internal static bool TestCase()
{
#region 引用类型二进制序列化测试
Data.FieldData fieldData = AutoCSer.RandomObject.Creator <Data.FieldData> .Create();
byte[] data = AutoCSer.BinarySerializer.Serialize(fieldData);
Data.FieldData newFieldData = AutoCSer.BinaryDeSerializer.DeSerialize <Data.FieldData>(data);
if (!AutoCSer.FieldEquals.Comparor <Data.FieldData> .Equals(fieldData, newFieldData))
{
return(false);
}
#endregion
#region 带成员位图的引用类型二进制序列化测试
serializeConfig.MemberMap = AutoCSer.Metadata.MemberMap <Data.FieldData> .NewFull();
data = AutoCSer.BinarySerializer.Serialize(fieldData, serializeConfig);
newFieldData = AutoCSer.BinaryDeSerializer.DeSerialize <Data.FieldData>(data);
if (!AutoCSer.FieldEquals.Comparor <Data.FieldData> .MemberMapEquals(fieldData, newFieldData, serializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 值类型二进制序列化测试
Data.StructFieldData structFieldData = AutoCSer.RandomObject.Creator <Data.StructFieldData> .Create();
data = AutoCSer.BinarySerializer.Serialize(structFieldData);
Data.StructFieldData newStructFieldData = AutoCSer.BinaryDeSerializer.DeSerialize <Data.StructFieldData>(data);
if (!AutoCSer.FieldEquals.Comparor <Data.StructFieldData> .Equals(structFieldData, newStructFieldData))
{
return(false);
}
#endregion
#region 带成员位图的值类型二进制序列化测试
serializeConfig.MemberMap = AutoCSer.Metadata.MemberMap <Data.StructFieldData> .NewFull();
data = AutoCSer.BinarySerializer.Serialize(structFieldData, serializeConfig);
newStructFieldData = AutoCSer.BinaryDeSerializer.DeSerialize <Data.StructFieldData>(data);
if (!AutoCSer.FieldEquals.Comparor <Data.StructFieldData> .MemberMapEquals(structFieldData, newStructFieldData, serializeConfig.MemberMap))
{
return(false);
}
#endregion
if (AutoCSer.BinaryDeSerializer.DeSerialize <int>(data = AutoCSer.BinarySerializer.Serialize <int>(1)) != 1)
{
return(false);
}
if (AutoCSer.BinaryDeSerializer.DeSerialize <string>(data = AutoCSer.BinarySerializer.Serialize <string>("1")) != "1")
{
return(false);
}
return(true);
}
internal static bool TestCase()
{
#region 引用类型字段成员JSON序列化测试
Data.FieldData filedData = AutoCSer.RandomObject.Creator <Data.FieldData> .Create(randomConfig);
string jsonString = AutoCSer.Json.Serializer.Serialize(filedData);
//AutoCSer.Log.Trace.Console(jsonString);
Data.FieldData newFieldData = AutoCSer.Json.Parser.Parse <Data.FieldData>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.FieldData> .Equals(filedData, newFieldData))
{
return(false);
}
//AutoCSer.Log.Trace.Console(AutoCSer.Json.Serializer.Serialize(newFieldData));
#endregion
#region 带成员位图的引用类型字段成员JSON序列化测试
jsonSerializeConfig.MemberMap = AutoCSer.Metadata.MemberMap <Data.FieldData> .NewFull();
jsonString = AutoCSer.Json.Serializer.Serialize(filedData, jsonSerializeConfig);
newFieldData = AutoCSer.Json.Parser.Parse <Data.FieldData>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.FieldData> .MemberMapEquals(filedData, newFieldData, jsonSerializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 引用类型属性成员JSON序列化测试
Data.PropertyData propertyData = AutoCSer.RandomObject.Creator <Data.PropertyData> .Create(randomConfig);
jsonString = AutoCSer.Json.Serializer.Serialize(propertyData);
Data.PropertyData newPropertyData = AutoCSer.Json.Parser.Parse <Data.PropertyData>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.PropertyData> .Equals(propertyData, newPropertyData))
{
return(false);
}
#endregion
#region 值类型字段成员JSON序列化测试
Data.StructFieldData structFieldData = AutoCSer.RandomObject.Creator <Data.StructFieldData> .Create(randomConfig);
jsonString = AutoCSer.Json.Serializer.Serialize(structFieldData);
Data.StructFieldData newStructFieldData = AutoCSer.Json.Parser.Parse <Data.StructFieldData>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.StructFieldData> .Equals(structFieldData, newStructFieldData))
{
return(false);
}
#endregion
#region 带成员位图的值类型字段成员JSON序列化测试
jsonSerializeConfig.MemberMap = AutoCSer.Metadata.MemberMap <Data.StructFieldData> .NewFull();
jsonString = AutoCSer.Json.Serializer.Serialize(structFieldData, jsonSerializeConfig);
newStructFieldData = AutoCSer.Json.Parser.Parse <Data.StructFieldData>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.StructFieldData> .MemberMapEquals(structFieldData, newStructFieldData, jsonSerializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 值类型属性成员JSON序列化测试
Data.StructPropertyData structPropertyData = AutoCSer.RandomObject.Creator <Data.StructPropertyData> .Create(randomConfig);
jsonString = AutoCSer.Json.Serializer.Serialize(structPropertyData);
Data.StructPropertyData newStructPropertyData = AutoCSer.Json.Parser.Parse <Data.StructPropertyData>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.StructPropertyData> .Equals(structPropertyData, newStructPropertyData))
{
return(false);
}
#endregion
if (AutoCSer.Json.Parser.Parse <int>(jsonString = AutoCSer.Json.Serializer.Serialize <int>(1)) != 1)
{
return(false);
}
if (AutoCSer.Json.Parser.Parse <string>(jsonString = AutoCSer.Json.Serializer.Serialize <string>("1")) != "1")
{
return(false);
}
Data.Float floatData = AutoCSer.Json.Parser.Parse <Data.Float>(@"{Double4:-4.0,Double2:2.0,Double6:-6.0,Double5:5.0,Double3:-3.0}");
if (floatData.Double2 != 2 || floatData.Double3 != -3 || floatData.Double4 != -4 || floatData.Double5 != 5 || floatData.Double6 != -6)
{
return(false);
}
floatData = new Data.Float {
FloatPositiveInfinity = float.NaN, FloatNegativeInfinity = float.NaN, DoublePositiveInfinity = double.NaN, DoubleNegativeInfinity = double.NaN
};
jsonString = AutoCSer.Json.Serializer.Serialize(floatData);
Data.Float newFloatData = AutoCSer.Json.Parser.Parse <Data.Float>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.Float> .Equals(floatData, newFloatData))
{
return(false);
}
floatData = new Data.Float();
jsonString = AutoCSer.Json.Serializer.Serialize(floatData, new AutoCSer.Json.SerializeConfig {
IsInfinityToNaN = false
});
newFloatData = AutoCSer.Json.Parser.Parse <Data.Float>(jsonString);
if (!AutoCSer.FieldEquals.Comparor <Data.Float> .Equals(floatData, newFloatData))
{
return(false);
}
return(true);
}
internal static bool TestCase()
{
#region 引用类型字段成员XML序列化测试
Data.FieldData filedData = AutoCSer.RandomObject.Creator <Data.FieldData> .Create(randomConfig);
string xmlString = AutoCSer.Xml.Serializer.Serialize(filedData);
//AutoCSer.Log.Trace.Console(xmlString);
Data.FieldData newFieldData = AutoCSer.Xml.Parser.Parse <Data.FieldData>(xmlString);
if (!AutoCSer.FieldEquals.Comparor <Data.FieldData> .Equals(filedData, newFieldData))
{
return(false);
}
//AutoCSer.Log.Trace.Console(AutoCSer.Xml.Serializer.Serialize(newFieldData));
#endregion
#region 带成员位图的引用类型字段成员XML序列化测试
xmlSerializeConfig.MemberMap = AutoCSer.Metadata.MemberMap <Data.FieldData> .NewFull();
xmlString = AutoCSer.Xml.Serializer.Serialize(filedData, xmlSerializeConfig);
newFieldData = AutoCSer.Xml.Parser.Parse <Data.FieldData>(xmlString);
if (!AutoCSer.FieldEquals.Comparor <Data.FieldData> .MemberMapEquals(filedData, newFieldData, xmlSerializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 引用类型属性成员XML序列化测试
Data.PropertyData propertyData = AutoCSer.RandomObject.Creator <Data.PropertyData> .Create(randomConfig);
xmlString = AutoCSer.Xml.Serializer.Serialize(propertyData);
Data.PropertyData newPropertyData = AutoCSer.Xml.Parser.Parse <Data.PropertyData>(xmlString);
if (!AutoCSer.FieldEquals.Comparor <Data.PropertyData> .Equals(propertyData, newPropertyData))
{
return(false);
}
#endregion
#region 值类型字段成员XML序列化测试
Data.StructFieldData structFieldData = AutoCSer.RandomObject.Creator <Data.StructFieldData> .Create(randomConfig);
xmlString = AutoCSer.Xml.Serializer.Serialize(structFieldData);
Data.StructFieldData newStructFieldData = AutoCSer.Xml.Parser.Parse <Data.StructFieldData>(xmlString);
if (!AutoCSer.FieldEquals.Comparor <Data.StructFieldData> .Equals(structFieldData, newStructFieldData))
{
return(false);
}
#endregion
#region 带成员位图的值类型字段成员XML序列化测试
xmlSerializeConfig.MemberMap = AutoCSer.Metadata.MemberMap <Data.StructFieldData> .NewFull();
xmlString = AutoCSer.Xml.Serializer.Serialize(structFieldData, xmlSerializeConfig);
newStructFieldData = AutoCSer.Xml.Parser.Parse <Data.StructFieldData>(xmlString);
if (!AutoCSer.FieldEquals.Comparor <Data.StructFieldData> .MemberMapEquals(structFieldData, newStructFieldData, xmlSerializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 值类型属性成员XML序列化测试
Data.StructPropertyData structPropertyData = AutoCSer.RandomObject.Creator <Data.StructPropertyData> .Create(randomConfig);
xmlString = AutoCSer.Xml.Serializer.Serialize(structPropertyData);
Data.StructPropertyData newStructPropertyData = AutoCSer.Xml.Parser.Parse <Data.StructPropertyData>(xmlString);
if (!AutoCSer.FieldEquals.Comparor <Data.StructPropertyData> .Equals(structPropertyData, newStructPropertyData))
{
return(false);
}
#endregion
return(true);
}