Authorization notice. Unlazy is dual-use. Only use it on software, sites and systems you own or have explicit permission to test.
Who it is forA tech lead coordinating several agents on a large change where some subtasks touch separate parts of the codebase.
The problemParallel agents can overwrite each other's files, and no shared record shows which subtask owns which paths.
The outcomeA scoped pipeline under .unlazy/ with a PLAN, ledgers, and claimed leaves, and one reduced status for the whole scope.
What you need first
- Node.js 16 or newer
- An AI agent that supports skills, such as Claude Code or Codex CLI
- A repository with a task to verify and shell commands the gates can run
Steps
- Create a scoped pipeline under .unlazy/ with PLAN.md, GATES.md, and gates/leaf-*.md files, and give each ready leaf complete, disjoint OWNS: paths.
- Claim each ready leaf for its scope with
node /scripts/gate-check.mjs --scope api --leaf leaf-1.2.1 --claim. (inferred, check the README) - Let each agent run only the gates for its claimed leaf, sequentially by default.
- Run
node /scripts/gate-check.mjs --scope apito reduce the ledgers and dispatch waves together. (inferred, check the README) - Treat the scope as finished only when the output prints ALL MET, since an abandoned wave is a HANDOFF REQUIRED outcome.
Prompt for your agent
Use the unlazy skill in the repo <repo-path> to split <large-task> into scoped leaves with disjoint OWNS: paths. Claim each ready leaf, then run node /scripts/gate-check.mjs --scope <scope-name> and report the reduced result. Verify that the output says ALL MET before you report success.
Caveat. Lease matching is a coordination guard, not write isolation, so parallel agents can still write to the same files outside the claimed paths.
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