public StringEncoderDataTypeTransform(Net.Vpc.Upa.Types.StringEncoder stringEncoder, Net.Vpc.Upa.Types.DataType sourceType, int?max, Net.Vpc.Upa.Types.ByteArrayEncoder serializer)
{
this.serializer = serializer;
this.stringEncoder = stringEncoder;
this.sourceType = sourceType;
this.targetType = new Net.Vpc.Upa.Types.StringType(null, 0, max == null ? ((Net.Vpc.Upa.Types.DataType)(255)) : max, sourceType.IsNullable());
}
public virtual object TransformValue(object @value)
{
Net.Vpc.Upa.Types.ByteArrayEncoder ss = byteArrayEncoder;
return(ss.Encode(@value));
}
public ByteArrayEncoderDataTypeTransform(Net.Vpc.Upa.Types.ByteArrayEncoder byteArrayEncoder, Net.Vpc.Upa.Types.DataType sourceType, int?max)
{
this.byteArrayEncoder = byteArrayEncoder;
this.sourceType = sourceType;
this.targetType = new Net.Vpc.Upa.Types.ByteArrayType(null, max == null ? ((Net.Vpc.Upa.Types.DataType)(255)) : max, sourceType.IsNullable());
}
public virtual Net.Vpc.Upa.Types.DataTypeTransform CreateByteArrayEncoderTransform(Net.Vpc.Upa.PersistenceUnit pu, Net.Vpc.Upa.Types.DataType source, Net.Vpc.Upa.Types.ByteArrayEncoderTransformConfig p)
{
if (p == null)
{
p = new Net.Vpc.Upa.Types.ByteArrayEncoderTransformConfig();
}
int baseSize = 0;
Net.Vpc.Upa.Types.ByteArrayEncoder enc = null;
if (source is Net.Vpc.Upa.Types.IntType)
{
enc = Net.Vpc.Upa.Impl.Transform.IntToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.LongType)
{
enc = Net.Vpc.Upa.Impl.Transform.LongToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.DoubleType)
{
enc = Net.Vpc.Upa.Impl.Transform.DoubleToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.FloatType)
{
enc = Net.Vpc.Upa.Impl.Transform.FloatToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.StringType)
{
enc = Net.Vpc.Upa.Impl.Transform.StringToByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.ByteArrayType)
{
enc = null;
baseSize = 255;
Net.Vpc.Upa.Types.EnumType et = (Net.Vpc.Upa.Types.EnumType)source;
enc = new Net.Vpc.Upa.Impl.Transform.EnumToStringByteArrayEncoder(source.GetPlatformType());
//should we
baseSize = 3;
foreach (object @value in et.GetValues())
{
if (@value != null)
{
int cs = (System.Convert.ToString(@value)).Length;
if (cs > baseSize)
{
baseSize = cs;
}
}
}
}
else
{
throw new System.ArgumentException("Unsupported");
}
object postEncoderObject = p.GetEncoder();
Net.Vpc.Upa.Types.ByteArrayEncoder postEncoder = null;
if (postEncoderObject == null)
{
}
else if (postEncoderObject is string)
{
if (!Net.Vpc.Upa.Impl.Util.StringUtils.IsNullOrEmpty((string)postEncoderObject))
{
postEncoder = pu.GetFactory().CreateObject <T>((string)postEncoderObject);
}
}
else if (postEncoderObject is System.Type)
{
postEncoder = (Net.Vpc.Upa.Types.ByteArrayEncoder)pu.GetFactory().CreateObject <object>((System.Type)postEncoderObject);
}
else if (postEncoderObject is Net.Vpc.Upa.Types.ByteArrayEncoder)
{
postEncoder = (Net.Vpc.Upa.Types.ByteArrayEncoder)postEncoderObject;
}
else
{
throw new System.ArgumentException("Unsupported");
}
if (p.GetSize() <= 0)
{
p.SetSize(baseSize);
}
Net.Vpc.Upa.Types.ByteArrayEncoder finalEncoder = null;
if (enc == null)
{
finalEncoder = postEncoder;
}
else if (postEncoder == null)
{
finalEncoder = enc;
}
else
{
finalEncoder = new Net.Vpc.Upa.Impl.Transform.ChainByteArrayEncoder(enc, postEncoder);
}
if (finalEncoder == null)
{
finalEncoder = Net.Vpc.Upa.Impl.Transform.IdentityByteArrayEncoder.INSTANCE;
}
return(new Net.Vpc.Upa.Impl.Transform.ByteArrayEncoderDataTypeTransform(finalEncoder, source, p.GetSize()));
}
public virtual Net.Vpc.Upa.Types.DataTypeTransform CreateStringEncoderTransform(Net.Vpc.Upa.PersistenceUnit pu, Net.Vpc.Upa.Types.DataType source, Net.Vpc.Upa.Types.StringEncoderTransformConfig p)
{
if (p == null)
{
p = new Net.Vpc.Upa.Types.StringEncoderTransformConfig();
}
Net.Vpc.Upa.Types.ByteArrayEncoder toStringEncoder = null;
int baseSize = 0;
object encoderObject = p.GetEncoder();
if (encoderObject == null)
{
encoderObject = Net.Vpc.Upa.Config.StringEncoderType.DEFAULT;
}
if (source is Net.Vpc.Upa.Types.IntType)
{
toStringEncoder = Net.Vpc.Upa.Impl.Transform.IntToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.LongType)
{
toStringEncoder = Net.Vpc.Upa.Impl.Transform.LongToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.DoubleType)
{
toStringEncoder = Net.Vpc.Upa.Impl.Transform.DoubleToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.FloatType)
{
toStringEncoder = Net.Vpc.Upa.Impl.Transform.FloatToStringByteArrayEncoder.INSTANCE;
baseSize = 255;
}
else if (source is Net.Vpc.Upa.Types.ByteArrayType)
{
toStringEncoder = Net.Vpc.Upa.Impl.Transform.IdentityByteArrayEncoder.INSTANCE;
baseSize = ((Net.Vpc.Upa.Types.ByteArrayType)source).GetMaxSize() == null ? ((int)(0)) : (((Net.Vpc.Upa.Types.ByteArrayType)source).GetMaxSize()).Value;
if (encoderObject == Net.Vpc.Upa.Config.StringEncoderType.DEFAULT)
{
encoderObject = Net.Vpc.Upa.Config.StringEncoderType.HEXADECIMAL;
}
}
else if (source is Net.Vpc.Upa.Types.EnumType)
{
Net.Vpc.Upa.Types.EnumType et = (Net.Vpc.Upa.Types.EnumType)source;
toStringEncoder = new Net.Vpc.Upa.Impl.Transform.EnumToStringByteArrayEncoder(source.GetPlatformType());
//should we
baseSize = 3;
foreach (object @value in et.GetValues())
{
if (@value != null)
{
int cs = (System.Convert.ToString(@value)).Length;
if (cs > baseSize)
{
baseSize = cs;
}
}
}
}
else
{
throw new System.ArgumentException("Unsupported");
}
if (baseSize <= 0)
{
baseSize = 255;
}
Net.Vpc.Upa.Types.StringEncoder encoder = null;
if (encoderObject is Net.Vpc.Upa.Config.StringEncoderType)
{
Net.Vpc.Upa.Config.StringEncoderType set = (Net.Vpc.Upa.Config.StringEncoderType)encoderObject;
if (set == Net.Vpc.Upa.Config.StringEncoderType.DEFAULT)
{
set = Net.Vpc.Upa.Config.StringEncoderType.PLAIN;
}
if (set == Net.Vpc.Upa.Config.StringEncoderType.CUSTOM)
{
throw new System.ArgumentException("Unsupported");
}
switch (set)
{
case Net.Vpc.Upa.Config.StringEncoderType.BASE64:
{
encoder = Net.Vpc.Upa.Impl.Transform.Base64Encoder.INSTANCE;
if (p.GetSize() <= 0)
{
p.SetSize(baseSize * 4 / 3 + 2);
}
break;
}
case Net.Vpc.Upa.Config.StringEncoderType.HEXADECIMAL:
{
encoder = Net.Vpc.Upa.Impl.Transform.HexaEncoder.INSTANCE;
if (p.GetSize() <= 0)
{
p.SetSize(baseSize * 2);
}
break;
}
case Net.Vpc.Upa.Config.StringEncoderType.PLAIN:
{
encoder = Net.Vpc.Upa.Impl.Transform.PlainStringEncoder.INSTANCE;
if (p.GetSize() <= 0)
{
p.SetSize(baseSize);
}
break;
}
case Net.Vpc.Upa.Config.StringEncoderType.XML:
{
if (p.GetSize() <= 0)
{
p.SetSize(baseSize);
}
throw new System.ArgumentException("Unsupported yet " + set + " Encoder");
}
case Net.Vpc.Upa.Config.StringEncoderType.JSON:
{
if (p.GetSize() <= 0)
{
p.SetSize(baseSize);
}
throw new System.ArgumentException("Unsupported yet " + set + " Encoder");
}
default:
{
throw new System.ArgumentException("Unsupported yet " + set + " Encoder");
}
}
}
else if (encoderObject is string)
{
return(pu.GetFactory().CreateObject <T>((string)encoderObject));
}
else if (encoderObject is System.Type)
{
return((Net.Vpc.Upa.Types.DataTypeTransform)pu.GetFactory().CreateObject <object>((System.Type)encoderObject));
}
else
{
throw new System.ArgumentException("Unsupported Encoder " + encoderObject);
}
return(new Net.Vpc.Upa.Impl.Transform.StringEncoderDataTypeTransform(encoder, source, p.GetSize(), toStringEncoder));
}
public virtual void SetEncoder(Net.Vpc.Upa.Types.ByteArrayEncoder encoder)
{
SetEncoderObject(encoder);
}
public ChainByteArrayEncoder(Net.Vpc.Upa.Types.ByteArrayEncoder a, Net.Vpc.Upa.Types.ByteArrayEncoder b)
{
this.a = a;
this.b = b;
}