AsyncSocket

Undocumented in source.

version(HasFile)

class AsyncSocket : AsyncFile {

version(Windows)

enum INVALID;

version(!Windows)

enum INVALID;

this(SocketAddress address, int type, int protocol);

void setNoDelay(bool enabled);

void bind(SocketAddress address, bool allowQuickRestart);

void listen(int backlog);

void shutdown(int how);

void close();

AsyncConnectRequest connect(SocketAddress address, ubyte[] bufferToSend);

AsyncAcceptRequest accept();

AsyncSendRequest send(const(ubyte)[] buffer, int flags);

AsyncReceiveRequest receive(ubyte[] buffer, int flags);

AsyncSendRequest sendTo(const(ubyte)[] buffer, SocketAddress* address, int flags);

AsyncReceiveRequest receiveFrom(ubyte[] buffer, SocketAddress* address, int flags);

SocketAddress localAddress();

SocketAddress peerAddress();

NativeSocketHandle handle();

}

Constructors

this this(SocketAddress address, int type, int protocol): Creates a socket compatible with the given address. It does not actually connect or bind, nor store the address. You will want to pass it again to those functions:

Members

Functions

accept AsyncAcceptRequest accept(): You can also construct your own request externally to control the memory more.
bind void bind(SocketAddress address, bool allowQuickRestart): allowQuickRestart will set the SO_REUSEADDR on unix and SO_DONTLINGER on Windows, allowing the application to be quickly restarted despite there still potentially being pending data in the tcp stack.
close void close()
connect AsyncConnectRequest connect(SocketAddress address, ubyte[] bufferToSend): You can also construct your own request externally to control the memory more.
handle NativeSocketHandle handle()
listen void listen(int backlog): You must call bind before this.
localAddress SocketAddress localAddress()
peerAddress SocketAddress peerAddress()
receive AsyncReceiveRequest receive(ubyte[] buffer, int flags): You can also construct your own request externally to control the memory more.
receiveFrom AsyncReceiveRequest receiveFrom(ubyte[] buffer, SocketAddress* address, int flags): You can also construct your own request externally to control the memory more.
send AsyncSendRequest send(const(ubyte)[] buffer, int flags): You can also construct your own request externally to control the memory more.
sendTo AsyncSendRequest sendTo(const(ubyte)[] buffer, SocketAddress* address, int flags): You can also construct your own request externally to control the memory more.
setNoDelay void setNoDelay(bool enabled): Enabling NODELAY can give latency improvements if you are managing buffers on your end
shutdown void shutdown(int how)

Meta

Source

See Implementation

arsd core aliases

classes

enums

functions

interfaces

mixin templates

structs

templates

variables

taskUncaughtException