package lsp

You can search for identifiers within the package.

in-package search v0.2.0

lsp
- Lsp
lsp.fiber
- Fiber
  - Ivar
  - Make_map_traversals
    
    Map
    
    Multi
  - Mutex
  - Mvar
  - O
  - Pool
  - Stream
    
    In
    
    Out
  - Throttle
  - Var
lsp.fiber_unix
- Fiber_unix
  - Private
    
    Barrier
    
    Removable_queue
  - Scheduler
lsp.filesystem_stubs
- Dune_filesystem_stubs
  - File_kind
lsp.stdune
- Stdune
  - Ansi_color
    
    Style
  - Appendable_list
  - Applicative
    
    Basic
    
    Id
    
    O
    
    Make
    
    A
    
    O
    
    O
  - Array
  - Bin
  - Bool
  - Bytes
  - Caller_id
  - Char
  - Code_error
  - Comparable
    
    Make
    
    Key
    
    Map
    
    Multi
    
    Set
  - Comparable_intf
    
    S
    
    Key
    
    Map
    
    Multi
    
    Set
  - Comparator
    
    OPS
    
    Operators
    
    X
    
    S
  - Console
    
    Backend
    
    S
    
    Status_line
  - Daemonize
  - Digest
    
    Set
  - Dyn
    
    Encoder
  - Either
  - Env
    
    Map
    
    Multi
    
    Var
    
    Map
    
    Multi
    
    Set
  - Exn
  - Exn_with_backtrace
  - Fcntl
  - Fdecl
  - Filename
  - Float
  - Fpath
  - Hashtbl
    
    Make
    
    Key
    
    S
  - Id
    
    Make
    
    Map
    
    Multi
    
    Set
    
    S
    
    Map
    
    Multi
    
    Set
  - Int
    
    Infix
    
    Map
    
    Multi
    
    Set
  - Interned
    
    Make
    
    Map
    
    Multi
    
    R
    
    Set
    
    Table
    
    No_interning
    
    Map
    
    Multi
    
    R
    
    Set
    
    Table
    
    Settings
  - Interned_intf
    
    S
    
    Map
    
    Multi
    
    Set
    
    Table
  - Io
    
    String_path
  - Lexbuf
  - List
  - Loc
    
    Map
    
    Multi
  - Lock_file
  - Map
    
    Key
    
    Make
    
    Key
    
    Multi
    
    S
    
    Multi
  - Monad
    
    Basic
    
    Id
    
    O
    
    Make
    
    M
    
    O
    
    O
  - Monoid
    
    Add
    
    M
    
    O
    
    Appendable_list
    
    M
    
    O
    
    Basic
    
    Endofunction
    
    A
    
    O
    
    Exists
    
    O
    
    Forall
    
    O
    
    Function
    
    A
    
    M
    
    O
    
    List
    
    M
    
    O
    
    Make
    
    M
    
    O
    
    Mul
    
    M
    
    O
    
    O
    
    Product
    
    A
    
    B
    
    O
    
    Product3
    
    A
    
    B
    
    C
    
    O
    
    String
    
    O
    
    Union
    
    M
    
    O
    
    Unit
    
    O
  - Nothing
  - Option
    
    List
    
    O
  - Or_exn
    
    O
  - Ordering
  - Path
    
    Build
    
    Kind
    
    L
    
    Map
    
    Multi
    
    Set
    
    Table
    
    External
    
    Map
    
    Multi
    
    Set
    
    Table
    
    L
    
    Local
    
    L
    
    Map
    
    Multi
    
    Set
    
    Table
    
    Local_gen
    
    Fix_root
    
    Map
    
    Multi
    
    Root
    
    Set
    
    Table
    
    L
    
    Map
    
    Multi
    
    Set
    
    Source
    
    L
    
    Map
    
    Multi
    
    Set
    
    Table
    
    Table
    
    Unspecified
  - Pid
  - Poly
  - Pp
    
    O
  - Proc
  - Queue
  - Result
    
    List
    
    O
    
    Option
  - Scanf
  - Seq
  - Set
    
    Make
    
    Key
    
    M
    
    Multi
    
    S
  - Sexp
  - Signal
  - Spawn
  - Staged
  - String
    
    Map
    
    Multi
    
    Set
    
    Table
  - Sys
  - Table
    
    Key
    
    Multi
  - Temp
  - Top_closure
    
    Int
    
    Make
    
    Keys
    
    Monad
    
    O
    
    String
  - Top_closure_intf
    
    Keys
    
    S
  - Tuple
    
    T2
    
    T3
  - Type_eq
    
    Id
  - Unit
  - Univ_map
    
    Key
  - User_error
  - User_message
    
    Print_config
    
    Style
  - User_warning

Legend:
Library
Module
Module type
Parameter
Class
Class type

Destructive streams that can be composed to pipelines.

Streams can be finite or infinite. Streams have no storage and can only have one writer and/or one reader at any given time. If you'd like to access a stream concurrently, you need to protect it via a mutex.

Trying to access the same side of a stream concurrently will result in an error.

module In : sig ... end

module Out : sig ... end

val connect : 'a In.t -> 'a Out.t -> unit t

connect i o reads from i and writes to o. Closes o when i is exhausted. Returned fiber terminates when i is exhausted

val supply : 'a In.t -> 'a Out.t -> unit t

supply i o like connect i o but does not close o once i is exhausted, allowing more values to be pused to o. Returned fiber terminates when i is exhausted

val pipe : unit -> 'a In.t * 'a Out.t

pipe () returns (i, o) where values pushed through o can be read through i.