package irmin-git

  1. Overview
  2. Docs
package irmin-git
Legend:
Library
Module
Module type
Parameter
Class
Class type

The Git backend specializes a few types:

  • the allowed metadata are Metadata.t.
  • the hash algorithm is SHA1.

Parameters

module G : G
module S : Git.Sync.S with module Store := G
module C : Irmin.Contents.S
module P : Irmin.Path.S
module B : BRANCH

Signature

module Git : Git.S

Access to the underlying Git store.

include Irmin.S with type metadata = Metadata.t and type hash = Git.Hash.t with type key = P.t with type step = P.step with module Key = P with type contents = C.t with type branch = B.t
type repo
type t
type step = P.step
type key = P.t
type metadata = Metadata.t
type contents = C.t
type node
type tree = [
  1. | `Contents of contents * metadata
  2. | `Node of node
]
type hash = Git.Hash.t
type commit
type branch = B.t
type slice
type lca_error = [
  1. | `Max_depth_reached
  2. | `Too_many_lcas
]
type ff_error = [
  1. | `Max_depth_reached
  2. | `No_change
  3. | `Rejected
  4. | `Too_many_lcas
]
module Repo : sig ... end
val empty : repo -> t Lwt.t
val master : repo -> t Lwt.t
val of_branch : repo -> branch -> t Lwt.t
val of_commit : commit -> t Lwt.t
val repo : t -> repo
val tree : t -> tree Lwt.t
module Status : sig ... end
val status : t -> Status.t
module Head : sig ... end
module Hash : sig ... end
module Commit : sig ... end
module Contents : sig ... end
module Tree : sig ... end
val kind : t -> key -> [ `Contents | `Node ] option Lwt.t
val list : t -> key -> (step * [ `Contents | `Node ]) list Lwt.t
val mem : t -> key -> bool Lwt.t
val mem_tree : t -> key -> bool Lwt.t
val find_all : t -> key -> (contents * metadata) option Lwt.t
val find : t -> key -> contents option Lwt.t
val get_all : t -> key -> (contents * metadata) Lwt.t
val get : t -> key -> contents Lwt.t
val find_tree : t -> key -> tree option Lwt.t
val get_tree : t -> key -> tree Lwt.t
val hash : t -> key -> hash option Lwt.t
type write_error = [
  1. | `Conflict of string
  2. | `Test_was of tree option
  3. | `Too_many_retries of int
]
val set : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> contents -> (unit, write_error) Stdlib.result Lwt.t
val set_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> contents -> unit Lwt.t
val set_tree : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> tree -> (unit, write_error) Stdlib.result Lwt.t
val set_tree_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> tree -> unit Lwt.t
val remove : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> (unit, write_error) Stdlib.result Lwt.t
val remove_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> unit Lwt.t
val test_and_set : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> test:contents option -> set:contents option -> (unit, write_error) Stdlib.result Lwt.t
val test_and_set_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> test:contents option -> set:contents option -> unit Lwt.t
val test_and_set_tree : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> test:tree option -> set:tree option -> (unit, write_error) Stdlib.result Lwt.t
val test_and_set_tree_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> t -> key -> test:tree option -> set:tree option -> unit Lwt.t
val merge : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> old:contents option -> t -> key -> contents option -> (unit, write_error) Stdlib.result Lwt.t
val merge_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> old:contents option -> t -> key -> contents option -> unit Lwt.t
val merge_tree : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> old:tree option -> t -> key -> tree option -> (unit, write_error) Stdlib.result Lwt.t
val merge_tree_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> info:Irmin__.Info.f -> old:tree option -> t -> key -> tree option -> unit Lwt.t
val with_tree : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> ?strategy:[ `Merge | `Set | `Test_and_set ] -> info:Irmin__.Info.f -> t -> key -> (tree option -> tree option Lwt.t) -> (unit, write_error) Stdlib.result Lwt.t
val with_tree_exn : ?retries:int -> ?allow_empty:bool -> ?parents:commit list -> ?strategy:[ `Merge | `Set | `Test_and_set ] -> info:Irmin__.Info.f -> t -> key -> (tree option -> tree option Lwt.t) -> unit Lwt.t
val clone : src:t -> dst:branch -> t Lwt.t
type watch
val watch : t -> ?init:commit -> (commit Irmin__.S.diff -> unit Lwt.t) -> watch Lwt.t
val watch_key : t -> key -> ?init:commit -> ((commit * tree) Irmin__.S.diff -> unit Lwt.t) -> watch Lwt.t
val unwatch : watch -> unit Lwt.t
type !'a merge = info:Irmin__.Info.f -> ?max_depth:int -> ?n:int -> 'a -> (unit, Irmin__.Merge.conflict) Stdlib.result Lwt.t
val merge_into : into:t -> t merge
val merge_with_branch : t -> branch merge
val merge_with_commit : t -> commit merge
val lcas : ?max_depth:int -> ?n:int -> t -> t -> (commit list, lca_error) Stdlib.result Lwt.t
val lcas_with_branch : t -> ?max_depth:int -> ?n:int -> branch -> (commit list, lca_error) Stdlib.result Lwt.t
val lcas_with_commit : t -> ?max_depth:int -> ?n:int -> commit -> (commit list, lca_error) Stdlib.result Lwt.t
module History : sig ... end
val history : ?depth:int -> ?min:commit list -> ?max:commit list -> t -> History.t Lwt.t
val last_modified : ?depth:int -> ?n:int -> t -> key -> commit list Lwt.t
module Branch : sig ... end
module Key = P
module Metadata : sig ... end
val step_t : step Irmin__.Type.t
val key_t : key Irmin__.Type.t
val metadata_t : metadata Irmin__.Type.t
val contents_t : contents Irmin__.Type.t
val node_t : node Irmin__.Type.t
val tree_t : tree Irmin__.Type.t
val commit_t : repo -> commit Irmin__.Type.t
val branch_t : branch Irmin__.Type.t
val slice_t : slice Irmin__.Type.t
val kind_t : [ `Contents | `Node ] Irmin__.Type.t
val lca_error_t : lca_error Irmin__.Type.t
val ff_error_t : ff_error Irmin__.Type.t
val write_error_t : write_error Irmin__.Type.t
module Private : sig ... end
type Irmin__.S.remote +=
  1. | E of Private.Sync.endpoint
val to_private_node : node -> Private.Node.value option Lwt.t
val of_private_node : repo -> Private.Node.value -> node
val to_private_commit : commit -> Private.Commit.value
val of_private_commit : repo -> Private.Commit.value -> commit
val save_contents : [> `Write ] Private.Contents.t -> contents -> hash Lwt.t
val save_tree : ?clear:bool -> repo -> [> `Write ] Private.Contents.t -> [ `Read | `Write ] Private.Node.t -> tree -> hash Lwt.t
val git_commit : Repo.t -> commit -> Git.Value.Commit.t option Lwt.t

git_commit repo h is the commit corresponding to h in the repository repo.

val git_of_repo : Repo.t -> Git.t

of_repo r is the Git store associated to r.

val repo_of_git : ?head:Git.Reference.t -> ?bare:bool -> ?lock:Lwt_mutex.t -> Git.t -> Repo.t Lwt.t

to_repo t is the Irmin repository associated to t.

OCaml

Innovation. Community. Security.

GitHub Discord Twitter Peertube RSS
About
Changelog Releases Industrial Users Academic Users Why OCaml
Ecosystem
Packages Community Events OCaml Planet Jobs
Resources
Install OCaml Get Started Platform Tools Language Manual Standard Library API Books Exercises Papers OCaml Playground Logo
Policies
Carbon Footprint Governance Privacy Code of Conduct