public static TEnum?ObjToNullableEnum <TEnum>(object obj) where TEnum : struct, Enum
{
var enumStr = StrConvX.ObjectSafeToString(obj);
if (StringEnumDeterminer <TEnum> .Is(enumStr))
{
return(StringEnumDeterminer <TEnum> .To(enumStr));
}
return(null);
}
public static object ObjToNullableEnum(object obj, Type enumType)
{
var enumStr = StrConvX.ObjectSafeToString(obj);
if (StringEnumDeterminer.Is(enumStr, enumType))
{
return(StringEnumDeterminer.To(enumStr, enumType));
}
return(null);
}
private static bool FromNumericTypeToString <N>(N numericVal, CastingContext context, string defaultStr, out object result)
{
var valueUpdated = true;
result = defaultStr;
switch (numericVal)
{
case short _1:
result = StrConvX.Int16ToString(_1, context.NumericConvOptions, defaultStr);
break;
case ushort _2:
result = StrConvX.UInt16ToString(_2, context.NumericConvOptions, defaultStr);
break;
case int _3:
result = StrConvX.Int32ToString(_3, context.NumericConvOptions, defaultStr);
break;
case uint _4:
result = StrConvX.UInt32ToString(_4, context.NumericConvOptions, defaultStr);
break;
case long _5:
result = StrConvX.Int64ToString(_5, context.NumericConvOptions, defaultStr);
break;
case ulong _6:
result = StrConvX.UInt64ToString(_6, context.NumericConvOptions, defaultStr);
break;
case float _7:
result = StrConvX.FloatToString(_7, context.Digits, context.NumericConvOptions);
break;
case double _8:
result = StrConvX.DoubleToString(_8, context.Digits, context.NumericConvOptions);
break;
case decimal _9:
result = StrConvX.DecimalToString(_9, context.Digits, context.NumericConvOptions, defaultStr);
break;
default:
valueUpdated = false;
break;
}
return(valueUpdated);
}
private static bool FromNullableNumericTypeToString(object numericVal, Type oType, CastingContext context, out object result)
{
var valueUpdated = true;
result = null;
if (oType == TypeClass.Int16NullableClazz)
{
result = StrConvX.Int16ToString(NumConvX.ObjectToNullableInt16(numericVal), context.NumericConvOptions, string.Empty);
}
else if (oType == TypeClass.UInt16NullableClazz)
{
result = StrConvX.UInt16ToString(NumConvX.ObjectToNullableUInt16(numericVal), context.NumericConvOptions, string.Empty);
}
else if (oType == TypeClass.Int32NullableClazz)
{
result = StrConvX.Int32ToString(NumConvX.ObjectToNullableInt32(numericVal), context.NumericConvOptions, string.Empty);
}
else if (oType == TypeClass.UInt32NullableClazz)
{
result = StrConvX.UInt32ToString(NumConvX.ObjectToNullableUInt32(numericVal), context.NumericConvOptions, string.Empty);
}
else if (oType == TypeClass.Int64NullableClazz)
{
result = StrConvX.Int64ToString(NumConvX.ObjectToNullableInt64(numericVal), context.NumericConvOptions, string.Empty);
}
else if (oType == TypeClass.UInt64NullableClazz)
{
result = StrConvX.UInt64ToString(NumConvX.ObjectToNullableUInt64(numericVal), context.NumericConvOptions, string.Empty);
}
else if (oType == TypeClass.FloatNullableClazz)
{
result = StrConvX.FloatToString(NumConvX.ObjectToNullableFloat(numericVal), context.Digits, context.NumericConvOptions);
}
else if (oType == TypeClass.DoubleNullableClazz)
{
result = StrConvX.DoubleToString(NumConvX.ObjectToNullableDouble(numericVal), context.Digits, context.NumericConvOptions);
}
else if (oType == TypeClass.DecimalNullableClazz)
{
result = StrConvX.DecimalToString(NumConvX.ObjectToNullableDecimal(numericVal), context.Digits, context.NumericConvOptions, string.Empty);
}
else
{
valueUpdated = false;
}
return(valueUpdated);
}
private static bool FromObjToNullableTypeProxy(object fromObj, Type xType, out object result)
{
var innerType = TypeConv.GetNonNullableType(xType);
if (TypeDeterminer.IsStringType(innerType))
{
result = StrConvX.ObjectSafeToString(fromObj);
return(true);
}
if (TypeDeterminer.IsNumericType(innerType))
{
return(FromObjToNullableNumericType(fromObj, innerType, out result));
}
if (TypeDeterminer.IsEnumType(innerType))
{
result = EnumConvX.ObjToNullableEnum(fromObj, innerType);
}
if (TypeDeterminer.IsDateTimeTypes(innerType))
{
return(FromObjToNullableDateTimeType(fromObj, innerType, out result));
}
if (TypeDeterminer.IsGuidType(innerType))
{
result = GuidConvX.ObjToNullableGuid(fromObj);
return(true);
}
if (TypeDeterminer.IsOriginObject(innerType))
{
result = fromObj;
return(true);
}
result = null;
return(false);
}
private static bool FromObjToTypeProxy <X>(object fromObj, X defaultVal, Type xType, out object result)
{
if (TypeDeterminer.IsStringType(defaultVal, out var defaultStr))
{
result = StrConvX.ObjectSafeToString(fromObj, defaultStr);
return(true);
}
if (TypeDeterminer.IsNumericType(xType))
{
return(FromObjToNumericType(fromObj, defaultVal, xType, out result));
}
if (TypeDeterminer.IsEnumType(xType))
{
result = EnumConvX.ObjToEnum(fromObj, xType, defaultVal);
return(true);
}
if (TypeDeterminer.IsDateTimeTypes(xType))
{
return(FromObjToDateTime(fromObj, defaultVal, xType, out result));
}
if (defaultVal is Guid defaultGuid)
{
result = GuidConvX.ObjToGuid(fromObj, defaultGuid);
return(true);
}
if (TypeDeterminer.IsOriginObject(xType))
{
result = defaultVal;
return(true);
}
result = defaultVal;
return(false);
}
public static TEnum ObjToEnum <TEnum>(object obj, TEnum defaultVal = default) where TEnum : struct, Enum
{
return(StringEnumDeterminer <TEnum> .To(StrConvX.ObjectSafeToString(obj), defaultVal : defaultVal));
}
public static object ObjToEnum(object obj, Type enumType, object defaultVal = default)
{
return(StringEnumDeterminer.To(StrConvX.ObjectSafeToString(obj), enumType, defaultVal: defaultVal));
}
private static bool FromGuidToString(Guid guid, CastingContext context, string defaultStr, out object result)
{
result = StrConvX.GuidToString(guid, context, defaultStr);
return(true);
}
private static bool FromNullableGuidToString(Guid?guid, CastingContext context, out object result)
{
result = StrConvX.GuidToString(guid, context);
return(true);
}
