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Plan implementation before writing code. Analyzes codebase structure and dependencies, asks clarifying questions, and writes a scoped implementation spec.
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Basierend auf der SOC-Berufsklassifikation
| name | spec |
| description | Plan implementation before writing code. Analyzes codebase structure and dependencies, asks clarifying questions, and writes a scoped implementation spec. |
| argument-hint | <feature or change description> |
| allowed-tools | Bash Skill |
Before writing any code for: $ARGUMENTS
Step 1 — Structural analysis
Run /code-analysis to get a codebase briefing — top-level modules, structure, and key files. Then identify which modules and functions this change will touch. Batch them into a single /code-analysis call using comma-separated targets or graph operators — do not invoke /code-analysis once per target.
Use the results to understand:
Do not read files directly. Use the source blocks returned by the analysis instead.
Step 2 — Clarifying questions
Ask me about requirements, edge cases, and constraints. Use the structural analysis to ask informed questions — e.g. "the analysis shows X depends on Y, should the spec account for updating Y as well?"
Step 3 — Write the spec
Write a concise implementation plan to .claude/scratch/spec-[feature-name].md in the current directory. The spec should:
Step 4 — Wait for approval
Do not write any code until I approve the spec.
Bump the project version across all files that carry it. Pass the new version as the argument (e.g. /bump-version 0.4.0).
Full code navigation — replaces grep, glob, and file reads. Find symbol definitions, trace callers and callees, read source code, and map module structure. Pass symbol names or questions as arguments.
Generate a PR description as a Markdown file in .claude/scratch using git history and code analysis. Fills in the project's PR template.
Diagnose and fix a bug or unexpected behavior. Traces the problem through the dependency graph, adds logging if needed, and proposes a fix. Use when something is broken, producing wrong output, or behaving unexpectedly.
