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import assert from 'node:assert/strict'
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import test from 'node:test'
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import type { AdfAttributes, AdfDocument, AdfMark, AdfNode } from '../../adf/document.ts'
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import type { Result } from '../../result.ts'
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import { adfToMarkdown } from '../../index.ts'
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function document(...content: AdfNode[]): AdfDocument {
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return { content, type: 'doc', version: 1 }
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}
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function paragraph(...content: AdfNode[]): AdfNode {
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return { content, type: 'paragraph' }
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}
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function code(result: Result<string>): string {
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return result.ok ? `emitted ${JSON.stringify(result.value)}` : result.error.code
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}
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function markdown(result: Result<string>): string {
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return result.ok ? result.value : `${result.error.code}: ${result.error.message}`
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}
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function path(result: Result<string>): readonly (number | string)[] {
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return result.ok ? ['emitted'] : result.error.path
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}
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test('names the node a refusal came from', () => {
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const unspellable: AdfNode = { text: 'x', type: 'paragraph' }
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const list: AdfNode = { content: [{ content: [paragraph({ text: 'x', type: 'text' })], type: 'listItem' }, { content: [unspellable], type: 'listItem' }], type: 'bulletList' }
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assert.deepEqual(path(adfToMarkdown(document(paragraph({ text: 'x', type: 'text' }), list))), ['content', 1, 'content', 1, 'content', 0])
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assert.deepEqual(path(adfToMarkdown(document(paragraph({ text: 'x', type: 'text' }, { type: 'text' })))), ['content', 0, 'content', 1])
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assert.deepEqual(path(adfToMarkdown({ type: 'doc', version: 2 })), [])
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})
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test('refuses a value that is not an ADF document', () => {
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assert.equal(code(adfToMarkdown({ type: 'doc', version: Number.NaN })), 'not-an-adf-document')
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})
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test('refuses a document version the markdown cannot carry', () => {
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assert.equal(code(adfToMarkdown({ type: 'doc', version: 2 })), 'unsupported-document-version')
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})
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test('carries a text node attribute no spelling holds', () => {
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assert.equal(
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markdown(adfToMarkdown(document(paragraph({ attrs: { localId: 'a' }, text: 'x', type: 'text' })))),
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':adf{json="{\\"attrs\\":{\\"localId\\":\\"a\\"},\\"text\\":\\"x\\",\\"type\\":\\"text\\"}"}\n',
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)
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})
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test('spells a CommonMark block as a directive where its own spelling holds neither attribute nor mark', () => {
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assert.equal(markdown(adfToMarkdown(document({ attrs: { localId: 'a' }, type: 'paragraph' }))), '::paragraph {localId=a}\n')
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assert.equal(markdown(adfToMarkdown(document({ attrs: { wrap: true }, type: 'codeBlock' }))), ':::codeBlock {wrap=true}\n```\n```\n:::\n')
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assert.equal(markdown(adfToMarkdown(document(paragraph({ attrs: { localId: 'a' }, type: 'hardBreak' }, { text: 'x', type: 'text' })))), ':hardBreak{localId=a}x\n')
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assert.equal(markdown(adfToMarkdown(document({ marks: [{ type: 'border' }], type: 'blockquote' }))), ':::blockquote {marks="[{\\"type\\":\\"border\\"}]"}\n:::\n')
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assert.equal(markdown(adfToMarkdown(document({ type: 'listItem' }))), ':::listItem\n:::\n')
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})
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test('spells an ordered list from the order attribute its first marker is', () => {
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const items: AdfNode[] = [{ content: [paragraph({ text: 'x', type: 'text' })], type: 'listItem' }]
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assert.equal(markdown(adfToMarkdown(document({ content: items, type: 'orderedList' }))), '::::orderedList\n:::listItem\nx\n:::\n::::\n')
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assert.equal(markdown(adfToMarkdown(document({ attrs: { order: 1 }, content: items, type: 'orderedList' }))), '1. x\n')
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assert.equal(markdown(adfToMarkdown(document({ attrs: { order: 2 }, content: items, type: 'orderedList' }))), '2. x\n')
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})
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test('spells a code block language no info string holds as an attribute', () => {
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const language = (value: string): string => markdown(adfToMarkdown(document({ attrs: { language: value }, type: 'codeBlock' })))
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assert.equal(language(''), ':::codeBlock {language=""}\n```\n```\n:::\n')
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assert.equal(language('a`b'), ':::codeBlock {language="a\\u0060b"}\n```\n```\n:::\n')
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assert.equal(language(' sql'), ':::codeBlock {language=" sql"}\n```\n```\n:::\n')
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assert.equal(language('adf'), ':::codeBlock {language="\\u0026#97;df"}\n```\n```\n:::\n')
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assert.equal(language('foo\\+bar'), ':::codeBlock {language="foo\\\\+bar"}\n```\n```\n:::\n')
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assert.equal(language('a\u0000b'), ':::codeBlock {language="a\\u0000b"}\n```\n```\n:::\n')
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assert.equal(language('a\tb'), ':::codeBlock {language="a\\tb"}\n```\n```\n:::\n')
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})
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test('refuses a link destination CommonMark cannot spell', () => {
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const link = (href: string): AdfDocument => document(paragraph({ marks: [{ attrs: { href }, type: 'link' }], text: 't', type: 'text' }))
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assert.equal(code(adfToMarkdown(link('https://example.com/a)b'))), 'unspellable-link-destination')
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assert.equal(code(adfToMarkdown(link('https://example.com/a b>c'))), 'unspellable-link-destination')
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assert.equal(code(adfToMarkdown(link('<https://example.com/'))), 'unspellable-link-destination')
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assert.equal(code(adfToMarkdown(link('https://example.com/a\\b'))), 'unspellable-link-destination')
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assert.equal(code(adfToMarkdown(link('https://example.com/?a=1&b=2'))), 'unspellable-link-destination')
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assert.equal(code(adfToMarkdown(link('https://example.com/a\nb'))), 'unspellable-link-destination')
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const entity = 'https://example.com/?a=1&b=2'
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assert.equal(code(adfToMarkdown(document(paragraph({ marks: [{ attrs: { href: entity }, type: 'link' }], text: entity, type: 'text' })))), 'unspellable-link-destination')
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assert.equal(markdown(adfToMarkdown(link('https://en.example.com/a_(b)'))), '[t](https://en.example.com/a_(b))\n')
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})
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test('refuses a link title CommonMark cannot spell', () => {
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const titled = (title: string): AdfDocument =>
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document(paragraph({ marks: [{ attrs: { href: 'https://example.com/', title }, type: 'link' }], text: 't', type: 'text' }))
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assert.equal(code(adfToMarkdown(titled('He said "hi"'))), 'unspellable-link-title')
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assert.equal(code(adfToMarkdown(titled('a\nb'))), 'unspellable-link-title')
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})
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test('carries a link mark the link spelling cannot write', () => {
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const carried = (mark: AdfMark): string => markdown(adfToMarkdown(document(paragraph({ marks: [mark], text: 't', type: 'text' }))))
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assert.equal(
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carried({ attrs: { href: 'x', id: 'y' }, type: 'link' }),
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':adf{json="{\\"marks\\":[{\\"attrs\\":{\\"href\\":\\"x\\",\\"id\\":\\"y\\"},\\"type\\":\\"link\\"}],\\"text\\":\\"t\\",\\"type\\":\\"text\\"}"}\n',
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)
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assert.equal(carried({ attrs: { href: 4 }, type: 'link' }), ':adf{json="{\\"marks\\":[{\\"attrs\\":{\\"href\\":4},\\"type\\":\\"link\\"}],\\"text\\":\\"t\\",\\"type\\":\\"text\\"}"}\n')
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assert.equal(carried({ type: 'link' }), ':adf{json="{\\"marks\\":[{\\"type\\":\\"link\\"}],\\"text\\":\\"t\\",\\"type\\":\\"text\\"}"}\n')
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})
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test('carries a mark the canonical spellings cannot nest', () => {
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const carried = (...marks: AdfMark[]): string => markdown(adfToMarkdown(document(paragraph({ marks, text: 'x', type: 'text' }))))
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assert.equal(carried({ type: 'annotation' }), ':adf{json="{\\"marks\\":[{\\"type\\":\\"annotation\\"}],\\"text\\":\\"x\\",\\"type\\":\\"text\\"}"}\n')
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assert.equal(
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carried({ type: 'code' }, { type: 'strong' }),
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':adf{json="{\\"marks\\":[{\\"type\\":\\"code\\"},{\\"type\\":\\"strong\\"}],\\"text\\":\\"x\\",\\"type\\":\\"text\\"}"}\n',
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)
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assert.equal(
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carried({ attrs: { colour: 'red' }, type: 'em' }),
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':adf{json="{\\"marks\\":[{\\"attrs\\":{\\"colour\\":\\"red\\"},\\"type\\":\\"em\\"}],\\"text\\":\\"x\\",\\"type\\":\\"text\\"}"}\n',
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)
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assert.equal(
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carried({ attrs: { localId: 'x' }, type: 'code' }),
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':adf{json="{\\"marks\\":[{\\"attrs\\":{\\"localId\\":\\"x\\"},\\"type\\":\\"code\\"}],\\"text\\":\\"x\\",\\"type\\":\\"text\\"}"}\n',
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)
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})
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test('refuses whitespace CommonMark cannot hold', () => {
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assert.equal(code(adfToMarkdown(document(paragraph({ text: '\fa', type: 'text' })))), 'unspellable-whitespace')
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assert.equal(code(adfToMarkdown(document(paragraph({ text: 'a\rb', type: 'text' })))), 'unspellable-whitespace')
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})
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test('refuses a line whose start block parsing would claim', () => {
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assert.equal(code(adfToMarkdown(document(paragraph({ marks: [{ type: 'code' }], text: '```', type: 'text' })))), 'unspellable-line-start')
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})
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test('refuses two adjacent lists of the same kind', () => {
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const list: AdfNode = { content: [{ content: [paragraph({ text: 'x', type: 'text' })], type: 'listItem' }], type: 'bulletList' }
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assert.equal(code(adfToMarkdown(document(list, list))), 'unspellable-adjacent-lists')
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})
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test('carries a node type no section spells', () => {
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assert.equal(markdown(adfToMarkdown(document({ type: 'blockCard' }))), '```adf\n{\n "type": "blockCard"\n}\n```\n')
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assert.equal(markdown(adfToMarkdown(document({ type: 'toString' }))), '```adf\n{\n "type": "toString"\n}\n```\n')
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assert.equal(markdown(adfToMarkdown(document(paragraph({ type: 'blockCard' })))), ':adf{json="{\\"type\\":\\"blockCard\\"}"}\n')
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assert.equal(markdown(adfToMarkdown(document({ text: 'x', type: 'text' }))), '```adf\n{\n "text": "x",\n "type": "text"\n}\n```\n')
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assert.equal(markdown(adfToMarkdown(document({ type: 'hardBreak' }))), '```adf\n{\n "type": "hardBreak"\n}\n```\n')
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})
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test('spells the code block whose language is the reserved info string', () => {
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assert.equal(markdown(adfToMarkdown(document({ attrs: { language: 'adf' }, type: 'codeBlock' }))), ':::codeBlock {language=adf}\n```\n```\n:::\n')
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})
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test('breaks a mark run at the node it carries', () => {
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const strong: AdfMark = { type: 'strong' }
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const carried: AdfNode = { marks: [strong], type: 'placeholder' }
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assert.equal(
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markdown(adfToMarkdown(document(paragraph({ marks: [strong], text: 'a', type: 'text' }, carried, { marks: [strong], text: 'b', type: 'text' })))),
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'**a**:adf{json="{\\"marks\\":[{\\"type\\":\\"strong\\"}],\\"type\\":\\"placeholder\\"}"}**b**\n',
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)
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})
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test('refuses a carried node nested deeper than the emitter carries', () => {
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let node: AdfNode = { type: 'blockCard' }
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for (let depth = 0; depth < 600; depth += 1) node = { content: [node], type: 'blockCard' }
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assert.equal(code(adfToMarkdown(document(node))), 'unsupported-node-shape')
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assert.equal(code(adfToMarkdown(document(paragraph(node)))), 'unsupported-node-shape')
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})
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test('refuses a node whose content model the canonical form cannot emit', () => {
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assert.equal(code(adfToMarkdown(document({ content: [paragraph()], type: 'codeBlock' }))), 'unsupported-node-shape')
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assert.equal(code(adfToMarkdown(document({ content: [{ content: [{ text: 'lost', type: 'text' }], text: 'x', type: 'text' }], type: 'codeBlock' }))), 'unsupported-node-shape')
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})
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test('spells a list its own content shape cannot hold as a directive', () => {
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assert.equal(markdown(adfToMarkdown(document({ content: [paragraph()], type: 'bulletList' }))), ':::bulletList\n::paragraph\n:::\n')
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assert.equal(markdown(adfToMarkdown(document({ type: 'bulletList' }))), ':::bulletList\n:::\n')
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assert.equal(markdown(adfToMarkdown(document({ attrs: { order: 2 }, content: [], type: 'orderedList' }))), ':::orderedList {order=2}\n:::\n')
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})
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test('spells an ordered list no marker fits as a directive', () => {
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const item: AdfNode = { content: [paragraph({ text: 'x', type: 'text' })], type: 'listItem' }
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const list = (order: number, items: number): AdfDocument =>
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document({ attrs: { order }, content: Array.from({ length: items }, () => item), type: 'orderedList' })
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assert.equal(markdown(adfToMarkdown(list(1.5, 1))), '::::orderedList {order="1.5"}\n:::listItem\nx\n:::\n::::\n')
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assert.equal(markdown(adfToMarkdown(list(999999999, 1))), '999999999. x\n')
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assert.equal(markdown(adfToMarkdown(list(999999999, 2))), '::::orderedList {order=999999999}\n:::listItem\nx\n:::\n:::listItem\nx\n:::\n::::\n')
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})
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test('carries a code mark over anything but text', () => {
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assert.equal(
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markdown(adfToMarkdown(document(paragraph({ marks: [{ type: 'code' }], type: 'hardBreak' })))),
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':adf{json="{\\"marks\\":[{\\"type\\":\\"code\\"}],\\"type\\":\\"hardBreak\\"}"}\n',
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)
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})
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test('spells a heading level no ATX heading fits as a directive', () => {
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assert.equal(markdown(adfToMarkdown(document({ attrs: { level: 7 }, content: [{ text: 'x', type: 'text' }], type: 'heading' }))), ':::heading {level=7}\nx\n:::\n')
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assert.equal(markdown(adfToMarkdown(document({ content: [{ text: 'x', type: 'text' }], type: 'heading' }))), ':::heading\nx\n:::\n')
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})
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test('escapes only text that would otherwise open a construct', () => {
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const emitted = (text: string): string => markdown(adfToMarkdown(document(paragraph({ text, type: 'text' }))))
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assert.equal(emitted('<div>'), '\\<div>\n')
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assert.equal(emitted('a < b'), 'a < b\n')
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assert.equal(emitted('& & x'), '\\& & x\n')
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assert.equal(emitted('| a | b |'), '\\| a | b |\n')
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assert.equal(emitted(':mention[@x]{id=1}'), '\\:mention[@x]{id=1}\n')
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assert.equal(emitted(':::panel info'), '\\:::panel info\n')
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assert.equal(emitted('10:30 tomorrow'), '10:30 tomorrow\n')
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assert.equal(emitted('[a](b)'), '\\[a](b)\n')
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assert.equal(emitted('**bold**'), '\\*\\*bold\\*\\*\n')
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assert.equal(emitted('a `x` b'), 'a \\`x` b\n')
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assert.equal(emitted('~~struck~~'), '\\~~struck\\~~\n')
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assert.equal(emitted('a \\* b'), 'a \\\\\\* b\n')
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assert.equal(emitted('1. not a list'), '1\\. not a list\n')
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assert.equal(emitted('*"quoted"*'), '\\*"quoted"\\*\n')
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assert.equal(emitted('x"_y"'), 'x"\\_y"\n')
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})
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test('escapes a heading closing sequence', () => {
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const heading = (text: string): string => markdown(adfToMarkdown(document({ attrs: { level: 2 }, content: [{ text, type: 'text' }], type: 'heading' })))
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assert.equal(heading('done #'), '## done \\#\n')
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assert.equal(heading('#tag first'), '## #tag first\n')
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})
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test('wraps adjacent nodes carrying one mark once, and a differing mark twice', () => {
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const marked = (text: string, ...marks: AdfMark[]): AdfNode => ({ marks, text, type: 'text' })
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const emitted = (...content: AdfNode[]): string => markdown(adfToMarkdown(document(paragraph(...content))))
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assert.equal(emitted(marked('a', { type: 'strong' }), marked('b', { type: 'strong' }, { type: 'em' })), '**a*b***\n')
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assert.equal(emitted(marked('a', { type: 'strong' }), marked('b', { type: 'em' })), '**a**_b_\n')
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const link = (href: string): AdfMark => ({ attrs: { href }, type: 'link' })
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assert.equal(emitted(marked('a', link('http://x')), marked('b', link('http://y'))), '[a](http://x)[b](http://y)\n')
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})
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test('carries a mark spelling that cannot open or close where it sits', () => {
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const marked = (text: string, ...marks: AdfMark[]): AdfNode => ({ marks, text, type: 'text' })
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const emitted = (...content: AdfNode[]): string => markdown(adfToMarkdown(document(paragraph(...content))))
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const strong: AdfMark = { type: 'strong' }
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assert.equal(
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emitted({ text: 'un', type: 'text' }, marked('-real', strong), { text: 'istic', type: 'text' }),
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'un:adf{json="{\\"marks\\":[{\\"type\\":\\"strong\\"}],\\"text\\":\\"-real\\",\\"type\\":\\"text\\"}"}istic\n',
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)
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assert.equal(
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emitted(marked('C++', { type: 'em' }), { text: 'ish', type: 'text' }),
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':adf{json="{\\"marks\\":[{\\"type\\":\\"em\\"}],\\"text\\":\\"C++\\",\\"type\\":\\"text\\"}"}ish\n',
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)
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assert.equal(
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emitted({ text: 'x', type: 'text' }, marked('.a', strong)),
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'x:adf{json="{\\"marks\\":[{\\"type\\":\\"strong\\"}],\\"text\\":\\".a\\",\\"type\\":\\"text\\"}"}\n',
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)
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assert.equal(emitted({ text: 'un ', type: 'text' }, marked('-real', strong), { text: ' istic', type: 'text' }), 'un **-real** istic\n')
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assert.equal(emitted(marked('a.', strong)), '**a.**\n')
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assert.equal(emitted({ text: 'x', type: 'text' }, marked('a', strong), { text: 'y', type: 'text' }), 'x**a**y\n')
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const em: AdfMark = { type: 'em' }
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assert.equal(
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emitted({ text: 'x', type: 'text' }, marked('a.', em), marked('b', strong)),
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'x:adf{json="{\\"marks\\":[{\\"type\\":\\"em\\"}],\\"text\\":\\"a.\\",\\"type\\":\\"text\\"}"}**b**\n',
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)
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assert.equal(emitted({ text: 'x', type: 'text' }, marked('ab', em, strong), { text: 'y', type: 'text' }), 'x***ab***y\n')
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})
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test('refuses a node carrying one mark type twice', () => {
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const em: AdfMark = { type: 'em' }
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assert.equal(code(adfToMarkdown(document(paragraph({ marks: [em, em], text: 'x', type: 'text' })))), 'unsupported-node-shape')
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})
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test('refuses a nested list the tight spelling would swallow', () => {
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const item = (...content: AdfNode[]): AdfNode => ({ content, type: 'listItem' })
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const text = (value: string): AdfNode => ({ content: [{ text: value, type: 'text' }], type: 'paragraph' })
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const outer = (...content: AdfNode[]): AdfDocument => document({ content: [item(...content)], type: 'bulletList' })
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const ordered: AdfNode = { attrs: { order: 2 }, content: [item(text('b'))], type: 'orderedList' }
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assert.equal(code(adfToMarkdown(outer(text('a'), ordered))), 'unspellable-line-start')
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assert.equal(code(adfToMarkdown(outer(text('a'), { content: [item()], type: 'bulletList' }))), 'unspellable-line-start')
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assert.equal(markdown(adfToMarkdown(outer(text('a'), { content: [item(text('b'))], type: 'bulletList' }))), '- a\n - b\n')
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||||
})
|
||||
|
||||
test('refuses marks and attributes nested deeper than the emitter carries', () => {
|
||||
const marks: AdfMark[] = Array.from({ length: 600 }, (_, index) => ({ type: index % 2 === 0 ? 'em' : 'strong' }))
|
||||
assert.equal(code(adfToMarkdown(document(paragraph({ marks, text: 'x', type: 'text' })))), 'unsupported-node-shape')
|
||||
let attrs: AdfMark['attrs'] = { depth: 'x' }
|
||||
for (let depth = 0; depth < 600; depth += 1) attrs = { depth: attrs }
|
||||
assert.equal(code(adfToMarkdown(document(paragraph({ marks: [{ attrs, type: 'em' }], text: 'x', type: 'text' })))), 'not-an-adf-document')
|
||||
})
|
||||
|
||||
test('escapes a literal delimiter that would merge with an emitted one', () => {
|
||||
const marked = (text: string, ...marks: AdfMark[]): AdfNode => ({ marks, text, type: 'text' })
|
||||
const emitted = (...content: AdfNode[]): string => markdown(adfToMarkdown(document(paragraph(...content))))
|
||||
assert.equal(emitted(marked('a_', { type: 'em' })), '_a\\__\n')
|
||||
assert.equal(emitted(marked('_a', { type: 'em' })), '_\\_a_\n')
|
||||
assert.equal(emitted(marked('a*', { type: 'strong' })), '**a\\***\n')
|
||||
assert.equal(emitted(marked('~a', { type: 'strike' })), '~~\\~a~~\n')
|
||||
assert.equal(
|
||||
emitted({ text: 'x', type: 'text' }, marked('~a', { type: 'strike' })),
|
||||
'x:adf{json="{\\"marks\\":[{\\"type\\":\\"strike\\"}],\\"text\\":\\"~a\\",\\"type\\":\\"text\\"}"}\n',
|
||||
)
|
||||
assert.equal(emitted({ text: '`', type: 'text' }, marked('x', { type: 'code' })), '\\``x`\n')
|
||||
assert.equal(emitted(marked('x', { type: 'code' }), { text: '`', type: 'text' }), '`x`\\`\n')
|
||||
assert.equal(emitted({ text: '`a', type: 'text' }, marked('b', { type: 'code' })), '\\`a`b`\n')
|
||||
assert.equal(
|
||||
emitted({ text: '<https://example.com/', type: 'text' }, { attrs: { url: 'x>' }, type: 'inlineCard' }),
|
||||
'\\<https://example.com/:inlineCard{url="x>"}\n',
|
||||
)
|
||||
assert.equal(emitted({ text: '!', type: 'text' }, marked('x', { attrs: { href: 'https://example.com/' }, type: 'link' })), '\\\n')
|
||||
assert.equal(emitted({ text: '[a', type: 'text' }, marked('x', { attrs: { href: 'https://example.com/' }, type: 'link' })), '[a[x](https://example.com/)\n')
|
||||
assert.equal(emitted({ text: '[a](b)', type: 'text' }), '\\[a](b)\n')
|
||||
assert.equal(emitted(marked('x', { type: 'underline' }), { text: '{}', type: 'text' }), ':underline[x]\\{}\n')
|
||||
assert.equal(emitted({ attrs: { text: '' }, type: 'status' }, { text: '{color=red}', type: 'text' }), ':status[]\\{color=red}\n')
|
||||
assert.equal(emitted(marked('x', { attrs: { href: 'https://example.com/' }, type: 'link' }), { text: '{}', type: 'text' }), '[x](https://example.com/){}\n')
|
||||
})
|
||||
|
||||
test('escapes a literal delimiter run that only closes', () => {
|
||||
const emitted = (text: string): string => markdown(adfToMarkdown(document(paragraph({ text, type: 'text' }))))
|
||||
assert.equal(emitted('a* b'), 'a\\* b\n')
|
||||
assert.equal(emitted('2 * 3'), '2 * 3\n')
|
||||
})
|
||||
|
||||
test("spells a mark run CommonMark's matching pairs as written", () => {
|
||||
const marked = (text: string, ...marks: AdfMark[]): AdfNode => ({ marks, text, type: 'text' })
|
||||
const emitted = (...content: AdfNode[]): string => markdown(adfToMarkdown(document(paragraph(...content))))
|
||||
const em: AdfMark = { type: 'em' }
|
||||
const strong: AdfMark = { type: 'strong' }
|
||||
assert.equal(emitted({ text: 'un', type: 'text' }, marked('a', em, strong), { text: 'istic', type: 'text' }), 'un***a***istic\n')
|
||||
assert.equal(emitted({ text: 're', type: 'text' }, marked('structure', strong), { text: ' the code', type: 'text' }), 're**structure** the code\n')
|
||||
assert.equal(
|
||||
emitted({ text: 'un', type: 'text' }, marked('a', em), marked('b', em, strong), marked('c', em), { text: 'istic', type: 'text' }),
|
||||
'un*a**b**c*istic\n',
|
||||
)
|
||||
})
|
||||
|
||||
test('escapes a hyphen underline a hard break would expose', () => {
|
||||
const line = (text: string): string => markdown(adfToMarkdown(document(paragraph({ text: 'foo', type: 'text' }, { type: 'hardBreak' }, { text, type: 'text' }))))
|
||||
assert.equal(line('--'), 'foo\\\n\\--\n')
|
||||
assert.equal(line('=='), 'foo\\\n\\==\n')
|
||||
})
|
||||
|
||||
test('spells a list item whose marker completes a thematic break as a directive', () => {
|
||||
const item = (...content: AdfNode[]): AdfNode => ({ content, type: 'listItem' })
|
||||
assert.equal(markdown(adfToMarkdown(document({ content: [item({ type: 'rule' })], type: 'bulletList' }))), '::::bulletList\n:::listItem\n---\n:::\n::::\n')
|
||||
const nested: AdfNode = { content: [item({ content: [item()], type: 'bulletList' })], type: 'bulletList' }
|
||||
assert.equal(markdown(adfToMarkdown(document(nested))), '- -\n')
|
||||
assert.equal(markdown(adfToMarkdown(document({ content: [item(nested)], type: 'bulletList' }))), '::::bulletList\n:::listItem\n- -\n:::\n::::\n')
|
||||
})
|
||||
|
||||
test('refuses the characters CommonMark rewrites', () => {
|
||||
assert.equal(code(adfToMarkdown(document({ content: [{ text: 'a\rb', type: 'text' }], type: 'codeBlock' }))), 'unspellable-whitespace')
|
||||
assert.equal(code(adfToMarkdown(document(paragraph({ text: 'a\u0000b', type: 'text' })))), 'unspellable-character')
|
||||
assert.equal(code(adfToMarkdown(document({ content: [{ text: 'a\u0000b', type: 'text' }], type: 'codeBlock' }))), 'unspellable-character')
|
||||
assert.equal(code(adfToMarkdown(document({ content: [{ text: '', type: 'text' }], type: 'codeBlock' }))), 'unsupported-node-shape')
|
||||
})
|
||||
|
||||
test('refuses a text node the spelling would empty out', () => {
|
||||
const nested: AdfNode[] = [{ text: 'lost', type: 'text' }]
|
||||
assert.equal(code(adfToMarkdown(document(paragraph({ text: '', type: 'text' })))), 'unsupported-node-shape')
|
||||
assert.equal(code(adfToMarkdown(document(paragraph({ marks: [{ type: 'code' }], text: '', type: 'text' })))), 'unsupported-node-shape')
|
||||
assert.equal(code(adfToMarkdown(document(paragraph({ content: nested, text: 'x', type: 'text' })))), 'unsupported-node-shape')
|
||||
assert.equal(code(adfToMarkdown(document(paragraph({ content: nested, marks: [{ type: 'code' }], text: 'x', type: 'text' })))), 'unsupported-node-shape')
|
||||
})
|
||||
|
||||
test('carries a mark run whose edge holds whitespace CommonMark flanking counts', () => {
|
||||
const em = { type: 'em' }
|
||||
assert.equal(
|
||||
markdown(adfToMarkdown(document(paragraph({ marks: [em], text: 'a', type: 'text' }, { marks: [em], type: 'hardBreak' }, { text: 'b', type: 'text' })))),
|
||||
':adf{json="{\\"marks\\":[{\\"type\\":\\"em\\"}],\\"text\\":\\"a\\",\\"type\\":\\"text\\"}"}:adf{json="{\\"marks\\":[{\\"type\\":\\"em\\"}],\\"type\\":\\"hardBreak\\"}"}b\n',
|
||||
)
|
||||
assert.equal(
|
||||
markdown(adfToMarkdown(document(paragraph({ marks: [em], text: '\u00a0a', type: 'text' })))),
|
||||
':adf{json="{\\"marks\\":[{\\"type\\":\\"em\\"}],\\"text\\":\\"\u00a0a\\",\\"type\\":\\"text\\"}"}\n',
|
||||
)
|
||||
})
|
||||
|
||||
test('pads a code span whose edges CommonMark would strip', () => {
|
||||
assert.equal(markdown(adfToMarkdown(document(paragraph({ marks: [{ type: 'code' }], text: ' \t ', type: 'text' })))), '` \t `\n')
|
||||
})
|
||||
|
||||
test('spells one code span over a run of code-marked nodes', () => {
|
||||
const code_ = { type: 'code' }
|
||||
assert.equal(
|
||||
markdown(adfToMarkdown(document(paragraph({ marks: [code_], text: 'a', type: 'text' }, { marks: [code_], text: 'b', type: 'text' })))),
|
||||
'`ab`\n',
|
||||
)
|
||||
})
|
||||
|
||||
test('refuses a document nested deeper than the emitter carries', () => {
|
||||
let node: AdfNode = paragraph({ text: 'x', type: 'text' })
|
||||
for (let depth = 0; depth < 600; depth += 1) node = { content: [node], type: 'blockquote' }
|
||||
assert.equal(code(adfToMarkdown(document(node))), 'unsupported-node-shape')
|
||||
})
|
||||
|
||||
test('emits an empty list item without trailing whitespace', () => {
|
||||
assert.equal(markdown(adfToMarkdown(document({ content: [{ type: 'listItem' }], type: 'bulletList' }))), '-\n')
|
||||
})
|
||||
|
||||
test('spells a block directive as its node type, arg and attributes', () => {
|
||||
const panel = (attrs: AdfAttributes): AdfDocument => document({ attrs, content: [paragraph({ text: 'x', type: 'text' })], type: 'panel' })
|
||||
assert.equal(markdown(adfToMarkdown(panel({ panelType: 'warning' }))), ':::panel warning\nx\n:::\n')
|
||||
assert.equal(markdown(adfToMarkdown(panel({}))), ':::panel\nx\n:::\n')
|
||||
assert.equal(markdown(adfToMarkdown(document({ content: [{ text: 'x', type: 'text' }], type: 'caption' }))), ':::caption\nx\n:::\n')
|
||||
assert.equal(markdown(adfToMarkdown(document({ type: 'caption' }))), '::caption\n')
|
||||
assert.equal(markdown(adfToMarkdown(document({ attrs: { localId: 'a' }, type: 'syncBlock' }))), '::syncBlock {localId=a}\n')
|
||||
})
|
||||
|
||||
test('carries a directive attribute no section spells', () => {
|
||||
const carried = (node: AdfNode): string => markdown(adfToMarkdown(document(node)))
|
||||
assert.equal(carried({ attrs: { rounded: true }, type: 'panel' }), '```adf\n{\n "attrs": {\n "rounded": true\n },\n "type": "panel"\n}\n```\n')
|
||||
assert.equal(carried({ attrs: { toString: 'x' }, type: 'panel' }), '```adf\n{\n "attrs": {\n "toString": "x"\n },\n "type": "panel"\n}\n```\n')
|
||||
assert.equal(carried({ attrs: { localId: 4 }, type: 'panel' }), '```adf\n{\n "attrs": {\n "localId": 4\n },\n "type": "panel"\n}\n```\n')
|
||||
assert.equal(
|
||||
carried({ attrs: { width: '50' }, type: 'layoutColumn' }),
|
||||
'```adf\n{\n "attrs": {\n "width": "50"\n },\n "type": "layoutColumn"\n}\n```\n',
|
||||
)
|
||||
assert.equal(
|
||||
carried({ attrs: { isNumberColumnEnabled: 'true' }, type: 'table' }),
|
||||
'```adf\n{\n "attrs": {\n "isNumberColumnEnabled": "true"\n },\n "type": "table"\n}\n```\n',
|
||||
)
|
||||
assert.equal(
|
||||
carried({ content: [{ attrs: { alt: 4 }, type: 'media' }], type: 'mediaGroup' }),
|
||||
':::mediaGroup\n```adf\n{\n "attrs": {\n "alt": 4\n },\n "type": "media"\n}\n```\n:::\n',
|
||||
)
|
||||
})
|
||||
|
||||
test('carries an arg slot value no bare token spells', () => {
|
||||
const carried = (node: AdfNode): string => markdown(adfToMarkdown(document(node)))
|
||||
assert.equal(
|
||||
carried({ attrs: { panelType: 'extra info' }, type: 'panel' }),
|
||||
'```adf\n{\n "attrs": {\n "panelType": "extra info"\n },\n "type": "panel"\n}\n```\n',
|
||||
)
|
||||
assert.equal(carried({ attrs: { state: 2 }, type: 'taskItem' }), '```adf\n{\n "attrs": {\n "state": 2\n },\n "type": "taskItem"\n}\n```\n')
|
||||
})
|
||||
|
||||
test('carries a block node mark in the reserved attribute', () => {
|
||||
const section = (...marks: AdfMark[]): AdfDocument => document({ marks, type: 'layoutSection' })
|
||||
assert.equal(markdown(adfToMarkdown(section({ type: 'breakout' }))), ':::layoutSection {marks="[{\\"type\\":\\"breakout\\"}]"}\n:::\n')
|
||||
assert.equal(markdown(adfToMarkdown(section({ attrs: {}, type: 'breakout' }))), ':::layoutSection {marks="[{\\"type\\":\\"breakout\\"}]"}\n:::\n')
|
||||
})
|
||||
|
||||
test('refuses the content a directive body has no room for', () => {
|
||||
assert.equal(code(adfToMarkdown(document({ content: [paragraph()], type: 'media' }))), 'unsupported-node-shape')
|
||||
assert.equal(code(adfToMarkdown(document({ text: 'x', type: 'panel' }))), 'unsupported-node-shape')
|
||||
})
|
||||
|
||||
test('separates two directive blocks in a container body by one line, two CommonMark blocks by a blank one', () => {
|
||||
const text = (value: string): AdfNode => ({ content: [{ text: value, type: 'text' }], type: 'paragraph' })
|
||||
const panel = (...content: AdfNode[]): AdfDocument => document({ attrs: { panelType: 'info' }, content, type: 'panel' })
|
||||
assert.equal(markdown(adfToMarkdown(panel(text('a'), text('b')))), ':::panel info\na\n\nb\n:::\n')
|
||||
const caption: AdfNode = { content: [{ text: 'c', type: 'text' }], type: 'caption' }
|
||||
assert.equal(markdown(adfToMarkdown(panel(caption, caption))), '::::panel info\n:::caption\nc\n:::\n:::caption\nc\n:::\n::::\n')
|
||||
assert.equal(code(adfToMarkdown(panel(text('a'), caption))), 'unspelled-block-separation')
|
||||
assert.equal(code(adfToMarkdown(panel(caption, text('a')))), 'unspelled-block-separation')
|
||||
assert.equal(code(adfToMarkdown(panel(paragraph(), text('a')))), 'unspelled-block-separation')
|
||||
})
|
||||
|
||||
test('spells the image form for exactly the centered external media shape', () => {
|
||||
const url = 'https://example.com/moon.png'
|
||||
const single = (attrs: AdfAttributes, ...content: AdfNode[]): AdfDocument =>
|
||||
document({ attrs: { layout: 'center' }, content: [{ attrs, content, type: 'media' }], type: 'mediaSingle' })
|
||||
assert.equal(markdown(adfToMarkdown(single({ alt: 'The moon', type: 'external', url }))), `\n`)
|
||||
assert.equal(markdown(adfToMarkdown(single({ type: 'external', url }))), `\n`)
|
||||
assert.equal(markdown(adfToMarkdown(single({ alt: 'a [b] c', type: 'external', url }))), `![a \\[b\\] c](${url})\n`)
|
||||
const fallback = (attrs: AdfAttributes): boolean => markdown(adfToMarkdown(single(attrs))).startsWith(':::mediaSingle {layout=center}')
|
||||
assert.ok(fallback({ alt: '', type: 'external', url }))
|
||||
assert.ok(fallback({ alt: 'a\nb', type: 'external', url }))
|
||||
assert.ok(fallback({ alt: 'a\u0000b', type: 'external', url }))
|
||||
assert.ok(fallback({ type: 'external', url: 'https://example.com/a b>c' }))
|
||||
assert.ok(fallback({ alt: ' moon ', type: 'external', url }))
|
||||
assert.ok(fallback({ alt: 4, type: 'external', url }))
|
||||
assert.ok(fallback({ type: 'external', url: 4 }))
|
||||
assert.equal(code(adfToMarkdown(single({ type: 'external', url }, paragraph()))), 'unsupported-node-shape')
|
||||
const media: AdfNode = { attrs: { type: 'external', url }, type: 'media' }
|
||||
assert.equal(code(adfToMarkdown(document({ attrs: { layout: 'center' }, content: [media], text: 'x', type: 'mediaSingle' }))), 'unsupported-node-shape')
|
||||
assert.equal(code(adfToMarkdown(document({ attrs: { layout: 'center' }, content: [{ ...media, text: 'x' }], type: 'mediaSingle' }))), 'unsupported-node-shape')
|
||||
})
|
||||
|
||||
test('spells a mediaSingle the image form does not fit as a directive', () => {
|
||||
const media: AdfNode = { attrs: { type: 'external', url: 'https://example.com/moon.png' }, type: 'media' }
|
||||
const single: AdfNode = { attrs: { layout: 'center' }, content: [media], marks: [{ type: 'border' }], type: 'mediaSingle' }
|
||||
assert.equal(
|
||||
markdown(adfToMarkdown(document(single))),
|
||||
':::mediaSingle {layout=center marks="[{\\"type\\":\\"border\\"}]"}\n::media {type=external url="https://example.com/moon.png"}\n:::\n',
|
||||
)
|
||||
})
|
||||
|
||||
test('spells a table as a pipe table only where every row and cell is plain', () => {
|
||||
const text = (value: string): AdfNode => ({ content: [{ text: value, type: 'text' }], type: 'paragraph' })
|
||||
const cell = (type: string, ...content: AdfNode[]): AdfNode => ({ content, type })
|
||||
const row = (...cells: AdfNode[]): AdfNode => ({ content: cells, type: 'tableRow' })
|
||||
const table = (...rows: AdfNode[]): AdfDocument => document({ content: rows, type: 'table' })
|
||||
const directive = (result: Result<string>): boolean => markdown(result).startsWith(':')
|
||||
const header = row(cell('tableHeader', text('Part')))
|
||||
assert.equal(markdown(adfToMarkdown(table(header, row(cell('tableCell', text('Bolt M8')))))), '| Part |\n| --- |\n| Bolt M8 |\n')
|
||||
assert.equal(markdown(adfToMarkdown(table(row(cell('tableHeader', text('a|b')))))), '| a\\|b |\n| --- |\n')
|
||||
assert.ok(directive(adfToMarkdown(table())))
|
||||
assert.ok(directive(adfToMarkdown(table(row()))))
|
||||
assert.ok(directive(adfToMarkdown(table({ type: 'tableRow' }))))
|
||||
assert.ok(directive(adfToMarkdown(table(header, row()))))
|
||||
assert.ok(directive(adfToMarkdown(table(row(cell('tableCell', text('Bolt M8')))))))
|
||||
assert.ok(directive(adfToMarkdown(table(cell('tableHeader', text('Part'))))))
|
||||
assert.ok(directive(adfToMarkdown(table(row(cell('tableHeader'))))))
|
||||
assert.ok(directive(adfToMarkdown(table(row(cell('tableHeader', text('a'), text('b')))))))
|
||||
assert.ok(directive(adfToMarkdown(table(row(cell('tableHeader', { attrs: { localId: 'a' }, type: 'paragraph' }))))))
|
||||
assert.equal(
|
||||
markdown(adfToMarkdown(table(row(cell('tableHeader', { content: [{ attrs: { url: 'a|b' }, type: 'blockCard' }], type: 'paragraph' }))))),
|
||||
'| :adf{json="{\\"attrs\\":{\\"url\\":\\"a\\u007cb\\"},\\"type\\":\\"blockCard\\"}"} |\n| --- |\n',
|
||||
)
|
||||
assert.equal(code(adfToMarkdown(table(row(cell('tableHeader', { content: [{ text: '\fa', type: 'text' }], type: 'paragraph' }))))), 'unspellable-whitespace')
|
||||
assert.ok(directive(adfToMarkdown(table(row(cell('tableHeader', { attrs: { level: 1 }, type: 'heading' }))))))
|
||||
assert.equal(markdown(adfToMarkdown(table(row(cell('tableHeader', { content: [{ text: ' a', type: 'text' }], type: 'paragraph' }))))), '| :text{text=" "}a |\n| --- |\n')
|
||||
const marked = (mark: AdfMark): AdfDocument => table(row(cell('tableHeader', { content: [{ marks: [mark], text: 'l', type: 'text' }], type: 'paragraph' })))
|
||||
assert.ok(directive(adfToMarkdown(marked({ attrs: { href: 'https://example.com/?x|y' }, type: 'link' }))))
|
||||
assert.ok(directive(adfToMarkdown(marked({ attrs: { href: 'https://example.com/', title: 'a|b' }, type: 'link' }))))
|
||||
const codeSpan: AdfNode = { marks: [{ type: 'code' }], text: 'a|b', type: 'text' }
|
||||
assert.ok(directive(adfToMarkdown(table(row(cell('tableHeader', { content: [codeSpan], type: 'paragraph' }))))))
|
||||
assert.equal(markdown(adfToMarkdown(marked({ attrs: { href: 'https://example.com/x' }, type: 'link' }))), '| [l](https://example.com/x) |\n| --- |\n')
|
||||
})
|
||||
|
||||
test('spells an inline node as a directive with its content slot and attributes', () => {
|
||||
const emitted = (node: AdfNode): string => markdown(adfToMarkdown(document(paragraph(node))))
|
||||
assert.equal(emitted({ attrs: { timestamp: '1756080000000' }, type: 'date' }), ':date{timestamp=1756080000000}\n')
|
||||
assert.equal(emitted({ type: 'mention' }), ':mention{}\n')
|
||||
assert.equal(emitted({ attrs: { text: '' }, type: 'status' }), ':status[]\n')
|
||||
assert.equal(emitted({ attrs: { color: 'yellow', text: 'In review' }, type: 'status' }), ':status[In review]{color=yellow}\n')
|
||||
assert.equal(emitted({ attrs: { id: '1f389', text: 'a]b' }, type: 'emoji' }), ':emoji[a\\]b]{id=1f389}\n')
|
||||
assert.equal(emitted({ attrs: { data: { url: 'https://example.com/' } }, type: 'inlineCard' }), ':inlineCard{data="{\\"url\\":\\"https://example.com/\\"}"}\n')
|
||||
assert.equal(emitted({ attrs: { height: 24 }, type: 'mediaInline' }), ':mediaInline{height=24}\n')
|
||||
assert.equal(emitted({ attrs: { url: 'a`b&c<d|e' }, type: 'inlineCard' }), ':inlineCard{url="a\\u0060b\\u0026c\\u003cd\\u007ce"}\n')
|
||||
})
|
||||
|
||||
test('carries an inline node attribute no section spells', () => {
|
||||
const carried = (node: AdfNode): string => markdown(adfToMarkdown(document(paragraph(node))))
|
||||
assert.equal(carried({ attrs: { rounded: true }, type: 'status' }), ':adf{json="{\\"attrs\\":{\\"rounded\\":true},\\"type\\":\\"status\\"}"}\n')
|
||||
assert.equal(carried({ attrs: { toString: 'x' }, type: 'status' }), ':adf{json="{\\"attrs\\":{\\"toString\\":\\"x\\"},\\"type\\":\\"status\\"}"}\n')
|
||||
assert.equal(carried({ attrs: { color: 4 }, type: 'status' }), ':adf{json="{\\"attrs\\":{\\"color\\":4},\\"type\\":\\"status\\"}"}\n')
|
||||
assert.equal(carried({ attrs: { width: '2' }, type: 'mediaInline' }), ':adf{json="{\\"attrs\\":{\\"width\\":\\"2\\"},\\"type\\":\\"mediaInline\\"}"}\n')
|
||||
assert.equal(carried({ attrs: { text: 4 }, type: 'status' }), ':adf{json="{\\"attrs\\":{\\"text\\":4},\\"type\\":\\"status\\"}"}\n')
|
||||
})
|
||||
|
||||
test('refuses the content and slot an inline directive has no room for', () => {
|
||||
const refused = (node: AdfNode): string => code(adfToMarkdown(document(paragraph(node, { text: 'y', type: 'text' }))))
|
||||
assert.equal(refused({ content: [{ text: 'x', type: 'text' }], type: 'status' }), 'unsupported-node-shape')
|
||||
assert.equal(refused({ text: 'x', type: 'status' }), 'unsupported-node-shape')
|
||||
assert.equal(refused({ content: [{ text: 'x', type: 'text' }], type: 'hardBreak' }), 'unsupported-node-shape')
|
||||
assert.equal(refused({ text: 'x', type: 'hardBreak' }), 'unsupported-node-shape')
|
||||
assert.equal(refused({ attrs: { text: 'a\nb' }, type: 'status' }), 'unspellable-whitespace')
|
||||
assert.equal(refused({ attrs: { text: 'a\u0000b' }, type: 'status' }), 'unspellable-character')
|
||||
})
|
||||
|
||||
test('spells the directive marks around the longest run they cover', () => {
|
||||
const marked = (text: string, ...marks: AdfMark[]): AdfNode => ({ marks, text, type: 'text' })
|
||||
const emitted = (...content: AdfNode[]): string => markdown(adfToMarkdown(document(paragraph(...content))))
|
||||
const underline: AdfMark = { type: 'underline' }
|
||||
assert.equal(emitted(marked('x', underline)), ':underline[x]\n')
|
||||
assert.equal(emitted(marked('a', underline), marked('b', underline)), ':underline[ab]\n')
|
||||
assert.equal(emitted(marked('x', { attrs: { type: 'sub' }, type: 'subsup' })), ':subsup[x]{type=sub}\n')
|
||||
assert.equal(emitted(marked('x', { attrs: { color: '#ae2e24' }, type: 'textColor' })), ':textColor[x]{color="#ae2e24"}\n')
|
||||
assert.equal(emitted(marked('x', { attrs: { color: '#091e42', size: 2 }, type: 'border' })), ':border[x]{color="#091e42" size=2}\n')
|
||||
assert.equal(emitted(marked('x', { type: 'em' }, underline)), '_:underline[x]_\n')
|
||||
assert.equal(emitted(marked('x', underline, { type: 'em' })), ':underline[_x_]\n')
|
||||
assert.equal(emitted(marked('a', underline), { marks: [underline], type: 'hardBreak' }, marked('b', underline)), ':underline[a:hardBreak{}b]\n')
|
||||
const link: AdfMark = { attrs: { href: 'https://example.com/' }, type: 'link' }
|
||||
assert.equal(
|
||||
emitted(marked('a', underline, link), { marks: [underline, link], type: 'hardBreak' }, marked('b', underline, link)),
|
||||
':underline[[a:hardBreak{}b](https://example.com/)]\n',
|
||||
)
|
||||
assert.equal(
|
||||
emitted(marked('a', link), { marks: [link], type: 'hardBreak' }, marked('b', link)),
|
||||
'[a\\\nb](https://example.com/)\n',
|
||||
)
|
||||
})
|
||||
|
||||
test('carries a mark directive attribute no spelling holds', () => {
|
||||
const carried = (mark: AdfMark): string => markdown(adfToMarkdown(document(paragraph({ marks: [mark], text: 'x', type: 'text' }))))
|
||||
assert.equal(
|
||||
carried({ attrs: { width: 2 }, type: 'border' }),
|
||||
':adf{json="{\\"marks\\":[{\\"attrs\\":{\\"width\\":2},\\"type\\":\\"border\\"}],\\"text\\":\\"x\\",\\"type\\":\\"text\\"}"}\n',
|
||||
)
|
||||
assert.equal(
|
||||
carried({ attrs: { size: '2' }, type: 'border' }),
|
||||
':adf{json="{\\"marks\\":[{\\"attrs\\":{\\"size\\":\\"2\\"},\\"type\\":\\"border\\"}],\\"text\\":\\"x\\",\\"type\\":\\"text\\"}"}\n',
|
||||
)
|
||||
})
|
||||
|
||||
test('carries whitespace CommonMark strips in the reserved text directive', () => {
|
||||
const emitted = (...content: AdfNode[]): string => markdown(adfToMarkdown(document(paragraph(...content))))
|
||||
assert.equal(emitted({ text: ' lead', type: 'text' }), ':text{text=" "}lead\n')
|
||||
assert.equal(emitted({ text: 'trail ', type: 'text' }), 'trail:text{text=" "}\n')
|
||||
assert.equal(emitted({ text: 'a\nb', type: 'text' }), 'a:text{text="\\n"}b\n')
|
||||
assert.equal(emitted({ text: '\t', type: 'text' }), ':text{text="\\t"}\n')
|
||||
assert.equal(emitted({ text: 'a ', type: 'text' }, { type: 'hardBreak' }, { text: ' b', type: 'text' }), 'a:text{text=" "}\\\n:text{text=" "}b\n')
|
||||
assert.equal(emitted({ marks: [{ type: 'em' }], text: ' a ', type: 'text' }), '_:text{text=" "}a:text{text=" "}_\n')
|
||||
assert.equal(markdown(adfToMarkdown(document({ attrs: { level: 1 }, content: [{ text: 'x ', type: 'text' }], type: 'heading' }))), '# x:text{text=" "}\n')
|
||||
})
|
||||
Reference in New Issue
Block a user