NTCoding/living-architecture

NTCoding のプロフィール

記録された最新のソース活動: 2026年10月16日 20:57

SkillsMP カタログ更新: 2026年10月26日 11:37

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# Living Architecture **Extract living architecture from code.** [**View Demo**](https://living-architecture.dev/eclair/?demo=true) · [**Documentation**](https://living-architecture.dev) · [**npm**](https://www.npmjs.com/org/living-architecture) <p align="center"> <img src="./apps/docs/public/eclair-hero.png" alt="Éclair - architecture visualization" width="800"> </p> See how operations flow through your system — from UI to API to domain logic to events — without manual diagramming. This project provides tools for extracting, modelling, and visualizing a system, using the Rivière graph-based schema. ## How It Works ```text UI /orders → API POST /orders → UseCase PlaceOrder → DomainOp Order.place() → Event order-placed → EventHandler NotifyShipping ``` Rivière models operational flow, not technical dependencies. Components have types that reflect their architectural role: | Type | What It Represents | |------|-------------------| | **UI** | User-facing routes and screens | | **API** | HTTP endpoints (REST, GraphQL) | | **UseCase** | Application-level orchestration | | **DomainOp** | Domain logic and entity operations | | **Event** | Async events published | | **EventHandler** | Event subscribers | | **Custom** | Your own types (message queues, external APIs, cron jobs, etc.) | These are the standard types. Define custom types for anything that doesn't fit — the schema is designed to adapt to your architecture, not the other way around. The Rivière schema is language-agnostic. Extract architecture from any codebase — TypeScript, Java, Python, Go, or any combination. ## Try It <table> <tr> <td width="50%" valign="top"> ### Try the Demo Open Éclair and explore a sample architecture graph. **[View Demo →](https://living-architecture.dev/eclair/?demo=true)** **Sample graph:** [ecommerce-complete.json](https://raw.githubusercontent.com/NTCoding/living-architecture/main/apps/eclair/public/ecommerce-complete.json) </td> <td width="50%" valign="top"> ### Run Locally Clone the repo and run Éclair with the demo graph. ```bash git clone https://github.com/NTCoding/living-architecture.git cd living-architecture pnpm install pnpm nx serve eclair ``` Open [localhost:5173/eclair](http://localhost:5173/eclair/) </td> </tr> </table> ## Extract Your Own Architecture ```bash npm install -g @living-architecture/riviere-cli riviere builder init --domain orders --output graph.json ``` See the [extraction guide](https://living-architecture.dev/extract/) for AI-assisted extraction. ## Packages | Package | Purpose | Install | |---------|---------|---------| | `@living-architecture/riviere-schema-published-language` | Schema definition and validation | `npm i @living-architecture/riviere-schema-published-language` | | `@living-architecture/riviere-builder-domain-model` | Build and query graphs programmatically | `npm i @living-architecture/riviere-builder-domain-model` | | `@living-architecture/riviere-cli` | CLI for extraction workflows | `npm i -g @living-architecture/riviere-cli` | ## Build a Graph ```typescript import { RiviereBuilder } from '@living-architecture/riviere-builder-domain-model'; const builder = RiviereBuilder.new({ sources: [{ repository: 'https://github.com/your-org/your-repo' }], domains: { orders: { description: 'Order management', systemType: 'domain' } } }); const api = builder.addApi({ name: 'Create Order', domain: 'orders', module: 'checkout', apiType: 'REST', httpMethod: 'POST', path: '/orders', sourceLocation: { repository: 'repo', filePath: 'src/api/orders.ts' } }); const useCase = builder.addUseCase({ name: 'PlaceOrder', domain: 'orders', module: 'checkout', sourceLocation: { repository: 'repo', filePath: 'src/usecases/place-order.ts' } }); builder.link({ from: api.id, to: useCase.id, type: 'sync' }); const graph = builder.build(); ``` ## Query a Graph ```typescript import { RiviereQuery } from '@living-architecture/riviere-builder-domain-model'; const query = RiviereQuery.fromJSON(graphData); // Find all entry points const entryPoints = query.entryPoints(); // Trace a flow from a component const flow = query.traceFlow('orders:checkout:api:create-order'); // Find cross-domain connections const crossDomain = query.crossDomainLinks('orders'); // Get components by type const events = query.componentsByType('Event'); ``` ## The Rivière Schema Rivière graphs are JSON documents conforming to the [Rivière schema](./packages/riviere-schema/published-language/riviere.schema.json). ```json { "metadata": { "domains": { "orders": { "description": "Order management", "systemType": "domain" } } }, "components": [...], "links": [...] } ``` See [examples](./packages/riviere-schema/published-language/examples/) for complete multi-domain graphs. ## Visualize with Éclair Open your graph in [Éclair](./apps/eclair/), the interactive visualizer: - Trace flows end-to-end - Filter by domain - Search components - Click through to source code ## Documentation See [apps/docs](./apps/docs/) for full documentation. ## Links - **Website & Docs**: [living-architecture.dev](https://living-architecture.dev) - **Éclair Visualizer**: [living-architecture.dev/eclair](https://living-architecture.dev/eclair) - **npm**: [@living-architecture](https://www.npmjs.com/org/living-architecture) ## Author Created by [Nick Tune](https://nick-tune.me) ([Bluesky](https://bsky.app/profile/nick-tune.me), [LinkedIn](https://linkedin.com/in/nick-tune), [GitHub](https://github.com/ntcoding)). ## Contributing See [CONTRIBUTING.md](./CONTRIBUTING.md). ## License Apache-2.0

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このリポジトリの skills

ソフトウェア開発者ソフトウェア品質保証アナリスト・テスター

2 件の職業カテゴリ · 92% 分類済み

ソフトウェア開発者

Start or resume a product-discovery planning topic. Use only when the user explicitly invokes $dev-workflow-start-planning with a topic or planning ID.

原文の言語: 英語

2026-08-14

収集済み skill 12 件中 12 件を表示しています。

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