/**
* Check if tags on device are updated
*/
internal static void CheckIfDeviceIsTagged(string tagsTemplate, string taggedDeviceId)
{
// Initailise Request to call "/devices" endpoint.
HttpRequestWrapper Request = new HttpRequestWrapper(Constants.IOT_HUB_ADDRESS, Constants.Urls.DEVICE_PATH);
// Act
var fetchCallResponse = Request.Get(taggedDeviceId, null);
JObject fetchCallDevice = JObject.Parse(fetchCallResponse.Content);
var tags = JObject.Parse(tagsTemplate)["Tags"];
var deviceTags = fetchCallDevice["Tags"];
// Asserts --- if device tags are updated correctly.
Assert.True(JToken.DeepEquals(tags, deviceTags));
}
// Helper method to verify if job was successful.
/**
* Assert job type and job status for completion.
*/
internal static void AssertJobwasCompletedSuccessfully(int jobType, HttpRequestWrapper request, JObject job)
{
// Check if job was submitted successfully.
Assert.True((Constants.Jobs.JOB_QUEUED == job["Status"].ToObject <int>()) ||
(Constants.Jobs.JOB_IN_PROGRESS == job["Status"].ToObject <int>()));
Assert.Equal <int>(jobType, job["Type"].ToObject <int>());
// Get Job status by polling. This is to verify if job was successful.
var tagJobStatus = GetJobStatusWithReTry(request, job["JobId"].ToString());
// Assert to see if last try yielded correct status.
Assert.Equal <int>(Constants.Jobs.JOB_COMPLETED, tagJobStatus["Status"].ToObject <int>());
Assert.Equal <int>(jobType, tagJobStatus["Type"].ToObject <int>());
// TODO: Verify Result Statistics from the response JSON.
}
// Helper methods for fetching (and retrying) the current Job Status.
/**
* Monitor job status using polling (re-try) mechanism
*/
internal static JObject GetJobStatusWithReTry(HttpRequestWrapper Request, string jobId)
{
var jobStatus = GetJobStatus(Request, jobId);
for (int trials = 0; trials < Constants.Jobs.MAX_TRIALS; trials++)
{
if (Constants.Jobs.JOB_COMPLETED == jobStatus["Status"].ToObject <int>())
{
break;
}
Thread.Sleep(Constants.Jobs.WAIT);
jobStatus = GetJobStatus(Request, jobId);
}
return(jobStatus);
}
/**
* Check if device is Reconfigured
*/
internal static void CheckIfDeviceIsReconfigured(string configTemplate, IHttpResponse tagCallresponse)
{
JObject configCallDevice = JObject.Parse(tagCallresponse.Content);
string createdDeviceId = configCallDevice["Id"].ToString();
// Initailise Request to call "/devices" endpoint.
HttpRequestWrapper Request = new HttpRequestWrapper(Constants.IOT_HUB_ADDRESS, Constants.Urls.DEVICE_PATH);
// Act
var fetchCallResponse = Request.Get(createdDeviceId, null);
JObject fetchCallDevice = JObject.Parse(fetchCallResponse.Content);
var configTemplateModel = JObject.Parse(configTemplate)["UpdateTwin"]["Properties"]["Model"];
var deviceConfigModel = fetchCallDevice["Properties"]["Desired"]["Model"];
// Asserts --- if device tags are updated correctly.
Assert.True(JToken.DeepEquals(configTemplateModel, deviceConfigModel));
}
public DevicePropertiesTest()
{
this.Request = new HttpRequestWrapper(Constants.IOT_HUB_ADDRESS, Constants.Urls.DEVICE_PATH);
this.PropertyRequest = new HttpRequestWrapper(Constants.IOT_HUB_ADDRESS, Constants.Urls.DEVICE_PROPERTIES_PATH);
this.CreateDevice();
}
