// ----------------------------------------------------------------------
void
RandomDropTransmissionModel::
send_message( TransmissionModel::MessageInfo& mi )
throw()
{
received_++;
// TODO: What should be done if there are several transmission models in use?
const Message* m = mi.msg_.get();
if (m->has_sender_proc())
(m->sender_proc_w()).process_sent_indication( ConstMessageHandle(mi.msg_), shawn::Processor::SHAWN_TX_STATE_SUCCESS, 1 );
if( drop_message(mi) )
dropped_++;
else
pass_to_chain(mi);
}
// ----------------------------------------------------------------------
void
AlohaTransmissionModel::
deliver_one_message( msg_delivery* msg )
throw()
{
if( msg->pmi_->msg_->is_unicast() )
{
ABORT_INCONSISTENT_CONFIGURATION("Unicast is not supported by the aloha transmission model. Implement it -> NOW.");
}
bool no_destination = true;
for( std::vector<msg_delivery::msg_destination*>::iterator it=msg->destinations_.begin();
it!=msg->destinations_.end();
it++ )
{
if( (*it)->valid_ ){
(*it)->dest_node_->receive( ConstMessageHandle( msg->pmi_->msg_) );
no_destination = false;
}
}
dropped_ = no_destination? dropped_+1 : dropped_;
}
