/**
* Converts a field type into a C# field type name string.
*/
public static string ToCSharpType(IFieldType fieldType)
{
if (fieldType is PrimitiveFieldType)
{
PrimitiveFieldType primitiveFieldType = (PrimitiveFieldType)fieldType;
return(ToCSharpPrimitiveType(primitiveFieldType.PrimitiveType));
}
else if (fieldType is ReferenceFieldType)
{
ReferenceFieldType referenceFieldType = (ReferenceFieldType)fieldType;
if (referenceFieldType.Referrable is PatternBufferEnum)
{
return(ToCSharpName(((ReferenceFieldType)fieldType).ReferrableName));
}
else
{
return(ToCSharpName(((ReferenceFieldType)fieldType).ReferrableName));
}
}
else if (fieldType is ListFieldType)
{
return("List<" + ToCSharpType(((ListFieldType)fieldType).ElementType) + ">");
}
else if (fieldType is SetFieldType)
{
return("HashSet<" + ToCSharpType(((SetFieldType)fieldType).ElementType) + ">");
}
else if (fieldType is MapFieldType)
{
return("Dictionary<" + ToCSharpType(((MapFieldType)fieldType).KeyType) + "," + ToCSharpType(((MapFieldType)fieldType).ValueType) + ">");
}
return("WHATEVS");
}
/**
* Appends C# code to serialize a C# list into bytes.
*/
public static void AppendSerializerWriteCollection(ref string code, string fieldName, IFieldType elementType, string subfieldName, string schemaObjectTypeName)
{
string subfield = "";
if (subfieldName != null)
{
subfield = "." + subfieldName;
}
// Deal with list lengths
string targetList = "o." + fieldName + subfield;
code += " if (o." + fieldName + " == null || " + targetList + " == null || " + targetList + ".Count == 0) {\r\n";
PBP.AppendWriteByte(ref code, "0");
code += " }\r\n";
code += " else { \r\n";
PBP.AppendWriteVUInt16(ref code, targetList + ".Count");
if (elementType is PrimitiveFieldType)
{
PrimitiveFieldType primitiveFieldType = (PrimitiveFieldType)elementType;
code += " foreach (" + PB.ToCSharpType(primitiveFieldType) + " primitive in " + targetList + ") {\r\n";
PBP.AppendWritePrimitive(ref code, "primitive", primitiveFieldType.PrimitiveType);
code += " }\r\n";
}
else if (elementType is ReferenceFieldType)
{
ReferenceFieldType referenceFieldType = (ReferenceFieldType)elementType;
// list<enum>
if (referenceFieldType.Referrable is PatternBufferEnum)
{
PatternBufferEnum patternBufferEnum = (PatternBufferEnum)referenceFieldType.Referrable;
code += " foreach (" + PB.ToCSharpName(patternBufferEnum.Name) + " enumValue in " + targetList + ") {\r\n";
PBP.AppendWriteByte(ref code, "enumValueIndexMap[\"" + referenceFieldType.ReferrableName + "\"][enumValue.ToString()];\r\n");
code += " }\r\n";
}
// list<something>
else if (referenceFieldType.Referrable is PatternBufferType)
{
PatternBufferType patternBufferType = (PatternBufferType)referenceFieldType.Referrable;
// All objects in the list are the same type; do not write type IDs for each item
if (patternBufferType.IsFinal)
{
code += " foreach (" + PB.ToCSharpName(patternBufferType.Name) + " finalObject in " + targetList + ") {\r\n";
code += " Energize(finalObject, bytes, ref index, false);\r\n";
code += " }\r\n";
}
// The objects in the list may be of different types; write the type ID for each item
else
{
code += " foreach (" + schemaObjectTypeName + " abstractObject in " + targetList + ") {\r\n";
code += " Energize((" + schemaObjectTypeName + ")abstractObject, bytes, ref index, true);\r\n";
code += " }\r\n";
}
}
else
{
// what
}
}
code += " }\r\n";
}
/**
* Appends C# code to read a collection of serialized objects into the appropriate collection type.
*/
public static void AppendSerializerReadCollection(ref string code, string fieldName, IFieldType elementType, string collectionTypeName, string subfieldName)
{
// Read the list item count
code += " // Read list item count\r\n";
string countFieldName = PB.CreateRandomFieldName("count");
code += " ushort " + countFieldName + ";\r\n";
PBP.AppendReadVUInt16(ref code, countFieldName);
// Continue if the bytes indicate more than zero items.
code += " // Read list items\r\n";
code += " if (" + countFieldName + " > 0) {\r\n";
// The element size is constant if:
// 1) It's a primitive field
// 2) It's not a variant primitive
// 3) It's not a string
// Serialize constant-sized primitives
if ((elementType is PrimitiveFieldType))
{
PrimitiveFieldType primitiveFieldType = (PrimitiveFieldType)elementType;
string cappedElementName = PB.ToCapitalizedCSharpType(primitiveFieldType);
code += " " + fieldName + " = this.instantiator.Acquire" + collectionTypeName + "Of" + cappedElementName + "();\r\n";
string tempFieldName = PB.CreateRandomFieldName("listValue");
code += " " + PB.ToCSharpType(primitiveFieldType) + " " + tempFieldName + ";\r\n";
string i = PB.CreateRandomFieldName("i");
code += " for (int " + i + " = 0; " + i + " < " + countFieldName + "; " + i + "++) {\r\n";
code += " // Read " + primitiveFieldType.PrimitiveType + " list item\r\n";
PBP.AppendReadPrimitive(ref code, tempFieldName, primitiveFieldType.PrimitiveType);
code += " " + fieldName + ".Add(" + tempFieldName + ");\r\n";
code += " }\r\n";
}
// Serialize variable size list elements (incl. references, enums, strings)
else
{
ReferenceFieldType referenceFieldType = (ReferenceFieldType)elementType;
// list<enum>
if (referenceFieldType.Referrable is PatternBufferEnum)
{
PatternBufferEnum e = (PatternBufferEnum)referenceFieldType.Referrable;
string enumName = PB.ToCSharpName(e.Name);
string cappedElementName = PB.ToCapitalizedCSharpType(referenceFieldType);
code += " " + fieldName + " = this.instantiator.Acquire" + collectionTypeName + "Of" + cappedElementName + "();\r\n";
string i = PB.CreateRandomFieldName("i");
code += " for (int " + i + " = 0; " + i + " < " + countFieldName + "; " + i + "++) {\r\n";
code += " " + fieldName + ".Add((" + enumName + ")System.Enum.Parse(typeof(" + enumName + "), enumIndexValueMap[\"" + referenceFieldType.ReferrableName + "\"][bytes[index++]]));\r\n";
code += " }\r\n";
}
// list<something>
else if (referenceFieldType.Referrable is PatternBufferType)
{
PatternBufferType patternBufferType = (PatternBufferType)referenceFieldType.Referrable;
string elementTypeName = PB.ToCSharpType(referenceFieldType);
string cappedElementName = PB.ToCapitalizedCSharpType(referenceFieldType);
code += " " + fieldName + " = this.instantiator.Acquire" + collectionTypeName + "Of" + cappedElementName + "();\r\n";
string i = PB.CreateRandomFieldName("li");
// All objects in the list are the same type
if (patternBufferType.IsFinal)
{
code += " for (int " + i + " = 0; " + i + " < " + countFieldName + "; " + i + "++) {\r\n";
code += " " + fieldName + ".Add((" + elementTypeName + ")Energize(bytes, ref index, " + patternBufferType.TypeId + "));\r\n";
code += " }\r\n";
}
// The objects in the list may be of different types
else
{
code += " for (int " + i + " = 0; " + i + " < " + countFieldName + "; " + i + "++) {\r\n";
code += " " + fieldName + ".Add((" + elementTypeName + ")Energize(bytes, ref index));\r\n";
code += " }\r\n";
}
}
else
{
// what
}
}
code += " }\r\n";
}
private void CheckPrimitiveFieldsSerialization(PortableMarshaller marsh, PrimitiveFieldType obj)
{
byte[] bytes = marsh.Marshal(obj);
IPortableObject portObj = marsh.Unmarshal<IPortableObject>(bytes, PortableMode.ForcePortable);
Assert.AreEqual(obj.GetHashCode(), portObj.GetHashCode());
PrimitiveFieldType newObj = portObj.Deserialize<PrimitiveFieldType>();
Assert.AreEqual(obj, newObj);
}
private void CheckPrimitiveFields(PortableMarshaller marsh, PrimitiveFieldType obj)
{
obj.PBool = true;
obj.PByte = 2;
obj.PSbyte = 3;
obj.PShort = 4;
obj.PUshort = 5;
obj.PInt = 6;
obj.PUint = 7;
obj.PLong = 8;
obj.PUlong = 9;
obj.PChar = 'a';
obj.PFloat = 10;
obj.PDouble = 11;
obj.PString = "abc";
obj.PGuid = Guid.NewGuid();
obj.PnGuid = Guid.NewGuid();
//CheckPrimitiveFieldsSerialization(marsh, obj);
//obj.PString = "";
//CheckPrimitiveFieldsSerialization(marsh, obj);
//obj.PString = null;
//CheckPrimitiveFieldsSerialization(marsh, obj);
//obj.PString = null;
//obj.PNGuid = null;
CheckPrimitiveFieldsSerialization(marsh, obj);
}
public void TestPrimitiveFieldsRawSerializer()
{
ICollection<PortableTypeConfiguration> typeCfgs =
new List<PortableTypeConfiguration>();
PortableTypeConfiguration typeCfg =
new PortableTypeConfiguration(typeof(PrimitiveFieldType));
typeCfg.Serializer = new PrimitiveFieldsRawSerializer();
typeCfgs.Add(typeCfg);
PortableConfiguration cfg = new PortableConfiguration();
cfg.TypeConfigurations = typeCfgs;
PortableMarshaller marsh = new PortableMarshaller(cfg);
PrimitiveFieldType obj = new PrimitiveFieldType();
CheckPrimitiveFields(marsh, obj);
}
public void TestPrimitiveFieldsSerializer()
{
var typeCfgs = new List<PortableTypeConfiguration>
{
new PortableTypeConfiguration(typeof (PrimitiveFieldType))
{
Serializer = new PrimitiveFieldsSerializer()
}
};
PortableConfiguration cfg = new PortableConfiguration {TypeConfigurations = typeCfgs};
PortableMarshaller marsh = new PortableMarshaller(cfg);
PrimitiveFieldType obj = new PrimitiveFieldType();
CheckPrimitiveFields(marsh, obj);
}
public void TestPrimitiveFieldsReflective()
{
ICollection<PortableTypeConfiguration> typeCfgs =
new List<PortableTypeConfiguration>();
typeCfgs.Add(new PortableTypeConfiguration(typeof(PrimitiveFieldType)));
PortableConfiguration cfg = new PortableConfiguration {TypeConfigurations = typeCfgs};
PortableMarshaller marsh = new PortableMarshaller(cfg);
PrimitiveFieldType obj = new PrimitiveFieldType();
CheckPrimitiveFields(marsh, obj);
}