Files
deepseek-harness/scripts/translation-brief.spec.ts
Tianyi Cui 53283003e9 feat(i18n): unit-mapped briefings with mechanical --apply, adopting the #684 planner mechanics
The briefing now maps each update at the narrowest safely aligned
granularity, widening deterministically on mapping failure: a change
confined to the pair's byte-identical code fences is computed outright
(--apply splices it into the counterpart and validates the result
against the pairing gate's structural signature before writing);
otherwise changed Markdown units — headings, paragraphs, table rows,
list items, fences, block quotes, HTML blocks, thematic breaks, link
definitions, matched by container-scoped kind sequences — each carry
their last-confirmed source, current source, and current counterpart
text; units that do not align fall back to depth-matched heading
sections (depth only, so translated heading text still maps); and when
sections do not align either, or both sides drifted, the briefing says
so and withholds the mapping. Terminology rows now match the changed
spans only, English terms on word boundaries with plural inflections,
and Chinese-target briefings track each relevant term's document-wide
first occurrence — a moved occurrence pulls the vacated and receiving
spans into the briefing with an explanatory note.

The unit mapping, mechanical code splice, and first-occurrence tracking
adopt the planner design from the incremental prompt-pipeline PR (#684),
whose provider-backed bake-off independently validated the same scope
ladder; this PR carries those mechanics into the agent-facing briefing
path so both consumers of the consistency records behave alike. The
prior line-hunk section mapping and its heading-text alignment (which
could not map cross-language sections) are replaced wholesale.

Docs: SKILL.md update path, i18n README pair, development.md pair, and
the briefed-updates Agent Note pair brought along; the development.md
fence edit was applied with --apply itself, and the prose updates were
made through the new unit/section briefings.
2026-07-27 02:31:07 +08:00

284 lines
11 KiB
TypeScript
Raw Blame History

This file contains ambiguous Unicode characters
This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.
/** Regression tests for the minimal-update briefing assembly. */
import { describe, expect, it } from 'vitest'
import {
changedSpanIndices,
computeMechanicalUpdate,
firstOccurrenceContext,
markdownUnits,
parseTerminologyRows,
relevantTerminologyRows,
renderTranslationBrief,
sectionSpans,
spansAligned,
termOffsets,
} from './translation-brief.ts'
const DOC = [
'Preamble line.',
'',
'# Title',
'',
'Intro paragraph.',
'',
'## First',
'',
'First body.',
'',
'```ts',
'const value = 1',
'```',
'',
'## Second',
'',
'| A | B |',
'|---|---|',
'| 1 | 2 |',
'',
'- item one',
'- item two',
].join('\n')
describe('markdown spans', () => {
it('lists units with container-scoped kinds in document order', () => {
const kinds = markdownUnits(DOC).map(span => span.kind)
expect(kinds).toEqual([
'root.0:paragraph',
'root.1:heading:1',
'root.2:paragraph',
'root.3:heading:2',
'root.4:paragraph',
'root.5:code',
'root.6:heading:2',
'root.7.0:tableRow',
'root.7.1:tableRow',
'root.8.0:listItem',
'root.8.1:listItem',
])
})
it('lists heading sections with a preamble span and heading labels', () => {
const sections = sectionSpans(DOC)
expect(sections.map(span => span.label)).toEqual([
'(preamble before the first heading)',
'Title',
'First',
'Second',
])
expect(sections[0]).toMatchObject({ startLine: 1, endLine: 2 })
expect(sections[2]).toMatchObject({ startLine: 7, endLine: 14 })
})
it('labels units by their node type', () => {
const units = markdownUnits(DOC)
expect(units[0]!.label).toBe('paragraph')
expect(units[1]!.label).toBe('heading')
expect(units[7]!.label).toBe('tableRow')
})
it('aligns sections by depth only, so translated heading text still maps', () => {
const zh = DOC.replace('## First', '## 第一节').replace('## Second', '## 第二节').replace('# Title', '# 标题')
expect(spansAligned(sectionSpans(DOC), sectionSpans(zh))).toBe(true)
})
it('aligns span lists only on equal non-empty kind sequences', () => {
const zh = DOC.replace('First body.', '第一段。').replace('item one', '第一项').replace('Intro paragraph.', '导语。')
expect(spansAligned(markdownUnits(DOC), markdownUnits(zh))).toBe(true)
const reshaped = DOC.replace('- item one\n- item two', 'merged paragraph')
expect(spansAligned(markdownUnits(DOC), markdownUnits(reshaped))).toBe(false)
expect(spansAligned([], [])).toBe(false)
})
it('reports the indices whose text changed', () => {
const edited = DOC.replace('First body.', 'First body, revised.').replace('| 1 | 2 |', '| 1 | 3 |')
expect(changedSpanIndices(markdownUnits(DOC), markdownUnits(edited))).toEqual([4, 8])
})
})
describe('mechanical code updates', () => {
const en = '# T\n\nProse.\n\n```sh\nrun one\n```\n'
const zh = '# T\n\n中文。\n\n```sh\nrun one\n```\n'
it('splices a fence-only edit into the counterpart', () => {
const edited = en.replace('run one', 'run two')
expect(computeMechanicalUpdate(en, edited, zh)).toBe(zh.replace('run one', 'run two'))
})
it('refuses when prose changed too', () => {
const edited = en.replace('Prose.', 'Prose!').replace('run one', 'run two')
expect(computeMechanicalUpdate(en, edited, zh)).toBeUndefined()
})
it('refuses when the counterpart fences already diverge from last-confirmed', () => {
const edited = en.replace('run one', 'run two')
expect(computeMechanicalUpdate(en, edited, zh.replace('run one', 'run stale'))).toBeUndefined()
})
it('refuses when fence counts differ or nothing changed', () => {
expect(computeMechanicalUpdate(en, `${en}\n\`\`\`sh\nextra\n\`\`\`\n`, zh)).toBeUndefined()
expect(computeMechanicalUpdate(en, en, zh)).toBeUndefined()
})
})
const TERMINOLOGY = [
'| English | 中文 | 首次出现 | 不要译作 | 备注 |',
'|---|---|---|---|---|',
'| agent | agent | agent智能体 | 智能体 | |',
'| session log | 会话日志 | | 会话记录 | |',
'| gate | 门禁 | | | |',
'| registry | 注册表 | | | |',
].join('\n')
describe('terminology', () => {
it('parses data rows and skips the header and separator', () => {
const rows = parseTerminologyRows(TERMINOLOGY)
expect(rows.map(row => row.english)).toEqual(['agent', 'session log', 'gate', 'registry'])
expect(rows[0]).toMatchObject({ chinese: 'agent', first: 'agent智能体' })
})
it('matches English terms on word boundaries with plural inflections', () => {
expect(termOffsets('two agents met', 'agent', true)).toEqual([4])
expect(termOffsets('two registries', 'registry', true)).toEqual([4])
expect(termOffsets('reagents', 'agent', true)).toEqual([])
expect(termOffsets('', 'agent', true)).toEqual([])
})
it('selects rows for the changed text per direction', () => {
expect(relevantTerminologyRows(TERMINOLOGY, 'en-to-zh', 'All agents write a session log.').map(row => row.english))
.toEqual(['agent', 'session log'])
expect(relevantTerminologyRows(TERMINOLOGY, 'zh-to-en', '门禁在提交时运行。').map(row => row.english))
.toEqual(['gate'])
expect(relevantTerminologyRows(TERMINOLOGY, 'en-to-zh', 'delegate the work')).toEqual([])
})
})
describe('first-occurrence tracking', () => {
const before = '# T\n\nAlpha paragraph.\n\nThe agent runs.\n'
const after = '# T\n\nAlpha paragraph with an agent.\n\nThe agent runs.\n'
const rows = parseTerminologyRows(TERMINOLOGY).filter(row => row.english === 'agent')
it('flags a moved first occurrence and pulls the vacated span in', () => {
const context = firstOccurrenceContext(
before, after, markdownUnits(before), markdownUnits(after), rows, new Set([1]),
)
expect(context.notes).toHaveLength(1)
expect(context.notes[0]).toContain('moved from #2 to #1')
expect(context.extraSpanIndices).toEqual([2])
})
it('stays silent when the first occurrence does not move', () => {
const unmoved = before.replace('Alpha paragraph.', 'Alpha paragraph, revised.')
const context = firstOccurrenceContext(
before, unmoved, markdownUnits(before), markdownUnits(unmoved), rows, new Set([1]),
)
expect(context.notes).toEqual([])
expect(context.extraSpanIndices).toEqual([])
})
it('ignores rows without a first-occurrence rendering', () => {
const bare = parseTerminologyRows(TERMINOLOGY).filter(row => row.english === 'gate')
const withGate = after.replace('The agent runs.', 'The gate runs.')
const context = firstOccurrenceContext(
before, withGate, markdownUnits(before), markdownUnits(withGate), bare, new Set([2]),
)
expect(context.notes).toEqual([])
})
})
describe('brief rendering', () => {
const base = {
sourcePath: 'docs/foo.md',
counterpartPath: 'docs/foo.zh.md',
direction: 'en-to-zh' as const,
diff: '@@ -5 +5 @@\n-old text about the agent\n+new text about the agent',
terminology: relevantTerminologyRows(TERMINOLOGY, 'en-to-zh', 'the agent'),
}
const bundle = {
index: 4,
label: 'paragraph',
confirmedSourceText: 'old text about the agent\n',
currentSourceText: 'new text about the agent\n',
counterpartText: '关于 agent 的旧文本\n',
counterpartStartLine: 9,
}
it('renders unit bundles with three-way context and line anchors', () => {
const brief = renderTranslationBrief({
...base,
scope: { kind: 'units', bundles: [bundle], firstOccurrenceNotes: ['agent: the document-wide first occurrence moved from #2 to #1; the agent智能体 form moves with it (later occurrences drop the annotation).'] },
})
expect(brief).toContain('# Translation update briefing: docs/foo.md')
expect(brief).toContain('## Changed units')
expect(brief).toContain('### #4 paragraph — counterpart at docs/foo.zh.md:9')
expect(brief).toContain('Last-confirmed English:')
expect(brief).toContain('Current Chinese (bring this along):')
expect(brief).toContain('## First-occurrence notes')
expect(brief).toContain('agent智能体')
expect(brief).toContain('首次出现 annotations attach to the document-wide first occurrence only')
expect(brief).toContain('verify-translation-pairing --write docs/foo.md')
})
it('marks first-occurrence bundles and omits their unchanged confirmed text', () => {
const brief = renderTranslationBrief({
...base,
scope: {
kind: 'units',
bundles: [{ ...bundle, reason: 'first-occurrence', confirmedSourceText: bundle.currentSourceText }],
firstOccurrenceNotes: [],
},
})
expect(brief).toContain('unchanged; included for a first-occurrence move')
expect(brief).not.toContain('Last-confirmed English:')
})
it('renders the mechanical scope with the --apply command', () => {
const brief = renderTranslationBrief({ ...base, scope: { kind: 'mechanical' } })
expect(brief).toContain('## Mechanical update — no translation judgment involved')
expect(brief).toContain('gen-translation-brief --apply docs/foo.md')
expect(brief).not.toContain('## Changed units')
})
it('renders the section fallback under its own heading', () => {
const brief = renderTranslationBrief({
...base,
scope: { kind: 'sections', bundles: [bundle], firstOccurrenceNotes: [] },
})
expect(brief).toContain('## Changed sections')
expect(brief).toContain('fine-grained units do not align')
})
it('renders the document fallback with its reason and no bundles', () => {
const brief = renderTranslationBrief({
...base,
scope: { kind: 'document', reason: 'BOTH sides changed since the pair was last confirmed consistent, so no side is a trustworthy mapping anchor; decide which side owns each divergence.' },
})
expect(brief).toContain('## Whole-document update required')
expect(brief).toContain('BOTH sides changed')
expect(brief).toContain('locate the affected regions yourself')
})
it('renders the English-target digest for zh-to-en updates', () => {
const brief = renderTranslationBrief({
...base,
direction: 'zh-to-en',
sourcePath: 'docs/foo.zh.md',
counterpartPath: 'docs/foo.md',
scope: { kind: 'units', bundles: [bundle], firstOccurrenceNotes: [] },
})
expect(brief).toContain('exactly what the new Chinese states')
expect(brief).toContain('verify-translation-pairing --write docs/foo.md')
})
it('grows bundle fences past tilde runs in the text', () => {
const brief = renderTranslationBrief({
...base,
scope: {
kind: 'units',
bundles: [{ ...bundle, counterpartText: '~~~~\ninner\n~~~~\n' }],
firstOccurrenceNotes: [],
},
})
expect(brief).toContain('~~~~~markdown')
})
})