private static void ProcessMember(ref ComputeUpdateOperationState state, UpdateMemberInfo animationPath, UpdatableMember updatableMember, List <object> temporaryObjectsList)
{
int leaveOffset = 0;
var leaveOperation = UpdateOperationType.Invalid;
var updatableField = updatableMember as UpdatableField;
if (updatableField != null)
{
// Apply field offset
state.NewOffset += updatableField.Offset;
if (state.ParseElementEnd == animationPath.Name.Length)
{
// Leaf node, perform the set operation
state.UpdateOperations.Add(new UpdateOperation
{
Type = updatableField.GetSetOperationType(),
Member = updatableField,
AdjustOffset = state.NewOffset - state.PreviousOffset,
DataOffset = animationPath.DataOffset,
});
state.PreviousOffset = state.NewOffset;
}
else if (!updatableField.MemberType.GetTypeInfo().IsValueType)
{
// Only in case of objects we need to enter into them
state.UpdateOperations.Add(new UpdateOperation
{
Type = UpdateOperationType.EnterObjectField,
Member = updatableField,
AdjustOffset = state.NewOffset - state.PreviousOffset,
});
leaveOperation = UpdateOperationType.Leave;
leaveOffset = state.NewOffset;
state.PreviousOffset = state.NewOffset = 0;
}
}
else
{
var updatableProperty = updatableMember as UpdatablePropertyBase;
if (updatableProperty != null)
{
if (state.ParseElementEnd == animationPath.Name.Length)
{
// Leaf node, perform the set the value
state.UpdateOperations.Add(new UpdateOperation
{
Type = updatableProperty.GetSetOperationType(),
Member = updatableProperty,
AdjustOffset = state.NewOffset - state.PreviousOffset,
DataOffset = animationPath.DataOffset,
});
state.PreviousOffset = state.NewOffset;
}
else
{
// Otherwise enter into the property
bool isStruct = updatableProperty.MemberType.GetTypeInfo().IsValueType;
int temporaryObjectIndex = -1;
if (isStruct)
{
// Struct properties need a storage area so that we can later set the updated value back into the property
leaveOperation = UpdateOperationType.LeaveAndCopyStructPropertyBase;
temporaryObjectIndex = temporaryObjectsList.Count;
temporaryObjectsList.Add(Activator.CreateInstance(updatableProperty.MemberType));
}
else
{
leaveOperation = UpdateOperationType.Leave;
}
state.UpdateOperations.Add(new UpdateOperation
{
Type = updatableProperty.GetEnterOperationType(),
Member = updatableProperty,
AdjustOffset = state.NewOffset - state.PreviousOffset,
DataOffset = temporaryObjectIndex,
SkipCountIfNull = -1,
});
leaveOffset = state.NewOffset;
state.PreviousOffset = state.NewOffset = 0;
}
}
}
// No need to add the last part of the path, as we rarely set and then enter (and if we do we need to reevaluate updated value anyway)
if (state.ParseElementEnd < animationPath.Name.Length)
{
state.StackPath.Add(new AnimationBuilderStackEntry(updatableMember.MemberType, state.ParseElementStart, state.ParseElementEnd, state.UpdateOperations.Count - 1)
{
Member = updatableMember,
LeaveOperation = leaveOperation,
LeaveOffset = leaveOffset,
ObjectStartOffset = state.NewOffset
});
}
}
private static void ProcessMember(ref ComputeUpdateOperationState state, UpdateMemberInfo animationPath, UpdatableMember updatableMember, List<object> temporaryObjectsList)
{
int leaveOffset = 0;
var leaveOperation = UpdateOperationType.Invalid;
var updatableField = updatableMember as UpdatableField;
if (updatableField != null)
{
// Apply field offset
state.NewOffset += updatableField.Offset;
if (state.ParseElementEnd == animationPath.Name.Length)
{
// Leaf node, perform the set operation
state.UpdateOperations.Add(new UpdateOperation
{
Type = updatableField.GetSetOperationType(),
Member = updatableField,
AdjustOffset = state.NewOffset - state.PreviousOffset,
DataOffset = animationPath.DataOffset,
});
state.PreviousOffset = state.NewOffset;
}
else if (!updatableField.MemberType.GetTypeInfo().IsValueType)
{
// Only in case of objects we need to enter into them
state.UpdateOperations.Add(new UpdateOperation
{
Type = UpdateOperationType.EnterObjectField,
Member = updatableField,
AdjustOffset = state.NewOffset - state.PreviousOffset,
});
leaveOperation = UpdateOperationType.Leave;
leaveOffset = state.NewOffset;
state.PreviousOffset = state.NewOffset = 0;
}
}
else
{
var updatableProperty = updatableMember as UpdatablePropertyBase;
if (updatableProperty != null)
{
if (state.ParseElementEnd == animationPath.Name.Length)
{
// Leaf node, perform the set the value
state.UpdateOperations.Add(new UpdateOperation
{
Type = updatableProperty.GetSetOperationType(),
Member = updatableProperty,
AdjustOffset = state.NewOffset - state.PreviousOffset,
DataOffset = animationPath.DataOffset,
});
state.PreviousOffset = state.NewOffset;
}
else
{
// Otherwise enter into the property
bool isStruct = updatableProperty.MemberType.GetTypeInfo().IsValueType;
int temporaryObjectIndex = -1;
if (isStruct)
{
// Struct properties need a storage area so that we can later set the updated value back into the property
leaveOperation = UpdateOperationType.LeaveAndCopyStructPropertyBase;
temporaryObjectIndex = temporaryObjectsList.Count;
temporaryObjectsList.Add(Activator.CreateInstance(updatableProperty.MemberType));
}
else
{
leaveOperation = UpdateOperationType.Leave;
}
state.UpdateOperations.Add(new UpdateOperation
{
Type = updatableProperty.GetEnterOperationType(),
Member = updatableProperty,
AdjustOffset = state.NewOffset - state.PreviousOffset,
DataOffset = temporaryObjectIndex,
SkipCountIfNull = -1,
});
leaveOffset = state.NewOffset;
state.PreviousOffset = state.NewOffset = 0;
}
}
}
// No need to add the last part of the path, as we rarely set and then enter (and if we do we need to reevaluate updated value anyway)
if (state.ParseElementEnd < animationPath.Name.Length)
{
state.StackPath.Add(new AnimationBuilderStackEntry(updatableMember.MemberType, state.ParseElementStart, state.ParseElementEnd, state.UpdateOperations.Count - 1)
{
Member = updatableMember,
LeaveOperation = leaveOperation,
LeaveOffset = leaveOffset,
ObjectStartOffset = state.NewOffset
});
}
}
