int main (int argc, char* argv[])
{
signal (SIGINT, OnSignal);
// test buffer code
if (false)
{
Buffer buf1 ("abc\ndef\nghi\n");
while (true == buf1.HasTerminator ('\n'))
{
// cout << "=>" << buf1 << "<=" << endl;
String sMessage = buf1.PopFirstMessageAsString ('\n');
cout << "->" << sMessage << "<-" << endl;
}
Buffer buf2 ("abc\x01""def\x01""ghi\x01");
while (true == buf2.HasTerminator ('\x01'))
{
// cout << "=>" << buf2 << "<=" << endl;
String sMessage = buf2.PopFirstMessageAsString ('\x01');
cout << "->" << sMessage << "<-" << endl;
}
}
// test blocking client
if (false)
{
ClientSocket soc;
soc.SetStandalone (true);
soc.ConnectBlocking (argv [1], argv [2]);
soc.ProcessEvents (1000);
while (true)
{
char zData [1024];
long lBytes = soc.ReceiveBlocking (zData, 1024, 0);
if (0 >= lBytes)
break;
zData [lBytes] = '\0';
cout << zData << endl;
soc.SendBlocking (zData, strlen (zData));
}
}
// test blocking server
if (false)
{
ServerSocket soc;
while (true)
{
ClientSocket* pClient = soc.ListenBlocking (argv [1], 1);
while (true)
{
char zData [1024];
long lBytes = pClient->ReceiveBlocking (zData, 1024, 0);
if (0 >= lBytes)
break;
zData [lBytes] = '\0';
cout << zData << endl;
pClient->SendBlocking (zData, strlen (zData));
}
}
}
// test non-blocking client
if (true)
{
Client soc;
soc.SetStandalone (true);
soc.ConnectNonBlocking (argv [1], argv [2]);
while (true)
{
// AllSockets::ProcessWaitingSockets (100);
soc.ProcessEvents (100);
}
}
// test non-blocking server
if (false)
{
Server soc;
soc.ListenNonBlocking (argv [1], 1, Client::CreateClient);
while (true)
{
AllSockets::ProcessEvents (100);
}
}
}
