package irmin-pack
sectionYPositions = computeSectionYPositions($el), 10)"
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Irmin backend which stores values in a pack file
Install
dune-project
Dependency
Authors
Maintainers
Sources
irmin-3.11.0.tbz
sha256=09996fbcc2c43e117a9bd8e9028c635e81cccb264d5e02d425ab8b06bbacdbdb
sha512=0391a6bf7b94a1edd50a3a8df9e58961739fa78d7d689d61f56bc87144483bad2ee539df595c33d9d52c29b3458da5dddf3a73b5eb85e49c4667c26d2cd46be1
doc/irmin-pack.unix/Irmin_pack_unix/Checks/Make/argument-1-_/Internal/Dict/index.html
Module Internal.Dict
Low level IO abstraction. A typical implementation is unix. This abstraction is meant to be dead simple. Not a lot of documentation is required.
val find : t -> int -> string optionval index : t -> string -> int optionval create_rw :
overwrite:bool ->
path:string ->
(t, [> Io.create_error ]) resultval open_rw :
size:Optint.Int63.t ->
dead_header_size:int ->
string ->
(t, [> Io.open_error | Io.read_error | `Inconsistent_store ]) resultval open_ro :
size:Optint.Int63.t ->
dead_header_size:int ->
string ->
(t, [> Io.open_error | Io.read_error | `Inconsistent_store ]) resultval refresh_end_poff :
t ->
Optint.Int63.t ->
(unit, [> Io.read_error | `Rw_not_allowed ]) resultval empty_buffer : t -> boolval end_poff : t -> Optint.Int63.tval close : t -> (unit, [> Io.close_error | `Pending_flush ]) resultval fsync : t -> (unit, [> Io.write_error ]) resultval flush : t -> (unit, [> Io.write_error ]) result sectionYPositions = computeSectionYPositions($el), 10)"
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