LSP-Guided Coding is a skill that integrates Language Server Protocol (LSP) intelligence directly into an AI agent’s coding workflow. Rather than relying on string matching to infer symbol relationships, it gives the agent access to actual definitions, references, and hover types, enabling edits grounded in semantic understanding of the codebase.
The skill organizes agent behavior around four main capabilities. First, it uses LSP references to locate every call site affected by an API change, so refactoring operations update all relevant locations rather than just the file currently in view. Second, it runs diagnostic checks using real-time compiler feedback to surface type mismatches and unreachable code before a build is triggered. Third, it navigates to definitions across complex directory structures so the agent can trace dependencies without manual file searching. Fourth, it performs post-edit diagnostic passes to verify that a change has not broken the type graph.
This skill is oriented toward agents working in large repositories where manual prompting tends to produce hallucinated imports or missed references. By structuring LSP interaction into the agent’s workflow, it reduces broken-build cycles that result from edits made without semantic context.
No environment variables or transport configuration are listed in the published record. The skill has no exposed tool list, meaning its behavior is delivered as a workflow pattern rather than as discrete callable tools.