lsp-local-symbols
Acerca de
Esta habilidad proporciona un análisis rápido de símbolos a nivel de archivo utilizando LSP, permitiendo a los desarrolladores encontrar usos de símbolos dentro de un archivo, listar símbolos definidos y obtener información de tipos en posiciones específicas. Es ideal para análisis de ámbito local sin búsquedas en todo el espacio de trabajo cuando se utiliza el servidor MCP agent-lsp. Sus capacidades clave incluyen búsqueda de símbolos del documento, resaltado e información de despliegue para una exploración de código focalizada.
Instalación rápida
Claude Code
Recomendadonpx skills add blackwell-systems/agent-lsp -a claude-code/plugin add https://github.com/blackwell-systems/agent-lspgit clone https://github.com/blackwell-systems/agent-lsp.git ~/.claude/skills/lsp-local-symbolsCopia y pega este comando en Claude Code para instalar esta habilidad
Documentación
Requires the agent-lsp MCP server.
lsp-local-symbols
File-scoped symbol analysis using the language server index. Faster than workspace-wide search for questions about a single file: what symbols are defined here, where is this symbol used within the file, and what type does it have.
Read-only — does not modify any files.
When to use
- "Where is
xused in this file?" — useget_document_highlights - "What functions and types are defined in this file?" — use
list_symbols - "What type does this symbol have?" — use
inspect_symbol - Reviewing a file before editing — get the full symbol map first
- Local refactor scoping — confirm a symbol is only used in one place before inlining it
Use /lsp-impact instead when you need workspace-wide callers and cross-file
references. Use /lsp-dead-code when auditing exported symbols for zero callers.
When NOT to use
get_document_highlights is file-scoped by design — it only finds usages within
the open file. If a symbol is used across multiple files, this skill will not
find those. Use find_references (via /lsp-impact) for cross-file analysis.
Workflow
Step 1 — Open the file
Open the file so the language server tracks it:
mcp__lsp__open_document
file_path: "/abs/path/to/file.go"
language_id: "go" # go, typescript, python, rust, etc.
Step 2 — List all symbols in the file
Get the full symbol tree for the file:
mcp__lsp__list_symbols
file_path: "/abs/path/to/file.go"
This returns all functions, types, variables, constants, and methods defined in the file — including nested symbols (methods on types, fields in structs).
Use this to:
- Understand the file's structure before editing
- Find the exact position of a named symbol
- See what a file exposes before reading it in full
Reading the output: Each symbol has a range (full body including braces)
and a selectionRange (just the name). Coordinates are 1-based. Use
selectionRange.start.line and selectionRange.start.character as inputs to
get_document_highlights and inspect_symbol.
Step 3 — Find all usages within the file
Call get_document_highlights at the symbol's position:
mcp__lsp__get_document_highlights
file_path: "/abs/path/to/file.go"
line: <selectionRange.start.line from Step 2>
column: <selectionRange.start.character from Step 2>
Returns every occurrence of the symbol within the file, classified as:
read— the symbol is read herewrite— the symbol is assigned/mutated heretext— a text match (fallback when semantic classification isn't available)
Speed note: get_document_highlights is significantly faster than
find_references for file-local queries — it does not scan the entire workspace
index. Use it first; escalate to find_references only if you need cross-file
results.
Step 4 — Get type information (optional)
For any position of interest, get the type signature and docs:
mcp__lsp__inspect_symbol
file_path: "/abs/path/to/file.go"
line: <line>
column: <column>
Returns the hover text: type signature, documentation, and inferred types. Useful for confirming what a symbol is before deciding to rename or inline it.
Output format
Report results in three sections (omit any section with no content):
## Symbols in <filename>
### Functions / Methods
- `FuncName` — line N–M
- `(Type) MethodName` — line N–M
### Types
- `TypeName` (struct/interface/alias) — line N
### Variables / Constants
- `ConstName` = value — line N
---
## Usages of `<symbol>` in <filename>
N occurrences across M lines:
- line 12 [write] — assignment
- line 34 [read] — passed as argument
- line 67 [read] — returned
---
## Type info
`<symbol>`: <type signature from inspect_symbol>
Decision guide
| Question | Tool |
|---|---|
| What's in this file? | list_symbols |
| Where is X used in this file? | get_document_highlights |
| What type is X? | inspect_symbol |
| Is X safe to inline (used once)? | get_document_highlights — count occurrences |
| Is X used outside this file? | Use /lsp-impact instead |
| Is X dead code (no callers anywhere)? | Use /lsp-dead-code instead |
Example
# "Where is the `config` variable used in server.go?"
open_document(file_path="/repo/server.go", language_id="go")
list_symbols(file_path="/repo/server.go")
→ finds `config` at selectionRange line 42, col 2
get_document_highlights(file_path="/repo/server.go", line=42, column=2)
→ returns 7 occurrences: 1 write (line 42), 6 reads
inspect_symbol(file_path="/repo/server.go", line=42, column=2)
→ "config *Config — the parsed server configuration"
Repositorio GitHub
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