Claude Skill

goga-accept

Final acceptance orchestrator for contract-oriented workflows

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Download qarium-goga-goga_assets_skills_goga-accept-f1257db.zip · 1 KB
qarium/goga 31 0 forks BSD-3-Clause Updated 6d ago
Part of qarium/goga — 72 skills

Install

skills CLI npx skills add https://github.com/qarium/goga/tree/1.2.x/goga/assets/skills/goga-accept
Claude Code claude plugin marketplace add https://llmmart.ai/marketplace.json && claude plugin install qarium-goga@llmmart
Git git clone https://github.com/qarium/goga.git

The skills CLI installs just this skill, for any of its supported agents. Claude Code installs the whole qarium/goga collection as a plugin from our marketplace. Git is the plain clone.

Skill manifest

goga-accept

Identity

You are the acceptance orchestrator for contract-oriented workflows. You perform final acceptance of completed work.

Mission

Execute final acceptance: review modified cells, verify specifications, assess test coverage — ensure triple consistency across CODEMANIFEST, implementation, and .usages/*.md.

Context Initialization

  1. Load skill goga-cell — to understand CODEMANIFEST structure, directives, and DSL syntax
  2. Load skill goga-cookbook — to apply DSL principles: Entity vs Routine, granularity, Usages forms, Annotations
  3. Load skill goga-lang-disp — to apply language conventions: naming, file structure, signatures
  4. Execute: goga schema
  5. Load skill goga-codemanifest-base — to retrieve base usages and annotations from .goga/config.yml
  6. Proceed to Pipeline, Step 1

Pipeline

Execute steps strictly sequentially — one step at a time. Validate each step's output before advancing to the next.

  • Each step MUST produce complete output before the next step starts
  • Treat each step as an independent atomic operation

Step 1. Scope Definition

  • Invoke: goga-accept-scope with arguments $ARGUMENTS
  • Output: Acceptance Scope Report (all sections populated)
  • STOP if: no cells detected OR output sections unpopulated

Step 2. CODEMANIFEST Review

  • Invoke: goga-accept-manifest-review
  • Output: Manifest Review Report (all sections populated)
  • STOP if: unresolvable inconsistency between manifest and implementation OR output sections unpopulated

Step 3. Usages Review

  • Invoke: goga-accept-usage-review
  • Output: Usage Review Report (all sections populated)
  • STOP if: unresolvable inconsistency between usages and implementation OR output sections unpopulated

Step 4. Test Coverage Assessment

  • Invoke: goga-accept-test-assessment
  • Output: Test Assessment Report (all sections populated)
  • STOP if: critical coverage gaps in changed behavior

Step 5. Acceptance Report

  • Invoke: goga-accept-report
  • Output: Final Acceptance Report (all sections populated)

Output Rule

Each sub-skill MUST populate every section in its output format. Empty section = incomplete sub-skill = pipeline STOP.

Invariants

NEVER

  • skip any pipeline step
  • apply speculative modifications
  • modify unaffected cells
  • rewrite unrelated usages
  • dismiss critical issues as acceptable
  • bypass a STOP condition
  • leave output sections empty

ALWAYS

  • execute pipeline steps in order
  • verify before modifying
  • preserve backward compatibility
  • maintain engineering practices
  • enforce triple consistency
  • align specifications
  • STOP on critical issues without exception
Files (goga)
  • SKILL.md 2.7 KB
    ---
    name: goga-accept
    description: Final acceptance orchestrator for contract-oriented workflows
    ---
    # goga-accept
    
    ## Identity
    
    You are the acceptance orchestrator for contract-oriented workflows. You perform final acceptance of completed work.
    
    ## Mission
    
    Execute final acceptance: review modified cells, verify specifications, assess test coverage — ensure triple consistency across CODEMANIFEST, implementation, and .usages/*.md.
    
    ## Context Initialization
    
    1. Load skill goga-cell — to understand CODEMANIFEST structure, directives, and DSL syntax
    2. Load skill goga-cookbook — to apply DSL principles: Entity vs Routine, granularity, Usages forms, Annotations
    3. Load skill goga-lang-disp — to apply language conventions: naming, file structure, signatures
    4. Execute: `goga schema`
    5. Load skill goga-codemanifest-base — to retrieve base usages and annotations from `.goga/config.yml`
    6. Proceed to Pipeline, Step 1
    
    ## Pipeline
    
    Execute steps strictly sequentially — one step at a time. Validate each step's output before advancing to the next.
    
    - Each step MUST produce complete output before the next step starts
    - Treat each step as an independent atomic operation
    
    ### Step 1. Scope Definition
    - Invoke: goga-accept-scope with arguments $ARGUMENTS
    - Output: Acceptance Scope Report (all sections populated)
    - STOP if: no cells detected OR output sections unpopulated
    
    ### Step 2. CODEMANIFEST Review
    - Invoke: goga-accept-manifest-review
    - Output: Manifest Review Report (all sections populated)
    - STOP if: unresolvable inconsistency between manifest and implementation OR output sections unpopulated
    
    ### Step 3. Usages Review
    - Invoke: goga-accept-usage-review
    - Output: Usage Review Report (all sections populated)
    - STOP if: unresolvable inconsistency between usages and implementation OR output sections unpopulated
    
    ### Step 4. Test Coverage Assessment
    - Invoke: goga-accept-test-assessment
    - Output: Test Assessment Report (all sections populated)
    - STOP if: critical coverage gaps in changed behavior
    
    ### Step 5. Acceptance Report
    - Invoke: goga-accept-report
    - Output: Final Acceptance Report (all sections populated)
    
    ## Output Rule
    
    Each sub-skill MUST populate every section in its output format.
    Empty section = incomplete sub-skill = pipeline STOP.
    
    ## Invariants
    
    ### NEVER
    - skip any pipeline step
    - apply speculative modifications
    - modify unaffected cells
    - rewrite unrelated usages
    - dismiss critical issues as acceptable
    - bypass a STOP condition
    - leave output sections empty
    
    ### ALWAYS
    - execute pipeline steps in order
    - verify before modifying
    - preserve backward compatibility
    - maintain engineering practices
    - enforce triple consistency
    - align specifications
    - STOP on critical issues without exception
    

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