void MainWindow::import_dbdump()
{
extern int read_dump(const char *, db_base **, char *, int);
char buf[50];
db_base *dbl[] = { keys, reqs, certs, temps, crls };
if (!keys)
return;
QString pass;
QString file = QFileDialog::getOpenFileName(this, tr(XCA_TITLE), homedir,
tr("Database dump ( *.dump );;All files ( * )"));
if (file.isEmpty())
return;
pass_info p(tr("Import password"),
tr("Please enter the password of the old database"), this);
if (passRead(buf, 50, 0, &p) <0)
return;
pass = buf;
try {
read_dump(CCHAR(file), dbl, buf, 50);
if (pki_evp::md5passwd(CCHAR(pass)) != buf) {
int ret = QMessageBox::warning(this, tr(XCA_TITLE),
tr("Password verification error. Ignore keys ?"),
tr("Import anyway"), tr("Cancel"));
if (ret)
return;
}
pki_evp::setOldPasswd(CCHAR(pass));
read_dump(CCHAR(file), dbl, NULL, 0);
pki_evp::eraseOldPasswd();
} catch (errorEx &err) {
Error(err);
}
}
// Reads the data from LAMMPS.
LAMMPS_Data::LAMMPS_Data(string datapath, string dumppath) {
if (datapath.size()) read_data(datapath);
if (dumppath.size()) read_dump(dumppath);
type_counts();
}
/** Init the flow arrays... */
void init_flow(struct Field fldi) {
int i,n;
int j,k;
double dummy_var;
DEBUG_START_FUNC;
// Initialise vectors to 0
for( n = 0 ; n < fldi.nfield ; n++) {
for( i = 0 ; i < NTOTAL_COMPLEX ; i++) {
fldi.farray[n][i] = 0.0;
}
}
#ifdef COMPRESSIBLE
// Initialise the density to 1...
if(rank==0) {
fldi.d[0] = (double) NTOTAL;
}
#endif
if(param.init_large_scale_noise) init_LargeScaleNoise(fldi);
if(param.init_large_scale_2D_noise) init_LargeScale2DNoise(fldi);
if(param.init_vortex) init_KidaVortex(fldi);
if(param.init_spatial_structure) init_SpatialStructure(fldi);
if(param.init_white_noise) init_WhiteNoise(fldi);
if(param.init_bench) init_Bench(fldi);
if(param.init_mean_field) init_MeanField(fldi);
if(param.init_dump) {
read_dump(fldi, &dummy_var,"init.dmp");
MPI_Printf("Initial conditions read successfully from the restart dump\n");
}
#ifdef BOUNDARY_C
boundary_c(fldi);
#endif
projector(fldi.vx,fldi.vy,fldi.vz);
#ifdef MHD
projector(fldi.bx,fldi.by,fldi.bz);
#endif
#ifdef WITH_PARTICLES
#ifdef WITH_ROTATION
if(rank==0) {
kappa_tau2 = 2.0*param.omega*(2.0*param.omega-param.shear) * param.particles_stime * param.particles_stime + (param.particles_dg_ratio + 1.0) * (param.particles_dg_ratio + 1.0);
// This is a non trivial equilibrium for the particles+gas system
fldi.vx[0] = param.particles_epsilon*param.particles_stime*param.particles_dg_ratio / kappa_tau2 * ( (double) NTOTAL);
fldi.vy[0] = param.particles_epsilon*param.particles_dg_ratio*(1.0+param.particles_dg_ratio)/(2.0*param.omega*kappa_tau2) * ( (double) NTOTAL);
}
#endif
#endif
#ifdef DEBUG
MPI_Printf("Initflow:\n");
D_show_all(fldi);
MPI_Printf("**************************************************************************************\n");
#endif
DEBUG_END_FUNC;
return;
}
