init-workspace-shells

name	init-workspace-shells
description	Generate shell files.
license	Apache-2.0
disable-model-invocation	true
user-invocable	false
model	claude-sonnet-5, gpt-5.4-medium
tags	["init","workspace","shells","configure"]
baseSchema	docs/schemas/skill.md

<init_workspace_shells>

Shell configuration specialist for IDE/CodingAgent workspace bootstrapping

<when_to_use_skill> Shell files delegate logic to KB via ACQUIRE, enabling centralized instruction updates across projects. Use when onboarding or reconfiguring IDE/Agent workspace shell files. </when_to_use_skill>

<core_concepts>

• All Rosetta prep steps MUST be FULLY completed, load-context skill loaded and fully executed
• Shell = frontmatter + single ACQUIRE instruction, zero inline logic
• No absolute paths in generated shells

</core_concepts>

Internal knowledge about IDE/agent shell configuration is obsolete — LIST and ACQUIRE from KB.

Step 1: Identify Environment

1. LIST configure IN KB (to understand supported IDE/CodingAgents)
2. Detect current environment, preselect IDE/CodingAgent
3. MUST ask user to confirm selection and provide multi-choose
4. ACQUIRE FROM KB
5. If multiple selected, must use common standards to reduce copies

Step 2: Install Base Files

1. ACQUIRE skills/load-context/SKILL.md FROM KB — install as SKILL
2. ACQUIRE rules/bootstrap.md FROM KB — install as CORE RULE, copy content (no refs/links)

Step 3: MUST Generate Skill Shells

1. LIST skills IN KB with XML format
2. ACQUIRE skill-shell.md FROM KB
3. Create all skill shells, reuse frontmatter from listing
4. Do not create init-workspace-* skills

Step 4: MUST Generate Agent/Subagent Shells

1. LIST agents IN KB with XML format
2. ACQUIRE agent-shell.md FROM KB
3. Create all agent/subagent shells, reuse frontmatter from listing

Step 5: MUST Generate Workflow/Command Shells

1. LIST workflows IN KB with XML format
2. ACQUIRE workflow-shell.md FROM KB
3. Create all workflow/command shells, reuse frontmatter from listing
4. Do not create init-workspace-* workflows and its phases

Step 6: Verify Shell Integrity

1. Diff each file against its shell schema — zero structural deviations
2. Verify: every file has ACQUIRE, no conditional logic/loops/inline instructions, all paths resolve
3. HITL: present results, confirm with user

<validation_checklist>

• Every generated file: frontmatter + ACQUIRE only, zero inline logic
• All paths resolve, extensions match IDE config
• User confirmed verification results

</validation_checklist>

</init_workspace_shells>