internal static bool TestCase()
{
#region 引用类型二进制序列化测试
data.filedData filedData = fastCSharp.emit.random <data.filedData> .Create();
byte[] data = fastCSharp.emit.indexSerializer.Serialize(filedData);
data.filedData newFieldData = fastCSharp.emit.indexDeSerializer.DeSerialize <data.filedData>(data);
if (!fastCSharp.emit.equals <data.filedData> .Equals(filedData, 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 = fastCSharp.code.memberMap <data.filedData> .NewFull();
data = fastCSharp.emit.indexSerializer.Serialize(filedData, serializeConfig);
newFieldData = fastCSharp.emit.indexDeSerializer.DeSerialize <data.filedData>(data);
if (!fastCSharp.emit.equals <data.filedData> .MemberMapEquals(filedData, newFieldData, serializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 值类型二进制序列化测试
data.structFiledData structFiledData = fastCSharp.emit.random <data.structFiledData> .Create();
data = fastCSharp.emit.indexSerializer.Serialize(structFiledData);
data.structFiledData newStructFiledData = fastCSharp.emit.indexDeSerializer.DeSerialize <data.structFiledData>(data);
if (!fastCSharp.emit.equals <data.structFiledData> .Equals(structFiledData, newStructFiledData))
{
return(false);
}
#endregion
#region 带成员位图的值类型二进制序列化测试
serializeConfig.MemberMap = fastCSharp.code.memberMap <data.structFiledData> .NewFull();
data = fastCSharp.emit.indexSerializer.Serialize(structFiledData, serializeConfig);
newStructFiledData = fastCSharp.emit.indexDeSerializer.DeSerialize <data.structFiledData>(data);
if (!fastCSharp.emit.equals <data.structFiledData> .MemberMapEquals(structFiledData, newStructFiledData, serializeConfig.MemberMap))
{
return(false);
}
#endregion
return(true);
}
internal static bool TestCase()
{
#region 引用类型字段成员JSON序列化测试
data.filedData filedData = fastCSharp.emit.random <data.filedData> .Create(randomConfig);
string json = fastCSharp.emit.jsonSerializer.ToJson(filedData);
data.filedData newFieldData = fastCSharp.emit.jsonParser.Parse <data.filedData>(json);
if (!fastCSharp.emit.equals <data.filedData> .Equals(filedData, newFieldData))
{
return(false);
}
#endregion
#region 带成员位图的引用类型字段成员JSON序列化测试
jsonSerializeConfig.MemberMap = fastCSharp.code.memberMap <data.filedData> .NewFull();
json = fastCSharp.emit.jsonSerializer.ToJson(filedData, jsonSerializeConfig);
newFieldData = fastCSharp.emit.jsonParser.Parse <data.filedData>(json);
if (!fastCSharp.emit.equals <data.filedData> .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 = fastCSharp.emit.random <data.propertyData> .Create(randomConfig);
json = fastCSharp.emit.jsonSerializer.ToJson(propertyData);
data.propertyData newPropertyData = fastCSharp.emit.jsonParser.Parse <data.propertyData>(json);
if (!fastCSharp.emit.equals <data.propertyData> .Equals(propertyData, newPropertyData))
{
return(false);
}
#endregion
#region 值类型字段成员JSON序列化测试
data.structFiledData structFiledData = fastCSharp.emit.random <data.structFiledData> .Create(randomConfig);
json = fastCSharp.emit.jsonSerializer.ToJson(structFiledData);
data.structFiledData newStructFiledData = fastCSharp.emit.jsonParser.Parse <data.structFiledData>(json);
if (!fastCSharp.emit.equals <data.structFiledData> .Equals(structFiledData, newStructFiledData))
{
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 = fastCSharp.code.memberMap <data.structFiledData> .NewFull();
json = fastCSharp.emit.jsonSerializer.ToJson(structFiledData, jsonSerializeConfig);
newStructFiledData = fastCSharp.emit.jsonParser.Parse <data.structFiledData>(json);
if (!fastCSharp.emit.equals <data.structFiledData> .MemberMapEquals(structFiledData, newStructFiledData, jsonSerializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 值类型属性成员JSON序列化测试
data.structPropertyData structPropertyData = fastCSharp.emit.random <data.structPropertyData> .Create(randomConfig);
json = fastCSharp.emit.jsonSerializer.ToJson(structPropertyData);
data.structPropertyData newStructPropertyData = fastCSharp.emit.jsonParser.Parse <data.structPropertyData>(json);
if (!fastCSharp.emit.equals <data.structPropertyData> .Equals(structPropertyData, newStructPropertyData))
{
return(false);
}
#endregion
return(true);
}
internal static bool TestCase()
{
#region 引用类型二进制序列化测试(Emit模式)
data.filedData filedData = fastCSharp.emit.random <data.filedData> .Create();
byte[] data = fastCSharp.emit.dataSerializer.Serialize(filedData);
data.filedData newFieldData = fastCSharp.emit.dataDeSerializer.DeSerialize <data.filedData>(data);
if (!fastCSharp.emit.equals <data.filedData> .Equals(filedData, newFieldData))
{
return(false);
}
#endregion
#region 带成员位图的引用类型二进制序列化测试(Emit模式)
serializeConfig.MemberMap = fastCSharp.code.memberMap <data.filedData> .NewFull();
data = fastCSharp.emit.dataSerializer.Serialize(filedData, serializeConfig);
newFieldData = fastCSharp.emit.dataDeSerializer.DeSerialize <data.filedData>(data);
if (!fastCSharp.emit.equals <data.filedData> .MemberMapEquals(filedData, newFieldData, serializeConfig.MemberMap))
{
return(false);
}
#endregion
#region 值类型二进制序列化测试(Emit模式)
data.structFiledData structFiledData = fastCSharp.emit.random <data.structFiledData> .Create();
data = fastCSharp.emit.dataSerializer.Serialize(structFiledData);
data.structFiledData newStructFiledData = fastCSharp.emit.dataDeSerializer.DeSerialize <data.structFiledData>(data);
if (!fastCSharp.emit.equals <data.structFiledData> .Equals(structFiledData, newStructFiledData))
{
return(false);
}
#endregion
#region 带成员位图的值类型二进制序列化测试(Emit模式)
serializeConfig.MemberMap = fastCSharp.code.memberMap <data.structFiledData> .NewFull();
data = fastCSharp.emit.dataSerializer.Serialize(structFiledData, serializeConfig);
newStructFiledData = fastCSharp.emit.dataDeSerializer.DeSerialize <data.structFiledData>(data);
if (!fastCSharp.emit.equals <data.structFiledData> .MemberMapEquals(structFiledData, newStructFiledData, serializeConfig.MemberMap))
{
return(false);
}
#endregion
#if NotFastCSharpCode
#else
#region 二进制序列化测试(代码生成模式)
filedDataSerialize filedDataSerialize = fastCSharp.emit.random <filedDataSerialize> .Create();
data = filedDataSerialize.Serialize();
filedDataSerialize newFiledDataSerialize = new filedDataSerialize();
newFiledDataSerialize.DeSerialize(data);
if (!fastCSharp.emit.equals <filedDataSerialize> .Equals(filedDataSerialize, newFiledDataSerialize))
{
return(false);
}
#endregion
#endif
return(true);
}