public virtual Net.Vpc.Upa.Types.DataTypeTransform CreateSecretTransform(Net.Vpc.Upa.PersistenceUnit pu, Net.Vpc.Upa.Types.DataType source, Net.Vpc.Upa.Types.SecretTransformConfig p)
{
if (p == null)
{
p = new Net.Vpc.Upa.Types.SecretTransformConfig();
}
object s = p.GetSecretStrategy();
if (s == null)
{
s = Net.Vpc.Upa.SecretStrategyType.DEFAULT;
}
if (s is Net.Vpc.Upa.SecretStrategyType)
{
switch (((Net.Vpc.Upa.SecretStrategyType)s))
{
case Net.Vpc.Upa.SecretStrategyType.BASE64:
{
s = Net.Vpc.Upa.Impl.Transform.Base64SecretStrategy.INSTANCE;
break;
}
case Net.Vpc.Upa.SecretStrategyType.DEFAULT:
{
s = new Net.Vpc.Upa.Impl.Transform.DefaultSecretStrategy();
break;
}
default:
{
throw new Net.Vpc.Upa.Exceptions.UPAException("Unsupported", s);
}
}
}
else if (s is string)
{
string ss = (string)s;
if (!Net.Vpc.Upa.Impl.Util.StringUtils.IsNullOrEmpty(ss))
{
s = (Net.Vpc.Upa.SecretStrategy)pu.GetFactory().CreateObject <T>((string)s);
}
else
{
//use default
s = new Net.Vpc.Upa.Impl.Transform.DefaultSecretStrategy();
}
}
else if (s is System.Type)
{
s = (Net.Vpc.Upa.SecretStrategy)pu.GetFactory().CreateObject <object>((System.Type)s);
}
else if (s is Net.Vpc.Upa.SecretStrategy)
{
s = (Net.Vpc.Upa.SecretStrategy)s;
}
else
{
throw new System.ArgumentException("Unsupported SecretStrategy " + s);
}
Net.Vpc.Upa.SecretStrategy st = (Net.Vpc.Upa.SecretStrategy)s;
st.Init(pu, p.GetEncodeKey(), p.GetDecodeKey());
p.SetSecretStrategy(st);
if (!(source is Net.Vpc.Upa.Types.ByteArrayType))
{
Net.Vpc.Upa.Types.DataTypeTransform t = null;
t = CreateByteArrayEncoderTransform(pu, source, null);
Net.Vpc.Upa.Impl.Transform.SecretDataTypeTransform t2 = new Net.Vpc.Upa.Impl.Transform.SecretDataTypeTransform(st, t.GetTargetType(), p.GetSize());
return(t.Chain(t2));
}
return(new Net.Vpc.Upa.Impl.Transform.SecretDataTypeTransform(st, source, p.GetSize()));
}
public virtual Net.Vpc.Upa.Types.DataTypeTransform CreatePasswordTransform(Net.Vpc.Upa.PersistenceUnit pu, Net.Vpc.Upa.Types.DataType source, Net.Vpc.Upa.PasswordTransformConfig p)
{
if (p == null)
{
p = new Net.Vpc.Upa.PasswordTransformConfig();
}
object s = p.GetCipherStrategy();
if (s == null)
{
s = Net.Vpc.Upa.PasswordStrategyType.DEFAULT;
}
if (s is Net.Vpc.Upa.PasswordStrategyType)
{
switch (((Net.Vpc.Upa.PasswordStrategyType)s))
{
case Net.Vpc.Upa.PasswordStrategyType.SHA1:
{
s = Net.Vpc.Upa.Impl.Transform.DefaultPasswordStrategy.SHA1;
break;
}
case Net.Vpc.Upa.PasswordStrategyType.SHA256:
{
s = Net.Vpc.Upa.Impl.Transform.DefaultPasswordStrategy.SHA256;
break;
}
case Net.Vpc.Upa.PasswordStrategyType.MD5:
{
s = Net.Vpc.Upa.Impl.Transform.DefaultPasswordStrategy.MD5;
break;
}
case Net.Vpc.Upa.PasswordStrategyType.DEFAULT:
{
s = Net.Vpc.Upa.Impl.Transform.DefaultPasswordStrategy.MD5;
break;
}
default:
{
throw new System.ArgumentException("Unsupported CipherStrategy " + s);
}
}
}
else if (s is string)
{
if (!Net.Vpc.Upa.Impl.Util.StringUtils.IsNullOrEmpty((string)s))
{
s = (Net.Vpc.Upa.PasswordStrategy)pu.GetFactory().CreateObject <T>((string)s);
}
else
{
s = Net.Vpc.Upa.Impl.Transform.DefaultPasswordStrategy.MD5;
}
}
else if (s is System.Type)
{
s = (Net.Vpc.Upa.PasswordStrategy)pu.GetFactory().CreateObject <object>((System.Type)s);
}
else if (s is Net.Vpc.Upa.PasswordStrategy)
{
s = (Net.Vpc.Upa.PasswordStrategy)s;
}
else
{
throw new System.ArgumentException("Unsupported CipherStrategy " + s);
}
p.SetCipherStrategy((Net.Vpc.Upa.PasswordStrategy)s);
Net.Vpc.Upa.Types.DataTypeTransform t = null;
object cipherValue = p.GetCipherValue();
if (!(source is Net.Vpc.Upa.Types.StringType))
{
t = CreateStringEncoderTransform(pu, source, null);
Net.Vpc.Upa.Impl.Transform.PasswordDataTypeTransform t2 = new Net.Vpc.Upa.Impl.Transform.PasswordDataTypeTransform((Net.Vpc.Upa.PasswordStrategy)p.GetCipherStrategy(), cipherValue, t.GetTargetType());
return(t.Chain(t2));
}
return(new Net.Vpc.Upa.Impl.Transform.PasswordDataTypeTransform((Net.Vpc.Upa.PasswordStrategy)p.GetCipherStrategy(), cipherValue, source));
}