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Visualizing the Code Graph

Visualizing your codebase can help reveal architectural patterns, circular dependencies, and complex call chains that are difficult to see in raw code.

1. CLI Visualization

CGC provides a quick way to visualize the graph directly from the terminal.

cgc visualize

This command generates a temporary visualization file (usually an HTML file with an interactive graph) and opens it in your default web browser.

Visualizing Specific Queries

You can visualize the result of a specific relationship query:

cgc visualize --query "callers find_request_handler"

2. Interactive Analysis with Neo4j

If you are using the Neo4j backend, you can leverage the full power of the Neo4j Browser.

  1. Start Neo4j: Ensure your Neo4j container or service is running.
  2. Access Browser: Open http://localhost:7474 in your browser.
  3. Run Cypher: Write custom Cypher queries to explore the graph visually.

Example: Visualizing a Module Hierarchy

MATCH (m:Module)-[:CONTAINS]->(c:Class)
RETURN m, c

3. Visualizing via MCP Tools

When using CGC with an AI assistant (like Cursor or Claude), the AI can generate visualization URLs for you.

Ask the AI:

"Visualize the call chain leading to the process_order function."

The AI will call the visualize_graph_query tool and provide you with a link to view the resulting graph.


Common Visualization Types

  • Call Graphs: Showing which functions call which others.
  • Dependency Graphs: Mapping imports between files and modules.
  • Class Hierarchies: Visualizing inheritance and implementations.
  • Complexity Heatmaps: (Experimental) Nodes sized or colored by their cyclomatic complexity.

Visualizing the Code Graph

Visualizing your codebase can help reveal architectural patterns, circular dependencies, and complex call chains that are difficult to see in raw code.

1. CLI Visualization

CGC provides a quick way to visualize the graph directly from the terminal.

cgc visualize

This command generates a temporary visualization file (usually an HTML file with an interactive graph) and opens it in your default web browser.

Visualizing Specific Queries

You can visualize the result of a specific relationship query:

cgc visualize --query "callers find_request_handler"

2. Interactive Analysis with Neo4j

If you are using the Neo4j backend, you can leverage the full power of the Neo4j Browser.

  1. Start Neo4j: Ensure your Neo4j container or service is running.
  2. Access Browser: Open http://localhost:7474 in your browser.
  3. Run Cypher: Write custom Cypher queries to explore the graph visually.

Example: Visualizing a Module Hierarchy

MATCH (m:Module)-[:CONTAINS]->(c:Class)
RETURN m, c

3. Visualizing via MCP Tools

When using CGC with an AI assistant (like Cursor or Claude), the AI can generate visualization URLs for you.

Ask the AI:

"Visualize the call chain leading to the process_order function."

The AI will call the visualize_graph_query tool and provide you with a link to view the resulting graph.


Common Visualization Types

  • Call Graphs: Showing which functions call which others.
  • Dependency Graphs: Mapping imports between files and modules.
  • Class Hierarchies: Visualizing inheritance and implementations.
  • Complexity Heatmaps: (Experimental) Nodes sized or colored by their cyclomatic complexity.