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10a - adfToPlainMarkdown's ADF→ADF reduction #128

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lilleman merged 20 commits from 10a into main 2026-09-25 19:42:37 +02:00
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src/markdown/emit/plain-reduction.test.ts
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@@ -172,7 +172,7 @@ test('keeps the CommonMark blocks in their spelling and drops their attributes a
assert.equal(plain(bulletList(item(said('a'), bulletList(item(said('x'))), long))), '- a\n - x\n - 10000000000. y\n') assert.equal(plain(bulletList(item(said('a'), bulletList(item(said('x'))), long))), '- a\n - x\n - 10000000000. y\n')
const givesWay = node('orderedList', { order: 1e10 }, item(node('rule', {})), item(bulletList(item(bulletList(item()))))) const givesWay = node('orderedList', { order: 1e10 }, item(node('rule', {})), item(bulletList(item(bulletList(item())))))
assert.equal(plain(givesWay, bulletList(item(said('z')))), '- 10000000000.\n- 10000000001.\n - -\n- z\n') assert.equal(plain(givesWay, bulletList(item(said('z')))), '- 10000000000.\n- 10000000001.\n - -\n- z\n')
assert.equal(plain(node('orderedList', { order: 999999999 }, item(said('a'))), node('orderedList', { order: 5 }, item(said('b')))), '- 999999999\\. a\n- 5. b\n') assert.equal(plain(node('orderedList', { order: 999999999 }, item(said('a'))), node('orderedList', { order: 5 }, item(said('b')))), '- 999999999\\. a\n- 5\\. b\n')
assert.equal(plain(node('heading', { level: 7 }, text('h'))), 'h\n') assert.equal(plain(node('heading', { level: 7 }, text('h'))), 'h\n')
}) })
@@ -302,8 +302,8 @@ test('drops an empty paragraph and merges adjacent lists of one type', () => {
assert.equal(plain(said('a'), paragraph(), paragraph(text(' ')), said('b')), 'a\n\nb\n') assert.equal(plain(said('a'), paragraph(), paragraph(text(' ')), said('b')), 'a\n\nb\n')
assert.equal(plain(bulletList(item(said('a'))), paragraph(), node('decisionList', {}, node('decisionItem', {}, text('b')))), '- a\n- b\n') assert.equal(plain(bulletList(item(said('a'))), paragraph(), node('decisionList', {}, node('decisionItem', {}, text('b')))), '- a\n- b\n')
assert.equal(plain(ordered(2, 'a'), ordered(3, 'b'), bulletList(item(said('c')))), '2. a\n3. b\n\n- c\n') assert.equal(plain(ordered(2, 'a'), ordered(3, 'b'), bulletList(item(said('c')))), '2. a\n3. b\n\n- c\n')
assert.equal(plain(bulletList(item(said('x'))), ordered(1, 'a'), ordered(5, 'b'), ordered(6, 'c')), '- x\n- 1. a\n- 5. b\n\n6. c\n') assert.equal(plain(bulletList(item(said('x'))), ordered(1, 'a'), ordered(5, 'b'), ordered(6, 'c')), '- x\n- 1\\. a\n- 5\\. b\n\n6. c\n')
assert.equal(plain(ordered(1, 'a'), ordered(1e10, 'y')), '- 1. a\n- 10000000000. y\n') assert.equal(plain(ordered(1, 'a'), ordered(1e10, 'y')), '- 1\\. a\n- 10000000000. y\n')
const column = (list: AdfNode): AdfNode => node('layoutColumn', {}, list) const column = (list: AdfNode): AdfNode => node('layoutColumn', {}, list)
assert.equal(plain(node('layoutSection', {}, column(bulletList(item(said('a')))), column(bulletList(item(said('b')))))), '- a\n- b\n') assert.equal(plain(node('layoutSection', {}, column(bulletList(item(said('a')))), column(bulletList(item(said('b')))))), '- a\n- b\n')
}) })