bool OSegScenario::generateOnePing(const Time& t, PingInfo* result) {
generatePairs();
double which =(rand()/(double)RAND_MAX);
if (!mSendCDF.empty()) {
FlowCDF::iterator where;
{
MessageFlow comparator;
comparator.cumulativeProbability=which;
if (rand()<mFractionMessagesUniform*RAND_MAX)
where=mSendCDF.begin()+which*(mSendCDF.size()-1);
else
where=std::lower_bound(mSendCDF.begin(),mSendCDF.end(),comparator);
}
if (where==mSendCDF.end()) {
--where;
}
result->objB = where->source;
result->objA = where->dest;
result->dist = where->dist;
result->ping = new Sirikata::Protocol::Object::Ping();
mContext->objectHost->fillPing(result->dist, mPingPayloadSize, result->ping);
return true;
}
return false;
}
void ZendParser::extractTypes(const string &line,
vector<pair<string, string>> &out, vector<string> &tmp) {
vector<string> tmpOut;
const string lineStripped = stripCmments(line);
// cout << "--NEW--" << "\n";
regexer->findAll(tmp, lineStripped, RGX_NEW, -1);
// for(string v:tmp) {
// cout << v << "\n";
// }
tmpOut.insert(tmpOut.begin(), tmp.begin(), tmp.end());
regexer->findAll(tmp, lineStripped, RGX_INSTANCEOF, -1);
tmpOut.insert(tmpOut.begin(), tmp.begin(), tmp.end());
regexer->findAll(tmp, lineStripped, RGX_STATIC_CALL, -1);
tmpOut.insert(tmpOut.begin(), tmp.begin(), tmp.end());
regexer->findAll(tmp, lineStripped, RGX_SIGNATURE, -1);
tmpOut.insert(tmpOut.begin(), tmp.begin(), tmp.end());
generatePairs(out, tmpOut);
// for(pair<string, string> v:out) {
// cout << v.second << "\n";
// }
// for(string v:tmpOut) {
// cout << v << "\n";
// }
}
