IoObject *IoCollector_timeUsed(IoCollector *self, IoObject *locals, IoMessage *m)
{
/*doc Collector timeUsed
Return the time used so far by the collector in seconds.
*/
return IONUMBER(Collector_timeUsed(IOSTATE->collector));
}
int main(int argc, const char *argv[])
{
int exitResult;
IoState *self;
#ifdef IO_SHOW_STATS
size_t t1 = clock();
size_t maxAllocatedBytes;
double collectorTime;
size_t sweepCount;
#endif
self = IoState_new();
#ifdef IOBINDINGS
IoState_setBindingsInitCallback(self, (IoStateBindingsInitCallback *)IoAddonsInit);
#endif
IoState_init(self);
IoState_argc_argv_(self, argc, argv);
//IoState_doCString_(self, "some test code...");
IoState_runCLI(self);
exitResult = IoState_exitResult(self);
#ifdef IO_SHOW_STATS
maxAllocatedBytes = io_maxAllocatedBytes();
collectorTime = Collector_timeUsed(self->collector);
sweepCount = self->collector->sweepCount;
#endif
IoState_free(self);
#ifdef IO_SHOW_STATS
{
float totalTime = (clock()-t1)/(float)CLOCKS_PER_SEC;
printf("[ %.3fs user %.3fs total %.1f%% gc %i sweeps %i frees %.3fmb max ]\n",
System_UserTime(),
totalTime,
100.0*collectorTime/totalTime,
(int)sweepCount,
(int)io_frees(),
maxAllocatedBytes/1048576.0);
if(io_allocatedBytes() != 0)
{
printf("warning: %i bytes in %i blocks not freed:\n\n",
(int)io_allocatedBytes(), (int)(io_allocs() - io_frees()));
io_showUnfreed();
}
else
{
printf("[ no memory leaks found ]\n");
}
}
#endif
//printf("exitResult = %i\n", exitResult);
return exitResult;
}
