public void SetUp()
{
_fileSystemListener = new FileSystemListener();
_fileSystemListener.FolderSystemChanged += HandleFolderSystemChanged;
_eventArgs = null;
DirectoryUtility.EnsureClearFolder(FolderName);
}
public void SetUp()
{
_fileSystemListener = new FileSystemListener();
_fileSystemListener.FolderSystemChanged += HandleFolderSystemChanged;
_eventArgs = null;
DirectoryUtility.EnsureClearFolder(FolderName);
}
//For test purposes
public CachedFileSystemParser(IFileSystemParser fileSystemParser,
ICacheSerializer cacheSerializer,
IFileSystemListener fileSystemListener,
IRegistryService registryService,
IAsyncFileSystemParser asyncFileSystemParser,
bool appRunOnStartup,
int updatesCountToWrite)
: this(fileSystemParser, cacheSerializer, fileSystemListener, registryService, asyncFileSystemParser, appRunOnStartup)
{
_updatesCountToWrite = updatesCountToWrite;
}
/// <summary>
/// Constructs a FileSystemAdaptee instance from a given root which is used as a base for all future file IO operations and a
/// IFileSystemListener to listen to the changes in the given directory and its subfolders.
/// </summary>
/// <param name="fileSystem">The file system wrapped by the pie file system</param>
/// <param name="listener">The listener to listen to the file system</param>
/// <exception cref="ArgumentException">If one of the arguments was null</exception>
public PieFileSystem(IFileSystem fileSystem, IFileSystemListener listener)
{
// Add the listener to the file system
if (listener == null || fileSystem == null)
{
throw new ArgumentException("Cannot create file system with a null objects");
}
_fileSystem = fileSystem;
AddFileSystemListener(listener);
}
//For test purposes
public CachedFileSystemParser(IFileSystemParser fileSystemParser,
ICacheSerializer cacheSerializer,
IFileSystemListener fileSystemListener,
IRegistryService registryService,
IAsyncFileSystemParser asyncFileSystemParser,
bool appRunOnStartup,
int updatesCountToWrite)
: this(fileSystemParser, cacheSerializer, fileSystemListener, registryService, asyncFileSystemParser, appRunOnStartup)
{
_updatesCountToWrite = updatesCountToWrite;
}
public CachedFileSystemParser(IFileSystemParser fileSystemParser,
ICacheSerializer cacheSerializer,
IFileSystemListener fileSystemListener,
IRegistryService registryService,
IAsyncFileSystemParser asyncFileSystemParser,
bool appRunOnStartup)
{
_cacheSerializer = cacheSerializer;
_fileSystemListener = fileSystemListener;
_registryService = registryService;
_fileSystemParser = fileSystemParser;
_asyncFileSystemParser = asyncFileSystemParser;
_fileSystemFilter = new FileSystemFilter();
Initialize(appRunOnStartup);
}
public CachedFileSystemParser(IFileSystemParser fileSystemParser,
ICacheSerializer cacheSerializer,
IFileSystemListener fileSystemListener,
IRegistryService registryService,
IAsyncFileSystemParser asyncFileSystemParser,
bool appRunOnStartup)
{
_cacheSerializer = cacheSerializer;
_fileSystemListener = fileSystemListener;
_registryService = registryService;
_fileSystemParser = fileSystemParser;
_asyncFileSystemParser = asyncFileSystemParser;
_fileSystemFilter = new FileSystemFilter();
Initialize(appRunOnStartup);
}
public virtual void removeListener(IFileSystemListener listener)
{
if (listener == null)
{
throw new ArgumentNullException("listener");
}
defaultListeners.Remove(listener);
}
public FileSystemParserWithAction(IFileSystemListener fileSystemListener, Action action)
: base(fileSystemListener)
{
_action = action;
_delayInMilliseconds = _action != null ? 200 : 0;
}
public FileSystemParserWithAction(IFileSystemListener fileSystemListener, List<string> foldersToParse)
: base(fileSystemListener, foldersToParse)
{
}
/// <summary>
/// Adds a IFileSystemListener to a given relative path, so every event on the path and every sub-paths are served to the
/// IFileSystemListener.
/// </summary>
/// <param name="listener">The listener that defines the callback events for the file system.</param>
protected void AddFileSystemListener(IFileSystemListener listener)
{
// Add the file system watcher for a directory and its subdirectories
// AKA Sauron
Watcher = new FileSystemWatcher(GetFileSystemRoot())
{
EnableRaisingEvents = true,
IncludeSubdirectories = true
};
// Add the callback functions
Watcher.Changed += ((o, e) => listener.OnChanged(e.FullPath + ((IsDirectory(GetRelativePath(e.FullPath)) && !e.FullPath.EndsWith(FileSystem.PathSeparator)) ? FileSystem.PathSeparator : String.Empty)));
Watcher.Created += ((o, e) => listener.OnCreated(e.FullPath + ((IsDirectory(GetRelativePath(e.FullPath)) && !e.FullPath.EndsWith(FileSystem.PathSeparator)) ? FileSystem.PathSeparator : String.Empty)));
Watcher.Deleted += ((o, e) => listener.OnDeleted(e.FullPath + ((IsDirectory(GetRelativePath(e.FullPath)) && !e.FullPath.EndsWith(FileSystem.PathSeparator)) ? FileSystem.PathSeparator : String.Empty)));
Watcher.Renamed += ((o, e) => listener.OnRenamed(e.OldFullPath + ((IsDirectory(GetRelativePath(e.FullPath)) && !e.OldFullPath.EndsWith(FileSystem.PathSeparator)) ? FileSystem.PathSeparator : String.Empty), e.FullPath + ((IsDirectory(GetRelativePath(e.FullPath)) && !e.FullPath.EndsWith(FileSystem.PathSeparator)) ? FileSystem.PathSeparator : String.Empty)));
}
public FileSystemParser(IFileSystemListener fileSystemListener, List <string> foldersToParse)
{
_fileSystemListener = fileSystemListener;
FoldersToParse = foldersToParse;
}
public FileSystemParser(IFileSystemListener fileSystemListener)
{
_fileSystemListener = fileSystemListener;
}
public FileSystemParserWithAction(IFileSystemListener fileSystemListener, Action action)
: base(fileSystemListener)
{
_action = action;
_delayInMilliseconds = _action != null ? 200 : 0;
}
public FileSystemParserWithAction(IFileSystemListener fileSystemListener, List <string> foldersToParse) : base(fileSystemListener, foldersToParse)
{
}
