46.网络游戏逆向分析与漏洞攻防-角色管理功能通信分析-设计通用的解码处理过程

本文主要是介绍46.网络游戏逆向分析与漏洞攻防-角色管理功能通信分析-设计通用的解码处理过程，希望对大家解决编程问题提供一定的参考价值，需要的开发者们随着小编来一起学习吧！

免责声明：内容仅供学习参考，请合法利用知识，禁止进行违法犯罪活动！

如果看不懂、不知道现在做的什么，那就跟着做完看效果

现在的代码都是依据数据包来写的，如果看不懂代码，就说明没看懂数据包

内容参考于：易道云信息技术研究院VIP课

上一个内容：45.解码发送数据内容输出到日志

码云地址（master 分支）：https://gitee.com/dye_your_fingers/titan

码云版本号：e7a286370f35406ff68ce43325dd2ef5dd65418c

代码下载地址，在 titan 目录下，文件名为：titan-设计通用的解码处理过程.zip

链接：https://pan.baidu.com/s/1W-JpUcGOWbSJmMdmtMzYZg

提取码：q9n5

--来自百度网盘超级会员V4的分享

HOOK引擎，文件名为：黑兔sdk升级版.zip

链接：https://pan.baidu.com/s/1IB-Zs6hi3yU8LC2f-8hIEw

提取码：78h8

--来自百度网盘超级会员V4的分享

以 45.解码发送数据内容输出到日志它的代码为基础进行修改

本次不做新的东西，本次去改改之前的代码，主要为了以后用起来方便，为了写代码写的更少，设计一个通用的解码的过程，下方的代码如果看不懂，那就根据说明瞥一眼，当之后使用时就能懂了，看不懂是正常的毕竟代码很乱

EnCode.h文件的修改：修改了 Init函数入参、EnCode构造函数入参

#pragma once/*EnCode结构体 un[6]、index、op是8字节union里也是8字节pointer、back它俩虽然是char类型，但它俩是指针类型，所以它们一共是8字节EnCode结构体一共是24字节
*/
class EnCode// 用于表示数据解析约定的数据
{
private:char un[6]{};// 
public:char index = 0;// op + un[3]是四字节，op与buffer是6字节，如果自动内存对齐op与buffer可能不会挨在一起char op = 0;union{char dataPool[0x8];int lenth;char byte;short stval;int val;float fval;double dbval;long long lval = 0;};char* pointer = 0;char* back = 0;
public:EnCode();EnCode(char*& buff, char ExIndex = 1);EnCode& operator=(char*& buff);int Init(char*& buff, char EnIndex = 1);~EnCode();
};class GBYTE :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator char();char value();
};
class GSHORT :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator short();short value();
};
class GINT :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator int();int value();
};
class GFLOAT :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator float();float value();
};
class GINT64 :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator long long();long long value();
};
class GDOUBLE :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator double();double value();
};
class GCHAR :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator const char*();const char* value();
};
class GUTF16 :public EnCode {
public:using EnCode::EnCode;using EnCode::operator=;operator const wchar_t*();const wchar_t* value();
};

EnCode.cpp文件的修改：修改了 Init函数入参、EnCode构造函数入参

#include "pch.h"
#include "EnCode.h"
#include "extern_all.h"int EnCode::Init(char*& buff, char EnIndex)
{index = EnIndex;op = buff[0];int len = data_desc[index][op].lenth;/*比如 07 0A 00 00 00 34 00 33 00 39 00 39 00 00 00buff + 1 的结果是 0A 00 00 00 34 00 33 00 39 00 39 00 00 00len是 07 所代表的类型的长度，也就是0A 00 00 00 这个东西memcpy(dataPool, buff + 1, len);也就是把 0A 00 00 00 复制到 dataPool里然后从下方的if ((op == 0x7))得到它的字符串*/memcpy(dataPool, buff + 1, len);buff = buff + 1 + len;// 下一个结构if (index == 0) {if ((op == 0x7)) {if (pointer)delete[]pointer;/*dataPool 与 lenth是一个联合体，联合体的特性就是所有变量共用一个内存，所以 dataPool 的值就是lenth的值从上方的注释得知现在dataPool的值是0A 00 00 00然后通过 lenth去读 0A 00 00 00结果就是十进制的 10然后创建一个10字节的空间给pointer然后在通过 memcpy(pointer, buff, lenth); 把字符串赋值给pointer*/pointer = new char[lenth];memcpy(pointer, buff, lenth);buff = buff + lenth;// 指向下一个字符串}}if (index == 1) {if ((op == 0x06) || (op == 0x7)) {if (pointer)delete[]pointer;pointer = new char[lenth];memcpy(pointer, buff, lenth);buff = buff + lenth;}}return 0;
}
/*buff是数据包_len暂时没用ExIndex是解析方式，因为分析的时候发现6有时是char类型有时是char*类型看懂此方法需要分析手动分析一次数据包（数据解析约定的数据包）然后带着数据包去看这个函数
*/
EnCode::EnCode(char*& buff,char EnIndex)
{Init(buff,EnIndex);
}EnCode::~EnCode()
{if(pointer)delete[] pointer;
}EnCode::EnCode()
{
}EnCode& EnCode::operator=(char*& buff)
{Init(buff);return *this;
}GBYTE::operator char()
{return this->byte;
}char GBYTE::value()
{return this->byte;
}GSHORT::operator short()
{return this->stval;
}short GSHORT::value()
{return this->stval;
}GINT::operator int()
{return this->val;
}int GINT::value()
{return this->val;
}GFLOAT::operator float()
{return this->fval;
}float GFLOAT::value()
{return this->fval;
}GINT64::operator long long()
{return this->lval;
}long long GINT64::value()
{return this->lval;
}GDOUBLE::operator double()
{return this->dbval;
}double GDOUBLE::value()
{return this->dbval;
}GCHAR::operator const char*()
{return this->pointer;
}const char* GCHAR::value()
{return this->pointer;
}GUTF16::operator const wchar_t*()
{return (wchar_t*)this->pointer;
}const wchar_t* GUTF16::value()
{return (wchar_t*)this->pointer;
}

NetClass.h文件的修改：新加 MAX_SEND_COUNT宏、NET_SEND_CHEAD类、NET_SEND_CHOOSECAMP类

#pragma once
#include "EnCode.h"
/*最多的数据项, 0A开头的数据包里有数据参数个数，这个红就是用来设定数据参数个数最大数量是多少，0A开头的数据包目前见过最大数据参数个数是十几个，这里写20应该完全够用，如果不够用到时候再增加
*/
#define MAX_SEND_COUNT 20
// 发送数据操作码定义
#define SC_CHOOSECAMP 591 // 阵营选择操作码
// 发送数据标准头
typedef struct NET_SEND_HEAD {// 为了内存对齐，当前结构不可能超过255，所以这样写是没问题的char len = sizeof(NET_SEND_HEAD) - 1;char op = 0x0A;short unst = 0;int unnt[4]{};short unst1 = 0;short count = 0;
}*PNET_SEND_HEAD;typedef class  NET_SEND_CHEAD {
public:GINT opcode;// 实现编码操作，模拟游戏数据包给服务端发送数据，这个模拟的数据包通过调用 CodeMe函数得到unsigned CodeMe(int size, const char* buffer);
}*PNET_SEND_CHEAD;typedef class NET_SEND_CHOOSECAMP :public NET_SEND_CHEAD {
public:GCHAR camps;
}*PNS_CHOOSECAMP;// 申请创建角色结构体
typedef struct NET_CREATEROLE_START {char un[0x02];// 用来做内存对齐char len = sizeof(NET_CREATEROLE_START) - 3;// 用来做内存对齐char op = 0x03;int code = 0x01;
}*PNET_CREATEROLE_START;// 删除角色数据结构
typedef struct DATA_DELROLE {char op;char buff[0x1F];int len;int un[8] = { 0x01 , 0x03};}*PDATADELROLE;/*数据包还原结构体要注意内存对齐，如果数据不满4字节，它字段会补齐比如结构体里有一个char变量，它是1字节，在内存里它可能会为了内存对齐让它变成4字节，所以这要注意
*/
// 登录数据
typedef struct DATA_LOGIN {int op = 0x0300;char buff[0x10]{};int lenId = 0x10;/*这个是登录的账号，它可能会变成0x20或更长，现在默认让它0x10读的时候以长度为准就好了*/char Id[0x10]{};int lenPass = 0x10;/*这个是登录的密码，它可能会变成0x20或更长，现在默认让它0x10读的时候以长度为准就好了*/char Pass[0x10]{};int lenCode = 0x10;char Code[0x10]{};int eop = 0x01;
}*PDATALOGIN;
typedef struct DATA_LOGIN_OK {// 登录成功数据包头int un[8] = { 0, 0, 0x76B, 0x0C, 0x1E,0, 0, 0 };int index = 0;int RoleCount = 0;
}*PDATALOGINOK;
typedef class ROLE_DATA {// 登录成功数据包
public:GBYTE byte;GINT un;GINT un1;GUTF16 name;GUTF16 infos;GINT un2;GINT64 un3;
}*PROLEDATA;

新加 NetClass.cpp文件

#include "pch.h"
#include "NetClass.h"unsigned NET_SEND_CHEAD::CodeMe(int size, const char* buffer)
{return 0;
}

NetClient.h文件的修改：新加 SelectCamp函数，修改了 OnSendCustom函数，DecodeChooseCamp函数改名为OnChooseCamp

#pragma once
#include "NetClass.h"
class NetClient // 监视客户端每一个操作
{
private:PROLEDATA roles;unsigned rolecount;bool logined = false;bool DelRole(wchar_t* rolename, unsigned _len);
public:/*模拟登陆的方法Id是账号Pass是密码它要基于发送的方法实现，因为我们没有连接socket的操作*/bool login(const char* Id, const char* Pass);bool DelRole(wchar_t* rolename);bool StartCreateRole();// 用于创建角色bool SelectCamp(const char* _campname);// 选择阵营// 根据角色名字获取一个登录成功数据包（选择角色列表里的一个数据）PROLEDATA GetRoleByName(wchar_t* rolename);
public:// 用于拦截游戏删除角色功能bool virtual OnDelRole(wchar_t* rolename, unsigned _len);// 用于拦截游戏登录功能void virtual Onlogin(const char* Id, const char*Pass);// 用于拦截游戏创建角色功能bool virtual OnStartCreateRole(int code);// opcode意思是操作码，count意思是数量，buffStart意思是解码的内容开始，buffend意思是解码的内容结束，buffer是原始的数据，len是原始数据的长度// char& buffer, int& len这俩参数带&的原因是，在 OnSendCustom 里进行修改之后，通过&的方式传递回去bool virtual OnSendCustom(PNET_SEND_CHEAD _coder, char*& buffer, unsigned& len);
public:bool virtual OnChooseCamp(PNS_CHOOSECAMP _coder);
public:// 处理失败，参数是错误码bool virtual Tips(int code);void virtual loginok(ROLE_DATA* _roles, int count);bool virtual OnScrStartCreateRole(short code,wchar_t* _txt);
};

NetClient.cpp文件的修改：新加 SelectCamp函数，修改了 OnSendCustom函数、OnChooseCamp函数

#include "pch.h"
#include "NetClient.h"
#include "extern_all.h"bool NetClient::login(const char* Id, const char* Pass)
{const int bufflen = sizeof(DATA_LOGIN) + 1;char buff[bufflen];DATA_LOGIN data;// 有些操作系统这样写会报错，因为内存不对齐，现在Windows下没事//PDATALOGIN _data = (PDATALOGIN)(buff + 1);// 这样写就能解决内存对齐问题PDATALOGIN _data =&data;int len = strlen(Id);memcpy(_data->Id, Id, len);len = strlen(Pass);memcpy(_data->Pass, Pass, len);memcpy(buff+1, _data, sizeof(DATA_LOGIN));buff[0] = I_LOGIN;return  WinSock->OnSend(buff, sizeof(buff));}bool NetClient::DelRole(wchar_t* rolename)
{PROLEDATA _role = GetRoleByName(rolename);if (_role == nullptr) {return false;}else {return DelRole(rolename, _role->name.lenth);}return false;
}bool NetClient::StartCreateRole()
{NET_CREATEROLE_START _data;return WinSock->OnSend(&_data.op, _data.len);
}bool NetClient::SelectCamp(const char* _campname)
{NET_SEND_HEAD _head;NET_SEND_CHOOSECAMP _data;/* sizeof(_data) / sizeof(EnCode)的原因NET_SEND_CHOOSECAMP结构体里面，没别 东西全是 EnCode 这个结构*/short count = sizeof(_data) / sizeof(EnCode);_head.count = count;// _data.CodeMe(count, buffer);return false;
}PROLEDATA NetClient::GetRoleByName(wchar_t* rolename)
{//PROLEDATA result = nullptr;for (int i = 0; i < rolecount; i++){// StrCmpW判断两个字符串是否相同// 比较时区分大小写，如果字符串相同返回0if (StrCmpW(roles[i].name.value(), rolename) == 0) {return &roles[i];}}return nullptr;
}bool NetClient::DelRole(wchar_t* rolename, unsigned _len)
{DATA_DELROLE _data;_data.op = 0x06;_data.len = _len;memcpy(_data.buff, rolename, _len);return WinSock->OnSend((char*)&_data, sizeof(DATA_DELROLE) - 1);
}bool NetClient::OnDelRole(wchar_t* rolename, unsigned _len)
{AfxMessageBox(rolename);return true;
}void NetClient::Onlogin(const char* Id, const char* Pass)
{/*const int bufflen = sizeof(DATA_LOGIN) + 1;char buff[bufflen];DATA_LOGIN data;// 有些操作系统这样写会报错，因为内存不对齐，现在Windows下没事//PDATALOGIN _data = (PDATALOGIN)(buff + 1);// 这样写就能解决内存对齐问题PDATALOGIN _data =&data;int len = strlen(Id);memcpy(_data->Id, Id, len);len = strlen(Pass);memcpy(_data->Pass, Pass, len);memcpy(buff+1, _data, sizeof(DATA_LOGIN));buff[0] = I_LOGIN;return  WinSock->OnSend(buff, sizeof(buff));*/
}bool NetClient::OnStartCreateRole(int code)
{return true;
}bool NetClient::OnSendCustom(PNET_SEND_CHEAD _coder, char*& buffer, unsigned& len)
{switch (_coder->opcode.value()){case SC_CHOOSECAMP:return OnChooseCamp((PNS_CHOOSECAMP)_coder);break;default:break;}return true;
}bool NetClient::OnChooseCamp(PNS_CHOOSECAMP _coder)
{PNS_CHOOSECAMP _p = (PNS_CHOOSECAMP)_coder;MessageBoxA(0, _p->camps, _p->camps, MB_OK);return true;
}bool NetClient::Tips(int code)
{
#ifdef  AnlyCString txt;if (code == 51001) {txt = L"登陆失败,易道云通行证不存在!";}else if (code == 51002) {txt = L"登录失败,密码错误!";}else {txt.Format(L"未知登录错误:%d", code);}anly->SendData(TTYPE::I_LOG, 0, txt.GetBuffer(), txt.GetLength()*2);
#endifreturn true;
}void NetClient::loginok(ROLE_DATA* _roles, int count)
{logined = true;if(roles) delete[] roles;roles = _roles;rolecount = count;
}bool NetClient::OnScrStartCreateRole(short code, wchar_t* _txt)
{return true;
}

GameWinSock.cpp文件的修改：修改了 OnloginOk函数、OnSendCustom函数、AnlyBuff函数

#include "pch.h"
#include "GameWinSock.h"
#include "extern_all.h"
#include "NetClass.h"
#include "EnCode.h"typedef bool(*DealProc)(char*&, unsigned&);DealProc SendDealProc[0x100];
DealProc RecvDealProc[0x100];GameWinSock::PROC GameWinSock::_OnConnect{};
GameWinSock::PROC GameWinSock::_OnSend{};
GameWinSock::PROC GameWinSock::_OnRecv{};bool DeafaultDeal(char*&, unsigned&) { return true; }// 登录数据包的处理
bool Onlogin(char*& buff, unsigned& len) {PDATALOGIN _data = (PDATALOGIN)(buff + 1);char* _id = _data->Id;_data = (PDATALOGIN)(buff + 1 + _data->lenId - 0x10);char* _pass = _data->Pass;Client->Onlogin(_id, _pass);/* 修改账号密码len = sizeof(DATA_LOGIN) + 1;buff = new char[len];DATA_LOGIN data;PDATALOGIN _data = &data;buff[0] = 0x2;CStringA _id = "";// 补充账号CStringA _pass = "";// 补充密码memcpy(_data->Id, _id.GetBuffer(), _id.GetLength());memcpy(_data->Pass, _pass.GetBuffer(), _pass.GetLength());memcpy(buff + 1, _data, len - 1);*//* 监控登录数据PDATALOGIN _data = (PDATALOGIN)buff;CStringA _id = _data->Id;_data = (PDATALOGIN)(buff + _data->lenId - 0x10);CStringA _pass = _data->Pass;CStringA _tmp;// 请求登录 账号[% s]密码[% s] 这个内容别人在逆向的时候就会看到// 所以这种东西需要自己搞个编码来代替它_tmp.Format("请求登录 账号[%s]密码[%s]", _id, _pass);
#ifdef  Anlyanly->SendData(TTYPE::I_DIS, 1, _tmp.GetBuffer(), _tmp.GetAllocLength());
#endif*//*返回false，游戏无法发送数据包原因看调用此此函数的位置 OnSend 函数（if (SendDealProc[buff[0]]((buff + 1), len - 1))）*/return true;
}bool OnTips(char*& buff, unsigned& len) {int* code = (int*)&buff[1];return Client->Tips(code[0]);
}bool OnDelRole(char*& buff, unsigned& len) {PDATADELROLE p = (PDATADELROLE)buff;return Client->OnDelRole((wchar_t*)(p->buff), p->len);// 返回值改为false将拦截发送的删除角色数据包// 详情看注册 OnDelRole 函数的位置，Init函数// return true;
}bool OnloginOk(char*& buff, unsigned& len) {PDATALOGINOK _p = (PDATALOGINOK)&buff[1];ROLE_DATA* roleDatas = nullptr;if (_p->RoleCount > 0) {char* buffStart = buff + 1 + sizeof(DATA_LOGIN_OK);WinSock->AnlyBuff(buffStart, buff + len);roleDatas = new ROLE_DATA[_p->RoleCount];for (int i = 0; i < _p->RoleCount; i++){roleDatas[i].byte.Init(buffStart, 0);roleDatas[i].un.Init(buffStart, 0);roleDatas[i].un1.Init(buffStart, 0);roleDatas[i].name.Init(buffStart, 0);roleDatas[i].infos.Init(buffStart, 0);roleDatas[i].un2.Init(buffStart, 0);roleDatas[i].un3.Init(buffStart, 0);}Client->loginok(roleDatas, _p->RoleCount);}return true;
}bool OnStartCreateRole(char*& buff, unsigned& len){// 申请进入创建角色界面int* code = (int*)&buff[1];return Client->OnStartCreateRole(code[0]);
}bool OnSendCustom(char*& buff, unsigned& len) {PNET_SEND_HEAD head = (PNET_SEND_HEAD)(buff - 1);int icount = head->count;if (icount < 1)return true;char* buffStart = (char*)head + sizeof(NET_SEND_HEAD);if (buffStart[0] != 0x02) {#ifdef  Anlyif(icount < MAX_SEND_COUNT)anly->SendData(TTYPE::I_DIS, I_SEND_CUSTOM, "SEND_CUSTOM MAX_SEND_COUNT 内存解码器空间不足", 46);anly->SendData(TTYPE::I_DIS, I_SEND_CUSTOM, "SEND_CUSTOM 发现异常数据", 25);
#endifreturn true;}#ifdef  AnlyWinSock->AnlyBuff(buffStart, buff + len, 1);
#endifint stDecode = 0;EnCode codes[MAX_SEND_COUNT]{};while (stDecode < icount) {codes[stDecode++] = buffStart;}return Client->OnSendCustom((PNET_SEND_CHEAD)codes, buff, len);}bool OnSvrStartCreateRole(char*& buff, unsigned& len) {short* _st = (short*)&buff[1];wchar_t* _txt = (wchar_t*)&buff[3];
#ifdef  AnlyCString txt;CStringA txtA;txt.Format(L"code:%d\r\n%s", _st[0], _txt);txtA = txt;//AfxMessageBox(txtA);anly->SendData(TTYPE::I_DIS, S_CREATEROLE_START, txtA.GetBuffer(), txt.GetAllocLength() + 1);
#endifreturn Client->OnScrStartCreateRole(_st[0], _txt);
}// 这个函数拦截了游戏的连接
bool GameWinSock::OnConnect(char* ip, unsigned port)
{
#ifdef  Anly// 长度24的原因，它是宽字节要，一个文字要2个字节，一共是10个文字加上结尾的0是11个// 所以 11 乘以2，然后再加2 anly->SendData(TTYPE::I_LOG, 0, L"服务器正在连接。。。", 24);
#endif// this是ecx，HOOK的点已经有ecx了WinSock = this;bool b = (this->*_OnConnect)(ip, port);// 下方注释的代码时为了防止多次注入，导致虚函数地址不恢复问题导致死循环，通过一次性HOOK也能解决/*unsigned* vtable = (unsigned*)this;vtable = (unsigned*)vtable[0];union {unsigned value;bool(GameWinSock::* _proc)(char*, unsigned);} vproc;vproc._proc = _OnConnect;DWORD oldPro, backProc;VirtualProtect(vtable, 0x10x00, PAGE_EXECUTE_READWRITE, &oldPro);vtable[0x34 / 4] = vproc.value;VirtualProtect(vtable, 0x10x00, oldPro, &backProc);*/return b;
}bool GameWinSock::OnSend(char* buff, unsigned len)
{/*这里就可以监控游戏发送的数据了*/#ifdef  Anlyanly->SendData(TTYPE::I_SEND, buff[0], buff, len);
#endif/*数据包的头只有一字节所以它的取值范围就是0x0-0xFF*/if (SendDealProc[buff[0]]((buff), len)) {// 执行失败不让游戏发送数据包return (this->*_OnSend)(buff, len);}else {// 发送失败屏蔽消息return true;// 屏蔽消息}}bool GameWinSock::OnRecving(char* buff, unsigned len)
{// MessageBoxA(0, "11111111111111", "0", MB_OK);/*监控游戏接收的数据包*/
#ifdef  Anlyanly->SendData(TTYPE::I_RECV, buff[0], buff, len);
#endifreturn RecvDealProc[buff[0]](buff, len);
}bool GameWinSock::OnRecv(char* buff, unsigned len)
{
//#ifdef  Anly
//	anly->SendData(1, buff, len);
//#endifreturn (this->*_OnRecv)(buff, len);
}void GameWinSock::Init()
{for (int i = 0; i < 0x100; i++) {SendDealProc[i] = &DeafaultDeal;RecvDealProc[i] = &DeafaultDeal;}// 注册登录数据包处理函数// SendDealProc[I_LOGIN] = &Onlogin;SendDealProc[I_DELROLE] = &OnDelRole;SendDealProc[I_CREATEROLE_START] = &OnStartCreateRole;SendDealProc[I_SEND_CUSTOM] = &OnSendCustom;// 注册数据登录失败数据包处理函数RecvDealProc[S_TIPS] = &OnTips;RecvDealProc[S_LOGINOK] = &OnloginOk;RecvDealProc[S_CREATEROLE_START] = &OnSvrStartCreateRole;
}// 它会生成一个结构体，详情看效果图
void GameWinSock::AnlyBuff(char* start, char* end, char index)
{
#ifdef  AnlyCStringA txt;CStringA tmp;CString utmp;EnCode _coder;GBYTE* _bytecoder;GSHORT* _shortcoder;GINT* _intcoder;GFLOAT* _floatcoder;GDOUBLE* _doublecoder;GCHAR* _asccoder;GUTF16* _utfcoder;GINT64* _int64coder;while (start < end) {_coder.Init(start, index);CStringA _opname = data_desc[_coder.index][_coder.op].name;// _opname.MakeLower()是变为小写字母，会影响 _opname它的值// 所以又写了一边 data_desc[_coder.index][_coder.op].nametmp.Format("%s %s;//", data_desc[_coder.index][_coder.op].name, _opname.MakeLower());txt = txt + tmp;if (_coder.index == 0) {switch (_coder.op){case 1:_shortcoder = (GSHORT*)&_coder;tmp.Format("%d\r\n", _shortcoder->value());txt = txt + tmp;break;case 2:_intcoder = (GINT*)&_coder;tmp.Format("%d\r\n", _intcoder->value());txt = txt + tmp;break;case 4:_floatcoder = (GFLOAT*)&_coder;tmp.Format("%f\r\n", _floatcoder->value());txt = txt + tmp;break;case 6:_bytecoder = (GBYTE*)&_coder;tmp.Format("%d\r\n", _bytecoder->value());txt = txt + tmp;break;case 7:_utfcoder = (GUTF16*)&_coder;utmp.Format(L"[%s]\r\n", _utfcoder->value());tmp = utmp;txt = txt + tmp;break;// 5号之前分析的忘记截图了，现在找不到它的数据包了，如果后面再见到05的时候再详细补充说明// 之前的分析05就是double类型case 5:_doublecoder = (GDOUBLE*)&_coder;tmp.Format("%lf\r\n", _doublecoder->value());txt = txt + tmp;break;case 8:case 3:_int64coder = (GINT64*)&_coder;tmp.Format("%l64d\r\n", _int64coder->value());txt = txt + tmp;break;default:break;}}if (_coder.index == 1) {switch (_coder.op){case 1:_shortcoder = (GSHORT*)&_coder;tmp.Format("%d\r\n", _shortcoder->value());txt = txt + tmp;break;case 2:_intcoder = (GINT*)&_coder;tmp.Format("%d\r\n", _intcoder->value());txt = txt + tmp;break;case 4:_floatcoder = (GFLOAT*)&_coder;tmp.Format("%f\r\n", _floatcoder->value());txt = txt + tmp;break;case 6:_asccoder = (GCHAR*)&_coder;tmp.Format("%s\r\n", _asccoder->value());txt = txt + tmp;break;case 7:_utfcoder = (GUTF16*)&_coder;utmp.Format(L"[%s]\r\n", _utfcoder->value());tmp = utmp;txt = txt + tmp;break;case 5:_doublecoder = (GDOUBLE*)&_coder;tmp.Format("%lf\r\n", _doublecoder->value());txt = txt + tmp;break;case 8:case 3:_int64coder = (GINT64*)&_coder;tmp.Format("%l64d\r\n", _int64coder->value());txt = txt + tmp;break;default:break;}}} anly->SendData(TTYPE::I_DIS, 0, txt.GetBuffer(), txt.GetAllocLength() + 1);
#endif
}