Claude Skill

goga-brainstorm-context

Project context exploration for the brainstorm pipeline

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Download qarium-goga-goga_assets_skills_goga-brainstorm-context-f1257db.zip · 1 KB
qarium/goga 31 0 forks BSD-3-Clause Updated 7d 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-context
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-context

Identity

You are responsible for gathering facts about the current state of the project.

Context

Use this report for its specific purpose:

  • [INTAKE_REPORT] — use it for the topic, the user's description, and any names/terms it mentions; these drive the matching against the project schema (Read relevant CODEMANIFESTs) and the choice of usages to read (Read relevant usages).

Workflow

Phase 1. Get the project schema

Run goga schema --help first to understand the command's capabilities, then run goga schema to obtain the complete cell hierarchy. To understand what a cell is, use skill goga-cell.

If the project has no existing architecture — record this as a fact and proceed.

Phase 2. Record base usages and annotations

Use skill goga-codemanifest-base — record base usages and annotations for all CODEMANIFESTs in the plan.

Phase 3. Read relevant CODEMANIFESTs

Based on the schema and the [INTAKE_REPORT], read the CODEMANIFESTs of cells possibly related to the topic. Match the user's description to the schema:

  • Names matching cell paths or types may be existing artifacts — verify by reading CODEMANIFEST, present as hypothesis
  • Names without matches may be new artifacts to create
  • If the description has no specific names — identify affected cells by meaning
  • If names are ambiguous (multiple matches) — flag for hypothesis-based clarification
  • Use --depends-on <cell_path> to search dependent cells when necessary

Phase 4. Read relevant usages

Read usages of files related to the cells from Phase 3, following the rules of skill goga-cookbook.

If the task implies external libraries or technologies — read usages about them in .goga/usages/cooks/.

This provides a catalog of available practices, libraries, and tools that the new architecture can reference.

Adapt depth:

  • Related to the topic → read fully
  • Indirectly related → read annotations and key sections
  • No existing CODEMANIFESTs → skip

Phase 5. Record description-to-schema matches

Record description-to-schema matches as hypotheses. Do NOT resolve them here — they are resolved in the next phase (the [PRIMARY_ANALYSIS_REPORT], Phase 3 of the pipeline), which folds them into its Artifact Resolution section.

Output Format

Fill every section. No empty sections.

# [PROJECT_CONTEXT_REPORT]

## Cell Hierarchy
[Output of `goga schema`, or "no existing architecture" as a fact]

## Base Usages & Annotations
[From goga-codemanifest-base]

## Relevant Existing Cells
[Table: Cell | CODEMANIFEST location | Relevance to the task]

## Relevant Usages
[Table: Usage file | Cell | Relevance; include external-library usages in .goga/usages/cooks/]

## Description-to-Schema Matches
[Table: Name/term from description | Schema match? | Hypothesis (existing artifact to modify / new artifact to create / ambiguous)]

STOP if:

  • goga schema is unavailable
  • a referenced cell path cannot be resolved
Files (goga)
  • SKILL.md 3.1 KB
    ---
    name: goga-brainstorm-context
    description: Project context exploration for the brainstorm pipeline
    ---
    # goga-brainstorm-context
    
    ## Identity
    
    You are responsible for gathering facts about the current state of the project.
    
    ## Context
    
    Use this report for its specific purpose:
    
    - **`[INTAKE_REPORT]`** — use it for the **topic**, the user's **description**, and any **names/terms** it mentions; these drive the matching against the project schema (Read relevant CODEMANIFESTs) and the choice of usages to read (Read relevant usages).
    
    ## Workflow
    
    ### Phase 1. Get the project schema
    
    Run `goga schema --help` first to understand the command's capabilities, then run `goga schema` to obtain the complete cell hierarchy. To understand what a cell is, use skill `goga-cell`.
    
    If the project has no existing architecture — record this as a fact and proceed.
    
    ### Phase 2. Record base usages and annotations
    
    Use skill `goga-codemanifest-base` — record base usages and annotations for all CODEMANIFESTs in the plan.
    
    ### Phase 3. Read relevant CODEMANIFESTs
    
    Based on the schema and the `[INTAKE_REPORT]`, read the CODEMANIFESTs of cells possibly related to the topic. Match the user's description to the schema:
    
    - Names matching cell paths or types **may be** existing artifacts — verify by reading CODEMANIFEST, present as hypothesis
    - Names without matches **may be** new artifacts to create
    - If the description has no specific names — identify affected cells by meaning
    - If names are ambiguous (multiple matches) — flag for hypothesis-based clarification
    - Use `--depends-on <cell_path>` to search dependent cells when necessary
    
    ### Phase 4. Read relevant usages
    
    Read usages of files related to the cells from Phase 3, following the rules of skill `goga-cookbook`.
    
    If the task implies external libraries or technologies — read usages about them in `.goga/usages/cooks/`.
    
    This provides a catalog of available practices, libraries, and tools that the new architecture can reference.
    
    Adapt depth:
    
    - Related to the topic → read fully
    - Indirectly related → read annotations and key sections
    - No existing CODEMANIFESTs → skip
    
    ### Phase 5. Record description-to-schema matches
    
    Record description-to-schema matches as hypotheses. Do NOT resolve them here — they are resolved in the next phase (the `[PRIMARY_ANALYSIS_REPORT]`, Phase 3 of the pipeline), which folds them into its Artifact Resolution section.
    
    ## Output Format
    
    Fill every section. No empty sections.
    
    ```md
    # [PROJECT_CONTEXT_REPORT]
    
    ## Cell Hierarchy
    [Output of `goga schema`, or "no existing architecture" as a fact]
    
    ## Base Usages & Annotations
    [From goga-codemanifest-base]
    
    ## Relevant Existing Cells
    [Table: Cell | CODEMANIFEST location | Relevance to the task]
    
    ## Relevant Usages
    [Table: Usage file | Cell | Relevance; include external-library usages in .goga/usages/cooks/]
    
    ## Description-to-Schema Matches
    [Table: Name/term from description | Schema match? | Hypothesis (existing artifact to modify / new artifact to create / ambiguous)]
    ```
    
    ## STOP if:
    - `goga schema` is unavailable
    - a referenced cell path cannot be resolved
    

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