@Test
public void ProcessSimulationData_Scenario1() {
// Arrange
SimulationPpProvider target =
new SimulationPpProvider() {
@Override
public boolean IsRunning() {
return true;
}
};
target.SetSimulationData(DATA_SCENARIO1);
FakePpListener ppListener = new FakePpListener();
target.setPpListener(ppListener);
target.enable();
// Act
target.ProcessSimulationData();
// Assert
assertTrue(ppListener.receivedValue.size() == 21);
// check values
assertTrue(ppListener.receivedValue.get(0).getEngValue().getFloatValue() == (float) 1.1);
assertTrue(ppListener.receivedValue.get(1).getEngValue().getFloatValue() == (float) 1.2);
assertTrue(ppListener.receivedValue.get(2).getEngValue().getFloatValue() == (float) 2.1);
assertTrue(ppListener.receivedValue.get(3).getEngValue().getFloatValue() == (float) 3.5);
assertTrue(ppListener.receivedValue.get(4).getEngValue().getFloatValue() == (float) 1.1);
assertTrue(ppListener.receivedValue.get(5).getEngValue().getFloatValue() == (float) 1.2);
assertTrue(ppListener.receivedValue.get(6).getEngValue().getFloatValue() == (float) 2.1);
assertTrue(ppListener.receivedValue.get(7).getEngValue().getFloatValue() == (float) 3.5);
// check generation time
assertTrue(
ppListener.receivedValue.get(0).getGenerationTime()
== ppListener.receivedValue.get(1).getGenerationTime());
assertTrue(
ppListener.receivedValue.get(4).getGenerationTime()
== ppListener.receivedValue.get(5).getGenerationTime());
assertTrue(
ppListener.receivedValue.get(2).getGenerationTime()
- ppListener.receivedValue.get(1).getGenerationTime()
== 2);
assertTrue(
ppListener.receivedValue.get(2).getGenerationTime()
- ppListener.receivedValue.get(1).getGenerationTime()
== 2);
assertTrue(
ppListener.receivedValue.get(18).getGenerationTime()
- ppListener.receivedValue.get(1).getGenerationTime()
== 30);
assertTrue(
ppListener.receivedValue.get(20).getGenerationTime()
- ppListener.receivedValue.get(1).getGenerationTime()
== 42);
// check monitoring result
assertEquals(MonitoringResult.WARNING, ppListener.receivedValue.get(20).getMonitoringResult());
assertEquals(RangeCondition.HIGH, ppListener.receivedValue.get(20).getRangeCondition());
}
@Test
public void ProcessSimulationData_Date() {
// Arrange
SimulationPpProvider target =
new SimulationPpProvider() {
@Override
public boolean IsRunning() {
return true;
}
};
target.SetSimulationData(DATA_SCENARIO_DATE);
FakePpListener ppListener = new FakePpListener();
target.setPpListener(ppListener);
target.enable();
// Act
long dateStart = TimeEncoding.getWallclockTime();
target.ProcessSimulationData();
long dateEnd = TimeEncoding.getWallclockTime();
// Assert
assertTrue(ppListener.receivedValue.size() == 2);
assertTrue(
ppListener.receivedValue.get(1).getGenerationTime()
== ppListener.receivedValue.get(1).getAcquisitionTime() - 1500);
long elapsedTimeGen0 = ppListener.receivedValue.get(0).getGenerationTime() - dateStart;
long elapsedTimeAcqu0 = ppListener.receivedValue.get(0).getAcquisitionTime() - dateStart;
assertTrue(0 <= elapsedTimeGen0 && elapsedTimeGen0 < 200);
assertTrue(1300 < elapsedTimeAcqu0 && elapsedTimeAcqu0 < 1600);
long elapsedTimeGen1 = ppListener.receivedValue.get(1).getGenerationTime() - dateStart;
long elapsedTimeAcqu1 = ppListener.receivedValue.get(1).getAcquisitionTime() - dateStart;
assertTrue(1900 < elapsedTimeGen1 && elapsedTimeGen1 < 2100);
assertTrue(3400 < elapsedTimeAcqu1 && elapsedTimeAcqu1 < 3600);
assertTrue((dateEnd - dateStart) >= elapsedTimeAcqu1);
}
@Test
public void ProcessSimulationData_Scenario2() {
// Arrange
SimulationPpProvider target =
new SimulationPpProvider() {
@Override
public boolean IsRunning() {
return true;
}
};
target.SetSimulationData(DATA_SCENARIO2);
FakePpListener ppListener = new FakePpListener();
target.setPpListener(ppListener);
target.enable();
// Act
target.ProcessSimulationData();
// Assert
assertTrue(ppListener.receivedValue.size() == 52);
}
