int
MPI_Channel::setNextAddress(const ChannelAddress &theAddress)
{
MPI_ChannelAddress *theMPI_ChannelAddress = 0;
if (theAddress.getType() == MPI_TYPE) {
theMPI_ChannelAddress = (MPI_ChannelAddress *)(&theAddress);
otherTag = theMPI_ChannelAddress->otherTag;
otherComm= theMPI_ChannelAddress->otherComm;
}
else {
opserr << "MPI_Channel::setNextAddress() - an MPI_Channel ";
opserr << "can only communicate with an MPI_Channel";
opserr << " address given is not of type MPI_ChannelAddress\n";
return -1;
}
return 0;
}
int
UDP_Socket::setNextAddress(const ChannelAddress &theAddress)
{
SocketAddress *theSocketAddress = 0;
if (theAddress.getType() == SOCKET_TYPE) {
theSocketAddress = (SocketAddress *)(&theAddress);
// set up the address of the Socket to which data will be sent
bcopy((char *) &theSocketAddress->address.addr, (char *) &other_Addr,
theSocketAddress->addrLength);
addrLength = theSocketAddress->addrLength;
return 0;
}
else {
opserr << "UDP_Socket::setNextAddress() - a UDP_Socket ";
opserr << "can only communicate with a UDP_Socket";
opserr << " address given is not of type SocketAddress\n";
return -1;
}
}
int
TCP_Socket::setNextAddress(const ChannelAddress &theAddress)
{
SocketAddress *theSocketAddress = 0;
if (theAddress.getType() == SOCKET_TYPE) {
theSocketAddress = (SocketAddress *)(&theAddress);
// check address is the only address a TCP_socket can send to
if (bcmp((char *) &other_Addr.addr_in, (char *) &theSocketAddress->address.addr,
theSocketAddress->addrLength) != 0) {
opserr << "TCP_Socket::setNextAddress() - a TCP_Socket ";
opserr << "can only communicate with one other TCP_Socket\n";
return -1;
}
}
else {
opserr << "TCP_Socket::setNextAddress() - a TCP_Socket ";
opserr << "can only communicate with a TCP_Socket";
opserr << " address given is not of type SocketAddress\n";
return -1;
}
return 0;
}