KeyList
BaseG::secretKeys(const QStringList &patterns)
{
int exitStatus = 0;
// the option --with-colons should be used for interprocess communication
// with gpg (according to Werner Koch)
QCString cmd = "--batch --list-secret-keys --with-fingerprint --with-colons "
"--fixed-list-mode";
for(QStringList::ConstIterator it = patterns.begin();
it != patterns.end(); ++it)
{
cmd += " ";
cmd += KProcess::quote(*it).local8Bit();
}
status = 0;
exitStatus = runGpg(cmd, 0, true);
if(exitStatus != 0)
{
status = ERROR;
return KeyList();
}
// now we need to parse the output for secret keys
KeyList secretKeys = parseKeyList(output, true);
// sort the list of secret keys
secretKeys.sort();
return secretKeys;
}
///
/// \brief AnalysisResults::Replicate
/// \return
/// Used in lieu of a copy constructor. Does not produce a perfect copy
/// but does copy name, type, matrices, etc. does not replicate most metadata
QSharedPointer<AnalysisResults> AnalysisResults::Replicate()
{
QSharedPointer<AnalysisResults> new_result(new AnalysisResults(name_, type_));
for (auto key: KeyList()) {
new_result->AddMatrix(key, GetMatrix(key));
}
return new_result;
}
///
/// \brief AnalysisResults::Concatenate
/// \param other
/// Merge the matrices of other into the same-named matrices of this one
/// Will perform a check of mergability for every matrix before performing merge
/// Non mergable matrices are removed from this result.
bool AnalysisResults::Concatenate(QSharedPointer<AnalysisResults> other)
{
QSet<QString> intersection = KeyList().toSet().intersect(other->KeyList().toSet());
//Check mergability (this should not be a problem if both come from same dataset)
//User may be allowed to merge from two different datasets, if for some reason they wanted to do that
QSet<QString> mergeable_matrices = intersection;
for (auto key: intersection)
if (GetMatrix(key).n_rows != other->GetMatrix(key).n_rows) {
mergeable_matrices.remove(key);
RemoveMatrix(key);
}
if (mergeable_matrices.isEmpty()) return false;
for (auto key: mergeable_matrices) {
mat matrix = GetMatrix(key);
mat other_matrix = other->GetMatrix(key);
matrix = join_horiz(matrix, other_matrix);
AddMatrix(key, matrix);
}
return true;
}
