public void CreateRowViewModel()
{
const string file1Name = "File1";
const string file2Name = "File2";
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
leftDirectory.CreateFiles(new Dictionary <string, DateTime>
{
{ file1Name, DateTime.Now },
{ file2Name, DateTime.Now }
});
rightDirectory.CreateFiles(new Dictionary <string, DateTime>
{
{ file1Name, DateTime.Now },
{ file2Name, DateTime.Now }
});
bool useAddRowEvent = false;
var synchronizedDirectories = GetSynchronizedDirectories(leftDirectory.FullPath, rightDirectory.FullPath);
var factory = new RowViewModelFactory();
factory.AddRowEvent += (IRowViewModel parent, IRowViewModel child) => { useAddRowEvent = true; };
var rowViewModel = factory.CreateRowViewModel(synchronizedDirectories);
// Пока не выполнялась загрузка, события добавления записи происходить не должны.
Assert.False(useAddRowEvent);
Assert.Empty(rowViewModel.ChildRows);
}
}
public async Task DeleteDirectoryRowEvent()
{
IRowViewModel deleteRowEventParent = null, deleteRowEventChild = null;
using (var testDirectory = new Infrastructure.TestDirectory())
{
Infrastructure.TestDirectory.CreateFiles(testDirectory.CreateDirectory("Dir"), new Dictionary <string, DateTime>
{
{ "File", DateTime.Now }
});
var synchronizedDirectories = new TestSynchronizedItems(new Directory(testDirectory.FullPath, null, new ItemFactory()));
var factory = new RowViewModelFactory();
factory.DeleteRowEvent += (IRowViewModel parent, IRowViewModel child) =>
{
deleteRowEventParent = parent;
deleteRowEventChild = child;
};
var rowViewModel = factory.CreateRowViewModel(synchronizedDirectories);
await synchronizedDirectories.Load();
var level1Child = synchronizedDirectories.ChildItems[0];
var level2Child = level1Child.ChildItems[0];
((TestSynchronizedItems)level1Child).IsDeleted();
Assert.NotNull(deleteRowEventParent);
Assert.NotNull(deleteRowEventChild);
Assert.Equal(synchronizedDirectories.LeftItem.Name, deleteRowEventParent.LeftItem.Name);
Assert.Equal(level1Child.LeftItem.Name, deleteRowEventChild.LeftItem.Name);
}
}
public async void LoadChildItems_RefreshStatusAndCommandsFromChilds()
{
const string dir1Name = "Dir1";
const string dir2Name = "Dir2";
const string file1Name = "File1";
const string file2Name = "File2";
const string file3Name = "File3";
var updateDate = DateTime.Now;
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
Infrastructure.TestDirectory.CreateFiles(leftDirectory.CreateDirectory(dir1Name),
new Dictionary <string, DateTime> {
{ file1Name, updateDate }
});
Infrastructure.TestDirectory.CreateFiles(leftDirectory.CreateDirectory(dir2Name),
new Dictionary <string, DateTime> {
{ file2Name, updateDate }, { file3Name, updateDate }
});
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(dir1Name),
new Dictionary <string, DateTime> {
{ file1Name, updateDate }
});
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(dir2Name),
new Dictionary <string, DateTime> {
{ file2Name, updateDate }, { file3Name, updateDate }
});
var settingsRow = new TestSettingsRow
{
LeftDirectory = new SettingsDirectory(leftDirectory.FullPath),
RightDirectory = new SettingsDirectory(rightDirectory.FullPath)
};
var testSynchronizedItemsStatusAndCommandsUpdater = new TestSynchronizedItemsStatusAndCommandsUpdater();
var synchronizedItems = new SynchronizedItems(settingsRow, new SynchronizedItemFactory(new ItemFactory()),
testSynchronizedItemsStatusAndCommandsUpdater);
await Task.WhenAll(synchronizedItems.LeftDirectory.Load(), synchronizedItems.RightDirectory.Load());
synchronizedItems.LoadChildItems();
var refreshedLeftItemSynchronizedItemsList = testSynchronizedItemsStatusAndCommandsUpdater.RefreshedLeftItemSynchronizedItemsList;
var refreshedRightItemSynchronizedItemsList = testSynchronizedItemsStatusAndCommandsUpdater.RefreshedRightItemSynchronizedItemsList;
// Каждая директория должна была обновить свои статусы и команды.
Assert.Equal(3, refreshedLeftItemSynchronizedItemsList.Count);
Assert.Equal(3, refreshedRightItemSynchronizedItemsList.Count);
// В таком порядке должны были обновляться статусы элементов.
Assert.Equal(refreshedLeftItemSynchronizedItemsList[0], synchronizedItems.ChildItems[0]);
Assert.Equal(refreshedLeftItemSynchronizedItemsList[1], synchronizedItems.ChildItems[1]);
Assert.Equal(refreshedLeftItemSynchronizedItemsList[2], synchronizedItems);
Assert.Equal(refreshedRightItemSynchronizedItemsList[0], synchronizedItems.ChildItems[0]);
Assert.Equal(refreshedRightItemSynchronizedItemsList[1], synchronizedItems.ChildItems[1]);
Assert.Equal(refreshedRightItemSynchronizedItemsList[2], synchronizedItems);
}
}
public void CopyTo()
{
using (var testDirectory = new Infrastructure.TestDirectory())
{
var sourceFile = Path.Combine(testDirectory.FullPath, Guid.NewGuid().ToString());
var destinationFile = Path.Combine(testDirectory.FullPath, Guid.NewGuid().ToString());
var fileText = Guid.NewGuid().ToString();
File.WriteAllText(sourceFile, fileText);
IItem destinationCopyFile = null;
string destinationCopyPath = null;
var file = new DirectorySync.Models.File(sourceFile);
file.CopiedFromToEvent += (IItem destinationItem, string destinationPath) =>
{
destinationCopyFile = destinationItem;
destinationCopyPath = destinationPath;
};
file.CopyTo(destinationFile).Wait();
Assert.True(File.Exists(sourceFile));
Assert.True(File.Exists(destinationFile));
Assert.Equal(fileText, File.ReadAllText(destinationFile));
Assert.NotNull(destinationCopyFile);
Assert.Equal(destinationFile, destinationCopyFile.FullPath);
Assert.Equal(destinationFile, destinationCopyPath);
}
}
public async Task RemoveEmptySynchronizedDirectoriesAfterDeleteItem()
{
const string directoryName = "Dir1";
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
Infrastructure.TestDirectory.CreateDirectory(leftDirectory.CreateDirectory(directoryName), directoryName);
Infrastructure.TestDirectory.CreateFiles(
Infrastructure.TestDirectory.CreateDirectory(rightDirectory.CreateDirectory(directoryName), directoryName),
new Dictionary <string, DateTime> {
{ "File1", DateTime.Now }
});
var synchronizedDirectories = GetSynchronizedDirectories(leftDirectory.FullPath, rightDirectory.FullPath);
await synchronizedDirectories.Load();
await synchronizedDirectories.LeftItem.SyncCommand.Process(); // Эта команда должна выполнить удаление файла справа.
// Корневые элементы должны по прежнему остваться директориями.
Assert.NotNull(synchronizedDirectories.LeftDirectory);
Assert.NotNull(synchronizedDirectories.RightDirectory);
await Task.Delay(20); // Подождём, чтобы успела обновиться коллекция дочерних элементов.
// Но синхронизируемых элементов в них быть не должно, так как никаких файлов не осталось.
Assert.Empty(synchronizedDirectories.ChildItems);
}
}
public async Task SynchronizedDirectoriesAfterDeleteItem_ThroughRightChild(string childItemName)
{
const string directoryName = "Dir1";
const string fileName = "File1";
var fileUpdateDate = DateTime.Now;
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
Infrastructure.TestDirectory.CreateFiles(leftDirectory.CreateDirectory(directoryName),
new Dictionary <string, DateTime> {
{ fileName, fileUpdateDate }, { "File2", fileUpdateDate }
});
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(directoryName),
new Dictionary <string, DateTime> {
{ fileName, fileUpdateDate }
});
var synchronizedDirectories = GetSynchronizedDirectories(leftDirectory.FullPath, rightDirectory.FullPath);
await synchronizedDirectories.Load();
// Эта команда должна выполнить удаление файла "File2" слева.
await GetChildItemByName(synchronizedDirectories, false, childItemName).SyncCommand.Process();
// По прежнему должна остваться одна дочерняя запись на директории.
Assert.Single(synchronizedDirectories.ChildItems);
await Task.Delay(20); // Чтобы успели обновиться статусы и команды.
// Дочерние элементы теперь должны быть идентичные и команды синхронизации им не нужны.
var childItem = synchronizedDirectories.ChildItems[0];
Assert.Equal(ItemStatusEnum.Equally, childItem.LeftItem.Status.StatusEnum);
Assert.Equal(ItemStatusEnum.Equally, childItem.RightItem.Status.StatusEnum);
Assert.Null(childItem.LeftItem.SyncCommand.CommandAction);
Assert.Null(childItem.RightItem.SyncCommand.CommandAction);
// И в ней одна запись на оставшуюся пару файлов.
Assert.Single(childItem.ChildItems);
// Эти тоже теперь должны быть идентичные и команды синхронизации им не нужны.
childItem = childItem.ChildItems[0];
Assert.Equal(ItemStatusEnum.Equally, childItem.LeftItem.Status.StatusEnum);
Assert.Equal(ItemStatusEnum.Equally, childItem.RightItem.Status.StatusEnum);
Assert.Null(childItem.LeftItem.SyncCommand.CommandAction);
Assert.Null(childItem.RightItem.SyncCommand.CommandAction);
// И корневые элементы теперь должны быть идентичные и команды синхронизации им тоже не нужны.
Assert.Equal(ItemStatusEnum.Equally, synchronizedDirectories.LeftItem.Status.StatusEnum);
Assert.Equal(ItemStatusEnum.Equally, synchronizedDirectories.RightItem.Status.StatusEnum);
Assert.Null(synchronizedDirectories.LeftItem.SyncCommand.CommandAction);
Assert.Null(synchronizedDirectories.RightItem.SyncCommand.CommandAction);
}
}
public async Task LoadDirectoryAndFile()
{
const string directoryAndFileName = "Item";
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
var updateDate = DateTime.Now;
leftDirectory.CreateFiles(new Dictionary <string, DateTime>
{
{ directoryAndFileName, updateDate }
});
// В директорию надо поместить хотя бы один файл, чтобы она была видна.
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(directoryAndFileName),
new Dictionary <string, DateTime> {
{ "1", updateDate }
});
var settingsRow = new TestSettingsRow
{
LeftDirectory = new SettingsDirectory(leftDirectory.FullPath),
RightDirectory = new SettingsDirectory(rightDirectory.FullPath)
};
var testSynchronizedItemsStatusAndCommandsUpdater = new TestSynchronizedItemsStatusAndCommandsUpdater();
var synchronizedDirectories = new SynchronizedItems(settingsRow, new SynchronizedItemFactory(new ItemFactory()),
testSynchronizedItemsStatusAndCommandsUpdater);
await synchronizedDirectories.Load();
Assert.Equal(2, synchronizedDirectories.ChildItemsCount); // Одна модель на директории, одна модель на файлы.
// Сначала директория, потом файл.
var childDirectories1 = synchronizedDirectories.ChildItems[0];
Assert.Equal(directoryAndFileName, childDirectories1.LeftItem.Name);
Assert.Equal(directoryAndFileName, childDirectories1.RightItem.Name);
Assert.NotNull(childDirectories1.RightItem.Directory);
Assert.True(childDirectories1.RightItem.IsDirectory);
// Даже если элемент отсутствует, а присутствующий является директорией, то и этот должен быть директорией.
Assert.Null(childDirectories1.LeftItem.Directory);
Assert.True(childDirectories1.LeftItem.IsDirectory);
var childDirectories2 = synchronizedDirectories.ChildItems[1];
Assert.Equal(directoryAndFileName, childDirectories2.LeftItem.Name);
Assert.Equal(directoryAndFileName, childDirectories2.RightItem.Name);
Assert.Null(childDirectories2.LeftItem.Directory);
Assert.False(childDirectories2.LeftItem.IsDirectory);
Assert.Null(childDirectories2.RightItem.Directory);
Assert.False(childDirectories2.RightItem.IsDirectory);
}
}
public void DeleteWithError()
{
using (var testDirectory = new Infrastructure.TestDirectory())
{
var sourceFile = Path.Combine(testDirectory.FullPath, Guid.NewGuid().ToString());
File.WriteAllBytes(sourceFile, new byte[0]);
var file = new DirectorySync.Models.File(sourceFile);
string error = null;
file.SyncErrorEvent += (string message) => { error = message; };
using (var stream = File.Open(sourceFile, FileMode.Open))
file.Delete().Wait();
Assert.NotNull(error);
}
}
public async Task DirectoriesIsLoadedEvent()
{
List <ISynchronizedItems> loadedSynchronizedDirectoriesList = new List <ISynchronizedItems>();
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
var synchronizedDirectories = GetSynchronizedDirectories(leftDirectory.FullPath, rightDirectory.FullPath);
synchronizedDirectories.DirectoriesIsLoadedEvent += (ISynchronizedItems loadedSynchronizedItems) =>
{
loadedSynchronizedDirectoriesList.Add(loadedSynchronizedItems);
};
await synchronizedDirectories.Load();
Assert.Single(loadedSynchronizedDirectoriesList);
Assert.Equal(synchronizedDirectories, loadedSynchronizedDirectoriesList[0]);
}
}
public async Task LoadDirectories_OneEmptyDirectory()
{
const string directoryName = "Directory";
const string fileName = "File";
var newerDate = new DateTime(2019, 1, 1);
var olderDate = new DateTime(2018, 1, 1);
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
var childLeftDirectoryPath = leftDirectory.CreateDirectory(directoryName, newerDate);
Infrastructure.TestDirectory.CreateFiles(childLeftDirectoryPath, new Dictionary <string, DateTime> {
{ fileName, DateTime.Now }
});
rightDirectory.CreateDirectory(directoryName, olderDate);
var settingsRow = new TestSettingsRow
{
LeftDirectory = new SettingsDirectory(leftDirectory.FullPath),
RightDirectory = new SettingsDirectory(rightDirectory.FullPath)
};
var testSynchronizedItemsStatusAndCommandsUpdater = new TestSynchronizedItemsStatusAndCommandsUpdater();
var synchronizedDirectories = new SynchronizedItems(settingsRow, new SynchronizedItemFactory(new ItemFactory()),
testSynchronizedItemsStatusAndCommandsUpdater);
await synchronizedDirectories.Load();
Assert.Single(synchronizedDirectories.ChildItems);
var childDirectories = synchronizedDirectories.ChildItems[0];
Assert.Equal(directoryName, childDirectories.LeftItem.Name);
Assert.Equal(directoryName, childDirectories.RightItem.Name);
Assert.NotNull(childDirectories.LeftItem.Directory);
// Справа реально директории нет, потому что пустые директории не учитываются, но элемент помечен как директория.
Assert.Null(childDirectories.RightItem.Directory);
Assert.True(childDirectories.RightItem.IsDirectory);
Assert.Empty(childDirectories.ChildItems);
}
}
public async Task Load_RefreshStatusAndCommandsFromChilds()
{
const string directoryName = "Directory";
const string fileName = "File";
var updateDate = DateTime.Now;
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
var childLeftDirectoryPath = leftDirectory.CreateDirectory(directoryName, updateDate);
var childRightDirectoryPath = rightDirectory.CreateDirectory(directoryName, updateDate);
Infrastructure.TestDirectory.CreateFiles(childLeftDirectoryPath, new Dictionary <string, DateTime> {
{ fileName, updateDate }
});
Infrastructure.TestDirectory.CreateFiles(childRightDirectoryPath, new Dictionary <string, DateTime> {
{ fileName, updateDate }
});
var settingsRow = new TestSettingsRow
{
LeftDirectory = new SettingsDirectory(leftDirectory.FullPath),
RightDirectory = new SettingsDirectory(rightDirectory.FullPath)
};
var testSynchronizedItemsStatusAndCommandsUpdater = new TestSynchronizedItemsStatusAndCommandsUpdater();
var synchronizedDirectories = new SynchronizedItems(settingsRow, new SynchronizedItemFactory(new ItemFactory()),
testSynchronizedItemsStatusAndCommandsUpdater);
await synchronizedDirectories.Load();
Assert.Single(synchronizedDirectories.ChildItems);
var childDirectories = synchronizedDirectories.ChildItems[0];
var refreshedLeftItemSynchronizedItemsList = testSynchronizedItemsStatusAndCommandsUpdater.RefreshedLeftItemSynchronizedItemsList;
var refreshedRightItemSynchronizedItemsList = testSynchronizedItemsStatusAndCommandsUpdater.RefreshedRightItemSynchronizedItemsList;
Assert.Equal(2, refreshedLeftItemSynchronizedItemsList.Count);
Assert.Equal(2, refreshedRightItemSynchronizedItemsList.Count);
Assert.Equal(childDirectories, refreshedLeftItemSynchronizedItemsList[0]);
Assert.Equal(childDirectories, refreshedRightItemSynchronizedItemsList[0]);
Assert.Equal(synchronizedDirectories, refreshedLeftItemSynchronizedItemsList[1]);
Assert.Equal(synchronizedDirectories, refreshedRightItemSynchronizedItemsList[1]);
}
}
public void Delete(bool isReadOnly)
{
IItem deletedFile = null;
using (var testDirectory = new Infrastructure.TestDirectory())
{
var sourceFile = Path.Combine(testDirectory.FullPath, Guid.NewGuid().ToString());
File.WriteAllBytes(sourceFile, new byte[0]);
new FileInfo(sourceFile).IsReadOnly = isReadOnly;
var file = new DirectorySync.Models.File(sourceFile);
file.DeletedEvent += (IItem item) => { deletedFile = item; };
file.Delete().Wait();
Assert.Equal(file, deletedFile);
Assert.False(File.Exists(sourceFile));
}
}
public void CopyToWithError()
{
using (var testDirectory = new Infrastructure.TestDirectory())
{
var sourceFile = Path.Combine(testDirectory.FullPath, Guid.NewGuid().ToString());
var destinationFile = Path.Combine(testDirectory.FullPath, Guid.NewGuid().ToString());
var fileText = Guid.NewGuid().ToString();
File.WriteAllText(sourceFile, fileText);
var file = new DirectorySync.Models.File(sourceFile);
string error = null;
file.SyncErrorEvent += (string message) => { error = message; };
using (var stream = File.Create(destinationFile))
file.CopyTo(destinationFile).Wait();
Assert.NotNull(error);
}
}
public async Task CreateRowViewModel_Tree()
{
const string name1 = "1";
const string name2 = "2";
byte useAddRowsCount = 0;
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
Infrastructure.TestDirectory.CreateFiles(leftDirectory.CreateDirectory(name1), new Dictionary <string, DateTime>
{
{ name1, DateTime.Now }
});
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(name1), new Dictionary <string, DateTime>
{
{ name1, DateTime.Now }
});
Infrastructure.TestDirectory.CreateFiles(leftDirectory.CreateDirectory(name2), new Dictionary <string, DateTime>
{
{ name1, DateTime.Now }
});
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(name2), new Dictionary <string, DateTime>
{
{ name1, DateTime.Now }
});
var synchronizedDirectories = GetSynchronizedDirectories(leftDirectory.FullPath, rightDirectory.FullPath);
var factory = new RowViewModelFactory();
factory.AddRowEvent += (IRowViewModel parent, IRowViewModel child) => { useAddRowsCount++; };
var rowViewModel = factory.CreateRowViewModel(synchronizedDirectories);
await synchronizedDirectories.Load();
Assert.Equal(4, useAddRowsCount); // Две директории, в каждой директории по одному файлу.
Assert.Empty(rowViewModel.ChildRows); // А записей не прибавилось, потому что фабрика их не прибавляет.
}
}
public async Task AddCommandsAfterSyncProcess()
{
const string directory1Name = "Dir1";
const string directory2Name = "Dir2";
const string file1Name = "File1";
var updateDate = DateTime.Now;
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
leftDirectory.CreateDirectory(directory1Name);
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(directory1Name),
new Dictionary <string, DateTime> {
{ file1Name, updateDate }
});
Infrastructure.TestDirectory.CreateFiles(leftDirectory.CreateDirectory(directory2Name),
new Dictionary <string, DateTime> {
{ file1Name, updateDate }, { "File2", updateDate }
});
Infrastructure.TestDirectory.CreateFiles(rightDirectory.CreateDirectory(directory2Name),
new Dictionary <string, DateTime> {
{ file1Name, updateDate }
});
var synchronizedDirectories = GetSynchronizedDirectories(leftDirectory.FullPath, rightDirectory.FullPath);
await synchronizedDirectories.Load();
// После того, как Dir2 слева начнёт соответствовать Dir2 справа,
// у корневой строки должны появиться команды для синхронизации Dir1.
await synchronizedDirectories.ChildItems[1].LeftItem.SyncCommand.Process();
await Task.Delay(20); // Чтобы успели обновиться статусы и команды.
Assert.NotNull(synchronizedDirectories.LeftItem.SyncCommand.CommandAction);
Assert.NotNull(synchronizedDirectories.RightItem.SyncCommand.CommandAction);
}
}
public async Task LoadFiles()
{
const string file1Name = "File1";
const string file2Name = "File2";
const string file3Name = "File3";
var updateFileDate = DateTime.Now;
var filesDirectoinaries = new Dictionary <string, DateTime>
{
{ file1Name, updateFileDate },
{ file2Name, updateFileDate },
{ file3Name, updateFileDate }
};
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
leftDirectory.CreateFiles(filesDirectoinaries);
rightDirectory.CreateFiles(filesDirectoinaries);
var settingsRow = new TestSettingsRow
{
LeftDirectory = new SettingsDirectory(leftDirectory.FullPath),
RightDirectory = new SettingsDirectory(rightDirectory.FullPath)
};
var testSynchronizedItemsStatusAndCommandsUpdater = new TestSynchronizedItemsStatusAndCommandsUpdater();
var synchronizedDirectories = new SynchronizedItems(settingsRow, new SynchronizedItemFactory(new ItemFactory()),
testSynchronizedItemsStatusAndCommandsUpdater);
await synchronizedDirectories.Load();
Assert.Equal(3, synchronizedDirectories.ChildItemsCount);
var directories = synchronizedDirectories.ChildItems[0];
Assert.Equal(file1Name, directories.LeftItem.Name);
Assert.Equal(file1Name, directories.RightItem.Name);
// Это файлы.
Assert.False(directories.LeftItem.IsDirectory);
Assert.Null(directories.LeftItem.Directory);
Assert.False(directories.RightItem.IsDirectory);
Assert.Null(directories.RightItem.Directory);
directories = synchronizedDirectories.ChildItems[1];
Assert.Equal(file2Name, directories.LeftItem.Name);
Assert.Equal(file2Name, directories.RightItem.Name);
// Это файлы.
Assert.False(directories.LeftItem.IsDirectory);
Assert.Null(directories.LeftItem.Directory);
Assert.False(directories.RightItem.IsDirectory);
Assert.Null(directories.RightItem.Directory);
directories = synchronizedDirectories.ChildItems[2];
Assert.Equal(file3Name, directories.LeftItem.Name);
Assert.Equal(file3Name, directories.RightItem.Name);
// Это файлы.
Assert.False(directories.LeftItem.IsDirectory);
Assert.Null(directories.LeftItem.Directory);
Assert.False(directories.RightItem.IsDirectory);
Assert.Null(directories.RightItem.Directory);
}
}
public async Task InProcess_SyncCommand(bool left)
{
using (var leftDirectory = new Infrastructure.TestDirectory())
using (var rightDirectory = new Infrastructure.TestDirectory())
{
Infrastructure.TestDirectory.CreateDirectory(leftDirectory.CreateDirectory("Dir1"), "Dir2");
Infrastructure.TestDirectory.CreateDirectory(rightDirectory.CreateDirectory("Dir1"), "Dir2");
leftDirectory.CreateDirectory("Dir3");
rightDirectory.CreateDirectory("Dir3");
var containerBuilder = new ContainerBuilder();
containerBuilder.RegisterModule <TestAutofacRegisterModule>();
containerBuilder.RegisterType <SettingsRow>().As <ISettingsRow>();
containerBuilder.RegisterType <SynchronizedItems>().As <ISynchronizedItems>();
using (var fake = new AutoFake(builder: containerBuilder))
{
var fakeItemFactory = A.Fake <IItemFactory>();
A.CallTo(() => fakeItemFactory.CreateDirectory(A <string> .Ignored, A <string[]> .Ignored))
.ReturnsLazily((string directoryPath, string[] excludedExtensions) =>
{
return(new TestDirectory(directoryPath, fakeItemFactory, 1));
});
var fakeSettingsRow = A.Fake <ISettingsRow>();
A.CallTo(() => fakeSettingsRow.LeftDirectory).Returns(new SettingsDirectory(leftDirectory.FullPath));
A.CallTo(() => fakeSettingsRow.RightDirectory).Returns(new SettingsDirectory(rightDirectory.FullPath));
var fakeSynchronizedItemsStatusAndCommandsUpdater = A.Fake <ISynchronizedItemsStatusAndCommandsUpdater>();
A.CallTo(() => fakeSynchronizedItemsStatusAndCommandsUpdater
.UpdateStatusesAndCommands(A <ISynchronizedItem> .Ignored, A <ISynchronizedItem> .Ignored))
.Invokes((ISynchronizedItem item1, ISynchronizedItem item2) =>
{
item1.UpdateStatus(ItemStatusEnum.Equally);
item2.UpdateStatus(ItemStatusEnum.Equally);
});
fake.Provide(fakeSettingsRow);
fake.Provide(fakeItemFactory);
fake.Provide(fakeSynchronizedItemsStatusAndCommandsUpdater);
var synchronizedItems = fake.Resolve <ISynchronizedItems>();
await synchronizedItems.Load(); // Загрузим, чтобы построилось дерево элементов.
// А теперь запустим синхронизацию одного из элементов и проверим изменение признака InProcess.
var childLevel1SynchronizedItems1 = synchronizedItems.ChildItems[0];
var processItem = left ? childLevel1SynchronizedItems1.LeftItem : childLevel1SynchronizedItems1.RightItem;
processItem.SyncCommand.SetCommandAction(() =>
Task.Delay(4));
var syncTask = Task.Run(() => processItem.SyncCommand.Process());
await Task.Delay(2); // Чтобы признаки успели поменять значения.
Assert.True(childLevel1SynchronizedItems1.InProcess);
Assert.True(synchronizedItems.InProcess); // И процесс родителя должен обозначиться.
Assert.True(childLevel1SynchronizedItems1.ChildItems[0].InProcess); // И процесс дочерних элементом.
Assert.False(synchronizedItems.ChildItems[1].InProcess); // А эти элементы не при чём.
syncTask.Wait(); // Ждём, пока завершится синхронизация.
// А теперь всё обратно в false.
Assert.False(childLevel1SynchronizedItems1.InProcess);
Assert.False(synchronizedItems.InProcess);
Assert.False(childLevel1SynchronizedItems1.ChildItems[0].InProcess);
}
}
}
