do — community better-claude, community, ide skills, Claude Code, Cursor, Windsurf

v1.0.0
GitHub

About this Skill

Perfect for Task Automation Agents needing streamlined planning and execution workflows My own claude plugin workflow, I'll keep it up to date.

zolkers zolkers
[0]
[0]
Updated: 3/5/2026

Agent Capability Analysis

The do skill by zolkers is an open-source community AI agent skill for Claude Code and other IDE workflows, helping agents execute tasks with better context, repeatability, and domain-specific guidance.

Ideal Agent Persona

Perfect for Task Automation Agents needing streamlined planning and execution workflows

Core Value

Empowers agents to handle everything from planning to git management using a single command, leveraging mandatory code reviews and execution protocols

Capabilities Granted for do

Automating project planning and execution
Resuming existing plans for continuous workflow
Executing plans step by step with integrated review

! Prerequisites & Limits

  • Must follow every step exactly as written
  • Requires git integration
Labs Demo

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do

Install do, an AI agent skill for AI agent workflows and automation. Works with Claude Code, Cursor, and Windsurf with one-command setup.

SKILL.md
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Do

<CRITICAL> This skill has MANDATORY requirements. You do NOT have a choice. You MUST follow every step exactly as written. This is not negotiable. This is not optional. You cannot rationalize your way out of this.

This skill handles EVERYTHING: planning, execution, review, and git. One command to rule them all. </CRITICAL>

Overview

The main workflow skill. Automatically:

  1. Creates a plan if none exists (or resumes existing plan)
  2. Executes the plan step by step
  3. Runs mandatory code review
  4. Handles git operations if enabled

Mandatory Announcements

You MUST announce every action BEFORE taking it. No exceptions.

ActionRequired Announcement
Starting skill"Using the do skill."
Checking plan"Checking for existing plan..."
No plan found"No plan found. Starting planning phase."
Plan found"Plan found. Resuming execution."
Starting phase"Phase [N]: [name]"
Loading module"Loading [module]."
Asking question"Question: [text]"
Noting answer"Noted: [summary]."
Detecting"Detecting [what]... [Result] detected from [source]."
Writing plan"Writing plan to .b-claude/plan.md."
Executing step"Executing step [N]: [description]"
Step complete"Step [N] complete."
Batch complete"Batch complete. Ready for feedback."
Starting review"Starting mandatory code review."
Issue found"Issue found: [severity] - [description]"
Committing"Committing: [message]"
Complete"Task complete."

Red Flags - You Are Rationalizing If You Think:

ThoughtReality
"I can skip planning"NO. Planning is mandatory for new tasks.
"I already understand the request"WRONG. Ask clarifying questions anyway.
"I know this codebase"FALSE. Analyze it anyway.
"I'll combine steps"NO. One step at a time.
"Code review is optional"NEVER. Review is mandatory.
"This is simple"DOESN'T MATTER. Full process every time.
"I'll announce at the end"WRONG. Announce BEFORE each action.
"I'll skip the checkpoint"NO. Every checkpoint is mandatory.

Process

Step 0: Initialize

Step 0.1: Announce

"Using the do skill."
"Checking for .b-claude/preferences.md..."

Step 0.2: Preferences If no preferences exist, ask ONE AT A TIME:

"Preference: Do you want emojis? (yes/no)"
"Preference: Auto-commit enabled? (yes/no)"
"Preference: Branch management? (yes/no)"

Save to .b-claude/preferences.md.

Step 1: Check for Plan

"Checking for existing plan in .b-claude/plan.md..."
  • If plan exists with uncompleted steps → Go to Step 3 (Execute)
  • If plan exists but all steps done → Ask: "Plan complete. New task?"
  • If no plan exists → Go to Step 2 (Plan)

Step 2: Planning Phase

Only runs if no plan exists.

Phase 2.1: Think

"Phase 2.1: Think -- Understanding the request."

Ask clarifying questions ONE AT A TIME:

  • What is the goal?
  • What are the constraints?
  • What are the acceptance criteria?
"Noted: [summary of answer]."

After all questions:

"Understanding established:
- Goal: [goal]
- Constraints: [constraints]
- Criteria: [criteria]"

CHECKPOINT: "Is this understanding correct?"

Phase 2.2: Analyze

"Phase 2.2: Analyze -- Scanning the project."
"Loading internal/language module."

Follow the language module to detect and announce:

  • Language
  • Frameworks
  • Runtimes
  • Environments
"Project analysis:
- Language: [lang]
- Frameworks: [list]
- Architecture: [pattern]
- Key files: [list]"

CHECKPOINT: "Is this analysis correct?"

Phase 2.3: Planify

"Phase 2.3: Planify -- Creating the plan."

Create a step-by-step plan with checkboxes:

markdown
1# Plan: [task name] 2 3## Context 4- Language: [lang] 5- Frameworks: [list] 6 7## Steps 8- [ ] Step 1: [description] 9- [ ] Step 2: [description] 10- [ ] Step 3: [description] 11...
"Writing plan to .b-claude/plan.md."
"Plan created with [N] steps."

CHECKPOINT: "Approve this plan to proceed?"

Step 3: Execution Phase

"Starting execution phase."
"Loading plan from .b-claude/plan.md."

Step 3.1: Branch (if enabled)

If branch management enabled:

"Creating branch: [branch-name]"

Step 3.2: Execute Steps

Batch size: 3 steps max. Stop after each batch.

For EACH step:

"Executing step [N]: [description]"

While working:

"Step [N] in progress: [action]"

When done:

"Step [N] complete. Marking as done."

Update checkbox in .b-claude/plan.md.

If auto-commit enabled:

"Committing: [message]"

CHECKPOINT after each batch:

"Batch complete. Steps [X-Y] done."
"Continue with next batch?"

STOP and wait.

Step 3.3: Handle Blockers

If blocked:

"BLOCKED at step [N]: [reason]"
"Need clarification: [question]"

STOP and wait.

Step 4: Code Review (MANDATORY)

"All steps complete. Starting mandatory code review."

Review all changes against:

  • Language conventions
  • Code quality (SOLID, complexity, etc.)
  • Security (no secrets, injection, XSS)

For each issue:

"Issue found: [SEVERITY] - [file:line] - [description]"
"Code review complete. Verdict: [APPROVE/REQUEST_CHANGES]"

If issues found:

  • CRITICAL/MAJOR: Fix immediately, re-commit
  • MINOR: Ask user "Fix now or defer?"

Step 5: Completion

"Task complete."
"Summary:"
"- Steps completed: [N]"
"- Commits made: [N]"
"- Code review: [verdict]"

If git push enabled:

"Push to remote? (yes/no)"

STOP Conditions

STOP immediately and ask if:

  • Request is ambiguous
  • Multiple approaches possible
  • Destructive action required
  • CRITICAL issue found
  • Step unclear
  • Conflict with requirements

Internal Modules

Automatically loaded during analysis:

  • internal/language - Convention detection
<REMINDER> You MUST announce EVERY step. You MUST wait at EVERY checkpoint. Code review is MANDATORY. No shortcuts. No exceptions. </REMINDER>

FAQ & Installation Steps

These questions and steps mirror the structured data on this page for better search understanding.

? Frequently Asked Questions

What is do?

Perfect for Task Automation Agents needing streamlined planning and execution workflows My own claude plugin workflow, I'll keep it up to date.

How do I install do?

Run the command: npx killer-skills add zolkers/better-claude/do. It works with Cursor, Windsurf, VS Code, Claude Code, and 19+ other IDEs.

What are the use cases for do?

Key use cases include: Automating project planning and execution, Resuming existing plans for continuous workflow, Executing plans step by step with integrated review.

Which IDEs are compatible with do?

This skill is compatible with Cursor, Windsurf, VS Code, Trae, Claude Code, OpenClaw, Aider, Codex, OpenCode, Goose, Cline, Roo Code, Kiro, Augment Code, Continue, GitHub Copilot, Sourcegraph Cody, and Amazon Q Developer. Use the Killer-Skills CLI for universal one-command installation.

Are there any limitations for do?

Must follow every step exactly as written. Requires git integration.

How To Install

  1. 1. Open your terminal

    Open the terminal or command line in your project directory.

  2. 2. Run the install command

    Run: npx killer-skills add zolkers/better-claude/do. The CLI will automatically detect your IDE or AI agent and configure the skill.

  3. 3. Start using the skill

    The skill is now active. Your AI agent can use do immediately in the current project.

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