public void SetFieldState(PackedFieldDescriptor d, TupleFieldState fieldState)
{
var bits = (long)fieldState;
var block = Values[d.StateIndex];
Values[d.StateIndex] = (block & ~(3L << d.StateBitOffset)) | (bits << d.StateBitOffset);
}
public override object GetUntypedValue(PackedTuple tuple, ref PackedFieldDescriptor descriptor, out TupleFieldState fieldState)
{
var state = tuple.GetFieldState(ref descriptor);
fieldState = state;
return(state == TupleFieldState.Available ? tuple.Objects[descriptor.ObjectIndex] : null);
}
public override bool ValueEquals(PackedTuple left, ref PackedFieldDescriptor leftDescriptor,
PackedTuple right, ref PackedFieldDescriptor rightDescriptor)
{
var leftValue = left.Objects[leftDescriptor.ObjectIndex];
var rightValue = right.Objects[rightDescriptor.ObjectIndex];
return(leftValue.Equals(rightValue));
}
public override void SetUntypedValue(PackedTuple tuple, ref PackedFieldDescriptor descriptor, object value)
{
tuple.Objects[descriptor.ObjectIndex] = value;
if (value != null)
{
tuple.SetFieldState(ref descriptor, TupleFieldState.Available);
}
else
{
tuple.SetFieldState(ref descriptor, TupleFieldState.Available | TupleFieldState.Null);
}
}
public void SetValue <T>(PackedTuple tuple, ref PackedFieldDescriptor descriptor, bool isNullable, T value)
{
var setter = (isNullable ? NullableSetter : Setter) as SetValueDelegate <T>;
if (setter != null)
{
setter.Invoke(tuple, ref descriptor, value);
}
else
{
SetUntypedValue(tuple, ref descriptor, value);
}
}
public static void ProvideAccessor(Type valueType, PackedFieldDescriptor descriptor)
{
ValueFieldAccessor valueAccessor;
if (ValueAccessors.TryGetValue(valueType, out valueAccessor))
{
descriptor.PackingType = FieldPackingType.Value;
descriptor.Accessor = valueAccessor;
descriptor.ValueBitCount = valueAccessor.BitCount;
descriptor.ValueBitMask = valueAccessor.BitMask;
}
else
{
descriptor.Accessor = ObjectAccessor;
descriptor.PackingType = FieldPackingType.Object;
}
}
public static void ConfigureLen2(Type[] fieldTypes, ref PackedFieldDescriptor descriptor1,
ref PackedFieldDescriptor descriptor2, out int valuesLength, out int objectsLength)
{
var counters = new Counters();
ConfigureFieldPhase1(ref descriptor1, ref counters, fieldTypes, 0);
ConfigureFieldPhase1(ref descriptor2, ref counters, fieldTypes, 1);
objectsLength = counters.ObjectCounter;
int val1BitCount, val2BitCount;
switch (objectsLength)
{
case 2:
valuesLength = 1;
return;
case 1: {
if (descriptor1.IsObjectField)
{
descriptor2.DataPosition = Val064BitCount;
val1BitCount = descriptor2.Accessor.ValueBitCount;
}
else
{
descriptor1.DataPosition = Val064BitCount;
val1BitCount = descriptor1.Accessor.ValueBitCount;
}
valuesLength = (val1BitCount + ((Val064BitCount * 2) - 1)) >> Val064Rank;
return;
}
}
// Both descriptors are value descriptors
val1BitCount = descriptor1.Accessor.ValueBitCount;
val2BitCount = descriptor2.Accessor.ValueBitCount;
if (val2BitCount > val1BitCount)
{
descriptor2.DataPosition = Val064BitCount;
descriptor1.DataPosition = Val064BitCount + val2BitCount;
}
else
{
descriptor1.DataPosition = Val064BitCount;
descriptor2.DataPosition = Val064BitCount + val1BitCount;
}
valuesLength = (val1BitCount + val2BitCount + ((Val064BitCount * 2) - 1)) >> Val064Rank;
}
public static void ConfigureLen1(Type[] fieldTypes, ref PackedFieldDescriptor descriptor, out int valuesLength,
out int objectsLength)
{
var valueAccessor = ValueFieldAccessorResolver.GetValue(fieldTypes[0]);
if (valueAccessor != null)
{
descriptor.Accessor = valueAccessor;
descriptor.DataPosition = Val064BitCount;
valuesLength = (valueAccessor.ValueBitCount + ((Val064BitCount * 2) - 1)) >> Val064Rank;
objectsLength = 0;
fieldTypes[0] = valueAccessor.FieldType;
return;
}
descriptor.Accessor = ObjectAccessor;
valuesLength = 1;
objectsLength = 1;
}
public T GetValue <T>(PackedTuple tuple, ref PackedFieldDescriptor descriptor, bool isNullable, out TupleFieldState fieldState)
{
var getter = (isNullable ? NullableGetter : Getter) as GetValueDelegate <T>;
if (getter != null)
{
return(getter.Invoke(tuple, ref descriptor, out fieldState));
}
var targetType = typeof(T);
//Dirty hack of nullable enum reading
if (isNullable)
{
targetType = Nullable.GetUnderlyingType(targetType) ?? targetType;
}
if (targetType.IsEnum)
{
return((T)Enum.ToObject(targetType, GetUntypedValue(tuple, ref descriptor, out fieldState)));
}
return((T)GetUntypedValue(tuple, ref descriptor, out fieldState));
}
public abstract void CopyValue(PackedTuple source, ref PackedFieldDescriptor sourceDescriptor,
PackedTuple target, ref PackedFieldDescriptor targetDescriptor);
public abstract void SetUntypedValue(PackedTuple tuple, ref PackedFieldDescriptor descriptor, object value);
public abstract object GetUntypedValue(PackedTuple tuple, ref PackedFieldDescriptor descriptor, out TupleFieldState fieldState);
public override int GetValueHashCode(PackedTuple tuple, ref PackedFieldDescriptor descriptor)
{
return(tuple.Objects[descriptor.ObjectIndex].GetHashCode());
}
public override void CopyValue(PackedTuple source, ref PackedFieldDescriptor sourceDescriptor,
PackedTuple target, ref PackedFieldDescriptor targetDescriptor)
{
target.Objects[targetDescriptor.ObjectIndex] = source.Objects[sourceDescriptor.ObjectIndex];
}
public TupleFieldState GetFieldState(PackedFieldDescriptor d)
{
var block = Values[d.StateIndex];
return((TupleFieldState)((block >> d.StateBitOffset) & 3));
}
public abstract bool ValueEquals(PackedTuple left, ref PackedFieldDescriptor leftDescriptor,
PackedTuple right, ref PackedFieldDescriptor rightDescriptor);
public abstract int GetValueHashCode(PackedTuple tuple, ref PackedFieldDescriptor descriptor);
public static void ConfigureFieldAccessor(ref PackedFieldDescriptor descriptor, Type fieldType) => descriptor.Accessor = (PackedFieldAccessor)ValueFieldAccessorResolver.GetValue(fieldType) ?? ObjectAccessor;
