/create-todos
I'll analyze recent operations and create contextual TODO comments in your code.
How it fires
How this command gets triggered: by you, by Claude, or both.
- Fires itselfClaude auto-loads it when your prompt matches the work.
- You can call itInvoke it directly when you want it.
- Slash command
/create-todos
Context preview
What this command does when you run it.
I'll analyze recent operations and create contextual TODO comments in your code.
Command definition
create-todos.mdCreate Smart TODOs
I'll analyze recent operations and create contextual TODO comments in your code.
First, let me understand your project standards:
- **Read** README.md for project conventions
- **Read** CONTRIBUTING.md for code style guidelines
- **Grep** existing TODOs to match your format
- **Read** documentation for technical context
I'll examine what just happened in our session:
- Security scan findings that need fixes
- Test failures requiring attention
- Code review issues to address
- Architecture improvements identified
- Performance optimizations suggested
Using native tools to analyze context:
- **Grep tool** to find related code sections
- **Read tool** to understand implementation details
- **TodoWrite** to track what TODOs I'm creating
For each TODO I'll: 1. Find the exact location where it belongs 2. Analyze surrounding code for context 3. Create clear, actionable TODO comments 4. Include priority and category markers
**TODO Format Adaptation:** I'll match your project's existing TODO style:
- Check if you use categories like `[Security]` or `(SECURITY)`
- Match comment style: `//`, `#`, `/* */`, etc.
- Follow any ticket reference patterns your project uses
- Respect line length limits from your linter
**Smart Context References:** I'll create TODOs that reference the source of the issue:
- Security findings will reference the scan line number
- Performance issues will include measured thresholds
- Bug fixes will reference failing test locations
- Refactoring needs will reference architectural patterns
I'll use intelligent placement:
- Security TODOs near vulnerable code
- Performance TODOs at bottleneck locations
- Bug fixes where errors occur
- Architecture TODOs at integration points
After creating TODOs, I'll ask: "How would you like to track these?"
- Convert to GitHub issues with `/todos-to-issues`
- Keep as code comments for gradual resolution
- Generate summary report for team review
**Important**: I will NEVER:
- Add "Generated by Claude" or AI attribution in TODOs
- Create vague or non-actionable TODOs
- Place TODOs in random locations
- Overwhelm code with excessive comments
This creates a clear technical debt roadmap directly in your codebase.
Read more
Create Smart TODOs
I'll analyze recent operations and create contextual TODO comments in your code.
First, let me understand your project standards:
- **Read** README.md for project conventions
- **Read** CONTRIBUTING.md for code style guidelines
- **Grep** existing TODOs to match your format
- **Read** documentation for technical context
I'll examine what just happened in our session:
- Security scan findings that need fixes
- Test failures requiring attention
- Code review issues to address
- Architecture improvements identified
- Performance optimizations suggested
Using native tools to analyze context:
- **Grep tool** to find related code sections
- **Read tool** to understand implementation details
- **TodoWrite** to track what TODOs I'm creating
For each TODO I'll: 1. Find the exact location where it belongs 2. Analyze surrounding code for context 3. Create clear, actionable TODO comments 4. Include priority and category markers
**TODO Format Adaptation:** I'll match your project's existing TODO style:
- Check if you use categories like `[Security]` or `(SECURITY)`
- Match comment style: `//`, `#`, `/* */`, etc.
- Follow any ticket reference patterns your project uses
- Respect line length limits from your linter
**Smart Context References:** I'll create TODOs that reference the source of the issue:
- Security findings will reference the scan line number
- Performance issues will include measured thresholds
- Bug fixes will reference failing test locations
- Refactoring needs will reference architectural patterns
I'll use intelligent placement:
- Security TODOs near vulnerable code
- Performance TODOs at bottleneck locations
- Bug fixes where errors occur
- Architecture TODOs at integration points
After creating TODOs, I'll ask: "How would you like to track these?"
- Convert to GitHub issues with `/todos-to-issues`
- Keep as code comments for gradual resolution
- Generate summary report for team review
**Important**: I will NEVER:
- Add "Generated by Claude" or AI attribution in TODOs
- Create vague or non-actionable TODOs
- Place TODOs in random locations
- Overwhelm code with excessive comments
This creates a clear technical debt roadmap directly in your codebase.
Best Claude Code framework that actually save time. Built by a dev tired of typing "please act like a senior engineer" in every conversation.
Repo: notlikeDev/CCPlugins
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