public static void LogMsg(IConfiguration config, int code, string msg)
{
Config4Impl c4i = (Config4Impl)config;
if (c4i.MessageLevel() > Const4.None)
{
new MessageOutput(msg, code, c4i.OutStream());
}
}
public void TestCSAliases()
{
Config4Impl config = new Config4Impl();
JavaSupport javaSupport = new JavaSupport();
javaSupport.Prepare(config);
string resolvedName = config.ResolveAliasRuntimeName(UnversionedNameFor(typeof(ClassInfo)));
Assert.AreEqual("com.db4o.cs.internal.ClassInfo", resolvedName);
}
/// <exception cref="Db4objects.Db4o.Ext.OldFormatException"></exception>
public static IEmbeddedObjectContainer OpenObjectContainer(IEmbeddedConfiguration
config, string databaseFileName)
{
IConfiguration legacyConfig = Db4oLegacyConfigurationBridge.AsLegacy(config);
Config4Impl.AssertIsNotTainted(legacyConfig);
EmitDebugInfo();
IEmbeddedObjectContainer oc = new IoAdaptedObjectContainer(legacyConfig, databaseFileName
);
((EmbeddedConfigurationImpl)config).ApplyConfigurationItems(oc);
Db4objects.Db4o.Internal.Messages.LogMsg(legacyConfig, 5, databaseFileName);
return(oc);
}
internal void InitEncryption(Config4Impl a_config)
{
if (a_config.Encrypt() && a_config.Password() != null && a_config.Password().Length
> 0)
{
i_encrypt = true;
i_encryptor = new byte[a_config.Password().Length];
for (int i = 0; i < i_encryptor.Length; i++)
{
i_encryptor[i] = (byte)(a_config.Password()[i] & unchecked ((int)(0xff)));
}
i_lastEncryptorByte = a_config.Password().Length - 1;
return;
}
OldEncryptionOff();
}
/// <exception cref="Db4objects.Db4o.Ext.OldFormatException"></exception>
/// <exception cref="Db4objects.Db4o.Ext.DatabaseReadOnlyException"></exception>
protected sealed override void OpenImpl()
{
Config4Impl configImpl = ConfigImpl;
IStorage storage = configImpl.Storage;
bool isNew = !storage.Exists(FileName());
if (isNew)
{
LogMsg(14, FileName());
CheckReadOnly();
_handlers.OldEncryptionOff();
}
bool readOnly = configImpl.IsReadOnly();
bool lockFile = Debug4.lockFile && configImpl.LockFile() && (!readOnly);
if (NeedsLockFileThread())
{
IBin fileBin = storage.Open(new BinConfiguration(FileName(), false, 0, false, configImpl
.BlockSize()));
IBin synchronizedBin = new SynchronizedBin(fileBin);
_file = new BlockAwareBin(synchronizedBin);
}
else
{
IBin bin = storage.Open(new BinConfiguration(FileName(), lockFile, 0, readOnly, configImpl
.BlockSize()));
if (configImpl.AsynchronousSync())
{
bin = new ThreadedSyncBin(bin);
}
_file = new BlockAwareBin(bin);
}
if (isNew)
{
ConfigureNewFile();
if (configImpl.ReservedStorageSpace() > 0)
{
Reserve(configImpl.ReservedStorageSpace());
}
CommitTransaction();
WriteHeader(true, false);
}
else
{
ReadThis();
}
}
public object DeepClone(object param)
{
Config4Impl ret = new Config4Impl();
Config4Impl.ConfigDeepCloneContext context = new Config4Impl.ConfigDeepCloneContext
(this, ret);
ret._config = (KeySpecHashtable4)_config.DeepClone(context);
ret._internStrings = _internStrings;
ret._messageLevel = _messageLevel;
ret._readOnly = _readOnly;
if (_registeredTypeHandlers != null)
{
ret._registeredTypeHandlers = (Collection4)_registeredTypeHandlers.DeepClone(context
);
}
return(ret);
}
public TypeHandlerConfiguration(Config4Impl config)
{
_config = config;
}
public TypeHandlerConfiguration(Config4Impl config)
{
_config = config;
}
public object DeepClone(object param)
{
Config4Impl ret = new Config4Impl();
Config4Impl.ConfigDeepCloneContext context = new Config4Impl.ConfigDeepCloneContext
(this, ret);
ret._config = (KeySpecHashtable4)_config.DeepClone(context);
ret._internStrings = _internStrings;
ret._messageLevel = _messageLevel;
ret._readOnly = _readOnly;
if (_registeredTypeHandlers != null)
{
ret._registeredTypeHandlers = (Collection4)_registeredTypeHandlers.DeepClone(context
);
}
return ret;
}
private void InitializeReferenceSystemFactory(Config4Impl config)
{
_referenceSystemFactory = config.ReferenceSystemFactory();
}
public TypeHandlerConfigurationDotNet(Config4Impl config) : base(config)
{
ListTypeHandler(new CollectionTypeHandler());
MapTypeHandler(new MapTypeHandler());
}
private IEnvironment CreateEnvironment(Config4Impl config)
{
ArrayList bindings = new ArrayList();
Sharpen.Collections.AddAll(bindings, config.EnvironmentContributions());
bindings.Add(this);
// my(ObjectContainer.class)
bindings.Add(config);
// my(Configuration.class)
return Environments.NewConventionBasedEnvironment(Sharpen.Collections.ToArray(bindings
));
}
internal virtual void Rename(Config4Impl config)
{
bool renamedOne = false;
if (config.Rename() != null)
{
renamedOne = ApplyRenames(config);
}
_classCollection.CheckChanges();
if (renamedOne)
{
Reboot();
}
}
public ConfigDeepCloneContext(Config4Impl orig, Config4Impl cloned)
{
_orig = orig;
_cloned = cloned;
}
// TODO: consider setting default to 8, it's more efficient with freespace.
public object Evaluate()
{
return(Config4Impl.DefaultClientServerFactory());
}
protected override bool ApplyRenames(Config4Impl config)
{
LogMsg(58, null);
return false;
}
public CommonConfigurationImpl(Config4Impl config)
{
_config = config;
}
public virtual object DeepClone(object param)
{
Config4Impl parentConfig = ((Config4Impl.ConfigDeepCloneContext)param)._cloned;
return(new Db4objects.Db4o.Internal.Config4Class(parentConfig, _config));
}
protected Config4Class(Config4Impl configuration, KeySpecHashtable4 config) : base
(config)
{
_configImpl = configuration;
}
internal Config4Class(Config4Impl a_configuration, string a_name)
{
_configImpl = a_configuration;
SetName(a_name);
}
public TypeHandlerConfigurationDotNet(Config4Impl config) : base(config)
{
ListTypeHandler(new CollectionTypeHandler());
MapTypeHandler(new MapTypeHandler());
}
protected override long MaximumDatabaseFileSize(Config4Impl configImpl)
{
return(int.MaxValue);
}
protected virtual long MaximumDatabaseFileSize(Config4Impl configImpl)
{
return(configImpl.MaximumDatabaseFileSize());
}
public IdSystemConfigurationImpl(Config4Impl config)
{
_config = config;
}
internal void InitEncryption(Config4Impl a_config)
{
if (a_config.Encrypt() && a_config.Password() != null && a_config.Password().Length
> 0)
{
i_encrypt = true;
i_encryptor = new byte[a_config.Password().Length];
for (int i = 0; i < i_encryptor.Length; i++)
{
i_encryptor[i] = (byte)(a_config.Password()[i] & unchecked((int)(0xff)));
}
i_lastEncryptorByte = a_config.Password().Length - 1;
return;
}
OldEncryptionOff();
}
public override void Configure(Config4Impl config)
{
Db4oLegacyConfigurationBridge.AsIdSystemConfiguration(config).UsePointerBasedSystem
();
}
public override void Configure(Config4Impl config)
{
Db4oLegacyConfigurationBridge.AsIdSystemConfiguration(config).UseInMemorySystem();
}
public abstract void Configure(Config4Impl config);
protected ObjectContainerBase(IConfiguration config)
{
// Collection of all classes
// if (_classCollection == null) the engine is down.
// the Configuration context for this ObjectContainer
// Counts the number of toplevel calls into YapStream
// currently used to resolve self-linking concurrency problems
// in cylic links, stores only ClassMetadata objects
// a value greater than 0 indicates class implementing the
// "Internal" interface are visible in queries and can
// be used.
// used for ClassMetadata and ClassMetadataRepository
// may be parent or equal to i_trans
// used for Objects
// all the per-YapStream references that we don't
// want created in YapobjectCarrier
// One of three constants in ReplicationHandler: NONE, OLD, NEW
// Detailed replication variables are stored in i_handlers.
// Call state has to be maintained here, so YapObjectCarrier (who shares i_handlers) does
// not accidentally think it operates in a replication call.
// weak reference management
_lock = new object();
_config = (Config4Impl)config;
_environment = CreateEnvironment(_config);
_maxStackDepth = _config.MaxStackDepth();
}
public override void Configure(Config4Impl config)
{
// config.freespace().useRamSystem();
config.Freespace().UseBTreeSystem();
}
protected virtual void Initialize1(IConfiguration config)
{
_config = InitializeConfig(config);
_handlers = new HandlerRegistry(this, ConfigImpl.Encoding(), ConfigImpl.Reflector
());
if (_references != null)
{
Gc();
_references.Stop();
}
_references = WeakReferenceSupportFactory.ForObjectContainer(this);
if (HasShutDownHook())
{
Platform4.AddShutDownHook(this);
}
_handlers.InitEncryption(ConfigImpl);
_stillToSet = null;
}
public override void Configure(Config4Impl config)
{
Db4oLegacyConfigurationBridge.AsIdSystemConfiguration(config).UseStackedBTreeSystem
();
}
protected virtual bool ApplyRenames(Config4Impl config)
{
bool renamed = false;
IEnumerator i = config.Rename().GetEnumerator();
while (i.MoveNext())
{
Rename ren = (Rename)i.Current;
if (AlreadyApplied(ren))
{
continue;
}
if (ApplyRename(ren))
{
renamed = true;
}
}
return renamed;
}
public override void Configure(Config4Impl config)
{
config.Freespace().UseRamSystem();
}
private int Frequency(Config4Impl config)
{
return Math.Min(config.TimeoutClientSocket(), config.TimeoutServerSocket()) / 4;
}
public CacheConfigurationImpl(Config4Impl config)
{
_config = config;
}
public ClassInfoHelper(Config4Impl config)
{
_config = config;
}
public ReflectorConfigurationImpl(Config4Impl config)
{
_config = config;
}
public ConfigDeepCloneContext(Config4Impl orig, Config4Impl cloned)
{
_orig = orig;
_cloned = cloned;
}
public ServerConfigurationImpl(Config4Impl config) : base(config)
{
}
public FileConfigurationImpl(Config4Impl config)
{
_config = config;
}
private Config4Impl PrepareConfig(Config4Impl originalConfig, IStorage storage, bool
readOnly)
{
Config4Impl sourceConfig = (Config4Impl)originalConfig.DeepClone(null);
sourceConfig.WeakReferences(false);
sourceConfig.Storage = storage;
sourceConfig.ReadOnly(readOnly);
return sourceConfig;
}
internal static void GetDefaultConfiguration(Config4Impl config)
{
if (IsCompact())
{
config.SingleThreadedClient(true);
}
Translate(config, typeof(Delegate), new TNull());
Translate(config, typeof(Type), new TType()); // TODO: unnecessary?
Translate(config, typeof(Type).GetType(), new TType());
#if !CF && !SILVERLIGHT
if (IsMono())
{
Translate(config, new Exception(), new TSerializable());
}
#endif
#if !SILVERLIGHT
Translate(config, new ArrayList(), new TList());
Translate(config, new Hashtable(), new TDictionary());
Translate(config, new Queue(), new TQueue());
Translate(config, new Stack(), new TStack());
#endif
Translate(config, CultureInfo.InvariantCulture, new TCultureInfo());
if (!IsCompact())
{
Translate(config, "System.Collections.SortedList, mscorlib", new TDictionary());
}
new TypeHandlerConfigurationDotNet(config).Apply();
config.ObjectClass(typeof (ActivatableBase)).Indexed(false);
}
public NetworkingConfigurationProviderImpl(Config4Impl config)
{
_networking = new NetworkingConfigurationImpl(config);
}
public EmbeddedConfigurationImpl(IConfiguration legacy)
{
_legacy = (Config4Impl)legacy;
}
internal LocalObjectContainer(IConfiguration config) : base(config)
{
Config4Impl configImpl = (Config4Impl)config;
_maximumDatabaseFileSize = MaximumDatabaseFileSize(configImpl);
}