MergeIntoBean(ConfigurationPropertiesImpl properties,
Configuration config)
{
SafeType <Configuration> configType =
SafeType <Configuration> .Get(config);
IDictionary <string, PropertyInfo> descriptors =
GetFilteredProperties(configType);
foreach (ConfigurationPropertyImpl property in properties.Properties)
{
String name = property.Name;
PropertyInfo desc =
CollectionUtil.GetValue(descriptors, name, null);
if (desc == null)
{
String FMT =
"Class ''{0}'' does not have a property ''{1}''.";
String MSG = String.Format(FMT,
configType.RawType.Name,
name);
throw new ArgumentException(MSG);
}
object val = property.Value;
//some value types such as arrays
//are mutable. make sure the config object
//has its own copy
val = SerializerUtil.CloneObject(val);
desc.SetValue(config, val, null);
}
}
public APIConfiguration CreateDefaultAPIConfiguration()
{
APIConfigurationImpl rv =
(APIConfigurationImpl)
SerializerUtil.CloneObject(_defaultAPIConfiguration);
rv.ConnectorInfo = this;
return(rv);
}
/// <summary>
/// Builds up the maps of supported operations and calls.
/// </summary>
public AbstractConnectorFacade(APIConfigurationImpl configuration)
{
Assertions.NullCheck(configuration, "configuration");
//clone in case application tries to modify
//after the fact. this is necessary to
//ensure thread-safety of a ConnectorFacade
//also, configuration is used as a key in the
//pool, so it is important that it not be modified.
_configuration = (APIConfigurationImpl)SerializerUtil.CloneObject(configuration);
//parent ref not included in the clone
_configuration.ConnectorInfo = (configuration.ConnectorInfo);
}
/// <summary>
/// Create a new ObjectPool
/// </summary>
/// <param name="handler">Handler for objects</param>
/// <param name="config">Configuration for the pool</param>
public ObjectPool(ObjectPoolHandler <T> handler,
ObjectPoolConfiguration config)
{
Assertions.NullCheck(handler, "handler");
Assertions.NullCheck(config, "config");
_handler = handler;
//clone it
_config =
(ObjectPoolConfiguration)SerializerUtil.CloneObject(config);
//validate it
_config.Validate();
}
public void TestRange()
{
for (byte i = 0; i < 0xFF; i++)
{
byte expected = i;
GuardedByteArray gba = new GuardedByteArray();
gba = (GuardedByteArray)SerializerUtil.CloneObject(gba);
gba.AppendByte(i);
gba.Access(new GuardedByteArray.LambdaAccessor(clearChars =>
{
int v = (byte)clearChars[0];
Assert.AreEqual(expected, v);
}));
}
}
/// <summary>
/// Derives another RemoteConnectorInfoManagerImpl with
/// a different RemoteFrameworkConnectionInfo but with the
/// same metadata
/// </summary>
/// <param name="info"></param>
public RemoteConnectorInfoManagerImpl Derive(RemoteFrameworkConnectionInfo info)
{
RemoteConnectorInfoManagerImpl rv = new RemoteConnectorInfoManagerImpl();
IList <Object> remoteInfosObj =
(IList <Object>)SerializerUtil.CloneObject(_connectorInfo);
IList <ConnectorInfo> remoteInfos =
CollectionUtil.NewList <object, ConnectorInfo>(remoteInfosObj);
foreach (ConnectorInfo remoteInfo in remoteInfos)
{
((RemoteConnectorInfoImpl)remoteInfo).RemoteConnectionInfo = (info);
}
rv._connectorInfo =
CollectionUtil.AsReadOnlyList(remoteInfos);
return(rv);
}
public void TestUnicode()
{
for (int i = 0; i < 0xFFFF; i++)
{
int expected = i;
char c = (char)i;
GuardedString gs = new GuardedString();
gs = (GuardedString)SerializerUtil.CloneObject(gs);
gs.AppendChar(c);
gs.Access(clearChars =>
{
int v = (int)clearChars[0];
Assert.AreEqual(expected, v);
});
}
}
protected virtual Object CloneObject(Object o)
{
return(SerializerUtil.CloneObject(o));
}