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dotnet-init

Interactive project initialization. Detects project type (web API, Blazor, worker, console, CLI tool, desktop, library), asks the right questions, and generates a customized CLAUDE.md — no manual template copying. Use when: "init project", "setup project", "initialize", "new project setup", "generate CLAUDE.md", "configure for dotnet-claude-kit", or starting Claude Code on a fresh or existing .NET codebase.

Quellinformationen

Repository
codewithmukesh/dotnet-claude-kit
Letzte Quellaktivität
3. November 2026 um 16:43
Erkannte Sprache von SKILL.md
Englisch
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811
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181

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Lesen Sie SKILL.md und alle von SkillsMP angezeigten Begleitdateien, bevor Sie sich für eine Installation entscheiden.

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SKILL.md
Quellanweisungen · Schreibgeschützte Vorschau
name
dotnet-init
description
Interactive project initialization. Detects project type (web API, Blazor, worker, console, CLI tool, desktop, library), asks the right questions, and generates a customized CLAUDE.md — no manual template copying. Use when: "init project", "setup project", "initialize", "new project setup", "generate CLAUDE.md", "configure for dotnet-claude-kit", or starting Claude Code on a fresh or existing .NET codebase.
# /dotnet-init ## What Interactively initializes a .NET project for use with dotnet-claude-kit. Detects the project type, asks targeted questions about architecture and tech stack, then generates a fully customized `CLAUDE.md` in the project root. **No manual template copying required.** ## When - Starting a new .NET project with Claude Code - Adding dotnet-claude-kit to an existing project - "init project", "setup project", "generate CLAUDE.md", "configure for dotnet-claude-kit" ## How ### Step 1: Detect or Ask Project Type Analyze the current directory to determine if this is an existing or greenfield project: ``` → Look for .slnx / .sln files, then classify each .csproj: - Microsoft.NET.Sdk.Web → web-api or blazor-app - Microsoft.NET.Sdk.Worker → worker-service - UseWPF / UseWindowsForms / UseMaui = true, or Avalonia package → desktop-app - Microsoft.NET.Sdk + OutputType Exe → console-cli (PackAsTool or System.CommandLine reference → CLI tool; else console utility) - Microsoft.NET.Sdk without OutputType Exe → class-library - Multiple projects with inter-module references → modular-monolith - If ambiguous, ask the user → If NO solution/project found (greenfield), ask "What are you building?": - REST API / microservice → web-api - Blazor application → blazor-app - Background worker → worker-service - Multi-module system → modular-monolith - Console app / CLI tool → console-cli - NuGet package / library → class-library - Desktop app → desktop-app (then ask: Avalonia, WPF, WinForms, or MAUI?) - Ask "Project name?", then scaffold: dotnet new sln -n ProjectName --format slnx, then the matching template (webapi / worker / console / classlib / wpf / winforms / maui; Avalonia: dotnet new install Avalonia.Templates → avalonia.mvvm), Directory.Build.props with .NET 10 defaults, src/ and tests/ folders ``` ### Step 2: Questionnaire (by Project Type) **Web API / Blazor / Worker / Modular Monolith** — load `architecture-advisor`: 1. **Domain complexity** — CRUD-heavy, moderate business rules, or rich domain? 2. **Team size** — Solo, small team, or large team? 3. **Module boundaries** — Single deployable or multiple bounded contexts? 4. **Existing patterns** — (existing projects only) Detect conventions via `convention-learner` skill → Recommend: VSA, Clean Architecture, DDD, or Modular Monolith with rationale. **Console / CLI tool** — skip web architecture questions; load `console-cli`: - Run-to-completion tool or long-running daemon? (daemon → worker-service instead) - Distribution: dotnet tool (`PackAsTool`), Native AOT binary per OS (`native-aot`), or file-based script? - Needs DI/config/HTTP? → Generic Host inside the command action **Desktop** — skip web architecture questions; load `desktop-mvvm` (+ `avalonia` for Avalonia): - Target OSes? (Windows-only → WPF is fine; macOS/Linux → Avalonia) - Native AOT / trimming wanted? (Avalonia only — WPF/WinForms don't support trimming) **Library** — public API surface, target frameworks, AOT compatibility (`IsAotCompatible`). ### Step 3: Tech Stack Selection - **Database**: PostgreSQL, SQL Server, SQLite, or none yet - **Auth / Caching / Messaging** (web + worker only): JWT/OIDC, HybridCache, Wolverine/MassTransit, or none yet - **Testing**: Confirm xUnit defaults (+ Testcontainers when a database is involved) ### Step 4: Generate CLAUDE.md Load the appropriate template from `templates/` as a base, then customize: - Replace `[ProjectName]`, set the chosen architecture (or app type), configure the tech stack - Existing projects: add conventions detected in Step 2; greenfield: recommended conventions - Templates: `web-api`, `blazor-app`, `worker-service`, `modular-monolith`, `class-library`, `console-cli`, `desktop-app` **Before writing, check for an existing `CLAUDE.md`. Never overwrite it silently.** ``` → If ./CLAUDE.md does NOT exist: - Write the generated content to ./CLAUDE.md → If ./CLAUDE.md ALREADY exists: - Read it and identify hand-written / custom sections (anything not produced by a kit template) - Ask: "You already have a CLAUDE.md. How should I proceed?" - Merge (recommended) → keep the user's custom sections, add or refresh the kit's architecture, tech-stack, and convention sections in place - Overwrite → replace it entirely with the freshly generated file - Keep → leave it untouched; print the generated content for manual copying - For Merge and Overwrite: back the original up to ./CLAUDE.md.bak first. Never discard user content without a .bak backup. ``` ### Step 5: Verify Setup ``` → Confirm .mcp.json exists or create it (for Roslyn MCP server) → For existing projects: - Verify the solution file is discoverable - Run a quick health check to establish baseline - Report: "Project initialized. Run /health-check to see your baseline." → For greenfield projects: - Verify dotnet build succeeds on the scaffolded solution - Report: "Project created. Run /scaffold to add your first feature." (console/desktop: "Add your first command / view model.") ``` **Skills invoked:** `project-setup`, `architecture-advisor`, `convention-learner`; console/desktop: `console-cli`, `desktop-mvvm`, `avalonia`, `native-aot` **Agent:** `dotnet-architect` (web, worker, library) · `app-engineer` (console, CLI, desktop) ## Example — Existing Project ``` User: /dotnet-init Claude: Detected: - Solution: MyApp.slnx (3 projects) - SDK: Microsoft.NET.Sdk.Web → Web API - Database: PostgreSQL (from connection string) - Auth: JWT (from appsettings) 1. Domain complexity? [CRUD-heavy / Moderate / Rich domain] > Moderate 2. Team size? [Solo / Small / Large] > Small Recommendation: Vertical Slice Architecture Generated: ./CLAUDE.md (MyApp + VSA + PostgreSQL + JWT) Run /health-check to see your baseline. ``` ## Example — Greenfield Project ``` User: /dotnet-init Claude: No .sln or .csproj found. Let's set up a new project. 1. What are you building? [REST API / Blazor / Worker / Console-CLI / Desktop / Library / Modular Monolith] > REST API 2. Project name? > OrderService 3. Domain complexity? [CRUD-heavy / Moderate / Rich domain] > CRUD-heavy Recommendation: Vertical Slice Architecture Creating solution... → dotnet new sln -n OrderService --format slnx → dotnet new webapi -n OrderService.Api -o src/OrderService.Api → dotnet new xunit3 -n OrderService.Tests -o tests/OrderService.Tests → Directory.Build.props with .NET 10 defaults → Generated: ./CLAUDE.md (OrderService + VSA + scaffold-ready) Run /scaffold to add your first feature. ``` ## Example — Existing Project With a CLAUDE.md ``` User: /dotnet-init Claude: Detected: - Solution: MyApp.slnx (3 projects) → Web API - Found an existing CLAUDE.md (custom "Deployment" and "Team conventions" sections) You already have a CLAUDE.md. How should I proceed? [Merge (recommended) / Overwrite / Keep] > Merge → Backed up original to ./CLAUDE.md.bak → Kept your Deployment + Team conventions sections → Refreshed architecture (VSA), tech-stack (PostgreSQL + JWT), and convention sections Generated: ./CLAUDE.md Run /health-check to see your baseline. ``` ## Related - `/plan` — Plan before building features - `/health-check` — Assess project health after init - `/scaffold` — Scaffold features using the chosen architecture
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