Can it help resolve circular dependencies?

Yes, it traces outgoing dependency chains and alerts you if a task eventually refers back to itself, providing specific recommendations on which link to break to resolve the cycle.

Does this skill provide actionable priority lists?

Yes, it categorizes bottlenecks as high, medium, or low impact based on how many tasks they block and their current status, providing a clear list of what to complete first.

How does this skill identify a project's critical path?

The skill recursively builds dependency chains starting from end tasks and calculates the longest path based on task complexity values to determine the minimum completion time.

What tools are required for this skill to function?

This skill utilizes the query_dependencies, query_container, and manage_dependency MCP tools to search for tasks, analyze their relationships, and suggest modifications.

How does it discover opportunities for parallel work?

It scans for pending tasks that have no incomplete incoming dependencies and groups them by domain to suggest which tasks can be worked on simultaneously to save time.

Dependency Orchestration

Name: Dependency Orchestration
Author: Angriff36

byAngriff36

Productivity & Workflow

Optimizes software development workflows by analyzing task dependencies, identifying critical paths, and detecting bottlenecks using advanced MCP orchestration.

About

Dependency Orchestration is a specialized Claude Code skill designed to streamline complex project management within the development environment. By leveraging systematic query patterns, it allows Claude to map intricate task relationships, pinpoint blockers, and calculate the critical path for feature delivery. Whether you are resolving circular dependencies or looking for ways to parallelize development efforts, this skill provides actionable resolution strategies and automated analysis to ensure efficient project execution and reduced time-to-market.

Key Features

Recursive circular dependency detection and resolution strategy generation
Discovery of parallel execution opportunities to save development time
Deep dependency chain analysis using MCP tool orchestration patterns
Automated critical path identification to determine minimum project duration
High-impact bottleneck detection to prioritize blocking tasks
0 GitHub stars

Use Cases

Troubleshooting project stalls by identifying specific tasks that are blocking multiple downstream activities
Analyzing large feature sets to determine the most efficient execution sequence during sprint planning
Optimizing resource allocation by finding independent tasks that can be worked on in parallel without conflict

About

Key Features

Recursive circular dependency detection and resolution strategy generation
Discovery of parallel execution opportunities to save development time
Deep dependency chain analysis using MCP tool orchestration patterns
Automated critical path identification to determine minimum project duration
High-impact bottleneck detection to prioritize blocking tasks
0 GitHub stars

Use Cases

Troubleshooting project stalls by identifying specific tasks that are blocking multiple downstream activities
Analyzing large feature sets to determine the most efficient execution sequence during sprint planning
Optimizing resource allocation by finding independent tasks that can be worked on in parallel without conflict