SocketRange

Input/Output range of In

struct SocketRange (

In

Out = In

) {

this(Socket socket);

auto socket [@property getter];

void close();

auto inputRange [@property getter];

bool empty [@property getter];

In front [@property getter];

void popFront();

auto outputRange [@property getter];

static if(is(Out == void))

auto put(T args);

static if(!(is(Out == void)))

auto put(Out value);

static if(!(is(Out == void)))

auto put(R range);

static if(!(is(Out == void)))

auto put(S str);

}

Constructors

this this(Socket socket): ditto

Members

Functions

close void close(): Close socket
popFront void popFront(): Input range
put auto put(Out value)
auto put(R range)
auto put(T args)
auto put(S str): Output range

Properties

empty bool empty [@property getter]
front In front [@property getter]: Input range
inputRange auto inputRange [@property getter]: Input range
outputRange auto outputRange [@property getter]: Output range
socket auto socket [@property getter]: Wrapped socket

Examples

import std.algorithm;

static assert(isInputRange!(SocketRange!char));
static assert(isOutputRange!(SocketRange!char, char));

auto pair = socketPair();
pair[0].setOption(SocketOptionLevel.SOCKET, SocketOption.RCVTIMEO, dur!"seconds"(10));
pair[1].setOption(SocketOptionLevel.SOCKET, SocketOption.RCVTIMEO, dur!"seconds"(10));

auto range = [
	SocketRange!char(pair[0]),
	SocketRange!char(pair[1]),
	];

range[0].put("foo");
range[0].close();
assert(equal(range[1], "foo"));

range[1].put("bar");
range[1].close();

Meta

Source

See Implementation

socketrange structs