CodeMR

Run CodeMR extraction on the monolith

Identify the most highly coupled packages

Use the graph to find clean entry points for service extraction

Simulate the removal of dependencies visually before refactoring.

Provide the new developer with the CodeMR visualization

Walk through the main component clusters in the graph

Allow the developer to explore class relationships visually

Reduce time-to-first-commit by mapping logical flows.

Integrate CodeMR CLI into the GitLab pipeline

Define a quality gate for 'No New Circular Dependencies'

Set the build to fail if the cycle count increases

Review the visualization to fix the violation before re-submission.

Ingest the target source code into CodeMR

Generate a comprehensive health report focusing on complexity metrics

Compare metrics against industry benchmarks

Quantify the cost of potential refactoring efforts.

Apply the 'Complexity' heatmap to the class graph

Isolate classes that appear as large red nodes

Analyze the outgoing dependency count

Split the class into smaller, cohesive units based on visual clusters.

Analyze the Swift codebase with CodeMR for Swift

Visualize the relationship between ViewControllers and ViewModels

Identify tight coupling between UI and business logic

Refactor toward a cleaner MVVM or VIPER architecture.

Run a CodeMR trend analysis

Identify areas where complexity has spiked in the last 3 months

Present the visual 'problem map' to the product owner

Allocate 20% of the sprint to the most critical 'red' nodes.