openpencil/tests/engine/io/fig/import/schema-coverage.test.ts
Danila Poyarkov 5146e7f7e5
fix(fig): keep variable metadata, plugin data and default mode on save (#848)
* fix(fig): keep variable metadata, plugin data and default mode on save

Saving a .fig rebuilt every variable record from the model, which held none
of Figma's variable metadata, so each save wrote variables as published to
all scopes with no description or code names, dropped other plugins' data,
and made the first mode the default.

Variables now carry scopes, codeSyntax and pluginData, collections carry
pluginData, and the reader and writer translate description,
symbolDescription, isPublishable, variableScopes and codeSyntax. Figma has
no default-mode field, so setting a default moves that mode first (undo
restores the order) and the writer orders the default first.

This is the base for design tokens: the CSS name will live in
codeSyntax.WEB and unit and mode conditions in OpenPencil plugin data.

* refactor(scene-graph): share the default-first mode order

setDefaultMode and the .fig writer both moved the default mode first by
hand; modesDefaultFirst does it once, with es-toolkit's partition.

* fix(core): undo a default mode change on the collection currently in the graph

Undoing a collection's removal restores a copy of it, so the inverse of
setDefaultMode wrote the previous order and default to an object the
graph no longer held when both were undone. Look the collection up by id
when undoing, as the forward step already does.
2026-10-04 12:53:04 +04:00

425 lines
9.3 KiB
TypeScript

import { describe, expect, test } from 'bun:test'
import { readFileSync } from 'node:fs'
import ts from 'typescript'
import { FIGMA_RAW_NODE_FIELD_KEYS } from '@open-pencil/fig/node-change'
import { parseSchema } from '@open-pencil/kiwi/schema-runtime'
interface SchemaField {
name: string
type: string | null
}
type SchemaCoverageBucket =
| 'modeled'
| 'rawPreserved'
| 'schemaTag'
| 'styleLibraryMetadata'
| 'componentInstanceMetadata'
| 'textMetadata'
| 'visualGeometryMetadata'
| 'layoutMetadata'
| 'prototypeConnectorMetadata'
| 'widgetMetadata'
| 'slideFigjamMetadata'
| 'variableDevMetadata'
| 'codeCmsAiMetadata'
| 'mediaMotionMetadata'
| 'internalBookkeeping'
const SCHEMA_PATH = 'packages/kiwi/src/fig/schema/fig.kiwi'
const CODEC_PATH = 'packages/kiwi/src/fig/codec.ts'
function nodeChangeSchemaFields(): SchemaField[] {
const schema = parseSchema(readFileSync(SCHEMA_PATH, 'utf8'))
const nodeChange = schema.definitions.find((definition) => definition.name === 'NodeChange')
if (!nodeChange) throw new Error('NodeChange message is missing from fig.kiwi')
return nodeChange.fields.map((field) => ({ name: field.name, type: field.type }))
}
function modeledNodeChangeFields(): Set<string> {
const source = ts.createSourceFile(
CODEC_PATH,
readFileSync(CODEC_PATH, 'utf8'),
ts.ScriptTarget.Latest,
true
)
const fields = new Set<string>()
function visit(node: ts.Node): void {
if (ts.isInterfaceDeclaration(node) && node.name.text === 'NodeChange') {
for (const member of node.members) {
if (ts.isPropertySignature(member) && member.name && ts.isIdentifier(member.name)) {
fields.add(member.name.text)
}
}
}
ts.forEachChild(node, visit)
}
visit(source)
return fields
}
function includesAny(value: string, parts: string[]): boolean {
return parts.some((part) => value.includes(part))
}
function classifySchemaOnlyField(
field: SchemaField
): Exclude<SchemaCoverageBucket, 'modeled' | 'rawPreserved'> | null {
const name = field.name
const lower = name.toLowerCase()
const type = field.type ?? ''
if (name.endsWith('Tag')) return 'schemaTag'
if (
includesAny(lower, [
'style',
'library',
'publish',
'asset',
'nonupdateable',
'ojans',
'sevmoonlitlily'
])
) {
return 'styleLibraryMetadata'
}
if (
includesAny(lower, [
'symbol',
'component',
'variant',
'override',
'slot',
'module',
'guidpath',
'unflattening',
'bubble'
])
) {
return 'componentInstanceMetadata'
}
if (
includesAny(lower, [
'font',
'opentype',
'otfeatures',
'text',
'paragraph',
'lineheight',
'letterspacing',
'ligature',
'numeric',
'caps',
'leadingtrim',
'hanging',
'glyph',
'hyperlink',
'mention',
'semantic',
'responsive',
'list'
])
) {
return 'textMetadata'
}
if (
includesAny(lower, [
'fill',
'stroke',
'paint',
'effect',
'mask',
'background',
'corner',
'transform',
'rectangle',
'constraint',
'proportion',
'border',
'geometry',
'scene3d',
'vector',
'arc',
'handlemirroring',
'starinnerscale',
'pathtrim',
'brush',
'dash',
'miter',
'opacity',
'blendmode',
'size',
'visible',
'locked',
'lockmode',
'rotation',
'absolutebounds'
])
) {
return 'visualGeometryMetadata'
}
if (
includesAny(lower, [
'stack',
'grid',
'layout',
'scroll',
'container',
'resize',
'child',
'fixedchildren',
'breakpoint',
'contracted',
'readingdirection',
'readingindex'
])
) {
return 'layoutMetadata'
}
if (
includesAny(lower, [
'prototype',
'transition',
'interaction',
'connection',
'connector',
'annotation',
'measurement',
'overlay',
'destination',
'easing',
'navigation',
'keytrigger',
'voiceevent'
])
) {
return 'prototypeConnectorMetadata'
}
if (lower.includes('widget')) return 'widgetMetadata'
if (
includesAny(lower, [
'slide',
'figjam',
'shape',
'section',
'stamp',
'table',
'snakegame',
'diagram',
'flapp',
'agenda',
'page',
'presentation',
'theme'
])
) {
return 'slideFigjamMetadata'
}
if (
includesAny(lower, [
'variable',
'collection',
'timing',
'parameter',
'dev',
'handoff',
'aria',
'accessible',
'htmltag',
'decorativeimage'
])
) {
return 'variableDevMetadata'
}
if (
includesAny(lower, [
'code',
'jsx',
'cms',
'repeater',
'ai',
'generation',
'chat',
'buzz',
'cooper',
'draft',
'make',
'spec',
'hub',
'managedstring',
'thumbnail',
'placeholder',
'customtool',
'sourcecontrol',
'imageimport',
'backingnode',
'mime',
'blobref',
'artifact'
])
) {
return 'codeCmsAiMetadata'
}
if (
includesAny(lower, [
'video',
'media',
'syncedstate',
'embed',
'motion',
'timeline',
'keyframe',
'interpolation',
'bezier',
'clip',
'playback',
'animation',
'tools',
'customeffects',
'smartanimate'
])
) {
return 'mediaMotionMetadata'
}
if (
includesAny(lower, [
'guid',
'phase',
'parentindex',
'type',
'name',
'description',
'version',
'sortposition',
'key',
'internal',
'autorename',
'count',
'export',
'paste',
'deleted',
'editinfo',
'colorprofile',
'stability',
'migration',
'ancestorpathbeforedeletion',
'root',
'belongs',
'isprimary',
'multieditglueid',
'autofork',
'manuallyrenamed',
'isc2',
'behavior',
'linkpreview',
'editscope',
'simplifyinstancepanels',
'source',
'file',
'disablejitdst'
]) ||
type.startsWith('Internal')
) {
return 'internalBookkeeping'
}
return null
}
function classifyField(
field: SchemaField,
modeled: Set<string>,
rawPreserved: Set<string>
): SchemaCoverageBucket | null {
if (modeled.has(field.name)) return 'modeled'
if (rawPreserved.has(field.name)) return 'rawPreserved'
return classifySchemaOnlyField(field)
}
describe('Figma Kiwi schema coverage', () => {
test('classifies every NodeChange schema field', () => {
const modeled = modeledNodeChangeFields()
const rawPreserved = new Set<string>(FIGMA_RAW_NODE_FIELD_KEYS)
const fields = nodeChangeSchemaFields()
const buckets = new Map<SchemaCoverageBucket, string[]>()
const unclassified: SchemaField[] = []
for (const field of fields) {
const bucket = classifyField(field, modeled, rawPreserved)
if (!bucket) {
unclassified.push(field)
continue
}
buckets.set(bucket, [...(buckets.get(bucket) ?? []), field.name])
}
expect(unclassified).toEqual([])
expect(
Object.fromEntries([...buckets].map(([bucket, items]) => [bucket, items.length]))
).toEqual({
modeled: 121,
schemaTag: 60,
internalBookkeeping: 17,
rawPreserved: 46,
styleLibraryMetadata: 38,
componentInstanceMetadata: 32,
textMetadata: 23,
slideFigjamMetadata: 39,
visualGeometryMetadata: 38,
layoutMetadata: 29,
prototypeConnectorMetadata: 32,
variableDevMetadata: 14,
widgetMetadata: 11,
codeCmsAiMetadata: 67,
mediaMotionMetadata: 23
})
})
test('keeps high-value schema fields modeled or raw-preserved', () => {
const modeled = modeledNodeChangeFields()
const rawPreserved = new Set<string>(FIGMA_RAW_NODE_FIELD_KEYS)
const covered = (name: string) => modeled.has(name) || rawPreserved.has(name)
expect(covered('fillPaints')).toBe(true)
expect(covered('strokePaints')).toBe(true)
expect(covered('effects')).toBe(true)
expect(covered('vectorData')).toBe(true)
expect(covered('derivedTextData')).toBe(true)
expect(covered('leadingTrim')).toBe(true)
expect(covered('textDecorationStyle')).toBe(true)
expect(covered('semanticWeight')).toBe(true)
expect(covered('semanticItalic')).toBe(true)
expect(covered('fontVariantDiscretionaryLigatures')).toBe(true)
expect(covered('fontVariantNumericFigure')).toBe(true)
expect(covered('fontVariantCaps')).toBe(true)
expect(covered('toggledOnOTFeatures')).toBe(true)
expect(covered('toggledOffOTFeatures')).toBe(true)
expect(covered('textDecorationFillPaints')).toBe(true)
expect(covered('textUnderlineOffset')).toBe(true)
expect(covered('textDecorationThickness')).toBe(true)
expect(covered('mask')).toBe(true)
expect(covered('maskType')).toBe(true)
expect(covered('maskIsOutline')).toBe(true)
expect(covered('layoutGrids')).toBe(true)
expect(covered('gridChildVerticalAlign')).toBe(true)
expect(covered('gridChildHorizontalAlign')).toBe(true)
expect(covered('slideThemeMap')).toBe(true)
})
})