The standard library Socket api defines access to TCP/IP network socket functionality for multithreaded Mythryl programs.
The Socket api is implemented by the socket package.
The Socket api source code is in src/lib/std/src/socket/socket.api.
See also: Socket_Junk.
See also: Posixlib.
See also: Synchronous_Socket.
See also: Socket__Premicrothread. The above information is manually maintained and may contain errors.
api {
Mailop X = Mailop(X );
Threadkit_Socket (X, Y);
Socket_Address X;
Datagram;
Stream X;
Passive;
Active;
package af
: api {
Address_Family = Address_Family;
list : Void -> List(((String , Address_Family)) );
to_string : Address_Family -> String;
from_string : String -> Null_Or(Address_Family );};;
package typ
: api {
eqtype Socket_Type;
stream : Socket_Type;
datagram : Socket_Type;
list : Void -> List(((String , Socket_Type)) );
to_string : Socket_Type -> String;
from_string : String -> Null_Or(Socket_Type );};;
package ctl
: api {
get_debug : Threadkit_Socket((X, Y)) -> Bool;
set_debug : (Threadkit_Socket((X, Y)) , Bool) -> Void;
get_reuseaddr : Threadkit_Socket((X, Y)) -> Bool;
set_reuseaddr : (Threadkit_Socket((X, Y)) , Bool) -> Void;
get_keepalive : Threadkit_Socket((X, Y)) -> Bool;
set_keepalive : (Threadkit_Socket((X, Y)) , Bool) -> Void;
get_dontroute : Threadkit_Socket((X, Y)) -> Bool;
set_dontroute : (Threadkit_Socket((X, Y)) , Bool) -> Void;
get_linger : Threadkit_Socket((X, Y)) -> Null_Or(time::Time );
set_linger : (Threadkit_Socket((X, Y)) , Null_Or(time::Time )) -> Void;
get_broadcast : Threadkit_Socket((X, Y)) -> Bool;
set_broadcast : (Threadkit_Socket((X, Y)) , Bool) -> Void;
get_oobinline : Threadkit_Socket((X, Y)) -> Bool;
set_oobinline : (Threadkit_Socket((X, Y)) , Bool) -> Void;
get_sndbuf : Threadkit_Socket((X, Y)) -> Int;
set_sndbuf : (Threadkit_Socket((X, Y)) , Int) -> Void;
get_rcvbuf : Threadkit_Socket((X, Y)) -> Int;
set_rcvbuf : (Threadkit_Socket((X, Y)) , Int) -> Void;
get_type : Threadkit_Socket((X, Y)) -> typ::Socket_Type;
get_error : Threadkit_Socket((X, Y)) -> Bool;
get_peer_name : Threadkit_Socket((Y, X)) -> Socket_Address(Y );
get_sock_name : Threadkit_Socket((Y, X)) -> Socket_Address(Y );
get_nread : Threadkit_Socket((X, Y)) -> Int;
get_atmark : Threadkit_Socket((X, Stream(Active ))) -> Bool;};;
same_address : (Socket_Address(X ) , Socket_Address(X )) -> Bool;
family_of_address : Socket_Address(X ) -> af::Address_Family;
bind : (Threadkit_Socket((Y, X)) , Socket_Address(Y )) -> Void;
listen : (Threadkit_Socket((X, Stream(Passive ))) , Int) -> Void;
accept :
Threadkit_Socket((X, Stream(Passive )))
->
(Threadkit_Socket((X, Stream(Active ))) , Socket_Address(X ));
connect : (Threadkit_Socket((Y, X)) , Socket_Address(Y )) -> Void;
close : Threadkit_Socket((X, Y)) -> Void;
Shutdown_Mode = NO_RECVS | NO_RECVS_OR_SENDS | NO_SENDS;
shutdown : (Threadkit_Socket((X, Stream(Y ))) , Shutdown_Mode) -> Void;
Socket_Descriptor;
socket_descriptor : Threadkit_Socket((X, Y)) -> Socket_Descriptor;
same_descriptor : (Socket_Descriptor , Socket_Descriptor) -> Bool;
select :{oobdable:List(Socket_Descriptor ), readable:List(Socket_Descriptor ), timeout:Null_Or(time::Time ),
writable:List(Socket_Descriptor )}
-> {oobdable:List(Socket_Descriptor ), readable:List(Socket_Descriptor ),
writable:List(Socket_Descriptor )};
io_descriptor : Threadkit_Socket((X, Y)) -> Int;
Out_Flags = {don't_route:Bool, oob:Bool};
In_Flags = {oob:Bool, peek:Bool};
send_vector :
(Threadkit_Socket((X, Stream(Active ))) , vector_slice_of_one_byte_unts::Slice) -> Int;
send_rw_vector :
(Threadkit_Socket((X, Stream(Active ))) , rw_vector_slice_of_one_byte_unts::Slice) -> Int;
send_vector' :
(Threadkit_Socket((X, Stream(Active ))) , vector_slice_of_one_byte_unts::Slice , Out_Flags) -> Int;
send_rw_vector' :
(Threadkit_Socket((X, Stream(Active ))) , rw_vector_slice_of_one_byte_unts::Slice , Out_Flags)
->
Int;
send_vector_to :
(Threadkit_Socket((X, Datagram)) , Socket_Address(X ) , vector_slice_of_one_byte_unts::Slice)
->
Void;
send_rw_vector_to :
(Threadkit_Socket((X, Datagram)) , Socket_Address(X ) , rw_vector_slice_of_one_byte_unts::Slice)
->
Void;
send_vector_to' :
( Threadkit_Socket((X, Datagram)) , Socket_Address(X ) , vector_slice_of_one_byte_unts::Slice ,
Out_Flags
)
->
Void;
send_rw_vector_to' :
( Threadkit_Socket((X, Datagram)) , Socket_Address(X ) , rw_vector_slice_of_one_byte_unts::Slice ,
Out_Flags
)
->
Void;
receive_vector : (Threadkit_Socket((X, Stream(Active ))) , Int) -> vector_of_one_byte_unts::Vector;
receive_rw_vector :
(Threadkit_Socket((X, Stream(Active ))) , rw_vector_slice_of_one_byte_unts::Slice) -> Int;
receive_vector' :
(Threadkit_Socket((X, Stream(Active ))) , Int , In_Flags) -> vector_of_one_byte_unts::Vector;
receive_rw_vector' :
(Threadkit_Socket((X, Stream(Active ))) , rw_vector_slice_of_one_byte_unts::Slice , In_Flags) -> Int;
receive_vector_from :
(Threadkit_Socket((X, Datagram)) , Int) -> (vector_of_one_byte_unts::Vector , Socket_Address(Y ));
receive_rw_vector_from :
(Threadkit_Socket((X, Datagram)) , rw_vector_slice_of_one_byte_unts::Slice)
->
(Int , Socket_Address(X ));
receive_vector_from' :
(Threadkit_Socket((X, Datagram)) , Int , In_Flags)
->
(vector_of_one_byte_unts::Vector , Socket_Address(Y ));
receive_rw_vector_from' :
(Threadkit_Socket((X, Datagram)) , rw_vector_slice_of_one_byte_unts::Slice , In_Flags)
->
(Int , Socket_Address(X ));
receive_vektor : (Int((_, _)) , Int) -> vector_of_one_byte_unts::Vector;
receive_vektor' : (Int((_, _)) , Int) -> Mailop(vector_of_one_byte_unts::Vector );
recv_v__syscall : (Int , Int , Bool , Bool) -> vector_of_one_byte_unts::Vector;
set__recv_v__ref :
( {fun_name:String, io_call:(Int , Int , Bool , Bool) -> vector_of_one_byte_unts::Vector,
lib_name:String}
->
(Int , Int , Bool , Bool) -> vector_of_one_byte_unts::Vector
)
->
Void;
recv_v_mailop__syscall : (Int , Int , Bool , Bool) -> Mailop(vector_of_one_byte_unts::Vector );
set__recv_v_mailop__ref :
( {fun_name:String, io_call:(Int , Int , Bool , Bool) -> vector_of_one_byte_unts::Vector,
lib_name:String}
->
(Int , Int , Bool , Bool) -> Mailop(vector_of_one_byte_unts::Vector )
)
->
Void;};