public void WriteTo(FCSerialize ar)
{
ar.ProtobufWrite(name, 1, PB_ZipType.PB_Zip_Varint);
ar.ProtobufWrite(age, 2, PB_ZipType.PB_Zip_Varint);
ar.ProtobufWrite(address, 3, PB_ZipType.PB_Zip_Varint);
ar.ProtobufWrite(contacts, 4, PB_ZipType.PB_Zip_Varint);
}
public void ReadFrom(FCSerialize ar)
{
int nTag = 0;
int nFiledIndex = 0;
bool bSucRead = false;
//while(nTag = ar.ProtobufReadTag()) // C#不支持这样的写法
while ((nTag = ar.ProtobufReadTag()) != 0)
{
nFiledIndex = nTag >> 3;
bSucRead = false;
switch (nFiledIndex)
{
case 1:
if (nTag == 10) // MakeTag(1, 2)
{
bSucRead = ar.ProtobufRead(value, 1, PB_ZipType.PB_Zip_Varint);
}
break;
default:
break;
}
if (!bSucRead)
{
ar.ProtobufSkipField(nTag);
}
}
}
public void WriteProtobuf()
{
RequestWithSimpleOneof msg = new RequestWithSimpleOneof();
msg.set_int_data(11);
msg.set_str_data("abcdef");
MoreData more_data = msg.mutable_more_data();
more_data.str_value = "moredata_str_value";
Data data = msg.mutable_message_data3();
data.data_value = 12;
FCSerialize ar = new FCSerialize();
ar.OwnWriteMode(1024);
msg.WriteTo(ar);
os.print("more_data.str_value={0}", more_data.str_value);
os.print("more_data.str_value={0}", msg.mutable_more_data().str_value);
ar.CopyTo(m_msgBuffer);
os.print("序列化的的数据包的长度={0}字节", m_msgBuffer.Length);
PrintMsg(msg);
}
public void ReadFrom(FCSerialize ar)
{
int nTag = 0;
int nFiledIndex = 0;
bool bSucRead = false;
//while(nTag = ar.ProtobufReadTag()) // C#不支持这样的写法
while ((nTag = ar.ProtobufReadTag()) != 0)
{
nFiledIndex = nTag >> 3;
bSucRead = false;
switch (nFiledIndex)
{
case 1:
if (nTag == 10) // MakeTag(1, 2)
{
bSucRead = ar.ProtobufRead(name, 1, PB_ZipType.PB_Zip_Varint);
}
break;
case 2:
if (nTag == 16) // MakeTag(2, 0)
{
bSucRead = ar.ProtobufRead(phonenumber, 2, PB_ZipType.PB_Zip_Varint);
}
break;
case 3:
if (nTag == 24) // MakeTag(3, 0)
{
_oneof_case_0 = 3; // val1
bSucRead = ar.ProtobufRead(val1, 3, PB_ZipType.PB_Zip_Varint);
}
break;
case 4:
if (nTag == 32) // MakeTag(4, 0)
{
_oneof_case_0 = 4; // val2
bSucRead = ar.ProtobufRead(val2, 4, PB_ZipType.PB_Zip_Varint);
}
break;
case 5:
if (nTag == 42) // MakeTag(5, 2)
{
bSucRead = ar.ProtobufReadMap(map_test, 5, PB_ZipType.PB_Zip_Varint, PB_ZipType.PB_Zip_Varint);
}
break;
default:
break;
}
if (!bSucRead)
{
ar.ProtobufSkipField(nTag);
}
}
}
void ReadProtobuf()
{
RequestWithSimpleOneof msg = new RequestWithSimpleOneof();
FCSerialize ar = new FCSerialize();
ar.ReadMode(m_msgBuffer);
msg.ReadFrom(ar);
PrintMsg(msg);
}
public void ReadFrom(FCSerialize ar)
{
int nTag = 0;
int nFiledIndex = 0;
bool bSucRead = false;
//while(nTag = ar.ProtobufReadTag()) // C#不支持这样的写法
while ((nTag = ar.ProtobufReadTag()) != 0)
{
nFiledIndex = nTag >> 3;
bSucRead = false;
switch (nFiledIndex)
{
case 1:
if (nTag == 10) // MakeTag(1, 2)
{
bSucRead = ar.ProtobufRead(name, 1, PB_ZipType.PB_Zip_Varint);
}
break;
case 2:
if (nTag == 16) // MakeTag(2, 0)
{
bSucRead = ar.ProtobufRead(age, 2, PB_ZipType.PB_Zip_Varint);
}
break;
case 3:
if (nTag == 26) // MakeTag(3, 2)
{
bSucRead = ar.ProtobufRead(address, 3, PB_ZipType.PB_Zip_Varint);
}
break;
case 4:
if (nTag == 34) // MakeTag(4, 2)
{
bSucRead = ar.ProtobufRead(contacts, 4, PB_ZipType.PB_Zip_Varint);
}
break;
default:
break;
}
if (!bSucRead)
{
ar.ProtobufSkipField(nTag);
}
}
}
public void WriteTo(FCSerialize ar)
{
ar.ProtobufWrite(value, 1, PB_ZipType.PB_Zip_Varint);
ar.ProtobufWrite(optional_bytes, 2, PB_ZipType.PB_Zip_Varint);
ar.ProtobufWrite(optional_data, 3, PB_ZipType.PB_Zip_Varint);
ar.ProtobufWrite(second_data, 4, PB_ZipType.PB_Zip_Varint);
switch (_oneof_case_0)
{
case 5:
ar.ProtobufWrite(str_data, 5, PB_ZipType.PB_Zip_Varint);
break;
case 6:
ar.ProtobufWrite(int_data, 6, PB_ZipType.PB_Zip_Varint);
break;
case 7:
ar.ProtobufWrite(message_data, 7, PB_ZipType.PB_Zip_Varint);
break;
case 8:
ar.ProtobufWrite(more_data, 8, PB_ZipType.PB_Zip_Varint);
break;
default:
break;
}
switch (_oneof_case_1)
{
case 9:
ar.ProtobufWrite(str_data3, 9, PB_ZipType.PB_Zip_Varint);
break;
case 10:
ar.ProtobufWrite(int_data3, 10, PB_ZipType.PB_Zip_Varint);
break;
case 11:
ar.ProtobufWrite(message_data3, 11, PB_ZipType.PB_Zip_Varint);
break;
case 12:
ar.ProtobufWrite(more_data3, 12, PB_ZipType.PB_Zip_Varint);
break;
default:
break;
}
}
public uint NormalReadProto()
{
uint nBeginTime = os.GetTickCount();
for (int i = 0; i < 100000; ++i)
{
Person msg = new Person();
FCSerialize ar = new FCSerialize();
ar.ReadMode(Buffer, 0, BufferLen);
msg.ReadFrom(ar);
}
uint nEndTime = os.GetTickCount();
os.print("normal read proto, cost time:{0}ms, BufferLen = {1}", (nEndTime - nBeginTime), BufferLen);
return(nEndTime - nBeginTime);
}
public void WriteTo(FCSerialize ar)
{
ar.ProtobufWrite(name, 1, PB_ZipType.PB_Zip_Varint);
ar.ProtobufWrite(phonenumber, 2, PB_ZipType.PB_Zip_Varint);
switch (_oneof_case_0)
{
case 3:
ar.ProtobufWrite(val1, 3, PB_ZipType.PB_Zip_Varint);
break;
case 4:
ar.ProtobufWrite(val2, 4, PB_ZipType.PB_Zip_Varint);
break;
default:
break;
}
ar.ProtobufWriteMap(map_test, 5, PB_ZipType.PB_Zip_Varint, PB_ZipType.PB_Zip_Varint);
}
public uint NormalWriteProto()
{
Person msg = FillPersonMsg();
int nBufferLen = 0;
uint nBeginTime = os.GetTickCount();
for (int i = 0; i < 100000; ++i)
{
FCSerialize ar = new FCSerialize();
ar.WriteMode(Buffer, 0, 1024);
msg.WriteTo(ar);
nBufferLen = ar.GetPosition();
}
uint nEndTime = os.GetTickCount();
os.print("write proto, cost time:{0}ms, BufferLen = {1}", (nEndTime - nBeginTime), nBufferLen);
BufferLen = nBufferLen;
return(nEndTime - nBeginTime);
}
// 功能：设置读模式, 流的数据由已知的流中获取
// 参数：nStart - 开始的位置
// nSize - 数据流的长度
public void ReadMode(FCSerialize ar, int nStart, int nSize)
{
}
public void WriteTo(FCSerialize ar)
{
ar.ProtobufWrite(value, 1, PB_ZipType.PB_Zip_Varint);
}
public void ReadFrom(FCSerialize ar)
{
int nTag = 0;
int nFiledIndex = 0;
bool bSucRead = false;
//while(nTag = ar.ProtobufReadTag()) // C#不支持这样的写法
while ((nTag = ar.ProtobufReadTag()) != 0)
{
nFiledIndex = nTag >> 3;
bSucRead = false;
switch (nFiledIndex)
{
case 1:
if (nTag == 10) // MakeTag(1, 2)
{
bSucRead = ar.ProtobufRead(value, 1, PB_ZipType.PB_Zip_Varint);
}
break;
case 2:
if (nTag == 18) // MakeTag(2, 2)
{
bSucRead = ar.ProtobufRead(optional_bytes, 2, PB_ZipType.PB_Zip_Varint);
}
break;
case 3:
if (nTag == 26) // MakeTag(3, 2)
{
bSucRead = ar.ProtobufRead(optional_data, 3, PB_ZipType.PB_Zip_Varint);
}
break;
case 4:
if (nTag == 34) // MakeTag(4, 2)
{
bSucRead = ar.ProtobufRead(second_data, 4, PB_ZipType.PB_Zip_Varint);
}
break;
case 5:
if (nTag == 42) // MakeTag(5, 2)
{
_oneof_case_0 = 5; // str_data
bSucRead = ar.ProtobufRead(str_data, 5, PB_ZipType.PB_Zip_Varint);
}
break;
case 6:
if (nTag == 48) // MakeTag(6, 0)
{
_oneof_case_0 = 6; // int_data
bSucRead = ar.ProtobufRead(int_data, 6, PB_ZipType.PB_Zip_Varint);
}
break;
case 7:
if (nTag == 58) // MakeTag(7, 2)
{
_oneof_case_0 = 7; // message_data
bSucRead = ar.ProtobufRead(message_data, 7, PB_ZipType.PB_Zip_Varint);
}
break;
case 8:
if (nTag == 66) // MakeTag(8, 2)
{
_oneof_case_0 = 8; // more_data
bSucRead = ar.ProtobufRead(more_data, 8, PB_ZipType.PB_Zip_Varint);
}
break;
case 9:
if (nTag == 74) // MakeTag(9, 2)
{
_oneof_case_1 = 9; // str_data3
bSucRead = ar.ProtobufRead(str_data3, 9, PB_ZipType.PB_Zip_Varint);
}
break;
case 10:
if (nTag == 80) // MakeTag(10, 0)
{
_oneof_case_1 = 10; // int_data3
bSucRead = ar.ProtobufRead(int_data3, 10, PB_ZipType.PB_Zip_Varint);
}
break;
case 11:
if (nTag == 90) // MakeTag(11, 2)
{
_oneof_case_1 = 11; // message_data3
bSucRead = ar.ProtobufRead(message_data3, 11, PB_ZipType.PB_Zip_Varint);
}
break;
case 12:
if (nTag == 98) // MakeTag(12, 2)
{
_oneof_case_1 = 12; // more_data3
bSucRead = ar.ProtobufRead(more_data3, 12, PB_ZipType.PB_Zip_Varint);
}
break;
default:
break;
}
if (!bSucRead)
{
ar.ProtobufSkipField(nTag);
}
}
}
