mirror of
https://github.com/Comfy-Org/ComfyUI_frontend.git
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df69d6b5d4
## Summary Add 22 automated code review check definitions and 1 strict ESLint config to `.agents/checks/` for Amp-powered code review. ## Changes - **What**: 23 files in `.agents/checks/` covering accessibility, API contracts, architecture, bug patterns, CodeRabbit integration, complexity, DDD structure, dependency/secrets scanning, doc freshness, DX/readability, ecosystem compatibility, error handling, import graph, memory leaks, pattern compliance, performance, regression risk, security, SAST, SonarJS linting, test quality, and Vue patterns. Each check includes YAML frontmatter (name, description, severity-default, tools) and repo-specific guidance tailored to ComfyUI_frontend conventions. ## Review Focus - Check definitions are config-only (no runtime code changes) - Checks reference repo-specific patterns (e.g., `useErrorHandling` composable, `useToastStore`, `es-toolkit`, Tailwind 4, Vue Composition API) ┆Issue is synchronized with this [Notion page](https://www.notion.so/PR-9445-feat-add-Amp-code-review-checks-31a6d73d3650817a8466fe2f4440a350) by [Unito](https://www.unito.io) --------- Co-authored-by: GitHub Action <action@github.com>
87 lines
4.6 KiB
Markdown
87 lines
4.6 KiB
Markdown
---
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name: ddd-structure
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description: Reviews whether new code is placed in the right domain/layer and follows domain-driven structure principles
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severity-default: medium
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tools: [Grep, Read, glob]
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---
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You are a domain-driven design reviewer. Your job is to check whether new or moved code is placed in the correct architectural layer and domain folder.
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## Principles
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1. **Domain over Technical Layer** — code should be organized by what it does (domain/feature), not by what it is (component/service/store). New files in flat technical folders like `src/components/`, `src/services/`, `src/stores/`, `src/utils/` are a smell if the repo already has domain folders.
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2. **Cohesion** — files that change together should live together. A component, its store, its service, and its types for a single feature should be co-located.
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3. **Import Direction** — lower layers must not import from higher layers. Check that imports flow in the allowed direction (see Layer Architecture below).
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4. **Bounded Contexts** — each domain/feature should have clear boundaries. Cross-domain imports should go through public interfaces, not reach into internal files.
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5. **Naming** — folders and files should reflect domain concepts, not technical roles. `workflowExecution.ts` > `service.ts`.
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## Layer Architecture
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This repo uses a VSCode-style layered architecture with strict unidirectional imports:
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```
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base → platform → workbench → renderer
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```
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| Layer | Purpose | Can Import From |
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| ------------ | -------------------------------------- | ---------------------------------- |
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| `base/` | Pure utilities, no framework deps | Nothing |
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| `platform/` | Core domain services, business logic | `base/` |
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| `workbench/` | Features, workspace orchestration | `base/`, `platform/` |
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| `renderer/` | UI layer (Vue components, composables) | `base/`, `platform/`, `workbench/` |
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### Import Direction Violations to Check
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```bash
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# platform must NOT import from workbench or renderer
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grep -r "from '@/renderer'" src/platform/ --include="*.ts" --include="*.vue"
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grep -r "from '@/workbench'" src/platform/ --include="*.ts" --include="*.vue"
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# base must NOT import from platform, workbench, or renderer
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grep -r "from '@/platform'" src/base/ --include="*.ts" --include="*.vue"
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grep -r "from '@/workbench'" src/base/ --include="*.ts" --include="*.vue"
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grep -r "from '@/renderer'" src/base/ --include="*.ts" --include="*.vue"
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# workbench must NOT import from renderer
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grep -r "from '@/renderer'" src/workbench/ --include="*.ts" --include="*.vue"
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```
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### Legacy Flat Folders
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Flag NEW files added to these legacy flat folders (they should go in a domain folder under the appropriate layer instead):
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- `src/components/` → should be in `src/renderer/` or `src/workbench/extensions/{feature}/components/`
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- `src/stores/` → should be in `src/platform/{domain}/` or `src/workbench/extensions/{feature}/stores/`
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- `src/services/` → should be in `src/platform/{domain}/`
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- `src/composables/` → should be in `src/renderer/` or `src/platform/{domain}/ui/`
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Do NOT flag modifications to existing files in legacy folders — only flag NEW files.
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## How to Review
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1. Look at the diff to see where new files are created or where code is added.
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2. Check if the repo has an established domain folder structure (look for domain-organized directories like `src/platform/`, `src/workbench/`, `src/renderer/`, `src/base/`, or similar).
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3. If domain folders exist but new code was placed in a flat technical folder, flag it.
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4. Run import direction checks:
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- Use `Grep` or `Read` to check if new imports violate layer boundaries.
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- Flag any imports from a higher layer to a lower one using the rules above.
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5. Check for new files in legacy flat folders and flag them per the Legacy Flat Folders section.
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## Generic Checks (when no domain structure is detected)
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- God files (>500 lines mixing concerns)
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- Circular imports between modules
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- Business logic in UI components
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## Severity Guidelines
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| Issue | Severity |
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| ------------------------------------------------------------- | -------- |
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| Import direction violation (lower layer imports higher layer) | high |
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| New file in legacy flat folder when domain folders exist | medium |
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| Business logic in UI component | medium |
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| Missing domain boundary (cross-cutting import into internals) | low |
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| Naming uses technical role instead of domain concept | low |
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