Dependency Resolution Engine

Dependency Resolution Engine MCP Connector for Claude

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Deterministic dependency resolution for agent tool and plugin loading.

3 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP provides a deterministic engine for resolving complex dependency trees. It uses depth-first search with backtracking to ensure version compatibility, detect circular dependencies, and handle diamond dependencies. Use resolve_dependencies to calculate the resolution order and tree, validate_constraint to check SemVer compliance, and check_graph_integrity to verify the resulting structure is a valid Directed Acyclic Graph.

semverdependency-resolutiongraph-theorybacktrackingtopological-sort

3 tools expose this connector's capabilities to your AI agent.

check_graph_integrity

Analyzes a resolved dependency tree to identify potential structural risks

resolve_dependencies

Performs the primary deterministic resolution of a dependency tree based on root requirements

validate_constraint

Checks if a specific package version satisfies a given semantic versioning constraint

See how to talk to your AI agent using Dependency Resolution Engine.

Resolve these dependencies: root requires pkg-a@^1.0.0 and pkg-b@~2.1.0, where pkg-a depends on pkg-c@1.0.0.

The resolved dependency tree includes pkg-a (1.0.0), pkg-b (2.1.5), and pkg-c (1.0.0). The resolution order is pkg-c, pkg-a, pkg-b.

Check if version 1.2.3 satisfies the constraint ^1.2.0.

Yes, version 1.2.3 satisfies the constraint ^1.2.0.

Is this dependency tree valid and free of circularities?

The integrity check passed. No circular dependencies or conflicts were detected in the resolved tree.

The engine uses a backtracking algorithm. If a version constraint cannot be satisfied, it retreats to the previous decision point to attempt a different version that satisfies all active constraints.

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