Settings::Settings() :
loaded(false), useCustomDhtList{false},
makeToxPortable{false}, currentProfileId(0)
{
settingsThread = new QThread();
settingsThread->setObjectName("qTox Settings");
settingsThread->start(QThread::LowPriority);
moveToThread(settingsThread);
loadGlobal();
}
void PDAMgr::goToPage(const Common::String &pageName) {
if (_page && !_page->getName().compareToIgnoreCase(pageName))
return;
loadGlobal();
PDAPage *newPage = new PDAPage(PDAPage::create(pageName, *this));
delete _page;
_page = newPage;
_page->init();
_previousPages.push(_page->getName());
if (_game->isPeril())
initPerilButtons();
_cursorMgr.setPage(_page);
onMouseMove(_game->getEventManager()->getMousePos());
}
AStylePart::AStylePart(QObject *parent, const char *name, const QStringList &)
: KDevSourceFormatter(&data, parent, name ? name : "AStylePart")
{
setInstance(AStyleFactory::instance());
setXMLFile("kdevpart_astyle.rc");
formatTextAction = new KAction(i18n("&Reformat Source"), 0, this, SLOT(beautifySource()), actionCollection(), "edit_astyle");
formatTextAction->setEnabled(false);
formatTextAction->setToolTip(i18n("Reformat source"));
formatTextAction->setWhatsThis(i18n("<b>Reformat source</b><p>Source reformatting functionality using <b>astyle</b> library. "
"Also available in <b>New Class</b> and <b>Subclassing</b> wizards."));
formatFileAction = new KAction(i18n("Format files"), 0, this, SLOT(formatFilesSelect()), actionCollection(), "tools_astyle");
formatFileAction->setEnabled(false);
formatFileAction->setToolTip(i18n("Format files"));
formatFileAction->setWhatsThis(i18n("<b>Fomat files</b><p>Formatting functionality using <b>astyle</b> library. "
"Also available in <b>New Class</b> and <b>Subclassing</b> wizards."));
formatFileAction->setEnabled ( true );
m_configProxy = new ConfigWidgetProxy(core());
m_configProxy->createGlobalConfigPage(i18n("Formatting"), GLOBALDOC_OPTIONS, info()->icon());
m_configProxy->createProjectConfigPage(i18n("Formatting"), PROJECTDOC_OPTIONS, info()->icon());
connect(m_configProxy, SIGNAL(insertConfigWidget(const KDialogBase* ,QWidget*,unsigned int)), this, SLOT(insertConfigWidget(const KDialogBase*,QWidget*,unsigned int)));
connect(partController(), SIGNAL(activePartChanged(KParts::Part*)), this, SLOT(activePartChanged(KParts::Part*)));
connect( core(), SIGNAL(contextMenu(QPopupMenu *, const Context *)), this, SLOT(contextMenu(QPopupMenu *, const Context *)) );
loadGlobal();
//use the globals first, project level will override later..
m_project=m_global;
m_projectExtensions = m_globalExtensions;
setExtensions(m_globalExtensions.join("\n"),false);
// maybe there is a file open already
activePartChanged( partController()->activePart() );
}
/**
* "dgemv T/N alpha pathToA Y/N pathToX Y/N pathToY Y/N"
* Y = alpha* op(A) * X
*/
bool dgemv (char* request) {
/* 0. Chomp out the new line character */
chomp (request);
/* 1. Parse and figure out all the parameters */
int requestCount = 0;
std::string requestArray[9];
std::stringstream requestStream(request);
while (getline(requestStream, requestArray[requestCount++], ' '));
if (9 != (requestCount-1)) {
fprintf (stderr, "There are fewer than 9 arguments! (%d)\n", requestCount);
return false;
}
/* Get the alpha */
const double alpha = atof (requestArray[2].c_str());
/* 2. Load A and X into memory */
if (false == loadGlobal (requestArray[3])) return false;
if (false == loadGlobal (requestArray[5])) return false;
/* 3. Perform the requested operation */
/* 3.0 Get all the required matrices */
dist_matrix_t* A = (dist_dataset_map.find (requestArray[3]))->second;
dist_matrix_t* X = (dist_dataset_map.find (requestArray[5]))->second;
/* 3.1 Make sure that X is a column vector */
if (1 != X->Width()) {
fprintf (stderr, "X is not a column vector (%d,%d)\n",
X->Height(), X->Width());
return false;
}
/* 3.2 Make sure that A and X match up */
if (0 == requestArray[1].compare("T") && A->Height() != X->Height()) {
fprintf (stderr, "Dimensions of A' and X don't match (%d,%d)x(%d)",
A->Width(), A->Height(), X->Height());
return false;
} else if (0 != requestArray[1].compare("T") && A->Width() != X->Height()) {
fprintf (stderr, "Dimensions of A and X don't match (%d,%d)x(%d)",
A->Height(), A->Width(), X->Height());
return false;
}
/* 3.3 Reserve space for Y */
if (false == reserveGlobal (requestArray[7],
(0==(requestArray[1].compare("T"))?A->Width(): A->Height()),
1))
return false;
dist_matrix_t* Y = (dist_dataset_map.find (requestArray[7]))->second;
/* 3.3 Compute what is needed */
elem::Gemv ((0==(requestArray[1].compare("T"))?
elem::TRANSPOSE : elem::NORMAL),
alpha,
(*A),
(*X),
0.0,
(*Y));
/* 5. Cache things that are needed */
if (0 != requestArray[4].compare("Y"))
if (false == unloadGlobal (requestArray[3])) return false;
if (0 != requestArray[6].compare("Y"))
if (false == unloadGlobal (requestArray[5])) return false;
if (0 != requestArray[8].compare("Y")) {
if (false == flushGlobal (requestArray[7])) return false;
}
return true;
}
