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[[OFRunLoop mainRunLoop] stop];
return false;
}
- (void)socket: (OFSPXSocket *)sock
didConnectToNetwork: (uint32_t)network
node: (unsigned char [IPX_NODE_LEN])node
node: (const unsigned char [IPX_NODE_LEN])node
port: (uint16_t)port
exception: (id)exception
{
OFEnsure(!_connected);
_connected = (sock == _expectedClientSocket &&
network == _expectedNetwork &&
memcmp(node, _expectedNode, IPX_NODE_LEN) == 0 &&
port == _expectedPort && exception == nil);
if (_accepted && _connected)
[[OFRunLoop mainRunLoop] stop];
}
@end
@implementation TestsAppDelegate (OFSPXSocketTests)
- (void)SPXSocketTests
{
const unsigned char zeroNode[IPX_NODE_LEN] = { 0 };
void *pool = objc_autoreleasePoolPush();
OFSPXSocket *sockClient, *sockServer = nil, *sockAccepted;
OFSocketAddress address1;
const OFSocketAddress *address2;
uint32_t network;
unsigned char node[IPX_NODE_LEN], node2[IPX_NODE_LEN];
uint16_t port;
OFDictionary *networkInterfaces;
char buffer[5];
SPXSocketDelegate *delegate;
TEST(@"+[socket]", (sockClient = [OFSPXSocket socket]) &&
(sockServer = [OFSPXSocket socket]))
@try {
TEST(@"-[bindToPort:]",
R(address1 = [sockServer bindToPort: 0]))
} @catch (OFBindFailedException *e) {
TEST(@"-[bindToNetwork:node:port:]",
R(address1 = [sockServer bindToNetwork: 0
node: zeroNode
port: 0]))
} @catch (OFBindSocketFailedException *e) {
switch (e.errNo) {
case EAFNOSUPPORT:
[OFStdOut setForegroundColor: [OFColor lime]];
[OFStdOut writeLine:
@"\r[OFSPXSocket] -[bindToPort:]: "
@"\r[OFSPXSocket] -[bindToNetwork:node:port:]: "
@"IPX unsupported, skipping tests"];
break;
case ESOCKTNOSUPPORT:
[OFStdOut setForegroundColor: [OFColor lime]];
[OFStdOut writeLine:
@"\r[OFSPXSocket] -[bindToPort:]: "
@"\r[OFSPXSocket] -[bindToNetwork:node:port:]: "
@"SPX unsupported, skipping tests"];
break;
case EADDRNOTAVAIL:
[OFStdOut setForegroundColor: [OFColor lime]];
[OFStdOut writeLine:
@"\r[OFSPXSocket] -[bindToPort:]: "
@"\r[OFSPXSocket] -[bindToNetwork:node:port:]: "
@"IPX not configured, skipping tests"];
break;
default:
@throw e;
}
objc_autoreleasePoolPop(pool);
return;
}
network = OFSocketAddressIPXNetwork(&address1);
OFSocketAddressIPXNode(&address1, node);
port = OFSocketAddressPort(&address1);
OFSocketAddressGetIPXNode(&address1, node);
port = OFSocketAddressIPXPort(&address1);
TEST(@"-[listen]", R([sockServer listen]))
/*
* Find any network interface with IPX and send to it. Any should be
* fine since we bound to 0.0.
*/
networkInterfaces = [OFSystemInfo networkInterfaces];
for (OFString *name in networkInterfaces) {
OFNetworkInterface interface = [networkInterfaces
objectForKey: name];
OFData *addresses = [interface
objectForKey: OFNetworkInterfaceIPXAddresses];
if (addresses.count == 0)
continue;
network = OFSocketAddressIPXNetwork([addresses itemAtIndex: 0]);
OFSocketAddressGetIPXNode([addresses itemAtIndex: 0], node);
}
TEST(@"-[connectToNetwork:node:port:]",
R([sockClient connectToNetwork: network node: node port: port]))
TEST(@"-[accept]", (sockAccepted = [sockServer accept]))
TEST(@"-[sendBuffer:length:]",
R([sockAccepted sendBuffer: "Hello" length: 5]))
TEST(@"-[receiveIntoBuffer:length:]",
[sockClient receiveIntoBuffer: buffer length: 5] == 5 &&
memcmp(buffer, "Hello", 5) == 0)
TEST(@"-[remoteAddress]",
(address2 = sockAccepted.remoteAddress) &&
OFSocketAddressIPXNetwork(address2) == network &&
R(OFSocketAddressIPXNode(address2, node2)) &&
address1 = [sockServer bindToPort: 0];
address1 = [sockServer bindToNetwork: 0 node: zeroNode port: 0];
[sockServer listen];
[sockServer asyncAccept];
delegate->_expectedNetwork = network =
OFSocketAddressIPXNetwork(&address1);
OFSocketAddressIPXNode(&address1, node);
OFSocketAddressGetIPXNode(&address1, node);
memcpy(delegate->_expectedNode, node, IPX_NODE_LEN);
delegate->_expectedPort = port = OFSocketAddressPort(&address1);
delegate->_expectedPort = port = OFSocketAddressIPXPort(&address1);
@try {
[sockClient asyncConnectToNetwork: network
node: node
port: port];
[[OFRunLoop mainRunLoop] runUntilDate:
[OFDate dateWithTimeIntervalSinceNow: 2]];
TEST(@"-[asyncAccept] & -[asyncConnectToNetwork:node:port:]",
delegate->_accepted && delegate->_connected)
} @catch (OFObserveKernelEventsFailedException *e) {
/*
* Make sure it doesn't stay in the run loop and throws again
* next time we run the run loop.
*/
[sockClient cancelAsyncRequests];
[sockServer cancelAsyncRequests];
switch (e.errNo) {
case ENOTSOCK:
[OFStdOut setForegroundColor: [OFColor lime]];
[OFStdOut writeLine:
@"\r[OFSPXSocket] -[asyncAccept] & "
@"-[asyncConnectToNetwork:node:port:]: select() "
@"not supported for SPX, skipping test"];
|