mit einem Klick
continuous-improvement
// Capture learnings after tasks. Triggers on task completion, repeated mistakes, retrospective requests, or "what did I learn".
// Capture learnings after tasks. Triggers on task completion, repeated mistakes, retrospective requests, or "what did I learn".
| name | continuous-improvement |
| description | Capture learnings after tasks. Triggers on task completion, repeated mistakes, retrospective requests, or "what did I learn". |
After completing a task, briefly reflect and capture learnings.
Ask yourself:
| Learning Type | Action |
|---|---|
| Pattern/gotcha | Store in Memory MCP |
| Missing automation | Create issue/TODO |
| Repeated mistake | Update .claude/rules/ |
| Complex process | Create .claude/skills/ |
When storing a learning in Memory MCP:
mcp__memory__create_entities({
entities: [{
name: "Learning_TOPIC",
entityType: "development_learning",
observations: [
"Context: What was happening",
"Learning: What was learned",
"Application: How to apply it"
]
}]
})
| Issue | Solution |
|---|---|
| Same mistake twice | Add rule to .claude/rules/ |
| Manual process > 5 min | Create skill or hook |
| New tool/pattern | Store in Memory MCP |
| Missing documentation | Update docs |
When you make the same mistake twice:
# .claude/rules/my-rules.md
---
paths: relevant/path/**
description: Rules for this area
---
## Critical Rules
| Rule | Why |
|------|-----|
| Don't do X | Because Y happens |
When a process is complex and repeated:
.claude/skills/my-skill/# .claude/skills/my-skill/SKILL.md
---
name: my-skill
description: When this skill should activate
---
# My Skill
## When to Activate
[Trigger conditions]
## Process
[Steps to follow]
/improve-claude-config for major configuration updates.Proactive code quality review. Triggers on significant code changes to check security, performance, architecture, and project patterns.
SDLC workflow with MCP tools. Triggers on "start", "implement", "work on", or unclear workflow.
Git workflow management. Triggers when creating branches, preparing PRs, or managing merge decisions.
Proactive OpenAPI workflow. Triggers when OpenAPI spec files are modified to validate, regenerate code, and verify builds.
Proactive security scanning. Triggers when modifying auth, API endpoints, user data, or sensitive operations.
Systematic debugging with 4-phase root cause analysis. Triggers when bugs are reported, errors encountered, or unexpected behavior observed.