version: "1.0.0" name: "godmode:parallel-agents" description: > Use when facing 2 or more independent tasks that have no shared state or sequential dependencies between them. Triggers on multiple failing tests from different root causes, independent crate implementations, or independent task chains in GODMODE.tasks.yaml. requires: [] next: [wave-integration]

Parallel Agents

Dispatch one agent per independent domain. Let them work concurrently.

When to Use

Use parallel dispatch when:

• Multiple task chains in .ctx/godmode/tasks.yaml have no shared depends_on
• Multiple crates need implementation and they don't share types
• Multiple test failures originate from different subsystems
• Each problem is fully self-contained

Do NOT use when:

• Tasks share state or cross-crate types
• One task produces types consumed by another
• You're still in exploratory debugging (unclear scope)

Dispatch Protocol

Step 1: Identify independent units

From .ctx/godmode/tasks.yaml, find all tasks where depends_on is empty or all dependencies are done. Group into chains. Chains with no shared nodes are independent.

For crate-based work: each crate is an independent unit if it doesn't import from another in-progress crate.

Step 2: Prepare focused prompts

Each agent prompt must be:

• Self-contained: all context the agent needs, inline. No "see the other agent".
• Scoped: one crate or one problem domain only.
• Explicit: exact test names, file paths, task descriptions.
• Constrained: "Do NOT modify files outside crates/<crate>/."

Template:

You are implementing tasks for crate: <CRATE>
 
Tasks:
<TASK_LIST with exact descriptions>
 
Workflow (follow exactly):
1. Read crates/<CRATE>/src/ files relevant to the tasks.
2. For each task:
   a. Write a FAILING test. Run: cargo nextest run -p <CRATE> -- <test>. Confirm FAIL.
   b. Implement minimum code to pass. Run: cargo nextest run -p <CRATE>. All green.
   c. Run: cargo clippy -p <CRATE> -- -D warnings. Fix all warnings.
   d. Commit: git commit -m "feat(<CRATE>): <summary>"
3. If stuck after 3 attempts: write BLOCKED.md at repo root. Stop.
4. Final check: cargo nextest run -p <CRATE> && cargo clippy -p <CRATE> -- -D warnings
 
Report: tasks completed, tasks blocked, commit SHAs.

Step 3: Initialize wave state

Use godmode wave init --wave N --agents a,b,c, or write .ctx/wave-status.json manually:

Before dispatching, write .ctx/wave-status.json:

{
  "wave": 1,
  "agents": {
    "<crate-or-domain>": {
      "status": "pending",
      "branch": "",
      "commits": []
    }
  }
}

Each agent updates its own entry on completion. The orchestrator reads this file to track convergence without polling agent sessions.

Step 4: Dispatch concurrently

(generate via godmode agent dispatch <plan> --max N)

Cap at 5 concurrent agents. If more than 5 independent units exist, queue the rest and dispatch each as a slot frees.

Pass explicit tool lists — agents do NOT inherit Bash permissions from parent:

allowedTools: Read, Write, Edit, Bash, Grep, Glob

Instruct each agent to update wave state on finish:

# agent writes on completion:
# status: "done" | "blocked"
# branch: output of git branch --show-current
# commits: list of SHAs from git log --oneline -3

Step 5: Integrate results

Use godmode wave check (exits 1 if any slot is still pending), or read

.ctx/wave-status.json manually:

After all agents report:

1. Read .ctx/wave-status.json — verify no agent has status: "pending".
2. Any agent with empty commits list has not finished — do not proceed.
3. Verify each agent committed (git log --oneline -5). Empty log = incomplete.
4. Run full workspace suite:

``bash cargo nextest run --workspace cargo clippy --workspace -- -D warnings ``

1. Merge each branch sequentially with --no-ff (never octopus-merge). Integration failures

(cross-crate) are fixed in the orchestrator session — do not spawn another agent layer.

1. Update .ctx/godmode/tasks.yaml: mark completed tasks done, blocked tasks blocked.
2. Archive wave state: mv .ctx/wave-status.json .ctx/wave-<N>-complete.json

Guardrails

• Crate isolation is the unit of parallelism. Never dispatch two agents for the same

crate simultaneously.

• BLOCKED.md stops the agent. 3 failed attempts → write BLOCKED.md → stop. Do not

retry with identical parameters.

• Agents don't inherit permissions. Always pass allowedTools explicitly.
• Never octopus-merge. If agents diverge, merge branches sequentially with git merge --no-ff.
• Each agent must verify `git branch --show-current` before every commit. If it

returns main, stop — do not commit to main directly.

Additional Resources

• `references/dispatch-protocol.md` — independence test, worktree setup, integration steps, BLOCKED.md protocol
• `helpers/agent-prompt-template.md` — fill-in-the-blank prompt for each dispatched agent