void CLogDataVector::append(CGitHash& sha, bool storeInVector)
{
if (storeInVector)
this->push_back(sha);
GitRevLoglist* r = &m_pLogCache->m_HashMap[sha];
updateLanes(*r, this->m_Lns, sha);
}
void CLogDataVector::setLane(CGitHash& sha)
{
Lanes* l = &(this->m_Lns);
int i = m_FirstFreeLane;
// QVector<QByteArray> ba;
// const ShaString& ss = toPersistentSha(sha, ba);
// const ShaVect& shaVec(fh->revOrder);
for (int cnt = size(); i < cnt; ++i) {
GitRev* r = & this->GetGitRevAt(i);
CGitHash curSha=r->m_CommitHash;
if (r->m_Lanes.size() == 0)
updateLanes(*r, *l, curSha);
if (curSha == sha)
break;
}
m_FirstFreeLane = ++i;
#if 0
Lanes* l = &(this->m_Lanes);
int i = m_FirstFreeLane;
QVector<QByteArray> ba;
const ShaString& ss = toPersistentSha(sha, ba);
const ShaVect& shaVec(fh->revOrder);
for (uint cnt = shaVec.count(); i < cnt; ++i) {
const ShaString& curSha = shaVec[i];
Rev* r = m_HashMap[curSha]const_cast<Rev*>(revLookup(curSha, fh));
if (r->lanes.count() == 0)
updateLanes(*r, *l, curSha);
if (curSha == ss)
break;
}
fh->firstFreeLane = ++i;
#endif
}
void
MSLaneChanger::laneChange(SUMOTime t) {
// This is what happens in one timestep. After initialization of the
// changer, each vehicle will try to change. After that the changer
// nedds an update to prevent multiple changes of one vehicle.
// Finally, the change-result has to be given back to the lanes.
initChanger();
while (vehInChanger()) {
bool haveChanged = change();
updateChanger(haveChanged);
}
updateLanes(t);
}
void
MSLaneChanger::laneChange(SUMOTime t) {
// This is what happens in one timestep. After initialization of the
// changer, each vehicle will try to change. After that the changer
// needs an update to prevent multiple changes of one vehicle.
// Finally, the change-result has to be given back to the lanes.
initChanger();
try {
while (vehInChanger()) {
const bool haveChanged = change();
updateChanger(haveChanged);
}
updateLanes(t);
} catch (const ProcessError&) {
// clean up locks or the gui may hang
for (ChangerIt ce = myChanger.begin(); ce != myChanger.end(); ++ce) {
ce->lane->releaseVehicles();
}
throw;
}
}
