiMakoto] (contributor) Jacob Floyd [cognifloyd] (contributor) html5/RELEASE.md000064400000011716152665372670007230 0ustar00# Release Notes 2.7.6 (2021-08-18) - #218: Address comment handling issues 2.7.5 (2021-07-01) - #204: Travis: Enable tests on PHP 8.0 - #207: Fix PHP 8.1 deprecations 2.7.4 (2020-10-01) - #191: Fix travisci build - #195: Add .gitattributes file with export-ignore rules - #194: Fix query parameter parsed as character entity 2.7.3 (2020-07-05) - #190: mitigate cyclic reference between output rules and the traverser objects 2.7.2 (2020-07-01) - #187: Fixed memory leak in HTML5::saveHTML() - #186: Add special case for end tag
2.7.1 (2020-06-14) - #171: add PHP 7.4 job - #178: Prevent infinite loop on un-terminated entity declaration at EOF 2.7.0 (2019-07-25) - #164: Drop HHVM support - #168: Set default encoding in the DOMDocument object 2.6.0 (2019-03-10) - #163: Allow to pass a charset to the Scanner 2.5.0 (2018-12-27) - #162, #161, #155, #154, #153, #151: big performance improvements - #156: fixed typos - #160: adopt and enforce code style - #159: remove deprecated php unit base test case - #150: backport changes from old master branch 2.4.0 (2018-11-17) - #148: Improve performance by moving sequence matching - #147: Improve the Tokenizer performance - #146: Improve performance by relying on a native string instead of InputStream - #144: Add DOM extension in composer.json - #145: Add more extensions on composer.json, improve phpdocs and remove dead code - #143: Remove experimental comment 2.3.1 (2018-10-18) - #121: Audio is not a block tag (fixed by #141) - #136: Handle illegal self-closing according to spec (fixed by #137) - #141: Minor fixes in the README 2.3.0 (2017-09-04) - #129: image within inline svg breaks system (fixed by #133) - #131: ² does not work (fixed by #132) - #134: Improve tokenizer performance by 20% (alternative version of #130 thanks to @MichaelHeerklotz) - #135: Raw & in attributes 2.2.2 (2016-09-22) - #116: In XML mode, tags are case sensitive - #115: Fix PHP Notice in OutputRules - #112: fix parsing of options of an optgroup - #111: Adding test for the address tag 2.2.1 (2016-05-10) - #109: Fixed issue where address tag could be written without closing tag (thanks sylus) 2.2.0 (2016-04-11) - #105: Enable composer cache (for CI/CD) - #100: Use mb_substitute_character inset of ini_set for environments where ini_set is disable (e.g., shared hosting) - #98: Allow link, meta, style tags in noscript tags - #96: Fixed xml:href on svgs that use the "use" breaking - #94: Counting UTF8 characters performance improvement - #93: Use newer version of coveralls package - #90: Remove duplicate test - #87: Allow multiple root nodes 2.1.2 (2015-06-07) - #82: Support for PHP7 - #84: Improved boolean attribute handling 2.1.1 (2015-03-23) - #78: Fixes bug where unmatched entity like string drops everything after &. 2.1.0 (2015-02-01) - #74: Added `disable_html_ns` and `target_doc` dom parsing options - Unified option names - #73: Fixed alphabet, ß now can be detected - #75 and #76: Allow whitespace in RCDATA tags - #77: Fixed parsing blunder for json embeds - #72: Add options to HTML methods 2.0.2 (2014-12-17) - #50: empty document handling - #63: tags with strange capitalization - #65: dashes and underscores as allowed characters in tag names - #68: Fixed issue with non-inline elements inside inline containers 2.0.1 (2014-09-23) - #59: Fixed issue parsing some fragments. - #56: Incorrectly saw 0 as empty string - Sami as new documentation generator 2.0.0 (2014-07-28) - #53: Improved boolean attributes handling - #52: Facebook HHVM compatibility - #48: Adopted PSR-2 as coding standard - #47: Moved everything to Masterminds namespace - #45: Added custom namespaces - #44: Added support to XML-style namespaces - #37: Refactored HTML5 class removing static methods 1.0.5 (2014-06-10) - #38: Set the dev-master branch as the 1.0.x branch for composer (goetas) - #34: Tests use PSR-4 for autoloading. (goetas) - #40, #41: Fix entity handling in RCDATA sections. (KitaitiMakoto) - #32: Fixed issue where wharacter references were being incorrectly encoded in style tags. 1.0.4 (2014-04-29) - #30/#31 Don't throw an exception for invalid tag names. 1.0.3 (2014-02-28) - #23 and #29: Ignore attributes with illegal chars in name for the PHP DOM. 1.0.2 (2014-02-12) - #23: Handle missing tag close in attribute list. - #25: Fixed text escaping in the serializer (HTML% 8.3). - #27: Fixed tests on Windows: changed "\n" -> PHP_EOL. - #28: Fixed infinite loop for char "&" in unquoted attribute in parser. - #26: Updated tag name case handling to deal with uppercase usage. - #24: Newlines and tabs are allowed inside quoted attributes (HTML5 8.2.4). - Fixed Travis CI testing. 1.0.1 (2013-11-07) - CDATA encoding is improved. (Non-standard; Issue #19) - Some parser rules were not returning the new current element. (Issue #20) - Added, to the README, details on code test coverage and to packagist version. - Fixed processor instructions. - Improved test coverage and documentation coverage. 1.0.0 (2013-10-02) - Initial release.