package coq-lsp

You can search for identifiers within the package.

in-package search v0.2.0

package coq-lsp

coq-lsp.coq
- Coq
  - Ast
    
    Id
  - Goals
  - Init
  - Interp
  - Loader
  - Message
  - Parsing
    
    Parsable
  - Print
  - Protect
    
    E
    
    Error
    
    R
  - Save
  - State
    
    Proof
  - Utf8
  - Utils
  - Workspace
    
    CmdLine
    
    Flags
    
    Warning
coq-lsp.fleche
- Fleche
  - Config
    
    Unicode_completion
  - Contents
    
    R
  - Debug
  - Doc
    
    Completion
    
    Node
    
    Ast
    
    Info
    
    Message
    
    Target
  - Info
    
    Completion
    
    Goals
    
    LC
    
    LineCol
    
    O
    
    Offset
    
    Point
    
    S
    
    P
  - Io
    
    CallBack
    
    Log
    
    Report
  - Memo
    
    Admit
    
    CacheStats
    
    Init
    
    Interp
    
    Stats
  - Perf
    
    Sentence
  - Perf_analysis
  - Progress
    
    Info
  - Stats
    
    Kind
  - Theory
    
    Check
    
    Register
    
    Completed
    
    Request
  - Version
coq-lsp.fleche.waterproof
- Fleche_waterproof
  - Json
    
    CAst
  - Ljson
  - Tjson
coq-lsp.lang
- Lang
  - Ast
    
    Info
    
    Name
  - Diagnostic
    
    Extra
  - LUri
    
    File
  - Point
  - Range
  - With_range
coq-lsp.lsp
- Lsp
coq-lsp.plugin.example
- Example_plugin
  - Main

Legend:
Library
Module
Module type
Parameter
Class
Class type

module type Point = sig ... end

module LineCol : Point with type t = int * int

module Offset : Point with type t = int

type approx =

| Exact
(*
Exact on point
*)
| PrevIfEmpty
(*
If no match, return prev
*)
| Prev
(*
If no match, return prev, if match, too
*)

module type S = sig ... end

Located queries

module LC : S with module P := LineCol

module O : S with module P := Offset

val in_state : st:Coq.State.t -> f:('a -> 'b option) -> 'a -> 'b option

Helper to absorb errors in state change to None, needed due to the lack of proper monad in Coq.Protect, to fix soon

module Goals : sig ... end

We move towards a more modular design here, for preprocessing

module Completion : sig ... end