@Test
public void testSetpoint() {
assumeNotNull(relayId);
assumeNotNull(thermostatId);
Float setpointTemp = Float.valueOf(20);
NAThermStateBody thermState = api.getthermstate(relayId, thermostatId).getBody();
NASetpoint setpoint = thermState.getSetpointOrder();
if (setpoint == null) {
setpoint = thermState.getSetpoint();
}
// If already in manual mode, ensure that the temp will be changed
if (setpoint.getSetpointMode() == "manual") {
setpointTemp = setpoint.getSetpointTemp() + Float.valueOf(0.5f);
}
// Send order
api.setthermpoint(
relayId,
thermostatId,
"manual",
(int) (System.currentTimeMillis() / 1000 + 30),
setpointTemp);
// Verify order
thermState = api.getthermstate(relayId, thermostatId).getBody();
if (thermState.getSetpointOrder() != null) {
assertEquals(thermState.getSetpointOrder().getSetpointTemp(), setpointTemp);
} else {
assertEquals(thermState.getSetpoint().getSetpointTemp(), setpointTemp);
}
// Rollback previous mode
api.setthermpoint(
relayId,
thermostatId,
setpoint.getSetpointMode(),
setpoint.getSetpointEndtime(),
setpoint.getSetpointTemp());
}
@Test
public void testSchedule() {
assumeNotNull(relayId);
assumeNotNull(thermostatId);
NAThermStateBody thermState = api.getthermstate(relayId, thermostatId).getBody();
if (thermState.getThermProgram().getName().equals(TEST_PROGRAM_NAME)
|| (thermState.getThermProgramOrder() != null
&& thermState.getThermProgramOrder().getName().equals(TEST_PROGRAM_NAME))) {
throw new RuntimeException(
"The test program should not be the one in use at the beginning of the test !");
}
// Get program
NAThermProgram program = thermState.getThermProgramOrder();
if (program == null) {
program = thermState.getThermProgram();
}
String previousProgramId = program.getProgramId();
// Do we need to create a test program ?
// Note : if you want to test the program creation, you need to delete the test program manually
// on Netatmo'site since it cannot be done by API.
NAThermProgram testProgram = getExitingTestProgram(thermState);
if (testProgram == null) {
testProgram = program;
testProgram.setProgramId(null);
testProgram.setName(TEST_PROGRAM_NAME);
NANewScheduleResponse newscheduleResponse =
api.createnewschedule(relayId, thermostatId, testProgram);
assertEquals(newscheduleResponse.getStatus(), "ok");
testProgram.setProgramId(newscheduleResponse.getBody().getScheduleId());
}
// Switch to test schedule
NAOkResponse naOkResponse =
api.switchschedule(relayId, thermostatId, testProgram.getProgramId());
assertEquals(naOkResponse.getStatus(), "ok");
// Modify schedule
Float nightTempBefore = null;
for (NAZone zone : testProgram.getZones()) {
if (zone.getType() == 1) {
nightTempBefore = zone.getTemp();
zone.setTemp(nightTempBefore + Float.valueOf(0.5f));
break;
}
}
if (nightTempBefore == null) {
throw new RuntimeException(
"The current program doesn't have a night zone. This is unexpected by this test !");
}
naOkResponse = api.syncschedule(relayId, thermostatId, testProgram);
assertEquals(naOkResponse.getStatus(), "ok");
// Verify the change of temperature
thermState = api.getthermstate(relayId, thermostatId).getBody();
testProgram = thermState.getThermProgramOrder();
if (testProgram == null) {
testProgram = thermState.getThermProgram();
}
for (NAZone zone : testProgram.getZones()) {
if (zone.getType() == 1) {
assertEquals(nightTempBefore + Float.valueOf(0.5f), zone.getTemp(), 0.0001);
zone.setTemp(nightTempBefore);
break;
}
}
// Rollback changes
api.syncschedule(relayId, thermostatId, testProgram);
api.switchschedule(relayId, thermostatId, previousProgramId);
}