void run() override
{
setName( "Slave" );
co::ConnectionDescriptionPtr desc = new co::ConnectionDescription;
co::LocalNodePtr node = new co::LocalNode;
node->addConnectionDescription( desc );
TEST( node->listen( ));
co::NodePtr server = new co::Node;
co::ConnectionDescriptionPtr serverDesc =
new co::ConnectionDescription;
_port.waitNE( 0 );
serverDesc->port = _port.get();
server->addConnectionDescription( serverDesc );
_barrier.waitNE( 0 );
TEST( node->connect( server ));
co::Barrier barrier( node, co::ObjectVersion( _barrier.get( )));
TEST( barrier.isGood( ));
TEST( barrier.getVersion() == co::VERSION_FIRST );
std::cerr << "Slave enter" << std::endl;
TEST( barrier.enter( ));
std::cerr << "Slave left" << std::endl;
barrier.sync( co::VERSION_FIRST + 1 );
TEST( barrier.getVersion() == co::VERSION_FIRST + 1 );
std::cerr << "Slave enter" << std::endl;
TEST( barrier.enter( ));
std::cerr << "Slave left" << std::endl;
node->unmapObject( &barrier );
node->close();
}
virtual void run()
{
co::ConnectionDescriptionPtr description =
new co::ConnectionDescription;
description->type = co::CONNECTIONTYPE_TCPIP;
description->port = _master ? _port : _port+1;
co::LocalNodePtr node = new co::LocalNode;
node->addConnectionDescription( description );
TEST( node->listen( ));
if( _master )
{
co::Barrier barrier( node, 2 );
node->registerObject( &barrier );
TEST( barrier.isAttached( ));
_barrier = &barrier;
barrier.enter();
_barrier.waitEQ( 0 ); // wait for slave to unmap session
node->deregisterObject( &barrier );
}
else
{
_barrier.waitNE( 0 );
co::NodePtr server = new co::Node;
co::ConnectionDescriptionPtr serverDesc =
new co::ConnectionDescription;
serverDesc->port = _port;
server->addConnectionDescription( serverDesc );
TEST( node->connect( server ));
std::cerr << "Slave enter" << std::endl;
_barrier->enter();
std::cerr << "Slave left" << std::endl;
_barrier = 0;
}
node->close();
}
int main( int argc, char **argv )
{
TEST( co::init( argc, argv ));
MasterThread master;
SlaveThread slave;
master.start();
slave.start();
_barrier.waitNE( 0 );
std::cerr << "Main enter" << std::endl;
TEST( _barrier->enter( ));
std::cerr << "Main left" << std::endl;
slave.join();
_barrier = 0;
master.join();
co::exit();
return EXIT_SUCCESS;
}