int main(int argc, char **argv)
{
plan_tests(11);
Validity v;
v.Clear();
ok1(!v.IsValid());
v.Update(100);
ok1(v.IsValid());
v.Expire(101, 5);
ok1(v.IsValid());
v.Expire(105, 5);
ok1(v.IsValid());
v.Expire(106, 5);
ok1(!v.IsValid());
v.Update(100);
ok1(v.Modified(Validity(99)));
ok1(!v.Modified(Validity(100)));
ok1(!v.Modified(Validity(101)));
ok1(!v.Complement(Validity(1)));
v.Clear();
ok1(!v.Complement(invalid()));
ok1(v.Complement(Validity(1)));
return exit_status();
}
static bool
MacCreadyProcessTimer()
{
bool modified = false;
static ExternalSettings last_external_settings;
static Validity last_auto_mac_cready;
const NMEAInfo &basic = CommonInterface::Basic();
const DerivedInfo &calculated = CommonInterface::Calculated();
if (last_auto_mac_cready.Modified(calculated.auto_mac_cready_available)) {
/* time warp, reset */
last_auto_mac_cready.Clear();
modified = true;
}
if (basic.settings.mac_cready_available.Modified(last_external_settings.mac_cready_available)) {
ActionInterface::SetMacCready(basic.settings.mac_cready, false);
modified = true;
} else if (calculated.auto_mac_cready_available.Modified(last_auto_mac_cready)) {
last_auto_mac_cready = calculated.auto_mac_cready_available;
ActionInterface::SetMacCready(calculated.auto_mac_cready);
modified = true;
}
last_external_settings = basic.settings;
return modified;
}
void
ProcessTimer::AirspaceProcessTimer()
{
static Validity previous;
const AirspaceWarningsInfo &warnings =
CommonInterface::Calculated().airspace_warnings;
if (previous.Modified(warnings.latest))
/* time warp, reset */
previous.Clear();
if (warnings.latest.Modified(previous)) {
previous = warnings.latest;
CommonInterface::main_window.SendAirspaceWarning();
}
}
