virtual
DBClientConnection *newClientConnection() const {
MockDBClientConnection * c = new MockDBClientConnection();
c->connect( connect_ );
c->one( one_ );
return c;
}
mongol::DBClientBase* MockConnRegistry::MockConnHook::connect(const ConnectionString& connString,
std::string& errmsg,
double socketTimeout) {
const string hostName(connString.toString());
MockDBClientConnection* conn = _registry->connect(hostName);
if (!conn->connect(hostName.c_str(), errmsg)) {
// Assumption: connect never throws, so no leak.
delete conn;
// mimic ConnectionString::connect for MASTER type connection to return NULL
// if the destination is unreachable.
return NULL;
}
return conn;
}
void run() {
ReplPair rp( "a", "b" );
MockDBClientConnection cc;
cc.one( res( 0, 0 ) );
rp.negotiate( &cc, "dummy" );
ASSERT( rp.state == ReplPair::State_Confused );
rp.state = ReplPair::State_Negotiating;
cc.one( res( 1, 2 ) );
rp.negotiate( &cc, "dummy" );
ASSERT( rp.state == ReplPair::State_Negotiating );
cc.one( res( 1, ReplPair::State_Slave ) );
rp.negotiate( &cc, "dummy" );
ASSERT( rp.state == ReplPair::State_Slave );
cc.one( res( 1, ReplPair::State_Master ) );
rp.negotiate( &cc, "dummy" );
ASSERT( rp.state == ReplPair::State_Master );
}
