void LocalPC::tcpServerReceiveData(void *tcp, char *buffer, int size)
{
DEBUG_OUTPUT("[LocalPC]receive:\n%s\n", buffer_format(buffer, size));
HeartbeatProtocol protocol;
Heartbeat *hb = protocol.find(buffer, size);
if(hb!=NULL)
{
delete hb;
char *p = NULL;
int size = 0;
bool slave = isSlave();
double timePoint = getSetupTime();
Heartbeat *t = protocol.makeHeartbeat(slave, timePoint);
if(NULL!=t)
{
if(t->makeBuffer(&p, size))
{
TcpClient *client = (TcpClient *)tcp;
client->send(p, size);
delete p;
}
}
}
}
std::string Customer::toString() const {
char data[4096];
std::string str;
sprintf(data,"Cust %s) SetupTime=%.1f Cap=%-6.0f IniQty=%-6.0f Safety=%-6.0f",
getIndexStr().c_str(),getSetupTime(),capacity_,initialQuantity_,safetyLevel_);
sprintf(data,"%s Trailers=[",data);
bool first=true;
for(Trailer* t: allowedTrailers_){
sprintf(data,"%s%s%d",data,(first?"":"-"),t->getIndex());
first = false;
}
sprintf(data,"%s]",data);
int tam = (int)forecast_.size();
int n = 0, day = 0;
double dailyAmount;
sprintf(data,"%s\n ",data);
sprintf(data,"%s Forecast=[",data);
for(double d: forecast_){
dailyAmount += d;
if( n % 24 == 23 ) {
sprintf(data,"%s%6.0f%s",data,dailyAmount,(n==tam-1?"":";"));
if( (n/24)%10 == 9 && n < tam-1 )
sprintf(data,"%s\n ",data);
dailyAmount = 0.0;
}
n++;
}
sprintf(data,"%s]",data);
str = data;
return str;
}