C# 클래스 YuriyGuts.RegexBuilder.RegexBuilder

공개 메소드들

메소드	설명
Alternate ( RegexNode expressions ) : RegexNodeAlternation	Generates an alternation expression with two or more options ("a\|b\|c\|...").
Alternate ( RegexNode expression1, RegexNode expression2 ) : RegexNodeAlternation	Generates an alternation expression with two options ("a\|b").
Alternate ( RegexNode expression1, RegexNode expression2, RegexQuantifier quantifier ) : RegexNodeAlternation	Generates an alternation expression with two options ("a\|b").
Alternate ( RegexNode expressions, RegexQuantifier quantifier ) : RegexNodeAlternation	Generates an alternation expression with two or more options ("a\|b\|c\|...").
AsciiCharacter ( byte code ) : RegexNodeLiteral	Generates an ASCII character pattern ("\xNN") with the specified character code.
AsciiCharacter ( byte code, RegexQuantifier quantifier ) : RegexNodeLiteral	Generates an ASCII character pattern ("\xNN") with the specified character code.
BacktrackingSuppression ( RegexNode innerExpression ) : RegexNodeBacktrackingSuppression	Generates a subexpression with disabled backtracking ("(?>expression)").
BacktrackingSuppression ( RegexNode innerExpression, RegexQuantifier quantifier ) : RegexNodeBacktrackingSuppression	Generates a subexpression with disabled backtracking ("(?>expression)").
Build ( ) : Regex	Generates a Regex object from a list of RegexNodes.
Build ( RegexNode rootNode ) : Regex	Generates a Regex object from a single RegexNode.
Build ( RegexOptions regexOptions ) : Regex	Generates a Regex object from a list of RegexNode and applies a combination of RegexOptions to it.
Build ( RegexOptions regexOptions, RegexNode rootNode ) : Regex	Generates a Regex object from a single RegexNode and applies a combination of RegexOptions to it.
CharacterRange ( char rangeStart, char rangeEnd, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterRange	Generates a character range expression ("[a-z]") with the specified start/end characters.
CharacterSet ( char characters, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterSet	Generates a character set expression ("[abc]") from the specified character array.
CharacterSet ( string characters, RegexQuantifier quantifier ) : RegexNodeCharacterSet	Generates a character set expression ("[abc]") using a preformatted character string.
Comment ( string commentText ) : RegexNodeComment	Generates an inline Regex comment ("(?#text)").
Concatenate ( RegexNode expressions ) : RegexNodeConcatenation	Concatenates an array of nodes.
Concatenate ( RegexNode node1, RegexNode node2 ) : RegexNodeConcatenation	Concatenates two nodes.
Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3 ) : RegexNodeConcatenation	Concatenates three nodes.
Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3, RegexNode node4 ) : RegexNodeConcatenation	Concatenates four nodes.
Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3, RegexNode node4, RegexQuantifier quantifier ) : RegexNodeConcatenation	Concatenates four nodes.
Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3, RegexQuantifier quantifier ) : RegexNodeConcatenation	Concatenates three nodes.
Concatenate ( RegexNode node1, RegexNode node2, RegexQuantifier quantifier ) : RegexNodeConcatenation	Concatenates two nodes.
Concatenate ( RegexNode expressions, RegexQuantifier quantifier ) : RegexNodeConcatenation	Concatenates an array of nodes.
ConditionalMatch ( RegexNode conditionExpression, RegexNode trueMatchExpression, RegexNode falseMatchExpression ) : RegexNodeConditionalMatch	Generates a conditional match expression ("(?(condition)\|(true)\|(false))").
ConditionalMatch ( RegexNode conditionExpression, RegexNode trueMatchExpression, RegexNode falseMatchExpression, RegexQuantifier quantifier ) : RegexNodeConditionalMatch	Generates a conditional match expression ("(?(condition)\|(true)\|(false))").
ConditionalMatch ( string conditionGroupName, RegexNode trueMatchExpression, RegexNode falseMatchExpression ) : RegexNodeConditionalMatch	Generates a conditional match expression which uses a named group for condition evaluation ("(?(GroupName)\|(true)\|(false))").
ConditionalMatch ( string conditionGroupName, RegexNode trueMatchExpression, RegexNode falseMatchExpression, RegexQuantifier quantifier ) : RegexNodeConditionalMatch	Generates a conditional match expression which uses a named group for condition evaluation ("(?(GroupName)\|(true)\|(false))").
Group ( RegexNode matchExpression ) : RegexNodeGroup	Generates an unnamed capturing group with the specified subexpression.
Group ( RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeGroup	Generates an unnamed capturing group with the specified subexpression.
Group ( string groupName, RegexNode matchExpression ) : RegexNodeGroup	Generates a named capturing group with the specified subexpression.
Group ( string groupName, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeGroup	Generates a named capturing group with the specified subexpression.
GroupBackReference ( int groupIndex, RegexQuantifier quantifier ) : RegexNodeGroupReference	Generates a backreference to the group with the specified index ("\N").
GroupBackReference ( string groupName ) : RegexNodeGroupReference	Generates a backreference to a named group ("\k<GroupName>").
GroupBackReference ( string groupName, RegexQuantifier quantifier ) : RegexNodeGroupReference	Generates a backreference to a named group ("\k<GroupName>").
Literal ( string value ) : RegexNodeEscapingLiteral	Generates a simple string literal with automatic character escaping.
Literal ( string value, RegexQuantifier quantifier ) : RegexNodeEscapingLiteral	Generates a simple string literal with automatic character escaping.
MetaCharacter ( string characterPattern ) : RegexNodeLiteral	Generates a Regex metacharacter, such as \d, \w or \s. Many metacharacter constants are available in RegexMetaChars class.
MetaCharacter ( string characterPattern, RegexQuantifier quantifier ) : RegexNodeLiteral	Generates a Regex metacharacter, such as \d, \w or \s. Many metacharacter constants are available in RegexMetaChars class.
NegativeCharacterRange ( char rangeStart, char rangeEnd, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterRange	Generates a negative character range expression ("[^a-z]") with the specified start/end characters.
NegativeCharacterSet ( char characters, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterSet	Generates a negative character set expression ("[^abc]") from the specified character array.
NegativeCharacterSet ( string characters, RegexQuantifier quantifier ) : RegexNodeCharacterSet	Generates a negative character set expression ("[^abc]") using a preformatted character string.
NegativeLookAhead ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround	Generates a zero-width negative lookahead assertion ("match(?!lookahead)").
NegativeLookAhead ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround	Generates a zero-width negative lookahead assertion ("match(?!lookahead)").
NegativeLookBehind ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround	Generates a zero-width negative lookbehind assertion ("(?<!lookbehind)match").
NegativeLookBehind ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround	Generates a zero-width negative lookbehind assertion ("(?<!lookbehind)match").
NonCapturingGroup ( RegexNode matchExpression ) : RegexNodeGroup	Generates a non-capturing group with the specified subexpression.
NonCapturingGroup ( RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeGroup	Generates a non-capturing group with the specified subexpression.
NonEscapedLiteral ( string value ) : RegexNodeLiteral	Generates a simple string literal "as is", without character escaping. This method can be used to render explicit preformatted patterns of the Regex or some rare constructions not supported by RegexBuilder.
NonEscapedLiteral ( string value, RegexQuantifier quantifier ) : RegexNodeLiteral	Generates a simple string literal "as is", without character escaping. This method can be used to render explicit preformatted patterns of the Regex or some rare constructions not supported by RegexBuilder.
PositiveLookAhead ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround	Generates a zero-width positive lookahead assertion ("match(?=lookahead)").
PositiveLookAhead ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround	Generates a zero-width positive lookahead assertion ("match(?=lookahead)").
PositiveLookBehind ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround	Generates a zero-width positive lookbehind assertion ("(?<=lookbehind)match").
PositiveLookBehind ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround	Generates a zero-width positive lookbehind assertion ("(?<=lookbehind)match").
UnicodeCharacter ( int code ) : RegexNodeLiteral	Generates a Unicode character pattern ("\uNNNN") with the specified character code.
UnicodeCharacter ( int code, RegexQuantifier quantifier ) : RegexNodeLiteral	Generates a Unicode character pattern ("\uNNNN") with the specified character code.

메소드 상세

Alternate() 공개 정적인 메소드

Generates an alternation expression with two or more options ("a|b|c|...").

public static Alternate ( RegexNode expressions ) : RegexNodeAlternation
expressions	RegexNode	Array of option expressions.
리턴	RegexNodeAlternation

Alternate() 공개 정적인 메소드

Generates an alternation expression with two options ("a|b").

public static Alternate ( RegexNode expression1, RegexNode expression2 ) : RegexNodeAlternation
expression1	RegexNode	First option.
expression2	RegexNode	Second option.
리턴	RegexNodeAlternation

Alternate() 공개 정적인 메소드

Generates an alternation expression with two options ("a|b").

public static Alternate ( RegexNode expression1, RegexNode expression2, RegexQuantifier quantifier ) : RegexNodeAlternation
expression1	RegexNode	First option.
expression2	RegexNode	Second option.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeAlternation

Alternate() 공개 정적인 메소드

Generates an alternation expression with two or more options ("a|b|c|...").

public static Alternate ( RegexNode expressions, RegexQuantifier quantifier ) : RegexNodeAlternation
expressions	RegexNode	Array of option expressions.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeAlternation

AsciiCharacter() 공개 정적인 메소드

Generates an ASCII character pattern ("\xNN") with the specified character code.

public static AsciiCharacter ( byte code ) : RegexNodeLiteral
code	byte	ASCII character code.
리턴	RegexNodeLiteral

AsciiCharacter() 공개 정적인 메소드

Generates an ASCII character pattern ("\xNN") with the specified character code.

public static AsciiCharacter ( byte code, RegexQuantifier quantifier ) : RegexNodeLiteral
code	byte	ASCII character code.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLiteral

BacktrackingSuppression() 공개 정적인 메소드

Generates a subexpression with disabled backtracking ("(?>expression)").

public static BacktrackingSuppression ( RegexNode innerExpression ) : RegexNodeBacktrackingSuppression
innerExpression	RegexNode	Inner expression.
리턴	RegexNodeBacktrackingSuppression

BacktrackingSuppression() 공개 정적인 메소드

Generates a subexpression with disabled backtracking ("(?>expression)").

public static BacktrackingSuppression ( RegexNode innerExpression, RegexQuantifier quantifier ) : RegexNodeBacktrackingSuppression
innerExpression	RegexNode	Inner expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeBacktrackingSuppression

Build() 공개 정적인 메소드

Generates a Regex object from a list of RegexNodes.

public static Build ( ) : Regex
리턴	System.Text.RegularExpressions.Regex

Build() 공개 정적인 메소드

Generates a Regex object from a single RegexNode.

public static Build ( RegexNode rootNode ) : Regex
rootNode	RegexNode	Root node.
리턴	System.Text.RegularExpressions.Regex

Build() 공개 정적인 메소드

Generates a Regex object from a list of RegexNode and applies a combination of RegexOptions to it.

public static Build ( RegexOptions regexOptions ) : Regex
regexOptions	RegexOptions	Combination of RegexOption flags to be applied to the Regex.
리턴	System.Text.RegularExpressions.Regex

Build() 공개 정적인 메소드

Generates a Regex object from a single RegexNode and applies a combination of RegexOptions to it.

public static Build ( RegexOptions regexOptions, RegexNode rootNode ) : Regex
regexOptions	RegexOptions	Combination of RegexOption flags to be applied to the Regex.
rootNode	RegexNode	Root node.
리턴	System.Text.RegularExpressions.Regex

CharacterRange() 공개 정적인 메소드

Generates a character range expression ("[a-z]") with the specified start/end characters.

public static CharacterRange ( char rangeStart, char rangeEnd, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterRange
rangeStart	char	First character in the range.
rangeEnd	char	Last character in the range.
useCharacterCodes	bool	True - encode every character with "\uNNNN" pattern. False - use every character explicitly.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeCharacterRange

CharacterSet() 공개 정적인 메소드

Generates a character set expression ("[abc]") from the specified character array.

public static CharacterSet ( char characters, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterSet
characters	char	An array of allowed characters.
useCharacterCodes	bool	True - encode every character with "\uNNNN" pattern. False - use every character explicitly.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeCharacterSet

CharacterSet() 공개 정적인 메소드

Generates a character set expression ("[abc]") using a preformatted character string.

public static CharacterSet ( string characters, RegexQuantifier quantifier ) : RegexNodeCharacterSet
characters	string	Character set description. Special characters will be automatically escaped.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeCharacterSet

Comment() 공개 정적인 메소드

Generates an inline Regex comment ("(?#text)").

public static Comment ( string commentText ) : RegexNodeComment
commentText	string	Comment text.
리턴	RegexNodeComment

Concatenate() 공개 정적인 메소드

Concatenates an array of nodes.

public static Concatenate ( RegexNode expressions ) : RegexNodeConcatenation
expressions	RegexNode	Nodes to concatenate.
리턴	RegexNodeConcatenation

Concatenate() 공개 정적인 메소드

Concatenates two nodes.

public static Concatenate ( RegexNode node1, RegexNode node2 ) : RegexNodeConcatenation
node1	RegexNode	First node.
node2	RegexNode	Second node.
리턴	RegexNodeConcatenation

Concatenate() 공개 정적인 메소드

Concatenates three nodes.

public static Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3 ) : RegexNodeConcatenation
node1	RegexNode	First node.
node2	RegexNode	Second node.
node3	RegexNode	Third node.
리턴	RegexNodeConcatenation

Concatenate() 공개 정적인 메소드

Concatenates four nodes.

public static Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3, RegexNode node4 ) : RegexNodeConcatenation
node1	RegexNode	First node.
node2	RegexNode	Second node.
node3	RegexNode	Third node.
node4	RegexNode	Fourth node.
리턴	RegexNodeConcatenation

Concatenate() 공개 정적인 메소드

Concatenates four nodes.

public static Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3, RegexNode node4, RegexQuantifier quantifier ) : RegexNodeConcatenation
node1	RegexNode	First node.
node2	RegexNode	Second node.
node3	RegexNode	Third node.
node4	RegexNode	Fourth node.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeConcatenation

Concatenate() 공개 정적인 메소드

Concatenates three nodes.

public static Concatenate ( RegexNode node1, RegexNode node2, RegexNode node3, RegexQuantifier quantifier ) : RegexNodeConcatenation
node1	RegexNode	First node.
node2	RegexNode	Second node.
node3	RegexNode	Third node.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeConcatenation

Concatenate() 공개 정적인 메소드

Concatenates two nodes.

public static Concatenate ( RegexNode node1, RegexNode node2, RegexQuantifier quantifier ) : RegexNodeConcatenation
node1	RegexNode	First node.
node2	RegexNode	Second node.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeConcatenation

Concatenate() 공개 정적인 메소드

Concatenates an array of nodes.

public static Concatenate ( RegexNode expressions, RegexQuantifier quantifier ) : RegexNodeConcatenation
expressions	RegexNode	Nodes to concatenate.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeConcatenation

ConditionalMatch() 공개 정적인 메소드

Generates a conditional match expression ("(?(condition)|(true)|(false))").

public static ConditionalMatch ( RegexNode conditionExpression, RegexNode trueMatchExpression, RegexNode falseMatchExpression ) : RegexNodeConditionalMatch
conditionExpression	RegexNode	Condition expression.
trueMatchExpression	RegexNode	True match expression.
falseMatchExpression	RegexNode	False match expression.
리턴	RegexNodeConditionalMatch

ConditionalMatch() 공개 정적인 메소드

Generates a conditional match expression ("(?(condition)|(true)|(false))").

public static ConditionalMatch ( RegexNode conditionExpression, RegexNode trueMatchExpression, RegexNode falseMatchExpression, RegexQuantifier quantifier ) : RegexNodeConditionalMatch
conditionExpression	RegexNode	Condition expression.
trueMatchExpression	RegexNode	True match expression.
falseMatchExpression	RegexNode	False match expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeConditionalMatch

ConditionalMatch() 공개 정적인 메소드

Generates a conditional match expression which uses a named group for condition evaluation ("(?(GroupName)|(true)|(false))").

public static ConditionalMatch ( string conditionGroupName, RegexNode trueMatchExpression, RegexNode falseMatchExpression ) : RegexNodeConditionalMatch
conditionGroupName	string	The name of the group to be used as a condition.
trueMatchExpression	RegexNode	True match expression.
falseMatchExpression	RegexNode	False match expression.
리턴	RegexNodeConditionalMatch

ConditionalMatch() 공개 정적인 메소드

Generates a conditional match expression which uses a named group for condition evaluation ("(?(GroupName)|(true)|(false))").

public static ConditionalMatch ( string conditionGroupName, RegexNode trueMatchExpression, RegexNode falseMatchExpression, RegexQuantifier quantifier ) : RegexNodeConditionalMatch
conditionGroupName	string	The name of the group to be used as a condition.
trueMatchExpression	RegexNode	True match expression.
falseMatchExpression	RegexNode	False match expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeConditionalMatch

Group() 공개 정적인 메소드

Generates an unnamed capturing group with the specified subexpression.

public static Group ( RegexNode matchExpression ) : RegexNodeGroup
matchExpression	RegexNode	Inner expression.
리턴	RegexNodeGroup

Group() 공개 정적인 메소드

Generates an unnamed capturing group with the specified subexpression.

public static Group ( RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeGroup
matchExpression	RegexNode	Inner expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeGroup

Group() 공개 정적인 메소드

Generates a named capturing group with the specified subexpression.

public static Group ( string groupName, RegexNode matchExpression ) : RegexNodeGroup
groupName	string	Group name.
matchExpression	RegexNode	Inner expression.
리턴	RegexNodeGroup

Group() 공개 정적인 메소드

Generates a named capturing group with the specified subexpression.

public static Group ( string groupName, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeGroup
groupName	string	Group name.
matchExpression	RegexNode	Inner expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeGroup

GroupBackReference() 공개 정적인 메소드

Generates a backreference to the group with the specified index ("\N").

public static GroupBackReference ( int groupIndex, RegexQuantifier quantifier ) : RegexNodeGroupReference
groupIndex	int	Group ordinal number.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeGroupReference

GroupBackReference() 공개 정적인 메소드

Generates a backreference to a named group ("\k<GroupName>").

public static GroupBackReference ( string groupName ) : RegexNodeGroupReference
groupName	string	Group name.
리턴	RegexNodeGroupReference

GroupBackReference() 공개 정적인 메소드

Generates a backreference to a named group ("\k<GroupName>").

public static GroupBackReference ( string groupName, RegexQuantifier quantifier ) : RegexNodeGroupReference
groupName	string	Group name.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeGroupReference

Literal() 공개 정적인 메소드

Generates a simple string literal with automatic character escaping.

public static Literal ( string value ) : RegexNodeEscapingLiteral
value	string	Node text. Special characters will be automatically escaped.
리턴	RegexNodeEscapingLiteral

Literal() 공개 정적인 메소드

Generates a simple string literal with automatic character escaping.

public static Literal ( string value, RegexQuantifier quantifier ) : RegexNodeEscapingLiteral
value	string	Node text. Special characters will be automatically escaped.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeEscapingLiteral

MetaCharacter() 공개 정적인 메소드

Generates a Regex metacharacter, such as \d, \w or \s. Many metacharacter constants are available in RegexMetaChars class.

public static MetaCharacter ( string characterPattern ) : RegexNodeLiteral
characterPattern	string	Metacharacter pattern.
리턴	RegexNodeLiteral

MetaCharacter() 공개 정적인 메소드

Generates a Regex metacharacter, such as \d, \w or \s. Many metacharacter constants are available in RegexMetaChars class.

public static MetaCharacter ( string characterPattern, RegexQuantifier quantifier ) : RegexNodeLiteral
characterPattern	string	Metacharacter pattern.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLiteral

NegativeCharacterRange() 공개 정적인 메소드

Generates a negative character range expression ("[^a-z]") with the specified start/end characters.

public static NegativeCharacterRange ( char rangeStart, char rangeEnd, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterRange
rangeStart	char	First character in the range.
rangeEnd	char	Last character in the range.
useCharacterCodes	bool	True - encode every character with "\uNNNN" pattern. False - use every character explicitly.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeCharacterRange

NegativeCharacterSet() 공개 정적인 메소드

Generates a negative character set expression ("[^abc]") from the specified character array.

public static NegativeCharacterSet ( char characters, bool useCharacterCodes, RegexQuantifier quantifier ) : RegexNodeCharacterSet
characters	char	An array of allowed characters.
useCharacterCodes	bool	True - encode every character with "\uNNNN" pattern. False - use every character explicitly.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeCharacterSet

NegativeCharacterSet() 공개 정적인 메소드

Generates a negative character set expression ("[^abc]") using a preformatted character string.

public static NegativeCharacterSet ( string characters, RegexQuantifier quantifier ) : RegexNodeCharacterSet
characters	string	Character set description. Special characters will be automatically escaped.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeCharacterSet

NegativeLookAhead() 공개 정적인 메소드

Generates a zero-width negative lookahead assertion ("match(?!lookahead)").

public static NegativeLookAhead ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookahead expression.
matchExpression	RegexNode	Match expression.
리턴	RegexNodeLookAround

NegativeLookAhead() 공개 정적인 메소드

Generates a zero-width negative lookahead assertion ("match(?!lookahead)").

public static NegativeLookAhead ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookahead expression.
matchExpression	RegexNode	Match expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLookAround

NegativeLookBehind() 공개 정적인 메소드

Generates a zero-width negative lookbehind assertion ("(?<!lookbehind)match").

public static NegativeLookBehind ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookbehind expression.
matchExpression	RegexNode	Match expression.
리턴	RegexNodeLookAround

NegativeLookBehind() 공개 정적인 메소드

Generates a zero-width negative lookbehind assertion ("(?<!lookbehind)match").

public static NegativeLookBehind ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookbehind expression.
matchExpression	RegexNode	Match expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLookAround

NonCapturingGroup() 공개 정적인 메소드

Generates a non-capturing group with the specified subexpression.

public static NonCapturingGroup ( RegexNode matchExpression ) : RegexNodeGroup
matchExpression	RegexNode	Inner expression.
리턴	RegexNodeGroup

NonCapturingGroup() 공개 정적인 메소드

Generates a non-capturing group with the specified subexpression.

public static NonCapturingGroup ( RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeGroup
matchExpression	RegexNode	Inner expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeGroup

NonEscapedLiteral() 공개 정적인 메소드

Generates a simple string literal "as is", without character escaping. This method can be used to render explicit preformatted patterns of the Regex or some rare constructions not supported by RegexBuilder.

public static NonEscapedLiteral ( string value ) : RegexNodeLiteral
value	string	Node text.
리턴	RegexNodeLiteral

NonEscapedLiteral() 공개 정적인 메소드

public static NonEscapedLiteral ( string value, RegexQuantifier quantifier ) : RegexNodeLiteral
value	string	Node text.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLiteral

PositiveLookAhead() 공개 정적인 메소드

Generates a zero-width positive lookahead assertion ("match(?=lookahead)").

public static PositiveLookAhead ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookahead expression.
matchExpression	RegexNode	Match expression.
리턴	RegexNodeLookAround

PositiveLookAhead() 공개 정적인 메소드

Generates a zero-width positive lookahead assertion ("match(?=lookahead)").

public static PositiveLookAhead ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookahead expression.
matchExpression	RegexNode	Match expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLookAround

PositiveLookBehind() 공개 정적인 메소드

Generates a zero-width positive lookbehind assertion ("(?<=lookbehind)match").

public static PositiveLookBehind ( RegexNode lookupExpression, RegexNode matchExpression ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookbehind expression.
matchExpression	RegexNode	Match expression.
리턴	RegexNodeLookAround

PositiveLookBehind() 공개 정적인 메소드

Generates a zero-width positive lookbehind assertion ("(?<=lookbehind)match").

public static PositiveLookBehind ( RegexNode lookupExpression, RegexNode matchExpression, RegexQuantifier quantifier ) : RegexNodeLookAround
lookupExpression	RegexNode	Lookbehind expression.
matchExpression	RegexNode	Match expression.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLookAround

UnicodeCharacter() 공개 정적인 메소드

Generates a Unicode character pattern ("\uNNNN") with the specified character code.

public static UnicodeCharacter ( int code ) : RegexNodeLiteral
code	int	Unicode character code.
리턴	RegexNodeLiteral

UnicodeCharacter() 공개 정적인 메소드

Generates a Unicode character pattern ("\uNNNN") with the specified character code.

public static UnicodeCharacter ( int code, RegexQuantifier quantifier ) : RegexNodeLiteral
code	int	Unicode character code.
quantifier	RegexQuantifier	Node quantifier.
리턴	RegexNodeLiteral