parsers
nom.parsers
nom.parsers -- namespace for parser combinators and parsers built with nom
Functions
return result of first succeeding parser
(I type, O1 type, O2 type, O3 type, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2, p3 nom.this.Parser I I O3) => nom.this.Parser I I O2¶
(I
type
, O1 type
, O2 type
, O3 type
, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2, p3 nom.this.Parser I I O3) =>
nom.this.Parser I I O2¶discard p1 and p3, return result of p2
match one or more digits
apply parser multiple times, return results as sequence
apply parser at least once, return results as sequence
apply parser between m and n times, return results as sequence
(I type, O1 type, O2 type, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2) => nom.this.Parser I I O2¶
(I
type
, O1 type
, O2 type
, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2) =>
nom.this.Parser I I O2¶discard the output of the first parser, return the result of the second parser
(I type, O type, D type, p_sep nom.this.Parser I I D, p_value nom.this.Parser I I O) => nom.this.Parser I I (Sequence O)¶
(I
type
, O type
, D type
, p_sep nom.this.Parser I I D, p_value nom.this.Parser I I O) =>
nom.this.Parser I I (Sequence O)¶parse a separated list of values, zero or more values
(I type, O type, D type, p_sep nom.this.Parser I I D, p_value Function (nom.this.Parser I I O)) => nom.this.Parser I I (Sequence O)¶
(I
type
, O type
, D type
, p_sep nom.this.Parser I I D, p_value Function (nom.this.Parser I I O)) =>
nom.this.Parser I I (Sequence O)¶parse a separated list of values, one or more values
(I type, R1 type, R2 type, R3 type, O1 type, O2 type, O3 type, p1 nom.this.Parser I R1 O1, p_sep nom.this.Parser R1 R2 O2, p2 Function (nom.this.Parser R2 R3 O3)) => nom.this.Parser I R3 (tuple O1 O3)¶
(I
type
, R1 type
, R2 type
, R3 type
, O1 type
, O2 type
, O3 type
, p1 nom.this.Parser I R1 O1, p_sep nom.this.Parser R1 R2 O2, p2 Function (nom.this.Parser R2 R3 O3)) =>
nom.this.Parser I R3 (tuple O1 O3)¶return result of p1 and p2 as tuple, drop result of p_sep
match str
take while cond is satisfied
take while cond is satisfied, at least once
(T type, m i32, n i32, cond Unary bool T) => nom.this.Parser (Sequence T) (Sequence T) (Sequence T)¶
(T
type
, m i32, n i32, cond Unary bool T) =>
nom.this.Parser (Sequence T) (Sequence T) (Sequence T)¶matches input as often as possible but at least m times and at most n times.
convert a parser taking a sequence of codepoints to a parser that takes a string
convert a parser returning a sequence of codepoints to a parser that returns a string
convert a parser taking and returning to codepoints to a parser taking and returning a string
(I type, O1 type, O2 type, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2) => nom.this.Parser I I (tuple O1 O2)¶
(I
type
, O1 type
, O2 type
, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2) =>
nom.this.Parser I I (tuple O1 O2)¶apply p1 then p2 and return their results as a tuple.
(I type, O1 type, O2 type, O3 type, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2, p3 nom.this.Parser I I O3) => nom.this.Parser I I (tuple O1 O2 O3)¶
(I
type
, O1 type
, O2 type
, O3 type
, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2, p3 nom.this.Parser I I O3) =>
nom.this.Parser I I (tuple O1 O2 O3)¶apply p1 then p2 then p3 and return their results as a tuple.
(I type, O1 type, O2 type, O3 type, O4 type, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2, p3 nom.this.Parser I I O3, p4 nom.this.Parser I I O4) => nom.this.Parser I I (tuple O1 O2 O3 O4)¶
(I
type
, O1 type
, O2 type
, O3 type
, O4 type
, p1 nom.this.Parser I I O1, p2 nom.this.Parser I I O2, p3 nom.this.Parser I I O3, p4 nom.this.Parser I I O4) =>
nom.this.Parser I I (tuple O1 O2 O3 O4)¶apply p1 then p2 then p3, then p4 and return their results as a tuple.
match zero or more whitespace
Choice Types
json supports the following types: strings, numbers, booleans, null, arrays and objects
0.095dev (2025-09-09 14:29:31 GIT hash 98644f8f651c2101a0730cfe31c5807993b7603b built by fridi@fzen)