void servercontroller::saveSessionConfig()
{
QDictIterator<KSircProcess> ksp(proc_list);
for (; ksp.current(); ++ksp ) {
ChannelSessionInfoList channels;
QDictIterator<KSircMessageReceiver> ksm(ksp.current()->getWindowList());
for (; ksm.current(); ++ksm )
if(ksm.currentKey()[0] != '!') { // Ignore !ksm's (system created)
ChannelSessionInfo sessionInfo;
sessionInfo.name = ksm.currentKey();
sessionInfo.port = ksp.current()->serverPort();
KSircTopLevel *topLev = dynamic_cast<KSircTopLevel *>( ksm.current() );
if ( topLev && topLev->isTopLevel() ) {
#ifdef Q_WS_X11
NETWinInfo winInfo( qt_xdisplay(), topLev->winId(), qt_xrootwin(), NET::WMDesktop );
sessionInfo.desktop = winInfo.desktop();
#endif
}
channels << sessionInfo;
}
if ( !channels.isEmpty() )
m_sessionConfig[ ksp.currentKey() ] = channels;
}
}
int main()
{
char s[256];
char *text = (char *) malloc(256);
char *key = (char *) malloc(256);
char *stream = (char *) malloc(256);
char *enc = (char *) malloc(256);
char *dec = (char *) malloc(256);
int p;
printf("Enter Plain Text : ");
scanf("%s",text);
printf("Enter your KEY : ");
scanf("%s",key);
ksp(s,key,strlen(key));
prga(s,stream,strlen(key));
printf("\nThe Encrypted Text : ");
for(p=0;p<strlen(text);p++)
{
enc[p] = stream[p] ^ text[p];
}
printf("%s\n",enc);
printf("\nThe Decrypted Text : ");
for(p=0;p<strlen(text);p++)
{
dec[p] = stream[p] ^ enc[p];
}
printf("%s\n",dec);
return 0;
}
void FnirtFileWriter::common_coef_construction(const string& fname,
const basisfield& fieldx,
const basisfield& fieldy,
const basisfield& fieldz,
const Matrix& aff)
{
volume4D<float> coefs(fieldx.CoefSz_x(),fieldx.CoefSz_y(),fieldx.CoefSz_z(),3);
vector<float> ksp(3,1.0);
try {
const splinefield& f = dynamic_cast<const splinefield& >(fieldx);
ksp[0] = float(f.Ksp_x()); ksp[1] = float(f.Ksp_y()); ksp[2] = float(f.Ksp_z());
if (f.Order() == 2) coefs.set_intent(FSL_QUADRATIC_SPLINE_COEFFICIENTS,f.Vxs_x(),f.Vxs_y(),f.Vxs_z());
else if (f.Order() == 3) coefs.set_intent(FSL_CUBIC_SPLINE_COEFFICIENTS,f.Vxs_x(),f.Vxs_y(),f.Vxs_z());
}
catch (...) {
try {
const dctfield& f = dynamic_cast<const dctfield& >(fieldx);
coefs.set_intent(FSL_DCT_COEFFICIENTS,f.Vxs_x(),f.Vxs_y(),f.Vxs_z());
throw FnirtFileWriterException("common_coef_construction: Saving of DCT coefficients not yet implemented");
}
catch (...) {
throw FnirtFileWriterException("common_coef_construction: Unknown field type");
}
}
coefs.setxdim(ksp[0]); coefs.setydim(ksp[1]); coefs.setzdim(ksp[2]);
Matrix qform(4,4);
qform = IdentityMatrix(4);
qform(1,4) = fieldx.FieldSz_x();
qform(2,4) = fieldx.FieldSz_y();
qform(3,4) = fieldx.FieldSz_z();
coefs.set_qform(NIFTI_XFORM_SCANNER_ANAT,qform);
coefs.set_sform(NIFTI_XFORM_SCANNER_ANAT,aff);
vector<shared_ptr<ColumnVector> > coefp(3);
coefp[0]=fieldx.GetCoef(); coefp[1]=fieldy.GetCoef(); coefp[2]=fieldz.GetCoef();
for (unsigned int v=0; v<3; v++) {
ColumnVector c = *(coefp[v]);
for (unsigned int k=0, vindx=0; k<fieldx.CoefSz_z(); k++) {
for (unsigned int j=0; j<fieldx.CoefSz_y(); j++) {
for (unsigned int i=0; i<fieldx.CoefSz_x(); i++) {
coefs(i,j,k,v) = c.element(vindx++);
}
}
}
}
save_orig_volume4D(coefs,fname);
}
double probability(double x) const
{
return ksp(x);
}
