Claude Skills by gomilesf

Orchestrate a monitored implementation loop where a worker implements the plan and fresh code reviewers gate the exit. Use when the user asks to run a supervised implementation or build loop on Codex threads or Claude Code background agents.

Handle code-review blocker findings returned to the worker session. Validate feedback, repair implementation-owned issues, or stop for plan and contract gaps.

Review implementation against the plan and contract. Distinguish code bugs from contract gaps. Bounded convergence.

Orchestrate the build loop with split engines - Codex CLI sessions implement and take every first-pass review round while a high-taste Claude design model holds the final exit gate. Use when the user asks for a hybrid, split-model, or cross-model build loop, such as codex implementing with fable as the closer or final reviewer. Claude Code only.

Orchestrate the plan loop with split engines - a high-taste Claude design model drafts and revises the plan while Codex CLI sessions gate it as fresh plan reviewers. Use when the user asks for a hybrid, split-model, or cross-model planning loop, such as fable planning with codex reviewing. Claude Code only.

Orchestrate real specialist sessions as one monitored multi-agent workflow. Use when the user asks to coordinate or supervise multiple agent sessions, planning or implementation loops, or worker/reviewer handoffs, on Codex threads or Claude Code background agents.

Orchestrate a monitored planning loop where a planner drafts the plan and fresh plan reviewers gate the exit. Use when the user asks to create or revise a plan through supervised specialist sessions on Codex threads or Claude Code background agents.

Handle plan-review blocker findings returned to the planner session. Validate feedback, revise plan-owned artifacts, or stop for missing decisions.

Review a plan against the actual codebase. Verify slices are sufficient, surfaces are complete, and invariants are correct.

Create a plan for the assigned issue. Reads issue scope and codebase, produces a plan document with slices and invariant matrix when the work is cross-cutting.

Execute the plan slice by slice using TDD. Self-check completeness before declaring the implementation result.