void glTextureManager::OnEvtThread( OCPN_CompressionThreadEvent & event )
{
JobTicket *ticket = event.GetTicket();
if(ticket->b_isaborted || ticket->b_abort){
for(int i=0 ; i < g_mipmap_max_level+1 ; i++) {
free(ticket->comp_bits_array[i]);
free( ticket->compcomp_bits_array[i] );
}
if(bthread_debug)
printf( " Abort job: %08X Jobs running: %d Job count: %lu \n",
ticket->ident, GetRunningJobCount(), (unsigned long)todo_list.GetCount());
} else if(!b_inCompressAllCharts) {
// Normal completion from here
glTextureDescriptor *ptd = ticket->pFact->GetpTD( ticket->rect );
if(ptd) {
for(int i=0 ; i < g_mipmap_max_level+1 ; i++)
ptd->comp_array[i] = ticket->comp_bits_array[i];
if(ticket->bpost_zip_compress){
for(int i=0 ; i < g_mipmap_max_level+1 ; i++){
ptd->compcomp_array[i] = ticket->compcomp_bits_array[i];
ptd->compcomp_size[i] = ticket->compcomp_size_array[i];
}
}
// We need to force a refresh to replace the uncompressed texture
// This frees video memory and is also really required if we had
// gone up a mipmap level
extern ChartCanvas *cc1;
if(cc1) {
glChartCanvas::Invalidate(); // ensure we refresh
cc1->Refresh();
}
ptd->compdata_ticks = 10;
}
if(bthread_debug)
printf( " Finished job: %08X Jobs running: %d Job count: %lu \n",
ticket->ident, GetRunningJobCount(), (unsigned long)todo_list.GetCount());
}
// Free all possible memory
if(b_inCompressAllCharts) { // if compressing all write cache here
ChartBase *pchart = ChartData->OpenChartFromDB(ticket->m_ChartPath, FULL_INIT );
ChartData->DeleteCacheChart(pchart);
delete ticket->pFact;
}
delete ticket;
if(g_raster_format != GL_COMPRESSED_RGB_FXT1_3DFX) {
running_list.DeleteObject(ticket);
StartTopJob();
}
}
void glTextureManager::OnEvtThread( OCPN_CompressionThreadEvent & event )
{
JobTicket *ticket = event.GetTicket();
if(event.type ==1){
if(m_progDialog){
// Look for a matching entry...
bool bfound = false;
ProgressInfoItem *item;
wxProgressInfoListNode *tnode = progList.GetFirst();
while(tnode){
item = tnode->GetData();
if(item->file_path == ticket->m_ChartPath){
bfound = true;
break;
}
tnode = tnode->GetNext();
}
if(bfound){
wxString msgx;
if(1){
int bar_length = NBAR_LENGTH;
if(m_bcompact)
bar_length = 20;
msgx += _T("\n[");
wxString block = wxString::Format(_T("%c"), 0x2589);
float cutoff = ((event.nstat+1) / (float)event.nstat_max) * bar_length;
for(int i=0 ; i < bar_length ; i++){
if(i <= cutoff)
msgx += block;
else
msgx += _T("-");
}
msgx += _T("]");
if(!m_bcompact){
wxString msgy;
msgy.Printf(_T(" [%3d/%3d] "), event.nstat+1, event.nstat_max);
msgx += msgy;
wxFileName fn(ticket->m_ChartPath);
msgx += fn.GetFullName();
}
}
else
msgx.Printf(_T("\n %3d/%3d"), event.nstat+1, event.nstat_max);
item->msgx = msgx;
}
// look for an empty slot
else{
bool bfound_empty = false;
tnode = progList.GetFirst();
while(tnode){
item = tnode->GetData();
if(item->file_path.IsEmpty()){
bfound_empty = true;
break;
}
tnode = tnode->GetNext();
}
if(bfound_empty){
item->file_path = ticket->m_ChartPath;
wxString msgx;
msgx.Printf(_T("\n [%3d/%3d]"), event.nstat+1, event.nstat_max);
item->msgx = msgx;
}
}
// Ready to compose
wxString msg;
tnode = progList.GetFirst();
while(tnode){
item = tnode->GetData();
msg += item->msgx + _T("\n");
tnode = tnode->GetNext();
}
if(m_skipout)
m_progMsg = _T("Skipping, please wait...\n\n");
m_progDialog->Update(m_jcnt, m_progMsg + msg, &m_skip );
if(m_skip)
m_skipout = true;
return;
}
}
if(ticket->b_isaborted || ticket->b_abort){
for(int i=0 ; i < g_mipmap_max_level+1 ; i++) {
free(ticket->comp_bits_array[i]);
free( ticket->compcomp_bits_array[i] );
}
if(bthread_debug)
printf( " Abort job: %08X Jobs running: %d Job count: %lu \n",
ticket->ident, GetRunningJobCount(), (unsigned long)todo_list.GetCount());
} else if(!b_inCompressAllCharts) {
// Normal completion from here
glTextureDescriptor *ptd = ticket->pFact->GetpTD( ticket->rect );
if(ptd) {
for(int i=0 ; i < g_mipmap_max_level+1 ; i++)
ptd->comp_array[i] = ticket->comp_bits_array[i];
if(ticket->bpost_zip_compress){
for(int i=0 ; i < g_mipmap_max_level+1 ; i++){
ptd->compcomp_array[i] = ticket->compcomp_bits_array[i];
ptd->compcomp_size[i] = ticket->compcomp_size_array[i];
}
}
// We need to force a refresh to replace the uncompressed texture
// This frees video memory and is also really required if we had
// gone up a mipmap level
extern ChartCanvas *cc1;
if(cc1) {
glChartCanvas::Invalidate(); // ensure we refresh
cc1->Refresh();
}
ptd->compdata_ticks = 10;
}
if(bthread_debug)
printf( " Finished job: %08X Jobs running: %d Job count: %lu \n",
ticket->ident, GetRunningJobCount(), (unsigned long)todo_list.GetCount());
}
// Free all possible memory
if(b_inCompressAllCharts) { // if compressing all write cache here
ChartBase *pchart = ChartData->OpenChartFromDB(ticket->m_ChartPath, FULL_INIT );
ChartData->DeleteCacheChart(pchart);
delete ticket->pFact;
}
wxProgressInfoListNode *tnode = progList.GetFirst();
while(tnode){
ProgressInfoItem *item = tnode->GetData();
if(item->file_path == ticket->m_ChartPath)
item->file_path = _T("");
tnode = tnode->GetNext();
}
delete ticket;
if(g_raster_format != GL_COMPRESSED_RGB_FXT1_3DFX) {
running_list.DeleteObject(ticket);
StartTopJob();
}
}
