/* getString tries to read string from the pipe
If succeed, return 0, -1 on error
*/
int CReadBuffer::getString(char ** x) {
if (x == NULL)
return -1;
*x = NULL;
int rc = 0;
int length;
rc = getInt(&length);
if (rc <= 0) {
*x = NULL;
return -1;
}
char* buff;
buff = (char *) malloc((length + 1) * sizeof(char));
if (buff == NULL) {
*x = NULL;
return -1;
}
rc = getIt(buff,length);
if (rc == length) {
buff[length] = 0;
*x = buff;
}
else
::free(buff);
return rc == length ? 0:-1;
}
int CReadBuffer::getShort(short * x) {
char buff[2];
int rv = getIt(buff, 2);
short result = (buff[0] << 8) |
(buff[1] & 0xFF);
*x = result;
return rv;
}
int CReadBuffer::getInt(int * x) {
char buff[4];
int rv = getIt(buff, 4);
int result = (buff[0] << 24) |
((buff[1] << 16) & 0xFF0000) |
((buff[2] << 8) & 0xFF00) |
(buff[3] & 0xFF);
*x = result;
return rv;
}
int _tmain(int argc, _TCHAR* argv[])
{
std::string s;
s = "22";
printf("%s\n", s.c_str());
ttt t;
std::vector<ttt> v;
v.push_back(t);
std::vector<ttt> v2 = v;
ttt t2;
{
CallTimeRecorder t("new 2000000");
CorbaNameExList lst = getIt();
}
return 0;
}
vector<double>* OutputFile::getRoverM(ParamQt*param)
{
vector<double>*v=new vector<double>();
startOver();
while (getIt(param))
{
v->push_back(param->getRM());
}
startOver();
return v;
/*int L=getL();
int b=getB();
vector<double>*v=new vector<double>();
//for (unsigned int i=0;i<rhos.size();i++) v->push_back(rhos[i]/thetas[i]*L*deltas[i]/(deltas[i]*b+L-b)*0.75*(1.0-exp(-4.0*thetas[i]/L)));
for (unsigned int i=0;i<rhos.size();i++) v->push_back(rhos[i]/thetas[i]*L*deltas[i]/(deltas[i]*b+L-b)*3.0*thetas[i]/(3.0*L+4.0*thetas[i]));
return v;*/
}
int CReadBuffer::getByte(char * x) {
return getIt((char *) x, 1);
}
//possible inputs for media in .egsinp file
std::vector<string> codes1;
codes1.push_back("elements");
codes1.push_back("no. of atoms");
codes1.push_back("mass fractions");
codes1.push_back("rho");
codes1.push_back("stopping powers");
codes1.push_back("bremsstrahlung correction");
codes1.push_back("gas pressure");
codes1.push_back("density correction file");
codes1.push_back("sterncid");
DE_Parser *p = new DE_Parser(codes,0,"media definition", in, false);
rPEGSLESS->AE = getIt( codes[0] , "", rPEGSLESS->errors, p );
rPEGSLESS->UE = getIt( codes[1] , "", rPEGSLESS->errors, p );
rPEGSLESS->AP = getIt( codes[2] ,"", rPEGSLESS->errors, p );
rPEGSLESS->UP = getIt( codes[3] ,"", rPEGSLESS->errors, p );
rPEGSLESS->matdatafile = getIt( codes[4] ,"", rPEGSLESS->errors, p );
//now search for media defined in the .egsinp file
//set multiple entries to true to allow for multiple media defined
DE_Parser *p2 = new DE_Parser(med_delims,0,"media definition", in, true);
bool loop=true;
while (loop) {
//qt3to4 -- BW
//string temp_start = getIt( codes[5] ,"", rPEGSLESS->errors, p );
//string temp_stop = getIt( codes[6] ,"", rPEGSLESS->errors, p );
}
std::ifstream & operator >> ( std::ifstream & in, MMCInputs* rMC )
{
std::vector<string> codes;
codes.push_back("NUMBER OF HISTORIES");
codes.push_back("MAX CPU HOURS ALLOWED");
codes.push_back("IFULL");
codes.push_back("STATISTICAL ACCURACY SOUGHT");
codes.push_back("SCORE KERMA");
codes.push_back("PHOTON REGENERATION");
codes.push_back("INITIAL RANDOM NO. SEEDS");
DE_Parser *p = new DE_Parser(codes,0,"Monte Carlo inputs", in, false);
rMC->ncase = getIt( codes[0] , "20000", rMC->errors, p ) ;
rMC->maxcpu = getIt( codes[1] , "60", rMC->errors, p ) ;
if ( ( rMC->gusercode() != sprrznrc ) && ( rMC->gusercode() != flurznrc ) ){
rMC->ifull = getIt( codes[2] , "dose and stoppers", rMC->errors, p ) ;
rMC->stat = getIt( codes[3] , "0.1", rMC->errors, p ) ;
}
if ( rMC->gusercode() == dosrznrc) {
rMC->kerma = getIt( codes[4] , "no", rMC->errors, p ) ;
}
else if ( rMC->gusercode() != flurznrc ) {
rMC->photreg = getIt( codes[5] , "no", rMC->errors, p ) ;
}
rMC->rnd = getThem( codes[6], 1, 1073741824, rMC->rnd, rMC->errors, p ) ;
// if ( rMC->rnd[0] > 4 ) {
// rMC->rnd[0] = 1;
