code-navigation

To find all callers of a BSL function, use AI code navigation to generate a call graph. This leverages the Language Server Protocol to trace symbol usages and locate where functions like 'ПолучитьОстатки' are invoked across the project.

Yes, you can safely rename BSL symbols across an entire project using AI code navigation. It utilizes LSP's rename_symbol capability to update definitions and all references automatically, preventing broken code during refactoring.

To diagnose BSL code issues and apply automatic fixes, AI code navigation identifies errors using LSP diagnostics. It then applies suggested quick fixes to resolve code problems automatically without manual searching.

The best way to understand an unfamiliar BSL function is to use code navigation to trace its origin. You can inspect its definition, analyze the call graph to see all callers, and verify platform API signatures for runtime errors.

Yes, AI code navigation works directly with the Language Server Protocol for BSL. It integrates with native LSP capabilities like navigate_symbol, get_call_graph, and rename_symbol to provide structured code intelligence.

You need LSP-based code navigation for BSL debugging when you must trace complex call graphs, safely rename symbols, or verify platform API signatures after encountering runtime errors in large codebases.