Parsers index

This is an alphabetical list of all parsers from the ParserObjects library:

• And() Attempt to match several parsers and returns success if they all succeed.
• Any() Matches any input item, fails at end of input.
• Bool() Returns success, with a boolean value containing the result success flag of the inner parser.
• C.Character() Match a C-style character literal.
• C.Comment() Match a C-style comment with /* */ delimiters.
• C.DoubleString() Match a C-style double literal and return it as a string.
• C.HexadecimalInteger() Match a C-style hexadecimal literal which starts with 0x. Returns the result as an int.
• C.HexadecimalString() Match a C-style hexadecimal literal which starts with 0x. Returns the result as a string.
• C.Identifier() Match a C-style identifier and return it as a `string.
• C.IntegerString() Match a C-style integer literal and return a string.
• C.Integer() Match a C-style integer and return an int.
• C.LongIntegerString() Match a C-style long integer literal and return a string.
• C.LongInteger() Match a C-style long integer and return a long.
• C.String() Match a C-style string literal.
• C.StrippedCharacter() Match and decode a C-style char literal.
• C.StrippedString() Match and decode a C-style string literal.
• C.UnsignedIntegerString() Match a C-style unsigned integer and return a string.
• C.UnsignedInteger() Match a C-style unsigned integer literal and return an uint.
• C.UnsignedLongIntegerString() Match a C-style unsigned long integer and return a string.
• C.UnsignedLongInteger() Match a C-style unsigned long integer literal and return an ulong.
• Cache() Cache the result of a parser at the given input location and return it immediately if the same parser is invoked at the same position again.
• CamelCase() Match a series of characters in UpperCamelCaseFormat or lowerCamelCaseFormat.
• Capture() Matches several parsers in series and returns a list of all matched input items.
• CaptureString() matches several parsers in series and returns all matched input chars as a string.
• Chain() executes a parser, and then uses the result value to select the next parser.
• ChainWith() like Chain but with a fluent interface to select the next parser.
• CharacterString() Matches a literal string of characters and returns the matched string.
• Choose() Test a parser without consuming input, and then select the next parser based on the result.
• Combine() Executes several parsers in series and on success returns a list with all results.
• Context() Modify the current parse context before and after a parse.
• ContinueWith() Continue a multi-parse with each possibility in parallel.
• ContinueWithEach() Continue a multi-parse with each possibility in parallel using parsers from a callback.
• Cpp.Comment() Match a C++-style Comment with //.
• Create() Create a new parser at runtime using contextual data from the parse.
• CreateMulti() Create a new multi-parser at runtime using contextual data from the parse.
• DataContext() Create a new contextual data frame to hold contextual data.
• Date() Match a date value with a custom format string.
• DateAndTime() Match a date and time value with a custom format string.
• Deferred() Maintains an indirect reference to a parser, to support circular references.
• DelimitedStringWithEscapedDelimiters() Match a string with custom quote and escape characters.
• Digit() Matches a digit character.
• DigitsAsInteger() Matches of a string of subsequent digits and returns the value as a parsed int.
• DigitString() Matches a string of subsequent digits.
• DoubleQuotedString() Match a string using double quotes.
• Each() Executes several parsers at the current position and returns all results as a multi-result.
• Earley Allows construction of an Earley parser for recursive or ambiguous grammars.
• Empty() Matches at any position and returns no value.
• End() Matches successfully at the end of input, fails everywhere else, and returns no value.
• Examine() Allows inserting user-defined callbacks before and after a parser, for debugging purposes.
• Fail() Returns a failure result.
• FailMulti() Returns a failure multi-result.
• First() Tests several parsers in series, returns the first successful result.
• FirstResult() Take the first success from a multi-result only.
• FollowedBy() Match a value but only if it is followed by another matched value. Return only the first match.
• Function() Executes an arbitrary, unstructured user callback.
• GetData() Retrieve contextual data from the current data frame by name.
• GuidB() Parse a Guid in B format.
• GuidD() Parse a Guid in D format.
• GuidN() Parse a Guid in N format.
• GuidP() Parse a Guid in P format.
• HexadecimalDigit() Matches any hexadecimal digit 'a'-'f', 'A'-'F', '0'-'9'.
• HexadecimalString() Matches a series of hexadecimal digits. Returns a string.
• If() Match a parser and execute a different parser depending on success or failure.
• IsEnd() Matches successfully at any position but returns a boolean true at end of input and false elsewhere.
• JS.Number() Match a JavaScript-style Number literal, returned as a double.
• JS.NumberString() Match a JavaScript-style Number literal, returned as a string.
• JS.String() Match a JavaScript-style string literal.
• JS.StrippedString() Match and decode a JavaScript-style string literal.
• Letter() Matches any letter character.
• Line() Match a whole line of text and return it as a string.
• List() Match a parser multiple times and return all results as a list.
• ListCharToString() Match several characters and return them as a string.
• ListStringsToString() Match several strings and return them as a single string.
• Longest() Same as LongestResult().
• LongestResult() Take the result from the multi-result which consumed the most input.
• LowerCamelCase() Matches a series of characters in lowerCamelCaseFormat.
• LowerCase() Match any lower-case letter.
• Map() Same as Transform()
• Match Attempts to match a single input item, or a pattern of several input items.
• MatchAny() Match one of several characters or character patterns.
• MatchChar() Match a character. An optimization over Match()
• MatchChars() Match several characters and return the result as a string. An optimization over Match().
• MatchItem() Attempts to match an item but will not match at end of input.
• NegativeLookahead() Returns success if the given parser would not succeed from the current position.
• None() Executes a parser but ensures that no input is consumed.
• NonGreedyList() Match a parser the smallest number of times in order to continue the parse.
• NonZeroDigit() Matches any digit character except '0'.
• Not() Inverts the success result of the parser.
• NotFollowedBy() Match a value but only if it would not be followed by another value.
• NotMatchAny() Match a character which does not exist in the given collection.
• Optional() Executes a parser but always returns success.
• OptionalWhitespace() Match zero or more whitespace characters.
• Or() Attempts several parsers and returns success as soon as any one of them succeed.
• Peek() Return the next item of input but do not consume it.
• PositiveLookahead() Returns success if the given parser would succeed from the current position.
• Pratt() Create a Pratt Parser for operator-climbing and operator-precedence scenarios.
• Predict() Same as ChainWith.
• PrefixedLine() Parse a whole line of text that starts with a given prefix.
• Produce() Return a value from a user callback and consume no input.
• ProduceMulti() Return a multi-value from a user callback and consume no input.
• Regex() Match a pattern defined by a regular expression.
• RegexPattern() Parse a regular expression into a Regex object.
• Replaceable() Allows a parser reference to be changed after build-up.
• Rule() Execute several parsers and combine their results using a custom callback.
• ScreamingSnakeCase() Match a series of characters in SCREAMING_SNAKE_CASE_FORMAT.
• ScreamingSpinalCase() Match a series of characters in SCREAMING-SPINAL-CASE-FORMAT.
• Select() Same as SelectResult().
• SelectResult() Invoke a callback to select the best result from a multi-result.
• Sequential() Executes an arbitrary structured user callback.
• SetData() Set a data value into the current contextual data frame by name.
• SetResultData() Save the result of a parser into the current contextual data frame.
• SingleQuotedString() Match a string using single quotes.
• Single() Same as SingleResult().
• SingleResult() Expect and return a single successful result from a multi-result or return failure.
• SnakeCase() Match a series of characters in Snake_Case_Format.
• SpinalCase() Match a series of characters in Spinal-Case-Format
• Sql.Comment() Match an SQL-style Comment with --.
• Sql.Identifier() Match an SQL-style identifier.
• Sql.QualifiedIdentifier() Match an SQL-style multipart identifier.
• Stringify() Convert an IReadOnlyList<char> result into a string result.
• StrippedDoubleQuotedString() Match and decode a string using double quotes.
• StrippedDelimitedStringWithEscapedDelimiters() Match and decode a string with custom quote and escape characters.
• StrippedSingleQuotedString() Match and decode a string using single quotes.
• Symbol() Match any symbol character.
• Synchronize() Attempt the parse. If it fails, consume input until we can get back to a known good state and continue.
• Then() Same as If().
• Time() Match a time value with a custom format string.
• Transform() Modify the output value of a parser.
• Trie() Use a prefix tree to efficiently match one of several patterns and return the longest result.
• TrieMulti() Use a prefix tree to efficiently match several patterns and return all matches as a multi-result.
• Try() Catch and handle exceptions thrown during a parse.
• UpperCamelCase() Match a series of characters in UpperCamelCaseFormat
• UpperCase() Match any upper-case letter.
• Whitespace() Match several characters of whitespace and return them all as a string.
• WhitespaceCharacter() Match a single character of whitespace.
• WithDataContext() Same as DataContext().
• Word() Match a series of Letter characters and returns the result as a string.