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Edit File : InlineParserEngine.php \| Size : 6.72 KB
<?php /* * This file is part of the league/commonmark package. * * (c) Colin O'Dell <colinodell@gmail.com> * * Original code based on the CommonMark JS reference parser (https://bitly.com/commonmark-js) * - (c) John MacFarlane * * For the full copyright and license information, please view the LICENSE * file that was distributed with this source code. / namespace League\CommonMark; use League\CommonMark\Block\Element\AbstractStringContainerBlock; use League\CommonMark\Delimiter\Delimiter; use League\CommonMark\Delimiter\Processor\DelimiterProcessorInterface; use League\CommonMark\Inline\AdjacentTextMerger; use League\CommonMark\Inline\Element\Text; use League\CommonMark\Node\Node; use League\CommonMark\Reference\ReferenceMapInterface; use League\CommonMark\Util\RegexHelper; /* * @internal / final class InlineParserEngine { /* @var EnvironmentInterface / protected $environment; public function __construct(EnvironmentInterface $environment) { $this->environment = $environment; } /* * @param AbstractStringContainerBlock $container * @param ReferenceMapInterface $referenceMap * * @return void / public function parse(AbstractStringContainerBlock $container, ReferenceMapInterface $referenceMap) { $inlineParserContext = new InlineParserContext($container, $referenceMap); $cursor = $inlineParserContext->getCursor(); while (($character = $cursor->getCharacter()) !== null) { if (!$this->parseCharacter($character, $inlineParserContext)) { $this->addPlainText($character, $container, $inlineParserContext); } } $this->processInlines($inlineParserContext); AdjacentTextMerger::mergeChildNodes($container); } /* * @param string $character * @param InlineParserContext $inlineParserContext * * @return bool Whether we successfully parsed a character at that position / private function parseCharacter(string $character, InlineParserContext $inlineParserContext): bool { foreach ($this->environment->getInlineParsersForCharacter($character) as $parser) { if ($parser->parse($inlineParserContext)) { return true; } } if ($delimiterProcessor = $this->environment->getDelimiterProcessors()->getDelimiterProcessor($character)) { return $this->parseDelimiters($delimiterProcessor, $inlineParserContext); } return false; } private function parseDelimiters(DelimiterProcessorInterface $delimiterProcessor, InlineParserContext $inlineContext): bool { $cursor = $inlineContext->getCursor(); $character = $cursor->getCharacter(); $numDelims = 0; $charBefore = $cursor->peek(-1); if ($charBefore === null) { $charBefore = "\n"; } while ($cursor->peek($numDelims) === $character) { ++$numDelims; } if ($numDelims < $delimiterProcessor->getMinLength()) { return false; } $cursor->advanceBy($numDelims); $charAfter = $cursor->getCharacter(); if ($charAfter === null) { $charAfter = "\n"; } list($canOpen, $canClose) = self::determineCanOpenOrClose($charBefore, $charAfter, $character, $delimiterProcessor); $node = new Text(\str_repeat($character, $numDelims), [ 'delim' => true, ]); $inlineContext->getContainer()->appendChild($node); // Add entry to stack to this opener if ($canOpen \|\| $canClose) { $delimiter = new Delimiter($character, $numDelims, $node, $canOpen, $canClose); $inlineContext->getDelimiterStack()->push($delimiter); } return true; } /* * @param InlineParserContext $inlineParserContext * * @return void / private function processInlines(InlineParserContext $inlineParserContext) { $delimiterStack = $inlineParserContext->getDelimiterStack(); $delimiterStack->processDelimiters(null, $this->environment->getDelimiterProcessors()); // Remove all delimiters $delimiterStack->removeAll(); } /* * @param string $character * @param Node $container * @param InlineParserContext $inlineParserContext * * @return void / private function addPlainText(string $character, Node $container, InlineParserContext $inlineParserContext) { // We reach here if none of the parsers can handle the input // Attempt to match multiple non-special characters at once $text = $inlineParserContext->getCursor()->match($this->environment->getInlineParserCharacterRegex()); // This might fail if we're currently at a special character which wasn't parsed; if so, just add that character if ($text === null) { $inlineParserContext->getCursor()->advanceBy(1); $text = $character; } $lastInline = $container->lastChild(); if ($lastInline instanceof Text && !isset($lastInline->data['delim'])) { $lastInline->append($text); } else { $container->appendChild(new Text($text)); } } /* * @param string $charBefore * @param string $charAfter * @param string $character * @param DelimiterProcessorInterface $delimiterProcessor * * @return bool[] */ private static function determineCanOpenOrClose(string $charBefore, string $charAfter, string $character, DelimiterProcessorInterface $delimiterProcessor) { $afterIsWhitespace = \preg_match(RegexHelper::REGEX_UNICODE_WHITESPACE_CHAR, $charAfter); $afterIsPunctuation = \preg_match(RegexHelper::REGEX_PUNCTUATION, $charAfter); $beforeIsWhitespace = \preg_match(RegexHelper::REGEX_UNICODE_WHITESPACE_CHAR, $charBefore); $beforeIsPunctuation = \preg_match(RegexHelper::REGEX_PUNCTUATION, $charBefore); $leftFlanking = !$afterIsWhitespace && (!$afterIsPunctuation \|\| $beforeIsWhitespace \|\| $beforeIsPunctuation); $rightFlanking = !$beforeIsWhitespace && (!$beforeIsPunctuation \|\| $afterIsWhitespace \|\| $afterIsPunctuation); if ($character === '_') { $canOpen = $leftFlanking && (!$rightFlanking \|\| $beforeIsPunctuation); $canClose = $rightFlanking && (!$leftFlanking \|\| $afterIsPunctuation); } else { $canOpen = $leftFlanking && $character === $delimiterProcessor->getOpeningCharacter(); $canClose = $rightFlanking && $character === $delimiterProcessor->getClosingCharacter(); } return [$canOpen, $canClose]; } } Back

Edit File : InlineParserEngine.php | Size : 6.72 KB

<?php

/*
 * This file is part of the league/commonmark package.
 *
 * (c) Colin O'Dell <colinodell@gmail.com>
 *
 * Original code based on the CommonMark JS reference parser (https://bitly.com/commonmark-js)
 *  - (c) John MacFarlane
 *
 * For the full copyright and license information, please view the LICENSE
 * file that was distributed with this source code.
 */

namespace League\CommonMark;

use League\CommonMark\Block\Element\AbstractStringContainerBlock;
use League\CommonMark\Delimiter\Delimiter;
use League\CommonMark\Delimiter\Processor\DelimiterProcessorInterface;
use League\CommonMark\Inline\AdjacentTextMerger;
use League\CommonMark\Inline\Element\Text;
use League\CommonMark\Node\Node;
use League\CommonMark\Reference\ReferenceMapInterface;
use League\CommonMark\Util\RegexHelper;

/**
 * @internal
 */
final class InlineParserEngine
{
    /** @var EnvironmentInterface */
    protected $environment;

public function __construct(EnvironmentInterface $environment)
    {
        $this->environment = $environment;
    }

/**
     * @param AbstractStringContainerBlock $container
     * @param ReferenceMapInterface        $referenceMap
     *
     * @return void
     */
    public function parse(AbstractStringContainerBlock $container, ReferenceMapInterface $referenceMap)
    {
        $inlineParserContext = new InlineParserContext($container, $referenceMap);
        $cursor = $inlineParserContext->getCursor();
        while (($character = $cursor->getCharacter()) !== null) {
            if (!$this->parseCharacter($character, $inlineParserContext)) {
                $this->addPlainText($character, $container, $inlineParserContext);
            }
        }

$this->processInlines($inlineParserContext);

AdjacentTextMerger::mergeChildNodes($container);
    }

/**
     * @param string              $character
     * @param InlineParserContext $inlineParserContext
     *
     * @return bool Whether we successfully parsed a character at that position
     */
    private function parseCharacter(string $character, InlineParserContext $inlineParserContext): bool
    {
        foreach ($this->environment->getInlineParsersForCharacter($character) as $parser) {
            if ($parser->parse($inlineParserContext)) {
                return true;
            }
        }

if ($delimiterProcessor = $this->environment->getDelimiterProcessors()->getDelimiterProcessor($character)) {
            return $this->parseDelimiters($delimiterProcessor, $inlineParserContext);
        }

return false;
    }

private function parseDelimiters(DelimiterProcessorInterface $delimiterProcessor, InlineParserContext $inlineContext): bool
    {
        $cursor = $inlineContext->getCursor();
        $character = $cursor->getCharacter();
        $numDelims = 0;

$charBefore = $cursor->peek(-1);
        if ($charBefore === null) {
            $charBefore = "\n";
        }

while ($cursor->peek($numDelims) === $character) {
            ++$numDelims;
        }

if ($numDelims < $delimiterProcessor->getMinLength()) {
            return false;
        }

$cursor->advanceBy($numDelims);

$charAfter = $cursor->getCharacter();
        if ($charAfter === null) {
            $charAfter = "\n";
        }

list($canOpen, $canClose) = self::determineCanOpenOrClose($charBefore, $charAfter, $character, $delimiterProcessor);

$node = new Text(\str_repeat($character, $numDelims), [
            'delim' => true,
        ]);
        $inlineContext->getContainer()->appendChild($node);

// Add entry to stack to this opener
        if ($canOpen || $canClose) {
            $delimiter = new Delimiter($character, $numDelims, $node, $canOpen, $canClose);
            $inlineContext->getDelimiterStack()->push($delimiter);
        }

return true;
    }

/**
     * @param InlineParserContext $inlineParserContext
     *
     * @return void
     */
    private function processInlines(InlineParserContext $inlineParserContext)
    {
        $delimiterStack = $inlineParserContext->getDelimiterStack();
        $delimiterStack->processDelimiters(null, $this->environment->getDelimiterProcessors());

// Remove all delimiters
        $delimiterStack->removeAll();
    }

/**
     * @param string              $character
     * @param Node                $container
     * @param InlineParserContext $inlineParserContext
     *
     * @return void
     */
    private function addPlainText(string $character, Node $container, InlineParserContext $inlineParserContext)
    {
        // We reach here if none of the parsers can handle the input
        // Attempt to match multiple non-special characters at once
        $text = $inlineParserContext->getCursor()->match($this->environment->getInlineParserCharacterRegex());
        // This might fail if we're currently at a special character which wasn't parsed; if so, just add that character
        if ($text === null) {
            $inlineParserContext->getCursor()->advanceBy(1);
            $text = $character;
        }

$lastInline = $container->lastChild();
        if ($lastInline instanceof Text && !isset($lastInline->data['delim'])) {
            $lastInline->append($text);
        } else {
            $container->appendChild(new Text($text));
        }
    }

/**
     * @param string                      $charBefore
     * @param string                      $charAfter
     * @param string                      $character
     * @param DelimiterProcessorInterface $delimiterProcessor
     *
     * @return bool[]
     */
    private static function determineCanOpenOrClose(string $charBefore, string $charAfter, string $character, DelimiterProcessorInterface $delimiterProcessor)
    {
        $afterIsWhitespace = \preg_match(RegexHelper::REGEX_UNICODE_WHITESPACE_CHAR, $charAfter);
        $afterIsPunctuation = \preg_match(RegexHelper::REGEX_PUNCTUATION, $charAfter);
        $beforeIsWhitespace = \preg_match(RegexHelper::REGEX_UNICODE_WHITESPACE_CHAR, $charBefore);
        $beforeIsPunctuation = \preg_match(RegexHelper::REGEX_PUNCTUATION, $charBefore);

$leftFlanking = !$afterIsWhitespace && (!$afterIsPunctuation || $beforeIsWhitespace || $beforeIsPunctuation);
        $rightFlanking = !$beforeIsWhitespace && (!$beforeIsPunctuation || $afterIsWhitespace || $afterIsPunctuation);

if ($character === '_') {
            $canOpen = $leftFlanking && (!$rightFlanking || $beforeIsPunctuation);
            $canClose = $rightFlanking && (!$leftFlanking || $afterIsPunctuation);
        } else {
            $canOpen = $leftFlanking && $character === $delimiterProcessor->getOpeningCharacter();
            $canClose = $rightFlanking && $character === $delimiterProcessor->getClosingCharacter();
        }

return [$canOpen, $canClose];
    }
}

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