Examples with BasicDigitalTwin com.microsoft.azure.sdk.iot.service.digitaltwin.serialization.BasicDigitalTwin used on opensource projects

Example 1 with BasicDigitalTwin

use of com.microsoft.azure.sdk.iot.service.digitaltwin.serialization.BasicDigitalTwin in project azure-iot-sdk-java by Azure.

the class TokenCredentialTests method getDigitalTwinWithTokenCredential.

@Test
public void getDigitalTwinWithTokenCredential() throws IOException, IotHubException, URISyntaxException {
    // only run tests for standard tier hubs
    Assume.assumeFalse(isBasicTierHub);
    RegistryManager registryManager = new RegistryManager(iotHubConnectionString);
    DeviceClient deviceClient = createDeviceClient(MQTT, registryManager);
    deviceClient.open();
    // arrange
    DigitalTwinClient digitalTwinClient = buildDigitalTwinClientWithTokenCredential();
    // act
    BasicDigitalTwin response = digitalTwinClient.getDigitalTwin(deviceClient.getConfig().getDeviceId(), BasicDigitalTwin.class);
    ServiceResponseWithHeaders<BasicDigitalTwin, DigitalTwinGetHeaders> responseWithHeaders = digitalTwinClient.getDigitalTwinWithResponse(deviceClient.getConfig().getDeviceId(), BasicDigitalTwin.class);
    // assert
    assertEquals(response.getMetadata().getModelId(), THERMOSTAT_MODEL_ID);
    assertEquals(responseWithHeaders.body().getMetadata().getModelId(), THERMOSTAT_MODEL_ID);
}

Example 2 with BasicDigitalTwin

use of com.microsoft.azure.sdk.iot.service.digitaltwin.serialization.BasicDigitalTwin in project azure-iot-sdk-java by Azure.

the class DigitalTwinClientComponentTests method updateDigitalTwin.

@Test
@StandardTierHubOnlyTest
public void updateDigitalTwin() {
    // arrange
    String newProperty = "currentTemperature";
    Integer newPropertyValue = 35;
    String newComponent = "newThermostat";
    String newComponentPath = "/newThermostat";
    Map<String, Object> componentProperties = new HashMap<>();
    componentProperties.put(newProperty, newPropertyValue);
    DigitalTwinUpdateRequestOptions optionsWithoutEtag = new DigitalTwinUpdateRequestOptions();
    optionsWithoutEtag.setIfMatch("*");
    // get digital twin and Etag before update
    ServiceResponseWithHeaders<BasicDigitalTwin, DigitalTwinGetHeaders> responseWithHeaders = digitalTwinClient.getDigitalTwinWithResponse(deviceId, BasicDigitalTwin.class);
    DigitalTwinUpdateRequestOptions optionsWithEtag = new DigitalTwinUpdateRequestOptions();
    optionsWithEtag.setIfMatch(responseWithHeaders.headers().eTag());
    // act
    // Add component at root level - conditional update with max overload
    UpdateOperationUtility updateOperationUtility = new UpdateOperationUtility().appendAddComponentOperation(newComponentPath, componentProperties);
    digitalTwinClient.updateDigitalTwinWithResponse(deviceId, updateOperationUtility.getUpdateOperations(), optionsWithEtag);
    BasicDigitalTwin digitalTwin = digitalTwinClient.getDigitalTwinWithResponse(deviceId, BasicDigitalTwin.class).body();
    // assert
    assertEquals(E2ETestConstants.TEMPERATURE_CONTROLLER_MODEL_ID, digitalTwin.getMetadata().getModelId());
    assertTrue(digitalTwin.getCustomProperties().containsKey(newComponent));
}

Example 3 with BasicDigitalTwin

use of com.microsoft.azure.sdk.iot.service.digitaltwin.serialization.BasicDigitalTwin in project azure-iot-sdk-java by Azure.

the class DigitalTwinClientTests method getMultiplexedDigitalTwinsRegisteredBeforeOpen.

// Open a multiplexed connection with two devices, each with a different model Id. Verify that their reported twin has
// the expected model Ids.
@Test
@StandardTierHubOnlyTest
public void getMultiplexedDigitalTwinsRegisteredBeforeOpen() throws IotHubException, IOException, URISyntaxException, MultiplexingClientException, InterruptedException {
    if (protocol == MQTT || protocol == MQTT_WS) {
        // multiplexing isn't supported over MQTT, so it can't be tested
        return;
    }
    MultiplexingClient multiplexingClient = new MultiplexingClient(deviceClient.getConfig().getIotHubHostname(), protocol);
    List<DeviceClient> multiplexedDeviceClients = new ArrayList<>();
    multiplexedDeviceClients.add(createDeviceClient(protocol, E2ETestConstants.THERMOSTAT_MODEL_ID));
    multiplexedDeviceClients.add(createDeviceClient(protocol, E2ETestConstants.TEMPERATURE_CONTROLLER_MODEL_ID));
    // register the devices before the multiplexing client has been opened
    multiplexingClient.registerDeviceClients(multiplexedDeviceClients);
    multiplexingClient.open();
    // act
    String thermostatDeviceId = multiplexedDeviceClients.get(0).getConfig().getDeviceId();
    BasicDigitalTwin thermostatResponse = digitalTwinClient.getDigitalTwin(thermostatDeviceId, BasicDigitalTwin.class);
    ServiceResponseWithHeaders<BasicDigitalTwin, DigitalTwinGetHeaders> thermostatResponseWithHeaders = digitalTwinClient.getDigitalTwinWithResponse(thermostatDeviceId, BasicDigitalTwin.class);
    String temperatureControllerDeviceId = multiplexedDeviceClients.get(1).getConfig().getDeviceId();
    BasicDigitalTwin temperatureControllerResponse = digitalTwinClient.getDigitalTwin(temperatureControllerDeviceId, BasicDigitalTwin.class);
    ServiceResponseWithHeaders<BasicDigitalTwin, DigitalTwinGetHeaders> temperatureControllerResponseWithHeaders = digitalTwinClient.getDigitalTwinWithResponse(temperatureControllerDeviceId, BasicDigitalTwin.class);
    // assert
    assertEquals(thermostatResponse.getMetadata().getModelId(), E2ETestConstants.THERMOSTAT_MODEL_ID);
    assertEquals(thermostatResponseWithHeaders.body().getMetadata().getModelId(), E2ETestConstants.THERMOSTAT_MODEL_ID);
    assertEquals(temperatureControllerResponse.getMetadata().getModelId(), E2ETestConstants.TEMPERATURE_CONTROLLER_MODEL_ID);
    assertEquals(temperatureControllerResponseWithHeaders.body().getMetadata().getModelId(), E2ETestConstants.TEMPERATURE_CONTROLLER_MODEL_ID);
}

Example 4 with BasicDigitalTwin

use of com.microsoft.azure.sdk.iot.service.digitaltwin.serialization.BasicDigitalTwin in project azure-iot-sdk-java by Azure.

the class DigitalTwinClientTests method getDigitalTwinWithAzureSasCredential.

@Test
@StandardTierHubOnlyTest
public void getDigitalTwinWithAzureSasCredential() {
    if (protocol != MQTT) {
        // This test is for the service client, so no need to rerun it for all the different device protocols
        return;
    }
    // arrange
    digitalTwinClient = buildDigitalTwinClientWithAzureSasCredential();
    // act
    BasicDigitalTwin response = digitalTwinClient.getDigitalTwin(deviceId, BasicDigitalTwin.class);
    ServiceResponseWithHeaders<BasicDigitalTwin, DigitalTwinGetHeaders> responseWithHeaders = digitalTwinClient.getDigitalTwinWithResponse(deviceId, BasicDigitalTwin.class);
    // assert
    assertEquals(response.getMetadata().getModelId(), E2ETestConstants.THERMOSTAT_MODEL_ID);
    assertEquals(responseWithHeaders.body().getMetadata().getModelId(), E2ETestConstants.THERMOSTAT_MODEL_ID);
}

Example 5 with BasicDigitalTwin

use of com.microsoft.azure.sdk.iot.service.digitaltwin.serialization.BasicDigitalTwin in project azure-iot-sdk-java by Azure.

the class DigitalTwinClientTests method updateDigitalTwin.

@Test
@StandardTierHubOnlyTest
public void updateDigitalTwin() throws IOException {
    // arrange
    String newProperty = "currentTemperature";
    String newPropertyPath = "/currentTemperature";
    Integer newPropertyValue = 35;
    // Property update callback
    TwinPropertyCallBack twinPropertyCallBack = (property, context) -> {
        Set<Property> properties = new HashSet<>();
        properties.add(property);
        try {
            deviceClient.sendReportedProperties(properties);
        } catch (IOException e) {
        }
    };
    // IotHub event callback
    IotHubEventCallback iotHubEventCallback = (responseStatus, callbackContext) -> {
    };
    // start device twin and setup handler for property updates in device
    deviceClient.startDeviceTwin(iotHubEventCallback, null, twinPropertyCallBack, null);
    Map<Property, Pair<TwinPropertyCallBack, Object>> desiredPropertyUpdateCallback = Collections.singletonMap(new Property(newProperty, null), new Pair<>(twinPropertyCallBack, null));
    deviceClient.subscribeToTwinDesiredProperties(desiredPropertyUpdateCallback);
    DigitalTwinUpdateRequestOptions optionsWithoutEtag = new DigitalTwinUpdateRequestOptions();
    optionsWithoutEtag.setIfMatch("*");
    // get digital twin and Etag before update
    ServiceResponseWithHeaders<BasicDigitalTwin, DigitalTwinGetHeaders> responseWithHeaders = digitalTwinClient.getDigitalTwinWithResponse(deviceId, BasicDigitalTwin.class);
    DigitalTwinUpdateRequestOptions optionsWithEtag = new DigitalTwinUpdateRequestOptions();
    optionsWithEtag.setIfMatch(responseWithHeaders.headers().eTag());
    // act
    // Add properties at root level - conditional update with max overload
    UpdateOperationUtility updateOperationUtility = new UpdateOperationUtility().appendAddPropertyOperation(newPropertyPath, newPropertyValue);
    digitalTwinClient.updateDigitalTwinWithResponse(deviceId, updateOperationUtility.getUpdateOperations(), optionsWithEtag);
    BasicDigitalTwin digitalTwin = digitalTwinClient.getDigitalTwinWithResponse(deviceId, BasicDigitalTwin.class).body();
    // assert
    assertEquals(E2ETestConstants.THERMOSTAT_MODEL_ID, digitalTwin.getMetadata().getModelId());
    assertTrue(digitalTwin.getMetadata().getWriteableProperties().containsKey(newProperty));
    assertEquals(newPropertyValue, digitalTwin.getMetadata().getWriteableProperties().get(newProperty).getDesiredValue());
}