private static async Task LoadFilesAsyncHelper(string currentName, StorageFolder currentFolder, IList <FileViewModel> insertInto) { foreach (var file in await currentFolder.GetFilesAsync()) { insertInto.Add(await FileViewModel.LoadAsync(file)); } foreach (var folder in await currentFolder.GetFoldersAsync()) { await LoadFilesAsyncHelper(currentName + "/" + folder.Name, folder, insertInto); } }
public static async Task LoadAsync( ObservableCollection <FileViewModel> cards, ObservableCollection <FileViewModel> hostConfigs) { await LoadFilesAsync("LinkedCards", cards); // Load two host configs to test var hostConfigFolder = await Package.Current.InstalledLocation.GetFolderAsync("LinkedHostConfigs"); hostConfigs.Add(await FileViewModel.LoadAsync(await hostConfigFolder.GetFileAsync("sample"))); hostConfigs.Add(await FileViewModel.LoadAsync(await hostConfigFolder.GetFileAsync("windows-timeline"))); // Remove the WeatherLarge card since it contains a background image and often fails image comparisons var weatherLarge = cards.FirstOrDefault(i => i.Name.EndsWith("WeatherLarge")); if (weatherLarge != null) { cards.Remove(weatherLarge); } }
public static async Task LoadAsync( ObservableCollection <FileViewModel> cards, ObservableCollection <FileViewModel> hostConfigs) { await LoadFilesAsync("LinkedCards", cards); // Create two dummy host config file views, one for default values and one for default // values but with fixed height and interactivity turned off FileViewModel noFileModel = new FileViewModel(); noFileModel.Name = defaultHostConfigName; hostConfigs.Add(noFileModel); FileViewModel fixedNonInteractive = new FileViewModel(); fixedNonInteractive.Name = fixedNonInteractiveName; hostConfigs.Add(fixedNonInteractive); // Load the testVariantHostConfig to test non-default host config values var hostConfigFolder = await Package.Current.InstalledLocation.GetFolderAsync("LinkedHostConfigs"); hostConfigs.Add(await FileViewModel.LoadAsync(await hostConfigFolder.GetFileAsync(testVarientHostConfigName))); }
public static async Task <TestResultViewModel> CreateAsync( FileViewModel cardFile, FileViewModel hostConfigFile, RenderedTestResult renderedTestResult, StorageFile actualImageFile, StorageFile actualJsonFile, StorageFolder expectedFolder, StorageFolder sourceHostConfigsFolder, StorageFolder sourceCardsFolder) { var answer = new TestResultViewModel() { CardName = cardFile.Name, CardFile = cardFile, TestResult = renderedTestResult, HostConfigName = hostConfigFile.Name, HostConfigFile = hostConfigFile, ActualImageFile = actualImageFile, ActualRoundTrippedJsonFile = actualJsonFile, _expectedFolder = expectedFolder, _sourceHostConfigsFolder = sourceHostConfigsFolder, _sourceCardsFolder = sourceCardsFolder, _expectedFileNameWithoutExtension = GetStrippedFileName(hostConfigFile) + "." + GetStrippedFileName(cardFile) }; try { var storedInfo = await StoredTestResultInfo.DeserializeFromFileAsync(expectedFolder, answer._expectedFileNameWithoutExtension); if (storedInfo == null) { answer.Status.NewCard = true; } else { answer._oldHostConfigHash = storedInfo.HostConfigHash; answer._oldCardHash = storedInfo.CardHash; if (storedInfo.Error != null) { answer.ExpectedError = storedInfo.Error; } else { answer.ExpectedImageFile = await expectedFolder.GetFileAsync(answer._expectedFileNameWithoutExtension + ".png"); answer.ExpectedRoundtrippedJsonFile = await expectedFolder.GetFileAsync(GetStrippedFileName(answer.CardFile) + "ToJson.json"); } } // If both had error, compare via the error if (answer.ExpectedError != null && answer.TestResult.Error != null) { if (answer.ExpectedError == answer.TestResult.Error) { answer.Status.MatchedViaError = true; } } // If neither had error, compare via the image else if (answer.ExpectedImageFile != null && answer.ActualImageFile != null) { byte[] oldBytes = await GetPixelDataBytesAsync(answer.ExpectedImageFile); byte[] newBytes = await GetPixelDataBytesAsync(answer.ActualImageFile); if (ImageBytesAreTheSame(oldBytes, newBytes)) { answer.Status.ImageMatched = true; } // Check if the round tripped json is the same answer.ExpectedRoundtrippedJsonModel = await FileViewModel.LoadAsync(answer.ExpectedRoundtrippedJsonFile); answer.RoundtrippedJsonModel = await FileViewModel.LoadAsync(answer.ActualRoundTrippedJsonFile); if (!answer.DidRoundtrippedJsonChange) { answer.Status.JsonRoundTripMatched = true; } } // See if the source chagned by checking // if the hashes have changed since the stored info if (storedInfo.HostConfigHash == hostConfigFile.Hash && storedInfo.CardHash == cardFile.Hash) { answer.Status.OriginalMatched = true; } } catch { // Any exceptions being thrown get reported as "New", typically this results from file // not found of an expected file, which means it genuinely is new answer.Status.NewCard = true; } return(answer); }