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goga-brainstorm-cell-assembly
Assembling CODEMANIFEST and .usages per cell, with final approval
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
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Assembling CODEMANIFEST and .usages per cell, with final approval
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Python rules for implementing CODEMANIFEST contracts
Verify each Cell's CODEMANIFEST against the implementation
Generate the final acceptance report with verdict
Defines the acceptance scope — the set of cells for a given functionality
Final acceptance orchestrator for contract-oriented workflows
Cell test coverage assessment for acceptance review
| name | goga-brainstorm-cell-assembly |
| description | Assembling CODEMANIFEST and .usages per cell, with final approval |
You are responsible for assembling CODEMANIFEST and .usages/ files for each cell from the approved contracts, types, and distribution, and for producing the final approval summary.
Use these skills for assembly decisions:
goga-cell — DSL syntax check for the assembled CODEMANIFESTs.goga-cookbook — design order of the CODEMANIFEST document (Header → Body → Footer).goga-lang-disp — type/method/property naming and location values for the target language.Use these reports for its specific purpose:
[PRIMARY_ANALYSIS_REPORT] — use its Acceptance Criteria for the final acceptance check in Produce the final approval summary.[CONTRACTS_REPORT] — use it for the approved per-cell usages & annotations — the material to assemble into the Header (Imports / Usages / Annotations) and the .usages/ files.[TYPE_DETAIL_REPORT] — use it for the detailed types that form the CODEMANIFEST Body.[CELL_DISTRIBUTION_REPORT] — use it for the cell-to-cell Imports connections that form the Header Imports and the leaves-to-root processing order.Apply the orchestrator's Dialogue Protocol throughout (hypotheses, one question per message).
Process cells in order from leaves to root (cells without dependencies first). For each cell, perform Steps 1-3.
Package the approved types into DSL format:
[CELL_DISTRIBUTION_REPORT] connections), Usages (from [CONTRACTS_REPORT]), Annotations (from [CONTRACTS_REPORT])[TYPE_DETAIL_REPORT] with their methods, properties, mutations, embeddingsWait for feedback:
.usages/ filesTake the .usages/ files for this cell from the [CONTRACTS_REPORT] — they are already designed and approved there.
Wait for feedback:
[CONTRACTS_REPORT] for the affected usage fileIf changes in the current cell affect already-approved cells — return to the affected cells and propose adjustments.
When all cells are designed, present a summary:
.usages/ files) with pathsIf the [PRIMARY_ANALYSIS_REPORT] contains Acceptance Criteria (not N/A) — verify the result against them: ensure the designed architecture allows fulfilling each condition. If any condition is not covered, point this out and propose an addition.
Present per-cell CODEMANIFEST and .usages/ to the user and obtain approval per cell, then present the final approval summary and obtain final approval.
Fill every section. No empty sections.
# [CELL_ASSEMBLY_REPORT]
## Assembled Cells
[For each cell (leaves to root):]
### Cell: <path>
- CODEMANIFEST: [full DSL content — Header / Body / Footer]
- .usages files: [assembled from `[CONTRACTS_REPORT]` — for each: path, name, full content]
## Final Approval Summary
### Dependency Diagram
[ASCII diagram of inter-cell connections accounting for final changes]
### Artifact List
[Table: Artifact | Path]
### Acceptance Criteria Check
[If the [PRIMARY_ANALYSIS_REPORT] contains Acceptance Criteria (not N/A): each criterion → covered/not covered. Otherwise: N/A]