void ThreadList::updateThreads(const ProcessInfo* processInfo, SymbolInfo *symInfo)
{
this->selected_threads.clear();
DeleteAllItems();
this->threads.clear();
ok_button->Enable(false);
all_button->Enable(false);
if(processInfo != NULL)
{
this->process_handle = processInfo->getProcessHandle();
this->syminfo = symInfo;
this->threads = processInfo->threads;
int numDisplayedThreads = getNumDisplayedThreads();
for(int i=0; i<numDisplayedThreads; ++i)
{
long tmp = this->InsertItem(i, "", -1);
SetItemData(tmp, i);
}
all_button->Enable(this->threads.size() != 0);
lastTime = wxGetLocalTimeMillis();
updateTimes();
updateSorting();
fillList();
}
}
void LAVar::addBoundsAndUpdateSorting( const LAVarBound & pb1, const LAVarBound & pb2 )
{
all_bounds.push_back( pb1 );
all_bounds.push_back( pb2 );
updateSorting( );
}
void ThreadList::OnSort(wxListEvent& event)
{
SetSortImage(sort_column, SORT_NONE);
if (sort_column == event.m_col)
{
// toggle if we clicked on the same column as last time
sort_dir = (SortType)((SORT_UP+SORT_DOWN) - sort_dir);
} else {
// if switching columns, start with the default sort for that column type
sort_column = event.m_col;
sort_dir = (sort_column >= 1 && sort_column <= 4) ? SORT_DOWN : SORT_UP;
}
SetSortImage(sort_column, sort_dir);
updateSorting();
}
void ThreadList::updateThreads(const ProcessInfo* processInfo, SymbolInfo *symInfo)
{
this->selected_threads.clear();
DeleteAllItems();
this->threads.clear();
ok_button->Enable(false);
if(processInfo != NULL)
{
this->process_handle = processInfo->getProcessHandle();
this->syminfo = symInfo;
this->threads = processInfo->threads;
for(int i=0; i<(int)this->threads.size(); ++i)
{
long tmp = this->InsertItem(i, "", -1);
SetItemData(tmp, i);
}
all_button->Enable(this->threads.size() != 0);
lastTime = wxGetLocalTimeMillis();
updateTimes();
// We need to wait a bit before we can get any useful CPU usage data.
{
timer.Stop();
int steps = 20;
wxProgressDialog dlg("Sleepy", "Searching for threads...", steps);
for (int n=0;n<steps;n++)
{
Sleep(200/steps);
dlg.Update(n);
}
timer.Start(UPDATE_DELAY);
}
// Now we've waited, we can grab the data again.
updateTimes();
updateSorting();
fillList();
}
}
void LAVar::addBoundAndUpdateSorting( const LAVarBound & pb )
{
all_bounds.push_back( pb );
updateSorting( );
}