iterative-retrieval

To reduce context overload in a large Spring Boot monorepo, load context progressively by starting with structural reconnaissance before expanding. This approach keeps context lean and prevents unfocused exploration when navigating large Java codebases.

The grep-before-read rule for Java code navigation locates relevant symbols and entry points using targeted search before loading full files. This minimizes token consumption by ensuring only necessary code sections are read into context.

Yes, iterative retrieval is designed for multi-module Maven projects with 50+ classes. It uses a three-layer expansion strategy and token-budget management to handle large Java codebases efficiently without overwhelming the context window.

The best way to locate APIs in a large Java codebase is using a three-layer progressive expansion strategy. It begins with structural reconnaissance, applies grep-before-read to find entry points, and selectively reads only the relevant files to maintain focus.

Context exploration slows down in large Java monorepos because loading all files at once causes context overload. Without stop conditions and token-budget management, the excess noise prevents targeted retrieval and unfocuses the navigation process.

You should not use progressive context loading in Java projects when the codebase is small enough to fit entirely within the context window. In smaller projects, the overhead of structural reconnaissance and targeted search outweighs the benefits of keeping context lean.