void AMSimpleBeamConfigurationWizard::back()
{
int pageId = currentId();
int pageRelativeId = relativeId();
if(isWaitPage(pageId))
{
((AMWaitPage*)page(pageId))->stopTimer();
if(relativeId() == 0)
{
((AMWaitPage*)page(pageId))->stopTimer();
QWizard::back();
}
else
{
while(currentId() != pageWait(pageRelativeId - 1))
{
QWizard::back();
}
if(currentId() == pageWait(pageRelativeId - 1))
{
initializePage(pageWait(pageRelativeId - 1));
}
}
}
else if (isSetPage(pageId))
{
/*
((AMSimpleSampleSetPage*)page(pageId))->disconnectMouseSignal();
*/
if(relativeId() == 0)
{
while(currentId() != Page_Intro)
{
QWizard::back();
}
}
else
{
while(currentId() != pageWait(pageRelativeId))
{
QWizard::back();
}
if(currentId() == pageWait(pageRelativeId))
{
initializePage(pageWait(pageRelativeId));
}
}
}
else
{
QWizard::back();
}
}
void FilesSelectionWizardPage::baseDirectoryChanged()
{
QString const baseDir(m_baseDirChooser->path());
if (baseDir != m_lastBaseDir && QFileInfo(baseDir).isDir())
{
m_lastBaseDir = baseDir;
initializePage();
}
}
void InBandAccountRegSecondPage::handleClientError (QXmppClient::Error error)
{
qWarning () << Q_FUNC_INFO
<< error
<< Client_->socketError ()
<< Client_->xmppStreamError ();
if (error == QXmppClient::SocketError &&
wizard ()->currentPage () == this)
initializePage ();
}
static void
clearPage (HelpPageEntry *page) {
if (page->lineTable) {
while (page->lineCount) {
HelpLineEntry *line = &page->lineTable[--page->lineCount];
if (line->characters) free(line->characters);
}
free(page->lineTable);
initializePage(page);
}
}
bool WebPagePopupImpl::initialize(WebViewImpl* webView,
PagePopupClient* popupClient) {
DCHECK(webView);
DCHECK(popupClient);
m_webView = webView;
m_popupClient = popupClient;
if (!m_widgetClient || !initializePage())
return false;
m_widgetClient->show(WebNavigationPolicy());
setFocus(true);
return true;
}
IROM void Flash::findOrCreateActivePage() {
// INFO("");
_sequence=0;
uint32_t sequence;
for(uint32_t i=0;i< PAGE_COUNT;i++ ) {
if ( isValidPage(i,sequence) && sequence>_sequence ) {
_pageIdx=i;
_sequence=sequence;
}
}
if ( _sequence ==0 ) {
initializePage(0,1);
_pageIdx=0;
_sequence=1;
}
findFreeBegin();
// INFO(" pageIdx : %d freePos : %u ",_pageIdx,_freePos);
/* writeItem(2,(uint8_t*)"mqtt/host",10);
writeItem(4,(uint8_t*)"mqtt/port",10);*/
}
FirstRunWizard::FirstRunWizard( bool startFromTour, QWidget* parent )
:QDialog( parent ),
ui( new Ui::FirstRunWizard ),
m_commitPage( false ),
m_showWelcome( false ),
m_bootstrapState( NoBootstrap )
{
#ifdef Q_OS_WIN32
m_plugins = new unicorn::PluginList;
#endif
ui->setupUi( this );
ui->welcome->hide();
for ( int i = 0 ; i < ui->stackedWidget->count() ; ++i )
{
qobject_cast<WizardPage*>(ui->stackedWidget->widget( i ))->setWizard( this );
}
connect( ui->next, SIGNAL(clicked()), SLOT(next()));
connect( ui->back, SIGNAL(clicked()), SLOT(back()));
connect( ui->skip, SIGNAL(clicked()), SLOT(skip()));
connect( ui->finish, SIGNAL(clicked()), SLOT(accept()));
connect( this, SIGNAL( rejected() ), this, SLOT( onRejected() ) );
connect( this, SIGNAL( accepted() ), this, SLOT( onWizardCompleted() ) );
connect( aApp, SIGNAL(bootstrapStarted(QString)), SLOT(onBootstrapStarted(QString)));
connect( aApp, SIGNAL(bootstrapDone(AbstractBootstrapper::BootstrapStatus)), SLOT(onBootstrapDone(AbstractBootstrapper::BootstrapStatus)));
if ( startFromTour )
ui->stackedWidget->setCurrentWidget( ui->tourScrobblesPage );
else
ui->stackedWidget->setCurrentWidget( ui->loginPage );
initializePage( ui->stackedWidget->currentWidget() );
setFixedSize( 750, 450 );
}
static unsigned int
addPage (void) {
if (pageCount == pageLimit) {
unsigned int newLimit = pageLimit + 1;
HelpPageEntry *newTable = realloc(pageTable, ARRAY_SIZE(newTable, newLimit));
if (!newTable) {
logMallocError();
return 0;
}
pageTable = newTable;
pageLimit = newLimit;
}
{
HelpPageEntry *page = &pageTable[pageCount];
initializePage(page);
}
return pageCount += 1;
}
uint32_t initializeGlobalArrays(uint32_t* arr_n_ptr, uint32_t num_elements, uint32_t stride, uint32_t arr_offset)
{
#ifdef DEBUG
printf("\nInitializing Array at 0x%x, num_elements= %d, stride= %d, offset= %d, num_cl = %d\n\n",
arr_n_ptr, num_elements, stride, arr_offset, num_elements / stride);
#endif
//randomize array on cacheline strided boundaries
#ifdef DEBUG
printf("\n-==== Begin two-level randomization of the chase array ====-\n");
#endif
// check to see if the array is 1-element long...
if (num_elements == stride)
{
#ifdef DEBUG
printf("\nArray is 1 element long, returning....\n");
#endif
// points back on itself
arr_n_ptr[0 + arr_offset] = 0 + arr_offset;
return 0;
}
// uint32_t num_elements_per_page = PAGE_SZ/sizeof(uint32_t)/stride;
uint32_t num_elements_per_page = PAGE_SZ/sizeof(uint32_t);
uint32_t num_accesses_per_page = PAGE_SZ/sizeof(uint32_t)/stride;
uint32_t last_idx = 0;
// two-level randomization... (this is the outer level for-loop)
// for each page...
for(int i=0; i < num_elements; i+=num_elements_per_page)
{
uint32_t page_offset = i + arr_offset;
#ifdef DEBUG
printf("\nStarting New Page: i=%d, page offset = %d, num_elements = %d, num_elements_per_page = %d, num_accesses_per_page = %d\n",
i, i, num_elements, num_elements_per_page, num_accesses_per_page);
#endif
if ((int32_t) i >= (int32_t) (num_elements - num_elements_per_page) //is last page?
&& ((num_elements - i) % num_elements_per_page != 0)) //and last page is partial
{
num_elements_per_page = num_elements - i;
num_accesses_per_page = num_elements_per_page / stride;
#ifdef DEBUG
printf("last page (partial), new num_elements_per_page = %d\n",
num_elements_per_page);
#endif
}
last_idx = initializePage(arr_n_ptr, page_offset, num_accesses_per_page, stride);
// tie this page to the next page...
arr_n_ptr[last_idx] = page_offset + (PAGE_SZ/sizeof(uint32_t));
#ifdef DEBUG
printf(" *array[%4d] = %4d, \n", last_idx, arr_n_ptr[last_idx]);
#endif
}
//handle the last page ...
//wrap the array back to the start
if (last_idx >= num_elements*g_num_requests)
printf("THIS SHOULD BE CRASHING, last_idx = %u >= num_elements = %u\n",
last_idx, num_elements*g_num_requests);
arr_n_ptr[last_idx] = 0 + arr_offset;
#ifdef DEBUG
printf(" **array[%4d] = %4d (looping back to the start: arr_offset=%d \n",
last_idx, arr_n_ptr[last_idx], arr_offset);
#endif
#ifdef PRINT_ARRAY
printArray(0, arr_n_ptr, num_elements, stride, arr_offset);
#endif
verifyArray(arr_n_ptr, num_elements, stride, arr_offset);
return 0;
}
SelectProjectPage::SelectProjectPage(QWidget *parent) :
QWizardPage(parent),
ui(new Ui::SelectProjectPage)
{
initializePage();
}
int main(){
//Read workload to array 'workLoad'
FILE *pRead;
char baseDir[] ="WorkLoad/workload";
int wl=2;
char newDir[10];
sprintf(newDir,"%d",wl);
strcat(baseDir,newDir);
printf("Reading = %s\n", baseDir);
FILE *fin,*fout;
fin=fopen(baseDir,"rb");
if(NULL==fin){
printf("File Read Fail");
}
while(fscanf(fin,"%d",&workLoad[RW])!=EOF){
RW++;
}
fclose(fin);
printf("Total Read = %d\n",RW);
//Initialize the page array.
int it1=0;
P=pageNumArr[1];
initializePage();
FIFO();
initializePage();
CLOCK();
initializePage();
LRU();
// for(it1=0;it1<2;it1++){
// P=pageNumArr[it1];
// initializePage();
// FIFO();
// }
// for(it1=0;it1<2;it1++){
// P=pageNumArr[it1];
// initializePage();
// CLOCK();
// }
// for(it1=0;it1<2;it1++){
// P=pageNumArr[it1];
// initializePage();
// LRU();
// }
return 0;
}
uint32_t initializeGlobalArrays(uint32_t* arr_n_ptr, uint32_t num_elements, uint32_t num_elements_per_page, uint32_t stride, uint32_t interleaving_sz, uint32_t arr_offset)
{
#ifdef DEBUG
printf("\nInitializing Array at 0x%x, num_elements= %d, stride= %d, offset= %d, num_cl = %d\n\n",
arr_n_ptr, num_elements, stride, arr_offset, num_elements / stride);
#endif
//randomize array on cacheline strided boundaries
#ifdef DEBUG
printf("\n-==== Begin two-level randomization of the chase array ====-\n");
#endif
// check to see if the array is 1-element long...
if (num_elements == stride)
{
#ifdef DEBUG
printf("\nArray is 1 element long, returning....\n");
#endif
// points back on itself
arr_n_ptr[0 + arr_offset] = 0 + arr_offset;
return 0;
}
uint32_t num_accesses_per_page = num_elements_per_page/stride;
uint32_t num_pages = num_elements / num_elements_per_page;
uint32_t last_idx;
// two-level randomization... (this is the outer level for-loop)
// for each page...
for(int page_idx=0; page_idx < num_pages; page_idx++)
{
uint32_t page_offset = arr_offset + page_idx*interleaving_sz;
last_idx = initializePage(arr_n_ptr, page_offset, num_accesses_per_page, stride);
// tie this page to the next page...
arr_n_ptr[last_idx] = page_offset + interleaving_sz;
#ifdef DEBUG
printf(" *array[%4d] = %4d, \n", last_idx, arr_n_ptr[last_idx]);
#endif
}
//handle the last page ...
//wrap the array back to the start
arr_n_ptr[last_idx] = 0 + arr_offset;
#ifdef DEBUG
printf(" **array[%4d] = %4d (looping back to the start: arr_offset=%d \n",
last_idx, arr_n_ptr[last_idx], arr_offset);
#endif
#ifdef PRINT_ARRAY
printArray(0, arr_n_ptr, num_elements, stride, arr_offset);
#endif
#ifdef VERIFY_ARRAYS
verifyArray(arr_n_ptr, num_elements, num_elements_per_page, stride, interleaving_sz, arr_offset);
#endif
return 0;
}
void AMBeamConfigurationWizard::back()
{
int pageId = currentId();
int targetPage;
switch(pageId)
{
case Page_Final:
targetPage = pageWait(numberOfPages() - 1);
while(currentId() != targetPage)
QWizard::back();
if(currentId() == targetPage)
initializePage(targetPage);
break;
default:
if(isWaitPage(pageId))
{
bool reinitialize = true;
((AMWaitPage*)page(pageId))->stopTimer();
if(relativeId(pageId) == 0)
{
targetPage = Page_Intro;
reinitialize = false;
}
else
{
targetPage = pageWait(relativeId(pageId) - 1);
}
while(currentId() != targetPage)
{
QWizard::back();
}
if(currentId() == targetPage && reinitialize)
{
initializePage(targetPage);
}
}
else if(isSetPage(pageId))
{
bool reinitialize = true;
if(relativeId(pageId) == 0)
{
targetPage = Page_Intro;
reinitialize = false;
}
else
{
targetPage = pageWait(relativeId(pageId) - 1);
}
while(currentId() != targetPage)
{
QWizard::back();
}
if(currentId() == targetPage && reinitialize)
{
initializePage(targetPage);
}
}
else
{
AMGraphicsViewWizard::back();
}
break;
}
}
void PanoOptimizePage::slotPanoAction(const DigikamGenericPanoramaPlugin::PanoActionData& ad)
{
qCDebug(DIGIKAM_DPLUGIN_GENERIC_LOG) << "SlotPanoAction (optimize)";
qCDebug(DIGIKAM_DPLUGIN_GENERIC_LOG) << "starting, success, canceled, action: " << ad.starting << ad.success << d->canceled << ad.action;
QString text;
QMutexLocker lock(&d->progressMutex);
if (!ad.starting) // Something is complete...
{
if (!ad.success) // Something is failed...
{
if (d->canceled) // In that case, the error is expected
{
return;
}
switch (ad.action)
{
case PANO_OPTIMIZE:
case PANO_AUTOCROP:
{
disconnect(d->mngr->thread(), SIGNAL(stepFinished(DigikamGenericPanoramaPlugin::PanoActionData)),
this, SLOT(slotPanoAction(DigikamGenericPanoramaPlugin::PanoActionData)));
disconnect(d->mngr->thread(), SIGNAL(jobCollectionFinished(DigikamGenericPanoramaPlugin::PanoActionData)),
this, SLOT(slotPanoAction(DigikamGenericPanoramaPlugin::PanoActionData)));
qCWarning(DIGIKAM_DPLUGIN_GENERIC_LOG) << "Job failed (optimize): " << ad.action;
if (d->detailsText->isHidden())
{
d->title->setText(i18n("<qt>"
"<h1>Optimization has failed.</h1>"
"<p>See processing messages below.</p>"
"</qt>"));
d->progressTimer->stop();
d->horizonCheckbox->hide();
// d->projectionAndSizeCheckbox->hide();
d->detailsText->show();
d->progressLabel->clear();
d->detailsText->setText(ad.message);
setComplete(false);
emit completeChanged();
}
break;
}
default:
{
qCWarning(DIGIKAM_DPLUGIN_GENERIC_LOG) << "Unknown action (optimize) " << ad.action;
break;
}
}
}
else // Something is done...
{
switch (ad.action)
{
case PANO_OPTIMIZE:
{
return;
}
case PANO_AUTOCROP:
{
disconnect(d->mngr->thread(), SIGNAL(stepFinished(DigikamGenericPanoramaPlugin::PanoActionData)),
this, SLOT(slotPanoAction(DigikamGenericPanoramaPlugin::PanoActionData)));
disconnect(d->mngr->thread(), SIGNAL(jobCollectionFinished(DigikamGenericPanoramaPlugin::PanoActionData)),
this, SLOT(slotPanoAction(DigikamGenericPanoramaPlugin::PanoActionData)));
d->progressTimer->stop();
d->progressLabel->clear();
d->optimisationDone = true;
emit signalOptimized();
initializePage();
break;
}
default:
{
qCWarning(DIGIKAM_DPLUGIN_GENERIC_LOG) << "Unknown action (optimize) " << ad.action;
break;
}
}
}
}
}