package docteur

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package docteur

docteur
- Library docteur.analyze
  - Analyze
    
    SHA1
    
    Scheduler
    
    Lwt_scheduler
    
    Mutex
    
    Condition
    
    Verify
- Sources
  - docteur.analyze
    
    analyze.ml

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Module `Analyze`Source

Sourcemodule SHA1 : sig ... end

Sourcemodule Scheduler : Carton.SCHEDULER with type +'a s = 'a Lwt.t

Sourcemodule Lwt_scheduler : Carton.IO with type +'a t = 'a Lwt.t

Sourcemodule Verify : sig ... end

Source

val first_pass : 
  read:('fd, Scheduler.t) Carton.Dec.read ->
  block_size:int64 ->
  get_block:
    ('fd -> int64 -> Bigstringaf.t -> int -> int -> (unit, 'error) result) ->
  'fd ->
  (Verify.status array * Digestif.SHA1.t Carton.Dec.oracle, Scheduler.t)
    Carton.io

Source

val map : 
  'fd ->
  block_size:int64 ->
  get_block:
    ('fd -> int64 -> Bigstringaf.t -> int -> int -> (unit, 'error) result) ->
  pos:int64 ->
  int ->
  Bigstringaf.t

Sourcetype 'fd buffers = {

z : Bigstringaf.t;
allocate : int -> De.window;
w : 'fd Carton.Dec.W.t;

}

Source

val unpack : 
  'fd ->
  read:('fd, Scheduler.t) Carton.Dec.read ->
  block_size:int64 ->
  get_block:
    ('fd -> int64 -> Bigstringaf.t -> int -> int -> (unit, 'error) result) ->
  SHA1.t ->
  ('fd buffers Lwt_pool.t
   * ('fd, SHA1.t) Carton.Dec.t
   * SHA1.t Art.t
   * SHA1.t Art.t,
    [> `Invalid_store | `Msg of string ])
    result
    Lwt.t

Source

val iter : 
  'fd ->
  block_size:int64 ->
  capacity:int64 ->
  get_block:
    ('fd -> int64 -> Bigstringaf.t -> int -> int -> (unit, 'error) result) ->
  SHA1.t ->
  int64 ->
  ('fd buffers Lwt_pool.t
   * ('fd, SHA1.t) Carton.Dec.t
   * SHA1.t Art.t
   * SHA1.t Art.t,
    [> `Msg of string ])
    result
    Lwt.t

package docteur

Module AnalyzeSource

Module `Analyze`Source