void
DYN_PARAM_SWITCH_CLASS::ProcessSwitchString(const char *arg)
{
char *name = strdup(arg);
char *eq = index(name, '=');
if ( ! eq )
{
ASIMERROR("Invalid parameter specification in '"
<< "--param " << name << "'" << endl
<< " Correct syntax: -param <name>=<value>" << endl);
}
else
{
char *value = eq + 1;
*eq = '\0';
if ( ! SetParam(name, value))
{
*eq = '=';
ASIMERROR("Don't know about dynamic parameter "
<< name << endl);
}
*eq = '=';
}
free(name);
}
bool
ASIM_COMMON_SYSTEM_CLASS::InitModule()
{
if ( ! ASIM_SYSTEM_CLASS::InitModule())
{
ASIMERROR("System module did not initialize properly\n");
}
if (myChip.InitModule() == false)
{
ASIMERROR("The chip module did not initialize properly\n");
}
return true;
}
bool
ASIM_COMMON_SYSTEM_CLASS::InitModule()
{
if (!ASIM_SYSTEM_CLASS::InitModule())
{
ASIMERROR("System module did not initialize properly\n");
}
if (myChip.InitModule() == false)
{
ASIMERROR("The chip module did not initialize properly\n");
}
// We initialize the clockserver structures
// IMPORTANT! It must be done after the modules initialization!
clock->InitClockServer();
// Set the reference clock domain (-rd option)
clock->SetReferenceClockDomain(referenceDomain);
return true;
}
// cleanup
void LLPI_CLASS::KillMonitorThread()
{
if (pthread_self() == monitorThreadID)
{
ASIMERROR("llpi: Monitor thread trying to cancel itself!\n");
}
else if (monitorAlive)
{
usleep(50); // Allow non-thread-safe printouts or calls to older stdlib implementations to finish.
pthread_cancel(monitorThreadID);
pthread_join(monitorThreadID, NULL);
monitorAlive = false;
}
}
