Modifier and Type	Class and Description
public class	Terminals.Builder Builds `Terminals` instance by defining the words and keywords recognized.
public static class	Terminals.CharLiteral Entry point for parser and tokenizers of character literal.
public static class	Terminals.DecimalLiteral Entry point for parser and tokenizers of decimal number literal represented as `String`.
public static class	Terminals.Identifier Entry point for parser and tokenizers of regular identifier.
public static class	Terminals.IntegerLiteral Entry point for any arbitrary integer literal represented as a `String`.
public static class	Terminals.LongLiteral Entry point for parser and tokenizers of integral number literal represented as `Long`.
public static class	Terminals.ScientificNumberLiteral Entry point for parser and tokenizers of scientific notation literal.
public static class	Terminals.StringLiteral Entry point for parser and tokenizers of string literal.

Modifier and Type	Field and Description
public static final Parser<String>	RESERVED `Parser` that recognizes reserved word tokens.

Access	Constructor and Description
private	Terminals(Lexicon lexicon)

Method Summary

Modifier and Type	Method and Description
public static Terminals	Returns: the Terminals instance. caseInsensitive(String[] the operator names. ops, String[] the keyword names. keywords) Deprecated Use `operators(ops) .words(Scanners.IDENTIFIER) .caseInsensitiveKeywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case insensitively.
public static Terminals	Returns: the Terminals instance. caseInsensitive(Parser<String> the scanner that returns a word in the language. wordScanner, String[] the operator names. ops, String[] the keyword names. keywords) Deprecated Use `operators(ops) .words(wordScanner) .caseInsensitiveKeywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case insensitively.
public static Terminals	Returns: the Terminals instance. caseInsensitive(Parser<String> the scanner that returns a word in the language. wordScanner, String[] the operator names. ops, String[] the keyword names. keywords, Function<String, ?> maps the text to a token value for non-keywords recognized by `wordScanner`. wordMap) Deprecated Use `operators(ops) .words(wordScanner) .tokenizeWordsWith(wordMap) .caseInsensitiveKeywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case insensitively.
public static Terminals	Returns: the Terminals instance. caseSensitive(String[] the operator names. ops, String[] the keyword names. keywords) Deprecated Use `operators(ops) .words(Scanners.IDENTIFIER) .keywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case sensitively.
public static Terminals	Returns: the Terminals instance. caseSensitive(Parser<String> the scanner that returns a word in the language. wordScanner, String[] the operator names. ops, String[] the keyword names. keywords) Deprecated Use `operators(ops) .words(wordScanner) .keywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case sensitively.
public static Terminals	Returns: the Terminals instance. caseSensitive(Parser<String> the scanner that returns a word in the language. wordScanner, String[] the operator names. ops, String[] the keyword names. keywords, Function<String, ?> maps the text to a token value for non-keywords recognized by `wordScanner`. wordMap) Deprecated Use `operators(ops) .words(wordScanner) .tokenizeWordsWith(wordMap) .keywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case sensitively.
pack-priv static void	checkDup(Iterable<String> a, Iterable<String> b)
public static Parser<String>	fragment(final Object... tags) Returns a `Parser` that recognizes `Tokens.Fragment` token values tagged with one of `tags`.
pack-priv static TokenMap<String>	fromFragment(final Object... tags) Returns a `TokenMap` object that only recognizes `Tokens.Fragment` token values tagged with one of `tags`.
public static Parser<String>	identifier() Returns a `Parser` that recognizes identifiers (a.k.a words, variable names etc).
public static Terminals	Returns: the Terminals instance. operators(String... the operator names. ops) Returns a `Terminals` object for lexing the operators with names specified in `ops`.
public static Terminals	Returns: the Terminals instance. operators(Collection<String> the operator names. ops) Returns a `Terminals` object for lexing the operators with names specified in `ops`.
public Terminals.Builder	words(Parser<String> defines words recognized by the new instance wordScanner) Starts to build a new `Terminals` instance that recognizes words not already recognized by `this` `Terminals` instance (typically operators).

Inherited from org.jparsec.Lexicon:: fallback phrase token token tokenizer union word

Field Detail

RESERVED	back to summary
public static final Parser<String> RESERVED `Parser` that recognizes reserved word tokens. i.e. `Tokens.Fragment` tokens tagged as `Tag#RESERVED`. `Fragment#text()` is returned as parser result.

Constructor Detail

Terminals	back to summary
private Terminals(Lexicon lexicon)

Method Detail

caseInsensitive back to summary

caseInsensitive	back to summary
public static Terminals caseInsensitive(String[] ops, String[] keywords) Deprecated Use `operators(ops) .words(Scanners.IDENTIFIER) .caseInsensitiveKeywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case insensitively. Parsers for operators and keywords can be obtained through `token`; parsers for identifiers through `identifier`. In detail, keywords and operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. Words that are not among `keywords` are lexed as `Fragment` with `Tag#IDENTIFIER` tag. A word is defined as an alphanumeric string that starts with `[_a - zA - Z]`, with 0 or more `[0 - 9_a - zA - Z]` following. Parameters ops:String[] the operator names. keywords:String[] the keyword names. Returns:Terminals the Terminals instance. Annotations @Deprecated

public static Terminals caseInsensitive(String[] ops, String[] keywords)

Deprecated

Use operators(ops) .words(Scanners.IDENTIFIER) .caseInsensitiveKeywords(keywords) .build() instead.

Returns a Terminals object for lexing and parsing the operators with names specified in ops, and for lexing and parsing the keywords case insensitively. Parsers for operators and keywords can be obtained through token; parsers for identifiers through identifier.

In detail, keywords and operators are lexed as Tokens.Fragment with Tag#RESERVED tag. Words that are not among keywords are lexed as Fragment with Tag#IDENTIFIER tag.

A word is defined as an alphanumeric string that starts with [_a - zA - Z], with 0 or more [0 - 9_a - zA - Z] following.

Parameters

ops:String[]: the operator names.
keywords:String[]: the keyword names.

Returns:Terminals

the Terminals instance.

Annotations

@Deprecated

caseInsensitive back to summary

caseInsensitive	back to summary
public static Terminals caseInsensitive(Parser<String> wordScanner, String[] ops, String[] keywords) Deprecated Use `operators(ops) .words(wordScanner) .caseInsensitiveKeywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case insensitively. Parsers for operators and keywords can be obtained through `token`; parsers for identifiers through `identifier`. In detail, keywords and operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. Words that are not among `keywords` are lexed as `Fragment` with `Tag#IDENTIFIER` tag. Parameters wordScanner:Parser<String> the scanner that returns a word in the language. ops:String[] the operator names. keywords:String[] the keyword names. Returns:Terminals the Terminals instance. Annotations @Deprecated

public static Terminals caseInsensitive(Parser<String> wordScanner, String[] ops, String[] keywords)

Deprecated

Use operators(ops) .words(wordScanner) .caseInsensitiveKeywords(keywords) .build() instead.

In detail, keywords and operators are lexed as Tokens.Fragment with Tag#RESERVED tag. Words that are not among keywords are lexed as Fragment with Tag#IDENTIFIER tag.

Parameters

wordScanner:Parser<String>: the scanner that returns a word in the language.
ops:String[]: the operator names.
keywords:String[]: the keyword names.

Returns:Terminals

the Terminals instance.

Annotations

@Deprecated

caseInsensitive back to summary

caseInsensitive	back to summary
public static Terminals caseInsensitive(Parser<String> wordScanner, String[] ops, String[] keywords, Function<String, ?> wordMap) Deprecated Use `operators(ops) .words(wordScanner) .tokenizeWordsWith(wordMap) .caseInsensitiveKeywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case insensitively. Parsers for operators and keywords can be obtained through `token`; parsers for identifiers through `identifier`. In detail, keywords and operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. Words that are not among `keywords` are lexed as `Fragment` with `Tag#IDENTIFIER` tag. Parameters wordScanner:Parser<String> the scanner that returns a word in the language. ops:String[] the operator names. keywords:String[] the keyword names. wordMap:Function<String, ?> maps the text to a token value for non-keywords recognized by `wordScanner`. Returns:Terminals the Terminals instance. Annotations @Deprecated

public static Terminals caseInsensitive(Parser<String> wordScanner, String[] ops, String[] keywords, Function<String, ?> wordMap)

Deprecated

Use operators(ops) .words(wordScanner) .tokenizeWordsWith(wordMap) .caseInsensitiveKeywords(keywords) .build() instead.

In detail, keywords and operators are lexed as Tokens.Fragment with Tag#RESERVED tag. Words that are not among keywords are lexed as Fragment with Tag#IDENTIFIER tag.

Parameters

wordScanner:Parser<String>: the scanner that returns a word in the language.
ops:String[]: the operator names.
keywords:String[]: the keyword names.
wordMap:Function<String, ?>: maps the text to a token value for non-keywords recognized by wordScanner.

Returns:Terminals

the Terminals instance.

Annotations

@Deprecated

caseSensitive back to summary

caseSensitive	back to summary
public static Terminals caseSensitive(String[] ops, String[] keywords) Deprecated Use `operators(ops) .words(Scanners.IDENTIFIER) .keywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case sensitively. Parsers for operators and keywords can be obtained through `token`; parsers for identifiers through `identifier`. In detail, keywords and operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. Words that are not among `keywords` are lexed as `Fragment` with `Tag#IDENTIFIER` tag. A word is defined as an alphanumeric string that starts with `[_a - zA - Z]`, with 0 or more `[0 - 9_a - zA - Z]` following. Parameters ops:String[] the operator names. keywords:String[] the keyword names. Returns:Terminals the Terminals instance. Annotations @Deprecated

public static Terminals caseSensitive(String[] ops, String[] keywords)

Deprecated

Use operators(ops) .words(Scanners.IDENTIFIER) .keywords(keywords) .build() instead.

Returns a Terminals object for lexing and parsing the operators with names specified in ops, and for lexing and parsing the keywords case sensitively. Parsers for operators and keywords can be obtained through token; parsers for identifiers through identifier.

In detail, keywords and operators are lexed as Tokens.Fragment with Tag#RESERVED tag. Words that are not among keywords are lexed as Fragment with Tag#IDENTIFIER tag.

A word is defined as an alphanumeric string that starts with [_a - zA - Z], with 0 or more [0 - 9_a - zA - Z] following.

Parameters

ops:String[]: the operator names.
keywords:String[]: the keyword names.

Returns:Terminals

the Terminals instance.

Annotations

@Deprecated

caseSensitive back to summary

caseSensitive	back to summary
public static Terminals caseSensitive(Parser<String> wordScanner, String[] ops, String[] keywords) Deprecated Use `operators(ops) .words(wordScanner) .keywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case sensitively. Parsers for operators and keywords can be obtained through `token`; parsers for identifiers through `identifier`. In detail, keywords and operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. Words that are not among `keywords` are lexed as `Fragment` with `Tag#IDENTIFIER` tag. Parameters wordScanner:Parser<String> the scanner that returns a word in the language. ops:String[] the operator names. keywords:String[] the keyword names. Returns:Terminals the Terminals instance. Annotations @Deprecated

public static Terminals caseSensitive(Parser<String> wordScanner, String[] ops, String[] keywords)

Deprecated

Use operators(ops) .words(wordScanner) .keywords(keywords) .build() instead.

In detail, keywords and operators are lexed as Tokens.Fragment with Tag#RESERVED tag. Words that are not among keywords are lexed as Fragment with Tag#IDENTIFIER tag.

Parameters

wordScanner:Parser<String>: the scanner that returns a word in the language.
ops:String[]: the operator names.
keywords:String[]: the keyword names.

Returns:Terminals

the Terminals instance.

Annotations

@Deprecated

caseSensitive back to summary

caseSensitive	back to summary
public static Terminals caseSensitive(Parser<String> wordScanner, String[] ops, String[] keywords, Function<String, ?> wordMap) Deprecated Use `operators(ops) .words(wordScanner) .tokenizeWordsWith(wordMap) .keywords(keywords) .build()` instead. Returns a `Terminals` object for lexing and parsing the operators with names specified in `ops`, and for lexing and parsing the keywords case sensitively. Parsers for operators and keywords can be obtained through `token`; parsers for identifiers through `identifier`. In detail, keywords and operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. Words that are not among `keywords` are lexed as `Fragment` with `Tag#IDENTIFIER` tag. Parameters wordScanner:Parser<String> the scanner that returns a word in the language. ops:String[] the operator names. keywords:String[] the keyword names. wordMap:Function<String, ?> maps the text to a token value for non-keywords recognized by `wordScanner`. Returns:Terminals the Terminals instance. Annotations @Deprecated

public static Terminals caseSensitive(Parser<String> wordScanner, String[] ops, String[] keywords, Function<String, ?> wordMap)

Deprecated

Use operators(ops) .words(wordScanner) .tokenizeWordsWith(wordMap) .keywords(keywords) .build() instead.

In detail, keywords and operators are lexed as Tokens.Fragment with Tag#RESERVED tag. Words that are not among keywords are lexed as Fragment with Tag#IDENTIFIER tag.

Parameters

wordScanner:Parser<String>: the scanner that returns a word in the language.
ops:String[]: the operator names.
keywords:String[]: the keyword names.
wordMap:Function<String, ?>: maps the text to a token value for non-keywords recognized by wordScanner.

Returns:Terminals

the Terminals instance.

Annotations

@Deprecated

checkDup	back to summary
pack-priv static void checkDup(Iterable<String> a, Iterable<String> b) Annotations @Private

fragment	back to summary
public static Parser<String> fragment(final Object... tags) Returns a `Parser` that recognizes `Tokens.Fragment` token values tagged with one of `tags`.

fromFragment	back to summary
pack-priv static TokenMap<String> fromFragment(final Object... tags) Returns a `TokenMap` object that only recognizes `Tokens.Fragment` token values tagged with one of `tags`.

identifier back to summary

identifier	back to summary
public static Parser<String> identifier() Returns a `Parser` that recognizes identifiers (a.k.a words, variable names etc). Equivalent to `Identifier#PARSER`. Since 2.2

public static Parser<String> identifier()

Returns a Parser that recognizes identifiers (a.k.a words, variable names etc). Equivalent to Identifier#PARSER.

Since: 2.2

operators back to summary

operators	back to summary
public static Terminals operators(String... ops) Returns a `Terminals` object for lexing the operators with names specified in `ops`. Operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. For example, to get the parser for operator "?", simply call `token("?")`. If words and keywords need to be parsed, they can be configured via `words`. Parameters ops:String[] the operator names. Returns:Terminals the Terminals instance.

public static Terminals operators(String... ops)

Returns a Terminals object for lexing the operators with names specified in ops. Operators are lexed as Tokens.Fragment with Tag#RESERVED tag. For example, to get the parser for operator "?", simply call token("?").

If words and keywords need to be parsed, they can be configured via words.

Parameters

ops:String[]: the operator names.

Returns:Terminals

the Terminals instance.

operators back to summary

operators	back to summary
public static Terminals operators(Collection<String> ops) Returns a `Terminals` object for lexing the operators with names specified in `ops`. Operators are lexed as `Tokens.Fragment` with `Tag#RESERVED` tag. For example, to get the parser for operator "?", simply call `token("?")`. If words and keywords need to be parsed, they can be configured via `words`. Parameters ops:Collection<String> the operator names. Returns:Terminals the Terminals instance. Since 2.2

public static Terminals operators(Collection<String> ops)

If words and keywords need to be parsed, they can be configured via words.

Parameters

ops:Collection<String>: the operator names.

Returns:Terminals

the Terminals instance.

Since

2.2

words back to summary

words	back to summary
public Terminals.Builder words(Parser<String> wordScanner) Starts to build a new `Terminals` instance that recognizes words not already recognized by `this` `Terminals` instance (typically operators). By default identifiers are recognized through `identifier` during token-level parsing phase. Use `Builder#tokenizeWordsWith` to tokenize differently, and choose an alternative token-level parser accordingly. Parameters wordScanner:Parser<String> defines words recognized by the new instance Since 2.2

public Terminals.Builder words(Parser<String> wordScanner)

Starts to build a new Terminals instance that recognizes words not already recognized by this Terminals instance (typically operators).

By default identifiers are recognized through identifier during token-level parsing phase. Use Builder#tokenizeWordsWith to tokenize differently, and choose an alternative token-level parser accordingly.

Parameters

wordScanner:Parser<String>: defines words recognized by the new instance

Since

2.2

org.jparsec back to summary

public final Class Terminals.Builder

Class Inheritance

extends Object

java.lang.Object
org.jparsec.Terminals.Builder

Builds Terminals instance by defining the words and keywords recognized. The following example implements a calculator with logical operators:

   Terminals terms = Terminals
      .operators("<", ">", "=", ">=", "<=")
      .words(Scanners.IDENTIFIER)
      .caseInsensitiveKeywords("and", "or")
      .build();
  Parser<String> var = Terminals.identifier();
  Parser<Integer> integer = Terminals.IntegerLiteral.PARSER.map(...);
  Parser<?> and = terms.token("and");
  Parser<?> lessThan = terms.token("<");
  ...
  Parser<?> parser = grammar.from(
      terms.tokenizer().or(IntegerLiteral.TOKENIZER), Scanners.WHITSPACES.optional());

Since: 2.2

Field Summary

Modifier and Type	Field and Description
private Collection<String>	keywords
private StringCase	stringCase
private final Parser<String>	wordScanner
private Function<String, ?>	wordTokenMap

Constructor Summary

Access	Constructor and Description
pack-priv	Builder(Parser<String> wordScanner)

Method Summary

Modifier and Type	Method and Description
public Terminals	build() Builds a new `Terminals` instance that recognizes words defined in this builder.
public Terminals.Builder	caseInsensitiveKeywords(String... keywords) Defines case insensitive keywords.
public Terminals.Builder	caseInsensitiveKeywords(Collection<String> keywords) Defines case insensitive keywords.
public Terminals.Builder	keywords(String... keywords) Defines keywords.
public Terminals.Builder	keywords(Collection<String> keywords) Defines keywords.
public Terminals.Builder	tokenizeWordsWith(Function<String, ?> wordMap) Configures alternative tokenization strategy for words (except keywords).

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

keywords	back to summary
private Collection<String> keywords

stringCase	back to summary
private StringCase stringCase

wordScanner	back to summary
private final Parser<String> wordScanner

wordTokenMap	back to summary
private Function<String, ?> wordTokenMap

Constructor Detail

Builder	back to summary
pack-priv Builder(Parser<String> wordScanner)

Method Detail

build	back to summary
public Terminals build() Builds a new `Terminals` instance that recognizes words defined in this builder.

caseInsensitiveKeywords back to summary

caseInsensitiveKeywords	back to summary
public Terminals.Builder caseInsensitiveKeywords(String... keywords) Defines case insensitive keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call `token(keyword)`. Note that if you call `keywords` or `caseInsensitiveKeywords` multiple times on the same `Builder` instance, the last call overwrites previous calls.

public Terminals.Builder caseInsensitiveKeywords(String... keywords)

Defines case insensitive keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call token(keyword).

Note that if you call keywords or caseInsensitiveKeywords multiple times on the same Builder instance, the last call overwrites previous calls.

caseInsensitiveKeywords back to summary

caseInsensitiveKeywords	back to summary
public Terminals.Builder caseInsensitiveKeywords(Collection<String> keywords) Defines case insensitive keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call `token(keyword)`. Note that if you call `keywords` or `caseInsensitiveKeywords` multiple times on the same `Builder` instance, the last call overwrites previous calls.

public Terminals.Builder caseInsensitiveKeywords(Collection<String> keywords)

Defines case insensitive keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call token(keyword).

Note that if you call keywords or caseInsensitiveKeywords multiple times on the same Builder instance, the last call overwrites previous calls.

keywords back to summary

keywords	back to summary
public Terminals.Builder keywords(String... keywords) Defines keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call `token(keyword)`. Note that if you call `keywords` or `caseInsensitiveKeywords` multiple times on the same `Builder` instance, the last call overwrites previous calls.

public Terminals.Builder keywords(String... keywords)

Defines keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call token(keyword).

Note that if you call keywords or caseInsensitiveKeywords multiple times on the same Builder instance, the last call overwrites previous calls.

keywords back to summary

keywords	back to summary
public Terminals.Builder keywords(Collection<String> keywords) Defines keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call `token(keyword)`. Note that if you call `keywords` or `caseInsensitiveKeywords` multiple times on the same `Builder` instance, the last call overwrites previous calls.

public Terminals.Builder keywords(Collection<String> keywords)

Defines keywords. Keywords are special words with their own grammar rules. To get the parser for a keyword, call token(keyword).

Note that if you call keywords or caseInsensitiveKeywords multiple times on the same Builder instance, the last call overwrites previous calls.

tokenizeWordsWith	back to summary
public Terminals.Builder tokenizeWordsWith(Function<String, ?> wordMap) Configures alternative tokenization strategy for words (except keywords).

org.jparsec back to summary

public final Class Terminals.CharLiteral

Class Inheritance

extends Object

java.lang.Object
org.jparsec.Terminals.CharLiteral

Entry point for parser and tokenizers of character literal.

Field Summary

Modifier and Type	Field and Description
public static final Parser<Character>	PARSER `Parser` that recognizes `Character` tokens.
public static final Parser<Character>	SINGLE_QUOTE_TOKENIZER A tokenizer that parses single quoted character literal (escaped by `'\'`), and then converts the character to a `Character` token.

Constructor Summary

Access	Constructor and Description
private	CharLiteral()

Method Summary

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

PARSER	back to summary
public static final Parser<Character> PARSER `Parser` that recognizes `Character` tokens.

SINGLE_QUOTE_TOKENIZER	back to summary
public static final Parser<Character> SINGLE_QUOTE_TOKENIZER A tokenizer that parses single quoted character literal (escaped by `'\'`), and then converts the character to a `Character` token.

Constructor Detail

CharLiteral	back to summary
private CharLiteral()

org.jparsec back to summary

public final Class Terminals.DecimalLiteral

Class Inheritance

extends Object

java.lang.Object
org.jparsec.Terminals.DecimalLiteral

Entry point for parser and tokenizers of decimal number literal represented as String.

Field Summary

Modifier and Type	Field and Description
public static final Parser<String>	PARSER `Parser` that recognizes `Tokens.Fragment` tokens tagged as `Tag#DECIMAL`.
public static final Parser<Tokens.Fragment>	TOKENIZER A tokenizer that parses a decimal number (valid patterns are: `1, 2.3, 00, 0., .23`) and returns a `Fragment` token tagged as `Tag#DECIMAL`.

Constructor Summary

Access	Constructor and Description
private	DecimalLiteral()

Method Summary

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

PARSER	back to summary
public static final Parser<String> PARSER `Parser` that recognizes `Tokens.Fragment` tokens tagged as `Tag#DECIMAL`.

TOKENIZER	back to summary
public static final Parser<Tokens.Fragment> TOKENIZER A tokenizer that parses a decimal number (valid patterns are: `1, 2.3, 00, 0., .23`) and returns a `Fragment` token tagged as `Tag#DECIMAL`.

Constructor Detail

DecimalLiteral	back to summary
private DecimalLiteral()

org.jparsec back to summary

public final Class Terminals.Identifier

Class Inheritance

extends Object

java.lang.Object
org.jparsec.Terminals.Identifier

Entry point for parser and tokenizers of regular identifier.

Field Summary

Modifier and Type	Field and Description
public static final Parser<String>	PARSER `Parser` that recognizes identifier tokens.
public static final Parser<Tokens.Fragment>	TOKENIZER A tokenizer that parses any identifier and returns a `Fragment` token tagged as `Tag#IDENTIFIER`.

Constructor Summary

Access	Constructor and Description
private	Identifier()

Method Summary

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

PARSER	back to summary
public static final Parser<String> PARSER `Parser` that recognizes identifier tokens. i.e. `Tokens.Fragment` tokens tagged as `Tag#IDENTIFIER`. `Fragment#text()` is returned as parser result.

TOKENIZER back to summary

TOKENIZER	back to summary
public static final Parser<Tokens.Fragment> TOKENIZER A tokenizer that parses any identifier and returns a `Fragment` token tagged as `Tag#IDENTIFIER`. An identifier starts with an alphabetic character or underscore, and is followed by 0 or more alphanumeric characters or underscore.

public static final Parser<Tokens.Fragment> TOKENIZER

A tokenizer that parses any identifier and returns a Fragment token tagged as Tag#IDENTIFIER.

An identifier starts with an alphabetic character or underscore, and is followed by 0 or more alphanumeric characters or underscore.

Constructor Detail

Identifier	back to summary
private Identifier()

org.jparsec back to summary

public final Class Terminals.IntegerLiteral

Class Inheritance

extends Object

java.lang.Object
org.jparsec.Terminals.IntegerLiteral

Entry point for any arbitrary integer literal represented as a String.

Field Summary

Modifier and Type	Field and Description
public static final Parser<String>	PARSER `Parser` that recognizes `Tokens.Fragment` tokens tagged as `Tag#INTEGER`.
public static final Parser<Tokens.Fragment>	TOKENIZER A tokenizer that parses a integer number (valid patterns are: `0, 00, 1, 10`) and returns a `Fragment` token tagged as `Tag#INTEGER`.

Constructor Summary

Access	Constructor and Description
private	IntegerLiteral()

Method Summary

Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

Field Detail

PARSER	back to summary
public static final Parser<String> PARSER `Parser` that recognizes `Tokens.Fragment` tokens tagged as `Tag#INTEGER`.

TOKENIZER	back to summary
public static final Parser<Tokens.Fragment> TOKENIZER A tokenizer that parses a integer number (valid patterns are: `0, 00, 1, 10`) and returns a `Fragment` token tagged as `Tag#INTEGER`.

Constructor Detail

IntegerLiteral	back to summary
private IntegerLiteral()

org.jparsec back to summary

public final Class Terminals.LongLiteral

Class Inheritance

extends Object

java.lang.Object
org.jparsec.Terminals.LongLiteral

Entry point for parser and tokenizers of integral number literal represented as Long.

Field Summary

Modifier and Type	Field and Description
public static final Parser<Long>	DEC_TOKENIZER A tokenizer that parses a decimal integer number (valid patterns are: `1, 10, 123`), and converts the string to a `Long` value.
public static final Parser<Long>	HEX_TOKENIZER A tokenizer that parses a hex integer number (valid patterns are: `0x1, 0Xff, 0xFe1` etc.), and converts the string to a `Long` value.
public static final Parser<Long>	OCT_TOKENIZER A tokenizer that parses a octal integer number (valid patterns are: `0, 07, 017, 0371` etc.), and converts the string to a `Long` value.
public static final Parser<Long>	PARSER `Parser` that recognizes `Long` tokens.
public static final Parser<Long>	TOKENIZER A tokenizer that parses decimal, hex, and octal numbers and converts the string to a `Long` value.

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private	LongLiteral()

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Inherited from java.lang.Object:: clone equals finalize getClass hashCode notify notifyAll toString wait wait wait

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DEC_TOKENIZER	back to summary
public static final Parser<Long> DEC_TOKENIZER A tokenizer that parses a decimal integer number (valid patterns are: `1, 10, 123`), and converts the string to a `Long` value.

HEX_TOKENIZER back to summary

public static final Parser<Long> HEX_TOKENIZER

A tokenizer that parses a hex integer number (valid patterns are: 0x1, 0Xff, 0xFe1 etc.), and converts the string to a Long value.

A hex number has to start with either 0x or 0X.

OCT_TOKENIZER back to summary

public static final Parser<Long> OCT_TOKENIZER

A tokenizer that parses a octal integer number (valid patterns are: 0, 07, 017, 0371 etc.), and converts the string to a Long value.

An octal number has to start with 0.

PARSER	back to summary
public static final Parser<Long> PARSER `Parser` that recognizes `Long` tokens.

TOKENIZER	back to summary
public static final Parser<Long> TOKENIZER A tokenizer that parses decimal, hex, and octal numbers and converts the string to a `Long` value.

Constructor Detail

LongLiteral	back to summary
private LongLiteral()

Modifier and Type	Field and Description
public static final Parser<Tokens.ScientificNotation>	PARSER `Parser` that recognies `ScientificNotation` tokens.
public static final Parser<Tokens.ScientificNotation>	TOKENIZER A tokenizer that parses a scientific notation and converts the string to a `ScientificNotation` value.

Modifier and Type	Field and Description
public static final Parser<String>	DOUBLE_QUOTE_TOKENIZER A tokenizer that parses double quoted string literal (escaped by `'\'`), and transforms the quoted content by applying escape characters.
public static final Parser<String>	PARSER `Parser` that recognizes `String` tokens.
public static final Parser<String>	SINGLE_QUOTE_TOKENIZER A tokenizer that parses single quoted string literal (single quote is escaped with another single quote), and transforms the quoted content by applying escape characters.

public final Class Terminals

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public final Class Terminals.Builder

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public final Class Terminals.CharLiteral

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public final Class Terminals.DecimalLiteral

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public final Class Terminals.Identifier

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public final Class Terminals.IntegerLiteral

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public final Class Terminals.LongLiteral

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public final Class Terminals.ScientificNumberLiteral

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public final Class Terminals.StringLiteral

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