@yozora/tokenizer-footnote produce Footnote type nodes. See documentation for details.
-
npm
npm install --save @yozora/tokenizer-footnote
-
yarn
yarn add @yozora/tokenizer-footnote
@yozora/tokenizer-footnote has been integrated into @yozora/parser, so you can use
YozoraParser
directly.
@yozora/tokenizer-footnote cannot be used alone, it needs to be registered in YastParser as a plugin-in before it can be used.
import { DefaultParser } from '@yozora/core-parser'
import ParagraphTokenizer from '@yozora/tokenizer-paragraph'
import TextTokenizer from '@yozora/tokenizer-text'
import FootnoteTokenizer from '@yozora/tokenizer-footnote'
const parser = new DefaultParser()
.useFallbackTokenizer(new ParagraphTokenizer())
.useFallbackTokenizer(new TextTokenizer())
.useTokenizer(new FootnoteTokenizer())
// parse source markdown content
parser.parse(`
^[inline footnote]
^[footnote with *emphasis* and $x^2+y^2$ and `inline code`]
`)
Use within @yozora/parser
import YozoraParser from '@yozora/parser'
const parser = new YozoraParser()
// parse source markdown content
parser.parse(`
^[inline footnote]
^[footnote with *emphasis* and $x^2+y^2$ and `inline code`]
`)
Use with @yozora/parser-gfm
import GfmParser from '@yozora/parser-gfm'
import FootnoteTokenizer from '@yozora/tokenizer-footnote'
const parser = new GfmParser()
parser.useTokenizer(new FootnoteTokenizer())
// parse source markdown content
parser.parse(`
^[inline footnote]
^[footnote with *emphasis* and $x^2+y^2$ and `inline code`]
`)
Use within @yozora/parser-gfm-ex
import GfmExParser from '@yozora/parser-gfm-ex'
import FootnoteTokenizer from '@yozora/tokenizer-footnote'
const parser = new GfmExParser()
parser.useTokenizer(new FootnoteTokenizer())
// parse source markdown content
parser.parse(`
^[inline footnote]
^[footnote with *emphasis* and $x^2+y^2$ and `inline code`]
`)
Name | Type | Required | Default |
---|---|---|---|
name |
string |
false |
"@yozora/tokenizer-footnote" |
priority |
number |
false |
TokenizerPriority.LINKS |
-
name
: The unique name of the tokenizer, used to bind the token it generates, to determine the tokenizer that should be called in each life cycle of the token in the entire matching / parsing phase. -
priority
: Priority of the tokenizer, determine the order of processing, high priority priority execution. interruptable. In addition, in thematch-block
stage, a high-priority tokenizer can interrupt the matching process of a low-priority tokenizer.Exception: Delimiters of type
full
are always processed before other type delimiters.