C# Class Pchp.Library.PerlRegex.RegexRunner

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Protected Properties

Property	Type	Description
runcrawl	int[]
runcrawlpos	int
runmatch	Match
runregex	Regex
runstack	int[]
runstackpos	int
runtext	string
runtextbeg	int
runtextend	int
runtextpos	int
runtextstart	int
runtrack	int[]
runtrackcount	int
runtrackpos	int

Protected Methods

Method	Description
Capture ( int capnum, int start, int end ) : void	Called by Go() to capture a subexpression. Note that the capnum used here has already been mapped to a non-sparse index (by the code generator RegexWriter).
CharInClass ( char ch, string charClass ) : bool
CharInSet ( char ch, string set, string category ) : bool
CheckTimeout ( ) : void
Crawl ( int i ) : void	Save a number on the longjump unrolling stack
Crawlpos ( ) : int	Get the height of the stack
DoubleCrawl ( ) : void	Increases the size of the longjump unrolling stack.
DoubleStack ( ) : void	Called by the implementation of Go() to increase the size of the grouping stack.
DoubleTrack ( ) : void	Called by the implementation of Go() to increase the size of the backtracking stack.
EnsureStorage ( ) : void	Called by the implementation of Go() to increase the size of storage
FindFirstChar ( ) : bool	The responsibility of FindFirstChar() is to advance runtextpos until it is at the next position which is a candidate for the beginning of a successful match.
Go ( ) : void	The responsibility of Go() is to run the regular expression at runtextpos and call Capture() on all the captured subexpressions, then to leave runtextpos at the ending position. It should leave runtextpos where it started if there was no match.
InitTrackCount ( ) : void	InitTrackCount must initialize the runtrackcount field; this is used to know how large the initial runtrack and runstack arrays must be.
IsBoundary ( int index, int startpos, int endpos ) : bool	Called by the implementation of Go() to decide whether the pos at the specified index is a boundary or not. It's just not worth emitting inline code for this logic.
IsECMABoundary ( int index, int startpos, int endpos ) : bool
IsMatched ( int cap ) : bool	Call out to runmatch to get around visibility issues
MatchIndex ( int cap ) : int	Call out to runmatch to get around visibility issues
MatchLength ( int cap ) : int	Call out to runmatch to get around visibility issues
Popcrawl ( ) : int	Remove a number from the longjump unrolling stack
RegexRunner ( ) : System
Scan ( Regex regex, string text, int textbeg, int textend, int textstart, int prevlen, bool quick ) : Match	Scans the string to find the first match. Uses the Match object both to feed text in and as a place to store matches that come out. All the action is in the abstract Go() method defined by subclasses. Our responsibility is to load up the class members (as done here) before calling Go. The optimizer can compute a set of candidate starting characters, and we could use a separate method Skip() that will quickly scan past any characters that we know can't match.
Scan ( Regex regex, string text, int textbeg, int textend, int textstart, int prevlen, bool quick, System.TimeSpan timeout ) : Match
TransferCapture ( int capnum, int uncapnum, int start, int end ) : void	Called by Go() to capture a subexpression. Note that the capnum used here has already been mapped to a non-sparse index (by the code generator RegexWriter).
Uncapture ( ) : void

Private Methods

Method	Description
DoCheckTimeout ( ) : void
DumpState ( ) : void	Dump the current state
InitMatch ( ) : void	Initializes all the data members that are used by Go()
StackDescription ( int a, int index ) : string
StartTimeoutWatch ( ) : void
TextposDescription ( ) : string
TidyMatch ( bool quick ) : Match	Put match in its canonical form before returning it.

Method Details

Capture() protected method

Called by Go() to capture a subexpression. Note that the capnum used here has already been mapped to a non-sparse index (by the code generator RegexWriter).

protected Capture ( int capnum, int start, int end ) : void
capnum	int
start	int
end	int
return	void

CharInClass() protected static method

protected static CharInClass ( char ch, string charClass ) : bool
ch	char
charClass	string
return	bool

CharInSet() protected static method

protected static CharInSet ( char ch, string set, string category ) : bool
ch	char
set	string
category	string
return	bool

CheckTimeout() protected method

protected CheckTimeout ( ) : void
return	void

Crawl() protected method

Save a number on the longjump unrolling stack

protected Crawl ( int i ) : void
i	int
return	void

Crawlpos() protected method

Get the height of the stack

protected Crawlpos ( ) : int
return	int

DoubleCrawl() protected method

Increases the size of the longjump unrolling stack.

protected DoubleCrawl ( ) : void
return	void

DoubleStack() protected method

Called by the implementation of Go() to increase the size of the grouping stack.

protected DoubleStack ( ) : void
return	void

DoubleTrack() protected method

Called by the implementation of Go() to increase the size of the backtracking stack.

protected DoubleTrack ( ) : void
return	void

EnsureStorage() protected method

Called by the implementation of Go() to increase the size of storage

protected EnsureStorage ( ) : void
return	void

FindFirstChar() protected abstract method

The responsibility of FindFirstChar() is to advance runtextpos until it is at the next position which is a candidate for the beginning of a successful match.

protected abstract FindFirstChar ( ) : bool
return	bool

Go() protected abstract method

The responsibility of Go() is to run the regular expression at runtextpos and call Capture() on all the captured subexpressions, then to leave runtextpos at the ending position. It should leave runtextpos where it started if there was no match.

protected abstract Go ( ) : void
return	void

InitTrackCount() protected abstract method

InitTrackCount must initialize the runtrackcount field; this is used to know how large the initial runtrack and runstack arrays must be.

protected abstract InitTrackCount ( ) : void
return	void

IsBoundary() protected method

Called by the implementation of Go() to decide whether the pos at the specified index is a boundary or not. It's just not worth emitting inline code for this logic.

protected IsBoundary ( int index, int startpos, int endpos ) : bool
index	int
startpos	int
endpos	int
return	bool

IsECMABoundary() protected method

protected IsECMABoundary ( int index, int startpos, int endpos ) : bool
index	int
startpos	int
endpos	int
return	bool

IsMatched() protected method

Call out to runmatch to get around visibility issues

protected IsMatched ( int cap ) : bool
cap	int
return	bool

MatchIndex() protected method

Call out to runmatch to get around visibility issues

protected MatchIndex ( int cap ) : int
cap	int
return	int

MatchLength() protected method

Call out to runmatch to get around visibility issues

protected MatchLength ( int cap ) : int
cap	int
return	int

Popcrawl() protected method

Remove a number from the longjump unrolling stack

protected Popcrawl ( ) : int
return	int

RegexRunner() protected method

protected RegexRunner ( ) : System
return	System

Scan() protected method

Scans the string to find the first match. Uses the Match object both to feed text in and as a place to store matches that come out. All the action is in the abstract Go() method defined by subclasses. Our responsibility is to load up the class members (as done here) before calling Go. The optimizer can compute a set of candidate starting characters, and we could use a separate method Skip() that will quickly scan past any characters that we know can't match.

protected Scan ( Regex regex, string text, int textbeg, int textend, int textstart, int prevlen, bool quick ) : Match
regex	Regex
text	string
textbeg	int
textend	int
textstart	int
prevlen	int
quick	bool
return	Match

Scan() protected method

protected Scan ( Regex regex, string text, int textbeg, int textend, int textstart, int prevlen, bool quick, System.TimeSpan timeout ) : Match
regex	Regex
text	string
textbeg	int
textend	int
textstart	int
prevlen	int
quick	bool
timeout	System.TimeSpan
return	Match

TransferCapture() protected method

Called by Go() to capture a subexpression. Note that the capnum used here has already been mapped to a non-sparse index (by the code generator RegexWriter).

protected TransferCapture ( int capnum, int uncapnum, int start, int end ) : void
capnum	int
uncapnum	int
start	int
end	int
return	void

Uncapture() protected method

protected Uncapture ( ) : void
return	void

Property Details

runcrawl protected_oe property

protected int[] runcrawl
return	int[]

runcrawlpos protected_oe property

protected int runcrawlpos
return	int

runmatch protected_oe property

protected Match,Pchp.Library.PerlRegex runmatch
return	Match

runregex protected_oe property

protected Regex runregex
return	Regex

runstack protected_oe property

protected int[] runstack
return	int[]

runstackpos protected_oe property

protected int runstackpos
return	int

runtext protected_oe property

protected string runtext
return	string

runtextbeg protected_oe property

protected int runtextbeg
return	int

runtextend protected_oe property

protected int runtextend
return	int

runtextpos protected_oe property

protected int runtextpos
return	int

runtextstart protected_oe property

protected int runtextstart
return	int

runtrack protected_oe property

protected int[] runtrack
return	int[]

runtrackcount protected_oe property

protected int runtrackcount
return	int

runtrackpos protected_oe property

protected int runtrackpos
return	int