void handle_analyze (void)
{
++ this->count_;
if ((this->count_ % 10000) == 0)
PIN_Detach ();
}
VOID docount()
{
if (++icount == icountMax)
{
fprintf(stderr, "Send detach request form analysis routine after %d instructions\n", icountMax);
PIN_Detach();
}
}
VOID sleeping_thread(VOID* v)
{
if(KnobTimeoutMs.Value() == "infinite")
return;
PIN_Sleep(atoi(KnobTimeoutMs.Value().c_str()));
PIN_Detach();
}
VOID docount()
{
icount++;
// Release control of application if 10000
// instructions have been executed
if ((icount % 10000) == 0)
{
PIN_Detach();
}
}
/*
* stop the execution of the application inside the
* tag-aware VM; the execution of the application
* is not interrupted
*
* NOTE: it also performs the appropriate cleanup
*/
void
libdft_die(void)
{
/* deallocate the resources needed for the tagmap */
tagmap_free();
/*
* detach Pin from the application;
* the application will continue to execute natively
*/
PIN_Detach();
}
VOID do_call_indirect(ADDRINT target, BOOL taken)
{
if( !taken ) return;
if( counter == 0 )
{
DumpHistogram(Out);
Out << flush;
counter = KnobThreshold.Value();
updates++;
if ( updates == KnobDetachUpdates.Value() )
{
PIN_Detach();
}
}
counter--;
RtnMap[target]++;
}
static PyObject *Triton_detachProcess(PyObject *self, PyObject *noarg) {
PIN_Detach();
analysisTrigger.update(false);
Py_INCREF(Py_None);
return Py_None;
}
void DetachFunc(){
PIN_Detach();
}