public async Task LoadWithExcludedExtensions(string[] excludedExtensions, byte loadedFilesCount)
{
var testSettingsStorage = new TestSettingsStorage();
using (var testDirectory = new TestDirectory())
{
var fileLastUpdate = DateTime.Now;
var leftDirectory = testDirectory.CreateDirectory("1");
TestDirectory.CreateFiles(leftDirectory, new Dictionary <string, DateTime>
{
{ "1.tiff", fileLastUpdate },
{ "2.tiff", fileLastUpdate },
{ "3.tiff", fileLastUpdate },
{ "4.jpg", fileLastUpdate },
{ "5.jpg", fileLastUpdate },
{ "6.png", fileLastUpdate }
});
var rightDirectory = testDirectory.CreateDirectory("2");
TestDirectory.CreateFiles(rightDirectory, new Dictionary <string, DateTime>
{
{ "1.tiff", fileLastUpdate },
{ "2.tiff", fileLastUpdate },
{ "3.tiff", fileLastUpdate },
{ "4.jpg", fileLastUpdate },
{ "5.jpg", fileLastUpdate },
{ "6.png", fileLastUpdate }
});
var settingsRow1 = new SettingsRow(leftDirectory, rightDirectory, true, excludedExtensions);
testSettingsStorage.SettingsRows = new[] { settingsRow1 };
var synchronizedDirectoriesManager = new SynchronizedDirectoriesManager(testSettingsStorage, new SynchronizedItemFactory(new ItemFactory()),
new SynchronizedItemsStatusAndCommandsUpdater(new SynchronizedItemMatcher()));
await synchronizedDirectoriesManager.Load();
Assert.Single(synchronizedDirectoriesManager.SynchronizedDirectories);
var synchronizedDirectory = synchronizedDirectoriesManager.SynchronizedDirectories.Single();
Assert.Equal(loadedFilesCount, synchronizedDirectory.LeftDirectory.Items.Length);
Assert.Equal(loadedFilesCount, synchronizedDirectory.RightDirectory.Items.Length);
}
}
public async Task Load()
{
var testSettingsStorage = new TestSettingsStorage();
ISynchronizedItems removedSynchronizedDirectories = null;
var loadedDirectories = new List <IDirectory>();
using (var testDirectory = new TestDirectory())
{
var settingsRow1 = new SettingsRow(testDirectory.CreateDirectory("1"), testDirectory.CreateDirectory("2"), true, null);
var settingsRow2 = new SettingsRow(testDirectory.CreateDirectory("3"), testDirectory.CreateDirectory("4"), false, null);
var settingsRow3 = new SettingsRow(testDirectory.CreateDirectory("5"), testDirectory.CreateDirectory("6"), true, new[] { "tiff" });
var settingsRow4 = new SettingsRow(testDirectory.CreateDirectory("7"), testDirectory.CreateDirectory("8"), true, new[] { "tiff" });
var settingsRow5 = new SettingsRow(testDirectory.CreateDirectory("9"), testDirectory.CreateDirectory("10"), true, null);
testSettingsStorage.SettingsRows = new[]
{
settingsRow1,
settingsRow2,
settingsRow3,
settingsRow4,
settingsRow5
};
var synchronizedDirectoriesManager = new SynchronizedDirectoriesManager(testSettingsStorage, new SynchronizedItemFactory(new ItemFactory()),
new SynchronizedItemsStatusAndCommandsUpdater(null));
await synchronizedDirectoriesManager.Load(); // Загрузка до изменения настроек.
var oldSynchronizedDirectory2 = synchronizedDirectoriesManager.SynchronizedDirectories[1];
var oldSynchronizedDirectory3 = synchronizedDirectoriesManager.SynchronizedDirectories[2];
var oldSynchronizedDirectory4 = synchronizedDirectoriesManager.SynchronizedDirectories[3];
foreach (var synchronizedDirectory in synchronizedDirectoriesManager.SynchronizedDirectories)
{
synchronizedDirectory.LeftDirectory.LoadedDirectoryEvent += (IDirectory loadedDirecory) => { loadedDirectories.Add(loadedDirecory); };
synchronizedDirectory.RightDirectory.LoadedDirectoryEvent += (IDirectory loadedDirecory) => { loadedDirectories.Add(loadedDirecory); };
}
synchronizedDirectoriesManager.RemoveSynchronizedDirectoriesEvent += (ISynchronizedItems synchronizedDirectories) =>
{
removedSynchronizedDirectories = synchronizedDirectories;
};
settingsRow1.IsUsed = false; // Эта строка при загрузке должна будет удалиться.
settingsRow2.IsUsed = true; // Эта строка при загрузке должна будет добавиться.
// Эта строка при загрузке должна будет инициализировать новую из-за изменения коллекции ExcludedExtensions.
settingsRow3.ExcludedExtensions = new[] { "jpg" };
await synchronizedDirectoriesManager.Load(); // Загрузка после изменения настроек.
Assert.Equal(4, synchronizedDirectoriesManager.SynchronizedDirectories.Length);
// Проверим удалённую директорию.
Assert.NotNull(removedSynchronizedDirectories);
Assert.Equal(settingsRow1.LeftDirectory.DirectoryPath, removedSynchronizedDirectories.LeftDirectory.FullPath);
Assert.Equal(settingsRow1.RightDirectory.DirectoryPath, removedSynchronizedDirectories.RightDirectory.FullPath);
// Записи на синхронизируемые директории должны оставаться прежними.
Assert.Equal(oldSynchronizedDirectory2, synchronizedDirectoriesManager.SynchronizedDirectories[0]);
Assert.Equal(oldSynchronizedDirectory3, synchronizedDirectoriesManager.SynchronizedDirectories[1]);
Assert.Equal(oldSynchronizedDirectory4, synchronizedDirectoriesManager.SynchronizedDirectories[2]);
// Лишь две директории одной записи должны были обновиться.
Assert.Equal(2, loadedDirectories.Count);
Assert.Contains(oldSynchronizedDirectory2.LeftDirectory, loadedDirectories);
Assert.Contains(oldSynchronizedDirectory2.RightDirectory, loadedDirectories);
// И массивы исключаемых из рассмотрения расширений файлов тоже должны были обновиться.
Assert.Equal(settingsRow3.ExcludedExtensions, oldSynchronizedDirectory2.LeftDirectory.ExcludedExtensions);
Assert.Equal(settingsRow3.ExcludedExtensions, oldSynchronizedDirectory2.RightDirectory.ExcludedExtensions);
// Эта запись на синхронизируемую директорию должна быть добавленной из-за включения строки настройки.
var synchronizedDirectory3 = synchronizedDirectoriesManager.SynchronizedDirectories[3];
Assert.Equal(settingsRow2.LeftDirectory.DirectoryPath, synchronizedDirectory3.LeftDirectory.FullPath);
Assert.Equal(settingsRow2.RightDirectory.DirectoryPath, synchronizedDirectory3.RightDirectory.FullPath);
}
}