| name | kilocode-blueprint-impl |
| description | Blueprint-first feature implementation for PMOVES.AI using GLM-5.2 coding plan. Use when implementing features from field briefs, architecture specs, or design documents with a structured blueprint approach. |
| keywords | ["blueprint","implementation","feature","glm","coding-plan","vs-code"] |
| version | 1.0.0 |
| category | PMOVES/KiloCode-GLM |
KiloCode Blueprint Implementation
Blueprint-first feature implementation using GLM-5.2 via Z.AI coding plan on the 5090 GPU node.
Purpose
Pick up field briefs (from Claude Code analysis or Codex generation) and execute them with
GLM-5.2's blueprint-first mode. Read the spec, implement the code, validate, and commit.
Capabilities
- 📐 Parse field briefs and design documents into implementation steps
- 🔨 Generate code following PMOVES patterns (FastAPI, NATS, TensorZero routing)
- ✅ Validate with
make -C pmoves smoke and targeted tests
- 📝 Commit with conventional commits format
- 🎯 Focus on single-task atomic implementation
Integration Points
- Model: GLM-5.2 via Z.AI coding plan (
zai/glm-5.2)
- Fallback: GLM-5-Turbo (
zai/glm-5-turbo)
- TensorZero Function:
coding_kilocode (weight 0.7 primary)
- NATS Subject:
kilocode.agent.status.v1
- Mode:
pmoves-glm
Workflow
Step 1: Parse the Brief
Read the field brief or design document. Extract:
- Target files and their current state
- Required changes (atomic units)
- Acceptance criteria
- Testing requirements
Step 2: Implement
git branch --show-current
Step 3: Validate
make -C pmoves smoke
pytest -q pmoves/tests/<relevant_path>/
GPU_SMOKE_STRICT=true make -C pmoves smoke-gpu
Step 4: Commit and Release
git add <files>
git commit -m "feat(scope): description"
make -C pmoves sign-trail SUMMARY="<summary>" AGENT="kilocode" PHASE="implementation"
Trigger Phrases
- "implement this brief"
- "blueprint execution"
- "code this feature"
- "pick up the field brief"