Processes JSON object block that isn't needed for coverage data

@param Lexer $lexer

@return int
347964
private function ignoreObjectBlock(Lexer $lexer) : int
    {
        do {
            $code = $lexer->lex();

            // recursively ignore nested objects
            if (self::JSON_OBJECT_START === $code) {
                $this->ignoreObjectBlock($lexer);
            }
        } while (self::JSON_OBJECT_END !== $code);

        return $lexer->lex();
    }
216388
private function handleJsonRoot(Lexer $lexer) : void
    {
        do {
            $code = $lexer->lex();

            if (self::JSON_OBJECT_START === $code) {
                $code = $this->handleJsonDivision($lexer);
            }
        } while (self::JSON_EOF !== $code);
    }
1230311
function getIterator()
    {
        try {
            $c = $this->collection->find(
                [
                    'realm' => $this->getRealm(),
                ]
                , [
                    'projection' => ['key' => 1, 'value' => 1],
                    'typeMap'    => self::$typeMap
                 ]
            );

            foreach ($c as $d)
                yield $d['key'] => $this->getDataInterchange()->retrieveBackward( $d['value'] );

        } catch (\Exception $e) {
            throw new exReadError($e->getMessage(), $e->getCode(), $e);
        }
    }
640797
private function handleUseragentBlock(Lexer $lexer, int $useragentPosition) : int
    {
        $enterChildGroup = false;

        do {
            $code = $lexer->lex();

            if (self::JSON_STRING === $code && 'children' === $lexer->yytext) {
                $enterChildGroup = true;
            } elseif (self::JSON_ARRAY_START === $code && true === $enterChildGroup) {
                $code            = $this->handleChildrenGroup($lexer, $useragentPosition);
                $enterChildGroup = false;
            } elseif (self::JSON_OBJECT_START === $code) {
                $code = $this->ignoreObjectBlock($lexer);
            }
        } while (self::JSON_OBJECT_END !== $code);

        return $lexer->lex();
    }
315634
public static function parse(Tokenizer $tokenizer, PdfParser $parser)
    {
        $result = [];

        // Recurse into this function until we reach the end of the array.
        while (($token = $tokenizer->getNextToken()) !== ']') {
            if ($token === false || ($value = $parser->readValue($token)) === false) {
                return false;
            }

            $result[] = $value;
        }

        $v = new self;
        $v->value = $result;

        return $v;
    }
1002508
public static function parse(Parser $parser, TokensList $list, array $options = [])
    {
        $ret = [];
        $expr = new self();
        $expr->type = isset($options['type']) ? $options['type'] : null;
        /**
         * The state of the parser.
         *
         * Below are the states of the parser.
         *      0 ----------------- [ USE/IGNORE/FORCE ]-----------------> 1
         *      1 -------------------- [ INDEX/KEY ] --------------------> 2
         *      2 ----------------------- [ FOR ] -----------------------> 3
         *      2 -------------------- [ expr_list ] --------------------> 0
         *      3 -------------- [ JOIN/GROUP BY/ORDER BY ] -------------> 4
         *      4 -------------------- [ expr_list ] --------------------> 0
         * @var int
         */
        $state = 0;

        // By design, the parser will parse first token after the keyword. So, the keyword
        // must be analyzed too, in order to determine the type of this index hint.
        if ($list->idx > 0) {
            --$list->idx;
        }
        for (; $list->idx < $list->count; ++$list->idx) {
            /**
             * Token parsed at this moment.
             *
             * @var Token
             */
            $token = $list->tokens[$list->idx];

            // End of statement.
            if ($token->type === Token::TYPE_DELIMITER) {
                break;
            }
            // Skipping whitespaces and comments.
            if (($token->type === Token::TYPE_WHITESPACE) || ($token->type === Token::TYPE_COMMENT)) {
                continue;
            }

            switch ($state) {
                case 0:
                    if ($token->type === Token::TYPE_KEYWORD) {
                        if ($token->keyword === 'USE' || $token->keyword === 'IGNORE' || $token->keyword === 'FORCE') {
                            $expr->type = $token->keyword;
                            $state = 1;
                        } else {
                            break 2;
                        }
                    }
                    break;
                case 1:
                    if ($token->type === Token::TYPE_KEYWORD) {
                        if ($token->keyword === 'INDEX' || $token->keyword === 'KEY') {
                            $expr->indexOrKey = $token->keyword;
                        } else {
                            $parser->error('Unexpected keyword.', $token);
                        }
                        $state = 2;
                    } else {
                        // we expect the token to be a keyword
                        $parser->error('Unexpected token.', $token);
                    }
                    break;
                case 2:
                    if ($token->type === Token::TYPE_KEYWORD && $token->keyword === 'FOR') {
                        $state = 3;
                    } else {
                        $expr->indexes = ExpressionArray::parse($parser, $list);
                        $state = 0;
                        $ret[] = $expr;
                        $expr = new self();
                    }
                    break;
                case 3:
                    if ($token->type === Token::TYPE_KEYWORD) {
                        if ($token->keyword === 'JOIN' || $token->keyword === 'GROUP BY' || $token->keyword === 'ORDER BY') {
                            $expr->for = $token->keyword;
                        } else {
                            $parser->error('Unexpected keyword.', $token);
                        }
                        $state = 4;
                    } else {
                        // we expect the token to be a keyword
                        $parser->error('Unexpected token.', $token);
                    }
                    break;
                case 4:
                    $expr->indexes = ExpressionArray::parse($parser, $list);
                    $state = 0;
                    $ret[] = $expr;
                    $expr = new self();
                    break;
            }
        }
        --$list->idx;

        return $ret;
    }
940586
private static function getBlockType(array $block): int
    {
        assert(static::debugHasKnownBlockType($block));

        $type = $block[BlockSerializer::TYPE];

        return $type;
    }
210506
protected function processPointerPartState(): int
    {
        $lexer = $this->getLexer();
        if ($lexer->isEnd()) {
            // End of text is found, expecting successful finish.
            return self::STATE_FINISH;
        }
        $token = $lexer->readToken();
        if ($token->isSlash()) {
            // Slash found, expecting reference token part
            return self::STATE_REFERENCE_PART;
        }
        throw new SyntaxException(
            "Symbol '/' expected at position #{$token->getPosition()}",
            $token->getPosition()
        );
    }
312300
public static function parse(Parser $parser, TokensList $list, array $options = [])
    {
        $ret = new self();

        /**
         * The state of the parser.
         *
         * Below are the states of the parser.
         *
         *      0 -----------------------[ name ]----------------------> 1
         *      0 ---------------------[ OUTFILE ]---------------------> 2
         *
         *      1 ------------------------[ ( ]------------------------> (END)
         *
         *      2 ---------------------[ filename ]--------------------> 1
         *
         * @var int
         */
        $state = 0;

        for (; $list->idx < $list->count; ++$list->idx) {
            /**
             * Token parsed at this moment.
             *
             * @var Token
             */
            $token = $list->tokens[$list->idx];

            // End of statement.
            if ($token->type === Token::TYPE_DELIMITER) {
                break;
            }

            // Skipping whitespaces and comments.
            if (($token->type === Token::TYPE_WHITESPACE) || ($token->type === Token::TYPE_COMMENT)) {
                continue;
            }

            if (($token->type === Token::TYPE_KEYWORD) && ($token->flags & Token::FLAG_KEYWORD_RESERVED)) {
                if (($state === 0) && ($token->keyword === 'OUTFILE')) {
                    $ret->type = 'OUTFILE';
                    $state = 2;
                    continue;
                }

                // No other keyword is expected except for $state = 4, which expects `LINES`
                if ($state !== 4) {
                    break;
                }
            }

            if ($state === 0) {
                if ((isset($options['fromInsert'])
                    && $options['fromInsert'])
                    || (isset($options['fromReplace'])
                    && $options['fromReplace'])
                ) {
                    $ret->dest = Expression::parse(
                        $parser,
                        $list,
                        [
                            'parseField' => 'table',
                            'breakOnAlias' => true,
                        ]
                    );
                } else {
                    $ret->values = ExpressionArray::parse($parser, $list);
                }
                $state = 1;
            } elseif ($state === 1) {
                if (($token->type === Token::TYPE_OPERATOR) && ($token->value === '(')) {
                    $ret->columns = ArrayObj::parse($parser, $list)->values;
                    ++$list->idx;
                }
                break;
            } elseif ($state === 2) {
                $ret->dest = $token->value;

                $state = 3;
            } elseif ($state === 3) {
                $ret->parseFileOptions($parser, $list, $token->value);
                $state = 4;
            } elseif ($state === 4) {
                if ($token->type === Token::TYPE_KEYWORD && $token->keyword !== 'LINES') {
                    break;
                }

                $ret->parseFileOptions($parser, $list, $token->value);
                $state = 5;
            }
        }

        --$list->idx;

        return $ret;
    }
997518
public function parse(Parser $parser, TokensList $list)
    {
        /**
         * Array containing all list of clauses parsed.
         * This is used to check for duplicates.
         *
         * @var array
         */
        $parsedClauses = [];

        // This may be corrected by the parser.
        $this->first = $list->idx;

        /**
         * Whether options were parsed or not.
         * For statements that do not have any options this is set to `true` by
         * default.
         *
         * @var bool
         */
        $parsedOptions = empty(static::$OPTIONS);

        for (; $list->idx < $list->count; ++$list->idx) {
            /**
             * Token parsed at this moment.
             *
             * @var Token
             */
            $token = $list->tokens[$list->idx];

            // End of statement.
            if ($token->type === Token::TYPE_DELIMITER) {
                break;
            }

            // Checking if this closing bracket is the pair for a bracket
            // outside the statement.
            if (($token->value === ')') && ($parser->brackets > 0)) {
                --$parser->brackets;
                continue;
            }

            // Only keywords are relevant here. Other parts of the query are
            // processed in the functions below.
            if ($token->type !== Token::TYPE_KEYWORD) {
                if (($token->type !== Token::TYPE_COMMENT)
                    && ($token->type !== Token::TYPE_WHITESPACE)
                ) {
                    $parser->error('Unexpected token.', $token);
                }
                continue;
            }

            // Unions are parsed by the parser because they represent more than
            // one statement.
            if (($token->keyword === 'UNION') ||
                    ($token->keyword === 'UNION ALL') ||
                    ($token->keyword === 'UNION DISTINCT') ||
                    ($token->keyword === 'EXCEPT') ||
                    ($token->keyword === 'INTERSECT')
            ) {
                break;
            }

            $lastIdx = $list->idx;

            // ON DUPLICATE KEY UPDATE ...
            // has to be parsed in parent statement (INSERT or REPLACE)
            // so look for it and break
            if ($this instanceof Statements\SelectStatement
                && $token->value === 'ON'
            ) {
                ++$list->idx; // Skip ON

                // look for ON DUPLICATE KEY UPDATE
                $first = $list->getNextOfType(Token::TYPE_KEYWORD);
                $second = $list->getNextOfType(Token::TYPE_KEYWORD);
                $third = $list->getNextOfType(Token::TYPE_KEYWORD);

                if ($first && $second && $third
                    && $first->value === 'DUPLICATE'
                    && $second->value === 'KEY'
                    && $third->value === 'UPDATE'
                ) {
                    $list->idx = $lastIdx;
                    break;
                }
            }
            $list->idx = $lastIdx;

            /**
             * The name of the class that is used for parsing.
             *
             * @var Component
             */
            $class = null;

            /**
             * The name of the field where the result of the parsing is stored.
             *
             * @var string
             */
            $field = null;

            /**
             * Parser's options.
             *
             * @var array
             */
            $options = [];

            // Looking for duplicated clauses.
            if (! empty(Parser::$KEYWORD_PARSERS[$token->value])
                || ! empty(Parser::$STATEMENT_PARSERS[$token->value])
            ) {
                if (! empty($parsedClauses[$token->value])) {
                    $parser->error(
                        'This type of clause was previously parsed.',
                        $token
                    );
                    break;
                }
                $parsedClauses[$token->value] = true;
            }

            // Checking if this is the beginning of a clause.
            if (! empty(Parser::$KEYWORD_PARSERS[$token->value]) && $list->idx < $list->count) {
                $class = Parser::$KEYWORD_PARSERS[$token->value]['class'];
                $field = Parser::$KEYWORD_PARSERS[$token->value]['field'];
                if (! empty(Parser::$KEYWORD_PARSERS[$token->value]['options'])) {
                    $options = Parser::$KEYWORD_PARSERS[$token->value]['options'];
                }
            }

            // Checking if this is the beginning of the statement.
            if (! empty(Parser::$STATEMENT_PARSERS[$token->keyword])) {
                if (! empty(static::$CLAUSES) // Undefined for some statements.
                    && empty(static::$CLAUSES[$token->value])
                ) {
                    // Some keywords (e.g. `SET`) may be the beginning of a
                    // statement and a clause.
                    // If such keyword was found and it cannot be a clause of
                    // this statement it means it is a new statement, but no
                    // delimiter was found between them.
                    $parser->error(
                        'A new statement was found, but no delimiter between it and the previous one.',
                        $token
                    );
                    break;
                }
                if (! $parsedOptions) {
                    if (empty(static::$OPTIONS[$token->value])) {
                        // Skipping keyword because if it is not a option.
                        ++$list->idx;
                    }
                    $this->options = OptionsArray::parse(
                        $parser,
                        $list,
                        static::$OPTIONS
                    );
                    $parsedOptions = true;
                }
            } elseif ($class === null) {
                if ($this instanceof Statements\SelectStatement
                    && ($token->value === 'FOR UPDATE'
                    || $token->value === 'LOCK IN SHARE MODE')
                ) {
                    // Handle special end options in Select statement
                    // See Statements\SelectStatement::$END_OPTIONS
                    $this->end_options = OptionsArray::parse(
                        $parser,
                        $list,
                        static::$END_OPTIONS
                    );
                } elseif ($this instanceof Statements\SetStatement
                    && ($token->value === 'COLLATE'
                    || $token->value === 'DEFAULT')
                ) {
                    // Handle special end options in SET statement
                    // See Statements\SetStatement::$END_OPTIONS
                    $this->end_options = OptionsArray::parse(
                        $parser,
                        $list,
                        static::$END_OPTIONS
                    );
                } else {
                    // There is no parser for this keyword and isn't the beginning
                    // of a statement (so no options) either.
                    $parser->error('Unrecognized keyword.', $token);
                    continue;
                }
            }

            $this->before($parser, $list, $token);

            // Parsing this keyword.
            if ($class !== null) {
                // We can't parse keyword at the end of statement
                if ($list->idx >= $list->count) {
                    $parser->error('Keyword at end of statement.', $token);
                    continue;
                }
                ++$list->idx; // Skipping keyword or last option.
                $this->$field = $class::parse($parser, $list, $options);
            }

            $this->after($parser, $list, $token);
        }

        // This may be corrected by the parser.
        $this->last = --$list->idx; // Go back to last used token.
    }
1280248
public function getDocJSON(Parser $parser) {
    $doc = parent::getDocJSON($parser);

    // Removes documentation for post and postForgotPassword if facebookOnly is set
    if ($this->getFacebookOnly()) {
      foreach ($doc['methods'] as $k => $method) {
        if ($method['InternalMethodName'] == 'post' ||
          $method['InternalMethodName'] == 'postForgotPassword'
        ) {
          unset($doc['methods'][$k]);
          continue;
        }
      }
    }

    return $doc;
  }
696332
public function embedInto($parentRuleName, Lexer $lexer) {
        if (is_array($this->pattern)) {
            foreach ($this->pattern as $pattern) {
                $lexer->addSinglePattern($pattern, $parentRuleName, $this->name);
            }
        } else {
            $lexer->addSinglePattern($this->pattern, $parentRuleName, $this->name);
        }

        return $this;
    }
1048389
public function parse(Parser $parser)
    {
        $parser->match(Lexer::T_IDENTIFIER);
        $parser->match(Lexer::T_OPEN_PARENTHESIS);

        $this->maskField = $parser->ArithmeticPrimary();
        $this->deleteDeferredPath($parser, $this->maskField);

        $parser->match(Lexer::T_COMMA);
        $this->findValue = $parser->ArithmeticPrimary();

        $parser->match(Lexer::T_CLOSE_PARENTHESIS);
        $this->parserResult = $parser->getParserResult();
    }
387764
public function quantifyQuestion(Scope $head, Scope $result, Lexer $lexer)
    {
        $min = 0;
        $max = 1;
        
        $head->setMaxOccurances($max);
        $head->setMinOccurances($min);
        
        return $head;
    }
272691
def visitLexerAtom(self, ctx: jsgParser.LexerAtomContext):
        
        if ctx.LEXER_CHAR_SET() or ctx.ANY():
            self._rulePattern += str(ctx.getText())
        else:
            self.visitChildren(ctx)
570866
public function quantifyPlus(Scope $head, Scope $result, Lexer $lexer)
    {
        $min = 1;
        $max = PHP_INT_MAX;
        
        $head->setMaxOccurances($max);
        $head->setMinOccurances($min);
        
        return $head;
    }
315002
public function prepare(Lexer $lexer) {
        $this->acceptedRuleNames = $this->set->getRuleNamesByCategory(AbstractRuleSet::CATEGORY_FORMAT);
    }