What happens if a task fails during execution?

The skill tracks the failure in the progress log, allowing you to use the 'specific' execution mode to re-run the failed task individually once the underlying issue is addressed.

Can it handle parallel tasks?

Yes, it identifies parallelizable tasks based on dependency markers, although it typically orchestrates execution sequentially to ensure maximum stability and thorough testing.

How does this skill prevent context overflow?

It utilizes a centralized PROGRESS.json file to track high-level status (approx. 2K tokens) rather than reading all large implementation plan files at once, keeping the context window clear for active coding.

Is this suitable for team environments?

Yes, it includes a file locking protocol (.progress.lock) to prevent race conditions when multiple conversations or processes attempt to update the implementation status simultaneously.

Implementation Plan Executor

Name: Implementation Plan Executor
Author: tacogips

bytacogips

0•

Productivity & Workflow

Executes complex software implementation plans with automated task orchestration, dependency tracking, and progress logging.

This skill bridges the gap between high-level architectural planning and actual code execution within Claude Code. It allows Claude to systematically work through multi-step coding tasks by managing a central progress ledger, handling complex task dependencies, and orchestrating specialized subagents for coding, testing, and review. By utilizing a specific file locking protocol and incremental file reading, it prevents context overflow and ensures data integrity during long-running or multi-session development projects, making it essential for building large-scale features or refactoring complex systems.

Key Features

01Automated task selection based on dependency graphs

020 GitHub stars

03File locking protocol to prevent race conditions during updates

04Context-optimized file reading to prevent token limit exhaustion

05Orchestration of coding, testing, and review subagent cycles

06Incremental progress tracking via a lightweight PROGRESS.json file

Use Cases

01Executing multi-phase refactoring projects across several coding sessions

02Managing complex feature implementations that require strict task ordering

03Maintaining a clear audit log of implementation progress and deliverables

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add tacogips/moltbook-cli exec-impl-plan-ref

For use in Claude.ai and ChatGPT

Key Features

01Automated task selection based on dependency graphs

020 GitHub stars

03File locking protocol to prevent race conditions during updates

04Context-optimized file reading to prevent token limit exhaustion

05Orchestration of coding, testing, and review subagent cycles

06Incremental progress tracking via a lightweight PROGRESS.json file

Use Cases

01Executing multi-phase refactoring projects across several coding sessions

02Managing complex feature implementations that require strict task ordering

03Maintaining a clear audit log of implementation progress and deliverables

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add tacogips/moltbook-cli exec-impl-plan-ref

For use in Claude.ai and ChatGPT