SH

shadmin-dev

Standardizes feature development within Shadmin's architecture, covering backend API layers and frontend components.

Install

mkdir -p .claude/skills/shadmin-dev && curl -L -o skill.zip "https://agentskills.codes/api/skills/download/10435" && unzip -o skill.zip -d .claude/skills/shadmin-dev && rm skill.zip

Installs to .claude/skills/shadmin-dev

Activation

This is the description your AI agent reads to decide when to run this skill — the better it matches your request, the more reliably it fires.

Apply Shadmin feature-development standards (backend Go/Gin/Ent + frontend React/TS). Use when adding/modifying features, CRUD modules, API routes/controllers/usecases/repositories, Ent schemas, frontend pages/routes, React components, TanStack hooks, or any full-stack work in this project. Trigger whenever the user mentions new features, backend changes, frontend changes, database schema changes, permissions, UI pages, tables, forms, or API endpoints — even if they don't explicitly say "feature development.
513 chars✓ has a “when” triggerlonger than Claude Code's old 250-char listing cap (fine on current versions)
Advanced

Key capabilities

  • Manage backend Go/Gin/Ent layers
  • Manage frontend React/TS layers
  • Define Ent database schemas
  • Implement API routes and controllers
  • Implement frontend pages and components

How it works

It enforces a clean architecture pattern, managing the flow between frontend React components and backend Go controllers.

Inputs & outputs

You give it
Feature development request
You get back
Full-stack implementation

When to use shadmin-dev

  • Add a new CRUD module
  • Define an Ent database schema
  • Create a frontend page with TanStack
  • Implement a new API controller

About this skill

Shadmin Feature Development

Guide full-stack feature development through Shadmin's clean architecture, producing code that compiles, passes lint/tests, and follows established patterns. Most features require both backend and frontend changes — this skill covers the end-to-end workflow.

Architecture Overview

┌─────────────────────────────────────────────────────────────────────┐
│  Frontend (React 19 + TypeScript + Vite)                            │
│  Route File → Page Component → TanStack Query Hook → API Service   │
│       ↕ Zustand (auth-store) ↕ Permission checks                   │
├─────────────────────────────────────────────────────────────────────┤
│  HTTP (Axios apiClient ← Bearer Token injection)                   │
├─────────────────────────────────────────────────────────────────────┤
│  Backend (Go + Gin + Ent ORM)                                      │
│  Route → [JWT MW → Casbin MW] → Controller → Usecase → Repository  │
│       ↕ Domain (contracts, DTOs, errors) ↕ Ent (DB, migrations)    │
└─────────────────────────────────────────────────────────────────────┘

Backend layers — each has exactly one responsibility:

LayerDirectoryResponsibility
Domaindomain/Entity structs, DTOs, Repository/UseCase interfaces, errors, response helpers
Schemaent/schema/DB schema → run go generate ./ent after changes
Repositoryrepository/Data access via Ent, domain↔ent conversion, pagination
Usecaseusecase/Business logic, validation, context.WithTimeout
Controllerapi/controller/HTTP parsing only, Swagger annotations, status code mapping
Routeapi/route/Route registration, middleware wiring
Factoryapi/route/factory.goDI: repo → usecase → controller construction
Bootstrapbootstarp/App init, DB, Casbin, seeds (directory name typo is intentional)

Frontend layers:

LayerDirectoryResponsibility
Typesfrontend/src/types/TypeScript interfaces matching backend DTOs
Servicesfrontend/src/services/Axios API wrappers, date parsing
Featuresfrontend/src/features/Page components, tables, dialogs, forms, hooks
Routesfrontend/src/routes/TanStack Router file-based routing
Storesfrontend/src/stores/Zustand state (auth, permissions)
Constantsfrontend/src/constants/Permission strings, enums

Full-Stack Development Workflow

Step 1: Clarify Scope (before writing code)

State explicitly:

  • What entities/fields are involved
  • API endpoints: path, method, request/response shapes
  • Whether Casbin permission checks are needed
  • Frontend: pages, tables, forms, dialogs
  • Permission strings (e.g., system:project:add)

Step 2: List All Touched Files

Group by layer — this catches missing pieces early:

# Backend (implement in this order)
domain/<resource>.go
ent/schema/<resource>.go
repository/<resource>_repository.go
usecase/<resource>_usecase.go
api/controller/<resource>_controller.go
api/route/<resource>_routes.go (or modify system_routes.go)
api/route/factory.go

# Frontend (implement in this order)
frontend/src/types/<resource>.ts
frontend/src/services/<resource>Api.ts
frontend/src/features/<module>/<resource>/components/*-provider.tsx
frontend/src/features/<module>/<resource>/hooks/use-<resource>.ts
frontend/src/features/<module>/<resource>/components/*-columns.tsx
frontend/src/features/<module>/<resource>/components/*-table.tsx
frontend/src/features/<module>/<resource>/components/*-form-dialog.tsx
frontend/src/features/<module>/<resource>/components/*-dialogs.tsx
frontend/src/features/<module>/<resource>/components/*-primary-buttons.tsx
frontend/src/features/<module>/<resource>/data/schema.ts
frontend/src/features/<module>/<resource>/index.tsx
frontend/src/routes/_authenticated/<module>/<resource>.tsx
frontend/src/constants/permissions.ts (add new permission keys)

Step 3: Implement Backend

Follow the layer order strictly — each layer depends on the one above.

Read references/backend.md for complete code templates and patterns.

Quick reference for key conventions:

  • IDs: xid.New().String() in Ent schema DefaultFunc
  • Partial updates: pointer fields in Update*Request (*string)
  • Pagination: embed domain.QueryParams, call domain.ValidateQueryParams()
  • Response: domain.RespSuccess(data) (code=0) / domain.RespError(msg) (code=1)
  • Usecase: every method starts with context.WithTimeout + defer cancel()
  • Errors: sentinel errors in domain, %w wrapping, map to HTTP status in controller
  • Factory: repo → usecase → controller, dependencies from f.db, f.app, f.timeout
  • Routes: protected system routes use casbinMiddleware.CheckAPIPermission()

Step 4: Implement Frontend

Follow the order: types → service → feature module → route file.

Read references/frontend.md for complete code templates and patterns.

Quick reference for key conventions:

  • API response: response.data.data (outer .data = Axios, inner .data = domain.Response.Data)
  • Date parsing: API service converts string dates to Date objects
  • Query params: URLSearchParams construction, snake_case to match backend
  • Table state: useTableUrlState hook syncs pagination/filters with URL
  • Dialog state: string-based via context provider (open === 'add' | 'edit' | 'delete')
  • Permissions: usePermission() hook, PERMISSIONS.SYSTEM.RESOURCE.ACTION constants
  • Toast: sonner for success/error notifications
  • Forms: React Hook Form + Zod, single hook handles create/edit
  • Route file: Zod schema validates URL search params with .catch() defaults

Step 5: Wire Permissions

Shadmin uses a dual-layer permission model:

Backend (API access):    Casbin checks (userID, path, method)
Frontend (UI visibility): Permission strings like "system:project:add"

These are linked through the Role → Menu → API Resources binding:

  1. Backend auto-scans routes into API resources on startup (bootstrap.InitApiResources)
  2. API resource IDs are deterministic: METHOD:/api/v1/path (e.g., GET:/api/v1/system/project)
  3. Admin assigns menus to roles, each menu binds to API resources
  4. Frontend fetches permissions from /api/v1/resources and stores in Zustand

To add permissions for a new feature:

  1. Backend: routes auto-register as API resources on restart
  2. Frontend: add permission constants in frontend/src/constants/permissions.ts
  3. Admin panel: create menu entries, bind API resources, assign to roles

Step 6: Generate & Verify

# Backend
go generate ./ent           # If schema changed
go fmt ./... && go vet ./... # Format + static analysis
go test ./...                # Run tests
swag init -g main.go --output ./docs  # If Swagger annotations changed

# Frontend (from frontend/)
pnpm lint                   # ESLint
pnpm format:check           # Prettier
pnpm build                  # Recommended if routes/build config changed

Key Response Format

// Success (HTTP 200/201)
type Response struct {
    Code int         `json:"code"`    // 0 = success
    Msg  string      `json:"msg"`     // "OK"
    Data interface{} `json:"data"`    // payload
}

// Error (HTTP 400/404/500)
// Code = 1, Msg = error description, Data = nil

// Paginated response (in Data field)
type PagedResult[T any] struct {
    List       []T `json:"list"`
    Total      int `json:"total"`
    Page       int `json:"page"`
    PageSize   int `json:"page_size"`
    TotalPages int `json:"total_pages"`
}

Boundaries

Things to never do:

  • No business logic in controllers — controllers parse HTTP, call usecase, return response
  • No HTTP/permission logic in repositories — repositories do data access only
  • No bypassing Casbin on protected APIs
  • No new globals — use factory's f.db, f.app, f.timeout
  • No inline API calls in React — all API access goes through services/ wrappers
  • No direct localStorage for auth — use useAuthStore
  • No editing components/ui/ — shadcn-generated primitives
  • No hardcoded menus — menus come from backend /api/v1/resources
  • No unnecessary dependencies — frontend or backend
  • Minimal changes — only touch files relevant to the feature

Reference Files

For detailed code templates and implementation patterns, read these as needed:

  • references/backend.md — Complete Go/Gin/Ent code templates for domain, schema, repository, usecase, controller, routes, and factory. Read when implementing backend features.
  • references/frontend.md — Complete React/TypeScript code templates for types, API services, feature modules, hooks, tables, forms, dialogs, routes, and permissions. Read when implementing frontend features.

Further Documentation

The docs/getting-started/ directory contains comprehensive guides:

  • quickstart.zh.md / quickstart.en.md — Quick start guide
  • architecture.zh.md / architecture.en.md — Architecture deep-dive
  • development.zh.md / development.en.md — Full CRUD walkthrough with example
  • deployment.zh.md / deployment.en.md — Production deployment guide

When not to use it

  • Bypassing Casbin permissions
  • Editing shadcn primitives

Limitations

  • Requires manual Go generation

How it compares

This provides a strict, end-to-end development workflow compared to ad-hoc full-stack coding.

Compared to similar skills

shadmin-dev side by side with the closest alternatives in the catalog.

SkillInstallsUpdatedSafetyDifficulty
shadmin-dev (this skill)01moReviewAdvanced
api06moNo flagsAdvanced
add-feature04moReviewAdvanced
zustand1132moNo flagsIntermediate

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