int FliTimedCbHdl::arm_callback(void)
{
mti_ScheduleWakeup(m_proc_hdl, m_time_ps);
m_sensitised = true;
set_call_state(GPI_PRIMED);
return 0;
}
static void schedule_testpoint(
inst_rec_ptr ip,
int portnum,
char *values,
int time,
int type
)
{
static testpoint *last_testpoint;
int now;
testpoint *this_testpoint;
/* Create a new testpoint. */
this_testpoint = (testpoint *) mti_Malloc(sizeof(testpoint));
this_testpoint->type = type;
this_testpoint->portnum = portnum;
this_testpoint->test_val = (char*)mti_Malloc(strlen(values)+1);
strcpy(this_testpoint->test_val, values);
/* Link in the new testpoint on the end of the list. */
if ( ! testpoints ) {
testpoints = this_testpoint;
} else {
last_testpoint->nxt = this_testpoint;
}
this_testpoint->nxt = NULL;
last_testpoint = this_testpoint;
/* Schedule a wakeup at this time to check the value then. */
now = mti_Now();
mti_ScheduleWakeup( ip->test_values, abs(time-now) );
}
int FliSimPhaseCbHdl::arm_callback(void)
{
if (NULL == m_proc_hdl) {
LOG_DEBUG("Creating a new process to sensitise with priority %d", m_priority);
m_proc_hdl = mti_CreateProcessWithPriority(NULL, handle_fli_callback, (void *)this, m_priority);
}
if (!m_sensitised) {
mti_ScheduleWakeup(m_proc_hdl, 0);
m_sensitised = true;
}
set_call_state(GPI_PRIMED);
return 0;
}