public void Test2()
{
FileManager newSys = new FileManager();
DateTime date1 = new DateTime(2019, 7, 20, 18, 30, 25);
AbstractFile file1 = new AbstractFile("Test1", 100, date1);
AbstractFile file2 = new AbstractFile("Test2", 100, date1);
newSys.AddFile(file1);
newSys.AddFile(file2);
List <AbstractFile> list = newSys.EndEditing();
StorageAlgorithms algorithm = new StorageAlgorithms();
var pointInfo1 = algorithm.SeparateBackup(list, Type.Full);
var pointInfo2 = algorithm.SeparateBackup(list, Type.Full);
RestoreSystem newChain = new RestoreSystem();
newChain.AddPoint(pointInfo1);
newChain.AddPoint(pointInfo2);
ICleaningPoints Clean = new CleanBySize(250);
Clean.StartClean(newChain.Points); //Не совсем понимаю почему должен остаться один бекап если мы закидываем два FULL Backup(каждый по 200мб), то теоретически мы их можем удалять без последствий и удалим каждый с весом >150
Assert.AreEqual(1, newChain.ShowRestorePoints().Count);
}
public void Test1()
{
FileManager newSys = new FileManager();
DateTime date1 = new DateTime(2019, 7, 20, 18, 30, 25);
AbstractFile file1 = new AbstractFile("Test1", 100, date1);
AbstractFile file2 = new AbstractFile("Test2", 100, date1);
newSys.AddFile(file1);
newSys.AddFile(file2);
List <AbstractFile> list = newSys.EndEditing();
StorageAlgorithms algorithm = new StorageAlgorithms();
var pointInfo1 = algorithm.SeparateBackup(list, Type.Full);
var pointInfo2 = algorithm.SeparateBackup(list, Type.Full);
RestoreSystem newChain = new RestoreSystem();
newChain.AddPoint(pointInfo1);
newChain.AddPoint(pointInfo2);
ICleaningPoints Clean = new CleanByPoints(1);
Clean.Clean(newChain.Points);
Assert.AreEqual(1, newChain.ShowRestorePoints().Count);
Assert.AreEqual(1, newChain.ShowRestorePoints().Count);
}
public void Test3() //Тест на раздельное хранение. Узнаём что все файлы дошли до конца.
{
FileManager newSys = new FileManager();
DateTime date1 = new DateTime(2019, 7, 20, 18, 30, 25);
AbstractFile file1 = new AbstractFile("Test1", 100, date1);
AbstractFile file2 = new AbstractFile("Test2", 100, date1);
newSys.AddFile(file1);
newSys.AddFile(file2);
List <AbstractFile> list = newSys.EndEditing();
StorageAlgorithms algorithm = new StorageAlgorithms();
var pointInfo1 = algorithm.SeparateBackup(list, Type.Full);
RestoreSystem newChain = new RestoreSystem();
newChain.AddPoint(pointInfo1);
List <FileRestoreCopyInfo> restoredFiles = newChain.ShowRestoreFiles(1);
Assert.AreEqual(2, restoredFiles.Count);
}
public void Test4()
{
FileManager newSys = new FileManager();
DateTime date1 = new DateTime(2019, 7, 20, 18, 30, 25);
AbstractFile file1 = new AbstractFile("Test1", 100, date1);
AbstractFile file2 = new AbstractFile("Test2", 100, date1);
newSys.AddFile(file1);
newSys.AddFile(file2);
List <AbstractFile> list = newSys.EndEditing();
StorageAlgorithms algorithm = new StorageAlgorithms();
var pointInfo1 = algorithm.SeparateBackup(list, Type.Full);
RestoreSystem newChain = new RestoreSystem();
newChain.AddPoint(pointInfo1);
List <RestorePoint> restoredFiles = newChain.ShowRestorePoints();
Assert.AreEqual(200, restoredFiles[0].BackupSize);
}
public void Test6()//комбинируем количество и размер (должно выполняться одно из условий )
{
FileManager newSys = new FileManager();
DateTime date1 = new DateTime(2019, 7, 20, 18, 30, 25);
DateTime date2 = new DateTime(2020, 10, 20, 12, 30, 30);
AbstractFile file1 = new AbstractFile("Test1", 100, date1);
AbstractFile file2 = new AbstractFile("Test2", 100, date1);
AbstractFile file3 = new AbstractFile("Test3", 100, date1);
AbstractFile file4 = new AbstractFile("Test1_a", 100, date2);
AbstractFile file5 = new AbstractFile("Test2_a", 100, date2);
AbstractFile file6 = new AbstractFile("Test3_a", 100, date2);
newSys.AddFile(file1);
newSys.AddFile(file2);
newSys.AddFile(file3);
List <AbstractFile> list = newSys.EndEditing();
StorageAlgorithms algorithm = new StorageAlgorithms();
RestoreSystem newChain = new RestoreSystem();
var pointInfo1 = algorithm.SeparateBackup(list, Type.Full);
newChain.AddPoint(pointInfo1);
newSys.DelFile(2);
var pointInfo2 = algorithm.SeparateBackup(list, Type.Incremental);
newChain.AddPoint(pointInfo2);
newSys.DelFile(0);
newSys.DelFile(0);
newSys.AddFile(file4);
newSys.AddFile(file5);
newSys.AddFile(file6);
List <AbstractFile> list1 = newSys.EndEditing();
var pointInfo3 = algorithm.SeparateBackup(list1, Type.Full);
newChain.AddPoint(pointInfo3);
var pointInfo4 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo4);
var pointInfo5 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo5);
var pointInfo6 = algorithm.SeparateBackup(list1, Type.Full);
newChain.AddPoint(pointInfo6);
var pointInfo7 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo7);
var pointInfo8 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo8);
List <ICleaningPoints> Hybrid2 = new List <ICleaningPoints>();
ICleaningPoints cleanByPoints = new CleanByPoints(4);
ICleaningPoints cleanBySize = new CleanBySize(2000);
Hybrid2.Add(cleanBySize);
Hybrid2.Add(cleanByPoints);
ICleaningPoints CleanByOneTerm = new HybridCleanOneTerm(Hybrid2);
CleanByOneTerm.StartClean(newChain.Points);
Assert.AreEqual(6, newChain.ShowRestorePoints().Count);
}
public void Test5()//комбинируем дату и количество (должны выполняться все условия)
{
FileManager newSys = new FileManager();
DateTime date1 = new DateTime(2019, 7, 20, 18, 30, 25);
DateTime date2 = new DateTime(2020, 10, 20, 12, 30, 30);
AbstractFile file1 = new AbstractFile("Test1", 100, date1);
AbstractFile file2 = new AbstractFile("Test2", 100, date1);
AbstractFile file3 = new AbstractFile("Test3", 100, date1);
AbstractFile file4 = new AbstractFile("Test1_a", 100, date2);
AbstractFile file5 = new AbstractFile("Test2_a", 100, date2);
AbstractFile file6 = new AbstractFile("Test3_a", 100, date2);
newSys.AddFile(file1);
newSys.AddFile(file2);
newSys.AddFile(file3);
List <AbstractFile> list = newSys.EndEditing();
StorageAlgorithms algorithm = new StorageAlgorithms();
RestoreSystem newChain = new RestoreSystem();
var pointInfo1 = algorithm.SeparateBackup(list, Type.Full);
newChain.AddPoint(pointInfo1);
newSys.DelFile(2);
var pointInfo2 = algorithm.SeparateBackup(list, Type.Incremental);
newChain.AddPoint(pointInfo2);
newSys.DelFile(0);
newSys.DelFile(0);
newSys.AddFile(file4);
newSys.AddFile(file5);
newSys.AddFile(file6);
List <AbstractFile> list1 = newSys.EndEditing();
Thread.Sleep(5000);
DateTime maxDate = DateTime.Now;
Thread.Sleep(10000);
var pointInfo3 = algorithm.SeparateBackup(list1, Type.Full);
newChain.AddPoint(pointInfo3);
var pointInfo4 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo4);
var pointInfo5 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo5);
var pointInfo6 = algorithm.SeparateBackup(list1, Type.Full);
newChain.AddPoint(pointInfo6);
var pointInfo7 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo7);
var pointInfo8 = algorithm.SeparateBackup(list1, Type.Incremental);
newChain.AddPoint(pointInfo8);
List <ICleaningPoints> Hybrid1 = new List <ICleaningPoints>();
ICleaningPoints cleanByPoints = new CleanByPoints(3);
ICleaningPoints CleanByDate = new CleanByDate(maxDate);
Hybrid1.Add(cleanByPoints);
Hybrid1.Add(CleanByDate);
ICleaningPoints HybrydAllTerm = new HybridCleanAllTerm(Hybrid1);
HybrydAllTerm.StartClean(newChain.Points);
Assert.AreEqual(6, newChain.ShowRestorePoints().Count);
}