What are the prerequisites for using this skill?

You must have the DevAC CLI installed, the hub initialized via 'devac hub init', and your project analyzed using 'devac analyze'.

How does DevAC analyze symbols?

DevAC uses a local analytics layer and Seeds database to index your files, allowing for rapid querying of functions, classes, and variables via the CLI or MCP.

Can I run custom SQL queries on my code?

Yes, the 'devac query' command allows you to run standard SQL against the symbols database for advanced analysis, such as filtering by kind, name, or file path.

Does this skill work across multiple repositories?

Yes, once repositories are connected to the DevAC Hub and analyzed using the 'devac analyze' command, you can query symbols across all indexed projects.

Do I need to configure an MCP server to use this?

While an MCP server is supported, it is not strictly required as the skill can utilize the DevAC CLI directly for identical results with lower context overhead.

DevAC Code Analysis

Name: DevAC Code Analysis
Author: pietgk

bypietgk

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Developer Tools

Analyzes codebase architecture and symbol hierarchies using a high-performance analytics layer to navigate complex projects.

DevAC Code Analysis empowers Claude to perform deep dives into your project's architecture by indexing symbols, mapping class hierarchies, and querying code structures. By leveraging the DevAC Analytics Layer and Seeds database, it allows for efficient exploration of functions, classes, and dependencies across multiple repositories without high context overhead. This skill is particularly useful for developers who need to quickly understand unfamiliar codebases, plan refactors, or find specific implementation patterns using powerful SQL-based queries.

Key Features

01Advanced SQL-based querying against indexed code repositories

02Low-context overhead through CLI-integrated symbol lookups

03Hierarchical analysis of inheritance and module composition

041 GitHub stars

05Cross-repository analysis support via the DevAC Hub

06Deep symbol discovery for classes, functions, and variables

Use Cases

01Generating structural overviews of specific modules for refactoring planning

02Mapping out complex class inheritance trees in unfamiliar frameworks

03Locating all instances of specific function types across a distributed codebase

Key Features

01Advanced SQL-based querying against indexed code repositories

02Low-context overhead through CLI-integrated symbol lookups

03Hierarchical analysis of inheritance and module composition

041 GitHub stars

05Cross-repository analysis support via the DevAC Hub

06Deep symbol discovery for classes, functions, and variables

Use Cases

01Generating structural overviews of specific modules for refactoring planning

02Mapping out complex class inheritance trees in unfamiliar frameworks

03Locating all instances of specific function types across a distributed codebase