Operators

and

fun and(pe: EvalPE<*>): EvalPE<Unit>

"And" predicate on the pe parsing expression.

char

fun char(c: Char): EvalPE<Char>

Parsing expression that represents the character c.

fun char(b: CharacterBuilderBlock): EvalPE<Char>

Parsing expression that represents any character that satisfies the b lambda.

fun char(r: CharRange): EvalPE<Char>

Parsing expression that represents any character in the char range r.

fun char(firstC: Char, secondC: Char, vararg otherCs: Char): EvalPE<Char>

Parsing expression that represents any character from the firstC, secondC, or otherCs characters.

choice

fun <T> choice(firstPe: EvalPE<T>, secondPe: EvalPE<T>, vararg otherPes: EvalPE<T>): EvalPE<T>

Prioritized choice of parsing expressions.

joinToString

fun <T> EvalPE<List<T>>.joinToString(separator: CharSequence = "", prefix: CharSequence = "", postfix: CharSequence = "", limit: Int = -1, truncated: CharSequence = "...", transform: (T) -> CharSequence? = null): EvalPE<String>

This function works just like the joinToString from the standard library, but for the parsing expressions.

list

fun <T> EvalPE<T>.list(separator: EvalPE<*>? = null, prefix: EvalPE<*>? = null, postfix: EvalPE<*>? = null, min: UInt = 0u, max: UInt = UInt.MAX_VALUE): EvalPE<List<T>>

Parsing expression that represents a list of elements with the optionally defined separator, prefix, and postfix.

literal

fun literal(l: String): EvalPE<String>

Parsing expression that represents the literal l.

fun literal(len: Int, b: LiteralBuilderBlock): EvalPE<String>

Parsing expression that represents any literal of length len that satisfies the b lambda.

mapPe

fun <T, R> EvalPE<T>.mapPe(transform: MapBuilderBlock<T, R>): EvalPE<R>

Map parsing expression using the transform lambda.

not

fun not(pe: EvalPE<*>): EvalPE<Unit>

"Not" predicate on the pe parsing expression.

oneOrMore

fun <T> EvalPE<T>.oneOrMore(): EvalPE<List<T>>

Repeat parsing expression 1 or more times.

optional

fun <T> EvalPE<T>.optional(): EvalPE<Option<T>>

Optional parsing expression that yields Some value of the type T on successful parsing, or None otherwise.

orDefault

fun <T> EvalPE<T>.orDefault(value: T): EvalPE<T>

Optional parsing expression with the default value.

repeated

fun <T> EvalPE<T>.repeated(range: UIntRange): EvalPE<List<T>>

Repeat parsing expression an arbitrary number of times in the specified range.

fun <T> EvalPE<T>.repeated(min: UInt = 0u, max: UInt = UInt.MAX_VALUE): EvalPE<List<T>>

Repeat parsing expression from the min to the max numbers of times.

repeatedExactly

fun <T> EvalPE<T>.repeatedExactly(times: UInt): EvalPE<List<T>>

Repeat parsing expression exactly the given times.

seq

fun <T> seq(b: SequenceBuilderBlock<T>): EvalPE<T>

Sequence of parsing expressions, defined inside the b block.

zeroOrMore

fun <T> EvalPE<T>.zeroOrMore(): EvalPE<List<T>>

Repeat parsing expression 0 or more times.

ANY

val ANY: EvalPE<Char>

Parsing expression that represents any possible character.

DIGIT

val DIGIT: EvalPE<Char>

Parsing expression that represents any decimal digit, that is, any character in '0'..'9'.

HEX_DIGIT

val HEX_DIGIT: EvalPE<Char>

Parsing expression that represents any hexadecimal digit, that is, any character in '0'..'9', 'a'..'f', or 'A'..'F'.

LETTER

val LETTER: EvalPE<Char>

Parsing expression that represents any letter, that is, any character for which it.isLetter() equals true.

SequenceBuilder

Symbol

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