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dependency-resolver

dependency-resolver

github.com/rysweetDevelopment76133 installsUpdated 21w ago
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About dependency-resolver

dependency-resolver is a skill for developers who want to find local-versus-CI dependency and version mismatches before pushing. It reads CI and project configuration, then reports differences with actionable fixes.

Key features

  1. 01Collect local tool versions
  2. 02Read CI and project configuration
  3. 03Compare local and CI environments
  4. 04Recommend fixes for version drift
  5. 05Update configuration when requested

Use cases

  1. 01Check Python versions before a push
  2. 02Investigate local-pass, CI-fail issues
  3. 03Sync linter and hook versions
  4. 04Verify an environment when onboarding

Install

Copy the command and run it in a terminal.

$npx skills add https://github.com/rysweet/amplihack --skill dependency-resolver

After installing, type/dependency-resolverin Claude Code to confirm it loaded.

Bundled filesREADME.md

Details

From the project README

Dependency Resolver Skill

Purpose

This skill detects and resolves local vs CI environment mismatches BEFORE push, preventing the 20-45 minute debug cycles documented in DISCOVERIES.md ("CI Failure Resolution Process Analysis" entry).

The skill addresses a critical gap: existing tools (ci-diagnostic-workflow, pre-commit-diagnostic) fix issues AFTER they occur. This skill catches mismatches BEFORE push.

Problem Statement

From DISCOVERIES.md analysis:

  • Environment mismatches (Local Python 3.12 vs CI Python 3.11) cause 20-25 min investigation overhead
  • Version drift (local ruff 0.12.7 vs CI ruff 0.13.0) causes silent failures
  • 45-minute complex debugging sessions traced to dependency conflicts
  • No automated pre-push environment comparison exists

Execution Instructions

When activated, execute these steps autonomously:

Step 1: Collect Local Environment
# Python version
python --version

# Installed tool versions
pip show ruff black pyright mypy 2>/dev/null | grep -E "^(Name|Version):"

# Pre-commit hook versions (if available)
cat .pre-commit-config.yaml 2>/dev/null | grep -E "rev:|repo:"
Step 2: Read CI Configuration
Read(file_path=".github/workflows/ci.yml")
Read(file_path="pyproject.toml")
Read(file_path=".pre-commit-config.yaml")

Extract:

  • CI Python version (look for python-version:)
  • Required tool versions from pyproject.toml
  • Pre-commit hook versions from .pre-commit-config.yaml
Step 3: Compare Environments

Build comparison table:

ComponentLocalCIStatus
Python3.12.103.11MISMATCH
ruff0.12.70.13.0MISMATCH
black24.3.024.3.0OK
Step 4: Generate Recommendations

For each mismatch, provide actionable fix:

Python Version Mismatch:

# Option A: Use pyenv to match CI version
pyenv install 3.11
pyenv local 3.11

# Option B: Update CI to match local (if local is intentional)
# Edit .github/workflows/ci.yml line 33

Tool Version Mismatch:

# Pin versions in pyproject.toml
pip install ruff==0.13.0

# Or update pre-commit hooks
pre-commit autoupdate
Step 5: Auto-Fix (When Requested)

If user requests auto-fix:

  1. Update .pre-commit-config.yaml with latest versions
  2. Run pre-commit autoupdate
  3. Regenerate requirements.txt if applicable
  4. Stage changes for commit

Integration Points

With fix-agent

Integrates with fix-agent templates for:

  • Import/dependency fixes (Template 1)
  • Configuration fixes (Template 2)
  • CI/CD fixes (Template 4)
With pre-commit-diagnostic

Hand-off when pre-commit failures detected after version sync.

With ci-diagnostic-workflow

Hand-off for post-push CI failures not caught by pre-push validation.

Common Mismatch Patterns

Pattern 1: Python Minor Version Drift

Symptoms:

  • Type errors only in CI
  • Import errors with newer syntax
  • f-string issues

Fix:

# Check CI Python version
grep -r "python-version" .github/workflows/

# Match locally or update CI
Pattern 2: Linter Version Drift

Symptoms:

  • "Works locally but CI fails on linting"
  • New rules in CI not enforced locally
  • Formatting differences

Fix:

# Sync pre-commit hooks to latest
pre-commit autoupdate

# Or pin specific version
pip install ruff==<ci-version>
Pattern 3: Missing Dependencies

Symptoms:

  • ModuleNotFoundError in CI
  • Optional dependencies not installed

Fix:

# Install all optional dependencies
pip install -e ".[dev]"

# Ensure requirements.txt is up to date
pip freeze > requirements.txt

Output Format

## Dependency Resolver Report

### Environment Comparison

| Component | Local   | CI      | Status   |
| --------- | ------- | ------- | -------- |
| Python    | 3.12.10 | 3.11    | MISMATCH |
| ruff      | 0.12.7  | 0.13.0  | MISMATCH |
| pyright   | 1.1.350 | 1.1.350 | OK       |

### Mismatches Found: 2

### Recommendations

1. **Python Version** (CRITICAL)
   - Local: 3.12.10, CI: 3.11
   - Action: Consider using pyenv to test with CI version before push
   - Risk: Type syntax differences may cause failures

2. **ruff Version** (WARNING)
   - Local: 0.12.7, CI: 0.13.0
   - Action: Run `pip install ruff==0.13.0` or `pre-commit autoupdate`
   - Risk: New rules may flag previously passing code

### Quick Fix Commands

```bash
# Sync ruff version
pip install ruff==0.13.0

# Update all pre-commit hooks
pre-commit autoupdate

# Re-run pre-commit to validate
pre-commit run --all-files
```

### Status: ACTION REQUIRED

Push may fail due to environment mismatches.
Run recommended fixes before pushing.

When to Use This Skill

Trigger Signs:

  • "CI is failing but it works locally"
  • "Linting passes here but not in CI"
  • Before pushing after long development session
  • After updating local Python or tools
  • When onboarding to new project

Not Needed When:

  • CI already passing consistently
  • Environment just synced
  • Only editing documentation

Related Resources

  • DISCOVERIES.md: CI Failure Resolution Process Analysis (lines 836-914)
  • fix-agent.md: Templates for import/config/CI fixes
  • ci-diagnostic-workflow.md: Post-push CI failure resolution
  • pre-commit-diagnostic.md: Pre-commit hook failures
  • .github/workflows/ci.yml: CI configuration source of truth

Philosophy Alignment

Ruthless Simplicity
  • Procedural approach: Five clear steps, no unnecessary abstraction
  • Direct shell commands: Users can copy-paste recommendations
  • Focused scope: Only detects environment mismatches, delegates fixes to existing agents
Zero-BS Implementation
  • Actionable output: Every recommendation includes exact commands
  • No theoretical advice: Specific version numbers and file paths
  • Pre-push prevention: Catches issues before wasted CI cycles
Modular Design
  • Clean hand-offs: Integrates with fix-agent, pre-commit-diagnostic, ci-diagnostic-workflow
  • Single responsibility: Detection and comparison only; fixes delegated to specialized agents
  • Regeneratable: Can be rebuilt from this specification

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