AI Maestro Code Graph Query

Query your codebase's dependency graph to understand component relationships, call chains, and the impact of changes before making modifications. Part of the AI Maestro suite.

Prerequisites

Requires AI Maestro running locally with codebase indexed.

# Install graph tools
git clone https://github.com/23blocks-OS/ai-maestro-plugins.git
cd ai-maestro-plugins && ./install-graph-tools.sh

Core Behavior

After reading any code file, query the graph to understand dependencies:

Read file -> Query graph -> Then proceed

Commands

Query

Command	Description
graph-describe.sh <name>	Describe a component or function
graph-find-callers.sh <fn>	Find all callers of a function
graph-find-callees.sh <fn>	Find all functions called by this function
graph-find-related.sh <component>	Find related components
graph-find-by-type.sh <type>	Find all components of a type
graph-find-serializers.sh <model>	Find serializers for a model
graph-find-associations.sh <model>	Find model associations
graph-find-path.sh <from> <to>	Find call path between functions

Index

Command	Description
graph-index-delta.sh [path]	Index or update the code graph

Component Types

Use with graph-find-by-type.sh: model, serializer, controller, service, job, concern, component, hook

Usage Examples

# After reading a model file
graph-describe.sh User
graph-find-serializers.sh User
graph-find-associations.sh User

# Before modifying a function
graph-find-callers.sh process_payment
graph-find-callees.sh process_payment

# Find call chain between components
graph-find-path.sh handleRequest sendResponse

# Index your codebase
graph-index-delta.sh /path/to/project

Why Query Before Modifying

Without checking the graph, you risk:

• Breaking callers when changing a function signature
• Missing serializers that need updating with a model change
• Overlooking child classes that inherit your modifications

Full AI Maestro Experience

This skill is part of the AI Maestro platform, which provides 6 skills for AI agent orchestration: messaging, memory, docs, graph, planning, and agent management.