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<?php
require_once 'smarty-lexer/LexerGenerator/Regex/Parser.php';
class PHP_LexerGenerator_Regex_Lexer
{
const MATCHSTART = PHP_LexerGenerator_Regex_Parser::MATCHSTART;
const MATCHEND = PHP_LexerGenerator_Regex_Parser::MATCHEND;
const CONTROLCHAR = PHP_LexerGenerator_Regex_Parser::CONTROLCHAR;
const OPENCHARCLASS = PHP_LexerGenerator_Regex_Parser::OPENCHARCLASS;
const FULLSTOP = PHP_LexerGenerator_Regex_Parser::FULLSTOP;
const TEXT = PHP_LexerGenerator_Regex_Parser::TEXT;
const BACKREFERENCE = PHP_LexerGenerator_Regex_Parser::BACKREFERENCE;
const OPENASSERTION = PHP_LexerGenerator_Regex_Parser::OPENASSERTION;
const COULDBEBACKREF = PHP_LexerGenerator_Regex_Parser::COULDBEBACKREF;
const NEGATE = PHP_LexerGenerator_Regex_Parser::NEGATE;
const HYPHEN = PHP_LexerGenerator_Regex_Parser::HYPHEN;
const CLOSECHARCLASS = PHP_LexerGenerator_Regex_Parser::CLOSECHARCLASS;
const BAR = PHP_LexerGenerator_Regex_Parser::BAR;
const MULTIPLIER = PHP_LexerGenerator_Regex_Parser::MULTIPLIER;
const INTERNALOPTIONS = PHP_LexerGenerator_Regex_Parser::INTERNALOPTIONS;
const COLON = PHP_LexerGenerator_Regex_Parser::COLON;
const OPENPAREN = PHP_LexerGenerator_Regex_Parser::OPENPAREN;
const CLOSEPAREN = PHP_LexerGenerator_Regex_Parser::CLOSEPAREN;
const PATTERNNAME = PHP_LexerGenerator_Regex_Parser::PATTERNNAME;
const POSITIVELOOKBEHIND = PHP_LexerGenerator_Regex_Parser::POSITIVELOOKBEHIND;
const NEGATIVELOOKBEHIND = PHP_LexerGenerator_Regex_Parser::NEGATIVELOOKBEHIND;
const POSITIVELOOKAHEAD = PHP_LexerGenerator_Regex_Parser::POSITIVELOOKAHEAD;
const NEGATIVELOOKAHEAD = PHP_LexerGenerator_Regex_Parser::NEGATIVELOOKAHEAD;
const ONCEONLY = PHP_LexerGenerator_Regex_Parser::ONCEONLY;
const COMMENT = PHP_LexerGenerator_Regex_Parser::COMMENT;
const RECUR = PHP_LexerGenerator_Regex_Parser::RECUR;
const ESCAPEDBACKSLASH = PHP_LexerGenerator_Regex_Parser::ESCAPEDBACKSLASH;
private $input;
private $N;
public $token;
public $value;
public $line;
public function __construct($data)
{
$this->input = $data;
$this->N = 0;
}
public function reset($data, $line)
{
$this->input = $data;
$this->N = 0;
// passed in from parent parser
$this->line = $line;
$this->yybegin(self::INITIAL);
}
private $_yy_state = 1;
private $_yy_stack = array();
public function yylex()
{
return $this->{'yylex' . $this->_yy_state}();
}
public function yypushstate($state)
{
array_push($this->_yy_stack, $this->_yy_state);
$this->_yy_state = $state;
}
public function yypopstate()
{
$this->_yy_state = array_pop($this->_yy_stack);
}
public function yybegin($state)
{
$this->_yy_state = $state;
}
public function yylex1()
{
$tokenMap = array (
1 => 0,
2 => 0,
3 => 0,
4 => 0,
5 => 0,
6 => 0,
7 => 0,
8 => 0,
9 => 0,
10 => 0,
11 => 0,
12 => 0,
13 => 0,
14 => 0,
15 => 0,
16 => 0,
17 => 0,
18 => 0,
19 => 0,
20 => 0,
21 => 0,
22 => 0,
23 => 0,
);
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
$yy_global_pattern = '/\G(\\\\\\\\)|\G([^[\\\\^$.|()?*+{}]+)|\G(\\\\[][{}*.^$|?()+])|\G(\\[)|\G(\\|)|\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[0-9][0-9])|\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)/';
do {
if (preg_match($yy_global_pattern,$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
if (!count($yymatches)) {
throw new Exception('Error: lexing failed because a rule matched' .
' an empty string. Input "' . substr($this->input,
$this->N, 5) . '... state INITIAL');
}
next($yymatches); // skip global match
$this->token = key($yymatches); // token number
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
$this->value = current($yymatches); // token value
$r = $this->{'yy_r1_' . $this->token}($yysubmatches);
if ($r === null) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
// accept this token
return true;
} elseif ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
$yy_yymore_patterns = array(
1 => array(0, "\G([^[\\\\^$.|()?*+{}]+)|\G(\\\\[][{}*.^$|?()+])|\G(\\[)|\G(\\|)|\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[0-9][0-9])|\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
2 => array(0, "\G(\\\\[][{}*.^$|?()+])|\G(\\[)|\G(\\|)|\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[0-9][0-9])|\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
3 => array(0, "\G(\\[)|\G(\\|)|\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[0-9][0-9])|\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
4 => array(0, "\G(\\|)|\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[0-9][0-9])|\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
5 => array(0, "\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[0-9][0-9])|\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
6 => array(0, "\G(\\\\[0-9][0-9])|\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
7 => array(0, "\G(\\\\[abBGcedDsSwW0C]|\\\\c\\\\)|\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
8 => array(0, "\G(\\^)|\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
9 => array(0, "\G(\\\\A)|\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
10 => array(0, "\G(\\))|\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
11 => array(0, "\G(\\$)|\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
12 => array(0, "\G(\\*\\?|\\+\\?|[*?+]|\\{[0-9]+\\}|\\{[0-9]+,\\}|\\{[0-9]+,[0-9]+\\})|\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
13 => array(0, "\G(\\\\[zZ])|\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
14 => array(0, "\G(\\(\\?)|\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
15 => array(0, "\G(\\()|\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
16 => array(0, "\G(\\.)|\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
17 => array(0, "\G(\\\\[1-9])|\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
18 => array(0, "\G(\\\\p\\{\\^?..?\\}|\\\\P\\{..?\\}|\\\\X)|\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
19 => array(0, "\G(\\\\p\\{C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
20 => array(0, "\G(\\\\p\\{\\^C[cfnos]?|L[lmotu]?|M[cen]?|N[dlo]?|P[cdefios]?|S[ckmo]?|Z[lps]?\\})|\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
21 => array(0, "\G(\\\\p[CLMNPSZ])|\G(\\\\)"),
22 => array(0, "\G(\\\\)"),
23 => array(0, ""),
);
// yymore is needed
do {
if (!strlen($yy_yymore_patterns[$this->token][1])) {
throw new Exception('cannot do yymore for the last token');
}
$yysubmatches = array();
if (preg_match('/' . $yy_yymore_patterns[$this->token][1] . '/',
$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
next($yymatches); // skip global match
$this->token += key($yymatches) + $yy_yymore_patterns[$this->token][0]; // token number
$this->value = current($yymatches); // token value
$this->line = substr_count($this->value, "\n");
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
}
$r = $this->{'yy_r1_' . $this->token}($yysubmatches);
} while ($r !== null && !is_bool($r));
if ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
// accept
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
return true;
}
}
} else {
throw new Exception('Unexpected input at line' . $this->line .
': ' . $this->input[$this->N]);
}
break;
} while (true);
} // end function
const INITIAL = 1;
public function yy_r1_1($yy_subpatterns)
{
$this->token = self::ESCAPEDBACKSLASH;
}
public function yy_r1_2($yy_subpatterns)
{
$this->token = self::TEXT;
}
public function yy_r1_3($yy_subpatterns)
{
$this->token = self::CONTROLCHAR;
}
public function yy_r1_4($yy_subpatterns)
{
$this->token = self::OPENCHARCLASS;
$this->yybegin(self::CHARACTERCLASSSTART);
}
public function yy_r1_5($yy_subpatterns)
{
$this->token = self::BAR;
}
public function yy_r1_6($yy_subpatterns)
{
$this->token = self::TEXT;
}
public function yy_r1_7($yy_subpatterns)
{
$this->token = self::COULDBEBACKREF;
}
public function yy_r1_8($yy_subpatterns)
{
$this->token = self::CONTROLCHAR;
}
public function yy_r1_9($yy_subpatterns)
{
$this->token = self::MATCHSTART;
}
public function yy_r1_10($yy_subpatterns)
{
$this->token = self::MATCHSTART;
}
public function yy_r1_11($yy_subpatterns)
{
$this->token = self::CLOSEPAREN;
$this->yybegin(self::INITIAL);
}
public function yy_r1_12($yy_subpatterns)
{
$this->token = self::MATCHEND;
}
public function yy_r1_13($yy_subpatterns)
{
$this->token = self::MULTIPLIER;
}
public function yy_r1_14($yy_subpatterns)
{
$this->token = self::MATCHEND;
}
public function yy_r1_15($yy_subpatterns)
{
$this->token = self::OPENASSERTION;
$this->yybegin(self::ASSERTION);
}
public function yy_r1_16($yy_subpatterns)
{
$this->token = self::OPENPAREN;
}
public function yy_r1_17($yy_subpatterns)
{
$this->token = self::FULLSTOP;
}
public function yy_r1_18($yy_subpatterns)
{
$this->token = self::BACKREFERENCE;
}
public function yy_r1_19($yy_subpatterns)
{
$this->token = self::CONTROLCHAR;
}
public function yy_r1_20($yy_subpatterns)
{
$this->token = self::CONTROLCHAR;
}
public function yy_r1_21($yy_subpatterns)
{
$this->token = self::CONTROLCHAR;
}
public function yy_r1_22($yy_subpatterns)
{
$this->token = self::CONTROLCHAR;
}
public function yy_r1_23($yy_subpatterns)
{
return false;
}
public function yylex2()
{
$tokenMap = array (
1 => 0,
2 => 0,
3 => 0,
);
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
$yy_global_pattern = '/\G(\\^)|\G(\\])|\G(.)/';
do {
if (preg_match($yy_global_pattern,$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
if (!count($yymatches)) {
throw new Exception('Error: lexing failed because a rule matched' .
' an empty string. Input "' . substr($this->input,
$this->N, 5) . '... state CHARACTERCLASSSTART');
}
next($yymatches); // skip global match
$this->token = key($yymatches); // token number
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
$this->value = current($yymatches); // token value
$r = $this->{'yy_r2_' . $this->token}($yysubmatches);
if ($r === null) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
// accept this token
return true;
} elseif ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
$yy_yymore_patterns = array(
1 => array(0, "\G(\\])|\G(.)"),
2 => array(0, "\G(.)"),
3 => array(0, ""),
);
// yymore is needed
do {
if (!strlen($yy_yymore_patterns[$this->token][1])) {
throw new Exception('cannot do yymore for the last token');
}
$yysubmatches = array();
if (preg_match('/' . $yy_yymore_patterns[$this->token][1] . '/',
$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
next($yymatches); // skip global match
$this->token += key($yymatches) + $yy_yymore_patterns[$this->token][0]; // token number
$this->value = current($yymatches); // token value
$this->line = substr_count($this->value, "\n");
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
}
$r = $this->{'yy_r2_' . $this->token}($yysubmatches);
} while ($r !== null && !is_bool($r));
if ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
// accept
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
return true;
}
}
} else {
throw new Exception('Unexpected input at line' . $this->line .
': ' . $this->input[$this->N]);
}
break;
} while (true);
} // end function
const CHARACTERCLASSSTART = 2;
public function yy_r2_1($yy_subpatterns)
{
$this->token = self::NEGATE;
}
public function yy_r2_2($yy_subpatterns)
{
$this->yybegin(self::CHARACTERCLASS);
$this->token = self::TEXT;
}
public function yy_r2_3($yy_subpatterns)
{
$this->yybegin(self::CHARACTERCLASS);
return true;
}
public function yylex3()
{
$tokenMap = array (
1 => 0,
2 => 0,
3 => 0,
4 => 0,
5 => 0,
6 => 0,
7 => 0,
8 => 0,
9 => 0,
10 => 0,
11 => 0,
);
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
$yy_global_pattern = '/\G(\\\\\\\\)|\G(\\])|\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[bacedDsSwW0C]|\\\\c\\\\|\\\\x\\{[0-9a-fA-F]+\\}|\\\\[0-7][0-7][0-7]|\\\\x[0-9a-fA-F][0-9a-fA-F]?)|\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G(\\\\[]\.\-\^])|\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)/';
do {
if (preg_match($yy_global_pattern,$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
if (!count($yymatches)) {
throw new Exception('Error: lexing failed because a rule matched' .
' an empty string. Input "' . substr($this->input,
$this->N, 5) . '... state CHARACTERCLASS');
}
next($yymatches); // skip global match
$this->token = key($yymatches); // token number
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
$this->value = current($yymatches); // token value
$r = $this->{'yy_r3_' . $this->token}($yysubmatches);
if ($r === null) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
// accept this token
return true;
} elseif ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
$yy_yymore_patterns = array(
1 => array(0, "\G(\\])|\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[bacedDsSwW0C]|\\\\c\\\\|\\\\x\\{[0-9a-fA-F]+\\}|\\\\[0-7][0-7][0-7]|\\\\x[0-9a-fA-F][0-9a-fA-F]?)|\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G(\\\\[]\.\-\^])|\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)"),
2 => array(0, "\G(\\\\[frnt]|\\\\x[0-9a-fA-F][0-9a-fA-F]?|\\\\[0-7][0-7][0-7]|\\\\x\\{[0-9a-fA-F]+\\})|\G(\\\\[bacedDsSwW0C]|\\\\c\\\\|\\\\x\\{[0-9a-fA-F]+\\}|\\\\[0-7][0-7][0-7]|\\\\x[0-9a-fA-F][0-9a-fA-F]?)|\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G(\\\\[]\.\-\^])|\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)"),
3 => array(0, "\G(\\\\[bacedDsSwW0C]|\\\\c\\\\|\\\\x\\{[0-9a-fA-F]+\\}|\\\\[0-7][0-7][0-7]|\\\\x[0-9a-fA-F][0-9a-fA-F]?)|\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G(\\\\[]\.\-\^])|\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)"),
4 => array(0, "\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G(\\\\[]\.\-\^])|\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)"),
5 => array(0, "\G(\\\\[1-9])|\G(\\\\[]\.\-\^])|\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)"),
6 => array(0, "\G(\\\\[]\.\-\^])|\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)"),
7 => array(0, "\G(-(?!]))|\G([^\-\\\\])|\G(\\\\)|\G(.)"),
8 => array(0, "\G([^\-\\\\])|\G(\\\\)|\G(.)"),
9 => array(0, "\G(\\\\)|\G(.)"),
10 => array(0, "\G(.)"),
11 => array(0, ""),
);
// yymore is needed
do {
if (!strlen($yy_yymore_patterns[$this->token][1])) {
throw new Exception('cannot do yymore for the last token');
}
$yysubmatches = array();
if (preg_match('/' . $yy_yymore_patterns[$this->token][1] . '/',
$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
next($yymatches); // skip global match
$this->token += key($yymatches) + $yy_yymore_patterns[$this->token][0]; // token number
$this->value = current($yymatches); // token value
$this->line = substr_count($this->value, "\n");
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
}
$r = $this->{'yy_r3_' . $this->token}($yysubmatches);
} while ($r !== null && !is_bool($r));
if ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
// accept
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
return true;
}
}
} else {
throw new Exception('Unexpected input at line' . $this->line .
': ' . $this->input[$this->N]);
}
break;
} while (true);
} // end function
const CHARACTERCLASS = 3;
public function yy_r3_1($yy_subpatterns)
{
$this->token = self::ESCAPEDBACKSLASH;
}
public function yy_r3_2($yy_subpatterns)
{
$this->yybegin(self::INITIAL);
$this->token = self::CLOSECHARCLASS;
}
public function yy_r3_3($yy_subpatterns)
{
$this->token = self::TEXT;
}
public function yy_r3_4($yy_subpatterns)
{
$this->token = self::TEXT;
}
public function yy_r3_5($yy_subpatterns)
{
$this->token = self::COULDBEBACKREF;
}
public function yy_r3_6($yy_subpatterns)
{
$this->token = self::BACKREFERENCE;
}
public function yy_r3_7($yy_subpatterns)
{
$this->token = self::TEXT;
}
public function yy_r3_8($yy_subpatterns)
{
$this->token = self::HYPHEN;
$this->yybegin(self::RANGE);
}
public function yy_r3_9($yy_subpatterns)
{
$this->token = self::TEXT;
}
public function yy_r3_10($yy_subpatterns)
{
return false; // ignore escaping of normal text
}
public function yy_r3_11($yy_subpatterns)
{
$this->token = self::TEXT;
}
public function yylex4()
{
$tokenMap = array (
1 => 0,
2 => 0,
3 => 0,
4 => 0,
5 => 0,
6 => 0,
7 => 0,
);
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
$yy_global_pattern = '/\G(\\\\\\\\)|\G(\\\\\\])|\G(\\\\[bacedDsSwW0C]|\\\\c\\\\|\\\\x\\{[0-9a-fA-F]+\\}|\\\\[0-7][0-7][0-7]|\\\\x[0-9a-fA-F][0-9a-fA-F]?)|\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G([^\-\\\\])|\G(\\\\)/';
do {
if (preg_match($yy_global_pattern,$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
if (!count($yymatches)) {
throw new Exception('Error: lexing failed because a rule matched' .
' an empty string. Input "' . substr($this->input,
$this->N, 5) . '... state RANGE');
}
next($yymatches); // skip global match
$this->token = key($yymatches); // token number
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
$this->value = current($yymatches); // token value
$r = $this->{'yy_r4_' . $this->token}($yysubmatches);
if ($r === null) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
// accept this token
return true;
} elseif ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
$yy_yymore_patterns = array(
1 => array(0, "\G(\\\\\\])|\G(\\\\[bacedDsSwW0C]|\\\\c\\\\|\\\\x\\{[0-9a-fA-F]+\\}|\\\\[0-7][0-7][0-7]|\\\\x[0-9a-fA-F][0-9a-fA-F]?)|\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G([^\-\\\\])|\G(\\\\)"),
2 => array(0, "\G(\\\\[bacedDsSwW0C]|\\\\c\\\\|\\\\x\\{[0-9a-fA-F]+\\}|\\\\[0-7][0-7][0-7]|\\\\x[0-9a-fA-F][0-9a-fA-F]?)|\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G([^\-\\\\])|\G(\\\\)"),
3 => array(0, "\G(\\\\[0-9][0-9])|\G(\\\\[1-9])|\G([^\-\\\\])|\G(\\\\)"),
4 => array(0, "\G(\\\\[1-9])|\G([^\-\\\\])|\G(\\\\)"),
5 => array(0, "\G([^\-\\\\])|\G(\\\\)"),
6 => array(0, "\G(\\\\)"),
7 => array(0, ""),
);
// yymore is needed
do {
if (!strlen($yy_yymore_patterns[$this->token][1])) {
throw new Exception('cannot do yymore for the last token');
}
$yysubmatches = array();
if (preg_match('/' . $yy_yymore_patterns[$this->token][1] . '/',
$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
next($yymatches); // skip global match
$this->token += key($yymatches) + $yy_yymore_patterns[$this->token][0]; // token number
$this->value = current($yymatches); // token value
$this->line = substr_count($this->value, "\n");
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
}
$r = $this->{'yy_r4_' . $this->token}($yysubmatches);
} while ($r !== null && !is_bool($r));
if ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
// accept
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
return true;
}
}
} else {
throw new Exception('Unexpected input at line' . $this->line .
': ' . $this->input[$this->N]);
}
break;
} while (true);
} // end function
const RANGE = 4;
public function yy_r4_1($yy_subpatterns)
{
$this->token = self::ESCAPEDBACKSLASH;
}
public function yy_r4_2($yy_subpatterns)
{
$this->token = self::TEXT;
$this->yybegin(self::CHARACTERCLASS);
}
public function yy_r4_3($yy_subpatterns)
{
$this->token = self::TEXT;
$this->yybegin(self::CHARACTERCLASS);
}
public function yy_r4_4($yy_subpatterns)
{
$this->token = self::COULDBEBACKREF;
}
public function yy_r4_5($yy_subpatterns)
{
$this->token = self::BACKREFERENCE;
}
public function yy_r4_6($yy_subpatterns)
{
$this->token = self::TEXT;
$this->yybegin(self::CHARACTERCLASS);
}
public function yy_r4_7($yy_subpatterns)
{
return false; // ignore escaping of normal text
}
public function yylex5()
{
$tokenMap = array (
1 => 0,
2 => 0,
3 => 0,
4 => 0,
5 => 0,
6 => 0,
7 => 0,
8 => 0,
9 => 0,
10 => 0,
11 => 0,
12 => 0,
13 => 0,
);
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
$yy_global_pattern = '/\G([imsxUX]+-[imsxUX]+|[imsxUX]+|-[imsxUX]+)|\G(:)|\G(\\))|\G(P<[^>]+>)|\G(<=)|\G(<!)|\G(=)|\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)/';
do {
if (preg_match($yy_global_pattern,$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
if (!count($yymatches)) {
throw new Exception('Error: lexing failed because a rule matched' .
' an empty string. Input "' . substr($this->input,
$this->N, 5) . '... state ASSERTION');
}
next($yymatches); // skip global match
$this->token = key($yymatches); // token number
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
$this->value = current($yymatches); // token value
$r = $this->{'yy_r5_' . $this->token}($yysubmatches);
if ($r === null) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
// accept this token
return true;
} elseif ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
$yy_yymore_patterns = array(
1 => array(0, "\G(:)|\G(\\))|\G(P<[^>]+>)|\G(<=)|\G(<!)|\G(=)|\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
2 => array(0, "\G(\\))|\G(P<[^>]+>)|\G(<=)|\G(<!)|\G(=)|\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
3 => array(0, "\G(P<[^>]+>)|\G(<=)|\G(<!)|\G(=)|\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
4 => array(0, "\G(<=)|\G(<!)|\G(=)|\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
5 => array(0, "\G(<!)|\G(=)|\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
6 => array(0, "\G(=)|\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
7 => array(0, "\G(!)|\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
8 => array(0, "\G(>)|\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
9 => array(0, "\G(\\(\\?)|\G(#[^)]+)|\G(R)|\G(.)"),
10 => array(0, "\G(#[^)]+)|\G(R)|\G(.)"),
11 => array(0, "\G(R)|\G(.)"),
12 => array(0, "\G(.)"),
13 => array(0, ""),
);
// yymore is needed
do {
if (!strlen($yy_yymore_patterns[$this->token][1])) {
throw new Exception('cannot do yymore for the last token');
}
$yysubmatches = array();
if (preg_match('/' . $yy_yymore_patterns[$this->token][1] . '/',
$this->input, $yymatches, null, $this->N)) {
$yysubmatches = $yymatches;
$yymatches = array_filter($yymatches, 'strlen'); // remove empty sub-patterns
next($yymatches); // skip global match
$this->token += key($yymatches) + $yy_yymore_patterns[$this->token][0]; // token number
$this->value = current($yymatches); // token value
$this->line = substr_count($this->value, "\n");
if ($tokenMap[$this->token]) {
// extract sub-patterns for passing to lex function
$yysubmatches = array_slice($yysubmatches, $this->token + 1,
$tokenMap[$this->token]);
} else {
$yysubmatches = array();
}
}
$r = $this->{'yy_r5_' . $this->token}($yysubmatches);
} while ($r !== null && !is_bool($r));
if ($r === true) {
// we have changed state
// process this token in the new state
return $this->yylex();
} elseif ($r === false) {
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
if ($this->N >= strlen($this->input)) {
return false; // end of input
}
// skip this token
continue;
} else {
// accept
$this->N += strlen($this->value);
$this->line += substr_count($this->value, "\n");
return true;
}
}
} else {
throw new Exception('Unexpected input at line' . $this->line .
': ' . $this->input[$this->N]);
}
break;
} while (true);
} // end function
const ASSERTION = 5;
public function yy_r5_1($yy_subpatterns)
{
$this->token = self::INTERNALOPTIONS;
}
public function yy_r5_2($yy_subpatterns)
{
$this->token = self::COLON;
$this->yybegin(self::INITIAL);
}
public function yy_r5_3($yy_subpatterns)
{
$this->token = self::CLOSEPAREN;
$this->yybegin(self::INITIAL);
}
public function yy_r5_4($yy_subpatterns)
{
$this->token = self::PATTERNNAME;
$this->yybegin(self::INITIAL);
}
public function yy_r5_5($yy_subpatterns)
{
$this->token = self::POSITIVELOOKBEHIND;
$this->yybegin(self::INITIAL);
}
public function yy_r5_6($yy_subpatterns)
{
$this->token = self::NEGATIVELOOKBEHIND;
$this->yybegin(self::INITIAL);
}
public function yy_r5_7($yy_subpatterns)
{
$this->token = self::POSITIVELOOKAHEAD;
$this->yybegin(self::INITIAL);
}
public function yy_r5_8($yy_subpatterns)
{
$this->token = self::NEGATIVELOOKAHEAD;
$this->yybegin(self::INITIAL);
}
public function yy_r5_9($yy_subpatterns)
{
$this->token = self::ONCEONLY;
$this->yybegin(self::INITIAL);
}
public function yy_r5_10($yy_subpatterns)
{
$this->token = self::OPENASSERTION;
}
public function yy_r5_11($yy_subpatterns)
{
$this->token = self::COMMENT;
$this->yybegin(self::INITIAL);
}
public function yy_r5_12($yy_subpatterns)
{
$this->token = self::RECUR;
}
public function yy_r5_13($yy_subpatterns)
{
$this->yybegin(self::INITIAL);
return true;
}
}
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