package core_kernel
Industrial strength alternative to OCaml's standard library
Install
Dune Dependency
Authors
Maintainers
Sources
v0.14.2.tar.gz
sha256=66f5353964d35a994ec7fdc88fe60ae5d497ac89a8042786f3e37d9e2202ce4b
md5=ede2f6d22eaa8320f88bac67d41b5cff
doc/core_kernel.iobuf/Iobuf/Peek/index.html
Module Iobuf.Peek
Peek
and Poke
functions access a value at pos
from the lower bound of the window and do not advance.
Peek.bin_prot X.bin_read_t t
returns the initial X.t
in t
without advancing.
Following the bin_prot
protocol, the representation of x
is X.bin_size_t x
bytes long. Peek.
, Poke.
, Consume.
, and Fill.bin_prot
do not add any size prefix or other framing to the bin_prot
representation.
type 'seek src = (Core_kernel.read, 'seek) t
Similar to Consume.To_*
, but do not advance the buffer.
module To_bytes :
Core_kernel.Blit.S1_distinct
with type 'seek src := 'seek src
with type _ dst := Core_kernel.Bytes.t
module To_bigstring :
Core_kernel.Blit.S1_distinct
with type 'seek src := 'seek src
with type _ dst := Core_kernel.Bigstring.t
module To_string : sig ... end
val index :
([> Core_kernel.read ], _) t ->
?pos:int ->
?len:int ->
char ->
int option
type ('a, 'd, 'w) t = ('d, 'w) t -> pos:int -> 'a
val char : (char, 'd, 'w) t
val int64_t_be : (Core_kernel.Int64.t, 'd, 'w) t
val int64_t_le : (Core_kernel.Int64.t, 'd, 'w) t
val head_padded_fixed_string : padding:char -> len:int -> (string, 'd, 'w) t
val tail_padded_fixed_string : padding:char -> len:int -> (string, 'd, 'w) t
val string : str_pos:int -> len:int -> (string, 'd, 'w) t
val bytes : str_pos:int -> len:int -> (Core_kernel.Bytes.t, 'd, 'w) t
val bigstring : str_pos:int -> len:int -> (Core_kernel.Bigstring.t, 'd, 'w) t
val stringo : ?str_pos:int -> ?len:int -> (string, 'd, 'w) t
val byteso : ?str_pos:int -> ?len:int -> (Core_kernel.Bytes.t, 'd, 'w) t
val bigstringo :
?str_pos:int ->
?len:int ->
(Core_kernel.Bigstring.t, 'd, 'w) t
val bin_prot : 'a Core_kernel.Bin_prot.Type_class.reader -> ('a, 'd, 'w) t
val int8 : (int, 'd, 'w) t
val int16_be : (int, 'd, 'w) t
val int16_le : (int, 'd, 'w) t
val int32_be : (int, 'd, 'w) t
val int32_le : (int, 'd, 'w) t
val int64_be_exn : (int, 'd, 'w) t
val int64_le_exn : (int, 'd, 'w) t
val int64_be_trunc : (int, 'd, 'w) t
val int64_le_trunc : (int, 'd, 'w) t
val uint8 : (int, 'd, 'w) t
val uint16_be : (int, 'd, 'w) t
val uint16_le : (int, 'd, 'w) t
val uint32_be : (int, 'd, 'w) t
val uint32_le : (int, 'd, 'w) t
val uint64_be_exn : (int, 'd, 'w) t
val uint64_le_exn : (int, 'd, 'w) t
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