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arch-scanlisted

Recursively analyze the codebase and generate nested Mermaid architecture diagrams with structured annotations. Includes dependency mapping (NuGet packages, infrastructure, runtime pinning) for .NET projects.
e128/dotnet-reference · ★ 2 · DevOps & Infrastructure · score 71
Install: claude install-skill e128/dotnet-reference
# Arch-Scan Skill Recursively analyze a scope of the solution and generate perspective-driven Mermaid architecture diagrams with structured annotations. Output lives in `lode/{domain}/architecture/`. --- ## Scope Argument The user passes a scope as `$ARGUMENTS`. A scope is one of: | Scope form | Meaning | Lode domain | |---------------------------|--------------------------------------------------------|------------------------| | A single project name | One `src/` project (e.g. `MyApp.Core`) | kebab-case of the name | | A comma-separated list | A related group of projects treated as one domain | caller-supplied name | | `full` | All `src/` projects (`kind: "src"`) | per-project | Resolve project names and paths dynamically — never hardcode them: ``` scripts/solution-inventory.sh --json ``` Filter to `kind == "src"` (skip `test`/`bench`). Each entry gives `name` and `path` (the `.csproj`); the source directory is that file's parent. If no scope is provided, list the available `src` projects from the inventory and ask which to scan. --- ## Workflow ### Step 1 — Explore the Scoped Source For each source directory in the scope: 1. `Glob("src/{Project}/**/*.cs")` to get all C# files 2. `Grep` for key patterns: `class`, `interface`, `record`, `enum` declarations 3. Read the main entry points: `Program.cs`, `*ServiceCol