Uses of Interface net.pwall.text.CharPredicate (Text Matcher 2.4 API)

Uses of CharPredicate in net.pwall.text

Methods in net.pwall.text that return CharPredicate
Modifier and Type	Method	Description
`default CharPredicate`	CharPredicate.`and(CharPredicate other)`	Create a composed predicate combining this predicate and another testing the same value in an AND relationship.
`default CharPredicate`	CharPredicate.`negate()`	Create a predicate representing the logical NOT of this predicate.
`default CharPredicate`	CharPredicate.`or(CharPredicate other)`	Create a composed predicate combining this predicate and another testing the same value in an OR relationship.

Methods in net.pwall.text with parameters of type CharPredicate
Modifier and Type	Method	Description
`default CharPredicate`	CharPredicate.`and(CharPredicate other)`	Create a composed predicate combining this predicate and another testing the same value in an AND relationship.
`boolean`	TextMatcher.`match(CharPredicate comparison)`	Match the current character in the text using the specified comparison function.
`boolean`	TextMatcher.`matchContinue(int maxChars, int minChars, CharPredicate comparison)`	Match the characters at the index as a continuation using the specified comparison function, with a given minimum number of characters and an optional maximum, but do not set the start index on success, and on fail, set the index back to the start index (as if the original match had failed).
`boolean`	TextMatcher.`matchContinue(int maxChars, CharPredicate comparison)`	Match the characters at the index as a continuation using the specified comparison function, with no minimum number of characters and an optional maximum, but do not set the start index on success, and on fail, set the index back to the start index (as if the original match had failed).
`boolean`	TextMatcher.`matchContinue(CharPredicate comparison)`	Match the characters at the index as a continuation using the specified comparison function, with no minimum or maximum number of characters, but do not set the start index on success, and on fail, set the index back to the start index (as if the original match had failed).
`boolean`	TextMatcher.`matchSeq(int maxChars, int minChars, CharPredicate comparison)`	Match the characters at the index using the specified comparison function, with a given minimum number of characters and an optional maximum.
`boolean`	TextMatcher.`matchSeq(int maxChars, CharPredicate comparison)`	Match the characters at the index using the specified comparison function, with a minimum of 1 character and an optional maximum.
`boolean`	TextMatcher.`matchSeq(CharPredicate comparison)`	Match the characters at the index using the specified comparison function, with a minimum of 1 character and no maximum.
`default CharPredicate`	CharPredicate.`or(CharPredicate other)`	Create a composed predicate combining this predicate and another testing the same value in an OR relationship.
`void`	TextMatcher.`skip(CharPredicate comparison)`	Increment the index past any characters matching a given comparison function.