public void Dispose_CacheOnDiskAndCacheIsNotUpToDateAndParsingNotFinished_CacheIsSerializedAsInactive()
{
//Set up parsing delay at 1 minute, so it asynchronous parsing will not have been finished when creating folders
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 60);
DateTime oldDateTime = DateTime.Now.AddDays(-1);
SetUpCache(oldDateTime);
CreateCachedParser();
//Wait while async parsing is finished
Thread.Sleep(200);
_cachedFileSystemParser.Dispose();
FileSystemCache updatedCache = _serializer.DeserializeCache();
Assert.That(oldDateTime - updatedCache.LastFullScanTime, Is.LessThan(new TimeSpan(0, 0, 2)));
Assert.That(GetFileSystemItemNames(updatedCache), Is.EquivalentTo(new List <string> {
"Cache1", "Cache2"
}));
}
public void GetSubFolders_CacheOnDiskAndCacheIsNotUpToDateAndFileSystemUpdatedEnoughTimesAfterParsing_CacheIsSerializedAsActive()
{
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 0);
SetUpInactiveCache();
_updatesCountToWrite = 1;
CreateCachedParser();
//Wait while async parsing is finished
Thread.Sleep(200);
Directory.CreateDirectory("Folder\\Temp2");
Directory.CreateDirectory("Folder\\Temp3");
//Wait while folder creation is handled
Thread.Sleep(200);
FileSystemCache updatedCache = _serializer.DeserializeCache();
//Updated cache is close to oldDateTime
Assert.That(DateTime.Now - updatedCache.LastFullScanTime, Is.LessThan(new TimeSpan(0, 0, 2)));
Assert.That(GetFileSystemItemNames(updatedCache), Is.EquivalentTo(new List <string> {
"Folder", "Temp", "Temp2", "Temp3"
}));
}
public void GetSubFolders_CacheOnDiskExistsAndIsNotUpToDateAndFilterUpdatedWhileParsing_ParsedItemsReturnedAfterParsingFilteredCorrectly()
{
//Set up parsing delay at 1 minute, so it asynchronous parsing will not have been finished when calling GetSubFolders
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 0);
SetUpInactiveCache();
CreateCachedParser();
//Wait until parsing is finished
Thread.Sleep(200);
_cachedFileSystemParser.ExcludeFolderTemplates = new List <string> {
"Temp"
};
List <FileSystemItem> subfolders = _cachedFileSystemParser.GetSubFolders();
Assert.That(subfolders.Count, Is.EqualTo(1));
Assert.That(subfolders[0].Name, Is.EqualTo("Folder"));
_cachedFileSystemParser.FoldersToParse = new List <string> {
"Folder\\Temp\\"
};
subfolders = _cachedFileSystemParser.GetSubFolders();
Assert.That(subfolders.Count, Is.EqualTo(0));
}
public void GetSubFolders_CacheOnDiskAndCacheIsNotUpToDateAndFileSystemUpdatedEnoughTimesWhileParsing_CacheIsSerializedAsInactive()
{
//Set up parsing delay at 1 minute, so it asynchronous parsing will not have been finished when creating folders
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 60);
DateTime oldDateTime = DateTime.Now.AddDays(-1);
SetUpCache(oldDateTime);
_updatesCountToWrite = 1;
CreateCachedParser();
Directory.CreateDirectory("Folder\\Temp2");
Directory.CreateDirectory("Folder\\Temp3");
Thread.Sleep(200);
FileSystemCache updatedCache = _serializer.DeserializeCache();
//Updated cache is close to oldDateTime
Assert.That(oldDateTime - updatedCache.LastFullScanTime, Is.LessThan(new TimeSpan(0, 0, 2)));
Assert.That(GetFileSystemItemNames(updatedCache), Is.EquivalentTo(new List <string> {
"Cache1", "Cache2", "Temp2", "Temp3"
}));
}
public void GetSubFolders_CacheOnDiskExistsAndIsNotUpToDateAndFileSystemUpdatedWhileParsing_ParsedItemsReturnedAfterParsingContainUpdate()
{
FileSystemParserWithAction parser = new FileSystemParserWithAction(new FileSystemListener(), new List <string> {
FolderName
});
parser.Action = (() => Directory.CreateDirectory(FolderName + "\\Temp2"));
parser.DelayInMilliseconds = 200;
_asyncParser = new AsyncFileSystemParser(parser, 0);
SetUpInactiveCache();
_fileSystemParser.Action = (() => Directory.CreateDirectory(FolderName + "\\Temp2"));
CreateCachedParser();
//To wait for folder creation
Thread.Sleep(400);
List <FileSystemItem> subfolders = _cachedFileSystemParser.GetSubFolders();
List <string> expectedSubfolderNames = new List <string> {
"Folder", "Temp", "Temp2"
};
Assert.That(GetFileSystemItemNames(subfolders), Is.EquivalentTo(expectedSubfolderNames));
}
public void GetSubFolders_CacheOnDiskExistsAndIsNotUpToDate_CachedItemsReturnedBeforeParsing()
{
//Set up parsing delay at 1 minute, so it asynchronous parsing will not have been finished when calling GetSubFolders
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 60);
SetUpInactiveCache();
CreateCachedParser();
List <FileSystemItem> subfolders = _cachedFileSystemParser.GetSubFolders();
Assert.That(GetFileSystemItemNames(subfolders), Is.EquivalentTo(new List <string> {
"Cache1", "Cache2"
}));
}
public void Dispose_CacheOnDiskAndCacheIsNotUpToDateAndParsingFinished_CacheIsSerializedAsActive()
{
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 0);
SetUpInactiveCache();
CreateCachedParser();
//Wait while async parsing is finished
Thread.Sleep(200);
_cachedFileSystemParser.Dispose();
FileSystemCache updatedCache = _serializer.DeserializeCache();
Assert.That(DateTime.Now - updatedCache.LastFullScanTime, Is.LessThan(new TimeSpan(0, 0, 2)));
Assert.That(GetFileSystemItemNames(updatedCache), Is.EquivalentTo(new List <string> {
"Folder", "Temp"
}));
}
public void SetUp()
{
_listener = new FileSystemListener();
_serializer = new CacheSerializer(TempFileName);
//Don't use the same listener for parser and cached file parser, as they will operate on different threads
_fileSystemParser = new FileSystemParserWithAction(new FileSystemListener(), new List <string> {
FolderName
});
_registryService = new FakeRegistryService();
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}));
_appRunOnStartup = true;
_updatesCountToWrite = -1;
DirectoryUtility.EnsureClearFolder(FolderName);
if (Directory.Exists(FolderName))
{
DeleteFolder();
}
Directory.CreateDirectory(FolderName);
}
public void GetSubFolders_CacheOnDiskExistsAndIsNotUpToDate_ParsedItemsReturned()
{
//Start asynchronous parsing at once
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 0);
SetUpInactiveCache();
CreateCachedParser();
//To wait for asynchronous parsing
Thread.Sleep(200);
List <FileSystemItem> subfolders = _cachedFileSystemParser.GetSubFolders();
Assert.That(subfolders.Count, Is.EqualTo(2));
List <string> expectedSubfolderNames = new List <string> {
"Folder", "Temp"
};
Assert.That(GetFileSystemItemNames(subfolders), Is.EquivalentTo(expectedSubfolderNames));
}
public void GetSubFolders_CacheOnDiskExistsAndIsNotUpToDate_CacheSerializedAsActiveAfterParsing()
{
//Start asynchronous parsing at once
_asyncParser = new AsyncFileSystemParser(new FileSystemParser(new FileSystemListener(), new List <string> {
FolderName
}), 0);
SetUpInactiveCache();
CreateCachedParser();
//To wait for asynchronous parsing
Thread.Sleep(200);
FileSystemCache updatedCache = _serializer.DeserializeCache();
//Updated cache is not older than 2 seconds
Assert.That(DateTime.Now - updatedCache.LastFullScanTime, Is.LessThan(new TimeSpan(0, 0, 2)));
List <string> expectedSubfolderNames = new List <string> {
"Folder", "Temp"
};
Assert.That(GetFileSystemItemNames(updatedCache), Is.EquivalentTo(expectedSubfolderNames));
}