/// <summary>
/// Test setup
/// </summary>
public ConsentTests()
{
CountlyImpl.SetPCLStorageIfNeeded();
Countly.Halt();
TestHelper.CleanDataFiles();
Countly.Instance.deferUpload = false;
}
public async void BasicDeserialization_18_1()
{
String targetPath = await Storage.Instance.GetFolderPath(Storage.Instance.folder) + "\\";
String sourceFolder = TestHelper.testDataLocation + "\\SampleDataFiles\\18_1\\";
File.Copy(sourceFolder + "sessions.xml", targetPath + "sessions.xml");
File.Copy(sourceFolder + "userdetails.xml", targetPath + "userdetails.xml");
File.Copy(sourceFolder + "events.xml", targetPath + "events.xml");
File.Copy(sourceFolder + "exceptions.xml", targetPath + "exceptions.xml");
File.Copy(sourceFolder + "devicePCL.xml", targetPath + "device.xml");
Countly.Instance.deferUpload = true;
await CountlyImpl.StartLegacyCountlySession(ServerInfo.serverURL, ServerInfo.appKey, ServerInfo.appVersion);
Assert.Equal(50, Countly.Instance.Events.Count);
Assert.Equal(50, Countly.Instance.Exceptions.Count);
Assert.Equal(3, Countly.Instance.Sessions.Count);
Assert.Empty(Countly.Instance.StoredRequests);
Assert.Equal("B249FB85668941FAA8301E2A5CA95901", await Countly.GetDeviceId());
CountlyUserDetails cud = Countly.UserDetails;
Assert.Equal(56, cud.BirthYear);
Assert.Equal("f", cud.Email);
Assert.Equal("t", cud.Gender);
Assert.Equal("g", cud.Name);
Assert.Equal("s", cud.Organization);
Assert.Equal("p", cud.Phone);
Assert.Equal("1t", cud.Picture);
Assert.Equal("u", cud.Username);
}
/// <summary>
/// Test setup
/// </summary>
public LegacyInitTests()
{
CountlyImpl.SetPCLStorageIfNeeded();
Countly.Halt();
TestHelper.CleanDataFiles();
CountlyImpl.StartLegacyCountlySession(ServerInfo.serverURL, ServerInfo.appKey, ServerInfo.appVersion).Wait();
}
public async void LegacyInitSimpleFail()
{
Exception exToCatch = null;
try
{
await CountlyImpl.StartLegacyCountlySession(null, "234", "345");
}
catch (Exception ex) { exToCatch = ex; }
Assert.NotNull(exToCatch);
exToCatch = null;
Countly.Halt();
try
{
await CountlyImpl.StartLegacyCountlySession("123", null, "345");
}
catch (Exception ex) { exToCatch = ex; }
Assert.NotNull(exToCatch);
exToCatch = null;
Countly.Halt();
try
{
await CountlyImpl.StartLegacyCountlySession(null, null, null);
}
catch (Exception ex) { exToCatch = ex; }
Assert.NotNull(exToCatch);
exToCatch = null;
}
/// <summary>
/// Used for testing legacy session control
/// </summary>
public CountlyTestCases()
{
CountlyImpl.SetPCLStorageIfNeeded();
Countly.Halt();
TestHelper.CleanDataFiles();
CountlyConfig cc = TestHelper.CreateConfig();
Countly.Instance.Init(cc).Wait();
Countly.Instance.SessionBegin().Wait();
}
public static async void CleanDataFiles()
{
CountlyImpl.SetPCLStorageIfNeeded();
Storage.Instance.DeleteFile(Countly.eventsFilename).Wait();
Storage.Instance.DeleteFile(Countly.exceptionsFilename).Wait();
Storage.Instance.DeleteFile(Countly.sessionsFilename).Wait();
Storage.Instance.DeleteFile(Countly.unhandledExceptionFilename).Wait();
Storage.Instance.DeleteFile(Countly.userDetailsFilename).Wait();
Storage.Instance.DeleteFile(Countly.storedRequestsFilename).Wait();
Storage.Instance.DeleteFile(Device.deviceFilename).Wait();
}
/// <summary>
/// Test setup
/// </summary>
public ThreadingTestCases()
{
threadSync = new ManualResetEvent(false);
CountlyImpl.SetPCLStorageIfNeeded();
Countly.Halt();
TestHelper.CleanDataFiles();
//Countly.Instance.deferUpload = true;
CountlyConfig cc = TestHelper.CreateConfig();
Countly.Instance.Init(cc).Wait();
Countly.Instance.SessionBegin().Wait();
}
public static CountlyConfig CreateConfig()
{
return(CountlyImpl.CreateCountlyConfig());
}
/// <summary>
/// Test setup
/// </summary>
public DataStructureSerializationTests()
{
CountlyImpl.SetPCLStorageIfNeeded();
Countly.Halt();
TestHelper.CleanDataFiles();
}
public async void LegacyInitSimple()
{
await CountlyImpl.StartLegacyCountlySession("123", "234", "345");
await Countly.EndSession();
}