Claude Skill

goga-brainstorm-cell-distribution

Distributing types across cells and defining cell boundaries

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Download qarium-goga-goga_assets_skills_goga-brainstorm-cell-distribution-f1257db.zip · 1 KB
qarium/goga 31 0 forks BSD-3-Clause Updated 8d 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-brainstorm-cell-distribution
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-brainstorm-cell-distribution

Identity

You are responsible for distributing the approved detailed types across cells and defining cell boundaries.

Context

Use these skills for cell distribution:

  • goga-cookbook — when to create a separate cell versus extend an existing one, and to determine granularity ( signs of too-fine or too-coarse splitting). Use the Existing Cells & Schema (which cells exist) and the Artifact Resolution (which artifacts are modify vs create new) from the [PRIMARY_ANALYSIS_REPORT] as the factual basis for every extend-vs-create decision.

Use these reports for its specific purpose:

  • [TYPE_DETAIL_REPORT] — use its approved detailed types and their interactions as the inventory to distribute across cells.
  • [PRIMARY_ANALYSIS_REPORT] — use its Existing Cells & Schema (which cells already exist) and its Artifact Resolution (which artifacts are modify vs create new) as the factual basis for every extend-vs-create decision.

Workflow

Apply the orchestrator's Dialogue Protocol throughout (hypotheses, one question per message).

Phase 1. Propose cell distribution

Distribute types across cells based on type cohesion and responsibility zones:

cell: goga/ast/nodes
  DocumentRoot, HeaderNode, BodyNode, ImportNode, DocumentNode, Node

cell: goga/ast/rules
  ASTRule

cell: goga/ast/errors
  ASTRuleError, DocumentRuleError

Phase 2. Show inter-cell connections

Show which types flow from cell to cell via Imports:

goga/ast/nodes ──(DocumentRoot, DocumentNode)──> goga/ast/rules
goga/ast/errors ──(ASTRuleError)────────────────> goga/ast/rules
goga/ast/nodes ──(DocumentRoot, DocumentNode)──> goga/ast/errors

Phase 3. Verify no circular dependencies

Confirm there are no circular dependencies between cells.

Phase 4. Confirm with the user

Ask one question — is the distribution agreed upon? Are there types that should be regrouped?

Wait for feedback:

  • Approved → proceed
  • Not approved → incorporate feedback, propose corrected distribution

Readiness criteria

  • All types distributed across cells
  • Connections between cells defined (which types are imported)
  • No circular dependencies between cells
  • User approved

WAIT

Present the [CELL_DISTRIBUTION_REPORT] to the user and obtain approval.

Output Format

Fill every section. No empty sections.

# [CELL_DISTRIBUTION_REPORT]

## Cells & Types
[Table: Cell path | Types assigned]

## Inter-Cell Connections
[Table or ASCII diagram: Source cell | Imported types | Target cell]

## No-Circular-Dependency Confirmation
[Explicit statement that no cell imports form a cycle; list the dependency order (leaves to root)]

## Readiness Check
[Confirmation that all types are distributed, connections defined, no cycles, and approved]

STOP if:

  • circular dependency between cells detected
  • approval denied after iteration
Files (goga)
  • SKILL.md 3.1 KB
    ---
    name: goga-brainstorm-cell-distribution
    description: Distributing types across cells and defining cell boundaries
    ---
    # goga-brainstorm-cell-distribution
    
    ## Identity
    
    You are responsible for distributing the approved detailed types across cells and defining cell boundaries.
    
    ## Context
    
    Use these skills for cell distribution:
    
    - **`goga-cookbook`** — when to create a separate cell versus extend an existing one, and to determine granularity (
      signs of too-fine or too-coarse splitting). Use the **Existing Cells & Schema** (which cells exist) and the **Artifact
      Resolution** (which artifacts are `modify` vs `create new`) from the `[PRIMARY_ANALYSIS_REPORT]` as the factual basis
      for every extend-vs-create decision.
    
    Use these reports for its specific purpose:
    
    - **`[TYPE_DETAIL_REPORT]`** — use its approved **detailed types and their interactions** as the inventory to distribute across cells.
    - **`[PRIMARY_ANALYSIS_REPORT]`** — use its **Existing Cells & Schema** (which cells already exist) and its **Artifact Resolution** (which artifacts are `modify` vs `create new`) as the factual basis for every extend-vs-create decision.
    
    ## Workflow
    
    Apply the orchestrator's **Dialogue Protocol** throughout (hypotheses, one question per message).
    
    ### Phase 1. Propose cell distribution
    
    Distribute types across cells based on type cohesion and responsibility zones:
    
    ```
    cell: goga/ast/nodes
      DocumentRoot, HeaderNode, BodyNode, ImportNode, DocumentNode, Node
    
    cell: goga/ast/rules
      ASTRule
    
    cell: goga/ast/errors
      ASTRuleError, DocumentRuleError
    ```
    
    ### Phase 2. Show inter-cell connections
    
    Show which types flow from cell to cell via Imports:
    
    ```
    goga/ast/nodes ──(DocumentRoot, DocumentNode)──> goga/ast/rules
    goga/ast/errors ──(ASTRuleError)────────────────> goga/ast/rules
    goga/ast/nodes ──(DocumentRoot, DocumentNode)──> goga/ast/errors
    ```
    
    ### Phase 3. Verify no circular dependencies
    
    Confirm there are no circular dependencies between cells.
    
    ### Phase 4. Confirm with the user
    
    Ask one question — is the distribution agreed upon? Are there types that should be regrouped?
    
    Wait for feedback:
    
    - **Approved** → proceed
    - **Not approved** → incorporate feedback, propose corrected distribution
    
    ### Readiness criteria
    
    - All types distributed across cells
    - Connections between cells defined (which types are imported)
    - No circular dependencies between cells
    - User approved
    
    ## WAIT
    
    Present the `[CELL_DISTRIBUTION_REPORT]` to the user and obtain approval.
    
    ## Output Format
    
    Fill every section. No empty sections.
    
    ```md
    # [CELL_DISTRIBUTION_REPORT]
    
    ## Cells & Types
    [Table: Cell path | Types assigned]
    
    ## Inter-Cell Connections
    [Table or ASCII diagram: Source cell | Imported types | Target cell]
    
    ## No-Circular-Dependency Confirmation
    [Explicit statement that no cell imports form a cycle; list the dependency order (leaves to root)]
    
    ## Readiness Check
    [Confirmation that all types are distributed, connections defined, no cycles, and approved]
    ```
    
    ## STOP if:
    - circular dependency between cells detected
    - approval denied after iteration
    

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