bool EnigmaSim::isHighQos(int qos){
vector<ENIGMA_FLIT_S>::iterator iter = dutActive.begin();
int count = 0;
while( iter != dutActive.end()){
if( (*iter).qos > qos ){
if(getFirstPtr((*iter).id) == count){
if( (signal.tick - (*iter).tick) > ENIGMA_SCHE_MAX ){
if( (*iter).id == portC.back().id &&
((signal.tick - portC.back().tick ) < ENIGMA_SCHE_MAX)
){
showOCell("+Warning: FLIT Qos may not the highest when a IDs group jump to high Qos");
}else{
showOCell("+Warning: FLIT Qos would not be the highest when a IDs group jump to high Qos");
return false;
}
}
}
}
count++;
iter++;
}
return true;
}
LinkedList<T>* LinkedList<T>:: getAtPtr(int i)
{
if(size() < i)
{
std::cout<<"!-- ERROR : PANIC in getAtPtr()---nothing to point to--!"<<std::endl;
return(NULL);
}
int counter = 0;
LinkedList<T>* p = getFirstPtr();
while(counter < i)
{
counter++;
p=p->m_next;
}
return(p);
}
bool EnigmaSim::checkOCell(){
bool check = true;
if(isIDExist(ocell.id)){
if(isIDPending(ocell.id)){
check = false;
showOCell("+ERROR: the ID is locked when sent out");
}else{
if( isHighQos(ocell.qos) ){
int p = getFirstPtr(ocell.id);
if( (dutActive.at(p).id != ocell.id) ||
(dutActive.at(p).qos != ocell.qos) ||
(dutActive.at(p).payload[0] != ocell.payload[0]) ||
(dutActive.at(p).payload[1] != ocell.payload[1]) ||
(dutActive.at(p).payload[2] != ocell.payload[2]) ||
(dutActive.at(p).payload[3] != ocell.payload[3])
){
check = false;
}
if(check == false){
if(isIDUnique(ocell.id)){
showOCell("+ERROR: FLIT INFO not correct when ID is unique");
}else{
showOCell("+ERROR: FLIT INFO not correct when ID is not unique");
}
showFLIT( dutActive.at(p) );
}
}else{
showOCell("+ERROR: FLIT is not high Qos when invoke");
check = false;
}
}
}else{
showOCell("+ERROR: the FLIT is not exist");
check = false;
}
return check;
}
