public void CollectMembers()
{
for (int index = 0; index < this._typeDefinition.MemberDefinitions.Count; ++index)
{
MemberDefinition memberDefinition = this._typeDefinition.MemberDefinitions[index];
MemberSaveData memberSaveData = (MemberSaveData)null;
switch (memberDefinition)
{
case PropertyDefinition _:
PropertyDefinition propertyDefinition = (PropertyDefinition)memberDefinition;
PropertyInfo propertyInfo = propertyDefinition.PropertyInfo;
MemberTypeId id1 = propertyDefinition.Id;
PropertySaveData propertySaveData = new PropertySaveData(this, propertyDefinition, id1);
this._propertyValues.Add(propertyInfo, propertySaveData);
memberSaveData = (MemberSaveData)propertySaveData;
break;
case FieldDefinition _:
FieldDefinition fieldDefinition = (FieldDefinition)memberDefinition;
FieldInfo fieldInfo = fieldDefinition.FieldInfo;
MemberTypeId id2 = fieldDefinition.Id;
FieldSaveData fieldSaveData = new FieldSaveData(this, fieldDefinition, id2);
this._fieldValues.Add(fieldInfo, fieldSaveData);
memberSaveData = (MemberSaveData)fieldSaveData;
break;
}
TypeDefinitionBase typeDefinition1 = this.Context.DefinitionContext.GetTypeDefinition(memberDefinition.GetMemberType());
if (typeDefinition1 is TypeDefinition typeDefinition3 && !typeDefinition3.IsClassDefinition)
{
ObjectSaveData childStruct = this._childStructs[memberDefinition];
memberSaveData.InitializeAsCustomStruct(childStruct.ObjectId);
}
private static void ResolveViewModelName(MemberDefinition member,
ViewModelSettings viewModel, RenderSettings settings)
{
var namespaces = member.Dependencies();
// if we don't have specific namespaces to search, we search them all
if (namespaces == null || namespaces.Length == 0)
{
namespaces = settings.namespaces.Select(n => n.Key).ToArray();
}
foreach (var ns in namespaces)
{
var vms = FindViewModelSettingsInNamespace(ns, member.PropertyType(), settings);
if (vms != null)
{
// we are using the discovered view model's namespace
viewModel.usings.Add(vms.ViewModelNamespace());
if (member is CollectionDefinition)
{
(member as CollectionDefinition).typeParam = vms.type;
}
else
{
(member as PropertyDefinition).type = vms.type;
}
return; // success - we stop right here
}
}
// if we get here, a view model was never found, so we are not emitting as view model
member.EmitAsViewModel(false);
}
public object Read(GR2Reader gr2, StructDefinition definition, MemberDefinition member, uint arraySize, object parent)
{
var controls = new List<UInt16>((int)arraySize);
for (int i = 0; i < arraySize; i++)
controls.Add(gr2.Reader.ReadUInt16());
return controls;
}
public PointObject()
{
var keyX = new NameKey("x");
var localX = MemberDefinition.CreateAndBuild(keyX, new AnyType(), Access.ReadWrite);
var keyY = new NameKey("y");
var localY = MemberDefinition.CreateAndBuild(keyY, new AnyType(), Access.ReadWrite);
RootScope = Model.Instantiated.RootScope.CreateAndBuild(
Scope.CreateAndBuild(
new List <IsStatic>()
{
new IsStatic(MemberDefinition.CreateAndBuild(new NameKey("point"), new AnyType(), Access.ReadWrite), false)
}),
new[] {
AssignOperation.CreateAndBuild(
ObjectDefiniton.CreateAndBuild(
Scope.CreateAndBuild(
new List <IsStatic> {
new IsStatic(localX, false),
new IsStatic(localY, false)
}),
new IAssignOperation[] {
AssignOperation.CreateAndBuild(
ConstantNumber.CreateAndBuild(5),
MemberReference.CreateAndBuild(localX)),
AssignOperation.CreateAndBuild(
ConstantNumber.CreateAndBuild(2),
MemberReference.CreateAndBuild(localY))
},
InterfaceType.CreateAndBuild(new [] { localX, localY })),
MemberReference.CreateAndBuild(MemberDefinition.CreateAndBuild(new NameKey("point"), new AnyType(), Access.ReadWrite)))
},
EntryPointDefinition.CreateAndBuild(new EmptyType(), MemberDefinition.CreateAndBuild(new NameKey("input"), new NumberType(), Access.ReadWrite), Scope.CreateAndBuild(Array.Empty <IsStatic>()), Array.Empty <ICodeElement>(), Array.Empty <ICodeElement>()));
}
public static TypeDefinition FromBytes(byte[] bytes)
{
string parentType;
int version;
MemberDefinition[] members;
using (var writer = new SimpleByteWriter(bytes))
{
parentType = writer.ReadString();
version = writer.ReadInt();
members = new MemberDefinition[writer.ReadInt()];
for (int i = 0; i < members.Length; i++)
{
members[i] = MemberDefinition.ReadFromByteWriter(writer);
}
}
return(new TypeDefinition()
{
ParentType = parentType,
Version = version,
Members = members,
});
}
public bool IsConditionallyExcluded(IMemberContext ctx, Location loc)
{
if ((Kind & (MemberKind.Class | MemberKind.Method)) == 0)
return false;
var conditions = MemberDefinition.ConditionalConditions ();
if (conditions == null)
return false;
var m = ctx.CurrentMemberDefinition;
CompilationSourceFile unit = null;
while (m != null && unit == null) {
unit = m as CompilationSourceFile;
m = m.Parent;
}
if (unit != null) {
foreach (var condition in conditions) {
if (unit.IsConditionalDefined (condition))
return false;
}
}
return true;
}
private static void ApplyViewModelPropertyAttribute(MemberDefinition prop,
ViewModelPropertyAttribute attr)
{
prop.access = attr.AccessModifier;
// the read only setting on an attribute is only relevant if its value is true
prop.readOnly = attr.ReadOnly ? attr.ReadOnly : prop.readOnly;
prop.summary = attr.Summary;
}
public void WriteEnumValue(MemberDefinition member)
{
Write(GetIndent());
Write(member.Name);
if (member.DefaultValue != null)
{
Write($" = {member.DefaultValue}");
}
}
public static StadModel CreateFrom(Stad.Model.StadModelProto proto)
{
return(new StadModel(
proto.Type,
AnnotationInfo.CreateFrom(proto.Annotationinfo),
new ReadOnlyCollection <MemberDefinition>(
proto.Members.Select(m => MemberDefinition.CreateFrom(m)).ToList())
));
}
public PairType()
{
var pairTypeNumber =
InterfaceType.CreateAndBuild(
new List <IMemberDefinition> {
MemberDefinition.CreateAndBuild(new NameKey("x"), new NumberType(), false),
MemberDefinition.CreateAndBuild(new NameKey("y"), new NumberType(), false)
});
var inputKey = new NameKey("input");
var input = MemberDefinition.CreateAndBuild(inputKey, new NumberType(), false);
var methodScope = Scope.CreateAndBuild(new List <Scope.IsStatic> {
new Scope.IsStatic(input, false)
});
var localX = MemberDefinition.CreateAndBuild(new NameKey("x"), new NumberType(), false);
var localY = MemberDefinition.CreateAndBuild(new NameKey("y"), new NumberType(), false);
var pairifyKey = new NameKey("pairify");
var pairify = MemberDefinition.CreateAndBuild(pairifyKey, MethodType.CreateAndBuild(new NumberType(), pairTypeNumber), false);
Module = ModuleDefinition.CreateAndBuild(
Scope.CreateAndBuild(
new List <Scope.IsStatic> {
new Scope.IsStatic(MemberDefinition.CreateAndBuild(pairifyKey, MethodType.CreateAndBuild(new NumberType(), pairTypeNumber), false), false)
}),
new ICodeElement[] {
AssignOperation.CreateAndBuild(
MethodDefinition.CreateAndBuild(
new NumberType(),
pairTypeNumber,
input,
methodScope,
new ICodeElement[] {
ReturnOperation.CreateAndBuild(
ObjectDefiniton.CreateAndBuild(
Scope.CreateAndBuild(
new List <Scope.IsStatic> {
new Scope.IsStatic(localX, false),
new Scope.IsStatic(localY, false)
}),
new IAssignOperation[] {
AssignOperation.CreateAndBuild(
MemberReference.CreateAndBuild(input),
MemberReference.CreateAndBuild(localX)),
AssignOperation.CreateAndBuild(
MemberReference.CreateAndBuild(input),
MemberReference.CreateAndBuild(localY))
}))
},
new ICodeElement[0],
false),
MemberReference.CreateAndBuild(pairify))
},
new NameKey("pair-type"));
}
public Closoure()
{
var xKey = new NameKey("x");
var x = MemberDefinition.CreateAndBuild(xKey, new NumberType(), false);
var yKey = new NameKey("y");
var y = MemberDefinition.CreateAndBuild(yKey, new NumberType(), false);
var methodScope = Scope.CreateAndBuild(new List <Scope.IsStatic> {
new Scope.IsStatic(x, false)
});
var innerMethodScope = Scope.CreateAndBuild(new List <Scope.IsStatic> {
new Scope.IsStatic(y, false)
}, methodScope);
Module = ModuleDefinition.CreateAndBuild(
Scope.CreateAndBuild(
new List <Scope.IsStatic>()
{
new Scope.IsStatic(MemberDefinition.CreateAndBuild(new NameKey("create-accululator"), new AnyType(), false), false)
}),
new[] {
AssignOperation.CreateAndBuild(
MethodDefinition.CreateAndBuild(
new NumberType(),
MethodType.CreateAndBuild(
new NumberType(),
new NumberType()),
x,
methodScope,
new ICodeElement[] {
ReturnOperation.CreateAndBuild(
MethodDefinition.CreateAndBuild(
new NumberType(),
new NumberType(),
y,
innerMethodScope,
new ICodeElement[] {
AssignOperation.CreateAndBuild(
AddOperation.CreateAndBuild(
MemberReference.CreateAndBuild(x),
MemberReference.CreateAndBuild(y)),
MemberReference.CreateAndBuild(x)),
ReturnOperation.CreateAndBuild(
MemberReference.CreateAndBuild(x))
},
new ICodeElement[0],
false)
)
},
new ICodeElement[0],
false),
MemberReference.CreateAndBuild(MemberDefinition.CreateAndBuild(new NameKey("create-accululator"), new AnyType(), false)))
},
new NameKey("closoure"));
}
public PairType()
{
var pairTypeNumber =
InterfaceType.CreateAndBuild(
new List <IMemberDefinition> {
MemberDefinition.CreateAndBuild(new NameKey("x"), new NumberType(), Access.ReadWrite),
MemberDefinition.CreateAndBuild(new NameKey("y"), new NumberType(), Access.ReadWrite)
});
var inputKey = new NameKey("input");
var input = MemberDefinition.CreateAndBuild(inputKey, new NumberType(), Access.ReadWrite);
var methodScope = Scope.CreateAndBuild(new List <IsStatic> {
new IsStatic(input, false)
});
var localX = MemberDefinition.CreateAndBuild(new NameKey("x"), new NumberType(), Access.ReadWrite);
var localY = MemberDefinition.CreateAndBuild(new NameKey("y"), new NumberType(), Access.ReadWrite);
var pairifyKey = new NameKey("pairify");
var pairify = MemberDefinition.CreateAndBuild(pairifyKey, MethodType.CreateAndBuild(new NumberType(), pairTypeNumber), Access.ReadWrite);
RootScope = Model.Instantiated.RootScope.CreateAndBuild(
Scope.CreateAndBuild(
new List <IsStatic> {
new IsStatic(MemberDefinition.CreateAndBuild(pairifyKey, MethodType.CreateAndBuild(new NumberType(), pairTypeNumber), Access.ReadWrite), false)
}),
new [] {
AssignOperation.CreateAndBuild(
MethodDefinition.CreateAndBuild(
pairTypeNumber,
input,
methodScope,
new ICodeElement[] {
ReturnOperation.CreateAndBuild(
ObjectDefiniton.CreateAndBuild(
Scope.CreateAndBuild(
new List <IsStatic> {
new IsStatic(localX, false),
new IsStatic(localY, false)
}),
new IAssignOperation[] {
AssignOperation.CreateAndBuild(
MemberReference.CreateAndBuild(input),
MemberReference.CreateAndBuild(localX)),
AssignOperation.CreateAndBuild(
MemberReference.CreateAndBuild(input),
MemberReference.CreateAndBuild(localY))
},
InterfaceType.CreateAndBuild(new [] { localX, localY })))
},
Array.Empty <ICodeElement>()),
MemberReference.CreateAndBuild(pairify))
},
EntryPointDefinition.CreateAndBuild(new EmptyType(), MemberDefinition.CreateAndBuild(new NameKey("input"), new NumberType(), Access.ReadWrite), Scope.CreateAndBuild(Array.Empty <IsStatic>()), Array.Empty <ICodeElement>(), Array.Empty <ICodeElement>()));
}
public static IMemberDefinition Convert(IIsPossibly <IWeakTypeReference> Type, IConversionContext context, bool ReadOnly, IKey Key)
{
var(def, builder) = MemberDefinition.Create();
var buildIntention = Type.GetOrThrow().TypeDefinition.GetOrThrow().GetValue().GetOrThrow().Cast <IConvertable <IVerifiableType> >().GetBuildIntention(context);
buildIntention.Build();
builder.Build(Key, buildIntention.Tobuild, ReadOnly);
return(def);
}
//public IMemberDefinition Convert(IConversionContext context)
//{
// return MemberDefinitionShared.Convert(Type, context, Access, Key);
//}
public virtual IBuildIntention <IMemberDefinition> GetBuildIntention(IConversionContext context)
{
var(toBuild, maker) = MemberDefinition.Create();
return(new BuildIntention <IMemberDefinition>(toBuild, () =>
{
maker.Build(
Key,
Type.GetValue().Is1OrThrow().Convert(context),
Access);
}));
}
public Type SelectType(MemberDefinition member, object node)
{
var list = node as System.Collections.IList;
if (list == null || list.Count == 0)
{
return(null);
}
return((list[0] as Vertex).Prototype());
}
public static IBuildIntention <IMemberDefinition> GetBuildIntention(IIsPossibly <IWeakTypeReference> Type, IConversionContext context, bool ReadOnly, IKey Key)
{
var(toBuild, maker) = MemberDefinition.Create();
return(new BuildIntention <IMemberDefinition>(toBuild, () =>
{
maker.Build(
Key,
Type.GetOrThrow().TypeDefinition.GetOrThrow().GetValue().GetOrThrow().ConvertTypeOrThrow(context),
ReadOnly);
}));
}
public void WriteProperty(MemberDefinition member, bool optional = false, bool knockout = default)
{
Write(GetIndent());
Write(member.Name.ToCamel());
if (optional)
{
Write('?');
}
Write(": ");
Write(GetDataType(member.Type, _settings.Prefix, _settings.Suffix, member.IsCollection, knockout));
WriteLine(';');
}
private ClassDefinition BuildClass(Table table)
{
var defn = new ClassDefinition
{
Name = table.PocoClassName,
//Name = RemoveSuffix(table.DataObjectClassName, "_t"),
OriginalTableName = table.TableName,
AdapterName = table.TableName.Replace("_", "") + (AdapterSuffix ?? "")
};
foreach (var column in table.Columns.Values)
{
var memberName = column.MemberName;
if (AdjustColumnTypes)
{
//if (column.MemberName.EndsWith("_ID"))
//{
// memberName = RemoveSuffix(column.MemberName, "_ID") + "Id";
//}
//else
//{
// memberName = Regex.Replace(column.MemberName, "^F[0-9]+_", "");
// memberName = RemoveSuffix(memberName, "_VC");
// memberName = RemoveSuffix(memberName, "_BT");
// memberName = RemoveSuffix(memberName, "_DT");
// memberName = RemoveSuffix(memberName, "_IN");
// memberName = RemoveSuffix(memberName, "_TX");
// memberName = RemoveSuffix(memberName, "_DC");
// memberName = RemoveSuffix(memberName, "_SM");
// memberName = RemoveSuffix(memberName, "_TI");
// memberName = RemoveSuffix(memberName, "_CH");
// memberName = RemoveSuffix(memberName, "_BI");
// memberName = RemoveSuffix(memberName, "_MX");
// memberName = RemoveSuffix(memberName, "_PC");
//}
memberName = memberName.Replace("_", "");
}
var member = new MemberDefinition
{
Name = memberName,
Type = GetColumnType(memberName, column),
OriginalColumnName = column.MemberName,
Skip = column.IsIdentity
};
defn.Members.Add(member);
}
return(defn);
}
protected virtual void InitializeMemberCache(bool onlyTypes)
{
MemberDefinition.LoadMembers(this, onlyTypes, ref cache);
if (onlyTypes)
{
state |= StateFlags.PendingMemberCacheMembers;
}
else
{
state &= ~StateFlags.PendingMemberCacheMembers;
}
}
internal override void SetNewContext(bool fromMoveNext)
{
base.SetNewContext(fromMoveNext);
if (m_header != null)
{
m_header.SetNewContext();
}
if (m_instance != null)
{
m_instance.SetNewContext();
}
MemberDefinition?.ResetVisibilityComputationCache();
}
internal static MemberDefinition Read(Stream input, Endian endian, StringTable stringTable)
{
var instance = new MemberDefinition();
var nameIndex = input.ReadValueS64(endian);
instance.Name = stringTable.Get(nameIndex);
instance.TypeHash = input.ReadValueU32(endian);
instance.Size = input.ReadValueU32(endian);
instance.Offset = input.ReadValueU32(endian);
instance.DefaultType = input.ReadValueU32(endian);
instance.DefaultValue = input.ReadValueU64(endian);
return(instance);
}
public Type SelectType(MemberDefinition member, StructDefinition defn, object parent)
{
var fieldName = defn.Members[0].Name;
if (fieldName.Substring(0, 16) != "CurveDataHeader_")
{
throw new ParsingException("Unrecognized curve data header type: " + fieldName);
}
var curveType = fieldName.Substring(16);
return(CurveRegistry.Resolve(curveType));
}
public Closoure()
{
var xKey = new NameKey("x");
var x = MemberDefinition.CreateAndBuild(xKey, new NumberType(), Access.ReadWrite);
var yKey = new NameKey("y");
var y = MemberDefinition.CreateAndBuild(yKey, new NumberType(), Access.ReadWrite);
var methodScope = Scope.CreateAndBuild(new List <IsStatic> {
new IsStatic(x, false)
});
var innerMethodScope = Scope.CreateAndBuild(new List <IsStatic> {
new IsStatic(y, false)
});
RootScope = Model.Instantiated.RootScope.CreateAndBuild(
Scope.CreateAndBuild(
new List <IsStatic>()
{
new IsStatic(MemberDefinition.CreateAndBuild(new NameKey("create-accululator"), new AnyType(), Access.ReadWrite), false)
}),
new [] {
AssignOperation.CreateAndBuild(
MethodDefinition.CreateAndBuild(
MethodType.CreateAndBuild(
new NumberType(),
new NumberType()),
x,
methodScope,
new ICodeElement[] {
ReturnOperation.CreateAndBuild(
MethodDefinition.CreateAndBuild(
new NumberType(),
y,
innerMethodScope,
new ICodeElement[] {
AssignOperation.CreateAndBuild(
AddOperation.CreateAndBuild(
MemberReference.CreateAndBuild(x),
MemberReference.CreateAndBuild(y)),
MemberReference.CreateAndBuild(x)),
ReturnOperation.CreateAndBuild(MemberReference.CreateAndBuild(x))
},
Array.Empty <ICodeElement>())
)
},
Array.Empty <ICodeElement>()),
MemberReference.CreateAndBuild(MemberDefinition.CreateAndBuild(new NameKey("create-accululator"), new AnyType(), Access.ReadWrite)))
},
EntryPointDefinition.CreateAndBuild(new EmptyType(), MemberDefinition.CreateAndBuild(new NameKey("input"), new NumberType(), Access.ReadWrite), Scope.CreateAndBuild(Array.Empty <IsStatic>()), Array.Empty <ICodeElement>(), Array.Empty <ICodeElement>()));
}
private void AddMember(StructDefinition defn, String name, MemberType type, UInt32 arraySize)
{
var member = new MemberDefinition
{
Type = type,
Name = name,
GrannyName = name,
Definition = null,
ArraySize = arraySize,
Extra = new UInt32[] { 0, 0, 0 },
Unknown = 0
};
defn.Members.Add(member);
}
public object Read(GR2Reader reader, StructDefinition definition, MemberDefinition member, uint arraySize, object parent)
{
Type type;
if (!VertexTypeCache.TryGetValue(parent, out type))
{
type = SelectType(member, definition, parent);
VertexTypeCache.Add(parent, type);
}
var vertex = Helpers.CreateInstance(type);
(vertex as Vertex).Unserialize(reader);
return(vertex);
}
public object Read(GR2Reader reader, StructDefinition definition, MemberDefinition member, uint arraySize, object parent)
{
VertexDescriptor descriptor;
if (!VertexTypeCache.TryGetValue(parent, out descriptor))
{
descriptor = ConstructDescriptor(member, definition, parent);
VertexTypeCache.Add(parent, descriptor);
}
var vertex = descriptor.CreateInstance();
vertex.Unserialize(reader);
return(vertex);
}
public override bool Equals(object obj)
{
if (ReferenceEquals(obj, null))
{
return(false);
}
else if (!(obj is MemberDefinition))
{
return(false);
}
MemberDefinition otherMember = (MemberDefinition)obj;
return(MemberType == otherMember.MemberType && FieldName == otherMember.FieldName);
}
/// <summary>
/// Registers the property.
/// </summary>
/// <param name="property">The property.</param>
/// <param name="parameters">The parameters.</param>
/// <param name="prefix">The prefix.</param>
private void RegisterProperty(Expression <Func <TService, object> > property, IList <Type> parameters,
string prefix)
{
Argument.IsNotNull("property", property);
var memberExpression = property.GetMemberExpression();
var methodName = string.Format("{0}{1}", prefix, memberExpression.Member.Name);
var memberDefinition = new MemberDefinition(methodName, parameters);
if (!ServiceType.IsInterfaceEx())
{
Require.OverridableProperty <TService>(memberDefinition.MemberName);
}
RegisterMemberDefinitions(new[] { memberDefinition });
}
protected virtual void InitializeMemberCache(bool onlyTypes)
{
try {
MemberDefinition.LoadMembers(this, onlyTypes, ref cache);
} catch (Exception e) {
throw new InternalErrorException(e, "Unexpected error when loading type `{0}'", GetSignatureForError());
}
if (onlyTypes)
{
state |= StateFlags.PendingMemberCacheMembers;
}
else
{
state &= ~StateFlags.PendingMemberCacheMembers;
}
}
public SectionType SelectSection(MemberDefinition member, Type type, object obj)
{
var vertices = obj as List <Vertex>;
if (vertices == null || vertices.Count == 0)
{
return(SectionType.RigidVertex);
}
if (vertices[0].Format.HasBoneWeights)
{
return(SectionType.DeformableVertex);
}
else
{
return(SectionType.RigidVertex);
}
}
public SectionType SelectSection(MemberDefinition member, Type type, object obj)
{
var vertices = obj as System.Collections.IList;
if (vertices == null || vertices.Count == 0)
{
return(SectionType.RigidVertex);
}
if (Vertex.Description(vertices[0].GetType()).BoneWeights)
{
return(SectionType.DeformableVertex);
}
else
{
return(SectionType.RigidVertex);
}
}
public InvocationResolveResult(MemberDefinition member, params ResolveResult[] arguments)
: base(member)
{
Arguments = arguments.ToList().AsReadOnly();
}
public InvocationResolveResult(MemberDefinition member, IEnumerable<ResolveResult> arguments)
: this(member, arguments.ToArray())
{
}
public object Read(GR2Reader reader, StructDefinition definition, MemberDefinition member, uint arraySize, object parent)
{
Type type;
if (!VertexTypeCache.TryGetValue(parent, out type))
{
type = SelectType(member, definition, parent);
VertexTypeCache.Add(parent, type);
}
var vertex = Helpers.CreateInstance(type);
(vertex as Vertex).Unserialize(reader);
return vertex;
}
public Type SelectType(MemberDefinition member, StructDefinition defn, object parent)
{
return VertexFormatRegistry.FindByStruct(defn);
}
private object ReadElement(MemberDefinition definition, object node, Type propertyType, object parent)
{
#if DEBUG_GR2_SERIALIZATION
var offsetInFile = Stream.Position;
#endif
var kind = definition.SerializationKind;
Debug.Assert(kind == SerializationKind.Builtin || !definition.IsScalar);
if (node == null &&
propertyType != null &&
!definition.IsScalar &&
(kind == SerializationKind.Builtin || kind == SerializationKind.UserElement) &&
// Variant construction is a special case as we don't know the struct defn beforehand
definition.Type != MemberType.VariantReference)
{
node = Helpers.CreateInstance(propertyType);
}
switch (definition.Type)
{
case MemberType.Inline:
Debug.Assert(definition.Definition.IsValid);
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(String.Format(" === Inline Struct {0} === ", definition.Name));
#endif
if (kind == SerializationKind.UserElement || kind == SerializationKind.UserMember)
node = definition.Serializer.Read(this, definition.Definition.Resolve(this), definition, 0, parent);
else
node = ReadStruct(definition.Definition.Resolve(this), definition.Type, node, parent);
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(" === End Struct === ");
#endif
break;
case MemberType.Reference:
{
Debug.Assert(definition.Definition.IsValid);
var r = ReadReference();
if (r.IsValid && parent != null)
{
var originalPos = Stream.Position;
Seek(r);
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(String.Format(" === Struct <{0}> at {1:X8} === ", definition.Name, Stream.Position));
#endif
if (kind == SerializationKind.UserElement || kind == SerializationKind.UserMember)
node = definition.Serializer.Read(this, definition.Definition.Resolve(this), definition, 0, parent);
else
node = ReadStruct(definition.Definition.Resolve(this), definition.Type, node, parent);
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(" === End Struct === ");
#endif
Stream.Seek(originalPos, SeekOrigin.Begin);
}
else
node = null;
break;
}
case MemberType.VariantReference:
{
var structRef = ReadStructReference();
var r = ReadReference();
if (r.IsValid && parent != null)
{
var structDefn = structRef.Resolve(this);
if (definition.TypeSelector != null && definition.Type == MemberType.VariantReference)
propertyType = definition.TypeSelector.SelectType(definition, structDefn, parent);
if (propertyType != null)
node = Helpers.CreateInstance(propertyType);
if (node != null)
{
var originalPos = Stream.Position;
Seek(r);
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(String.Format(" === Variant Struct <{0}> at {1:X8} === ", definition.Name, Stream.Position));
#endif
if (kind == SerializationKind.UserElement || kind == SerializationKind.UserMember)
node = definition.Serializer.Read(this, structDefn, definition, 0, parent);
else
node = ReadStruct(structRef.Resolve(this), definition.Type, node, parent);
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(" === End Struct === ");
#endif
Stream.Seek(originalPos, SeekOrigin.Begin);
}
}
else
node = null;
break;
}
case MemberType.ArrayOfReferences:
{
// Serializing as a struct member is nooooot a very good idea here.
Debug.Assert(kind != SerializationKind.UserMember);
Debug.Assert(definition.Definition.IsValid);
var indices = ReadArrayIndicesReference();
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(String.Format(" Array of references at [{0:X8}]", indices.Offset));
#endif
Debug.Assert(indices.IsValid == (indices.Size != 0));
if (indices.IsValid && node != null && parent != null)
{
var items = node as System.Collections.IList;
var type = items.GetType().GetGenericArguments().Single();
var refs = indices.Resolve(this);
var originalPos = Stream.Position;
for (int i = 0; i < refs.Count; i++)
{
Seek(refs[i]);
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(String.Format(" === Struct <{0}> at {1:X8} === ", definition.Name, Stream.Position));
#endif
if (kind == SerializationKind.UserElement)
{
object element = definition.Serializer.Read(this, definition.Definition.Resolve(this), definition, 0, parent);
items.Add(element);
}
else
{
object element = Helpers.CreateInstance(type);
// TODO: Only create a new instance if we don't have a CachedStruct available!
element = ReadStruct(definition.Definition.Resolve(this), definition.Type, element, parent);
items.Add(element);
}
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(" === End Struct === ");
#endif
}
Stream.Seek(originalPos, SeekOrigin.Begin);
node = items;
}
else
node = null;
break;
}
case MemberType.ReferenceToArray:
case MemberType.ReferenceToVariantArray:
{
StructReference structRef;
if (definition.Type == MemberType.ReferenceToVariantArray)
structRef = ReadStructReference();
else
structRef = definition.Definition;
var itemsRef = ReadArrayReference();
Debug.Assert(itemsRef.IsValid == (itemsRef.Size != 0));
if (itemsRef.IsValid &&
parent != null &&
(node != null || kind == SerializationKind.UserMember))
{
Debug.Assert(structRef.IsValid);
var structType = structRef.Resolve(this);
var originalPos = Stream.Position;
Seek(itemsRef);
if (kind == SerializationKind.UserMember)
{
// For ReferenceTo(Variant)Array, we start serialization after resolving the array ref itself.
node = definition.Serializer.Read(this, structType, definition, itemsRef.Size, parent);
}
else
{
var items = node as System.Collections.IList;
var type = items.GetType().GetGenericArguments().Single();
if (definition.Type == MemberType.ReferenceToVariantArray &&
kind != SerializationKind.UserElement &&
definition.TypeSelector != null)
type = definition.TypeSelector.SelectType(definition, structType, parent);
for (int i = 0; i < itemsRef.Size; i++)
{
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(String.Format(" === Struct <{0}> at {1:X8} === ", definition.Name, Stream.Position));
#endif
if (kind == SerializationKind.UserElement)
{
object element = definition.Serializer.Read(this, structType, definition, 0, parent);
items.Add(element);
}
else
{
object element = Helpers.CreateInstance(type);
element = ReadStruct(structType, definition.Type, element, parent);
items.Add(element);
}
#if DEBUG_GR2_SERIALIZATION
System.Console.WriteLine(" === End Struct === ");
#endif
}
}
Stream.Seek(originalPos, SeekOrigin.Begin);
}
else
node = null;
break;
}
case MemberType.String:
var str = ReadStringReference();
if (str.IsValid)
node = str.Resolve(this);
else
node = null;
break;
case MemberType.Transform:
var transform = new Transform();
transform.Flags = Reader.ReadUInt32();
for (int i = 0; i < 3; i++)
transform.Translation[i] = Reader.ReadSingle();
transform.Rotation.X = Reader.ReadSingle();
transform.Rotation.Y = Reader.ReadSingle();
transform.Rotation.Z = Reader.ReadSingle();
transform.Rotation.W = Reader.ReadSingle();
for (int i = 0; i < 3; i++)
{
for (int j = 0; j < 3; j++)
transform.ScaleShear[i, j] = Reader.ReadSingle();
}
node = transform;
break;
case MemberType.Real16:
throw new NotImplementedException("TODO");
case MemberType.Real32:
node = Reader.ReadSingle();
break;
case MemberType.Int8:
case MemberType.BinormalInt8:
node = Reader.ReadSByte();
break;
case MemberType.UInt8:
case MemberType.NormalUInt8:
node = Reader.ReadByte();
break;
case MemberType.Int16:
case MemberType.BinormalInt16:
node = Reader.ReadInt16();
break;
case MemberType.UInt16:
case MemberType.NormalUInt16:
node = Reader.ReadUInt16();
break;
case MemberType.Int32:
node = Reader.ReadInt32();
break;
case MemberType.UInt32:
node = Reader.ReadUInt32();
break;
default:
throw new ParsingException(String.Format("Unhandled member type: {0}", definition.Type.ToString()));
}
#if DEBUG_GR2_SERIALIZATION
if (node != null)
System.Console.WriteLine(String.Format(" [{0:X8}] {1}: {2}", offsetInFile, definition.Name, node.ToString()));
else
System.Console.WriteLine(String.Format(" [{0:X8}] {1}: <null>", offsetInFile, definition.Name));
#endif
return node;
}
internal void QueueArrayWrite(SectionType section, bool dataArea, Type elementType, MemberDefinition member, System.Collections.IList list)
{
QueuedArraySerialization serialization;
serialization.section = section;
serialization.dataArea = dataArea;
if (member.PreferredSection != SectionType.Invalid)
serialization.section = member.PreferredSection;
else if (member.SectionSelector != null)
serialization.section = member.SectionSelector.SelectSection(member, elementType, list);
serialization.elementType = elementType;
serialization.member = member;
serialization.list = list;
Sections[(int)serialization.section].CheckMixedMarshalling(list[0], elementType, (UInt32)list.Count);
ArrayWrites.Add(serialization);
}
internal void WriteInstance(MemberDefinition definition, Type propertyType, object node)
{
if (definition.ArraySize == 0)
{
WriteElement(definition, propertyType, node);
return;
}
if (propertyType.IsArray)
{
// If the property is a native array (ie. SomeType[]), create an array instance and set its values
var elementType = propertyType.GetElementType();
Array arr = node as Array;
Debug.Assert(arr.Length == definition.ArraySize);
for (int i = 0; i < definition.ArraySize; i++)
{
WriteElement(definition, elementType, arr.GetValue(i));
}
}
else
{
// For non-native arrays we always assume the property is an IList<T>
var items = node as System.Collections.IList;
var elementType = items.GetType().GetGenericArguments().Single();
foreach (var element in items)
{
WriteElement(definition, elementType, element);
}
}
}
private void WriteElement(MemberDefinition definition, Type propertyType, object node)
{
var type = definition.CachedField.FieldType;
bool dataArea = definition.DataArea || (Writer == DataWriter);
switch (definition.Type)
{
case MemberType.Inline:
if (definition.SerializationKind == SerializationKind.UserMember)
definition.Serializer.Write(this.GR2, this, definition, node);
else
WriteStruct(type, node, false);
break;
case MemberType.Reference:
{
WriteReference(node);
if (node != null)
{
GR2.QueueStructWrite(Type, dataArea, definition, type, node);
}
break;
}
case MemberType.VariantReference:
{
if (node != null)
{
var inferredType = node.GetType();
if (definition.TypeSelector != null)
{
var variantType = definition.TypeSelector.SelectType(definition, node);
if (variantType != null)
inferredType = variantType;
}
WriteStructReference(GR2.LookupStructDefinition(inferredType));
WriteReference(node);
GR2.QueueStructWrite(Type, dataArea, definition, inferredType, node);
}
else
{
WriteStructReference(null);
WriteReference(null);
}
break;
}
case MemberType.ArrayOfReferences:
{
// Serializing as a struct member is nooooot a very good idea here.
// Debug.Assert(kind != SerializationKind.UserMember);
var list = node as System.Collections.IList;
WriteArrayIndicesReference(list);
if (list != null && list.Count > 0)
{
GR2.QueueArrayWrite(Type, dataArea, type.GetGenericArguments().Single(), definition, list);
}
break;
}
case MemberType.ReferenceToArray:
{
var list = node as System.Collections.IList;
WriteArrayIndicesReference(list);
if (list != null && list.Count > 0)
{
GR2.QueueArrayWrite(Type, dataArea, type.GetGenericArguments().Single(), definition, list);
}
break;
}
case MemberType.ReferenceToVariantArray:
{
var list = node as System.Collections.IList;
if (list != null && list.Count > 0)
{
var inferredType = list[0].GetType();
if (definition.TypeSelector != null)
{
var variantType = definition.TypeSelector.SelectType(definition, node);
if (variantType != null)
inferredType = variantType;
}
WriteStructReference(GR2.LookupStructDefinition(inferredType));
WriteArrayIndicesReference(list);
GR2.QueueArrayWrite(Type, dataArea, inferredType, definition, list);
}
else
{
WriteStructReference(null);
WriteArrayIndicesReference(list);
}
break;
}
case MemberType.String:
WriteStringReference(node as string);
break;
case MemberType.Transform:
var transform = node as Transform;
Writer.Write(transform.Flags);
for (int i = 0; i < 3; i++)
Writer.Write(transform.Translation[i]);
Writer.Write(transform.Rotation.X);
Writer.Write(transform.Rotation.Y);
Writer.Write(transform.Rotation.Z);
Writer.Write(transform.Rotation.W);
for (int i = 0; i < 3; i++)
{
for (int j = 0; j < 3; j++)
Writer.Write(transform.ScaleShear[i, j]);
}
break;
case MemberType.Real16:
Writer.Write((Half)node);
break;
case MemberType.Real32:
Writer.Write((Single)node);
break;
case MemberType.Int8:
case MemberType.BinormalInt8:
Writer.Write((SByte)node);
break;
case MemberType.UInt8:
case MemberType.NormalUInt8:
Writer.Write((Byte)node);
break;
case MemberType.Int16:
case MemberType.BinormalInt16:
Writer.Write((Int16)node);
break;
case MemberType.UInt16:
case MemberType.NormalUInt16:
Writer.Write((UInt16)node);
break;
case MemberType.Int32:
Writer.Write((Int32)node);
break;
case MemberType.UInt32:
Writer.Write((UInt32)node);
break;
default:
throw new ParsingException(String.Format("Unhandled member type: {0}", definition.Type.ToString()));
}
}
public void WriteStructDefinition(StructDefinition defn)
{
Debug.Assert(Writer == MainWriter);
GR2.ObjectOffsets[defn] = new SectionReference(Type, (UInt32)MainStream.Position);
var tag = GR2.Header.tag;
foreach (var member in defn.Members)
{
if (member.ShouldSerialize(tag))
{
WriteMemberDefinition(member);
}
}
var end = new MemberDefinition();
end.Type = MemberType.None;
end.Extra = new UInt32[] { 0, 0, 0 };
WriteMemberDefinition(end);
}
internal void WriteArray(MemberDefinition arrayDefn, Type elementType, System.Collections.IList list)
{
bool dataArea = arrayDefn.DataArea || (Writer == DataWriter);
AlignWrite();
switch (arrayDefn.Type)
{
case MemberType.ArrayOfReferences:
{
// Serializing as a struct member is nooooot a very good idea here.
// Debug.Assert(kind != SerializationKind.UserMember);
// Reference lists are always written to the data area
var oldWriter = Writer;
Writer = DataWriter;
StoreObjectOffset(list);
for (int i = 0; i < list.Count; i++)
{
WriteReference(list[i]);
GR2.QueueStructWrite(Type, dataArea, arrayDefn, elementType, list[i]);
}
Writer = oldWriter;
break;
}
case MemberType.ReferenceToArray:
case MemberType.ReferenceToVariantArray:
{
StoreObjectOffset(list);
if (arrayDefn.SerializationKind == SerializationKind.UserMember)
{
arrayDefn.Serializer.Write(this.GR2, this, arrayDefn, list);
}
else if (arrayDefn.SerializationKind == SerializationKind.UserElement)
{
for (int i = 0; i < list.Count; i++)
{
StoreObjectOffset(list[i]);
arrayDefn.Serializer.Write(this.GR2, this, arrayDefn, list[i]);
}
}
else
{
for (int i = 0; i < list.Count; i++)
{
WriteStruct(elementType, list[i], false);
}
}
GR2.FlushPendingWrites();
break;
}
default:
throw new ParsingException(String.Format("Unhandled array member type: {0}", arrayDefn.Type.ToString()));
}
}
public void WriteMemberDefinition(MemberDefinition defn)
{
Writer.Write((UInt32)defn.Type);
WriteStringReference(defn.GrannyName);
WriteStructReference(defn.WriteDefinition);
Writer.Write(defn.ArraySize);
for (var i = 0; i < MemberDefinition.ExtraTagCount; i++)
Writer.Write(defn.Extra[i]);
if (GR2.Magic.Is32Bit)
Writer.Write(defn.Unknown);
else
Writer.Write((UInt64)defn.Unknown);
}
public void Write(GR2Writer writer, WritableSection section, MemberDefinition member, object obj)
{
(obj as Vertex).Serialize(section);
}
public MemberDefinition ReadMemberDefinition()
{
#if DEBUG_GR2_SERIALIZATION
var defnOffset = Stream.Position;
#endif
var defn = new MemberDefinition();
int typeId = Reader.ReadInt32();
if (typeId > (uint)MemberType.Max)
throw new ParsingException(String.Format("Unsupported member type: {0}", typeId));
defn.Type = (MemberType)typeId;
var name = ReadStringReference();
Debug.Assert(!defn.IsValid || name.IsValid);
if (defn.IsValid)
{
defn.Name = name.Resolve(this);
defn.GrannyName = defn.Name;
}
defn.Definition = ReadStructReference();
defn.ArraySize = Reader.ReadUInt32();
defn.Extra = new UInt32[MemberDefinition.ExtraTagCount];
for (var i = 0; i < MemberDefinition.ExtraTagCount; i++)
defn.Extra[i] = Reader.ReadUInt32();
// TODO 64-bit: ???
if (Magic.Is32Bit)
defn.Unknown = Reader.ReadUInt32();
else
defn.Unknown = (UInt32)Reader.ReadUInt64();
Debug.Assert(defn.Unknown == 0);
if (defn.Type == MemberType.Inline || defn.Type == MemberType.Reference || defn.Type == MemberType.ArrayOfReferences ||
defn.Type == MemberType.ReferenceToArray)
Debug.Assert(defn.Definition.IsValid);
#if DEBUG_GR2_SERIALIZATION
string description;
if (defn.IsValid)
{
if (defn.ArraySize != 0)
description = String.Format(" [{0:X8}] {1}: {2}[{3}]", defnOffset, defn.Name, defn.Type.ToString(), defn.ArraySize);
else
description = String.Format(" [{0:X8}] {1}: {2}", defnOffset, defn.Name, defn.Type.ToString());
if (defn.Definition.IsValid)
{
if (!DebugPendingResolve.Contains(defn.Definition))
{
DebugPendingResolve.Add(defn.Definition);
System.Console.WriteLine(String.Format(" ===== Debug resolve for {0:X8} ===== ", defn.Definition.Offset));
defn.Definition.Resolve(this);
System.Console.WriteLine(String.Format(" ===== End debug resolve for {0:X8} ===== ", defn.Definition.Offset));
}
description += String.Format(" <struct {0:X8}>", defn.Definition.Offset);
}
if (defn.Extra[0] != 0 || defn.Extra[1] != 0 || defn.Extra[2] != 0)
description += String.Format(" Extra: {0} {1} {2}", defn.Extra[0], defn.Extra[1], defn.Extra[2]);
}
else
{
description = String.Format(" <invalid>: {0}", defn.Type.ToString());
}
System.Console.WriteLine(description);
#endif
return defn;
}
public void Write(GR2Writer writer, WritableSection section, MemberDefinition member, object obj)
{
var items = obj as List<UInt16>;
for (int i = 0; i < items.Count; i++)
section.Writer.Write(items[i]);
}
internal void QueueStructWrite(SectionType section, bool dataArea, MemberDefinition member, Type type, object obj)
{
QueuedSerialization serialization;
serialization.section = section;
serialization.dataArea = dataArea;
if (member.PreferredSection != SectionType.Invalid)
serialization.section = member.PreferredSection;
else if (member.SectionSelector != null)
serialization.section = member.SectionSelector.SelectSection(member, type, obj);
serialization.type = type;
serialization.member = member;
serialization.obj = obj;
Sections[(int)serialization.section].CheckMixedMarshalling(obj, type, 1);
StructWrites.Add(serialization);
}
public SectionType SelectSection(MemberDefinition member, Type type, object obj)
{
var vertices = obj as System.Collections.IList;
if (vertices == null || vertices.Count == 0)
return SectionType.RigidVertex;
if (Vertex.Description(vertices[0].GetType()).BoneWeights)
return SectionType.DeformableVertex;
else
return SectionType.RigidVertex;
}
internal object ReadInstance(MemberDefinition definition, object node, Type propertyType, object parent)
{
if (definition.SerializationKind == SerializationKind.UserRaw)
return definition.Serializer.Read(this, null, definition, 0, parent);
if (definition.ArraySize == 0)
{
return ReadElement(definition, node, propertyType, parent);
}
Type elementType = null;
if (propertyType != null)
{
if (definition.SerializationKind == SerializationKind.UserMember)
{
// Do unserialization directly on the whole array if per-member serialization was requested.
// This mode is a bit odd, as we resolve StructRef-s for non-arrays, but don't for array types.
StructDefinition defn = null;
if (definition.Definition.IsValid)
defn = definition.Definition.Resolve(this);
return definition.Serializer.Read(this, defn, definition, definition.ArraySize, parent);
}
else if (propertyType.IsArray)
{
// If the property is a native array (ie. SomeType[]), create an array instance and set its values
elementType = propertyType.GetElementType();
Array objs = Helpers.CreateArrayInstance(propertyType, (int)definition.ArraySize) as Array;
for (int i = 0; i < definition.ArraySize; i++)
{
objs.SetValue(ReadElement(definition, objs.GetValue(i), elementType, parent), i);
}
return objs;
}
else
{
// For non-native arrays we always assume the property is an IList<T>
if (node == null)
node = Helpers.CreateInstance(propertyType);
var items = node as System.Collections.IList;
var type = items.GetType().GetGenericArguments().Single();
for (int i = 0; i < definition.ArraySize; i++)
{
items.Add(ReadElement(definition, null, elementType, parent));
}
return items;
}
}
else
{
for (int i = 0; i < definition.ArraySize; i++)
ReadElement(definition, null, null, parent);
return null;
}
}
public MemberResolveResult(MemberDefinition member)
: base(member == null ? null : (member is TypeDefinition ? (TypeDefinition)member : member.MemberType))
{
Member = member;
}
public Type SelectType(MemberDefinition member, object node)
{
var list = node as System.Collections.IList;
if (list == null || list.Count == 0)
return null;
return (list[0] as Vertex).Prototype();
}