Does it support identifying external service calls?

Absolutely. The tracer includes boundary detection that automatically flags and categorizes calls to external APIs, databases, and third-party libraries.

Is this skill useful for debugging errors?

Yes, it is specifically designed for identifying error paths. You can trace the entire flow of an error handling process to see where a failure might be swallowed or triggered.

Can it show me where specific data originates?

Yes, the skill supports data origin queries. Simply run a command like `/sourceatlas:flow "where does userProfile come from"` to see the flow of that specific data object.

How do I start tracing a specific feature?

You can initiate a trace by using the command `/sourceatlas:flow` followed by a natural language description of the feature, such as 'user login' or 'handleSubmit'.

What kind of output should I expect?

The skill returns a structured ASCII tree visualization representing the call graph, along with entry point identification and logic markers for recursion or cycles.

Code Flow Tracer

Name: Code Flow Tracer
Author: lis186

bylis186

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개발자 도구

Traces complex execution paths and data flows to visualize how features are implemented across any codebase.

소개

Code Flow Tracer is a powerful exploration and diagnostic tool designed to help developers navigate unfamiliar codebases by generating comprehensive execution maps. By leveraging advanced boundary detection and ASCII tree visualizations, it allows users to pinpoint entry points, identify recursive loops, and understand the relationships between local functions and external services like APIs, databases, or cloud providers. Whether you are debugging an error path, performing a security audit, or onboarding onto a new project, this skill provides the architectural clarity needed to understand system behavior without manual source code trekking.

주요 기능

21 GitHub stars
Eleven distinct analysis modes for deep-dive architectural exploration
Recursion and cycle detection for complex logic analysis
Reverse tracing to identify all calling functions for a specific node
Automatic boundary detection for API, DB, Library, and Cloud markers
Interactive call graph visualization using detailed ASCII trees

사용 사례

Debugging complex logic by tracing how data flows from an input to a database write
Rapidly onboarding to legacy codebases by visualizing component interactions
Mapping the end-to-end execution path of a feature like user authentication or checkout

소개

주요 기능

21 GitHub stars
Eleven distinct analysis modes for deep-dive architectural exploration
Recursion and cycle detection for complex logic analysis
Reverse tracing to identify all calling functions for a specific node
Automatic boundary detection for API, DB, Library, and Cloud markers
Interactive call graph visualization using detailed ASCII trees

사용 사례

Debugging complex logic by tracing how data flows from an input to a database write
Rapidly onboarding to legacy codebases by visualizing component interactions
Mapping the end-to-end execution path of a feature like user authentication or checkout