eldorado-v1/documentation
1
0 Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

feat: add section navigation and embedded Archify diagrams
Build and publish Eldorado documentation / build (pull_request) Successful in 29s
Details

Browse Source
This commit is contained in:
jarvis-at-skic committed 2026-10-02 10:33:55 +00:00
1 parent 076a7e5329
commit 9ad62a2ed6
133 files changed
+131095 -28
Download Patch File Download Diff File Expand all files Collapse all files

No files matched your search

.gitattributes
+2
View File
@@ -0,0 +1,2 @@
# Preserve byte-identical third-party sources, including upstream whitespace.
vendor/archify/** -whitespace
.gitignore
+1
View File
@@ -5,3 +5,4 @@ build/
.env
.env.*
!.env.example
static/diagrams/
README.md
+7 -1
View File
@@ -25,6 +25,12 @@ Pull requests validate only. Pushes to `main` validate, build, and publish to th
After publication, verify the exact commit’s Actions task and deployed page body; an OAuth redirect is not content verification. Future changes should use pull requests. Never commit credentials or edit generated `build/` output.
## Sections and diagrams
Top-level sections are Organization, Strategy, and Contribution, each with an independent sidebar. The first Organization page is Structure and contains an explicitly illustrative organization chart, not confirmed Eldorado reporting lines.
Archify 3.0.1 is vendored under `vendor/archify/` from commit `d5a1333d7447c866a765adac7d4d062f2f02e4d2`. MIT and third-party notices are preserved. `diagrams/` holds editable JSON; `pnpm diagrams:build` validates and generates local standalone viewers before every site build. The iframe is sandboxed without same-origin permission. See `docs/contribution/diagrams.md` for capability analysis, authoring, boundaries, and upgrade procedure.
## Design
Inspired by https://www.eldorado.gg/: Lato, near-black navigation, charcoal, gold `#ffc950`, light panels, bold headings. Original documentation artwork and square panels; no official marketplace assets or business claims. See `docs/reference.md`.
Inspired by https://www.eldorado.gg/: Lato, near-black navigation, charcoal, gold `#ffc950`, light panels, bold headings. Original documentation artwork and square panels; no official marketplace assets or business claims. See `docs/core/reference.md`.
diagrams/organization-structure.architecture.json
+94
View File
@@ -0,0 +1,94 @@
{
"schema_version": 1,
"diagram_type": "architecture",
"meta": {
"title": "Illustrative organization structure",
"output": "static/diagrams/organization-structure/index.html",
"quality_profile": "showcase"
},
"components": [
{
"id": "leadership",
"type": "backend",
"label": "Example leadership",
"sublabel": "Illustrative only",
"pos": [
320,
40
],
"size": [
200,
80
]
},
{
"id": "product",
"type": "backend",
"label": "Product",
"sublabel": "Example function",
"pos": [
40,
260
],
"size": [
200,
80
]
},
{
"id": "engineering",
"type": "backend",
"label": "Engineering",
"sublabel": "Example function",
"pos": [
320,
260
],
"size": [
200,
80
]
},
{
"id": "operations",
"type": "backend",
"label": "Operations",
"sublabel": "Example function",
"pos": [
600,
260
],
"size": [
200,
80
]
}
],
"connections": [
{
"id": "leadership-product",
"from": "leadership",
"to": "product"
},
{
"id": "leadership-engineering",
"from": "leadership",
"to": "engineering"
},
{
"id": "leadership-operations",
"from": "leadership",
"to": "operations"
}
],
"cards": [
{
"dot": "amber",
"title": "Test diagram \u2014 not a confirmed structure",
"items": [
"All roles and relationships are illustrative.",
"Actual Eldorado teams and reporting lines remain to be defined."
]
}
]
}
docs/contribution/contribute.md
+19
View File
@@ -0,0 +1,19 @@
---
title: Contribute
description: Contribute evidence, proposals, and documentation changes to Eldorado Powered By AI.
slug: /
---
Use this section to contribute to **Eldorado Powered By AI**.
- Distinguish evidence, proposals, open questions, and agreed decisions.
- Do not present example diagrams as the actual organization or architecture.
- Use a pull request for source changes; automated checks must pass before publication.
## Maintain the portal
[Update and publish the site](/docs/maintain/) or consult the [configuration reference](/docs/reference/).
## Create diagrams
[Author and embed an Archify diagram](./diagrams.md).
docs/contribution/diagrams.md
+46
View File
@@ -0,0 +1,46 @@
---
title: Archify diagrams
description: Author typed JSON diagrams and embed their local interactive viewer in documentation.
---
## Capabilities
[Archify](https://github.com/tt-a1i/archify) 3.0.1 is vendored at commit `d5a1333d7447c866a765adac7d4d062f2f02e4d2` under `vendor/archify/`, with its MIT license and third-party notices preserved.
| Diagram type | Intended use |
| --- | --- |
| Architecture | Components, boundaries and relationships; also suitable for this illustrative structure test |
| Workflow | Processes, branches and approval gates |
| Sequence | Participants and ordered messages |
| Dataflow | Sources, processing and destinations |
| Lifecycle | States and transitions |
The standalone viewer provides pan/zoom, node inspection, search/focus, relationship tracing, light/dark themes, and an export menu. Motion is opt-in. The Organization example exercises architecture mode; other diagram types use the same build interface but do not yet have portal-specific examples. Browser-dependent exports such as video are not acceptance-tested by this integration.
## Author a diagram
Create `diagrams/<name>.<type>.json` using the matching schema and authoring guidance in `vendor/archify/schemas/` and `vendor/archify/references/`. Use stable IDs, explicit relationships, and honest evidence labels. Do not include private information merely because the source repository is private: Pages access is a separate platform policy.
Set `meta.output` to `static/diagrams/<name>/index.html`. The build validates the typed source with the upstream showcase profile, renders locally, checks the artifact, and publishes the standalone HTML and a downloadable JSON source.
```sh
pnpm diagrams:build
pnpm test
pnpm build
```
## Embed it in MDX
```mdx
import ArchifyDiagram from '@site/src/components/ArchifyDiagram';
<ArchifyDiagram name="organization-structure" title="Illustrative organization structure" />
```
Supply a text alternative below each diagram. The wrapper uses a local, base-path-aware iframe with a descriptive title, scripts and downloads enabled, and no same-origin or parent-navigation permissions. A full-viewer link provides a wider canvas. Generated output is ignored by Git and rebuilt in CI.
## Integration boundaries
The portal remains Docusaurus/React/TypeScript with pnpm. It uses the actual upstream renderer, not a look-alike diagram implementation. No Astro site, global agent installation, hosted rendering service, or AI API was added. The integration disables Archify update networking and does not run its installation commands.
Upgrades are deliberate: review the upstream diff and licenses, update the provenance record and vendor checksums, then run tests, diagram validation, production build, and browser checks. Do not edit upstream files for portal styling.
docs/maintain.md → docs/core/maintain.md
View File
File renamed without changes.
docs/overview.md → docs/core/overview.md
View File
File renamed without changes.
docs/reference.md → docs/core/reference.md
View File
File renamed without changes.
docs/organization/structure.mdx
+19
View File
@@ -0,0 +1,19 @@
---
title: Structure
description: Explore an illustrative organization diagram with the Archify viewer.
slug: /structure
---
import ArchifyDiagram from '@site/src/components/ArchifyDiagram';
:::note Illustrative integration example
This is **not Eldorado’s confirmed organization chart**. The roles and relationships below are test data demonstrating the diagram capability. Actual teams, reporting lines, and AI responsibilities will be defined separately.
:::
<ArchifyDiagram name="organization-structure" title="Illustrative organization structure" />
Select a node to inspect it. Use the viewer’s search, zoom, theme, and export controls, or open the full viewer for more space.
## Text alternative
The example connects **Example leadership** to three sample functions: **Product**, **Engineering**, and **Operations**. These links demonstrate structure; they do not assert real reporting relationships at Eldorado.
docs/strategy/direction.md
+11
View File
@@ -0,0 +1,11 @@
---
title: Direction
description: Define the strategy and direction for an AI-powered Eldorado.
slug: /
---
# Strategy and direction
**Eldorado Powered By AI** is the space for shaping how AI can support Eldorado.
Specific initiatives, priorities, measures of success, and a delivery roadmap remain to be agreed. This section is ready for that work; no proposals here should be treated as approved commitments until explicitly agreed.
docusaurus.config.ts
+10 -4
View File
@@ -13,21 +13,27 @@ const config: Config = {
onBrokenLinks: 'throw',
markdown: {hooks: {onBrokenMarkdownLinks: 'throw'}},
presets: [['classic', {
docs: {sidebarPath: './sidebars.ts', routeBasePath: 'docs', editUrl: 'https://gitea.lego-cloud.eu/eldorado-v1/documentation/_edit/main/'},
docs: {path: 'docs/core', sidebarPath: './sidebars.ts', routeBasePath: 'docs', editUrl: 'https://gitea.lego-cloud.eu/eldorado-v1/documentation/_edit/main/'},
blog: false,
theme: {customCss: './src/css/custom.css'},
} satisfies Preset.Options]],
plugins: [
['@docusaurus/plugin-content-docs', {id: 'organization', path: 'docs/organization', routeBasePath: 'organization', sidebarPath: './sidebars/organization.ts'}],
['@docusaurus/plugin-content-docs', {id: 'strategy', path: 'docs/strategy', routeBasePath: 'strategy', sidebarPath: './sidebars/strategy.ts'}],
['@docusaurus/plugin-content-docs', {id: 'contribution', path: 'docs/contribution', routeBasePath: 'contribution', sidebarPath: './sidebars/contribution.ts'}],
],
themes: [['@easyops-cn/docusaurus-search-local', {
hashed: 'filename', indexDocs: true, indexBlog: false, indexPages: true,
docsRouteBasePath: 'docs', language: ['en'], highlightSearchTermsOnTargetPage: true,
docsRouteBasePath: ['docs', 'organization', 'strategy', 'contribution'], language: ['en'], highlightSearchTermsOnTargetPage: true,
}]],
themeConfig: {
colorMode: {defaultMode: 'light', respectPrefersColorScheme: true},
navbar: {
title: 'Eldorado', logo: {alt: 'Documentation home', src: 'img/docs-mark.svg'},
items: [
{to: '/docs/overview/', label: 'Documentation', position: 'left'},
{to: '/docs/maintain/', label: 'Maintainer guide', position: 'left'},
{type: 'docSidebar', docsPluginId: 'organization', sidebarId: 'organizationSidebar', label: 'Organization', position: 'left'},
{type: 'docSidebar', docsPluginId: 'strategy', sidebarId: 'strategySidebar', label: 'Strategy', position: 'left'},
{type: 'docSidebar', docsPluginId: 'contribution', sidebarId: 'contributionSidebar', label: 'Contribution', position: 'left'},
{href: 'https://gitea.lego-cloud.eu/eldorado-v1/documentation', label: 'Repository', position: 'right'},
],
},
package.json
+7 -4
View File
@@ -7,12 +7,14 @@
"node": ">=22"
},
"scripts": {
"start": "docusaurus start",
"build": "docusaurus build",
"start": "pnpm diagrams:build && docusaurus start",
"build": "pnpm diagrams:build && docusaurus build",
"serve": "docusaurus serve",
"typecheck": "tsc --noEmit",
"verify": "node scripts/verify.mjs",
"verify:build": "node scripts/verify.mjs --build"
"verify": "pnpm test && node scripts/verify.mjs",
"verify:build": "node scripts/verify.mjs --build",
"diagrams:build": "node scripts/build-diagrams.mjs",
"test": "node --test scripts/portal.test.mjs"
},
"dependencies": {
"@docusaurus/core": "3.10.2",
@@ -32,6 +34,7 @@
"@types/react": "19.1.13",
"typescript": "5.9.3"
},
"pnpm": {"overrides": {"serialize-javascript": "7.0.5"}},
"browserslist": {
"production": [
">0.5%",
pnpm-lock.yaml
Generated
+9 -14
View File
@@ -4,6 +4,9 @@ settings:
autoInstallPeers: true
excludeLinksFromLockfile: false
overrides:
serialize-javascript: 7.0.5
importers:
.:
@@ -4412,9 +4415,6 @@ packages:
resolution: {integrity: sha512-WuyALRjWPDGtt/wzJiadO5AXY+8hZ80hVpe6MyivgraREW751X3SbhRvG3eLKOYN+8VEvqLcf3wdnt44Z4S4SA==}
engines: {node: '>=10'}
randombytes@2.1.0:
resolution: {integrity: sha512-vYl3iOX+4CKUWuxGi9Ukhie6fsqXqS9FE2Zaic4tNFD2N2QQaXOMFbuKK4QmDHC0JO6B1Zp41J0LpT0oR68amQ==}
range-parser@1.2.0:
resolution: {integrity: sha512-kA5WQoNVo4t9lNx2kQNFCxKeBl5IbbSNBl1M/tLkw9WCn+hxNBAW5Qh8gdhs63CJnhjJ2zQWFoqPJP2sK1AV5A==}
engines: {node: '>= 0.6'}
@@ -4678,8 +4678,9 @@ packages:
resolution: {integrity: sha512-VMbMxbDeehAxpOtWJXlcUS5E8iXh6QmN+BkRX1GARS3wRaXEEgzCcB10gTQazO42tpNIya8xIyNx8fll1OFPrg==}
engines: {node: '>= 0.8.0'}
serialize-javascript@6.0.2:
resolution: {integrity: sha512-Saa1xPByTTq2gdeFZYLLo+RFE35NHZkAbqZeWNd3BpzppeVisAqpDjcp8dyf6uIvEqJRd46jemmyA4iFIeVk8g==}
serialize-javascript@7.0.5:
resolution: {integrity: sha512-F4LcB0UqUl1zErq+1nYEEzSHJnIwb3AF2XWB94b+afhrekOUijwooAYqFyRbjYkm2PAKBabx6oYv/xDxNi8IBw==}
engines: {node: '>=20.0.0'}
serve-handler@6.1.7:
resolution: {integrity: sha512-CinAq1xWb0vR3twAv9evEU8cNWkXCb9kd5ePAHUKJBkOsUpR1wt/CvGdeca7vqumL1U5cSaeVQ6zZMxiJ3yWsg==}
@@ -8836,7 +8837,7 @@ snapshots:
globby: 13.2.2
normalize-path: 3.0.0
schema-utils: 4.5.0
serialize-javascript: 6.0.2
serialize-javascript: 7.0.5
webpack: 5.111.1(clean-css@5.3.3)(cssnano@6.1.2(postcss@8.5.28))(html-minifier-terser@7.2.0)(postcss@8.5.28)
core-js-compat@3.50.0:
@@ -8902,7 +8903,7 @@ snapshots:
jest-worker: 29.7.0
postcss: 8.5.28
schema-utils: 4.5.0
serialize-javascript: 6.0.2
serialize-javascript: 7.0.5
webpack: 5.111.1(clean-css@5.3.3)(cssnano@6.1.2(postcss@8.5.28))(html-minifier-terser@7.2.0)(postcss@8.5.28)
optionalDependencies:
clean-css: 5.3.3
@@ -11291,10 +11292,6 @@ snapshots:
quick-lru@5.1.1: {}
randombytes@2.1.0:
dependencies:
safe-buffer: 5.2.1
range-parser@1.2.0: {}
range-parser@1.2.1: {}
@@ -11642,9 +11639,7 @@ snapshots:
transitivePeerDependencies:
- supports-color
serialize-javascript@6.0.2:
dependencies:
randombytes: 2.1.0
serialize-javascript@7.0.5: {}
serve-handler@6.1.7:
dependencies:
scripts/build-diagrams.mjs
+30
View File
@@ -0,0 +1,30 @@
import {readdirSync, readFileSync, mkdirSync, copyFileSync, renameSync, rmSync} from 'node:fs';
import {join} from 'node:path';
import {execFileSync} from 'node:child_process';
const cli = 'vendor/archify/bin/archify.mjs';
const types = new Set(['architecture','workflow','sequence','dataflow','lifecycle']);
// This directory is generated-only and ignored by Git. Remove stale artifacts.
rmSync('static/diagrams', {recursive: true, force: true});
mkdirSync('static/diagrams', {recursive: true});
mkdirSync('.cache/archify', {recursive: true});
const names = new Set();
for (const file of readdirSync('diagrams').sort()) {
const match = /^([a-z0-9]+(?:-[a-z0-9]+)*)\.([a-z]+)\.json$/.exec(file);
if (!match || !types.has(match[2])) throw new Error(`Unsupported diagram source: ${file}`);
const [,name,type] = match;
if (names.has(name)) throw new Error(`Duplicate diagram output: ${name}`);
names.add(name);
const input = join('diagrams',file);
const spec = JSON.parse(readFileSync(input,'utf8'));
const output = `static/diagrams/${name}/index.html`;
mkdirSync(`static/diagrams/${name}`, {recursive: true});
if (spec.diagram_type !== type || spec.meta.output !== output) throw new Error(`Diagram type/output mismatch: ${file}`);
const run = args => execFileSync(process.execPath,[cli,...args],{stdio:'inherit',env:{...process.env,ARCHIFY_UPDATE_CHECK_DISABLED:'1'}});
run(['validate',type,input,'--quality','showcase','--json']);
run(['deliver',type,input,output,'--quality','showcase','--json']);
run(['check',output,'--json','--require-provenance']);
renameSync(`static/diagrams/${name}/index.delivery.json`, `.cache/archify/${name}.delivery.json`);
copyFileSync(input,`static/diagrams/${name}.json`);
}
copyFileSync('vendor/archify/LICENSE','static/diagrams/ARCHIFY-LICENSE.txt');
copyFileSync('vendor/archify/THIRD_PARTY_NOTICES.md','static/diagrams/THIRD-PARTY-NOTICES.md');
scripts/portal.test.mjs
+38
View File
@@ -0,0 +1,38 @@
import {test} from 'node:test';
import {createHash} from 'node:crypto';
import assert from 'node:assert/strict';
import {readFileSync, existsSync} from 'node:fs';
const read = p => readFileSync(p, 'utf8');
test('vendored source matches the reviewed upstream snapshot', () => {
const checksums = JSON.parse(read('vendor/archify-checksums.json'));
for (const [path, hash] of Object.entries(checksums)) {
assert.equal(createHash('sha256').update(readFileSync(`vendor/archify/${path}`)).digest('hex'), hash, path);
}
});
test('three independent section menus and Structure first', () => {
const config = read('docusaurus.config.ts');
for (const section of ['Organization', 'Strategy', 'Contribution']) assert(config.includes(`label: '${section}'`));
assert(!config.includes("label: 'Documentation'"));
assert(!config.includes("label: 'Maintainer guide'"));
assert(read('sidebars/organization.ts').includes("organizationSidebar: ['structure']"));
for (const section of ['organization','strategy','contribution']) assert(config.includes(`id: '${section}'`));
});
test('Archify is pinned, licensed and rebuilt, not a remote embed', () => {
const provenance = JSON.parse(read('vendor/archify-provenance.json'));
assert.equal(provenance.commit, 'd5a1333d7447c866a765adac7d4d062f2f02e4d2');
assert(read('vendor/archify/LICENSE').includes('MIT License'));
const scripts = JSON.parse(read('package.json')).scripts;
assert(scripts.build.startsWith('pnpm diagrams:build'));
const wrapper = read('src/components/ArchifyDiagram/index.tsx');
assert(wrapper.includes('sandbox="allow-scripts allow-downloads"'));
assert(!wrapper.includes('allow-same-origin'));
assert(wrapper.includes('useBaseUrl'));
});
test('example is explicitly illustrative and contains valid connected nodes', () => {
const spec = JSON.parse(read('diagrams/organization-structure.architecture.json'));
assert(spec.meta.title.includes('Illustrative'));
const ids = new Set(spec.components.map(n => n.id));
assert.equal(ids.size, spec.components.length);
for (const edge of spec.connections) assert(ids.has(edge.from) && ids.has(edge.to));
assert(read('docs/organization/structure.mdx').includes('not Eldorado’s confirmed organization chart'));
});
scripts/verify.mjs
+6 -2
View File
@@ -6,7 +6,7 @@ const config = read('docusaurus.config.ts');
assert(config.includes("baseUrl: '/eldorado-v1/documentation/'"));
assert(config.includes("onBrokenLinks: 'throw'"));
assert(config.includes("hashed: 'filename'"));
for (const file of readdirSync('docs')) {
for (const file of readdirSync('docs', {recursive: true}).filter(f => /\.mdx?$/.test(f))) {
const doc = read(join('docs', file));
assert(/^---\n[\s\S]*?title: .+\n[\s\S]*?description: .+\n/.test(doc), `Missing metadata: ${file}`);
}
@@ -16,9 +16,13 @@ const workflow = read('.gitea/workflows/pages.yml');
assert(workflow.includes('mountpoint -q'));
assert(workflow.includes("gitea.event_name == 'push' && gitea.ref == 'refs/heads/main'"));
if (process.argv.includes('--build')) {
for (const route of ['index.html','docs/overview/index.html','docs/maintain/index.html','docs/reference/index.html','404.html']) {
for (const route of ['index.html','docs/overview/index.html','docs/maintain/index.html','docs/reference/index.html','404.html','organization/structure/index.html','strategy/index.html','contribution/index.html','contribution/diagrams/index.html','diagrams/organization-structure/index.html']) {
assert(existsSync(join('build',route)), `Missing route: ${route}`);
}
assert(!readdirSync('build/diagrams', {recursive: true}).some(f => f.endsWith('.delivery.json')), 'Private build receipts must not be published');
const diagram = read('build/diagrams/organization-structure/index.html');
assert(diagram.includes('Example leadership') && diagram.includes('node-engineering'));
assert(!diagram.includes('/opt/data/'), 'No build paths in published diagrams');
const home = read('build/index.html');
assert(/<title\b[^>]*>Eldorado Powered By AI<\/title>/.test(home));
assert(home.includes('Powered By AI</span></h1>'));
sidebars/contribution.ts
+2
View File
@@ -0,0 +1,2 @@
import type {SidebarsConfig} from '@docusaurus/plugin-content-docs';
export default {contributionSidebar: ['contribute', 'diagrams']} satisfies SidebarsConfig;
sidebars/organization.ts
+2
View File
@@ -0,0 +1,2 @@
import type {SidebarsConfig} from '@docusaurus/plugin-content-docs';
export default {organizationSidebar: ['structure']} satisfies SidebarsConfig;
sidebars/strategy.ts
+2
View File
@@ -0,0 +1,2 @@
import type {SidebarsConfig} from '@docusaurus/plugin-content-docs';
export default {strategySidebar: ['direction']} satisfies SidebarsConfig;
src/components/ArchifyDiagram/index.tsx
+12
View File
@@ -0,0 +1,12 @@
import React from 'react';
import useBaseUrl from '@docusaurus/useBaseUrl';
export default function ArchifyDiagram({name, title}: {name: string; title: string}): React.ReactElement {
if (!/^[a-z0-9]+(?:-[a-z0-9]+)*$/.test(name)) throw new Error('Invalid diagram name');
const source = useBaseUrl(`/diagrams/${name}/`);
const json = useBaseUrl(`/diagrams/${name}.json`);
return <section className="archify-panel" aria-label={title}>
<div className="archify-toolbar"><strong>Interactive diagram</strong><div><a href={source} target="_blank" rel="noopener noreferrer">Open full viewer ↗</a><a href={json} download>JSON source ↓</a></div></div>
<iframe src={source} title={title} sandbox="allow-scripts allow-downloads" loading="lazy" referrerPolicy="no-referrer" />
</section>;
}
src/css/custom.css
+5
View File
@@ -96,4 +96,9 @@
a:focus-visible, button:focus-visible {outline: 3px solid #b88719; outline-offset: 4px;}
@media (max-width: 996px) {.navbar {padding: 0 1rem;} .hero-inner {gap: 15px; padding: 55px 25px;} .hero-art {transform: scale(.85);} .start-section {padding: 35px 25px;} .start-card {padding: 20px;}}
@media (max-width: 700px) {.hero-inner {grid-template-columns: 1fr; padding: 45px 24px;} .hero-art {display: none;} .hero-copy h1 {font-size: 3rem;} .start-grid {grid-template-columns: 1fr;} .section-heading {align-items: flex-start;} .foundation-badge {display: none;} .start-section {padding: 32px 20px;} .navbar__title {font-size: 1.45rem;} .navbar__logo {height: 31px;} .navbar input {max-width: 145px;} .button--lg {font-size: .95rem;} .button--primary span {padding-left: 10px;}}
.archify-panel {border: 1px solid var(--line); margin: 1.5rem 0;}
.archify-toolbar {display: flex; justify-content: space-between; flex-wrap: wrap; gap: 12px; padding: 12px 16px; background: var(--surface); font-size: .85rem;}
.archify-toolbar div {display: flex; gap: 20px; flex-wrap: wrap;}
.archify-panel iframe {width: 100%; height: 720px; border: 0; display: block; background: #f6f6f6;}
@media (max-width: 700px) {.archify-panel iframe {height: 650px;}}
@media (prefers-reduced-motion: reduce) {.start-card {transition: none;} .start-card:hover {transform: none;}}
src/pages/index.tsx
+3 -3
View File
@@ -25,9 +25,9 @@ export default function Home(): React.ReactElement {
<section className="start-section container" aria-labelledby="start-title">
<div className="section-heading"><div><p className="eyebrow">START HERE</p><h2 id="start-title">A clear place to begin.</h2></div><span className="foundation-badge">Foundation · v1</span></div>
<div className="start-grid">
<Link className="start-card" to="/docs/overview/"><span className="card-number">01 / OVERVIEW</span><h3>What’s here</h3><p>Understand the starting point and what remains to be decided.</p><span className="card-action">Read the overview <span aria-hidden="true">↗</span></span></Link>
<Link className="start-card" to="/docs/maintain/"><span className="card-number">02 / MAINTENANCE</span><h3>Make it your own</h3><p>Add a page, preview a change, and publish through the existing pipeline.</p><span className="card-action">Open the guide <span aria-hidden="true">↗</span></span></Link>
<Link className="start-card" to="/docs/reference/"><span className="card-number">03 / REFERENCE</span><h3>Under the hood</h3><p>Find the repository layout, build commands, and publication details.</p><span className="card-action">View the reference <span aria-hidden="true">↗</span></span></Link>
<Link className="start-card" to="/organization/structure/"><span className="card-number">01 / ORGANIZATION</span><h3>Organization</h3><p>Explore the structure workspace and its first interactive diagram.</p><span className="card-action">Explore structure <span aria-hidden="true">↗</span></span></Link>
<Link className="start-card" to="/strategy/"><span className="card-number">02 / STRATEGY</span><h3>Strategy</h3><p>Shape the direction for an AI-powered Eldorado.</p><span className="card-action">View the direction <span aria-hidden="true">↗</span></span></Link>
<Link className="start-card" to="/contribution/"><span className="card-number">03 / CONTRIBUTION</span><h3>Contribution</h3><p>Contribute evidence, proposals, documentation, and diagrams.</p><span className="card-action">Start contributing <span aria-hidden="true">↗</span></span></Link>
</div>
<aside className="scope-note"><span className="scope-symbol" aria-hidden="true">✦</span><div><strong>Shaping the direction.</strong><p>This space is dedicated to AI strategy and direction for Eldorado. Specific initiatives, priorities, and the roadmap remain to be defined.</p></div></aside>
</section>
vendor/archify-checksums.json
Vendored
+110
View File
@@ -0,0 +1,110 @@
{
"LICENSE": "b799ab081703e7821ae5096d2c1abdf14bbdc75e8ea1c4045998c36ed6db9706",
"SKILL.md": "66dfe99b35d7ceff95bcbdb00f138b8b3ec8094629acf69efba1eeda1013aaf3",
"THIRD_PARTY_NOTICES.md": "0b7fb59365dc21c93b0f62526d74ee913aeec9ae532c112bc76afa7edcd56e14",
"assets/JetBrainsMono-OFL.txt": "c1ab7c666206842a02b35b30770dac0d7a10156ed401c9defc3f02a754d89e90",
"assets/template.html": "b0b550d644b77cad401bbc4b21375919ef01db45d235122a0ee42b732cb34233",
"bin/archify.mjs": "97788086acaac4122aafc56c48acfe5fde1979d6aaa67db73aa1f4ab70b34390",
"bin/delivery-update.mjs": "d5ad7d6d7d949a8a8c37af4f80d79a8b4e057245e30ba11866efb40c6771dafa",
"bin/finalize.mjs": "c62710a0e80dc11b79e2c6a1a163fd9f6df46e13de141e3dd4d506554170d824",
"bin/open-artifact.mjs": "b0ab5f37c4f4556f76040dc862744afe9d4b65f319f35e1f9b505e0344b9c409",
"bin/preview.mjs": "2d01245850ab259500f0ff1782bef9f9c6f9caad0d13ad82061ef75a20fbaedb",
"bin/recover-output.mjs": "b3f7db21b3fc5341326207c1259aa787730120f42179eff50e481b0c6ad1e2d4",
"bin/visual-check.mjs": "93d07354e6b94725a8da354f90b7781f2739101f336afccd532ac6de9895a24c",
"brand-marks/README.md": "8b771a16322ce9ea47fdc00b9935e33adf0f3af608f2d735235443e15ef622e2",
"brand-marks/catalog.json": "e1a6c555cbf8ea36fb8100a4a25824e7ab87bebe9871e450ba05b6dea3b036d6",
"delta/architecture-delta.mjs": "94ad7ac625202759386e4ff06431902d0c198c32b62bc99ebf894616cb94deca",
"examples/agent-run.lifecycle.json": "230242a7557663877766c43a9fe7cffe8b4fb66e4866457dccd24c63175b4917",
"examples/agent-tool-call.workflow.json": "d67965d50872c97e4ff3476271e645bf19fab6b3ab44e111bdb44b063e3aa36f",
"examples/async-job-roundtrip.sequence.json": "b8c6c52f1763ede2933c77deb8da59b3e06917bc41d27e66df896136456b859a",
"examples/brand-aware-delivery.architecture.json": "211c126ebdc5f0124617b1067cecfb858143a1a18fd10621d01f5765c7de3b5d",
"examples/cache-miss-request.sequence.json": "f8486daa803fff6c295cecca4604c561fbbf9acb2e83326022b5a87639e8afe6",
"examples/checkout-platform.base.architecture.json": "81d55a2e86fc39f6473b32dfba986a12d3b7a705a95821844865b1dc831c9fe7",
"examples/checkout-platform.head.architecture.json": "eb4ae056035dd3316414a5d7f6599525107b5d1af7bedbd905460ade77daf5c6",
"examples/dataflow-product-analytics.html": "6d6790f1fa3631241dba4065e33ba2ce947a1da032cdd6d7d44c7190f85d3f5d",
"examples/deployment-release.lifecycle.json": "f565a8acfebdb21453e2bccd82d3760b4736e38fe194fb2f0804b57817eba813",
"examples/event-stream.dataflow.json": "3bdd77674282009c7c68d588cf8a3c495bc98a3be1b9c45327fd1801a6f83a23",
"examples/holiday-planning.workflow.json": "b98354f921ca45842fed235db09fd4f19d94adc16865876f438c0d699d05e1ea",
"examples/incident-response.workflow.json": "630be98449925d2716ecb8439f404b2bff5fe65ba905b0ad0baea6d96890c526",
"examples/lifecycle-agent-run.html": "0874c0723b10104ea03c566d1d63d958b6f93a6788c0075c1d1d162ccdb4054c",
"examples/locales/de.json": "d1cf160d3ada814676566b787f203c2aee99f8f5d5b51d2e3e0b3c03f55a33df",
"examples/locales/es.json": "1389068b7dddb5e72ed425d12084ca9104942bef933440a16113d60619f1daf3",
"examples/locales/fr.json": "805495b259b417ccc03744023e5bf803811752c0c4e8fc5be7433e2ac73e875d",
"examples/locales/fr.partial.json": "8958a8354ffccce2ce63ac21b3f8a0f131086f532832445a3fe7feff02200397",
"examples/locales/it.json": "76e45186196675e7a0e2e2281073da38c0971596e6ed6eae11ccc479ceda6eae",
"examples/locales/ja.json": "79418f8eb65dc6c4928a4cab54e4515b4bfffd867814323eda6c8aa3c96fac33",
"examples/locales/ko.json": "958db2030014f6835a0bf62813f58fb80ea66b48a13af6d2586805704709616f",
"examples/locales/pt.json": "efbae92eebc09636e2c3bbc6786a666a6336258bd8c2d451bd78b2921042ab67",
"examples/locales/ru.json": "3bd0eadf6cdfe65511e81a11f04b61bb33cc94e1b89044203d191e4296a3f40d",
"examples/product-analytics.dataflow.json": "8a635db9e51a5b1a8d2955b9d66f5b9a450e0a298432ce8f2e2f0be11f372e05",
"examples/production-deployment.architecture.json": "cb54bad2dfd0c2d02aa5b496bde6839789a0f07f23062343c4458b8d38806c13",
"examples/release-delivery.workflow.json": "dbd5c174af66296caec372e7214cf4df7158b50a563508e16826b95ab8d1cd6c",
"examples/sequence-cache-miss-request.html": "307951a168d2492eb0c41f318260d0a866f6e6057df5253d3528c32a23084ea3",
"examples/web-app-rendered.html": "8233f4f600c89559b64ac650ad11b66ee1423103e8b6c5e53f63740afc06f6da",
"examples/web-app.architecture.json": "95e051b27a9e4a3307e194c0f666fca4af51470be7e2228d400ff48aea5b353b",
"examples/workflow-agent-tool-call-rendered.html": "3edbb38a05430865ee2f620c35de49f8e78dfd8788be14840d9e134b5912230d",
"migrations/workflow-v2.mjs": "0eec02057b8490afca9b093de5ea6e636c7fad2361cd28a04cf2f3e4b6197434",
"package.json": "b609dc658a8e1a2097c304a7873ef039b9d6079832028980f60965d8d3ea886d",
"recipes/scenarios.mjs": "6c655f643dd198cc76a6cfd0f5b945dac1388eaed10bf00f195dcd9f077401b4",
"references/architecture-layout-repair.md": "6c90caa232c004fa43b8770c745b83672919deaf8909f2592a3ad5fcd4031953",
"references/authoring-contract.md": "b5d521401b6d38d2792b2feb18906ad2b9d50a1c265acd42be51b3d49f456eb8",
"references/authoring-defaults.md": "7277ebf440c568fac425af5ad085ff60976ec401fe694c0ea984efff192961b0",
"references/brand-marks.md": "304d48735e07673197715856271532cd2dfb7fbada184936a15dea3b40ec1f06",
"references/delivery-contract.md": "aa167fd1d2c5ab48cf7c53cd25dc9f49a8b52059e848d71d76b2489aa5b68780",
"references/repository-authoring.md": "da8fa6d2bbc4572e5253e53bbc2d08088568f4d5350e61aa4e2029b2a5d2beb1",
"references/update-awareness.md": "57750c5c730b1804b6b1ece3af972d47cfe4d06ef7920fba4418c5b09c842b41",
"references/viewer-runtime.md": "cabdf042069f0029f449755229335248d1568681542ec331e181fdc91efee14a",
"renderers/architecture/grid.mjs": "f6de99c32436feed3378b0ddef516bb4732ff27a89c543b50635d4d14a15a55a",
"renderers/architecture/labels.mjs": "7cf5bb20c3039f49683fe81a461110c42de0a006a58c867c47fdd3089a58bbbc",
"renderers/architecture/render-architecture.mjs": "3831899e2e12cedd2e8225285fc9e50e8cd032f036fac87264b0bd5ddc60fda6",
"renderers/architecture/routing.mjs": "b952b3ec0364827fa7fbff10a28e2a83f0ba11921c67f5ee224e5ef58c833cbb",
"renderers/dataflow/README.md": "5e380fa7fe32c93a2f978a2db5ad7d2e91afa5fc3cae62c4d27c4a2c81502873",
"renderers/dataflow/render-dataflow.mjs": "a8540e7b1a4794c6da6b64707ce17e970ca5e876544fd29554d2503c196f1dde",
"renderers/lifecycle/README.md": "2ce9bcd31529e97c176701a4dceb2f82f70f04a9483441779341eeeb79c54a9a",
"renderers/lifecycle/grid-routing.mjs": "81ae4d3a90aed30471f23dbc3083768d4979e96cf96544f9465713c2cd09e13f",
"renderers/lifecycle/render-lifecycle.mjs": "1ed2e359a5eab6a2bd9473c36c6184498d68748e9175cddf6894aa7b2ba3f670",
"renderers/sequence/README.md": "51d78bc944d10e06ded74ede3ca5b78f916db3e8e45ae099eabc204e4d316ef3",
"renderers/sequence/render-sequence.mjs": "46ed05a34655fbe6c421586366aa81480bca893233d61b9391e21afc667f15a1",
"renderers/shared/atomic-output.mjs": "f804d66d1801ac2dadc9d0a4c334645cfbb7a8cd1a7de112ddfb952c056a580b",
"renderers/shared/brand-marks.mjs": "5cfc3c517ca6fe7e867c208101059dd7747ca3de3c9934b17583d6cf20336620",
"renderers/shared/cli.mjs": "097f968a614008b07972f56de995e5b933c61ee0ba0d16d967c0a97c6d92e9d7",
"renderers/shared/desktop-readability.mjs": "de68f2ed92573ae714659d556f97eca01296f4e0063b94c429370efcc38f909a",
"renderers/shared/diagnostics.mjs": "d052a0e72eec2a2bf29c70dacdd3350100e2c76fc2627d14f79234077c571e3f",
"renderers/shared/engineering-profiles.mjs": "7e99f9d5423f66cc9ab6224da56dc2d5aa6c6faec29178034794e9db6b5b2889",
"renderers/shared/generated-brand-marks.mjs": "0f157d229c12df6f53763a3b88684baa5803a52484c49c4d34ec40b8743beea2",
"renderers/shared/generated-validators.mjs": "33697207b90a0eb0d0566a1c46eaf3cb58f85cef0f43caeec991017ade34c2b9",
"renderers/shared/geometry.mjs": "b25d849e6e256b1eef37fa3bb88712d0617d6eb646a2355a934505fcaa9be75d",
"renderers/shared/i18n.mjs": "03f5356110a08b2cf684a484af5502bb392482de1ef61123707c6da2724c5201",
"renderers/shared/layout-report.mjs": "4b5fa6e1af2b2efdd57d7fac16359089a059a745cc19ad1595ba42c3e483aec7",
"renderers/shared/legend.mjs": "1cc5033a188690fc5f5fef1bd7915a275e6c790bb3061c63c00a97b234625cbe",
"renderers/shared/output-path.mjs": "7422139101abd93493918898a97bed06f2212bfd411d3514cd229b6d57a3797e",
"renderers/shared/path-semantics.mjs": "4ef002af9061c06634a07de6d199fd7d13e6c50561c792fd018118bf3e065f52",
"renderers/shared/portable-path.mjs": "26130cbcdae9b9f082486aeb5feec9c5fe57905d2ed8e30c8081b9710e2e8ac3",
"renderers/shared/repository-evidence.mjs": "19c652af2afec5604e9ce23d356f3cc2c5d6146592531036da20e79f4db3ed1d",
"renderers/shared/repository-location.mjs": "9ee8294c39d1be40f5aca3334fdfc7527ef9b224d6c1e69ca57aefc6a8c77856",
"renderers/shared/route-quality.mjs": "0ae7e16210f8e00bb615da34d5323dee65efe52ceb11a40ea49fdd10b5257daa",
"renderers/shared/sidecar-path.mjs": "c23cac8bcc265a74e2920c58d0968d1ffa06c1328bdd9cfd07755d4df2f22974",
"renderers/shared/spatial-grid.mjs": "e728bf6a729972f95ae09e368ea370490d10ff94d49debe2fab2e9bac923ee1a",
"renderers/shared/text-fit.mjs": "ebd499072ef4fe31c9aabf45a01c204a9c2c142d45f087c3240673f90f477038",
"renderers/shared/utils.mjs": "422b66c6945de473b1f96e4f3641339b6a24c8ccef60795a38ca2386e10bc26b",
"renderers/shared/validator.mjs": "7460d7fcbcdf710649256c5e96142ae26d807a655d3296ee8caf7f5e158622cc",
"renderers/workflow/README.md": "c3ca0e258d3bba43390eda95f308d12388b1c778db972bbd936a5f5ad3344142",
"renderers/workflow/render-workflow.mjs": "df6cb1330231616dcb83592c3cc1dbf4b3e45567779836ae031ff57d2d517b89",
"renderers/workflow/workflow-compiler.mjs": "25646b0a7ee13d62ed7b21c915d40665608ffd57c69af263a8ec4250ceb9214e",
"renderers/workflow/workflow-migration-geometry.mjs": "ebfc5085dd008ae63802f500402fb7bf8ca0ae28460997d867f45e5493b8fbe6",
"schemas/README.md": "eeb4d75e4864128493939f277481ade4c5f023932ed5c0846cc539fdac9ae6aa",
"schemas/architecture.schema.json": "aef992b585a18a4016b8207254fe43a6227b0d45322a1ba95e0f69a80fc8f8c1",
"schemas/common.schema.json": "60912458e44224647a147a4dfccf0b40e0ea9c631767aabdeb5e82456f27c4e6",
"schemas/dataflow.schema.json": "f01b2faafa5fd6e300f6b5045eeca70f70226552411180442d6e528dd45172f1",
"schemas/lifecycle.schema.json": "6b310026a3bc5d4eb7f36a1ed862b8c95d88ce57246ce078ba3094e0d6ff3c90",
"schemas/sequence.schema.json": "411dcda121d7e95170a6850fb1cec51bec2e78222ce74b8465e11bcbd8e6e41a",
"schemas/workflow.schema.json": "e13a1ce3b841376c8c6f6b9cb8152f8c0c7d70a77a2960fecdfe9025de83dc25",
"scripts/check-render-output.mjs": "6ca0507cbbe442e5fa709477e7257b31a3fa929aa7f1a56ddbcbb3328df87a7d",
"scripts/check-update.mjs": "5a1add913beee623cdc9c009bad1980f4538bae1b9862bf92e41c83dd8a90666",
"scripts/delivery-update-child.mjs": "23b2cf0cb79935b90238558b511966bdf04c4158605c0651b1ccdc90b1736e5f",
"scripts/generate-brand-marks.mjs": "0434c31903b831382a91e85a329bcbcb39b32f29c656273a273f896b3b0a42e7",
"scripts/generate-validators.mjs": "fc8f003d7def53abaccac25148517cdccd390d975fc6fc745dee64a71425b9a2",
"scripts/render-examples.mjs": "a173a053fb26c0ac3cd72eb9b4e50411e67ca8c50bec57f05d4ca8ba79db2c0b",
"scripts/update-contract.mjs": "7c5d34c5fa2e08fcd0b42e33a0f3b4685fcecf3ac88f1ed820528df8fdc46cbc",
"skill-release.json": "93a31980e200d0749d887982eba8b6c3b33452a14e3a04d4e6969b9c42c7eacf"
}
vendor/archify-provenance.json
Vendored
+12
View File
@@ -0,0 +1,12 @@
{
"repository": "https://github.com/tt-a1i/archify",
"commit": "d5a1333d7447c866a765adac7d4d062f2f02e4d2",
"version": "3.0.1",
"sourcePath": "archify/",
"license": "MIT",
"excluded": [
"test/",
"package-lock.json"
],
"changes": "None to upstream source; portal integration is outside vendor/. No global skill installation."
}
vendor/archify/LICENSE
Vendored
+22
View File
@@ -0,0 +1,22 @@
MIT License
Copyright (c) 2026 tt-a1i (Archify)
Copyright (c) 2025 Cocoon AI
Permission is hereby granted, free of charge, to any person obtaining a copy
of this software and associated documentation files (the "Software"), to deal
in the Software without restriction, including without limitation the rights
to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the Software is
furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in all
copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
SOFTWARE.
vendor/archify/SKILL.md
Vendored
+107
View File
@@ -0,0 +1,107 @@
---
name: archify
description: Create polished, validated architecture, workflow, sequence, data-flow, and lifecycle/state diagrams as explorable standalone HTML with inline SVG, dark/light themes, optional trace motion, and PNG/JPEG/WebP/SVG/WebM export. Accept plain-language requirements or pasted Mermaid flowchart, sequenceDiagram, and stateDiagram input; inspect repository evidence when the diagram must reflect real code. Use when the user asks to visualize system architecture, infrastructure, cloud/security/network topology, technical workflows, API call sequences, request lifecycles, data pipelines, ETL/ELT, data lineage, state machines, or to convert/beautify Mermaid.
license: MIT
metadata:
version: "3.0"
author: tt-a1i
based_on: Cocoon-AI/architecture-diagram-generator (MIT, v1.0)
---
# Archify
Create an interactive HTML diagram from typed JSON. Static output is the default; enable motion only when requested.
Run commands from your working directory. Unless the user names another location, give each new diagram request its own folder `.archify/<type>-<slug>-<YYYYMMDD-HHMMSS>/` there (local time, chosen once when the request starts): keep `candidate.json` and `<slug>.html` in it, set `meta.output` to that relative HTML path, and reuse the folder for every repair rerun. A later request gets a new folder, so earlier versions stay intact. Replace `bin/archify.mjs` in the commands below with the installed package's absolute path, or its path relative to your working directory; input and output paths resolve from that working directory.
For a real codebase, read [Repository authoring](references/repository-authoring.md) while tracing the requested behavior. A system description uses the steps below; an existing JSON uses the handoff path.
## Existing candidate handoff
When the user supplies a frozen candidate, run `finalize` first as one CLI invocation. Its passing receipt completes the automated gates; follow any visual review recommendation under Delivery before claiming visual quality. For repair, follow step 5.
`finalize` includes a bounded update check in its delivery receipt; see Update awareness.
## Fast authoring path
Use this path for ordinary generation. Read branch references only when their stated trigger applies.
1. Choose `architecture`, `workflow`, `sequence`, `dataflow`, or `lifecycle` from the question.
2. Use the exact schema and example paths in the Type router without listing their directories. Read [Authoring defaults](references/authoring-defaults.md) and the mode's example in a bounded batch separate from project documents and complete schemas so neither is truncated; recover any missing section before writing. For Architecture, use the matching showcase example. For Sequence, Dataflow, and Lifecycle, also read the mode and common schemas. Read the relevant schema definition before choosing any new field, enum, or constrained text, especially boundary kinds. Examples teach shape, not facts. Use fresh IDs, wording, and layout. Go directly to the candidate without preliminary help, doctor, starter validation, temporary diagrams, or output-path listing. Query brands only for an explicitly requested mark; read [Brand marks](references/brand-marks.md) for an unknown mark with a user-provided URL.
3. Once the requested scope and, for a real codebase, [source evidence](references/repository-authoring.md) are covered, write the complete candidate directly without planning coordinates in prose. Choose Architecture abstraction and connected placement using Authoring defaults before coordinates: show the main user journey and necessary branches, preserve control roles and behavior-changing conditions, and leave enough room for actual relationship labels. No node, relationship, source, view, card, or boundary count is a target or ceiling. Use automatic routes first; add explicit routing only for necessary branch, return, supplied geometry, or measured repair. Set `meta.quality_profile` to `"showcase"` unless the user requests dense `standard`.
4. Once the complete first candidate is written, run `finalize` directly. Its first gate is showcase validation; successful first drafts need no separate pre-validation. Keep the candidate unchanged while the command runs:
```bash
node bin/archify.mjs finalize <type> <candidate.json> <output.html> --quality showcase --json
```
For a repository-backed candidate, include evidence on the first draft and use the complete first command: `node bin/archify.mjs finalize <type> <candidate.json> <output.html> --repo-root <repo-root> --quality showcase --json`.
A passing receipt proves the included `validate`, `deliver`, strict `check`, and real-browser `browser-check` gates passed. Use its compact summary; run standalone commands only for a separate request or focused failure diagnosis.
5. A non-zero exit is never success. Read compact stdout or `evidence.summaryReceipt`, then [repair the failed gate](references/delivery-contract.md#failed-finalize-and-candidate-repair), including its repair limit. Preserve requested meaning and source evidence. For several tangled Architecture routes, read [Architecture layout repair](references/architecture-layout-repair.md); for measured field or geometry failures, read [Authoring contract](references/authoring-contract.md). Edit the connected neighborhood and rerun the complete `finalize` command from step 4.
## Update awareness
`finalize` and standalone `deliver` include `update` in their receipts. Do not run a separate check for the same delivery. If `update.noticeRequired` is true, read `references/update-awareness.md` and keep one update line in your final response to the user, even after a quality gate fails. For a task with several diagrams, mention the update once in the final response. Snooze or ignore a reminder only when the user explicitly asks; never install or update on your own initiative.
Before the first candidate, use the authoring references and relevant repository source, not Archify implementation or tests. Inspect Archify implementation if diagnostics remain unactionable after focused repairs.
## Type router
| Type | Use for | Schema | Example |
|---|---|---|---|
| `architecture` | Components, services, cloud/security boundaries, infrastructure | `schemas/architecture.schema.json` | System descriptions, services, libraries, and CLI repos: `examples/web-app.architecture.json`; deployment repos: `examples/production-deployment.architecture.json` |
| `workflow` | Processes, approval gates, tool calls, runbooks, CI/CD | `schemas/workflow.schema.json` | `examples/agent-tool-call.workflow.json` |
| `sequence` | API call chains, request lifecycles, async traces, returns | `schemas/sequence.schema.json` | `examples/cache-miss-request.sequence.json` |
| `dataflow` | Pipelines, ETL/ELT, lineage, governance, consumers | `schemas/dataflow.schema.json` | `examples/product-analytics.dataflow.json` |
| `lifecycle` | State/status transitions, retries, waiting and terminal states | `schemas/lifecycle.schema.json` | `examples/deployment-release.lifecycle.json` |
When ambiguous, run `node bin/archify.mjs guide "<scenario>" --json`. Scenario proof examples are structural references, not facts to copy.
## Mermaid input
Read Mermaid for topology and meaning, then author fresh Archify JSON; do not mechanically render Mermaid styling.
- `flowchart` / `graph` → `workflow`, or `architecture` for a component map.
- `sequenceDiagram` → `sequence`; participants become semantic participants and arrows become messages.
- `stateDiagram` → `lifecycle`; states and transitions retain meaning, not Mermaid style.
## Delivery
Use the `finalize` command above for the first candidate and after a repair.
`finalize` stops at the first non-passing gate. Its compact stdout and `<output-stem>.finalize-summary.json` are ordinary evidence. A passing run creates no screenshots and reports `visualReview: "not-requested"`.
When a passing Architecture receipt reports `visualReviewRecommendation.signals.resolvedCrossovers`, copy the candidate aside and apply the hints in one edit that changes only node positions and sizes: every node, relationship (including its `from` and `to`), label, and source stays as it was. Rerun the complete `finalize` once with `--out-dir <folder>/review-2`, because the previous HTML already owns its browser evidence. If that run fails or reports more crossings, restore the copy and finalize it with `--out-dir <folder>/review-3`. Do not start a second placement round. Hints about extra bends alone are optional.
When `layoutReviewRecommendation.action` is `inspect-sequence-width`, follow [Sequence width review](references/delivery-contract.md#sequence-width-review) before handing off a newly authored Sequence.
Perceptual review is optional for ordinary generation, including a newly positioned Architecture. Use [Optional capture evidence](references/delivery-contract.md#optional-capture-evidence), with `--out-dir <folder>/visual-check`, when the user requests visual review, during development audits, or for a concrete route/browser concern. `visualReviewRecommendation` is advisory. Inspect captures before claiming visual quality; otherwise report automated checks only.
Read [Delivery contract](references/delivery-contract.md) for failed gates, standalone commands, provenance/recovery, repeated delivery, exports, or opening. Recovery follows `deliver` → strict provenance `check` → `browser-check`; captures require strict provenance.
For workflow viewport overflow, read [Workflow viewport repair](references/authoring-contract.md#workflow-viewport-repair) before the next layout edit.
Report artifact checks, browser evidence, captures, and actual perceptual review as distinct results. For an explicitly requested immediate preview or active desktop loop, see [Optional opening](references/delivery-contract.md#optional-opening).
## Optional viewer capabilities
`meta.animation: "trace"` is opt-in.
Read `references/viewer-runtime.md` only when the user explicitly asks for Share Cards, Route/Reach cards, motion, deep links, presentation, search/focus, or another Viewer Runtime feature.
## Setup and fallback
No install is required inside the skill package. For setup diagnosis, verify with:
```bash
node bin/archify.mjs doctor
node bin/archify.mjs demo <output-directory>
```
When shell access is unavailable, hand-place architecture SVG into `assets/template.html`, use CSS semantic classes rather than inline colors, and follow the visual review contract in `references/delivery-contract.md`.
## Output
Return the checked HTML as an absolute path, diagram type, validation summary, specification/artifact receipt, browser-evidence status, and truthful visual-review status. Do not claim success for a non-zero command or claim visual inspection you did not perform.
vendor/archify/THIRD_PARTY_NOTICES.md
Vendored
+69
View File
@@ -0,0 +1,69 @@
# Third-party notices
Archify includes optional vector data for third-party brand marks. These marks
are provided only to identify technologies and services in user-authored
diagrams. Their inclusion does not imply sponsorship, endorsement, partnership,
or affiliation with Archify.
The Archify MIT license applies to Archify's own code and content. It does not
replace the copyright licenses, trademark policies, or brand guidelines that
apply to third-party marks. Users are responsible for confirming that their
particular use is permitted.
## Simple Icons
Most of the built-in vector paths and their metadata were generated from
[Simple Icons 16.28.0](https://github.com/simple-icons/simple-icons/tree/16.28.0).
Simple Icons makes its collection work available under
[CC0 1.0 Universal](https://github.com/simple-icons/simple-icons/blob/16.28.0/LICENSE.md).
As Simple Icons explains in its
[disclaimer](https://github.com/simple-icons/simple-icons/blob/16.28.0/DISCLAIMER.md),
CC0 for the collection does not mean that every underlying icon is CC0. License
and brand-guideline metadata may be incomplete or change over time. The absence
of an individual license entry is not a grant of permission.
Archify embeds the selected icons as vector-path data and may render them in a
user-selected color. The following individual licenses were recorded in the
pinned Simple Icons 16.28.0 metadata:
| Mark | Recorded source | Recorded license | Archify treatment |
|---|---|---|---|
| Angular | [Angular press kit](https://angular.dev/press-kit) | [`CC-BY-4.0`](https://creativecommons.org/licenses/by/4.0/) | Embedded as vector-path data; color may be changed by the authored diagram. |
| Apache Airflow | [Apache logos](https://apache.org/logos) | [`Apache-2.0`](https://www.apache.org/licenses/LICENSE-2.0) | Embedded as vector-path data; Apache trademarks remain subject to the [ASF trademark policy](https://www.apache.org/foundation/marks/). |
| Apache Kafka | [Apache logos](https://apache.org/logos) | [`Apache-2.0`](https://www.apache.org/licenses/LICENSE-2.0) | Embedded as vector-path data; Apache trademarks remain subject to the [ASF trademark policy](https://www.apache.org/foundation/marks/). |
| .NET | [.NET brand repository](https://github.com/dotnet/brand/blob/c7d0f51b8ec59531332d05fb27a5b758a7a3d689/logo/dotnet-logo.svg) | [`CC0-1.0`](https://creativecommons.org/publicdomain/zero/1.0/) | Embedded as vector-path data; color may be changed by the authored diagram. |
| JavaScript | [JS community logo](https://github.com/voodootikigod/logo.js/blob/1544bdeed6d618a6cfe4f0650d04ab8d9cfa76d9/js.svg) | [`MIT`](https://github.com/voodootikigod/logo.js/blob/1544bdeed6d618a6cfe4f0650d04ab8d9cfa76d9/LICENSE) | Embedded as vector-path data; color may be changed by the authored diagram. |
| Jenkins | [Jenkins artwork source](https://get.jenkins.io/art/) | [`CC-BY-SA-3.0`](https://creativecommons.org/licenses/by-sa/3.0/) | Embedded as vector-path data; color may be changed by the authored diagram. Jenkins retains its trademark rights. |
| Rust | [Rust project](https://www.rust-lang.org) | [`CC-BY-SA-4.0`](https://creativecommons.org/licenses/by-sa/4.0/) | Embedded as vector-path data; color may be changed by the authored diagram. See the [Rust media guide](https://www.rust-lang.org/policies/media-guide). |
| Vue.js | [Vue logo source](https://github.com/vuejs/art/blob/a1c78b74569b70a25300925b4eacfefcc143b8f6/logo.svg) | [`CC-BY-NC-SA-4.0`](https://creativecommons.org/licenses/by-nc-sa/4.0/) | Embedded as vector-path data; color may be changed by the authored diagram. The non-commercial and share-alike conditions remain applicable; see the [Vue artwork terms](https://github.com/vuejs/art/blob/a1c78b74569b70a25300925b4eacfefcc143b8f6/README.md). |
The source, guideline, and known license fields for every packaged mark are
preserved in `renderers/shared/generated-brand-marks.mjs`.
## OpenAI mark
The OpenAI vector path is recorded from the
[OpenAI brand guidelines](https://openai.com/brand/), not from Simple Icons.
Use remains subject to those current guidelines and any applicable trademark
rights. Its inclusion does not state or imply endorsement by OpenAI.
## JetBrains Mono
Delivered Archify viewer artifacts embed the JetBrains Mono variable font
subsets served by Google Fonts. For characters covered by these subsets, font
selection does not depend on a network request or a locally installed copy.
Uncovered characters (including CJK) still use the system fallback stack;
browser and operating-system rasterization can differ.
JetBrains Mono is maintained at
[github.com/JetBrains/JetBrainsMono](https://github.com/JetBrains/JetBrainsMono)
and is distributed under the SIL Open Font License 1.1. The complete license
text is preserved in `assets/JetBrainsMono-OFL.txt` in the packaged Skill and
in the font CSS carried by standalone HTML and SVG exports.
## No additional rights granted
Brand names, logos, and trademarks remain the property of their respective
owners. This notice records provenance and known terms; it does not grant rights
that Archify does not hold, and it does not state that every packaged mark has
been cleared for every commercial, promotional, or redistributive use.
vendor/archify/assets/JetBrainsMono-OFL.txt
Vendored
+93
View File
@@ -0,0 +1,93 @@
Copyright 2020 The JetBrains Mono Project Authors (https://github.com/JetBrains/JetBrainsMono)
This Font Software is licensed under the SIL Open Font License, Version 1.1.
This license is copied below, and is also available with a FAQ at:
https://openfontlicense.org
-----------------------------------------------------------
SIL OPEN FONT LICENSE Version 1.1 - 26 February 2007
-----------------------------------------------------------
PREAMBLE
The goals of the Open Font License (OFL) are to stimulate worldwide
development of collaborative font projects, to support the font creation
efforts of academic and linguistic communities, and to provide a free and
open framework in which fonts may be shared and improved in partnership
with others.
The OFL allows the licensed fonts to be used, studied, modified and
redistributed freely as long as they are not sold by themselves. The
fonts, including any derivative works, can be bundled, embedded,
redistributed and/or sold with any software provided that any reserved
names are not used by derivative works. The fonts and derivatives,
however, cannot be released under any other type of license. The
requirement for fonts to remain under this license does not apply
to any document created using the fonts or their derivatives.
DEFINITIONS
"Font Software" refers to the set of files released by the Copyright
Holder(s) under this license and clearly marked as such. This may
include source files, build scripts and documentation.
"Reserved Font Name" refers to any names specified as such after the
copyright statement(s).
"Original Version" refers to the collection of Font Software components as
distributed by the Copyright Holder(s).
"Modified Version" refers to any derivative made by adding to, deleting,
or substituting -- in part or in whole -- any of the components of the
Original Version, by changing formats or by porting the Font Software to a
new environment.
"Author" refers to any designer, engineer, programmer, technical
writer or other person who contributed to the Font Software.
PERMISSION & CONDITIONS
Permission is hereby granted, free of charge, to any person obtaining
a copy of the Font Software, to use, study, copy, merge, embed, modify,
redistribute, and sell modified and unmodified copies of the Font
Software, subject to the following conditions:
1) Neither the Font Software nor any of its individual components,
in Original or Modified Versions, may be sold by itself.
2) Original or Modified Versions of the Font Software may be bundled,
redistributed and/or sold with any software, provided that each copy
contains the above copyright notice and this license. These can be
included either as stand-alone text files, human-readable headers or
in the appropriate machine-readable metadata fields within text or
binary files as long as those fields can be easily viewed by the user.
3) No Modified Version of the Font Software may use the Reserved Font
Name(s) unless explicit written permission is granted by the corresponding
Copyright Holder. This restriction only applies to the primary font name as
presented to the users.
4) The name(s) of the Copyright Holder(s) or the Author(s) of the Font
Software shall not be used to promote, endorse or advertise any
Modified Version, except to acknowledge the contribution(s) of the
Copyright Holder(s) and the Author(s) or with their explicit written
permission.
5) The Font Software, modified or unmodified, in part or in whole,
must be distributed entirely under this license, and must not be
distributed under any other license. The requirement for fonts to
remain under this license does not apply to any document created
using the Font Software.
TERMINATION
This license becomes null and void if any of the above conditions are
not met.
DISCLAIMER
THE FONT SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO ANY WARRANTIES OF
MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT
OF COPYRIGHT, PATENT, TRADEMARK, OR OTHER RIGHT. IN NO EVENT SHALL THE
COPYRIGHT HOLDER BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
INCLUDING ANY GENERAL, SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL
DAMAGES, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF THE USE OR INABILITY TO USE THE FONT SOFTWARE OR FROM
OTHER DEALINGS IN THE FONT SOFTWARE.
vendor/archify/assets/template.html
Vendored
+13709
View File
File diff suppressed because it is too large. Load diff
vendor/archify/bin/archify.mjs
Vendored Executable
+6936
View File
File diff suppressed because it is too large. Load diff
vendor/archify/bin/delivery-update.mjs
Vendored
+91
View File
@@ -0,0 +1,91 @@
import { spawn } from 'node:child_process';
import path from 'node:path';
import { fileURLToPath } from 'node:url';
const childPath = path.resolve(path.dirname(fileURLToPath(import.meta.url)), '..', 'scripts', 'delivery-update-child.mjs');
const DEADLINE_MS = 1_000;
const MAX_OUTPUT_BYTES = 16 * 1_024;
function unavailable(reason) {
return { status: 'unavailable', installedVersion: null, availableVersion: null,
releaseNotes: null, checkedAt: null, source: null, noticeRequired: false,
noticeText: null, reason };
}
function normalize(result) {
if (result?.status === 'current') return {
status: 'current', installedVersion: result.installedVersion,
availableVersion: result.availableVersion, releaseNotes: null,
checkedAt: result.checkedAt, source: result.source,
noticeRequired: false, noticeText: null,
};
if (result?.status !== 'update_available') {
return unavailable(result?.reason || (result?.status === 'silent' ? 'no-update' : 'invalid-result'));
}
const noticeRequired = result.noticeRequired !== false;
const cached = result.source === 'cache';
const noticeText = noticeRequired
? `Archify ${result.severity === 'security' ? 'security update' : 'update'}: ${result.installedVersion} → ${result.latestVersion}. ${cached
? `A previous check at ${result.checkedAt} found a newer release.`
: 'A newer release is available.'} Release notes: ${result.releaseNotes}. The installed Skill has not changed; ask to snooze or ignore this reminder.`
: null;
return {
status: 'update_available',
installedVersion: result.installedVersion,
availableVersion: result.latestVersion,
releaseNotes: result.releaseNotes,
severity: result.severity,
checkedAt: result.checkedAt,
source: result.source,
noticeRequired,
noticeText,
...(result.eventKey ? { eventKey: result.eventKey } : {}),
...(result.reason ? { reason: result.reason } : {}),
...(result.suppressedUntil ? { suppressedUntil: result.suppressedUntil } : {}),
};
}
export function startDeliveryUpdateCheck({
env = process.env, deadlineMs = DEADLINE_MS, checkerPath = childPath,
} = {}) {
if (env.ARCHIFY_UPDATE_CHECK_DISABLED === '1') return Promise.resolve(unavailable('disabled'));
return new Promise((resolve) => {
let child;
try {
const deadlineNs = process.hrtime.bigint() + BigInt(Math.floor(deadlineMs * 1_000_000));
child = spawn(process.execPath, [checkerPath, String(deadlineNs)], {
env,
stdio: ['ignore', 'pipe', 'ignore'],
windowsHide: true,
});
} catch {
resolve(unavailable('runtime-unavailable'));
return;
}
let output = '';
let timedOut = false;
let overflow = false;
const timer = setTimeout(() => {
timedOut = true;
child.kill('SIGKILL');
}, deadlineMs);
child.stdout.on('data', (chunk) => {
if (Buffer.byteLength(output) + chunk.length > MAX_OUTPUT_BYTES) {
overflow = true;
child.kill('SIGKILL');
} else output += chunk.toString('utf8');
});
child.on('error', () => {});
child.on('close', (code) => {
clearTimeout(timer);
if (overflow) return resolve(unavailable('invalid-result'));
// A synchronous renderer can delay both this callback and the parent's
// timer. A complete child result wins even if the timer fired meanwhile.
if (code === 0 && output.endsWith('\n')) {
try { return resolve(normalize(JSON.parse(output))); }
catch { return resolve(unavailable('invalid-result')); }
}
resolve(unavailable(timedOut || child.signalCode === 'SIGKILL' ? 'timeout' : 'check-failed'));
});
});
}
vendor/archify/bin/finalize.mjs
Vendored
+895
View File
@@ -0,0 +1,895 @@
import { execFile } from 'node:child_process';
import { createHash, randomUUID } from 'node:crypto';
import fs from 'node:fs';
import path from 'node:path';
import { canonicalFuturePath, pathsAlias, resolveNativeOutputDirectory, resolveOutputPath } from '../renderers/shared/output-path.mjs';
import { boundedSidecarStem } from '../renderers/shared/sidecar-path.mjs';
import {
captureAtomicOutput, captureRegularFileBinding, publishRegularFileBinding,
releaseRegularFileBinding, removeOwnedRegularFile, verifyAtomicOutput,
} from '../renderers/shared/atomic-output.mjs';
import {
browserCheckSidecarPaths,
CAPTURE_VIEWPORTS,
ChromeVisualBrowser,
findChrome,
VISUAL_CHECK_VIEWPORTS,
} from './visual-check.mjs';
import { startDeliveryUpdateCheck } from './delivery-update.mjs';
export const FINALIZE_STAGES = Object.freeze(['validate', 'deliver', 'check', 'browser-check']);
const FINALIZE_UPDATE_DEADLINE_MS = 4_000;
function sha256(buffer) {
return createHash('sha256').update(buffer).digest('hex');
}
function identity(file) {
try {
const bytes = fs.readFileSync(file);
return { path: path.resolve(file), sha256: sha256(bytes), bytes: bytes.byteLength };
} catch {
return { path: path.resolve(file) };
}
}
function durationMs(start) {
return Number((process.hrtime.bigint() - start) / 1000000n);
}
function receiptWriteError(file, state) {
const error = new Error(`Could not publish finalize evidence "${file}" safely (${state.reason?.code || state.status}).`);
error.finalizeCode = 'finalize/receipt-publication';
error.finalizeEvidence = { file, state };
return error;
}
function captureReceipt(file) {
fs.mkdirSync(path.dirname(file), { recursive: true });
const capture = captureAtomicOutput(file, { requestedEntryPolicy: 'regular-or-absent' });
if (capture.status !== 'captured') throw receiptWriteError(file, capture);
return capture;
}
function writeJsonAtomic(file, value, capture, beforeCommit) {
const serialized = Buffer.from(`${JSON.stringify(value, null, 2)}\n`);
const temporary = path.join(path.dirname(capture.commitPath), `.archify-finalize-${randomUUID()}.json`);
let binding;
let stagedIdentity;
try {
fs.writeFileSync(temporary, serialized, { flag: 'wx' });
const metadata = fs.lstatSync(temporary, { bigint: true });
stagedIdentity = { device: metadata.dev, inode: metadata.ino };
if (capture.mode !== null) fs.chmodSync(temporary, capture.mode);
const staged = captureRegularFileBinding(temporary, {
subject: 'finalize-receipt', expectedIdentity: stagedIdentity,
expectedSha256: sha256(serialized), expectedBytes: serialized.byteLength,
...(capture.mode === null ? {} : { expectedMode: capture.mode }),
});
if (staged.status !== 'captured') throw receiptWriteError(file, staged);
binding = staged.binding;
beforeCommit();
const publication = publishRegularFileBinding(binding, temporary, capture.snapshot, { subject: 'finalize-receipt' });
if (!['committed', 'committed-with-warning'].includes(publication.status)) throw receiptWriteError(file, publication);
// Preserve recovery evidence instead of reporting a clean completion when cleanup failed.
if (publication.status === 'committed-with-warning') throw receiptWriteError(file, publication);
const next = captureReceipt(file);
if (!pathsAlias(next.commitPath, capture.commitPath)) {
throw receiptWriteError(file, { status: 'different', reason: { code: 'receipt-slot-changed' } });
}
return next;
} finally {
if (binding) releaseRegularFileBinding(binding);
if (stagedIdentity) removeOwnedRegularFile(temporary, stagedIdentity, { subject: 'finalize-receipt' });
}
}
function parsedReceipt(stdout) {
const source = String(stdout || '').trim();
if (!source) return null;
try { return JSON.parse(source); } catch { return null; }
}
function isReceiptObject(receipt) {
return Boolean(receipt && typeof receipt === 'object' && !Array.isArray(receipt));
}
function validIdentity(value) {
return isReceiptObject(value)
&& typeof value.sha256 === 'string'
&& /^[0-9a-f]{64}$/.test(value.sha256)
&& Number.isSafeInteger(value.bytes)
&& value.bytes >= 0;
}
function identitiesMatch(left, right) {
return validIdentity(left)
&& validIdentity(right)
&& left.sha256 === right.sha256
&& left.bytes === right.bytes;
}
function validReceiptId(value) {
return typeof value === 'string'
&& /^[0-9a-f]{8}-[0-9a-f]{4}-4[0-9a-f]{3}-[89ab][0-9a-f]{3}-[0-9a-f]{12}$/i.test(value);
}
function allChecksPassed(checks) {
return Array.isArray(checks) && checks.length > 0
&& checks.every((check) => isReceiptObject(check) && check.ok === true);
}
function validCheckComposition(receipt, quality) {
const composition = receipt?.composition;
return isReceiptObject(composition)
&& composition.schemaVersion === 1
&& composition.profile === quality
&& composition.status === 'pass'
&& composition.summary?.errors === 0
&& (quality !== 'showcase' || composition.summary?.warnings === 0);
}
function exactViewportCoverage(entries, viewports, predicate) {
if (!Array.isArray(entries) || entries.length !== viewports.length) return false;
return viewports.every((expected) => {
const matching = entries.filter((entry) => (
isReceiptObject(entry)
&& entry.width === expected.width
&& entry.height === expected.height
&& (expected.theme === undefined || entry.requestedTheme === expected.theme)
));
return matching.length === 1 && predicate(matching[0], expected);
});
}
function validBrowserEvidence(receipt) {
return exactViewportCoverage(receipt.containment?.viewports, VISUAL_CHECK_VIEWPORTS, (entry) => (
entry.theme === 'light' && entry.ok === true
))
&& exactViewportCoverage(receipt.readability?.viewports, VISUAL_CHECK_VIEWPORTS, (entry) => (
entry.theme === 'light' && entry.ok === true && entry.readabilityOk === true
))
&& exactViewportCoverage(receipt.viewerChrome?.viewports, VISUAL_CHECK_VIEWPORTS, (entry) => (
entry.theme === 'light' && entry.ok === true && entry.viewerChromeOk === true
))
&& exactViewportCoverage(receipt.themeStates?.viewports,
[...VISUAL_CHECK_VIEWPORTS.map((viewport) => ({ ...viewport, theme: 'light' })),
...CAPTURE_VIEWPORTS.map((viewport) => ({ ...viewport, theme: 'dark' }))],
(entry, expected) => entry.ok === true
&& entry.requestedTheme === expected.theme
&& entry.resolvedTheme === expected.theme);
}
function validDeliveryValidation(receipt, quality, { allowShowcaseWarnings = false } = {}) {
const validation = receipt?.validation;
return isReceiptObject(validation)
&& Number.isInteger(validation.checkCount)
&& validation.checkCount > 0
&& validation.checksPassed === validation.checkCount
&& validation.compositionStatus === 'pass'
&& validation.errors === 0
&& validation.compositionProfile === quality
&& (quality !== 'showcase' || allowShowcaseWarnings || validation.warnings === 0);
}
function validStageReceipt(stage, receipt, quality, options) {
if (!isReceiptObject(receipt) || receipt.ok !== true) return false;
if (receipt.status && receipt.status !== 'pass') return false;
if (stage === 'validate') return receipt.command === 'validate' && Array.isArray(receipt.checks);
if (stage === 'deliver') {
return receipt.command === 'deliver'
&& receipt.schemaVersion === 1
&& validReceiptId(receipt.receiptId)
&& isReceiptObject(receipt.specification)
&& validIdentity(receipt.specification)
&& validIdentity(receipt.artifact)
&& validDeliveryValidation(receipt, quality, options);
}
if (stage === 'check') {
return validIdentity(receipt.artifact)
&& allChecksPassed(receipt.checks)
&& receipt.provenance === 'current'
&& validReceiptId(receipt.deliveryReceiptId)
&& validCheckComposition(receipt, quality);
}
return receipt.command === 'browser-check'
&& receipt.schemaVersion === 1
&& receipt.status === 'pass'
&& receipt.evidenceKind === 'automated-browser'
&& validIdentity(receipt.artifact)
&& receipt.provenance === 'current'
&& validReceiptId(receipt.deliveryReceiptId)
&& receipt.containment?.status === 'pass'
&& receipt.themeStates?.status === 'pass'
&& receipt.readability?.status === 'pass'
&& receipt.viewerChrome?.status === 'pass'
&& validBrowserEvidence(receipt);
}
function identityMismatchDiagnostic({ stage, expected, actual, expectedReceiptId, actualReceiptId, output }) {
return {
code: 'finalize/artifact-binding-mismatch',
severity: 'error',
message: `The ${stage} receipt does not prove the artifact delivered by this finalize run.`,
subject: { stage, artifact: output },
evidence: {
expectedArtifact: expected,
actualArtifact: actual,
...(expectedReceiptId ? { expectedDeliveryReceiptId: expectedReceiptId } : {}),
...(actualReceiptId ? { actualDeliveryReceiptId: actualReceiptId } : {}),
},
supportedFixes: ['finish other delivery attempts for this output, then rerun finalize from the frozen candidate'],
};
}
function showcaseWarningDiagnostics(receipt) {
const issues = receipt.validation.compositionIssues;
const warnings = receipt.validation.warnings;
if (!Array.isArray(issues) || issues.length !== warnings
|| !issues.every((issue) => isReceiptObject(issue)
&& issue.severity === 'warning'
&& typeof issue.code === 'string'
&& issue.code.startsWith('composition/')
&& typeof issue.detail === 'string' && issue.detail.trim())) {
return [{
code: 'finalize/showcase-warnings', severity: 'error',
message: `Showcase delivery reported ${warnings} composition warning(s), but did not provide matching issue details.`,
subject: { stage: 'deliver', check: 'composition' },
evidence: { warnings, reportedIssues: Array.isArray(issues) ? issues.length : null },
supportedFixes: ['run validate on the frozen candidate to inspect the composition warnings, repair them, then rerun finalize'],
}];
}
return issues.map((issue) => {
const { code, severity, detail, ...evidence } = issue;
return {
code, severity: 'error',
message: `Showcase delivery reported ${code}; zero warnings are required.`,
subject: { stage: 'deliver', check: 'composition', ...(issue.nodeId ? { nodeId: issue.nodeId } : {}) },
evidence: { reportedSeverity: severity, ...evidence },
supportedFixes: [detail.replace(/^\[[^\]]+\]\s*/, '')],
};
});
}
function stageBindingDiagnostic({ stage, receipt, expectedArtifact, expectedReceiptId, output, specification, type, deliveryValidation }) {
if (stage === 'deliver') {
if (receipt.type !== type) {
return {
code: 'finalize/delivery-type-mismatch',
severity: 'error',
message: 'The delivery command reported a different diagram type than finalize requested.',
subject: { stage: 'deliver', artifact: output },
evidence: { expectedType: type, actualType: receipt.type },
supportedFixes: ['rerun finalize with a delivery command for the requested diagram type'],
};
}
if (!identitiesMatch(receipt.specification, specification)) {
return {
code: 'finalize/candidate-changed-during-delivery',
severity: 'error',
message: 'The delivery command froze a different candidate than finalize started with.',
subject: { stage: 'validate', candidate: specification.path },
evidence: {
expectedSha256: specification.sha256,
actualSha256: receipt.specification?.sha256,
expectedBytes: specification.bytes,
actualBytes: receipt.specification?.bytes,
},
supportedFixes: ['restore the frozen candidate and rerun finalize'],
};
}
if ((!receipt.output || !pathsAlias(receipt.output, output)) || !identitiesMatch(receipt.artifact, identity(output))) {
return identityMismatchDiagnostic({
stage,
expected: receipt.artifact,
actual: identity(output),
expectedReceiptId: receipt.receiptId,
output,
});
}
return null;
}
if (stage === 'check' && deliveryValidation?.checkCount !== receipt.checks.length) {
return {
code: 'finalize/delivery-validation-mismatch',
severity: 'error',
message: 'The delivery validation count does not match the complete checker receipt for the delivered artifact.',
subject: { stage: 'check', artifact: output },
evidence: {
deliveryCheckCount: deliveryValidation?.checkCount,
checkerCheckCount: receipt.checks.length,
},
supportedFixes: ['restore the complete delivery validation receipt and rerun finalize from the frozen candidate'],
};
}
const receiptArtifactPath = receipt.artifact?.path;
const receiptFile = receipt.file;
const pathMatchesOutput = stage === 'check'
? typeof receiptFile === 'string' && pathsAlias(receiptFile, output)
: typeof receiptArtifactPath === 'string' && pathsAlias(receiptArtifactPath, output);
if (!pathMatchesOutput
|| !identitiesMatch(receipt.artifact, expectedArtifact)
|| receipt.deliveryReceiptId !== expectedReceiptId) {
return identityMismatchDiagnostic({
stage,
expected: expectedArtifact,
actual: receipt.artifact,
expectedReceiptId,
actualReceiptId: receipt.deliveryReceiptId,
output,
});
}
return null;
}
function finalArtifactDiagnostic({ output, expectedArtifact, expectedReceiptId, type, deliveryPath, inspectDelivery }) {
// Recheck dev's pending/lock, physical identity, and regular-file provenance barriers at handoff.
const provenance = inspectDelivery?.(output);
if (provenance && (!provenance.ok || provenance.receiptId !== expectedReceiptId)) {
return provenance.diagnostics?.[0] || identityMismatchDiagnostic({
stage: 'finalize', output, expected: expectedArtifact,
expectedReceiptId, actualReceiptId: provenance.receiptId,
});
}
const currentArtifact = identity(output);
let delivery;
try {
delivery = JSON.parse(fs.readFileSync(deliveryPath, 'utf8'));
} catch {
delivery = null;
}
if (identitiesMatch(currentArtifact, expectedArtifact)
&& delivery?.schemaVersion === 1
&& delivery.command === 'deliver'
&& delivery.status === 'current'
&& delivery.receiptId === expectedReceiptId
&& delivery.type === type
&& typeof delivery.output === 'string' && pathsAlias(delivery.output, output)
&& identitiesMatch(delivery.artifact, expectedArtifact)) return null;
return {
code: 'finalize/final-artifact-mismatch',
severity: 'error',
message: 'The artifact or delivery receipt changed after the final gate completed.',
subject: { stage: 'finalize', artifact: output },
evidence: {
expectedArtifact,
currentArtifact,
expectedDeliveryReceiptId: expectedReceiptId,
expectedType: type,
...(delivery?.receiptId ? { currentDeliveryReceiptId: delivery.receiptId } : {}),
...(delivery?.type ? { currentType: delivery.type } : {}),
...(delivery?.artifact ? { currentDeliveryArtifact: delivery.artifact } : {}),
},
supportedFixes: ['finish other delivery attempts for this output, then rerun finalize from the frozen candidate'],
};
}
function stageStatus(stage, exitCode, receipt, quality) {
if (exitCode === 2 || receipt?.status === 'skipped') return 'skipped';
return exitCode === 0 && validStageReceipt(stage, receipt, quality) ? 'pass' : 'fail';
}
function failureDiagnostics(stage, result, receipt, quality) {
if (Array.isArray(receipt?.diagnostics) && receipt.diagnostics.length) return receipt.diagnostics;
const invalidReceipt = (result.status ?? 1) === 0 && !validStageReceipt(stage, receipt, quality);
return [{
code: invalidReceipt ? 'finalize/invalid-stage-receipt' : 'finalize/stage-failure',
severity: 'error',
message: invalidReceipt
? `The ${stage} stage exited successfully without a valid passing receipt.`
: `The ${stage} stage did not complete successfully.`,
subject: { stage },
evidence: {
exitCode: result.status ?? 1,
...(result.signal ? { signal: result.signal } : {}),
...(result.error?.message ? { reason: result.error.message } : {}),
...(String(result.stdout || '').trim() ? { stdout: String(result.stdout).trim().slice(0, 2000) } : {}),
...(String(result.stderr || '').trim() ? { stderr: String(result.stderr).trim().slice(0, 2000) } : {}),
},
supportedFixes: [invalidReceipt
? `restore the ${stage} JSON receipt contract before retrying finalize`
: 'use the compact finalize summary to repair the named subject in place, then rerun finalize once'],
}];
}
function sidecarFile(directory, value) {
if (!value) return null;
return path.resolve(directory, value);
}
function browserEvidence(receipt, artifactPath) {
if (!receipt) return {};
const directory = receipt.sidecars?.directory
? path.resolve(receipt.sidecars.directory)
: path.dirname(path.resolve(artifactPath));
return {
...(receipt.sidecars?.receipt ? { browserCheckReceipt: sidecarFile(directory, receipt.sidecars.receipt) } : {}),
};
}
function defaultRunner({ cliPath, args, cwd, env }) {
return new Promise((resolve) => {
execFile(process.execPath, [cliPath, ...args], { cwd, env, encoding: 'utf8' }, (error, stdout, stderr) => {
resolve({
status: error ? (Number.isInteger(error.code) ? error.code : 1) : 0,
stdout,
stderr,
...(error ? { error, signal: error.signal } : {}),
});
});
});
}
function stageArguments({ stage, type, input, output, quality, repoRoot, outDir }) {
const qualityArgs = ['--quality', quality];
const repoArgs = repoRoot ? ['--repo-root', repoRoot] : [];
if (stage === 'validate') return ['validate', type, input, ...qualityArgs, ...repoArgs, '--json'];
if (stage === 'deliver') return ['deliver', type, input, output, ...qualityArgs, ...repoArgs, '--json'];
if (stage === 'check') return ['check', output, '--require-provenance'];
return [
'browser-check', output, '--json', '--require-provenance',
...(outDir ? ['--out-dir', outDir] : []),
];
}
export function defaultFinalizeReceiptPath(output, { outDir } = {}) {
// Reuse the physical artifact and cross-directory namespace used by browser evidence.
const browserReceipt = browserCheckSidecarPaths(output, { outDir }).receipt;
const stem = path.basename(browserReceipt).slice(0, -'.browser-check.json'.length);
return path.join(path.dirname(browserReceipt), `${boundedSidecarStem(stem, ['.finalize.json', '.finalize-summary.json'])}.finalize.json`);
}
export function defaultFinalizeSummaryPath(receiptPath) {
const receipt = path.resolve(receiptPath);
const component = path.basename(receipt);
const isDefault = /\.finalize\.json$/i.test(component);
const stem = component.replace(isDefault ? /\.finalize\.json$/i : /\.json$/i, '');
const suffix = isDefault ? '.finalize-summary.json' : '-summary.json';
// Already bounded default stems share the receipt namespace; avoid hashing twice.
const summaryStem = Buffer.byteLength(`${stem}${suffix}`) <= 255 && `${stem}${suffix}`.length <= 255
? stem : boundedSidecarStem(stem, [suffix]);
return path.join(path.dirname(receipt), `${summaryStem}${suffix}`);
}
function defaultDeliveryPaths(output) {
const artifact = canonicalFuturePath(output);
const delivery = artifact.replace(/\.html?$/i, '.delivery.json');
return {
provenance: delivery,
pending: delivery.replace(/\.json$/i, '-pending.json'),
lock: delivery.replace(/\.json$/i, '-lock.json'),
directoryLock: path.join(path.dirname(artifact), '.archify-delivery-lock.json'),
};
}
function reservedFinalizePaths({ input, output, outDir, deliveryPaths }) {
const browser = browserCheckSidecarPaths(output, { outDir });
return [path.resolve(input), path.resolve(output), ...Object.values(deliveryPaths(output)), browser.receipt];
}
// Node moves that remove the measured crossings and detours, most specific
// first. Only positions and sizes change; every relationship keeps its endpoints.
function placementHints({ crossings = [], detours = [], crowdedSides = [] }) {
const name = (relation) => `${relation.from} → ${relation.to}`;
const other = (relation, shared) => (relation.from === shared ? relation.to : relation.from);
const hints = [];
for (const side of crowdedSides) {
hints.push(`${side.node} has ${side.relationships} relationships facing its ${side.side} side, which fits ${Math.max(1, Math.floor((side.sidePx - 32) / 14) + 1)} ports: make that side at least ${side.neededPx}px, or move some of those neighbours so they face another side of ${side.node}.`);
}
for (const crossing of crossings) {
const shared = crossing.sharedNode;
hints.push(shared
? `${name(crossing.left)} and ${name(crossing.right)} cross next to ${shared}: move node ${other(crossing.left, shared)} or ${other(crossing.right, shared)} so the two reach ${shared} from different sides (for example one level with it, one directly above or below it).`
: `${name(crossing.left)} crosses ${name(crossing.right)}: move the node of whichever is a branch, return, or second entrance to the other side of the main path, so that relationship runs through an empty corridor.`);
}
for (const detour of detours) {
if (detour.directCorridorBlockers?.length) continue;
hints.push(`${name(detour.relationship)} needs ${detour.bends} bends: move node ${detour.relationship.from} or ${detour.relationship.to} so they share a row or column with matching centers, or sit diagonally with a clear corner.`);
}
return [...new Set(hints)].slice(0, 8);
}
export function compactFinalizeReceipt(receipt) {
const gates = {};
for (const stage of FINALIZE_STAGES) gates[stage] = receipt.stages?.[stage]?.status || 'not-run';
const allDiagnostics = receipt.diagnostics || [];
const diagnosticLimit = 8;
const selectedDiagnostics = [];
const selectedIndexes = new Set();
const seenCodes = new Set();
const seenSubjects = new Set();
const subjectKey = (entry) => {
const subject = entry?.subject;
if (!subject) return null;
if (typeof subject === 'string') return subject;
if (typeof subject !== 'object' || Array.isArray(subject)) return JSON.stringify(subject);
for (const key of ['id', 'edge', 'connection', 'relationship', 'component', 'node', 'path', 'stage']) {
if (subject[key] !== undefined) return `${key}:${JSON.stringify(subject[key])}`;
}
return JSON.stringify(subject);
};
const addDiagnostic = (entry, index) => {
if (selectedDiagnostics.length >= diagnosticLimit || selectedIndexes.has(index)) return;
selectedIndexes.add(index);
selectedDiagnostics.push({
code: entry.code,
severity: entry.severity || 'error',
message: entry.message,
...(entry.subject ? { subject: entry.subject } : {}),
...(entry.evidence && Object.keys(entry.evidence).length ? { evidence: entry.evidence } : {}),
...(Array.isArray(entry.supportedFixes) && entry.supportedFixes.length
? { supportedFixes: entry.supportedFixes.slice(0, 2) } : {}),
});
};
for (const [index, entry] of allDiagnostics.entries()) {
if (seenCodes.has(entry.code)) continue;
seenCodes.add(entry.code);
addDiagnostic(entry, index);
}
for (const [index, entry] of allDiagnostics.entries()) {
const key = subjectKey(entry);
if (!key || seenSubjects.has(key)) continue;
seenSubjects.add(key);
addDiagnostic(entry, index);
}
for (const [index, entry] of allDiagnostics.entries()) addDiagnostic(entry, index);
const compact = {
schemaVersion: 1,
ok: receipt.ok,
command: 'finalize',
status: receipt.status,
type: receipt.type,
quality: receipt.quality,
specification: receipt.specification,
artifact: receipt.artifact,
gates,
...(receipt.failedStage ? { failedStage: receipt.failedStage } : {}),
diagnostics: selectedDiagnostics,
diagnosticSummary: {
total: allDiagnostics.length,
shown: selectedDiagnostics.length,
truncated: allDiagnostics.length > selectedDiagnostics.length,
},
evidence: receipt.evidence,
...(receipt.update ? { update: receipt.update } : {}),
visualReview: receipt.visualReview || 'not-requested',
durationMs: receipt.durationMs,
};
const metrics = receipt.stages?.check?.receipt?.composition?.metrics;
const reviewSignals = Object.fromEntries([
'resolvedCrossovers', 'routesOverSuggestedBends', 'routesOverSuggestedStretch',
].filter((key) => Number.isFinite(metrics?.[key]) && metrics[key] > 0)
.map((key) => [key, metrics[key]]));
if (receipt.ok && Object.keys(reviewSignals).length) {
const routeReview = receipt.stages?.check?.receipt?.composition?.routeReview;
const hints = routeReview ? placementHints(routeReview) : [];
compact.visualReviewRecommendation = {
action: 'inspect-route-readability',
signals: reviewSignals,
reason: 'Automated gates passed, but crossings or detours still need perceptual review before claiming visual quality.',
...(routeReview ? {
affectedRoutes: {
crossings: routeReview.crossings.slice(0, 8),
detours: routeReview.detours.slice(0, 8),
truncated: routeReview.crossings.length > 8 || routeReview.detours.length > 8,
},
...(hints.length ? { hints } : {}),
repair: 'Trace these relationships at the desktop viewport. For Architecture, use references/architecture-layout-repair.md: reflow a blocked main path or tangled connected scene, and repair an isolated defect locally only when the surrounding composition is accepted. Preserve all semantic content and user-fixed geometry. Rerun finalize once after the edit.',
} : {}),
};
}
const leadingSpace = receipt.stages?.check?.receipt?.composition?.leadingSpace;
if (receipt.ok && leadingSpace?.reviewSuggested === true) {
compact.layoutReviewRecommendation = {
action: 'inspect-leading-space',
evidence: leadingSpace,
reason: 'Measured content, including routes and labels, leaves a large empty area above the diagram. This is a composition suggestion, not a failed gate.',
repair: 'Check whether that leading space is intentional. If not, reposition the connected scene nearer the canvas origin while retaining room for its actual boundaries, labels and return routes. Preserve all meaning and user-fixed geometry, then rerun finalize. No screenshot is required.',
};
}
const sequenceColumnSpace = receipt.stages?.check?.receipt?.composition?.sequenceColumnSpace;
if (receipt.ok && receipt.type === 'sequence' && sequenceColumnSpace?.reviewSuggested === true) {
compact.layoutReviewRecommendation = {
action: 'inspect-sequence-width',
evidence: sequenceColumnSpace,
reason: 'Fixed participant columns leave substantial unused space on the right, after accounting for message labels and notes. This is a layout suggestion, not a failed gate.',
repair: 'For a newly authored Sequence with omitted meta.column_fit and no user-fixed column geometry, set meta.column_fit to "spread" and rerun finalize once. Preserve participant order, every message, its y position, labels, notes and sources. Retain explicit fixed layouts and legacy inputs; report the suggestion instead of changing them automatically.',
};
}
if (!receipt.ok && receipt.status === 'fail' && receipt.failedStage === 'validate') {
compact.nextAction = {
action: 'edit-in-place',
candidate: receipt.specification?.path,
constraint: receipt.type === 'architecture'
? 'Preserve all semantics and user-fixed geometry. Use references/architecture-layout-repair.md to choose a local repair or connected-scene reflow; edit the existing candidate.'
: 'Preserve unaffected semantics and geometry; do not replace the whole candidate.',
then: 'finalize-once',
};
}
return compact;
}
export async function runFinalize({
cliPath,
type,
input,
output,
quality = 'showcase',
repoRoot,
candidateSha256,
outDir,
receiptPath,
deliveryPaths = defaultDeliveryPaths,
inspectDelivery,
cwd = process.cwd(),
env = process.env,
runCommand = defaultRunner,
runBrowserCheck,
startUpdateCheck = startDeliveryUpdateCheck,
resolveChrome = findChrome,
createBrowser = (chromePath, options) => new ChromeVisualBrowser(chromePath, options),
} = {}) {
if (!cliPath || !type || !input || !output) throw new Error('finalize requires cliPath, type, input, and output.');
const started = process.hrtime.bigint();
const startedAt = new Date().toISOString();
const resolvedInput = path.resolve(input);
const resolvedOutput = resolveOutputPath({ requestedOutput: output, inputPaths: [resolvedInput] }).outputPath;
const resolvedOutDir = outDir === undefined ? undefined : resolveNativeOutputDirectory(outDir);
const specification = identity(resolvedInput);
if (candidateSha256 && specification.sha256 !== candidateSha256) {
const error = new Error(`The candidate changed after validation: expected sha256 ${candidateSha256}, found ${specification.sha256 || 'unreadable'}.`);
error.finalizeCode = 'finalize/candidate-changed';
error.finalizeEvidence = {
candidate: resolvedInput,
expectedSha256: candidateSha256,
...(specification.sha256 ? { actualSha256: specification.sha256 } : {}),
};
throw error;
}
// Validate raw native CLI paths before creating directories or normalizing them.
if (receiptPath !== undefined) resolveOutputPath({ requestedOutput: receiptPath, inputPaths: [resolvedInput], requiredExtension: '.json' });
fs.mkdirSync(path.dirname(canonicalFuturePath(resolvedOutput)), { recursive: true });
const resolvedReceipt = resolveOutputPath({
requestedOutput: receiptPath ?? defaultFinalizeReceiptPath(resolvedOutput, { outDir: resolvedOutDir }),
inputPaths: [resolvedInput], requiredExtension: '.json',
}).outputPath;
const resolvedSummary = resolveOutputPath({
requestedOutput: defaultFinalizeSummaryPath(resolvedReceipt), inputPaths: [resolvedInput], requiredExtension: '.json',
}).outputPath;
const assertReceiptPaths = () => {
const reserved = reservedFinalizePaths({ input: resolvedInput, output: resolvedOutput, outDir: resolvedOutDir, deliveryPaths });
const receiptCollision = reserved.find((file) => pathsAlias(resolvedReceipt, file));
if (receiptCollision) throw new Error(`The finalize receipt must be distinct from the specification, artifact, and gate sidecars: "${receiptCollision}".`);
const summaryCollision = [resolvedReceipt, ...reserved].find((file) => pathsAlias(resolvedSummary, file));
if (summaryCollision) throw new Error(`The finalize summary must be distinct from the full receipt, specification, artifact, and gate sidecars: "${summaryCollision}".`);
};
assertReceiptPaths();
// Capture both paths before changing either: an unsafe summary cannot leave a new full receipt behind.
let receiptCapture = captureReceipt(resolvedReceipt);
let summaryCapture = captureReceipt(resolvedSummary);
const receipt = {
schemaVersion: 1,
ok: false,
command: 'finalize',
status: 'running',
type,
quality,
startedAt,
specification,
artifact: { path: resolvedOutput },
stages: {},
diagnostics: [],
evidence: { receipt: resolvedReceipt, summaryReceipt: resolvedSummary },
visualReview: 'not-requested',
};
const persistReceipts = () => {
assertReceiptPaths();
for (const [file, capture] of [[resolvedReceipt, receiptCapture], [resolvedSummary, summaryCapture]]) {
const current = verifyAtomicOutput(capture.snapshot);
if (current.status !== 'match') throw receiptWriteError(file, current);
}
receiptCapture = writeJsonAtomic(resolvedReceipt, receipt, receiptCapture, assertReceiptPaths);
summaryCapture = writeJsonAtomic(resolvedSummary, compactFinalizeReceipt(receipt), summaryCapture, assertReceiptPaths);
};
persistReceipts();
// The gates below usually take seconds, so a slower network can finish the
// update check in parallel instead of timing out on every delivery.
const updateCheck = startUpdateCheck({ env, deadlineMs: FINALIZE_UPDATE_DEADLINE_MS });
// Only launch/attach the blank browser here. The normal browser gate still
// verifies current delivery provenance before it consumes this one-shot factory.
const chromePath = runBrowserCheck ? resolveChrome({ env }) : null;
let browser;
let browserStartupError;
let browserTransferred = false;
if (chromePath) {
try {
browser = createBrowser(chromePath, { env });
// Deliver/check may fail before inspect() awaits startup. Handle the
// rejection now while retaining the same promise for the browser gate.
browser.sessionPromise.catch(() => {});
} catch (error) {
browserStartupError = error;
}
}
const browserFactory = () => {
if (browserStartupError) throw browserStartupError;
if (browserTransferred || !browser) throw new Error('The finalize browser is unavailable or already consumed.');
browserTransferred = true;
return browser;
};
try {
let exitCode = 0;
for (const stage of ['deliver', 'check', 'browser-check']) {
const stageStarted = process.hrtime.bigint();
const args = stageArguments({
stage,
type,
input: resolvedInput,
output: resolvedOutput,
quality,
repoRoot,
outDir: resolvedOutDir,
});
const inProcess = stage === 'browser-check' && runBrowserCheck;
let result;
if (inProcess) {
const checked = await runBrowserCheck({
artifactPath: resolvedOutput,
outDir: resolvedOutDir,
chromePath,
resolveChrome: () => chromePath,
browserFactory,
});
result = { status: checked.exitCode, stdout: JSON.stringify(checked.receipt) };
} else {
result = await runCommand({ stage, cliPath, args, cwd,
env: stage === 'deliver' ? { ...env, ARCHIFY_UPDATE_CHECK_DISABLED: '1' } : env });
}
const stageReceipt = parsedReceipt(result.stdout);
const code = result.status ?? 1;
let status = stageStatus(stage, code, stageReceipt, quality);
let stageDiagnostics;
const command = [process.execPath, cliPath, ...args];
const elapsed = durationMs(stageStarted);
if (status === 'pass') {
const deliveryReceipt = stage === 'deliver' ? stageReceipt : receipt.stages.deliver?.receipt;
const bindingDiagnostic = stageBindingDiagnostic({
stage,
receipt: stageReceipt,
expectedArtifact: deliveryReceipt?.artifact,
expectedReceiptId: deliveryReceipt?.receiptId,
output: resolvedOutput,
specification,
type,
deliveryValidation: deliveryReceipt?.validation,
});
if (bindingDiagnostic) stageDiagnostics = [bindingDiagnostic];
} else if (stage === 'deliver' && code === 0 && quality === 'showcase'
&& Number.isSafeInteger(stageReceipt?.validation?.warnings)
&& stageReceipt.validation.warnings > 0
&& validStageReceipt(stage, stageReceipt, quality, { allowShowcaseWarnings: true })) {
const bindingDiagnostic = stageBindingDiagnostic({
stage, receipt: stageReceipt, output: resolvedOutput, specification, type,
});
stageDiagnostics = bindingDiagnostic ? [bindingDiagnostic] : showcaseWarningDiagnostics(stageReceipt);
}
if (stageDiagnostics) {
status = 'fail';
}
const stageEntry = {
status,
exitCode: code,
durationMs: elapsed,
command,
...(inProcess ? { execution: 'in-process' } : {}),
...(stageReceipt ? { receipt: stageReceipt } : {}),
...(!stageReceipt && String(result.stdout || '').trim() ? { stdout: String(result.stdout).trim() } : {}),
...(String(result.stderr || '').trim() ? { stderr: String(result.stderr).trim() } : {}),
...(result.signal ? { signal: result.signal } : {}),
};
if (stage === 'deliver' && status === 'pass') {
receipt.stages.validate = {
status: 'pass',
exitCode: 0,
durationMs: null,
execution: 'embedded-in-deliver',
command,
receipt: {
schemaVersion: 1,
ok: true,
command: 'validate',
specification: stageReceipt.specification,
validation: stageReceipt.validation,
},
};
receipt.stages.deliver = stageEntry;
} else if (stage === 'deliver') {
const validationFailed = stageDiagnostics?.some((diagnostic) => diagnostic.code === 'finalize/candidate-changed-during-delivery')
|| ['input', 'render', 'check'].includes(stageReceipt?.stage);
receipt.stages.validate = validationFailed ? {
...stageEntry,
status: 'fail',
durationMs: null,
execution: 'embedded-in-deliver',
} : { status: 'not-run', execution: 'embedded-in-deliver' };
receipt.stages.deliver = validationFailed
? { status: 'not-run', execution: 'blocked-by-validate' }
: stageEntry;
} else {
receipt.stages[stage] = stageEntry;
}
if (stage === 'deliver' && stageReceipt?.artifact) receipt.artifact = {
path: resolvedOutput,
...stageReceipt.artifact,
};
if (stage === 'browser-check') {
receipt.evidence = {
receipt: resolvedReceipt,
summaryReceipt: resolvedSummary,
...browserEvidence(stageReceipt, resolvedOutput),
};
}
if (status !== 'pass') {
exitCode = status === 'skipped' ? 2 : (code || 1);
receipt.status = status;
receipt.diagnostics = stageDiagnostics || failureDiagnostics(stage, result, stageReceipt, quality);
receipt.failedStage = stage === 'deliver'
&& receipt.stages.validate.status === 'fail' ? 'validate' : stage;
break;
}
persistReceipts();
}
receipt.ok = exitCode === 0;
receipt.status = receipt.ok ? 'pass' : receipt.status === 'running' ? 'fail' : receipt.status;
if (receipt.ok) {
const deliveryReceipt = receipt.stages.deliver?.receipt;
const diagnostic = finalArtifactDiagnostic({
output: resolvedOutput,
expectedArtifact: deliveryReceipt?.artifact,
expectedReceiptId: deliveryReceipt?.receiptId,
type,
deliveryPath: deliveryPaths(resolvedOutput).provenance,
inspectDelivery,
});
if (diagnostic) {
exitCode = 1;
receipt.ok = false;
receipt.status = 'fail';
receipt.failedStage = 'finalize';
receipt.diagnostics = [diagnostic];
}
}
if (receipt.ok && !identitiesMatch(specification, identity(resolvedInput))) {
exitCode = 1;
receipt.ok = false;
receipt.status = 'fail';
receipt.failedStage = 'finalize';
receipt.diagnostics = [{
code: 'finalize/candidate-changed', severity: 'error',
message: 'The frozen candidate changed before the final handoff.',
subject: { candidate: resolvedInput },
evidence: { expected: specification, actual: identity(resolvedInput) },
supportedFixes: ['restore the frozen candidate, or finalize the edited candidate as a new attempt'],
}];
}
receipt.artifact = receipt.ok
? { path: resolvedOutput, ...receipt.stages.deliver.receipt.artifact }
: identity(resolvedOutput);
receipt.finishedAt = new Date().toISOString();
receipt.durationMs = durationMs(started);
receipt.update = await updateCheck;
persistReceipts();
return { exitCode, receipt, summary: compactFinalizeReceipt(receipt) };
} finally {
if (browser && !browserTransferred) await browser.close();
await updateCheck;
}
}
vendor/archify/bin/open-artifact.mjs
Vendored
+146
View File
@@ -0,0 +1,146 @@
import { spawnSync } from 'node:child_process';
import path from 'node:path';
const OPENERS = {
darwin: {
command: 'open',
method: 'open',
timeoutMs: 5000,
args: (target) => [target],
},
linux: {
command: 'xdg-open',
method: 'xdg-open',
timeoutMs: 5000,
args: (target) => [target],
},
win32: {
command: 'powershell.exe',
method: 'powershell',
// PowerShell cold starts can approach five seconds on hosted Windows
// runners. Keep the launch bounded without treating normal startup as a
// timeout.
timeoutMs: 15000,
// Keep the command constant and pass the target through a child-only
// environment variable. Paths are never interpolated into executable source.
args: () => [
'-NoProfile',
'-NonInteractive',
'-Command',
'Start-Process -FilePath $env:ARCHIFY_OPEN_TARGET',
],
},
};
function failureDetails(result, opener, timeoutMs) {
const error = result?.error;
if (error?.code === 'ENOENT') {
return {
code: 'opener/unavailable',
reason: `Could not find ${opener.command}. Install or enable the platform opener, then open the target manually.`,
systemCode: 'ENOENT',
};
}
if (error?.code === 'ETIMEDOUT') {
return {
code: 'opener/timeout',
reason: `${opener.command} did not finish within ${timeoutMs}ms. Open the target manually or retry when the system is less busy.`,
systemCode: 'ETIMEDOUT',
timeoutMs,
};
}
if (error) {
return {
code: 'opener/spawn-failed',
reason: error.message || `${opener.command} could not be started. Open the target manually.`,
...(error.code ? { systemCode: String(error.code) } : {}),
};
}
if (result?.signal) {
return {
code: 'opener/signaled',
reason: `${opener.command} was terminated by ${result.signal}. Open the target manually.`,
signal: result.signal,
};
}
if (result?.status !== 0) {
return {
code: 'opener/nonzero-exit',
reason: `${opener.command} exited with status ${result?.status ?? 'unknown'}. Open the target manually.`,
exitCode: result?.status ?? null,
};
}
return null;
}
function launchTimeout(value, fallback) {
return Number.isSafeInteger(value) && value > 0 ? value : fallback;
}
function launchTarget(target, options = {}) {
const platform = options.platform || process.platform;
const opener = OPENERS[platform];
if (!opener) {
return {
requested: true,
status: 'unsupported',
target,
method: null,
};
}
const spawn = options.spawn || spawnSync;
const timeoutMs = launchTimeout(options.timeoutMs, opener.timeoutMs);
let result;
try {
const spawnOptions = {
encoding: 'utf8',
shell: false,
stdio: 'ignore',
timeout: timeoutMs,
windowsHide: true,
};
if (platform === 'win32') {
spawnOptions.env = {
...process.env,
ARCHIFY_OPEN_TARGET: target,
};
}
result = spawn(opener.command, opener.args(target), spawnOptions);
} catch (error) {
result = { error };
}
const failure = failureDetails(result, opener, timeoutMs);
let status = 'opened';
if (failure?.code === 'opener/unavailable') status = 'unsupported';
else if (failure) status = 'failed';
return {
requested: true,
status,
target,
method: opener.method,
...(failure ? { failure } : {}),
};
}
export function openArtifact(target, options = {}) {
return launchTarget(path.resolve(target), options);
}
export function openLoopbackUrl(target, options = {}) {
let url;
try {
url = new URL(target);
} catch {
throw new TypeError('Preview URL must be a valid loopback HTTP URL.');
}
if (url.protocol !== 'http:' || url.hostname !== '127.0.0.1' || !url.port) {
throw new TypeError('Preview URL must be a loopback URL using http://127.0.0.1:<port>.');
}
if (url.username || url.password || url.pathname !== '/' || url.search || url.hash) {
throw new TypeError('Preview URL must target the loopback preview root.');
}
return launchTarget(url.href, options);
}
vendor/archify/bin/preview.mjs
Vendored
+969
View File
@@ -0,0 +1,969 @@
import { spawn } from 'node:child_process';
import { createHash } from 'node:crypto';
import fs from 'node:fs';
import http from 'node:http';
import path from 'node:path';
import { fileURLToPath } from 'node:url';
import { openLoopbackUrl } from './open-artifact.mjs';
import { resolveOutputPath } from '../renderers/shared/output-path.mjs';
import { sameLocation } from '../renderers/shared/path-semantics.mjs';
import {
captureAtomicOutput,
captureRegularFileBinding,
publishRegularFileBinding,
releaseRegularFileBinding,
removeEmptyDirectoryWithRetry,
removeOwnedRegularFile,
verifyAtomicOutput,
} from '../renderers/shared/atomic-output.mjs';
const here = path.dirname(fileURLToPath(import.meta.url));
const cliPath = path.join(here, 'archify.mjs');
const loopbackHost = '127.0.0.1';
const defaultDebounceMs = 400;
const defaultPollMs = 800;
const defaultStopGraceMs = 3000;
const defaultStopKillMs = 750;
const diagramTypes = new Set(['architecture', 'workflow', 'sequence', 'dataflow', 'lifecycle']);
let previewCommitSequence = 0;
function sha256(value) {
return createHash('sha256').update(value).digest('hex');
}
function sourceDigest(inputPath) {
try {
const bytes = fs.readFileSync(inputPath);
return { hash: sha256(bytes), bytes, missing: false };
} catch (error) {
return { hash: `unreadable:${error.code || 'unknown'}`, bytes: null, missing: true };
}
}
function initialAuthoredOutput(inputPath) {
try {
const source = JSON.parse(fs.readFileSync(inputPath, 'utf8'));
if (typeof source?.meta?.output === 'string') {
return source.meta.output;
}
} catch {
// An invalid initial source still gets a status shell. Its output target is
// fixed to the same fallback that `deliver` would use after repair.
}
return undefined;
}
function previewPage() {
return `<!doctype html>
<html lang="en">
<head>
<meta charset="utf-8">
<meta name="viewport" content="width=device-width,initial-scale=1">
<title>Archify Live Preview</title>
<style>
:root { color-scheme: light dark; font-family: Inter, ui-sans-serif, system-ui, sans-serif; }
* { box-sizing: border-box; }
html, body { width: 100%; height: 100%; margin: 0; overflow: hidden; background: #0b111b; }
body { display: grid; grid-template-rows: auto minmax(0, 1fr); color: #e8edf5; }
header { position: relative; z-index: 2; display: flex; align-items: center; gap: 12px; min-height: 44px; padding: 7px 12px; border-bottom: 1px solid #253248; background: rgba(11, 17, 27, .96); box-shadow: 0 8px 22px rgba(0,0,0,.18); }
.brand { font-size: 12px; font-weight: 700; letter-spacing: .08em; text-transform: uppercase; color: #9cadc6; }
#status { margin-left: auto; display: inline-flex; align-items: center; gap: 8px; min-height: 30px; padding: 5px 10px; border: 1px solid #33435d; border-radius: 999px; background: #111b2a; font-size: 12px; white-space: nowrap; }
#status::before { content: ''; width: 8px; height: 8px; border-radius: 50%; background: #6f819d; }
body[data-state="checking"] #status::before { background: #f3b44b; box-shadow: 0 0 0 4px rgba(243,180,75,.12); }
body[data-state="verified"] #status::before { background: #45d6a8; box-shadow: 0 0 0 4px rgba(69,214,168,.12); }
body[data-state="needs-fix"] #status::before { background: #ff6f78; box-shadow: 0 0 0 4px rgba(255,111,120,.12); }
details { max-width: min(62vw, 760px); }
summary { cursor: pointer; color: #ffbdc2; font-size: 12px; }
.diagnostic { position: absolute; top: 38px; right: 12px; width: min(760px, calc(100vw - 24px)); max-height: min(44vh, 360px); overflow: auto; padding: 14px; border: 1px solid #6a3440; border-radius: 10px; background: #17131b; box-shadow: 0 14px 48px rgba(0,0,0,.42); }
pre { margin: 0 0 10px; white-space: pre-wrap; overflow-wrap: anywhere; font: 11px/1.55 ui-monospace, SFMono-Regular, Menlo, monospace; color: #f2dfe2; }
button { min-height: 32px; padding: 5px 10px; border: 1px solid #4a5d79; border-radius: 7px; background: #1a273a; color: #eef4ff; cursor: pointer; }
main { position: relative; min-height: 0; }
iframe { display: none; width: 100%; height: 100%; border: 0; background: #fff; }
body[data-has-artifact="true"] iframe { display: block; }
#empty { position: absolute; inset: 0; display: grid; place-items: center; padding: 32px; color: #91a2bc; text-align: center; background: radial-gradient(circle at 50% 38%, #15233a 0, #0b111b 55%); }
body[data-has-artifact="true"] #empty { display: none; }
@media (prefers-reduced-motion: reduce) { * { scroll-behavior: auto !important; } }
</style>
</head>
<body data-state="checking" data-has-artifact="false">
<header>
<span class="brand">Archify Preview</span>
<details id="failure" hidden>
<summary role="button" aria-controls="diagnostic-panel">View diagnostic</summary>
<div class="diagnostic" id="diagnostic-panel"><pre id="diagnostic"></pre><button id="copy" type="button">Copy diagnostic</button></div>
</details>
<span id="status" role="status" aria-live="polite">Checking · generation 1</span>
</header>
<main>
<div id="empty">Waiting for the first verified diagram. Invalid input will stay here with an exact diagnostic.</div>
<iframe id="artifact" title="Verified Archify diagram"></iframe>
</main>
<script>
(function () {
'use strict';
var body = document.body;
var status = document.getElementById('status');
var failure = document.getElementById('failure');
var diagnostic = document.getElementById('diagnostic');
var artifact = document.getElementById('artifact');
var lastRevision = 0;
function render(state) {
body.dataset.state = state.status;
if (state.status === 'verified') {
status.textContent = 'Verified · rev ' + state.revision;
failure.hidden = true;
failure.open = false;
if (state.revision !== lastRevision) {
lastRevision = state.revision;
artifact.src = '/artifact.html?revision=' + encodeURIComponent(state.revision) + '&sha=' + encodeURIComponent(state.lastVerified.sha256.slice(0, 12));
body.dataset.hasArtifact = 'true';
}
} else if (state.status === 'needs-fix') {
status.textContent = 'Needs fix · ' + (state.revision ? 'showing rev ' + state.revision : 'no verified revision');
diagnostic.textContent = 'Generation ' + state.generation + ' · ' + state.failure.stage + '\\n\\n' + state.failure.message;
failure.hidden = false;
} else {
status.textContent = 'Checking · generation ' + state.generation;
failure.hidden = true;
}
}
document.getElementById('copy').addEventListener('click', function () {
if (navigator.clipboard && navigator.clipboard.writeText) {
navigator.clipboard.writeText(diagnostic.textContent).catch(function () {});
}
});
var events = new EventSource('/events');
events.addEventListener('state', function (event) {
try { render(JSON.parse(event.data)); } catch (_) {}
});
}());
</script>
</body>
</html>`;
}
function compactMessage(value) {
let text = String(value || 'Preview build failed without a diagnostic.').trim();
const lines = text.split(/\r?\n/);
const errorLine = lines.findIndex((line) => /^Error:\s/.test(line));
if (errorLine > 0) text = lines.slice(errorLine).join('\n');
const relevant = text.split(/\r?\n/);
const stackLine = relevant.findIndex((line, index) => index > 0 && /^\s*at\s/.test(line));
if (stackLine > 0) text = relevant.slice(0, stackLine).join('\n');
return text.length > 6000 ? `${text.slice(0, 6000)}\n… diagnostic truncated` : text;
}
function redactDiagnostic(value, paths) {
let text = compactMessage(value);
for (const [absolutePath, replacement] of paths) {
if (!absolutePath) continue;
text = text.split(absolutePath).join(replacement);
}
return text;
}
function safeJson(value) {
return JSON.stringify(value).replace(/</g, '\\u003c');
}
function responseHeaders(contentType) {
return {
'Cache-Control': 'no-store',
'Content-Type': contentType,
'Cross-Origin-Resource-Policy': 'same-origin',
'Referrer-Policy': 'no-referrer',
'X-Content-Type-Options': 'nosniff',
'X-Frame-Options': 'SAMEORIGIN',
};
}
function parseReceipt(stdout) {
try {
return JSON.parse(stdout);
} catch {
return null;
}
}
function atomicOutputFailure(result) {
const code = result?.reason?.code || 'unclassified';
let diagnosticCode = 'output/target-indeterminate';
let message;
if (code === 'target-hardlinked' || code === 'candidate-hardlinked') {
diagnosticCode = 'output/target-hardlinked';
message = code === 'candidate-hardlinked'
? 'Preview commit candidate has multiple hard-link names and cannot be published safely.'
: 'Preview output has multiple hard-link names; atomic publication cannot update every name.';
} else if (code === 'target-not-regular-file' || code === 'candidate-not-regular-file') {
diagnosticCode = 'output/target-not-regular-file';
message = code === 'candidate-not-regular-file'
? 'Preview commit candidate is no longer a regular file.'
: 'Preview output already exists and is not a regular file.';
} else if (result?.status === 'different') {
diagnosticCode = 'output/target-changed';
message = `Preview output changed while the verified candidate was being prepared (${code}).`;
} else {
message = `Preview output stability could not be determined safely (${code}).`;
}
return {
code: diagnosticCode,
message,
evidence: { relation: result?.reason || { code } },
};
}
function atomicOutputError(result) {
const failure = atomicOutputFailure(result);
return Object.assign(new Error(failure.message), { previewFailure: failure });
}
function stagePreviewCommit(commitPath, artifact, mode) {
for (let attempt = 0; attempt < 100; attempt += 1) {
previewCommitSequence += 1;
const candidatePath = path.join(
path.dirname(commitPath),
`.archify-preview-commit-${process.pid}-${Date.now().toString(36)}-${previewCommitSequence}.tmp`,
);
let descriptor;
let identity;
try {
const noFollow = process.platform === 'win32' ? 0 : (fs.constants.O_NOFOLLOW || 0);
descriptor = fs.openSync(
candidatePath,
fs.constants.O_WRONLY | fs.constants.O_CREAT | fs.constants.O_EXCL | noFollow,
mode ?? 0o666,
);
let metadata;
try {
metadata = fs.fstatSync(descriptor, { bigint: true });
} catch (error) {
try {
const retry = fs.fstatSync(descriptor, { bigint: true });
if (retry.isFile() && retry.ino !== 0n) {
identity = { device: retry.dev, inode: retry.ino };
}
} catch {}
throw error;
}
if (!metadata.isFile() || metadata.ino === 0n) {
throw new Error('Preview commit candidate identity could not be verified safely.');
}
identity = { device: metadata.dev, inode: metadata.ino };
fs.writeFileSync(descriptor, artifact);
if (mode !== null) fs.fchmodSync(descriptor, mode);
fs.closeSync(descriptor);
descriptor = undefined;
return { candidatePath, identity };
} catch (error) {
if (descriptor !== undefined) {
try { fs.closeSync(descriptor); } catch {}
}
if (error.code === 'EEXIST') continue;
if (identity) removeOwnedRegularFile(candidatePath, identity);
throw error;
}
}
throw Object.assign(new Error('Could not reserve a preview commit candidate beside the output.'), {
code: 'EEXIST',
errno: -17,
syscall: 'open',
});
}
function captureOwnedDirectory(directoryPath) {
const metadata = fs.lstatSync(directoryPath, { bigint: true });
if (!metadata.isDirectory() || metadata.ino === 0n) {
throw new Error('Preview staging directory identity could not be verified safely.');
}
return { device: metadata.dev, inode: metadata.ino };
}
function cleanupOwnedDirectory(directoryPath, identity) {
let current;
try {
current = fs.lstatSync(directoryPath, { bigint: true });
} catch (error) {
if (error?.code === 'ENOENT' || error?.code === 'ENOTDIR') return;
throw error;
}
// Preserve a replacement rather than recursively deleting a directory that
// this preview instance did not create.
if (!current.isDirectory()
|| current.ino === 0n
|| current.dev !== identity.device
|| current.ino !== identity.inode) return;
try {
removeEmptyDirectoryWithRetry(directoryPath);
} catch (error) {
// An entry whose identity was never bound to this preview may be an
// external claimant. Preserve the private directory as recovery material
// instead of recursively deleting unknown contents.
if (error?.code !== 'ENOTEMPTY' && error?.code !== 'EEXIST') throw error;
}
}
function captureOwnedDeliverySidecars(candidatePath, snapshotPath, receipt) {
const suffixes = ['.delivery.json', '.delivery-pending.json'];
const capturedSidecars = [];
for (const suffix of suffixes) {
const sidecarPath = candidatePath.replace(/\.html$/iu, suffix);
const captured = captureRegularFileBinding(sidecarPath, {
subject: 'preview-delivery-sidecar',
expectedLinks: 1,
includeContent: true,
});
if (captured.status !== 'captured') continue;
try {
const sidecar = JSON.parse(captured.content.buffer.toString('utf8'));
const commonMatches = sidecar?.schemaVersion === 1
&& sidecar.command === 'deliver'
&& sameLocation(sidecar.output, candidatePath).status === 'match'
&& (!receipt?.receiptId || sidecar.receiptId === receipt.receiptId);
const currentMatches = suffix === '.delivery.json'
&& commonMatches
&& sidecar.status === 'current'
&& receipt?.artifact?.sha256
&& sidecar.artifact?.sha256 === receipt.artifact.sha256;
const pendingMatches = suffix === '.delivery-pending.json'
&& commonMatches
&& sidecar.status === 'pending'
&& sameLocation(sidecar.input, snapshotPath).status === 'match';
if (currentMatches || pendingMatches) {
capturedSidecars.push({ path: sidecarPath, identity: captured.identity });
}
} catch {
// Preserve malformed or claimant-controlled sidecars for recovery.
} finally {
releaseRegularFileBinding(captured.binding);
}
}
return capturedSidecars;
}
export async function startPreview(options) {
const type = options.type;
if (!diagramTypes.has(type)) throw new Error(`Unknown diagram type "${type}".`);
if (options.quality && !['standard', 'showcase'].includes(options.quality)) {
throw new Error(`Unknown quality profile "${options.quality}".`);
}
const inputPath = path.resolve(options.input);
const outputRequest = {
requestedOutput: options.output,
authoredOutput: initialAuthoredOutput(inputPath),
defaultOutput: `${type}.html`,
inputPaths: [inputPath],
inputDescription: 'its JSON input',
cwd: options.cwd || process.cwd(),
};
const { outputPath } = resolveOutputPath(outputRequest);
const outputDirectory = path.dirname(outputPath);
const debounceMs = Number.isFinite(options.debounceMs) ? options.debounceMs : defaultDebounceMs;
const pollMs = Number.isFinite(options.pollMs) ? options.pollMs : defaultPollMs;
const stopGraceMs = Number.isFinite(options.stopGraceMs) ? Math.max(0, options.stopGraceMs) : defaultStopGraceMs;
const stopKillMs = Number.isFinite(options.stopKillMs) ? Math.max(0, options.stopKillMs) : defaultStopKillMs;
const shouldOpen = options.open !== false;
fs.mkdirSync(outputDirectory, { recursive: true });
// Keep cleanup bound to the physical directory selected at startup. A
// symlink or junction in the requested output parent may be redirected while
// preview is running and must not redirect recursive cleanup to a claimant.
const physicalOutputDirectory = fs.realpathSync.native(outputDirectory);
const stagingDirectory = fs.mkdtempSync(path.toNamespacedPath(
path.join(physicalOutputDirectory, '.archify-preview-'),
));
let stagingIdentity;
try {
stagingIdentity = captureOwnedDirectory(stagingDirectory);
} catch (error) {
try { fs.rmdirSync(stagingDirectory); } catch {}
throw error;
}
let port = 0;
let watcher;
let debounceTimer;
let pollTimer;
let stopGraceTimer;
let stopKillTimer;
let child;
let stopping = false;
let forceStopping = false;
let stopped = false;
let serverClosing = false;
let serverClosed = false;
let queuedHash = null;
let activeHash = null;
let lastGoodSourceHash = null;
let sourceEpoch = 0;
let activeEpoch = 0;
let pendingBuild = false;
let artifactBuffer = null;
const clients = new Set();
const sockets = new Set();
const state = {
schemaVersion: 1,
status: 'checking',
generation: 0,
revision: 0,
lastVerified: null,
failure: null,
};
let resolveClosed;
const closed = new Promise((resolve) => { resolveClosed = resolve; });
function publicState() {
return JSON.parse(JSON.stringify(state));
}
function sendState(res) {
res.write(`event: state\ndata: ${safeJson(publicState())}\n\n`);
}
function broadcast() {
for (const res of clients) sendState(res);
}
const page = Buffer.from(previewPage());
const server = http.createServer((req, res) => {
const expectedHost = `${loopbackHost}:${port}`;
if (req.headers.host !== expectedHost) {
res.writeHead(403, responseHeaders('text/plain; charset=utf-8'));
res.end('Forbidden host');
return;
}
if (req.method !== 'GET' && req.method !== 'HEAD') {
res.writeHead(405, { ...responseHeaders('text/plain; charset=utf-8'), Allow: 'GET, HEAD' });
res.end('Method not allowed');
return;
}
let url;
try {
url = new URL(req.url, `http://${expectedHost}`);
} catch {
res.writeHead(400, responseHeaders('text/plain; charset=utf-8'));
res.end('Bad request');
return;
}
if (url.pathname === '/') {
res.writeHead(200, {
...responseHeaders('text/html; charset=utf-8'),
'Content-Security-Policy': "default-src 'none'; frame-src 'self'; connect-src 'self'; script-src 'unsafe-inline'; style-src 'unsafe-inline'",
'Content-Length': page.byteLength,
});
if (req.method === 'HEAD') res.end();
else res.end(page);
return;
}
if (url.pathname === '/state') {
const body = Buffer.from(`${safeJson(publicState())}\n`);
res.writeHead(200, { ...responseHeaders('application/json; charset=utf-8'), 'Content-Length': body.byteLength });
if (req.method === 'HEAD') res.end();
else res.end(body);
return;
}
if (url.pathname === '/artifact.html') {
if (!artifactBuffer) {
res.writeHead(404, responseHeaders('text/plain; charset=utf-8'));
res.end('No verified artifact yet');
return;
}
res.writeHead(200, { ...responseHeaders('text/html; charset=utf-8'), 'Content-Length': artifactBuffer.byteLength });
if (req.method === 'HEAD') res.end();
else res.end(artifactBuffer);
return;
}
if (url.pathname === '/events' && req.method === 'GET') {
res.writeHead(200, {
...responseHeaders('text/event-stream; charset=utf-8'),
Connection: 'keep-alive',
});
res.write('retry: 1000\n\n');
clients.add(res);
sendState(res);
req.on('close', () => clients.delete(res));
return;
}
res.writeHead(404, responseHeaders('text/plain; charset=utf-8'));
res.end('Not found');
});
server.on('connection', (socket) => {
sockets.add(socket);
socket.once('close', () => sockets.delete(socket));
// A connection event already queued when force-stop begins must not keep
// server.close() waiting after the current sockets have been destroyed.
if (forceStopping) socket.destroy();
});
try {
await new Promise((resolve, reject) => {
server.once('error', reject);
server.listen(0, loopbackHost, () => {
server.off('error', reject);
port = server.address().port;
resolve();
});
});
} catch (error) {
try { server.close(); } catch {}
cleanupOwnedDirectory(stagingDirectory, stagingIdentity);
throw error;
}
const url = `http://${loopbackHost}:${port}/`;
function finishStop() {
if (stopped || child || !serverClosed) return;
stopped = true;
clearTimeout(debounceTimer);
clearInterval(pollTimer);
clearTimeout(stopGraceTimer);
clearTimeout(stopKillTimer);
try {
cleanupOwnedDirectory(stagingDirectory, stagingIdentity);
} finally {
resolveClosed();
}
}
function signalActiveChild(signal) {
if (!child || child.exitCode !== null || child.signalCode !== null) return;
try {
if (process.platform !== 'win32' && child.pid) process.kill(-child.pid, signal);
else child.kill(signal);
} catch (error) {
if (error.code === 'ESRCH') return;
try { child.kill(signal); } catch {}
}
}
function closeServer() {
if (serverClosing) return;
serverClosing = true;
for (const res of clients) res.end();
clients.clear();
server.close(() => {
serverClosed = true;
finishStop();
});
server.closeIdleConnections?.();
}
function startBoundedChildDrain() {
if (!child || stopGraceTimer || stopKillTimer) return;
stopGraceTimer = setTimeout(() => {
stopGraceTimer = undefined;
if (!child) return finishStop();
signalActiveChild('SIGTERM');
stopKillTimer = setTimeout(() => {
stopKillTimer = undefined;
signalActiveChild('SIGKILL');
}, stopKillMs);
}, stopGraceMs);
}
async function stop({ force = false } = {}) {
if (force) forceStopping = true;
if (!stopping) {
stopping = true;
clearTimeout(debounceTimer);
clearInterval(pollTimer);
watcher?.close();
closeServer();
}
if (forceStopping) {
for (const socket of sockets) socket.destroy();
}
if (child && force) {
clearTimeout(stopGraceTimer);
clearTimeout(stopKillTimer);
stopGraceTimer = undefined;
stopKillTimer = undefined;
signalActiveChild('SIGKILL');
} else if (child) {
startBoundedChildDrain();
} else {
finishStop();
}
return closed;
}
function publishFailure(receipt, stdout, stderr, candidatePath, snapshotPath) {
const repairDetails = receipt?.diagnostics
?.slice(0, 12)
.map((entry) => {
const fix = entry.supportedFixes?.length ? `\nFix: ${entry.supportedFixes.join('; ')}` : '';
return `[${entry.code}] ${entry.message}${fix}`;
}) || [];
const checkerDetails = receipt?.checker?.checks
?.filter((check) => !check.ok)
.flatMap((check) => check.details || [])
.filter(Boolean)
.slice(0, 12) || [];
const diagnostic = [
receipt?.error,
...(repairDetails.length ? repairDetails : checkerDetails),
].filter(Boolean).join('\n') || stderr || stdout;
state.status = 'needs-fix';
state.failure = {
stage: receipt?.stage || 'render',
...(receipt?.code ? { code: receipt.code } : {}),
...(receipt?.evidence ? { evidence: receipt.evidence } : {}),
message: redactDiagnostic(
diagnostic,
[
[inputPath, '<input.json>'],
[outputPath, '<output.html>'],
[snapshotPath, '<input.json>'],
[candidatePath, '<candidate.html>'],
[stagingDirectory, '<preview-staging>'],
[path.resolve(here, '..'), '<archify-skill>'],
[path.resolve(options.cwd || process.cwd()), '<working-directory>'],
...(options.repoRoot ? [[path.resolve(options.repoRoot), '<repo-root>']] : []),
],
),
};
broadcast();
}
function commitCandidate(candidatePath, receipt, generationHash, outputCapture) {
let candidate;
let sourceCandidateBinding;
let sourceCandidateIdentity;
let commitCandidatePath;
let commitCandidateIdentity;
let commitCandidateBinding;
try {
const sourceCapture = captureRegularFileBinding(candidatePath, {
subject: 'candidate',
expectedSha256: receipt?.artifact?.sha256,
expectedBytes: receipt?.artifact?.bytes,
includeContent: true,
});
if (sourceCapture.status !== 'captured') throw atomicOutputError(sourceCapture);
sourceCandidateBinding = sourceCapture.binding;
sourceCandidateIdentity = sourceCapture.identity;
candidate = sourceCapture.content.buffer;
const digest = sourceCapture.content.sha256;
const releasedSource = releaseRegularFileBinding(sourceCandidateBinding);
sourceCandidateBinding = undefined;
if (releasedSource.status !== 'released') throw atomicOutputError(releasedSource);
resolveOutputPath(outputRequest);
const sameArtifact = state.lastVerified?.sha256 === digest;
const currentSource = sourceDigest(inputPath);
if (currentSource.hash !== generationHash) {
return {
committed: false,
supersededBy: currentSource,
candidateIdentity: sourceCandidateIdentity,
};
}
const beforeStage = verifyAtomicOutput(outputCapture.snapshot);
if (beforeStage.status !== 'match') throw atomicOutputError(beforeStage);
({
candidatePath: commitCandidatePath,
identity: commitCandidateIdentity,
} = stagePreviewCommit(outputCapture.commitPath, candidate, outputCapture.mode));
const candidateCapture = captureRegularFileBinding(commitCandidatePath, {
subject: 'candidate',
expectedSha256: digest,
expectedBytes: candidate.byteLength,
expectedIdentity: commitCandidateIdentity,
...(outputCapture.mode === null ? {} : { expectedMode: outputCapture.mode }),
});
if (candidateCapture.status !== 'captured') throw atomicOutputError(candidateCapture);
commitCandidateBinding = candidateCapture.binding;
const beforeCommit = verifyAtomicOutput(outputCapture.snapshot);
if (beforeCommit.status !== 'match') throw atomicOutputError(beforeCommit);
const publication = publishRegularFileBinding(
commitCandidateBinding,
commitCandidatePath,
outputCapture.snapshot,
{ subject: 'candidate' },
);
if (!['committed', 'committed-with-warning'].includes(publication.status)) {
throw atomicOutputError(publication);
}
const releasedCandidate = releaseRegularFileBinding(commitCandidateBinding);
commitCandidateBinding = undefined;
if (releasedCandidate.status !== 'released') throw atomicOutputError(releasedCandidate);
commitCandidatePath = undefined;
commitCandidateIdentity = undefined;
artifactBuffer = candidate;
lastGoodSourceHash = generationHash;
state.status = 'verified';
if (!sameArtifact) {
state.revision += 1;
state.lastVerified = {
sha256: digest,
bytes: candidate.byteLength,
checksPassed: receipt.validation.checksPassed,
checkCount: receipt.validation.checkCount,
compositionProfile: receipt.validation.compositionProfile,
compositionStatus: receipt.validation.compositionStatus,
};
}
state.failure = null;
broadcast();
return { committed: true, supersededBy: null, candidateIdentity: sourceCandidateIdentity };
} catch (error) {
publishFailure({
stage: 'commit',
error: `Could not publish the verified preview: ${error.message}`,
...(error.previewFailure || {}),
}, '', '', candidatePath);
return { committed: false, supersededBy: null, candidateIdentity: sourceCandidateIdentity };
} finally {
if (sourceCandidateBinding) releaseRegularFileBinding(sourceCandidateBinding);
if (commitCandidateBinding) releaseRegularFileBinding(commitCandidateBinding);
if (commitCandidatePath && commitCandidateIdentity) {
removeOwnedRegularFile(commitCandidatePath, commitCandidateIdentity);
}
}
}
function beginBuild(digest, epoch) {
if (stopping || child) return;
activeHash = digest.hash;
activeEpoch = epoch;
state.generation += 1;
state.status = 'checking';
state.failure = null;
broadcast();
const candidatePath = path.join(stagingDirectory, `generation-${state.generation}.html`);
const snapshotPath = path.join(stagingDirectory, `generation-${state.generation}.json`);
let snapshotIdentity;
const outputCapture = captureAtomicOutput(outputPath);
if (outputCapture.status !== 'captured') {
const failure = atomicOutputFailure(outputCapture);
publishFailure(
{ stage: 'prepare', error: failure.message, ...failure },
'',
'',
candidatePath,
snapshotPath,
);
return;
}
const beforeBuild = verifyAtomicOutput(outputCapture.snapshot);
if (beforeBuild.status !== 'match') {
const failure = atomicOutputFailure(beforeBuild);
publishFailure(
{ stage: 'prepare', error: failure.message, ...failure },
'',
'',
candidatePath,
snapshotPath,
);
return;
}
if (digest.bytes !== null) {
try {
fs.writeFileSync(snapshotPath, digest.bytes, { flag: 'wx', mode: 0o600 });
const metadata = fs.lstatSync(snapshotPath, { bigint: true });
if (metadata.isFile() && metadata.ino !== 0n) {
snapshotIdentity = { device: metadata.dev, inode: metadata.ino };
}
} catch (error) {
publishFailure(
{ stage: 'prepare', error: `Could not snapshot the observed input: ${error.message}` },
'',
'',
candidatePath,
snapshotPath,
);
return;
}
}
const args = [options.deliveryCli || cliPath, 'deliver', type, snapshotPath, candidatePath, '--json'];
if (options.quality) args.push('--quality', options.quality);
if (options.repoRoot) args.push('--repo-root', path.resolve(options.repoRoot));
let stdout = '';
let stderr = '';
child = spawn(process.execPath, args, {
cwd: options.cwd || process.cwd(),
env: process.env,
stdio: ['ignore', 'pipe', 'pipe'],
detached: process.platform !== 'win32',
});
child.stdout.setEncoding('utf8');
child.stderr.setEncoding('utf8');
child.stdout.on('data', (chunk) => { stdout += chunk; });
child.stderr.on('data', (chunk) => { stderr += chunk; });
child.on('error', (error) => { stderr += error.message; });
child.on('close', (code) => {
const receipt = parseReceipt(stdout);
const generationEpoch = activeEpoch;
const generationHash = activeHash;
const stale = generationEpoch !== sourceEpoch;
let supersededBy = null;
let candidateIdentity;
const deliverySidecars = captureOwnedDeliverySidecars(
candidatePath,
snapshotPath,
receipt,
);
child = null;
clearTimeout(stopGraceTimer);
clearTimeout(stopKillTimer);
stopGraceTimer = undefined;
stopKillTimer = undefined;
if (!stopping && !stale && code === 0 && receipt?.ok) {
({ supersededBy, candidateIdentity } = commitCandidate(
candidatePath,
receipt,
generationHash,
outputCapture,
));
} else if (code === 0 && receipt?.ok) {
const abandonedCandidate = captureRegularFileBinding(candidatePath, {
subject: 'abandoned-preview-candidate',
expectedSha256: receipt.artifact?.sha256,
expectedBytes: receipt.artifact?.bytes,
});
if (abandonedCandidate.status === 'captured') {
candidateIdentity = abandonedCandidate.identity;
releaseRegularFileBinding(abandonedCandidate.binding);
}
} else if (!stopping && !stale) {
publishFailure(receipt, stdout, stderr, candidatePath, snapshotPath);
}
if (candidateIdentity) removeOwnedRegularFile(candidatePath, candidateIdentity);
if (snapshotIdentity) removeOwnedRegularFile(snapshotPath, snapshotIdentity, { subject: 'snapshot' });
for (const deliverySidecar of deliverySidecars) {
removeOwnedRegularFile(deliverySidecar.path, deliverySidecar.identity, {
subject: 'preview-delivery-sidecar',
});
}
if (stopping) {
finishStop();
} else if (pendingBuild || stale || supersededBy) {
pendingBuild = false;
if (supersededBy && sourceEpoch === generationEpoch) sourceEpoch += 1;
const digest = supersededBy || sourceDigest(inputPath);
queueStableBuild(digest.hash, true);
}
});
}
function queueStableBuild(hash, immediate = false) {
queuedHash = hash;
clearTimeout(debounceTimer);
const launch = () => {
if (stopping) return;
const digest = sourceDigest(inputPath);
if (digest.hash !== queuedHash) {
queueStableBuild(digest.hash);
return;
}
if (digest.hash === lastGoodSourceHash) {
if (state.status !== 'verified' && state.lastVerified) {
state.status = 'verified';
state.failure = null;
broadcast();
}
return;
}
if (child) {
pendingBuild = true;
return;
}
beginBuild(digest, sourceEpoch);
};
debounceTimer = setTimeout(launch, immediate ? 0 : debounceMs);
}
function observeSource({ immediate = false } = {}) {
const digest = sourceDigest(inputPath);
if (!immediate && digest.hash === queuedHash) return;
sourceEpoch += 1;
queueStableBuild(digest.hash, immediate);
}
if (options.watch !== false) {
try {
// `path.resolve` keeps Windows 8.3 names intact. Canonicalize short names
// and junctions before libuv opens the directory so its callback path has
// the same prefix as the watched path.
const watchedDirectory = fs.realpathSync.native(path.dirname(inputPath));
watcher = fs.watch(watchedDirectory, (event, filename) => {
// On Windows the watcher hands us just the basename; on POSIX it can be
// null. Resolve named events against the directory libuv actually opened
// so file-level case, 8.3, and hard-link aliases still identify the input.
if (
!filename
|| sameLocation(path.join(watchedDirectory, filename.toString()), inputPath).status === 'match'
) {
observeSource();
}
});
watcher.on('error', () => {
const failedWatcher = watcher;
watcher = undefined;
failedWatcher?.close();
});
} catch (error) {
await stop();
throw new Error(`Could not watch the input directory: ${error.message}`);
}
}
pollTimer = setInterval(() => observeSource(), pollMs);
let opener = null;
if (shouldOpen) {
try {
opener = openLoopbackUrl(url);
} catch {
opener = { requested: true, status: 'unsupported', target: url, method: null };
}
}
observeSource({ immediate: true });
return {
url,
input: inputPath,
output: outputPath,
opener,
state: publicState,
stop,
closed,
};
}
export async function runPreview(options) {
const preview = await startPreview(options);
console.log(`preview ${preview.url}`);
console.log(`watching ${preview.input}`);
console.log(`output ${preview.output}`);
if (preview.opener && preview.opener.status !== 'opened') {
console.error(`Could not open the preview (${preview.opener.status}). ${preview.opener.failure?.reason || 'Open it manually.'} Target: ${preview.url}`);
}
let signalCount = 0;
const stop = () => {
signalCount += 1;
if (signalCount === 1) {
console.log('\nstopping preview…');
preview.stop();
} else {
console.log('\nforcing preview shutdown…');
preview.stop({ force: true });
}
};
process.on('SIGINT', stop);
process.on('SIGTERM', stop);
await preview.closed;
process.off('SIGINT', stop);
process.off('SIGTERM', stop);
}
vendor/archify/bin/recover-output.mjs
Vendored
+41
View File
@@ -0,0 +1,41 @@
import { recoverRetiredPublication } from '../renderers/shared/atomic-output.mjs';
function usage(stream = process.stderr) {
stream.write('Usage: node bin/recover-output.mjs <private-recovery-directory> [--json]\n');
}
const args = process.argv.slice(2);
if (args.length === 1 && ['--help', '-h'].includes(args[0])) {
usage(process.stdout);
} else {
let json = false;
let recoveryDirectory;
let invalid = false;
for (const argument of args) {
if (argument === '--json' && !json) {
json = true;
} else if (argument.startsWith('-') || recoveryDirectory !== undefined) {
invalid = true;
} else {
recoveryDirectory = argument;
}
}
if (invalid || recoveryDirectory === undefined) {
usage();
process.exitCode = 64;
} else {
const result = recoverRetiredPublication(recoveryDirectory);
if (json) {
process.stdout.write(`${JSON.stringify(result)}\n`);
} else {
const reason = result.reason?.code || 'publication-recovery-unknown';
process.stdout.write(`${result.status}: ${reason}\n`);
}
// A complete prior recovery is idempotent. A preserved target is a safe,
// deliberate non-action that needs the operator to inspect the claimant.
process.exitCode = ['recovered', 'absent'].includes(result.status)
? 0
: result.status === 'preserved' ? 2 : 1;
}
}
vendor/archify/bin/visual-check.mjs
Vendored
+2667
View File
File diff suppressed because it is too large. Load diff
vendor/archify/brand-marks/README.md
Vendored
+31
View File
@@ -0,0 +1,31 @@
# Built-in brand marks
Archify ships a bounded catalogue of 107 commonly used brands for architecture,
workflow, sequence, data-flow, and lifecycle nodes. The mark is optional authored
identity: it never replaces the node's semantic `type`, color, label, or
relationships.
Unknown sites are handled by an explicit two-stage workflow. Run
`node bin/archify.mjs brands capture <url> --json`, then author the returned
digest-pinned `brand` value. Normal render and validate commands do not perform
an unpinned capture, and changed or unavailable content fails closed.
Most vector paths and brand metadata are generated from Simple Icons 16.28.0.
The OpenAI mark is traced to OpenAI's official brand guidelines. Every generated
entry records its source and, when available upstream, its guidelines and license
metadata in `renderers/shared/generated-brand-marks.mjs`.
Brand names and logos may be trademarks of their respective owners. Simple
Icons' CC0 license covers its collection work, not every underlying trademark or
artwork. Contributors must review the recorded source, current brand guidelines,
and intended referential use before adding or updating a mark. Archify does not
imply sponsorship, endorsement, or partnership.
Edit `catalog.json`, then regenerate the committed zero-runtime-dependency bundle:
```bash
npm run generate:brand-marks
npm run check:brand-marks
```
Do not hand-edit `renderers/shared/generated-brand-marks.mjs`.
vendor/archify/brand-marks/catalog.json
Vendored
+131
View File
@@ -0,0 +1,131 @@
{
"schemaVersion": 1,
"marks": [
{
"id": "openai",
"title": "OpenAI",
"category": "ai",
"aliases": ["chatgpt", "gpt", "codex"],
"domains": ["openai.com", "chatgpt.com"],
"custom": {
"viewBox": 20,
"hex": "000000",
"path": "M11.248 18.25q-.825 0-1.568-.314a4.3 4.3 0 0 1-1.32-.874 4 4 0 0 1-1.304.214 4 4 0 0 1-2.046-.544 4.27 4.27 0 0 1-1.518-1.485 4 4 0 0 1-.56-2.095q0-.48.131-1.04A4.4 4.4 0 0 1 2.04 10.71a4.07 4.07 0 0 1 .017-3.4 4.2 4.2 0 0 1 1.056-1.418 3.8 3.8 0 0 1 1.6-.842 3.9 3.9 0 0 1 .76-1.683q.593-.759 1.451-1.188a4.04 4.04 0 0 1 1.832-.429q.825 0 1.567.313.742.314 1.32.875a4 4 0 0 1 1.304-.215q1.106 0 2.046.545a4.14 4.14 0 0 1 1.501 1.485q.578.941.578 2.095 0 .48-.132 1.04.66.61 1.023 1.419.363.792.363 1.666 0 .892-.38 1.717a4.3 4.3 0 0 1-1.072 1.435 3.8 3.8 0 0 1-1.584.825 3.8 3.8 0 0 1-.775 1.683 4.06 4.06 0 0 1-1.436 1.188 4.04 4.04 0 0 1-1.832.429m-4.076-2.062q.825 0 1.435-.347l3.103-1.782a.36.36 0 0 0 .164-.313v-1.42L7.881 14.62a.67.67 0 0 1-.726 0l-3.118-1.798a.5.5 0 0 1-.017.115v.198q0 .841.396 1.551.413.693 1.139 1.089a3.2 3.2 0 0 0 1.617.412m.165-2.69a.4.4 0 0 0 .181.05q.083 0 .165-.05l1.238-.71-3.977-2.31a.7.7 0 0 1-.363-.643v-3.58q-.825.362-1.32 1.122a2.9 2.9 0 0 0-.495 1.65q0 .809.413 1.55.412.743 1.072 1.123zm3.91 3.663q.875 0 1.585-.396a2.96 2.96 0 0 0 1.534-2.64v-3.564a.32.32 0 0 0-.165-.297l-1.254-.726v4.604a.7.7 0 0 1-.363.643l-3.119 1.799a3 3 0 0 0 1.783.577m.627-6.039V8.878L10.01 7.822 8.129 8.878v2.244l1.881 1.056zM7.057 5.859a.7.7 0 0 1 .363-.644l3.119-1.798a3 3 0 0 0-1.782-.578q-.874 0-1.584.396A2.96 2.96 0 0 0 6.05 4.324a3.07 3.07 0 0 0-.396 1.551v3.547q0 .199.165.314l1.237.726zm8.383 7.887q.825-.364 1.303-1.123.495-.758.495-1.65a3.15 3.15 0 0 0-.412-1.55q-.413-.743-1.073-1.123l-3.086-1.782q-.099-.065-.181-.049a.3.3 0 0 0-.165.05l-1.238.692 3.993 2.327a.6.6 0 0 1 .264.264.64.64 0 0 1 .1.363zm-3.317-8.382a.63.63 0 0 1 .726 0l3.135 1.831v-.297q0-.792-.396-1.501a2.86 2.86 0 0 0-1.105-1.155q-.71-.43-1.65-.43-.825 0-1.436.347L8.294 5.941a.36.36 0 0 0-.165.314v1.418z",
"source": "https://openai.com/brand/",
"guidelines": "https://openai.com/brand/"
}
},
{ "id": "claude", "category": "ai", "simpleIcon": "claude", "aliases": ["claude-ai"], "domains": ["claude.ai"] },
{ "id": "anthropic", "category": "ai", "simpleIcon": "anthropic", "domains": ["anthropic.com"] },
{ "id": "google-gemini", "category": "ai", "simpleIcon": "googlegemini", "aliases": ["gemini"], "domains": ["gemini.google.com"] },
{ "id": "deepseek", "category": "ai", "simpleIcon": "deepseek", "domains": ["deepseek.com"] },
{ "id": "qwen", "category": "ai", "simpleIcon": "qwen", "domains": ["qwen.ai"] },
{ "id": "meta", "category": "ai", "simpleIcon": "meta", "aliases": ["llama"], "domains": ["meta.com"] },
{ "id": "mistral-ai", "category": "ai", "simpleIcon": "mistralai", "aliases": ["mistral"], "domains": ["mistral.ai"] },
{ "id": "hugging-face", "category": "ai", "simpleIcon": "huggingface", "aliases": ["huggingface"], "domains": ["huggingface.co"] },
{ "id": "ollama", "category": "ai", "simpleIcon": "ollama", "domains": ["ollama.com"] },
{ "id": "openrouter", "category": "ai", "simpleIcon": "openrouter", "aliases": ["open-router"], "domains": ["openrouter.ai"] },
{ "id": "perplexity", "category": "ai", "simpleIcon": "perplexity", "domains": ["perplexity.ai"] },
{ "id": "replicate", "category": "ai", "simpleIcon": "replicate", "domains": ["replicate.com"] },
{ "id": "google-cloud", "category": "cloud", "simpleIcon": "googlecloud", "aliases": ["gcp", "googlecloud"], "domains": ["cloud.google.com"] },
{ "id": "cloudflare", "category": "cloud", "simpleIcon": "cloudflare", "domains": ["cloudflare.com"] },
{ "id": "vercel", "category": "cloud", "simpleIcon": "vercel", "domains": ["vercel.com"] },
{ "id": "netlify", "category": "cloud", "simpleIcon": "netlify", "domains": ["netlify.com"] },
{ "id": "digitalocean", "category": "cloud", "simpleIcon": "digitalocean", "aliases": ["digital-ocean"], "domains": ["digitalocean.com"] },
{ "id": "render", "category": "cloud", "simpleIcon": "render", "domains": ["render.com"] },
{ "id": "railway", "category": "cloud", "simpleIcon": "railway", "domains": ["railway.com", "railway.app"] },
{ "id": "fly-io", "category": "cloud", "simpleIcon": "flydotio", "aliases": ["fly.io"], "domains": ["fly.io"] },
{ "id": "cloudinary", "category": "cloud", "simpleIcon": "cloudinary", "domains": ["cloudinary.com"] },
{ "id": "alibaba-cloud", "category": "cloud", "simpleIcon": "alibabacloud", "aliases": ["aliyun"], "domains": ["alibabacloud.com", "aliyun.com"] },
{ "id": "firebase", "category": "cloud", "simpleIcon": "firebase", "domains": ["firebase.google.com"] },
{ "id": "supabase", "category": "cloud", "simpleIcon": "supabase", "domains": ["supabase.com"] },
{ "id": "neon", "category": "cloud", "simpleIcon": "neon", "domains": ["neon.tech"] },
{ "id": "github", "category": "engineering", "simpleIcon": "github", "domains": ["github.com"] },
{ "id": "gitlab", "category": "engineering", "simpleIcon": "gitlab", "domains": ["gitlab.com"] },
{ "id": "bitbucket", "category": "engineering", "simpleIcon": "bitbucket", "domains": ["bitbucket.org"] },
{ "id": "docker", "category": "engineering", "simpleIcon": "docker", "domains": ["docker.com"] },
{ "id": "kubernetes", "category": "engineering", "simpleIcon": "kubernetes", "aliases": ["k8s"], "domains": ["kubernetes.io"] },
{ "id": "terraform", "category": "engineering", "simpleIcon": "terraform", "domains": ["terraform.io"] },
{ "id": "pulumi", "category": "engineering", "simpleIcon": "pulumi", "domains": ["pulumi.com"] },
{ "id": "ansible", "category": "engineering", "simpleIcon": "ansible", "domains": ["ansible.com"] },
{ "id": "jenkins", "category": "engineering", "simpleIcon": "jenkins", "domains": ["jenkins.io"] },
{ "id": "circleci", "category": "engineering", "simpleIcon": "circleci", "aliases": ["circle-ci"], "domains": ["circleci.com"] },
{ "id": "github-actions", "category": "engineering", "simpleIcon": "githubactions" },
{ "id": "argo", "category": "engineering", "simpleIcon": "argo", "aliases": ["argocd", "argo-cd"], "domains": ["argoproj.github.io"] },
{ "id": "helm", "category": "engineering", "simpleIcon": "helm", "domains": ["helm.sh"] },
{ "id": "grafana", "category": "engineering", "simpleIcon": "grafana", "domains": ["grafana.com"] },
{ "id": "prometheus", "category": "engineering", "simpleIcon": "prometheus", "domains": ["prometheus.io"] },
{ "id": "sentry", "category": "engineering", "simpleIcon": "sentry", "domains": ["sentry.io"] },
{ "id": "datadog", "category": "engineering", "simpleIcon": "datadog", "domains": ["datadoghq.com"] },
{ "id": "pagerduty", "category": "engineering", "simpleIcon": "pagerduty", "aliases": ["pager-duty"], "domains": ["pagerduty.com"] },
{ "id": "postgresql", "category": "data", "simpleIcon": "postgresql", "aliases": ["postgres"], "domains": ["postgresql.org"] },
{ "id": "mysql", "category": "data", "simpleIcon": "mysql", "domains": ["mysql.com"] },
{ "id": "mongodb", "category": "data", "simpleIcon": "mongodb", "aliases": ["mongo"], "domains": ["mongodb.com"] },
{ "id": "redis", "category": "data", "simpleIcon": "redis", "domains": ["redis.io"] },
{ "id": "apache-kafka", "category": "data", "simpleIcon": "apachekafka", "aliases": ["kafka"], "domains": ["kafka.apache.org"] },
{ "id": "rabbitmq", "category": "data", "simpleIcon": "rabbitmq", "aliases": ["rabbit-mq"], "domains": ["rabbitmq.com"] },
{ "id": "clickhouse", "category": "data", "simpleIcon": "clickhouse", "domains": ["clickhouse.com"] },
{ "id": "elasticsearch", "category": "data", "simpleIcon": "elasticsearch", "aliases": ["elastic"], "domains": ["elastic.co"] },
{ "id": "opensearch", "category": "data", "simpleIcon": "opensearch", "aliases": ["open-search"], "domains": ["opensearch.org"] },
{ "id": "snowflake", "category": "data", "simpleIcon": "snowflake", "domains": ["snowflake.com"] },
{ "id": "databricks", "category": "data", "simpleIcon": "databricks", "domains": ["databricks.com"] },
{ "id": "planetscale", "category": "data", "simpleIcon": "planetscale", "aliases": ["planet-scale"], "domains": ["planetscale.com"] },
{ "id": "prisma", "category": "data", "simpleIcon": "prisma", "domains": ["prisma.io"] },
{ "id": "sqlite", "category": "data", "simpleIcon": "sqlite", "domains": ["sqlite.org"] },
{ "id": "mariadb", "category": "data", "simpleIcon": "mariadb", "aliases": ["maria-db"], "domains": ["mariadb.org"] },
{ "id": "influxdb", "category": "data", "simpleIcon": "influxdb", "aliases": ["influx-db"], "domains": ["influxdata.com"] },
{ "id": "apache-airflow", "category": "data", "simpleIcon": "apacheairflow", "aliases": ["airflow"], "domains": ["airflow.apache.org"] },
{ "id": "notion", "category": "collaboration", "simpleIcon": "notion", "domains": ["notion.so"] },
{ "id": "figma", "category": "collaboration", "simpleIcon": "figma", "domains": ["figma.com"] },
{ "id": "jira", "category": "collaboration", "simpleIcon": "jira", "domains": ["atlassian.com"] },
{ "id": "linear", "category": "collaboration", "simpleIcon": "linear", "domains": ["linear.app"] },
{ "id": "discord", "category": "collaboration", "simpleIcon": "discord", "domains": ["discord.com"] },
{ "id": "zoom", "category": "collaboration", "simpleIcon": "zoom", "domains": ["zoom.us"] },
{ "id": "trello", "category": "collaboration", "simpleIcon": "trello", "domains": ["trello.com"] },
{ "id": "asana", "category": "collaboration", "simpleIcon": "asana", "domains": ["asana.com"] },
{ "id": "airtable", "category": "collaboration", "simpleIcon": "airtable", "domains": ["airtable.com"] },
{ "id": "miro", "category": "collaboration", "simpleIcon": "miro", "domains": ["miro.com"] },
{ "id": "stripe", "category": "business", "simpleIcon": "stripe", "domains": ["stripe.com"] },
{ "id": "shopify", "category": "business", "simpleIcon": "shopify", "domains": ["shopify.com"] },
{ "id": "hubspot", "category": "business", "simpleIcon": "hubspot", "domains": ["hubspot.com"] },
{ "id": "paypal", "category": "business", "simpleIcon": "paypal", "domains": ["paypal.com"] },
{ "id": "intercom", "category": "business", "simpleIcon": "intercom", "domains": ["intercom.com"] },
{ "id": "zendesk", "category": "business", "simpleIcon": "zendesk", "domains": ["zendesk.com"] },
{ "id": "wordpress", "category": "business", "simpleIcon": "wordpress", "domains": ["wordpress.org", "wordpress.com"] },
{ "id": "woocommerce", "category": "business", "simpleIcon": "woocommerce", "aliases": ["woo-commerce"], "domains": ["woocommerce.com"] },
{ "id": "wechat", "category": "channel", "simpleIcon": "wechat", "aliases": ["weixin", "微信"], "domains": ["weixin.qq.com"] },
{ "id": "youtube", "category": "channel", "simpleIcon": "youtube", "domains": ["youtube.com", "youtu.be"] },
{ "id": "tiktok", "category": "channel", "simpleIcon": "tiktok", "aliases": ["douyin", "抖音"], "domains": ["tiktok.com", "douyin.com"] },
{ "id": "x", "category": "channel", "simpleIcon": "x", "aliases": ["twitter"], "domains": ["x.com", "twitter.com"] },
{ "id": "instagram", "category": "channel", "simpleIcon": "instagram", "domains": ["instagram.com"] },
{ "id": "facebook", "category": "channel", "simpleIcon": "facebook", "domains": ["facebook.com"] },
{ "id": "reddit", "category": "channel", "simpleIcon": "reddit", "domains": ["reddit.com"] },
{ "id": "telegram", "category": "channel", "simpleIcon": "telegram", "domains": ["telegram.org", "t.me"] },
{ "id": "whatsapp", "category": "channel", "simpleIcon": "whatsapp", "domains": ["whatsapp.com"] },
{ "id": "pinterest", "category": "channel", "simpleIcon": "pinterest", "domains": ["pinterest.com"] },
{ "id": "python", "category": "language", "simpleIcon": "python", "domains": ["python.org"] },
{ "id": "typescript", "category": "language", "simpleIcon": "typescript", "aliases": ["ts"], "domains": ["typescriptlang.org"] },
{ "id": "javascript", "category": "language", "simpleIcon": "javascript", "aliases": ["js"] },
{ "id": "go", "category": "language", "simpleIcon": "go", "aliases": ["golang"], "domains": ["go.dev"] },
{ "id": "rust", "category": "language", "simpleIcon": "rust", "domains": ["rust-lang.org"] },
{ "id": "node-js", "category": "framework", "simpleIcon": "nodedotjs", "aliases": ["node", "nodejs"], "domains": ["nodejs.org"] },
{ "id": "react", "category": "framework", "simpleIcon": "react", "aliases": ["reactjs"], "domains": ["react.dev"] },
{ "id": "vue", "category": "framework", "simpleIcon": "vuedotjs", "aliases": ["vuejs", "vue.js"], "domains": ["vuejs.org"] },
{ "id": "next-js", "category": "framework", "simpleIcon": "nextdotjs", "aliases": ["nextjs", "next.js"], "domains": ["nextjs.org"] },
{ "id": "pytorch", "category": "framework", "simpleIcon": "pytorch", "domains": ["pytorch.org"] },
{ "id": "tensorflow", "category": "framework", "simpleIcon": "tensorflow", "domains": ["tensorflow.org"] },
{ "id": "angular", "category": "framework", "simpleIcon": "angular", "domains": ["angular.dev"] },
{ "id": "svelte", "category": "framework", "simpleIcon": "svelte", "domains": ["svelte.dev"] },
{ "id": "django", "category": "framework", "simpleIcon": "django", "domains": ["djangoproject.com"] },
{ "id": "flask", "category": "framework", "simpleIcon": "flask", "domains": ["palletsprojects.com"] },
{ "id": "fastapi", "category": "framework", "simpleIcon": "fastapi", "domains": ["fastapi.tiangolo.com"] },
{ "id": "spring", "category": "framework", "simpleIcon": "spring", "aliases": ["spring-boot"], "domains": ["spring.io"] },
{ "id": "dotnet", "category": "framework", "simpleIcon": "dotnet", "aliases": [".net"], "domains": ["dotnet.microsoft.com"] }
]
}
vendor/archify/delta/architecture-delta.mjs
Vendored
+1313
View File
File diff suppressed because it is too large. Load diff
vendor/archify/examples/agent-run.lifecycle.json
Vendored
+55
View File
@@ -0,0 +1,55 @@
{
"schema_version": 1,
"diagram_type": "lifecycle",
"meta": {
"title": "Agent Run Lifecycle",
"output": "examples/lifecycle-agent-run.html",
"viewBox": [1030, 630],
"animation": "trace",
"quality_profile": "showcase"
},
"lanes": [
{ "id": "main", "label": "Lifecycle phases" },
{ "id": "waiting", "label": "Interruptions" },
{ "id": "exceptions", "label": "Recovery loop" },
{ "id": "terminal", "label": "Terminal exits" }
],
"states": [
{ "id": "queued", "type": "start", "label": "Queued", "sublabel": "request accepted", "lane": "main", "col": 0, "step": "01", "tag": "entry" },
{ "id": "planning", "type": "active", "label": "Planning", "sublabel": "build task graph", "lane": "main", "col": 1, "step": "02", "tag": "model" },
{ "id": "executing", "type": "active", "label": "Executing", "sublabel": "tool calls", "lane": "main", "col": 2, "step": "03", "tag": "work" },
{ "id": "reviewing", "type": "decision", "label": "Reviewing", "sublabel": "quality gate", "lane": "main", "col": 3, "step": "04", "tag": "check" },
{ "id": "completed", "type": "success", "label": "Completed", "sublabel": "final response", "lane": "main", "col": 4, "step": "05", "tag": "done" },
{ "id": "approval", "type": "waiting", "label": "Needs Approval", "sublabel": "human gate", "lane": "waiting", "col": 0, "tag": "pause" },
{ "id": "blocked", "type": "waiting", "label": "Blocked", "sublabel": "missing input", "lane": "waiting", "col": 1, "tag": "wait" },
{ "id": "failed", "type": "failure", "label": "Failed", "sublabel": "recoverable error", "lane": "exceptions", "col": 0, "yOffset": 78, "tag": "retryable" },
{ "id": "cancelled", "type": "failure", "label": "Cancelled", "sublabel": "user stopped", "lane": "terminal", "col": 0, "tag": "terminal" },
{ "id": "expired", "type": "failure", "label": "Expired", "sublabel": "timeout", "lane": "terminal", "col": 1, "tag": "terminal" }
],
"transitions": [
{ "id": "approval-needed", "from": "executing", "to": "approval", "variant": "security", "fromSide": "bottom", "toSide": "top", "route": "straight" },
{ "id": "review-blocked", "from": "reviewing", "to": "blocked", "variant": "default", "route": "drop" },
{ "id": "execution-failed", "from": "executing", "to": "failed", "variant": "security", "fromSide": "left", "toSide": "left", "via": [[320, 157], [320, 385]] },
{ "id": "failed-retry", "from": "failed", "to": "executing", "variant": "emphasis", "fromSide": "left", "toSide": "top", "via": [[20, 385], [20, 80], [402, 80]] },
{ "id": "block-expired", "from": "blocked", "to": "expired", "variant": "security", "fromSide": "bottom", "toSide": "top", "route": "straight" },
{ "id": "approval-cancelled", "from": "approval", "to": "cancelled", "variant": "security", "fromSide": "bottom", "toSide": "top", "via": [[480, 336], [480, 432], [402, 432]] }
],
"cards": [
{
"dot": "emerald",
"title": "Main Path + Waits",
"items": [
"The run has five ordered phases from queue to completion",
"Approval and missing input pause the run without ending it"
]
},
{
"dot": "rose",
"title": "Recovery + Terminal Exits",
"items": [
"Failed loops back while retry budget remains",
"Cancelled and Expired are terminal exits with no return path"
]
}
]
}
vendor/archify/examples/agent-tool-call.workflow.json
Vendored
+74
View File
@@ -0,0 +1,74 @@
{
"schema_version": 2,
"diagram_type": "workflow",
"meta": {
"title": "Agent Tool Call Workflow",
"animation": "trace",
"visual_preset": "signal-flow",
"quality_profile": "showcase",
"output": "examples/workflow-agent-tool-call-rendered.html"
},
"lanes": [
{ "id": "ui", "label": "User Interface" },
{ "id": "agent", "label": "Agent Runtime" },
{ "id": "policy", "label": "Policy & Recovery", "variant": "exception" },
{ "id": "tools", "label": "Tool Execution & Evidence" }
],
"phases": [
{ "id": "intake", "label": "Intake", "fromCol": 0, "toCol": 1 },
{ "id": "reasoning", "label": "Plan + route", "fromCol": 2, "toCol": 3, "variant": "emphasis" },
{ "id": "execution", "label": "Execute + report", "fromCol": 4, "toCol": 5, "variant": "dashed" }
],
"groups": [
{ "id": "agent_loop", "label": "Planning loop", "lane": "agent", "fromCol": 2, "toCol": 3, "variant": "emphasis" },
{ "id": "exception_path", "label": "Human or policy stop", "lane": "policy", "fromCol": 3, "toCol": 5, "variant": "security" },
{ "id": "evidence_path", "label": "Evidence path", "lane": "tools", "fromCol": 1, "toCol": 2, "variant": "dashed" },
{ "id": "tool_work", "label": "Tool work", "lane": "tools", "fromCol": 4, "toCol": 5, "variant": "dashed" }
],
"mainPath": ["user", "chat", "planner", "router", "approval", "tool", "external", "final"],
"nodes": [
{ "id": "user", "lane": "ui", "col": 0, "type": "external", "label": "User", "sublabel": "asks for work", "width": 132 },
{ "id": "chat", "lane": "ui", "col": 1, "type": "frontend", "label": "Chat Surface", "sublabel": "thread + files", "width": 132 },
{ "id": "final", "lane": "ui", "col": 5, "type": "backend", "label": "Final Reply", "sublabel": "answer + changes", "width": 132 },
{ "id": "planner", "lane": "agent", "col": 2, "type": "backend", "label": "Agent Planner", "sublabel": "plan next step", "tag": "context aware", "width": 132 },
{ "id": "router", "lane": "agent", "col": 3, "type": "backend", "label": "Tool Router", "sublabel": "choose capability", "width": 132 },
{ "id": "approval", "lane": "policy", "col": 3, "type": "security", "label": "Approval Gate", "sublabel": "scope + consent", "tag": "block risky ops", "width": 132 },
{ "id": "blocked", "lane": "policy", "col": 4, "type": "security", "label": "Blocked", "sublabel": "wait or reject", "width": 132 },
{ "id": "retry", "lane": "policy", "col": 5, "type": "messagebus", "label": "Retry Path", "sublabel": "revise request", "width": 132 },
{ "id": "tool", "lane": "tools", "col": 4, "type": "messagebus", "label": "Tool Call", "sublabel": "shell / browser / MCP", "tag": "structured result", "width": 132 },
{ "id": "external", "lane": "tools", "col": 5, "type": "cloud", "label": "External API", "sublabel": "network service", "width": 132 },
{ "id": "store", "lane": "tools", "col": 1, "type": "database", "label": "Context Store", "sublabel": "repo + memory", "width": 132 },
{ "id": "trace", "lane": "tools", "col": 2, "type": "database", "label": "Trace Log", "sublabel": "events + output", "width": 132 }
],
"edges": [
{ "id": "request-chat", "from": "user", "to": "chat", "variant": "default" },
{ "id": "plan-request", "from": "chat", "to": "planner", "label": "plan", "variant": "emphasis" },
{ "id": "planner-route", "from": "planner", "to": "router", "variant": "default" },
{ "id": "approval-check", "from": "router", "to": "approval", "label": "needs approval?", "variant": "security" },
{ "id": "approved-tool", "from": "approval", "to": "tool", "variant": "emphasis" },
{ "id": "approval-denied", "from": "approval", "to": "blocked", "label": "denied", "variant": "security", "role": "error" },
{ "id": "retry-request", "from": "blocked", "to": "retry", "variant": "dashed", "role": "branch" },
{ "id": "tool-external-call", "from": "tool", "to": "external", "variant": "default" },
{ "id": "external-reply", "from": "external", "to": "final", "variant": "emphasis", "role": "return", "fromSide": "right", "toSide": "right", "route": "outside-right", "width": 1.2 },
{ "id": "record-result", "from": "external", "to": "trace", "label": "record result", "variant": "dashed", "fromSide": "bottom", "toSide": "bottom", "route": "bottom-channel", "labelSegment": 1 },
{ "id": "write-trace-memory", "from": "store", "to": "trace", "label": "trace + memory", "variant": "dashed" }
],
"cards": [
{
"dot": "cyan",
"title": "Compiler Contract",
"items": [
"Lanes and columns determine node placement",
"Labels reserve clearance; routes stay orthogonal"
]
},
{
"dot": "rose",
"title": "Runtime Semantics",
"items": [
"Approval gates risky work before tool execution",
"Evidence returns through isolated trace and memory"
]
}
]
}
vendor/archify/examples/async-job-roundtrip.sequence.json
Vendored
+56
View File
@@ -0,0 +1,56 @@
{
"schema_version": 1,
"diagram_type": "sequence",
"meta": {
"title": "Async Job Roundtrip",
"output": "examples/async-job-roundtrip.html",
"viewBox": [820, 920],
"animation": "trace",
"visual_preset": "signal-flow",
"quality_profile": "showcase"
},
"participants": [
{ "id": "client", "type": "external", "label": "Client", "sublabel": "mobile app" },
{ "id": "api", "type": "backend", "label": "Jobs API", "sublabel": "request edge" },
{ "id": "queue", "type": "messagebus", "label": "Queue", "sublabel": "durable work" },
{ "id": "worker", "type": "backend", "label": "Worker", "sublabel": "background" },
{ "id": "provider", "type": "cloud", "label": "Provider", "sublabel": "external API" },
{ "id": "store", "type": "database", "label": "Job Store", "sublabel": "source of truth" },
{ "id": "notify", "type": "messagebus", "label": "Notifier", "sublabel": "webhook" }
],
"segments": [
{ "from": 150, "to": 288, "label": "Accept" },
{ "from": 306, "to": 538, "label": "Background work" },
{ "from": 554, "to": 800, "label": "Notify + reconcile" }
],
"messages": [
{ "from": "client", "to": "api", "y": 180, "label": "POST /jobs", "variant": "emphasis" },
{ "from": "api", "to": "queue", "y": 222, "label": "enqueue job", "variant": "emphasis" },
{ "from": "api", "to": "client", "y": 264, "label": "202 + job id", "variant": "return" },
{ "from": "queue", "to": "worker", "y": 326, "label": "deliver", "variant": "emphasis" },
{ "from": "worker", "to": "provider", "y": 368, "label": "perform work", "variant": "default" },
{ "from": "provider", "to": "worker", "y": 410, "label": "result / timeout", "variant": "return" },
{ "from": "worker", "to": "queue", "y": 452, "label": "retry if timeout", "variant": "dashed" },
{ "from": "worker", "to": "store", "y": 494, "label": "persist final state", "variant": "emphasis" },
{ "from": "worker", "to": "notify", "y": 566, "label": "job.completed", "variant": "dashed" },
{ "from": "notify", "to": "client", "y": 608, "label": "signed webhook", "variant": "dashed" },
{ "from": "client", "to": "api", "y": 650, "label": "GET /jobs/:id", "variant": "default" },
{ "from": "api", "to": "store", "y": 692, "label": "read status", "variant": "default" },
{ "from": "store", "to": "api", "y": 734, "label": "completed", "variant": "return" },
{ "from": "api", "to": "client", "y": 776, "label": "200 final result", "variant": "return" }
],
"activations": [
{ "participant": "api", "from": 174, "to": 272, "type": "backend" },
{ "participant": "queue", "from": 216, "to": 334, "type": "messagebus" },
{ "participant": "worker", "from": 320, "to": 574, "type": "backend" },
{ "participant": "provider", "from": 362, "to": 416, "type": "cloud" },
{ "participant": "store", "from": 488, "to": 742, "type": "database" },
{ "participant": "notify", "from": 560, "to": 616, "type": "messagebus" },
{ "participant": "api", "from": 644, "to": 784, "type": "backend" }
],
"cards": [
{ "dot": "cyan", "title": "Fast Acknowledgement", "items": ["The caller receives a durable job id before work begins", "Queue ownership is visible in the acceptance contract", "The original connection does not wait for provider latency"] },
{ "dot": "orange", "title": "Bounded Recovery", "items": ["Timeouts re-enter the queue with a retry policy", "Final state is persisted before notification", "The job store remains the source of truth"] },
{ "dot": "emerald", "title": "Two Observation Paths", "items": ["A signed webhook announces completion", "Status polling is a fallback, not a second workflow", "Both paths converge on the same final state"] }
]
}
vendor/archify/examples/brand-aware-delivery.architecture.json
Vendored
+34
View File
@@ -0,0 +1,34 @@
{
"schema_version": 1,
"diagram_type": "architecture",
"meta": {
"title": "Brand-aware AI delivery",
"output": "brand-aware-delivery.html",
"quality_profile": "showcase",
"viewBox": [1120, 640]
},
"components": [
{ "id": "request", "type": "external", "label": "Product request", "sublabel": "Owner brief", "pos": [38, 260], "size": [138, 68] },
{ "id": "claude", "type": "frontend", "label": "Claude", "sublabel": "Plan and author", "brand": "claude", "pos": [220, 260], "size": [138, 68] },
{ "id": "github", "type": "messagebus", "label": "GitHub", "sublabel": "Review and merge", "brand": "github", "pos": [402, 260], "size": [138, 68] },
{ "id": "container", "type": "backend", "label": "Docker service", "sublabel": "Build and run", "brand": "docker", "pos": [584, 260], "size": [138, 68] },
{ "id": "edge", "type": "cloud", "label": "Cloudflare", "sublabel": "Global delivery", "brand": "cloudflare", "pos": [766, 260], "size": [138, 68] },
{ "id": "customer", "type": "external", "label": "Customers", "sublabel": "Web and mobile", "pos": [948, 260], "size": [138, 68] },
{ "id": "database", "type": "database", "label": "PostgreSQL", "sublabel": "Durable state", "brand": "postgresql", "pos": [584, 420], "size": [138, 68] },
{ "id": "billing", "type": "external", "label": "Stripe", "sublabel": "Billing events", "brand": "stripe", "pos": [766, 420], "size": [138, 68] }
],
"connections": [
{ "id": "brief-to-claude", "from": "request", "to": "claude", "label": "brief", "variant": "emphasis" },
{ "id": "claude-to-github", "from": "claude", "to": "github", "label": "change set", "labelDy": -28 },
{ "id": "github-to-container", "from": "github", "to": "container", "label": "approved build", "labelDy": -28 },
{ "id": "container-to-edge", "from": "container", "to": "edge", "label": "deploy" },
{ "id": "edge-to-customer", "from": "edge", "to": "customer", "label": "HTTPS", "variant": "emphasis" },
{ "id": "container-to-database", "from": "container", "to": "database", "label": "SQL", "fromSide": "bottom", "toSide": "top", "labelAt": [625, 370] },
{ "id": "container-to-billing", "from": "container", "to": "billing", "label": "create charge", "variant": "dashed", "fromSide": "bottom", "toSide": "top", "via": [[653, 374], [835, 374]] },
{ "id": "billing-to-database", "from": "billing", "to": "database", "label": "webhook", "variant": "dashed" }
],
"cards": [
{ "dot": "cyan", "title": "Identity at a glance", "items": ["Semantic color still explains technical role", "Brand badges identify the actual products"] },
{ "dot": "amber", "title": "Portable by default", "items": ["Preset marks ship inside Archify", "Every visual export keeps the same badge"] }
]
}
vendor/archify/examples/cache-miss-request.sequence.json
Vendored
+77
View File
@@ -0,0 +1,77 @@
{
"schema_version": 1,
"diagram_type": "sequence",
"meta": {
"title": "Cache Miss Request Sequence",
"output": "examples/sequence-cache-miss-request.html",
"viewBox": [1080, 580],
"column_fit": "spread",
"animation": "trace",
"quality_profile": "showcase"
},
"participants": [
{ "id": "user", "type": "external", "label": "User", "sublabel": "browser session" },
{ "id": "web", "type": "frontend", "label": "Web App", "sublabel": "React UI" },
{ "id": "api", "type": "backend", "label": "API", "sublabel": "request handler" },
{ "id": "auth", "type": "security", "label": "Auth", "sublabel": "JWT verify" },
{ "id": "redis", "type": "database", "label": "Redis", "sublabel": "cache" },
{ "id": "db", "type": "database", "label": "Postgres", "sublabel": "source of truth" },
{ "id": "trace", "type": "messagebus", "label": "Trace", "sublabel": "async event" }
],
"segments": [
{ "from": 150, "to": 250, "label": "Request" },
{ "from": 260, "to": 370, "label": "Fallback" },
{ "from": 380, "to": 480, "label": "Response + trace" }
],
"messages": [
{ "id": "open-page", "from": "user", "to": "web", "y": 160, "label": "open page", "variant": "default" },
{ "id": "dashboard-request", "from": "web", "to": "api", "y": 185, "label": "GET /dashboard", "variant": "emphasis" },
{ "id": "verify-jwt", "from": "api", "to": "auth", "y": 210, "label": "verify JWT", "variant": "security" },
{ "id": "auth-claims", "from": "auth", "to": "api", "y": 238, "label": "claims ok", "variant": "return" },
{ "id": "cache-read", "from": "api", "to": "redis", "y": 270, "label": "read cache", "variant": "default" },
{ "id": "cache-miss", "from": "redis", "to": "api", "y": 298, "label": "miss", "variant": "return" },
{ "id": "profile-query", "from": "api", "to": "db", "y": 330, "label": "query profile + metrics", "variant": "emphasis" },
{ "id": "profile-rows", "from": "db", "to": "api", "y": 358, "label": "rows", "variant": "return" },
{ "id": "cache-write", "from": "api", "to": "redis", "y": 390, "label": "set cache", "variant": "dashed" },
{ "id": "trace-emit", "from": "api", "to": "trace", "y": 418, "label": "emit trace", "variant": "dashed" },
{ "id": "dashboard-response", "from": "api", "to": "web", "y": 443, "label": "200 JSON", "variant": "return" },
{ "id": "page-render", "from": "web", "to": "user", "y": 468, "label": "render", "variant": "return" }
],
"activations": [
{ "participant": "web", "from": 180, "to": 474, "type": "frontend" },
{ "participant": "api", "from": 185, "to": 450, "type": "backend" },
{ "participant": "auth", "from": 205, "to": 244, "type": "security" },
{ "participant": "redis", "from": 265, "to": 304, "type": "database" },
{ "participant": "db", "from": 325, "to": 364, "type": "database" },
{ "participant": "trace", "from": 413, "to": 449, "type": "messagebus" }
],
"cards": [
{
"dot": "emerald",
"title": "Happy Path",
"items": [
"The main request is Web App -> API -> data source -> response",
"Return messages are quieter than forward calls",
"Activation bars make ownership duration visible"
]
},
{
"dot": "rose",
"title": "Policy + Fallback",
"items": [
"JWT verification is colored as a security interaction",
"Cache miss is visible without overpowering the main path",
"Database access only appears after cache fallback"
]
},
{
"dot": "orange",
"title": "Async Trace",
"items": [
"Trace emission is dashed and secondary",
"It does not block the response path",
"The diagram separates user-facing latency from observability"
]
}
]
}
vendor/archify/examples/checkout-platform.base.architecture.json
Vendored
+32
View File
@@ -0,0 +1,32 @@
{
"schema_version": 1,
"diagram_type": "architecture",
"meta": {
"title": "Checkout Platform — Baseline",
"output": "checkout-platform.base.html",
"visual_preset": "signal-flow"
},
"components": [
{ "id": "buyers", "type": "external", "label": "Buyers", "sublabel": "Web + mobile", "pos": [40, 250], "size": [120, 60] },
{ "id": "edge", "type": "cloud", "label": "Edge Gateway", "sublabel": "TLS + routing", "pos": [220, 250], "size": [130, 60] },
{ "id": "checkout", "type": "backend", "label": "Checkout API", "sublabel": "v1 service", "pos": [430, 250], "size": [130, 60] },
{ "id": "cache", "type": "database", "label": "Session Cache", "sublabel": "Redis", "pos": [430, 100], "size": [130, 60] },
{ "id": "orders", "type": "database", "label": "Orders", "sublabel": "PostgreSQL", "pos": [640, 250], "size": [130, 60] },
{ "id": "queue", "type": "messagebus", "label": "Order Events", "sublabel": "durable queue", "pos": [430, 400], "size": [130, 60] },
{ "id": "worker", "type": "backend", "label": "Fulfilment", "sublabel": "async worker", "pos": [640, 400], "size": [130, 60] },
{ "id": "payments", "type": "external", "label": "Payment Rail", "sublabel": "external", "pos": [850, 250], "size": [130, 60] }
],
"boundaries": [
{ "kind": "region", "label": "Production region", "wraps": ["edge", "checkout", "cache", "orders", "queue", "worker"] },
{ "kind": "security-group", "label": "Checkout trust zone", "wraps": ["checkout", "orders"] }
],
"connections": [
{ "id": "buyer-request", "from": "buyers", "to": "edge", "label": "HTTPS", "variant": "emphasis" },
{ "id": "edge-checkout", "from": "edge", "to": "checkout" },
{ "id": "session-read", "from": "checkout", "to": "cache", "label": "session", "fromSide": "top", "toSide": "bottom", "labelDy": -66 },
{ "id": "persist-order", "from": "checkout", "to": "orders", "label": "SQL" },
{ "id": "publish-order", "from": "checkout", "to": "queue", "label": "accepted", "variant": "dashed", "fromSide": "bottom", "toSide": "top", "labelDy": 66 },
{ "id": "consume-order", "from": "queue", "to": "worker" },
{ "id": "authorize-payment", "from": "orders", "to": "payments", "label": "authorize", "variant": "security" }
]
}
vendor/archify/examples/checkout-platform.head.architecture.json
Vendored
+32
View File
@@ -0,0 +1,32 @@
{
"schema_version": 1,
"diagram_type": "architecture",
"meta": {
"title": "Checkout Platform — Fraud Gate",
"output": "checkout-platform.head.html",
"visual_preset": "signal-flow"
},
"components": [
{ "id": "buyers", "type": "external", "label": "Buyers", "sublabel": "Web + mobile", "pos": [40, 250], "size": [120, 60] },
{ "id": "edge", "type": "cloud", "label": "Edge Gateway", "sublabel": "TLS + routing", "pos": [220, 250], "size": [130, 60] },
{ "id": "checkout", "type": "backend", "label": "Checkout API", "sublabel": "v2 idempotent", "pos": [430, 250], "size": [130, 60] },
{ "id": "fraud", "type": "security", "label": "Fraud Gate", "sublabel": "policy scoring", "pos": [640, 100], "size": [130, 60], "tag": "new owner" },
{ "id": "orders", "type": "database", "label": "Orders", "sublabel": "PostgreSQL", "pos": [640, 250], "size": [130, 60] },
{ "id": "queue", "type": "messagebus", "label": "Order Events", "sublabel": "durable queue", "pos": [430, 420], "size": [130, 60] },
{ "id": "worker", "type": "backend", "label": "Fulfilment", "sublabel": "async worker", "pos": [640, 400], "size": [130, 60] },
{ "id": "payments", "type": "external", "label": "Payment Rail", "sublabel": "external", "pos": [850, 250], "size": [130, 60] }
],
"boundaries": [
{ "kind": "region", "label": "Production region", "wraps": ["edge", "checkout", "fraud", "orders", "queue", "worker"] },
{ "kind": "security-group", "label": "Checkout trust zone", "wraps": ["checkout", "fraud", "orders"] }
],
"connections": [
{ "id": "buyer-request", "from": "buyers", "to": "edge", "label": "HTTPS", "variant": "emphasis" },
{ "id": "edge-checkout", "from": "edge", "to": "checkout" },
{ "id": "fraud-check", "from": "checkout", "to": "fraud", "label": "screen", "variant": "security", "fromSide": "top", "toSide": "bottom", "labelDy": -66 },
{ "id": "persist-order", "from": "checkout", "to": "orders", "label": "SQL tx" },
{ "id": "publish-order", "from": "checkout", "to": "queue", "label": "accepted", "variant": "dashed", "fromSide": "bottom", "toSide": "top", "labelDy": 76 },
{ "id": "consume-order", "from": "queue", "to": "worker" },
{ "id": "authorize-payment", "from": "fraud", "to": "payments", "label": "authorize", "variant": "security", "fromSide": "right", "toSide": "top", "via": [[820, 130], [915, 130]] }
]
}
vendor/archify/examples/dataflow-product-analytics.html
Vendored
+13820
View File
File diff suppressed because it is too large. Load diff
vendor/archify/examples/deployment-release.lifecycle.json
Vendored
+48
View File
@@ -0,0 +1,48 @@
{
"schema_version": 2,
"diagram_type": "lifecycle",
"meta": {
"title": "Deployment Release Lifecycle",
"output": "examples/deployment-release.html",
"animation": "trace",
"visual_preset": "signal-flow",
"quality_profile": "showcase"
},
"lanes": [
{ "id": "main", "label": "Release phases" },
{ "id": "waiting", "label": "Approval + health wait" },
{ "id": "recovery", "label": "Rollback controller" },
{ "id": "terminal", "label": "Terminal exits" }
],
"states": [
{ "id": "queued", "type": "start", "label": "Queued", "sublabel": "change accepted", "lane": "main", "col": 0, "step": "01", "tag": "pending" },
{ "id": "building", "type": "active", "label": "Building", "sublabel": "immutable image", "lane": "main", "col": 1, "step": "02", "tag": "running" },
{ "id": "verifying", "type": "decision", "label": "Verifying", "sublabel": "tests + policy", "lane": "main", "col": 2, "step": "03", "tag": "gate" },
{ "id": "ready", "type": "waiting", "label": "Ready", "sublabel": "promotion pending", "lane": "main", "col": 3, "step": "04", "tag": "approved" },
{ "id": "live", "type": "success", "label": "Live", "sublabel": "production healthy", "lane": "main", "col": 4, "step": "05", "tag": "success" },
{ "id": "approval", "type": "waiting", "label": "Needs Approval", "sublabel": "release owner", "lane": "waiting", "col": 2, "tag": "pause" },
{ "id": "rollback", "type": "active", "label": "Rolling Back", "sublabel": "last good image", "lane": "recovery", "col": 3, "tag": "automatic" },
{ "id": "paused", "type": "waiting", "label": "Health Paused", "sublabel": "SLO regression", "lane": "waiting", "col": 4, "tag": "observe" },
{ "id": "cancelled", "type": "failure", "label": "Cancelled", "sublabel": "approval denied", "lane": "terminal", "col": 2, "tag": "terminal" },
{ "id": "failed", "type": "failure", "label": "Failed", "sublabel": "rollback failed", "lane": "terminal", "col": 3, "tag": "terminal" },
{ "id": "rolled_back", "type": "success", "label": "Rolled Back", "sublabel": "service restored", "lane": "terminal", "col": 4, "tag": "terminal" }
],
"transitions": [
{ "from": "queued", "to": "building" },
{ "from": "building", "to": "verifying" },
{ "from": "verifying", "to": "ready" },
{ "from": "ready", "to": "live" },
{ "from": "verifying", "to": "approval", "variant": "security", "label": "needs sign-off" },
{ "from": "approval", "to": "ready", "label": "approved" },
{ "from": "approval", "to": "cancelled", "variant": "security" },
{ "from": "ready", "to": "rollback", "variant": "security" },
{ "from": "rollback", "to": "failed", "variant": "security" },
{ "from": "live", "to": "paused", "variant": "dashed" },
{ "from": "paused", "to": "rolled_back", "variant": "emphasis" }
],
"cards": [
{ "dot": "cyan", "title": "Promotion Rail", "items": ["The release object moves through five ordered phases", "Verification and approval remain distinct states", "Live means production health is currently proven"] },
{ "dot": "amber", "title": "Wait States", "items": ["Human approval can pause without consuming a worker", "A health regression pauses further rollout", "Every wait exposes the event required to continue"] },
{ "dot": "rose", "title": "Explicit Endings", "items": ["Denied approval ends as Cancelled", "Rollback controller failure ends as Failed", "Successful rollback is a terminal restored outcome"] }
]
}
vendor/archify/examples/event-stream.dataflow.json
Vendored
+52
View File
@@ -0,0 +1,52 @@
{
"schema_version": 1,
"diagram_type": "dataflow",
"meta": {
"title": "Order Event-stream Topology",
"output": "examples/event-stream.html",
"viewBox": [1080, 780],
"animation": "trace",
"visual_preset": "signal-flow",
"quality_profile": "showcase"
},
"stages": [
{ "label": "Producers" },
{ "label": "Transit" },
{ "label": "Processors" },
{ "label": "State + recovery" },
{ "label": "Consumers" }
],
"nodes": [
{ "id": "checkout", "type": "frontend", "label": "Checkout API", "sublabel": "order producer", "stage": 0, "row": 0, "tag": "team commerce" },
{ "id": "billing", "type": "backend", "label": "Billing API", "sublabel": "payment producer", "stage": 0, "row": 2, "tag": "team money" },
{ "id": "orders", "type": "messagebus", "label": "orders.v1", "sublabel": "12 partitions", "stage": 1, "row": 0, "tag": "key: order_id" },
{ "id": "payments", "type": "messagebus", "label": "payments.v2", "sublabel": "8 partitions", "stage": 1, "row": 2, "tag": "key: order_id" },
{ "id": "validate", "type": "backend", "label": "Order Validate", "sublabel": "group fulfillment", "stage": 2, "row": 0, "tag": "ordered" },
{ "id": "enrich", "type": "backend", "label": "Payment Enrich", "sublabel": "group analytics", "stage": 2, "row": 2, "tag": "at-least-once" },
{ "id": "state", "type": "database", "label": "Order State", "sublabel": "materialized view", "stage": 3, "row": 1, "tag": "idempotent" },
{ "id": "dlq", "type": "messagebus", "label": "events.dlq", "sublabel": "poison events", "stage": 3, "row": 4, "tag": "7-day retention" },
{ "id": "fulfillment", "type": "backend", "label": "Fulfillment", "sublabel": "shipping workflow", "stage": 4, "row": 0, "tag": "consumer" },
{ "id": "analytics", "type": "database", "label": "Analytics", "sublabel": "streaming facts", "stage": 4, "row": 2, "tag": "consumer" },
{ "id": "replay", "type": "security", "label": "Replay Tool", "sublabel": "approved batch", "stage": 4, "row": 4, "tag": "operator gate" },
{ "id": "ops", "type": "external", "label": "On-call", "sublabel": "DLQ owner", "stage": 4, "row": 3, "yOffset": -18, "tag": "SRE" }
],
"flows": [
{ "from": "checkout", "to": "orders", "label": "OrderPlaced", "classification": "schema v1", "variant": "emphasis", "route": "straight" },
{ "from": "billing", "to": "payments", "label": "PaymentCaptured", "classification": "schema v2", "variant": "emphasis", "route": "straight" },
{ "from": "orders", "to": "validate", "label": "ordered orders", "classification": "consumer group", "variant": "emphasis", "route": "straight" },
{ "from": "payments", "to": "enrich", "label": "payment facts", "classification": "at-least-once", "variant": "emphasis", "route": "straight" },
{ "from": "validate", "to": "state", "label": "valid order", "classification": "idempotent", "variant": "emphasis", "route": "vertical-channel" },
{ "from": "enrich", "to": "state", "label": "enriched payment", "classification": "idempotent", "variant": "default", "route": "vertical-channel" },
{ "from": "state", "to": "fulfillment", "label": "ready orders", "classification": "read model", "variant": "emphasis", "route": "vertical-channel" },
{ "from": "state", "to": "analytics", "label": "order facts", "classification": "non-PII", "variant": "default", "route": "vertical-channel" },
{ "from": "validate", "to": "dlq", "label": "invalid event", "classification": "dead letter", "variant": "security", "fromSide": "top", "toSide": "top", "via": [[530, 80], [20, 80], [20, 550], [745, 550]], "labelAt": [300, 550] },
{ "from": "enrich", "to": "dlq", "label": "poison event", "classification": "dead letter", "variant": "security", "route": "bottom-channel", "labelDy": 30 },
{ "from": "dlq", "to": "ops", "label": "failure sample", "classification": "restricted", "variant": "security", "route": "vertical-channel" },
{ "from": "dlq", "to": "replay", "label": "approved replay", "classification": "audited batch", "variant": "dashed", "route": "straight", "labelDy": 30 }
],
"cards": [
{ "dot": "amber", "title": "Transit Contract", "items": ["Every event and topic is named", "Partition keys preserve per-order ordering", "Consumer groups expose processing ownership"] },
{ "dot": "emerald", "title": "State + Delivery", "items": ["Processors write an idempotent materialized view", "Fulfillment and analytics consume distinct assets", "At-least-once delivery never implies duplicate business effects"] },
{ "dot": "rose", "title": "Failure Ownership", "items": ["Poison events land in a retained dead-letter topic", "On-call inspects samples before replay", "Replay is gated, batched, and auditable"] }
]
}
vendor/archify/examples/holiday-planning.workflow.json
Vendored
+143
View File
@@ -0,0 +1,143 @@
{
"schema_version": 2,
"diagram_type": "workflow",
"meta": {
"title": "2026年剩余假期安排",
"locale": "zh-CN",
"quality_profile": "showcase",
"legend": {
"entries": {
"backend": {
"label": "假期"
},
"security": {
"label": "补班"
},
"external": {
"label": "时间节点"
}
}
},
"output": "holiday-planning.html"
},
"lanes": [
{
"id": "calendar",
"label": "时间线"
},
{
"id": "makeup",
"label": "调休"
}
],
"mainPath": [
"today",
"mid_autumn",
"national_day",
"year_end"
],
"nodes": [
{
"id": "today",
"lane": "calendar",
"col": 0,
"type": "external",
"label": "今天 9月22日",
"sublabel": "周二 · 距中秋3天",
"icon": "clock"
},
{
"id": "mid_autumn",
"lane": "calendar",
"col": 1,
"type": "backend",
"label": "中秋节",
"sublabel": "9月25日–27日 · 3天",
"tag": "无需调休",
"icon": "moon"
},
{
"id": "national_day",
"lane": "calendar",
"col": 3,
"type": "backend",
"label": "国庆节",
"sublabel": "10月1日–7日 · 7天",
"tag": "连休",
"icon": "calendar"
},
{
"id": "year_end",
"lane": "calendar",
"col": 5,
"type": "external",
"label": "此后至年底",
"sublabel": "无法定节假日",
"icon": "flag"
},
{
"id": "makeup_work",
"lane": "makeup",
"col": 3,
"type": "security",
"label": "调休上班",
"sublabel": "10月10日（周六）",
"tag": "补班",
"icon": "briefcase"
}
],
"edges": [
{
"id": "to_mid_autumn",
"from": "today",
"to": "mid_autumn",
"label": "3天后连休"
},
{
"id": "mid_to_national",
"from": "mid_autumn",
"to": "national_day",
"label": "节后上班3天"
},
{
"id": "to_year_end",
"from": "national_day",
"to": "year_end",
"label": "假期结束"
},
{
"id": "makeup_branch",
"from": "national_day",
"to": "makeup_work",
"label": "国庆调休",
"role": "branch",
"variant": "security"
}
],
"cards": [
{
"dot": "emerald",
"title": "中秋节",
"items": [
"9月25日（周五）至27日（周日）放假，共3天",
"与周末自然相连，无需额外调休上班"
]
},
{
"dot": "amber",
"title": "国庆节",
"items": [
"10月1日（周四）至7日（周三）放假调休，共7天",
"9月20日（周日）上班日已过",
"10月10日（周六）需补班"
]
},
{
"dot": "slate",
"title": "年底前",
"items": [
"国庆假期结束后，到2026年底不再有法定节假日安排"
]
}
]
}
vendor/archify/examples/incident-response.workflow.json
Vendored
+59
View File
@@ -0,0 +1,59 @@
{
"schema_version": 1,
"diagram_type": "workflow",
"meta": {
"title": "Incident Response Runbook",
"output": "examples/incident-response.html",
"animation": "trace",
"visual_preset": "signal-flow",
"quality_profile": "showcase"
},
"lanes": [
{ "id": "signals", "label": "Signals" },
{ "id": "responders", "label": "Incident Command" },
{ "id": "mitigation", "label": "Service Mitigation" },
{ "id": "recovery", "label": "Recovery Evidence" },
{ "id": "communication", "label": "Stakeholder Communication" },
{ "id": "exceptions", "label": "Escalation + Rollback", "variant": "exception" }
],
"phases": [
{ "id": "detect", "label": "Detect", "fromCol": 0, "toCol": 1 },
{ "id": "respond", "label": "Triage + mitigate", "fromCol": 2, "toCol": 3, "variant": "emphasis" },
{ "id": "recover", "label": "Verify + close", "fromCol": 4, "toCol": 5, "variant": "dashed" }
],
"groups": [
{ "id": "command", "label": "Incident command", "lane": "responders", "fromCol": 1, "toCol": 3, "variant": "emphasis" },
{ "id": "exception_actions", "label": "If impact persists", "lane": "exceptions", "fromCol": 3, "toCol": 5, "variant": "security" }
],
"mainPath": ["alert", "page", "triage", "contain", "recover", "verify", "close"],
"nodes": [
{ "id": "alert", "lane": "signals", "col": 0, "type": "messagebus", "label": "SLO Alert", "sublabel": "burn rate" },
{ "id": "page", "lane": "responders", "col": 1, "width": 76, "type": "external", "label": "Page On-call", "sublabel": "acknowledge" },
{ "id": "triage", "lane": "responders", "col": 2, "width": 64, "type": "backend", "label": "Triage", "sublabel": "scope impact" },
{ "id": "declare", "lane": "responders", "col": 3, "type": "security", "label": "Declare", "sublabel": "assign commander", "tag": "SEV-1/2" },
{ "id": "contain", "lane": "mitigation", "col": 3, "width": 72, "type": "backend", "label": "Contain", "sublabel": "stop growth" },
{ "id": "recover", "lane": "mitigation", "col": 4, "width": 52, "type": "cloud", "label": "Recover", "sublabel": "restore" },
{ "id": "verify", "lane": "recovery", "col": 5, "type": "database", "label": "Verify", "sublabel": "SLO + traces", "tag": "15 min stable" },
{ "id": "close", "lane": "communication", "col": 5, "type": "external", "label": "Resolve", "sublabel": "final update" },
{ "id": "update", "lane": "communication", "col": 3, "type": "frontend", "label": "Status Update", "sublabel": "impact + ETA" },
{ "id": "escalate", "lane": "exceptions", "col": 3, "width": 72, "type": "security", "label": "Escalate", "sublabel": "specialist" },
{ "id": "rollback", "lane": "exceptions", "col": 5, "type": "messagebus", "label": "Rollback", "sublabel": "last good" }
],
"edges": [
{ "from": "alert", "to": "page", "label": "page", "variant": "emphasis", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "page", "to": "triage", "route": "bottom-channel", "fromSide": "bottom", "toSide": "bottom" },
{ "from": "triage", "to": "contain", "variant": "emphasis", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "contain", "to": "recover", "route": "bottom-channel", "fromSide": "bottom", "toSide": "bottom" },
{ "from": "recover", "to": "verify", "variant": "emphasis", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "verify", "to": "close", "variant": "emphasis", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "triage", "to": "declare", "variant": "security" },
{ "from": "declare", "to": "update", "variant": "dashed", "fromSide": "top", "toSide": "left", "via": [[430, 16], [20, 16], [20, 615]] },
{ "from": "update", "to": "escalate", "variant": "security", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "verify", "to": "rollback", "variant": "security", "role": "error", "route": "outside-right", "fromSide": "right", "toSide": "right" }
],
"cards": [
{ "dot": "rose", "title": "Ownership First", "items": ["A page is not an incident until someone owns command", "Severity and scope are explicit before mitigation spreads", "Escalation names the missing expertise"] },
{ "dot": "emerald", "title": "Recovery Is Evidence", "items": ["Mitigation can reduce impact without proving recovery", "SLOs and traces must stay healthy for a fixed window", "The final update follows verification, not optimism"] },
{ "dot": "cyan", "title": "Communication Contract", "items": ["Stakeholders receive impact, action, and next update time", "Rollback remains visible as a deliberate response", "Every branch has an owner and observable exit"] }
]
}
vendor/archify/examples/lifecycle-agent-run.html
Vendored
+13765
View File
File diff suppressed because it is too large. Load diff
vendor/archify/examples/locales/de.json
Vendored
+425
View File
@@ -0,0 +1,425 @@
{
"page.title": "{title} Diagramm",
"diagram.description.architecture": "Ein von Archify erstelltes Architekturdiagramm.",
"diagram.description.workflow": "Ein von Archify erstelltes Workflow-Diagramm.",
"diagram.description.sequence": "Ein von Archify erstelltes Sequenzdiagramm.",
"diagram.description.dataflow": "Ein von Archify erstelltes Datenfluss-Diagramm.",
"diagram.description.lifecycle": "Ein von Archify erstelltes Lifecycle-Diagramm.",
"node.focus": "{label} fokussieren",
"node.focus.detail": "{label} fokussieren, {detail}",
"node.context.architecture": "Architekturkomponente",
"node.context.workflow": "Workflow-Knoten",
"node.context.sequence": "Sequenzteilnehmer",
"node.context.dataflow": "Datenfluss-Knoten",
"node.context.lifecycle": "Lifecycle-Status",
"legend.title": "Legende",
"legend.architecture.frontend": "Frontend",
"legend.architecture.backend": "Backend",
"legend.architecture.database": "Datenbank",
"legend.architecture.cloud": "Cloud",
"legend.architecture.security": "Sicherheit",
"legend.architecture.messagebus": "Nachrichtenbus",
"legend.architecture.external": "Extern",
"legend.workflow.frontend": "Benutzeroberfläche",
"legend.workflow.backend": "Agentenlogik",
"legend.workflow.security": "Richtlinie",
"legend.workflow.messagebus": "Werkzeugaktion",
"legend.workflow.database": "Kontext / Trace",
"legend.workflow.cloud": "Cloud-Dienst",
"legend.workflow.external": "Externes System",
"legend.sequence.emphasis": "Hauptanfrage",
"legend.sequence.return": "Rückgabe",
"legend.sequence.security": "Sicherheit",
"legend.sequence.dashed": "asynchroner Trace",
"legend.sequence.default": "Nachricht",
"legend.dataflow.emphasis": "Primärdaten",
"legend.dataflow.security": "Richtlinie / PII",
"legend.dataflow.dashed": "asynchroner Batch",
"legend.dataflow.database": "Datenspeicher",
"legend.dataflow.default": "Datenfluss",
"legend.lifecycle.start": "Startzustand",
"legend.lifecycle.active": "aktiv",
"legend.lifecycle.waiting": "Wartend",
"legend.lifecycle.decision": "Entscheidung",
"legend.lifecycle.success": "Erfolg",
"legend.lifecycle.failure": "Fehler / Abbruch",
"legend.lifecycle.neutral": "neutral",
"legend.lifecycle.external": "extern",
"legend.lifecycle.final": "Endzustand",
"viewer.kind.frontend": "Frontend",
"viewer.kind.backend": "Backend",
"viewer.kind.database": "Datenbank",
"viewer.kind.cloud": "Cloud",
"viewer.kind.security": "Sicherheit",
"viewer.kind.messagebus": "Nachrichtenbus",
"viewer.kind.external": "Extern",
"viewer.kind.neutral": "Neutral",
"viewer.kind.node": "Knoten",
"viewer.kind.start": "Start",
"viewer.kind.active": "Aktiv",
"viewer.kind.waiting": "Wartend",
"viewer.kind.decision": "Entscheidung",
"viewer.kind.success": "Erfolg",
"viewer.kind.failure": "Fehler",
"viewer.toolbar.actions": "Diagrammaktionen",
"viewer.theme.toggle.title": "Design wechseln (T)",
"viewer.theme.toggle": "Farbdesign wechseln",
"viewer.theme.dark": "Dunkel",
"viewer.theme.light": "Hell",
"viewer.preset.choose.title": "Visuellen Stil wählen (S wechselt durch)",
"viewer.preset.choose": "Visuellen Stil wählen",
"viewer.preset.style": "Stil",
"viewer.preset.menu": "Visueller Stil",
"viewer.preset.identity": "Visuelle Identität",
"viewer.preset.cycles": "S wechselt durch",
"viewer.preset.classic": "Klassisch",
"viewer.preset.classic.short": "Klassisch",
"viewer.preset.classic.hint": "Stabiler technischer Standard",
"viewer.preset.flow": "Signalfluss",
"viewer.preset.flow.short": "Fluss",
"viewer.preset.flow.hint": "Bewegungsbetonte Präsentation",
"viewer.preset.blueprint": "Bauplan",
"viewer.preset.blueprint.hint": "Technisches Review",
"viewer.preset.editorial": "Editorial",
"viewer.preset.editorial.hint": "Für Veröffentlichungen und Launch-Notizen",
"viewer.preset.badge.signalFlow": "SIGNALFLUSS",
"viewer.preset.badge.blueprint": "BAUPLAN / REV. 01",
"viewer.preset.badge.editorial": "EDITORIAL / FELDNOTIZ",
"viewer.preset.badge.editorialPlate": "ARCHIFY / TAFEL 04",
"viewer.preset.current": "Visueller Stil: {style}. Visuellen Stil wählen",
"viewer.motion.live": "Live",
"viewer.motion.still": "Statisch",
"viewer.motion.pause": "Bewegung pausieren",
"viewer.motion.resume": "Bewegung fortsetzen",
"viewer.motion.reduced": "Bewegung wegen reduzierter Bewegungseinstellung pausiert",
"viewer.motion.hidden": "Bewegung pausiert, während diese Seite ausgeblendet ist",
"viewer.motion.yielding": "Bewegung pausieren; derzeit an {owner} abgegeben",
"viewer.motion.yielding.title": "Live-Vorschau aktiv · an {owner} abgegeben",
"viewer.owner.route": "Routensonde",
"viewer.owner.lens": "Semantische Linse",
"viewer.owner.relationship": "Beziehungsvorschau",
"viewer.owner.intent": "Intent Trace",
"viewer.owner.focus": "semantischer Fokus",
"viewer.owner.legend": "Legendenvorschau",
"viewer.owner.reader": "Leserinteraktion",
"viewer.present.enter": "Präsentationsmodus starten",
"viewer.present.enter.title": "Präsentationsmodus (F)",
"viewer.present.exit": "Präsentationsmodus beenden",
"viewer.present.exit.title": "Präsentationsmodus beenden (F oder Escape)",
"viewer.present.present": "Präsentieren",
"viewer.present.exit.label": "Beenden",
"viewer.export.button": "Exportieren",
"viewer.export.button.title": "Diagramm exportieren (E)",
"viewer.export.diagram": "Diagramm exportieren",
"viewer.export.menu": "Exportieren",
"viewer.export.subtitle": "Portable, saubere Ausgaben",
"viewer.export.share": "Teilen",
"viewer.export.shareCard": "Freigabekarte",
"viewer.export.routeShareCard": "Routen-Freigabekarte",
"viewer.export.reachShareCard": "Reichweiten-Freigabekarte",
"viewer.export.copyDiagram": "Diagramm kopieren",
"viewer.export.clipboardPng": "PNG in Zwischenablage",
"viewer.export.raster": "Rasterbilder",
"viewer.export.image": "Bild",
"viewer.export.lossless": "Verlustfreies Bild",
"viewer.export.compact": "Kompaktes Bild",
"viewer.export.modern": "Modernes Bild",
"viewer.export.vectorMotion": "Vektor und Bewegung",
"viewer.export.vectorMotion.heading": "Vektor & Bewegung",
"viewer.export.editable": "Editierbarer Vektor",
"viewer.export.motion6s": "6-Sekunden-Bewegung",
"viewer.export.unsupported": "Von diesem Browser nicht unterstützt",
"viewer.export.clipboardUnsupported": "Bild-Zwischenablage wird von diesem Browser nicht unterstützt",
"viewer.export.clipboardUnsupported.short": "Dieser Browser unterstützt keine Bild-Zwischenablage.",
"viewer.export.motionUnavailable": "Bewegungsaufnahme in diesem Browser nicht verfügbar",
"viewer.export.webmUnavailable": "WebM in diesem Browser nicht verfügbar",
"viewer.export.failed": "Export fehlgeschlagen: {message}",
"viewer.export.unknownVariant": "Unbekannter Freigabekarten-Typ: {variant}",
"viewer.export.routeRequired": "Route verfolgen, bevor eine Routen-Freigabekarte exportiert wird",
"viewer.export.reachRequired": "Verfasste Reichweite verfolgen, bevor eine Reichweiten-Freigabekarte exportiert wird",
"viewer.export.unknown": "unbekannt",
"viewer.export.routeFailed": "Export der Routen-Freigabekarte fehlgeschlagen: {message}",
"viewer.export.reachFailed": "Export der Reichweiten-Freigabekarte fehlgeschlagen: {message}",
"viewer.export.copyFailed": "Kopieren fehlgeschlagen: {message}",
"viewer.export.copiedPng": "PNG in Zwischenablage kopiert",
"viewer.export.downloadedRoute": "Routen-Freigabekarte heruntergeladen",
"viewer.export.downloadedReach": "Reichweiten-Freigabekarte heruntergeladen",
"viewer.export.downloadedWebm": "WebM heruntergeladen",
"viewer.export.recording": "6 Sekunden Bewegung werden aufgezeichnet …",
"viewer.export.card.routeSummary.one": "Route: {source} → {target} · {count} gerichteter Hop",
"viewer.export.card.routeSummary.other": "Route: {source} → {target} · {count} gerichtete Hops",
"viewer.export.card.reachSummary": "Verfasst {direction} von {origin} · {nodes} · {links} · max. {hops}",
"viewer.export.card.node.one": "{count} Knoten",
"viewer.export.card.node.other": "{count} Knoten",
"viewer.export.card.link.one": "{count} Verbindung",
"viewer.export.card.link.other": "{count} Verbindungen",
"viewer.export.card.hop.one": "{count} Hop",
"viewer.export.card.hop.other": "{count} Hops",
"viewer.export.card.routeBadge": "ARCHIFY · ROUTE · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · {direction} REICHWEITE",
"viewer.export.direction.upstream": "Vorgelagert",
"viewer.export.direction.downstream": "Nachgelagert",
"viewer.export.error.canvasUnavailable": "Canvas für {label} nicht verfügbar",
"viewer.export.error.contextUnavailable": "2D-Canvas-Kontext für {label} nicht verfügbar",
"viewer.export.error.toBlobUnavailable": "canvas.toBlob für {label} nicht verfügbar",
"viewer.export.error.toBlobNull": "canvas.toBlob lieferte keine Daten für {label}",
"viewer.export.error.variantsCombined": "Freigabekarten-Typen können nicht kombiniert werden",
"viewer.export.error.viewerState": "Beim Export der Freigabekarte konnte der temporäre Viewer-Zustand nicht entfernt werden",
"viewer.export.error.routeState": "Beim Export der Routenkarte konnte die aufgelöste Route nicht sicher erhalten werden",
"viewer.export.error.reachState": "Beim Export der Reichweitenkarte konnte die verfasste Reichweite nicht sicher erhalten werden",
"viewer.export.error.webmRequirements": "Der WebM-Bewegungsexport erfordert eine Trace-Animation und Browser-Unterstützung für MediaRecorder",
"viewer.export.error.mediaRecorder": "MediaRecorder fehlgeschlagen",
"viewer.export.error.emptyWebm": "MediaRecorder hat ein leeres WebM erzeugt",
"viewer.export.error.webmBackground": "SVG-Hintergrund konnte für den WebM-Export nicht geladen werden",
"viewer.guide.eyebrow": "Diagrammleitfaden",
"viewer.guide.close": "Diagrammleitfaden schließen",
"viewer.guide.inspecting": "Kompilierte Semantik wird geprüft",
"viewer.guide.actions": "Diagramm-Erkundungsaktionen",
"viewer.guide.find": "Beliebigen Knoten finden",
"viewer.guide.find.hint": "Labels, Zuständigkeiten, Arten und stabile IDs durchsuchen.",
"viewer.guide.route": "Eine Route verfolgen",
"viewer.guide.route.aria": "Eine gerichtete Route verfolgen",
"viewer.guide.route.hint": "Herausfinden, wie zwei semantische Knoten in verfasster Richtung verbunden sind.",
"viewer.guide.map": "Das gesamte System sehen",
"viewer.guide.map.hint": "Semantisches Radar mit Live-Ansicht und stabilen Knoten öffnen.",
"viewer.guide.lens": "Semantische Arten vergleichen",
"viewer.guide.lens.hint": "Rollen zählen, ihren Verkehr sichtbar machen und direkte verfasste Verbindungen vergleichen.",
"viewer.guide.present": "Präsentationsmodus starten",
"viewer.guide.present.hint": "Dem Live-Diagramm die gesamte Ansicht geben, ohne den Export zu verändern.",
"viewer.guide.shortcuts": "Weitere Tastenkombinationen",
"viewer.guide.shortcut.export": "Exportieren",
"viewer.guide.shortcut.theme": "Design",
"viewer.guide.shortcut.style": "Stil",
"viewer.guide.shortcut.reset": "Zurücksetzen",
"viewer.guide.shortcut.zoomIn": "Vergrößern",
"viewer.guide.shortcut.zoomOut": "Verkleinern",
"viewer.guide.shortcut.close": "Schließen",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "{count} semantischer Knoten",
"viewer.guide.fact.node.other": "{count} semantische Knoten",
"viewer.guide.fact.relationship.one": "{count} Beziehung",
"viewer.guide.fact.relationship.other": "{count} Beziehungen",
"viewer.guide.open": "Diagrammleitfaden öffnen",
"viewer.finder.title": "Knoten finden",
"viewer.finder.close": "Knotensuche schließen",
"viewer.finder.placeholder": "Labels oder IDs suchen",
"viewer.finder.search": "Diagrammknoten durchsuchen",
"viewer.finder.results": "Diagrammknoten",
"viewer.finder.empty": "Keine passenden Knoten",
"viewer.finder.result.focus": "{label} fokussieren",
"viewer.finder.result.routeStart": "{label} als Routenstart wählen",
"viewer.finder.result.routeTarget": "{label} als Routenziel wählen, {links}",
"viewer.finder.status.empty": "Keine passenden Knoten",
"viewer.finder.status.count.one": "{count} passender Knoten",
"viewer.finder.status.count.other": "{count} passende Knoten",
"viewer.finder.noun.nodes": "Knoten",
"viewer.finder.link.one": "{count} Verbindung",
"viewer.finder.link.other": "{count} Verbindungen",
"viewer.finder.result.focus.one": "{label} fokussieren, {count} zugehörige Verbindung",
"viewer.finder.result.focus.other": "{label} fokussieren, {count} zugehörige Verbindungen",
"viewer.finder.status.filtered": "{visible} von {available} {noun}",
"viewer.finder.status.all": "{available} {noun}",
"viewer.passport.eyebrow": "Semantischer Pass",
"viewer.passport.metadata": "Knoten-Metadaten",
"viewer.passport.evidence": "Verifizierter Quellnachweis",
"viewer.passport.verified": "Verifizierte Quelle",
"viewer.passport.verificationScope": "Verifiziert gegen lokales Git zur fixierten Revision. Remote-Zugriff wurde nicht geprüft.",
"viewer.passport.reach": "Verfasste Reichweite",
"viewer.passport.reach.trace": "Verfasste Erreichbarkeit verfolgen",
"viewer.passport.upstream": "Vorgelagert",
"viewer.passport.downstream": "Nachgelagert",
"viewer.passport.upstream.trace": "Vorgelagerte verfasste Erreichbarkeit verfolgen",
"viewer.passport.downstream.trace": "Nachgelagerte verfasste Erreichbarkeit verfolgen",
"viewer.passport.close": "Semantischen Pass schließen",
"viewer.passport.copy": "Link kopieren",
"viewer.passport.copy.focus": "Link zum fokussierten Knoten kopieren",
"viewer.passport.relations": "Beziehungen",
"viewer.passport.relations.show": "Verbundene Beziehungen anzeigen",
"viewer.passport.relations.hide": "Verbundene Beziehungen ausblenden",
"viewer.passport.relations.list": "Verbundene Beziehungen",
"viewer.passport.copyRelation": "Beziehung kopieren",
"viewer.passport.copyNode": "Knoten kopieren",
"viewer.passport.copyPinned": "Link zur angehefteten Beziehung kopieren",
"viewer.passport.copySource": "Link zum Quellknoten kopieren",
"viewer.passport.copy.focused.success": "Link des fokussierten Knotens kopiert",
"viewer.passport.copy.pinned.success": "Link der angehefteten Beziehung kopiert",
"viewer.passport.copy.focused.failed": "Link des fokussierten Knotens konnte nicht kopiert werden",
"viewer.passport.copy.pinned.failed": "Link der angehefteten Beziehung konnte nicht kopiert werden",
"viewer.passport.relationship.none": "Keine verbundenen Beziehungen",
"viewer.passport.relationship.count.one": "{count} Beziehung",
"viewer.passport.relationship.count.other": "{count} Beziehungen",
"viewer.passport.relationship.show.one": "{count} verbundene Beziehung anzeigen",
"viewer.passport.relationship.show.other": "{count} verbundene Beziehungen anzeigen",
"viewer.passport.relationship.summary": "{out} ausgehend · {in} eingehend{loops}",
"viewer.passport.relationship.loops": " · {count} Selbstschleife",
"viewer.passport.relationship.explorer": "Direkter Beziehungs-Explorer",
"viewer.passport.relationship.help": "Pfeiltasten zum Erkunden der Beziehungen verwenden. Enter oder Leertaste heftet Details an; Escape hebt die Auswahl auf.",
"viewer.passport.relationship.loopsBack": "schleift zurück",
"viewer.passport.relationship.connectsTo": "verbindet zu",
"viewer.passport.relationship.connectsFrom": "verbindet von",
"viewer.passport.relationship.pinned": "Angeheftete Beziehung · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "Beziehung {index} von {total} prüfen: {from} zu {to}, {label}. Enter für Details drücken.",
"viewer.passport.relationship.group.out": "Ausgehend",
"viewer.passport.relationship.group.in": "Eingehend",
"viewer.passport.relationship.group.loop": "Selbstschleifen",
"viewer.passport.relationship.row": "{group}: {relationship}, {neighbor}",
"viewer.passport.relationship.direction.out": "AUS →",
"viewer.passport.relationship.direction.in": "← EIN",
"viewer.passport.relationship.direction.loop": "SCHLEIFE",
"viewer.passport.sourceCount.one": "{count} verifizierte Quellenreferenz",
"viewer.passport.sourceCount.other": "{count} verifizierte Quellenreferenzen",
"viewer.passport.sourceMarker": "QUELLE",
"viewer.passport.beacon.one": "{count} verifizierte Quelle; diesen Knoten fokussieren, um sie zu prüfen",
"viewer.passport.beacon.other": "{count} verifizierte Quellen; diesen Knoten fokussieren, um sie zu prüfen",
"viewer.passport.repository.open": "Verifizierte Repository-Revision {revision} öffnen",
"viewer.passport.source.open": "Verifizierte Quelle {path} bei Revision {revision} öffnen",
"viewer.passport.source.openLink": "Öffnen ↗",
"viewer.passport.reach.upstream.one": "{count} vorgelagerten verfassten Knoten verfolgen",
"viewer.passport.reach.upstream.other": "{count} vorgelagerte verfasste Knoten verfolgen",
"viewer.passport.reach.downstream.one": "{count} nachgelagerten verfassten Knoten verfolgen",
"viewer.passport.reach.downstream.other": "{count} nachgelagerte verfasste Knoten verfolgen",
"viewer.passport.reach.noUpstream": "Keine vorgelagerten verfassten Knoten",
"viewer.passport.reach.noDownstream": "Keine nachgelagerten verfassten Knoten",
"viewer.passport.reach.status": "{direction} · {nodes} Knoten · {links} Verbindungen · max. {hops} Hops",
"viewer.route.eyebrow": "Routensonde",
"viewer.route.start": "Startknoten wählen",
"viewer.route.start.find": "Start finden",
"viewer.route.start.find.aria": "Einen Routenstart finden",
"viewer.route.copy": "Link kopieren",
"viewer.route.copy.aria": "Link zur verfolgten Route kopieren",
"viewer.route.clear": "Löschen",
"viewer.route.clear.aria": "Routensonde löschen",
"viewer.route.traced": "Verfolgte Route",
"viewer.route.pickTwo": "Zwei semantische Knoten im Diagramm auswählen",
"viewer.route.pickOne": "Einen semantischen Knoten im Diagramm auswählen",
"viewer.route.controls": "Routen-Verlaufssteuerung",
"viewer.route.previous": "Vorherige Routenposition",
"viewer.route.play": "Routenverlauf abspielen",
"viewer.route.pause": "Routenverlauf pausieren",
"viewer.route.replay": "Routenverlauf erneut abspielen",
"viewer.route.next": "Nächste Routenposition",
"viewer.route.journey": "Verlauf",
"viewer.route.pause.label": "Pausieren",
"viewer.route.replay.label": "Erneut abspielen",
"viewer.route.overview": "Übersicht",
"viewer.route.overview.aria": "Vollständige Routenübersicht anzeigen",
"viewer.route.instructions": "Quelle wählen, dann das Ziel. Die Richtung ist entscheidend.",
"viewer.route.destination": "Ziel ausgehend von {label} wählen",
"viewer.route.destination.find": "Ziel finden",
"viewer.route.destination.find.aria": "Ein erreichbares Routenziel finden",
"viewer.route.differentDestination": "Anderes Ziel wählen",
"viewer.route.distinct": "Eine Route benötigt zwei unterschiedliche semantische Knoten.",
"viewer.route.unreachable": "Keine gerichtete Route zu {label}",
"viewer.route.unreachable.detail": "{target} ist von {source} aus nicht erreichbar. Ein hervorgehobenes Ziel wählen.",
"viewer.route.start.instructions": "Quelle auswählen. Im nächsten Schritt werden nur gerichtete Ziele angezeigt.",
"viewer.route.copy.success": "Link zur verfolgten Route kopiert",
"viewer.route.copy.failed": "Link zur verfolgten Route konnte nicht kopiert werden",
"viewer.route.position": "Routenposition {index} von {total}: {label}",
"viewer.route.step": "Schritt {index} von {total} · {phase} · {label}",
"viewer.route.motionRequired": "Automatischer Verlauf erfordert Live-Bewegung",
"viewer.route.trigger.clear": "Verfolgte Route löschen",
"viewer.route.overview.status": "{nodes} · {hops} · kürzeste verfasste Route",
"viewer.route.overview.node.one": "{count} Knoten",
"viewer.route.overview.node.other": "{count} Knoten",
"viewer.route.overview.hop.one": "{count} gerichteter Hop",
"viewer.route.overview.hop.other": "{count} gerichtete Hops",
"viewer.route.phase.playing": "Läuft",
"viewer.route.phase.complete": "Abgeschlossen",
"viewer.route.phase.inspecting": "Wird geprüft",
"viewer.route.destination.count.one": "{count} gerichtetes Ziel verfügbar. Einen hervorgehobenen Knoten wählen.",
"viewer.route.destination.count.other": "{count} gerichtete Ziele verfügbar. Einen hervorgehobenen Knoten wählen.",
"viewer.route.noOutgoing": "Hier startet keine ausgehende Route. Löschen und eine andere Quelle wählen.",
"viewer.route.result.title": "{source} nach {target}",
"viewer.route.finder.source.title": "Routenstart wählen",
"viewer.route.finder.source.placeholder": "Routenquellen suchen",
"viewer.route.finder.source.empty": "Keine passenden Routenquellen",
"viewer.route.finder.source.results": "Knoten, die eine Route starten können",
"viewer.route.finder.source.noun": "Routenquellen",
"viewer.route.finder.source.badge": "Start",
"viewer.route.finder.target.title": "Ziel ausgehend von {label}",
"viewer.route.finder.target.placeholder": "Erreichbare Ziele suchen",
"viewer.route.finder.target.empty": "Keine passenden erreichbaren Ziele",
"viewer.route.finder.target.results": "Erreichbare Routenziele",
"viewer.route.finder.target.noun": "erreichbare Ziele",
"viewer.route.hop.one": "{count} Hop",
"viewer.route.hop.other": "{count} Hops",
"viewer.lens.eyebrow": "Semantische Linse",
"viewer.lens.title": "Systemrollen vergleichen",
"viewer.lens.close": "Semantische Linse schließen",
"viewer.lens.instruction": "Bis zu zwei semantische Arten wählen. Eine zeigt ihren echten Verkehr; zwei vergleichen nur direkte verfasste Beziehungen.",
"viewer.lens.kinds": "Semantische Arten",
"viewer.lens.choose": "Eine Art wählen, um ihre Knoten und berührenden Beziehungen zu prüfen.",
"viewer.lens.copy": "Link zur semantischen Linse kopieren",
"viewer.lens.clear": "Semantische Linse löschen",
"viewer.lens.open": "Semantische Linse öffnen",
"viewer.lens.openActive": "Aktive semantische Linse öffnen",
"viewer.lens.legend": "Semantische Legende",
"viewer.lens.legend.inspect.one": "{label} prüfen, {count} Knoten",
"viewer.lens.legend.inspect.other": "{label} prüfen, {count} Knoten",
"viewer.lens.kind.count.one": "{label}, {count} Knoten",
"viewer.lens.kind.count.other": "{label}, {count} Knoten",
"viewer.lens.compare.one": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} direkte Beziehung",
"viewer.lens.compare.other": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} direkte Beziehungen",
"viewer.lens.single": "{nodes} · {relationships} · verbundene Nachbarn bleiben sichtbar",
"viewer.lens.node.one": "{count} {label}-Knoten",
"viewer.lens.node.other": "{count} {label}-Knoten",
"viewer.lens.relationship.one": "{count} berührende Beziehung",
"viewer.lens.relationship.other": "{count} berührende Beziehungen",
"viewer.radar.title": "Semantisches Radar",
"viewer.radar.building": "Übersicht wird erstellt",
"viewer.radar.openFull": "Vollständiges semantisches Radar öffnen",
"viewer.radar.open": "Radar öffnen",
"viewer.radar.close": "Semantisches Radar schließen",
"viewer.radar.surface": "Diagrammübersicht. Auf einen Knoten klicken, um ihn zu fokussieren, oder mit den Pfeiltasten schwenken.",
"viewer.radar.click": "Knoten anklicken",
"viewer.radar.drag": "Ziehen zum Schwenken",
"viewer.radar.space": "Semantisches Radar benötigt mehr MAP-Platz.",
"viewer.radar.nodes": "Semantische Diagramm-Radarknoten",
"viewer.radar.focus": "{label} vom semantischen Radar fokussieren",
"viewer.radar.status": "{count} Knoten · {viewport}",
"viewer.radar.fullMap": "{count} Knoten · vollständige Karte",
"viewer.radar.compacted": "Radar verkleinert, um den semantischen Pass oder die MAP-Steuerung nicht zu verdecken.",
"viewer.radar.cancelWaiting": "Wartendes semantisches Radar auf mehr MAP-Platz abbrechen",
"viewer.radar.needsSpace": "Semantisches Radar benötigt mehr sichtbaren MAP-Platz",
"viewer.radar.viewport.full": "vollständige Karte",
"viewer.radar.viewport.width": "{percent}% Breite",
"viewer.radar.viewport.scale": "{percent}% Ansicht",
"viewer.nav.controls": "Diagrammansicht-Steuerung",
"viewer.nav.route": "Eine gerichtete Route verfolgen",
"viewer.nav.route.title": "Route verfolgen (R)",
"viewer.nav.route.short": "PFAD",
"viewer.nav.radar": "Semantisches Radar öffnen",
"viewer.nav.radar.title": "Semantisches Radar (M)",
"viewer.nav.radar.short": "KARTE",
"viewer.nav.lens": "Semantische Linse öffnen",
"viewer.nav.lens.title": "Semantische Linse (L)",
"viewer.nav.lens.short": "LINSE",
"viewer.nav.find": "Knoten finden",
"viewer.nav.find.title": "Knoten finden (/)",
"viewer.nav.guide": "Diagrammleitfaden öffnen",
"viewer.nav.guide.title": "Diagrammleitfaden (?)",
"viewer.nav.zoomOut": "Verkleinern",
"viewer.nav.zoomOut.title": "Verkleinern (-)",
"viewer.nav.reset": "Diagrammansicht zurücksetzen",
"viewer.nav.reset.title": "Ansicht zurücksetzen (0)",
"viewer.nav.read": "LESEN",
"viewer.nav.zoomIn": "Vergrößern",
"viewer.nav.zoomIn.title": "Vergrößern (+)",
"viewer.nav.camera": "{hint}. Diagrammansicht zurücksetzen",
"viewer.nav.camera.title": "{semantic}{hint} · Ansicht zurücksetzen (0)",
"viewer.nav.camera.semantic": "Semantische Kamera aktiv · ",
"viewer.nav.level.map": "KARTE",
"viewer.nav.level.read": "LESEN",
"viewer.nav.level.full": "VOLL",
"viewer.nav.level.auto": "AUTO",
"viewer.nav.detail.map": "Vergrößern, um Beziehungslabels und Knotenkontext anzuzeigen",
"viewer.nav.detail.read": "Erneut vergrößern, um Tags und Anmerkungen anzuzeigen",
"viewer.nav.detail.full": "Vollständige Diagrammdetails",
"viewer.intent.summary": "{label}. {out} ausgehend, {in} eingehend{loops}. {total} Verbindungen. Enter für Details drücken.",
"viewer.intent.loops": ", {count} Selbstschleife",
"viewer.common.copied": "Kopiert",
"viewer.common.copyFailed": "Kopieren fehlgeschlagen",
"viewer.common.copyLink": "Link kopieren",
"viewer.common.clear": "Löschen",
"viewer.common.close": "Schließen"
}
vendor/archify/examples/locales/es.json
Vendored
+440
View File
@@ -0,0 +1,440 @@
{
"page.title": "{title} · Diagrama",
"diagram.description.architecture": "Un diagrama de arquitectura generado por Archify.",
"diagram.description.workflow": "Un diagrama de flujo de trabajo generado por Archify.",
"diagram.description.sequence": "Un diagrama de secuencia generado por Archify.",
"diagram.description.dataflow": "Un diagrama de flujo de datos generado por Archify.",
"diagram.description.lifecycle": "Un diagrama de ciclo de vida generado por Archify.",
"node.focus": "Enfocar {label}",
"node.focus.detail": "Enfocar {label}, {detail}",
"node.context.architecture": "Componente de arquitectura",
"node.context.workflow": "Nodo de flujo de trabajo",
"node.context.sequence": "Participante de secuencia",
"node.context.dataflow": "Nodo de flujo de datos",
"node.context.lifecycle": "Estado del ciclo de vida",
"legend.title": "Leyenda",
"legend.architecture.frontend": "Frontend",
"legend.architecture.backend": "Backend",
"legend.architecture.database": "Base de datos",
"legend.architecture.cloud": "Nube",
"legend.architecture.security": "Seguridad",
"legend.architecture.messagebus": "Bus de mensajes",
"legend.architecture.external": "Externo",
"legend.workflow.frontend": "Interfaz de usuario",
"legend.workflow.backend": "Lógica del agente",
"legend.workflow.security": "Política",
"legend.workflow.messagebus": "Acción de herramienta",
"legend.workflow.database": "Contexto / traza",
"legend.workflow.cloud": "Servicio en la nube",
"legend.workflow.external": "Sistema externo",
"legend.sequence.emphasis": "solicitud principal",
"legend.sequence.return": "respuesta",
"legend.sequence.security": "seguridad",
"legend.sequence.dashed": "traza asíncrona",
"legend.sequence.default": "mensaje",
"legend.dataflow.emphasis": "datos primarios",
"legend.dataflow.security": "política / PII",
"legend.dataflow.dashed": "lote asíncrono",
"legend.dataflow.database": "almacén de datos",
"legend.dataflow.default": "flujo de datos",
"legend.lifecycle.start": "estado inicial",
"legend.lifecycle.active": "activo",
"legend.lifecycle.waiting": "en espera",
"legend.lifecycle.decision": "decisión",
"legend.lifecycle.success": "éxito",
"legend.lifecycle.failure": "fallo / salida",
"legend.lifecycle.neutral": "neutral",
"legend.lifecycle.external": "externo",
"legend.lifecycle.final": "estado final",
"viewer.kind.frontend": "Frontend",
"viewer.kind.backend": "Backend",
"viewer.kind.database": "Base de datos",
"viewer.kind.cloud": "Nube",
"viewer.kind.security": "Seguridad",
"viewer.kind.messagebus": "Bus de mensajes",
"viewer.kind.external": "Externo",
"viewer.kind.neutral": "Neutral",
"viewer.kind.node": "Nodo",
"viewer.kind.start": "Inicio",
"viewer.kind.active": "Activo",
"viewer.kind.waiting": "En espera",
"viewer.kind.decision": "Decisión",
"viewer.kind.success": "Éxito",
"viewer.kind.failure": "Fallo",
"viewer.toolbar.actions": "Acciones del diagrama",
"viewer.theme.toggle.title": "Cambiar tema (T)",
"viewer.theme.toggle": "Cambiar tema de color",
"viewer.theme.dark": "Oscuro",
"viewer.theme.light": "Claro",
"viewer.preset.choose.title": "Elegir estilo visual (S alterna)",
"viewer.preset.choose": "Elegir estilo visual",
"viewer.preset.style": "Estilo",
"viewer.preset.menu": "Estilo visual",
"viewer.preset.identity": "Identidad visual",
"viewer.preset.cycles": "alterna",
"viewer.preset.classic": "Clásico",
"viewer.preset.classic.short": "Clásico",
"viewer.preset.classic.hint": "Predeterminado técnico estable",
"viewer.preset.flow": "Flujo de señal",
"viewer.preset.flow.short": "Flujo",
"viewer.preset.flow.hint": "Presentación con énfasis en el movimiento",
"viewer.preset.blueprint": "Plano",
"viewer.preset.blueprint.hint": "Revisión de ingeniería",
"viewer.preset.editorial": "Editorial",
"viewer.preset.editorial.hint": "Notas de publicación y lanzamiento",
"viewer.preset.badge.signalFlow": "FLUJO DE SEÑAL",
"viewer.preset.badge.blueprint": "PLANO / REV 01",
"viewer.preset.badge.editorial": "EDITORIAL / NOTA DE CAMPO",
"viewer.preset.badge.editorialPlate": "ARCHIFY / LÁMINA 04",
"viewer.preset.current": "Estilo visual: {style}. Elegir estilo visual",
"viewer.motion.live": "Activa",
"viewer.motion.still": "Fija",
"viewer.motion.pause": "Pausar animación",
"viewer.motion.resume": "Reanudar animación",
"viewer.motion.reduced": "Animación pausada por la preferencia de movimiento reducido",
"viewer.motion.hidden": "Animación pausada mientras esta página está oculta",
"viewer.motion.yielding": "Pausar animación; cediendo a {owner}",
"viewer.motion.yielding.title": "Vista previa en vivo activada · cediendo a {owner}",
"viewer.owner.route": "Sonda de ruta",
"viewer.owner.lens": "Lente semántico",
"viewer.owner.relationship": "Vista previa de relación",
"viewer.owner.intent": "Traza de intención",
"viewer.owner.focus": "enfoque semántico",
"viewer.owner.legend": "vista previa de la leyenda",
"viewer.owner.reader": "interacción del lector",
"viewer.present.enter": "Entrar al modo presentación",
"viewer.present.enter.title": "Modo presentación (F)",
"viewer.present.exit": "Salir del modo presentación",
"viewer.present.exit.title": "Salir del modo presentación (F o Escape)",
"viewer.present.present": "Presentar",
"viewer.present.exit.label": "Salir",
"viewer.export.button": "Exportar",
"viewer.export.button.title": "Exportar diagrama (E)",
"viewer.export.diagram": "Exportar diagrama",
"viewer.export.menu": "Exportar",
"viewer.export.subtitle": "Salidas portables y limpias",
"viewer.export.share": "Compartir",
"viewer.export.shareCard": "Tarjeta para compartir",
"viewer.export.routeShareCard": "Tarjeta de ruta para compartir",
"viewer.export.reachShareCard": "Tarjeta de alcance para compartir",
"viewer.export.copyDiagram": "Copiar diagrama",
"viewer.export.clipboardPng": "PNG al portapapeles",
"viewer.export.raster": "Imágenes rasterizadas",
"viewer.export.image": "Imagen",
"viewer.export.lossless": "Imagen sin pérdida",
"viewer.export.compact": "Imagen compacta",
"viewer.export.modern": "Imagen moderna",
"viewer.export.vectorMotion": "Vector y movimiento",
"viewer.export.vectorMotion.heading": "Vector y movimiento",
"viewer.export.editable": "Vector editable",
"viewer.export.svg.auto": "SVG · Auto",
"viewer.export.svg.auto.hint": "Coincide con el tema del host",
"viewer.export.svg.light": "SVG · Claro",
"viewer.export.svg.light.hint": "Siempre claro",
"viewer.export.svg.dark": "SVG · Oscuro",
"viewer.export.svg.dark.hint": "Siempre oscuro",
"viewer.export.motion6s": "Movimiento de 6 s",
"viewer.export.unsupported": "No compatible con este navegador",
"viewer.export.clipboardUnsupported": "Este navegador no admite escribir imágenes en el portapapeles",
"viewer.export.clipboardUnsupported.short": "Escritura de imágenes en el portapapeles no admitida en este navegador.",
"viewer.export.motionUnavailable": "Captura de movimiento no disponible en este navegador",
"viewer.export.webmUnavailable": "WebM no disponible en este navegador",
"viewer.export.failed": "Falló la exportación: {message}",
"viewer.export.unknownVariant": "Variante de tarjeta para compartir desconocida: {variant}",
"viewer.export.routeRequired": "Traza una ruta antes de exportar una tarjeta de ruta para compartir",
"viewer.export.reachRequired": "Traza el alcance definido antes de exportar una tarjeta de alcance para compartir",
"viewer.export.unknown": "desconocido",
"viewer.export.routeFailed": "Falló la exportación de la tarjeta de ruta para compartir: {message}",
"viewer.export.reachFailed": "Falló la exportación de la tarjeta de alcance para compartir: {message}",
"viewer.export.copyFailed": "Error al copiar: {message}",
"viewer.export.copiedPng": "PNG copiado al portapapeles",
"viewer.export.downloadedRoute": "Tarjeta de ruta para compartir descargada",
"viewer.export.downloadedReach": "Tarjeta de alcance para compartir descargada",
"viewer.export.downloadedWebm": "WebM descargado",
"viewer.export.recording": "Grabando 6 segundos de movimiento…",
"viewer.export.card.routeSummary.one": "Ruta: {source} → {target} · {count} paso",
"viewer.export.card.routeSummary.other": "Ruta: {source} → {target} · {count} pasos",
"viewer.export.card.reachSummary": "Alcance definido {direction} desde {origin} · {nodes} · {links} · máx {hops}",
"viewer.export.card.node.one": "{count} nodo",
"viewer.export.card.node.other": "{count} nodos",
"viewer.export.card.link.one": "{count} enlace",
"viewer.export.card.link.other": "{count} enlaces",
"viewer.export.card.hop.one": "{count} salto",
"viewer.export.card.hop.other": "{count} saltos",
"viewer.export.card.routeBadge": "ARCHIFY · RUTA · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · ALCANCE {direction}",
"viewer.export.direction.upstream": "Ascendente",
"viewer.export.direction.downstream": "Descendente",
"viewer.export.error.canvasUnavailable": "Lienzo no disponible para {label}",
"viewer.export.error.contextUnavailable": "Contexto de lienzo 2D no disponible para {label}",
"viewer.export.error.toBlobUnavailable": "canvas.toBlob no disponible para {label}",
"viewer.export.error.toBlobNull": "canvas.toBlob no devolvió datos para {label}",
"viewer.export.error.variantsCombined": "Las variantes de tarjeta para compartir no se pueden combinar",
"viewer.export.error.viewerState": "La exportación de la tarjeta para compartir no pudo quitar el estado temporal del visor",
"viewer.export.error.routeState": "La exportación de la tarjeta de ruta no pudo preservar la ruta resuelta de forma segura",
"viewer.export.error.reachState": "La exportación de la tarjeta de alcance no pudo preservar el alcance definido de forma segura",
"viewer.export.error.webmRequirements": "La exportación de movimiento WebM requiere una animación de traza y compatibilidad del navegador con MediaRecorder",
"viewer.export.error.mediaRecorder": "MediaRecorder falló",
"viewer.export.error.emptyWebm": "MediaRecorder produjo un WebM vacío",
"viewer.export.error.webmBackground": "No se pudo cargar el fondo SVG para la exportación WebM",
"viewer.guide.title": "Explorar este sistema",
"viewer.focus.selectedNodes": "{count} nodos seleccionados",
"viewer.guide.eyebrow": "Guía del diagrama",
"viewer.guide.close": "Cerrar la guía del diagrama",
"viewer.guide.inspecting": "Inspeccionando la semántica compilada",
"viewer.guide.actions": "Acciones de exploración del diagrama",
"viewer.guide.find": "Buscar cualquier nodo",
"viewer.guide.find.hint": "Busca por etiquetas, responsabilidades, tipos e IDs estables.",
"viewer.guide.route": "Trazar una ruta",
"viewer.guide.route.aria": "Trazar una ruta dirigida",
"viewer.guide.route.hint": "Pregunta cómo se conectan dos nodos semánticos en el sentido definido.",
"viewer.guide.map": "Ver todo el sistema",
"viewer.guide.map.hint": "Abre el Radar semántico con un viewport en vivo y nodos estables.",
"viewer.guide.lens": "Comparar tipos semánticos",
"viewer.guide.lens.hint": "Cuenta roles, revela su tráfico y compara enlaces directos definidos.",
"viewer.guide.present": "Entrar al modo presentación",
"viewer.guide.present.hint": "Dale al diagrama en vivo todo el viewport sin cambiar la exportación.",
"viewer.guide.shortcuts": "Atajos de teclado adicionales",
"viewer.guide.shortcut.export": "Exportar",
"viewer.guide.shortcut.theme": "Tema",
"viewer.guide.shortcut.style": "Estilo",
"viewer.guide.shortcut.reset": "Restablecer",
"viewer.guide.shortcut.zoomIn": "Acercar",
"viewer.guide.shortcut.zoomOut": "Alejar",
"viewer.guide.shortcut.close": "Cerrar",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "{count} nodo semántico",
"viewer.guide.fact.node.other": "{count} nodos semánticos",
"viewer.guide.fact.relationship.one": "{count} relación",
"viewer.guide.fact.relationship.other": "{count} relaciones",
"viewer.guide.open": "Abrir la guía del diagrama",
"viewer.finder.title": "Buscar un nodo",
"viewer.finder.close": "Cerrar el buscador de nodos",
"viewer.finder.placeholder": "Buscar etiquetas o IDs",
"viewer.finder.search": "Buscar nodos del diagrama",
"viewer.finder.results": "Nodos del diagrama",
"viewer.finder.empty": "No hay nodos coincidentes",
"viewer.finder.result.focus": "Enfocar {label}",
"viewer.finder.result.routeStart": "Elegir {label} como inicio de la ruta",
"viewer.finder.result.routeTarget": "Elegir {label} como destino de la ruta, {links}",
"viewer.finder.status.empty": "No hay nodos coincidentes",
"viewer.finder.status.count.one": "{count} nodo coincidente",
"viewer.finder.status.count.other": "{count} nodos coincidentes",
"viewer.finder.noun.nodes": "nodos",
"viewer.finder.link.one": "{count} enlace",
"viewer.finder.link.other": "{count} enlaces",
"viewer.finder.result.focus.one": "Enfocar {label}, {count} conexión relacionada",
"viewer.finder.result.focus.other": "Enfocar {label}, {count} conexiones relacionadas",
"viewer.finder.status.filtered": "{visible} de {available} {noun}",
"viewer.finder.status.all": "{available} {noun}",
"viewer.passport.eyebrow": "Pasaporte semántico",
"viewer.passport.metadata": "Metadatos del nodo",
"viewer.passport.evidence": "Evidencia de fuente verificada",
"viewer.passport.verified": "Fuente verificada",
"viewer.passport.verificationScope": "Verificado contra el Git local en la revisión fijada. No se ha comprobado el acceso remoto.",
"viewer.passport.reach": "Alcance definido",
"viewer.passport.reach.trace": "Trazar la alcanzabilidad definida",
"viewer.passport.upstream": "Ascendente",
"viewer.passport.downstream": "Descendente",
"viewer.passport.upstream.trace": "Trazar la alcanzabilidad definida ascendente",
"viewer.passport.downstream.trace": "Trazar la alcanzabilidad definida descendente",
"viewer.passport.close": "Cerrar el pasaporte semántico",
"viewer.passport.move": "Mover el pasaporte semántico. Arrastra, usa las flechas o pulsa Inicio para restablecer.",
"viewer.passport.copy": "Copiar enlace",
"viewer.passport.copy.focus": "Copiar enlace al nodo enfocado",
"viewer.passport.relations": "Relaciones",
"viewer.passport.relations.show": "Mostrar relaciones conectadas",
"viewer.passport.relations.hide": "Ocultar relaciones conectadas",
"viewer.passport.relations.list": "Relaciones conectadas",
"viewer.passport.copyRelation": "Copiar relación",
"viewer.passport.copyNode": "Copiar nodo",
"viewer.passport.copyPinned": "Copiar enlace a la relación fijada",
"viewer.passport.copySource": "Copiar enlace al nodo de origen",
"viewer.passport.copy.focused.success": "Enlace del nodo enfocado copiado",
"viewer.passport.copy.pinned.success": "Enlace de la relación fijada copiado",
"viewer.passport.copy.focused.failed": "No se pudo copiar el enlace del nodo enfocado",
"viewer.passport.copy.pinned.failed": "No se pudo copiar el enlace de la relación fijada",
"viewer.passport.relationship.none": "No hay relaciones conectadas",
"viewer.passport.relationship.count.one": "{count} relación",
"viewer.passport.relationship.count.other": "{count} relaciones",
"viewer.passport.relationship.show.one": "Mostrar {count} relación conectada",
"viewer.passport.relationship.show.other": "Mostrar {count} relaciones conectadas",
"viewer.passport.relationship.summary": "{out} salientes · {in} entrantes{loops}",
"viewer.passport.relationship.loops": " · {count} bucle",
"viewer.passport.relationship.explorer": "Explorador de relaciones directas",
"viewer.passport.relationship.help": "Usa las flechas para explorar las relaciones. Pulsa Enter o Espacio para fijar detalles; Escape las borra.",
"viewer.passport.relationship.loopsBack": "vuelve sobre sí mismo",
"viewer.passport.relationship.connectsTo": "conecta a",
"viewer.passport.relationship.connectsFrom": "conecta desde",
"viewer.passport.relationship.pinned": "Relación fijada · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "Inspeccionar relación {index} de {total}: {from} a {to}, {label}. Pulsa Enter para ver detalles.",
"viewer.passport.relationship.group.out": "Salientes",
"viewer.passport.relationship.group.in": "Entrantes",
"viewer.passport.relationship.group.loop": "Bucles propios",
"viewer.passport.relationship.row": "{group}: {relationship}, {neighbor}",
"viewer.passport.relationship.direction.out": "SAL →",
"viewer.passport.relationship.direction.in": "← ENT",
"viewer.passport.relationship.direction.loop": "BUCLE",
"viewer.passport.sourceCount.one": "{count} referencia de fuente verificada",
"viewer.passport.sourceCount.other": "{count} referencias de fuente verificadas",
"viewer.passport.sourceMarker": "SRC",
"viewer.passport.beacon.one": "{count} fuente verificada; enfoca este nodo para inspeccionar",
"viewer.passport.beacon.other": "{count} fuentes verificadas; enfoca este nodo para inspeccionar",
"viewer.passport.repository.open": "Abrir la revisión verificada del repositorio {revision}",
"viewer.passport.source.open": "Abrir la fuente verificada {path} en la revisión {revision}",
"viewer.passport.source.openLink": "Abrir ↗",
"viewer.passport.reach.upstream.one": "Trazar {count} nodo definido ascendente",
"viewer.passport.reach.upstream.other": "Trazar {count} nodos definidos ascendentes",
"viewer.passport.reach.downstream.one": "Trazar {count} nodo definido descendente",
"viewer.passport.reach.downstream.other": "Trazar {count} nodos definidos descendentes",
"viewer.passport.reach.noUpstream": "No hay nodos definidos ascendentes",
"viewer.passport.reach.noDownstream": "No hay nodos definidos descendentes",
"viewer.passport.reach.status": "{direction} · {nodes} nodos · {links} enlaces · máx {hops} saltos",
"viewer.route.eyebrow": "Ruta",
"viewer.route.start": "Haz clic donde empieza la ruta",
"viewer.route.start.find": "Buscar inicio",
"viewer.route.start.find.aria": "Buscar un inicio de ruta",
"viewer.route.copy": "Copiar enlace",
"viewer.route.copy.aria": "Copiar enlace a la ruta trazada",
"viewer.route.clear": "Borrar",
"viewer.route.clear.aria": "Borrar la sonda de ruta",
"viewer.route.traced": "Ruta",
"viewer.route.pickTwo": "Haz clic en dos nodos del diagrama",
"viewer.route.pickOne": "Haz clic en un nodo del diagrama",
"viewer.route.controls": "Controles del recorrido de la ruta",
"viewer.route.previous": "Posición anterior de la ruta",
"viewer.route.play": "Reproducir el recorrido de la ruta",
"viewer.route.pause": "Pausar el recorrido de la ruta",
"viewer.route.replay": "Repetir el recorrido de la ruta",
"viewer.route.next": "Posición siguiente de la ruta",
"viewer.route.journey": "Recorrido",
"viewer.route.pause.label": "Pausar",
"viewer.route.replay.label": "Repetir",
"viewer.route.overview": "Vista general",
"viewer.route.overview.aria": "Mostrar la vista general completa de la ruta",
"viewer.route.instructions": "Haz clic en un inicio y luego en un final. La ruta sigue las flechas.",
"viewer.route.destination": "¿Dónde termina la ruta desde {label}?",
"viewer.route.destination.find": "Buscar destino",
"viewer.route.destination.find.aria": "Buscar un destino de ruta alcanzable",
"viewer.route.differentDestination": "Elige un destino diferente",
"viewer.route.distinct": "Elige dos nodos distintos.",
"viewer.route.unreachable": "No se llega a {label} desde aquí",
"viewer.route.unreachable.detail": "No se llega a {target} desde {source} siguiendo las flechas. Elige un nodo resaltado.",
"viewer.route.start.instructions": "Luego elige el final. Solo se iluminan los nodos alcanzables.",
"viewer.route.copy.success": "Enlace de la ruta trazada copiado",
"viewer.route.copy.failed": "No se pudo copiar el enlace de la ruta trazada",
"viewer.route.position": "Posición de la ruta {index} de {total}: {label}",
"viewer.route.step": "Paso {index} de {total} · {phase} · {label}",
"viewer.route.motionRequired": "El recorrido automático requiere la animación Activa",
"viewer.route.trigger.clear": "Borrar la ruta trazada",
"viewer.route.overview.status": "{nodes} · {hops} · ruta más corta",
"viewer.route.overview.node.one": "{count} nodo",
"viewer.route.overview.node.other": "{count} nodos",
"viewer.route.overview.hop.one": "{count} paso",
"viewer.route.overview.hop.other": "{count} pasos",
"viewer.route.phase.playing": "Reproduciendo",
"viewer.route.phase.complete": "Completo",
"viewer.route.phase.inspecting": "Inspeccionando",
"viewer.route.destination.count.one": "{count} nodo alcanzable está resaltado. Haz clic en él.",
"viewer.route.destination.count.other": "{count} nodos alcanzables están resaltados. Haz clic en uno.",
"viewer.route.noOutgoing": "Ninguna flecha sale de este nodo. Bórralo y elige otro inicio.",
"viewer.route.result.title": "{source} a {target}",
"viewer.route.finder.source.title": "Elegir el inicio de la ruta",
"viewer.route.finder.source.placeholder": "Buscar orígenes de ruta",
"viewer.route.finder.source.empty": "No hay orígenes de ruta coincidentes",
"viewer.route.finder.source.results": "Nodos que pueden iniciar una ruta",
"viewer.route.finder.source.noun": "orígenes de ruta",
"viewer.route.finder.source.badge": "inicio",
"viewer.route.finder.target.title": "Destino desde {label}",
"viewer.route.finder.target.placeholder": "Buscar destinos alcanzables",
"viewer.route.finder.target.empty": "No hay destinos alcanzables coincidentes",
"viewer.route.finder.target.results": "Destinos de ruta alcanzables",
"viewer.route.finder.target.noun": "destinos alcanzables",
"viewer.route.hop.one": "{count} salto",
"viewer.route.hop.other": "{count} saltos",
"viewer.lens.eyebrow": "Lente semántico",
"viewer.lens.title": "Comparar roles del sistema",
"viewer.lens.close": "Cerrar el lente semántico",
"viewer.lens.instruction": "Elige hasta dos tipos semánticos. Uno revela su tráfico real; dos comparan solo las relaciones directas definidas.",
"viewer.lens.kinds": "Tipos semánticos",
"viewer.lens.choose": "Elige un tipo para inspeccionar sus nodos y las relaciones que lo tocan.",
"viewer.lens.copy": "Copiar enlace al lente semántico",
"viewer.lens.clear": "Borrar el lente semántico",
"viewer.lens.open": "Abrir el lente semántico",
"viewer.lens.openActive": "Abrir el lente semántico activo",
"viewer.lens.legend": "Leyenda semántica",
"viewer.lens.legend.inspect.one": "Inspeccionar {label}, {count} nodo",
"viewer.lens.legend.inspect.other": "Inspeccionar {label}, {count} nodos",
"viewer.lens.kind.count.one": "{label}, {count} nodo",
"viewer.lens.kind.count.other": "{label}, {count} nodos",
"viewer.lens.compare.one": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} relación directa",
"viewer.lens.compare.other": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} relaciones directas",
"viewer.lens.single": "{nodes} · {relationships} · los pares conectados permanecen visibles",
"viewer.lens.node.one": "{count} nodo {label}",
"viewer.lens.node.other": "{count} nodos {label}",
"viewer.lens.relationship.one": "{count} relación en contacto",
"viewer.lens.relationship.other": "{count} relaciones en contacto",
"viewer.radar.title": "Radar semántico",
"viewer.radar.building": "Construyendo la vista general",
"viewer.radar.openFull": "Abrir el radar semántico completo",
"viewer.radar.open": "Abrir el radar",
"viewer.radar.close": "Cerrar el radar semántico",
"viewer.radar.surface": "Vista general del diagrama. Haz clic en un nodo para enfocarlo, o usa las flechas para desplazarte.",
"viewer.radar.click": "Clic en el nodo",
"viewer.radar.drag": "Arrastra para desplazar",
"viewer.radar.space": "El radar semántico necesita más espacio de MAPA.",
"viewer.radar.nodes": "Nodos del radar del diagrama semántico",
"viewer.radar.focus": "Enfocar {label} desde el Radar semántico",
"viewer.radar.status": "{count} nodos · {viewport}",
"viewer.radar.fullMap": "{count} nodos · mapa completo",
"viewer.radar.compacted": "Radar compactado para no tapar el Pasaporte semántico ni los controles de MAPA.",
"viewer.radar.cancelWaiting": "Cancelar la espera del radar semántico por más espacio de MAPA",
"viewer.radar.needsSpace": "El radar semántico necesita más espacio de MAPA visible",
"viewer.radar.viewport.full": "mapa completo",
"viewer.radar.viewport.width": "{percent}% de ancho",
"viewer.radar.viewport.scale": "{percent}% del viewport",
"viewer.nav.controls": "Controles de vista del diagrama",
"viewer.nav.route": "Trazar una ruta dirigida",
"viewer.nav.route.title": "Trazar ruta (R)",
"viewer.nav.route.short": "RUTA",
"viewer.nav.radar": "Abrir el radar semántico",
"viewer.nav.radar.title": "Radar semántico (M)",
"viewer.nav.radar.short": "MAPA",
"viewer.nav.lens": "Abrir el lente semántico",
"viewer.nav.lens.title": "Lente semántico (L)",
"viewer.nav.lens.short": "LENTE",
"viewer.nav.find": "Buscar un nodo",
"viewer.nav.find.title": "Buscar un nodo (/)",
"viewer.outline.title": "Índice de nodos",
"viewer.rail.show": "Notas e índice",
"viewer.rail.controls": "Panel lateral",
"viewer.rail.collapse": "Contraer panel lateral",
"viewer.rail.bottom": "Mover el panel debajo",
"viewer.rail.right": "Mover el panel al lado",
"viewer.nav.guide": "Abrir la guía del diagrama",
"viewer.nav.guide.title": "Guía del diagrama (?)",
"viewer.nav.zoomOut": "Alejar",
"viewer.nav.zoomOut.title": "Alejar (-)",
"viewer.nav.reset": "Restablecer la vista del diagrama",
"viewer.nav.reset.title": "Restablecer vista (0)",
"viewer.nav.read": "LEER",
"viewer.nav.zoomIn": "Acercar",
"viewer.nav.zoomIn.title": "Acercar (+)",
"viewer.nav.camera": "{hint}. Restablecer la vista del diagrama",
"viewer.nav.camera.title": "{semantic}{hint} · restablecer vista (0)",
"viewer.nav.camera.semantic": "Cámara semántica activa · ",
"viewer.nav.level.map": "MAPA",
"viewer.nav.level.read": "LEER",
"viewer.nav.level.full": "COMPLETO",
"viewer.nav.level.auto": "AUTO",
"viewer.nav.detail.map": "Acerca para revelar las etiquetas de relación y el contexto de los nodos",
"viewer.nav.detail.read": "Acerca de nuevo para revelar etiquetas y anotaciones",
"viewer.nav.detail.full": "Detalle completo del diagrama",
"viewer.intent.summary": "{label}. {out} salientes, {in} entrantes{loops}. {total} conexiones. Pulsa Enter para ver detalles.",
"viewer.intent.loops": ", {count} bucle propio",
"viewer.common.copied": "Copiado",
"viewer.common.copyFailed": "Error al copiar",
"viewer.common.copyLink": "Copiar enlace",
"viewer.common.clear": "Borrar",
"viewer.common.close": "Cerrar"
}
vendor/archify/examples/locales/fr.json
Vendored
+425
View File
@@ -0,0 +1,425 @@
{
"page.title": "Diagramme {title}",
"diagram.description.architecture": "Un diagramme d'architecture généré par Archify.",
"diagram.description.workflow": "Un diagramme de workflow généré par Archify.",
"diagram.description.sequence": "Un diagramme de séquence généré par Archify.",
"diagram.description.dataflow": "Un diagramme de flux de données généré par Archify.",
"diagram.description.lifecycle": "Un diagramme de cycle de vie généré par Archify.",
"node.focus": "Centrer sur {label}",
"node.focus.detail": "Centrer sur {label}, {detail}",
"node.context.architecture": "Composant d'architecture",
"node.context.workflow": "Nœud de workflow",
"node.context.sequence": "Participant de séquence",
"node.context.dataflow": "Nœud de flux de données",
"node.context.lifecycle": "État de cycle de vie",
"legend.title": "Légende",
"legend.architecture.frontend": "Frontend",
"legend.architecture.backend": "Backend",
"legend.architecture.database": "Base de données",
"legend.architecture.cloud": "Cloud",
"legend.architecture.security": "Sécurité",
"legend.architecture.messagebus": "Bus de messages",
"legend.architecture.external": "Externe",
"legend.workflow.frontend": "Interface utilisateur",
"legend.workflow.backend": "Logique de l'agent",
"legend.workflow.security": "Politique",
"legend.workflow.messagebus": "Action d'outil",
"legend.workflow.database": "Contexte / trace",
"legend.workflow.cloud": "Service cloud",
"legend.workflow.external": "Système externe",
"legend.sequence.emphasis": "requête principale",
"legend.sequence.return": "retour",
"legend.sequence.security": "sécurité",
"legend.sequence.dashed": "trace asynchrone",
"legend.sequence.default": "message",
"legend.dataflow.emphasis": "donnée principale",
"legend.dataflow.security": "politique / PII",
"legend.dataflow.dashed": "lot asynchrone",
"legend.dataflow.database": "entrepôt de données",
"legend.dataflow.default": "flux de données",
"legend.lifecycle.start": "état initial",
"legend.lifecycle.active": "actif",
"legend.lifecycle.waiting": "attente",
"legend.lifecycle.decision": "décision",
"legend.lifecycle.success": "succès",
"legend.lifecycle.failure": "échec / sortie",
"legend.lifecycle.neutral": "neutre",
"legend.lifecycle.external": "externe",
"legend.lifecycle.final": "état final",
"viewer.kind.frontend": "Frontend",
"viewer.kind.backend": "Backend",
"viewer.kind.database": "Base de données",
"viewer.kind.cloud": "Cloud",
"viewer.kind.security": "Sécurité",
"viewer.kind.messagebus": "Bus de messages",
"viewer.kind.external": "Externe",
"viewer.kind.neutral": "Neutre",
"viewer.kind.node": "Nœud",
"viewer.kind.start": "Début",
"viewer.kind.active": "Actif",
"viewer.kind.waiting": "En attente",
"viewer.kind.decision": "Décision",
"viewer.kind.success": "Succès",
"viewer.kind.failure": "Échec",
"viewer.toolbar.actions": "Actions du diagramme",
"viewer.theme.toggle.title": "Changer de thème (T)",
"viewer.theme.toggle": "Changer le thème de couleur",
"viewer.theme.dark": "Sombre",
"viewer.theme.light": "Clair",
"viewer.preset.choose.title": "Choisir le style visuel (S pour changer)",
"viewer.preset.choose": "Choisir le style visuel",
"viewer.preset.style": "Style",
"viewer.preset.menu": "Style visuel",
"viewer.preset.identity": "Identité visuelle",
"viewer.preset.cycles": "S pour changer",
"viewer.preset.classic": "Classic",
"viewer.preset.classic.short": "Classic",
"viewer.preset.classic.hint": "Style technique stable par défaut",
"viewer.preset.flow": "Flux de signal",
"viewer.preset.flow.short": "Flux",
"viewer.preset.flow.hint": "Présentation animée et dynamique",
"viewer.preset.blueprint": "Plan",
"viewer.preset.blueprint.hint": "Revue technique",
"viewer.preset.editorial": "Éditorial",
"viewer.preset.editorial.hint": "Notes de publication et de lancement",
"viewer.preset.badge.signalFlow": "FLUX DE SIGNAL",
"viewer.preset.badge.blueprint": "PLAN / RÉV. 01",
"viewer.preset.badge.editorial": "ÉDITORIAL / NOTE DE TERRAIN",
"viewer.preset.badge.editorialPlate": "ARCHIFY / PLANCHE 04",
"viewer.preset.current": "Style visuel : {style}. Choisir le style visuel",
"viewer.motion.live": "Animé",
"viewer.motion.still": "Statique",
"viewer.motion.pause": "Mettre l'animation en pause",
"viewer.motion.resume": "Reprendre l'animation",
"viewer.motion.reduced": "Animation suspendue en raison de la préférence de mouvement réduit",
"viewer.motion.hidden": "Animation suspendue pendant que la page est masquée",
"viewer.motion.yielding": "Mettre l'animation en pause ; cède actuellement la place à {owner}",
"viewer.motion.yielding.title": "Aperçu en direct activé · cède la place à {owner}",
"viewer.owner.route": "Sonde d'itinéraire",
"viewer.owner.lens": "Lentille sémantique",
"viewer.owner.relationship": "Aperçu de relation",
"viewer.owner.intent": "Trace d'intention",
"viewer.owner.focus": "le focus sémantique",
"viewer.owner.legend": "l'aperçu de la légende",
"viewer.owner.reader": "l'interaction du lecteur",
"viewer.present.enter": "Entrer en mode présentation",
"viewer.present.enter.title": "Mode présentation (F)",
"viewer.present.exit": "Quitter le mode présentation",
"viewer.present.exit.title": "Quitter le mode présentation (F ou Échap)",
"viewer.present.present": "Présenter",
"viewer.present.exit.label": "Quitter",
"viewer.export.button": "Exporter",
"viewer.export.button.title": "Exporter le diagramme (E)",
"viewer.export.diagram": "Exporter le diagramme",
"viewer.export.menu": "Exporter",
"viewer.export.subtitle": "Des exports portables et soignés",
"viewer.export.share": "Partager",
"viewer.export.shareCard": "Carte de partage",
"viewer.export.routeShareCard": "Carte de partage d'itinéraire",
"viewer.export.reachShareCard": "Carte de partage de portée",
"viewer.export.copyDiagram": "Copier le diagramme",
"viewer.export.clipboardPng": "PNG vers le presse-papiers",
"viewer.export.raster": "Images matricielles",
"viewer.export.image": "Image",
"viewer.export.lossless": "Image sans perte",
"viewer.export.compact": "Image compacte",
"viewer.export.modern": "Image au format moderne",
"viewer.export.vectorMotion": "Vecteur et animation",
"viewer.export.vectorMotion.heading": "Vecteur et animation",
"viewer.export.editable": "Vecteur modifiable",
"viewer.export.motion6s": "Animation de 6 s",
"viewer.export.unsupported": "Non pris en charge par ce navigateur",
"viewer.export.clipboardUnsupported": "L'écriture d'image dans le presse-papiers n'est pas prise en charge par ce navigateur",
"viewer.export.clipboardUnsupported.short": "L'écriture d'image dans le presse-papiers n'est pas prise en charge par ce navigateur.",
"viewer.export.motionUnavailable": "Capture d'animation indisponible dans ce navigateur",
"viewer.export.webmUnavailable": "WebM indisponible dans ce navigateur",
"viewer.export.failed": "Échec de l'export : {message}",
"viewer.export.unknownVariant": "Variante de carte de partage inconnue : {variant}",
"viewer.export.routeRequired": "Tracez un itinéraire avant d'exporter une carte de partage d'itinéraire",
"viewer.export.reachRequired": "Tracez une portée éditée avant d'exporter une carte de partage de portée",
"viewer.export.unknown": "inconnu",
"viewer.export.routeFailed": "Échec de l'export de la carte de partage d'itinéraire : {message}",
"viewer.export.reachFailed": "Échec de l'export de la carte de partage de portée : {message}",
"viewer.export.copyFailed": "Échec de la copie : {message}",
"viewer.export.copiedPng": "PNG copié dans le presse-papiers",
"viewer.export.downloadedRoute": "Carte de partage d'itinéraire téléchargée",
"viewer.export.downloadedReach": "Carte de partage de portée téléchargée",
"viewer.export.downloadedWebm": "WebM téléchargé",
"viewer.export.recording": "Enregistrement de 6 secondes d'animation…",
"viewer.export.card.routeSummary.one": "Itinéraire : {source} → {target} · {count} saut orienté",
"viewer.export.card.routeSummary.other": "Itinéraire : {source} → {target} · {count} sauts orientés",
"viewer.export.card.reachSummary": "Portée {direction} éditée depuis {origin} · {nodes} · {links} · max {hops}",
"viewer.export.card.node.one": "{count} nœud",
"viewer.export.card.node.other": "{count} nœuds",
"viewer.export.card.link.one": "{count} lien",
"viewer.export.card.link.other": "{count} liens",
"viewer.export.card.hop.one": "{count} saut",
"viewer.export.card.hop.other": "{count} sauts",
"viewer.export.card.routeBadge": "ARCHIFY · ITINÉRAIRE · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · PORTÉE {direction}",
"viewer.export.direction.upstream": "Amont",
"viewer.export.direction.downstream": "Aval",
"viewer.export.error.canvasUnavailable": "Canevas indisponible pour {label}",
"viewer.export.error.contextUnavailable": "Contexte de canevas 2D indisponible pour {label}",
"viewer.export.error.toBlobUnavailable": "canvas.toBlob indisponible pour {label}",
"viewer.export.error.toBlobNull": "canvas.toBlob n'a renvoyé aucune donnée pour {label}",
"viewer.export.error.variantsCombined": "Les variantes de carte de partage ne peuvent pas être combinées",
"viewer.export.error.viewerState": "L'export de la carte de partage n'a pas pu supprimer l'état temporaire du visualiseur",
"viewer.export.error.routeState": "L'export de la carte d'itinéraire n'a pas pu préserver l'itinéraire résolu en toute sécurité",
"viewer.export.error.reachState": "L'export de la carte de portée n'a pas pu préserver la portée éditée en toute sécurité",
"viewer.export.error.webmRequirements": "L'export d'animation WebM nécessite une animation de trace et la prise en charge de MediaRecorder par le navigateur",
"viewer.export.error.mediaRecorder": "Échec de MediaRecorder",
"viewer.export.error.emptyWebm": "MediaRecorder a produit un fichier WebM vide",
"viewer.export.error.webmBackground": "L'arrière-plan SVG n'a pas pu être chargé pour l'export WebM",
"viewer.guide.eyebrow": "Guide du diagramme",
"viewer.guide.close": "Fermer le guide du diagramme",
"viewer.guide.inspecting": "Inspection de la sémantique compilée",
"viewer.guide.actions": "Actions d'exploration du diagramme",
"viewer.guide.find": "Trouver un nœud",
"viewer.guide.find.hint": "Rechercher par libellés, responsabilités, types et identifiants stables.",
"viewer.guide.route": "Tracer un itinéraire",
"viewer.guide.route.aria": "Tracer un itinéraire orienté",
"viewer.guide.route.hint": "Découvrez comment deux nœuds sémantiques sont reliés dans le sens édité.",
"viewer.guide.map": "Voir tout le système",
"viewer.guide.map.hint": "Ouvrir le radar sémantique avec un viewport en direct et des nœuds stables.",
"viewer.guide.lens": "Comparer les types sémantiques",
"viewer.guide.lens.hint": "Comptez les rôles, révélez leur trafic et comparez les liens édités directs.",
"viewer.guide.present": "Entrer en mode présentation",
"viewer.guide.present.hint": "Donnez tout le viewport au diagramme en direct sans modifier l'export.",
"viewer.guide.shortcuts": "Raccourcis clavier supplémentaires",
"viewer.guide.shortcut.export": "Exporter",
"viewer.guide.shortcut.theme": "Thème",
"viewer.guide.shortcut.style": "Style",
"viewer.guide.shortcut.reset": "Réinitialiser",
"viewer.guide.shortcut.zoomIn": "Zoom avant",
"viewer.guide.shortcut.zoomOut": "Zoom arrière",
"viewer.guide.shortcut.close": "Fermer",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "{count} nœud sémantique",
"viewer.guide.fact.node.other": "{count} nœuds sémantiques",
"viewer.guide.fact.relationship.one": "{count} relation",
"viewer.guide.fact.relationship.other": "{count} relations",
"viewer.guide.open": "Ouvrir le guide du diagramme",
"viewer.finder.title": "Trouver un nœud",
"viewer.finder.close": "Fermer le chercheur de nœuds",
"viewer.finder.placeholder": "Rechercher par libellé ou identifiant",
"viewer.finder.search": "Rechercher les nœuds du diagramme",
"viewer.finder.results": "Nœuds du diagramme",
"viewer.finder.empty": "Aucun nœud correspondant",
"viewer.finder.result.focus": "Centrer sur {label}",
"viewer.finder.result.routeStart": "Choisir {label} comme point de départ de l'itinéraire",
"viewer.finder.result.routeTarget": "Choisir {label} comme destination de l'itinéraire, {links}",
"viewer.finder.status.empty": "Aucun nœud correspondant",
"viewer.finder.status.count.one": "{count} nœud correspondant",
"viewer.finder.status.count.other": "{count} nœuds correspondants",
"viewer.finder.noun.nodes": "nœuds",
"viewer.finder.link.one": "{count} lien",
"viewer.finder.link.other": "{count} liens",
"viewer.finder.result.focus.one": "Centrer sur {label}, {count} connexion associée",
"viewer.finder.result.focus.other": "Centrer sur {label}, {count} connexions associées",
"viewer.finder.status.filtered": "{visible} sur {available} {noun}",
"viewer.finder.status.all": "{available} {noun}",
"viewer.passport.eyebrow": "Passeport sémantique",
"viewer.passport.metadata": "Métadonnées du nœud",
"viewer.passport.evidence": "Preuve de source vérifiée",
"viewer.passport.verified": "Source vérifiée",
"viewer.passport.verificationScope": "Vérifié par rapport au Git local à la révision épinglée. L'accès distant n'a pas été vérifié.",
"viewer.passport.reach": "Portée éditée",
"viewer.passport.reach.trace": "Tracer l'accessibilité éditée",
"viewer.passport.upstream": "Amont",
"viewer.passport.downstream": "Aval",
"viewer.passport.upstream.trace": "Tracer l'accessibilité éditée en amont",
"viewer.passport.downstream.trace": "Tracer l'accessibilité éditée en aval",
"viewer.passport.close": "Fermer le passeport sémantique",
"viewer.passport.copy": "Copier le lien",
"viewer.passport.copy.focus": "Copier le lien du nœud centré",
"viewer.passport.relations": "Relations",
"viewer.passport.relations.show": "Afficher les relations connectées",
"viewer.passport.relations.hide": "Masquer les relations connectées",
"viewer.passport.relations.list": "Relations connectées",
"viewer.passport.copyRelation": "Copier la relation",
"viewer.passport.copyNode": "Copier le nœud",
"viewer.passport.copyPinned": "Copier le lien de la relation épinglée",
"viewer.passport.copySource": "Copier le lien du nœud source",
"viewer.passport.copy.focused.success": "Lien du nœud centré copié",
"viewer.passport.copy.pinned.success": "Lien de la relation épinglée copié",
"viewer.passport.copy.focused.failed": "Impossible de copier le lien du nœud centré",
"viewer.passport.copy.pinned.failed": "Impossible de copier le lien de la relation épinglée",
"viewer.passport.relationship.none": "Aucune relation connectée",
"viewer.passport.relationship.count.one": "{count} relation",
"viewer.passport.relationship.count.other": "{count} relations",
"viewer.passport.relationship.show.one": "Afficher {count} relation connectée",
"viewer.passport.relationship.show.other": "Afficher {count} relations connectées",
"viewer.passport.relationship.summary": "{out} sortantes · {in} entrantes{loops}",
"viewer.passport.relationship.loops": " · {count} boucle",
"viewer.passport.relationship.explorer": "Explorateur de relations directes",
"viewer.passport.relationship.help": "Utilisez les flèches pour explorer les relations. Appuyez sur Entrée ou Espace pour épingler les détails ; Échap efface.",
"viewer.passport.relationship.loopsBack": "boucle vers",
"viewer.passport.relationship.connectsTo": "se connecte à",
"viewer.passport.relationship.connectsFrom": "se connecte depuis",
"viewer.passport.relationship.pinned": "Relation épinglée · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "Inspecter la relation {index} sur {total} : {from} vers {to}, {label}. Appuyez sur Entrée pour les détails.",
"viewer.passport.relationship.group.out": "Sortantes",
"viewer.passport.relationship.group.in": "Entrantes",
"viewer.passport.relationship.group.loop": "Boucles propres",
"viewer.passport.relationship.row": "{group} : {relationship}, {neighbor}",
"viewer.passport.relationship.direction.out": "SORT →",
"viewer.passport.relationship.direction.in": "← ENTRE",
"viewer.passport.relationship.direction.loop": "BOUCLE",
"viewer.passport.sourceCount.one": "{count} référence de source vérifiée",
"viewer.passport.sourceCount.other": "{count} références de source vérifiées",
"viewer.passport.sourceMarker": "SOURCE",
"viewer.passport.beacon.one": "{count} source vérifiée ; centrez ce nœud pour l'inspecter",
"viewer.passport.beacon.other": "{count} sources vérifiées ; centrez ce nœud pour l'inspecter",
"viewer.passport.repository.open": "Ouvrir la révision {revision} du dépôt vérifié",
"viewer.passport.source.open": "Ouvrir la source vérifiée {path} à la révision {revision}",
"viewer.passport.source.openLink": "Ouvrir ↗",
"viewer.passport.reach.upstream.one": "Tracer {count} nœud édité en amont",
"viewer.passport.reach.upstream.other": "Tracer {count} nœuds édités en amont",
"viewer.passport.reach.downstream.one": "Tracer {count} nœud édité en aval",
"viewer.passport.reach.downstream.other": "Tracer {count} nœuds édités en aval",
"viewer.passport.reach.noUpstream": "Aucun nœud édité en amont",
"viewer.passport.reach.noDownstream": "Aucun nœud édité en aval",
"viewer.passport.reach.status": "{direction} · {nodes} nœuds · {links} liens · max {hops} sauts",
"viewer.route.eyebrow": "Sonde d'itinéraire",
"viewer.route.start": "Choisir un nœud de départ",
"viewer.route.start.find": "Trouver le départ",
"viewer.route.start.find.aria": "Trouver un départ d'itinéraire",
"viewer.route.copy": "Copier le lien",
"viewer.route.copy.aria": "Copier le lien de l'itinéraire tracé",
"viewer.route.clear": "Effacer",
"viewer.route.clear.aria": "Effacer la sonde d'itinéraire",
"viewer.route.traced": "Itinéraire tracé",
"viewer.route.pickTwo": "Choisissez deux nœuds sémantiques sur le diagramme",
"viewer.route.pickOne": "Choisissez un nœud sémantique sur le diagramme",
"viewer.route.controls": "Contrôles du parcours d'itinéraire",
"viewer.route.previous": "Position précédente de l'itinéraire",
"viewer.route.play": "Lire le parcours de l'itinéraire",
"viewer.route.pause": "Mettre le parcours de l'itinéraire en pause",
"viewer.route.replay": "Rejouer le parcours de l'itinéraire",
"viewer.route.next": "Position suivante de l'itinéraire",
"viewer.route.journey": "Parcours",
"viewer.route.pause.label": "Pause",
"viewer.route.replay.label": "Rejouer",
"viewer.route.overview": "Vue d'ensemble",
"viewer.route.overview.aria": "Afficher la vue d'ensemble complète de l'itinéraire",
"viewer.route.instructions": "Choisissez la source, puis la destination. Le sens compte.",
"viewer.route.destination": "Choisir une destination depuis {label}",
"viewer.route.destination.find": "Trouver une cible",
"viewer.route.destination.find.aria": "Trouver une destination d'itinéraire accessible",
"viewer.route.differentDestination": "Choisir une autre destination",
"viewer.route.distinct": "Un itinéraire nécessite deux nœuds sémantiques distincts.",
"viewer.route.unreachable": "Aucun itinéraire orienté vers {label}",
"viewer.route.unreachable.detail": "{target} n'est pas accessible depuis {source}. Choisissez une destination surlignée.",
"viewer.route.start.instructions": "Sélectionnez la source. L'étape suivante ne révélera que les destinations orientées.",
"viewer.route.copy.success": "Lien de l'itinéraire tracé copié",
"viewer.route.copy.failed": "Impossible de copier le lien de l'itinéraire tracé",
"viewer.route.position": "Position {index} sur {total} de l'itinéraire : {label}",
"viewer.route.step": "Étape {index} sur {total} · {phase} · {label}",
"viewer.route.motionRequired": "Le parcours automatique nécessite le mode Animé",
"viewer.route.trigger.clear": "Effacer l'itinéraire tracé",
"viewer.route.overview.status": "{nodes} · {hops} · itinéraire édité le plus court",
"viewer.route.overview.node.one": "{count} nœud",
"viewer.route.overview.node.other": "{count} nœuds",
"viewer.route.overview.hop.one": "{count} saut orienté",
"viewer.route.overview.hop.other": "{count} sauts orientés",
"viewer.route.phase.playing": "En lecture",
"viewer.route.phase.complete": "Terminé",
"viewer.route.phase.inspecting": "Inspection",
"viewer.route.destination.count.one": "{count} destination orientée disponible. Choisissez un nœud surligné.",
"viewer.route.destination.count.other": "{count} destinations orientées disponibles. Choisissez un nœud surligné.",
"viewer.route.noOutgoing": "Aucun itinéraire sortant ne débute ici. Effacez et choisissez une autre source.",
"viewer.route.result.title": "{source} vers {target}",
"viewer.route.finder.source.title": "Choisir le départ de l'itinéraire",
"viewer.route.finder.source.placeholder": "Rechercher des sources d'itinéraire",
"viewer.route.finder.source.empty": "Aucune source d'itinéraire correspondante",
"viewer.route.finder.source.results": "Nœuds pouvant débuter un itinéraire",
"viewer.route.finder.source.noun": "sources d'itinéraire",
"viewer.route.finder.source.badge": "départ",
"viewer.route.finder.target.title": "Destination depuis {label}",
"viewer.route.finder.target.placeholder": "Rechercher des destinations accessibles",
"viewer.route.finder.target.empty": "Aucune destination accessible correspondante",
"viewer.route.finder.target.results": "Destinations d'itinéraire accessibles",
"viewer.route.finder.target.noun": "destinations accessibles",
"viewer.route.hop.one": "{count} saut",
"viewer.route.hop.other": "{count} sauts",
"viewer.lens.eyebrow": "Lentille sémantique",
"viewer.lens.title": "Comparer les rôles du système",
"viewer.lens.close": "Fermer la lentille sémantique",
"viewer.lens.instruction": "Choisissez jusqu'à deux types sémantiques. Un seul révèle son trafic réel ; deux comparent uniquement les relations éditées directes.",
"viewer.lens.kinds": "Types sémantiques",
"viewer.lens.choose": "Choisissez un type pour inspecter ses nœuds et relations associées.",
"viewer.lens.copy": "Copier le lien de la lentille sémantique",
"viewer.lens.clear": "Effacer la lentille sémantique",
"viewer.lens.open": "Ouvrir la lentille sémantique",
"viewer.lens.openActive": "Ouvrir la lentille sémantique active",
"viewer.lens.legend": "Légende sémantique",
"viewer.lens.legend.inspect.one": "Inspecter {label}, {count} nœud",
"viewer.lens.legend.inspect.other": "Inspecter {label}, {count} nœuds",
"viewer.lens.kind.count.one": "{label}, {count} nœud",
"viewer.lens.kind.count.other": "{label}, {count} nœuds",
"viewer.lens.compare.one": "{first} → {second} : {forward} · {second} → {first} : {reverse} · {count} relation directe",
"viewer.lens.compare.other": "{first} → {second} : {forward} · {second} → {first} : {reverse} · {count} relations directes",
"viewer.lens.single": "{nodes} · {relationships} · les nœuds connectés restent visibles",
"viewer.lens.node.one": "{count} nœud {label}",
"viewer.lens.node.other": "{count} nœuds {label}",
"viewer.lens.relationship.one": "{count} relation associée",
"viewer.lens.relationship.other": "{count} relations associées",
"viewer.radar.title": "Radar sémantique",
"viewer.radar.building": "Construction de la vue d'ensemble",
"viewer.radar.openFull": "Ouvrir le radar sémantique complet",
"viewer.radar.open": "Ouvrir le radar",
"viewer.radar.close": "Fermer le radar sémantique",
"viewer.radar.surface": "Vue d'ensemble du diagramme. Cliquez sur un nœud pour le centrer, ou utilisez les flèches pour vous déplacer.",
"viewer.radar.click": "Cliquer sur le nœud",
"viewer.radar.drag": "Glisser pour se déplacer",
"viewer.radar.space": "Le radar sémantique a besoin de plus d'espace MAP.",
"viewer.radar.nodes": "Nœuds du radar du diagramme sémantique",
"viewer.radar.focus": "Centrer sur {label} depuis le radar sémantique",
"viewer.radar.status": "{count} nœuds · {viewport}",
"viewer.radar.fullMap": "{count} nœuds · carte complète",
"viewer.radar.compacted": "Radar compacté pour éviter de masquer le passeport sémantique ou les contrôles MAP.",
"viewer.radar.cancelWaiting": "Annuler l'attente du radar sémantique pour plus d'espace MAP",
"viewer.radar.needsSpace": "Le radar sémantique a besoin de plus d'espace MAP visible",
"viewer.radar.viewport.full": "carte complète",
"viewer.radar.viewport.width": "{percent} % de largeur",
"viewer.radar.viewport.scale": "{percent} % du viewport",
"viewer.nav.controls": "Contrôles de la vue du diagramme",
"viewer.nav.route": "Tracer un itinéraire orienté",
"viewer.nav.route.title": "Tracer l'itinéraire (R)",
"viewer.nav.route.short": "ROUTE",
"viewer.nav.radar": "Ouvrir le radar sémantique",
"viewer.nav.radar.title": "Radar sémantique (M)",
"viewer.nav.radar.short": "CARTE",
"viewer.nav.lens": "Ouvrir la lentille sémantique",
"viewer.nav.lens.title": "Lentille sémantique (L)",
"viewer.nav.lens.short": "LENTILLE",
"viewer.nav.find": "Trouver un nœud",
"viewer.nav.find.title": "Trouver un nœud (/)",
"viewer.nav.guide": "Ouvrir le guide du diagramme",
"viewer.nav.guide.title": "Guide du diagramme (?)",
"viewer.nav.zoomOut": "Zoom arrière",
"viewer.nav.zoomOut.title": "Zoom arrière (-)",
"viewer.nav.reset": "Réinitialiser la vue du diagramme",
"viewer.nav.reset.title": "Réinitialiser la vue (0)",
"viewer.nav.read": "LIRE",
"viewer.nav.zoomIn": "Zoom avant",
"viewer.nav.zoomIn.title": "Zoom avant (+)",
"viewer.nav.camera": "{hint}. Réinitialiser la vue du diagramme",
"viewer.nav.camera.title": "{semantic}{hint} · réinitialiser la vue (0)",
"viewer.nav.camera.semantic": "Caméra sémantique active · ",
"viewer.nav.level.map": "CARTE",
"viewer.nav.level.read": "LIRE",
"viewer.nav.level.full": "COMPLET",
"viewer.nav.level.auto": "AUTO",
"viewer.nav.detail.map": "Zoomez pour révéler les libellés des relations et le contexte des nœuds",
"viewer.nav.detail.read": "Zoomez à nouveau pour révéler les étiquettes et annotations",
"viewer.nav.detail.full": "Détail complet du diagramme",
"viewer.intent.summary": "{label}. {out} sortantes, {in} entrantes{loops}. {total} connexions. Appuyez sur Entrée pour les détails.",
"viewer.intent.loops": ", {count} boucle propre",
"viewer.common.copied": "Copié",
"viewer.common.copyFailed": "Échec de la copie",
"viewer.common.copyLink": "Copier le lien",
"viewer.common.clear": "Effacer",
"viewer.common.close": "Fermer"
}
vendor/archify/examples/locales/fr.partial.json
Vendored
+22
View File
@@ -0,0 +1,22 @@
{
"page.title": "Diagramme {title}",
"diagram.description.architecture": "Un diagramme d'architecture généré par Archify.",
"legend.title": "Légende",
"node.focus": "Focus {label}",
"node.context.architecture": "Composant d'architecture",
"viewer.kind.frontend": "Frontend",
"viewer.kind.backend": "Backend",
"viewer.export.button": "Exporter",
"viewer.export.button.title": "Exporter le diagramme (E)",
"viewer.export.diagram": "Exporter le diagramme",
"viewer.finder.title": "Rechercher un nœud",
"viewer.route.eyebrow": "Sonde d'itinéraire",
"viewer.route.overview.node.one": "{count} nœud",
"viewer.route.overview.node.other": "{count} nœuds",
"viewer.guide.eyebrow": "Guide du diagramme",
"viewer.nav.controls": "Contrôles de vue du diagramme",
"viewer.theme.toggle": "Changer de thème",
"viewer.preset.classic": "Classique",
"viewer.common.close": "Fermer",
"viewer.common.copyLink": "Copier le lien"
}
vendor/archify/examples/locales/it.json
Vendored
+425
View File
@@ -0,0 +1,425 @@
{
"page.title": "{title} · Diagramma",
"diagram.description.architecture": "Un diagramma di architettura generato da Archify.",
"diagram.description.workflow": "Un diagramma di flusso di lavoro generato da Archify.",
"diagram.description.sequence": "Un diagramma di sequenza generato da Archify.",
"diagram.description.dataflow": "Un diagramma di flusso dati generato da Archify.",
"diagram.description.lifecycle": "Un diagramma di ciclo di vita generato da Archify.",
"node.focus": "Metti a fuoco {label}",
"node.focus.detail": "Metti a fuoco {label}, {detail}",
"node.context.architecture": "Componente di architettura",
"node.context.workflow": "Nodo del flusso di lavoro",
"node.context.sequence": "Partecipante alla sequenza",
"node.context.dataflow": "Nodo del flusso dati",
"node.context.lifecycle": "Stato del ciclo di vita",
"legend.title": "Legenda",
"legend.architecture.frontend": "Frontend",
"legend.architecture.backend": "Backend",
"legend.architecture.database": "Database",
"legend.architecture.cloud": "Cloud",
"legend.architecture.security": "Sicurezza",
"legend.architecture.messagebus": "Bus di messaggi",
"legend.architecture.external": "Esterno",
"legend.workflow.frontend": "Interfaccia utente",
"legend.workflow.backend": "Logica dell'agente",
"legend.workflow.security": "Criterio",
"legend.workflow.messagebus": "Azione dello strumento",
"legend.workflow.database": "Contesto / traccia",
"legend.workflow.cloud": "Servizio cloud",
"legend.workflow.external": "Sistema esterno",
"legend.sequence.emphasis": "richiesta principale",
"legend.sequence.return": "risposta",
"legend.sequence.security": "sicurezza",
"legend.sequence.dashed": "traccia asincrona",
"legend.sequence.default": "messaggio",
"legend.dataflow.emphasis": "dati primari",
"legend.dataflow.security": "criterio / PII",
"legend.dataflow.dashed": "batch asincrono",
"legend.dataflow.database": "archivio dati",
"legend.dataflow.default": "flusso dati",
"legend.lifecycle.start": "stato iniziale",
"legend.lifecycle.active": "attivo",
"legend.lifecycle.waiting": "attesa",
"legend.lifecycle.decision": "decisione",
"legend.lifecycle.success": "successo",
"legend.lifecycle.failure": "errore / uscita",
"legend.lifecycle.neutral": "neutro",
"legend.lifecycle.external": "esterno",
"legend.lifecycle.final": "stato finale",
"viewer.kind.frontend": "Frontend",
"viewer.kind.backend": "Backend",
"viewer.kind.database": "Database",
"viewer.kind.cloud": "Cloud",
"viewer.kind.security": "Sicurezza",
"viewer.kind.messagebus": "Bus di messaggi",
"viewer.kind.external": "Esterno",
"viewer.kind.neutral": "Neutro",
"viewer.kind.node": "Nodo",
"viewer.kind.start": "Inizio",
"viewer.kind.active": "Attivo",
"viewer.kind.waiting": "In attesa",
"viewer.kind.decision": "Decisione",
"viewer.kind.success": "Successo",
"viewer.kind.failure": "Errore",
"viewer.toolbar.actions": "Azioni del diagramma",
"viewer.theme.toggle.title": "Cambia tema (T)",
"viewer.theme.toggle": "Cambia tema colore",
"viewer.theme.dark": "Scuro",
"viewer.theme.light": "Chiaro",
"viewer.preset.choose.title": "Scegli lo stile visivo (S per scorrere)",
"viewer.preset.choose": "Scegli lo stile visivo",
"viewer.preset.style": "Stile",
"viewer.preset.menu": "Stile visivo",
"viewer.preset.identity": "Identità visiva",
"viewer.preset.cycles": "S per scorrere",
"viewer.preset.classic": "Classico",
"viewer.preset.classic.short": "Classico",
"viewer.preset.classic.hint": "Predefinito tecnico stabile",
"viewer.preset.flow": "Flusso di segnale",
"viewer.preset.flow.short": "Flusso",
"viewer.preset.flow.hint": "Presentazione dinamica",
"viewer.preset.blueprint": "Progetto",
"viewer.preset.blueprint.hint": "Revisione tecnica",
"viewer.preset.editorial": "Editoriale",
"viewer.preset.editorial.hint": "Note di pubblicazione e lancio",
"viewer.preset.badge.signalFlow": "FLUSSO DI SEGNALE",
"viewer.preset.badge.blueprint": "PROGETTO / REV. 01",
"viewer.preset.badge.editorial": "EDITORIALE / NOTA SUL CAMPO",
"viewer.preset.badge.editorialPlate": "ARCHIFY / TAVOLA 04",
"viewer.preset.current": "Stile visivo: {style}. Scegli lo stile visivo",
"viewer.motion.live": "Attiva",
"viewer.motion.still": "Statica",
"viewer.motion.pause": "Metti in pausa l'animazione",
"viewer.motion.resume": "Riprendi l'animazione",
"viewer.motion.reduced": "Animazione in pausa per preferenza di movimento ridotto",
"viewer.motion.hidden": "Animazione in pausa mentre la pagina è nascosta",
"viewer.motion.yielding": "Metti in pausa l'animazione; attualmente cede il posto a {owner}",
"viewer.motion.yielding.title": "Anteprima dinamica attiva · cede il posto a {owner}",
"viewer.owner.route": "Esplora percorso",
"viewer.owner.lens": "Lente semantica",
"viewer.owner.relationship": "Anteprima relazione",
"viewer.owner.intent": "Traccia intento",
"viewer.owner.focus": "focus semantico",
"viewer.owner.legend": "anteprima legenda",
"viewer.owner.reader": "interazione del lettore",
"viewer.present.enter": "Entra in modalità presentazione",
"viewer.present.enter.title": "Modalità presentazione (F)",
"viewer.present.exit": "Esci dalla modalità presentazione",
"viewer.present.exit.title": "Esci dalla modalità presentazione (F o Esc)",
"viewer.present.present": "Presenta",
"viewer.present.exit.label": "Esci",
"viewer.export.button": "Esporta",
"viewer.export.button.title": "Esporta diagramma (E)",
"viewer.export.diagram": "Esporta diagramma",
"viewer.export.menu": "Esporta",
"viewer.export.subtitle": "Output portatili e puliti",
"viewer.export.share": "Condividi",
"viewer.export.shareCard": "Scheda di condivisione",
"viewer.export.routeShareCard": "Scheda di condivisione del percorso",
"viewer.export.reachShareCard": "Scheda di condivisione della raggiungibilità",
"viewer.export.copyDiagram": "Copia diagramma",
"viewer.export.clipboardPng": "PNG negli appunti",
"viewer.export.raster": "Immagini raster",
"viewer.export.image": "Immagine",
"viewer.export.lossless": "Immagine senza perdita",
"viewer.export.compact": "Immagine compatta",
"viewer.export.modern": "Immagine moderna",
"viewer.export.vectorMotion": "Vettoriale e animazione",
"viewer.export.vectorMotion.heading": "Vettoriale e animazione",
"viewer.export.editable": "Vettoriale modificabile",
"viewer.export.motion6s": "Animazione di 6s",
"viewer.export.unsupported": "Non supportato da questo browser",
"viewer.export.clipboardUnsupported": "La scrittura di immagini negli appunti non è supportata da questo browser",
"viewer.export.clipboardUnsupported.short": "La scrittura di immagini negli appunti non è supportata in questo browser.",
"viewer.export.motionUnavailable": "Cattura dell'animazione non disponibile in questo browser",
"viewer.export.webmUnavailable": "WebM non disponibile in questo browser",
"viewer.export.failed": "Esportazione non riuscita: {message}",
"viewer.export.unknownVariant": "Variante scheda di condivisione sconosciuta: {variant}",
"viewer.export.routeRequired": "Traccia un percorso prima di esportare una scheda di condivisione del percorso",
"viewer.export.reachRequired": "Traccia la raggiungibilità prima di esportare una scheda di condivisione della raggiungibilità",
"viewer.export.unknown": "sconosciuto",
"viewer.export.routeFailed": "Esportazione della scheda di condivisione del percorso non riuscita: {message}",
"viewer.export.reachFailed": "Esportazione della scheda di condivisione della raggiungibilità non riuscita: {message}",
"viewer.export.copyFailed": "Copia non riuscita: {message}",
"viewer.export.copiedPng": "PNG copiato negli appunti",
"viewer.export.downloadedRoute": "Scheda di condivisione del percorso scaricata",
"viewer.export.downloadedReach": "Scheda di condivisione della raggiungibilità scaricata",
"viewer.export.downloadedWebm": "WebM scaricato",
"viewer.export.recording": "Registrazione di 6 secondi di animazione…",
"viewer.export.card.routeSummary.one": "Percorso: {source} → {target} · {count} salto diretto",
"viewer.export.card.routeSummary.other": "Percorso: {source} → {target} · {count} salti diretti",
"viewer.export.card.reachSummary": "{direction} generata da {origin} · {nodes} · {links} · max {hops}",
"viewer.export.card.node.one": "{count} nodo",
"viewer.export.card.node.other": "{count} nodi",
"viewer.export.card.link.one": "{count} collegamento",
"viewer.export.card.link.other": "{count} collegamenti",
"viewer.export.card.hop.one": "{count} salto",
"viewer.export.card.hop.other": "{count} salti",
"viewer.export.card.routeBadge": "ARCHIFY · PERCORSO · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · RAGGIUNGIBILITÀ {direction}",
"viewer.export.direction.upstream": "A monte",
"viewer.export.direction.downstream": "A valle",
"viewer.export.error.canvasUnavailable": "Canvas non disponibile per {label}",
"viewer.export.error.contextUnavailable": "Contesto canvas 2D non disponibile per {label}",
"viewer.export.error.toBlobUnavailable": "canvas.toBlob non disponibile per {label}",
"viewer.export.error.toBlobNull": "canvas.toBlob non ha restituito dati per {label}",
"viewer.export.error.variantsCombined": "Le varianti della scheda di condivisione non possono essere combinate",
"viewer.export.error.viewerState": "L'esportazione della scheda di condivisione non è riuscita a rimuovere lo stato temporaneo del visualizzatore",
"viewer.export.error.routeState": "L'esportazione della scheda del percorso non è riuscita a preservare in modo sicuro il percorso risolto",
"viewer.export.error.reachState": "L'esportazione della scheda di raggiungibilità non è riuscita a preservare in modo sicuro la raggiungibilità generata",
"viewer.export.error.webmRequirements": "L'esportazione dell'animazione WebM richiede un'animazione di traccia e il supporto MediaRecorder del browser",
"viewer.export.error.mediaRecorder": "MediaRecorder non riuscito",
"viewer.export.error.emptyWebm": "MediaRecorder ha prodotto un WebM vuoto",
"viewer.export.error.webmBackground": "Impossibile caricare lo sfondo SVG per l'esportazione WebM",
"viewer.guide.eyebrow": "Guida al diagramma",
"viewer.guide.close": "Chiudi la guida al diagramma",
"viewer.guide.inspecting": "Analisi della semantica compilata",
"viewer.guide.actions": "Azioni di esplorazione del diagramma",
"viewer.guide.find": "Trova un nodo qualsiasi",
"viewer.guide.find.hint": "Cerca etichette, responsabilità, tipi e ID stabili.",
"viewer.guide.route": "Traccia un percorso",
"viewer.guide.route.aria": "Traccia un percorso diretto",
"viewer.guide.route.hint": "Chiedi come si collegano due nodi semantici nella direzione generata.",
"viewer.guide.map": "Guarda l'intero sistema",
"viewer.guide.map.hint": "Apri il Radar semantico con un viewport dal vivo e nodi stabili.",
"viewer.guide.lens": "Confronta i tipi semantici",
"viewer.guide.lens.hint": "Conta i ruoli, mostra il loro traffico e confronta i collegamenti diretti generati.",
"viewer.guide.present": "Entra in modalità presentazione",
"viewer.guide.present.hint": "Assegna il viewport al diagramma dal vivo senza modificare l'esportazione.",
"viewer.guide.shortcuts": "Altre scorciatoie da tastiera",
"viewer.guide.shortcut.export": "Esporta",
"viewer.guide.shortcut.theme": "Tema",
"viewer.guide.shortcut.style": "Stile",
"viewer.guide.shortcut.reset": "Ripristina",
"viewer.guide.shortcut.zoomIn": "Zoom avanti",
"viewer.guide.shortcut.zoomOut": "Zoom indietro",
"viewer.guide.shortcut.close": "Chiudi",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "{count} nodo semantico",
"viewer.guide.fact.node.other": "{count} nodi semantici",
"viewer.guide.fact.relationship.one": "{count} relazione",
"viewer.guide.fact.relationship.other": "{count} relazioni",
"viewer.guide.open": "Apri la guida al diagramma",
"viewer.finder.title": "Trova un nodo",
"viewer.finder.close": "Chiudi il cercatore di nodi",
"viewer.finder.placeholder": "Cerca etichette o ID",
"viewer.finder.search": "Cerca nodi del diagramma",
"viewer.finder.results": "Nodi del diagramma",
"viewer.finder.empty": "Nessun nodo corrispondente",
"viewer.finder.result.focus": "Metti a fuoco {label}",
"viewer.finder.result.routeStart": "Scegli {label} come inizio del percorso",
"viewer.finder.result.routeTarget": "Scegli {label} come destinazione del percorso, {links}",
"viewer.finder.status.empty": "Nessun nodo corrispondente",
"viewer.finder.status.count.one": "{count} nodo corrispondente",
"viewer.finder.status.count.other": "{count} nodi corrispondenti",
"viewer.finder.noun.nodes": "nodi",
"viewer.finder.link.one": "{count} collegamento",
"viewer.finder.link.other": "{count} collegamenti",
"viewer.finder.result.focus.one": "Metti a fuoco {label}, {count} connessione correlata",
"viewer.finder.result.focus.other": "Metti a fuoco {label}, {count} connessioni correlate",
"viewer.finder.status.filtered": "{visible} di {available} {noun}",
"viewer.finder.status.all": "{available} {noun}",
"viewer.passport.eyebrow": "Passaporto semantico",
"viewer.passport.metadata": "Metadati del nodo",
"viewer.passport.evidence": "Fonte verificata",
"viewer.passport.verified": "Fonte verificata",
"viewer.passport.verificationScope": "Verificato rispetto al Git locale alla revisione fissata. L'accesso remoto non è stato verificato.",
"viewer.passport.reach": "Raggiungibilità generata",
"viewer.passport.reach.trace": "Traccia la raggiungibilità generata",
"viewer.passport.upstream": "A monte",
"viewer.passport.downstream": "A valle",
"viewer.passport.upstream.trace": "Traccia la raggiungibilità generata a monte",
"viewer.passport.downstream.trace": "Traccia la raggiungibilità generata a valle",
"viewer.passport.close": "Chiudi il passaporto semantico",
"viewer.passport.copy": "Copia link",
"viewer.passport.copy.focus": "Copia il link al nodo in focus",
"viewer.passport.relations": "Relazioni",
"viewer.passport.relations.show": "Mostra le relazioni collegate",
"viewer.passport.relations.hide": "Nascondi le relazioni collegate",
"viewer.passport.relations.list": "Relazioni collegate",
"viewer.passport.copyRelation": "Copia relazione",
"viewer.passport.copyNode": "Copia nodo",
"viewer.passport.copyPinned": "Copia il link alla relazione fissata",
"viewer.passport.copySource": "Copia il link al nodo di origine",
"viewer.passport.copy.focused.success": "Link del nodo in focus copiato",
"viewer.passport.copy.pinned.success": "Link della relazione fissata copiato",
"viewer.passport.copy.focused.failed": "Impossibile copiare il link del nodo in focus",
"viewer.passport.copy.pinned.failed": "Impossibile copiare il link della relazione fissata",
"viewer.passport.relationship.none": "Nessuna relazione collegata",
"viewer.passport.relationship.count.one": "{count} relazione",
"viewer.passport.relationship.count.other": "{count} relazioni",
"viewer.passport.relationship.show.one": "Mostra {count} relazione collegata",
"viewer.passport.relationship.show.other": "Mostra {count} relazioni collegate",
"viewer.passport.relationship.summary": "{out} in uscita · {in} in entrata{loops}",
"viewer.passport.relationship.loops": " · {count} autoanello",
"viewer.passport.relationship.explorer": "Esploratore delle relazioni dirette",
"viewer.passport.relationship.help": "Usa i tasti freccia per esplorare le relazioni. Premi Invio o Spazio per fissare i dettagli; Esc per annullare.",
"viewer.passport.relationship.loopsBack": "torna su se stesso",
"viewer.passport.relationship.connectsTo": "si collega a",
"viewer.passport.relationship.connectsFrom": "si collega da",
"viewer.passport.relationship.pinned": "Relazione fissata · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "Analizza la relazione {index} di {total}: da {from} a {to}, {label}. Premi Invio per i dettagli.",
"viewer.passport.relationship.group.out": "In uscita",
"viewer.passport.relationship.group.in": "In entrata",
"viewer.passport.relationship.group.loop": "Autoanelli",
"viewer.passport.relationship.row": "{group}: {relationship}, {neighbor}",
"viewer.passport.relationship.direction.out": "USCITA →",
"viewer.passport.relationship.direction.in": "← ENTRATA",
"viewer.passport.relationship.direction.loop": "ANELLO",
"viewer.passport.sourceCount.one": "{count} riferimento a fonte verificata",
"viewer.passport.sourceCount.other": "{count} riferimenti a fonti verificate",
"viewer.passport.sourceMarker": "FONTE",
"viewer.passport.beacon.one": "{count} fonte verificata; metti a fuoco questo nodo per analizzarla",
"viewer.passport.beacon.other": "{count} fonti verificate; metti a fuoco questo nodo per analizzarle",
"viewer.passport.repository.open": "Apri la revisione {revision} del repository verificato",
"viewer.passport.source.open": "Apri la fonte verificata {path} alla revisione {revision}",
"viewer.passport.source.openLink": "Apri ↗",
"viewer.passport.reach.upstream.one": "Traccia {count} nodo generato a monte",
"viewer.passport.reach.upstream.other": "Traccia {count} nodi generati a monte",
"viewer.passport.reach.downstream.one": "Traccia {count} nodo generato a valle",
"viewer.passport.reach.downstream.other": "Traccia {count} nodi generati a valle",
"viewer.passport.reach.noUpstream": "Nessun nodo generato a monte",
"viewer.passport.reach.noDownstream": "Nessun nodo generato a valle",
"viewer.passport.reach.status": "{direction} · {nodes} nodi · {links} collegamenti · max {hops} salti",
"viewer.route.eyebrow": "Esplora percorso",
"viewer.route.start": "Scegli un nodo di partenza",
"viewer.route.start.find": "Trova partenza",
"viewer.route.start.find.aria": "Trova una partenza del percorso",
"viewer.route.copy": "Copia link",
"viewer.route.copy.aria": "Copia il link al percorso tracciato",
"viewer.route.clear": "Cancella",
"viewer.route.clear.aria": "Cancella l'esplorazione del percorso",
"viewer.route.traced": "Percorso tracciato",
"viewer.route.pickTwo": "Scegli due nodi semantici sul diagramma",
"viewer.route.pickOne": "Scegli un nodo semantico sul diagramma",
"viewer.route.controls": "Controlli del tragitto del percorso",
"viewer.route.previous": "Posizione precedente nel percorso",
"viewer.route.play": "Riproduci il tragitto del percorso",
"viewer.route.pause": "Metti in pausa il tragitto del percorso",
"viewer.route.replay": "Riavvia il tragitto del percorso",
"viewer.route.next": "Posizione successiva nel percorso",
"viewer.route.journey": "Tragitto",
"viewer.route.pause.label": "Pausa",
"viewer.route.replay.label": "Riavvia",
"viewer.route.overview": "Panoramica",
"viewer.route.overview.aria": "Mostra la panoramica completa del percorso",
"viewer.route.instructions": "Scegli prima l'origine, poi la destinazione. La direzione è importante.",
"viewer.route.destination": "Scegli una destinazione da {label}",
"viewer.route.destination.find": "Trova destinazione",
"viewer.route.destination.find.aria": "Trova una destinazione raggiungibile del percorso",
"viewer.route.differentDestination": "Scegli una destinazione diversa",
"viewer.route.distinct": "Un percorso richiede due nodi semantici distinti.",
"viewer.route.unreachable": "Nessun percorso diretto verso {label}",
"viewer.route.unreachable.detail": "{target} non è raggiungibile da {source}. Scegli una destinazione evidenziata.",
"viewer.route.start.instructions": "Seleziona l'origine. Il passo successivo mostrerà solo le destinazioni dirette.",
"viewer.route.copy.success": "Link del percorso tracciato copiato",
"viewer.route.copy.failed": "Impossibile copiare il link del percorso tracciato",
"viewer.route.position": "Posizione {index} di {total} nel percorso: {label}",
"viewer.route.step": "Passo {index} di {total} · {phase} · {label}",
"viewer.route.motionRequired": "Il tragitto automatico richiede l'animazione attiva",
"viewer.route.trigger.clear": "Cancella il percorso tracciato",
"viewer.route.overview.status": "{nodes} · {hops} · percorso generato più breve",
"viewer.route.overview.node.one": "{count} nodo",
"viewer.route.overview.node.other": "{count} nodi",
"viewer.route.overview.hop.one": "{count} salto diretto",
"viewer.route.overview.hop.other": "{count} salti diretti",
"viewer.route.phase.playing": "In riproduzione",
"viewer.route.phase.complete": "Completato",
"viewer.route.phase.inspecting": "Analisi in corso",
"viewer.route.destination.count.one": "{count} destinazione diretta disponibile. Scegli un nodo evidenziato.",
"viewer.route.destination.count.other": "{count} destinazioni dirette disponibili. Scegli un nodo evidenziato.",
"viewer.route.noOutgoing": "Nessun percorso in uscita da qui. Cancella e scegli un'altra origine.",
"viewer.route.result.title": "{source} verso {target}",
"viewer.route.finder.source.title": "Scegli l'inizio del percorso",
"viewer.route.finder.source.placeholder": "Cerca origini del percorso",
"viewer.route.finder.source.empty": "Nessuna origine del percorso corrispondente",
"viewer.route.finder.source.results": "Nodi che possono avviare un percorso",
"viewer.route.finder.source.noun": "origini del percorso",
"viewer.route.finder.source.badge": "inizio",
"viewer.route.finder.target.title": "Destinazione da {label}",
"viewer.route.finder.target.placeholder": "Cerca destinazioni raggiungibili",
"viewer.route.finder.target.empty": "Nessuna destinazione raggiungibile corrispondente",
"viewer.route.finder.target.results": "Destinazioni raggiungibili del percorso",
"viewer.route.finder.target.noun": "destinazioni raggiungibili",
"viewer.route.hop.one": "{count} salto",
"viewer.route.hop.other": "{count} salti",
"viewer.lens.eyebrow": "Lente semantica",
"viewer.lens.title": "Confronta i ruoli del sistema",
"viewer.lens.close": "Chiudi la lente semantica",
"viewer.lens.instruction": "Scegli fino a due tipi semantici. Uno mostra il traffico reale; due confrontano solo le relazioni dirette generate.",
"viewer.lens.kinds": "Tipi semantici",
"viewer.lens.choose": "Scegli un tipo per analizzarne i nodi e le relazioni collegate.",
"viewer.lens.copy": "Copia il link alla lente semantica",
"viewer.lens.clear": "Cancella la lente semantica",
"viewer.lens.open": "Apri la lente semantica",
"viewer.lens.openActive": "Apri la lente semantica attiva",
"viewer.lens.legend": "Legenda semantica",
"viewer.lens.legend.inspect.one": "Analizza {label}, {count} nodo",
"viewer.lens.legend.inspect.other": "Analizza {label}, {count} nodi",
"viewer.lens.kind.count.one": "{label}, {count} nodo",
"viewer.lens.kind.count.other": "{label}, {count} nodi",
"viewer.lens.compare.one": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} relazione diretta",
"viewer.lens.compare.other": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} relazioni dirette",
"viewer.lens.single": "{nodes} · {relationships} · i nodi collegati restano visibili",
"viewer.lens.node.one": "{count} nodo {label}",
"viewer.lens.node.other": "{count} nodi {label}",
"viewer.lens.relationship.one": "{count} relazione a contatto",
"viewer.lens.relationship.other": "{count} relazioni a contatto",
"viewer.radar.title": "Radar semantico",
"viewer.radar.building": "Costruzione della panoramica",
"viewer.radar.openFull": "Apri il radar semantico completo",
"viewer.radar.open": "Apri radar",
"viewer.radar.close": "Chiudi il radar semantico",
"viewer.radar.surface": "Panoramica del diagramma. Clicca su un nodo per metterlo a fuoco, oppure usa i tasti freccia per scorrere.",
"viewer.radar.click": "Clicca sul nodo",
"viewer.radar.drag": "Trascina per scorrere",
"viewer.radar.space": "Il radar semantico richiede più spazio nella MAPPA.",
"viewer.radar.nodes": "Nodi del radar semantico del diagramma",
"viewer.radar.focus": "Metti a fuoco {label} dal radar semantico",
"viewer.radar.status": "{count} nodi · {viewport}",
"viewer.radar.fullMap": "{count} nodi · mappa completa",
"viewer.radar.compacted": "Radar compattato per evitare di coprire il passaporto semantico o i controlli della MAPPA.",
"viewer.radar.cancelWaiting": "Annulla l'attesa del radar semantico per più spazio nella MAPPA",
"viewer.radar.needsSpace": "Il radar semantico richiede più spazio visibile nella MAPPA",
"viewer.radar.viewport.full": "mappa completa",
"viewer.radar.viewport.width": "{percent}% di larghezza",
"viewer.radar.viewport.scale": "{percent}% del viewport",
"viewer.nav.controls": "Controlli della vista del diagramma",
"viewer.nav.route": "Traccia un percorso diretto",
"viewer.nav.route.title": "Traccia percorso (R)",
"viewer.nav.route.short": "PERCORSO",
"viewer.nav.radar": "Apri il radar semantico",
"viewer.nav.radar.title": "Radar semantico (M)",
"viewer.nav.radar.short": "MAPPA",
"viewer.nav.lens": "Apri la lente semantica",
"viewer.nav.lens.title": "Lente semantica (L)",
"viewer.nav.lens.short": "LENTE",
"viewer.nav.find": "Trova un nodo",
"viewer.nav.find.title": "Trova un nodo (/)",
"viewer.nav.guide": "Apri la guida al diagramma",
"viewer.nav.guide.title": "Guida al diagramma (?)",
"viewer.nav.zoomOut": "Zoom indietro",
"viewer.nav.zoomOut.title": "Zoom indietro (-)",
"viewer.nav.reset": "Ripristina la vista del diagramma",
"viewer.nav.reset.title": "Ripristina vista (0)",
"viewer.nav.read": "LEGGI",
"viewer.nav.zoomIn": "Zoom avanti",
"viewer.nav.zoomIn.title": "Zoom avanti (+)",
"viewer.nav.camera": "{hint}. Ripristina la vista del diagramma",
"viewer.nav.camera.title": "{semantic}{hint} · ripristina vista (0)",
"viewer.nav.camera.semantic": "Camera semantica attiva · ",
"viewer.nav.level.map": "MAPPA",
"viewer.nav.level.read": "LEGGI",
"viewer.nav.level.full": "COMPLETO",
"viewer.nav.level.auto": "AUTO",
"viewer.nav.detail.map": "Ingrandisci per mostrare le etichette delle relazioni e il contesto dei nodi",
"viewer.nav.detail.read": "Ingrandisci ancora per mostrare tag e annotazioni",
"viewer.nav.detail.full": "Dettaglio completo del diagramma",
"viewer.intent.summary": "{label}. {out} in uscita, {in} in entrata{loops}. {total} connessioni. Premi Invio per i dettagli.",
"viewer.intent.loops": ", {count} autoanello",
"viewer.common.copied": "Copiato",
"viewer.common.copyFailed": "Copia non riuscita",
"viewer.common.copyLink": "Copia link",
"viewer.common.clear": "Cancella",
"viewer.common.close": "Chiudi"
}
vendor/archify/examples/locales/ja.json
Vendored
+425
View File
@@ -0,0 +1,425 @@
{
"page.title": "{title} ダイアグラム",
"diagram.description.architecture": "Archifyで生成されたアーキテクチャ図です。",
"diagram.description.workflow": "Archifyで生成されたワークフロー図です。",
"diagram.description.sequence": "Archifyで生成されたシーケンス図です。",
"diagram.description.dataflow": "Archifyで生成されたデータフロー図です。",
"diagram.description.lifecycle": "Archifyで生成されたライフサイクル図です。",
"node.focus": "{label} にフォーカス",
"node.focus.detail": "{label} にフォーカス、{detail}",
"node.context.architecture": "アーキテクチャコンポーネント",
"node.context.workflow": "ワークフローノード",
"node.context.sequence": "シーケンス参加者",
"node.context.dataflow": "データフローノード",
"node.context.lifecycle": "ライフサイクル状態",
"legend.title": "凡例",
"legend.architecture.frontend": "フロントエンド",
"legend.architecture.backend": "バックエンド",
"legend.architecture.database": "データベース",
"legend.architecture.cloud": "クラウド",
"legend.architecture.security": "セキュリティ",
"legend.architecture.messagebus": "メッセージバス",
"legend.architecture.external": "外部",
"legend.workflow.frontend": "ユーザーUI",
"legend.workflow.backend": "エージェントロジック",
"legend.workflow.security": "ポリシー",
"legend.workflow.messagebus": "ツール実行",
"legend.workflow.database": "コンテキスト / トレース",
"legend.workflow.cloud": "クラウドサービス",
"legend.workflow.external": "外部システム",
"legend.sequence.emphasis": "主要リクエスト",
"legend.sequence.return": "戻り値",
"legend.sequence.security": "セキュリティ",
"legend.sequence.dashed": "非同期トレース",
"legend.sequence.default": "メッセージ",
"legend.dataflow.emphasis": "主要データ",
"legend.dataflow.security": "ポリシー / PII",
"legend.dataflow.dashed": "非同期バッチ",
"legend.dataflow.database": "データストア",
"legend.dataflow.default": "データフロー",
"legend.lifecycle.start": "初期状態",
"legend.lifecycle.active": "アクティブ",
"legend.lifecycle.waiting": "待機",
"legend.lifecycle.decision": "判断",
"legend.lifecycle.success": "成功",
"legend.lifecycle.failure": "失敗 / 終了",
"legend.lifecycle.neutral": "中立",
"legend.lifecycle.external": "外部",
"legend.lifecycle.final": "終了状態",
"viewer.kind.frontend": "フロントエンド",
"viewer.kind.backend": "バックエンド",
"viewer.kind.database": "データベース",
"viewer.kind.cloud": "クラウド",
"viewer.kind.security": "セキュリティ",
"viewer.kind.messagebus": "メッセージバス",
"viewer.kind.external": "外部",
"viewer.kind.neutral": "中立",
"viewer.kind.node": "ノード",
"viewer.kind.start": "開始",
"viewer.kind.active": "アクティブ",
"viewer.kind.waiting": "待機",
"viewer.kind.decision": "判断",
"viewer.kind.success": "成功",
"viewer.kind.failure": "失敗",
"viewer.toolbar.actions": "ダイアグラム操作",
"viewer.theme.toggle.title": "テーマ切替 (T)",
"viewer.theme.toggle": "カラーテーマを切替",
"viewer.theme.dark": "ダーク",
"viewer.theme.light": "ライト",
"viewer.preset.choose.title": "ビジュアルスタイルを選択 (Sで循環)",
"viewer.preset.choose": "ビジュアルスタイルを選択",
"viewer.preset.style": "スタイル",
"viewer.preset.menu": "ビジュアルスタイル",
"viewer.preset.identity": "ビジュアルアイデンティティ",
"viewer.preset.cycles": "Sで循環",
"viewer.preset.classic": "クラシック",
"viewer.preset.classic.short": "クラシック",
"viewer.preset.classic.hint": "安定した技術標準",
"viewer.preset.flow": "シグナルフロー",
"viewer.preset.flow.short": "フロー",
"viewer.preset.flow.hint": "動きを強調した表現",
"viewer.preset.blueprint": "ブループリント",
"viewer.preset.blueprint.hint": "エンジニアリングレビュー向け",
"viewer.preset.editorial": "エディトリアル",
"viewer.preset.editorial.hint": "発行・公開ノート向け",
"viewer.preset.badge.signalFlow": "シグナルフロー",
"viewer.preset.badge.blueprint": "ブループリント / 改訂01",
"viewer.preset.badge.editorial": "エディトリアル / フィールドノート",
"viewer.preset.badge.editorialPlate": "ARCHIFY / プレート04",
"viewer.preset.current": "ビジュアルスタイル: {style}。ビジュアルスタイルを選択",
"viewer.motion.live": "ライブ",
"viewer.motion.still": "静止",
"viewer.motion.pause": "動きを一時停止",
"viewer.motion.resume": "動きを再開",
"viewer.motion.reduced": "「視差効果を減らす」設定により動きを一時停止しました",
"viewer.motion.hidden": "このページが非表示のため動きを一時停止しました",
"viewer.motion.yielding": "動きを一時停止、現在 {owner} に譲っています",
"viewer.motion.yielding.title": "ライブプレビュー有効 · {owner} に譲っています",
"viewer.owner.route": "ルートプローブ",
"viewer.owner.lens": "セマンティックレンズ",
"viewer.owner.relationship": "関係性プレビュー",
"viewer.owner.intent": "インテントトレース",
"viewer.owner.focus": "セマンティックフォーカス",
"viewer.owner.legend": "凡例プレビュー",
"viewer.owner.reader": "読者の操作",
"viewer.present.enter": "プレゼンテーションステージに入る",
"viewer.present.enter.title": "プレゼンテーションステージ (F)",
"viewer.present.exit": "プレゼンテーションステージを終了",
"viewer.present.exit.title": "プレゼンテーションステージを終了 (F または Escape)",
"viewer.present.present": "プレゼンテーション",
"viewer.present.exit.label": "終了",
"viewer.export.button": "エクスポート",
"viewer.export.button.title": "ダイアグラムをエクスポート (E)",
"viewer.export.diagram": "ダイアグラムをエクスポート",
"viewer.export.menu": "エクスポート",
"viewer.export.subtitle": "持ち運びやすくクリーンな出力",
"viewer.export.share": "共有",
"viewer.export.shareCard": "シェアカード",
"viewer.export.routeShareCard": "ルートシェアカード",
"viewer.export.reachShareCard": "到達範囲シェアカード",
"viewer.export.copyDiagram": "ダイアグラムをコピー",
"viewer.export.clipboardPng": "PNGをクリップボードへ",
"viewer.export.raster": "ラスター画像",
"viewer.export.image": "画像",
"viewer.export.lossless": "無劣化画像",
"viewer.export.compact": "コンパクト画像",
"viewer.export.modern": "モダン画像",
"viewer.export.vectorMotion": "ベクターとモーション",
"viewer.export.vectorMotion.heading": "ベクター & モーション",
"viewer.export.editable": "編集可能なベクター",
"viewer.export.motion6s": "6秒のモーション",
"viewer.export.unsupported": "このブラウザではサポートされていません",
"viewer.export.clipboardUnsupported": "このブラウザはクリップボードへの画像書き込みに対応していません",
"viewer.export.clipboardUnsupported.short": "このブラウザはクリップボードへの画像書き込みに対応していません。",
"viewer.export.motionUnavailable": "このブラウザではモーションキャプチャを利用できません",
"viewer.export.webmUnavailable": "このブラウザではWebMを利用できません",
"viewer.export.failed": "エクスポートに失敗しました: {message}",
"viewer.export.unknownVariant": "不明なシェアカードの種類です: {variant}",
"viewer.export.routeRequired": "ルートシェアカードをエクスポートする前にルートをトレースしてください",
"viewer.export.reachRequired": "到達範囲シェアカードをエクスポートする前に編集済みの到達範囲をトレースしてください",
"viewer.export.unknown": "不明",
"viewer.export.routeFailed": "ルートシェアカードのエクスポートに失敗しました: {message}",
"viewer.export.reachFailed": "到達範囲シェアカードのエクスポートに失敗しました: {message}",
"viewer.export.copyFailed": "コピーに失敗しました: {message}",
"viewer.export.copiedPng": "PNGをクリップボードにコピーしました",
"viewer.export.downloadedRoute": "ルートシェアカードをダウンロードしました",
"viewer.export.downloadedReach": "到達範囲シェアカードをダウンロードしました",
"viewer.export.downloadedWebm": "WebMをダウンロードしました",
"viewer.export.recording": "6秒間のモーションを録画中…",
"viewer.export.card.routeSummary.one": "ルート: {source} → {target} · {count} 個の有向ホップ",
"viewer.export.card.routeSummary.other": "ルート: {source} → {target} · {count} 個の有向ホップ",
"viewer.export.card.reachSummary": "{origin} からの編集済み{direction} · {nodes} · {links} · 最大{hops}",
"viewer.export.card.node.one": "{count} 個のノード",
"viewer.export.card.node.other": "{count} 個のノード",
"viewer.export.card.link.one": "{count} 個の接続",
"viewer.export.card.link.other": "{count} 個の接続",
"viewer.export.card.hop.one": "{count} ホップ",
"viewer.export.card.hop.other": "{count} ホップ",
"viewer.export.card.routeBadge": "ARCHIFY · ROUTE · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · {direction} REACH",
"viewer.export.direction.upstream": "アップストリーム",
"viewer.export.direction.downstream": "ダウンストリーム",
"viewer.export.error.canvasUnavailable": "{label} のキャンバスを利用できません",
"viewer.export.error.contextUnavailable": "{label} の2Dキャンバスコンテキストを利用できません",
"viewer.export.error.toBlobUnavailable": "{label} でcanvas.toBlobを利用できません",
"viewer.export.error.toBlobNull": "{label} のcanvas.toBlobがデータを返しませんでした",
"viewer.export.error.variantsCombined": "シェアカードの種類は組み合わせられません",
"viewer.export.error.viewerState": "シェアカードのエクスポートで一時的なビューアー状態を削除できませんでした",
"viewer.export.error.routeState": "ルートカードのエクスポートで解決済みルートを安全に保持できませんでした",
"viewer.export.error.reachState": "到達範囲カードのエクスポートで編集済み到達範囲を安全に保持できませんでした",
"viewer.export.error.webmRequirements": "WebMモーションのエクスポートにはトレースアニメーションとブラウザのMediaRecorder対応が必要です",
"viewer.export.error.mediaRecorder": "MediaRecorderが失敗しました",
"viewer.export.error.emptyWebm": "MediaRecorderが空のWebMを生成しました",
"viewer.export.error.webmBackground": "WebMエクスポート用のSVG背景を読み込めませんでした",
"viewer.guide.eyebrow": "ダイアグラムガイド",
"viewer.guide.close": "ダイアグラムガイドを閉じる",
"viewer.guide.inspecting": "コンパイル済みセマンティクスを検査中",
"viewer.guide.actions": "ダイアグラム探索アクション",
"viewer.guide.find": "任意のノードを検索",
"viewer.guide.find.hint": "ラベル、役割、種類、固定IDで検索します。",
"viewer.guide.route": "ルートをトレース",
"viewer.guide.route.aria": "有向ルートをトレース",
"viewer.guide.route.hint": "2つのセマンティックノードが編集済みの方向でどう接続されているかを確認します。",
"viewer.guide.map": "システム全体を表示",
"viewer.guide.map.hint": "ライブビューポートと固定ノードを持つセマンティックレーダーを開きます。",
"viewer.guide.lens": "セマンティックな種類を比較",
"viewer.guide.lens.hint": "役割を数え、そのトラフィックを表示し、直接編集されたリンクを比較します。",
"viewer.guide.present": "プレゼンテーションステージに入る",
"viewer.guide.present.hint": "エクスポートを変更せずに、ライブダイアグラムにビューポート全体を割り当てます。",
"viewer.guide.shortcuts": "その他のキーボードショートカット",
"viewer.guide.shortcut.export": "エクスポート",
"viewer.guide.shortcut.theme": "テーマ",
"viewer.guide.shortcut.style": "スタイル",
"viewer.guide.shortcut.reset": "リセット",
"viewer.guide.shortcut.zoomIn": "拡大",
"viewer.guide.shortcut.zoomOut": "縮小",
"viewer.guide.shortcut.close": "閉じる",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "{count} 個のセマンティックノード",
"viewer.guide.fact.node.other": "{count} 個のセマンティックノード",
"viewer.guide.fact.relationship.one": "{count} 件の関係",
"viewer.guide.fact.relationship.other": "{count} 件の関係",
"viewer.guide.open": "ダイアグラムガイドを開く",
"viewer.finder.title": "ノードを検索",
"viewer.finder.close": "ノード検索を閉じる",
"viewer.finder.placeholder": "ラベルまたはIDで検索",
"viewer.finder.search": "ダイアグラムノードを検索",
"viewer.finder.results": "ダイアグラムノード",
"viewer.finder.empty": "一致するノードがありません",
"viewer.finder.result.focus": "{label} にフォーカス",
"viewer.finder.result.routeStart": "{label} をルートの起点として選択",
"viewer.finder.result.routeTarget": "{label} をルートの終点として選択、{links}",
"viewer.finder.status.empty": "一致するノードがありません",
"viewer.finder.status.count.one": "一致するノード {count} 個",
"viewer.finder.status.count.other": "一致するノード {count} 個",
"viewer.finder.noun.nodes": "ノード",
"viewer.finder.link.one": "{count} 件の接続",
"viewer.finder.link.other": "{count} 件の接続",
"viewer.finder.result.focus.one": "{label} にフォーカス、関連する接続 {count} 件",
"viewer.finder.result.focus.other": "{label} にフォーカス、関連する接続 {count} 件",
"viewer.finder.status.filtered": "{available} 件の{noun}中 {visible} 件",
"viewer.finder.status.all": "{available} 件の{noun}",
"viewer.passport.eyebrow": "セマンティックパスポート",
"viewer.passport.metadata": "ノードメタデータ",
"viewer.passport.evidence": "検証済みソースの根拠",
"viewer.passport.verified": "検証済みソース",
"viewer.passport.verificationScope": "固定されたリビジョン時点のローカルGitに対して検証済みです。リモートアクセスは確認していません。",
"viewer.passport.reach": "編集済みの到達範囲",
"viewer.passport.reach.trace": "編集済みの到達可能性をトレース",
"viewer.passport.upstream": "アップストリーム",
"viewer.passport.downstream": "ダウンストリーム",
"viewer.passport.upstream.trace": "アップストリームの編集済み到達可能性をトレース",
"viewer.passport.downstream.trace": "ダウンストリームの編集済み到達可能性をトレース",
"viewer.passport.close": "セマンティックパスポートを閉じる",
"viewer.passport.copy": "リンクをコピー",
"viewer.passport.copy.focus": "フォーカス中のノードへのリンクをコピー",
"viewer.passport.relations": "関係",
"viewer.passport.relations.show": "関連する関係を表示",
"viewer.passport.relations.hide": "関連する関係を非表示",
"viewer.passport.relations.list": "関連する関係",
"viewer.passport.copyRelation": "関係をコピー",
"viewer.passport.copyNode": "ノードをコピー",
"viewer.passport.copyPinned": "固定された関係へのリンクをコピー",
"viewer.passport.copySource": "ソースノードへのリンクをコピー",
"viewer.passport.copy.focused.success": "フォーカス中のノードのリンクをコピーしました",
"viewer.passport.copy.pinned.success": "固定された関係のリンクをコピーしました",
"viewer.passport.copy.focused.failed": "フォーカス中のノードのリンクをコピーできませんでした",
"viewer.passport.copy.pinned.failed": "固定された関係のリンクをコピーできませんでした",
"viewer.passport.relationship.none": "関連する関係がありません",
"viewer.passport.relationship.count.one": "{count} 件の関係",
"viewer.passport.relationship.count.other": "{count} 件の関係",
"viewer.passport.relationship.show.one": "関連する関係 {count} 件を表示",
"viewer.passport.relationship.show.other": "関連する関係 {count} 件を表示",
"viewer.passport.relationship.summary": "出向 {out} · 入向 {in}{loops}",
"viewer.passport.relationship.loops": " · 自己ループ {count} 件",
"viewer.passport.relationship.explorer": "直接関係エクスプローラー",
"viewer.passport.relationship.help": "矢印キーで関係を探索します。EnterまたはSpaceで詳細を固定し、Escapeで解除します。",
"viewer.passport.relationship.loopsBack": "ループして戻る",
"viewer.passport.relationship.connectsTo": "接続先",
"viewer.passport.relationship.connectsFrom": "接続元",
"viewer.passport.relationship.pinned": "固定された関係 · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "第 {index}/{total} 件の関係を検査: {from} から {to} へ、{label}。詳細はEnterを押してください。",
"viewer.passport.relationship.group.out": "出向",
"viewer.passport.relationship.group.in": "入向",
"viewer.passport.relationship.group.loop": "自己ループ",
"viewer.passport.relationship.row": "{group}: {relationship}、{neighbor}",
"viewer.passport.relationship.direction.out": "出 →",
"viewer.passport.relationship.direction.in": "← 入",
"viewer.passport.relationship.direction.loop": "ループ",
"viewer.passport.sourceCount.one": "検証済みソース参照 {count} 件",
"viewer.passport.sourceCount.other": "検証済みソース参照 {count} 件",
"viewer.passport.sourceMarker": "出典",
"viewer.passport.beacon.one": "検証済みソース {count} 件。このノードにフォーカスして確認",
"viewer.passport.beacon.other": "検証済みソース {count} 件。このノードにフォーカスして確認",
"viewer.passport.repository.open": "検証済みリポジトリのリビジョン {revision} を開く",
"viewer.passport.source.open": "リビジョン {revision} の検証済みソース {path} を開く",
"viewer.passport.source.openLink": "開く ↗",
"viewer.passport.reach.upstream.one": "アップストリームの編集済みノード {count} 件をトレース",
"viewer.passport.reach.upstream.other": "アップストリームの編集済みノード {count} 件をトレース",
"viewer.passport.reach.downstream.one": "ダウンストリームの編集済みノード {count} 件をトレース",
"viewer.passport.reach.downstream.other": "ダウンストリームの編集済みノード {count} 件をトレース",
"viewer.passport.reach.noUpstream": "アップストリームの編集済みノードがありません",
"viewer.passport.reach.noDownstream": "ダウンストリームの編集済みノードがありません",
"viewer.passport.reach.status": "{direction} · ノード {nodes} 件 · 接続 {links} 件 · 最大 {hops} ホップ",
"viewer.route.eyebrow": "ルートプローブ",
"viewer.route.start": "開始ノードを選択",
"viewer.route.start.find": "開始点を検索",
"viewer.route.start.find.aria": "ルートの開始点を検索",
"viewer.route.copy": "リンクをコピー",
"viewer.route.copy.aria": "トレース済みルートへのリンクをコピー",
"viewer.route.clear": "クリア",
"viewer.route.clear.aria": "ルートプローブをクリア",
"viewer.route.traced": "トレース済みルート",
"viewer.route.pickTwo": "ダイアグラム上で2つのセマンティックノードを選択してください",
"viewer.route.pickOne": "ダイアグラム上でセマンティックノードを1つ選択してください",
"viewer.route.controls": "ルートジャーニーのコントロール",
"viewer.route.previous": "前のルート位置",
"viewer.route.play": "ルートジャーニーを再生",
"viewer.route.pause": "ルートジャーニーを一時停止",
"viewer.route.replay": "ルートジャーニーをリプレイ",
"viewer.route.next": "次のルート位置",
"viewer.route.journey": "ジャーニー",
"viewer.route.pause.label": "一時停止",
"viewer.route.replay.label": "リプレイ",
"viewer.route.overview": "概要",
"viewer.route.overview.aria": "ルート全体の概要を表示",
"viewer.route.instructions": "起点を選択してから終点を選択してください。方向が重要です。",
"viewer.route.destination": "{label} からの終点を選択",
"viewer.route.destination.find": "終点を検索",
"viewer.route.destination.find.aria": "到達可能なルートの終点を検索",
"viewer.route.differentDestination": "別の終点を選択",
"viewer.route.distinct": "ルートには2つの異なるセマンティックノードが必要です。",
"viewer.route.unreachable": "{label} への有向ルートがありません",
"viewer.route.unreachable.detail": "{source} から {target} には到達できません。ハイライトされた終点を選択してください。",
"viewer.route.start.instructions": "起点を選択してください。次のステップでは有向の終点のみが表示されます。",
"viewer.route.copy.success": "トレース済みルートのリンクをコピーしました",
"viewer.route.copy.failed": "ルートのリンクをコピーできませんでした",
"viewer.route.position": "ルート位置 {index}/{total}: {label}",
"viewer.route.step": "ステップ {index}/{total} · {phase} · {label}",
"viewer.route.motionRequired": "自動ジャーニーにはライブモーションが必要です",
"viewer.route.trigger.clear": "トレース済みルートをクリア",
"viewer.route.overview.status": "{nodes} · {hops} · 最短の編集済みルート",
"viewer.route.overview.node.one": "{count} 個のノード",
"viewer.route.overview.node.other": "{count} 個のノード",
"viewer.route.overview.hop.one": "{count} 有向ホップ",
"viewer.route.overview.hop.other": "{count} 有向ホップ",
"viewer.route.phase.playing": "再生中",
"viewer.route.phase.complete": "完了",
"viewer.route.phase.inspecting": "検査中",
"viewer.route.destination.count.one": "利用可能な有向終点 {count} 件。ハイライトされたノードを選択してください。",
"viewer.route.destination.count.other": "利用可能な有向終点 {count} 件。ハイライトされたノードを選択してください。",
"viewer.route.noOutgoing": "ここから始まる出向ルートはありません。クリアして別の起点を選択してください。",
"viewer.route.result.title": "{source} から {target}",
"viewer.route.finder.source.title": "ルートの開始点を選択",
"viewer.route.finder.source.placeholder": "ルートの起点を検索",
"viewer.route.finder.source.empty": "一致するルートの起点がありません",
"viewer.route.finder.source.results": "ルートを開始できるノード",
"viewer.route.finder.source.noun": "ルートの起点",
"viewer.route.finder.source.badge": "起点",
"viewer.route.finder.target.title": "{label} からの終点",
"viewer.route.finder.target.placeholder": "到達可能な終点を検索",
"viewer.route.finder.target.empty": "一致する到達可能な終点がありません",
"viewer.route.finder.target.results": "到達可能なルートの終点",
"viewer.route.finder.target.noun": "到達可能な終点",
"viewer.route.hop.one": "{count} ホップ",
"viewer.route.hop.other": "{count} ホップ",
"viewer.lens.eyebrow": "セマンティックレンズ",
"viewer.lens.title": "システムの役割を比較",
"viewer.lens.close": "セマンティックレンズを閉じる",
"viewer.lens.instruction": "セマンティックな種類を最大2つ選択してください。1つ選ぶと実際のトラフィックが表示され、2つ選ぶと直接の編集済み関係のみを比較します。",
"viewer.lens.kinds": "セマンティックな種類",
"viewer.lens.choose": "種類を選択すると、そのノードと接する関係を検査できます。",
"viewer.lens.copy": "セマンティックレンズへのリンクをコピー",
"viewer.lens.clear": "セマンティックレンズをクリア",
"viewer.lens.open": "セマンティックレンズを開く",
"viewer.lens.openActive": "アクティブなセマンティックレンズを開く",
"viewer.lens.legend": "セマンティック凡例",
"viewer.lens.legend.inspect.one": "{label} を検査、{count} 個のノード",
"viewer.lens.legend.inspect.other": "{label} を検査、{count} 個のノード",
"viewer.lens.kind.count.one": "{label}、{count} 個のノード",
"viewer.lens.kind.count.other": "{label}、{count} 個のノード",
"viewer.lens.compare.one": "{first} → {second}: {forward} · {second} → {first}: {reverse} · 直接関係 {count} 件",
"viewer.lens.compare.other": "{first} → {second}: {forward} · {second} → {first}: {reverse} · 直接関係 {count} 件",
"viewer.lens.single": "{nodes} · {relationships} · 接続された周辺ノードは表示されたままです",
"viewer.lens.node.one": "{label} ノード {count} 個",
"viewer.lens.node.other": "{label} ノード {count} 個",
"viewer.lens.relationship.one": "接する関係 {count} 件",
"viewer.lens.relationship.other": "接する関係 {count} 件",
"viewer.radar.title": "セマンティックレーダー",
"viewer.radar.building": "概要を構築中",
"viewer.radar.openFull": "完全なセマンティックレーダーを開く",
"viewer.radar.open": "レーダーを開く",
"viewer.radar.close": "セマンティックレーダーを閉じる",
"viewer.radar.surface": "ダイアグラムの概要です。ノードをクリックしてフォーカスするか、矢印キーでパンできます。",
"viewer.radar.click": "ノードをクリック",
"viewer.radar.drag": "ドラッグしてパン",
"viewer.radar.space": "セマンティックレーダーにはさらにMAPスペースが必要です。",
"viewer.radar.nodes": "セマンティックダイアグラムのレーダーノード",
"viewer.radar.focus": "セマンティックレーダーから {label} にフォーカス",
"viewer.radar.status": "{count} 個のノード · {viewport}",
"viewer.radar.fullMap": "{count} 個のノード · 全体マップ",
"viewer.radar.compacted": "セマンティックパスポートやMAPコントロールを覆わないよう、レーダーを縮小しました。",
"viewer.radar.cancelWaiting": "MAPスペースの確保待ちのセマンティックレーダーをキャンセル",
"viewer.radar.needsSpace": "セマンティックレーダーには表示可能なMAPスペースがさらに必要です",
"viewer.radar.viewport.full": "全体マップ",
"viewer.radar.viewport.width": "幅 {percent}%",
"viewer.radar.viewport.scale": "ビューポート {percent}%",
"viewer.nav.controls": "ダイアグラム表示コントロール",
"viewer.nav.route": "有向ルートをトレース",
"viewer.nav.route.title": "ルートをトレース (R)",
"viewer.nav.route.short": "パス",
"viewer.nav.radar": "セマンティックレーダーを開く",
"viewer.nav.radar.title": "セマンティックレーダー (M)",
"viewer.nav.radar.short": "マップ",
"viewer.nav.lens": "セマンティックレンズを開く",
"viewer.nav.lens.title": "セマンティックレンズ (L)",
"viewer.nav.lens.short": "レンズ",
"viewer.nav.find": "ノードを検索",
"viewer.nav.find.title": "ノードを検索 (/)",
"viewer.nav.guide": "ダイアグラムガイドを開く",
"viewer.nav.guide.title": "ダイアグラムガイド (?)",
"viewer.nav.zoomOut": "縮小",
"viewer.nav.zoomOut.title": "縮小 (-)",
"viewer.nav.reset": "ダイアグラム表示をリセット",
"viewer.nav.reset.title": "表示をリセット (0)",
"viewer.nav.read": "閲覧",
"viewer.nav.zoomIn": "拡大",
"viewer.nav.zoomIn.title": "拡大 (+)",
"viewer.nav.camera": "{hint}。ダイアグラム表示をリセット",
"viewer.nav.camera.title": "{semantic}{hint} · 表示をリセット (0)",
"viewer.nav.camera.semantic": "セマンティックカメラ有効 · ",
"viewer.nav.level.map": "マップ",
"viewer.nav.level.read": "閲覧",
"viewer.nav.level.full": "全体",
"viewer.nav.level.auto": "自動",
"viewer.nav.detail.map": "拡大すると関係ラベルとノードのコンテキストが表示されます",
"viewer.nav.detail.read": "さらに拡大するとタグと注釈が表示されます",
"viewer.nav.detail.full": "ダイアグラムの完全な詳細",
"viewer.intent.summary": "{label}。出向 {out} 件、入向 {in} 件{loops}。合計 {total} 件の接続。詳細はEnterを押してください。",
"viewer.intent.loops": "、自己ループ {count} 件",
"viewer.common.copied": "コピーしました",
"viewer.common.copyFailed": "コピーに失敗しました",
"viewer.common.copyLink": "リンクをコピー",
"viewer.common.clear": "クリア",
"viewer.common.close": "閉じる"
}
vendor/archify/examples/locales/ko.json
Vendored
+440
View File
@@ -0,0 +1,440 @@
{
"page.title": "{title} 다이어그램",
"diagram.description.architecture": "Archify로 생성한 아키텍처 다이어그램입니다.",
"diagram.description.workflow": "Archify로 생성한 워크플로우 다이어그램입니다.",
"diagram.description.sequence": "Archify로 생성한 시퀀스 다이어그램입니다.",
"diagram.description.dataflow": "Archify로 생성한 데이터플로우 다이어그램입니다.",
"diagram.description.lifecycle": "Archify로 생성한 라이프사이클 다이어그램입니다.",
"node.focus": "{label} 포커스",
"node.focus.detail": "{label} 포커스, {detail}",
"node.context.architecture": "아키텍처 구성요소",
"node.context.workflow": "워크플로우 노드",
"node.context.sequence": "시퀀스 참가자",
"node.context.dataflow": "데이터플로우 노드",
"node.context.lifecycle": "라이프사이클 상태",
"legend.title": "범례",
"legend.architecture.frontend": "프런트엔드",
"legend.architecture.backend": "백엔드",
"legend.architecture.database": "데이터베이스",
"legend.architecture.cloud": "클라우드",
"legend.architecture.security": "보안",
"legend.architecture.messagebus": "메시지 버스",
"legend.architecture.external": "외부",
"legend.workflow.frontend": "사용자 UI",
"legend.workflow.backend": "Agent 로직",
"legend.workflow.security": "정책",
"legend.workflow.messagebus": "도구 실행",
"legend.workflow.database": "컨텍스트 / 추적",
"legend.workflow.cloud": "클라우드 서비스",
"legend.workflow.external": "외부 시스템",
"legend.sequence.emphasis": "주요 요청",
"legend.sequence.return": "반환",
"legend.sequence.security": "보안",
"legend.sequence.dashed": "비동기 추적",
"legend.sequence.default": "메시지",
"legend.dataflow.emphasis": "주요 데이터",
"legend.dataflow.security": "정책 / PII",
"legend.dataflow.dashed": "비동기 배치",
"legend.dataflow.database": "데이터 저장소",
"legend.dataflow.default": "데이터 흐름",
"legend.lifecycle.start": "초기 상태",
"legend.lifecycle.active": "활성",
"legend.lifecycle.waiting": "대기",
"legend.lifecycle.decision": "판단",
"legend.lifecycle.success": "성공",
"legend.lifecycle.failure": "실패 / 종료",
"legend.lifecycle.neutral": "중립 상태",
"legend.lifecycle.external": "외부 상태",
"legend.lifecycle.final": "종료 상태",
"viewer.kind.frontend": "프런트엔드",
"viewer.kind.backend": "백엔드",
"viewer.kind.database": "데이터베이스",
"viewer.kind.cloud": "클라우드",
"viewer.kind.security": "보안",
"viewer.kind.messagebus": "메시지 버스",
"viewer.kind.external": "외부",
"viewer.kind.neutral": "중립",
"viewer.kind.node": "노드",
"viewer.kind.start": "시작",
"viewer.kind.active": "활성",
"viewer.kind.waiting": "대기",
"viewer.kind.decision": "판단",
"viewer.kind.success": "성공",
"viewer.kind.failure": "실패",
"viewer.toolbar.actions": "다이어그램 동작",
"viewer.theme.toggle.title": "테마 전환 (T)",
"viewer.theme.toggle": "색상 테마 전환",
"viewer.theme.dark": "다크",
"viewer.theme.light": "라이트",
"viewer.preset.choose.title": "시각 스타일 선택 (S로 순환)",
"viewer.preset.choose": "시각 스타일 선택",
"viewer.preset.style": "스타일",
"viewer.preset.menu": "시각 스타일",
"viewer.preset.identity": "시각적 정체성",
"viewer.preset.cycles": "S로 순환",
"viewer.preset.classic": "클래식",
"viewer.preset.classic.short": "클래식",
"viewer.preset.classic.hint": "안정적인 기술 기본 스타일",
"viewer.preset.flow": "시그널 플로우",
"viewer.preset.flow.short": "플로우",
"viewer.preset.flow.hint": "동적 흐름을 강조하는 프레젠테이션",
"viewer.preset.blueprint": "블루프린트",
"viewer.preset.blueprint.hint": "엔지니어링 리뷰용",
"viewer.preset.editorial": "에디토리얼",
"viewer.preset.editorial.hint": "발행 및 출시 노트에 적합",
"viewer.preset.badge.signalFlow": "시그널 플로우",
"viewer.preset.badge.blueprint": "블루프린트 / 개정 01",
"viewer.preset.badge.editorial": "에디토리얼 / 현장 노트",
"viewer.preset.badge.editorialPlate": "ARCHIFY / 도판 04",
"viewer.preset.current": "현재 시각 스타일: {style}. 시각 스타일 선택",
"viewer.motion.live": "동적",
"viewer.motion.still": "정적",
"viewer.motion.pause": "동작 일시정지",
"viewer.motion.resume": "동작 재개",
"viewer.motion.reduced": "동작 최소화 설정으로 인해 동작이 일시정지되었습니다",
"viewer.motion.hidden": "페이지가 보이지 않는 동안 동작이 일시정지되었습니다",
"viewer.motion.yielding": "동작 일시정지; 현재 {owner}에 양보 중",
"viewer.motion.yielding.title": "실시간 미리보기 활성화 · {owner}에 양보 중",
"viewer.owner.route": "경로 탐색",
"viewer.owner.lens": "시맨틱 렌즈",
"viewer.owner.relationship": "관계 미리보기",
"viewer.owner.intent": "의도 추적",
"viewer.owner.focus": "시맨틱 포커스",
"viewer.owner.legend": "범례 미리보기",
"viewer.owner.reader": "읽는 이의 상호작용",
"viewer.present.enter": "프레젠테이션 모드 진입",
"viewer.present.enter.title": "프레젠테이션 모드 (F)",
"viewer.present.exit": "프레젠테이션 모드 종료",
"viewer.present.exit.title": "프레젠테이션 모드 종료 (F 또는 Escape)",
"viewer.present.present": "프레젠테이션",
"viewer.present.exit.label": "종료",
"viewer.export.button": "내보내기",
"viewer.export.button.title": "다이어그램 내보내기 (E)",
"viewer.export.diagram": "다이어그램 내보내기",
"viewer.export.menu": "내보내기",
"viewer.export.subtitle": "가볍고 깔끔한 출력물",
"viewer.export.share": "공유",
"viewer.export.shareCard": "공유 카드",
"viewer.export.routeShareCard": "경로 공유 카드",
"viewer.export.reachShareCard": "도달범위 공유 카드",
"viewer.export.copyDiagram": "다이어그램 복사",
"viewer.export.clipboardPng": "PNG를 클립보드로",
"viewer.export.raster": "래스터 이미지",
"viewer.export.image": "이미지",
"viewer.export.lossless": "무손실 이미지",
"viewer.export.compact": "압축 이미지",
"viewer.export.modern": "최신 이미지 포맷",
"viewer.export.vectorMotion": "벡터 및 동작",
"viewer.export.vectorMotion.heading": "벡터 및 동작",
"viewer.export.editable": "편집 가능한 벡터",
"viewer.export.motion6s": "6초 동작",
"viewer.export.unsupported": "이 브라우저에서 지원하지 않습니다",
"viewer.export.clipboardUnsupported": "이 브라우저는 이미지 클립보드 쓰기를 지원하지 않습니다",
"viewer.export.clipboardUnsupported.short": "이 브라우저는 이미지 클립보드 쓰기를 지원하지 않습니다.",
"viewer.export.motionUnavailable": "이 브라우저에서는 동작을 캡처할 수 없습니다",
"viewer.export.webmUnavailable": "이 브라우저에서는 WebM을 사용할 수 없습니다",
"viewer.export.failed": "내보내기 실패: {message}",
"viewer.export.unknownVariant": "알 수 없는 공유 카드 유형: {variant}",
"viewer.export.routeRequired": "경로 공유 카드를 내보내려면 먼저 경로를 추적하세요",
"viewer.export.reachRequired": "도달범위 공유 카드를 내보내려면 먼저 편집된 도달범위를 추적하세요",
"viewer.export.unknown": "알 수 없음",
"viewer.export.routeFailed": "경로 공유 카드 내보내기 실패: {message}",
"viewer.export.reachFailed": "도달범위 공유 카드 내보내기 실패: {message}",
"viewer.export.copyFailed": "복사 실패: {message}",
"viewer.export.copiedPng": "PNG를 클립보드에 복사했습니다",
"viewer.export.downloadedRoute": "경로 공유 카드를 다운로드했습니다",
"viewer.export.downloadedReach": "도달범위 공유 카드를 다운로드했습니다",
"viewer.export.downloadedWebm": "WebM을 다운로드했습니다",
"viewer.export.recording": "6초 분량 동작을 녹화 중…",
"viewer.export.card.routeSummary.one": "경로: {source} → {target} · 방향성 홉 {count}개",
"viewer.export.card.routeSummary.other": "경로: {source} → {target} · 방향성 홉 {count}개",
"viewer.export.card.reachSummary": "{origin}에서 시작한 편집된 {direction} · {nodes} · {links} · 최대 {hops}",
"viewer.export.card.node.one": "노드 {count}개",
"viewer.export.card.node.other": "노드 {count}개",
"viewer.export.card.link.one": "연결 {count}개",
"viewer.export.card.link.other": "연결 {count}개",
"viewer.export.card.hop.one": "홉 {count}개",
"viewer.export.card.hop.other": "홉 {count}개",
"viewer.export.card.routeBadge": "ARCHIFY · 경로 · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · {direction} 도달범위",
"viewer.export.direction.upstream": "업스트림",
"viewer.export.direction.downstream": "다운스트림",
"viewer.export.error.canvasUnavailable": "{label}에 캔버스를 사용할 수 없습니다",
"viewer.export.error.contextUnavailable": "{label}에 2D 캔버스 컨텍스트를 만들 수 없습니다",
"viewer.export.error.toBlobUnavailable": "{label}에서 canvas.toBlob을 사용할 수 없습니다",
"viewer.export.error.toBlobNull": "{label}의 canvas.toBlob이 데이터를 반환하지 않았습니다",
"viewer.export.error.variantsCombined": "공유 카드 유형을 함께 조합할 수 없습니다",
"viewer.export.error.viewerState": "공유 카드 내보내기가 임시 뷰어 상태를 제거하지 못했습니다",
"viewer.export.error.routeState": "경로 카드 내보내기가 해석된 경로를 안전하게 보존하지 못했습니다",
"viewer.export.error.reachState": "도달범위 카드 내보내기가 편집된 도달범위를 안전하게 보존하지 못했습니다",
"viewer.export.error.webmRequirements": "WebM 동작 내보내기는 추적 애니메이션과 브라우저의 MediaRecorder 지원이 필요합니다",
"viewer.export.error.mediaRecorder": "MediaRecorder 실패",
"viewer.export.error.emptyWebm": "MediaRecorder가 빈 WebM을 생성했습니다",
"viewer.export.error.webmBackground": "WebM 내보내기용 SVG 배경을 불러오지 못했습니다",
"viewer.guide.eyebrow": "다이어그램 가이드",
"viewer.guide.close": "다이어그램 가이드 닫기",
"viewer.guide.inspecting": "컴파일된 시맨틱 구조 검사 중",
"viewer.guide.actions": "다이어그램 탐색 동작",
"viewer.guide.find": "아무 노드나 찾기",
"viewer.guide.find.hint": "라벨, 역할, 유형, 고정 ID로 검색합니다.",
"viewer.guide.route": "경로 추적",
"viewer.guide.route.aria": "방향성 경로 추적",
"viewer.guide.route.hint": "두 시맨틱 노드가 편집된 방향으로 어떻게 연결되는지 확인합니다.",
"viewer.guide.map": "전체 시스템 보기",
"viewer.guide.map.hint": "실시간 뷰포트와 고정 노드가 있는 시맨틱 레이더를 엽니다.",
"viewer.guide.lens": "시맨틱 유형 비교",
"viewer.guide.lens.hint": "역할 수를 세고, 트래픽을 표시하고, 직접 편집된 연결을 비교합니다.",
"viewer.guide.present": "프레젠테이션 모드 진입",
"viewer.guide.present.hint": "내보내기는 그대로 두고 실시간 다이어그램에 뷰포트 전체를 할애합니다.",
"viewer.guide.shortcuts": "추가 키보드 단축키",
"viewer.guide.shortcut.export": "내보내기",
"viewer.guide.shortcut.theme": "테마",
"viewer.guide.shortcut.style": "스타일",
"viewer.guide.shortcut.reset": "초기화",
"viewer.guide.shortcut.zoomIn": "확대",
"viewer.guide.shortcut.zoomOut": "축소",
"viewer.guide.shortcut.close": "닫기",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "시맨틱 노드 {count}개",
"viewer.guide.fact.node.other": "시맨틱 노드 {count}개",
"viewer.guide.fact.relationship.one": "관계 {count}개",
"viewer.guide.fact.relationship.other": "관계 {count}개",
"viewer.guide.open": "다이어그램 가이드 열기",
"viewer.finder.title": "노드 찾기",
"viewer.finder.close": "노드 찾기 닫기",
"viewer.finder.placeholder": "라벨 또는 ID로 검색",
"viewer.finder.search": "다이어그램 노드 검색",
"viewer.finder.results": "다이어그램 노드",
"viewer.finder.empty": "일치하는 노드가 없습니다",
"viewer.finder.result.focus": "{label} 포커스",
"viewer.finder.result.routeStart": "{label}을(를) 경로 시작점으로 선택",
"viewer.finder.result.routeTarget": "{label}을(를) 경로 도착점으로 선택, {links}",
"viewer.finder.status.empty": "일치하는 노드가 없습니다",
"viewer.finder.status.count.one": "일치하는 노드 {count}개",
"viewer.finder.status.count.other": "일치하는 노드 {count}개",
"viewer.finder.noun.nodes": "노드",
"viewer.finder.link.one": "연결 {count}개",
"viewer.finder.link.other": "연결 {count}개",
"viewer.finder.result.focus.one": "{label} 포커스, 관련 연결 {count}개",
"viewer.finder.result.focus.other": "{label} 포커스, 관련 연결 {count}개",
"viewer.finder.status.filtered": "{noun} {available}개 중 {visible}개",
"viewer.finder.status.all": "{noun} {available}개",
"viewer.passport.eyebrow": "시맨틱 패스포트",
"viewer.passport.metadata": "노드 메타데이터",
"viewer.passport.evidence": "검증된 소스 근거",
"viewer.passport.verified": "검증된 소스",
"viewer.passport.verificationScope": "고정된 리비전 기준 로컬 Git으로 검증했습니다. 원격 접근 권한은 확인하지 않았습니다.",
"viewer.passport.reach": "편집된 도달범위",
"viewer.passport.reach.trace": "편집된 도달가능성 추적",
"viewer.passport.upstream": "업스트림",
"viewer.passport.downstream": "다운스트림",
"viewer.passport.upstream.trace": "업스트림 편집 도달가능성 추적",
"viewer.passport.downstream.trace": "다운스트림 편집 도달가능성 추적",
"viewer.passport.close": "시맨틱 패스포트 닫기",
"viewer.passport.copy": "링크 복사",
"viewer.passport.copy.focus": "포커스된 노드의 링크 복사",
"viewer.passport.relations": "관계",
"viewer.passport.relations.show": "연결된 관계 표시",
"viewer.passport.relations.hide": "연결된 관계 숨기기",
"viewer.passport.relations.list": "연결된 관계",
"viewer.passport.copyRelation": "관계 복사",
"viewer.passport.copyNode": "노드 복사",
"viewer.passport.copyPinned": "고정된 관계의 링크 복사",
"viewer.passport.copySource": "소스 노드의 링크 복사",
"viewer.passport.copy.focused.success": "포커스된 노드 링크를 복사했습니다",
"viewer.passport.copy.pinned.success": "고정된 관계 링크를 복사했습니다",
"viewer.passport.copy.focused.failed": "포커스된 노드 링크를 복사할 수 없습니다",
"viewer.passport.copy.pinned.failed": "고정된 관계 링크를 복사할 수 없습니다",
"viewer.passport.relationship.none": "연결된 관계가 없습니다",
"viewer.passport.relationship.count.one": "관계 {count}개",
"viewer.passport.relationship.count.other": "관계 {count}개",
"viewer.passport.relationship.show.one": "연결된 관계 {count}개 표시",
"viewer.passport.relationship.show.other": "연결된 관계 {count}개 표시",
"viewer.passport.relationship.summary": "출향 {out}개 · 입향 {in}개{loops}",
"viewer.passport.relationship.loops": " · 자기순환 {count}개",
"viewer.passport.relationship.explorer": "직접 관계 탐색기",
"viewer.passport.relationship.help": "방향키로 관계를 탐색하세요. Enter 또는 Space로 상세정보를 고정하고, Escape로 지웁니다.",
"viewer.passport.relationship.loopsBack": "되돌아옴",
"viewer.passport.relationship.connectsTo": "연결 대상",
"viewer.passport.relationship.connectsFrom": "연결 출처",
"viewer.passport.relationship.pinned": "고정된 관계 · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "{total}개 중 {index}번 관계 검사: {from}에서 {to}로, {label}. Enter로 상세정보 확인.",
"viewer.passport.relationship.group.out": "출향",
"viewer.passport.relationship.group.in": "입향",
"viewer.passport.relationship.group.loop": "자기순환",
"viewer.passport.relationship.row": "{group}: {relationship}, {neighbor}",
"viewer.passport.relationship.direction.out": "출 →",
"viewer.passport.relationship.direction.in": "← 입",
"viewer.passport.relationship.direction.loop": "순환",
"viewer.passport.sourceCount.one": "검증된 소스 참조 {count}개",
"viewer.passport.sourceCount.other": "검증된 소스 참조 {count}개",
"viewer.passport.sourceMarker": "출처",
"viewer.passport.beacon.one": "검증된 소스 {count}개; 이 노드를 포커스하여 확인",
"viewer.passport.beacon.other": "검증된 소스 {count}개; 이 노드를 포커스하여 확인",
"viewer.passport.repository.open": "검증된 저장소 리비전 {revision} 열기",
"viewer.passport.source.open": "리비전 {revision}의 검증된 소스 {path} 열기",
"viewer.passport.source.openLink": "열기 ↗",
"viewer.passport.reach.upstream.one": "업스트림 편집 노드 {count}개 추적",
"viewer.passport.reach.upstream.other": "업스트림 편집 노드 {count}개 추적",
"viewer.passport.reach.downstream.one": "다운스트림 편집 노드 {count}개 추적",
"viewer.passport.reach.downstream.other": "다운스트림 편집 노드 {count}개 추적",
"viewer.passport.reach.noUpstream": "업스트림 편집 노드가 없습니다",
"viewer.passport.reach.noDownstream": "다운스트림 편집 노드가 없습니다",
"viewer.passport.reach.status": "{direction} · 노드 {nodes}개 · 연결 {links}개 · 최대 {hops}홉",
"viewer.route.eyebrow": "경로 탐색",
"viewer.route.start": "시작 노드 선택",
"viewer.route.start.find": "시작점 찾기",
"viewer.route.start.find.aria": "경로 시작점 찾기",
"viewer.route.copy": "링크 복사",
"viewer.route.copy.aria": "추적된 경로의 링크 복사",
"viewer.route.clear": "지우기",
"viewer.route.clear.aria": "경로 탐색 지우기",
"viewer.route.traced": "추적된 경로",
"viewer.route.pickTwo": "다이어그램에서 시맨틱 노드 두 개를 선택하세요",
"viewer.route.pickOne": "다이어그램에서 시맨틱 노드 하나를 선택하세요",
"viewer.route.controls": "경로 이동 제어",
"viewer.route.previous": "이전 경로 위치",
"viewer.route.play": "경로 이동 재생",
"viewer.route.pause": "경로 이동 일시정지",
"viewer.route.replay": "경로 이동 다시 재생",
"viewer.route.next": "다음 경로 위치",
"viewer.route.journey": "이동 경로",
"viewer.route.pause.label": "일시정지",
"viewer.route.replay.label": "다시 재생",
"viewer.route.overview": "개요",
"viewer.route.overview.aria": "전체 경로 개요 표시",
"viewer.route.instructions": "출발지를 먼저 선택한 뒤 도착지를 선택하세요. 방향이 중요합니다.",
"viewer.route.destination": "{label}에서 출발할 도착지 선택",
"viewer.route.destination.find": "도착지 찾기",
"viewer.route.destination.find.aria": "도달 가능한 경로 도착지 찾기",
"viewer.route.differentDestination": "다른 도착지 선택",
"viewer.route.distinct": "경로에는 서로 다른 시맨틱 노드 두 개가 필요합니다.",
"viewer.route.unreachable": "{label}(으)로 가는 방향성 경로가 없습니다",
"viewer.route.unreachable.detail": "{source}에서 {target}에 도달할 수 없습니다. 강조 표시된 도착지를 선택하세요.",
"viewer.route.start.instructions": "출발지를 선택하세요. 다음 단계에서는 방향성으로 도달 가능한 도착지만 표시됩니다.",
"viewer.route.copy.success": "추적된 경로 링크를 복사했습니다",
"viewer.route.copy.failed": "경로 링크를 복사할 수 없습니다",
"viewer.route.position": "경로 위치 {total}개 중 {index}번: {label}",
"viewer.route.step": "{total}단계 중 {index}단계 · {phase} · {label}",
"viewer.route.motionRequired": "자동 이동에는 동적 모드가 필요합니다",
"viewer.route.trigger.clear": "추적된 경로 지우기",
"viewer.route.overview.status": "{nodes} · {hops} · 최단 편집 경로",
"viewer.route.overview.node.one": "노드 {count}개",
"viewer.route.overview.node.other": "노드 {count}개",
"viewer.route.overview.hop.one": "방향성 홉 {count}개",
"viewer.route.overview.hop.other": "방향성 홉 {count}개",
"viewer.route.phase.playing": "재생 중",
"viewer.route.phase.complete": "완료됨",
"viewer.route.phase.inspecting": "검사 중",
"viewer.route.destination.count.one": "방향성 도착지 {count}개 사용 가능. 강조 표시된 노드를 선택하세요.",
"viewer.route.destination.count.other": "방향성 도착지 {count}개 사용 가능. 강조 표시된 노드를 선택하세요.",
"viewer.route.noOutgoing": "여기서 시작하는 출향 경로가 없습니다. 지우고 다른 출발지를 선택하세요.",
"viewer.route.result.title": "{source}에서 {target}까지",
"viewer.route.finder.source.title": "경로 시작점 선택",
"viewer.route.finder.source.placeholder": "경로 출발지 검색",
"viewer.route.finder.source.empty": "일치하는 경로 출발지가 없습니다",
"viewer.route.finder.source.results": "경로를 시작할 수 있는 노드",
"viewer.route.finder.source.noun": "경로 출발지",
"viewer.route.finder.source.badge": "시작",
"viewer.route.finder.target.title": "{label}에서 출발할 도착지",
"viewer.route.finder.target.placeholder": "도달 가능한 도착지 검색",
"viewer.route.finder.target.empty": "일치하는 도달 가능한 도착지가 없습니다",
"viewer.route.finder.target.results": "도달 가능한 경로 도착지",
"viewer.route.finder.target.noun": "도달 가능한 도착지",
"viewer.route.hop.one": "홉 {count}개",
"viewer.route.hop.other": "홉 {count}개",
"viewer.lens.eyebrow": "시맨틱 렌즈",
"viewer.lens.title": "시스템 역할 비교",
"viewer.lens.close": "시맨틱 렌즈 닫기",
"viewer.lens.instruction": "시맨틱 유형을 최대 두 개까지 선택하세요. 하나를 선택하면 실제 트래픽을 표시하고, 두 개를 선택하면 직접 편집된 관계만 비교합니다.",
"viewer.lens.kinds": "시맨틱 유형",
"viewer.lens.choose": "유형을 선택해 해당 노드와 연결된 관계를 확인하세요.",
"viewer.lens.copy": "시맨틱 렌즈 링크 복사",
"viewer.lens.clear": "시맨틱 렌즈 지우기",
"viewer.lens.open": "시맨틱 렌즈 열기",
"viewer.lens.openActive": "활성 시맨틱 렌즈 열기",
"viewer.lens.legend": "시맨틱 범례",
"viewer.lens.legend.inspect.one": "{label} 검사, 노드 {count}개",
"viewer.lens.legend.inspect.other": "{label} 검사, 노드 {count}개",
"viewer.lens.kind.count.one": "{label}, 노드 {count}개",
"viewer.lens.kind.count.other": "{label}, 노드 {count}개",
"viewer.lens.compare.one": "{first} → {second}: {forward} · {second} → {first}: {reverse} · 직접 관계 {count}개",
"viewer.lens.compare.other": "{first} → {second}: {forward} · {second} → {first}: {reverse} · 직접 관계 {count}개",
"viewer.lens.single": "{nodes} · {relationships} · 연결된 주변 노드는 계속 표시됩니다",
"viewer.lens.node.one": "{label} 노드 {count}개",
"viewer.lens.node.other": "{label} 노드 {count}개",
"viewer.lens.relationship.one": "연결된 관계 {count}개",
"viewer.lens.relationship.other": "연결된 관계 {count}개",
"viewer.radar.title": "시맨틱 레이더",
"viewer.radar.building": "개요 구성 중",
"viewer.radar.openFull": "전체 시맨틱 레이더 열기",
"viewer.radar.open": "레이더 열기",
"viewer.radar.close": "시맨틱 레이더 닫기",
"viewer.radar.surface": "다이어그램 개요입니다. 노드를 클릭해 포커스하거나 방향키로 이동하세요.",
"viewer.radar.click": "노드 클릭",
"viewer.radar.drag": "드래그로 이동",
"viewer.radar.space": "시맨틱 레이더를 표시하려면 지도 공간이 더 필요합니다.",
"viewer.radar.nodes": "시맨틱 다이어그램 레이더 노드",
"viewer.radar.focus": "시맨틱 레이더에서 {label} 포커스",
"viewer.radar.status": "노드 {count}개 · {viewport}",
"viewer.radar.fullMap": "노드 {count}개 · 전체 지도",
"viewer.radar.compacted": "시맨틱 패스포트나 지도 컨트롤을 가리지 않도록 레이더를 축소했습니다.",
"viewer.radar.cancelWaiting": "지도 공간 확보를 기다리는 시맨틱 레이더 취소",
"viewer.radar.needsSpace": "시맨틱 레이더를 표시하려면 지도 공간이 더 필요합니다",
"viewer.radar.viewport.full": "전체 지도",
"viewer.radar.viewport.width": "너비 {percent}%",
"viewer.radar.viewport.scale": "뷰포트 {percent}%",
"viewer.nav.controls": "다이어그램 보기 제어",
"viewer.nav.route": "방향성 경로 추적",
"viewer.nav.route.title": "경로 추적 (R)",
"viewer.nav.route.short": "경로",
"viewer.nav.radar": "시맨틱 레이더 열기",
"viewer.nav.radar.title": "시맨틱 레이더 (M)",
"viewer.nav.radar.short": "지도",
"viewer.nav.lens": "시맨틱 렌즈 열기",
"viewer.nav.lens.title": "시맨틱 렌즈 (L)",
"viewer.nav.lens.short": "렌즈",
"viewer.nav.find": "노드 찾기",
"viewer.nav.find.title": "노드 찾기 (/)",
"viewer.nav.guide": "다이어그램 가이드 열기",
"viewer.nav.guide.title": "다이어그램 가이드 (?)",
"viewer.nav.zoomOut": "축소",
"viewer.nav.zoomOut.title": "축소 (-)",
"viewer.nav.reset": "다이어그램 보기 초기화",
"viewer.nav.reset.title": "보기 초기화 (0)",
"viewer.nav.read": "읽기",
"viewer.nav.zoomIn": "확대",
"viewer.nav.zoomIn.title": "확대 (+)",
"viewer.nav.camera": "{hint}. 다이어그램 보기 초기화",
"viewer.nav.camera.title": "{semantic}{hint} · 보기 초기화 (0)",
"viewer.nav.camera.semantic": "시맨틱 카메라 활성 · ",
"viewer.nav.level.map": "개요",
"viewer.nav.level.read": "읽기",
"viewer.nav.level.full": "전체",
"viewer.nav.level.auto": "자동",
"viewer.nav.detail.map": "확대하면 관계 라벨과 노드 컨텍스트가 표시됩니다",
"viewer.nav.detail.read": "다시 확대하면 태그와 주석이 표시됩니다",
"viewer.nav.detail.full": "다이어그램 전체 상세정보",
"viewer.intent.summary": "{label}. 출향 {out}개, 입향 {in}개{loops}. 연결 총 {total}개. Enter로 상세정보 확인.",
"viewer.intent.loops": ", 자기순환 {count}개",
"viewer.common.copied": "복사됨",
"viewer.common.copyFailed": "복사 실패",
"viewer.common.copyLink": "링크 복사",
"viewer.common.clear": "지우기",
"viewer.common.close": "닫기",
"viewer.export.svg.auto": "SVG · 자동",
"viewer.export.svg.auto.hint": "호스트 테마에 맞춤",
"viewer.export.svg.light": "SVG · 라이트",
"viewer.export.svg.light.hint": "항상 라이트 테마",
"viewer.export.svg.dark": "SVG · 다크",
"viewer.export.svg.dark.hint": "항상 다크 테마",
"viewer.guide.title": "이 시스템 살펴보기",
"viewer.focus.selectedNodes": "선택한 노드 {count}개",
"viewer.passport.move": "의미 정보 패널 이동. 드래그하거나 화살표 키를 사용하고, Home 키로 초기화하세요.",
"viewer.outline.title": "노드 목록",
"viewer.rail.show": "설명 및 목록",
"viewer.rail.controls": "측면 패널",
"viewer.rail.collapse": "측면 패널 접기",
"viewer.rail.bottom": "패널을 다이어그램 아래로 이동",
"viewer.rail.right": "패널을 다이어그램 옆으로 이동"
}
vendor/archify/examples/locales/pt.json
Vendored
+425
View File
@@ -0,0 +1,425 @@
{
"page.title": "Diagrama {title}",
"diagram.description.architecture": "Um diagrama de arquitetura gerado pelo Archify.",
"diagram.description.workflow": "Um diagrama de fluxo de trabalho gerado pelo Archify.",
"diagram.description.sequence": "Um diagrama de sequência gerado pelo Archify.",
"diagram.description.dataflow": "Um diagrama de fluxo de dados gerado pelo Archify.",
"diagram.description.lifecycle": "Um diagrama de ciclo de vida gerado pelo Archify.",
"node.focus": "Focar {label}",
"node.focus.detail": "Focar {label}, {detail}",
"node.context.architecture": "Componente de arquitetura",
"node.context.workflow": "Nó de fluxo de trabalho",
"node.context.sequence": "Participante da sequência",
"node.context.dataflow": "Nó de fluxo de dados",
"node.context.lifecycle": "Estado do ciclo de vida",
"legend.title": "Legenda",
"legend.architecture.frontend": "Frontend",
"legend.architecture.backend": "Backend",
"legend.architecture.database": "Banco de dados",
"legend.architecture.cloud": "Nuvem",
"legend.architecture.security": "Segurança",
"legend.architecture.messagebus": "Barramento de mensagens",
"legend.architecture.external": "Externo",
"legend.workflow.frontend": "UI do usuário",
"legend.workflow.backend": "Lógica do agente",
"legend.workflow.security": "Política",
"legend.workflow.messagebus": "Ação de ferramenta",
"legend.workflow.database": "Contexto / rastreamento",
"legend.workflow.cloud": "Serviço de nuvem",
"legend.workflow.external": "Sistema externo",
"legend.sequence.emphasis": "solicitação principal",
"legend.sequence.return": "retorno",
"legend.sequence.security": "segurança",
"legend.sequence.dashed": "rastreamento assíncrono",
"legend.sequence.default": "mensagem",
"legend.dataflow.emphasis": "dado principal",
"legend.dataflow.security": "política / PII",
"legend.dataflow.dashed": "lote assíncrono",
"legend.dataflow.database": "armazenamento de dados",
"legend.dataflow.default": "fluxo de dados",
"legend.lifecycle.start": "estado inicial",
"legend.lifecycle.active": "ativo",
"legend.lifecycle.waiting": "aguardando",
"legend.lifecycle.decision": "decisão",
"legend.lifecycle.success": "sucesso",
"legend.lifecycle.failure": "falha / saída",
"legend.lifecycle.neutral": "neutro",
"legend.lifecycle.external": "externo",
"legend.lifecycle.final": "estado final",
"viewer.kind.frontend": "Frontend",
"viewer.kind.backend": "Backend",
"viewer.kind.database": "Banco de dados",
"viewer.kind.cloud": "Nuvem",
"viewer.kind.security": "Segurança",
"viewer.kind.messagebus": "Barramento de mensagens",
"viewer.kind.external": "Externo",
"viewer.kind.neutral": "Neutro",
"viewer.kind.node": "Nó",
"viewer.kind.start": "Início",
"viewer.kind.active": "Ativo",
"viewer.kind.waiting": "Aguardando",
"viewer.kind.decision": "Decisão",
"viewer.kind.success": "Sucesso",
"viewer.kind.failure": "Falha",
"viewer.toolbar.actions": "Ações do diagrama",
"viewer.theme.toggle.title": "Alternar tema (T)",
"viewer.theme.toggle": "Alternar tema de cores",
"viewer.theme.dark": "Escuro",
"viewer.theme.light": "Claro",
"viewer.preset.choose.title": "Escolher estilo visual (S alterna)",
"viewer.preset.choose": "Escolher estilo visual",
"viewer.preset.style": "Estilo",
"viewer.preset.menu": "Estilo visual",
"viewer.preset.identity": "Identidade visual",
"viewer.preset.cycles": "S alterna",
"viewer.preset.classic": "Clássico",
"viewer.preset.classic.short": "Clássico",
"viewer.preset.classic.hint": "Padrão técnico estável",
"viewer.preset.flow": "Fluxo de Sinal",
"viewer.preset.flow.short": "Fluxo",
"viewer.preset.flow.hint": "Apresentação com foco em movimento",
"viewer.preset.blueprint": "Planta",
"viewer.preset.blueprint.hint": "Revisão de engenharia",
"viewer.preset.editorial": "Editorial",
"viewer.preset.editorial.hint": "Notas de publicação e lançamento",
"viewer.preset.badge.signalFlow": "FLUXO DE SINAL",
"viewer.preset.badge.blueprint": "PLANTA / REV 01",
"viewer.preset.badge.editorial": "EDITORIAL / NOTA DE CAMPO",
"viewer.preset.badge.editorialPlate": "ARCHIFY / PLACA 04",
"viewer.preset.current": "Estilo visual: {style}. Escolher estilo visual",
"viewer.motion.live": "Ao vivo",
"viewer.motion.still": "Estático",
"viewer.motion.pause": "Pausar movimento",
"viewer.motion.resume": "Retomar movimento",
"viewer.motion.reduced": "Movimento pausado pela preferência de movimento reduzido",
"viewer.motion.hidden": "Movimento pausado enquanto esta página está oculta",
"viewer.motion.yielding": "Pausar movimento; cedendo atualmente a {owner}",
"viewer.motion.yielding.title": "Pré-visualização ao vivo ativada · cedendo a {owner}",
"viewer.owner.route": "Sonda de Rota",
"viewer.owner.lens": "Lente Semântica",
"viewer.owner.relationship": "Pré-visualização de Relação",
"viewer.owner.intent": "Rastreamento de Intenção",
"viewer.owner.focus": "foco semântico",
"viewer.owner.legend": "pré-visualização da legenda",
"viewer.owner.reader": "interação do leitor",
"viewer.present.enter": "Entrar no palco de apresentação",
"viewer.present.enter.title": "Palco de apresentação (F)",
"viewer.present.exit": "Sair do palco de apresentação",
"viewer.present.exit.title": "Sair do palco de apresentação (F ou Escape)",
"viewer.present.present": "Apresentar",
"viewer.present.exit.label": "Sair",
"viewer.export.button": "Exportar",
"viewer.export.button.title": "Exportar diagrama (E)",
"viewer.export.diagram": "Exportar diagrama",
"viewer.export.menu": "Exportar",
"viewer.export.subtitle": "Saídas portáteis e limpas",
"viewer.export.share": "Compartilhar",
"viewer.export.shareCard": "Cartão de Compartilhamento",
"viewer.export.routeShareCard": "Cartão de Compartilhamento de Rota",
"viewer.export.reachShareCard": "Cartão de Compartilhamento de Alcance",
"viewer.export.copyDiagram": "Copiar diagrama",
"viewer.export.clipboardPng": "PNG para a área de transferência",
"viewer.export.raster": "Imagens raster",
"viewer.export.image": "Imagem",
"viewer.export.lossless": "Imagem sem perdas",
"viewer.export.compact": "Imagem compacta",
"viewer.export.modern": "Imagem moderna",
"viewer.export.vectorMotion": "Vetor e movimento",
"viewer.export.vectorMotion.heading": "Vetor e movimento",
"viewer.export.editable": "Vetor editável",
"viewer.export.motion6s": "Movimento de 6s",
"viewer.export.unsupported": "Não suportado por este navegador",
"viewer.export.clipboardUnsupported": "Este navegador não suporta gravação de imagem na área de transferência",
"viewer.export.clipboardUnsupported.short": "Gravação de imagem na área de transferência não suportada neste navegador.",
"viewer.export.motionUnavailable": "Captura de movimento indisponível neste navegador",
"viewer.export.webmUnavailable": "WebM indisponível neste navegador",
"viewer.export.failed": "Falha na exportação: {message}",
"viewer.export.unknownVariant": "Variante de Cartão de Compartilhamento desconhecida: {variant}",
"viewer.export.routeRequired": "Trace uma rota antes de exportar um Cartão de Compartilhamento de Rota",
"viewer.export.reachRequired": "Trace o alcance definido antes de exportar um Cartão de Compartilhamento de Alcance",
"viewer.export.unknown": "desconhecido",
"viewer.export.routeFailed": "Falha ao exportar o Cartão de Compartilhamento de Rota: {message}",
"viewer.export.reachFailed": "Falha ao exportar o Cartão de Compartilhamento de Alcance: {message}",
"viewer.export.copyFailed": "Falha ao copiar: {message}",
"viewer.export.copiedPng": "PNG copiado para a área de transferência",
"viewer.export.downloadedRoute": "Cartão de Compartilhamento de Rota baixado",
"viewer.export.downloadedReach": "Cartão de Compartilhamento de Alcance baixado",
"viewer.export.downloadedWebm": "WebM baixado",
"viewer.export.recording": "Gravando 6 segundos de movimento…",
"viewer.export.card.routeSummary.one": "Rota: {source} → {target} · {count} salto direcionado",
"viewer.export.card.routeSummary.other": "Rota: {source} → {target} · {count} saltos direcionados",
"viewer.export.card.reachSummary": "{direction} definido a partir de {origin} · {nodes} · {links} · máx {hops}",
"viewer.export.card.node.one": "{count} nó",
"viewer.export.card.node.other": "{count} nós",
"viewer.export.card.link.one": "{count} conexão",
"viewer.export.card.link.other": "{count} conexões",
"viewer.export.card.hop.one": "{count} salto",
"viewer.export.card.hop.other": "{count} saltos",
"viewer.export.card.routeBadge": "ARCHIFY · ROTA · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · ALCANCE {direction}",
"viewer.export.direction.upstream": "Upstream",
"viewer.export.direction.downstream": "Downstream",
"viewer.export.error.canvasUnavailable": "Canvas indisponível para {label}",
"viewer.export.error.contextUnavailable": "Contexto de canvas 2D indisponível para {label}",
"viewer.export.error.toBlobUnavailable": "canvas.toBlob indisponível para {label}",
"viewer.export.error.toBlobNull": "canvas.toBlob não retornou dados para {label}",
"viewer.export.error.variantsCombined": "As variantes do Cartão de Compartilhamento não podem ser combinadas",
"viewer.export.error.viewerState": "A exportação do Cartão de Compartilhamento não conseguiu remover o estado temporário do visualizador",
"viewer.export.error.routeState": "A exportação do Cartão de Rota não conseguiu preservar a rota resolvida com segurança",
"viewer.export.error.reachState": "A exportação do Cartão de Alcance não conseguiu preservar o alcance definido com segurança",
"viewer.export.error.webmRequirements": "A exportação de movimento em WebM requer uma animação de rastreamento e suporte a MediaRecorder no navegador",
"viewer.export.error.mediaRecorder": "Falha no MediaRecorder",
"viewer.export.error.emptyWebm": "O MediaRecorder produziu um WebM vazio",
"viewer.export.error.webmBackground": "Não foi possível carregar o plano de fundo SVG para a exportação em WebM",
"viewer.guide.eyebrow": "Guia do diagrama",
"viewer.guide.close": "Fechar guia do diagrama",
"viewer.guide.inspecting": "Inspecionando semântica compilada",
"viewer.guide.actions": "Ações de exploração do diagrama",
"viewer.guide.find": "Encontrar qualquer nó",
"viewer.guide.find.hint": "Pesquise rótulos, responsabilidades, tipos e IDs estáveis.",
"viewer.guide.route": "Traçar uma rota",
"viewer.guide.route.aria": "Traçar uma rota direcionada",
"viewer.guide.route.hint": "Descubra como dois nós semânticos se conectam na direção definida.",
"viewer.guide.map": "Ver o sistema inteiro",
"viewer.guide.map.hint": "Abra o Radar Semântico com uma janela de visualização ativa e nós estáveis.",
"viewer.guide.lens": "Comparar tipos semânticos",
"viewer.guide.lens.hint": "Conte papéis, revele seu tráfego e compare links diretos definidos.",
"viewer.guide.present": "Entrar no Palco de Apresentação",
"viewer.guide.present.hint": "Dê ao diagrama ao vivo a janela de visualização inteira sem alterar a exportação.",
"viewer.guide.shortcuts": "Atalhos de teclado adicionais",
"viewer.guide.shortcut.export": "Exportar",
"viewer.guide.shortcut.theme": "Tema",
"viewer.guide.shortcut.style": "Estilo",
"viewer.guide.shortcut.reset": "Redefinir",
"viewer.guide.shortcut.zoomIn": "Ampliar",
"viewer.guide.shortcut.zoomOut": "Reduzir",
"viewer.guide.shortcut.close": "Fechar",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "{count} nó semântico",
"viewer.guide.fact.node.other": "{count} nós semânticos",
"viewer.guide.fact.relationship.one": "{count} relação",
"viewer.guide.fact.relationship.other": "{count} relações",
"viewer.guide.open": "Abrir guia do diagrama",
"viewer.finder.title": "Encontrar um nó",
"viewer.finder.close": "Fechar buscador de nós",
"viewer.finder.placeholder": "Pesquisar rótulos ou IDs",
"viewer.finder.search": "Pesquisar nós do diagrama",
"viewer.finder.results": "Nós do diagrama",
"viewer.finder.empty": "Nenhum nó correspondente",
"viewer.finder.result.focus": "Focar {label}",
"viewer.finder.result.routeStart": "Escolher {label} como início da rota",
"viewer.finder.result.routeTarget": "Escolher {label} como destino da rota, {links}",
"viewer.finder.status.empty": "Nenhum nó correspondente",
"viewer.finder.status.count.one": "{count} nó correspondente",
"viewer.finder.status.count.other": "{count} nós correspondentes",
"viewer.finder.noun.nodes": "nós",
"viewer.finder.link.one": "{count} conexão",
"viewer.finder.link.other": "{count} conexões",
"viewer.finder.result.focus.one": "Focar {label}, {count} conexão relacionada",
"viewer.finder.result.focus.other": "Focar {label}, {count} conexões relacionadas",
"viewer.finder.status.filtered": "{visible} de {available} {noun}",
"viewer.finder.status.all": "{available} {noun}",
"viewer.passport.eyebrow": "Passaporte semântico",
"viewer.passport.metadata": "Metadados do nó",
"viewer.passport.evidence": "Evidência de origem verificada",
"viewer.passport.verified": "Origem verificada",
"viewer.passport.verificationScope": "Verificado com o Git local na revisão fixada. O acesso remoto não foi verificado.",
"viewer.passport.reach": "Alcance definido",
"viewer.passport.reach.trace": "Traçar alcançabilidade definida",
"viewer.passport.upstream": "Upstream",
"viewer.passport.downstream": "Downstream",
"viewer.passport.upstream.trace": "Traçar alcançabilidade definida upstream",
"viewer.passport.downstream.trace": "Traçar alcançabilidade definida downstream",
"viewer.passport.close": "Fechar passaporte semântico",
"viewer.passport.copy": "Copiar link",
"viewer.passport.copy.focus": "Copiar link do nó em foco",
"viewer.passport.relations": "Relações",
"viewer.passport.relations.show": "Mostrar relações conectadas",
"viewer.passport.relations.hide": "Ocultar relações conectadas",
"viewer.passport.relations.list": "Relações conectadas",
"viewer.passport.copyRelation": "Copiar relação",
"viewer.passport.copyNode": "Copiar nó",
"viewer.passport.copyPinned": "Copiar link da relação fixada",
"viewer.passport.copySource": "Copiar link do nó de origem",
"viewer.passport.copy.focused.success": "Link do nó em foco copiado",
"viewer.passport.copy.pinned.success": "Link da relação fixada copiado",
"viewer.passport.copy.focused.failed": "Não foi possível copiar o link do nó em foco",
"viewer.passport.copy.pinned.failed": "Não foi possível copiar o link da relação fixada",
"viewer.passport.relationship.none": "Nenhuma relação conectada",
"viewer.passport.relationship.count.one": "{count} relação",
"viewer.passport.relationship.count.other": "{count} relações",
"viewer.passport.relationship.show.one": "Mostrar {count} relação conectada",
"viewer.passport.relationship.show.other": "Mostrar {count} relações conectadas",
"viewer.passport.relationship.summary": "{out} de saída · {in} de entrada{loops}",
"viewer.passport.relationship.loops": " · {count} laço",
"viewer.passport.relationship.explorer": "Explorador de relações diretas",
"viewer.passport.relationship.help": "Use as setas para explorar relações. Pressione Enter ou Espaço para fixar detalhes; Escape limpa.",
"viewer.passport.relationship.loopsBack": "retorna em laço",
"viewer.passport.relationship.connectsTo": "conecta-se a",
"viewer.passport.relationship.connectsFrom": "conecta-se de",
"viewer.passport.relationship.pinned": "Relação fixada · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "Inspecionar relação {index} de {total}: {from} para {to}, {label}. Pressione Enter para detalhes.",
"viewer.passport.relationship.group.out": "Saída",
"viewer.passport.relationship.group.in": "Entrada",
"viewer.passport.relationship.group.loop": "Laços próprios",
"viewer.passport.relationship.row": "{group}: {relationship}, {neighbor}",
"viewer.passport.relationship.direction.out": "SAÍDA →",
"viewer.passport.relationship.direction.in": "← ENTRADA",
"viewer.passport.relationship.direction.loop": "LAÇO",
"viewer.passport.sourceCount.one": "{count} referência de origem verificada",
"viewer.passport.sourceCount.other": "{count} referências de origem verificadas",
"viewer.passport.sourceMarker": "ORIG",
"viewer.passport.beacon.one": "{count} origem verificada; foque este nó para inspecionar",
"viewer.passport.beacon.other": "{count} origens verificadas; foque este nó para inspecionar",
"viewer.passport.repository.open": "Abrir revisão verificada do repositório {revision}",
"viewer.passport.source.open": "Abrir origem verificada {path} na revisão {revision}",
"viewer.passport.source.openLink": "Abrir ↗",
"viewer.passport.reach.upstream.one": "Traçar {count} nó definido upstream",
"viewer.passport.reach.upstream.other": "Traçar {count} nós definidos upstream",
"viewer.passport.reach.downstream.one": "Traçar {count} nó definido downstream",
"viewer.passport.reach.downstream.other": "Traçar {count} nós definidos downstream",
"viewer.passport.reach.noUpstream": "Nenhum nó definido upstream",
"viewer.passport.reach.noDownstream": "Nenhum nó definido downstream",
"viewer.passport.reach.status": "{direction} · {nodes} nós · {links} conexões · máx {hops} saltos",
"viewer.route.eyebrow": "Sonda de rota",
"viewer.route.start": "Escolher um nó inicial",
"viewer.route.start.find": "Encontrar início",
"viewer.route.start.find.aria": "Encontrar um início de rota",
"viewer.route.copy": "Copiar link",
"viewer.route.copy.aria": "Copiar link da rota traçada",
"viewer.route.clear": "Limpar",
"viewer.route.clear.aria": "Limpar sonda de rota",
"viewer.route.traced": "Rota traçada",
"viewer.route.pickTwo": "Escolha dois nós semânticos no diagrama",
"viewer.route.pickOne": "Escolha um nó semântico no diagrama",
"viewer.route.controls": "Controles da jornada de rota",
"viewer.route.previous": "Posição anterior da rota",
"viewer.route.play": "Reproduzir jornada de rota",
"viewer.route.pause": "Pausar jornada de rota",
"viewer.route.replay": "Reproduzir jornada de rota novamente",
"viewer.route.next": "Próxima posição da rota",
"viewer.route.journey": "Jornada",
"viewer.route.pause.label": "Pausar",
"viewer.route.replay.label": "Repetir",
"viewer.route.overview": "Visão geral",
"viewer.route.overview.aria": "Mostrar visão geral completa da rota",
"viewer.route.instructions": "Escolha a origem e depois o destino. A direção importa.",
"viewer.route.destination": "Escolher um destino a partir de {label}",
"viewer.route.destination.find": "Encontrar destino",
"viewer.route.destination.find.aria": "Encontrar um destino de rota alcançável",
"viewer.route.differentDestination": "Escolher um destino diferente",
"viewer.route.distinct": "Uma rota precisa de dois nós semânticos distintos.",
"viewer.route.unreachable": "Nenhuma rota direcionada para {label}",
"viewer.route.unreachable.detail": "{target} não é alcançável a partir de {source}. Escolha um destino destacado.",
"viewer.route.start.instructions": "Selecione a origem. O próximo passo revelará apenas destinos direcionados.",
"viewer.route.copy.success": "Link da rota traçada copiado",
"viewer.route.copy.failed": "Não foi possível copiar o link da rota traçada",
"viewer.route.position": "Posição {index} de {total} na rota: {label}",
"viewer.route.step": "Passo {index} de {total} · {phase} · {label}",
"viewer.route.motionRequired": "A jornada automática requer movimento Ao vivo",
"viewer.route.trigger.clear": "Limpar rota traçada",
"viewer.route.overview.status": "{nodes} · {hops} · rota mais curta definida",
"viewer.route.overview.node.one": "{count} nó",
"viewer.route.overview.node.other": "{count} nós",
"viewer.route.overview.hop.one": "{count} salto direcionado",
"viewer.route.overview.hop.other": "{count} saltos direcionados",
"viewer.route.phase.playing": "Reproduzindo",
"viewer.route.phase.complete": "Concluído",
"viewer.route.phase.inspecting": "Inspecionando",
"viewer.route.destination.count.one": "{count} destino direcionado disponível. Escolha um nó destacado.",
"viewer.route.destination.count.other": "{count} destinos direcionados disponíveis. Escolha um nó destacado.",
"viewer.route.noOutgoing": "Nenhuma rota de saída começa aqui. Limpe e escolha outra origem.",
"viewer.route.result.title": "{source} até {target}",
"viewer.route.finder.source.title": "Escolher início da rota",
"viewer.route.finder.source.placeholder": "Pesquisar origens de rota",
"viewer.route.finder.source.empty": "Nenhuma origem de rota correspondente",
"viewer.route.finder.source.results": "Nós que podem iniciar uma rota",
"viewer.route.finder.source.noun": "origens de rota",
"viewer.route.finder.source.badge": "início",
"viewer.route.finder.target.title": "Destino a partir de {label}",
"viewer.route.finder.target.placeholder": "Pesquisar destinos alcançáveis",
"viewer.route.finder.target.empty": "Nenhum destino alcançável correspondente",
"viewer.route.finder.target.results": "Destinos de rota alcançáveis",
"viewer.route.finder.target.noun": "destinos alcançáveis",
"viewer.route.hop.one": "{count} salto",
"viewer.route.hop.other": "{count} saltos",
"viewer.lens.eyebrow": "Lente semântica",
"viewer.lens.title": "Comparar papéis do sistema",
"viewer.lens.close": "Fechar lente semântica",
"viewer.lens.instruction": "Escolha até dois tipos semânticos. Um revela seu tráfego real; dois comparam apenas relações diretas definidas.",
"viewer.lens.kinds": "Tipos semânticos",
"viewer.lens.choose": "Escolha um tipo para inspecionar seus nós e relações que o tocam.",
"viewer.lens.copy": "Copiar link da lente semântica",
"viewer.lens.clear": "Limpar lente semântica",
"viewer.lens.open": "Abrir lente semântica",
"viewer.lens.openActive": "Abrir lente semântica ativa",
"viewer.lens.legend": "Legenda semântica",
"viewer.lens.legend.inspect.one": "Inspecionar {label}, {count} nó",
"viewer.lens.legend.inspect.other": "Inspecionar {label}, {count} nós",
"viewer.lens.kind.count.one": "{label}, {count} nó",
"viewer.lens.kind.count.other": "{label}, {count} nós",
"viewer.lens.compare.one": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} relação direta",
"viewer.lens.compare.other": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} relações diretas",
"viewer.lens.single": "{nodes} · {relationships} · nós conectados permanecem visíveis",
"viewer.lens.node.one": "{count} nó {label}",
"viewer.lens.node.other": "{count} nós {label}",
"viewer.lens.relationship.one": "{count} relação que toca",
"viewer.lens.relationship.other": "{count} relações que tocam",
"viewer.radar.title": "Radar semântico",
"viewer.radar.building": "Construindo visão geral",
"viewer.radar.openFull": "Abrir radar semântico completo",
"viewer.radar.open": "Abrir radar",
"viewer.radar.close": "Fechar radar semântico",
"viewer.radar.surface": "Visão geral do diagrama. Clique em um nó para focá-lo, ou use as setas para navegar.",
"viewer.radar.click": "Clicar no nó",
"viewer.radar.drag": "Arrastar para navegar",
"viewer.radar.space": "O radar semântico precisa de mais espaço no MAPA.",
"viewer.radar.nodes": "Nós do radar do diagrama semântico",
"viewer.radar.focus": "Focar {label} a partir do Radar Semântico",
"viewer.radar.status": "{count} nós · {viewport}",
"viewer.radar.fullMap": "{count} nós · mapa completo",
"viewer.radar.compacted": "Radar compactado para não cobrir o Passaporte Semântico ou os controles do MAPA.",
"viewer.radar.cancelWaiting": "Cancelar radar semântico aguardando mais espaço no MAPA",
"viewer.radar.needsSpace": "O radar semântico precisa de mais espaço visível no MAPA",
"viewer.radar.viewport.full": "mapa completo",
"viewer.radar.viewport.width": "{percent}% de largura",
"viewer.radar.viewport.scale": "{percent}% da janela de visualização",
"viewer.nav.controls": "Controles de visualização do diagrama",
"viewer.nav.route": "Traçar uma rota direcionada",
"viewer.nav.route.title": "Traçar rota (R)",
"viewer.nav.route.short": "ROTA",
"viewer.nav.radar": "Abrir radar semântico",
"viewer.nav.radar.title": "Radar semântico (M)",
"viewer.nav.radar.short": "MAPA",
"viewer.nav.lens": "Abrir lente semântica",
"viewer.nav.lens.title": "Lente semântica (L)",
"viewer.nav.lens.short": "LENTE",
"viewer.nav.find": "Encontrar um nó",
"viewer.nav.find.title": "Encontrar um nó (/)",
"viewer.nav.guide": "Abrir guia do diagrama",
"viewer.nav.guide.title": "Guia do diagrama (?)",
"viewer.nav.zoomOut": "Reduzir",
"viewer.nav.zoomOut.title": "Reduzir (-)",
"viewer.nav.reset": "Redefinir visualização do diagrama",
"viewer.nav.reset.title": "Redefinir visualização (0)",
"viewer.nav.read": "LEITURA",
"viewer.nav.zoomIn": "Ampliar",
"viewer.nav.zoomIn.title": "Ampliar (+)",
"viewer.nav.camera": "{hint}. Redefinir visualização do diagrama",
"viewer.nav.camera.title": "{semantic}{hint} · redefinir visualização (0)",
"viewer.nav.camera.semantic": "Câmera semântica ativa · ",
"viewer.nav.level.map": "MAPA",
"viewer.nav.level.read": "LEITURA",
"viewer.nav.level.full": "COMPLETO",
"viewer.nav.level.auto": "AUTO",
"viewer.nav.detail.map": "Amplie para revelar rótulos de relações e contexto do nó",
"viewer.nav.detail.read": "Amplie novamente para revelar tags e anotações",
"viewer.nav.detail.full": "Detalhe completo do diagrama",
"viewer.intent.summary": "{label}. {out} de saída, {in} de entrada{loops}. {total} conexões. Pressione Enter para detalhes.",
"viewer.intent.loops": ", {count} laço próprio",
"viewer.common.copied": "Copiado",
"viewer.common.copyFailed": "Falha ao copiar",
"viewer.common.copyLink": "Copiar link",
"viewer.common.clear": "Limpar",
"viewer.common.close": "Fechar"
}
vendor/archify/examples/locales/ru.json
Vendored
+425
View File
@@ -0,0 +1,425 @@
{
"page.title": "{title} — диаграмма",
"diagram.description.architecture": "Диаграмма архитектуры, созданная в Archify.",
"diagram.description.workflow": "Диаграмма рабочего процесса, созданная в Archify.",
"diagram.description.sequence": "Диаграмма последовательности, созданная в Archify.",
"diagram.description.dataflow": "Диаграмма потока данных, созданная в Archify.",
"diagram.description.lifecycle": "Диаграмма жизненного цикла, созданная в Archify.",
"node.focus": "Фокус: {label}",
"node.focus.detail": "Фокус: {label}, {detail}",
"node.context.architecture": "Компонент архитектуры",
"node.context.workflow": "Узел рабочего процесса",
"node.context.sequence": "Участник последовательности",
"node.context.dataflow": "Узел потока данных",
"node.context.lifecycle": "Состояние жизненного цикла",
"legend.title": "Легенда",
"legend.architecture.frontend": "Фронтенд",
"legend.architecture.backend": "Бэкенд",
"legend.architecture.database": "База данных",
"legend.architecture.cloud": "Облако",
"legend.architecture.security": "Безопасность",
"legend.architecture.messagebus": "Шина сообщений",
"legend.architecture.external": "Внешний",
"legend.workflow.frontend": "Интерфейс пользователя",
"legend.workflow.backend": "Логика агента",
"legend.workflow.security": "Политика",
"legend.workflow.messagebus": "Действие инструмента",
"legend.workflow.database": "Контекст / трассировка",
"legend.workflow.cloud": "Облачный сервис",
"legend.workflow.external": "Внешняя система",
"legend.sequence.emphasis": "основной запрос",
"legend.sequence.return": "возврат",
"legend.sequence.security": "безопасность",
"legend.sequence.dashed": "асинхронная трассировка",
"legend.sequence.default": "сообщение",
"legend.dataflow.emphasis": "основные данные",
"legend.dataflow.security": "политика / ПДн",
"legend.dataflow.dashed": "асинхронный пакет",
"legend.dataflow.database": "хранилище данных",
"legend.dataflow.default": "поток данных",
"legend.lifecycle.start": "начальное состояние",
"legend.lifecycle.active": "активно",
"legend.lifecycle.waiting": "ожидание",
"legend.lifecycle.decision": "решение",
"legend.lifecycle.success": "успех",
"legend.lifecycle.failure": "ошибка / выход",
"legend.lifecycle.neutral": "нейтральное",
"legend.lifecycle.external": "внешнее",
"legend.lifecycle.final": "конечное состояние",
"viewer.kind.frontend": "Фронтенд",
"viewer.kind.backend": "Бэкенд",
"viewer.kind.database": "База данных",
"viewer.kind.cloud": "Облако",
"viewer.kind.security": "Безопасность",
"viewer.kind.messagebus": "Шина сообщений",
"viewer.kind.external": "Внешний",
"viewer.kind.neutral": "Нейтральный",
"viewer.kind.node": "Узел",
"viewer.kind.start": "Начало",
"viewer.kind.active": "Активно",
"viewer.kind.waiting": "Ожидание",
"viewer.kind.decision": "Решение",
"viewer.kind.success": "Успех",
"viewer.kind.failure": "Ошибка",
"viewer.toolbar.actions": "Действия с диаграммой",
"viewer.theme.toggle.title": "Переключить тему (T)",
"viewer.theme.toggle": "Переключить цветовую тему",
"viewer.theme.dark": "Тёмная",
"viewer.theme.light": "Светлая",
"viewer.preset.choose.title": "Выбрать визуальный стиль (S — переключение)",
"viewer.preset.choose": "Выбрать визуальный стиль",
"viewer.preset.style": "Стиль",
"viewer.preset.menu": "Визуальный стиль",
"viewer.preset.identity": "Визуальная идентичность",
"viewer.preset.cycles": "S — переключение",
"viewer.preset.classic": "Классический",
"viewer.preset.classic.short": "Классика",
"viewer.preset.classic.hint": "Стабильный технический стиль по умолчанию",
"viewer.preset.flow": "Поток сигналов",
"viewer.preset.flow.short": "Поток",
"viewer.preset.flow.hint": "Презентация с акцентом на анимацию",
"viewer.preset.blueprint": "Чертёж",
"viewer.preset.blueprint.hint": "Для инженерного обзора",
"viewer.preset.editorial": "Редакционный",
"viewer.preset.editorial.hint": "Для публикаций и анонсов",
"viewer.preset.badge.signalFlow": "ПОТОК СИГНАЛОВ",
"viewer.preset.badge.blueprint": "ЧЕРТЁЖ / РЕД. 01",
"viewer.preset.badge.editorial": "РЕДАКЦИЯ / ЗАМЕТКА",
"viewer.preset.badge.editorialPlate": "ARCHIFY / ПЛАСТИНА 04",
"viewer.preset.current": "Визуальный стиль: {style}. Выбрать визуальный стиль",
"viewer.motion.live": "Динамика",
"viewer.motion.still": "Статика",
"viewer.motion.pause": "Приостановить анимацию",
"viewer.motion.resume": "Возобновить анимацию",
"viewer.motion.reduced": "Анимация приостановлена из-за настройки сниженного движения",
"viewer.motion.hidden": "Анимация приостановлена, пока страница скрыта",
"viewer.motion.yielding": "Приостановить анимацию; сейчас уступает место: {owner}",
"viewer.motion.yielding.title": "Динамический просмотр включён · уступает место: {owner}",
"viewer.owner.route": "Зонд маршрута",
"viewer.owner.lens": "Семантическая линза",
"viewer.owner.relationship": "Предпросмотр связи",
"viewer.owner.intent": "Трассировка намерения",
"viewer.owner.focus": "семантический фокус",
"viewer.owner.legend": "предпросмотр легенды",
"viewer.owner.reader": "взаимодействие читателя",
"viewer.present.enter": "Войти в режим презентации",
"viewer.present.enter.title": "Режим презентации (F)",
"viewer.present.exit": "Выйти из режима презентации",
"viewer.present.exit.title": "Выйти из режима презентации (F или Escape)",
"viewer.present.present": "Презентация",
"viewer.present.exit.label": "Выход",
"viewer.export.button": "Экспорт",
"viewer.export.button.title": "Экспортировать диаграмму (E)",
"viewer.export.diagram": "Экспортировать диаграмму",
"viewer.export.menu": "Экспорт",
"viewer.export.subtitle": "Портативные, аккуратные файлы",
"viewer.export.share": "Поделиться",
"viewer.export.shareCard": "Карточка для публикации",
"viewer.export.routeShareCard": "Карточка маршрута",
"viewer.export.reachShareCard": "Карточка достижимости",
"viewer.export.copyDiagram": "Копировать диаграмму",
"viewer.export.clipboardPng": "PNG в буфер обмена",
"viewer.export.raster": "Растровые изображения",
"viewer.export.image": "Изображение",
"viewer.export.lossless": "Изображение без потерь",
"viewer.export.compact": "Компактное изображение",
"viewer.export.modern": "Современный формат изображения",
"viewer.export.vectorMotion": "Вектор и анимация",
"viewer.export.vectorMotion.heading": "Вектор и анимация",
"viewer.export.editable": "Редактируемый вектор",
"viewer.export.motion6s": "Анимация 6 с",
"viewer.export.unsupported": "Не поддерживается этим браузером",
"viewer.export.clipboardUnsupported": "Этот браузер не поддерживает запись изображений в буфер обмена",
"viewer.export.clipboardUnsupported.short": "Запись изображений в буфер обмена не поддерживается в этом браузере.",
"viewer.export.motionUnavailable": "Запись анимации недоступна в этом браузере",
"viewer.export.webmUnavailable": "WebM недоступен в этом браузере",
"viewer.export.failed": "Ошибка экспорта: {message}",
"viewer.export.unknownVariant": "Неизвестный тип карточки: {variant}",
"viewer.export.routeRequired": "Постройте маршрут перед экспортом карточки маршрута",
"viewer.export.reachRequired": "Постройте заданную достижимость перед экспортом карточки достижимости",
"viewer.export.unknown": "неизвестно",
"viewer.export.routeFailed": "Не удалось экспортировать карточку маршрута: {message}",
"viewer.export.reachFailed": "Не удалось экспортировать карточку достижимости: {message}",
"viewer.export.copyFailed": "Не удалось скопировать: {message}",
"viewer.export.copiedPng": "PNG скопирован в буфер обмена",
"viewer.export.downloadedRoute": "Карточка маршрута загружена",
"viewer.export.downloadedReach": "Карточка достижимости загружена",
"viewer.export.downloadedWebm": "WebM загружен",
"viewer.export.recording": "Запись анимации, 6 секунд…",
"viewer.export.card.routeSummary.one": "Маршрут: {source} → {target} · {count} направленный переход",
"viewer.export.card.routeSummary.other": "Маршрут: {source} → {target} · {count} направленных переходов",
"viewer.export.card.reachSummary": "Заданная достижимость ({direction}) от {origin} · {nodes} · {links} · макс. {hops}",
"viewer.export.card.node.one": "{count} узел",
"viewer.export.card.node.other": "{count} узлов",
"viewer.export.card.link.one": "{count} связь",
"viewer.export.card.link.other": "{count} связей",
"viewer.export.card.hop.one": "{count} переход",
"viewer.export.card.hop.other": "{count} переходов",
"viewer.export.card.routeBadge": "ARCHIFY · МАРШРУТ · {hops}",
"viewer.export.card.reachBadge": "ARCHIFY · ДОСТИЖИМОСТЬ ({direction})",
"viewer.export.direction.upstream": "Восходящий",
"viewer.export.direction.downstream": "Нисходящий",
"viewer.export.error.canvasUnavailable": "Canvas недоступен для {label}",
"viewer.export.error.contextUnavailable": "2D-контекст canvas недоступен для {label}",
"viewer.export.error.toBlobUnavailable": "canvas.toBlob недоступен для {label}",
"viewer.export.error.toBlobNull": "canvas.toBlob не вернул данные для {label}",
"viewer.export.error.variantsCombined": "Типы карточек нельзя комбинировать",
"viewer.export.error.viewerState": "Не удалось удалить временное состояние просмотра при экспорте карточки",
"viewer.export.error.routeState": "Не удалось безопасно сохранить построенный маршрут при экспорте карточки",
"viewer.export.error.reachState": "Не удалось безопасно сохранить заданную достижимость при экспорте карточки",
"viewer.export.error.webmRequirements": "Экспорт анимации в WebM требует анимации трассировки и поддержки MediaRecorder в браузере",
"viewer.export.error.mediaRecorder": "Ошибка MediaRecorder",
"viewer.export.error.emptyWebm": "MediaRecorder создал пустой файл WebM",
"viewer.export.error.webmBackground": "Не удалось загрузить фон SVG для экспорта WebM",
"viewer.guide.eyebrow": "Гид по диаграмме",
"viewer.guide.close": "Закрыть гид по диаграмме",
"viewer.guide.inspecting": "Анализ скомпилированной семантики",
"viewer.guide.actions": "Действия для изучения диаграммы",
"viewer.guide.find": "Найти любой узел",
"viewer.guide.find.hint": "Поиск по меткам, ролям, типам и постоянным ID.",
"viewer.guide.route": "Построить маршрут",
"viewer.guide.route.aria": "Построить направленный маршрут",
"viewer.guide.route.hint": "Узнайте, как два семантических узла связаны в заданном направлении.",
"viewer.guide.map": "Просмотреть всю систему",
"viewer.guide.map.hint": "Откройте семантический радар с живым видом и постоянными узлами.",
"viewer.guide.lens": "Сравнить семантические типы",
"viewer.guide.lens.hint": "Подсчитайте роли, покажите их связи и сравните прямые заданные связи.",
"viewer.guide.present": "Войти в режим презентации",
"viewer.guide.present.hint": "Отдать весь экран живой диаграмме без изменения экспорта.",
"viewer.guide.shortcuts": "Дополнительные горячие клавиши",
"viewer.guide.shortcut.export": "Экспорт",
"viewer.guide.shortcut.theme": "Тема",
"viewer.guide.shortcut.style": "Стиль",
"viewer.guide.shortcut.reset": "Сброс",
"viewer.guide.shortcut.zoomIn": "Увеличить",
"viewer.guide.shortcut.zoomOut": "Уменьшить",
"viewer.guide.shortcut.close": "Закрыть",
"viewer.guide.facts": "{nodes} · {relationships}",
"viewer.guide.fact.node.one": "{count} семантический узел",
"viewer.guide.fact.node.other": "{count} семантических узлов",
"viewer.guide.fact.relationship.one": "{count} связь",
"viewer.guide.fact.relationship.other": "{count} связей",
"viewer.guide.open": "Открыть гид по диаграмме",
"viewer.finder.title": "Найти узел",
"viewer.finder.close": "Закрыть поиск узлов",
"viewer.finder.placeholder": "Поиск по меткам или ID",
"viewer.finder.search": "Поиск узлов диаграммы",
"viewer.finder.results": "Узлы диаграммы",
"viewer.finder.empty": "Совпадений не найдено",
"viewer.finder.result.focus": "Фокус: {label}",
"viewer.finder.result.routeStart": "Выбрать {label} как начало маршрута",
"viewer.finder.result.routeTarget": "Выбрать {label} как конец маршрута, {links}",
"viewer.finder.status.empty": "Совпадений не найдено",
"viewer.finder.status.count.one": "{count} совпадающий узел",
"viewer.finder.status.count.other": "{count} совпадающих узлов",
"viewer.finder.noun.nodes": "узлов",
"viewer.finder.link.one": "{count} связь",
"viewer.finder.link.other": "{count} связей",
"viewer.finder.result.focus.one": "Фокус: {label}, {count} связанное соединение",
"viewer.finder.result.focus.other": "Фокус: {label}, {count} связанных соединений",
"viewer.finder.status.filtered": "{visible} из {available} {noun}",
"viewer.finder.status.all": "{available} {noun}",
"viewer.passport.eyebrow": "Семантический паспорт",
"viewer.passport.metadata": "Метаданные узла",
"viewer.passport.evidence": "Проверенные источники",
"viewer.passport.verified": "Проверенный источник",
"viewer.passport.verificationScope": "Проверено по локальному Git на фиксированной ревизии. Удалённый доступ не проверялся.",
"viewer.passport.reach": "Заданная достижимость",
"viewer.passport.reach.trace": "Отследить заданную достижимость",
"viewer.passport.upstream": "Восходящий",
"viewer.passport.downstream": "Нисходящий",
"viewer.passport.upstream.trace": "Отследить восходящую заданную достижимость",
"viewer.passport.downstream.trace": "Отследить нисходящую заданную достижимость",
"viewer.passport.close": "Закрыть семантический паспорт",
"viewer.passport.copy": "Скопировать ссылку",
"viewer.passport.copy.focus": "Скопировать ссылку на выделенный узел",
"viewer.passport.relations": "Связи",
"viewer.passport.relations.show": "Показать связанные отношения",
"viewer.passport.relations.hide": "Скрыть связанные отношения",
"viewer.passport.relations.list": "Связанные отношения",
"viewer.passport.copyRelation": "Копировать связь",
"viewer.passport.copyNode": "Копировать узел",
"viewer.passport.copyPinned": "Скопировать ссылку на закреплённую связь",
"viewer.passport.copySource": "Скопировать ссылку на исходный узел",
"viewer.passport.copy.focused.success": "Ссылка на выделенный узел скопирована",
"viewer.passport.copy.pinned.success": "Ссылка на закреплённую связь скопирована",
"viewer.passport.copy.focused.failed": "Не удалось скопировать ссылку на выделенный узел",
"viewer.passport.copy.pinned.failed": "Не удалось скопировать ссылку на закреплённую связь",
"viewer.passport.relationship.none": "Нет связанных отношений",
"viewer.passport.relationship.count.one": "{count} связь",
"viewer.passport.relationship.count.other": "{count} связей",
"viewer.passport.relationship.show.one": "Показать {count} связанное отношение",
"viewer.passport.relationship.show.other": "Показать {count} связанных отношений",
"viewer.passport.relationship.summary": "{out} исходящих · {in} входящих{loops}",
"viewer.passport.relationship.loops": " · {count} петля",
"viewer.passport.relationship.explorer": "Обзор прямых связей",
"viewer.passport.relationship.help": "Используйте стрелки для просмотра связей. Enter или пробел — закрепить детали; Escape — очистить.",
"viewer.passport.relationship.loopsBack": "замыкается",
"viewer.passport.relationship.connectsTo": "соединяется с",
"viewer.passport.relationship.connectsFrom": "соединяется от",
"viewer.passport.relationship.pinned": "Закреплённая связь · {from} → {to} · {label}",
"viewer.passport.relationship.inspect": "Просмотр связи {index} из {total}: {from} → {to}, {label}. Enter — подробности.",
"viewer.passport.relationship.group.out": "Исходящие",
"viewer.passport.relationship.group.in": "Входящие",
"viewer.passport.relationship.group.loop": "Петли",
"viewer.passport.relationship.row": "{group}: {relationship}, {neighbor}",
"viewer.passport.relationship.direction.out": "ИСХ →",
"viewer.passport.relationship.direction.in": "← ВХ",
"viewer.passport.relationship.direction.loop": "ПЕТЛЯ",
"viewer.passport.sourceCount.one": "{count} проверенная ссылка на источник",
"viewer.passport.sourceCount.other": "{count} проверенных ссылок на источники",
"viewer.passport.sourceMarker": "ИСТ",
"viewer.passport.beacon.one": "{count} проверенный источник; выделите узел для просмотра",
"viewer.passport.beacon.other": "{count} проверенных источников; выделите узел для просмотра",
"viewer.passport.repository.open": "Открыть проверенную ревизию репозитория {revision}",
"viewer.passport.source.open": "Открыть проверенный источник {path} на ревизии {revision}",
"viewer.passport.source.openLink": "Открыть ↗",
"viewer.passport.reach.upstream.one": "Отследить {count} восходящий заданный узел",
"viewer.passport.reach.upstream.other": "Отследить {count} восходящих заданных узлов",
"viewer.passport.reach.downstream.one": "Отследить {count} нисходящий заданный узел",
"viewer.passport.reach.downstream.other": "Отследить {count} нисходящих заданных узлов",
"viewer.passport.reach.noUpstream": "Нет восходящих заданных узлов",
"viewer.passport.reach.noDownstream": "Нет нисходящих заданных узлов",
"viewer.passport.reach.status": "{direction} · узлов: {nodes} · связей: {links} · макс. переходов: {hops}",
"viewer.route.eyebrow": "Зонд маршрута",
"viewer.route.start": "Выбрать начальный узел",
"viewer.route.start.find": "Найти начало",
"viewer.route.start.find.aria": "Найти начало маршрута",
"viewer.route.copy": "Скопировать ссылку",
"viewer.route.copy.aria": "Скопировать ссылку на построенный маршрут",
"viewer.route.clear": "Очистить",
"viewer.route.clear.aria": "Очистить зонд маршрута",
"viewer.route.traced": "Построенный маршрут",
"viewer.route.pickTwo": "Выберите два семантических узла на диаграмме",
"viewer.route.pickOne": "Выберите семантический узел на диаграмме",
"viewer.route.controls": "Управление воспроизведением маршрута",
"viewer.route.previous": "Предыдущая позиция маршрута",
"viewer.route.play": "Воспроизвести маршрут",
"viewer.route.pause": "Приостановить маршрут",
"viewer.route.replay": "Повторить маршрут",
"viewer.route.next": "Следующая позиция маршрута",
"viewer.route.journey": "Путь",
"viewer.route.pause.label": "Пауза",
"viewer.route.replay.label": "Повтор",
"viewer.route.overview": "Обзор",
"viewer.route.overview.aria": "Показать полный обзор маршрута",
"viewer.route.instructions": "Сначала выберите источник, затем цель. Направление важно.",
"viewer.route.destination": "Выбрать цель от {label}",
"viewer.route.destination.find": "Найти цель",
"viewer.route.destination.find.aria": "Найти достижимую цель маршрута",
"viewer.route.differentDestination": "Выбрать другую цель",
"viewer.route.distinct": "Для маршрута нужны два разных семантических узла.",
"viewer.route.unreachable": "Нет направленного маршрута к {label}",
"viewer.route.unreachable.detail": "{target} недостижим из {source}. Выберите подсвеченную цель.",
"viewer.route.start.instructions": "Выберите источник. На следующем шаге будут показаны только направленно достижимые цели.",
"viewer.route.copy.success": "Ссылка на построенный маршрут скопирована",
"viewer.route.copy.failed": "Не удалось скопировать ссылку на маршрут",
"viewer.route.position": "Позиция маршрута {index} из {total}: {label}",
"viewer.route.step": "Шаг {index} из {total} · {phase} · {label}",
"viewer.route.motionRequired": "Автоматическое воспроизведение требует режима «Динамика»",
"viewer.route.trigger.clear": "Очистить построенный маршрут",
"viewer.route.overview.status": "{nodes} · {hops} · кратчайший заданный маршрут",
"viewer.route.overview.node.one": "{count} узел",
"viewer.route.overview.node.other": "{count} узлов",
"viewer.route.overview.hop.one": "{count} направленный переход",
"viewer.route.overview.hop.other": "{count} направленных переходов",
"viewer.route.phase.playing": "Воспроизведение",
"viewer.route.phase.complete": "Завершено",
"viewer.route.phase.inspecting": "Просмотр",
"viewer.route.destination.count.one": "Доступна {count} направленная цель. Выберите подсвеченный узел.",
"viewer.route.destination.count.other": "Доступно {count} направленных целей. Выберите подсвеченный узел.",
"viewer.route.noOutgoing": "Отсюда не начинается ни один исходящий маршрут. Очистите и выберите другой источник.",
"viewer.route.result.title": "{source} → {target}",
"viewer.route.finder.source.title": "Выбрать начало маршрута",
"viewer.route.finder.source.placeholder": "Поиск источников маршрута",
"viewer.route.finder.source.empty": "Совпадающих источников маршрута не найдено",
"viewer.route.finder.source.results": "Узлы, с которых можно начать маршрут",
"viewer.route.finder.source.noun": "источников маршрута",
"viewer.route.finder.source.badge": "начало",
"viewer.route.finder.target.title": "Цель от {label}",
"viewer.route.finder.target.placeholder": "Поиск достижимых целей",
"viewer.route.finder.target.empty": "Совпадающих достижимых целей не найдено",
"viewer.route.finder.target.results": "Достижимые цели маршрута",
"viewer.route.finder.target.noun": "достижимых целей",
"viewer.route.hop.one": "{count} переход",
"viewer.route.hop.other": "{count} переходов",
"viewer.lens.eyebrow": "Семантическая линза",
"viewer.lens.title": "Сравнить роли системы",
"viewer.lens.close": "Закрыть семантическую линзу",
"viewer.lens.instruction": "Выберите до двух семантических типов. Один тип показывает реальные связи; два — сравнивают только прямые заданные связи.",
"viewer.lens.kinds": "Семантические типы",
"viewer.lens.choose": "Выберите тип, чтобы просмотреть его узлы и смежные связи.",
"viewer.lens.copy": "Скопировать ссылку на семантическую линзу",
"viewer.lens.clear": "Очистить семантическую линзу",
"viewer.lens.open": "Открыть семантическую линзу",
"viewer.lens.openActive": "Открыть активную семантическую линзу",
"viewer.lens.legend": "Семантическая легенда",
"viewer.lens.legend.inspect.one": "Просмотр {label}, {count} узел",
"viewer.lens.legend.inspect.other": "Просмотр {label}, {count} узлов",
"viewer.lens.kind.count.one": "{label}, {count} узел",
"viewer.lens.kind.count.other": "{label}, {count} узлов",
"viewer.lens.compare.one": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} прямая связь",
"viewer.lens.compare.other": "{first} → {second}: {forward} · {second} → {first}: {reverse} · {count} прямых связей",
"viewer.lens.single": "{nodes} · {relationships} · связанные узлы остаются видимыми",
"viewer.lens.node.one": "{count} узел типа {label}",
"viewer.lens.node.other": "{count} узлов типа {label}",
"viewer.lens.relationship.one": "{count} смежная связь",
"viewer.lens.relationship.other": "{count} смежных связей",
"viewer.radar.title": "Семантический радар",
"viewer.radar.building": "Построение обзора",
"viewer.radar.openFull": "Открыть полный семантический радар",
"viewer.radar.open": "Открыть радар",
"viewer.radar.close": "Закрыть семантический радар",
"viewer.radar.surface": "Обзор диаграммы. Щёлкните узел, чтобы выделить его, или используйте стрелки для панорамирования.",
"viewer.radar.click": "Щёлкнуть узел",
"viewer.radar.drag": "Перетащите для панорамирования",
"viewer.radar.space": "Семантическому радару нужно больше места на карте.",
"viewer.radar.nodes": "Узлы семантического радара диаграммы",
"viewer.radar.focus": "Фокус: {label} (из семантического радара)",
"viewer.radar.status": "Узлов: {count} · {viewport}",
"viewer.radar.fullMap": "Узлов: {count} · полная карта",
"viewer.radar.compacted": "Радар уменьшен, чтобы не перекрывать семантический паспорт или элементы управления картой.",
"viewer.radar.cancelWaiting": "Отменить ожидание семантическим радаром дополнительного места",
"viewer.radar.needsSpace": "Семантическому радару нужно больше видимого места на карте",
"viewer.radar.viewport.full": "полная карта",
"viewer.radar.viewport.width": "ширина {percent}%",
"viewer.radar.viewport.scale": "масштаб {percent}%",
"viewer.nav.controls": "Управление видом диаграммы",
"viewer.nav.route": "Построить направленный маршрут",
"viewer.nav.route.title": "Построить маршрут (R)",
"viewer.nav.route.short": "ПУТЬ",
"viewer.nav.radar": "Открыть семантический радар",
"viewer.nav.radar.title": "Семантический радар (M)",
"viewer.nav.radar.short": "КАРТА",
"viewer.nav.lens": "Открыть семантическую линзу",
"viewer.nav.lens.title": "Семантическая линза (L)",
"viewer.nav.lens.short": "ЛИНЗА",
"viewer.nav.find": "Найти узел",
"viewer.nav.find.title": "Найти узел (/)",
"viewer.nav.guide": "Открыть гид по диаграмме",
"viewer.nav.guide.title": "Гид по диаграмме (?)",
"viewer.nav.zoomOut": "Уменьшить",
"viewer.nav.zoomOut.title": "Уменьшить (-)",
"viewer.nav.reset": "Сбросить вид диаграммы",
"viewer.nav.reset.title": "Сбросить вид (0)",
"viewer.nav.read": "ЧТЕНИЕ",
"viewer.nav.zoomIn": "Увеличить",
"viewer.nav.zoomIn.title": "Увеличить (+)",
"viewer.nav.camera": "{hint}. Сбросить вид диаграммы",
"viewer.nav.camera.title": "{semantic}{hint} · сбросить вид (0)",
"viewer.nav.camera.semantic": "Семантическая камера активна · ",
"viewer.nav.level.map": "КАРТА",
"viewer.nav.level.read": "ЧТЕНИЕ",
"viewer.nav.level.full": "ПОЛНЫЙ",
"viewer.nav.level.auto": "АВТО",
"viewer.nav.detail.map": "Увеличьте, чтобы увидеть подписи связей и контекст узлов",
"viewer.nav.detail.read": "Увеличьте ещё, чтобы увидеть теги и аннотации",
"viewer.nav.detail.full": "Полная детализация диаграммы",
"viewer.intent.summary": "{label}. {out} исходящих, {in} входящих{loops}. Всего связей: {total}. Enter — подробности.",
"viewer.intent.loops": ", {count} петля",
"viewer.common.copied": "Скопировано",
"viewer.common.copyFailed": "Не удалось скопировать",
"viewer.common.copyLink": "Скопировать ссылку",
"viewer.common.clear": "Очистить",
"viewer.common.close": "Закрыть"
}
vendor/archify/examples/product-analytics.dataflow.json
Vendored
+71
View File
@@ -0,0 +1,71 @@
{
"schema_version": 1,
"diagram_type": "dataflow",
"meta": {
"title": "Product Analytics Data Flow",
"output": "examples/dataflow-product-analytics.html",
"viewBox": [1080, 520],
"animation": "trace",
"quality_profile": "showcase"
},
"stages": [
{ "label": "Sources" },
{ "label": "Ingest" },
{ "label": "Process" },
{ "label": "Store" },
{ "label": "Consume" }
],
"nodes": [
{ "id": "web", "type": "frontend", "label": "Web App", "sublabel": "browser SDK", "stage": 0, "row": 0, "tag": "events" },
{ "id": "mobile", "type": "frontend", "label": "Mobile", "sublabel": "iOS / Android", "stage": 0, "row": 2, "tag": "events" },
{ "id": "edge", "type": "cloud", "label": "Edge API", "sublabel": "collector", "stage": 1, "row": 1, "tag": "TLS" },
{ "id": "consent", "type": "security", "label": "Consent Gate", "sublabel": "policy filter", "stage": 2, "row": 0, "tag": "PII guard" },
{ "id": "stream", "type": "messagebus", "label": "Event Stream", "sublabel": "Kafka topic", "stage": 2, "row": 2, "tag": "ordered" },
{ "id": "pii", "type": "security", "label": "PII Vault", "sublabel": "encrypted", "stage": 3, "row": 0, "tag": "restricted" },
{ "id": "warehouse", "type": "database", "label": "Warehouse", "sublabel": "analytics tables", "stage": 3, "row": 1, "tag": "curated" },
{ "id": "features", "type": "database", "label": "Feature Store", "sublabel": "daily batch", "stage": 3, "row": 2, "tag": "derived" },
{ "id": "dashboard", "type": "backend", "label": "Dashboards", "sublabel": "product metrics", "stage": 4, "row": 0, "tag": "SQL" },
{ "id": "model", "type": "backend", "label": "ML Model", "sublabel": "ranking job", "stage": 4, "row": 2, "tag": "features" }
],
"flows": [
{ "id": "web-clickstream", "from": "web", "to": "edge", "label": "clickstream", "classification": "user events", "variant": "emphasis", "fromSide": "right", "toSide": "left", "via": [[205, 157], [205, 271]], "labelAt": [204, 190] },
{ "id": "mobile-events", "from": "mobile", "to": "edge", "label": "app events", "classification": "device events", "variant": "default", "fromSide": "right", "toSide": "left", "via": [[222, 385], [222, 271]], "labelAt": [220, 342] },
{ "id": "consent-enrichment", "from": "edge", "to": "consent", "label": "identity + consent", "classification": "PII touch", "variant": "security", "fromSide": "top", "toSide": "left", "via": [[315, 112], [450, 112], [450, 157]], "labelAt": [382, 100] },
{ "id": "accepted-events", "from": "edge", "to": "stream", "label": "accepted events", "classification": "append-only", "variant": "emphasis", "fromSide": "right", "toSide": "left", "via": [[420, 271], [420, 385]], "labelAt": [438, 324] },
{ "id": "identity-map", "from": "consent", "to": "pii", "label": "identity map", "classification": "encrypted PII", "variant": "security", "route": "straight", "labelAt": [638, 144] },
{ "id": "normalized-facts", "from": "stream", "to": "warehouse", "label": "normalized facts", "classification": "non-PII", "variant": "emphasis", "fromSide": "right", "toSide": "left", "via": [[638, 385], [638, 271]], "labelAt": [638, 326] },
{ "id": "daily-aggregates", "from": "warehouse", "to": "features", "label": "daily aggregates", "classification": "batch", "variant": "dashed", "fromSide": "bottom", "toSide": "top", "route": "straight", "labelAt": [745, 326] },
{ "id": "metrics-query", "from": "warehouse", "to": "dashboard", "label": "metrics SQL", "classification": "read-only", "variant": "default", "fromSide": "right", "toSide": "bottom", "via": [[852, 271], [960, 271]], "labelAt": [876, 258] },
{ "id": "feature-vectors", "from": "features", "to": "model", "label": "feature vectors", "classification": "derived", "variant": "dashed", "route": "straight", "labelAt": [852, 372] },
{ "id": "restricted-join", "from": "pii", "to": "dashboard", "label": "restricted join", "classification": "approved only", "variant": "security", "route": "straight", "labelAt": [852, 144] }
],
"cards": [
{
"dot": "emerald",
"title": "Primary Data Path",
"items": [
"Events move left to right through source, ingest, process, store, and consume stages",
"The hot path stays visually clear even with secondary batch flows",
"Labels name data assets instead of generic API verbs"
]
},
{
"dot": "rose",
"title": "Sensitive Boundary",
"items": [
"Consent and PII paths are styled as security flows",
"PII lands in a restricted vault, separate from the analytics warehouse",
"Restricted joins are visible without implying default access"
]
},
{
"dot": "orange",
"title": "Derived Consumers",
"items": [
"Dashboards read curated facts from the warehouse",
"Feature vectors are derived by batch from analytics tables",
"Consumption paths stay distinct from collection and consent handling"
]
}
]
}
vendor/archify/examples/production-deployment.architecture.json
Vendored
+51
View File
@@ -0,0 +1,51 @@
{
"schema_version": 1,
"diagram_type": "architecture",
"meta": {
"title": "Production Deployment Ownership",
"output": "examples/production-deployment.html",
"visual_preset": "blueprint",
"animation": "trace",
"quality_profile": "showcase",
"engineering_profile": "deployment-ownership"
},
"components": [
{ "id": "clients", "type": "external", "label": "Customers", "sublabel": "web + mobile", "pos": [38, 300], "size": [122, 60] },
{ "id": "edge", "type": "cloud", "label": "Global Edge", "sublabel": "CDN + WAF", "pos": [230, 300], "size": [126, 60], "tag": "edge team" },
{ "id": "gateway", "type": "security", "label": "API Gateway", "sublabel": "public :443", "pos": [430, 300], "size": [128, 60], "tag": "platform" },
{ "id": "api_a", "type": "backend", "label": "API Pods / AZ-a", "sublabel": "private subnet", "pos": [630, 195], "size": [136, 62], "tag": "app team" },
{ "id": "api_b", "type": "backend", "label": "API Pods / AZ-b", "sublabel": "private subnet", "pos": [630, 405], "size": [136, 62], "tag": "app team" },
{ "id": "redis", "type": "database", "label": "Redis", "sublabel": "multi-AZ cache", "pos": [840, 195], "size": [126, 62], "tag": "platform" },
{ "id": "postgres", "type": "database", "label": "PostgreSQL", "sublabel": "primary / encrypted", "pos": [840, 405], "size": [126, 62], "tag": "data team" },
{ "id": "events", "type": "messagebus", "label": "Event Bus", "sublabel": "orders.v1", "pos": [1040, 300], "size": [126, 60], "tag": "platform" },
{ "id": "worker", "type": "backend", "label": "Workers", "sublabel": "private workload", "pos": [1190, 300], "size": [126, 60], "tag": "app team" },
{ "id": "replica", "type": "database", "label": "DR Replica", "sublabel": "eu-west-1", "pos": [1040, 578], "size": [126, 62], "tag": "data team" },
{ "id": "audit", "type": "cloud", "label": "Audit Archive", "sublabel": "immutable objects", "pos": [1190, 450], "size": [126, 62], "tag": "security" },
{ "id": "observability", "type": "external", "label": "Observability", "sublabel": "metrics + traces", "pos": [1190, 85], "size": [126, 62], "tag": "SRE" }
],
"boundaries": [
{ "kind": "region", "label": "AWS us-east-1 / production", "wraps": ["edge", "gateway", "api_a", "api_b", "redis", "postgres", "events", "worker", "audit"], "pad": 20 },
{ "kind": "security-group", "label": "private application network", "wraps": ["api_a", "api_b", "redis", "postgres", "events", "worker"], "pad": 14 },
{ "kind": "region", "label": "AWS eu-west-1 / disaster recovery", "wraps": ["replica"] },
{ "kind": "security-group", "label": "DR private subnet", "wraps": ["replica"], "pad": 14 }
],
"connections": [
{ "from": "clients", "to": "edge", "label": "HTTPS", "variant": "emphasis" },
{ "from": "edge", "to": "gateway", "label": "mTLS", "variant": "security" },
{ "from": "gateway", "to": "api_a", "label": "VPC route", "variant": "emphasis", "route": "orthogonal-h", "labelAt": [594, 275] },
{ "from": "gateway", "to": "api_b", "label": "VPC route", "variant": "emphasis", "route": "orthogonal-h", "labelAt": [594, 385] },
{ "from": "api_a", "to": "redis", "label": "cache", "route": "straight" },
{ "from": "api_b", "to": "postgres", "label": "SQL", "route": "straight" },
{ "from": "api_a", "to": "events", "label": "publish", "variant": "dashed", "fromSide": "top", "toSide": "top", "via": [[698, 170], [1103, 170]] },
{ "from": "api_b", "to": "events", "variant": "dashed", "fromSide": "top", "toSide": "bottom", "via": [[698, 380], [1103, 380]] },
{ "from": "events", "to": "worker", "variant": "emphasis" },
{ "from": "postgres", "to": "replica", "label": "cross-region WAL", "variant": "security", "route": "orthogonal-v", "labelAt": [1003, 529] },
{ "from": "worker", "to": "audit", "label": "evidence", "variant": "dashed", "fromSide": "bottom", "toSide": "top", "labelDy": 58 },
{ "from": "worker", "to": "observability", "label": "OTLP", "variant": "dashed", "route": "orthogonal-v" }
],
"cards": [
{ "dot": "cyan", "title": "Runtime Ownership", "items": ["Platform owns the edge, gateway, cache, and event bus", "Application teams own API pods and workers", "Data owns primary and disaster-recovery state"] },
{ "dot": "rose", "title": "Named Crossings", "items": ["Public HTTPS terminates at the managed edge", "mTLS crosses into the application network", "Cross-region WAL is explicit and encrypted"] },
{ "dot": "emerald", "title": "Operational Evidence", "items": ["Workers emit traces to SRE-owned observability", "Audit evidence lands in immutable storage", "Unknown placement should remain marked, never invented"] }
]
}
vendor/archify/examples/release-delivery.workflow.json
Vendored
+57
View File
@@ -0,0 +1,57 @@
{
"schema_version": 1,
"diagram_type": "workflow",
"meta": {
"title": "Release Delivery Workflow",
"output": "examples/release-delivery.html",
"animation": "trace",
"quality_profile": "showcase"
},
"lanes": [
{ "id": "dev", "label": "Developer" },
{ "id": "ci", "label": "Continuous Integration" },
{ "id": "approval", "label": "Release Governance" },
{ "id": "environment", "label": "Production Environment" },
{ "id": "communication", "label": "Release Communication" },
{ "id": "exceptions", "label": "Failure + Rollback", "variant": "exception" }
],
"phases": [
{ "id": "change", "label": "Change", "fromCol": 0, "toCol": 1 },
{ "id": "verify", "label": "Build + verify", "fromCol": 2, "toCol": 3, "variant": "emphasis" },
{ "id": "promote", "label": "Promote + observe", "fromCol": 4, "toCol": 5, "variant": "dashed" }
],
"groups": [
{ "id": "blocking_checks", "label": "Blocking checks", "lane": "ci", "fromCol": 2, "toCol": 3, "variant": "emphasis" },
{ "id": "rollback_work", "label": "Recovery path", "lane": "exceptions", "fromCol": 3, "toCol": 5, "variant": "security" }
],
"mainPath": ["commit", "pull_request", "build", "checks", "approval", "deploy", "verify_prod", "announce"],
"nodes": [
{ "id": "commit", "lane": "dev", "col": 0, "type": "frontend", "label": "Commit", "sublabel": "signed change" },
{ "id": "pull_request", "lane": "dev", "col": 1, "type": "frontend", "label": "Pull Request", "sublabel": "reviewed diff" },
{ "id": "build", "lane": "ci", "col": 2, "type": "backend", "label": "Build", "sublabel": "locked inputs", "tag": "reproducible" },
{ "id": "checks", "lane": "ci", "col": 3, "type": "security", "label": "Quality Gates", "sublabel": "test + scan", "tag": "blocking" },
{ "id": "approval", "lane": "approval", "col": 4, "type": "security", "label": "Approve", "sublabel": "release owner", "tag": "human gate" },
{ "id": "deploy", "lane": "environment", "col": 4, "type": "cloud", "label": "Deploy", "sublabel": "canary 10%", "tag": "production" },
{ "id": "verify_prod", "lane": "environment", "col": 5, "type": "backend", "label": "Verify", "sublabel": "smoke + SLO" },
{ "id": "announce", "lane": "communication", "col": 5, "type": "external", "label": "Announce", "sublabel": "status + notes" },
{ "id": "failed", "lane": "exceptions", "col": 2, "type": "security", "label": "Stop Release", "sublabel": "gate failed" },
{ "id": "rollback", "lane": "exceptions", "col": 4, "width": 64, "type": "messagebus", "label": "Rollback", "sublabel": "last good image", "tag": "owner: on-call" }
],
"edges": [
{ "from": "commit", "to": "pull_request" },
{ "from": "pull_request", "to": "build", "label": "merge", "variant": "emphasis", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "build", "to": "checks" },
{ "from": "checks", "to": "approval", "variant": "emphasis", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "approval", "to": "deploy", "variant": "security", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "deploy", "to": "verify_prod" },
{ "from": "verify_prod", "to": "announce", "label": "healthy", "variant": "emphasis", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "checks", "to": "failed", "label": "red", "variant": "security", "role": "error", "route": "drop", "fromSide": "bottom", "toSide": "top" },
{ "from": "verify_prod", "to": "rollback", "variant": "security", "role": "error", "route": "outside-right", "fromSide": "right", "toSide": "right" },
{ "from": "rollback", "to": "deploy", "label": "restore", "variant": "dashed", "role": "return", "route": "return-left", "fromSide": "left", "toSide": "left" }
],
"cards": [
{ "dot": "emerald", "title": "One Happy Path", "items": ["Every change is reviewed before a reproducible build", "Blocking checks must be green before human approval", "Production is complete only after smoke and SLO verification"] },
{ "dot": "rose", "title": "Stop Conditions", "items": ["Test or security failure stops promotion", "Production health can reverse a release", "Rollback ownership is visible before an incident"] },
{ "dot": "cyan", "title": "Release Evidence", "items": ["Approval, immutable image, and check results are retained", "The release announcement follows verification", "The main path remains readable without hiding failure"] }
]
}
vendor/archify/examples/sequence-cache-miss-request.html
Vendored
+13835
View File
File diff suppressed because it is too large. Load diff
vendor/archify/examples/web-app-rendered.html
Vendored
+13808
View File
File diff suppressed because it is too large. Load diff
vendor/archify/examples/web-app.architecture.json
Vendored
+41
View File
@@ -0,0 +1,41 @@
{
"schema_version": 1,
"diagram_type": "architecture",
"meta": {
"title": "Sample Web App",
"output": "web-app-rendered.html",
"quality_profile": "showcase"
},
"components": [
{ "id": "users", "type": "external", "label": "Users", "sublabel": "Browser / Mobile", "pos": [40, 300], "size": [120, 60] },
{ "id": "auth", "type": "security", "label": "Auth Provider", "sublabel": "OAuth 2.0", "pos": [40, 110], "size": [120, 64], "tag": "JWT + PKCE" },
{ "id": "cdn", "type": "cloud", "label": "CloudFront", "sublabel": "CDN", "pos": [250, 300], "size": [130, 60] },
{ "id": "lb", "type": "cloud", "label": "Load Balancer", "sublabel": "HTTPS :443", "pos": [460, 300], "size": [130, 60] },
{ "id": "api", "type": "backend", "label": "API Server", "sublabel": "FastAPI :8000", "pos": [670, 300], "size": [130, 60] },
{ "id": "cache", "type": "database", "label": "Redis", "sublabel": "cache :6379", "pos": [670, 150], "size": [130, 60] },
{ "id": "db", "type": "database", "label": "PostgreSQL", "sublabel": "primary :5432", "pos": [880, 300], "size": [130, 60] },
{ "id": "s3", "type": "cloud", "label": "S3", "sublabel": "static assets", "pos": [250, 440], "size": [130, 60], "tag": "OAI protected" },
{ "id": "queue", "type": "messagebus", "label": "SQS", "sublabel": "job queue", "pos": [670, 440], "size": [130, 60] },
{ "id": "worker", "type": "backend", "label": "Worker", "sublabel": "async jobs", "pos": [880, 440], "size": [130, 60] }
],
"boundaries": [
{ "kind": "region", "label": "AWS Region: us-west-2", "wraps": ["cdn", "lb", "api", "cache", "db", "s3", "queue", "worker"] },
{ "kind": "security-group", "label": "sg-api :443/:8000", "wraps": ["lb", "api"] }
],
"connections": [
{ "id": "users-to-cdn", "from": "users", "to": "cdn", "label": "HTTPS", "variant": "emphasis" },
{ "id": "jwt-verification", "from": "auth", "to": "api", "label": "verify JWT", "variant": "security", "fromSide": "right", "toSide": "top", "via": [[620, 142], [620, 246], [735, 246]] },
{ "id": "cdn-to-lb", "from": "cdn", "to": "lb" },
{ "id": "static-assets", "from": "cdn", "to": "s3", "label": "static", "variant": "dashed", "fromSide": "bottom", "toSide": "top", "labelDy": 58 },
{ "id": "lb-to-api", "from": "lb", "to": "api" },
{ "id": "cache-read-through", "from": "api", "to": "cache", "label": "read-through", "fromSide": "top", "toSide": "bottom", "labelDy": -68 },
{ "id": "api-sql", "from": "api", "to": "db", "label": "SQL" },
{ "id": "enqueue-job", "from": "api", "to": "queue", "label": "enqueue", "variant": "dashed", "fromSide": "bottom", "toSide": "top", "labelDy": 58 },
{ "id": "queue-to-worker", "from": "queue", "to": "worker" }
],
"cards": [
{ "dot": "cyan", "title": "Edge", "items": ["CloudFront CDN fronts all traffic", "S3 serves static assets via OAI"] },
{ "dot": "emerald", "title": "Application", "items": ["FastAPI behind an HTTPS load balancer", "Redis read-through cache", "Async work drained from SQS by a worker"] },
{ "dot": "rose", "title": "Security", "items": ["OAuth 2.0 with JWT + PKCE", "API + LB isolated in a security group"] }
]
}
vendor/archify/examples/workflow-agent-tool-call-rendered.html
Vendored
+13826
View File
File diff suppressed because it is too large. Load diff
vendor/archify/migrations/workflow-v2.mjs
Vendored
+280
View File
@@ -0,0 +1,280 @@
import { compileWorkflow } from '../renderers/workflow/workflow-compiler.mjs';
import {
createMappedWorkflowCandidate,
intrinsicWorkflow,
planningWorkflow,
} from '../renderers/workflow/workflow-migration-geometry.mjs';
import { validateSchema } from '../renderers/shared/validator.mjs';
export { createHorizontalRankMapper } from '../renderers/workflow/workflow-migration-geometry.mjs';
const TARGET_SCHEMA_VERSION = 2;
function clone(value) {
return JSON.parse(JSON.stringify(value));
}
function diagnostic({ code, message, subject = {}, evidence = {}, supportedFixes = [] }) {
return {
code,
severity: 'error',
message,
subject,
evidence,
supportedFixes,
};
}
function schemaDiagnostics(workflow) {
try {
validateSchema('workflow', workflow);
return [];
} catch (error) {
if (Array.isArray(error?.archifyDiagnostics)) {
return error.archifyDiagnostics.map((entry) => ({ ...entry }));
}
throw error;
}
}
function legacyLayoutProbe(workflow, qualityProfile) {
// The probe discovers fixed-v1 rank centers, not authored canvas capacity.
// Omitting viewBox lets a capacity-only legacy failure reach the v2 compiler,
// which can measure and monotonically expand the real migrated document.
const probe = {
schema_version: 1,
diagram_type: 'workflow',
meta: {
title: workflow.meta.title,
output: workflow.meta.output,
...(workflow.meta.locale ? { locale: workflow.meta.locale } : {}),
legend: { mode: 'hidden' },
},
lanes: clone(workflow.lanes),
nodes: [{
id: 'migration_probe',
lane: workflow.lanes[0].id,
col: 0,
type: 'backend',
label: 'Probe',
}],
edges: [],
};
return compileWorkflow({ workflow: probe, qualityProfile });
}
function legacyRequirementProbe(workflow, qualityProfile) {
// Measure the complete fixed-v1 document without treating an authored
// viewBox as its intrinsic requirement. The authored viewBox remains a
// migration capacity and is preserved separately on the migrated document.
const probe = clone(workflow);
delete probe.meta.viewBox;
return compileWorkflow({ workflow: probe, qualityProfile });
}
function requiredViewBoxFrom(result) {
if (Array.isArray(result?.receipt?.requiredViewBox)) {
return [...result.receipt.requiredViewBox];
}
const required = result?.diagnostics
?.map((entry) => entry?.evidence?.requiredViewBox)
.find((candidate) => Array.isArray(candidate) && candidate.length === 2);
return required ? [...required] : null;
}
function expandableViewBox(result) {
if (result.ok || !result.diagnostics?.length) return null;
if (!result.diagnostics.every((entry) => entry.code === 'workflow/viewbox-capacity')) return null;
return requiredViewBoxFrom(result);
}
function result({
ok,
document,
fromSchemaVersion = 1,
preExistingDiagnostics = [],
migrationDiagnostics = [],
newSchemaDiagnostics = [],
changedCoordinates = [],
oldRequiredViewBox = null,
newRequiredViewBox = null,
}) {
return {
ok,
...(document ? { document } : {}),
fromSchemaVersion,
toSchemaVersion: TARGET_SCHEMA_VERSION,
preExistingDiagnostics,
migrationDiagnostics,
newSchemaDiagnostics,
changedCoordinates,
oldRequiredViewBox,
newRequiredViewBox,
};
}
export function migrateWorkflowDocument(inputWorkflow) {
if (!inputWorkflow || typeof inputWorkflow !== 'object' || Array.isArray(inputWorkflow)) {
return result({
ok: false,
migrationDiagnostics: [diagnostic({
code: 'migration/source-document',
message: 'Workflow migration requires one parsed JSON object.',
supportedFixes: ['provide one workflow schema v1 JSON document'],
})],
});
}
// Migration has no quality override: the authored policy (or effective
// standard default) must validate the document after it leaves this process.
const qualityProfile = inputWorkflow.meta?.quality_profile || 'standard';
const workflow = clone(inputWorkflow);
const preExistingDiagnostics = schemaDiagnostics(workflow);
if (preExistingDiagnostics.length) {
return result({
ok: false,
fromSchemaVersion: workflow.schema_version,
preExistingDiagnostics,
});
}
if (workflow.schema_version === TARGET_SCHEMA_VERSION) {
const compiled = compileWorkflow({ workflow: clone(workflow), qualityProfile });
const requiredViewBox = requiredViewBoxFrom(compiled);
if (!compiled.ok) {
return result({
ok: false,
fromSchemaVersion: TARGET_SCHEMA_VERSION,
preExistingDiagnostics: compiled.diagnostics,
oldRequiredViewBox: requiredViewBox,
newRequiredViewBox: requiredViewBox,
});
}
return result({
ok: true,
document: workflow,
fromSchemaVersion: TARGET_SCHEMA_VERSION,
oldRequiredViewBox: requiredViewBox,
newRequiredViewBox: requiredViewBox,
});
}
if (workflow.schema_version !== 1) {
return result({
ok: false,
fromSchemaVersion: workflow.schema_version,
migrationDiagnostics: [diagnostic({
code: 'migration/source-schema-version',
message: 'Workflow migration to schema v2 requires a schema v1 or v2 source.',
subject: { path: '/schema_version' },
evidence: { actual: workflow.schema_version, expected: [1, 2] },
supportedFixes: ['use an unchanged schema v1 workflow or an already migrated schema v2 workflow as the source'],
})],
});
}
const legacy = compileWorkflow({ workflow: clone(workflow), qualityProfile });
const legacyProbe = legacyLayoutProbe(workflow, qualityProfile);
if (!legacyProbe.ok) {
return result({
ok: false,
preExistingDiagnostics: legacy.ok ? [] : legacy.diagnostics,
migrationDiagnostics: legacyProbe.diagnostics,
});
}
const legacyRequirement = legacyRequirementProbe(workflow, qualityProfile);
const oldRequiredViewBox = requiredViewBoxFrom(legacyRequirement)
|| requiredViewBoxFrom(legacyProbe)
|| requiredViewBoxFrom(legacy);
const preExistingLayoutDiagnostics = legacy.ok ? [] : legacy.diagnostics;
let planned = compileWorkflow({ workflow: intrinsicWorkflow(workflow), qualityProfile });
if (!planned.ok) {
// Old absolute pins can be invalid at the new rank centers before their X
// coordinates are mapped. Obtain the same rank plan from an automatic-route
// projection, then validate every authored pin again after mapping.
planned = compileWorkflow({ workflow: planningWorkflow(workflow), qualityProfile });
}
if (!planned.ok) {
return result({
ok: false,
preExistingDiagnostics: preExistingLayoutDiagnostics,
newSchemaDiagnostics: planned.diagnostics,
oldRequiredViewBox,
newRequiredViewBox: requiredViewBoxFrom(planned),
});
}
let mappedCandidate;
try {
mappedCandidate = createMappedWorkflowCandidate(
workflow,
legacyProbe.receipt.columns,
planned.receipt.columns,
);
} catch (error) {
return result({
ok: false,
preExistingDiagnostics: preExistingLayoutDiagnostics,
migrationDiagnostics: [diagnostic({
code: 'migration/rank-mapping',
message: 'Could not construct a stable horizontal rank mapping.',
evidence: { reason: error.message },
supportedFixes: ['report the workflow and compiler receipts to the Archify maintainers'],
})],
oldRequiredViewBox,
newRequiredViewBox: requiredViewBoxFrom(planned),
});
}
const { document: migrated, changedCoordinates } = mappedCandidate;
let compiled = compileWorkflow({ workflow: migrated, qualityProfile });
const requiredExpansion = migrated.meta.viewBox ? expandableViewBox(compiled) : null;
if (requiredExpansion) {
const current = migrated.meta.viewBox;
const expanded = [
Math.max(current[0], requiredExpansion[0]),
Math.max(current[1], requiredExpansion[1]),
];
if (expanded[0] > current[0] || expanded[1] > current[1]) {
migrated.meta.viewBox = expanded;
compiled = compileWorkflow({ workflow: migrated, qualityProfile });
}
}
const newRequiredViewBox = requiredViewBoxFrom(compiled) || requiredViewBoxFrom(planned);
if (!compiled.ok) {
return result({
ok: false,
preExistingDiagnostics: preExistingLayoutDiagnostics,
newSchemaDiagnostics: compiled.diagnostics,
changedCoordinates,
oldRequiredViewBox,
newRequiredViewBox,
});
}
const migratedSchemaDiagnostics = schemaDiagnostics(migrated);
if (migratedSchemaDiagnostics.length) {
return result({
ok: false,
preExistingDiagnostics: preExistingLayoutDiagnostics,
newSchemaDiagnostics: migratedSchemaDiagnostics,
changedCoordinates,
oldRequiredViewBox,
newRequiredViewBox,
});
}
return result({
ok: true,
document: migrated,
preExistingDiagnostics: preExistingLayoutDiagnostics,
changedCoordinates,
oldRequiredViewBox,
newRequiredViewBox,
});
}
export function serializeMigratedWorkflow(workflow) {
return `${JSON.stringify(workflow, null, 2)}\n`;
}
vendor/archify/package.json
Vendored
+40
View File
@@ -0,0 +1,40 @@
{
"name": "archify",
"version": "3.0.1",
"private": true,
"type": "module",
"description": "JSON-IR diagram renderers (architecture / workflow / sequence / dataflow / lifecycle).",
"license": "MIT",
"bin": {
"archify": "./bin/archify.mjs"
},
"engines": {
"node": ">=18"
},
"scripts": {
"generate:viewer": "node ../scripts/generate-viewer.mjs",
"check:viewer": "node ../scripts/generate-viewer.mjs --check",
"generate:brand-marks": "node scripts/generate-brand-marks.mjs",
"check:brand-marks": "node scripts/generate-brand-marks.mjs --check",
"generate:validators": "node scripts/generate-validators.mjs",
"check:validators": "node scripts/generate-validators.mjs --check",
"check:release-identity": "node ../scripts/check-release-identity.mjs",
"build:gallery": "node ../scripts/build-gallery.mjs ../docs",
"build:guide": "node ../scripts/build-guide.mjs ../docs/guide.html",
"build:start": "node ../scripts/build-start.mjs ../docs/start.html",
"build:readme-showcase": "node ../scripts/build-readme-showcase.mjs",
"test:webm": "node test/webm-artifact.smoke.mjs && node --test test/site-language-integration.mjs",
"test:browser": "node ../scripts/run-browser-tests.mjs",
"test": "npm run check:viewer && npm run check:brand-marks && npm run check:validators && npm run check:release-identity && node test/golden.mjs && node ../scripts/run-tests.mjs",
"render:examples": "node scripts/render-examples.mjs ../examples"
},
"devDependencies": {
"ajv": "^8.17.1",
"parse5": "7.3.0",
"saxes": "6.0.0",
"simple-icons": "16.28.0"
},
"overrides": {
"fast-uri": "^3.1.7"
}
}
vendor/archify/recipes/scenarios.mjs
Vendored
+430
View File
@@ -0,0 +1,430 @@
const RAW_RECIPES = [
{
id: 'system-overview', type: 'architecture', proof: 'web-app',
presentation: { preset: 'classic', motion: 'static' },
start: {
en: { descriptionPrompt: 'Use Archify to turn this plain-language system description into a high-level architecture diagram: [describe the users, core components, primary path, external dependencies, and boundaries]. No repository is required. Ask only for missing facts that would materially change the diagram, mark any remaining unknowns instead of inventing them, and keep one obvious primary path across 8–12 core components.' },
zh: { descriptionPrompt: '用 Archify 把下面这段自然语言系统描述画成高层架构图：[在这里描述用户、核心组件、主要路径、外部依赖和边界]。不需要代码库。只追问会实质影响图的缺失信息，其余不确定内容要标明而不是编造；保留 8–12 个核心组件和一条一眼可见的主路径。' },
},
signals: [['system overview', 12], ['architecture', 10], ['components', 6], ['services', 4], ['repository', 5], ['trust boundary', 8], ['架构', 10], ['系统总览', 12], ['组件', 6], ['服务', 4], ['仓库', 5], ['信任边界', 8]],
en: {
title: 'System overview', question: 'What exists, who owns it, and how is it connected?',
summary: 'A bounded map of core components, external dependencies, primary paths, and trust boundaries.',
useWhen: 'Onboarding, design reviews, repository orientation, or explaining a service landscape.',
avoidWhen: 'The audience needs exact call order, state transitions, or row-level data lineage.',
include: ['8–12 core components', 'one primary path', 'external dependencies', 'trust boundaries'],
prompt: 'Analyze this repository, then use Archify to create a high-level architecture diagram. Show 8–12 core runtime components, one primary request or data path, external dependencies, ownership or trust boundaries, and put supporting detail in cards instead of adding more edges.',
},
zh: {
title: '系统总览', question: '系统里有什么、归谁负责、彼此如何连接？',
summary: '用一张有边界的图展示核心组件、外部依赖、主路径和信任边界。',
useWhen: '适合新人上手、方案评审、仓库梳理和服务全景说明。',
avoidWhen: '如果重点是精确调用顺序、状态流转或字段级血缘，请换其他配方。',
include: ['8–12 个核心组件', '一条主路径', '外部依赖', '归属或信任边界'],
prompt: '分析这个仓库，然后用 Archify 生成高层系统架构图。展示 8–12 个核心运行时组件、一条主要请求或数据路径、外部依赖、归属或信任边界；支持性细节放进卡片，不要继续堆连线。',
},
},
{
id: 'deployment-ownership', type: 'architecture', proof: 'deployment-ownership',
presentation: { preset: 'blueprint', motion: 'trace' },
signals: [['deployment topology', 14], ['region', 7], ['vpc', 9], ['cluster', 6], ['availability zone', 8], ['ownership', 7], ['cloud deployment', 12], ['部署拓扑', 14], ['区域', 6], ['集群', 6], ['可用区', 8], ['资源归属', 9], ['跨区', 8]],
en: {
title: 'Deployment ownership', question: 'Where does each workload run, and what crosses a boundary?',
summary: 'A deployment-focused map of regions, networks, clusters, workloads, stores, and cross-boundary mechanisms.',
useWhen: 'Cloud reviews, production readiness, multi-region planning, or infrastructure ownership handoffs.',
avoidWhen: 'Deployment facts are unknown or the real question is application behavior rather than placement.',
include: ['regions and networks', 'workload ownership', 'stateful services', 'named boundary crossings'],
prompt: 'Use Archify to draw the production deployment topology. Group resources by region, network, cluster, and owner; show workloads and stateful services; label every cross-boundary mechanism. Do not invent deployment facts—mark unknown areas explicitly. If the user wants a fail-closed deployment review, ask before setting meta.engineering_profile to deployment-ownership; otherwise leave the engineering profile unset.',
},
zh: {
title: '部署与归属', question: '每个工作负载运行在哪里，哪些连接跨越了边界？',
summary: '围绕 Region、网络、集群、工作负载、存储和跨边界机制组织部署图。',
useWhen: '适合云上评审、生产就绪、多区域规划和基础设施交接。',
avoidWhen: '部署事实不清楚，或真正问题是应用行为而不是资源位置时不要使用。',
include: ['区域与网络', '工作负载归属', '有状态服务', '明确的跨边界机制'],
prompt: '用 Archify 绘制生产部署拓扑。按区域、网络、集群和负责人分组，展示工作负载与有状态服务，并标注每一种跨边界机制。不要编造部署事实，不确定的区域要明确标出。如果用户需要失败即阻断的部署评审，先征得确认，再把 meta.engineering_profile 设为 deployment-ownership；否则不要启用工程画像。',
},
},
{
id: 'agent-tool-call', type: 'workflow', proof: 'agent-tool-call',
presentation: { preset: 'signal-flow', motion: 'trace' },
start: {
en: { descriptionPrompt: 'Use Archify workflow mode to turn this description into a diagram: [paste the actors, main steps, decisions, approvals, and exception paths]. Use lanes for distinct owners, keep one unmistakable happy path, and mark missing ownership or unresolved branches instead of inventing them.' },
zh: { descriptionPrompt: '用 Archify 工作流模式把下面的描述画成图：[粘贴参与者、主要步骤、决策、审批和异常路径]。不同负责方使用独立泳道，保留一条明确的成功主路径，缺失的负责人或未定分支要标明而不是编造。' },
},
signals: [['agent tool call', 16], ['tool call', 12], ['approval gate', 10], ['human in the loop', 9], ['mcp', 7], ['planner', 6], ['agent loop', 10], ['智能体工具调用', 16], ['工具调用', 12], ['审批门', 10], ['人在回路', 9], ['规划器', 6], ['智能体循环', 10]],
en: {
title: 'Agent tool-call loop', question: 'How does an agent plan, get permission, act, recover, and report?',
summary: 'A lane-based agent loop with policy gates, tool execution, exception recovery, evidence, and final response.',
useWhen: 'Explaining agent runtimes, MCP/tool orchestration, approvals, retries, or observability.',
avoidWhen: 'The goal is only to show static agent components or exact API message timing.',
include: ['request and planning', 'policy or approval gate', 'tool execution', 'exception and evidence paths'],
prompt: 'Use Archify workflow mode to explain this agent tool-call loop. Separate user surface, agent runtime, policy boundary, exception handling, tool execution, and observability into lanes. Make the successful path primary and show approval, retry, blocked, and evidence paths explicitly.',
},
zh: {
title: '智能体工具调用', question: '智能体如何规划、获批、执行、恢复并汇报？',
summary: '用泳道表达策略门、工具执行、异常恢复、证据和最终回复。',
useWhen: '适合解释 Agent Runtime、MCP/工具编排、审批、重试和可观测性。',
avoidWhen: '如果只想看静态组件，或重点是精确 API 消息时序，请换其他配方。',
include: ['请求与规划', '策略或审批门', '工具执行', '异常与证据路径'],
prompt: '用 Archify 工作流模式解释这段智能体工具调用。把用户界面、Agent Runtime、策略边界、异常处理、工具执行和可观测性分成泳道；突出成功主路径，并明确展示审批、重试、阻塞和证据路径。',
},
},
{
id: 'delivery-workflow', type: 'workflow', proof: 'delivery-workflow',
presentation: { preset: 'classic', motion: 'trace' },
signals: [['ci/cd', 14], ['release workflow', 14], ['deployment pipeline', 11], ['pull request', 7], ['staging', 7], ['rollback', 8], ['发布流程', 14], ['流水线', 9], ['上线', 7], ['预发', 7], ['回滚', 8], ['审批发布', 10]],
en: {
title: 'Delivery workflow', question: 'How does a change move safely from commit to production?',
summary: 'A delivery flow with build, checks, environments, approvals, smoke tests, rollback, and ownership lanes.',
useWhen: 'CI/CD design, release reviews, deployment governance, or onboarding developers to delivery.',
avoidWhen: 'The question is where infrastructure runs or what states a deployment object can occupy.',
include: ['trigger and build', 'blocking checks', 'approval and environments', 'rollback and verification'],
prompt: 'Use Archify workflow mode to draw this delivery process from commit to production. Separate developer, CI, approval, environment, and exception lanes; mark blocking checks, smoke tests, ownership, and the rollback path. Keep one unmistakable happy path.',
},
zh: {
title: '研发交付流程', question: '一次变更如何安全地从提交走到生产？',
summary: '展示构建、检查、环境、审批、冒烟、回滚和负责人泳道。',
useWhen: '适合 CI/CD 设计、发布评审、部署治理和研发新人上手。',
avoidWhen: '如果重点是基础设施位置或部署对象的状态集合，请换架构图或生命周期图。',
include: ['触发与构建', '阻断检查', '审批与环境', '回滚与验证'],
prompt: '用 Archify 工作流模式绘制从代码提交到生产发布的流程。拆分开发者、CI、审批、环境和异常泳道；标出阻断检查、冒烟测试、负责人和回滚路径，并保留一条一眼可见的成功主路径。',
},
},
{
id: 'incident-runbook', type: 'workflow', proof: 'incident-runbook',
presentation: { preset: 'signal-flow', motion: 'trace' },
signals: [['incident response', 15], ['runbook', 12], ['outage', 9], ['triage', 8], ['mitigation', 8], ['escalation', 7], ['事故处置', 15], ['故障', 9], ['应急预案', 12], ['排障', 9], ['缓解', 7], ['升级响应', 8]],
en: {
title: 'Incident runbook', question: 'How do responders detect, triage, mitigate, verify, and escalate?',
summary: 'An operational workflow that separates signals, responders, mitigation, communications, and recovery proof.',
useWhen: 'Incident playbooks, on-call handoffs, reliability reviews, and tabletop exercises.',
avoidWhen: 'The audience needs live metrics or a post-incident component topology instead of response actions.',
include: ['detection signal', 'triage owner', 'mitigation and rollback', 'verification and communication'],
prompt: 'Use Archify workflow mode to turn this incident runbook into responder lanes. Show detection, triage, mitigation, escalation, communication, rollback, and recovery verification. Separate decision gates from actions and make missing ownership visible.',
},
zh: {
title: '事故处置 Runbook', question: '响应者如何发现、分诊、缓解、验证并升级？',
summary: '把信号、响应者、缓解动作、沟通和恢复证据拆成可执行流程。',
useWhen: '适合故障预案、On-call 交接、稳定性评审和桌面演练。',
avoidWhen: '如果受众需要实时指标仪表盘或事故后的组件拓扑，而不是响应动作，请换其他视图。',
include: ['发现信号', '分诊负责人', '缓解与回滚', '恢复验证与沟通'],
prompt: '用 Archify 工作流模式把事故处置预案画成响应者泳道。展示发现、分诊、缓解、升级、沟通、回滚和恢复验证；把决策门与操作分开，并让缺失的负责人清晰可见。',
},
},
{
id: 'api-request', type: 'sequence', proof: 'cache-miss',
presentation: { preset: 'classic', motion: 'trace' },
start: {
en: { descriptionPrompt: 'Use Archify sequence mode to draw this interaction: [paste the participants, calls, returns, fallback, and asynchronous side effects]. Keep message order unambiguous, labels short, and unknown behavior explicit. No repository is required.' },
zh: { descriptionPrompt: '用 Archify 时序模式绘制下面的交互：[粘贴参与者、调用、返回、回退和异步副作用]。确保消息顺序无歧义、标签简短，并明确标注未知行为。不需要代码库。' },
},
signals: [['api request', 14], ['request response', 12], ['call chain', 11], ['cache miss', 13], ['jwt', 8], ['who calls whom', 12], ['api 请求', 14], ['请求响应', 12], ['调用链', 11], ['缓存未命中', 13], ['谁调用谁', 12], ['鉴权链路', 9]],
en: {
title: 'API request chain', question: 'Who calls whom, in what order, and what returns?',
summary: 'A time-ordered request path with authentication, cache fallback, persistence, return traffic, and async trace.',
useWhen: 'API documentation, debugging request latency, auth reviews, or explaining cache fallback.',
avoidWhen: 'Order is unimportant and the audience only needs the stable service topology.',
include: ['callers and callees', 'request and return messages', 'fallback or error path', 'async side effects'],
prompt: 'Use Archify sequence mode to show this request from caller to final response. Include authentication, cache hit or miss, persistence fallback, return messages, and asynchronous trace or event emission. Keep message labels short and order unambiguous.',
},
zh: {
title: 'API 请求链', question: '谁调用谁、顺序如何、最终返回什么？',
summary: '按时间展示鉴权、缓存回退、持久化、返回流量和异步追踪。',
useWhen: '适合 API 文档、请求耗时排查、鉴权评审和缓存回退说明。',
avoidWhen: '如果顺序不重要，受众只需要稳定的服务拓扑，请用架构图。',
include: ['调用方与被调用方', '请求与返回消息', '回退或错误路径', '异步副作用'],
prompt: '用 Archify 时序模式展示从调用方到最终响应的完整请求。包含鉴权、缓存命中或未命中、持久化回退、返回消息，以及异步 Trace 或事件上报；消息标签保持简短，顺序必须明确。',
},
},
{
id: 'async-roundtrip', type: 'sequence', proof: 'async-roundtrip',
presentation: { preset: 'signal-flow', motion: 'trace' },
signals: [['async roundtrip', 14], ['webhook', 10], ['callback', 10], ['acknowledgement', 8], ['timeout', 7], ['retry message', 8], ['异步回调', 14], ['回调', 10], ['确认消息', 8], ['超时', 7], ['消息重试', 9], ['webhook', 10]],
en: {
title: 'Async roundtrip', question: 'What happens after the initial request returns?',
summary: 'A sequence view of enqueue, acknowledgement, background work, callbacks, retries, timeout, and final consistency.',
useWhen: 'Webhooks, jobs, queues, payment callbacks, eventual consistency, or async API contracts.',
avoidWhen: 'The primary question is topic topology and consumer ownership rather than time order.',
include: ['initial acknowledgement', 'queue or scheduler', 'background work', 'callback, retry, and timeout'],
prompt: 'Use Archify sequence mode to explain this asynchronous roundtrip. Show the initial acknowledgement, enqueue or scheduling step, background processing, callback or polling, retry and timeout behavior, and the point where the caller can observe final consistency.',
},
zh: {
title: '异步往返链路', question: '初始请求返回之后，后台还会发生什么？',
summary: '按时间展示入队、确认、后台处理、回调、重试、超时和最终一致。',
useWhen: '适合 Webhook、后台任务、队列、支付回调、最终一致和异步 API 契约。',
avoidWhen: '如果重点是 Topic 拓扑和消费者归属，而不是时间顺序，请用事件数据流配方。',
include: ['初始确认', '队列或调度器', '后台处理', '回调、重试与超时'],
prompt: '用 Archify 时序模式解释这段异步往返链路。展示初始确认、入队或调度、后台处理、回调或轮询、重试与超时，以及调用方何时能观察到最终一致结果。',
},
},
{
id: 'data-lineage', type: 'dataflow', proof: 'product-analytics',
presentation: { preset: 'classic', motion: 'trace' },
signals: [['data lineage', 15], ['etl', 12], ['warehouse', 9], ['pii', 11], ['governance', 9], ['analytics pipeline', 12], ['数据血缘', 15], ['数据管道', 11], ['数仓', 9], ['治理', 9], ['隐私数据', 10], ['用户同意', 9]],
en: {
title: 'Data lineage', question: 'Where does data come from, how does it change, and who consumes it?',
summary: 'A governed path from sources through consent, transforms, sensitive stores, warehouse, and consumers.',
useWhen: 'Analytics architecture, ETL/ELT review, PII assessment, warehouse design, or model feature lineage.',
avoidWhen: 'The audience needs request timing or operational task ownership rather than data assets.',
include: ['sources and assets', 'transform stages', 'classification or consent', 'stores and consumers'],
prompt: 'Use Archify dataflow mode to map this data lineage. Name every data asset and transform, show consent or classification boundaries, distinguish streaming from batch paths, and identify stores plus downstream consumers. Do not use unlabeled flows.',
},
zh: {
title: '数据血缘', question: '数据从哪里来、如何变化、最终被谁消费？',
summary: '从来源经过同意、转换、敏感存储、数仓直到消费者的治理路径。',
useWhen: '适合分析架构、ETL/ELT 评审、PII 评估、数仓设计和特征血缘。',
avoidWhen: '如果受众需要请求时序或操作负责人，而不是数据资产，请换其他配方。',
include: ['数据来源与资产', '转换阶段', '分类或同意边界', '存储与消费者'],
prompt: '用 Archify 数据流模式梳理这段数据血缘。为每个数据资产和转换命名，展示用户同意或数据分类边界，区分流式与批处理路径，并标明存储和下游消费者；所有数据流都必须有标签。',
},
},
{
id: 'event-stream', type: 'dataflow', proof: 'event-stream',
presentation: { preset: 'signal-flow', motion: 'trace' },
start: {
en: { descriptionPrompt: 'Use Archify dataflow mode to map this data journey: [paste the sources, data assets, transforms, stores, boundaries, and consumers]. Label every flow, distinguish streaming from batch where relevant, and mark unknown classifications or ownership instead of inventing them.' },
zh: { descriptionPrompt: '用 Archify 数据流模式梳理下面的数据路径：[粘贴来源、数据资产、转换、存储、边界和消费者]。为每条数据流标注名称，在有意义时区分流式与批处理，未知的分类或归属要标明而不是编造。' },
},
signals: [['event stream', 15], ['kafka topology', 14], ['topic', 8], ['consumer group', 11], ['dead letter', 10], ['dlq', 10], ['事件流', 15], ['kafka 拓扑', 14], ['主题', 7], ['消费者组', 11], ['死信', 10], ['事件地铁图', 12]],
en: {
title: 'Event-stream topology', question: 'Which events move through which topics, processors, groups, and failure paths?',
summary: 'A stream map of producers, topics, ordered processors, consumer groups, state, replay, and DLQ.',
useWhen: 'Kafka/event-platform design, stream processing reviews, ownership, replay, and failure handling.',
avoidWhen: 'Topic names, consumer groups, and delivery semantics are not known—use a generic workflow instead.',
include: ['producers and event names', 'topics and ordering', 'processors and consumer groups', 'state, replay, and DLQ'],
prompt: 'Use Archify dataflow mode to draw this event-stream topology. Name producers, events, topics, ordered processors, consumer groups, state stores, replay paths, and the DLQ. Show ownership and delivery semantics only when supported by evidence.',
},
zh: {
title: '事件流拓扑', question: '哪些事件经过哪些 Topic、处理器、消费者组和失败路径？',
summary: '展示生产者、Topic、有序处理器、消费者组、状态、重放和 DLQ。',
useWhen: '适合 Kafka/事件平台设计、流处理评审、归属、重放和失败处理。',
avoidWhen: '如果 Topic、消费者组和投递语义都不清楚，请先用通用工作流，不要编造事件拓扑。',
include: ['生产者与事件名', 'Topic 与顺序', '处理器与消费者组', '状态、重放与 DLQ'],
prompt: '用 Archify 数据流模式绘制这段事件流拓扑。命名生产者、事件、Topic、有序处理器、消费者组、状态存储、重放路径和 DLQ；只有在证据充分时才标注归属和投递语义。',
},
},
{
id: 'object-lifecycle', type: 'lifecycle', proof: 'agent-run',
presentation: { preset: 'classic', motion: 'trace' },
start: {
en: { descriptionPrompt: 'Use Archify lifecycle mode to model this object: [paste its states, transition events, waits, retries, cancellation, and terminal outcomes]. Separate active, waiting, recoverable-failure, and terminal states, and never hide an ending. No repository is required.' },
zh: { descriptionPrompt: '用 Archify 生命周期模式建模这个对象：[粘贴它的状态、转换事件、等待、重试、取消和终态]。分开执行、等待、可恢复失败和终态，不要隐藏任何结束方式。不需要代码库。' },
},
signals: [['state machine', 15], ['object lifecycle', 14], ['status transition', 11], ['terminal state', 9], ['retry state', 8], ['状态机', 15], ['生命周期', 13], ['状态流转', 11], ['终态', 9], ['等待态', 8], ['重试状态', 8]],
en: {
title: 'Object lifecycle', question: 'Which states exist, what events move between them, and how does it end?',
summary: 'A state model with active work, waits, retries, cancellation, failure, and explicit terminal outcomes.',
useWhen: 'Tasks, orders, tickets, subscriptions, jobs, agent runs, or any durable object with status.',
avoidWhen: 'The object has no durable state and the real question is participant interaction over time.',
include: ['start and active states', 'event-labelled transitions', 'wait and retry states', 'all terminal outcomes'],
prompt: 'Use Archify lifecycle mode to model this object. Separate main progress, waiting or interruption states, and terminal outcomes. Label transitions with events, include retry, cancellation, timeout, success, and failure where real, and never hide an ending.',
},
zh: {
title: '对象生命周期', question: '有哪些状态、什么事件触发流转、最终如何结束？',
summary: '展示执行、等待、重试、取消、失败以及明确终态的状态模型。',
useWhen: '适合任务、订单、工单、订阅、作业、Agent Run 等带持久状态的对象。',
avoidWhen: '对象没有持久状态，真正问题是参与者随时间的交互时，请使用时序图。',
include: ['开始与执行态', '带事件的转换', '等待与重试态', '所有终态'],
prompt: '用 Archify 生命周期模式建模这个对象。分开主进度、等待或中断状态和终态；用事件标注转换，并在真实存在时展示重试、取消、超时、成功和失败，不能隐藏任何结束方式。',
},
},
{
id: 'deployment-lifecycle', type: 'lifecycle', proof: 'deployment-lifecycle',
presentation: { preset: 'signal-flow', motion: 'trace' },
signals: [['deployment lifecycle', 15], ['release state', 10], ['promotion state', 9], ['approval status', 8], ['rollback state', 10], ['部署生命周期', 15], ['发布状态', 10], ['晋级', 7], ['审批状态', 8], ['回滚状态', 10]],
en: {
title: 'Deployment lifecycle', question: 'What state is a release in, and what can happen next?',
summary: 'A deployment state model covering queued, building, verifying, approval, promotion, rollback, and terminal outcomes.',
useWhen: 'Release controllers, GitOps reconciliation, environment promotion, or deployment status APIs.',
avoidWhen: 'The question is the human/CI sequence of delivery actions rather than the deployment object state.',
include: ['queued and running states', 'verification and approval', 'promotion and rollback', 'success, failure, cancellation'],
prompt: 'Use Archify lifecycle mode to model the deployment object. Show queued, building, verifying, waiting for approval, promoting, rolling back, and every terminal outcome. Label the events and guards that permit each transition.',
},
zh: {
title: '部署生命周期', question: '一次发布当前处于什么状态，下一步可能发生什么？',
summary: '覆盖排队、构建、验证、审批、晋级、回滚和终态的部署状态模型。',
useWhen: '适合发布控制器、GitOps 对账、环境晋级和部署状态 API。',
avoidWhen: '如果重点是人员与 CI 的交付动作顺序，而不是部署对象状态，请用交付工作流。',
include: ['排队与执行态', '验证与审批', '晋级与回滚', '成功、失败与取消'],
prompt: '用 Archify 生命周期模式建模部署对象。展示排队、构建、验证、等待审批、晋级、回滚以及所有终态，并标注允许每次状态转换的事件和守卫条件。',
},
},
{
id: 'layout-repair', type: 'architecture', proof: 'web-app',
presentation: { preset: 'classic', motion: 'static' },
signals: [
['layout repair', 20], ['repair order', 20], ['fix order', 20],
['viewport overflow', 20], ['overflow', 16], ['scrollheight', 16], ['scrollwidth', 16],
['overlap', 16], ['label overlap', 20], ['edge through node', 20], ['crossing', 8],
['via', 7], ['waypoint', 14],
['布局修复', 20], ['修复顺序', 20], ['视口溢出', 20], ['溢出', 16], ['滚动高度', 16], ['滚动宽度', 16],
['重叠', 16], ['标签重叠', 20], ['连线穿过节点', 20], ['连线穿节点', 20], ['交叉', 8],
['途经点', 14], ['路径点', 14], ['拐点', 14],
],
en: {
title: 'Layout repair', question: 'Why does the existing diagram overflow, overlap, or route through nodes, and what should be fixed first?',
summary: 'Repair an existing diagram in its current mode using validation diagnostics, explicit waypoint semantics, and a measured desktop viewport budget.',
useWhen: 'An existing architecture, workflow, sequence, dataflow, or lifecycle diagram needs layout repair; keep its diagram type and presentation settings.',
avoidWhen: 'The task is choosing a new diagram type. Do not change topology, delete meaningful labels, or hide overflow just to pass checks.',
include: [
'repair order: schema → overlap → direction → crossings → labels',
'via contract: absolute [x, y] intermediate points; route = [start, ...via, end]',
'desktop viewport budget for the complete page, including header and necessary cards',
'validate after each edit, then inspect the final HTML in a browser',
],
prompt: 'Use Archify to repair this existing diagram while preserving its diagram type, topology, meaningful labels, and presentation settings. Follow references/authoring-contract.md in this order: (1) schema and missing/invalid meta.quality_profile; (2) node overlap or out-of-range placement; (3) edge-through-node and endpoint-direction errors; (4) crossings, ambiguous corridors, border runs, excessive detours, and route rhythm; (5) labels: label-to-node, label-to-label, then label-to-route clearance. Run validate after every edit and use diagnostics[] code, subject, evidence, and supportedFixes; apply one diagnosed geometry control at a time. Where the current schema supports via, it is an ordered array of absolute SVG [x, y] intermediate points: the route is [start, ...via, end], with start/end supplied by the node anchors. Explicit via points override automatic routing; they are not offsets or a request for automatic obstacle avoidance. For an orthogonal repair, align adjacent points on the same x or y and make the first/final segment respect fromSide/toSide; use only controls supported by the current diagram mode. Follow references/delivery-contract.md for the viewport budget: check 1440×900, 1600×1000, 1920×1080, and 2048×1320; require document.documentElement.scrollWidth <= window.innerWidth. Prefer document.documentElement.scrollHeight <= window.innerHeight, but preserve a Reader-declared readable vertical page scroll when browser-check explicitly accepts it after reaching the projected-text floor. Budget the entire page, including header, diagram, and necessary cards. Repair every other overflow by removing only redundant content or compacting spacing first; do not hide overflow, clip content, introduce an internal diagram scroller, stretch the SVG, or shrink typography to force a pass. Let finalize run the required browser evidence; run perceptual visual review only when requested or escalated by the delivery contract.',
},
zh: {
title: '布局修复', question: '现有图为什么仍然溢出、重叠或连线穿过节点，应该先修什么？',
summary: '保留现有图表模式，依据验证诊断、途经点语义和实测桌面视口预算修复布局。',
useWhen: '已有架构图、工作流、时序图、数据流或生命周期图需要修复布局；保留原来的图表类型和表现设置。',
avoidWhen: '任务是为新图选择类型时不要使用。不要为了通过检查改变拓扑、删除有意义的标签或隐藏溢出。',
include: [
'修复顺序：schema → 重叠 → 方向 → 交叉 → 标签',
'via 契约：绝对 [x, y] 中间点；路径 = [start, ...via, end]',
'包含标题和必要卡片的整页桌面视口预算',
'每次修改后 validate，最终在浏览器中检查 HTML',
],
prompt: '用 Archify 修复这张现有图，保留图表类型、拓扑、有意义的标签和表现设置。遵循 references/authoring-contract.md 的顺序：(1) schema 错误及缺失或无效的 meta.quality_profile；(2) 节点重叠或越界；(3) 连线穿过节点及端点方向错误；(4) 交叉、含混的共享通道、贴边走线、过度绕行和转弯节奏；(5) 标签与节点、标签与标签、标签与连线的间距。每次修改后运行 validate，依据 diagnostics[] 的 code、subject、evidence 和 supportedFixes，每次只应用一项有诊断依据的几何控制。当前 schema 支持 via 时，它是按顺序排列的绝对 SVG [x, y] 中间点数组：路径为 [start, ...via, end]，起终点由节点锚点提供。显式 via 会覆盖自动路由，不是偏移量，也不会请求自动绕障。修复正交走线时，相邻点应共享 x 或 y，首尾线段应遵守 fromSide/toSide；只使用当前模式支持的控制字段。视口预算遵循 references/delivery-contract.md：检查 1440×900、1600×1000、1920×1080 和 2048×1320，要求 document.documentElement.scrollWidth <= window.innerWidth。优先满足 document.documentElement.scrollHeight <= window.innerHeight；如果 browser-check 明确确认 Reader 已达到投影文字下限并接受可读的页面纵向滚动，则保留该滚动。预算覆盖整页，包括标题、主图和必要卡片。其他溢出先通过移除冗余内容或压缩间距修复，不得靠隐藏溢出、裁切、内部滚动区、拉伸 SVG 或缩小字体强行通过。让 finalize 执行必需的浏览器证据；只在用户要求或 delivery contract 规定的升级条件下进行感知视觉审阅。',
},
},
];
export const SCENARIO_RECIPES = Object.freeze(RAW_RECIPES.map((recipe) => Object.freeze({
...recipe,
presentation: Object.freeze({ ...recipe.presentation }),
...(recipe.start ? { start: Object.freeze({
en: Object.freeze({ ...recipe.start.en }),
zh: Object.freeze({ ...recipe.start.zh }),
}) } : {}),
signals: Object.freeze(recipe.signals.map((signal) => Object.freeze(signal.slice()))),
en: Object.freeze({ ...recipe.en, include: Object.freeze(recipe.en.include.slice()) }),
zh: Object.freeze({ ...recipe.zh, include: Object.freeze(recipe.zh.include.slice()) }),
})));
export function detectGuideLanguage(value = '') {
return /[\u3400-\u9fff]/u.test(value) ? 'zh' : 'en';
}
export function startPromptsFor(recipe, lang = 'en') {
const language = lang === 'zh' ? 'zh' : 'en';
const copy = recipe[language];
const descriptionPrompt = recipe.start?.[language]?.descriptionPrompt;
if (!descriptionPrompt) {
throw new Error(`Scenario recipe ${JSON.stringify(recipe.id)} does not define a ${language} start prompt.`);
}
const repositoryPrompt = recipe.type === 'architecture'
? copy.prompt
: language === 'zh'
? `先检查这个仓库里的相关证据，然后${copy.prompt}不要编造代码无法支持的行为。`
: `Inspect this repository for evidence, then ${copy.prompt.charAt(0).toLowerCase()}${copy.prompt.slice(1)} Do not invent behavior that the code does not support.`;
return { descriptionPrompt, repositoryPrompt };
}
function normalized(value) {
return String(value || '').normalize('NFKC').toLowerCase().replace(/[\s_]+/g, ' ').trim();
}
function localized(recipe, lang) {
const copy = recipe[lang === 'zh' ? 'zh' : 'en'];
return {
id: recipe.id,
type: recipe.type,
proof: recipe.proof,
presentation: { ...recipe.presentation },
...copy,
include: copy.include.slice(),
};
}
export function listScenarioRecipes(lang = 'en') {
return SCENARIO_RECIPES.map((recipe) => localized(recipe, lang));
}
function scoreRecipe(recipe, query) {
const text = normalized(query);
if (!text) return { recipe, score: 0, matched: [] };
if (text === recipe.id || text === recipe.id.replace(/-/g, ' ')) {
return { recipe, score: 100, matched: [recipe.id] };
}
let score = 0;
const matched = [];
for (const [signal, weight] of recipe.signals) {
if (text.includes(normalized(signal))) {
score += weight;
matched.push(signal);
}
}
return { recipe, score, matched };
}
export function recommendScenario(query, options = {}) {
const lang = options.lang === 'zh' || options.lang === 'en' ? options.lang : detectGuideLanguage(query);
const ranked = SCENARIO_RECIPES.map((recipe) => scoreRecipe(recipe, query))
.sort((left, right) => right.score - left.score || SCENARIO_RECIPES.indexOf(left.recipe) - SCENARIO_RECIPES.indexOf(right.recipe));
const winner = ranked[0].score > 0 ? ranked[0] : { recipe: SCENARIO_RECIPES[0], score: 0, matched: [] };
const confidence = winner.score >= 14 ? 'high' : winner.score >= 7 ? 'medium' : 'low';
return {
ok: true,
mode: 'recommendation',
lang,
query: String(query || ''),
confidence,
matchedSignals: winner.matched.slice(),
recommendation: localized(winner.recipe, lang),
alternatives: ranked.filter((entry) => entry.recipe.id !== winner.recipe.id && entry.score > 0)
.slice(0, 2)
.map((entry) => ({ ...localized(entry.recipe, lang), score: entry.score })),
};
}
export function formatScenarioList(lang = 'en') {
const isZh = lang === 'zh';
const heading = isZh
? `Archify 场景配方（${SCENARIO_RECIPES.length}）`
: `Archify scenario recipes (${SCENARIO_RECIPES.length})`;
const intro = isZh
? '先选择你要回答的问题，再选择图表类型。可运行：archify guide "你的场景"'
: 'Choose the question before the diagram type. Run: archify guide "your scenario"';
return [heading, '', intro, '', ...listScenarioRecipes(lang).flatMap((recipe) => [
`${recipe.id} [${recipe.type}] ${recipe.title}`,
` ${recipe.question}`,
])].join('\n');
}
export function formatScenarioRecommendation(result) {
const isZh = result.lang === 'zh';
const recipe = result.recommendation;
const labels = isZh ? {
heading: '推荐', question: '要回答的问题', use: '适合', avoid: '不要这样用', include: '必须包含', presentation: '表现建议', prompt: '可直接复制的提示词', alternatives: '其他可能', confidence: '置信度',
} : {
heading: 'Recommendation', question: 'Question answered', use: 'Use when', avoid: 'Avoid when', include: 'Must include', presentation: 'Presentation', prompt: 'Copy-ready prompt', alternatives: 'Other possible fits', confidence: 'Confidence',
};
const lines = [
`${labels.heading}: ${recipe.title} [${recipe.type}]`,
`${labels.confidence}: ${result.confidence}`,
`${labels.question}: ${recipe.question}`,
'',
`${labels.use}: ${recipe.useWhen}`,
`${labels.avoid}: ${recipe.avoidWhen}`,
`${labels.include}: ${recipe.include.join(isZh ? '、' : '; ')}`,
`${labels.presentation}: ${recipe.presentation.preset} · ${recipe.presentation.motion}`,
'',
`${labels.prompt}:`,
recipe.prompt,
];
if (result.alternatives.length) {
lines.push('', `${labels.alternatives}: ${result.alternatives.map((item) => `${item.title} [${item.type}]`).join(' · ')}`);
}
return lines.join('\n');
}
export function publicGuideData() {
return SCENARIO_RECIPES.map((recipe) => ({
...localized(recipe, 'en'),
en: recipe.en,
zh: recipe.zh,
signals: recipe.signals.map(([signal, weight]) => [signal, weight]),
}));
}
vendor/archify/references/architecture-layout-repair.md
Vendored
+18
View File
@@ -0,0 +1,18 @@
# Architecture layout repair
Use this after actual visual review finds several tangled routes. A successful machine receipt does not settle composition. Work on the existing candidate, retaining all required components, relationships, labels, evidence, boundaries, and node sizes.
## Choose the repair scope
If the main and secondary chains already read clearly, repair the isolated defect locally. If a main chain is blocked, several routes tangle, or a local fix moves the defect onto another route, reflow the connected scene in one edit. Preserve all semantics and user-fixed geometry; agent-generated positions and route controls may change. After moving nodes, remove stale generated route overrides so automatic routing can use the new placement.
The receipt's `directCorridorBlockers`, when present, names nodes between an edge's aligned endpoints. This is geometric evidence, not proof that the edge is the main path or a new validation failure. Trace the reader's actual main path first. When a listed blocker interrupts that path, reposition the connected group instead of adding another detour.
## One coherent repair
1. Trace the affected relationships and their endpoints in the JSON. Before choosing coordinates, write the reader’s main path as an ordered list of existing edges, then identify shared state and real feedback cycles. Every neighboring pair in that main path must have the relationship being explained; place other components on branches beside their actual owner. Use `validate architecture <candidate.json> --layout-json --repo-root <root>` once if the compact receipt and screenshot do not reveal the needed route or label geometry; omit `--repo-root` only for a design without repository evidence. Do not guess repeated waypoint coordinates.
2. Place those connected main-path neighbors in reading order. Put shared state between its readers/writers, on an adjacent row if necessary, so one writer does not need a line across the whole execution area. Arrange a feedback cycle in its actual edge order around an open rectangle, with other consumers beside their owner. For example, if the edges are `client → API → dispatcher → worker → collector → runner → dispatcher`, put the first four on the upper row, collector below worker, and runner below dispatcher: the return then uses the lower row and a short upward edge. This illustrates adjacency, not a graph or set of coordinates to copy; use only relationships present in the candidate. Preserve every edge and its actual direction.
3. Keep automatic endpoints for the new placement. Constrain a side only when a branch or return needs a specific corridor; check that corridor against every affected relationship, including storage branches. If that local constraint introduces another conflict, return to the connected placement instead of cycling through side combinations. Only use detailed `via` or label coordinates for a remaining measured defect. Keep external actors outside the resolved boundary rectangle, including its padding; not listing a node in `wraps` does not visually exclude it. Keep an internal relationship and its label inside the shared boundary unless crossing it conveys a real fact; do not imply an external hop merely to avoid another route.
4. When `composition/label-gap` reports a measured minimum, enlarge that clear gap or move the connected group onto another readable row. Keep the full label beside its own route; placing it in distant empty space does not repair the relationship. Compact unused gaps while preserving measured label space and the previous text size. Keep the main interaction and all required nodes readable in the default desktop view; do not trade crossings for a large blank canvas, tiny text, or a chain that doubles back without a semantic reason.
Run the complete `finalize` once after the edit, then `visual-check` on the successful artifact and inspect its desktop captures. When replacing an already reviewed artifact, use one fresh `--out-dir` for both commands as described in [the delivery contract](delivery-contract.md#a-new-candidate-at-an-existing-output-path). Trace the main path, each secondary chain, and every affected arrow and label. A bounded second repair may address a remaining specific defect. If it still fails visual acceptance, retain the candidate and report the concrete gap; do not count it as a successful repair or continue blind coordinate changes.
vendor/archify/references/authoring-contract.md
Vendored
+419
View File
@@ -0,0 +1,419 @@
# Authoring contract
Read this reference only after the Fast authoring path calls for more detail. The schemas and examples remain authoritative.
## Composition repair
When correcting an authored overview's abstraction, map every affected role, relationship direction, protocol, boundary, condition, and source reference to its surviving node or relationship before regrouping. A startup citation does not prove a message protocol. Preserve each claim's inspected evidence. Keep user-supplied or agreed topology fixed; fewer routes alone do not justify merging. A boundary around one node requires an explicit isolation fact and must not merely repeat its label.
## Label repair
When a relationship label collides, move the label, adjust the route or spacing, then shorten the wording while preserving meaning. Omit wording only when both endpoints fully imply it and it conveys no protocol, action, direction, synchronous or asynchronous behavior, or cross-boundary mechanism. Spacing means clear gap rather than center distance; measured mask width takes precedence. The first-draft gap budget is in [Layout and routing](authoring-defaults.md#layout-and-routing).
For a disproportionate sublabel, keep its exact role or protocol concise and place the supplementary fact in a note or card. Preserve every required responsibility, protocol, and boundary fact. Use the first-draft node-width budget in [Layout and routing](authoring-defaults.md#layout-and-routing).
## Schema lookup
Read both the mode schema and `schemas/common.schema.json`. The mode schemas use `$ref`, so the common file is where shared enums live.
- `componentType`: `frontend`, `backend`, `database`, `cloud`, `security`, `messagebus`, `external`
- `variant`: `default`, `emphasis`, `security`, `dashed`
- Relationship IDs use the shared identifier pattern and must be unique in their collection.
Do not invent fields. Before writing any new field, enum, or constrained text, read its schema definition, including common `$ref` targets. In particular, check boundary kinds, repository identity, and source-reference shapes. An example demonstrates structure; it does not enumerate every valid value. Author fresh IDs, wording, facts, and layout.
## Workflow layout contracts
Use schema v2 for new workflows and keep schema v1 when an existing source must
retain fixed geometry. In both versions, `col` stays in `0..5` and semantic
edge labels are never deleted as a spacing repair. Do not change only
`schema_version` when absolute coordinates exist: follow the canonical
[migration and layout-receipt contract](../renderers/workflow/README.md#migration-and-layout-receipt).
The complete normative invariants live in the workflow renderer's
[layout contracts](../renderers/workflow/README.md#layout-contracts).
For sequential stages stacked in one container, use one v2 lane and group,
omit `meta.viewBox`, and center nodes around the lane content with symmetric
`yOffset` values such as `-90 / 0 / 90`. Keep semantic edge labels and act on
compiler diagnostics.
## Legend contract
Omit `meta.legend` for the truthful default: `auto` lists only semantic kinds
present in typed IR. Use `mode: "all"` for a renderer reference or
`mode: "hidden"` to remove the full legend. Under `entries`, only keys listed
by the selected mode schema are valid; each key accepts `label`, `visible`, or
both. `visible: true` may show an unused supported convention, while
`visible: false` hides it. `hidden` cannot be overridden.
A label override changes reader wording only. Never infer a kind from prose or
use the legend to compensate for missing nodes, states, messages, or flows.
Long labels are measured and wrap into deterministic rows. Architecture's
implicit automatic viewBox grows from that same measured footprint. For
backwards compatibility, a legacy document with no `meta.legend` may omit an
implicit auto legend that cannot fit its explicit viewBox; this never changes
its typed topology. Adding `meta.legend` makes the presentation intentional and
strict: if its resolved labels cannot fit the authored viewBox, shorten or hide
them, or widen the viewBox using the emitted diagnostic.
## Language consistency
Choose one primary authored language. An explicit user choice wins; otherwise
use the language of the request, or the conversation's dominant language when
the request itself is language-neutral. Separately choose the Viewer locale.
Always write the matching `meta.locale` as a well-formed language tag: `"en"`
for English, `"zh-CN"` for Simplified Chinese, `"es"` for Spanish, or any
other tag for another language. The renderer consumes the authored locale without inferring language
from diagram strings. Documents that omit it remain valid and default to
English.
`meta.locale` controls only renderer-owned reader surfaces: `<html lang>`, the
document-title suffix, default SVG description and focus labels, default legend
labels, and fixed Viewer controls, statuses, accessibility names, and errors.
It never translates authored content. Apply the primary language separately to
titles, subtitles, node and relationship copy, boundaries, lanes, groups,
legend label overrides, and cards. A bilingual diagram still
chooses one primary locale for the Viewer; follow an explicit primary-language
request, then prompt order or conversation dominance.
`en` and `zh-CN` are built-in Viewer catalogs and need nothing further. For
every other `meta.locale`, also set `meta.translations`: an object mapping the
renderer's canonical message keys (`catalogKeys()` in
`renderers/shared/i18n.mjs`) to translated strings whose `{placeholder}` tokens
match the English source exactly. Reuse suitable translations from `examples/locales/` or a previously reviewed
catalog; Spanish uses `examples/locales/es.json`. Translate missing keys or adapt terminology when the diagram needs it;
use the English source to check keys and placeholders. Example catalogs may
lag new Viewer keys; validation reports those gaps and uses English for them. A key that is missing, unrecognized, or has mismatched
placeholders falls back to its English string — `validate`/`render`/`deliver`
report the resulting coverage to stderr — rather than breaking the render or
silently shipping an untranslated string as if it were translated.
For older dev inputs using only `meta.locale: "es"`, copy the Spanish catalog
into `meta.translations` before rendering again. Existing standalone HTML
keeps its embedded translations.
For a requested language you cannot supply `meta.translations` for, do not
write a `meta.locale` with no built-in catalog and no translations. Keep every
reader-facing authored string in the requested language, omit `meta.locale` so
the renderer safely uses English, and explicitly tell the user that fixed
Viewer UI and `<html lang>` remain English and the artifact is not fully localized.
The fallback applies only to renderer-owned surfaces; it never
permits authored copy to fall back to English. Do not silently substitute
`zh-CN` for another language or Chinese locale, and do not machine-translate
`meta.translations` values without disclosing that they are unreviewed.
Keep exact product names, code identifiers, commands, protocols, API paths, and
environment names intact. Those terms may remain English inside localized copy,
but surrounding explanatory prose must still use the selected language.
Renderer-owned default legend labels follow `meta.locale`; author a
`meta.legend.entries.*.label` override only when the diagram needs different
domain wording, and keep that authored override in the primary language.
## Visual preset default
Omit `meta.visual_preset` by default. The renderer then opens the diagram in
`classic` for both light and dark color modes. Color mode and visual preset are
independent viewer state: switching Light / Dark must preserve the current
preset. Author `signal-flow`, `blueprint`, or `editorial` only when the user
explicitly requests that visual style.
## Engineering profile default
Omit `meta.engineering_profile` for an ordinary system architecture. Region,
cluster, and security boundary wording do not by themselves enable an
engineering profile. Enable `deployment-ownership` only when the user
explicitly asks for a production deployment topology, ownership handoff, or
fail-closed deployment review and the source facts are known. Once enabled,
do not remove the engineering profile merely to pass validation; repair the
authored facts or report the diagnostics truthfully.
## Title hierarchy
Use one concise title and let the diagram carry the explanation. Omit
`meta.subtitle` by default, and never use it to restate the title, nodes, edges,
or cards. Include one short supporting line only when the user explicitly asks
for a subtitle; an omitted or blank subtitle must not leave an empty visual row
in the generated viewer.
## Executable geometry rules
Generate one responsive artifact for laptops and external displays, preserving the authored SVG/viewBox, proportions, semantic geometry, and normal document flow. Use meaningful content rows and the Reader-declared readable page-scroll behavior when the complete diagram needs more height; viewport fitting does not authorize alternate topology or smaller typography.
- Node anchors start at side midpoints. `left`/`right` change the horizontal endpoint; `top`/`bottom` change the vertical endpoint. For an automatic Architecture relationship, unobstructed facing ports whose axis offset is under 16px may share one horizontal or vertical axis when both endpoints retain the 16px corner gutter. If exactly one endpoint belongs to a spread group, only its unshared counterpart moves; relationships spread at both endpoints keep their distinct ports and outside bridge unless a reciprocal facing pair can jointly use separate straight lanes while preserving endpoint spacing, labels, and all surrounding route and obstacle clearances.
- A side is a direction contract. The first and final route segment must be perpendicular and outward/inward in the named direction.
- In architecture, data-flow, and lifecycle diagrams, explicit `route: "straight"` requests one direct segment, which may be diagonal when endpoint sides are not pinned. The artifact checker preserves this intent; explicit sides, opaque-node clearance, and other quality gates still apply. `via` takes precedence and retains existing rules, including data-flow's requirement for orthogonal via segments.
- Automatic Port Spread is a default renderer behavior for architecture, workflow, data-flow, and lifecycle diagrams. Shared automatic endpoints spread deterministically and symmetrically with a 16px corner gutter. It does not apply to sequence messages, single relationships, or explicit `via`, `channelX`, `channelY`, `labelAt`, or non-`auto` routes.
- Showcase route rhythm: every nonzero segment must be at least 8px; every interior segment must be at least 16px. When spread ports are nearly parallel, the router uses a 24px endpoint stub and a 16px outside bridge instead of manufacturing a tiny dogleg.
- Showcase route compactness: an explicit Architecture route fails with `composition/excessive-route-detour` when its orthogonal length is at least 2.5 times an obstacle-aware legal route, adds at least 200px, and sends a control point at least 96px beyond the content envelope. The evidence records both lengths, ratio, excess, bounds, and excursion. Remove an unnecessary `via` or move the diagnosed corridor inward instead of enlarging the canvas. Related relationships that overlap on the same outer corridor by at least 32px are treated as an intentional bus and remain valid.
- Shared endpoint corridors are allowed only when they remain semantically unambiguous. Unrelated collinear overlap of 8px or more fails showcase.
- Container borders are intentional pass-through geometry, but a long edge running along a structural border is not.
- An edge crossing an unrelated opaque node is always a hard failure, independent of quality profile.
### Explicit `via` coordinates
Use the resolved departure anchor `S = [sx, sy]` and arrival anchor
`T = [tx, ty]`. Anchors start at side midpoints, but automatic routing and
Port Spread can move them as described above; do not assume an anchor copied
from an automatic route is the anchor of a newly authored explicit route.
Explicit `via` routes do not receive automatic Port Spread.
For the first waypoint `F = via[0]` and last waypoint `L = via[via.length - 1]`,
use these alignments and directions (SVG y increases downward):
| Side | Departure (`fromSide`): `S` → `F` | Arrival (`toSide`): `L` → `T` |
| --- | --- | --- |
| `top` | `F[0] === sx`, `F[1] < sy` | `L[0] === tx`, `L[1] < ty` |
| `bottom` | `F[0] === sx`, `F[1] > sy` | `L[0] === tx`, `L[1] > ty` |
| `left` | `F[1] === sy`, `F[0] < sx` | `L[1] === ty`, `L[0] < tx` |
| `right` | `F[1] === sy`, `F[0] > sx` | `L[1] === ty`, `L[0] > tx` |
For example, given a bottom departure anchor `S = [180, 160]` and a left
arrival anchor `T = [360, 260]`, this relationship fragment leaves downward
and enters the target rightward:
```json
{
"from": "source",
"to": "target",
"fromSide": "bottom",
"toSide": "left",
"via": [[180, 200], [300, 200], [300, 260]]
}
```
The full path is `[180, 160] → [180, 200] → [300, 200] → [300, 260] → [360, 260]`.
Changing only the first waypoint to `[200, 200]` makes the departure diagonal;
changing it to `[180, 120]` keeps its x aligned but leaves upward through the
source instead of outward from its bottom. Both violate `fromSide: "bottom"`
and produce `clean-flow/endpoint-side-direction`. The example establishes
endpoint direction only: keep the full route clear of unrelated nodes and
apply the other geometry rules above.
### Spacing and labels
In showcase Architecture, an unpinned connection label keeps its default position
when clear. If it collides, the renderer tries a bounded set of nearby positions
along the existing route, avoiding nodes, boundary titles, other labels and
other routes within the resolved canvas. Explicit `labelAt`, `labelDx`, `labelDy`
or `labelSegment` (including zero) disables this fallback. Routes and topology
stay unchanged; if no nearby position is clear, validation reports the original
collision. Inspect resolved labels with `--layout-json` before adding controls.
Standard placement retains its existing behavior.
Spacing recommendations mean clear gap between boxes, not center distance. A 200px center distance between 165px-wide nodes leaves only 35px of clear gap.
For a relationship label, require:
```text
clear gap > label mask width + 8px breathing room
label mask width ≈ 6.5px × ASCII units + 13px
CJK characters count as two units
```
Relationship labels are semantic data. If the gap is too small, move the label,
adjust the route or spacing, then shorten the wording while preserving meaning.
Omit only wording already fully implied by both endpoints and carrying no
protocol, action, direction, synchronous/asynchronous behavior, or
cross-boundary mechanism. Preserve every meaningful label.
Deleting it is not a spacing repair. If a relationship starts unlabeled because
its endpoints fully imply it, explain why the wording is redundant; this is a
semantic authoring choice, not a spacing repair. In workflow v2, let the compiler
allocate its measured mask before applying a diagnosed `labelAt`,
`labelDx`/`labelDy`, or `labelSegment`. Apply one diagnosed geometry control at
a time unless several edges share a constrained channel. In that case, plan the smallest coupled change from measured geometry and
validate it together. Architecture/workflow provide layout evidence through
`validate <type> <candidate.json> --layout-json`; for other types, use validation
diagnostics and the rendered SVG geometry.
Before adding manual routes, check whether unnecessary agent-added controls
disable automatic port spread; preserve user-required route intent. Use the
measured clearance rules above rather than guessing coordinates.
### Repair evidence
For architecture, `validate architecture <input.json> --layout-json` exposes the
resolved component boxes, boundary frames, connection points, and label positions.
A measurable rejected layout also returns these fields, with `ok: false`,
`contract: "archify-architecture-layout-v1"`, diagnostics, and exit 1. This is
repair evidence, not artifact acceptance; it writes no HTML. Malformed input or
an implementation failure retains the ordinary failure receipt without layout.
Use the measured failing side for `layout/boundary-out-of-bounds`. Left/top
negative coordinates need an inward move; increasing viewBox width/height only
addresses right/bottom overflow. Boundaries may wrap members across rows. Keep
real membership intact and recheck connected routes after moving members.
Automatic architecture canvases include route points as well as nodes, frames,
and labels. An authored viewBox remains authoritative. In showcase,
`layout/route-out-of-bounds` identifies clipped route points; negative coordinates
need an inward route, while right/bottom overflow can also use a larger authored
canvas. Recheck desktop readability after enlarging a canvas.
When several crossing/corridor diagnoses involve the same nodes, consider their
placement together before adding route controls. Apply one coherent repair and
validate it; independent label nudges cannot fix a shared layout bottleneck.
Compare diagnostics by code, subject, and stage instead of total count alone.
### Repair order
1. Fix missing/invalid `meta.quality_profile` and schema errors.
2. Fix node overlap or out-of-range placement.
3. Fix edge-through-node and endpoint-direction errors.
4. Fix crossings, ambiguous corridors, border runs, excessive detours, and route rhythm.
5. Fix label-to-node, label-to-label, then label-to-route clearance.
6. Fix labels that leave the canvas: move the label with `labelAt`/`labelDx`/`labelDy`/`labelSegment`, or widen `meta.viewBox`. Suggested `labelDx`/`labelDy` values replace the authored field; they are not added to it.
Run `validate` after every edit. Consume `diagnostics[]` by stable `code`, exact `subject`, measured `evidence`, and `supportedFixes`. If the diagnostic gives `labelAt`, use that point instead of estimating another offset.
## Mode placement
### Architecture
Choose overview or mechanism detail using [Composition and meaning](authoring-defaults.md#composition-and-meaning). Use one obvious primary reading path, which may step across meaningful rows when the requested topology needs room. Keep the overview readable at its chosen abstraction; expand implementation details when they answer the reader's question. Group only real ownership, trust, process, or deployment boundaries. Boundaries do not replace relationships.
Grid placement is preferred when the schema supports it. Free positions are appropriate for a bounded exception, not for prose-level coordinate planning. Keep external actors outside the system boundary when that is factually true.
### Workflow
Lanes express responsibility or phase. Columns `0..5` express logical
progression. Start new workflows on `readable-v2`; retain `fixed-v1` only for
legacy geometry compatibility. Keep the happy path monotonic, preserve semantic
edge labels, and route retries and exception returns outside the main lane
corridor.
#### Workflow viewport repair
When `viewer/viewport-overflow` includes `workflowLanes`, inspect the tallest
rendered frames and their node span before changing the source. Measurements
are CSS pixels; space above/below nodes includes lane titles and routing, so it
is not a removable-space budget. Frame IDs identify rendered lane indices.
Run `validate workflow <source.json> --layout-json` and match those frames to
source lanes and nodes. Check whether many steps share the last logical column
and use large `yOffset` values. Readable-v2 currently reserves symmetric space
around offsets and shares the base content height between lanes, so increasing
one offset can enlarge otherwise sparse lanes.
Where the source's ownership and explicit geometry permit, redistribute steps
across logical columns and meaningful lanes, keeping the main path monotonic.
Preserve every required node, relationship, label and semantic check. If ownership
or absolute pins prevent reflow, report that constraint instead of merging lanes
or moving pins automatically. Validate the changed JSON, deliver a fresh HTML,
then rerun browser checks and inspect the first screen; a static pass alone does
not settle viewport fit. These are repair directions, not guaranteed coordinates.
### Sequence
Participants are ordered by conversation role. Messages own their vertical order. Use return/async/security variants for meaning, not decoration; sequence does not use Automatic Port Spread.
### Dataflow
Stages express transformation or custody. Rows separate parallel streams. Label only data contracts, classifications, or cross-boundary movement that is not obvious.
### Lifecycle
Schema v2 (new diagrams): each populated lane is one row, `main` first,
`terminal` last, others in `lanes[]` order. `col` `0..4` is one shared x grid,
so a state placed in the column of the state it leaves gets a straight vertical
transition. Every transition, including the main path, is authored; there is no
implied rail. The renderer sizes the canvas, widens a column gap for a
same-row label, and routes automatic transitions orthogonally through row gaps.
Keep labels short: a gap carrying several parallel lines has little room.
Schema v1 (legacy): main phases use columns `0..4`; event and terminal bands
use columns `0..2`, and event/terminal column `N` aligns with main column
`N + 2`. Every lane other than `main` and `terminal` shares one middle band;
states in the same column there need distinct `yOffset` values.
In both versions a recoverable failure needs a real transition back to an
active state. A card saying “retry” is not topology.
## Repository evidence
When the diagram must reflect real code, inspect repository entrypoints,
runtime boundaries, storage, transports, and deployment configuration before
authoring. Record only evidence you actually verified. `--repo-root <path>` is
accepted by `render`, `validate`, `deliver`, and `preview` for every diagram
type, by architecture `compare`, and by workflow `migrate`; every mode verifies `meta.repository` and
node `sources` the same way. Migrating a source-backed workflow requires the same
`--repo-root` so its candidate is verified before replacing the destination.
Never infer runtime causality from file proximity
or naming alone.
Declare `meta.repository.url` and one full 40-character `revision`, then attach
`sources` to the mode's node collection (Architecture `components[]`, Workflow
and Data Flow `nodes[]`, Sequence `participants[]`, Lifecycle `states[]`) with
repository-relative `path`, optional `line`, `end_line`, and `label`.
Verification reads blobs at that commit, independently of working-tree edits.
Verification ignores local Git replacement refs, including those selected by
`GIT_REPLACE_REF_BASE`, and always reads the original objects at the pinned SHA.
It does not change repository configuration or delete replacement refs.
A matching local origin, available commit, bounded path,
blob, and valid line range are required in every link mode. Verification is
local and makes no remote requests; it establishes neither public availability
nor the current reader's access rights.
`link_mode` defaults to `web`. GitHub and Gitee HTTPS repository URLs generate
revision-pinned links; their public hosts select the provider automatically.
Optional `provider: "github"` or `"gitee"` must agree with the host. Existing
GitHub declarations and default delivery receipt fields remain compatible.
```json
{
"url": "https://gitee.com/team/service",
"revision": "0123456789abcdef0123456789abcdef01234567",
"provider": "gitee"
}
```
For an internal or unsupported forge, select `link_mode: "local-only"`. The
Viewer retains SRC markers, searchable file paths, line ranges, and revision
labels without repository or source hyperlinks. The evidence receipt adds
`linkMode: "local-only"`. `url` remains required as the expected origin identity;
local-only disables links, not identity verification. A repository without an
origin is not supported.
```json
{
"url": "http://git.internal:3000/Platform/Services/service",
"revision": "0123456789abcdef0123456789abcdef01234567",
"link_mode": "local-only"
}
```
Local-only accepts HTTP(S), `git@host:path`, and `ssh://git@host[:port]/path`
addresses, including nested namespaces. Declare a credential-free address;
HTTP(S) credentials on the checkout's origin are ignored for identity and
redacted from diagnostics. Hostnames compare case-insensitively; repository
paths retain case except for the existing GitHub behavior. A trailing slash
normalizes away. Only GitHub and Gitee normalize a terminal `.git` and match
standard HTTPS/443 with Git SSH/22. For other hosts, use the actual clone address:
transport, port, `.git` suffix, and remote-relative versus absolute paths must
match. For example, `git@host:Team/repo` differs from
`ssh://git@host/Team/repo`; `git@host:/Team/repo` matches the latter. SCP-style
paths preserve literal percent escapes, while URI paths decode them. SSH host
aliases and forge-specific browse/clone prefixes are not guessed.
GitLab/Gitea/Forgejo/Bitbucket web links are not implemented in this version;
use local-only until a tested link provider is available. Unknown web providers
fail with a diagnostic rather than emitting a guessed link.
## Hand-placed fallback
Use only when no renderer can run. Start from `assets/template.html`, keep semantic CSS classes, preserve the inline SVG/accessibility structure, and run the delivery visual checklist. Never introduce inline literal colors that break dark/light parity.
## Node icons
For domain-specific diagrams, set an optional `icon` on architecture components,
workflow/dataflow nodes, sequence participants, or lifecycle states. Choose
`calendar`, `clock`, `person`, `briefcase`, `flag`, or `moon` for everyday concepts;
the complete catalog (including existing technical and lifecycle symbols) is
`common.schema.json#/$defs/nodeIcon`. Use `icon: "none"` to hide the corner symbol.
Omitting `icon` keeps the type-based default. These inline SVG symbols are
renderer-owned and export with the diagram; URLs and raw SVG are not accepted.
Icon selection changes only the corner symbol. The node's type still determines
color and semantic grouping; brand marks remain independent. For a holiday
workflow, pair `type: "backend", icon: "calendar"` with
`meta.legend.entries.backend.label: "假期"`, and use `icon: "briefcase"` plus
an appropriate legend label for make-up work. Keep the node label meaningful:
icons are decorative and are hidden from assistive technology.
See [holiday planning](../examples/holiday-planning.workflow.json) for a complete workflow example.
vendor/archify/references/authoring-defaults.md
Vendored
+41
View File
@@ -0,0 +1,41 @@
# Authoring defaults
Read once before writing a fresh candidate. An existing frozen candidate going straight to `finalize` needs this only if repair changes its authorship.
## Composition and meaning
For Architecture, default to a system overview led by the main user journey unless the user asks for a narrower mechanism, module map, or deployment topology. Group cooperating roles in accurately named subsystems when that still explains the requested interaction. Separate roles when grouping would hide control ownership, a trust or persistence boundary, lifecycle behavior, or another distinction the reader asked about. Keep secondary and opt-in capabilities in concise sourced notes unless their path matters to the requested question. Name a deliberately narrower scope in the title.
Preserve every requested responsibility, relationship direction, protocol, and behavior-changing condition. Show approval, authorization, and state-transition gates on the affected node or relationship; a card alone cannot qualify an otherwise unconditional arrow. Keep source evidence with each asserted claim. Boundaries express real isolation, ownership, runtime, or persistence facts. Cards answer additional reader questions; they do not replace required topology. There is no node, edge, source, card, or boundary quota. If an authored overview needs regrouping after failure, use [Composition repair](authoring-contract.md#composition-repair); user-supplied or agreed topology remains fixed.
Relationship labels carry meaning. Give them clear space and preserve action, protocol, direction, async behavior, or cross-boundary meaning. A label may start absent only when both endpoints already fully imply it; a collision calls for spacing or routing repair. See [Label repair](authoring-contract.md#label-repair) when measured evidence reports a collision.
## Layout and routing
Place Architecture nodes by their actual connections before assigning coordinates; the router cannot rearrange boxes, so placement decides whether lines stay straight. Classify each relationship first, then place:
- **Main path**: the reader's main journey, neighbors adjacent in reading order. Let a medium path step through meaningful rows instead of making a shallow horizontal strip.
- **Branch or store**: directly above or below the node that owns, reads, or writes it, centered on that node so the edge is one straight segment. Keep all stores and branches of one row on the same side of it.
- **Return** (back to an earlier main-path node): put its source on the side of the main path with no branches or stores, so it runs through an empty corridor instead of crossing them.
- **Second entrance** into a node that already has an incoming edge: place the new source so it reaches that node from another side, usually directly below or above it.
- **Fan-out**: a side with k relationships needs at least `32 + 14 × (k − 1)`px (four need 74px). Spread a hub's counterparts over two or three sides, or enlarge the hub. Center a parent on its children and align a child with its only parent.
Before writing positions, trace each non-main relationship: its straight or one-bend corridor must not pass another node or cross another relationship. If it does, move the endpoint that is off the main path. Start the main actor and its first connected step together near the canvas origin; use content rows for vertical rhythm. Omit `meta.viewBox` for a fresh Architecture so the Reader measures intrinsic height. Keep supplied fixed geometry authoritative.
Start with automatic routes and endpoint sides. Pin a side only for a necessary branch, return, or supplied geometry. Reserve `via`, `channelX`, `channelY`, and label coordinates for measured defects. Before writing positions, budget each labeled main-path edge at `6.5px × ASCII units + 21px` of clear gap, counting CJK as two units; use its own label length, not a row-wide fixed gap. Size Architecture sublabels for their preferred 9px text at `5.4px × text units + 8px`, with CJK counting twice; keep supporting copy concise without dropping required facts. Do not trade readability or meaning for fewer crossings. The [Geometry reference](authoring-contract.md#executable-geometry-rules) has measured spacing, port, canvas, and route rules for a diagnosed layout problem.
## Evidence and schema
For a real repository, follow [Repository authoring](repository-authoring.md) while inspecting source. Freeze its credential-free origin and 40-character commit in `meta.repository`, attach inspected repository-relative `sources` to each key semantic node, and pass `--repo-root` to the first `finalize`. Each reference proves only the fact visible at that location. Follow material relationships and conditions to their actual source; do not reuse a startup citation as protocol or persistence evidence.
Examples show field shape, not legal values or source facts. Read the mode schema and shared definition before adding a field, enum, or constrained text. In particular, inspect Architecture boundary kinds. Keep longer evidence in a card while retaining the fact. See [Schema lookup](authoring-contract.md#schema-lookup) for details.
## Presentation and modes
Use one primary authored language from the user's choice or the request/conversation. Set `meta.locale` for built-in English (`en`) or Simplified Chinese (`zh-CN`); for other languages, including Spanish (`es`), supply `meta.translations` with reusable UI translations, or disclose the fixed Viewer UI and `<html lang>` English fallback. Keep exact product, code, protocol, command, API, and environment names while localizing surrounding explanation. See [Language consistency](authoring-contract.md#language-consistency) for bilingual cases.
Omit `meta.visual_preset` for classic, `meta.subtitle` for a title-only header, `meta.legend` for truthful auto, and `meta.engineering_profile` for an ordinary system overview. Explicit styles and a subtitle require a user request. Use legend or deployment ownership under the [legend](authoring-contract.md#legend-contract) or [engineering profile](authoring-contract.md#engineering-profile-default) contracts. Branding is optional and explicit when a node names a real product; [Brand marks](brand-marks.md) gives lookup and capture rules for that branch. Never let a badge replace semantic type, label, or relationship facts. Set required `meta.output` to a portable POSIX-relative `.html` path within the working directory; see [Output path contracts](delivery-contract.md#output-path-contracts) for native path exceptions.
For new Workflow use schema v2, preserving v1 for a fixed legacy source; use its [layout contracts](../renderers/workflow/README.md#layout-contracts) when lane or group geometry needs detail. For Sequence start with fixed columns; use `spread` when a wide viewBox leaves unused horizontal space or meaningful labels need width. For new Lifecycle use schema v2: every lane is its own row (`main` first, `terminal` last) and `col` `0..4` is the same x in every row, so place an interruption or exit in the column of the state it leaves; author the main path as transitions, omit `viewBox`, and keep transition labels short; a recoverable failure needs a real transition back. Read [Mode placement](authoring-contract.md#mode-placement) when a mode-specific placement or viewport problem needs more detail.
`finalize` performs the browser gate. Keep the complete drawing comfortably readable on desktop, with zero horizontal overflow. Use meaningful vertical rows and intrinsic-height page scroll when necessary. The 6px projected-text check is a failure floor; at 1440px, aim for ordinary context text around 7.5px or larger. See [Automated browser evidence](delivery-contract.md#automated-browser-evidence) when viewport evidence fails.
vendor/archify/references/brand-marks.md
Vendored
+82
View File
@@ -0,0 +1,82 @@
# Brand marks
Use a brand mark only when a real product, provider, model family, channel, or
service identity helps the reader. Semantic `type` still explains what the node
does; `brand` explains whose product it is.
## Agent decision path
1. Search the built-in catalogue when the request names a recognizable brand:
```bash
node bin/archify.mjs brands "Claude" --json
```
2. Put the returned canonical ID in the node, participant, or state:
```json
{
"id": "planner",
"type": "backend",
"label": "Claude",
"brand": "claude"
}
```
3. If there is no catalogue match and the user supplied the official website,
capture its icon explicitly:
```bash
node bin/archify.mjs brands capture "https://partner.example.com" --json
```
Put the command's digest-pinned `brand` value in the authored node:
```json
{
"id": "partner",
"type": "external",
"label": "Partner portal",
"brand": {
"url": "https://partner.example.com",
"sha256": "0123456789abcdef0123456789abcdef0123456789abcdef0123456789abcdef"
}
}
```
4. If there is no match and no user-provided URL, omit `brand`. Do not invent a
URL or silently assign a visually similar company.
Known-brand URLs resolve to the bundled vector instead of using the network.
For discovered icon `href` attributes, capture decodes the basic named references
`amp`, `quot`, `apos`, `lt`, `gt` (and their defined uppercase aliases), plus
decimal and hexadecimal numeric references, once before URL resolution. Thus
`/icon.png?v=1&amp;size=32` requests `/icon.png?v=1&size=32`. URL percent escapes
remain intact; nested escapes are not decoded recursively. This bounded decoder
does not add a general HTML parser or support every named HTML entity.
HTML reads stop at an explicit head ending outside comments, raw-text elements
and quoted attributes, including when those tokens span network chunks. The
256 KiB head limit and capture deadline still apply; a larger body after the
head is not read for icon discovery.
Unknown URL capture accepts only bounded raster image formats, blocks
credentials, nonstandard public ports, and private or link-local destinations,
uses bounded concurrency and one total deadline, and returns the captured
content digest. Later render and validate operations require that exact digest;
blocked, unavailable, changed, oversized, or unsafe content fails closed instead
of silently changing the artifact.
Page, icon and redirect requests send `Accept-Encoding: identity`. Capture does
not decompress response bodies: a successful response declaring another content
coding is closed and rejected explicitly. This keeps the existing byte limits
and pinned digest tied to the unencoded representation. A later usable icon may
still succeed; otherwise an encoding error is retained instead of being hidden
by an unrelated favicon 404.
The final artifact never fetches a brand asset when opened. Preset vectors and
digest-verified captured site icons remain embedded in SVG, PNG, WebP, JPEG,
Share Card, and WebM exports.
Use `node bin/archify.mjs brands --json` to inspect all canonical IDs, aliases,
categories, domains, and provenance. Current categories cover AI, cloud,
engineering, data, collaboration, business systems, channels, languages, and
frameworks.
vendor/archify/references/delivery-contract.md
Vendored
+588
View File
@@ -0,0 +1,588 @@
# Delivery contract
## Failed finalize and candidate repair
`finalize` stops at the first non-passing gate. Use compact stdout or `evidence.summaryReceipt`; read its full sidecar only when the summary lacks evidence needed for a coherent repair. A receipt with four artifact checks is basic validation, not showcase acceptance: require all nine checks, zero composition errors, and zero warnings. Fix `meta.quality_profile` and schema errors before geometry.
For a validation failure, edit the existing JSON in the connected neighborhood named by diagnostics before rerunning a command. Preserve requested semantics, meaningful labels, source evidence, and fixed or agreed topology. Several routes sharing nodes call for one placement repair; read [Architecture layout repair](architecture-layout-repair.md) for that case. Reflow a blocked main path rather than nudging unrelated labels. Keep unrelated geometry when its composition already reads clearly. Use `--layout-json` before editing only when compact evidence lacks needed measurements. Workflow v2 uses its stable compiler receipt, not solver internals, as authoring evidence.
After the edit, rerun the complete `finalize` command with `--quality showcase` and, for repository-backed work, `--repo-root <repo-root>`. If the output path already has browser evidence from another candidate, use a fresh `--out-dir <output-stem>.review-<revision>` for both the new `finalize` and any `visual-check`. Omit an earlier `--candidate-sha256` after editing because it binds the previous candidate. Compare diagnostics by code, subject, stage, and evidence, never by declining error count alone. If an issue survives two focused repairs, inspect measured geometry or the relevant contract; after one evidence-based retry, report the concrete gap.
Use standalone `validate` only for focused diagnosis, passing `--repo-root` for repository-backed work. Its passing receipt marks `candidateFrozen: true`; run `nextAction.arguments`, replacing only `<output.html>`, without editing, revalidating, or rereading the candidate. Retry later environmental or evidence failures against those frozen bytes. A measured reason to edit creates a new candidate and calls for the complete `finalize` without the old hash.
## Validate and deliver
`render` and direct renderer entry points print classified authoring failures
to stderr as readable diagnostics and exit 1. Input read/JSON parse failures
use `input/read` or `input/json-parse`; output filesystem failures use
`output/write` and identify the output path. Schema and layout failures keep
their existing rule codes. Use the advertised `validate --json` or
`deliver --json` interface for a machine receipt; `render` has no `--json` flag.
Unexpected implementation failures retain debugging information in human
mode and remain `internal/unclassified` in machine receipts.
Each delivered output has two artifact-specific metadata paths. When an output
stem is too long for those derived filenames, Archify shortens it and appends a
stable hash:
- `<output-stem>.delivery.json` records the latest completed attempt.
- `<output-stem>.delivery-pending.json` is the recovery journal for an attempt
in progress.
For a literal artifact stem that already matches Archify's reserved bounded-name
marker, a pre-namespace raw provenance sidecar remains a read fallback when the
encoded sidecar is absent. A pre-namespace raw pending journal is an independent
fail-closed barrier: it blocks checks and redelivery even when an encoded pending
journal also exists, and neither journal is silently replaced.
One directory-wide `.archify-delivery-lock.json` serializes every delivery that
resolves into the same physical output directory. This deliberately prevents
case, Unicode-normalization, Windows short-name, and symbolic-link aliases from
creating independent owners for one filesystem location. The tradeoff is that
deliveries to different artifact names in one directory also run serially;
provenance and pending journals remain artifact-specific.
For migration safety, Archify also detects and preserves a legacy
`<output-stem>.delivery-lock.json` beside the requested artifact. An existing
legacy entry is a fail-closed recovery barrier. While a new delivery owns the
directory mutex, it also holds temporary legacy-format fences for the requested
spelling and an existing artifact's physical target spelling. It acquires the
directory lock first, then all required compatibility fences before writing a
journal or artifact, and removes the directory lock before those fences during
release. This blocks an older Archify binary using
either known spelling from entering the delivery. A legacy fence whose raw
HEAD-era filename exceeds the host component limit is omitted because the old
binary could not create that lock or deliver that artifact on the host either.
`deliver` acquires the lock by exclusive `open(..., "wx")` before creating or
replacing the recovery journal. A successful exclusive create yields an
internal opaque ownership capability bound to that attempt. Journal creation,
failed-provenance recording, pair commit, rollback, journal finalization, and
lock release each verify the current capability inside the operation that
would mutate shared state. A rejected contender does not create a journal or
write failed provenance.
An existing directory or legacy lock is handled without automatic recovery:
| Observed lock state | Required `deliver` result |
| --- | --- |
| No directory entry | Attempt exclusive creation; only its success grants ownership. |
| Valid schema-v1 lock whose PID is running, or whose death cannot be established | Exit 1 with `delivery/concurrent-attempt`; preserve every shared path. |
| Valid schema-v1 lock whose PID is known to have exited | Exit 1 with `delivery/lock-stale`; preserve the lock, artifact, journal, and current provenance exactly. |
| Unreadable, malformed, symlink, dangling symlink, directory, or other non-regular lock entry | Exit 1 with `delivery/lock-invalid`; preserve the entry and every other shared path. |
| An acquired capability no longer matches the current lock or journal | Exit 1 with `delivery/ownership-lost`; stop all shared-path mutation. |
| The matching owner cannot remove its lock | Exit 1 with `delivery/lock-release`; preserve the lock. |
A `delivery/lock-stale` diagnostic identifies the absolute output and lock
paths plus the original PID and receipt ID. Recovery is deliberately explicit
and serial: stop all delivery attempts for that physical output directory,
confirm that no active delivery owns it and that the reported stale entry has
not been replaced, remove only the reported lock, then rerun `deliver`. Do not
remove an artifact, current provenance, or pending journal as part of
stale-lock recovery.
The lock protocol targets Node.js 18 or later on a local filesystem with
cooperating Archify processes. PID, receipt, and file-identity comparisons are
defensive checks, not an atomic compare-and-swap. Compatibility fences cover
the requested spelling and an existing physical-target spelling; they cannot
enumerate arbitrary hard-link names or previously unknown filesystem aliases,
so mixed-version delivery through such aliases remains out of scope. This
contract does not claim distributed-lock correctness on NFS, SMB, or other
network filesystems, and it cannot prevent an external process that ignores
the protocol from replacing shared paths.
Every no-clobber HTML publisher (`render`, `deliver`, `compare`, and `preview`)
captures the requested directory entry, canonical write slot, physical parent,
and existing target type, device/inode identity, and mode before staging, then
revalidates that snapshot immediately before replacement. An existing write
target must be a regular file with exactly one hard-link name. A target with
multiple hard-link names fails closed with `output/target-hardlinked`: replacing
the requested name cannot update unknown sibling names as one publication.
Hard links remain supported for read identity and input/alias collision checks;
they are unsupported only as write targets. A symbolic link to a single-link regular
file remains supported: publication preserves the symbolic-link entry and
applies the same protocol to its resolved target. Directory, FIFO, socket,
device, changing mode, new claimant, and indeterminate identity cases fail
before replacement.
Publication is no-clobber and recoverable, not crash-atomic replacement of an
existing target. To avoid overwriting a claimant that appears after the last
identity check, Archify first retains the bound old file in a private recovery
backup, removes the public name through identity-bound quarantine, and then
creates the new public name with an exclusive hard link. A caught failure rolls
back when the public slot and recovery binding still permit it. A process
interruption between those namespace operations can instead leave the public
path absent while the verified previous bytes remain in an adjacent private
recovery backup. Single-artifact publication records the original slot/alias
identity and backup inode, mode, SHA-256, and byte count in private
`.archify-remove-*/publication-recovery-v1.json`, beside `previous`. To make a
specific interrupted publication visible again, stop concurrent writers and run:
```bash
node bin/recover-output.mjs /absolute/path/to/.archify-remove-<id> --json
```
This is explicit recovery, not a directory scanner. Before linking, the helper
checks for a changed parent or alias, an altered/hardlinked record or backup,
digest or inode mismatch, and any existing public target. It restores only by
no-clobber hard link, so a new claimant is preserved rather than overwritten;
it never recursively removes unknown entries. A completed recovery is
idempotent. The record is evidence to be independently verified, not an
authority to restore arbitrary private bytes: the helper accepts it only from
the recorded generated child of the original physical target parent, with the
same directory identity. Name the exact directory reported by the interrupted
process and inspect an uncertain record manually. A non-cooperating process can
still swap pathnames after those checks and before Node.js `linkSync`; Node does
not expose a descriptor-bound link operation. Post-link identity verification
then fails closed and retains recovery evidence, rather than claiming recovery
or deleting an uncertain name. If recovery itself is interrupted after the
link, the old public bytes and private backup can both remain; a later recovery
run preserves the public target and needs explicit operator resolution. The
record is fsynced before the old public name is retired on platforms supporting
directory sync, and the tested guarantee is recovery after a killed process;
this is not a claim of power-loss, storage-controller, NFS, or SMB durability.
Paired flows retain their backup in private transaction staging. For `deliver`,
the pending journal and lock keep strict checkers fail-closed. The portable
Node.js filesystem API has no pathname
compare-and-swap that both replaces an existing name atomically and refuses to
overwrite a late claimant: `rename` would close the visibility gap only by
overwriting that claimant.
After ownership is established, `deliver` creates the journal before rendering
and keeps it through the recoverable HTML/sidecar pair commit. It removes the
journal only after that commit completes. A validation, render, or pair-commit
failure, or a process interruption, may therefore leave a journal. The journal
is a safety barrier: `check`, `browser-check`, and `visual-check` fail closed when any directory
entry exists at the journal or lock path, including an unreadable file,
symlink, or dangling symlink. Run deliveries targeting the same physical output
directory serially; one attempt must finish or be recovered before another
begins.
A successful sidecar has `schemaVersion: 1`, `status: "current"`,
`command: "deliver"`, a unique `receiptId`, the diagram `type`, an absolute
`input` path, an absolute `output` path matching the inspected
artifact, and specification/artifact SHA-256 and byte counts. Checkers treat a
missing, malformed, unsupported, or inconsistent field as invalid. They also
reject a sidecar symlink, including a dangling one. A checker binds provenance
to the artifact bytes it actually checks and verifies that binding again before
reporting success; a concurrent byte change fails. The provenance directory
entry itself must be a single-link regular file: `deliver` and strict check fail
closed with `delivery/provenance-hardlink-unsupported` when it has another hard
link, without scanning for or guessing the sibling name.
If a currently verified owner fails after an older HTML exists, Archify writes
a new `status: "failed"` sidecar and leaves the journal until recovery is
complete. An unreadable old HTML does not prevent that marker; its artifact hash
and byte count may be absent. If the sidecar is locked or otherwise unwritable,
Archify keeps the prior sidecar rather than deleting evidence, and the journal
prevents checkers from trusting it. A rejected concurrent, stale, or invalid
lock attempt does not write failed provenance. If ownership is lost, Archify
reports `delivery/ownership-lost`, does not overwrite or remove the successor's
artifact, provenance, journal, or lock, and does not claim recorded failed
provenance; a failure receipt may report `provenance: "unrecorded"`. If every
metadata path is unavailable, the same unrecorded status applies; no tool can
preserve that fact across processes. Restore metadata-path access and complete
a successful `deliver` before trusting the output.
Artifacts with no sidecar, journal, or lock remain supported for backward
compatibility and for the lower-level `render` command. Their checker receipts
report `provenance: "unknown"`; use `--require-provenance` to turn that state
into a non-zero failure when the workflow requires a successfully delivered
artifact:
```bash
node bin/archify.mjs check <output.html> --require-provenance
node bin/archify.mjs browser-check <output.html> --json --require-provenance
```
## Output path contracts
Archify intentionally separates durable authored paths from command-line paths:
- Required authored `meta.output` is a portable POSIX-relative path such as
`reports/diagram.html`. It uses `/`, ends in a non-empty `.html` basename,
and cannot contain an absolute or drive-relative prefix, URI, backslash,
empty or dot segment, control character, unpaired UTF-16 surrogate, Windows
alternate-data-stream separator or invalid filename character, trailing dot
or space, DOS device name, or a component over either the 255-byte UTF-8 or
255-code-unit UTF-16 limit. It resolves from the current working directory
and must remain physically inside that directory, with an `.html` target,
after symbolic links are followed. The durable output/archive profile also
conservatively rejects a Windows 8.3 short-name shape such as `PROGRA~1`;
descriptive repo/Git POSIX paths use a separate profile and are exempt.
- Explicit CLI output arguments use the active host's native syntax. They may
be relative or absolute, use native separators, and resolve outside the
current working directory. On Windows, ordinary drive-absolute, UNC, and
relative paths (including ordinary `.` and `..` navigation) are supported.
A system-resolved 8.3 spelling of an existing file or directory is accepted
when Archify can prove its physical identity; this native alias support does
not relax the durable output/archive profile's 8.3-shaped-name rejection.
Extended-length paths are limited to raw backslash-only `\\?\C:\...` and
`\\?\UNC\server\share\...` forms without dot segments; device namespaces,
malformed roots, drive-relative paths such as `C:file.html`, current-drive
roots such as `\file.html`, alternate data streams, reserved device names,
invalid or trailing filename characters, and overlong components fail
closed. POSIX CLI paths retain POSIX filename rules rather than inheriting
Windows spelling restrictions. Every host rejects NUL, unpaired surrogates,
and components that exceed its supported bound.
These contracts are not interchangeable: an explicit CLI output does not hide
an invalid durable `meta.output` (including a missing value), and `validate`
checks the authored output even when it does not publish to that path. A
workflow v1-to-v2 migration may explicitly receive a portable durable
replacement through `migrate workflow old.json new.json --to-schema 2 --output
reports/diagram.html`; that value is written only to its separate verified v2
destination. This migration-candidate exception does not repair the source or
bypass any non-output schema or compiler error. For every other repair, add a
portable POSIX-relative `.html` path to `meta.output`; no schema-version change
is otherwise required.
Run `finalize` directly on a complete first candidate and after every repair edit. Its embedded validation checks the candidate before delivery; use standalone `validate` only for focused diagnosis. After an edit, omit any earlier `--candidate-sha256`, which binds the previous candidate. CLI HTML output paths must end in
`.html`, including after symbolic-link resolution. Compare receipt paths must
end in `.json`. A type mismatch fails before writing with
`output/cli-extension` or `output/cli-resolved-extension`. These checks prevent
accidental file-type overwrites; they do not sandbox explicit CLI directories
or prevent replacement of an existing artifact of the expected type.
Use final verified delivery only after the candidate is frozen:
```bash
node bin/archify.mjs deliver <type> <candidate.json> <output.html> --quality showcase --json
```
Deliver reads the specification once, writes those exact bytes to a private same-directory candidate snapshot, renders that snapshot, runs the complete artifact checker, and only replaces the target after all artifact checks pass. The JSON receipt includes SHA-256 and byte counts for both `specification` and `artifact`.
For the ordinary agent handoff path, prefer the finalizer:
```bash
node bin/archify.mjs finalize <type> <candidate.json> <output.html> --quality showcase --json
```
`finalize` invokes verified `deliver` once, reuses its embedded showcase
validation result, then runs strict `check --require-provenance` and
`browser-check --require-provenance`. It stops at the first failed or skipped stage
and preserves that stage's full receipt. Its stdout is one compact JSON
object with gate statuses, bounded actionable diagnostics, artifact identity,
and evidence paths. The same compact object is written atomically to
`<output-stem>.finalize-summary.json`; use that file for normal failure repair.
Complete stage receipts and timings remain available for auditing in
`<output-stem>.finalize.json`. With `--out-dir`, both files are written there;
`--receipt <path.json>` overrides the full receipt path and derives a distinct
`<path>-summary.json`. Read the full receipt only when the compact summary is
truncated and its shown subjects and evidence cannot identify a coherent local
repair, or when complete audit evidence was explicitly requested. The compact
receipt reports `visualReview: "not-requested"`; the automated gate does not create images or require a perceptual reviewer. A compact `visualReviewRecommendation` retains positive crossover and route-detour metrics from the strict check so the author can apply the review escalation below without reading the full receipt. A recommendation does not change the machine exit code or claim that review happened. Its `affectedRoutes` identifies crossing pairs and detours (up to eight of each, with a truncation flag); the full strict-check `composition.routeReview` retains all affected relationships. Use these IDs to trace the routes in the captured default viewport. Detours may include `directCorridorBlockers`, identifying nodes between aligned endpoints. These are geometric review clues, not new validation failures or inferred main-path semantics. For a blocked main path or several tangled routes, follow [Architecture layout repair](architecture-layout-repair.md) and reflow the connected scene before tuning individual sides or labels. Preserve every semantic fact; retain unrelated positions only when their surrounding composition is already accepted.
For a measured automatic Architecture with a large unused leading area, the
compact receipt may include `layoutReviewRecommendation`. Its
`composition.leadingSpace` evidence accounts for nodes, boundary titles,
routes and labels. Check whether that space is intentional; if not, reposition
the connected scene while preserving meaning and user-fixed geometry, then
finalize again. This suggestion changes no gate or exit status and requires
no screenshot. A fixed canvas or uncertain measurement receives no suggestion.
A passing finalizer receipt is sufficient evidence for all four gates. Merely
naming the gates or requiring each one to pass does not require replaying their
standalone commands. Replay an individual command only when the request
explicitly requires separate executions or focused failure diagnosis needs it.
The individual commands remain authoritative and backward compatible. Use
them directly for focused diagnosis, recovery, or when only one gate is
required. A finalize failure does not relax any gate and does not turn a
preserved older artifact into a current successful delivery.
`finalize` overlaps private Chrome startup with delivery and strict checking.
It loads the artifact only after those gates pass and current provenance is
verified. The browser gate retains every viewport, theme, and stability check;
the browser closes at completion or an earlier failure. Its full stage receipt
records `execution: "in-process"` and the equivalent standalone `command` for
replay. Use total finalize duration to compare performance because Chrome
startup overlaps the earlier stages.
The pair commit is recoverable, not a claim that two filesystem paths change
atomically or are durable across power loss. Journal finalization is part of
that commit: a caught failure while verifying or removing the journal rolls
back the replaced files when possible and while ownership remains current. If
ownership is lost, the old attempt immediately stops renaming, rolling back,
finalizing the journal, recording failure provenance, or cleaning up shared
paths. Any private staging or recoverable backups remain available and are
identified by the failure diagnostic. If restoration fails for another reason,
the failure receipt likewise identifies retained backups for recovery. A
process interruption can leave the journal, backups, or private staging behind;
checkers then fail closed. Follow the reported recovery evidence before rerunning
`deliver` serially on the same output. A failed attempt exits non-zero and never invokes an opener; it never
authorizes visual evidence collection.
If exclusive creation succeeds but lock initialization fails, Archify may
record failed provenance and remove the incomplete lock only while its
capability still identifies that exact entry. A replacement is preserved.
Filesystem and cleanup errors are reported separately from an active concurrent
delivery. An active, stale, unrecognized, or otherwise preserved lock
independently prevents checkers from accepting the prior artifact. Fix the
reported filesystem error before retrying, and use another physical output
directory if the lock path contains unrelated data.
Lock release is part of delivery completion. If the artifact/provenance pair
has committed and the journal has finalized but the matching lock cannot be
removed, `deliver` exits 1 with `delivery/lock-release`, preserves the lock,
does not print a success receipt, and does not invoke an opener. The preserved
lock keeps strict checkers fail-closed. Only after pair commit, journal
finalization, and lock release all succeed may `deliver` exit zero, print its
success receipt, or run `--open`.
Run strict `check` after `deliver` exits zero. Run `browser-check` or optional
`visual-check` only after that strict check exits zero. A failed marker,
recovery journal, or delivery lock makes every checker fail before accepting
the preserved HTML; report the diagnostics and complete a successful recovery
delivery before collecting new browser evidence.
The delivery interface exposes four separate claims:
1. `deliver` proves deterministic artifact checks and byte identity.
2. `browser-check` collects required automated browser evidence from the exact artifact without capturing images.
3. `visual-check` optionally adds artifact-bound screenshots and a contact sheet.
4. Perceptual visual review records a human or image-capable reviewer's judgment.
Passing one claim never implies the others. Never claim that the deterministic receipt includes browser or perceptual review evidence.
## Recovering a failed comparison
`compare` commits an HTML artifact and its JSON receipt as a pair. If that commit
fails, it attempts to restore the previous files. A complete rollback removes
the temporary directory as usual.
If a previous file cannot be restored, compare exits non-zero with
`delta/commit-rollback-failed` and retains the recovery directory. In the JSON
failure receipt, `diagnostics[].evidence.recoveryDirectory` identifies that
directory and `recoveryFiles` lists `{ backup, target }` paths for the files whose
restoration failed. Human-readable diagnostics also print the recovery paths.
Resolve the filesystem error, inspect the current targets, and restore each
listed backup to its corresponding target before retrying. Keep the recovery
directory until both previous files have been recovered and verified; it can
also contain rejected candidate files, which must not be mistaken for backups.
Successful comparisons and failures before commit retain their normal cleanup.
## Automated browser evidence
`finalize` runs the required browser gate against the exact trusted HTML without
rerendering or modifying it. For focused diagnosis, the equivalent standalone
command is:
```bash
node bin/archify.mjs browser-check <output.html> --json --require-provenance
```
The zero-dependency command uses Chrome/Chromium through the DevTools pipe. It
measures light-theme containment at 1440×900, 1600×1000, 1920×1080, and
2048×1320, and verifies the requested light theme at all four viewports, the dark
theme at both endpoints, and READ/Still runtime states. A requested theme that
resolves to a different theme fails with measured evidence. It creates one
`<output-stem>.browser-check.json` receipt and no screenshots or contact sheet.
Pass `--out-dir <dir>` to place the receipt in a separate evidence directory.
The receipt binds the artifact SHA-256 and byte count, identifies
`evidenceKind: "automated-browser"`, and reports
`visualReview: "not-requested"`.
Horizontal overflow always fails. Normal document-level vertical scrolling is
accepted only with a renderer-declared contract and measured readable text.
Automatic canvases declare `data-reader-fit="intrinsic-height"`; their adaptive
Reader must reach its readable width and expose `data-reader-overflow="authored"`.
Architecture with an explicit `meta.viewBox` instead declares
`data-diagram-type="architecture"` and `data-reader-fit="authored-height"`:
its SVG coordinates, aspect ratio and existing Reader width behavior stay
unchanged. Its full SVG must remain inside the diagram panel without internal
scrolling or clipping, and the document must permit vertical scrolling.
The receipt records `verticalScrollAccepted: true` and
`overflowDisposition: "readable-vertical-scroll"`. Missing or unknown declarations,
explicit viewBoxes in other modes, unreadable text, horizontal overflow,
clipping and Viewer chrome collisions remain failures. Do not add an internal
diagram scroller or hide overflow.
`browser_evidence` in the handoff records only the outcome of this automated
command:
- `passed` maps from exit 0 and receipt `status: "pass"` after every required measurement completes and passes.
- `failed` maps from exit 1 and receipt `status: "fail"` when the inspection finds a defect, the command fails, or a runtime error leaves the evidence incomplete.
- `skipped` maps only from exit 2 and receipt `status: "skipped"` when Chrome/Chromium is unavailable and the inspection does not run.
Runtime failures leave incomplete evidence and must not be normalized to
`skipped`. They do not invalidate an already successful deterministic delivery.
Retry an environmental failure in a browser-capable execution context when
practical. Keep the packaged transport unchanged unless the failure reproduces
through that seam in a capable environment.
A provenance failure exits before browser inspection and persists a failed
browser-check receipt bound to the attempted artifact. If the failure receipt
cannot be written, the diagnostic names that incomplete evidence.
Both browser commands inspect the exact delivered HTML without modifying or rerendering it.
## Sequence width review
A passing `finalize` may report `layoutReviewRecommendation.action: "inspect-sequence-width"`. Its `evidence` measures the fixed participant columns' unused right-hand space after accounting for message labels, notes and segment titles. This advice adds no warning, failure, screenshot requirement or automatic geometry change.
For a newly authored candidate with omitted `meta.column_fit` and no user-fixed column geometry, save the candidate, set only `meta.column_fit` to `"spread"`, and rerun the complete `finalize` once with `--out-dir <folder>/width-review`. Keep participant order, messages and their y positions, labels, notes, sources and canvas dimensions. If that attempt fails, restore the candidate and finalize it with `--out-dir <folder>/width-restore`; report the remaining layout suggestion rather than iterating. Preserve an explicitly fixed layout or a supplied legacy candidate and disclose the suggestion without changing it. This review is about horizontal composition; a passing receipt still does not claim perceptual approval.
## Optional capture evidence
`visual-check` remains backward compatible for a requested or escalated
perceptual review:
```bash
node bin/archify.mjs visual-check <output.html> --summary --require-provenance
```
`--summary` returns compact JSON with all diagnostics and absolute paths to the complete receipt, contact sheet, and every screenshot. For a chosen visual review, inspect the relevant captures; capture success is not perceptual approval. `--json` retains the full receipt output for existing consumers. Both modes run the same checks and keep the same exit status. If cleanup fails after publication, the summary retains the final failure diagnostics and `publication` recovery details; the linked receipt records the earlier committed evidence.
It performs the same automated browser measurements, captures light/dark
screenshots at 1440×900 and 2048×1320, and writes four viewport PNG sidecars,
one relative-path HTML contact sheet, and one JSON receipt. `--out-dir <dir>` moves all of these sidecars together.
Open the HTML contact sheet in a browser or inspect the viewport PNGs with an image reader. Its receipt reports `visualReview: "pending"` because captures do not themselves
make a perceptual judgment. Capture and provenance failures follow the ownership rules below.
The receipt, contact sheet, and four PNGs form one owned evidence set. Before
capture, `visual-check` freezes every requested directory entry, its
canonical write slot and physical parent, and the target's absent/file state,
type, device/inode identity, and mode. Hard-linked evidence targets are not safe
write targets. All candidate files are created exclusively inside one random,
private staging directory beneath the physical evidence directory; the receipt
is published last. Each staged candidate must have exactly one hard-link name
before publication. The no-clobber publish link temporarily gives the staged
and final names a link count of two; unlinking the verified staged name must
leave the final entry with a link count of one. An unexpected external hard
link fails closed and its alias is never removed.
Chrome inspects one identity- and content-checked copy of the captured artifact
in a private local temporary directory, so browser file loading does not depend
on UNC or long-path support. The six publication candidates remain on the
evidence volume. Both temporary directories are cleaned without recursively
deleting unknown contents; retained entries include their recovery locations.
Immediately before committing anything, `visual-check` re-resolves and verifies
the complete six-path set. An absent-path claimant, existing-path replacement,
symbolic-link or dangling-link retarget, parent-topology change, hard link, or
indeterminate identity fails closed with `viewer/evidence-path-conflict`. The
claimant and every other final evidence path remain untouched. Cleanup removes
only this run's staged or published entries after rechecking their captured
identities; a changed or unknown entry is preserved.
An existing visual evidence set is replaceable only when a regular
`visual-check` receipt proves ownership of the same artifact and evidence
directory, and its exact sidecar manifest matches every existing contact-sheet
or PNG byte count and SHA-256 digest. A missing, malformed, unknown, mismatched,
or incomplete ownership record never authorizes deletion. Failed and skipped
runs retire prior screenshots/contact sheets only as part of the same verified
transaction when that ownership proof succeeds; otherwise they preserve all
unknown evidence and report `viewer/evidence-path-conflict`.
This rule also applies when Chrome is unavailable or provenance fails before
browser inspection: neither path may blindly delete stale-looking evidence. A
verified owned set may be recoverably retired before publishing a skipped or
failed receipt; unowned evidence remains intact. These outcomes do not invalidate an already
successful deterministic delivery and do not turn a perceptual visual review
into passed or failed. Retry an environmental failure through the supported
command in a browser-capable execution context when practical. Keep the
packaged transport unchanged unless the failure reproduces through that seam in
a capable environment.
`browser-check` applies the same private-snapshot, identity, ownership, and no-clobber rules to its single JSON receipt. Its namespace is separate from `visual-check`, so a browser-only rerun cannot remove capture evidence.
## A new candidate at an existing output path
Browser evidence belongs to exact artifact bytes. After editing a candidate whose previous HTML already has browser evidence, choose a fresh evidence directory before running the next `finalize`; this preserves the old receipts and captures without an avoidable ownership-conflict retry:
```bash
node bin/archify.mjs finalize architecture candidate.json diagram.html --quality showcase --repo-root <root> --out-dir diagram.review-2 --json
node bin/archify.mjs visual-check diagram.html --out-dir diagram.review-2 --summary --require-provenance
```
Keep the requested HTML path stable. Use a new revision directory for each changed candidate, and retain the same directory for retries of unchanged bytes. For a diagram without repository evidence, omit `--repo-root`. Let the commands create their output directory. A prior validation failure that produced no HTML or browser evidence needs no new directory. Never remove unknown evidence to make a retry pass.
## Optional opening
Add `--open` only when the user wants an immediate local preview. It runs after
the verified pair commit has completed, its recovery journal has been removed,
and the delivery lock has been released successfully. It uses one argument-array
OS opener with a five-second bound on macOS and Linux, and a fifteen-second bound
for PowerShell startup on Windows. The receipt records `open.status`; failed or
unavailable launch attempts also include normalized `open.failure` details.
Keep it off for CI, unattended agents, and non-interactive environments.
Failure or unsupported opening does not invalidate delivery; its
status proves only whether the local opener invocation succeeded.
## Last-Good Live Preview
For an active desktop authoring loop only:
```bash
node bin/archify.mjs preview <type> <input>.json <output>.html --quality showcase
```
Preview watches one explicit input on loopback, binds each stable digest to a private snapshot, and advances only after the existing verified delivery pipeline passes. Invalid, half-written, deleted, or superseded input leaves the previous verified revision on screen and on disk. Identical bytes do not rebuild or reload.
The preview runtime ships inside the zero-dependency Skill ZIP and must work without `node_modules`.
Never start it by default. Do not use it for CI, unattended agents, remote sharing, or mobile use. `--no-open` is only for a user who will open the printed local URL or for loop testing. Stop it with Ctrl-C before handoff. The first Ctrl-C drains the active delivery without publishing it; a second Ctrl-C forces shutdown of both delivery processes and HTTP connections, including incomplete requests. Shutdown preserves the last verified artifact and removes only staging files whose ownership can be verified. If delivery is interrupted before its receipt reaches Preview, unconfirmed files and recovery material may remain in the private staging directory; shutdown does not recursively delete unknown contents. Server state, port, source path, diagnostics, error text, and reload tokens must never enter the generated artifact or any export.
## Perceptual review
The automated path ends with the deterministic browser gate and reports
`visual_review: not_requested`. Ordinary generation does not require screenshots
or an image-reading step, including newly authored or repositioned Architecture.
Perceptual review is optional; use it for an explicit request or a concrete visual
investigation. Possible reasons include:
- the compact finalizer includes `visualReviewRecommendation` for crossings or detours (advisory, not a delivery gate);
- the user explicitly requests an aesthetic or visual review;
- a template, renderer, or Viewer change needs visual regression evidence;
- a novel layout or browser diagnostic leaves low confidence;
- the run is selected for sampled audit or dogfood.
For the default standalone desktop viewer, measure 1440×900, 1600×1000, 1920×1080, and 2048×1320. Require `document.documentElement.scrollWidth <= window.innerWidth` at every checked size. Prefer `scrollHeight <= window.innerHeight`; accept page-level vertical scrolling only through the Reader-declared readable exception defined above. At the largest checked viewport, inspect the rendered composition for a conspicuous empty lower band: the main panel and necessary conclusion cards should use the available height as a balanced whole, not collapse into a shallow strip. For unexpected overflow, repair the authored composition by removing only genuinely redundant content or compacting spacing before shrinking nodes, labels, or the main panel. Do not hide overflow, clip content, introduce an internal diagram scroller, or reduce node/label typography to make the measurement pass. Narrow/mobile containment may retain vertical page scrolling.
For an escalation, run `visual-check` on the current finalized artifact, inspect
its contact sheet with a capable image reader or human, and check both endpoint
themes, the default READ view, line crossings/corridors, label masks, node/card
fit, focus/search/passport closure, and export cleanliness. This review is
supplementary and never changes `browser_evidence`. An unconstrained browser
glance can support perceptual review only.
Report one truthful optional-review status:
- `visual_review: not_requested` — no review trigger applies; this is not a visual acceptance claim.
- `visual_review: passed` — only after inspecting the rendered artifact.
- `visual_review: skipped (image reader unavailable)` — a requested or triggered review could not run.
- `visual_review: failed` — with the concrete visible defect.
For an escalated review, use `correction_rounds: 0`, `correction_rounds: 1`, or
`correction_rounds: 2`; never exceed two focused correction rounds. When review
is not requested, use `correction_rounds: 0`. Never report
`visual_review: passed` without inspecting the artifact. If perceptual review
changes the candidate, rerun `finalize` because the previous specification and
artifact receipts are no longer current.
## Handoff receipt
Return:
```text
diagram_type: architecture|workflow|sequence|dataflow|lifecycle
output: /absolute/path/to/file.html
specification_sha256: <receipt value>
artifact_sha256: <receipt value>
validation: 9/9 showcase, 0 errors, 0 warnings
browser_evidence: passed|failed|skipped
visual_review: not_requested|passed|skipped (image reader unavailable)|failed
correction_rounds: 0|1|2
```
Derive `browser_evidence` only from the latest artifact-bound `browser-check`
receipt, normally the stage embedded by `finalize`. Record optional capture or
manual browser work separately with its artifact binding, viewport/theme scope,
and observations; never use it or `visual_review` to overwrite the automated
status.
Opening, preview status, Share Cards, and other viewer exports are not validation claims.
Finalize receipt publication uses the same identity-bound, no-clobber publisher and explicit recovery records described above. The full and summary receipts must be distinct from the candidate, artifact, delivery metadata, and browser receipt. Their targets must be absent or single-link regular files; symlink receipt entries and hardlinked targets fail closed. A later claimant or changed parent stops publication and remains untouched. Default receipt names share the physical artifact namespace and are bounded for the host filename limit. The two receipts are published individually, not as a crash-atomic pair; only a completed passing command is a successful handoff.
vendor/archify/references/repository-authoring.md
Vendored
+105
View File
@@ -0,0 +1,105 @@
# Repository-backed architecture authoring
Use this reference when a diagram must explain a real repository. The source is
the authority for responsibilities, calls, boundaries, and persistence. The
diagram is complete when the requested meaning is covered and every asserted
fact has supporting source evidence.
## Explore on demand
1. **Freeze identity.** From the target repository, record `git rev-parse
HEAD`, `git remote get-url origin`, and `git status --short`. Remove HTTP(S)
userinfo (including usernames, passwords, and tokens) before recording the
origin or placing it in the candidate. Preserve its transport, port, path and
`.git` suffix; do not rewrite an internal SSH origin as HTTPS. Pin the credential-free URL and
forty-character revision in `meta.repository`. Use `link_mode: "local-only"`
for an SSH origin, unsupported forge, intentionally local-only source links,
or a local fixture whose HTTPS URL is only a repository identity; retain the
URL and revision. Web links require a supported GitHub or Gitee HTTPS origin. If the
worktree is dirty, record the changed paths. Repository evidence is verified
against committed bytes at the pinned revision, not working-tree edits:
inspect a clean checkout at that revision for any cited changed path. Do not
present uncommitted bytes as evidence for `HEAD`; `local-only` does not record
a verifiable snapshot of those bytes.
2. **Map the slice.** Use project instructions, manifests, entry points,
registrations, and deployment configuration to locate candidate runtime
units. Read the entry, configuration, and modules relevant to the request.
Follow imports and call sites
until the requested responsibility reaches its actual input, output, or
side effect. Read a small connected slice instead of scanning the repository
for a convenient label.
3. **Trace ownership.** Derive runtime and I/O relationships from the observed
actor, operation, and target at their call sites; deployment and trust
relationships use the corresponding configuration or enforcement evidence. Distinguish the controller requesting
an operation from the runtime that executes it and the store receiving bytes.
For a file or database edge, the source must identify its actual reader or
writer; a responsibility statement such as “maintains tasks” does not prove
direct I/O. Keep these facts with the source locations while reading, without
a separate planning artifact. Choose which distinctions need separate
nodes using [Composition and meaning](authoring-defaults.md#composition-and-meaning);
discovering an implementation role does not automatically add it to the overview.
A configured provider, an injected adapter, a local stub, and a durable
service are different claims; label the one the source supports.
4. **Record evidence while reading.** Keep exact repository-relative paths and
inclusive line ranges for each component and meaningful relationship. Follow
actual branches, retries, fallbacks, and error handling. A function that is
exported or configured but never called by the normal path is an optional
capability, not a required runtime edge. For a claim about authoritative
state change or control ownership, trace to the actual write or execution
site and the conditions that permit it; an upstream caller alone does not
establish those conditions.
5. **Name uncertainty.** Write unresolved questions beside the claim they
affect: for example, “`writeFile` is called here; durability is unknown.”
Resolve a question by reading the next relevant source range or preserve it
as an explicit unknown. Never turn a label, package description, or config
value into an unobserved service or behavior.
Stop exploring when every requested responsibility, relationship, and boundary
has supporting source entailment and the remaining unknowns cannot change that
coverage. There is no node, edge, citation, view, card, or boundary count to
hit. Do not add a summary step merely to signal completion.
Batch independent relevant files when known. Each additional read should answer
an unresolved question that can change the diagram. Reuse concise facts and
their source ranges already verified in this task; across revisions, recheck
the affected entry points, configuration, dependencies, and evidence.
## Choose an example by structure
Select the main example in the [Type router](../SKILL.md#type-router) before
loading its content, using the request and repository metadata already needed
for source inspection. Selection fits the existing read batch and needs no extra
message, command, or repository-wide scan. For mixed or unclear tasks, use the
requested responsibilities and entry points as they become known in normal
inspection; keep their actual roles. Read another example when a necessary
capability remains unexplained. Examples teach shape, not facts: a library need
not acquire filesystem nodes, and finished showcases still follow the
first-draft automatic-routing rule.
## Author from evidence
Use the mode's complete JSON shape, including repository identity,
components, and connections; every repository-backed component needs supporting source
references, while boundaries or cards are added only when they
answer a real reader question. Let automatic routes and automatic
viewBox sizing work first. Keep the primary path readable, put exception paths
beside their owner, and leave filesystem stores outside a control boundary when
the source shows a separate responsibility.
An existing example teaches field shape, not facts or arbitrary values. It does
not authorize a new boundary kind, a long note, a viewBox size, or a route
control. Consult the specific mode schema and `schemas/common.schema.json`
whether or not the selected example already contains the field; use the
schema's enum, length, identifier, and repository rules. Architecture
boundaries currently use `kind: "region"` or `kind: "security-group"`; source
references use `path`, `line`, and optional `end_line`.
Repository-backed components need concise, truthful `sources` references. Preserve
control ownership when summarizing filesystem I/O: the code that reads or writes
a file owns that action, while a pure in-memory transform receives and returns
values. This fact-check does not require a separate overview node for every helper. Use the existing examples for valid field shape, then replace all
identifiers, wording, source paths, and claims with inspected repository facts.
vendor/archify/references/update-awareness.md
Vendored
+12
View File
@@ -0,0 +1,12 @@
# Update awareness
Read this file when a `finalize` or standalone `deliver` receipt has `update.noticeRequired: true`.
Keep one compact line in the final response, in the user's language, with `installedVersion`, `availableVersion`, and the official `releaseNotes` link. Say that the installed Skill has not changed and that the user can ask to snooze or ignore the reminder. If `source` is `cache`, say that a previous check at `checkedAt` found the update. A process message or tool output does not replace this final line.
For `severity: "security"`, label it as a security update without making installation automatic or urgent by default.
You may translate the fixed local `noticeText`. Never quote, summarize, or translate the remote manifest's summary.
When the user explicitly asks to pause or stop this reminder, run `node scripts/check-update.mjs --snooze "<eventKey>"` (seven days) or `--ignore "<eventKey>"` (this exact release only) from the Skill directory with the receipt's `update.eventKey`, then report the returned status. Never run them on your own initiative; `--ack` is a no-op. These commands do not install an update, and a newer release notifies again.
The notice is information, not permission. Keep the installed version unchanged. This workflow never downloads, installs, or executes an update, and silence is never consent.
vendor/archify/references/viewer-runtime.md
Vendored
+35
View File
@@ -0,0 +1,35 @@
# Viewer Runtime reference
Read this only when the user asks for a reader-facing capability. Ordinary generation does not require implementing or re-documenting these features; they are already in the generated HTML.
## Exploration
- Diagram Guide lists current actions and shortcuts.
- Reading Depth starts at READ at the default 100% scale, reveals FULL detail at 175%, and falls back to MAP only below 100%. Focus, route, and semantic interactions reveal their exact facts at any scale.
- Semantic Lens summarizes selected node/relationship kinds without changing authored geometry.
- Intent Trace previews a fine-pointer or keyboard target before committed focus.
- Node Finder searches labels and stable IDs.
- Semantic Passport opens on focus, shows authored upstream/downstream facts, supports a copyable deep link, has an explicit close action, closes on true outside activation and Escape, and never enters canonical export.
- Semantic Radar mirrors the visible viewport and authored graph without becoming a second source of truth.
- Direct Relationship Pin makes a unique compiled relationship operable while preserving the authored line and stable relationship identity. It must fail closed on conflicting source/target/label/ID metadata.
- Route Probe resolves exactly two endpoints over authored directed relationships. It never infers a route from geometry.
## Motion and presentation
`meta.animation: "trace"` enables a finite reader-controlled Live/Still trace. Static is the default. Still, reduced motion, page hiding, print, and canonical export preserve complete static meaning. Presentation Stage changes viewer chrome and framing, never authored geometry. This is not a mobile product feature; narrow layouts get containment only.
## Canonical exports
The export menu can copy/download full-diagram PNG, download JPEG/WebP, download a dual-theme SVG, and record a trace-enabled WebM. Viewer state—Guide, Lens, finder, focus, route, camera, radar, presentation, motion ownership, and temporary overlays—must be removed from canonical export.
### Route Share Card
After a real directed Route Probe resolves, the reader may use **Export → Route Share Card**. It reuses the exact ordered route snapshot and the shared Share Card seam: `format=share-card`, `variant=route`. The isolated clone may use only static `data-share-route-*` decoration. It is download-only, fails closed for stale/unreachable/conflicting routes, and never becomes the canonical artifact.
### Reach Share Card
After a non-empty authored reachability query, the reader may use **Export → Reach Share Card**. It consumes the already resolved upstream/downstream node and edge set without rerunning traversal: `format=share-card`, `variant=reach`. The isolated clone may use only static `data-share-reach-*` decoration. It is download-only. Call it authored reachability—not impact, blast radius, breakage, or runtime causality.
## Truth boundary
Viewer exports are communication assets. They do not replace the checked HTML, the deterministic delivery receipt, or a real visual review. Do not add a hosted service, storage surface, dependency, schema branch, or mobile product surface for these viewer-only capabilities.
vendor/archify/renderers/architecture/grid.mjs
Vendored
+62
View File
@@ -0,0 +1,62 @@
/** Grid placement for architecture IR (#8). Not auto-layout — fixed cell math only. */
export const DEFAULT_GRID = {
mode: 'grid',
origin: [40, 80],
cols: 4,
gapX: 30,
gapY: 40,
cellW: 130,
cellH: 64,
};
export function gridLayout(arch) {
const raw = arch.layout;
if (!raw || raw.mode !== 'grid') return null;
return { ...DEFAULT_GRID, ...raw };
}
export function resolveComponentPos(component, grid) {
if (Array.isArray(component.pos) && component.pos.length === 2) {
return component.pos;
}
if (!grid) return [NaN, NaN];
if (!Number.isInteger(component.row) || !Number.isInteger(component.col)) {
return [NaN, NaN];
}
const [ox, oy] = grid.origin;
const stepX = grid.cellW + grid.gapX;
const stepY = grid.cellH + grid.gapY;
return [ox + component.col * stepX, oy + component.row * stepY];
}
export function validateGridPlacement(arch, grid, problems) {
if (!grid) return;
if (arch.layout !== undefined && arch.layout.mode !== 'grid') {
problems.push('layout.mode must be "grid" when layout is set (free placement omits layout entirely).');
return;
}
const seen = new Map();
for (const c of arch.components ?? []) {
const hasPos = Array.isArray(c.pos) && c.pos.length === 2;
const hasCell = Number.isInteger(c.row) && Number.isInteger(c.col);
if (hasPos) continue; // pos wins; row/col are optional hints only
if (!hasPos && !hasCell) {
problems.push(`Component "${c.id}" needs pos [x,y] or grid row/col when layout.mode is "grid".`);
continue;
}
if (c.row < 0 || c.col < 0) {
problems.push(`Component "${c.id}" row/col must be non-negative integers.`);
continue;
}
if (c.col >= grid.cols) {
problems.push(`Component "${c.id}" col ${c.col} exceeds layout.cols ${grid.cols} (valid: 0..${grid.cols - 1}).`);
}
const key = `${c.row},${c.col}`;
if (seen.has(key)) {
problems.push(`Components "${seen.get(key)}" and "${c.id}" share grid cell row ${c.row} col ${c.col}.`);
} else {
seen.set(key, c.id);
}
}
}
vendor/archify/renderers/architecture/labels.mjs
Vendored
+215
View File
@@ -0,0 +1,215 @@
import { normalizeRoutePoints, rectsOverlap, segmentRectClearanceWithin } from '../shared/geometry.mjs';
import { createSpatialGrid } from '../shared/spatial-grid.mjs';
// A bounded fallback for an unpinned label whose usual position collides.
// It never routes an edge, moves a node, expands the canvas, or rewrites input.
export function placeAutomaticLabels({
labels, routes, components, titles, viewBox, placementBottom = viewBox[1], fallbackRing = true, keepFallbackNearRoute = false,
gridSweep = false,
}) {
const placed = [...labels];
const obstacles = [...components, ...titles];
const segments = routes.flatMap(({ relationIndex, points }) => {
const normalized = normalizeRoutePoints(points);
return normalized.slice(1).map((end, index) => ({ relationIndex, start: normalized[index], end }));
});
const inside = rect => (
rect.x >= 0 && rect.y >= 0
&& rect.x + rect.width <= viewBox[0] && rect.y + rect.height <= viewBox[1]
);
// The mask test asked every segment about every candidate position. Segments
// go into a uniform grid once, and a candidate only asks the cells it covers.
const SEGMENT_CELL = 120;
const segmentGrid = createSpatialGrid(SEGMENT_CELL);
for (const segment of segments) {
const [sx, sy] = segment.start;
const [ex, ey] = segment.end;
segmentGrid.insert({
minX: Math.min(sx, ex), maxX: Math.max(sx, ex),
minY: Math.min(sy, ey), maxY: Math.max(sy, ey),
}, segment);
}
const segmentsNear = (rect, margin) => segmentGrid.query({
minX: rect.x - margin, maxX: rect.x + rect.width + margin,
minY: rect.y - margin, maxY: rect.y + rect.height + margin,
});
const masksRoute = rect => {
for (const segment of segmentsNear(rect, 4)) {
if (segment.relationIndex === rect.relationIndex) continue;
if (segmentRectClearanceWithin(segment, rect, 4) + 0.0001 < 4) return true;
}
return false;
};
const overlapsLabel = (rect, index, gap = 0) => placed.some((other, otherIndex) => (
otherIndex !== index && rectsOverlap(rect, other, gap)
));
const clear = (rect, index) => (
inside(rect) && rect.y + rect.height <= placementBottom
&& !obstacles.some(obstacle => rectsOverlap(rect, obstacle, 2))
&& !overlapsLabel(rect, index, 2) && !masksRoute(rect)
);
const rectAt = (label, lx, ly) => ({
...label, lx, ly, x: lx - label.width / 2, y: ly - 10,
});
// An opted-in grid layout runs parallel lines through shared gaps. Rank
// every position along all of the label's own segments: beside the line
// first, then centred on its own line (the plate interrupts only that
// line), then stepping outward past neighbouring parallels.
const gridCandidates = (label) => {
const fractions = [0.5, 0.25, 0.75, 0.375, 0.625, 0.125, 0.875];
const ranked = [];
// A close parallel of another relationship on one side (a reciprocal
// pair) makes a label on that side read as the neighbour's: prefer the
// far side.
const parallelOnLowSide = (a, b, axis) => {
const across = 1 - axis;
const [low, high] = [Math.min(a[axis], b[axis]), Math.max(a[axis], b[axis])];
let nearest = null;
for (const other of segments) {
if (other.relationIndex === label.relationIndex) continue;
if (Math.abs(other.start[across] - other.end[across]) > 0.0001) continue;
const distance = other.start[across] - a[across];
if (Math.abs(distance) < 0.0001 || Math.abs(distance) > 36) continue;
const overlap = Math.min(high, Math.max(other.start[axis], other.end[axis]))
- Math.max(low, Math.min(other.start[axis], other.end[axis]));
if (overlap <= 0) continue;
if (nearest === null || Math.abs(distance) < Math.abs(nearest)) nearest = distance;
}
return nearest !== null && nearest < 0;
};
for (const { start: a, end: b } of segments.filter(segment => segment.relationIndex === label.relationIndex)) {
if (Math.abs(a[1] - b[1]) < 0.0001 && Math.abs(a[0] - b[0]) >= label.width + 16) {
const [above, below] = parallelOnLowSide(a, b, 0) ? [1, 0] : [0, 1];
for (const fraction of fractions) {
const x = a[0] + (b[0] - a[0]) * fraction;
if (Math.min(Math.abs(x - a[0]), Math.abs(x - b[0])) < label.width / 2 + 6) continue;
ranked.push([above, x, a[1] - 10], [below, x, a[1] + 20], [2, x, a[1] + 3], [3, x, a[1] - 18], [3, x, a[1] + 28]);
}
} else if (Math.abs(a[0] - b[0]) < 0.0001 && Math.abs(a[1] - b[1]) >= label.height + 16) {
const leftFirst = !parallelOnLowSide(a, b, 1);
for (const fraction of fractions) {
const y = a[1] + (b[1] - a[1]) * fraction;
if (Math.min(Math.abs(y - a[1]), Math.abs(y - b[1])) < label.height / 2 + 6) continue;
ranked.push([2, a[0], y + 3]);
[6, 14, 22, 30, 38, 46, 54].forEach((offset, step) => {
const tier = step === 0 ? 0 : step === 1 ? 1 : 2 + step;
const left = [tier + (leftFirst ? 0 : 0.5), a[0] - label.width / 2 - offset, y + 3];
const right = [tier + (leftFirst ? 0.5 : 0), a[0] + label.width / 2 + offset, y + 3];
ranked.push(left, right);
});
}
}
}
return ranked.map((entry, order) => [...entry, order])
.sort((left, right) => left[0] - right[0] || left[3] - right[3])
.map(([, lx, ly]) => [lx, ly]);
};
for (const [index, label] of placed.entries()) {
const relation = label.relation;
if (['labelAt', 'labelDx', 'labelDy', 'labelSegment'].some(key => relation[key] !== undefined)) continue;
// Match actual defect thresholds before searching; a valid placement is
// not a reason to restyle the diagram. New placements leave extra space.
// The grid ranking already starts from the preferred position, so it
// also re-ranks labels whose default spot is merely valid.
if (!gridSweep && inside(label) && !components.some(component => rectsOverlap(label, component, -2))
&& !titles.some(title => rectsOverlap(label, title))
&& !overlapsLabel(label, index) && !masksRoute(label)) continue;
if (gridSweep) {
// Callers measure the plate one pixel higher than rectAt; test with a
// pixel of slack so the chosen position also passes their clearance.
const replacement = gridCandidates(label).map(([lx, ly]) => rectAt(label, lx, ly))
.find(rect => clear({ ...rect, x: rect.x - 1, y: rect.y - 1, width: rect.width + 2, height: rect.height + 2 }, index));
if (replacement) {
placed[index] = replacement;
continue;
}
}
for (const segment of segments.filter(segment => segment.relationIndex === label.relationIndex)) {
const [a, b] = [segment.start, segment.end];
let candidates = [];
if (Math.abs(a[1] - b[1]) < 0.0001 && Math.abs(a[0] - b[0]) >= label.width + 16) {
candidates = [0.5, 0.25, 0.75, 0.125, 0.875].flatMap(fraction => {
const x = a[0] + (b[0] - a[0]) * fraction;
if (Math.min(Math.abs(x - a[0]), Math.abs(x - b[0])) < 8) return [];
return [
[x, a[1] - 10],
[x, a[1] + 20],
[x, a[1] - 18],
[x, a[1] + 28],
];
});
} else if (Math.abs(a[0] - b[0]) < 0.0001 && Math.abs(a[1] - b[1]) >= label.height + 16) {
candidates = [0.5, 0.25, 0.75, 0.125, 0.875].flatMap(fraction => {
const y = a[1] + (b[1] - a[1]) * fraction;
if (Math.min(Math.abs(y - a[1]), Math.abs(y - b[1])) < 8) return [];
return [
[a[0] - label.width / 2 - 6, y + 3],
[a[0] + label.width / 2 + 6, y + 3],
[a[0] - label.width / 2 - 14, y + 3],
[a[0] + label.width / 2 + 14, y + 3],
];
});
}
const replacement = candidates.map(([lx, ly]) => rectAt(label, lx, ly))
.find(rect => clear(rect, index));
if (replacement) {
placed[index] = replacement;
break;
}
}
if (placed[index] !== label || !fallbackRing) continue;
// Dense but valid topologies can leave every point directly beside the
// relationship occupied by another route. Search a small deterministic
// ring around the current anchor and the relationship's segment centres.
// A collision-free island above a node is not a readable edge label.
// Architecture opts into keeping the mask within two label heights of
// its own route; shared callers retain their existing policy. If no nearby
// slot fits, retain the collision so validation can request more space.
const ownSegments = segments.filter(segment => segment.relationIndex === label.relationIndex);
const baseAnchors = [
[label.lx, label.ly],
...ownSegments.map(segment => [
(segment.start[0] + segment.end[0]) / 2,
(segment.start[1] + segment.end[1]) / 2,
]),
];
const horizontalStep = label.width / 2 + 12;
const ringOffsets = [
[0, -28], [0, 38],
[-horizontalStep, -28], [horizontalStep, -28],
[-horizontalStep, 38], [horizontalStep, 38],
[-(label.width + 20), -52], [label.width + 20, -52],
[-(label.width + 20), 62], [label.width + 20, 62],
[-(label.width + 20), -76], [label.width + 20, -76],
[-(label.width + 20), 86], [label.width + 20, 86],
];
const fallback = baseAnchors.flatMap(([baseX, baseY]) => (
ringOffsets.map(([dx, dy]) => rectAt(label, baseX + dx, baseY + dy))
)).find(rect => clear(rect, index) && (!keepFallbackNearRoute || ownSegments.some(segment => (
segmentRectClearanceWithin(segment, rect, label.height * 2) <= label.height * 2
))));
if (fallback) placed[index] = fallback;
}
return placed;
}
// The rect a single unpinned label would occupy given only its own route and
// the nodes: what the planner reserves before the remaining routes are laid.
// Only a placement beside the route itself is worth reserving; a label that
// would already need the fallback ring is left to the final placement pass.
export function reservedLabelRect({
label, points, routes = [], labels = [], components, viewBox = [Infinity, Infinity], placementBottom = Infinity,
}) {
const [rect] = placeAutomaticLabels({
labels: [{ ...label, relationIndex: -1 }, ...labels.map(other => ({ ...other, relationIndex: -2 }))],
routes: [{ relationIndex: -1, points }, ...routes],
components,
titles: [],
viewBox,
placementBottom,
fallbackRing: false,
});
return components.some(component => rectsOverlap(rect, component, -2)) ? null : rect;
}
vendor/archify/renderers/architecture/render-architecture.mjs
Vendored
+1001
View File
File diff suppressed because it is too large. Load diff
vendor/archify/renderers/architecture/routing.mjs
Vendored
+1157
View File
File diff suppressed because it is too large. Load diff
vendor/archify/renderers/dataflow/README.md
Vendored
+105
View File
@@ -0,0 +1,105 @@
# Data Flow Renderer
Render `diagram_type: "dataflow"` JSON files into the standard Archify HTML
template.
```bash
node archify/renderers/dataflow/render-dataflow.mjs input.dataflow.json output.html
```
The renderer validates input against `archify/schemas/dataflow.schema.json`
with the bundled standalone validator. No dependency installation is required.
If `output.html` is omitted, the renderer uses the required `meta.output` value
from the JSON file.
## Input
Data-flow JSON files must set:
```json
{
"schema_version": 1,
"diagram_type": "dataflow",
"meta": {
"title": "Product Analytics Data Flow",
"output": "product-analytics-dataflow.html",
"viewBox": [940, 720]
},
"stages": [],
"nodes": [],
"flows": [],
"cards": []
}
```
A complete worked example lives at
`archify/examples/product-analytics.dataflow.json`.
The schema lives at:
```text
archify/schemas/dataflow.schema.json
```
## Legend
The default visual legend derives kinds from `flows[].variant` (omitting
`variant` means `default`) and adds `database` only when a database node exists.
Supported `meta.legend.entries` keys, in stable order, are `emphasis`,
`security`, `dashed`, `database`, and `default`. Flow variants remain
visual-only because Archify has no compiled edge-kind facts in this slice. A
present `database` entry is different: it comes from exact
`nodes[].type: "database"` facts, so it publishes the normal Semantic Legend
count, accessible name, and keyboard interaction. Forcing `database` visible
without a database node keeps it visual-only.
## Layout budget
| Constant | Value |
|----------|-------|
| viewBox | default `[940, 720]`; schema minimum `[360, 360]` |
| Stages (2–5) | centers at x = 100 + stage×215; stage band 168 wide, header at y 46 |
| Row tops (`row` 0–4) | y = 128, 242, 356, 470, 584 (plus `yOffset`) |
| Default node | 112×58 |
| Node area | x within `[24, width − 24]`; y within `[104, height − 74]` |
| Node spacing | ≥10px between any two nodes (checked across stages and rows) |
| Flow length | ≥34px between endpoints |
| Legend row | y = height − 36 |
Route presets for flows: `straight`, `vertical-channel`, `bottom-channel`,
`top-channel`, explicit `via` points, or the default `auto` (midpoint elbow).
## Design Rules
- Use stages for data lifecycle boundaries: source, ingest, process, store,
consume.
- Place nodes by stage index and row index; do not hand-place raw SVG for the
common case.
- Use flow labels to name the data asset, not the transport primitive:
`clickstream`, `identity map`, `normalized facts`, `feature vectors`.
- Use `classification` for short sensitivity or governance context:
`PII touch`, `non-PII`, `approved only`, `batch`, `read-only`.
- Use `security` for PII, policy, consent, access-control, or restricted joins.
- Use `emphasis` for the primary data path and `dashed` for async or batch
derivations.
- Keep labels short enough to fit in narrow previews.
Schema violations exit non-zero with path-prefixed messages annotated with the
element's id or label. The renderer additionally fails when it can detect
layout problems, including missing stages, duplicate node IDs, nodes outside
the readable diagram area, node overlap, labels colliding with nodes or other
labels, labels wider than their node, unknown flow endpoints, missing flow
labels, unreadably short flows, flows crossing unrelated nodes (2px Clean Flow
clearance), or stages that exceed the viewBox. Stage frames remain intentional
pass-through containers. Text width
is estimated CJK-aware: fullwidth glyphs count as two units.
Set `meta.quality_profile` to `showcase` for polished delivery. Unrelated proper
X crossings then fail with `composition/proper-crossing`; default `standard`
keeps them as artifact-receipt warnings. Collinear stage corridors are outside
the proper-X rule, but a separate gate warns in `standard` and fails in
`showcase` when unrelated flows overlap for at least 8px. Shared semantic
endpoints, point touches, and shorter overlaps remain valid. Showcase also
rejects any route segment below 8px and any interior turn segment below 16px;
ordinary 8–15px endpoint stubs remain valid.
vendor/archify/renderers/dataflow/render-dataflow.mjs
Vendored
+544
View File
@@ -0,0 +1,544 @@
import path from 'node:path';
import { fileURLToPath } from 'node:url';
import { esc, renderDefinitions, renderSemanticSigil, textUnits } from '../shared/utils.mjs';
import { animateAttr, focusEdgeAttrs, focusNodeAttrs, focusNodeTitle, loadDiagramWithBrandMarks, writeDiagram, svgAccessibleText, svgRootAttrs } from '../shared/cli.mjs';
import { throwDiagnosticProblems } from '../shared/diagnostics.mjs';
import { resolveLegend, renderLegend as renderResolvedLegend } from '../shared/legend.mjs';
import { availableNodeTextWidth, fittedNodeFontSize, minimumNodeTextWidth, nodeLabelLayout } from '../shared/text-fit.mjs';
import { brandLabelFitWidth, brandMarkFor, brandMetadataFor, brandTopRailProblem, renderBrandMark } from '../shared/brand-marks.mjs';
import { translateMessage as i18nText } from '../shared/i18n.mjs';
import {
asArray,
isFinitePoint,
rectsOverlap,
cleanEndpointSideProblems,
cleanFlowProblems,
cleanCrossingProblems,
cleanAmbiguousCorridorProblems,
cleanBorderRunProblems,
cleanRouteRhythmProblems,
cleanLabelRouteClearanceProblems,
cleanLabelCanvasContainmentProblems,
suggestLabelObstacleFix,
suggestLabelPairFix,
anchor,
automaticPortSpread,
legacyDefaultFromSide as defaultFromSide,
legacyDefaultToSide as defaultToSide,
chosenSide,
polylinePath,
routePointsValue,
authoredStraightRouteAttrs,
labelPoint,
componentFill,
componentText,
arrowClassMap,
edgeLabelAccent
} from '../shared/geometry.mjs';
const nodeTextFit = {
sublabelPreferred: 7,
sublabelMinimum: 6,
tagPreferred: 7,
tagMinimum: 6,
};
const __dirname = path.dirname(fileURLToPath(import.meta.url));
const { diagram: dataflow, template, outPath, sourceEvidence } = await loadDiagramWithBrandMarks({
rendererDir: __dirname,
diagramType: 'dataflow',
defaultExample: 'product-analytics.dataflow.json'
});
const viewBox = dataflow.meta?.viewBox || [940, 720];
const layout = {
stageY: 46,
stageH: 36,
stageBottomPad: 74,
leftX: 100,
colGap: 215,
stageW: 168,
nodeW: 112,
nodeH: 58,
rowYs: [128, 242, 356, 470, 584],
labelH: 16
};
function flowLabelSize(flow) {
const longestLine = Math.max(textUnits(flow.label), textUnits(flow.classification || ''));
return {
width: Math.round(Math.max(34, longestLine * 4.9 + 12) * 10) / 10,
height: flow.classification ? 27 : layout.labelH,
};
}
function stageX(index) {
return layout.leftX + index * layout.colGap;
}
function stageFrame(stage, index) {
return {
id: index,
label: stage.label,
kind: 'stage',
x: stageX(index) - layout.stageW / 2,
y: layout.stageY,
width: layout.stageW,
height: viewBox[1] - layout.stageY - layout.stageBottomPad,
radius: 10,
};
}
const compositionFrames = asArray(dataflow.stages).map(stageFrame);
function measureNode(node) {
const width = node.width || layout.nodeW;
const height = node.height || layout.nodeH;
const cx = stageX(node.stage);
const y = layout.rowYs[node.row] + (node.yOffset || 0);
return {
...node,
width,
height,
cx,
cy: y + height / 2,
x: cx - width / 2,
y
};
}
const nodes = new Map(asArray(dataflow.nodes).map((node) => [node.id, measureNode(node)]));
const nodeSteps = new Map();
for (const [index, flow] of asArray(dataflow.flows).entries()) {
if (!nodeSteps.has(flow.from)) nodeSteps.set(flow.from, index);
if (!nodeSteps.has(flow.to)) nodeSteps.set(flow.to, index + 1);
}
for (const [index, node] of asArray(dataflow.nodes).entries()) {
if (!nodeSteps.has(node.id)) nodeSteps.set(node.id, index);
}
function validateDataflow() {
const problems = [];
if (nodes.size !== asArray(dataflow.nodes).length) problems.push('Node ids must be unique.');
const stageCount = asArray(dataflow.stages).length;
for (const node of nodes.values()) {
if (typeof node.stage !== 'number' || node.stage < 0 || node.stage >= stageCount) {
problems.push(`Node "${node.id}" uses invalid stage ${node.stage} — valid stages are 0..${stageCount - 1}.`);
}
if (typeof node.row !== 'number' || node.row < 0 || node.row >= layout.rowYs.length) {
problems.push(`Node "${node.id}" uses invalid row ${node.row} — valid rows are 0..${layout.rowYs.length - 1}.`);
}
if (!isFinitePoint(node.x, node.y, node.cx, node.cy)) {
problems.push(`Node "${node.id}" produced non-finite coordinates — check stage, row, width, height, and yOffset are numbers.`);
continue;
}
if (node.x < 24 || node.x + node.width > viewBox[0] - 24) {
problems.push(`Node "${node.id}" exceeds the horizontal bounds of the viewBox — reduce node.width or increase meta.viewBox[0].`);
}
if (node.y < layout.stageY + layout.stageH + 22 || node.y + node.height > viewBox[1] - layout.stageBottomPad) {
problems.push(`Node "${node.id}" exceeds the readable diagram area — keep y between ${layout.stageY + layout.stageH + 22} and ${viewBox[1] - layout.stageBottomPad} (adjust row/yOffset or increase meta.viewBox[1]).`);
}
const estLabelW = textUnits(node.label) * 6.2;
if (estLabelW > node.width + 6) {
problems.push(`Label "${node.label}" (~${Math.round(estLabelW)}px) is wider than node "${node.id}" (${node.width}px) — shorten the label or increase node.width.`);
}
const brandRailProblem = brandTopRailProblem(node, node.width, 8);
if (brandRailProblem) problems.push(brandRailProblem);
// sublabel and tag render as single unwrapped <text> elements; shrink-to-fit
// handles the ordinary case, this rejects what it cannot rescue.
const availableTextW = availableNodeTextWidth(node.width);
for (const [field, value, minimum] of [
['Sublabel', node.sublabel, nodeTextFit.sublabelMinimum],
['Tag', node.tag, nodeTextFit.tagMinimum],
]) {
if (!value) continue;
const minimumW = minimumNodeTextWidth(value, minimum);
if (minimumW > availableTextW) {
problems.push(`${field} "${value}" needs ~${Math.ceil(minimumW)}px at the ${minimum}px legible minimum, but node "${node.id}" provides ${availableTextW}px — shorten the ${field.toLowerCase()} or increase node.width.`);
}
}
}
const nodeList = asArray(dataflow.nodes);
for (let i = 0; i < nodeList.length; i += 1) {
for (let j = i + 1; j < nodeList.length; j += 1) {
const a = nodes.get(nodeList[i].id);
const b = nodes.get(nodeList[j].id);
if (rectsOverlap(a, b, 10)) {
problems.push(`Nodes "${a.id}" and "${b.id}" are less than 10px apart — move one to another stage/row or adjust yOffset.`);
}
}
}
for (const flow of asArray(dataflow.flows)) {
if (!nodes.has(flow.from)) problems.push(`Flow "${flow.label || flow.from}" references unknown source "${flow.from}".`);
if (!nodes.has(flow.to)) problems.push(`Flow "${flow.label || flow.to}" references unknown target "${flow.to}".`);
if (!flow.label) problems.push(`Flow "${flow.from}" -> "${flow.to}" must include a short data label.`);
if (nodes.has(flow.from) && nodes.has(flow.to)) {
const routed = pathFor(flow);
const [start, end] = [routed.points[0], routed.points[routed.points.length - 1]];
const distance = Math.hypot(end[0] - start[0], end[1] - start[1]);
if (distance < 34) problems.push(`Flow "${flow.label}" is too short (${Math.round(distance)}px; minimum 34px) — route it through a channel or spread its nodes.`);
if (Array.isArray(flow.via)) {
for (let segmentIndex = 0; segmentIndex < routed.points.length - 1; segmentIndex += 1) {
const segmentStart = routed.points[segmentIndex];
const segmentEnd = routed.points[segmentIndex + 1];
const isDiagonal = Math.abs(segmentStart[0] - segmentEnd[0]) > 0.01
&& Math.abs(segmentStart[1] - segmentEnd[1]) > 0.01;
if (!isDiagonal) continue;
const viaIndex = Math.min(segmentIndex, flow.via.length - 1);
problems.push(`Flow "${flow.label}" has a diagonal segment from (${segmentStart.join(', ')}) to (${segmentEnd.join(', ')}) — align via[${viaIndex}] with its adjacent point by sharing the same x or y coordinate.`);
}
}
}
}
problems.push(...cleanEndpointSideProblems({
relations: dataflow.flows,
endpointIds: new Set(nodes.keys()),
pathFor,
diagramType: 'dataflow',
relationCollection: 'flows',
fromSideFor: (flow) => flowSides(flow).fromSide,
toSideFor: (flow) => flowSides(flow).toSide,
routeHint: 'keep automatic routing, or choose fromSide/toSide and via points whose first and final segments cross node borders perpendicularly',
}));
problems.push(...cleanFlowProblems({
relations: dataflow.flows,
obstacles: nodes.values(),
pathFor,
diagramType: 'dataflow',
relationCollection: 'flows',
obstacleKind: 'node',
routeHint: 'adjust fromSide/toSide, set route/via or channelX/channelY, or move the node to another stage/row'
}));
problems.push(...cleanCrossingProblems({
relations: dataflow.flows,
endpointIds: new Set(nodes.keys()),
pathFor,
diagramType: 'dataflow',
relationCollection: 'flows',
profile: dataflow.meta?.quality_profile,
routeHint: 'adjust route/via or channelX/channelY so the flows use separate stage corridors'
}));
problems.push(...cleanAmbiguousCorridorProblems({
relations: dataflow.flows,
endpointIds: new Set(nodes.keys()),
pathFor,
diagramType: 'dataflow',
relationCollection: 'flows',
profile: dataflow.meta?.quality_profile,
routeHint: 'adjust route/via or channelX/channelY so unrelated flows do not visually merge'
}));
problems.push(...cleanBorderRunProblems({
relations: dataflow.flows,
endpointIds: new Set(nodes.keys()),
frames: compositionFrames,
pathFor,
diagramType: 'dataflow',
relationCollection: 'flows',
profile: dataflow.meta?.quality_profile,
routeHint: 'adjust route/via or channelX/channelY so the flow crosses the stage perpendicularly instead of following its border'
}));
problems.push(...cleanRouteRhythmProblems({
relations: dataflow.flows,
endpointIds: new Set(nodes.keys()),
pathFor,
diagramType: 'dataflow',
relationCollection: 'flows',
profile: dataflow.meta?.quality_profile,
routeHint: 'adjust route/via or channelX/channelY so each turn uses a clear inter-stage corridor'
}));
const labelRects = [];
for (const [flowIndex, flow] of asArray(dataflow.flows).entries()) {
if (!flow.label || !nodes.has(flow.from) || !nodes.has(flow.to)) continue;
const [lx, ly] = labelPoint(flow, pathFor(flow).points);
const { width, height } = flowLabelSize(flow);
labelRects.push({ relation: flow, relationIndex: flowIndex, label: flow.label, x: lx - width / 2, y: ly - 11, width, height, lx, ly });
}
for (const rect of labelRects) {
for (const node of nodes.values()) {
if (rectsOverlap(rect, node, -2)) {
problems.push(`Label "${rect.label}" overlaps node "${node.id}" — adjust labelDx/labelDy/labelSegment or set labelAt.\n${suggestLabelObstacleFix(rect, rect.lx, rect.ly, node, 'node', viewBox, nodes.values())}`);
}
}
}
for (let i = 0; i < labelRects.length; i += 1) {
for (let j = i + 1; j < labelRects.length; j += 1) {
if (rectsOverlap(labelRects[i], labelRects[j], -2)) {
problems.push(`Labels "${labelRects[i].label}" and "${labelRects[j].label}" overlap — adjust labelDx/labelDy.\n${suggestLabelPairFix(labelRects[i], labelRects[j])}`);
}
}
}
problems.push(...cleanLabelRouteClearanceProblems({
relations: dataflow.flows,
labels: labelRects,
endpointIds: new Set(nodes.keys()),
pathFor,
diagramType: 'dataflow',
relationCollection: 'flows',
profile: dataflow.meta?.quality_profile,
routeHint: 'adjust labelAt, labelDx, labelDy, or labelSegment; otherwise adjust the other flow route/via/channelX/channelY'
}));
problems.push(...cleanLabelCanvasContainmentProblems({
labels: labelRects,
viewBox,
diagramType: 'dataflow',
relationCollection: 'flows',
profile: dataflow.meta?.quality_profile,
}));
const lastStageX = stageX(asArray(dataflow.stages).length - 1);
if (lastStageX + layout.stageW / 2 > viewBox[0] - 24) {
problems.push(`Stages exceed viewBox width — set meta.viewBox[0] to at least ${Math.ceil(lastStageX + layout.stageW / 2 + 24)}.`);
}
if (problems.length) {
throwDiagnosticProblems('Data-flow layout validation failed', problems, {
subject: { diagramType: 'dataflow' },
});
}
}
function routeVia(flow, from, to, start, end) {
if (flow.via) return flow.via;
switch (flow.route || 'auto') {
case 'straight':
return [];
case 'vertical-channel': {
const x = flow.channelX ?? start[0] + (end[0] > start[0] ? 44 : -44);
return [[x, start[1]], [x, end[1]]];
}
case 'bottom-channel': {
const y = flow.channelY ?? Math.max(from.y + from.height, to.y + to.height) + 26;
return [[start[0], y], [end[0], y]];
}
case 'top-channel': {
const y = flow.channelY ?? Math.min(from.y, to.y) - 24;
return [[start[0], y], [end[0], y]];
}
case 'auto':
default: {
if (Math.abs(start[1] - end[1]) < 4) return [];
const midX = start[0] + (end[0] - start[0]) / 2;
return [[midX, start[1]], [midX, end[1]]];
}
}
}
const pathCache = new Map();
function flowSides(flow) {
const from = nodes.get(flow.from);
const to = nodes.get(flow.to);
return {
fromSide: chosenSide(flow.fromSide, defaultFromSide(from, to)),
toSide: chosenSide(flow.toSide, defaultToSide(from, to)),
};
}
const automaticPorts = automaticPortSpread(dataflow.flows, nodes, {
sideFor: (flow, endpoint) => flowSides(flow)[endpoint === 'source' ? 'fromSide' : 'toSide'],
});
function pathFor(flow) {
if (pathCache.has(flow)) return pathCache.get(flow);
const from = nodes.get(flow.from);
const to = nodes.get(flow.to);
const ports = automaticPorts.get(flow);
const { fromSide, toSide } = flowSides(flow);
const start = ports?.from || anchor(from, fromSide);
const end = ports?.to || anchor(to, toSide);
// Drop consecutive duplicate points so a purely vertical (or horizontal)
// auto-route never emits a zero-length final segment — SVG derives
// marker-end orientation from the last segment, and a degenerate segment
// leaves the arrowhead angle undefined (see #169).
const rawPoints = [start, ...routeVia(flow, from, to, start, end), end];
const points = [];
for (const p of rawPoints) {
const prev = points.at(-1);
if (!prev || Math.abs(p[0] - prev[0]) > 0.0001 || Math.abs(p[1] - prev[1]) > 0.0001) {
points.push(p);
}
}
// Guard against an all-degenerate route (e.g. start === end): keep both
// endpoints so the path is still well-formed even if the marker is hidden.
if (points.length < 2) points.push(end);
const routed = { d: polylinePath(points), points };
pathCache.set(flow, routed);
return routed;
}
// Header measurement follows 276970789's #257, including the ordinal.
// Long titles wrap at the same legible floor instead of becoming invalid input.
function stageHeaderText(stage, index) {
return `${String(index + 1).padStart(2, '0')} / ${stage.label}`;
}
function renderStageHeader(stage, index, cx) {
const text = stageHeaderText(stage, index);
const font = fittedNodeFontSize(text, layout.stageW, 9, 7);
const available = availableNodeTextWidth(layout.stageW);
const open = `<text x="${cx}" y="${layout.stageY + 22}" class="t-dim" font-size="${font}" font-weight="600" text-anchor="middle">`;
if (minimumNodeTextWidth(text, font) <= available) return `${open}${esc(text)}</text>`;
const lines = [];
let line = '';
// Prefer word boundaries; split oversized words and CJK by grapheme, without
// dropping whitespace or splitting a combining character/emoji sequence.
const segmenter = new Intl.Segmenter(undefined, { granularity: 'grapheme' });
for (const word of text.match(/\s+|\S+/gu) || []) {
if (line && minimumNodeTextWidth(line + word, font) > available) {
lines.push(line); line = '';
}
for (const { segment } of segmenter.segment(word)) {
if (line && minimumNodeTextWidth(line + segment, font) > available) {
lines.push(line); line = '';
}
line += segment;
}
}
if (line) lines.push(line);
// Explicit node geometry is authoritative. Do not turn an old horizontal
// overflow into a new collision with nodes when the header area is packed.
const firstNodeY = Math.min(...[...nodes.values()].filter(node => node.stage === index).map(node => node.y),
viewBox[1] - layout.stageBottomPad);
const lastLineBottom = layout.stageY + 22 + (lines.length - 1) * (font + 4) + font * 0.3;
if (lastLineBottom > firstNodeY - 4) return `${open}${esc(text)}</text>`;
const content = lines.length === 1 ? esc(text) : lines.map((line, i) =>
`<tspan x="${cx}" dy="${i ? font + 4 : 0}">${esc(line)}</tspan>`).join('');
return `${open}${content}</text>`;
}
function renderStage(stage, index) {
const frame = compositionFrames[index];
const cx = stageX(index);
return ` <rect data-graph-role="structural-frame" data-composition-frame-kind="stage" data-composition-frame-id="${index}" x="${frame.x}" y="${frame.y}" width="${frame.width}" height="${frame.height}" rx="${frame.radius}" class="c-lane" stroke-width="1"/>
${renderStageHeader(stage, index, cx)}`;
}
function renderNode(node) {
const fill = componentFill[node.type] || 'c-external';
const accent = componentText[node.type] || 't-muted';
const hasSub = node.sublabel != null && node.sublabel !== '';
const labelFontSize = fittedNodeFontSize(node.label, brandLabelFitWidth(node, node.width), 10, 8);
const sublabelFontSize = fittedNodeFontSize(node.sublabel, node.width, nodeTextFit.sublabelPreferred, nodeTextFit.sublabelMinimum);
const tagFontSize = fittedNodeFontSize(node.tag, node.width, nodeTextFit.tagPreferred, nodeTextFit.tagMinimum);
const textRows = [{ text: node.label, font: labelFontSize, y: 21 }];
if (hasSub) textRows.push({ text: node.sublabel, font: sublabelFontSize, y: 37 });
if (node.tag) textRows.push({ text: node.tag, font: tagFontSize, y: node.height - 11 });
const labelLayout = nodeLabelLayout({ width: node.width, height: node.height, rows: textRows,
brand: Boolean(brandMarkFor(node)), source: Boolean(sourceEvidence?.nodes?.[node.id]?.length) });
const sub = hasSub
? `\n <text data-detail="context" x="${node.cx}" y="${node.y + labelLayout.ys[1]}" class="t-muted" font-size="${sublabelFontSize}" text-anchor="middle">${esc(node.sublabel)}</text>`
: '';
const tag = node.tag
? `\n <text data-detail="fine" x="${node.cx}" y="${node.y + labelLayout.ys[hasSub ? 2 : 1]}" class="${accent}" font-size="${tagFontSize}" text-anchor="middle">${esc(node.tag)}</text>`
: '';
const stage = asArray(dataflow.stages)[node.stage];
const context = stage
? `${String(node.stage + 1).padStart(2, '0')} / ${stage.label}`
: i18nText(dataflow.meta.locale, 'node.context.dataflow');
const brand = renderBrandMark(node, { x: node.x + node.width - 22, y: node.y + 6 });
const passport = { kind: node.type, sublabel: node.sublabel, tag: node.tag, context, ...brandMetadataFor(node) };
return ` <g ${focusNodeAttrs(node.id, node.label, passport, dataflow.meta.locale)}>
${focusNodeTitle(node.label, passport)}
<rect x="${node.x}" y="${node.y}" width="${node.width}" height="${node.height}" rx="6" class="c-mask"/>
<rect x="${node.x}" y="${node.y}" width="${node.width}" height="${node.height}" rx="6" class="${fill}"${animateAttr(dataflow.meta, 'node', nodeSteps.get(node.id))} stroke-width="1.5"/>
${renderSemanticSigil(node.type, { icon: node.icon, x: node.x + 6, y: node.y + labelLayout.sigilY, size: labelLayout.sigilSize })}${brand ? `\n ${brand}` : ''}
<text data-node-label=""${hasSub ? ' data-detail-anchor=""' : ''} x="${node.x + labelLayout.x}" y="${node.y + labelLayout.ys[0]}" class="t-primary" font-size="${labelFontSize}" font-weight="600" text-anchor="middle">${esc(node.label)}</text>${sub}${tag}
</g>`;
}
function renderFlowPath(flow, index) {
const [cls, marker] = arrowClassMap[flow.variant || 'default'] || arrowClassMap.default;
const routed = pathFor(flow);
const strokeWidth = flow.width || (flow.variant === 'emphasis' ? 1.8 : 1.4);
return ` <path ${focusEdgeAttrs(flow.from, flow.to, flow.label, index, flow.id)} data-composition-points="${routePointsValue(routed.points)}"${authoredStraightRouteAttrs(flow, routed.points)} d="${routed.d}" class="${cls}"${animateAttr(dataflow.meta, 'edge', index)} stroke-width="${strokeWidth}" marker-end="url(#${marker})"/>`;
}
function renderFlowLabel(flow, index) {
const routed = pathFor(flow);
const [lx, ly] = labelPoint(flow, routed.points);
const { width: labelW, height: labelH } = flowLabelSize(flow);
const classification = flow.classification
? `\n <text data-detail="fine" x="${lx}" y="${ly + 11}" class="t-dim" font-size="7" text-anchor="middle">${esc(flow.classification)}</text>`
: '';
return ` <g data-detail="context" ${focusEdgeAttrs(flow.from, flow.to, flow.label, index, flow.id)}>
<rect x="${lx - labelW / 2}" y="${ly - 11}" width="${labelW}" height="${labelH}" rx="4" class="c-mask"/>
<text x="${lx}" y="${ly}" class="${edgeLabelAccent(flow.variant)}" font-size="8" text-anchor="middle">${esc(flow.label)}</text>${classification}
</g>`;
}
const LEGEND_CATALOG = [
{ kind: 'emphasis', className: 'a-emphasis', marker: 'arrowhead-emphasis', strokeWidth: 1.8, swatchWidth: 34, swatchGap: 9, interactive: false },
{ kind: 'security', className: 'a-security', marker: 'arrowhead-security', swatchWidth: 34, swatchGap: 9, interactive: false },
{ kind: 'dashed', className: 'a-dashed', marker: 'arrowhead-dashed', swatchWidth: 34, swatchGap: 9, interactive: false },
{ kind: 'database' },
{ kind: 'default', className: 'a-default', marker: 'arrowhead', swatchWidth: 34, swatchGap: 9, interactive: false },
].map((entry) => ({
...entry,
label: i18nText(dataflow.meta.locale, `legend.dataflow.${entry.kind}`),
}));
function renderLegend() {
const presentKinds = new Set(asArray(dataflow.flows).map((flow) => flow.variant || 'default'));
if ([...nodes.values()].some((node) => node.type === 'database')) presentKinds.add('database');
const entries = resolveLegend(dataflow.meta?.legend, LEGEND_CATALOG, presentKinds);
return renderResolvedLegend({
entries,
locale: dataflow.meta.locale,
layout: {
x: 40,
baselineY: viewBox[1] - 36,
width: viewBox[0] - 80,
minTitleY: viewBox[1] - 66,
unfit: dataflow.meta?.legend === undefined ? 'hide' : 'error',
diagramType: 'dataflow',
},
renderSwatch: (entry) => entry.kind === 'database'
? `<rect x="${entry.x}" y="${entry.baseline - 8}" width="14" height="9" rx="2" class="c-database" stroke-width="1"/>`
: `<path d="M ${entry.x} ${entry.baseline - 3} L ${entry.x + 34} ${entry.baseline - 3}" class="${entry.className}" stroke-width="${entry.strokeWidth || 1.4}" marker-end="url(#${entry.marker})"/>`,
});
}
function renderSvg() {
// Same default-canvas contract as lifecycle: 940x720 is below the 1.55 wide
// ratio, so without intrinsic-height the desktop Reader can neither narrow
// nor scroll it and every default dataflow fails the browser gate.
const readerFit = dataflow.meta?.viewBox ? '' : ' data-reader-fit="intrinsic-height"';
return ` <svg viewBox="0 0 ${viewBox[0]} ${viewBox[1]}"${readerFit} ${svgRootAttrs(dataflow.meta)}>
${svgAccessibleText(dataflow.meta, 'dataflow')}
${renderDefinitions()}
<!-- Background Grid -->
<rect width="100%" height="100%" fill="url(#grid)" />
<!-- Data Stages -->
${dataflow.stages.map(renderStage).join('\n\n')}
<!-- Flow paths -->
${asArray(dataflow.flows).map(renderFlowPath).join('\n')}
<!-- Nodes -->
${[...nodes.values()].map(renderNode).join('\n\n')}
<!-- Flow labels -->
${asArray(dataflow.flows).map(renderFlowLabel).join('\n')}
<!-- Legend -->
${renderLegend()}
</svg>`;
}
validateDataflow();
writeDiagram({
outPath,
template,
diagramType: 'dataflow',
meta: dataflow.meta,
svg: renderSvg(),
cards: dataflow.cards,
sourceEvidence,
});
vendor/archify/renderers/lifecycle/README.md
Vendored
+171
View File
@@ -0,0 +1,171 @@
# Lifecycle Renderer
Render `diagram_type: "lifecycle"` JSON files into the standard Archify HTML
template.
```bash
node archify/renderers/lifecycle/render-lifecycle.mjs input.lifecycle.json output.html
```
The renderer validates input against `archify/schemas/lifecycle.schema.json`
with the bundled standalone validator. No dependency installation is required.
If `output.html` is omitted, the renderer uses the required `meta.output` value
from the JSON file.
## Input
Lifecycle JSON files must set:
```json
{
"schema_version": 2,
"diagram_type": "lifecycle",
"meta": {
"title": "Deployment Release Lifecycle",
"output": "deployment-release-lifecycle.html"
},
"lanes": [],
"states": [],
"transitions": [],
"cards": []
}
```
`schema_version` is `1` or `2`; author new diagrams as `2`. Lane ids `main`
(required) and `terminal` are reserved in both versions.
- **v2** renders one row per populated lane: `main` first, `terminal` last,
other lanes in `lanes[]` order, each titled in the left gutter. A complete
example lives at `archify/examples/deployment-release.lifecycle.json`.
- **v1** keeps the fixed three bands: `main` is the top phase band,
`terminal` the bottom outcome band, and every other lane shares the middle
event band, whose header joins their labels with ` + `. A complete example
lives at `archify/examples/agent-run.lifecycle.json`.
The schema lives at:
```text
archify/schemas/lifecycle.schema.json
```
## Legend and state marks
State color follows `states[].type`: active and start are cyan, waiting amber,
decision purple, success green, failure rose, neutral and external slate.
Structure is drawn, not colored: every `start` state gets a UML initial marker
(a dot and arrow into its left side), and a state with no outgoing transition
gets a double border as a final state (in v1, a main state followed by
another main column is not final, because the implied rail continues).
The default legend derives kinds from `states[].type`; the `start` entry shows
the initial marker, and a non-interactive `final` entry appears when a final
state exists. Supported `meta.legend.entries` keys, in stable order, are
`start`, `active`, `waiting`, `decision`, `success`, `failure`, `neutral`, and
`external`. Labels and visibility may be overridden through the shared legend
contract; only kinds backed by rendered states receive Semantic Legend
controls.
State decorations share one top rail: the type sigil and `step` on the left,
the brand mark at the right corner, and the Viewer's runtime source badge just
left of the brand. Label layout reserves the badge's width whenever the state
has verified repository sources.
## Layout budget (v2)
| Item | Value |
|------|-------|
| Columns | `col` 0–4, one x grid shared by every row |
| Default state | 140×64 (text 11px label, 8px sublabel and tag) |
| Column gap | 64px, widened until a labelled same-row neighbour transition fits beside its line; all gaps shrink toward 44px when the canvas would exceed the desktop readability budget of the smallest state text |
| Row gap | at least 120px, opened further for the horizontal tracks its routes need |
| Canvas | sized from the rows, columns, and measured legend when `meta.viewBox` is omitted; an authored `viewBox` is honored and validated |
Transitions without `via`, a channel, or a non-`auto` route use the v2 grid
router: neighbours in one row connect horizontally (a reciprocal pair runs as
two parallel lines), rows connect through the facing top/bottom sides with one
turn in a row gap, a state blocking a straight descent sends the route through
the empty corridor between columns, and an unlabelled route blocked in an
outer column loops around the outside of the grid. Each gap assigns tracks in
the order that minimizes crossings. There is no implied rail; a forward
transition between two `main` states without a `variant` renders as the
emphasized primary path. Showcase labels are ranked beside their line, then on
it, then outward past neighbouring parallels.
Explicit `fromSide` / `toSide` values remain authoritative. Pins that match the
grid router's chosen sides keep its routes and adaptive row gaps. If an automatic
transition pins a different side, the scene uses the shared side-aware obstacle
planner, retaining the v2 state grid and shared port spreading.
## Layout budget (v1)
| Band | Lane id | Top y | Column centers | Default state |
|------|---------|-------|----------------|---------------|
| Phase | `main` (required) | 126 | `col` 0–4 → x = 94, 248, 402, 556, 710 | 118×62 |
| Event | any other id | 278 | `col` 0–2 → x = 402, 556, 710 | 126×58 |
| Outcome | `terminal` | 450 | `col` 0–2 → x = 402, 556, 710 | 118×58 |
Event and terminal columns are intentionally offset from the main rail:
event/terminal `col: N` uses the same x coordinate as main `col: N + 2`.
For example, lower-band columns 0, 1, and 2 align beneath main columns 2, 3,
and 4 respectively.
| Constant | Value |
|----------|-------|
| viewBox | default `[980, 660]`; schema minimum `[420, 566]` |
| State area | x within `[32, width − 32]`; state bottom at or above `height − 122` |
| State spacing | ≥10px between any two states — checked across lanes, because all event lanes share one band; separate same-band states with `col` or `yOffset` |
| Transition length | ≥32px between endpoints |
| Legend row | final baseline y = height − 36; extra measured rows wrap upward |
The primary lifecycle rail runs along the phase band and extends to the
furthest occupied phase column. Route presets for transitions: `straight`,
`drop` (bend at `channelY`, defaulting to the vertical midpoint),
`bottom-channel`, `top-channel`, `right-channel`, `left-channel`, explicit
`via` points, or the default `auto`. Multi-segment transitions get rounded
corners; tune them with `cornerRadius` (default 10, `0` for sharp bends).
Transition `label` and `note` are independently optional. A non-empty `note`
renders even when `label` is omitted or empty, using its existing secondary
text style on a single row and retaining the note's fine-detail visibility.
With both fields present, the note stays below the label. Notes participate in
automatic label placement, route-space reservation, and label collision checks;
the existing `labelAt`, `labelDx`, `labelDy`, and
`labelSegment` controls also position a note-only text block.
## Design Rules
- Treat lifecycle diagrams as a phase map, not a dense state-transition graph.
- Put the primary lifecycle on one horizontal row using the `main` lane; in v2,
author each step of it as a transition.
- In v2, place an interruption, recovery, or exit in the column of the state it
leaves so its transition drops straight down.
- Use `step` labels for ordered phases, such as `01`, `02`, and `03`.
- Use lower lanes only for interruptions, recovery, and terminal exits.
- Keep transition labels out of the main SVG unless the label is essential;
prefer node labels, tags, legend entries, and summary cards.
- Prefer axis-aligned lines and avoid crossings. Terminal exits should drop
vertically from their source event whenever possible. Explicit `straight`
routes remain supported; see the [authored routing contract](../../references/authoring-contract.md#executable-geometry-rules).
- Use `success` for completion, `failure` for failure/terminal exits,
`waiting` for pauses, and `decision` for quality gates.
Schema violations exit non-zero with path-prefixed messages annotated with the
element's id or label. The renderer additionally fails when it can detect
layout problems, including a missing `main` lane, duplicate state IDs, unknown
lanes, unknown transition endpoints, states outside the lifecycle area,
overlapping states (including across lanes), labels colliding with states or
other labels, labels wider than their state, unreadably short transitions, or
transitions crossing unrelated states (2px Clean Flow clearance). Lifecycle
bands remain intentional pass-through containers.
Text width is estimated CJK-aware: fullwidth glyphs count as two units.
Set `meta.quality_profile` to `showcase` for polished delivery. Unrelated proper
X crossings then fail with `composition/proper-crossing`; default `standard`
keeps them as artifact-receipt warnings. The final artifact check samples
rounded `Q` corners. Collinear corridors remain outside the proper-X rule, but
a separate gate warns in `standard` and fails in `showcase` when unrelated
transitions overlap for at least 8px. Shared semantic endpoints, point touches,
and shorter overlaps remain valid. Showcase also rejects any route segment
below 8px and any interior turn segment below 16px; ordinary 8–15px endpoint
stubs remain valid.
vendor/archify/renderers/lifecycle/grid-routing.mjs
Vendored
+429
View File
@@ -0,0 +1,429 @@
// Orthogonal router for schema_version 2 lifecycle diagrams.
//
// v2 states sit on a fixed grid: one row per lane and a shared column pitch,
// with empty gaps between rows and between columns. That structure lets
// every automatic transition use a small, predictable set of shapes instead
// of a general obstacle search:
// - neighbours in one row connect with a horizontal line;
// - other states in one row connect through the gap above (below for the
// first row);
// - states in different rows leave through the facing top/bottom side,
// turn once in a row gap, and enter the target's facing side; when a
// state blocks the straight descent, the route steps sideways through the
// empty corridor between two columns.
// Ports on each side are spread in the order of where their routes head, and
// the horizontal runs in each gap get their own tracks, ordered to minimize
// crossings. Reciprocal pairs therefore render as two parallel lines.
const PORT_GUTTER = 16;
const PORT_SPACING = 30;
const SNAP_LIMIT = 16;
const TRACK_TOP_CLEARANCE = 18;
const TRACK_BOTTOM_CLEARANCE = 18;
const PREFERRED_TRACK_SPACING = 22;
const MAX_TRACK_SPACING = 24;
const CORRIDOR_SPACING = 10;
const EXHAUSTIVE_TRACK_LIMIT = 7;
const opposite = { top: 'bottom', bottom: 'top', left: 'right', right: 'left' };
function permutations(items) {
if (items.length <= 1) return [items];
return items.flatMap((item, index) => permutations([...items.slice(0, index), ...items.slice(index + 1)])
.map((rest) => [item, ...rest]));
}
export function createLifecycleGridRouter(states, transitions, { rowOf, columnXs }) {
const byRow = new Map();
for (const state of states.values()) {
const row = rowOf(state);
if (!Number.isInteger(row)) continue;
if (!byRow.has(row)) byRow.set(row, []);
byRow.get(row).push(state);
}
const rows = [...byRow.keys()].sort((a, b) => a - b);
const rowTop = new Map(rows.map((row) => [row, Math.min(...byRow.get(row).map((s) => s.y))]));
const rowBottom = new Map(rows.map((row) => [row, Math.max(...byRow.get(row).map((s) => s.y + s.height))]));
const nextRow = (row) => rows.find((candidate) => candidate > row);
const previousRow = (row) => [...rows].reverse().find((candidate) => candidate < row);
// Gap g sits below row g. The gap under the last row borders the legend,
// so it only receives tracks when nothing else is possible.
function gapBand(row) {
const below = nextRow(row);
const top = rowBottom.get(row) + TRACK_TOP_CLEARANCE;
const bottom = below === undefined ? rowBottom.get(row) + 40 : rowTop.get(below) - TRACK_BOTTOM_CLEARANCE;
return [top, Math.max(top, bottom)];
}
function blocksVertical(x, fromRow, toRow, exclude) {
const [low, high] = fromRow < toRow ? [fromRow, toRow] : [toRow, fromRow];
return [...states.values()].some((state) => {
if (exclude.has(state.id)) return false;
const row = rowOf(state);
return row > low && row < high && x >= state.x - 6 && x <= state.x + state.width + 6;
});
}
function blocksHorizontal(from, to) {
const row = rowOf(from);
const [left, right] = from.cx < to.cx ? [from, to] : [to, from];
return byRow.get(row).some((state) => state !== left && state !== right
&& state.x < right.x && state.x + state.width > left.x + left.width
&& state.y < Math.max(left.y + left.height, right.y + right.height)
&& state.y + state.height > Math.min(left.y, right.y));
}
// The empty corridors between neighbouring columns.
const corridorXs = columnXs.slice(1).map((x, index) => (x + columnXs[index]) / 2);
const allStates = [...states.values()];
const leftmostX = Math.min(...allStates.map((state) => state.cx));
const rightmostX = Math.max(...allStates.map((state) => state.cx));
const gridLeft = Math.min(...allStates.map((state) => state.x));
const gridRight = Math.max(...allStates.map((state) => state.x + state.width));
// The initial-state marker occupies a start state's left side.
function loopBlocked(from, to, side) {
if (side !== 'left') return false;
const [low, high] = [Math.min(rowOf(from), rowOf(to)), Math.max(rowOf(from), rowOf(to))];
return allStates.some((state) => state.type === 'start' && Math.abs(state.cx - from.cx) < 1
&& rowOf(state) >= low && rowOf(state) <= high);
}
// Plan: sides, the gap each horizontal run uses, and where each end heads.
const plans = new Map();
for (const transition of transitions) {
const from = states.get(transition.from);
const to = states.get(transition.to);
if (!from || !to || from === to) continue;
const fromRow = rowOf(from);
const toRow = rowOf(to);
if (!Number.isInteger(fromRow) || !Number.isInteger(toRow)) continue;
const exclude = new Set([from.id, to.id]);
if (fromRow === toRow) {
if (!blocksHorizontal(from, to)) {
const fromSide = to.cx > from.cx ? 'right' : 'left';
plans.set(transition, { kind: 'horizontal', from, to, fromSide, toSide: opposite[fromSide] });
} else {
const gapRow = previousRow(fromRow);
const useAbove = gapRow !== undefined;
const side = useAbove ? 'top' : 'bottom';
plans.set(transition, {
kind: 'channel', from, to, fromSide: side, toSide: side,
runs: [{ gap: useAbove ? gapRow : fromRow, legs: useAbove ? ['down', 'down'] : ['up', 'up'] }],
});
}
continue;
}
const down = toRow > fromRow;
const fromSide = down ? 'bottom' : 'top';
const toSide = down ? 'top' : 'bottom';
const gapNearTarget = down ? previousRow(toRow) : toRow;
const gapNearSource = down ? fromRow : previousRow(fromRow);
const legs = down ? ['up', 'down'] : ['down', 'up'];
if (!blocksVertical(from.cx, fromRow, toRow, exclude) && Math.abs(from.cx - to.cx) < 1) {
plans.set(transition, { kind: 'vertical', from, to, fromSide, toSide, runs: [{ gap: gapNearTarget, legs }] });
} else if (!blocksVertical(from.cx, fromRow, toRow, exclude)) {
plans.set(transition, { kind: 'channel', from, to, fromSide, toSide, runs: [{ gap: gapNearTarget, legs }] });
} else if (!blocksVertical(to.cx, fromRow, toRow, exclude)) {
plans.set(transition, { kind: 'channel', from, to, fromSide, toSide, runs: [{ gap: gapNearSource, legs }] });
} else if (!transition.label && !transition.note
&& Math.abs(from.cx - to.cx) < 1 && (from.cx <= leftmostX || from.cx >= rightmostX)
&& !loopBlocked(from, to, from.cx <= leftmostX ? 'left' : 'right')) {
// A blocked edge column loops around the outside of the grid, like a
// bracket, instead of weaving through the rows' interior corridors.
// The margin has no room for a label, so only unlabeled edges loop.
const side = from.cx <= leftmostX ? 'left' : 'right';
plans.set(transition, { kind: 'loop', from, to, fromSide: side, toSide: side, side });
} else {
const middle = (from.cx + to.cx) / 2;
const corridor = corridorXs
.filter((x) => !blocksVertical(x, fromRow, toRow, new Set()))
.sort((a, b) => Math.abs(a - middle) - Math.abs(b - middle))[0];
plans.set(transition, corridor === undefined
? { kind: 'channel', from, to, fromSide, toSide, runs: [{ gap: gapNearTarget, legs }] }
: {
kind: 'corridor', from, to, fromSide, toSide, corridor,
runs: [{ gap: gapNearSource, legs }, { gap: gapNearTarget, legs }],
});
}
}
// Corridor offsets: routes sharing one corridor run side by side.
const corridorUse = new Map();
for (const plan of plans.values()) {
if (plan.kind !== 'corridor') continue;
const list = corridorUse.get(plan.corridor) || [];
list.push(plan);
corridorUse.set(plan.corridor, list);
}
for (const [x, list] of corridorUse) {
list.sort((a, b) => a.from.cx - b.from.cx || a.to.cx - b.to.cx);
list.forEach((plan, index) => { plan.corridorX = x + (index - (list.length - 1) / 2) * CORRIDOR_SPACING; });
}
// Outer loops nest: a longer span sits further out so loops never cross.
for (const side of ['left', 'right']) {
const loops = [...plans.values()].filter((plan) => plan.kind === 'loop' && plan.side === side)
.sort((a, b) => Math.abs(rowOf(a.from) - rowOf(a.to)) - Math.abs(rowOf(b.from) - rowOf(b.to)));
loops.forEach((plan, index) => {
plan.loopX = side === 'left' ? gridLeft - 18 - index * CORRIDOR_SPACING : gridRight + 18 + index * CORRIDOR_SPACING;
});
}
// Where each end heads after leaving its side, used to order the ports.
function headingFor(plan, end) {
const self = end === 'source' ? plan.from : plan.to;
const other = end === 'source' ? plan.to : plan.from;
if (plan.kind === 'horizontal' || plan.kind === 'loop') return other.cy;
if (plan.kind === 'corridor') return plan.corridorX;
return other === self ? self.cx : other.cx;
}
const sideEnds = new Map();
for (const [transition, plan] of plans) {
for (const end of ['source', 'target']) {
const state = end === 'source' ? plan.from : plan.to;
const side = end === 'source' ? plan.fromSide : plan.toSide;
const key = `${state.id}:${side}`;
if (!sideEnds.has(key)) sideEnds.set(key, { state, side, ends: [] });
// Movers in the positive direction (right/down) take the first slot so
// both ends of a reciprocal pair line up.
const positive = plan.kind === 'horizontal'
? plan.to.cx > plan.from.cx
: rowOf(plan.to) > rowOf(plan.from) || (rowOf(plan.to) === rowOf(plan.from) && plan.to.cx > plan.from.cx);
sideEnds.get(key).ends.push({ transition, end, heading: headingFor(plan, end), positive });
}
}
const ports = new Map();
for (const { state, side, ends } of sideEnds.values()) {
ends.sort((a, b) => a.heading - b.heading || Number(b.positive) - Number(a.positive));
const horizontalSide = side === 'top' || side === 'bottom';
const length = horizontalSide ? state.width : state.height;
const gutter = Math.min(PORT_GUTTER, length / 4);
const spacing = ends.length > 1 ? Math.min(PORT_SPACING, (length - gutter * 2) / (ends.length - 1)) : 0;
ends.forEach((entry, index) => {
const offset = (index - (ends.length - 1) / 2) * spacing;
const point = horizontalSide
? [state.cx + offset, side === 'top' ? state.y : state.y + state.height]
: [side === 'left' ? state.x : state.x + state.width, state.cy + offset];
const record = ports.get(entry.transition) || {};
record[entry.end] = point;
ports.set(entry.transition, record);
});
}
// Straight connections whose spread ports landed a few px apart would
// otherwise need a jog shorter than a readable turn: move one end onto the
// other's line when that side still has room there.
function sideRange(state, side) {
return side === 'top' || side === 'bottom'
? [state.x + PORT_GUTTER / 2, state.x + state.width - PORT_GUTTER / 2]
: [state.y + PORT_GUTTER / 2, state.y + state.height - PORT_GUTTER / 2];
}
function portsOnSide(state, side, except) {
return (sideEnds.get(`${state.id}:${side}`)?.ends || [])
.filter((entry) => entry.transition !== except)
.map((entry) => ports.get(entry.transition)[entry.end]);
}
for (const [transition, plan] of plans) {
const record = ports.get(transition);
const axis = plan.kind === 'horizontal' ? 1 : 0;
const delta = Math.abs(record.source[axis] - record.target[axis]);
if (delta < 0.5 || delta >= SNAP_LIMIT || !(plan.kind === 'horizontal' || plan.kind === 'vertical' || plan.kind === 'channel')) continue;
for (const [end, fixed] of [['target', 'source'], ['source', 'target']]) {
const state = end === 'source' ? plan.from : plan.to;
const side = end === 'source' ? plan.fromSide : plan.toSide;
const value = record[fixed][axis];
const [low, high] = sideRange(state, side);
const crowded = portsOnSide(state, side, transition).some((point) => Math.abs(point[axis] - value) < 10);
if (value >= low && value <= high && !crowded) {
record[end] = axis ? [record[end][0], value] : [value, record[end][1]];
break;
}
}
}
// Horizontal runs per gap, then tracks ordered to minimize crossings.
const runsByGap = new Map();
for (const [transition, plan] of plans) {
if (plan.kind === 'horizontal' || plan.kind === 'loop') continue;
const { source, target } = ports.get(transition);
plan.runs.forEach((run, index) => {
const x1 = index === 0 ? source[0] : plan.corridorX;
const x2 = plan.kind === 'corridor' && index === 0 ? plan.corridorX : target[0];
if (plan.kind !== 'corridor' && Math.abs(x1 - x2) < 0.5) return;
const entry = { transition, index, x1, x2, legs: run.legs };
if (!runsByGap.has(run.gap)) runsByGap.set(run.gap, []);
runsByGap.get(run.gap).push(entry);
});
}
const trackY = new Map();
const trackCounts = new Map();
for (const [gap, runs] of runsByGap) {
const [top, bottom] = gapBand(gap);
// Greedy interval colouring keeps unrelated runs on shared tracks only
// when they do not overlap.
const sorted = [...runs].sort((a, b) => Math.min(a.x1, a.x2) - Math.min(b.x1, b.x2));
const classes = [];
for (const run of sorted) {
const low = Math.min(run.x1, run.x2) - 8;
const high = Math.max(run.x1, run.x2) + 8;
let target = classes.find((members) => members.every((other) => (
high < Math.min(other.x1, other.x2) - 8 || low > Math.max(other.x1, other.x2) + 8
)));
if (!target || runs.length <= EXHAUSTIVE_TRACK_LIMIT) {
target = [];
classes.push(target);
}
target.push(run);
}
const count = classes.length;
trackCounts.set(gap, count);
// The renderer sizes each gap for its track count; a fixed canvas that
// cannot grow compresses the tracks rather than leaving the gap.
const spacing = count > 1 ? Math.min(MAX_TRACK_SPACING, (bottom - top) / (count - 1)) : 0;
const center = (top + bottom) / 2;
const ys = classes.map((_, index) => center + (index - (count - 1) / 2) * spacing);
const crossings = (order) => {
const y = new Map();
order.forEach((members, index) => members.forEach((run) => y.set(run, ys[index])));
let total = 0;
for (const a of runs) {
for (const b of runs) {
if (a === b || a.transition === b.transition) continue;
const [low, high] = [Math.min(a.x1, a.x2), Math.max(a.x1, a.x2)];
for (const [x, leg] of [[b.x1, b.legs[0]], [b.x2, b.legs[1]]]) {
// An up leg and a down leg on one x overlap when the down leg
// starts above where the up leg ends: that merges two routes.
for (const [ax, aLeg] of [[a.x1, a.legs[0]], [a.x2, a.legs[1]]]) {
if (Math.abs(ax - x) < 1 && aLeg === 'up' && leg === 'down' && y.get(b) < y.get(a)) total += 100;
}
if (x <= low + 0.5 || x >= high - 0.5) continue;
if ((leg === 'up' && y.get(a) < y.get(b)) || (leg === 'down' && y.get(a) > y.get(b))) total += 1;
}
}
}
return total;
};
let best = classes;
let bestScore = crossings(best);
if (count <= EXHAUSTIVE_TRACK_LIMIT) {
for (const order of permutations(classes).slice(1)) {
const score = crossings(order);
if (score < bestScore) {
best = order;
bestScore = score;
}
}
} else {
// Too many tracks to enumerate: swap pairs while that still helps.
for (let improved = true; improved;) {
improved = false;
for (let i = 0; i < count && !improved; i += 1) {
for (let j = i + 1; j < count && !improved; j += 1) {
const order = [...best];
[order[i], order[j]] = [order[j], order[i]];
const score = crossings(order);
if (score < bestScore) {
best = order;
bestScore = score;
improved = true;
}
}
}
}
}
best.forEach((members, index) => members.forEach((run) => trackY.set(`${gap}:${run.index}:${transitions.indexOf(run.transition)}`, ys[index])));
}
const pathCache = new Map();
function pointsFor(transition) {
const plan = plans.get(transition);
if (!plan) {
// Self transitions and unknown endpoints are rejected by validation;
// a degenerate stub keeps that diagnostic reachable.
const state = states.get(transition.from) || states.get(transition.to);
const point = state ? [state.x + state.width, state.cy] : [0, 0];
return [point, point];
}
const { source, target } = ports.get(transition);
if (plan.kind === 'horizontal') {
if (Math.abs(source[1] - target[1]) < 0.5) return [source, target];
const x = (source[0] + target[0]) / 2;
return [source, [x, source[1]], [x, target[1]], target];
}
if (plan.kind === 'loop') return [source, [plan.loopX, source[1]], [plan.loopX, target[1]], target];
const trackFor = (index) => trackY.get(`${plan.runs[index].gap}:${index}:${transitions.indexOf(transition)}`);
if (plan.kind === 'corridor') {
const y1 = trackFor(0);
const y2 = trackFor(1);
return [source, [source[0], y1], [plan.corridorX, y1], [plan.corridorX, y2], [target[0], y2], target];
}
if (Math.abs(source[0] - target[0]) < 0.5) return [source, target];
const y = trackFor(0);
return [source, [source[0], y], [target[0], y], target];
}
// Ports of two routes can still line up across a gap so their vertical
// runs share one line. Nudge a turning route's end sideways on its side.
for (const transition of plans.keys()) pathCache.set(transition, pointsFor(transition));
const verticals = (points) => points.slice(1).flatMap((end, index) => {
const start = points[index];
if (Math.abs(start[0] - end[0]) >= 0.5 || Math.abs(start[1] - end[1]) < 0.5) return [];
return [{ x: start[0], low: Math.min(start[1], end[1]), high: Math.max(start[1], end[1]), index, last: index === points.length - 2 }];
});
for (let round = 0; round < 12; round += 1) {
const entries = [...pathCache.entries()];
let conflict = null;
for (let i = 0; i < entries.length && !conflict; i += 1) {
for (let j = i + 1; j < entries.length && !conflict; j += 1) {
for (const left of verticals(entries[i][1])) {
const right = verticals(entries[j][1]).find((other) => Math.abs(other.x - left.x) < 1
&& Math.min(other.high, left.high) - Math.max(other.low, left.low) > 0.5);
if (right) {
conflict = [[entries[i][0], left], [entries[j][0], right]];
break;
}
}
}
}
if (!conflict) break;
let moved = false;
for (const [transition, segment] of conflict) {
const plan = plans.get(transition);
const end = segment.index === 0 ? 'source' : segment.last ? 'target' : null;
if (!end || pathCache.get(transition).length < 4 || !['channel', 'corridor'].includes(plan.kind)) continue;
const state = end === 'source' ? plan.from : plan.to;
const side = end === 'source' ? plan.fromSide : plan.toSide;
const record = ports.get(transition);
const [low, high] = sideRange(state, side);
const x = [12, -12, 20, -20].map((delta) => record[end][0] + delta).find((candidate) => (
candidate >= low && candidate <= high
&& !portsOnSide(state, side, transition).some((point) => Math.abs(point[0] - candidate) < 10)
));
if (x === undefined) continue;
record[end] = [x, record[end][1]];
pathCache.set(transition, pointsFor(transition));
moved = true;
break;
}
if (!moved) break;
}
return {
// Height a gap below `row` needs for its tracks at a readable spacing.
gapHeight(row) {
const count = trackCounts.get(row) || 0;
return TRACK_TOP_CLEARANCE + TRACK_BOTTOM_CLEARANCE + Math.max(0, count - 1) * PREFERRED_TRACK_SPACING;
},
connectionSides(transition) {
const plan = plans.get(transition);
return plan ? { fromSide: plan.fromSide, toSide: plan.toSide } : { fromSide: 'right', toSide: 'right' };
},
pathFor(transition) {
if (!pathCache.has(transition)) pathCache.set(transition, pointsFor(transition));
return pathCache.get(transition);
},
};
}
vendor/archify/renderers/lifecycle/render-lifecycle.mjs
Vendored
+938
View File
@@ -0,0 +1,938 @@
import path from 'node:path';
import { fileURLToPath } from 'node:url';
import { esc, renderDefinitions, renderSemanticSigil, textUnits } from '../shared/utils.mjs';
import { animateAttr, focusEdgeAttrs, focusNodeAttrs, focusNodeTitle, loadDiagramWithBrandMarks, writeDiagram, svgAccessibleText, svgRootAttrs } from '../shared/cli.mjs';
import { recordDiagnostic, throwDiagnosticProblems } from '../shared/diagnostics.mjs';
import { createRouter } from '../architecture/routing.mjs';
import { createLifecycleGridRouter } from './grid-routing.mjs';
import { placeAutomaticLabels, reservedLabelRect } from '../architecture/labels.mjs';
import { legendFootprint, resolveLegend, renderLegend as renderResolvedLegend } from '../shared/legend.mjs';
import { availableNodeTextWidth, fittedNodeFontSize, minimumNodeTextWidth, nodeLabelLayout } from '../shared/text-fit.mjs';
import { brandLabelFitWidth, brandMarkFor, brandMetadataFor, brandTopRailProblem, renderBrandMark } from '../shared/brand-marks.mjs';
import { translateMessage as i18nText } from '../shared/i18n.mjs';
import { DESKTOP_READER_DIAGRAM_WIDTH, MIN_PROJECTED_NODE_TEXT_PX } from '../shared/desktop-readability.mjs';
import {
asArray,
isFinitePoint,
rectsOverlap,
cleanEndpointSideProblems,
cleanFlowProblems,
cleanCrossingProblems,
cleanAmbiguousCorridorProblems,
cleanBorderRunProblems,
cleanRouteRhythmProblems,
cleanLabelRouteClearanceProblems,
cleanLabelCanvasContainmentProblems,
suggestLabelObstacleFix,
suggestLabelPairFix,
anchor,
automaticPortSpread,
legacyDefaultFromSide as defaultFromSide,
legacyDefaultToSide as defaultToSide,
chosenSide,
roundedPath,
routePointsValue,
authoredStraightRouteAttrs,
labelPoint,
arrowClassMap,
edgeLabelAccent
} from '../shared/geometry.mjs';
const __dirname = path.dirname(fileURLToPath(import.meta.url));
const { diagram: lifecycle, template, outPath, sourceEvidence } = await loadDiagramWithBrandMarks({
rendererDir: __dirname,
diagramType: 'lifecycle',
defaultExample: 'agent-run.lifecycle.json'
});
// v2 sets state text one step larger; its canvas width is then budgeted
// from the smallest fitted text so the desktop Reader keeps it legible.
const stateTextFit = lifecycle.schema_version === 2 ? {
labelPreferred: 11,
labelMinimum: 9,
sublabelPreferred: 8,
sublabelMinimum: 7,
tagPreferred: 8,
tagMinimum: 7,
step: 8,
} : {
labelPreferred: 10,
labelMinimum: 8,
sublabelPreferred: 7,
sublabelMinimum: 6,
tagPreferred: 7,
tagMinimum: 6,
step: 7,
};
// schema_version 2 replaces the three fixed bands (main/event/outcome, with
// non-main lanes sharing one band and lower columns offset by +2) with one
// row per populated lane on a shared 0..4 column grid. v1 keeps its exact
// state geometry; only presentation (colors, markers, legend, sigil side)
// is shared between versions.
const isV2 = lifecycle.schema_version === 2;
const authoredViewBox = lifecycle.meta?.viewBox;
const layout = {
phaseY: 126,
eventY: 278,
outcomeY: 450,
phaseW: 118,
phaseH: 62,
eventW: 126,
eventH: 58,
outcomeW: 118,
outcomeH: 58,
phaseXs: [94, 248, 402, 556, 710],
eventXs: [402, 556, 710],
outcomeXs: [402, 556, 710]
};
const layoutV2 = {
stateW: 140,
stateH: 64,
marginX: 60,
minGap: 64,
floorGap: 44,
firstRowTop: 56,
rowPitch: 184,
};
function transitionLabelWidth(transition) {
const longestLine = Math.max(textUnits(transition.label), textUnits(transition.note || ''));
return Math.max(32, longestLine * 4.9 + 12);
}
function stateFontSizes(state, width) {
return {
label: fittedNodeFontSize(state.label, brandLabelFitWidth(state, width), stateTextFit.labelPreferred, stateTextFit.labelMinimum),
sublabel: fittedNodeFontSize(state.sublabel, width, stateTextFit.sublabelPreferred, stateTextFit.sublabelMinimum),
tag: fittedNodeFontSize(state.tag, width, stateTextFit.tagPreferred, stateTextFit.tagMinimum),
};
}
// v2 column centers. A gap between two columns widens until the label of a
// same-row neighbour transition fits beside its line; the whole canvas then
// stays inside the desktop readability budget of its smallest state text.
const v2ColumnCenters = (() => {
if (!isV2) return [];
const authored = asArray(lifecycle.states);
const widths = [0, 1, 2, 3, 4].map((col) => Math.max(
layoutV2.stateW, ...authored.filter((state) => state.col === col).map((state) => state.width || 0),
));
const cols = authored.map((state) => state.col).filter((col) => Number.isInteger(col) && col >= 0 && col <= 4);
const lastCol = cols.length ? Math.max(...cols) : 0;
const gaps = [0, 1, 2, 3].map(() => layoutV2.minGap);
const byId = new Map(authored.map((state) => [state.id, state]));
for (const transition of asArray(lifecycle.transitions)) {
const [from, to] = [byId.get(transition.from), byId.get(transition.to)];
if (!(transition.label || transition.note) || !from || !to || from.lane !== to.lane
|| !Number.isInteger(from.col) || !Number.isInteger(to.col) || Math.abs(from.col - to.col) !== 1) continue;
const gap = Math.min(from.col, to.col);
if (gap >= 0 && gap < 4) gaps[gap] = Math.max(gaps[gap], Math.ceil(transitionLabelWidth(transition) + 24));
}
const smallestText = Math.min(stateTextFit.step, ...authored.flatMap((state) => (
Object.values(stateFontSizes(state, state.width || layoutV2.stateW))
)));
const budget = Math.floor(DESKTOP_READER_DIAGRAM_WIDTH * smallestText / MIN_PROJECTED_NODE_TEXT_PX);
const fixed = layoutV2.marginX * 2 + widths.slice(0, lastCol + 1).reduce((sum, width) => sum + width, 0);
const used = gaps.slice(0, lastCol);
const excess = fixed + used.reduce((sum, gap) => sum + gap, 0) - budget;
const slack = used.reduce((sum, gap) => sum + gap - layoutV2.floorGap, 0);
if (excess > 0 && slack > 0) {
const ratio = Math.min(1, excess / slack);
for (let index = 0; index < used.length; index += 1) {
gaps[index] = Math.floor(gaps[index] - (gaps[index] - layoutV2.floorGap) * ratio);
}
}
const centers = [];
let x = layoutV2.marginX;
for (let col = 0; col <= 4; col += 1) {
centers.push(x + widths[col] / 2);
x += widths[col] + (gaps[col] ?? 0);
}
return centers;
})();
// Rows render in authored lane order with `main` first and `terminal` last;
// lanes without states get no row and no title.
function laneRowOrder() {
const lanes = asArray(lifecycle.lanes);
const populated = new Set(asArray(lifecycle.states).map((state) => state.lane));
const ordered = [];
if (populated.has('main')) ordered.push('main');
for (const lane of lanes) {
if (lane.id !== 'main' && lane.id !== 'terminal' && populated.has(lane.id)) ordered.push(lane.id);
}
if (populated.has('terminal')) ordered.push('terminal');
return ordered;
}
const v2RowTop = new Map(isV2
? laneRowOrder().map((laneId, index) => [laneId, layoutV2.firstRowTop + index * layoutV2.rowPitch])
: []);
const typeClass = {
start: 'c-frontend',
active: 'c-frontend',
waiting: 'c-cloud',
decision: 'c-database',
success: 'c-backend',
failure: 'c-security',
neutral: 'c-external',
external: 'c-external'
};
const textClass = {
start: 't-frontend',
active: 't-frontend',
waiting: 't-cloud',
decision: 't-database',
success: 't-backend',
failure: 't-security',
neutral: 't-muted',
external: 't-muted'
};
// Lane semantics are fixed: lane id "main" maps to the top phase band, lane id
// "terminal" maps to the bottom outcome band, and every other lane shares the
// middle event band (separated visually via yOffset). v1 only.
function bandFor(lane) {
if (lane === 'main') return 'phase';
if (lane === 'terminal') return 'outcome';
return 'event';
}
function measureState(state) {
let width;
let height;
let cx;
let y;
if (isV2) {
width = state.width || layoutV2.stateW;
height = state.height || layoutV2.stateH;
cx = v2ColumnCenters[state.col] ?? NaN;
y = (v2RowTop.get(state.lane) ?? NaN) + (state.yOffset || 0);
} else {
const isPhase = bandFor(state.lane) === 'phase';
const isOutcome = bandFor(state.lane) === 'outcome';
width = state.width || (isPhase ? layout.phaseW : isOutcome ? layout.outcomeW : layout.eventW);
height = state.height || (isPhase ? layout.phaseH : isOutcome ? layout.outcomeH : layout.eventH);
const xs = isPhase ? layout.phaseXs : isOutcome ? layout.outcomeXs : layout.eventXs;
cx = xs[state.col] ?? xs[xs.length - 1];
y = (
isPhase ? layout.phaseY :
isOutcome ? layout.outcomeY :
layout.eventY
) + (state.yOffset || 0);
}
return {
...state,
width,
height,
x: cx - width / 2,
y,
cx,
cy: y + height / 2
};
}
const states = new Map(asArray(lifecycle.states).map((state) => [state.id, measureState(state)]));
const plannedTransitions = asArray(lifecycle.transitions).filter(plannerRouted);
const v2Rows = laneRowOrder();
const v2RowOf = (state) => (v2Rows.includes(state.lane) ? v2Rows.indexOf(state.lane) : undefined);
let useGridRouter = isV2;
if (isV2) {
// Route once to learn how many horizontal tracks each row gap carries,
// then open every gap to fit them before the final routing pass.
const probe = createLifecycleGridRouter(states, plannedTransitions, {
rowOf: v2RowOf, columnXs: v2ColumnCenters,
});
// Compatible pins keep the grid layout. A conflicting pin sends the whole
// scene to the side-aware planner so all edges still share port spreading
// and obstacle reservations.
useGridRouter = plannedTransitions.every(transition => {
const sides = probe.connectionSides(transition);
return ['fromSide', 'toSide'].every(key => !transition[key] || transition[key] === 'auto' || transition[key] === sides[key]);
});
let top = layoutV2.firstRowTop;
v2Rows.forEach((laneId, index) => {
const rowHeight = Math.max(layoutV2.stateH, ...[...states.values()]
.filter((state) => state.lane === laneId)
.map((state) => state.y + state.height - v2RowTop.get(laneId)));
v2RowTop.set(laneId, top);
top += rowHeight + Math.max(layoutV2.rowPitch - layoutV2.stateH, useGridRouter ? probe.gapHeight(index) : 0);
});
for (const state of asArray(lifecycle.states)) states.set(state.id, measureState(state));
}
const laneLabels = new Map(asArray(lifecycle.lanes).map((lane) => [lane.id, lane.label]));
const authoredOutgoing = new Set(asArray(lifecycle.transitions).map((transition) => transition.from));
// A state with no authored outgoing transition is terminal in the UML sense.
// v1 main states rely on the implied phase rail, so a main state is only final
// at the furthest occupied main column; every other v1 lane is explicit.
function isFinal(state) {
if (authoredOutgoing.has(state.id)) return false;
if (isV2) return true;
if (bandFor(state.lane) !== 'phase') return true;
const mainCols = [...states.values()].filter((s) => bandFor(s.lane) === 'phase').map((s) => s.col);
return state.col === Math.max(...mainCols);
}
const LEGEND_CATALOG = [
'start',
'active',
'waiting',
'decision',
'success',
'failure',
'neutral',
'external',
].map((kind) => ({
kind,
label: i18nText(lifecycle.meta.locale, `legend.lifecycle.${kind}`),
swatchWidth: kind === 'start' ? 26 : undefined,
}));
// Entries exist before the canvas so an auto-sized v2 viewBox can reserve the
// measured legend rows below the last row instead of painting over them.
// The structural `final` entry explains the double border; it follows the
// kind entries and disappears with them, so a hidden legend stays empty.
function legendCatalog() {
const presentKinds = new Set([...states.values()].map((state) => state.type));
const entries = resolveLegend(lifecycle.meta?.legend, LEGEND_CATALOG, presentKinds);
if (!entries.length || ![...states.values()].some(isFinal)) return entries;
return [...entries, {
kind: 'final',
label: i18nText(lifecycle.meta.locale, 'legend.lifecycle.final'),
interactive: false,
present: true,
swatchWidth: 16,
}];
}
const resolvedLegendEntries = legendCatalog();
let viewBox;
if (isV2 && !authoredViewBox) {
const finite = [...states.values()];
const maxRight = Math.max(0, ...finite.map((state) => state.cx + state.width / 2).filter(Number.isFinite));
const width = Math.max(640, Math.ceil(maxRight + layoutV2.marginX));
const footprint = legendFootprint(resolvedLegendEntries, { width: width - 80 });
const statesBottom = Math.max(0, ...finite.map((state) => state.y + state.height).filter(Number.isFinite));
viewBox = [width, Math.ceil(statesBottom + footprint.extraHeight + 96)];
} else {
viewBox = authoredViewBox || [980, 660];
}
const legendExtraHeight = legendFootprint(resolvedLegendEntries, { width: viewBox[0] - 80 }).extraHeight;
function legendY() {
return viewBox[1] - 36;
}
// Keep the authored state-placement contract independent from the measured
// legend's lower baseline. Moving legend chrome must not admit new state
// geometry into the reserved outcome/legend band.
function lifecycleAreaBottom() {
return isV2 ? viewBox[1] - legendExtraHeight - 96 : viewBox[1] - 122;
}
const stateSteps = new Map();
for (const [index, transition] of asArray(lifecycle.transitions).entries()) {
if (!stateSteps.has(transition.from)) stateSteps.set(transition.from, index);
if (!stateSteps.has(transition.to)) stateSteps.set(transition.to, index + 1);
}
for (const [index, state] of asArray(lifecycle.states).entries()) {
if (!stateSteps.has(state.id)) stateSteps.set(state.id, index);
}
function validateLifecycle() {
const problems = [];
if (states.size !== asArray(lifecycle.states).length) problems.push('State ids must be unique.');
// The three bands are fixed at y=112/264/436. Preserve the original
// outcome/legend reserve even though measured legend rows now sit lower.
// v2 derives its canvas from rendered rows, so the floor does not apply.
if (!isV2 && lifecycleAreaBottom() + 4 < 448) {
problems.push(`viewBox height ${viewBox[1]} is too short for the fixed band layout — set meta.viewBox[1] to at least 566.`);
}
const laneIds = new Set(asArray(lifecycle.lanes).map((lane) => lane.id));
if (laneIds.size !== asArray(lifecycle.lanes).length) problems.push('Lane ids must be unique.');
if (!laneIds.has('main')) {
problems.push(isV2
? 'Lifecycle diagrams need a lane with id "main" (the first row). Lane ids "main" and "terminal" are reserved: "main" renders as the first row, "terminal" as the last, and every other lane in authored order.'
: 'Lifecycle diagrams need a lane with id "main" (the phase rail). Lane ids "main" and "terminal" are reserved: "main" maps to the top phase band, "terminal" to the bottom outcome band, and all other lanes share the middle event band.');
}
for (const state of states.values()) {
if (!laneIds.has(state.lane)) {
problems.push(`State "${state.id}" uses unknown lane "${state.lane}".`);
continue;
}
if (isV2) {
if (!Number.isInteger(state.col) || state.col < 0 || state.col > 4) {
problems.push(`State "${state.id}" uses invalid column ${state.col} — every lifecycle row has integer columns 0..4.`);
continue;
}
} else {
const band = bandFor(state.lane);
const maxCol = band === 'phase'
? layout.phaseXs.length
: band === 'outcome'
? layout.outcomeXs.length
: layout.eventXs.length;
if (!Number.isInteger(state.col) || state.col < 0 || state.col >= maxCol) {
problems.push(`State "${state.id}" uses invalid column ${state.col} — the ${band} band has integer columns 0..${maxCol - 1}.`);
continue;
}
}
if (!isFinitePoint(state.x, state.y, state.cx, state.cy)) {
problems.push(`State "${state.id}" produced non-finite coordinates — check col, width, height, and yOffset are numbers.`);
continue;
}
if (state.x < (isV2 ? 28 : 32) || state.x + state.width > viewBox[0] - (isV2 ? 28 : 32)) {
problems.push(`State "${state.id}" exceeds the horizontal bounds of the diagram — reduce state.width${isV2 ? ', lower its col,' : ''} or increase meta.viewBox[0].`);
}
if (state.y < (isV2 ? 44 : 64) || state.y + state.height > lifecycleAreaBottom()) {
problems.push(`State "${state.id}" exceeds the vertical lifecycle area — keep y between ${isV2 ? 44 : 64} and ${lifecycleAreaBottom()} (adjust yOffset or increase meta.viewBox[1]).`);
}
const estLabelW = textUnits(state.label) * 6.2;
if (estLabelW > state.width + 6) {
problems.push(`Label "${state.label}" (~${Math.round(estLabelW)}px) is wider than state "${state.id}" (${state.width}px) — shorten the label or increase state.width.`);
}
const brandRailProblem = brandTopRailProblem(state, state.width, 8, 'State');
if (brandRailProblem) problems.push(brandRailProblem);
// sublabel and tag render as single unwrapped <text> elements; shrink-to-fit
// handles the ordinary case, this rejects what it cannot rescue.
const availableTextW = availableNodeTextWidth(state.width);
for (const [field, value, minimum] of [
['Sublabel', state.sublabel, stateTextFit.sublabelMinimum],
['Tag', state.tag, stateTextFit.tagMinimum],
]) {
if (!value) continue;
const minimumW = minimumNodeTextWidth(value, minimum);
if (minimumW > availableTextW) {
problems.push(`${field} "${value}" needs ~${Math.ceil(minimumW)}px at the ${minimum}px legible minimum, but state "${state.id}" provides ${availableTextW}px — shorten the ${field.toLowerCase()} or increase state.width.`);
}
}
}
// v1: all non-main/non-terminal lanes share the same y band, so the overlap
// check must run across lanes — not per-lane. v2 gives each lane its own
// row, so only same-row neighbours can collide, but the shared check still
// covers custom widths and yOffset nudges.
const allStates = [...states.values()];
for (let i = 0; i < allStates.length; i += 1) {
for (let j = i + 1; j < allStates.length; j += 1) {
if (rectsOverlap(allStates[i], allStates[j], 10)) {
problems.push(`States "${allStates[i].id}" and "${allStates[j].id}" are less than 10px apart — move one to another col or separate them with yOffset${isV2 ? '.' : ' (lanes other than "main"/"terminal" share one band).'}`);
}
}
}
for (const transition of asArray(lifecycle.transitions)) {
if (!states.has(transition.from)) problems.push(`Transition "${transition.label || transition.from}" references unknown source "${transition.from}".`);
if (!states.has(transition.to)) problems.push(`Transition "${transition.label || transition.to}" references unknown target "${transition.to}".`);
if (states.has(transition.from) && states.has(transition.to)) {
const routed = pathFor(transition);
const [start, end] = [routed.points[0], routed.points[routed.points.length - 1]];
const distance = Math.hypot(end[0] - start[0], end[1] - start[1]);
if (distance < 32) problems.push(`Transition "${transition.label || `${transition.from}->${transition.to}`}" is too short (${Math.round(distance)}px; minimum 32px) — route it through a channel or drop its label.`);
}
}
// Authored via points are authoritative in schema v1, including under a
// quality profile. Preserve and render them exactly: applying the endpoint
// gate would either reject an existing typed input or require silently
// falsifying its geometry. Automatic routes still receive the side gate.
problems.push(...cleanEndpointSideProblems({
relations: lifecycle.transitions,
endpointIds: new Set(states.keys()),
pathFor,
diagramType: 'lifecycle',
relationCollection: 'transitions',
fromSideFor: (transition) => transitionSides(transition).fromSide,
toSideFor: (transition) => transitionSides(transition).toSide,
shouldCheckRelation: (transition) => !Array.isArray(transition.via),
routeHint: 'keep automatic routing, or choose fromSide/toSide and via points whose first and final segments cross state borders perpendicularly',
}));
problems.push(...cleanFlowProblems({
relations: lifecycle.transitions,
obstacles: states.values(),
pathFor,
diagramType: 'lifecycle',
relationCollection: 'transitions',
obstacleKind: 'state',
routeHint: 'adjust fromSide/toSide, set route/via or channelX/channelY, or move the state with col/yOffset'
}));
problems.push(...cleanCrossingProblems({
relations: lifecycle.transitions,
endpointIds: new Set(states.keys()),
pathFor,
diagramType: 'lifecycle',
relationCollection: 'transitions',
profile: lifecycle.meta?.quality_profile,
// Planner routes render with the opaque crossover halo, like architecture.
crossingResolved: (left, right) => plannerRouted(left) && plannerRouted(right),
routeHint: 'adjust route/via or channelX/channelY so the transitions use separate lifecycle corridors'
}));
problems.push(...cleanAmbiguousCorridorProblems({
relations: lifecycle.transitions,
endpointIds: new Set(states.keys()),
pathFor,
diagramType: 'lifecycle',
relationCollection: 'transitions',
profile: lifecycle.meta?.quality_profile,
routeHint: 'adjust route/via or channelX/channelY so unrelated transitions do not visually merge'
}));
// Lifecycle bands are dashed reading guides, not closed containers. Keep the
// shared contract wired with an explicit empty frame set so future typed
// lifecycle containers cannot accidentally inherit presentation geometry.
problems.push(...cleanBorderRunProblems({
relations: lifecycle.transitions,
endpointIds: new Set(states.keys()),
frames: [],
pathFor,
diagramType: 'lifecycle',
relationCollection: 'transitions',
profile: lifecycle.meta?.quality_profile
}));
problems.push(...cleanRouteRhythmProblems({
relations: lifecycle.transitions,
endpointIds: new Set(states.keys()),
pathFor,
diagramType: 'lifecycle',
relationCollection: 'transitions',
profile: lifecycle.meta?.quality_profile,
routeHint: 'move route/via or channel coordinates so each lifecycle turn has a readable run-up'
}));
const labelRects = transitionLabelRects();
if (lifecycle.meta?.quality_profile === 'showcase') {
for (const rect of labelRects) {
for (const title of bandGeometry()) {
if (!rectsOverlap(rect, title)) continue;
const message = `Transition ${rect.relationIndex} label "${rect.label}" overlaps lifecycle band title "${title.label}" — move the label with labelAt/labelDx/labelDy/labelSegment or provide more space.`;
recordDiagnostic({
code: 'composition/label-band-title-overlap', severity: 'error', message,
subject: { diagramType: 'lifecycle', collection: 'transitions', index: rect.relationIndex, from: rect.relation.from, to: rect.relation.to },
evidence: { labelRect: { x: rect.x, y: rect.y, width: rect.width, height: rect.height }, bandTitle: title },
supportedFixes: ['move the transition label with labelAt/labelDx/labelDy/labelSegment while preserving its text'],
});
problems.push(message);
}
}
}
for (const rect of labelRects) {
for (const state of states.values()) {
if (rectsOverlap(rect, state, -2)) {
problems.push(`Label "${rect.label}" overlaps state "${state.id}" — adjust labelDx/labelDy/labelSegment or set labelAt.\n${suggestLabelObstacleFix(rect, rect.lx, rect.ly, state, 'state', viewBox, states.values())}`);
}
}
}
for (let i = 0; i < labelRects.length; i += 1) {
for (let j = i + 1; j < labelRects.length; j += 1) {
if (rectsOverlap(labelRects[i], labelRects[j], -2)) {
problems.push(`Labels "${labelRects[i].label}" and "${labelRects[j].label}" overlap — adjust labelDx/labelDy.\n${suggestLabelPairFix(labelRects[i], labelRects[j])}`);
}
}
}
problems.push(...cleanLabelRouteClearanceProblems({
relations: lifecycle.transitions,
labels: labelRects,
endpointIds: new Set(states.keys()),
pathFor,
diagramType: 'lifecycle',
relationCollection: 'transitions',
profile: lifecycle.meta?.quality_profile,
}));
problems.push(...cleanLabelCanvasContainmentProblems({
labels: labelRects,
viewBox,
diagramType: 'lifecycle',
relationCollection: 'transitions',
profile: lifecycle.meta?.quality_profile,
}));
if (problems.length) {
throwDiagnosticProblems('Lifecycle layout validation failed', problems, {
subject: { diagramType: 'lifecycle' },
});
}
}
function routeVia(transition, from, to, start, end, fromSide, toSide) {
if (transition.via) return transition.via;
switch (transition.route || 'auto') {
case 'straight':
return [];
case 'drop': {
const y = transition.channelY ?? (start[1] + end[1]) / 2;
return [[start[0], y], [end[0], y]];
}
case 'bottom-channel': {
const y = transition.channelY ?? Math.max(from.y + from.height, to.y + to.height) + 34;
return [[start[0], y], [end[0], y]];
}
case 'top-channel': {
const y = transition.channelY ?? Math.min(from.y, to.y) - 28;
return [[start[0], y], [end[0], y]];
}
case 'right-channel': {
const x = transition.channelX ?? Math.max(from.x + from.width, to.x + to.width) + 36;
return [[x, start[1]], [x, end[1]]];
}
case 'left-channel': {
const x = transition.channelX ?? Math.min(from.x, to.x) - 36;
return [[x, start[1]], [x, end[1]]];
}
case 'auto':
default: {
if (start[0] === end[0] || start[1] === end[1]) return [];
const fromVertical = fromSide === 'top' || fromSide === 'bottom';
const toVertical = toSide === 'top' || toSide === 'bottom';
if (fromVertical !== toVertical) {
return [fromVertical ? [start[0], end[1]] : [end[0], start[1]]];
}
if (fromVertical) {
const y = transition.channelY ?? (start[1] + end[1]) / 2;
return [[start[0], y], [end[0], y]];
}
const x = transition.channelX ?? (start[0] + end[0]) / 2;
return [[x, start[1]], [x, end[1]]];
}
}
}
const pathCache = new Map();
// A transition without via, channel, or a lifecycle route preset is routed by
// the obstacle-aware planner shared with architecture, so a first draft that
// leaves routing to the renderer does not cross unrelated states or produce
// micro jogs. Authored via/route/channel geometry keeps the lifecycle presets.
function plannerRouted(transition) {
return !transition.via
&& (!transition.route || transition.route === 'auto')
&& transition.channelX === undefined
&& transition.channelY === undefined;
}
// v2 states sit on a fixed row/column grid, so automatic transitions use the
// dedicated orthogonal grid router; v1 keeps the shared obstacle planner.
const planner = useGridRouter ? createLifecycleGridRouter(states, plannedTransitions, {
rowOf: v2RowOf,
columnXs: v2ColumnCenters,
}) : createRouter(states, plannedTransitions, {
labelRectFor: (transition, points, { routes, labels }) => ((transition.label || transition.note) ? reservedLabelRect({
label: { relation: transition, label: transition.label || transition.note, ...transitionLabelBoxAt(transition, labelPoint(transition, points)) },
points,
routes: routes.map((route, index) => ({ relationIndex: index, points: route })),
labels,
components: [...states.values()],
viewBox,
placementBottom: lifecycleAreaBottom(),
}) : null),
});
function transitionSides(transition) {
if (plannerRouted(transition)) return planner.connectionSides(transition);
const from = states.get(transition.from);
const to = states.get(transition.to);
return {
fromSide: chosenSide(transition.fromSide, defaultFromSide(from, to)),
toSide: chosenSide(transition.toSide, defaultToSide(from, to)),
};
}
const automaticPorts = automaticPortSpread(
asArray(lifecycle.transitions).filter((transition) => !plannerRouted(transition)),
states,
{ sideFor: (transition, endpoint) => transitionSides(transition)[endpoint === 'source' ? 'fromSide' : 'toSide'] },
);
function pathFor(transition) {
if (pathCache.has(transition)) return pathCache.get(transition);
if (plannerRouted(transition)) {
let routed = planner.pathFor(transition);
if (useGridRouter) routed = { d: roundedPath(routed, transition.cornerRadius ?? 10), points: routed };
pathCache.set(transition, routed);
return routed;
}
const from = states.get(transition.from);
const to = states.get(transition.to);
const ports = automaticPorts.get(transition);
const { fromSide, toSide } = transitionSides(transition);
const start = ports?.from || anchor(from, fromSide);
const end = ports?.to || anchor(to, toSide);
let via = routeVia(transition, from, to, start, end, fromSide, toSide);
if (ports && !via.length && Math.abs(start[0] - end[0]) >= 4 && Math.abs(start[1] - end[1]) >= 4) {
const midX = (start[0] + end[0]) / 2;
via = [[midX, start[1]], [midX, end[1]]];
}
const points = [start, ...via, end];
const routed = {
d: roundedPath(points, transition.cornerRadius ?? 10),
points
};
pathCache.set(transition, routed);
return routed;
}
const resolvedLabelPoints = new Map();
function transitionLabelBox(transition) {
return transitionLabelBoxAt(
transition,
resolvedLabelPoints.get(transition) || labelPoint(transition, pathFor(transition).points),
);
}
function transitionLabelBoxAt(transition, [lx, ly]) {
const width = transitionLabelWidth(transition);
const height = transition.label && transition.note ? 27 : 16;
return { x: lx - width / 2, y: ly - 11, width, height, lx, ly };
}
function transitionLabelRects() {
const rects = [];
for (const [relationIndex, transition] of asArray(lifecycle.transitions).entries()) {
if (!(transition.label || transition.note) || !states.has(transition.from) || !states.has(transition.to)) continue;
rects.push({ relation: transition, relationIndex, label: transition.label || transition.note, ...transitionLabelBox(transition) });
}
return rects;
}
// Showcase drafts leave label positions to the renderer too: move an unpinned
// label off other routes and states instead of reporting a clearance defect.
if (lifecycle.meta?.quality_profile === 'showcase') {
const placed = placeAutomaticLabels({
labels: transitionLabelRects(),
routes: asArray(lifecycle.transitions).flatMap((transition, relationIndex) => (
states.has(transition.from) && states.has(transition.to)
? [{ relationIndex, points: pathFor(transition).points }] : []
)),
components: [...states.values()],
titles: bandGeometry(),
viewBox,
placementBottom: lifecycleAreaBottom(),
keepFallbackNearRoute: isV2,
gridSweep: isV2,
});
for (const rect of placed) resolvedLabelPoints.set(rect.relation, [rect.lx, rect.ly]);
}
function bandGeometry() {
if (isV2) {
// One row header per rendered row, set vertically in the left gutter so
// routes entering a row never run through its title.
return laneRowOrder().map((laneId, index) => {
const cy = v2RowTop.get(laneId) + layoutV2.stateH / 2;
const label = laneLabels.get(laneId) || laneId;
const length = textUnits(label) * 6.2;
return { index, label, vertical: true, cx: 18, cy, x: 11, y: cy - length / 2, width: 14, height: length };
});
}
const lanes = asArray(lifecycle.lanes);
const mainLane = lanes.find((lane) => lane.id === 'main');
const terminalLane = lanes.find((lane) => lane.id === 'terminal');
const eventLanes = lanes.filter((lane) => lane.id !== 'main' && lane.id !== 'terminal');
const populated = new Set([...states.values()].map((state) => bandFor(state.lane)));
return [
mainLane?.label || 'Lifecycle phases',
eventLanes.length ? eventLanes.map((lane) => lane.label).join(' + ') : 'Interruptions + recovery',
terminalLane?.label || 'Outcomes'
].map((title, index) => {
const baseline = [100, 252, 424][index];
const label = `${String(index + 1).padStart(2, '0')} / ${title}`;
return { index, band: ['phase', 'event', 'outcome'][index], label, x: 72, y: baseline - 11, width: textUnits(label) * 6.2, height: 14, baseline };
}).filter((band) => populated.has(band.band));
}
function renderBands() {
return bandGeometry().map((band) => (band.vertical
? ` <text x="${band.cx}" y="${band.cy}" class="t-dim" font-size="10" font-weight="600" writing-mode="vertical-rl" text-anchor="middle">${esc(band.label)}</text>`
: ` <path d="M ${band.x} ${band.baseline + 12} L ${viewBox[0] - band.x} ${band.baseline + 12}" class="a-default" stroke-width="0.8" stroke-dasharray="3,8"/>
<text x="${band.x}" y="${band.baseline}" class="t-dim" font-size="10" font-weight="600">${esc(band.label)}</text>`)).join('\n');
}
function renderState(state) {
const fill = typeClass[state.type] || typeClass.neutral;
const accent = textClass[state.type] || 't-muted';
const hasSub = state.sublabel != null && state.sublabel !== '';
const { label: labelFontSize, sublabel: sublabelFontSize, tag: tagFontSize } = stateFontSizes(state, state.width);
const textRows = [{ text: state.label, font: labelFontSize, y: isV2 ? 23 : 21 }];
if (hasSub) textRows.push({ text: state.sublabel, font: sublabelFontSize, y: isV2 ? 40 : 37 });
if (state.tag) textRows.push({ text: state.tag, font: tagFontSize, y: state.height - (isV2 ? 12 : 11) });
const hasBrand = Boolean(brandMarkFor(state));
const hasSource = Boolean(sourceEvidence?.nodes?.[state.id]?.length);
const labelLayout = nodeLabelLayout({ width: state.width, height: state.height, rows: textRows,
brand: hasBrand, source: hasSource, side: 'left', step: state.step });
const sub = hasSub
? `\n <text data-detail="context" x="${state.cx}" y="${state.y + labelLayout.ys[1]}" class="t-muted" font-size="${sublabelFontSize}" text-anchor="middle">${esc(state.sublabel)}</text>`
: '';
const tag = state.tag
? `\n <text data-detail="fine" x="${state.cx}" y="${state.y + labelLayout.ys[hasSub ? 2 : 1]}" class="${accent}" font-size="${tagFontSize}" text-anchor="middle">${esc(state.tag)}</text>`
: '';
const step = state.step
? `\n <text data-detail="fine" x="${state.x + 23}" y="${state.y + 14}" class="${accent}" font-size="${stateTextFit.step}" font-weight="700">${esc(state.step)}</text>`
: '';
const brand = renderBrandMark(state, { x: state.x + state.width - 22, y: state.y + 6 });
// UML pseudo-state markers: start states get an initial dot + arrow into
// the left border; states with no authored outgoing transition get a double
// border. Both are decorations, not focus/relationship edges.
const initialMarker = state.type === 'start'
? `\n <g aria-hidden="true" data-lifecycle-initial-marker="">
${initialMarkerShape(state.x - 22, state.x - 1, state.cy)}
</g>`
: '';
const finalBorder = isFinal(state)
? `\n <rect x="${state.x + 3}" y="${state.y + 3}" width="${state.width - 6}" height="${state.height - 6}" rx="4" class="${fill}" style="fill: none" stroke-width="1"/>`
: '';
const passport = {
kind: state.type,
sublabel: state.sublabel,
tag: state.tag,
context: laneLabels.get(state.lane) || i18nText(lifecycle.meta.locale, 'node.context.lifecycle'),
...brandMetadataFor(state),
};
return ` <g ${focusNodeAttrs(state.id, state.label, passport, lifecycle.meta.locale)}>
${focusNodeTitle(state.label, passport)}
<rect x="${state.x}" y="${state.y}" width="${state.width}" height="${state.height}" rx="7" class="c-mask"/>
<rect x="${state.x}" y="${state.y}" width="${state.width}" height="${state.height}" rx="7" class="${fill}"${animateAttr(lifecycle.meta, 'node', stateSteps.get(state.id))} stroke-width="1.5"/>${finalBorder}${initialMarker}
${renderSemanticSigil(state.type, { icon: state.icon, x: state.x + 6, y: state.y + labelLayout.sigilY, size: labelLayout.sigilSize })}${brand ? `\n ${brand}` : ''}${step}
<text data-node-label=""${hasSub ? ' data-detail-anchor=""' : ''} x="${state.x + labelLayout.x}" y="${state.y + labelLayout.ys[0]}" class="t-primary" font-size="${labelFontSize}" font-weight="600" text-anchor="middle">${esc(state.label)}</text>${sub}${tag}
</g>`;
}
// v2 replaces the implied phase rail with explicit topology: a forward
// transition between two main-lane states renders as the emphasized primary
// path unless the author chose another variant.
function effectiveVariant(transition) {
if (transition.variant) return transition.variant;
if (isV2) {
const from = states.get(transition.from);
const to = states.get(transition.to);
if (from?.lane === 'main' && to?.lane === 'main' && to.col > from.col) return 'emphasis';
}
return 'default';
}
function renderTransitionPath(transition, index) {
const variant = effectiveVariant(transition);
const [cls, marker] = arrowClassMap[variant] || arrowClassMap.default;
const routed = pathFor(transition);
const strokeWidth = transition.width || (variant === 'emphasis' ? (isV2 ? 1.6 : 2) : 1.1);
const automaticRoute = plannerRouted(transition);
const crossover = automaticRoute ? ' data-composition-crossover="halo"' : '';
const edge = ` <path ${focusEdgeAttrs(transition.from, transition.to, transition.label || transition.note, index, transition.id)} data-composition-points="${routePointsValue(routed.points)}"${crossover}${authoredStraightRouteAttrs(transition, routed.points)} d="${routed.d}" class="${cls}"${animateAttr(lifecycle.meta, 'edge', index)} stroke-width="${strokeWidth}" marker-end="url(#${marker})"/>`;
if (!automaticRoute) return edge;
// Same presentation-only wrapper as architecture: the mask underlay lets two
// planner routes cross legibly while the viewer still sees one semantic edge.
const underlay = ` <path data-graph-role="automatic-crossover-underlay" d="${routed.d}" fill="none" stroke="var(--mask)" stroke-width="${strokeWidth + 4}" stroke-linecap="round" stroke-linejoin="round" pointer-events="none"/>\n`;
return ` <g data-graph-role="automatic-crossover" style="--step:${index}">\n${underlay}${edge.replace(/^ /, ' ')}\n </g>`;
}
function renderTransitionLabel(transition, index) {
if (!(transition.label || transition.note)) return '';
const { lx, ly, width: labelW, height: labelH } = transitionLabelBox(transition);
const label = transition.label
? `\n <text x="${lx}" y="${ly}" class="${edgeLabelAccent(effectiveVariant(transition))}" font-size="8" text-anchor="middle">${esc(transition.label)}</text>`
: '';
const note = transition.note
? `\n <text data-detail="fine" x="${lx}" y="${ly + (transition.label ? 11 : 0)}" class="t-dim" font-size="7" text-anchor="middle">${esc(transition.note)}</text>`
: '';
return ` <g data-detail="${transition.label ? 'context' : 'fine'}" ${focusEdgeAttrs(transition.from, transition.to, transition.label || transition.note, index, transition.id)}>
<rect x="${lx - labelW / 2}" y="${ly - 11}" width="${labelW}" height="${labelH}" rx="4" class="c-mask"/>${label}${note}
</g>`;
}
// UML initial pseudo-state: a filled dot and a short arrow ending at `tipX`.
function initialMarkerShape(dotX, tipX, y) {
return `<circle cx="${dotX}" cy="${y}" r="4.5" style="fill: var(--arrow-emphasis)"/><path d="M ${dotX + 4.5} ${y} L ${tipX - 6} ${y}" class="a-emphasis" stroke-width="1.4"/><path d="M ${tipX - 7} ${y - 3.5} L ${tipX} ${y} L ${tipX - 7} ${y + 3.5} Z" style="fill: var(--arrow-emphasis)"/>`;
}
function renderSwatch(entry) {
// `start` is structural, not a color: its swatch is the same initial
// pseudo-state marker drawn on the canvas. `final` is a non-interactive
// structural entry (a double-border rect) appended when a final state exists.
if (entry.kind === 'start') {
return initialMarkerShape(entry.x + 4.5, entry.x + 24, entry.baseline - 3.5);
}
if (entry.kind === 'final') {
return `<rect x="${entry.x}" y="${entry.baseline - 8}" width="14" height="9" rx="2" class="c-external" stroke-width="1"/><rect x="${entry.x + 2.5}" y="${entry.baseline - 5.5}" width="9" height="4" rx="1" class="c-external" style="fill: none" stroke-width="0.8"/>`;
}
return `<rect x="${entry.x}" y="${entry.baseline - 8}" width="14" height="9" rx="2" class="${typeClass[entry.kind] || 'c-external'}" stroke-width="1"/>`;
}
function renderLegend() {
return renderResolvedLegend({
entries: resolvedLegendEntries,
locale: lifecycle.meta.locale,
layout: {
x: 40,
baselineY: legendY(),
width: viewBox[0] - 80,
minTitleY: lifecycleAreaBottom() + 8,
unfit: lifecycle.meta?.legend === undefined ? 'hide' : 'error',
diagramType: 'lifecycle',
},
renderSwatch,
});
}
// v1 only: the implied emphasis line behind main states. v2 topology is fully
// explicit, so the rail would double the authored forward transitions.
function renderLifecycleRail() {
if (isV2) return '';
const mainCols = [...states.values()]
.filter((state) => bandFor(state.lane) === 'phase')
.map((state) => state.col);
if (!mainCols.length) return '';
const railEnd = layout.phaseXs[mainCols.reduce((max, col) => Math.max(max, col))] + 38;
return ` <path data-lifecycle-rail="" d="M 154 ${layout.phaseY + 31} L ${railEnd} ${layout.phaseY + 31}" class="a-emphasis" stroke-width="2.2" marker-end="url(#arrowhead-emphasis)"/>`;
}
function renderSvg() {
// A renderer-sized canvas declares the intrinsic-height fit exactly like
// architecture: the default 980x660 band layout is below the 1.55 wide
// ratio, so without this the desktop Reader could neither narrow it nor
// scroll it and every default lifecycle failed the browser gate.
const readerFit = lifecycle.meta?.viewBox ? '' : ' data-reader-fit="intrinsic-height"';
return ` <svg viewBox="0 0 ${viewBox[0]} ${viewBox[1]}"${readerFit} ${svgRootAttrs(lifecycle.meta)}>
${svgAccessibleText(lifecycle.meta, 'lifecycle')}
${renderDefinitions()}
<!-- Background Grid -->
<rect width="100%" height="100%" fill="url(#grid)" />
<!-- Lifecycle bands -->
${renderBands()}
<!-- Primary lifecycle rail -->
${renderLifecycleRail()}
<!-- Transition paths -->
${asArray(lifecycle.transitions).map(renderTransitionPath).join('\n')}
<!-- States -->
${[...states.values()].map(renderState).join('\n\n')}
<!-- Transition labels -->
${asArray(lifecycle.transitions).map(renderTransitionLabel).join('\n')}
<!-- Legend -->
${renderLegend()}
</svg>`;
}
validateLifecycle();
writeDiagram({
outPath,
template,
diagramType: 'lifecycle',
meta: lifecycle.meta,
svg: renderSvg(),
cards: lifecycle.cards,
sourceEvidence,
});
vendor/archify/renderers/sequence/README.md
Vendored
+129
View File
@@ -0,0 +1,129 @@
# Sequence Renderer
Render `diagram_type: "sequence"` JSON files into the standard Archify HTML
template.
```bash
node archify/renderers/sequence/render-sequence.mjs input.sequence.json output.html
```
The renderer validates input against `archify/schemas/sequence.schema.json`
with the bundled standalone validator. No dependency installation is required.
If `output.html` is omitted, the renderer uses the required `meta.output` value
from the JSON file.
## Input
Sequence JSON files must set:
```json
{
"schema_version": 1,
"diagram_type": "sequence",
"meta": {
"title": "Cache Miss Request Sequence",
"output": "cache-miss-request.html",
"viewBox": [920, 760]
},
"participants": [],
"segments": [],
"messages": [],
"activations": [],
"cards": []
}
```
The timeline scales with the viewBox height: a taller `meta.viewBox` buys more
message room, a shorter one shrinks the readable band instead of clipping. A
complete worked example lives at
`archify/examples/cache-miss-request.sequence.json`.
The schema lives at:
```text
archify/schemas/sequence.schema.json
```
## Legend
The default visual legend derives kinds from `messages[].variant` (omitting
`variant` means `default`). Supported `meta.legend.entries` keys, in stable
order, are `emphasis`, `return`, `security`, `dashed`, and `default`. These are
visual message keys, not Semantic Lens controls; label/visibility overrides do
not create edge facts.
The legend sits below all timeline content: the last message and its note,
activation bars, and segment frames, with a 12px gap. Without `meta.viewBox`
the canvas grows to keep that gap. With an authored `viewBox` that is too short,
`showcase` fails with the exact height to set, and `standard` hides the implicit
legend rather than drawing it over content. Lifelines stop above the legend.
Message labels use their line's color; gray default and return lines keep the
muted text color.
## Layout budget
| Constant | Value |
|----------|-------|
| viewBox | default `[920, 760]`, taller when late content needs legend room; schema minimum `[480, 480]` |
| Participant boxes | `fixed` (default): 86×54 at y 72; `spread`: viewBox-relative width from 86px up to 190px |
| Participant columns | `fixed`: centers at x = 62 + index×108; `spread`: columns distribute across the available viewBox width |
| Participant count | the last box must end at or before width − 40; layouts that cannot fit fail closed |
| Lifelines | from y 142 down to height − 65 (drawn to just above the legend); band must be ≥120px tall |
| Message `y` range | `[160, height − 83]` |
| Message spacing | ≥28px vertical between messages that share horizontal space |
| Arrow span | ≥60px horizontal between the two participants |
| Segments | y pixel ranges with `to > from`, inside `[72, lifeline bottom + 20]` |
| Legend | last row baseline at height − 54; extra rows wrap upward and stay 12px below the timeline content |
`segments[].from/to` and `activations[].from/to` are y pixel coordinates, not
participant ids; activations also require `to > from`.
### Column fit
Sequence diagrams use `meta.column_fit: "fixed"` by default so existing
documents keep their historical coordinates. Use `"spread"` when a wide
viewBox would otherwise leave empty space on the right or when meaningful
participant labels do not fit the fixed 86px boxes. Spread derives box width
and column distance from the viewBox while preserving participant order,
lifelines, and message semantics.
The artifact checker reports `composition.sequenceColumnSpace` from the rendered
participants, routes and text. A large unused right-hand region in a fixed layout
can produce an `inspect-sequence-width` recommendation in `finalize`; it is advice,
not a new warning or failure. See [Sequence width review](../../references/delivery-contract.md#sequence-width-review)
for the bounded authoring repair and explicit-fixed/legacy preservation rules.
## Design Rules
- Put participants across the top, ordered by the story the reader should
follow.
- Time moves downward.
- Use `emphasis` for the main request path.
- Use `security` for auth, consent, permission, and policy calls.
- Use `return` for quiet response messages.
- Use `dashed` for async trace, event, logging, and non-blocking work.
- Use segments as light background guides; keep segment labels short.
- Keep labels concise, but try `meta.column_fit: "spread"` before shortening a
meaningful participant label just to fit the fixed boxes.
Schema violations exit non-zero with path-prefixed messages annotated with the
element's id or label. The renderer additionally fails when it can detect
layout problems, including missing participants, duplicate participant IDs,
participant labels wider than their box, unknown message endpoints, messages
outside the readable timeline, overly tight vertical spacing between messages
that overlap horizontally, invalid segment or activation ranges, or
participants that exceed the viewBox. The shared Clean Flow contract treats
participant headers as semantic boxes while explicitly allowing messages to
cross intermediate lifelines, activation bars, and segment frames. Text width is estimated CJK-aware:
fullwidth glyphs count as two units.
Set `meta.quality_profile` to `showcase` for polished delivery. Unrelated proper
message X crossings then fail with `composition/proper-crossing`; default
`standard` keeps them as artifact-receipt warnings. Messages may still cross
intermediate lifelines. Collinear corridors remain outside the proper-X rule,
but a separate gate warns in `standard` and fails in `showcase` when unrelated
messages overlap for at least 8px. Shared semantic endpoints, point touches,
and shorter overlaps remain valid. Showcase also rejects any route segment
below 8px and any interior turn segment below 16px; ordinary 8–15px endpoint
stubs remain valid.
vendor/archify/renderers/sequence/render-sequence.mjs
Vendored
+526
View File
@@ -0,0 +1,526 @@
import path from 'node:path';
import { fileURLToPath } from 'node:url';
import { esc, renderDefinitions, renderSemanticSigil, textUnits } from '../shared/utils.mjs';
import { animateAttr, focusEdgeAttrs, focusNodeAttrs, focusNodeTitle, loadDiagramWithBrandMarks, writeDiagram, svgAccessibleText, svgRootAttrs } from '../shared/cli.mjs';
import { throwDiagnosticProblems } from '../shared/diagnostics.mjs';
import { legendFootprint, measureLegend, resolveLegend, renderLegend as renderResolvedLegend } from '../shared/legend.mjs';
import { componentFill, arrowClassMap, rectsOverlap, cleanFlowProblems, cleanCrossingProblems, cleanAmbiguousCorridorProblems, cleanBorderRunProblems, cleanRouteRhythmProblems, cleanLabelRouteClearanceProblems, cleanLabelCanvasContainmentProblems, routePointsValue, asArray, isFinitePoint, edgeLabelAccent } from '../shared/geometry.mjs';
import { availableNodeTextWidth, fittedNodeFontSize, minimumNodeTextWidth } from '../shared/text-fit.mjs';
import { brandLabelFitWidth, brandMetadataFor, brandTopRailProblem, renderBrandMark } from '../shared/brand-marks.mjs';
import { translateMessage as i18nText } from '../shared/i18n.mjs';
const participantTextFit = {
sublabelPreferred: 7,
sublabelMinimum: 6,
};
const __dirname = path.dirname(fileURLToPath(import.meta.url));
const { diagram: sequence, template, outPath, sourceEvidence } = await loadDiagramWithBrandMarks({
rendererDir: __dirname,
diagramType: 'sequence',
defaultExample: 'cache-miss-request.sequence.json'
});
const LEGEND_CATALOG = [
{ kind: 'emphasis', className: 'a-emphasis', marker: 'arrowhead-emphasis', strokeWidth: 1.8 },
{ kind: 'return', className: 'a-default', marker: 'arrowhead', dash: '3,5' },
{ kind: 'security', className: 'a-security', marker: 'arrowhead-security' },
{ kind: 'dashed', className: 'a-dashed', marker: 'arrowhead-dashed' },
{ kind: 'default', className: 'a-default', marker: 'arrowhead' },
].map((entry) => ({
...entry,
interactive: false,
swatchWidth: 34,
swatchGap: 9,
label: i18nText(sequence.meta.locale, `legend.sequence.${entry.kind}`),
}));
function legendEntries() {
const presentKinds = new Set(asArray(sequence.messages).map((message) => message.variant || 'default'));
return resolveLegend(sequence.meta?.legend, LEGEND_CATALOG, presentKinds);
}
// The legend sits below the timeline content: the last message and its note,
// activation bars, and segment frames. Its block starts LEGEND_CONTENT_GAP
// below that content; from the block top to the canvas bottom a one-row legend
// needs LEGEND_BLOCK_HEIGHT (title glyphs, row, and the 54px baseline inset).
const LEGEND_CONTENT_GAP = 12;
const LEGEND_BLOCK_HEIGHT = 86;
const contentBottom = Math.max(
0,
...asArray(sequence.messages).map((message) => message.y + (message.note ? 22 : 6)),
...asArray(sequence.activations).map((activation) => activation.to),
...asArray(sequence.segments).map((segment) => segment.to),
);
function legendRequiredHeight(width) {
const entries = legendEntries();
if (!entries.length) return 0;
return Math.ceil(contentBottom + LEGEND_CONTENT_GAP + LEGEND_BLOCK_HEIGHT
+ legendFootprint(entries, { width: width - 80 }).extraHeight);
}
// A renderer-sized canvas grows to keep the legend clear of late messages;
// an authored viewBox is honored and validated below.
const viewBox = sequence.meta?.viewBox || [920, Math.max(760, legendRequiredHeight(920))];
// The timeline scales with viewBox height: a taller viewBox gains message room,
// a shorter one shrinks the readable band (validated below) instead of clipping.
// `column_fit: "spread"` widens the lanes with the viewBox instead of keeping
// the fixed 108px gap, so a wide canvas gains column distance and label room
// rather than dead space on the right. The default stays "fixed" so existing
// diagrams keep their coordinates.
const columnFit = sequence.meta?.column_fit === 'spread' ? 'spread' : 'fixed';
const participantCount = Math.max(1, asArray(sequence.participants).length);
const sideMargin = 62;
const participantW = columnFit === 'spread'
? Math.max(86, Math.min(190, Math.round((viewBox[0] - sideMargin * 2) / participantCount) - 24))
: 86;
const colGap = columnFit === 'spread' && participantCount > 1
? Math.max(108, (viewBox[0] - 40 - sideMargin - participantW) / (participantCount - 1))
: 108;
// Showcase is the fast-authoring default; standard retains legacy label geometry.
const readableMessages = sequence.meta?.quality_profile === 'showcase';
const messageFontSize = readableMessages ? 11 : 9;
const messageUnitWidth = readableMessages ? 6.6 : 5.2;
const layout = {
topY: 72,
participantW,
// Keep a separate top rail for the 11px semantic sigil and 16px brand mark.
// Literal labels retain their fitted font size and full authored wording.
participantH: 60,
participantLabelY: 36,
participantSublabelY: 50,
lifelineTop: 142,
lifelineBottom: viewBox[1] - 65,
legendY: viewBox[1] - 54,
leftX: columnFit === 'spread' ? sideMargin + participantW / 2 : sideMargin,
colGap,
labelH: readableMessages ? 18 : 16
};
const participantBoxWidthNote = columnFit === 'spread'
? `participant boxes are ${participantW}px for this viewBox width and ${participantCount} participants`
: `participant boxes are a fixed ${participantW}px unless meta.column_fit is "spread"`;
const arrowClass = {
...arrowClassMap,
return: ['a-default', 'arrowhead']
};
function participantX(index) {
return layout.leftX + index * layout.colGap;
}
const participants = new Map(asArray(sequence.participants).map((participant, index) => [
participant.id,
{
...participant,
index,
cx: participantX(index),
x: participantX(index) - layout.participantW / 2,
y: layout.topY,
width: layout.participantW,
height: layout.participantH,
cy: layout.topY + layout.participantH / 2
}
]));
function messageGeometry(message) {
const from = participants.get(message.from);
const to = participants.get(message.to);
if (!from || !to || typeof message.y !== 'number') return null;
const direction = to.cx > from.cx ? 1 : -1;
const start = from.cx + direction * 7;
const end = to.cx - direction * 7;
return { start, end, center: (start + end) / 2 };
}
function messageLabelBox(message, relationIndex = null) {
const geometry = messageGeometry(message);
if (!geometry) return null;
const width = Math.max(34, textUnits(message.label) * messageUnitWidth + 12);
return {
relation: message,
relationIndex,
label: message.label,
x: geometry.center - width / 2,
y: message.y - 20,
width,
height: layout.labelH,
};
}
function messageRouteBox(message) {
const geometry = messageGeometry(message);
if (!geometry) return null;
return {
x: Math.min(geometry.start, geometry.end),
y: message.y - 2,
width: Math.abs(geometry.end - geometry.start),
height: 4,
};
}
function segmentLabelBox(segment) {
const labelW = Math.max(42, textUnits(segment.label) * 5.2 + 14);
const occupied = asArray(sequence.messages)
.flatMap((message) => [messageLabelBox(message), messageRouteBox(message)])
.filter(Boolean);
const label = { x: 56, y: segment.from - 22, width: labelW, height: 18 };
for (let attempt = 0; attempt < 4; attempt += 1) {
if (!occupied.some((rect) => rectsOverlap(label, rect, 2))) break;
label.y -= 22;
}
return label;
}
const compositionFrames = asArray(sequence.segments).map((segment, index) => ({
id: index,
label: segment.label,
kind: 'segment',
x: 48,
y: segment.from,
width: viewBox[0] - 96,
height: segment.to - segment.from,
radius: 10,
}));
function messagePath(message) {
return {
points: participants.has(message.from) && participants.has(message.to)
? [[participants.get(message.from).cx, message.y], [participants.get(message.to).cx, message.y]]
: []
};
}
function validateSequence() {
const problems = [];
if (participants.size !== asArray(sequence.participants).length) problems.push('Participant ids must be unique.');
if (layout.lifelineBottom - layout.lifelineTop < 120) {
problems.push(`viewBox height ${viewBox[1]} leaves under 120px of timeline — set meta.viewBox[1] to at least ${layout.lifelineTop + 120 + 65}.`);
}
for (const participant of participants.values()) {
const estLabelW = textUnits(participant.label) * 6.8;
if (estLabelW > layout.participantW + 6) {
problems.push(`Label "${participant.label}" (~${Math.round(estLabelW)}px) is wider than the ${layout.participantW}px participant box — shorten it.`);
}
const brandRailProblem = brandTopRailProblem(participant, layout.participantW, 8, 'Participant');
if (brandRailProblem) problems.push(brandRailProblem);
// sublabel renders as a single unwrapped <text>; shrink-to-fit handles the
// ordinary case, this rejects what it cannot rescue.
if (participant.sublabel) {
const availableTextW = availableNodeTextWidth(layout.participantW);
const minimumW = minimumNodeTextWidth(participant.sublabel, participantTextFit.sublabelMinimum);
if (minimumW > availableTextW) {
problems.push(`Sublabel "${participant.sublabel}" needs ~${Math.ceil(minimumW)}px at the ${participantTextFit.sublabelMinimum}px legible minimum, but participant "${participant.id}" provides ${availableTextW}px — shorten the sublabel (${participantBoxWidthNote}).`);
}
}
}
for (const message of asArray(sequence.messages)) {
if (!participants.has(message.from)) problems.push(`Message "${message.label}" references unknown source "${message.from}".`);
if (!participants.has(message.to)) problems.push(`Message "${message.label}" references unknown target "${message.to}".`);
if (typeof message.y !== 'number') problems.push(`Message "${message.label}" must provide a numeric y.`);
if (message.y < layout.lifelineTop + 18 || message.y > layout.lifelineBottom - 18) {
problems.push(`Message "${message.label}" sits outside the readable timeline — keep y between ${layout.lifelineTop + 18} and ${layout.lifelineBottom - 18}.`);
}
if (participants.has(message.from) && participants.has(message.to)) {
const distance = Math.abs(participants.get(message.to).cx - participants.get(message.from).cx);
if (distance < 60) problems.push(`Message "${message.label}" spans ${Math.round(distance)}px (minimum 60px) — give its participants more column distance.`);
}
}
// Participant headers are opaque nodes. Lifelines, activation bars, and
// segment bands remain intentional pass-through geometry and are excluded.
problems.push(...cleanFlowProblems({
relations: sequence.messages,
obstacles: participants.values(),
pathFor: messagePath,
diagramType: 'sequence',
relationCollection: 'messages',
obstacleKind: 'participant header',
clearance: 0,
routeHint: 'move the message y below the participant headers or reorder participants'
}));
problems.push(...cleanCrossingProblems({
relations: sequence.messages,
endpointIds: new Set(participants.keys()),
pathFor: messagePath,
diagramType: 'sequence',
relationCollection: 'messages',
profile: sequence.meta?.quality_profile,
routeHint: 'separate the message y values; lifeline crossings remain allowed'
}));
problems.push(...cleanAmbiguousCorridorProblems({
relations: sequence.messages,
endpointIds: new Set(participants.keys()),
pathFor: messagePath,
diagramType: 'sequence',
relationCollection: 'messages',
profile: sequence.meta?.quality_profile,
routeHint: 'separate the message y values so unrelated messages do not visually merge'
}));
problems.push(...cleanBorderRunProblems({
relations: sequence.messages,
endpointIds: new Set(participants.keys()),
frames: compositionFrames,
pathFor: messagePath,
diagramType: 'sequence',
relationCollection: 'messages',
profile: sequence.meta?.quality_profile,
routeHint: 'move the message y so it crosses a segment boundary perpendicularly or stays clearly inside the segment'
}));
problems.push(...cleanRouteRhythmProblems({
relations: sequence.messages,
endpointIds: new Set(participants.keys()),
pathFor: messagePath,
diagramType: 'sequence',
relationCollection: 'messages',
profile: sequence.meta?.quality_profile,
routeHint: 'increase participant spacing or simplify message routing so every turn has room to read'
}));
// Vertical crowding only matters when the arrows share horizontal space;
// disjoint arrows may legitimately run in parallel rows.
const placed = asArray(sequence.messages)
.filter((m) => participants.has(m.from) && participants.has(m.to))
.map((m) => ({
label: m.label,
y: m.y,
x1: Math.min(participants.get(m.from).cx, participants.get(m.to).cx),
x2: Math.max(participants.get(m.from).cx, participants.get(m.to).cx)
}))
.sort((a, b) => a.y - b.y);
for (let i = 0; i < placed.length; i += 1) {
for (let j = i + 1; j < placed.length && placed[j].y - placed[i].y < 28; j += 1) {
if (placed[i].x1 < placed[j].x2 && placed[j].x1 < placed[i].x2) {
problems.push(`Messages "${placed[i].label}" and "${placed[j].label}" are less than 28px apart and share horizontal space — spread their y values.`);
}
}
}
// Label masks can extend well past the arrow span, so check the actual
// label rectangles too — tangent arrows with long labels still collide.
const labelRects = asArray(sequence.messages)
.map((m, messageIndex) => messageLabelBox(m, messageIndex))
.filter(Boolean);
for (let i = 0; i < labelRects.length; i += 1) {
for (let j = i + 1; j < labelRects.length; j += 1) {
if (rectsOverlap(labelRects[i], labelRects[j], -2)) {
problems.push(`Labels "${labelRects[i].label}" and "${labelRects[j].label}" overlap — spread their message y values or shorten the labels.`);
}
}
}
problems.push(...cleanLabelRouteClearanceProblems({
relations: sequence.messages,
labels: labelRects,
endpointIds: new Set(participants.keys()),
pathFor: messagePath,
diagramType: 'sequence',
relationCollection: 'messages',
profile: sequence.meta?.quality_profile,
routeHint: 'spread the message y values, shorten the label, or reorder participants so the adjacent route stays visible'
}));
problems.push(...cleanLabelCanvasContainmentProblems({
labels: labelRects,
viewBox,
diagramType: 'sequence',
relationCollection: 'messages',
profile: sequence.meta?.quality_profile,
routeHint: 'shorten the label, reorder participants, or enlarge meta.viewBox',
}));
for (const segment of asArray(sequence.segments)) {
if (segment.to <= segment.from) {
problems.push(`Segment "${segment.label}" has invalid y range (from ${segment.from} to ${segment.to}) — "to" must be greater than "from".`);
}
if (segment.from < layout.topY || segment.to > layout.lifelineBottom + 20) {
problems.push(`Segment "${segment.label}" extends outside the canvas — keep its y range between ${layout.topY} and ${layout.lifelineBottom + 20}.`);
}
const labelBox = segmentLabelBox(segment);
const availableWidth = Math.max(0, viewBox[0] - 48 - labelBox.x);
if (labelBox.x + labelBox.width > viewBox[0] - 48) {
const requiredWidth = Math.ceil(labelBox.x + labelBox.width + 48);
problems.push(`Segment "${segment.label}" label (~${Math.round(labelBox.width)}px) exceeds the segment frame's available width (${availableWidth}px) — shorten the label or increase meta.viewBox[0] to at least ${requiredWidth}.`);
}
}
for (const activation of asArray(sequence.activations)) {
if (!participants.has(activation.participant)) problems.push(`Activation references unknown participant "${activation.participant}".`);
if (activation.to <= activation.from) problems.push(`Activation for "${activation.participant}" has invalid time range — "to" must be greater than "from".`);
}
const lastParticipant = asArray(sequence.participants)[asArray(sequence.participants).length - 1];
if (lastParticipant && participants.get(lastParticipant.id).cx + layout.participantW / 2 > viewBox[0] - 40) {
const requiredWidth = Math.ceil(participants.get(lastParticipant.id).cx + layout.participantW / 2 + 40);
problems.push(`Participants exceed viewBox width — set meta.viewBox[0] to at least ${requiredWidth} or remove a participant.`);
}
// Showcase must not silently drop the implicit legend because late content
// leaves no room for it; give the exact canvas height instead.
const legendHeight = legendRequiredHeight(viewBox[0]);
if (sequence.meta?.quality_profile === 'showcase' && sequence.meta?.legend === undefined
&& legendHeight > viewBox[1] && !measureLegend(legendEntries(), legendLayout())) {
problems.push(`Sequence content ends at y=${contentBottom}, leaving no room for the legend below it — set meta.viewBox[1] to at least ${legendHeight} or omit meta.viewBox so the canvas grows.`);
}
if (problems.length) {
throwDiagnosticProblems('Sequence layout validation failed', problems, {
subject: { diagramType: 'sequence' },
});
}
}
function renderParticipant(participant) {
const fill = componentFill[participant.type] || 'c-external';
const hasSub = participant.sublabel != null && participant.sublabel !== '';
const sub = hasSub
? `\n <text data-detail="context" x="${participant.cx}" y="${layout.topY + layout.participantSublabelY}" class="t-muted" font-size="${fittedNodeFontSize(participant.sublabel, layout.participantW, participantTextFit.sublabelPreferred, participantTextFit.sublabelMinimum)}" text-anchor="middle">${esc(participant.sublabel)}</text>`
: '';
const brand = renderBrandMark(participant, { x: participant.x + layout.participantW - 22, y: layout.topY + 6 });
const labelFontSize = fittedNodeFontSize(participant.label, brandLabelFitWidth(participant, layout.participantW), 11, 8);
const passport = {
kind: participant.type,
sublabel: participant.sublabel,
context: i18nText(sequence.meta.locale, 'node.context.sequence'),
...brandMetadataFor(participant),
};
return ` <g ${focusNodeAttrs(participant.id, participant.label, passport, sequence.meta.locale)}>
${focusNodeTitle(participant.label, passport)}
<rect x="${participant.x}" y="${layout.topY}" width="${layout.participantW}" height="${layout.participantH}" rx="6" class="c-mask"/>
<rect x="${participant.x}" y="${layout.topY}" width="${layout.participantW}" height="${layout.participantH}" rx="6" class="${fill}"${animateAttr(sequence.meta, 'node', participant.index)} stroke-width="1.5"/>
${renderSemanticSigil(participant.type, { icon: participant.icon, x: participant.x + 6, y: layout.topY + 6 })}${brand ? `\n ${brand}` : ''}
<text data-node-label=""${hasSub ? ' data-detail-anchor=""' : ''} x="${participant.cx}" y="${layout.topY + layout.participantLabelY}" class="t-primary" font-size="${labelFontSize}" font-weight="600" text-anchor="middle">${esc(participant.label)}</text>${sub}
</g>`;
}
// Lifelines never enter the legend band. The legend is placed below all
// timeline content, so stopping above its title still reaches every message.
function lifelineEnd() {
const legend = measureLegend(legendEntries(), legendLayout());
return legend?.titleY == null ? layout.lifelineBottom : Math.min(layout.lifelineBottom, legend.titleY - 22);
}
function renderLifeline(participant, end) {
return ` <path d="M ${participant.cx} ${layout.lifelineTop} L ${participant.cx} ${end}" class="a-default" stroke-width="0.8" stroke-dasharray="3,7"/>`;
}
function renderSegment(segment, index) {
return ` <rect data-graph-role="structural-frame" data-composition-frame-kind="segment" data-composition-frame-id="${index}" x="48" y="${segment.from}" width="${viewBox[0] - 96}" height="${segment.to - segment.from}" rx="10" class="c-lane" stroke-width="1"/>`;
}
function renderSegmentLabel(segment, index) {
const label = segmentLabelBox(segment);
return ` <g data-graph-role="segment-label" data-segment-id="${index}">
<rect x="${label.x}" y="${label.y}" width="${label.width}" height="${label.height}" rx="3" class="c-mask"/>
<text x="${label.x + 6}" y="${label.y + 13}" class="t-dim" font-size="9" font-weight="600">${esc(segment.label)}</text>
</g>`;
}
function renderActivation(activation) {
const participant = participants.get(activation.participant);
const fill = componentFill[activation.type] || componentFill[participant.type] || 'c-external';
const x = participant.cx - 5;
const height = activation.to - activation.from;
return ` <rect x="${x}" y="${activation.from}" width="10" height="${height}" rx="3" class="c-mask"/>
<rect x="${x}" y="${activation.from}" width="10" height="${height}" rx="3" class="${fill}" stroke-width="1"/>`;
}
function messageLabel(message, x1, x2) {
const box = messageLabelBox(message);
const center = box ? box.x + box.width / 2 : (x1 + x2) / 2;
const y = message.y - 10;
const labelW = box?.width || Math.max(34, textUnits(message.label) * messageUnitWidth + 12);
// A colored line gets a label in the same color, as in the legend swatches.
// Gray lines (default and return) keep the readable muted text color.
const accent = ['emphasis', 'security', 'dashed'].includes(message.variant) ? edgeLabelAccent(message.variant) : 't-muted';
return ` <g data-detail="context">
<rect x="${center - labelW / 2}" y="${y - 10}" width="${labelW}" height="${layout.labelH}" rx="3" class="c-mask"/>
<text x="${center}" y="${y}" class="${accent}" font-size="${messageFontSize}" text-anchor="middle">${esc(message.label)}</text>
</g>`;
}
function renderMessage(message, index) {
const { start, end } = messageGeometry(message);
const [cls, marker] = arrowClass[message.variant || 'default'] || arrowClass.default;
const strokeWidth = message.variant === 'emphasis' ? 1.8 : 1.4;
const dash = message.variant === 'return' ? ' stroke-dasharray="3,5"' : '';
const note = message.note
? `\n <text data-detail="fine" x="${Math.min(start, end) + 12}" y="${message.y + 18}" class="t-dim" font-size="7">${esc(message.note)}</text>`
: '';
return ` <g ${focusEdgeAttrs(message.from, message.to, message.label, index, message.id)}>
<path data-composition-edge-from="${esc(message.from)}" data-composition-edge-to="${esc(message.to)}"${message.id ? ` data-composition-edge-id="${esc(message.id)}"` : ''} data-composition-points="${routePointsValue([[start, message.y], [end, message.y]])}" d="M ${start} ${message.y} L ${end} ${message.y}" class="${cls}"${animateAttr(sequence.meta, 'edge', index)} stroke-width="${strokeWidth}"${dash} marker-end="url(#${marker})"/>
${messageLabel(message, start, end)}${note}
</g>`;
}
function legendLayout() {
return {
x: 40,
baselineY: layout.legendY,
width: viewBox[0] - 80,
// The same content-based budget as legendRequiredHeight(): a wrapped
// legend may use any rows it needs as long as it stays below the content.
minTitleY: Math.max(layout.lifelineTop, contentBottom + LEGEND_CONTENT_GAP),
unfit: sequence.meta?.legend === undefined ? 'hide' : 'error',
diagramType: 'sequence',
};
}
function renderLegend() {
return renderResolvedLegend({
entries: legendEntries(),
locale: sequence.meta.locale,
layout: legendLayout(),
renderSwatch: (entry) => `<path d="M ${entry.x} ${entry.baseline - 3} L ${entry.x + 34} ${entry.baseline - 3}" class="${entry.className}" stroke-width="${entry.strokeWidth || 1.4}"${entry.dash ? ` stroke-dasharray="${entry.dash}"` : ''} marker-end="url(#${entry.marker})"/>`,
});
}
function renderSvg() {
const participantList = [...participants.values()];
// Same default-canvas contract as lifecycle: 920x760 is below the 1.55 wide
// ratio, so without intrinsic-height the desktop Reader can neither narrow
// nor scroll it and every default sequence fails the browser gate.
const readerFit = sequence.meta?.viewBox ? '' : ' data-reader-fit="intrinsic-height"';
return ` <svg viewBox="0 0 ${viewBox[0]} ${viewBox[1]}" data-sequence-column-fit="${columnFit}"${readerFit} ${svgRootAttrs(sequence.meta)}>
${svgAccessibleText(sequence.meta, 'sequence')}
${renderDefinitions()}
<!-- Background Grid -->
<rect width="100%" height="100%" fill="url(#grid)" />
<!-- Time Segments -->
${asArray(sequence.segments).map(renderSegment).join('\n\n')}
<!-- Lifelines -->
${participantList.map((participant) => renderLifeline(participant, lifelineEnd())).join('\n')}
<!-- Activations -->
${asArray(sequence.activations).map(renderActivation).join('\n')}
<!-- Messages -->
${asArray(sequence.messages).map(renderMessage).join('\n\n')}
<!-- Segment Labels -->
${asArray(sequence.segments).map(renderSegmentLabel).join('\n')}
<!-- Participants -->
${participantList.map(renderParticipant).join('\n\n')}
<!-- Legend -->
${renderLegend()}
</svg>`;
}
validateSequence();
writeDiagram({
outPath,
template,
diagramType: 'sequence',
meta: sequence.meta,
svg: renderSvg(),
cards: sequence.cards,
sourceEvidence,
});
vendor/archify/renderers/shared/atomic-output.mjs
Vendored
+1982
View File
File diff suppressed because it is too large. Load diff
vendor/archify/renderers/shared/brand-marks.mjs
Vendored
+670
View File
@@ -0,0 +1,670 @@
import { createHash } from 'node:crypto';
import { lookup } from 'node:dns/promises';
import http from 'node:http';
import https from 'node:https';
import net from 'node:net';
import { BRAND_MARKS } from './generated-brand-marks.mjs';
import { throwDiagnosticError } from './diagnostics.mjs';
import { esc, textUnits } from './utils.mjs';
const COLLECTIONS = Object.freeze({
architecture: 'components',
workflow: 'nodes',
sequence: 'participants',
dataflow: 'nodes',
lifecycle: 'states',
});
const MARK_BY_LOOKUP = new Map();
const MARK_BY_DOMAIN = new Map();
const RESOLVED_BY_NODE = new WeakMap();
const RESOLVED_MARK = Symbol('archify.brandMark');
const MAX_HTML_BYTES = 256 * 1024;
const MAX_IMAGE_BYTES = 1024 * 1024;
const MAX_CAPTURE_CONCURRENCY = 3;
const DEFAULT_CAPTURE_TIMEOUT_MS = 8000;
const USER_AGENT = 'Archify/2.15 brand-preview';
function lookupForms(value) {
const raw = String(value ?? '').trim().toLocaleLowerCase('en-US');
if (!raw) return [];
const dashed = raw.replace(/[\s_]+/g, '-');
const compact = raw.replace(/[\s_.-]+/g, '');
return [...new Set([raw, dashed, compact])];
}
for (const mark of BRAND_MARKS) {
for (const value of [mark.id, mark.title, ...mark.aliases]) {
for (const form of lookupForms(value)) {
if (!MARK_BY_LOOKUP.has(form)) MARK_BY_LOOKUP.set(form, mark);
}
}
for (const domain of mark.domains) MARK_BY_DOMAIN.set(domain, mark);
}
function asUrl(value) {
try {
const url = new URL(String(value));
return ['https:', 'http:'].includes(url.protocol) ? url : null;
} catch {
return null;
}
}
function domainMark(hostname) {
const host = hostname.toLocaleLowerCase('en-US').replace(/\.$/, '');
const candidates = [...MARK_BY_DOMAIN.entries()]
.filter(([domain]) => host === domain || host.endsWith(`.${domain}`))
.sort(([left], [right]) => right.length - left.length);
return candidates[0]?.[1] || null;
}
export function findBrandMark(value) {
const url = asUrl(value);
if (url) return domainMark(url.hostname);
for (const form of lookupForms(value)) {
const mark = MARK_BY_LOOKUP.get(form);
if (mark) return mark;
}
return null;
}
export function listBrandMarks(query = '') {
const needle = String(query).trim().toLocaleLowerCase('en-US');
return BRAND_MARKS.filter((mark) => {
if (!needle) return true;
return [mark.id, mark.title, mark.category, ...mark.aliases, ...mark.domains]
.some((value) => String(value).toLocaleLowerCase('en-US').includes(needle));
}).map(({ path, ...mark }) => mark);
}
function ipv4Private(address) {
const parts = address.split('.').map(Number);
if (parts.length !== 4 || parts.some((part) => !Number.isInteger(part) || part < 0 || part > 255)) return true;
const [a, b, c] = parts;
return a === 0 || a === 10 || a === 127 || a >= 224
|| (a === 100 && b >= 64 && b <= 127)
|| (a === 169 && b === 254)
|| (a === 172 && b >= 16 && b <= 31)
|| (a === 192 && b === 0 && (c === 0 || c === 2))
|| (a === 192 && b === 88 && c === 99)
|| (a === 192 && b === 168)
|| (a === 198 && (b === 18 || b === 19))
|| (a === 198 && b === 51 && c === 100)
|| (a === 203 && b === 0 && c === 113);
}
function ipv6Private(address) {
const normalized = address.toLocaleLowerCase('en-US').split('%')[0];
if (normalized === '::' || normalized === '::1') return true;
if (normalized.startsWith('fc') || normalized.startsWith('fd') || normalized.startsWith('ff') || /^fe[89ab]/.test(normalized)) return true;
if (normalized.startsWith('64:ff9b:') || normalized.startsWith('100:')
|| normalized.startsWith('2001:db8:') || normalized.startsWith('2002:')) return true;
const mappedDotted = normalized.match(/::ffff:(\d+\.\d+\.\d+\.\d+)$/);
if (mappedDotted) return ipv4Private(mappedDotted[1]);
const mappedHex = normalized.match(/::ffff:([0-9a-f]{1,4}):([0-9a-f]{1,4})$/);
if (mappedHex) {
const high = Number.parseInt(mappedHex[1], 16);
const low = Number.parseInt(mappedHex[2], 16);
return ipv4Private(`${high >>> 8}.${high & 255}.${low >>> 8}.${low & 255}`);
}
const compatibleHex = normalized.match(/^::([0-9a-f]{1,4}):([0-9a-f]{1,4})$/);
if (compatibleHex) {
const high = Number.parseInt(compatibleHex[1], 16);
const low = Number.parseInt(compatibleHex[2], 16);
return ipv4Private(`${high >>> 8}.${high & 255}.${low >>> 8}.${low & 255}`);
}
return false;
}
export function isPrivateBrandAddress(address) {
const family = net.isIP(address);
return family === 4 ? ipv4Private(address) : (family === 6 ? ipv6Private(address) : true);
}
function validateUrlShape(url, allowPrivate = process.env.ARCHIFY_BRAND_ALLOW_PRIVATE === '1') {
if (!['https:', 'http:'].includes(url.protocol)) throw new Error('only HTTP(S) brand links are supported');
if (url.username || url.password) throw new Error('brand links cannot contain credentials');
const expectedPort = url.protocol === 'https:' ? '443' : '80';
if (!allowPrivate && url.port && url.port !== expectedPort) {
throw new Error('brand links must use a standard web port');
}
const host = url.hostname.toLocaleLowerCase('en-US').replace(/\.$/, '').replace(/^\[|\]$/g, '');
if (!allowPrivate && (host === 'localhost' || host.endsWith('.localhost') || host.endsWith('.local'))) {
throw new Error('private brand links are not fetched');
}
return host;
}
function beforeDeadline(promise, deadline) {
const remaining = deadline - Date.now();
if (remaining <= 0) return Promise.reject(new Error('brand capture timed out'));
return new Promise((resolve, reject) => {
const timer = setTimeout(() => reject(new Error('brand capture timed out')), remaining);
timer.unref?.();
promise.then(
(value) => { clearTimeout(timer); resolve(value); },
(error) => { clearTimeout(timer); reject(error); },
);
});
}
async function resolveRequestTarget(url, deadline) {
const allowPrivate = process.env.ARCHIFY_BRAND_ALLOW_PRIVATE === '1';
const host = validateUrlShape(url, allowPrivate);
const directFamily = net.isIP(host);
const addresses = directFamily
? [{ address: host, family: directFamily }]
: await beforeDeadline(lookup(host, { all: true, verbatim: true }), deadline);
if (!addresses.length || (!allowPrivate && addresses.some(({ address }) => isPrivateBrandAddress(address)))) {
throw new Error('private brand links are not fetched');
}
return addresses[0];
}
function timeoutSignal(milliseconds) {
if (typeof AbortSignal.timeout === 'function') return AbortSignal.timeout(milliseconds);
const controller = new AbortController();
const timer = setTimeout(() => controller.abort(), milliseconds);
timer.unref?.();
return controller.signal;
}
function captureTimeoutMilliseconds() {
const configured = Number(process.env.ARCHIFY_BRAND_CAPTURE_TIMEOUT_MS);
if (!Number.isFinite(configured)) return DEFAULT_CAPTURE_TIMEOUT_MS;
return Math.max(100, Math.min(30000, Math.round(configured)));
}
function requestPinned(url, accept, target, deadline) {
return new Promise((resolve, reject) => {
const transport = url.protocol === 'https:' ? https : http;
const request = transport.request(url, {
method: 'GET',
signal: timeoutSignal(Math.max(1, Math.min(4500, deadline - Date.now()))),
headers: { accept, 'accept-encoding': 'identity', 'user-agent': USER_AGENT },
// Reuse the exact public address that passed validation. This closes the
// DNS-rebinding gap between checking a hostname and opening its socket.
lookup(_hostname, options, callback) {
if (options?.all) callback(null, [target]);
else callback(null, target.address, target.family);
},
}, (response) => {
const status = response.statusCode || 0;
resolve({
status,
ok: status >= 200 && status < 300,
headers: {
get(name) {
const value = response.headers[String(name).toLocaleLowerCase('en-US')];
return Array.isArray(value) ? value.join(', ') : (value ?? null);
},
},
body: response,
});
});
request.on('error', reject);
request.end();
});
}
async function checkedFetch(input, accept, deadline) {
let current = new URL(input);
for (let redirects = 0; redirects <= 3; redirects += 1) {
if (Date.now() >= deadline) throw new Error('brand capture timed out');
const target = await resolveRequestTarget(current, deadline);
const response = await requestPinned(current, accept, target, deadline);
if ([301, 302, 303, 307, 308].includes(response.status)) {
const location = response.headers.get('location');
response.body.resume();
if (!location || redirects === 3) throw new Error('brand link redirected too many times');
current = new URL(location, current);
continue;
}
if (!response.ok) {
response.body.resume();
throw new Error(`brand link returned HTTP ${response.status}`);
}
// Raw HTTP responses are not decompressed. Check successful bodies before
// HTML discovery or image validation so byte limits and digests stay valid.
const contentEncoding = (response.headers.get('content-encoding') || '').trim().toLowerCase();
if (contentEncoding && contentEncoding !== 'identity') {
response.body.destroy();
throw new Error(`unsupported brand content encoding ${contentEncoding}`);
}
return { response, finalUrl: current };
}
throw new Error('brand link redirected too many times');
}
async function readLimited(response, maximum) {
const declared = Number(response.headers.get('content-length'));
if (Number.isFinite(declared) && declared > maximum) {
response.body?.destroy?.();
throw new Error('brand asset is too large');
}
if (response.body && typeof response.body[Symbol.asyncIterator] === 'function') {
const chunks = [];
let total = 0;
for await (const value of response.body) {
total += value.byteLength;
if (total > maximum) {
response.body.destroy?.();
throw new Error('brand asset is too large');
}
chunks.push(Buffer.from(value));
}
return Buffer.concat(chunks, total);
}
if (!response.body?.getReader) {
const buffer = Buffer.from(await response.arrayBuffer());
if (buffer.length > maximum) throw new Error('brand asset is too large');
return buffer;
}
const reader = response.body.getReader();
const chunks = [];
let total = 0;
while (true) {
const { done, value } = await reader.read();
if (done) break;
total += value.byteLength;
if (total > maximum) {
await reader.cancel();
throw new Error('brand asset is too large');
}
chunks.push(Buffer.from(value));
}
return Buffer.concat(chunks, total);
}
// Read only the bounded head, independent of network chunk boundaries. Scan
// bytes once so many tiny chunks cannot cause repeated concatenation/rescanning.
// This is a boundary scanner, not a DOM parser: comments, quoted attributes and
// raw-text elements must not turn a literal </head> into an early stop.
async function readHtmlHead(response, maximum) {
const chunks = response.body && typeof response.body[Symbol.asyncIterator] === 'function'
? response.body : [await readLimited(response, maximum)];
const buffer = Buffer.alloc(maximum);
let total = 0;
let tagStart = -1;
let quote = 0;
let comment = false;
let rawClosing = '';
let matched = 0;
for await (const value of chunks) {
const chunk = Buffer.from(value);
const length = Math.min(chunk.length, maximum - total);
chunk.copy(buffer, total, 0, length);
for (let offset = 0; offset < length; offset++) {
const byte = chunk[offset];
const position = total + offset;
if (comment) {
if (byte === 0x3e && buffer[position - 1] === 0x2d && buffer[position - 2] === 0x2d) comment = false;
continue;
}
if (rawClosing) {
const lower = byte >= 65 && byte <= 90 ? byte + 32 : byte;
if (matched === rawClosing.length && [9, 10, 12, 13, 32, 47, 62].includes(byte)) {
tagStart = position - matched;
rawClosing = '';
matched = 0;
} else {
matched = lower === rawClosing.charCodeAt(matched) ? matched + 1 : (byte === 0x3c ? 1 : 0);
continue;
}
}
if (tagStart < 0) {
if (byte === 0x3c) tagStart = position;
continue;
}
if (position === tagStart + 1 && !((byte >= 65 && byte <= 90) || (byte >= 97 && byte <= 122) || [33, 47, 63].includes(byte))) {
tagStart = byte === 0x3c ? position : -1;
continue;
}
if (position === tagStart + 3 && buffer[tagStart + 1] === 0x21 && buffer[tagStart + 2] === 0x2d && byte === 0x2d) {
comment = true;
tagStart = -1;
continue;
}
if (quote) {
if (byte === quote) quote = 0;
continue;
}
if (byte === 0x22 || byte === 0x27) {
quote = byte;
continue;
}
if (byte === 0x3e) {
const tag = buffer.toString('utf8', tagStart, position + 1);
if (/^<\/head[\t\n\f\r ]*>$/i.test(tag)) {
response.body?.destroy?.();
return buffer.toString('utf8', 0, position + 1);
}
const raw = /^<(script|style|title|textarea|xmp|iframe|noembed|noframes)(?=[\t\n\f\r />])/i.exec(tag);
if (raw) rawClosing = `</${raw[1].toLowerCase()}`;
tagStart = -1;
}
}
total += length;
if (chunk.length > length) {
response.body?.destroy?.();
throw new Error('brand asset is too large');
}
}
return buffer.toString('utf8', 0, total);
}
function attribute(tag, name) {
const match = tag.match(new RegExp(`\\b${name}\\s*=\\s*(?:"([^"]*)"|'([^']*)'|([^\\s>]+))`, 'i'));
return match ? (match[1] ?? match[2] ?? match[3] ?? '') : '';
}
// HTML numeric references in the C1 range use the legacy Windows-1252 mapping.
// https://html.spec.whatwg.org/multipage/parsing.html#numeric-character-reference-end-state
const HTML_C1_REFERENCES = [
0x20ac, 0x81, 0x201a, 0x192, 0x201e, 0x2026, 0x2020, 0x2021,
0x2c6, 0x2030, 0x160, 0x2039, 0x152, 0x8d, 0x17d, 0x8f,
0x90, 0x2018, 0x2019, 0x201c, 0x201d, 0x2022, 0x2013, 0x2014,
0x2dc, 0x2122, 0x161, 0x203a, 0x153, 0x9d, 0x17e, 0x178,
];
const BASIC_HTML_REFERENCES = { amp: '&', quot: '"', apos: "'", lt: '<', gt: '>' };
function decodeIconHref(value) {
// Decode only after extracting the attribute, in one pass. Leave percent
// escapes to URL parsing and do not reinterpret decoded quotes as markup.
return value.replace(/&#(?:[xX]([0-9a-fA-F]+)|([0-9]+));?|&(amp|AMP|quot|QUOT|lt|LT|gt|GT)(?:;|(?![A-Za-z0-9=]))|&(apos);/g,
(_match, hex, decimal, named, apostrophe) => {
if (named || apostrophe) return BASIC_HTML_REFERENCES[(named || apostrophe).toLowerCase()];
let point = Number.parseInt(hex || decimal, hex ? 16 : 10);
if (point === 0 || point > 0x10ffff || (point >= 0xd800 && point <= 0xdfff)) return '\uFFFD';
if (point >= 0x80 && point <= 0x9f) point = HTML_C1_REFERENCES[point - 0x80];
return String.fromCodePoint(point);
});
}
function iconCandidates(html, pageUrl) {
const candidates = [];
for (const match of html.matchAll(/<link\b[^>]*>/gi)) {
const tag = match[0];
const rel = attribute(tag, 'rel').toLocaleLowerCase('en-US').split(/\s+/);
if (!rel.some((value) => value === 'icon' || value === 'apple-touch-icon' || value === 'mask-icon')) continue;
const href = decodeIconHref(attribute(tag, 'href'));
if (!href) continue;
try {
const url = new URL(href, pageUrl);
if (!['https:', 'http:'].includes(url.protocol)) continue;
const type = attribute(tag, 'type').toLocaleLowerCase('en-US');
const sizes = attribute(tag, 'sizes');
const area = [...sizes.matchAll(/(\d+)x(\d+)/gi)]
.reduce((best, size) => Math.max(best, Number(size[1]) * Number(size[2])), 0);
const score = (type.includes('svg') || /\.svg(?:$|[?#])/i.test(url.href) ? 1000000 : 0)
+ (rel.includes('apple-touch-icon') ? 500000 : 0)
+ area;
candidates.push({ url, score });
} catch {
// A malformed icon candidate is ignored; the deterministic fallback remains available.
}
}
candidates.sort((left, right) => right.score - left.score);
const fallback = new URL('/favicon.ico', pageUrl);
const unique = new Map(candidates.map((candidate) => [candidate.url.href, candidate]));
unique.delete(fallback.href);
return [...unique.values()].slice(0, 5).concat({ url: fallback, score: -1 });
}
async function imageData(response) {
const contentType = (response.headers.get('content-type') || '').split(';')[0].trim().toLocaleLowerCase('en-US');
const allowed = new Set([
'image/png',
'image/jpeg',
'image/webp',
'image/x-icon',
'image/vnd.microsoft.icon',
]);
if (!allowed.has(contentType)) {
response.body?.destroy?.();
throw new Error(`unsupported brand image type ${contentType || 'unknown'}`);
}
const buffer = await readLimited(response, MAX_IMAGE_BYTES);
const signatureMatches = contentType === 'image/png'
? buffer.length >= 45
&& buffer.subarray(0, 8).equals(Buffer.from([0x89, 0x50, 0x4e, 0x47, 0x0d, 0x0a, 0x1a, 0x0a]))
&& buffer.readUInt32BE(8) === 13
&& buffer.toString('ascii', 12, 16) === 'IHDR'
&& buffer.readUInt32BE(16) > 0
&& buffer.readUInt32BE(20) > 0
&& buffer.toString('ascii', buffer.length - 8, buffer.length - 4) === 'IEND'
: (contentType === 'image/jpeg'
? buffer.length >= 20
&& buffer[0] === 0xff && buffer[1] === 0xd8 && buffer[2] === 0xff
&& buffer.at(-2) === 0xff && buffer.at(-1) === 0xd9
: (contentType === 'image/webp'
? buffer.length >= 16
&& buffer.toString('ascii', 0, 4) === 'RIFF'
&& buffer.toString('ascii', 8, 12) === 'WEBP'
&& buffer.readUInt32LE(4) + 8 <= buffer.length
: buffer.length >= 22
&& buffer[0] === 0 && buffer[1] === 0 && buffer[2] === 1 && buffer[3] === 0
&& buffer.readUInt16LE(4) > 0
&& 6 + buffer.readUInt16LE(4) * 16 <= buffer.length));
if (!signatureMatches) throw new Error(`brand asset bytes do not match ${contentType}`);
return {
dataUrl: `data:${contentType};base64,${buffer.toString('base64')}`,
sha256: createHash('sha256').update(buffer).digest('hex'),
contentType,
};
}
async function captureRemoteBrand(value, deadline = Date.now() + captureTimeoutMilliseconds()) {
const sourceUrl = new URL(value);
const fallback = (reason) => ({
id: sourceUrl.hostname,
title: sourceUrl.hostname,
category: 'link',
kind: 'fallback',
status: 'unavailable',
sourceUrl: sourceUrl.href,
reason,
});
try {
const page = await checkedFetch(sourceUrl, 'text/html,application/xhtml+xml,image/*;q=0.8', deadline);
const pageType = (page.response.headers.get('content-type') || '').toLocaleLowerCase('en-US');
if (pageType.startsWith('image/')) {
const image = await imageData(page.response);
return {
id: sourceUrl.hostname,
title: sourceUrl.hostname,
category: 'link',
kind: 'remote',
status: 'captured',
sourceUrl: sourceUrl.href,
resolvedUrl: page.finalUrl.href,
...image,
};
}
if (!pageType.includes('text/html') && !pageType.includes('application/xhtml+xml')) {
page.response.body?.destroy?.();
return fallback('linked page is not HTML');
}
const html = await readHtmlHead(page.response, MAX_HTML_BYTES);
const iconErrors = [];
for (const candidate of iconCandidates(html, page.finalUrl)) {
try {
const fetched = await checkedFetch(candidate.url, 'image/*', deadline);
const image = await imageData(fetched.response);
return {
id: sourceUrl.hostname,
title: sourceUrl.hostname,
category: 'link',
kind: 'remote',
status: 'captured',
sourceUrl: sourceUrl.href,
resolvedUrl: fetched.finalUrl.href,
...image,
};
} catch (error) {
iconErrors.push(error);
// Try the next declared favicon before using the generic link mark.
}
}
const usefulError = iconErrors.find((error) => /unsupported brand (?:image type|content encoding)/i.test(error?.message))
|| iconErrors.at(-1);
return fallback(usefulError?.message || 'no usable site icon was found');
} catch (error) {
return fallback(error.message);
}
}
export async function captureBrandReference(value) {
const url = asUrl(value);
if (!url) throw new Error('brand capture requires one HTTP(S) URL');
validateUrlShape(url);
const preset = findBrandMark(url.href);
if (preset) return { brand: preset.id, resolved: { ...preset, kind: 'preset', status: 'preset' } };
const resolved = await captureRemoteBrand(url.href);
if (resolved.status !== 'captured' || !resolved.sha256) {
throw new Error(`brand capture failed: ${resolved.reason || 'no usable site icon was found'}`);
}
return {
brand: { url: url.href, sha256: resolved.sha256 },
resolved,
};
}
function remoteBrand(value, cache, deadline) {
const key = new URL(value).href;
if (!cache.has(key)) cache.set(key, captureRemoteBrand(key, deadline));
return cache.get(key);
}
function suggestions(value) {
const needle = lookupForms(value)[0] || '';
return BRAND_MARKS.map((mark) => ({
id: mark.id,
score: lookupForms(mark.id).some((form) => form.includes(needle) || needle.includes(form)) ? 0 : 1,
})).sort((left, right) => left.score - right.score || left.id.localeCompare(right.id))
.slice(0, 5)
.map((entry) => entry.id);
}
async function mapConcurrent(values, limit, visit) {
let cursor = 0;
const workers = Array.from({ length: Math.min(limit, values.length) }, async () => {
while (cursor < values.length) {
const index = cursor;
cursor += 1;
await visit(values[index], index);
}
});
await Promise.all(workers);
}
export async function prepareDiagramBrandMarks(diagramType, diagram) {
const collection = COLLECTIONS[diagramType];
const nodes = collection && Array.isArray(diagram[collection]) ? diagram[collection] : [];
const unknown = [];
const remoteByUrl = new Map();
const deadline = Date.now() + captureTimeoutMilliseconds();
await mapConcurrent(nodes, MAX_CAPTURE_CONCURRENCY, async (node, index) => {
if (!node.brand) return;
if (typeof node.brand === 'object') {
const url = asUrl(node.brand.url);
const resolved = url ? await remoteBrand(url.href, remoteByUrl, deadline) : null;
if (!resolved || resolved.status !== 'captured') {
unknown.push(`/${collection}/${index}/brand could not reproduce the pinned capture: ${resolved?.reason || 'invalid URL'}`);
return;
}
if (resolved.sha256 !== node.brand.sha256) {
unknown.push(`/${collection}/${index}/brand digest changed: expected ${node.brand.sha256}, received ${resolved.sha256}`);
return;
}
node[RESOLVED_MARK] = resolved;
RESOLVED_BY_NODE.set(node, resolved);
return;
}
const preset = findBrandMark(node.brand);
if (preset) {
const resolved = { ...preset, kind: 'preset', status: 'preset', sourceUrl: preset.provenance.source };
node[RESOLVED_MARK] = resolved;
RESOLVED_BY_NODE.set(node, resolved);
return;
}
const url = asUrl(node.brand);
if (url) {
unknown.push(`/${collection}/${index}/brand ${JSON.stringify(node.brand)} is an unpinned URL; capture it first with \`archify brands capture ${url.href} --json\``);
return;
}
unknown.push(`/${collection}/${index}/brand ${JSON.stringify(node.brand)} is not a built-in brand; closest IDs: ${suggestions(node.brand).join(', ')}`);
});
if (unknown.length) {
throwDiagnosticError(`Brand mark validation failed:\n- ${unknown.join('\n- ')}`, unknown.map((message) => ({
code: message.includes('is an unpinned URL') ? 'brand/unpinned-url'
: (message.includes('digest changed') ? 'brand/digest-mismatch'
: (message.includes('could not reproduce') ? 'brand/capture-unavailable' : 'brand/unknown')),
severity: 'error',
message,
subject: { diagramType, collection },
evidence: {},
supportedFixes: message.includes('is an unpinned URL')
? ['run `archify brands capture <url> --json` and author the returned digest-pinned brand object']
: ['choose an ID from `archify brands`', 'run `archify brands capture <url> --json` for an unknown official site'],
})));
}
}
export function brandMarkFor(node) {
return node?.[RESOLVED_MARK] || RESOLVED_BY_NODE.get(node) || null;
}
export function brandMetadataFor(node) {
const mark = brandMarkFor(node);
return mark ? {
brand: mark.title,
brandId: mark.id,
brandStatus: mark.status,
brandSource: mark.sourceUrl,
} : {};
}
export function brandLabelFitWidth(node, width) {
return brandMarkFor(node) ? Math.max(1, width - 48) : width;
}
export function brandTopRailProblem(node, width, minimumFontSize, subject = 'Node') {
if (!brandMarkFor(node)) return null;
const available = width - 48;
const required = textUnits(node.label) * minimumFontSize * 0.6;
if (available >= required) return null;
return `${subject} "${node.id}" brand top rail leaves ${Math.max(0, available)}px for its label, but `
+ `"${node.label}" needs ~${Math.ceil(required)}px at the ${minimumFontSize}px legible minimum — widen the node or shorten the label.`;
}
function markAttrs(mark) {
return [
`data-brand-mark="${esc(mark.id)}"`,
`data-brand-title="${esc(mark.title)}"`,
`data-brand-status="${esc(mark.status)}"`,
mark.sourceUrl ? `data-brand-source="${esc(mark.sourceUrl)}"` : '',
mark.sha256 ? `data-brand-sha256="${esc(mark.sha256)}"` : '',
].filter(Boolean).join(' ');
}
export function renderBrandMark(node, { x, y, size = 16 } = {}) {
const mark = brandMarkFor(node);
if (!mark) return '';
const inset = 3;
let content;
if (mark.kind === 'preset') {
const scale = (size - inset * 2) / mark.viewBox;
content = `<path d="${esc(mark.path)}" transform="translate(${inset} ${inset}) scale(${scale})" fill="#${esc(mark.hex)}"/>`;
} else if (mark.kind === 'remote') {
content = `<image href="${esc(mark.dataUrl)}" x="${inset}" y="${inset}" width="${size - inset * 2}" height="${size - inset * 2}" preserveAspectRatio="xMidYMid meet"/>`;
} else {
const scale = size / 20;
content = `<g transform="scale(${scale})" class="brand-mark-fallback"><circle cx="10" cy="10" r="5.2"/><path d="M4.8 10h10.4M10 4.8c1.6 1.6 2.4 3.3 2.4 5.2s-.8 3.6-2.4 5.2M10 4.8C8.4 6.4 7.6 8.1 7.6 10s.8 3.6 2.4 5.2"/></g>`;
}
return `<g aria-hidden="true" ${markAttrs(mark)} class="brand-mark" transform="translate(${x} ${y})">
<rect width="${size}" height="${size}" rx="4" class="brand-mark-badge"/>
${content}
<rect width="${size}" height="${size}" rx="4" class="brand-mark-frame"/>
</g>`;
}
vendor/archify/renderers/shared/cli.mjs
Vendored
+451
View File
@@ -0,0 +1,451 @@
import { createHash } from 'node:crypto';
import fs from 'node:fs';
import path from 'node:path';
import { applyTemplate, renderCards, esc } from './utils.mjs';
import { validateSchema } from './validator.mjs';
import { verifyRepositoryEvidence } from './repository-evidence.mjs';
import { installRendererDiagnosticBoundary, throwDiagnosticError, throwDiagnosticProblems, recordDiagnostic } from './diagnostics.mjs';
import { validateEngineeringProfile } from './engineering-profiles.mjs';
import {
resolveOutputPath,
validateAuthoredOutputPath,
} from './output-path.mjs';
import {
captureAtomicOutput,
captureRegularFileBinding,
publishRegularFileBinding,
releaseRegularFileBinding,
removeOwnedRegularFile,
verifyAtomicOutput,
} from './atomic-output.mjs';
import { resolveLocale, translateMessage, registerLocale, SUPPORTED_LOCALES } from './i18n.mjs';
import { prepareDiagramBrandMarks } from './brand-marks.mjs';
const outputPathGuards = new Map();
let renderCandidateSequence = 0;
// meta.locale is renderer-owned Viewer UI, not authored content.
// en and zh-CN ship as built-in catalogs.
// Any other tag needs meta.translations (validated against the English
// message-key set, layered over English per-key so partial/invalid entries
// never break rendering) or it falls back to the English Viewer chrome —
// the same "omit locale, disclose the fallback" contract as before, just
// resolved from data instead of a hard-coded enum. See i18n.mjs.
function applyLocaleTranslations(diagramType, diagram) {
const locale = diagram.meta?.locale;
if (!locale) return;
const translations = diagram.meta?.translations;
if (translations && Object.keys(translations).length) {
const report = registerLocale(locale, translations);
if (report.missingKeys.length || report.unknownKeys.length || report.placeholderMismatches.length) {
recordDiagnostic({
code: 'i18n/translation-coverage',
severity: 'warning',
message: `meta.translations for locale ${JSON.stringify(locale)} covers ${report.coveredKeys}/${report.totalKeys} renderer-owned messages (${Math.round(report.coverage * 100)}%); uncovered keys fall back to English.`,
subject: { diagramType, path: '/meta/translations' },
evidence: {
missingKeys: report.missingKeys.slice(0, 10),
missingKeysTotal: report.missingKeys.length,
unknownKeys: report.unknownKeys.slice(0, 10),
unknownKeysTotal: report.unknownKeys.length,
placeholderMismatches: report.placeholderMismatches.slice(0, 10),
placeholderMismatchesTotal: report.placeholderMismatches.length,
},
supportedFixes: ['Add the missing keys to meta.translations.', 'Match each translation\'s {placeholders} to the English source string.'],
});
// Coverage is a fact about this render, not just a diagnostic-mode
// artifact: print it to stderr unconditionally so `render`/`deliver`/
// `validate` disclose the fallback even without ARCHIFY_DIAGNOSTIC_FORMAT.
console.warn(`archify: meta.translations for locale ${JSON.stringify(locale)} covers ${report.coveredKeys}/${report.totalKeys} renderer-owned messages (${Math.round(report.coverage * 100)}%); uncovered keys fall back to English.`);
}
} else if (!SUPPORTED_LOCALES.includes(locale)) {
recordDiagnostic({
code: 'i18n/locale-fallback',
severity: 'warning',
message: `meta.locale ${JSON.stringify(locale)} has no built-in catalog and no meta.translations; the Viewer chrome and <html lang> fall back to English.`,
subject: { diagramType, path: '/meta/locale' },
supportedFixes: ['Supply meta.translations for this locale.', `Use a built-in locale: ${SUPPORTED_LOCALES.join(', ')}.`],
});
console.warn(`archify: meta.locale ${JSON.stringify(locale)} has no built-in catalog and no meta.translations; the Viewer chrome and <html lang> fall back to English.`);
}
}
// Common CLI head: node render-<type>.mjs [input.json] [output.html]
// Keep this synchronous because callers also use it to establish the guarded
// output path before testing a last-moment filesystem alias change.
export function loadDiagram({ rendererDir, diagramType, defaultExample, argv = process.argv }) {
// Compilers also import this module for SVG helpers. Only CLI execution
// should install a process-level handler, before reading or validating input.
installRendererDiagnosticBoundary();
const skillRoot = path.resolve(rendererDir, '../..');
const inputPath = path.resolve(argv[2] || path.join(skillRoot, 'examples', defaultExample));
let input;
try {
input = fs.readFileSync(inputPath, 'utf8');
} catch (error) {
if (!isFilesystemError(error)) throw error;
const message = `Input could not be read: ${error.message}`;
throwDiagnosticError(message, [{
code: 'input/read', message,
subject: { input: inputPath },
evidence: { systemCode: error.code, reason: error.message },
supportedFixes: ['provide one readable JSON input file'],
}]);
}
let diagram;
try {
diagram = JSON.parse(input);
} catch (error) {
if (!(error instanceof SyntaxError)) throw error;
const message = `Input JSON could not be parsed: ${error.message}`;
throwDiagnosticError(message, [{
code: 'input/json-parse', message,
subject: { input: inputPath },
evidence: { reason: error.message },
supportedFixes: ['repair the JSON syntax and run validation again'],
}]);
}
const authoredOutput = diagram?.meta?.output;
if (authoredOutput !== undefined) validateAuthoredOutputPath(authoredOutput);
validateSchema(diagramType, diagram);
applyLocaleTranslations(diagramType, diagram);
validateCrossCollectionContracts(diagramType, diagram);
validateEngineeringProfile(diagramType, diagram);
const sourceEvidence = verifyRepositoryEvidence(diagramType, diagram, process.env.ARCHIFY_REPO_ROOT);
const template = fs.readFileSync(path.join(skillRoot, 'assets/template.html'), 'utf8');
const outputRequest = {
requestedOutput: argv[3],
authoredOutput: diagram.meta?.output,
defaultOutput: `${diagramType}.html`,
inputPaths: [inputPath],
cwd: process.cwd(),
};
let outPath;
try {
({ outputPath: outPath } = resolveOutputPath(outputRequest));
} catch (error) {
throwOutputError(error, path.resolve(outputRequest.requestedOutput || outputRequest.authoredOutput || outputRequest.defaultOutput));
}
outputPathGuards.set(outPath, outputRequest);
return { diagram, template, outPath, sourceEvidence };
}
// Brand URL capture is the only asynchronous authoring step. Typed renderers
// opt into it through this wrapper without changing loadDiagram's long-lived
// synchronous safety contract.
export async function loadDiagramWithBrandMarks(options) {
const loaded = loadDiagram(options);
await prepareDiagramBrandMarks(options.diagramType, loaded.diagram);
return loaded;
}
const START_TYPES = new Set(['architecture', 'workflow', 'sequence', 'dataflow', 'lifecycle']);
function isFilesystemError(error) {
return typeof error?.code === 'string'
&& typeof error?.syscall === 'string'
&& typeof error?.errno === 'number';
}
function throwOutputError(error, output) {
if (error?.archifyDiagnostics || !isFilesystemError(error)) throw error;
const message = `Output could not be written: ${error.message}`;
throwDiagnosticError(message, [{
code: 'output/write', message,
subject: { output },
evidence: { systemCode: error.code, reason: error.message },
supportedFixes: ['choose a writable HTML file path and ensure its parent directories can be created'],
}]);
}
function throwAtomicOutputFailure(result, output) {
const reason = result.reason || { code: 'unclassified' };
const changed = result.status === 'different';
const candidate = reason.code.startsWith('candidate-');
const nonRegular = ['target-not-regular-file', 'candidate-not-regular-file'].includes(reason.code);
const hardlinked = ['target-hardlinked', 'candidate-hardlinked'].includes(reason.code);
const message = changed
? 'Output target changed while the rendered artifact was being prepared.'
: nonRegular
? candidate
? 'Temporary output candidate is no longer a regular file.'
: 'Output already exists and is not a regular file.'
: hardlinked
? candidate
? 'Temporary output candidate has multiple hard-link names.'
: 'Output already exists through multiple hard-link names.'
: 'Output target stability could not be determined safely before commit.';
throwDiagnosticError(message, [{
code: changed
? 'output/target-changed'
: nonRegular
? 'output/target-not-regular-file'
: hardlinked
? 'output/target-hardlinked'
: 'output/target-indeterminate',
message,
subject: { output },
evidence: { relation: reason },
supportedFixes: [hardlinked
? 'choose a non-hardlinked output path; atomic replacement cannot update every hard-link name'
: 'retry after other processes stop replacing or redirecting the output path'],
}]);
}
function stageRenderedHtml(outputPath, html, mode) {
for (let attempt = 0; attempt < 100; attempt += 1) {
renderCandidateSequence += 1;
const candidatePath = path.join(
path.dirname(outputPath),
`.archify-render-${process.pid}-${Date.now().toString(36)}-${renderCandidateSequence}.tmp`,
);
let descriptor;
let identity;
try {
const noFollow = process.platform === 'win32' ? 0 : (fs.constants.O_NOFOLLOW || 0);
descriptor = fs.openSync(
candidatePath,
fs.constants.O_WRONLY | fs.constants.O_CREAT | fs.constants.O_EXCL | noFollow,
mode ?? 0o666,
);
let metadata;
try {
metadata = fs.fstatSync(descriptor, { bigint: true });
} catch (error) {
// A transient first inspection failure must not strand the exclusive
// candidate. A successful retry binds cleanup to the still-open file;
// if both inspections fail, preserving the unknown entry is safer.
try {
const retry = fs.fstatSync(descriptor, { bigint: true });
if (retry.isFile() && retry.ino !== 0n) {
identity = { device: retry.dev, inode: retry.ino };
}
} catch {}
throw error;
}
if (!metadata.isFile() || metadata.ino === 0n) {
throw new Error('Temporary render candidate identity could not be verified safely.');
}
identity = { device: metadata.dev, inode: metadata.ino };
fs.writeFileSync(descriptor, html);
// Creation modes are filtered through the process umask. An atomic
// replacement must retain the exact permissions of an existing target,
// while a brand-new target should keep normal umask behavior.
if (mode !== null) fs.fchmodSync(descriptor, mode);
fs.closeSync(descriptor);
descriptor = undefined;
return { candidatePath, identity };
} catch (error) {
if (descriptor !== undefined) {
try { fs.closeSync(descriptor); } catch {}
}
if (error.code === 'EEXIST') continue;
if (identity) {
const cleanup = removeOwnedRegularFile(candidatePath, identity);
if (!['removed', 'absent', 'preserved'].includes(cleanup.status)) {
const cleanupError = new Error(`${error.message}; temporary render candidate cleanup also failed.`);
cleanupError.cause = error;
throw cleanupError;
}
}
throw error;
}
}
const error = new Error(`Could not reserve a temporary render candidate beside "${outputPath}".`);
error.code = 'EEXIST';
error.errno = -17;
error.syscall = 'open';
throw error;
}
// Common CLI tail: fill the template and write the standalone HTML file.
export function writeDiagram({ outPath, template, diagramType, meta, svg, cards, sourceEvidence = null }) {
if (!START_TYPES.has(diagramType)) throw new Error(`writeDiagram: unknown diagram type ${JSON.stringify(diagramType)}`);
const outputGuard = outputPathGuards.get(outPath);
const html = applyTemplate(template, {
title: meta.title,
subtitle: meta.subtitle,
svg,
cards: renderCards(cards),
locale: meta.locale,
visualPreset: meta.visual_preset || 'classic',
sourceEvidence,
});
let candidatePath;
let candidateIdentity;
let candidateBinding;
try {
fs.mkdirSync(path.dirname(outPath), { recursive: true });
const outputCapture = captureAtomicOutput(outPath);
if (outputCapture.status !== 'captured') throwAtomicOutputFailure(outputCapture, outPath);
const beforeStage = verifyAtomicOutput(outputCapture.snapshot);
if (beforeStage.status !== 'match') throwAtomicOutputFailure(beforeStage, outPath);
({ candidatePath, identity: candidateIdentity } = stageRenderedHtml(
outputCapture.commitPath,
html,
outputCapture.mode,
));
// The renderer may spend substantial time building HTML after loadDiagram
// establishes the guard. Re-run it after staging so a last-moment alias
// cannot redirect the commit onto an input file.
if (outputGuard) resolveOutputPath(outputGuard);
const candidateCapture = captureRegularFileBinding(candidatePath, {
subject: 'candidate',
expectedSha256: createHash('sha256').update(html).digest('hex'),
expectedBytes: Buffer.byteLength(html),
expectedIdentity: candidateIdentity,
...(outputCapture.mode === null ? {} : { expectedMode: outputCapture.mode }),
});
if (candidateCapture.status !== 'captured') throwAtomicOutputFailure(candidateCapture, outPath);
candidateBinding = candidateCapture.binding;
const beforeCommit = verifyAtomicOutput(outputCapture.snapshot);
if (beforeCommit.status !== 'match') throwAtomicOutputFailure(beforeCommit, outPath);
const publication = publishRegularFileBinding(
candidateBinding,
candidatePath,
outputCapture.snapshot,
{ subject: 'candidate' },
);
if (!['committed', 'committed-with-warning'].includes(publication.status)) {
throwAtomicOutputFailure(publication, outPath);
}
const releasedCandidate = releaseRegularFileBinding(candidateBinding);
candidateBinding = undefined;
if (releasedCandidate.status !== 'released') throwAtomicOutputFailure(releasedCandidate, outPath);
candidatePath = undefined;
candidateIdentity = undefined;
} catch (error) {
throwOutputError(error, outPath);
} finally {
outputPathGuards.delete(outPath);
if (candidateBinding) releaseRegularFileBinding(candidateBinding);
if (candidatePath && candidateIdentity) {
const cleanup = removeOwnedRegularFile(candidatePath, candidateIdentity);
if (!['removed', 'absent', 'preserved'].includes(cleanup.status)) {
throwAtomicOutputFailure(cleanup, outPath);
}
}
}
console.log(outPath);
}
const SEMANTIC_COLLECTIONS = {
architecture: 'components',
workflow: 'nodes',
sequence: 'participants',
dataflow: 'nodes',
lifecycle: 'states',
};
const RELATIONSHIP_COLLECTIONS = {
architecture: 'connections',
workflow: 'edges',
sequence: 'messages',
dataflow: 'flows',
lifecycle: 'transitions',
};
// Relationship IDs are optional for backwards compatibility, but once an
// author supplies one it becomes the durable identity used by viewer links.
// Keep uniqueness enforcement in the shared zero-install path so every typed
// renderer fails the same way even when development dependencies are absent.
export function validateRelationshipIds(diagramType, diagram) {
const collection = RELATIONSHIP_COLLECTIONS[diagramType];
const relationships = collection && Array.isArray(diagram[collection]) ? diagram[collection] : [];
const seen = new Set();
const problems = [];
relationships.forEach((relationship, index) => {
if (relationship.id === undefined || relationship.id === null || relationship.id === '') return;
if (seen.has(relationship.id)) {
problems.push(`/${collection}/${index}/id duplicates relationship id ${JSON.stringify(relationship.id)}`);
}
seen.add(relationship.id);
});
if (problems.length) {
throwDiagnosticProblems('Relationship identity validation failed', problems, {
code: 'relationship/duplicate-id',
subject: { diagramType, collection },
});
}
}
// Share relationship-ID semantic checks between the loader
// and workflow compiler without performing filesystem operations (see #429).
export function validateCrossCollectionContracts(diagramType, diagram) {
validateRelationshipIds(diagramType, diagram);
}
// Accessible name for the generated diagram SVG.
export function svgRootAttrs(meta, explicitQualityProfile) {
const animation = meta.animation === 'trace' ? ' data-animation="trace"' : '';
const preset = ` data-preset="${esc(meta.visual_preset || 'classic')}"`;
const engineeringProfile = meta.engineering_profile
? ` data-engineering-profile="${esc(meta.engineering_profile)}"`
: '';
const requestedProfile = explicitQualityProfile || process.env.ARCHIFY_QUALITY_PROFILE || meta.quality_profile;
const qualityProfile = requestedProfile === 'showcase' ? 'showcase' : 'standard';
const advisory = requestedProfile ? '' : ' data-quality-gates="advisory"';
return `role="img" lang="${esc(resolveLocale(meta.locale))}" aria-labelledby="archify-diagram-title archify-diagram-description"${animation}${preset}${engineeringProfile} data-quality-profile="${esc(qualityProfile)}"${advisory}`;
}
// Keep the accessible name inside the SVG so it survives standalone SVG
// export and embedding. The fixed IDs are deterministic because an Archify
// artifact intentionally contains one primary diagram SVG.
export function svgAccessibleText(meta, kind) {
const description = meta.subtitle || translateMessage(meta.locale, `diagram.description.${kind}`);
return ` <title id="archify-diagram-title">${esc(meta.title)}</title>\n <desc id="archify-diagram-description">${esc(description)}</desc>`;
}
export function animateAttr(meta, kind, step) {
if (meta.animation !== 'trace') return '';
// Ambient trace must finish inside the fixed six-second WebM capture. The
// cap affects visual delay only; authored order and semantic identity stay
// untouched in the JSON, DOM, and relationship contracts.
const safeStep = Number.isFinite(step) && step >= 0 ? Math.min(12, Math.floor(step)) : 0;
return ` data-animate="${kind}" style="--step:${safeStep}"`;
}
// Stable semantic hooks for the standalone HTML explorer. IDs already pass
// the schema's conservative identifier pattern; escape again at the markup
// boundary so these helpers remain safe if that contract expands later.
export function focusNodeAttrs(id, label, metadata = {}, locale) {
const optional = [
['data-node-kind', metadata.kind],
['data-node-sublabel', metadata.sublabel],
['data-node-tag', metadata.tag],
['data-node-context', metadata.context],
['data-node-brand', metadata.brand],
['data-node-brand-id', metadata.brandId],
['data-node-brand-status', metadata.brandStatus],
['data-node-brand-source', metadata.brandSource],
].filter(([, value]) => value !== undefined && value !== null && String(value).trim() !== '')
.map(([name, value]) => ` ${name}="${esc(String(value))}"`)
.join('');
const detail = [metadata.sublabel, metadata.context, metadata.brand]
.filter((value) => value !== undefined && value !== null && String(value).trim() !== '')
.join(', ');
const aria = detail
? translateMessage(locale, 'node.focus.detail', { label, detail })
: translateMessage(locale, 'node.focus', { label });
return `id="node-${esc(id)}" data-node-id="${esc(id)}" data-node-label="${esc(label)}" tabindex="0" role="button" aria-label="${esc(aria)}" aria-pressed="false"${optional}`;
}
// Native SVG titles preserve a compact details-on-demand fallback when the
// canonical SVG is embedded inline outside the full Archify viewer.
export function focusNodeTitle(label, metadata = {}) {
const parts = [label, metadata.sublabel, metadata.context, metadata.tag, metadata.brand]
.filter((value) => value !== undefined && value !== null && String(value).trim() !== '');
return `<title>${esc(parts.join(' · '))}</title>`;
}
export function focusEdgeAttrs(from, to, label, key, id) {
const named = label ? ` data-edge-label="${esc(label)}"` : '';
const keyed = key !== undefined && key !== null ? ` data-edge-key="${esc(String(key))}"` : '';
const identified = id !== undefined && id !== null && String(id).trim() !== ''
? ` data-edge-id="${esc(String(id))}"`
: '';
return `data-edge-from="${esc(from)}" data-edge-to="${esc(to)}"${named}${keyed}${identified}`;
}
vendor/archify/renderers/shared/desktop-readability.mjs
Vendored
+132
View File
@@ -0,0 +1,132 @@
export const DESKTOP_READABILITY_VIEWPORT = Object.freeze({ width: 1440, height: 900 });
export const DESKTOP_READER_MIN_WIDTH = 960;
export const DESKTOP_READER_HORIZONTAL_CHROME = 30;
export const DESKTOP_READER_DIAGRAM_WIDTH = DESKTOP_READER_MIN_WIDTH - DESKTOP_READER_HORIZONTAL_CHROME;
export const MIN_PROJECTED_NODE_TEXT_PX = 6;
export const DECLARED_WIDE_READER_CONTRACT = 'declared-wide-v1';
export const DECLARED_WIDE_READER_RATIO = 1.55;
export const DECLARED_WIDE_READER_MAX_WIDTH = 1920;
export const DECLARED_WIDE_REFERENCE_BODY_HORIZONTAL_PX = 64;
export const DECLARED_WIDE_REFERENCE_DIAGRAM_HORIZONTAL_PX = 30;
export function projectedNodeTextPx(sourceFontPx, viewBoxWidth, diagramWidth = DESKTOP_READER_DIAGRAM_WIDTH) {
if (![sourceFontPx, viewBoxWidth, diagramWidth].every(Number.isFinite) || viewBoxWidth <= 0 || diagramWidth <= 0) {
return Number.NaN;
}
return sourceFontPx * Math.min(1, diagramWidth / viewBoxWidth);
}
export function minimumReadableSourceTextPx(
viewBoxWidth,
diagramWidth = DESKTOP_READER_DIAGRAM_WIDTH,
minimumProjectedPx = MIN_PROJECTED_NODE_TEXT_PX,
) {
if (![viewBoxWidth, diagramWidth, minimumProjectedPx].every(Number.isFinite)
|| viewBoxWidth <= 0
|| diagramWidth <= 0
|| minimumProjectedPx <= 0) {
return Number.NaN;
}
return minimumProjectedPx / Math.min(1, diagramWidth / viewBoxWidth);
}
// This is deliberately separate from the legacy 930px projection. Architecture
// boundary convergence depends on that legacy default, while only a recognized
// v2 wide Reader may use this declared-width proof.
export function declaredWideReadabilityBudget({
viewBoxWidth,
viewBoxHeight,
minimumSourceTextPx,
requestedMinimumTextPx,
viewportWidth = DESKTOP_READABILITY_VIEWPORT.width,
bodyHorizontalPx = DECLARED_WIDE_REFERENCE_BODY_HORIZONTAL_PX,
diagramHorizontalPx = DECLARED_WIDE_REFERENCE_DIAGRAM_HORIZONTAL_PX,
minimumReaderWidth = DESKTOP_READER_MIN_WIDTH,
maximumReaderWidth = DECLARED_WIDE_READER_MAX_WIDTH,
} = {}) {
const values = [
viewBoxWidth, viewBoxHeight, minimumSourceTextPx, requestedMinimumTextPx,
viewportWidth, bodyHorizontalPx, diagramHorizontalPx, minimumReaderWidth, maximumReaderWidth,
];
if (!values.every(Number.isFinite) || viewBoxWidth <= 0 || viewBoxHeight <= 0
|| minimumSourceTextPx <= 0 || requestedMinimumTextPx <= 0 || viewportWidth <= 0
|| bodyHorizontalPx < 0 || diagramHorizontalPx < 0 || minimumReaderWidth <= 0
|| maximumReaderWidth < minimumReaderWidth || viewBoxWidth / viewBoxHeight < DECLARED_WIDE_READER_RATIO) {
return null;
}
const requestedTargetPx = Math.max(MIN_PROJECTED_NODE_TEXT_PX, requestedMinimumTextPx);
const requestedScale = Math.min(1, requestedTargetPx / minimumSourceTextPx);
const desiredReaderWidth = Math.max(minimumReaderWidth, viewBoxWidth * requestedScale + diagramHorizontalPx);
const viewportCap = Math.max(0, viewportWidth - bodyHorizontalPx);
const cap = Math.min(maximumReaderWidth, viewportCap);
const actualReaderWidth = Math.min(desiredReaderWidth, cap);
const guaranteedSvgWidth = Math.max(0, actualReaderWidth - diagramHorizontalPx);
const projectedMinimumTextPx = projectedNodeTextPx(minimumSourceTextPx, viewBoxWidth, guaranteedSvgWidth);
const limit = actualReaderWidth < desiredReaderWidth
? (viewportCap <= maximumReaderWidth ? 'viewport-cap' : 'reader-cap')
: 'source-size';
return {
requestedTargetPx,
requestedScale,
desiredReaderWidth,
viewportCap,
maximumReaderWidth,
actualReaderWidth,
guaranteedSvgWidth,
projectedMinimumTextPx,
hardFloorPx: MIN_PROJECTED_NODE_TEXT_PX,
hardFloorMet: projectedMinimumTextPx >= MIN_PROJECTED_NODE_TEXT_PX,
requestedTargetMet: projectedMinimumTextPx >= requestedMinimumTextPx,
limit,
};
}
// Vertical chrome that always stacks with the SVG at the 1440x900 desktop
// viewport, measured from the delivered Viewer with the shortest one-line
// header and no cards: body padding 12, header 39, diagram padding/border 75.
// Cards are excluded so the prediction stays a lower bound.
export const DESKTOP_FIXED_VERTICAL_CHROME_PX = Object.freeze({ body: 12, header: 39, diagram: 75 });
// A canvas the Reader can neither narrow (viewBox ratio below the wide
// threshold) nor scroll readably (no intrinsic-height fit) renders at the full
// reader width, so its page height is a function of the viewBox alone. Returns
// null when the Reader has a way to fit the page; otherwise the certain
// overflow at 1440x900 before any cards are counted.
export function predictedFixedWidthOverflow({
viewBoxWidth,
viewBoxHeight,
readerFit,
diagramType,
viewport = DESKTOP_READABILITY_VIEWPORT,
bodyHorizontalPx = DECLARED_WIDE_REFERENCE_BODY_HORIZONTAL_PX,
diagramHorizontalPx = DECLARED_WIDE_REFERENCE_DIAGRAM_HORIZONTAL_PX,
chrome = DESKTOP_FIXED_VERTICAL_CHROME_PX,
} = {}) {
if (![viewBoxWidth, viewBoxHeight].every(Number.isFinite) || viewBoxWidth <= 0 || viewBoxHeight <= 0) return null;
const ratio = viewBoxWidth / viewBoxHeight;
if (readerFit === 'intrinsic-height'
|| (readerFit === 'authored-height' && diagramType === 'architecture')
|| ratio >= DECLARED_WIDE_READER_RATIO) return null;
const svgWidthPx = viewport.width - bodyHorizontalPx - diagramHorizontalPx;
const svgHeightPx = Math.round(svgWidthPx * viewBoxHeight / viewBoxWidth);
const fixedChromePx = chrome.body + chrome.header + chrome.diagram;
const pageHeightPx = svgHeightPx + fixedChromePx;
if (pageHeightPx <= viewport.height) return null;
return {
viewportWidth: viewport.width,
viewportHeight: viewport.height,
ratio: Math.round(ratio * 100) / 100,
wideRatio: DECLARED_WIDE_READER_RATIO,
svgWidthPx,
svgHeightPx,
fixedChromePx,
pageHeightPx,
overflowPx: pageHeightPx - viewport.height,
};
}
export function describeFixedWidthOverflow(issue) {
const maximumViewBoxHeight = Math.floor(issue.viewBoxWidth / issue.wideRatio);
const wideViewBoxWidth = Math.ceil(issue.viewBoxHeight * issue.wideRatio);
return `Preserve every node, relationship, and label. This ${issue.viewBoxWidth}x${issue.viewBoxHeight} canvas (ratio ${issue.ratio}) declares no intrinsic-height fit and is below the ${issue.wideRatio} wide ratio, so the desktop Reader can neither narrow it nor accept vertical scroll: it renders ${issue.svgHeightPx}px tall at the full ${issue.svgWidthPx}px width and the page reaches ${issue.pageHeightPx}px before cards against ${issue.viewportHeight}px, a certain visual-check failure. Either compact vertical spacing so meta.viewBox height is at most ${maximumViewBoxHeight} at this width, or spread content sideways so the width is at least ${wideViewBoxWidth} at this height; for architecture, omitting meta.viewBox lets the renderer size the canvas and declare the fit.`;
}
vendor/archify/renderers/shared/diagnostics.mjs
Vendored
+173
View File
@@ -0,0 +1,173 @@
import fs from 'node:fs';
import path from 'node:path';
const DIAGNOSTIC_MODE = process.env.ARCHIFY_DIAGNOSTIC_FORMAT === 'json';
const recorded = [];
const recordedMessages = new Set();
const boundaryKey = Symbol.for('archify.renderer-diagnostic-boundary');
let recordingSuppressionDepth = 0;
function plainObject(value) {
if (!value || typeof value !== 'object' || Array.isArray(value)) return {};
return Object.fromEntries(Object.entries(value).filter(([, entry]) => entry !== undefined));
}
function normalizedDiagnostic(diagnostic) {
const message = String(diagnostic?.message || 'Archify could not classify this failure.').trim();
return {
code: String(diagnostic?.code || 'internal/unclassified'),
severity: diagnostic?.severity === 'warning' ? 'warning' : 'error',
message,
subject: plainObject(diagnostic?.subject),
evidence: plainObject(diagnostic?.evidence),
supportedFixes: Array.isArray(diagnostic?.supportedFixes)
? [...new Set(diagnostic.supportedFixes.map((fix) => String(fix).trim()).filter(Boolean))]
: [],
...(Array.isArray(diagnostic?.suppresses) ? {
suppresses: [...new Set(diagnostic.suppresses.map((code) => String(code).trim()).filter(Boolean))],
} : {}),
};
}
export function recordDiagnostic(diagnostic) {
if (!DIAGNOSTIC_MODE || recordingSuppressionDepth > 0) return;
const normalized = normalizedDiagnostic(diagnostic);
if (recordedMessages.has(normalized.message)) return;
recordedMessages.add(normalized.message);
recorded.push(normalized);
}
export function withDiagnosticRecordingSuppressed(callback) {
recordingSuppressionDepth += 1;
try {
return callback();
} finally {
recordingSuppressionDepth -= 1;
}
}
export function throwDiagnosticError(message, diagnostics) {
for (const diagnostic of diagnostics || []) recordDiagnostic(diagnostic);
const error = new Error(message);
error.archifyDiagnostics = (diagnostics || []).map(normalizedDiagnostic);
throw error;
}
export function throwDiagnosticProblems(prefix, problems, { code = 'layout/constraint', subject = {}, diagnostics: details = [] } = {}) {
const messages = (problems || []).map((problem) => String(problem));
const byMessage = new Map(details.map((entry) => [entry.message, entry]));
const diagnostics = messages.map((message) => normalizedDiagnostic(byMessage.get(message) || {
code,
severity: 'error',
message,
subject,
evidence: {},
supportedFixes: [],
}));
throwDiagnosticError(`${prefix}:\n- ${messages.join('\n- ')}`, diagnostics);
}
function fallbackDiagnostic(error) {
const input = process.argv[2] ? path.resolve(process.argv[2]) : undefined;
return normalizedDiagnostic({
code: 'internal/unclassified',
severity: 'error',
message: error?.message || 'Renderer failed without a diagnostic.',
subject: { input },
evidence: { errorName: error?.name || 'Error' },
supportedFixes: [],
});
}
export function rendererFailure(error) {
const attached = Array.isArray(error?.archifyDiagnostics)
? error.archifyDiagnostics.map(normalizedDiagnostic)
: [];
// Earlier diagnostics do not classify a later, unrelated implementation error.
const diagnostics = attached.length
? (recorded.length ? recorded : attached)
: [fallbackDiagnostic(error)];
return {
schemaVersion: 1,
ok: false,
source: 'renderer',
error: error?.message || 'Renderer failed without a diagnostic.',
diagnostics,
};
}
// Match the public CLI's text format without making its standalone doctor
// bootstrap depend on this renderer runtime being present.
function formatDiagnostics(error, diagnostics = []) {
if (!diagnostics.length) return error;
return [
error,
...diagnostics.map((entry) => {
const fix = entry.supportedFixes?.length ? ` Fix: ${entry.supportedFixes.join('; ')}.` : '';
return `[${entry.code}] ${entry.message}${fix}`;
}),
].join('\n');
}
const readerSignal = new Int32Array(new SharedArrayBuffer(4));
function waitForReader() {
// Sleep instead of spinning on EAGAIN. A retry budget looks like a safeguard
// and behaves like a truncation gate: a spinning loop burns thousands of
// attempts in a few milliseconds, so a reader that is merely slow to start
// exhausts it and loses the tail of the receipt. Waiting costs nothing while
// the reader catches up, and a reader that goes away raises EPIPE, which the
// caller already treats as a real write failure.
Atomics.wait(readerSignal, 0, 0, 1);
}
export function installRendererDiagnosticBoundary() {
if (globalThis[boundaryKey]) return;
globalThis[boundaryKey] = true;
if (!DIAGNOSTIC_MODE) {
process.once('uncaughtException', (error) => {
// Only errors classified at their operation boundary are author-facing.
// Preserve Node's debugging information for unexpected implementation errors.
if (!error?.archifyDiagnostics?.length) {
// The once-listener is already removed. Rethrow outside the exception
// handler so Node retains its normal stack and exit code (not code 7).
process.nextTick(() => { throw error; });
return;
}
const payload = `${formatDiagnostics(error.message, error.archifyDiagnostics)}\n`;
process.stderr.once('error', () => process.exit(1));
process.stderr.write(payload, () => process.exit(1));
});
return;
}
process.on('uncaughtException', (error) => {
const payload = `${JSON.stringify(rendererFailure(error))}\n`;
try {
// stderr may be a pipe. fs.writeSync performs a PARTIAL write once the
// payload exceeds the OS pipe buffer (8KB on macOS) and returns the byte
// count actually written. Ignoring that return value silently truncated
// large diagnostic payloads mid-JSON, so the parent CLI's JSON.parse
// failed and the fail-closed boundary reported internal/unclassified
// instead of the diagnostics we had already computed. Loop until drained.
// A full pipe also makes writeSync throw EAGAIN; wait for the reader
// rather than treat it as a stream failure, otherwise the tail is
// dropped just the same.
const buffer = Buffer.from(payload, 'utf8');
let written = 0;
while (written < buffer.length) {
try {
written += fs.writeSync(process.stderr.fd, buffer, written, buffer.length - written);
} catch (writeError) {
if (writeError?.code === 'EAGAIN') {
waitForReader();
continue;
}
throw writeError;
}
}
} catch {
// The renderer is already failing. Avoid replacing its real error with a
// secondary stream failure; the parent CLI still has the exit status.
}
process.exit(1);
});
}
vendor/archify/renderers/shared/engineering-profiles.mjs
Vendored
+157
View File
@@ -0,0 +1,157 @@
import { throwDiagnosticError } from './diagnostics.mjs';
const DEPLOYMENT_PROFILE = 'deployment-ownership';
const DEPLOYMENT_BOUNDARY_KINDS = new Set(['region', 'security-group']);
const PRIVATE_STATE_TYPES = new Set(['database']);
function subject(collection, index, item = {}) {
return {
diagramType: 'architecture',
profile: DEPLOYMENT_PROFILE,
collection,
index,
...(item.id ? { id: item.id } : {}),
};
}
function membership(boundaries, componentId, kind) {
return boundaries
.map((boundary, index) => ({ boundary, index }))
.filter(({ boundary }) => boundary.kind === kind && boundary.wraps.includes(componentId));
}
export function deploymentOwnershipDiagnostics(diagram) {
const components = Array.isArray(diagram.components) ? diagram.components : [];
const boundaries = (Array.isArray(diagram.boundaries) ? diagram.boundaries : [])
.map((boundary) => ({ ...boundary, wraps: Array.isArray(boundary.wraps) ? boundary.wraps : [] }));
const connections = Array.isArray(diagram.connections) ? diagram.connections : [];
const diagnostics = [];
for (const kind of DEPLOYMENT_BOUNDARY_KINDS) {
const count = boundaries.filter((boundary) => boundary.kind === kind).length;
if (count > 0) continue;
diagnostics.push({
code: 'engineering/deployment-boundary-kind',
severity: 'error',
message: `Deployment ownership requires at least one ${kind} boundary.`,
subject: subject('boundaries', -1),
evidence: { requiredKind: kind, found: count },
supportedFixes: [`add one ${kind} boundary with an explicit wraps list`],
});
}
components.forEach((component, index) => {
if (component.type === 'external') return;
if (typeof component.tag !== 'string' || component.tag.trim() === '') {
diagnostics.push({
code: 'engineering/deployment-owner-missing',
severity: 'error',
message: `Deployment component ${JSON.stringify(component.id)} does not name its owner in tag.`,
subject: subject('components', index, component),
evidence: { componentType: component.type, ownerField: 'tag' },
supportedFixes: [`set /components/${index}/tag to the responsible team or owner`],
});
}
const regions = membership(boundaries, component.id, 'region');
if (regions.length === 0) {
diagnostics.push({
code: 'engineering/deployment-region-scope',
severity: 'error',
message: `Deployment component ${JSON.stringify(component.id)} is not assigned to a region boundary.`,
subject: subject('components', index, component),
evidence: { componentType: component.type, regionMemberships: 0 },
supportedFixes: ['add the component id to the real region boundary wraps list'],
});
} else if (regions.length > 1) {
diagnostics.push({
code: 'engineering/deployment-region-ambiguous',
severity: 'error',
message: `Deployment component ${JSON.stringify(component.id)} belongs to more than one region boundary.`,
subject: subject('components', index, component),
evidence: {
componentType: component.type,
regions: regions.map(({ boundary, index: boundaryIndex }) => ({ boundaryIndex, label: boundary.label })),
},
supportedFixes: ['keep the component id in exactly one real region boundary wraps list'],
});
}
if (PRIVATE_STATE_TYPES.has(component.type)) {
const privateScopes = membership(boundaries, component.id, 'security-group');
if (privateScopes.length === 0) {
diagnostics.push({
code: 'engineering/deployment-private-state',
severity: 'error',
message: `Stateful component ${JSON.stringify(component.id)} is not assigned to a private security-group boundary.`,
subject: subject('components', index, component),
evidence: { componentType: component.type, privateMemberships: 0 },
supportedFixes: ['add the component id to the real private security-group boundary wraps list'],
});
}
}
});
boundaries.forEach((boundary, index) => {
if (boundary.kind !== 'security-group') return;
const members = boundary.wraps.map((id) => ({
id,
regions: membership(boundaries, id, 'region').map(({ boundary: region, index: boundaryIndex }) => ({
boundaryIndex,
label: region.label,
})),
}));
const regionIndexes = new Set(members.flatMap((member) => member.regions.map((region) => region.boundaryIndex)));
const consistent = members.length > 0
&& members.every((member) => member.regions.length === 1)
&& regionIndexes.size === 1;
if (consistent) return;
diagnostics.push({
code: 'engineering/deployment-private-region-consistency',
severity: 'error',
message: `Private boundary ${JSON.stringify(boundary.label)} must contain components from exactly one shared region.`,
subject: subject('boundaries', index, boundary),
evidence: { boundaryKind: boundary.kind, members },
supportedFixes: ['assign every private-boundary component to exactly one shared region boundary'],
});
});
connections.forEach((connection, index) => {
const crossedBoundaries = boundaries
.map((boundary, boundaryIndex) => ({
boundaryIndex,
kind: boundary.kind,
label: boundary.label,
fromInside: boundary.wraps.includes(connection.from),
toInside: boundary.wraps.includes(connection.to),
}))
.filter((boundary) => DEPLOYMENT_BOUNDARY_KINDS.has(boundary.kind) && boundary.fromInside !== boundary.toInside);
if (crossedBoundaries.length === 0 || (typeof connection.label === 'string' && connection.label.trim() !== '')) return;
diagnostics.push({
code: 'engineering/deployment-crossing-mechanism',
severity: 'error',
message: `Cross-boundary connection ${JSON.stringify(connection.id || `${connection.from}->${connection.to}`)} does not name its mechanism.`,
subject: subject('connections', index, connection),
evidence: {
from: connection.from,
to: connection.to,
crossedBoundaries: crossedBoundaries.map(({ boundaryIndex, kind, label }) => ({ boundaryIndex, kind, label })),
},
supportedFixes: [`set /connections/${index}/label to the real cross-boundary mechanism`],
});
});
return diagnostics;
}
export function validateEngineeringProfile(diagramType, diagram) {
const profile = diagram.meta?.engineering_profile;
if (!profile) return;
if (diagramType !== 'architecture' || profile !== DEPLOYMENT_PROFILE) return;
const diagnostics = deploymentOwnershipDiagnostics(diagram);
if (!diagnostics.length) return;
throwDiagnosticError(
`Engineering profile ${JSON.stringify(profile)} failed:\n${diagnostics.map((entry) => `- ${entry.message}`).join('\n')}`,
diagnostics,
);
}
vendor/archify/renderers/shared/generated-brand-marks.mjs
Vendored
+2003
View File
File diff suppressed because it is too large. Load diff
vendor/archify/renderers/shared/generated-validators.mjs
Vendored
+134
View File
@@ -0,0 +1,134 @@
// Generated by scripts/generate-validators.mjs. Do not edit by hand.
import { validatePortablePath } from './portable-path.mjs';
"use strict";const workflowSchema = validate20;const schema31 = {"$schema":"https://json-schema.org/draft/2020-12/schema","$id":"https://github.com/tt-a1i/archify/schemas/workflow.schema.json","title":"Archify Workflow Diagram","type":"object","additionalProperties":false,"required":["schema_version","diagram_type","meta","lanes","nodes","edges"],"properties":{"schema_version":{"enum":[1,2]},"diagram_type":{"const":"workflow"},"meta":{"type":"object","additionalProperties":false,"required":["title","output"],"properties":{"title":{"type":"string","minLength":1},"locale":{"$ref":"common.schema.json#/$defs/locale"},"translations":{"$ref":"common.schema.json#/$defs/translations"},"subtitle":{"type":"string"},"output":{"$ref":"common.schema.json#/$defs/portableOutputPath"},"animation":{"enum":["trace","none"]},"visual_preset":{"enum":["classic","signal-flow","blueprint","editorial"]},"quality_profile":{"enum":["standard","showcase"]},"repository":{"$ref":"common.schema.json#/$defs/repository"},"views":{"$ref":"common.schema.json#/$defs/guidedViews"},"legend":{"type":"object","additionalProperties":false,"properties":{"mode":{"$ref":"common.schema.json#/$defs/legendMode"},"entries":{"type":"object","additionalProperties":false,"properties":{"frontend":{"$ref":"common.schema.json#/$defs/legendEntry"},"backend":{"$ref":"common.schema.json#/$defs/legendEntry"},"database":{"$ref":"common.schema.json#/$defs/legendEntry"},"cloud":{"$ref":"common.schema.json#/$defs/legendEntry"},"security":{"$ref":"common.schema.json#/$defs/legendEntry"},"messagebus":{"$ref":"common.schema.json#/$defs/legendEntry"},"external":{"$ref":"common.schema.json#/$defs/legendEntry"}}}}},"viewBox":{"type":"array","prefixItems":[{"type":"number","minimum":700},{"type":"number","minimum":240}],"items":false,"minItems":2,"maxItems":2}}},"lanes":{"type":"array","minItems":1,"items":{"type":"object","additionalProperties":false,"required":["id","label"],"properties":{"id":{"$ref":"common.schema.json#/$defs/id"},"label":{"type":"string","minLength":1},"variant":{"enum":["normal","exception"]}}}},"phases":{"type":"array","items":{"type":"object","additionalProperties":false,"required":["id","label","fromCol","toCol"],"properties":{"id":{"$ref":"common.schema.json#/$defs/id"},"label":{"type":"string","minLength":1},"fromCol":{"type":"integer","minimum":0,"maximum":5},"toCol":{"type":"integer","minimum":0,"maximum":5},"variant":{"enum":["default","emphasis","security","dashed"]}}}},"groups":{"type":"array","items":{"type":"object","additionalProperties":false,"required":["id","label","lane","fromCol","toCol"],"properties":{"id":{"$ref":"common.schema.json#/$defs/id"},"label":{"type":"string","minLength":1},"lane":{"$ref":"common.schema.json#/$defs/id"},"fromCol":{"type":"integer","minimum":0,"maximum":5},"toCol":{"type":"integer","minimum":0,"maximum":5},"variant":{"enum":["default","emphasis","security","dashed"]}}}},"mainPath":{"type":"array","minItems":2,"items":{"$ref":"common.schema.json#/$defs/id"}},"semanticChecks":{"type":"object","additionalProperties":false,"minProperties":1,"properties":{"allowedRoots":{"type":"array","items":{"$ref":"common.schema.json#/$defs/id"}},"allowedTerminals":{"type":"array","items":{"$ref":"common.schema.json#/$defs/id"}},"requiredEdges":{"type":"array","items":{"$ref":"#/$defs/semanticRelation"}},"requiredPaths":{"type":"array","items":{"$ref":"#/$defs/semanticRelation"}}}},"nodes":{"type":"array","minItems":1,"items":{"type":"object","additionalProperties":false,"required":["id","lane","col","type","label"],"properties":{"id":{"$ref":"common.schema.json#/$defs/id"},"lane":{"$ref":"common.schema.json#/$defs/id"},"col":{"type":"integer","minimum":0,"maximum":5},"type":{"$ref":"common.schema.json#/$defs/componentType"},"label":{"type":"string","minLength":1},"sublabel":{"type":"string"},"tag":{"type":"string"},"icon":{"$ref":"common.schema.json#/$defs/nodeIcon"},"brand":{"$ref":"common.schema.json#/$defs/brandMark"},"sources":{"$ref":"common.schema.json#/$defs/sourceReferences"},"width":{"type":"number","minimum":32},"height":{"type":"number","minimum":32},"yOffset":{"type":"number"}}}},"edges":{"type":"array","items":{"type":"object","additionalProperties":false,"required":["from","to"],"properties":{"id":{"$ref":"common.schema.json#/$defs/id"},"from":{"$ref":"common.schema.json#/$defs/id"},"to":{"$ref":"common.schema.json#/$defs/id"},"label":{"type":"string"},"variant":{"$ref":"common.schema.json#/$defs/variant"},"role":{"enum":["main","branch","async","return","error"]},"fromSide":{"$ref":"#/$defs/side"},"toSide":{"$ref":"#/$defs/side"},"route":{"enum":["auto","straight","drop","outside-right","return-left","bottom-channel","up-channel"]},"via":{"type":"array","items":{"$ref":"common.schema.json#/$defs/point"}},"labelAt":{"$ref":"common.schema.json#/$defs/point"},"labelDx":{"type":"number"},"labelDy":{"type":"number"},"labelSegment":{"type":"integer","minimum":0},"channelX":{"type":"number"},"channelY":{"type":"nuLine truncated
const len = str.length;
let length = 0;
let pos = 0;
while (pos < len) {
length += 1;
const value = str.charCodeAt(pos++);
if (value >= 0xd800 && value <= 0xdbff && pos < len
&& (str.charCodeAt(pos) & 0xfc00) === 0xdc00) pos += 1;
}
return length;
};const pattern4 = new RegExp("^[a-z]{2,3}(-[A-Za-z0-9]{2,8})*$", "u");const pattern5 = new RegExp("^[a-z][a-zA-Z0-9]*(\\.[a-z][a-zA-Z0-9]*)*$", "u");const pattern6 = new RegExp("(?:^|/)[^/]+[.][Hh][Tt][Mm][Ll]$", "u");const pattern7 = new RegExp("[\\\\<>:\"|?*\\u0000-\\u001F\\u007F-\\u009F]", "u");const pattern8 = new RegExp("[\\uD800-\\uDFFF]", "u");const pattern9 = new RegExp("(^|/)[.]{1,2}(/|$)", "u");const pattern10 = new RegExp("[. ](/|$)", "u");const pattern11 = new RegExp("(^|/)[^/]{256}", "u");const pattern12 = new RegExp("(^|/)(?:[Cc][Oo][Nn]|[Pp][Rr][Nn]|[Aa][Uu][Xx]|[Nn][Uu][Ll]|[Cc][Oo][Nn][Ii][Nn][$]|[Cc][Oo][Nn][Oo][Uu][Tt][$]|[Cc][Oo][Mm][1-9¹²³]|[Ll][Pp][Tt][1-9¹²³])(?:[.]|/|$)", "u");const pattern13 = new RegExp("(^|/)[^/]*~[1-9][0-9]*(?:[.]|/|$)", "u");const pattern14 = new RegExp("^[^/]+(?:/[^/]+)*$", "u");const pattern15 = new RegExp("^[a-fA-F0-9]{40}$", "u");const pattern16 = new RegExp("^[a-zA-Z][a-zA-Z0-9_-]*$", "u");const pattern29 = new RegExp("^[^\\r\\n]+$", "u");const pattern30 = new RegExp("^https?://", "u");const pattern32 = new RegExp("^[a-f0-9]{64}$", "u");const schema37 = {"type":"array","maxItems":5,"items":{"type":"object","additionalProperties":false,"required":["id","label","focus"],"properties":{"id":{"$ref":"#/$defs/id"},"label":{"type":"string","minLength":1,"maxLength":48},"focus":{"type":"array","minItems":1,"items":{"$ref":"#/$defs/id"}},"note":{"type":"string","maxLength":140}}}};function validate22(data, {instancePath="", parentData, parentDataProperty, rootData=data, dynamicAnchors={}}={}){let vErrors = null;let errors = 0;const evaluated0 = validate22.evaluated;if(evaluated0.dynamicProps){evaluated0.props = undefined;}if(evaluated0.dynamicItems){evaluated0.items = undefined;}if(Array.isArray(data)){if(data.length > 5){const err0 = {instancePath,schemaPath:"#/maxItems",keyword:"maxItems",params:{limit: 5},message:"must NOT have more than 5 items"};if(vErrors === null){vErrors = [err0];}else {vErrors.push(err0);}errors++;}const len0 = data.length;for(let i0=0; i0<len0; i0++){let data0 = data[i0];if(data0 && typeof data0 == "object" && !Array.isArray(data0)){if(data0.id === undefined){const err1 = {instancePath:instancePath+"/" + i0,schemaPath:"#/items/required",keyword:"required",params:{missingProperty: "id"},message:"must have required property '"+"id"+"'"};if(vErrors === null){vErrors = [err1];}else {vErrors.push(err1);}errors++;}if(data0.label === undefined){const err2 = {instancePath:instancePath+"/" + i0,schemaPath:"#/items/required",keyword:"required",params:{missingProperty: "label"},message:"must have required property '"+"label"+"'"};if(vErrors === null){vErrors = [err2];}else {vErrors.push(err2);}errors++;}if(data0.focus === undefined){const err3 = {instancePath:instancePath+"/" + i0,schemaPath:"#/items/required",keyword:"required",params:{missingProperty: "focus"},message:"must have required property '"+"focus"+"'"};if(vErrors === null){vErrors = [err3];}else {vErrors.push(err3);}errors++;}for(const key0 in data0){if(!((((key0 === "id") || (key0 === "label")) || (key0 === "focus")) || (key0 === "note"))){const err4 = {instancePath:instancePath+"/" + i0,schemaPath:"#/items/additionalProperties",keyword:"additionalProperties",params:{additionalProperty: key0},message:"must NOT have additional properties"};if(vErrors === null){vErrors = [err4];}else {vErrors.push(err4);}errors++;}}if(data0.id !== undefined){let data1 = data0.id;if(typeof data1 === "string"){if(!pattern16.test(data1)){const err5 = {instancePath:instancePath+"/" + i0+"/id",schemaPath:"#/$defs/id/pattern",keyword:"pattern",params:{pattern: "^[a-zA-Z][a-zA-Z0-9_-]*$"},message:"must match pattern \""+"^[a-zA-Z][a-zA-Z0-9_-]*$"+"\""};if(vErrors === null){vErrors = [err5];}else {vErrors.push(err5);}errors++;}}else {const err6 = {instancePath:instancePath+"/" + i0+"/id",schemaPath:"#/$defs/id/type",keyword:"type",params:{type: "string"},message:"must be string"};if(vErrors === null){vErrors = [err6];}else {vErrors.push(err6);}errors++;}}if(data0.label !== undefined){let data2 = data0.label;if(typeof data2 === "string"){if(func3(data2) > 48){const err7 = {instancePath:instancePath+"/" + i0+"/label",schemaPath:"#/items/properties/label/maxLength",keyword:"maxLength",params:{limit: 48},message:"must NOT have more than 48 characters"};if(vErrors === null){vErrors = [err7];}else {vErrors.push(err7);}errors++;}if(func3(data2) < 1){const err8 = {instancePath:instancePath+"/" + i0+"/label",schemaPath:"#/items/properties/label/minLength",keyword:"minLength",params:{limit: 1},message:"must NOT have fewer than 1 characters"};if(vErrors === null){vErrors = [err8];}else {vErrors.push(err8);}errors++;}}else {const err9 = {instancePath:instancePath+"/" + i0+"/label",schemaPath:"#/items/properties/label/type",keyword:"type",params:{type: "string"},message:"must be string"};if(vErrors === null){vErrors = [err9];}else {vErrors.push(err9);}errors++;}}if(data0.focus !== undefined){let data3 = data0.focus;if(Line truncated
export function workflow(data, context = undefined) {
if (!workflowSchema(data, context)) {
workflow.errors = workflowSchema.errors;
return false;
}
const output = data?.meta?.output;
if (typeof output === 'string') {
try {
validatePortablePath(output, { profile: 'output' });
} catch (error) {
workflow.errors = [{
instancePath: `${context?.instancePath || ''}/meta/output`,
schemaPath: 'common.schema.json#/$defs/portableOutputPath',
keyword: 'portablePath',
params: { reason: error?.reason || 'invalid' },
message: 'must satisfy the portable output path contract',
}];
return false;
}
}
workflow.errors = null;
return true;
}
workflow.evaluated = workflowSchema.evaluated;
export function sequence(data, context = undefined) {
if (!sequenceSchema(data, context)) {
sequence.errors = sequenceSchema.errors;
return false;
}
const output = data?.meta?.output;
if (typeof output === 'string') {
try {
validatePortablePath(output, { profile: 'output' });
} catch (error) {
sequence.errors = [{
instancePath: `${context?.instancePath || ''}/meta/output`,
schemaPath: 'common.schema.json#/$defs/portableOutputPath',
keyword: 'portablePath',
params: { reason: error?.reason || 'invalid' },
message: 'must satisfy the portable output path contract',
}];
return false;
}
}
sequence.errors = null;
return true;
}
sequence.evaluated = sequenceSchema.evaluated;
export function dataflow(data, context = undefined) {
if (!dataflowSchema(data, context)) {
dataflow.errors = dataflowSchema.errors;
return false;
}
const output = data?.meta?.output;
if (typeof output === 'string') {
try {
validatePortablePath(output, { profile: 'output' });
} catch (error) {
dataflow.errors = [{
instancePath: `${context?.instancePath || ''}/meta/output`,
schemaPath: 'common.schema.json#/$defs/portableOutputPath',
keyword: 'portablePath',
params: { reason: error?.reason || 'invalid' },
message: 'must satisfy the portable output path contract',
}];
return false;
}
}
dataflow.errors = null;
return true;
}
dataflow.evaluated = dataflowSchema.evaluated;
export function lifecycle(data, context = undefined) {
if (!lifecycleSchema(data, context)) {
lifecycle.errors = lifecycleSchema.errors;
return false;
}
const output = data?.meta?.output;
if (typeof output === 'string') {
try {
validatePortablePath(output, { profile: 'output' });
} catch (error) {
lifecycle.errors = [{
instancePath: `${context?.instancePath || ''}/meta/output`,
schemaPath: 'common.schema.json#/$defs/portableOutputPath',
keyword: 'portablePath',
params: { reason: error?.reason || 'invalid' },
message: 'must satisfy the portable output path contract',
}];
return false;
}
}
lifecycle.errors = null;
return true;
}
lifecycle.evaluated = lifecycleSchema.evaluated;
export function architecture(data, context = undefined) {
if (!architectureSchema(data, context)) {
architecture.errors = architectureSchema.errors;
return false;
}
const output = data?.meta?.output;
if (typeof output === 'string') {
try {
validatePortablePath(output, { profile: 'output' });
} catch (error) {
architecture.errors = [{
instancePath: `${context?.instancePath || ''}/meta/output`,
schemaPath: 'common.schema.json#/$defs/portableOutputPath',
keyword: 'portablePath',
params: { reason: error?.reason || 'invalid' },
message: 'must satisfy the portable output path contract',
}];
return false;
}
}
architecture.errors = null;
return true;
}
architecture.evaluated = architectureSchema.evaluated;
vendor/archify/renderers/shared/geometry.mjs
Vendored
+1941
View File
File diff suppressed because it is too large. Load diff
Loaded 100 of 133 files, more files were not shown because too many files have changed in this diff. Show more