//////////////////////////////////////////
// TEST: testTSODeleteObjectBelowLBTS() //
//////////////////////////////////////////
@Test
public void testTSODeleteObjectBelowLBTS() {
try {
LogicalTime time = TypeFactory.createTime(1.0);
defaultFederate.rtiamb.deleteObjectInstance(getObjectHandle(oHandle), tag, time);
expectedException(InvalidLogicalTime.class);
} catch (InvalidLogicalTime ilt) {
// success!
} catch (Exception e) {
wrongException(e, InvalidLogicalTime.class);
}
}
//////////////////////////////////////////////////
// TEST: testTSODeleteObjectWithInvalidHandle() //
//////////////////////////////////////////////////
@Test
public void testTSODeleteObjectWithInvalidHandle() {
// try and delete and object that doesn't exist
try {
LogicalTime time = TypeFactory.createTime(5.0);
defaultFederate.rtiamb.deleteObjectInstance(getObjectHandle(111111), tag, time);
expectedException(ObjectInstanceNotKnown.class);
} catch (ObjectInstanceNotKnown oink) {
// success!
} catch (Exception e) {
wrongException(e, ObjectInstanceNotKnown.class);
}
}
///////////////////////////////////////
// TEST: testTSODeleteObjectInPast() //
///////////////////////////////////////
@Test
public void testTSODeleteObjectInPast() {
// advance the federate a bit, so that we can delete them in the past
defaultFederate.quickAdvanceAndWait(20.0);
try {
LogicalTime time = TypeFactory.createTime(10.0);
defaultFederate.rtiamb.deleteObjectInstance(getObjectHandle(oHandle), tag, time);
expectedException(InvalidLogicalTime.class);
} catch (InvalidLogicalTime ilt) {
// success!
} catch (Exception e) {
wrongException(e, InvalidLogicalTime.class);
}
}
//////////////////////////////////////////////
// TEST: testTSODeleteObjectThatIsUnowned() //
//////////////////////////////////////////////
@Test
public void testTSODeleteObjectThatIsUnowned() {
// delete it with the second federate, where the defaultFederate is the owner
// enable regulating so that the time isn't just disregarded as a matter of course
secondFederate.quickEnableRegulating(1.0);
try {
LogicalTime time = TypeFactory.createTime(5.0);
secondFederate.rtiamb.deleteObjectInstance(getObjectHandle(oHandle), tag, time);
expectedException(DeletePrivilegeNotHeld.class);
} catch (DeletePrivilegeNotHeld dpnh) {
// success!
} catch (Exception e) {
wrongException(e, DeletePrivilegeNotHeld.class);
}
}
///////////////////////////////////////////////
// TEST: (valid) testRODeleteWithTimestamp() //
///////////////////////////////////////////////
@Test
public void testRODeleteWithTimestamp() {
// disable regulating so that the method SHOULD be sent RO even through
// we supply it with a timestamp
defaultFederate.quickDisableRegulating();
// try and delete an existing object
try {
LogicalTime time = TypeFactory.createTime(10.0);
defaultFederate.rtiamb.deleteObjectInstance(getObjectHandle(oHandle), tag, time);
} catch (Exception e) {
Assert.fail("Exception while deleting object RO");
}
// wait for the object to be removed
secondFederate.fedamb.waitForRORemoval(oHandle);
thirdFederate.fedamb.waitForRORemoval(oHandle);
}
/////////////////////////////////////////////
// TEST: testTSODeleteObjectUndiscovered() //
/////////////////////////////////////////////
@Test
public void testTSODeleteObjectUndiscovered() {
// try and delete and object that hasn't been discovered
// this will require a new federate that doesn't subscribe to ObjectRoot.A or below
// it also needs to be regulating so that the time isn't disregarded as a matter of course
TestFederate fourthFederate = new TestFederate("fourthFederate", this);
fourthFederate.quickJoin();
fourthFederate.quickEnableRegulating(5.0);
try {
LogicalTime time = TypeFactory.createTime(5.0);
fourthFederate.rtiamb.deleteObjectInstance(getObjectHandle(oHandle), tag, time);
expectedException(ObjectInstanceNotKnown.class);
} catch (ObjectInstanceNotKnown onk) {
// success!
} catch (Exception e) {
wrongException(e, ObjectInstanceNotKnown.class);
} finally {
// clean up after ourselves
fourthFederate.quickResign();
}
}
/////////////////////////////////////////
// TEST: (valid) testTSODeleteObject() //
/////////////////////////////////////////
@Test
public void testTSODeleteObject() {
// try and delete an existing object
try {
LogicalTime time = TypeFactory.createTime(10.0);
defaultFederate.rtiamb.deleteObjectInstance(getObjectHandle(oHandle), tag, time);
} catch (Exception e) {
Assert.fail("Exception while deleting object RO");
}
// wait for the object to be removed in the non-constrained federate
thirdFederate.fedamb.waitForRORemoval(oHandle);
// wait for the removal in the constrained federate, we shouldn't get it yet
secondFederate.fedamb.waitForTSORemovalTimeout(oHandle);
// advance time in the relevant federates far enough to enable
// delivery of the removal notification
defaultFederate.quickAdvanceAndWait(20.0);
secondFederate.quickAdvanceRequest(20.0);
// make sure we receive the event
secondFederate.fedamb.waitForTSORemoval(oHandle);
}
