static const cEvent *findEvent(cSchedulesLock &lock, jobject nativeServiceData, int eventID) {
const cSchedule *schedule=getSchedule(lock, nativeServiceData);
if (schedule) {
return schedule->GetEvent(eventID);
} else
return 0;
}
jboolean Java_javax_tv_service_guide_VDRProgramSchedule_event(JNIEnv* env, jobject obj, jobject nativeServiceData, jint eventID, jobject builder) {
cSchedulesLock lock;
const cSchedule *schedule=getSchedule(lock, nativeServiceData);
if (schedule) {
return addEvent(schedule->GetEvent(eventID), builder);
} else
return JNI_FALSE;
}
// all time values in seconds
jboolean Java_javax_tv_service_guide_VDRProgramSchedule_currentEvent(JNIEnv* env, jobject obj, jobject nativeServiceData, jobject builder) {
cSchedulesLock lock;
const cSchedule *schedule=getSchedule(lock, nativeServiceData);
printf("currentEvent: schedule %p, present event %p\n", schedule, schedule->GetPresentEvent());
if (schedule) {
return addEvent(schedule->GetPresentEvent(), builder);
} else
return JNI_FALSE;
}
void AddEmployeeTransaction::execute()
{
PaymentClassification* pc = getClassification();
PaymentSchedule* ps = getSchedule();
PaymentMethod* pm = new HoldMethod();
Employee* e = new Employee(mEmpid, mName, mAddress);
e->setClassification(pc);
e->setSchedule(ps);
e->setMethod(pm);
gPayrollDatabase.addEmployee(mEmpid, e);
}
/* Gets the schedule for the core with index 'core_index' at time 'time'
* in the current global TDMA schedule. */
core_sched_p getCoreSchedule( uint core_index, ull time )
{
const sched_p glob_sched = getSchedule();
assert(glob_sched && core_index < glob_sched->n_cores &&
"Internal error: Invalid data structures!" );
/* Find the proper segment for start time in case there are
* multiple segments present in the full bus schedule */
segment_p cur_seg = ( glob_sched->type != SCHED_TYPE_1 )
? find_segment( glob_sched->seg_list, glob_sched->n_segments, time )
: glob_sched->seg_list[0];
/* Return the correct schedule entry. */
const core_sched_p core_schedule = cur_seg->per_core_sched[core_index];
assert(core_schedule && "Internal error: Invalid data structures!" );
return core_schedule;
}
jboolean Java_javax_tv_service_guide_VDRProgramSchedule_futureEvents(JNIEnv* env, jobject obj, jobject nativeServiceData, jlong begin, jlong end, jobject builder) {
cSchedulesLock lock;
const cSchedule *schedule=getSchedule(lock, nativeServiceData);
jboolean success=JNI_FALSE;
if (schedule) {
const cList<cEvent> *events=schedule->Events();
for (cEvent *event = events->First(); event; event = events->Next(event)) {
if ( (event->StartTime() >= begin && event->StartTime() < end)
|| (event->EndTime() >= begin && event->EndTime() <= end) ) {
if (addEvent(event, builder))
success=JNI_TRUE;
}
}
}
return success;
}
TEST_F(PacksTests, test_schedule) {
auto fpack = Pack("foobar", getPackWithDiscovery());
EXPECT_EQ(fpack.getSchedule().size(), 1U);
}
TEST_F(PacksTests, test_schedule) {
auto fpack = Pack("discovery_pack", getPackWithDiscovery());
// Expect a single query in the schedule since one query has an explicit
// invalid/fake platform requirement.
EXPECT_EQ(fpack.getSchedule().size(), 1U);
}
// [[Rcpp::export]]
Rcpp::DateVector CreateSchedule(Rcpp::List params) {
QuantLib::Schedule schedule = getSchedule(params);
return Rcpp::wrap(schedule.dates());
}
