Executing Plans for Openclaw

A systematic protocol for AI agents to execute complex implementation plans through batch processing and mandatory review checkpoints.

chenleiyanquan
v0.1.0
Jan 28, 2026
7
7.8k
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Install & Download

1. ClawHub CLI

The fastest way to install a skill directly from the registry.

npx clawhub@latest install executing-plans

2. Manual Installation

Copy the skill folder to one of these locations

Global
~/.openclaw/skills/
Workspace
<project>/skills/

Priority: Workspace > Local > Bundled

3. Prompt Installation

Copy this prompt to OpenClaw to install it automatically.

Help me install executing-plans using Clawhub. If Clawhub is not installed, install it first (npm i -g clawhub).

Prefer to download?

Get the raw skill files in a ZIP archive.

What is Executing Plans?

Executing Plans is a specialized workflow designed to manage the gap between architectural planning and code implementation. It enables an AI agent to take a written plan and process it in manageable batches, ensuring that every step is verified and reviewed by a human partner. This skill is a core component of the Openclaw Skills ecosystem, prioritizing precision over speed by enforcing a logical lifecycle of loading, reviewing, executing, and reporting.

By utilizing this skill, developers can maintain high-level oversight of an AI agent's progress without needing to micromanage every line of code. The framework forces the agent to stop and seek clarification when blockers arise, preventing the common pitfall of AI hallucination or guessing during complex development tasks.

Executing Plans Use Cases

  • Implementing multi-step feature sets defined in a project roadmap.
  • Executing large-scale code refactors that require incremental verification.
  • Managing migration tasks where sequential execution and checkpoint reviews are critical.
  • Standardizing the way AI agents handle long-running implementation sessions to ensure architectural alignment.

How Executing Plans Works

  1. The agent loads the plan file and performs a critical review to identify potential gaps or ambiguities before any code is written.
  2. Tasks are organized into batches, typically consisting of three tasks at a time, to facilitate incremental progress.
  3. Each task within the batch is marked as in-progress, executed according to the plan's exact steps, and verified using specified tests.
  4. Once a batch is complete, the agent generates a report showing the implementation results and verification output, then pauses for human feedback.
  5. Upon final task completion, the agent transitions to a specialized finishing skill to wrap up the development branch.

Executing Plans Setup

To use this skill within the Openclaw Skills framework, ensure your agent has access to a structured implementation plan file. You can initiate the workflow with the following command:

# Example prompt to trigger the skill
Execute the implementation plan found in docs/plan.md using the executing-plans skill.

The agent will then announce its entry into the execution phase and begin the Step 1 review process.

Executing Plans Data Schema & Taxonomy

The skill manages implementation state through a combination of plan files and internal status tracking. It typically follows this structure:

Component Format Purpose
Plan File Markdown Contains the bite-sized steps and verification requirements
TodoWrite Internal State Tracks task statuses: todo, in_progress, and completed
Verification Output Log/Text Captures test results or CLI output for each task batch
Checkpoint Report Markdown A summary generated for the human reviewer between batches

Executing Plans Advanced Features

  • Multi-stage checkpointing that requires explicit human approval before moving to the next batch.
  • Integrated sub-skill triggers, automatically calling finishing-a-development-branch upon plan completion.
  • Critical review logic that identifies missing dependencies or unclear instructions before execution begins.
  • Strict error-handling protocols that force immediate stops when verification fails repeatedly, ensuring Openclaw Skills maintain code integrity.

SKILL.md


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