//! \brief call stop, free mutex, clear stack, free capture-Modul
void ende()
{
if(mutex_lock(mutex))
printf("encoder.ende Fehler beu mutex_lock 1\n");
g_run = 0;
if(mutex_unlock(mutex))
printf("encoder.ende Fehler bei mutex_unlock 1\n");
stop();
if(mutex_lock(mutex))
printf("encoder.ende Fehler bei mutex_lock 2\n");
//löschen des letzten Frames
getFrame(NULL, NULL);
if(mutex_unlock(mutex))
printf("encoder.ende Fehler bei mutex_unlock 2\n");
mutex_close(mutex);
mutex = NULL;
printf("Frames on Stack: %d\n", count_stack(g_FrameBuffer));
clear_stack(g_FrameBuffer);
if(capture)
{
capture->ende();
interface_close(capture);
}
capture = NULL;
printf("encoder.ende Encoder Modul ende\n");
}
int main (void)
{
// Sync with the monitor.
start_stack_check();
paint_stack();
benchmark_cmem_pattern();
mk_mon_sync();
mask_DDR();
begin_use();
JpegToBmp();
end_use();
count_stack();
benchmark_malloc_max_usage();
benchmark_malloc_num_mallocs();
benchmark_malloc_num_malloc_free();
benchmark_cmem_usage();
readback_DDR(); // only need to be put in 1 core
print_DDR_usage(); // only need to be put in 1 core
mk_mon_debug_info(0x00444D41);//start of DMA_counters
//print the dma_counters according to the following order here
mk_mon_debug_info(to_core1);
mk_mon_debug_info(to_core2);
mk_mon_debug_info(to_core3);
mk_mon_debug_info(to_core4);
mk_mon_debug_info(to_DDR);
mk_mon_debug_info(from_core1);
mk_mon_debug_info(from_core2);
mk_mon_debug_info(from_core3);
mk_mon_debug_info(from_core4);
mk_mon_debug_info(from_DDR);
mk_mon_debug_info(0xFF444D41);//end of DMA_counters
// Signal the monitor we are done.
mk_mon_debug_tile_finished();
return 0;
}
int getStackCount()
{
//if(!g_FrameBuffer) return 0;
return count_stack(g_FrameBuffer);
}
