Detalle del Skill
focused-fix
Software debugging engineering.
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SKILL.md
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---
name: "focused-fix"
description: "Use when the user asks to fix, debug, or make a specific feature/module/area work end-to-end. Triggers: 'make X work', 'fix the Y feature', 'the Z module is broken', 'focus on [area]'. Not for quick single-bug fixes — this is for systematic deep-dive repair across all files and dependencies."
---
# Focused Fix — Deep-Dive Feature Repair
## When to Use
Activate when the user asks to fix, debug, or make a specific feature/module/area work. Key triggers:
- "make X work"
- "fix the Y feature"
- "the Z module is broken"
- "focus on [area]"
- "this feature needs to work properly"
This is NOT for quick single-bug fixes (use systematic-debugging for that). This is for when an entire feature or module needs systematic repair — tracing every dependency, reading logs, checking tests, mapping the full dependency graph.
```dot
digraph when_to_use {
"User reports feature broken" [shape=diamond];
"Single bug or symptom?" [shape=diamond];
"Use systematic-debugging" [shape=box];
"Entire feature/module needs repair?" [shape=diamond];
"Use focused-fix" [shape=box];
"Something else" [shape=box];
"User reports feature broken" -> "Single bug or symptom?";
"Single bug or symptom?" -> "Use systematic-debugging" [label="yes"];
"Single bug or symptom?" -> "Entire feature/module needs repair?" [label="no"];
"Entire feature/module needs repair?" -> "Use focused-fix" [label="yes"];
"Entire feature/module needs repair?" -> "Something else" [label="no"];
}
```
## The Iron Law
```
NO FIXES WITHOUT COMPLETING SCOPE → TRACE → DIAGNOSE FIRST
```
If you haven't finished Phase 3, you cannot propose fixes. Period.
**Violating the letter of these phases is violating the spirit of focused repair.**
## Protocol — STRICTLY follow these 5 phases IN ORDER
```dot
digraph phases {
rankdir=LR;
SCOPE [shape=box, label="Phase 1\nSCOPE"];
TRACE [shape=box, label="Phase 2\nTRACE"];
DIAGNOSE [shape=box, label="Phase 3\nDIAGNOSE"];
FIX [shape=box, label="Phase 4\nFIX"];
VERIFY [shape=box, label="Phase 5\nVERIFY"];
SCOPE -> TRACE -> DIAGNOSE -> FIX -> VERIFY;
FIX -> DIAGNOSE [label="fix broke\nsomething else"];
FIX -> ESCALATE [label="3+ fixes\ncreate new issues"];
ESCALATE [shape=doubleoctagon, label="STOP\nQuestion Architecture\nDiscuss with User"];
}
```
### Phase 1: SCOPE — Map the Feature Boundary
Before touching any code, understand the full scope of the feature.
1. Ask the user: "Which feature/folder should I focus on?" if not already clear
2. Identify the PRIMARY folder/files for this feature
3. Map EVERY file in that folder — read each one, understand its purpose
4. Create a feature manifest:
```
FEATURE SCOPE:
Primary path: src/features/auth/
Entry points: [files that are imported by other parts of the app]
Internal files: [files only used within this feature]
Total files: N
Total lines: N
```
### Phase 2: TRACE — Map All Dependencies (Inside AND Outside)
Trace every connection this feature has to the rest of the codebase.
**INBOUND (what this feature imports):**
1. For every import statement in every file in the feature folder:
- Trace it to its source
- Verify the source file exists
- Verify the imported entity (function, type, component) exists and is exported
- Check if the types/signatures match what the feature expects
2. Check for:
- Environment variables used (grep for process.env, import.meta.env, os.environ, etc.)
- Config files referenced
- Database models/schemas used
- API endpoints called
- Third-party packages imported
**OUTBOUND (what imports this feature):**
1. Search the entire codebase for imports from this feature folder
2. For each consumer:
- Verify they're importing entities that actually exist
- Check if they're using the correct API/interface
- Note if any consumers are using deprecated patterns
Output format:
```
DEPENDENCY MAP:
Inbound (this feature depenLeer la fuente completa en GitHub (abre una página externa)