/**
\fn sig_segfault_handler
\brief our segfault handler
*/
void sig_segfault_handler(int signo)
{
static int running=0;
if(running)
{
signo=0;
exit(1);
}
running=0;
ADM_backTrack("Segfault",0,"??");
}
/**
\fn EndAndPaddTilleSizeMatchesAviListAvi
\brief Warning we assume everything is even
*/
bool AviListAvi::EndAndPaddTilleSizeMatches(int sizeFilled)
{
uint64_t pos=Tell(); // Current position
uint64_t start=TellBegin()+8; // Payload start
uint64_t end=start+sizeFilled; // Next chunk
if(pos&1)
ADM_backTrack("[AVI]CHUNK is at a even position",__LINE__,__FILE__);
if(pos+8>end)
{
ADM_error("No space to add junk chunk ( %d, filler=%d)\n",(int)pos-start,sizeFilled);
if(end<=pos)
{
ADM_error("CHUNK OVERFLOW ( %d, filler=%d)\n",(int)pos-start,sizeFilled);
ADM_error("CHUNK OVERFLOW ( %d, filler=%d)\n",(int)pos-start,sizeFilled);
ADM_error("CHUNK OVERFLOW ( %d, filler=%d)\n",(int)pos-start,sizeFilled);
ADM_error("CHUNK OVERFLOW ( %d, filler=%d)\n",(int)pos-start,sizeFilled);
ADM_backTrack("CHUNK overflow",__LINE__,__FILE__);
return false;
}
int left=(int)(end-pos);
for(int i=0;i<left;i++) Write8(0); // we dont have enough space to put a junk()
End();
return true;
}
End();
uint64_t left=end-8-pos;
AviListAvi junk("JUNK",getFile());
junk.Begin();
for(int i=0;i<left;i++) // Inefficient, but can be fairly large
junk.Write8(0);
junk.End();
return true;
}
