internal LockService(IDiskService disk, CacheService cache, TimeSpan timeout, Logger log)
{
_disk = disk;
_cache = cache;
_log = log;
_timeout = timeout;
}
/// <summary>
/// Initializes a new instance of the <see cref="FileSystemType"/> class.
/// </summary>
/// <param name="fileSystemService">The application layer DiskService.</param>
/// <param name="logger">The NLog logger instance.</param>
public FileSystemType(IDiskService fileSystemService, ILogger logger)
{
this.Field(x => x.Name);
this.Field(x => x.Type);
this.Field(x => x.Total);
this.Field <FileSystemStatusType>()
.Name("Status")
.ResolveAsync(async context =>
{
logger.Debug("File System status field");
return(await fileSystemService.GetLastFileSystemStatusAsync(context.Source.Name));
});
this.Connection <FileSystemStatusType>()
.Name("Statuses")
.Bidirectional()
.ResolveAsync(async context =>
{
logger.Debug("File System statuses connection");
var pagingInput = context.GetPagingInput();
var statuses = await fileSystemService.GetFileSystemStatusesAsync(context.Source.Name, pagingInput);
return(statuses.ToConnection());
});
}
/// <summary>
/// Starts LiteDB database using full parameters
/// </summary>
public LiteDatabase(IDiskService diskService)
{
this.InitializeMapper();
_engine = new Lazy <DbEngine>(
() => new DbEngine(diskService, _log),
false);
}
/// <summary>
/// Starts LiteDB database using full parameters
/// </summary>
public LiteDatabase(IDiskService diskService, ushort version = 0)
{
_engine = new LazyLoad <DbEngine>(
() => new DbEngine(diskService, _log),
() => this.InitializeMapper(),
() => this.UpdateDbVersion(version));
}
/// <summary>
/// Starts LiteDB database using full parameters
/// </summary>
public LiteDatabase(IDiskService diskService)
{
this.InitializeMapper();
_engine = new Lazy<DbEngine>(
() => new DbEngine(diskService, _log),
false);
}
/// <summary>
/// Starts LiteDB database using a custom IDiskService
/// </summary>
public LiteDatabase(IDiskService diskService, BsonMapper mapper = null)
{
LitePlatform.ThrowIfNotInitialized();
_mapper = mapper ?? BsonMapper.Global;
_engine = new LazyLoad <DbEngine>(() => new DbEngine(diskService, _log));
}
public LockService(IDiskService disk, TimeSpan timeout, Logger log)
{
_disk = disk;
_log = log;
_timeout = timeout;
_state = LockState.Unlocked;
}
/// <summary>
/// Starts LiteDB database using full parameters
/// </summary>
public LiteDatabase(IDiskService diskService, ushort version = 0)
{
_engine = new LazyLoad<DbEngine>(
() => new DbEngine(diskService, _log),
() => this.InitializeMapper(),
() => this.UpdateDbVersion(version));
}
//private Logger _log;
public PageService(IDiskService disk, AesEncryption crypto, CacheService cache, Logger log)
{
_disk = disk;
_crypto = crypto;
_cache = cache;
//_log = log;
}
/// <summary>
/// Initializes a new instance of the <see cref="DiskWorker"/> class.
/// </summary>
/// <param name="diskService">The application layer DiskService.</param>
/// <param name="configuration">The IConfiguration instance.</param>
/// <param name="logger">The NLog logger instance.</param>
public DiskWorker(
IDiskService diskService,
IConfiguration configuration,
ILogger logger)
: base(diskService, configuration, logger)
{
}
/// <summary>
/// Initialize LiteEngine using custom disk service implementation and full engine options
/// </summary>
public LiteEngine(IDiskService disk, string password = null, TimeSpan?timeout = null, int cacheSize = 5000, Logger log = null, bool utcDate = false)
{
if (disk == null)
{
throw new ArgumentNullException("disk");
}
_timeout = timeout ?? TimeSpan.FromMinutes(1);
_cacheSize = cacheSize;
_disk = disk;
_log = log ?? new Logger();
_bsonReader = new BsonReader(utcDate);
try
{
// initialize datafile (create) and set log instance
_disk.Initialize(_log, password);
// lock disk (read mode) before read header
var position = _disk.Lock(LockState.Read, _timeout);
var buffer = _disk.ReadPage(0);
_disk.Unlock(LockState.Read, position);
// create header instance from array bytes
var header = BasePage.ReadPage(buffer) as HeaderPage;
// hash password with sha1 or keep as empty byte[20]
var sha1 = password == null ? new byte[20] : AesEncryption.HashSHA1(password);
// compare header password with user password even if not passed password (datafile can have password)
if (sha1.BinaryCompareTo(header.Password) != 0)
{
throw LiteException.DatabaseWrongPassword();
}
// initialize AES encryptor
if (password != null)
{
_crypto = new AesEncryption(password, header.Salt);
}
// initialize all services
this.InitializeServices();
// if header are marked with recovery, do it now
if (header.Recovery)
{
_trans.Recovery();
}
}
catch (Exception)
{
// explicit dispose
this.Dispose();
throw;
}
}
public RepositoryContext(string repositoryDirectory, string remoteRepositoryUrl, Credentials credentials, IGitService gitService, IDiskService diskService)
{
this.RepositoryDirectory = repositoryDirectory;
this.RemoteRepositoryUrl = remoteRepositoryUrl;
this.credentials = credentials;
this.gitService = gitService;
this.diskService = diskService;
}
internal TransactionService(IDiskService disk, PageService pager, CacheService cache)
{
_disk = disk;
_pager = pager;
_cache = cache;
_cache.MarkAsDirtyAction = page => _disk.WriteJournal(page.PageID, page.DiskData);
_cache.DirtyRecicleAction = () => Save();
}
internal TransactionService(IDiskService disk, AesEncryption crypto, PageService pager, int cacheSize, Logger log)
{
_disk = disk;
_crypto = crypto;
_pager = pager;
_cacheSize = cacheSize;
_log = log;
}
internal LockService(IDiskService disk, CacheService cache, TimeSpan timeout, LoggerWrap log)
{
_disk = disk;
_cache = cache;
_log = log;
_timeout = timeout;
_state = LockState.Unlocked;
}
internal TransactionService(IDiskService disk, PageService pager, CacheService cache)
{
_disk = disk;
_pager = pager;
_cache = cache;
_cache.MarkAsDirtyAction = (page) => _disk.WriteJournal(page.PageID, page.DiskData);
_cache.DirtyRecicleAction = () => this.Save();
}
internal TransactionService(IDiskService disk, AesEncryption crypto, PageService pager, int cacheSize, Logger log)
{
_disk = disk;
_crypto = crypto;
_pager = pager;
_cacheSize = cacheSize;
_log = log;
}
protected SynchronizationService(IFileSystem fileSystem, UserDto user, SynchronizationCallbacks callbacks, IDiskService diskServiceClient)
{
_fileSystem = fileSystem;
_user = user;
_callbacks = callbacks;
_lock = _fileSystem.GetReadWriteLock();
_diskService = diskServiceClient;
}
/// <summary>
/// Starts LiteDB database using full parameters
/// </summary>
public LiteDatabase(IDiskService diskService)
{
this.InitializeMapper();
_engine = new LazyLoad <DbEngine>(
() => new DbEngine(diskService, _log),
() => this.InitializeMapper(),
() => this.InitializeDbVersion());
}
public ConfigurationReader(
IDiskService diskService,
IFileValidator fileValidator,
IStringValidator stringValidator)
{
_diskService = diskService;
_fileValidator = fileValidator;
_stringValidator = stringValidator;
}
public EnvWriter(
IDiskService diskService,
IStringValidator stringValidator,
IObjectValidator objectValidator)
{
_diskService = diskService;
_stringValidator = stringValidator;
_objectValidator = objectValidator;
}
public DiskBrowserViewModel(IDiskService diskService, UserDto user)
{
if (diskService == null) throw new ArgumentNullException("diskService");
if (user == null) throw new ArgumentNullException("user");
_disks = new ObservableCollection<DiskDto>(diskService.Disks(user));
SelectItemCommand = new Command(SelectItem, o => SelectedDisk != null);
}
public MasterRepository(IGitHubService gitHubService, IGitService gitService, IDiskService diskService, string dataPath)
{
this.RepositoryDataDirectory = Path.Combine(dataPath, "repositories");
this.TaskRepositoriesDataDirectory = Path.Combine(RepositoryDataDirectory, "tasks");
this.MasterRepositoryDirectory = Path.Combine(this.RepositoryDataDirectory, "master");
this.gitHubService = gitHubService;
this.gitService = gitService;
this.diskService = diskService;
}
public ProductService(IProductRepository productRepository, IDiskService diskServices, IUnitOfWork unitOfWork, ILogServices logService, IOptions <AppSettings> appSettings)
{
_productRepository = productRepository;
_diskServices = diskServices;
_unitOfWork = unitOfWork;
_logService = logService;
_appSettings = appSettings;
}
/// <summary>
/// Starts LiteDB database using a custom IDiskService with all parameters available
/// </summary>
/// <param name="diskService">Custom implementation of persist data layer</param>
/// <param name="mapper">Instance of BsonMapper that map poco classes to document</param>
/// <param name="password">Password to encrypt you datafile</param>
/// <param name="timeout">Locker timeout for concurrent access</param>
/// <param name="cacheSize">Max memory pages used before flush data in Journal file (when available)</param>
/// <param name="log">Custom log implementation</param>
public LiteDatabase(IDiskService diskService, BsonMapper mapper = null, string password = null, TimeSpan?timeout = null, int cacheSize = 5000, Logger log = null)
{
if (diskService == null)
{
throw new ArgumentNullException("diskService");
}
_mapper = mapper ?? BsonMapper.Global;
_engine = new LazyLoad <LiteEngine>(() => new LiteEngine(diskService, password: password, timeout: timeout, cacheSize: cacheSize, log: _log));
}
public ProfileReader(
IDiskService diskService,
IFileValidator fileValidator,
IStringValidator stringValidator,
IObjectValidator objectValidator)
{
_diskService = diskService;
_fileValidator = fileValidator;
_stringValidator = stringValidator;
_objectValidator = objectValidator;
}
public void Init()
{
_validatorsMock = new Mock <IValidators>();
_fileSystemMock = new MockFileSystem(new Dictionary <string, MockFileData>
{
{ ValidFilePath, new MockFileData(FileContent) },
});
_sut = new Environmentalist.Services.DiskService.DiskService(
_fileSystemMock,
_validatorsMock.Object);
}
/// <summary>
/// Reduce disk size re-arranging unused spaces. Can change password. If temporary disk was not provided, use MemoryStream temp disk
/// </summary>
public long Shrink(string password = null, IDiskService temp = null)
{
var originalSize = _disk.FileLength;
// if temp disk are not passed, use memory stream disk
temp = temp ?? new StreamDiskService(new MemoryStream());
using (_locker.Reserved())
using (_locker.Exclusive())
using (var engine = new LiteEngine(temp, password))
{
// read all collection
foreach (var collectionName in this.GetCollectionNames())
{
// first create all user indexes (exclude _id index)
foreach (var index in this.GetIndexes(collectionName).Where(x => x.Field != "_id"))
{
engine.EnsureIndex(collectionName, index.Field, index.Unique);
}
// now copy documents
var docs = this.Find(collectionName, Query.All());
engine.InsertBulk(collectionName, docs);
}
// copy user version
engine.UserVersion = this.UserVersion;
// set current disk size to exact new disk usage
_disk.SetLength(temp.FileLength);
// read new header page to start copy
var header = BasePage.ReadPage(temp.ReadPage(0)) as HeaderPage;
// copy (as is) all pages from temp disk to original disk
for (uint i = 0; i <= header.LastPageID; i++)
{
var page = temp.ReadPage(i);
_disk.WritePage(i, page);
}
// create/destroy crypto class
_crypto = password == null ? null : new AesEncryption(password, header.Salt);
// initialize all services again (crypto can be changed)
this.InitializeServices();
// return how many bytes are reduced
return(originalSize - temp.FileLength);
}
}
/// <summary>
/// Reduce disk size re-arranging unused spaces. Can change password. If temporary disk was not provided, use MemoryStream temp disk
/// </summary>
public long Shrink(string password = null, IDiskService temp = null)
{
var originalSize = _disk.FileLength;
// if temp disk are not passed, use memory stream disk
temp = temp ?? new StreamDiskService(new MemoryStream());
using(_locker.Write())
using (var engine = new LiteEngine(temp, password))
{
// read all collection
foreach (var collectionName in this.GetCollectionNames())
{
// first create all user indexes (exclude _id index)
foreach (var index in this.GetIndexes(collectionName).Where(x => x.Field != "_id"))
{
engine.EnsureIndex(collectionName, index.Field, index.Unique);
}
// copy all docs
engine.Insert(collectionName, this.Find(collectionName, Query.All()));
}
// copy user version
engine.UserVersion = this.UserVersion;
// set current disk size to exact new disk usage
_disk.SetLength(temp.FileLength);
// read new header page to start copy
var header = BasePage.ReadPage(temp.ReadPage(0)) as HeaderPage;
// copy (as is) all pages from temp disk to original disk
for (uint i = 0; i <= header.LastPageID; i++)
{
var page = temp.ReadPage(i);
_disk.WritePage(i, page);
}
// create/destroy crypto class
_crypto = password == null ? null : new AesEncryption(password, header.Salt);
// initialize all services again (crypto can be changed)
this.InitializeServices();
}
// return how many bytes are reduced
return originalSize - temp.FileLength;
}
/// <summary>
/// Initialize LiteEngine using custom disk service implementation and full engine options
/// </summary>
public LiteEngine(IDiskService disk, string password = null, TimeSpan?timeout = null, int cacheSize = 5000, Logger log = null)
{
if (disk == null)
{
throw new ArgumentNullException("disk");
}
_timeout = timeout ?? TimeSpan.FromMinutes(1);
_cacheSize = cacheSize;
_disk = disk;
_log = log ?? new Logger();
try
{
// initialize datafile (create) and set log instance
_disk.Initialize(_log, password);
// read header page
var header = BasePage.ReadPage(_disk.ReadPage(0)) as HeaderPage;
// hash password with sha1 or keep as empty byte[20]
var sha1 = password == null ? new byte[20] : AesEncryption.HashSHA1(password);
// compare header password with user password even if not passed password (datafile can have password)
if (sha1.BinaryCompareTo(header.Password) != 0)
{
throw LiteException.DatabaseWrongPassword();
}
// initialize AES encryptor
if (password != null)
{
_crypto = new AesEncryption(password, header.Salt);
}
// initialize all services
this.InitializeServices();
// try recovery if has journal file
_trans.Recovery();
}
catch (Exception)
{
// explicit dispose
this.Dispose();
throw;
}
}
protected Database(IDiskService service, string password = null, BsonMapper mapper = null)
{
if (mapper == null)
{
mapper = new BsonMapper {
SerializeNullValues = true
};
mapper.UseCamelCase();
}
this.DiskService = service;
this.LiteDatabase = new LiteDatabase(this.DiskService, mapper, password);
// ReSharper disable once VirtualMemberCallInConstructor
this.Initialize();
}
public Pbkdf2Repository(
IPbkdf2Service pbkdF2Service,
IEnvironmentVariableReader environmentVariableReader,
IFileSystem fileSystem,
IDiskService diskService,
IFileValidator fileValidator,
IStringValidator stringValidator,
IObjectValidator objectValidator)
{
_pbkdF2Service = pbkdF2Service;
_environmentVariableReader = environmentVariableReader;
_fileSystem = fileSystem;
_diskService = diskService;
_fileValidator = fileValidator;
_stringValidator = stringValidator;
_objectValidator = objectValidator;
}
/// <summary>
/// Initialize LiteEngine using custom disk service implementation and full engine options
/// </summary>
public LiteEngine(IDiskService disk, string password = null, TimeSpan? timeout = null, bool autocommit = true, int cacheSize = 5000, Logger log = null)
{
_timeout = timeout ?? TimeSpan.FromMinutes(1);
_cacheSize = cacheSize;
_autocommit = autocommit;
_disk = disk;
_log = log ?? new Logger();
_locker = new Locker(_timeout);
// initialize datafile (create) and set log instance
_disk.Initialize(_log, password);
// read header page
var header = BasePage.ReadPage(_disk.ReadPage(0)) as HeaderPage;
// hash password with sha1 or keep as empty byte[20]
var sha1 = password == null ? new byte[20] : AesEncryption.HashSHA1(password);
// compare header password with user password even if not passed password (datafile can have password)
if (sha1.BinaryCompareTo(header.Password) != 0)
{
// explicit dispose
_disk.Dispose();
throw LiteException.DatabaseWrongPassword();
}
// initialize AES encryptor
if (password != null)
{
_crypto = new AesEncryption(password, header.Salt);
}
// initialize all services
this.InitializeServices();
if (_disk.IsJournalEnabled)
{
// try recovery if has journal file
_trans.Recovery();
}
}
public DbEngine(IDiskService disk, Logger log)
{
// initialize disk service and check if database exists
var isNew = disk.Initialize();
// new database? create new datafile
if (isNew)
{
disk.CreateNew();
}
_log = log;
_disk = disk;
// initialize all services
_cache = new CacheService();
_pager = new PageService(_disk, _cache);
_indexer = new IndexService(_pager);
_data = new DataService(_pager);
_collections = new CollectionService(_pager, _indexer, _data);
_transaction = new TransactionService(_disk, _pager, _cache);
}
public DbEngine(IDiskService disk, Logger log)
{
// initialize disk service and check if database exists
var isNew = disk.Initialize();
// new database? just create header page and save it
if (isNew)
{
disk.WritePage(0, new HeaderPage().WritePage());
}
_log = log;
_disk = disk;
// initialize all services
_cache = new CacheService();
_pager = new PageService(_disk, _cache);
_indexer = new IndexService(_pager);
_data = new DataService(_pager);
_collections = new CollectionService(_pager, _indexer, _data);
_transaction = new TransactionService(_disk, _pager, _cache);
// check user verion
}
public SynchronizationServiceMock(IFileSystem fileSystem, UserDto user, SynchronizationCallbacks callbacks, IDiskService diskService)
: base(fileSystem, user, callbacks, diskService)
{
}
public TorLiteDatabase(IDiskService diskService, BsonMapper mapper = null)
: base(diskService, mapper)
{
}
private void Dispose(bool disposing)
{
// If you need thread safety, use a lock around these
// operations, as well as in your methods that use the resource.
if (!disposing) return;
// free managed resources
if (_diskService != null)
{
var service = _diskService as DiskServiceClient;
if (service != null) service.Close();
_diskService = null;
}
}
public PageService(IDiskService disk, /*AesEncryption crypto,*/ Logger log)
{
_disk = disk;
//_crypto = crypto;
_log = log;
}
public MainViewModel(IUnityContainer container)
{
_container = container;
Items = new ObservableCollection<ListItem>();
SearchOption = new SearchOption { CaseSensitive = false, Recursive = true, Keyword = "", Global = false };
OpenVfsCommand = new Command(OpenVfs, p => _manipulator == null);
NewVfsCommand = new Command(NewVfs, p => _manipulator == null);
CloseVfsCommand = new Command(CloseVfs, p => _manipulator != null);
NewFolderCommand = new Command(NewFolder, p => (_manipulator != null));
OpenCommand = new Command(Open, p => (_manipulator != null && p != null));
RenameCommand = new Command(Rename, IsItemSelected);
ImportFileCommand = new Command(ImportFile, p => (_manipulator != null));
ImportFolderCommand = new Command(ImportFolder, p => (_manipulator != null));
ExportCommand = new Command(Export, IsItemSelected);
DeleteCommand = new Command(Delete, IsItemSelected);
MoveCommand = new Command(Move, IsItemSelected);
CopyCommand = new Command(Copy, IsItemSelected);
PasteCommand = new Command(Paste, p => (_manipulator != null && _clipboard.Count > 0));
SearchCommand = new Command(Search, p => (_manipulator != null));
CancelSearchCommand = new Command(CancelSearch, p => (_manipulator != null));
DiskInfoCommand = new Command(DiskInfo, p => (_manipulator != null));
SwitchToVersionCommand = new Command(SwitchToVersion, p => (_manipulator != null));
RollBackToVersionCommand = new Command(RollBackToVersion, p => (_manipulator != null));
SwitchToLatestVersionCommand = new Command(SwitchToLatestVersion, p => (_manipulator != null));
LoginCommand = new Command(Login, p => (_user == null));
LogoutCommand = new Command(Logout, p => (_user != null));
RegisterCommand = new Command(Register, p => (_user == null));
LinkDiskCommand = new Command(LinkDisk, p => (_manipulator == null && _user != null));
SwitchToOnlineModeCommand = new Command(SwitchToOnlineMode, p => (_manipulator != null && _user != null && _synchronization == null));
SwitchToOfflineModeCommand = new Command(SwitchToOfflineMode, p => (_manipulator != null && _user != null && _synchronization != null));
DropCommand = new Command(Drop, null);
_diskService = new DiskServiceClient();
}
public LiteDbModel(IDiskService diskService, BsonMapper mapper = null, string password = null,
TimeSpan?timeout = null, int cacheSize = 5000, Logger log = null) : base(diskService, mapper, password,
timeout, cacheSize, log)
{
AddReferences();
}
public CacheService(IDiskService disk, Logger log)
{
_disk = disk;
_log = log;
}