
Dependency Manager Skill
- 94 installs
- 404kidwiz/claude-supercode-skills
Manage, audit, and update application dependencies to keep systems secure, compatible, and performant.
About
Skill for managing application dependencies. Covers auditing for vulnerabilities, updating packages safely, managing compatibility, and preventing dependency bloat. Use to maintain a secure, healthy dependency tree across your projects.
- Dependency management
- Security updates
- Compatibility
- Auditing
Dependency Manager by the numbers
- 94 all-time installs (skills.sh)
- Ranked #597 of 1,476 DevOps & CI/CD skills by installs in the Skillselion catalog
- Data as of Aug 11, 2026 (Skillselion catalog sync)
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| Installs | 94 |
|---|---|
| Repository | 404kidwiz/claude-supercode-skills ↗ |
What it does
Manage, audit, and update application dependencies to keep systems secure, compatible, and performant.
What you get
- dependency trees
- security reports
Files
Dependency Manager
Purpose
Provides expertise in package management, version resolution, and software supply chain security. Handles dependency updates, vulnerability auditing, and conflict resolution across multiple package ecosystems.
When to Use
- Updating project dependencies
- Resolving version conflicts
- Auditing for security vulnerabilities
- Managing lockfiles and reproducibility
- Migrating between package managers
- Implementing dependency policies
- Reducing bundle size via dependency analysis
Quick Start
Invoke this skill when:
- Updating project dependencies
- Resolving version conflicts
- Auditing for security vulnerabilities
- Managing lockfiles and reproducibility
- Implementing dependency policies
Do NOT invoke when:
- Building CI/CD pipelines (use devops-engineer)
- Publishing packages to registries (use build-engineer)
- Container image management (use kubernetes-specialist)
- Cloud infrastructure dependencies (use terraform-engineer)
Decision Framework
Update Strategy:
├── Security patch → Update immediately
├── Bug fix (patch) → Update with tests
├── Minor version → Review changelog, test
├── Major version → Full compatibility review
└── Deprecated package → Find replacement
Ecosystem Tools:
├── Node.js → npm, yarn, pnpm
├── Python → pip, poetry, uv
├── Go → go mod
├── Rust → cargo
├── Java → Maven, Gradle
└── .NET → NuGetCore Workflows
1. Dependency Audit
1. Run package audit tool 2. Review vulnerability reports 3. Prioritize by severity (CVSS) 4. Check for available patches 5. Update or find alternatives 6. Verify fixes don't break app 7. Document remediation
2. Major Version Upgrade
1. Read changelog and migration guide 2. Check for breaking changes 3. Update in isolated branch 4. Run full test suite 5. Fix breaking changes 6. Review for deprecated APIs 7. Deploy to staging first
3. Lockfile Management
1. Ensure lockfile is committed 2. Use CI to verify lockfile matches 3. Regenerate on conflict resolution 4. Audit lockfile for tampering 5. Update lockfile atomically
Best Practices
- Always use lockfiles for reproducibility
- Run security audits in CI/CD
- Pin exact versions in production
- Use renovate/dependabot for automation
- Audit transitive dependencies
- Minimize dependency count
Anti-Patterns
| Anti-Pattern | Problem | Correct Approach |
|---|---|---|
| No lockfile | Non-reproducible builds | Commit lockfiles |
| Ignoring audits | Security vulnerabilities | Address all high/critical |
| Auto-merge updates | Breaking changes in prod | Test before merge |
| Too many deps | Large attack surface | Audit and minimize |
| Outdated deps | Missing security patches | Regular update cadence |