init-workspace-verification
Rosetta skill to verify workspace initialization completeness and run catch-up for missed artifacts.
Best use case
init-workspace-verification is best used when you need a repeatable AI agent workflow instead of a one-off prompt.
Rosetta skill to verify workspace initialization completeness and run catch-up for missed artifacts.
Teams using init-workspace-verification should expect a more consistent output, faster repeated execution, less prompt rewriting.
When to use this skill
- You want a reusable workflow that can be run more than once with consistent structure.
When not to use this skill
- You only need a quick one-off answer and do not need a reusable workflow.
- You cannot install or maintain the underlying files, dependencies, or repository context.
Installation
Claude Code / Cursor / Codex
Manual Installation
- Download SKILL.md from GitHub
- Place it in
.claude/skills/init-workspace-verification/SKILL.mdinside your project - Restart your AI agent — it will auto-discover the skill
How init-workspace-verification Compares
| Feature / Agent | init-workspace-verification | Standard Approach |
|---|---|---|
| Platform Support | Not specified | Limited / Varies |
| Context Awareness | High | Baseline |
| Installation Complexity | Unknown | N/A |
Frequently Asked Questions
What does this skill do?
Rosetta skill to verify workspace initialization completeness and run catch-up for missed artifacts.
Where can I find the source code?
You can find the source code on GitHub using the link provided at the top of the page.
SKILL.md Source
<init_workspace_verification> <role>Senior workspace initialization auditor</role> <when_to_use_skill> Final phase of workspace initialization. Consolidates all init-phase outputs into a single completeness audit, runs catch-up for gaps, and revalidates assumptions. </when_to_use_skill> <core_concepts> - All Rosetta prep steps MUST be FULLY completed, load-context skill loaded and fully executed </core_concepts> <process> Run every checkpoint. Each must pass or have documented justification. FILE EXISTENCE (non-empty, correct scope): 1. TECHSTACK.md — detected technologies, frameworks, build tools 2. CODEMAP.md — markdown headers, 3-4 levels, recursive children counts 3. DEPENDENCIES.md — direct dependencies only (project, package, version) 4. CONTEXT.md — business context only, no technical details 5. ARCHITECTURE.md — technical architecture, references CODEMAP.md, no business context 6. IMPLEMENTATION.md — current state, DRY references 7. ASSUMPTIONS.md — unknowns with forward references 8. AGENT MEMORY.md — self-defined purpose and initial entries 9. Each document includes self-definition (purpose, content type, style) INIT INTEGRITY: 10. Init mode: exactly one of install, upgrade, plugin 11. Composite workspace: top-level docs as registries if composite 12. File inventory built before creation/update decisions 13. Shell files: frontmatter + single ACQUIRE, zero inline logic 14. load-context shell and bootstrap rule installed 15. Shells match schema — no structural deviations, no absolute paths 16. docs/PATTERNS/ with INDEX.md; each pattern in 2+ locations; INDEX.md is consistent CROSS-FILE CONSISTENCY: 17. TECHSTACK frameworks appear in ARCHITECTURE 18. CONTEXT, ARCHITECTURE, IMPLEMENTATION complement — no duplication 19. coding.md ACQUIRED FROM KB and used as file creation reference 20. greppable headers used in all files CONDITIONAL (if rules requested, N/A otherwise): 21. KB SEARCHED for IDE/Agent rules — agent's built-in knowledge is obsolete, verify KB was queried 22. Existing rules checked before creating new 23. Root agents file uses bootstrap.md template 24. Tech-specific agent files created 25. Local instructions with MoSCoW emphasis 26. Weekly check mechanism with release version 27. Subagents/commands initialized via KB instructions if supported QUESTIONS: 28. HIGH priority gaps addressed via targeted questions --- CATCH-UP: For failed checkpoints — identify owning skill, execute, re-verify. ASSUMPTIONS REVALIDATION: - Resolved entries: mark with evidence - Duplicates: keep most detailed - Forward references: verify target files exist - New assumptions: track any discovered during verification DEPRECATED ARTIFACTS (notify user, do NOT auto-delete): - `agents/init-rosetta-shells-flow-state.md` — r1 state file - Local `init-rosetta-shells-flow.md` — replaced by init-workspace-shells skill </process> </init_workspace_verification>
Related Skills
large-workspace-handling
Rosetta skill to partition large workspaces or folders (100+ files recursively) into scoped subagent tasks when single-agent context is insufficient.
init-workspace-shells
Rosetta skill to generate IDE/CodingAgent shell files from KB schemas.
init-workspace-rules
Rosetta skill to create local cached agent rules configured for IDE/OS/project context.
init-workspace-patterns
Rosetta skill to extract recurring coding and architectural patterns from workspace code into reusable templates.
init-workspace-documentation
Rosetta skill to create CONTEXT.md, ARCHITECTURE.md, IMPLEMENTATION.md, ASSUMPTIONS.md, and AGENT MEMORY.md from workspace analysis.
init-workspace-discovery
Rosetta skill to produce TECHSTACK, CODEMAP, DEPENDENCIES from workspace analysis.
init-workspace-context
Rosetta skill to classify workspace initialization mode and build existing file inventory.
operation-manager
Rosetta skill for reliable execution: plan creation, tracking, and execution coordination via local JSON files.
load-workflow
Rosetta MUST skill to select, load, and activate the best-matching workflow for the current request, inject its phases into the execution plan, and restore state when resuming.
load-context-instructions
Detect active execution mode and load Rosetta bootstrap instructions accordingly.
gitnexus-setup
Use when directly requested to install GitNexus.
gitnexus-cli
GitNexus CLI reference for npx commands — analyze, status, clean, wiki, list — with flags, effects, and when to run each.