RCK 包括 Application, Function, Connection, Command, Response 和 Fields 六
大类, 其主要功能例如以下:
a. Application 类主要负责 Function 的组织和 Response 的分发运行；
b. Function 类主要负责 Function 的定义及按各模式调用；
c. Connection 类主要负责登录对端应用, Command 请求运行, Response 应答管理,
以及发送和接收数据等等；
d. Command 类主要负责函数參数传入, 以及返回值和返回字段值读取；
e. Response 类主要负责对端指定 Function 请求的运行处理, 如參数读取、返回
值编辑及提交；
f. Fields 类主要负责数据库字段值及定义集的组包和拆包。
封装类的头文件(RCKObjs.h)
// =======================================
// Unit : RCKernel objects
// Version: 5.0.0.0 (build 2014.07.07)
// Author : Kyee Ye
// Email : kyee_ye(at)126.com
// Copyright (C) Kyee workroom
// =======================================
#ifndef _RCKObjs_H_
#define _RCKObjs_H_
#include "KYLib.h"
#include "RCKernel.h"
// 使用 RCKernel 的命名空间
namespace RCKernel
{
namespace __object__
{
/* begin namespace */
class TRCAppObj;
class TRCFuncObj;
class TRCConnObj;
class TRCCmdObj;
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* 初始化/释放单元 */
// 初始化/释放 RCKObjs 单元(注: 内部有引用计数)
void InitRCKObjs();
void FreeRCKObjs(bool AForced = false);
// ID -> 对象
TRCCmdObj* CmdID2Object(void* ACmdID); // 命令ID -> 对象
TRCFuncObj* FuncID2Object(void* AFuncID); // 函数ID -> 对象
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* 应用对象(TRCAppObj)的相关函数 */
// 创建/释放应用对象
TRCAppObj* CreateAppObj(const char* AName, const char* APassword, long* ARetCode = NULL);
void FreeAppObj(TRCAppObj* AppObj);
// 应用对象引用计数增 1
TRCAppObj* IncRefAppObj(void* AppID);
bool IncRefAppObj_(TRCAppObj* AppObj);
// 应用对象引用计数增/减 1(注: AppObj 对象必须存在)
void IncRefAppObj(TRCAppObj* AppObj);
void DecRefAppObj(TRCAppObj* AppObj);
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* 连接对象(TRCConnObj)的相关函数 */
// 创建/释放连接对象(注: AConnID 必须存在)
TRCConnObj* CreateConnObj(void* AConnID, bool ANeedFree, long* ARetCode = NULL);
void FreeConnObj(TRCConnObj* AConnObj);
// 连接对象引用计数增 1
TRCConnObj* IncRefConnObj(void* AConnID);
bool IncRefConnObj_(TRCConnObj* AConnObj);
// 连接对象引用计数增/减 1(注: AConnObj 对象必须存在)
void IncRefConnObj(TRCConnObj* AConnObj);
void DecRefConnObj(TRCConnObj* AConnObj);
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* 命令对象(TRCCmdObj)的相关函数 */
// 创建/释放命令对象(注: AConnObj 必须存在)
TRCCmdObj* CreateCmdObj(void* AConnID = NULL);
TRCCmdObj* CreateCmdObj(TRCConnObj* AConnObj);
void FreeCmdObj(TRCCmdObj* ACmdObj);
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* TRCAppObj - RCK 应用类 */
class TRCAppObj
{
private:
// 映射列表类型
typedef TKYMapObjKey<void> TObjList;
public:
// 连接登录事件
typedef void (TObject::*TDoConnLogin)(TRCAppObj* AppObj, void* AConnID, bool& AIsRefused);
typedef struct
{
TDoConnLogin Method;
void* Object;
} TOnConnLogin;
// 连接登出事件
typedef void (TObject::*TDoConnLogout)(TRCAppObj* AppObj, void* AConnID);
typedef struct
{
TDoConnLogout Method;
void* Object;
} TOnConnLogout;
// 应答事件
typedef void (TObject::*TDoRespEvent)(TRCAppObj* AppObj, void* AFuncID, void* AConnID);
typedef struct
{
TDoRespEvent Method;
void* Object;
} TOnRespEvent;
// 函数释放事件
typedef void (TObject::*TDoFuncFree)(TRCAppObj* AppObj, TRCFuncObj* AFuncObj);
typedef struct
{
TDoFuncFree Method;
void* Object;
} TOnFuncFree;
public:
TRCAppObj();
virtual ~TRCAppObj();
// 属性
void* Data() const { return FData; }
KYString Name() const { return FName; }
void* AppID() const { return FAppID; }
long State() const { return RCKAppGetInt(FAppID, kaaState, NULL); }
long FuncCount() const { return RCKAppGetInt(FAppID, kaaFuncCount, NULL); }
long ConnCount() const { return RCKAppGetInt(FAppID, kaaConnCount, NULL); }
long MaxThreads() const { return RCKAppGetInt(FAppID, kaaMaxThreads, NULL); }
long MaxConnCount() const { return RCKAppGetInt(FAppID, kaaMaxConnCount, NULL); }
// 设置属性
void SetData(void* AData) { FData = AData; }
long SetName(const KYString& AName);
long SetPassword(const char* APassword, long ALength)
{ return RCKAppSetStr(FAppID, kaaPassword, APassword, ALength); }
long SetPassword(const KYString& APassword)
{ return SetPassword((char*)APassword, APassword.Length()); }
long SetMaxThreads(long ACount)
{ return RCKAppSetInt(FAppID, kaaMaxThreads, ACount); }
long SetMaxConnCount(long ACount)
{ return RCKAppSetInt(FAppID, kaaMaxConnCount, ACount); }
// 读取应用的连接/函数
void* ConnID(long AIndex) const
{ return RCKAppGetObj(FAppID, kaaBaseConnObj + AIndex, NULL); }
void* FuncID(long AIndex) const
{ return RCKAppGetObj(FAppID, kaaBaseFuncObj + AIndex, NULL); }
void* FuncID(const char* AName) const
{ return RCKAppFuncObj(FAppID, AName); }
char* FuncName(long AIndex) const
{ return RCKAppGetStr(FAppID, kaaBaseFuncName + AIndex, NULL); }
// 開始/结束函数定义
long BeginDefs() { return RCKAppFuncBegin(FAppID); }
long EndDefs() { return RCKAppFuncEnd(FAppID); }
// 新建/删除/清除函数定义
TRCFuncObj* NewFuncObj(const char* AName, long ARetType, long ARetSize,
long ACallMode, void* ACallback);
bool DeleteFuncObj(TRCFuncObj* AFuncObj);
void ClearFuncObjs();
// 打开/关闭应用/强制注销应用的连接
long Open() { return RCKAppOpen(FAppID); }
long Close() { return RCKAppClose(FAppID); }
long Logout(void* AConnID){ return RCKAppLogout(FAppID, AConnID); }
// 设置事件
long SetOnConnLogin(TDoConnLogin AMethod, void* AObject);
long SetOnConnLogout(TDoConnLogout AMethod, void* AObject);
long SetOnExecResp(TDoRespEvent AMethod, void* AObject);
long SetOnRespCancel(TDoRespEvent AMethod, void* AObject);
long SetOnRespConfirm(TDoRespEvent AMethod, void* AObject);
// 事件
TOnFuncFree OnFuncFree;
protected:
// 当前锁
void Lock() const { FLock->Enter(); }
void Unlock() const { FLock->Leave(); }
// 对象次数增/减 1
long IncObjTimes() { return InterlockedIncrement(&FObjTimes); }
long DecObjTimes() { return InterlockedDecrement(&FObjTimes); }
private:
// 运行初始化事件/清除函数列表
void DoInitEvent();
void DoClearFuncObjs();
// 运行事件方法
void DoConnLogin(void* AConnID, bool& AIsRefused);
void DoConnLogout(void* AConnID);
void DoExecResp(void* AFuncID, void* AConnID);
void DoRespCancel(void* AFuncID, void* AConnID);
void DoRespConfirm(void* AFuncID, void* AConnID);
// 事件方法
void DoIDDeletion(void* AFuncID);
void DoObjDeletion(TRCFuncObj* AFuncObj);
private:
void* FData; // 自己定义数据
TKYCritSect* FLock; // 当前锁
KYString FName; // 应用名
void* FAppID; // 应用 ID
long FObjTimes; // 对象引用次数
TObjList* FFuncList; // 函数列表
// 事件
TOnConnLogin FOnConnLogin; // 连接登录
TOnConnLogout FOnConnLogout; // 连接登出
TOnRespEvent FOnExecResp; // 运行应答
TOnRespEvent FOnRespCancel; // 应答已取消
TOnRespEvent FOnRespConfirm; // 应答已确认
private:
// 应用事件的回调函数
static void __stdcall _RCKOnConnLogin(void* AppID, void* AConnID, bool& AIsRefused);
static void __stdcall _RCKOnConnLogout(void* AppID, void* AConnID);
static void __stdcall _RCKOnExecResp(void* AppID, void* AFuncID, void* AConnID);
static void __stdcall _RCKOnRespCancel(void* AppID, void* AFuncID, void* AConnID);
static void __stdcall _RCKOnRespConfirm(void* AppID, void* AFuncID, void* AConnID);
private:
friend class TRCKObjs;
};
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* TRCFuncObj - RCK 函数类 */
class TRCFuncObj
{
public:
TRCFuncObj();
virtual ~TRCFuncObj();
// 属性
void* Data() const { return FData; }
KYString Name() const { return FName; }
void* FuncID() const { return FFuncID; }
TRCAppObj* AppObj() const { return FAppObj; }
bool Active() const { return RCKFuncGetInt(FFuncID, kfaActive, NULL) == 1; }
long RetType() const { return RCKFuncGetInt(FFuncID, kfaRetType, NULL); }
long RetSize() const { return RCKFuncGetInt(FFuncID, kfaRetSize, NULL); }
long CallMode() const { return RCKFuncGetInt(FFuncID, kfaCallMode, NULL); }
void* Callback() const { return RCKFuncGetObj(FFuncID, kfaCallback, NULL); }
bool NeedConfirm() const { return RCKFuncGetInt(FFuncID, kfaNeedConfirm, NULL) == 1; }
bool NeedEncrypt() const { return RCKFuncGetInt(FFuncID, kfaNeedEncrypt, NULL) == 1; }
// 设置属性
void SetData(void* AData) { FData = AData; }
long SetNeedConfirm(bool ANeed)
{ return RCKFuncSetInt(FFuncID, kfaNeedConfirm, ANeed); }
long SetNeedEncrypt(bool ANeed)
{ return RCKFuncSetInt(FFuncID, kfaNeedEncrypt, ANeed); }
// 读取參数定义
long ParamCount() const { return RCKFuncGetInt(FFuncID, kfaParamCount, NULL); }
long ParamIndex(const char* AName) const
{ return RCKFuncParamIndex(FFuncID, AName); }
long ParamIndex(const KYString& AName) const
{ return RCKFuncParamIndex(FFuncID, (char*)AName); }
KYString ParamName(long AIndex) const
{ return RCKFuncGetStr(FFuncID, kfaBaseParamName + AIndex, NULL); }
long ParamType(long AIndex) const
{ return RCKFuncGetInt(FFuncID, kfaBaseParamType + AIndex, NULL); }
long ParamSize(long AIndex) const
{ return RCKFuncGetInt(FFuncID, kfaBaseParamSize + AIndex, NULL); }
bool ParamIsRef(long AIndex) const
{ return RCKFuncGetInt(FFuncID, kfaBaseParamIsRef + AIndex, NULL) == 1; }
// 读取返回字段定义
long FieldCount() const { return RCKFuncGetInt(FFuncID, kfaFieldCount, NULL); }
long FieldIndex(const char* AName) const
{ return RCKFuncFieldIndex(FFuncID, AName); }
long FieldIndex(const KYString& AName) const
{ return RCKFuncFieldIndex(FFuncID, (char*)AName); }
KYString FieldName(long AIndex) const
{ return RCKFuncGetStr(FFuncID, kfaBaseFieldName + AIndex, NULL); }
long FieldType(long AIndex) const
{ return RCKFuncGetInt(FFuncID, kfaBaseFieldType + AIndex, NULL); }
long FieldSize(long AIndex) const
{ return RCKFuncGetInt(FFuncID, kfaBaseFieldSize + AIndex, NULL); }
// 加入參数
long AddParam(const char* AName, long AType, long ASize = 0, bool AIsRef = false)
{ return RCKFuncAddParam(FFuncID, AName, AType, ASize, AIsRef); }
long AddParam(const KYString& AName, long AType, long ASize = 0, bool AIsRef = false)
{ return RCKFuncAddParam(FFuncID, (char*)AName, AType, ASize, AIsRef); }
// 加入返回字段
long AddField(const char* AName, long AType, long ASize = 0)
{ return RCKFuncAddField(FFuncID, AName, AType, ASize); }
long AddField(const KYString& AName, long AType, long ASize = 0)
{ return RCKFuncAddField(FFuncID, (char*)AName, AType, ASize); }
private:
void* FData; // 自己定义数据
KYString FName; // 函数名
void* FFuncID; // 函数 ID
TRCAppObj* FAppObj; // 应用对象
private:
friend class TRCKObjs;
friend class TRCAppObj;
};
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* TRCConnObj - RCK 连接类 */
class TRCConnObj
{
public:
// 连接通知事件
typedef void (TObject::*TDoNotify)(TRCConnObj* AConnObj);
typedef struct
{
TDoNotify Method;
void* Object;
} TOnNotify;
// 连接命令返回事件
typedef void (TObject::*TDoCmdReturn)(TRCConnObj* AConnObj, void* ACmdID, long AResult);
typedef struct
{
TDoCmdReturn Method;
void* Object;
} TOnCmdReturn;
// 接收自己定义数据事件
typedef void (TObject::*TDoRecvData)(TRCConnObj* AConnObj, const void* AData, long ASize);
typedef struct
{
TDoRecvData Method;
void* Object;
} TOnRecvData;
public:
TRCConnObj(void* AConnID = NULL, bool ANeedFree = false);
virtual ~TRCConnObj();
// 属性
void* Data() const { return FData; }
void* ConnID() const { return FConnID; }
bool CanEvent() const { return FCanEvent; }
bool NeedFree() const { return FNeedFree; }
KYString Error() const { return RCKConnGetStr(FConnID, kcaError, NULL); }
long Type() const { return RCKConnGetInt(FConnID, kcaType, NULL); }
long State() const { return RCKConnGetInt(FConnID, kcaState, NULL); }
long Timeout() const { return RCKConnGetInt(FConnID, kcaTimeout, NULL); }
void* SlotObj() const { return RCKConnGetObj(FConnID, kcaSlotObj, NULL); }
bool CanLogin() const { return RCKConnGetInt(FConnID, kcaCanLogin, NULL) == 1; }
bool CanBindApp() const { return RCKConnGetInt(FConnID, kcaCanBindApp, NULL) == 1; }
bool IsSyncLink() const { return RCKConnGetInt(FConnID, kcaIsSyncLink, NULL) == 1; }
void* BindAppObj() const { return RCKConnGetObj(FConnID, kcaBindAppObj, NULL); }
long BindTimeout() const { return RCKConnGetInt(FConnID, kcaBindTimeout, NULL); }
long SlotTimeout() const { return RCKConnGetInt(FConnID, kcaSlotTimeout, NULL); }
long SlotMaxSize() const { return RCKConnGetInt(FConnID, kcaSlotMaxSize, NULL); }
long SendQueueSize() const{ return RCKConnGetInt(FConnID, kcaSendQueueSize, NULL); }
KYString AppName() const { return RCKConnGetStr(FConnID, kcaAppName, NULL); }
KYString CurrAddr() const { return RCKConnGetStr(FConnID, kcaCurrAddr, NULL); }
long CurrPort() const { return RCKConnGetInt(FConnID, kcaCurrPort, NULL); }
KYString PeerAddr() const { return RCKConnGetStr(FConnID, kcaPeerAddr, NULL); }
long PeerPort() const { return RCKConnGetInt(FConnID, kcaPeerPort, NULL); }
long LastTick() const { return RCKConnGetInt(FConnID, kcaLastTick, NULL); }
long KeepTimeout() const { return RCKConnGetInt(FConnID, kcaKeepTimeout, NULL); }
long KeepInterval() const { return RCKConnGetInt(FConnID, kcaKeepInterval, NULL); }
long KeepRetryTimes()const{ return RCKConnGetInt(FConnID, kcaKeepRetryTimes, NULL); }
long FuncCount() const { return RCKConnGetInt(FConnID, kcaFuncCount, NULL); }
KYString FuncName(long AIndex) const
{ return RCKConnGetStr(FConnID, kcaBaseFuncName + AIndex, NULL); }
// 设置属性
void SetData(void* AData) { FData = AData; }
long SetTimeout(long ATimeout)
{ return RCKConnSetInt(FConnID, kcaTimeout, ATimeout); }
long SetCanLogin(bool ACanLogin)
{ return RCKConnSetInt(FConnID, kcaCanLogin, ACanLogin); }
long SetCanBindApp(bool ACanBindApp)
{ return RCKConnSetInt(FConnID, kcaCanBindApp, ACanBindApp); }
long SetBindTimeout(long ATimeout)
{ return RCKConnSetInt(FConnID, kcaBindTimeout, ATimeout); }
long SetIsSyncLink(bool AIsSyncLink)
{ return RCKConnSetInt(FConnID, kcaIsSyncLink, AIsSyncLink); }
long SetSlotTimeout(long ATimeout)
{ return RCKConnSetInt(FConnID, kcaSlotTimeout, ATimeout); }
long SetSlotMaxSize(long AMaxSize)
{ return RCKConnSetInt(FConnID, kcaSlotMaxSize, AMaxSize); }
long SetSendQueueSize(long AQueueSize)
{ return RCKConnSetInt(FConnID, kcaSendQueueSize, AQueueSize); }
long SetAppName(const char* AName, long ALength)
{ return RCKConnSetStr(FConnID, kcaAppName, AName, ALength); }
long SetAppName(const KYString& AName)
{ return SetAppName((char*)AName, AName.Length()); }
long SetAppPass(const char* APassword, long ALength)
{ return RCKConnSetStr(FConnID, kcaAppPass, APassword, ALength); }
long SetAppPass(const KYString& APassword)
{ return SetAppPass((char*)APassword, APassword.Length()); }
long SetCurrAddr(const char* Addr, long ALength)
{ return RCKConnSetStr(FConnID, kcaCurrAddr, Addr, ALength); }
long SetCurrAddr(const KYString& Addr)
{ return SetCurrAddr((char*)Addr, Addr.Length()); }
long SetCurrPort(long APort)
{ return RCKConnSetInt(FConnID, kcaCurrPort, APort); }
long SetPeerAddr(const char* Addr, long ALength)
{ return RCKConnSetStr(FConnID, kcaPeerAddr, Addr, ALength); }
long SetPeerAddr(const KYString& Addr)
{ return SetPeerAddr((char*)Addr, Addr.Length()); }
long SetPeerPort(long APort)
{ return RCKConnSetInt(FConnID, kcaPeerPort, APort); }
long SetKeepTimeout(long ATimeout)
{ return RCKConnSetInt(FConnID, kcaKeepTimeout, ATimeout); }
long SetKeepInterval(long AInterval)
{ return RCKConnSetInt(FConnID, kcaKeepInterval, AInterval); }
long SetKeepRetryTimes(long ARetryTimes)
{ return RCKConnSetInt(FConnID, kcaKeepRetryTimes, ARetryTimes); }
// slot 扩展属性
bool SlotExtBool(long AExt) const
{ return RCKConnGetInt(FConnID, kcaBaseSlotExt + AExt, NULL) == 1; }
long SlotExtInt(long AExt) const
{ return RCKConnGetInt(FConnID, kcaBaseSlotExt + AExt, NULL); }
void* SlotExtObj(long AExt) const
{ return RCKConnGetObj(FConnID, kcaBaseSlotExt + AExt, NULL); }
char* SlotExtStr(long AExt, long* ARetSize = NULL) const
{ return RCKConnGetStr(FConnID, kcaBaseSlotExt + AExt, ARetSize); }
// 设置 slot 扩展属性
long SetSlotExtInt(long AExt, long AValue)
{ return RCKConnSetInt(FConnID, kcaBaseSlotExt + AExt, AValue); }
long SetSlotExtObj(long AExt, void* AValue)
{ return RCKConnSetObj(FConnID, kcaBaseSlotExt + AExt, AValue); }
long SetSlotExtStr(long AExt, const char* AValue, long ASize)
{ return RCKConnSetStr(FConnID, kcaBaseSlotExt + AExt, AValue, ASize); }
// 打开/关闭连接
long Open() { return RCKConnOpen(FConnID); }
long Close() { return RCKConnClose(FConnID); }
// 登录/登出对端应用
long Login() { return RCKConnLogin(FConnID); }
long Logout() { return RCKConnLogout(FConnID); }
// 载入对端应用的函数列表
long LoadDefs() { return RCKConnLoad(FConnID); }
// 发送数据(參数 ANeedPack 表示数据是否须要压缩发送)
long SendData(const void* AData, long ASize, bool ANeedPack)
{ return RCKConnSendData(FConnID, AData, ASize, ANeedPack); }
// 设置事件
long SetOnConnect(TDoNotify AMethod, void* AObject);
long SetOnDisconnect(TDoNotify AMethod, void* AObject);
long SetOnLogin(TDoNotify AMethod, void* AObject);
long SetOnLogout(TDoNotify AMethod, void* AObject);
long SetOnCmdReturn(TDoCmdReturn AMethod, void* AObject);
long SetOnRecvData(TDoRecvData AMethod, void* AObject);
protected:
// 对象次数增/减 1
long IncObjTimes() { return InterlockedIncrement(&FObjTimes); }
long DecObjTimes() { return InterlockedDecrement(&FObjTimes); }
private:
// 运行初始化事件
void DoInitEvent();
// 运行事件方法
void DoConnect();
void DoDisconnect();
void DoLogin();
void DoLogout();
void DoCmdReturn(void* ACmdID, long AResult);
void DoRecvData(const void* AData, long ASize);
private:
void* FData; // 自己定义数据
void* FConnID; // 连接 ID
long FObjTimes; // 对象引用次数
bool FCanEvent; // 是否可以事件(注: CreateConnObj 创建才可以)
bool FNeedFree; // 是否须要释放
// 事件
TOnNotify FOnConnect; // 连接成功
TOnNotify FOnDisconnect; // 断开连接
TOnNotify FOnLogin; // 登录对端应用
TOnNotify FOnLogout; // 登出对端应用
TOnCmdReturn FOnCmdReturn; // 命令返回
TOnRecvData FOnRecvData; // 接收数据
private:
// 连接事件的回调函数
static void __stdcall _RCKOnConnect(void* AConnID);
static void __stdcall _RCKOnDisconnect(void* AConnID);
static void __stdcall _RCKOnLogin(void* AConnID);
static void __stdcall _RCKOnLogout(void* AConnID);
static void __stdcall _RCKOnCmdReturn(void* AConnID, void* ACmdID, long AResult);
static void __stdcall _RCKOnRecvData(void* AConnID, const void* AData, long ASize);
private:
friend class TRCKObjs;
};
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* TRCCmdObj - RCK 命令类 */
class TRCCmdObj
{
public:
TRCCmdObj();
virtual ~TRCCmdObj();
// 属性
void* Data() const { return FData; }
KYString Name() const { return RCKCmdGetStr(FCmdID, kmaName, NULL); }
long State() const { return RCKCmdGetInt(FCmdID, kmaState, NULL); }
void* CmdID() const { return FCmdID; }
void* ConnID() const { return RCKCmdGetObj(FCmdID, kmaConnObj, NULL); }
TRCConnObj* ConnObj() const;
long RetType() const { return RCKCmdGetInt(FCmdID, kmaRetType, NULL); }
long RetSize() const { return RCKCmdGetInt(FCmdID, kmaRetSize, NULL); }
bool Encrypted() const { return RCKCmdGetInt(FCmdID, kmaEncrypted, NULL) == 1; }
bool AppIsValid() const { return RCKCmdGetInt(FCmdID, kmaAppIsValid, NULL) == 1; }
long ExecResult() const { return RCKCmdGetInt(FCmdID, kmaExecResult, NULL); }
// 读取參数定义
long ParamCount() const { return RCKCmdGetInt(FCmdID, kmaParamCount, NULL); }
long ParamIndex(const char* AName) const
{ return RCKCmdParamIndex(FCmdID, AName); }
long ParamIndex(const KYString& AName) const
{ return RCKCmdParamIndex(FCmdID, (char*)AName); }
KYString ParamName(long AIndex) const
{ return RCKCmdGetStr(FCmdID, kmaBaseParamName + AIndex, NULL); }
long ParamType(long AIndex) const
{ return RCKCmdGetInt(FCmdID, kmaBaseParamType + AIndex, NULL); }
long ParamSize(long AIndex) const
{ return RCKCmdGetInt(FCmdID, kmaBaseParamSize + AIndex, NULL); }
// 读取返回字段定义
long FieldCount() const { return RCKCmdGetInt(FCmdID, kmaFieldCount, NULL); }
long FieldIndex(const char* AName) const
{ return RCKCmdFieldIndex(FCmdID, AName); }
long FieldIndex(const KYString& AName) const
{ return RCKCmdFieldIndex(FCmdID, (char*)AName); }
KYString FieldName(long AIndex) const
{ return RCKCmdGetStr(FCmdID, kmaBaseFieldName + AIndex, NULL); }
long FieldType(long AIndex) const
{ return RCKCmdGetInt(FCmdID, kmaBaseFieldType + AIndex, NULL); }
long FieldSize(long AIndex) const
{ return RCKCmdGetInt(FCmdID, kmaBaseFieldSize + AIndex, NULL); }
bool FieldIsNull(long AIndex) const
{ return RCKCmdFieldIsNull(FCmdID, AIndex, NULL); }
bool FieldIsNull(const char* AName) const
{ return RCKCmdFieldIsNull_(FCmdID, AName, NULL); }
bool FieldIsNull(const KYString& AName) const
{ return RCKCmdFieldIsNull_(FCmdID, (char*)AName, NULL); }
// 设置属性
void SetData(void* AData) { FData = AData; }
long SetConnID(void* AConnID) const
{ return RCKCmdSetObj(FCmdID, kmaConnObj, AConnID); }
long SetConnObj(TRCConnObj* AConnObj) const
{ return RCKCmdSetObj(FCmdID, kmaConnObj, (AConnObj != NULL)
? AConnObj->ConnID() : NULL); }
// 開始命令
long Begin(const char* AName) const
{ return RCKCmdBegin(FCmdID, AName); }
long Begin(const KYString& AName) const
{ return RCKCmdBegin(FCmdID, (char*)AName); }
// 结束命令/又一次開始命令
long End() const { return RCKCmdEnd(FCmdID); }
long Restart() const { return RCKCmdRestart(FCmdID); }
// 运行命令
long Execute(Longword ATimeout) const
{ return RCKCmdExecute(FCmdID, ATimeout); }
long ExecByParams(Longword ATimeout, ...) const;
// 清除当前命令參数值
long ParamClear() const { return RCKCmdParamClear(FCmdID); }
// 设置各类型參数值的相关方法
long ParamByStr(long AIndex, const char* AValue, long ASize = -1) const
{ return RCKCmdParamByStr(FCmdID, AIndex, AValue, ASize); }
long ParamByStr(long AIndex, const KYString& AValue) const
{ return RCKCmdParamByStr(FCmdID, AIndex, (char*)AValue, AValue.Length()); }
long ParamByStr(const char* AName, const KYString& AValue) const
{ return RCKCmdParamByStr_(FCmdID, AName, (char*)AValue, AValue.Length()); }
long ParamByStr(const KYString& AName, const KYString& AValue) const
{ return RCKCmdParamByStr_(FCmdID, (char*)AName,
(char*)AValue, AValue.Length()); }
long ParamByInt(long AIndex, long AValue) const
{ return RCKCmdParamByInt(FCmdID, AIndex, AValue); }
long ParamByInt(const char* AName, long AValue) const
{ return RCKCmdParamByInt_(FCmdID, AName, AValue); }
long ParamByInt(const KYString& AName, long AValue) const
{ return RCKCmdParamByInt_(FCmdID, (char*)AName, AValue); }
long ParamByBool(long AIndex, bool AValue) const
{ return RCKCmdParamByBool(FCmdID, AIndex, AValue); }
long ParamByBool(const char* AName, bool AValue) const
{ return RCKCmdParamByBool_(FCmdID, AName, AValue); }
long ParamByBool(const KYString& AName, bool AValue) const
{ return RCKCmdParamByBool_(FCmdID, (char*)AName, AValue); }
long ParamByFloat(long AIndex, double AValue) const
{ return RCKCmdParamByFloat(FCmdID, AIndex, AValue); }
long ParamByFloat(const char* AName, double AValue) const
{ return RCKCmdParamByFloat_(FCmdID, AName, AValue); }
long ParamByFloat(const KYString& AName, double AValue) const
{ return RCKCmdParamByFloat_(FCmdID, (char*)AName, AValue); }
long ParamByStruct(long AIndex, void* AValue) const
{ return RCKCmdParamByStruct(FCmdID, AIndex, AValue); }
long ParamByStruct(const char* AName, void* AValue) const
{ return RCKCmdParamByStruct_(FCmdID, AName, AValue); }
long ParamByStruct(const KYString& AName, void* AValue) const
{ return RCKCmdParamByStruct_(FCmdID, (char*)AName, AValue); }
long ParamByInt64(long AIndex, __int64 AValue) const
{ return RCKCmdParamByInt64(FCmdID, AIndex, AValue); }
long ParamByInt64(const char* AName, __int64 AValue) const
{ return RCKCmdParamByInt64_(FCmdID, AName, AValue); }
long ParamByInt64(const KYString& AName, __int64 AValue) const
{ return RCKCmdParamByInt64_(FCmdID, (char*)AName, AValue); }
long ParamByDate(long AIndex, TDateTime AValue) const
{ return RCKCmdParamByDate(FCmdID, AIndex, AValue); }
long ParamByDate(const char* AName, TDateTime AValue) const
{ return RCKCmdParamByDate_(FCmdID, AName, AValue); }
long ParamByDate(const KYString& AName, TDateTime AValue) const
{ return RCKCmdParamByDate_(FCmdID, (char*)AName, AValue); }
long ParamByCustom(long AIndex, const void* AValue, long ASize) const
{ return RCKCmdParamByCustom(FCmdID, AIndex, AValue, ASize); }
long ParamByCustom(const char* AName, const void* AValue, long ASize) const
{ return RCKCmdParamByCustom_(FCmdID, AName, AValue, ASize); }
long ParamByCustom(const KYString& AName, const void* AValue, long ASize) const
{ return RCKCmdParamByCustom_(FCmdID, (char*)AName, AValue, ASize); }
// 取各类型返回值的相关方法
KYString RetAsStr() const;
char* RetAsStr(long& ASize) const
{ return RCKCmdRetStr(FCmdID, &ASize); }
long RetAsInt() const { return RCKCmdRetInt(FCmdID, NULL); }
bool RetAsBool() const { return RCKCmdRetBool(FCmdID, NULL); }
double RetAsFloat() const { return RCKCmdRetFloat(FCmdID, NULL); }
void* RetAsStruct() const { return RCKCmdRetStruct(FCmdID, NULL); }
__int64 RetAsInt64() const { return RCKCmdRetInt64(FCmdID, NULL); }
TDateTime RetAsDate() const { return RCKCmdRetDate(FCmdID, NULL); }
long RetAsCustom(void* AValue, long ASize) const
{ return RCKCmdRetCustom(FCmdID, AValue, ASize); }
// 取各类型返回字段值的相关方法
KYString FieldAsStr(long AIndex) const;
KYString FieldAsStr(const char* AName) const;
KYString FieldAsStr(const KYString& AName) const
{ return FieldAsStr((char*)AName); }
char* FieldAsStr(long AIndex, long& ASize) const
{ return RCKCmdFieldStr(FCmdID, AIndex, &ASize); }
char* FieldAsStr(const char* AName, long& ASize) const
{ return RCKCmdFieldStr_(FCmdID, AName, &ASize); }
long FieldAsInt(long AIndex) const
{ return RCKCmdFieldInt(FCmdID, AIndex, NULL); }
long FieldAsInt(const char* AName) const
{ return RCKCmdFieldInt_(FCmdID, AName, NULL); }
long FieldAsInt(const KYString& AName) const
{ return RCKCmdFieldInt_(FCmdID, (char*)AName, NULL); }
bool FieldAsBool(long AIndex) const
{ return RCKCmdFieldBool(FCmdID, AIndex, NULL); }
bool FieldAsBool(const char* AName) const
{ return RCKCmdFieldBool_(FCmdID, AName, NULL); }
bool FieldAsBool(const KYString& AName) const
{ return RCKCmdFieldBool_(FCmdID, (char*)AName, NULL); }
double FieldAsFloat(long AIndex) const
{ return RCKCmdFieldFloat(FCmdID, AIndex, NULL); }
double FieldAsFloat(const char* AName) const
{ return RCKCmdFieldFloat_(FCmdID, AName, NULL); }
double FieldAsFloat(const KYString& AName) const
{ return RCKCmdFieldFloat_(FCmdID, (char*)AName, NULL); }
void* FieldAsStruct(long AIndex) const
{ return RCKCmdFieldStruct(FCmdID, AIndex, NULL); }
void* FieldAsStruct(const char* AName) const
{ return RCKCmdFieldStruct_(FCmdID, AName, NULL); }
void* FieldAsStruct(const KYString& AName) const
{ return RCKCmdFieldStruct_(FCmdID, (char*)AName, NULL); }
__int64 FieldAsInt64(long AIndex) const
{ return RCKCmdFieldInt64(FCmdID, AIndex, NULL); }
__int64 FieldAsInt64(const char* AName) const
{ return RCKCmdFieldInt64_(FCmdID, AName, NULL); }
__int64 FieldAsInt64(const KYString& AName) const
{ return RCKCmdFieldInt64_(FCmdID, (char*)AName, NULL); }
TDateTime FieldAsDate(long AIndex) const
{ return RCKCmdFieldDate(FCmdID, AIndex, NULL); }
TDateTime FieldAsDate(const char* AName) const
{ return RCKCmdFieldDate_(FCmdID, AName, NULL); }
TDateTime FieldAsDate(const KYString& AName) const
{ return RCKCmdFieldDate_(FCmdID, (char*)AName, NULL); }
long FieldAsCustom(long AIndex, void* AValue, long ASize) const
{ return RCKCmdFieldCustom(FCmdID, AIndex, AValue, ASize); }
long FieldAsCustom(const char* AName, void* AValue, long ASize) const
{ return RCKCmdFieldCustom_(FCmdID, AName, AValue, ASize); }
long FieldAsCustom(const KYString& AName, void* AValue, long ASize) const
{ return RCKCmdFieldCustom_(FCmdID, (char*)AName, AValue, ASize); }
private:
void* FData; // 自己定义数据
void* FCmdID; // 命令 ID
};
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* TRCResp - RCK 应答类 */
class TRCResp
{
public:
// 属性
static long State() { return RCKRespState(); }
static void* FuncID() { return RCKRespFuncObj(); }
static void* ConnID() { return RCKRespConnObj(); }
// 取各类型返回值的相关方法
static KYString RetAsStr();
static char* RetAsStr(long& ASize){ return RCKRespRetStr(&ASize); }
static long RetAsInt() { return RCKRespRetInt(NULL); }
static bool RetAsBool() { return RCKRespRetBool(NULL); }
static double RetAsFloat() { return RCKRespRetFloat(NULL); }
static void* RetAsStruct() { return RCKRespRetStruct(NULL); }
static __int64 RetAsInt64() { return RCKRespRetInt64(NULL); }
static TDateTime RetAsDate() { return RCKRespRetDate(NULL); }
static long RetAsCustom(void* AValue, long ASize)
{ return RCKRespRetCustom(AValue, ASize); }
// 取各类型返回字段值的相关方法
static KYString FieldAsStr(long AIndex);
static KYString FieldAsStr(const char* AName);
static KYString FieldAsStr(const KYString& AName)
{ return FieldAsStr((char*)AName); }
static char* FieldAsStr(long AIndex, long& ASize)
{ return RCKRespFieldStr(AIndex, &ASize); }
static char* FieldAsStr(const char* AName, long& ASize)
{ return RCKRespFieldStr_(AName, &ASize); }
static long FieldAsInt(long AIndex)
{ return RCKRespFieldInt(AIndex, NULL); }
static long FieldAsInt(const char* AName)
{ return RCKRespFieldInt_(AName, NULL); }
static long FieldAsInt(const KYString& AName)
{ return RCKRespFieldInt_((char*)AName, NULL); }
static bool FieldAsBool(long AIndex)
{ return RCKRespFieldBool(AIndex, NULL); }
static bool FieldAsBool(const char* AName)
{ return RCKRespFieldBool_(AName, NULL); }
static bool FieldAsBool(const KYString& AName)
{ return RCKRespFieldBool_((char*)AName, NULL); }
static double FieldAsFloat(long AIndex)
{ return RCKRespFieldFloat(AIndex, NULL); }
static double FieldAsFloat(const char* AName)
{ return RCKRespFieldFloat_(AName, NULL); }
static double FieldAsFloat(const KYString& AName)
{ return RCKRespFieldFloat_((char*)AName, NULL); }
static void* FieldAsStruct(long AIndex)
{ return RCKRespFieldStruct(AIndex, NULL); }
static void* FieldAsStruct(const char* AName)
{ return RCKRespFieldStruct_(AName, NULL); }
static void* FieldAsStruct(const KYString& AName)
{ return RCKRespFieldStruct_((char*)AName, NULL); }
static __int64 FieldAsInt64(long AIndex)
{ return RCKRespFieldInt64(AIndex, NULL); }
static __int64 FieldAsInt64(const char* AName)
{ return RCKRespFieldInt64_(AName, NULL); }
static __int64 FieldAsInt64(const KYString& AName)
{ return RCKRespFieldInt64_((char*)AName, NULL); }
static TDateTime FieldAsDate(long AIndex)
{ return RCKRespFieldDate(AIndex, NULL); }
static TDateTime FieldAsDate(const char* AName)
{ return RCKRespFieldDate_(AName, NULL); }
static TDateTime FieldAsDate(const KYString& AName)
{ return RCKRespFieldDate_((char*)AName, NULL); }
static long FieldAsCustom(long AIndex, void* AValue, long ASize)
{ return RCKRespFieldCustom(AIndex, AValue, ASize); }
static long FieldAsCustom(const char* AName, void* AValue, long ASize)
{ return RCKRespFieldCustom_(AName, AValue, ASize); }
static long FieldAsCustom(const KYString& AName, void* AValue, long ASize)
{ return RCKRespFieldCustom_((char*)AName, AValue, ASize); }
// 取各类型參数值的相关方法
static KYString ParamAsStr(long AIndex);
static KYString ParamAsStr(const char* AName);
static KYString ParamAsStr(const KYString& AName)
{ return ParamAsStr((char*)AName); }
static char* ParamAsStr(long AIndex, long& ASize)
{ return RCKRespParamStr(AIndex, &ASize); }
static char* ParamAsStr(const char* AName, long& ASize)
{ return RCKRespParamStr_(AName, &ASize); }
static long ParamAsInt(long AIndex)
{ return RCKRespParamInt(AIndex, NULL); }
static long ParamAsInt(const char* AName)
{ return RCKRespParamInt_(AName, NULL); }
static long ParamAsInt(const KYString& AName)
{ return RCKRespParamInt_((char*)AName, NULL); }
static bool ParamAsBool(long AIndex)
{ return RCKRespParamBool(AIndex, NULL); }
static bool ParamAsBool(const char* AName)
{ return RCKRespParamBool_(AName, NULL); }
static bool ParamAsBool(const KYString& AName)
{ return RCKRespParamBool_((char*)AName, NULL); }
static double ParamAsFloat(long AIndex)
{ return RCKRespParamFloat(AIndex, NULL); }
static double ParamAsFloat(const char* AName)
{ return RCKRespParamFloat_(AName, NULL); }
static double ParamAsFloat(const KYString& AName)
{ return RCKRespParamFloat_((char*)AName, NULL); }
static void* ParamAsStruct(long AIndex)
{ return RCKRespParamStruct(AIndex, NULL); }
static void* ParamAsStruct(const char* AName)
{ return RCKRespParamStruct_(AName, NULL); }
static void* ParamAsStruct(const KYString& AName)
{ return RCKRespParamStruct_((char*)AName, NULL); }
static __int64 ParamAsInt64(long AIndex)
{ return RCKRespParamInt64(AIndex, NULL); }
static __int64 ParamAsInt64(const char* AName)
{ return RCKRespParamInt64_(AName, NULL); }
static __int64 ParamAsInt64(const KYString& AName)
{ return RCKRespParamInt64_((char*)AName, NULL); }
static TDateTime ParamAsDate(long AIndex)
{ return RCKRespParamDate(AIndex, NULL); }
static TDateTime ParamAsDate(const char* AName)
{ return RCKRespParamDate_(AName, NULL); }
static TDateTime ParamAsDate(const KYString& AName)
{ return RCKRespParamDate_((char*)AName, NULL); }
static long ParamAsCustom(long AIndex, void* AValue, long ASize)
{ return RCKRespParamCustom(AIndex, AValue, ASize); }
static long ParamAsCustom(const char* AName, void* AValue, long ASize)
{ return RCKRespParamCustom_(AName, AValue, ASize); }
static long ParamAsCustom(const KYString& AName, void* AValue, long ASize)
{ return RCKRespParamCustom_((char*)AName, AValue, ASize); }
// 设置各类型返回值的相关方法
static long RetByStr(const char* AValue, long ASize = -1)
{ return RCKRespRetByStr(AValue, ASize); }
static long RetByStr(const KYString& AValue)
{ return RCKRespRetByStr((char*)AValue, AValue.Length()); }
static long RetByInt(long AValue)
{ return RCKRespRetByInt(AValue); }
static long RetByBool(bool AValue)
{ return RCKRespRetByBool(AValue); }
static long RetByFloat(double AValue)
{ return RCKRespRetByFloat(AValue); }
static long RetByStruct(void* AValue)
{ return RCKRespRetByStruct(AValue); }
static long RetByInt64(__int64 AValue)
{ return RCKRespRetByInt64(AValue); }
static long RetByDate(TDateTime AValue)
{ return RCKRespRetByDate(AValue); }
static long RetByCustom(const void* AValue, long ASize)
{ return RCKRespRetByCustom(AValue, ASize); }
// 设置各类型返回字段值的相关方法
static long FieldByStr(long AIndex, const char* AValue, long ASize = -1)
{ return RCKRespFieldByStr(AIndex, AValue, ASize); }
static long FieldByStr(long AIndex, const KYString& AValue)
{ return RCKRespFieldByStr(AIndex, (char*)AValue, AValue.Length()); }
static long FieldByStr(const char* AName, const KYString& AValue)
{ return RCKRespFieldByStr_(AName, (char*)AValue, AValue.Length()); }
static long FieldByStr(const KYString& AName, const KYString& AValue)
{ return RCKRespFieldByStr_((char*)AName,
(char*)AValue, AValue.Length()); }
static long FieldByInt(long AIndex, long AValue)
{ return RCKRespFieldByInt(AIndex, AValue); }
static long FieldByInt(const char* AName, long AValue)
{ return RCKRespFieldByInt_(AName, AValue); }
static long FieldByInt(const KYString& AName, long AValue)
{ return RCKRespFieldByInt_((char*)AName, AValue); }
static long FieldByBool(long AIndex, bool AValue)
{ return RCKRespFieldByBool(AIndex, AValue); }
static long FieldByBool(const char* AName, bool AValue)
{ return RCKRespFieldByBool_(AName, AValue); }
static long FieldByBool(const KYString& AName, bool AValue)
{ return RCKRespFieldByBool_((char*)AName, AValue); }
static long FieldByFloat(long AIndex, double AValue)
{ return RCKRespFieldByFloat(AIndex, AValue); }
static long FieldByFloat(const char* AName, double AValue)
{ return RCKRespFieldByFloat_(AName, AValue); }
static long FieldByFloat(const KYString& AName, double AValue)
{ return RCKRespFieldByFloat_((char*)AName, AValue); }
static long FieldByStruct(long AIndex, void* AValue)
{ return RCKRespFieldByStruct(AIndex, AValue); }
static long FieldByStruct(const char* AName, void* AValue)
{ return RCKRespFieldByStruct_(AName, AValue); }
static long FieldByStruct(const KYString& AName, void* AValue)
{ return RCKRespFieldByStruct_((char*)AName, AValue); }
static long FieldByInt64(long AIndex, __int64 AValue)
{ return RCKRespFieldByInt64(AIndex, AValue); }
static long FieldByInt64(const char* AName, __int64 AValue)
{ return RCKRespFieldByInt64_(AName, AValue); }
static long FieldByInt64(const KYString& AName, __int64 AValue)
{ return RCKRespFieldByInt64_((char*)AName, AValue); }
static long FieldByDate(long AIndex, TDateTime AValue)
{ return RCKRespFieldByDate(AIndex, AValue); }
static long FieldByDate(const char* AName, TDateTime AValue)
{ return RCKRespFieldByDate_(AName, AValue); }
static long FieldByDate(const KYString& AName, TDateTime AValue)
{ return RCKRespFieldByDate_((char*)AName, AValue); }
static long FieldByCustom(long AIndex, const void* AValue, long ASize)
{ return RCKRespFieldByCustom(AIndex, AValue, ASize); }
static long FieldByCustom(const char* AName, const void* AValue, long ASize)
{ return RCKRespFieldByCustom_(AName, AValue, ASize); }
static long FieldByCustom(const KYString& AName, const void* AValue, long ASize)
{ return RCKRespFieldByCustom_((char*)AName, AValue, ASize); }
};
// ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
/* TRCFields - RCK 字段集类 */
class TRCFields
{
public:
TRCFields();
TRCFields(void* AFields);
virtual ~TRCFields();
// 属性
void* Fields() const { return FFields; }
bool IsBound() const { return FIsBound; }
// 字段信息
long Count() const { return RCKFieldCount(FFields); }
KYString Name(long AIndex) const
{ return RCKFieldName(FFields, AIndex); }
long Size(long AIndex) const
{ return RCKFieldSize(FFields, AIndex); }
long DefSize(long AIndex) const
{ return RCKFieldDefSize(FFields, AIndex); }
long FieldType(long AIndex) const
{ return RCKFieldType(FFields, AIndex); }
bool IsNull(long AIndex) const
{ return RCKFieldIsNull(FFields, AIndex, NULL); }
bool IsNull_(const KYString& AName) const
{ return RCKFieldIsNull_(FFields, (char*)AName, NULL); }
// 字段名索引
long IndexOf(const char* AName) const
{ return RCKFieldIndex(FFields, AName); }
long IndexOf(const KYString& AName) const
{ return RCKFieldIndex(FFields, (char*)AName); }
// 字段定义方法
long AddDef(const char* AName, long AType, long ASize) const
{ return RCKFieldDefsAdd(FFields, AName, AType, ASize); }
long AddDef(const KYString& AName, long AType, long ASize) const
{ return RCKFieldDefsAdd(FFields, (char*)AName, AType, ASize); }
void DeleteDef(long AIndex) const
{ RCKFieldDefsDelete(FFields, AIndex); }
void ClearDefs() const { RCKFieldDefsClear(FFields); }
long AssignDefs(const void* AFieldDefs, long ASize) const
{ return RCKFieldDefsAssign(FFields, AFieldDefs, ASize); }
KYString FieldDefs() const;
void* FieldDefs(long& ASize) const
{ return RCKFieldDefsOutput(FFields, &ASize); }
long Defs2Size(const void* AFieldDefs) const
{ return RCKFieldDefsSize(AFieldDefs); }
// 字段数据方法
void Clear() const { RCKFieldsClear(FFields); }
long Assign(const void* AData, long ASize) const
{ return RCKFieldsAssign(FFields, AData, ASize); }
KYString DataSet() const;
void* DataSet(long& ASize) const
{ return RCKFieldsOutput(FFields, &ASize); }
long DataSize() const { return RCKFieldsSize(FFields); }
// 取各类型字段值的相关方法
KYString AsStr(long AIndex) const;
KYString AsStr(const char* AName) const;
KYString AsStr(const KYString& AName) const
{ return AsStr((char*)AName); }
char* AsStr(long AIndex, long& ASize) const
{ return RCKFieldAsStr(FFields, AIndex, &ASize); }
char* AsStr(const char* AName, long& ASize) const
{ return RCKFieldAsStr_(FFields, AName, &ASize); }
long AsInt(long AIndex) const
{ return RCKFieldAsInt(FFields, AIndex, NULL); }
long AsInt(const char* AName) const
{ return RCKFieldAsInt_(FFields, AName, NULL); }
long AsInt(const KYString& AName) const
{ return RCKFieldAsInt_(FFields, (char*)AName, NULL); }
bool AsBool(long AIndex) const
{ return RCKFieldAsBool(FFields, AIndex, NULL); }
bool AsBool(const char* AName) const
{ return RCKFieldAsBool_(FFields, AName, NULL); }
bool AsBool(const KYString& AName) const
{ return RCKFieldAsBool_(FFields, (char*)AName, NULL); }
double AsFloat(long AIndex) const
{ return RCKFieldAsFloat(FFields, AIndex, NULL); }
double AsFloat(const char* AName) const
{ return RCKFieldAsFloat_(FFields, AName, NULL); }
double AsFloat(const KYString& AName) const
{ return RCKFieldAsFloat_(FFields, (char*)AName, NULL); }
void* AsStruct(long AIndex) const
{ return RCKFieldAsStruct(FFields, AIndex, NULL); }
void* AsStruct(const char* AName) const
{ return RCKFieldAsStruct_(FFields, AName, NULL); }
void* AsStruct(const KYString& AName) const
{ return RCKFieldAsStruct_(FFields, (char*)AName, NULL); }
__int64 AsInt64(long AIndex) const
{ return RCKFieldAsInt64(FFields, AIndex, NULL); }
__int64 AsInt64(const char* AName) const
{ return RCKFieldAsInt64_(FFields, AName, NULL); }
__int64 AsInt64(const KYString& AName) const
{ return RCKFieldAsInt64_(FFields, (char*)AName, NULL); }
TDateTime AsDate(long AIndex) const
{ return RCKFieldAsDate(FFields, AIndex, NULL); }
TDateTime AsDate(const char* AName) const
{ return RCKFieldAsDate_(FFields, AName, NULL); }
TDateTime AsDate(const KYString& AName) const
{ return RCKFieldAsDate_(FFields, (char*)AName, NULL); }
long AsCustom(long AIndex, void* AValue, long ASize) const
{ return RCKFieldGetCustom(FFields, AIndex, AValue, ASize); }
long AsCustom(const char* AName, void* AValue, long ASize) const
{ return RCKFieldGetCustom_(FFields, AName, AValue, ASize); }
long AsCustom(const KYString& AName, void* AValue, long ASize) const
{ return RCKFieldGetCustom_(FFields, (char*)AName, AValue, ASize); }
// 设置各类型字段值的相关方法
long ByStr(long AIndex, const char* AValue, long ASize = -1) const
{ return RCKFieldByStr(FFields, AIndex, AValue, ASize); }
long ByStr(long AIndex, const KYString& AValue) const
{ return RCKFieldByStr(FFields, AIndex, (char*)AValue, AValue.Length()); }
long ByStr(const char* AName, const KYString& AValue) const
{ return RCKFieldByStr_(FFields, AName, (char*)AValue, AValue.Length()); }
long ByStr(const KYString& AName, const KYString& AValue) const
{ return RCKFieldByStr_(FFields, (char*)AName,
(char*)AValue, AValue.Length()); }
long ByInt(long AIndex, long AValue) const
{ return RCKFieldByInt(FFields, AIndex, AValue); }
long ByInt(const char* AName, long AValue) const
{ return RCKFieldByInt_(FFields, AName, AValue); }
long ByInt(const KYString& AName, long AValue) const
{ return RCKFieldByInt_(FFields, (char*)AName, AValue); }
long ByBool(long AIndex, bool AValue) const
{ return RCKFieldByBool(FFields, AIndex, AValue); }
long ByBool(const char* AName, bool AValue) const
{ return RCKFieldByBool_(FFields, AName, AValue); }
long ByBool(const KYString& AName, bool AValue) const
{ return RCKFieldByBool_(FFields, (char*)AName, AValue); }
long ByFloat(long AIndex, double AValue) const
{ return RCKFieldByFloat(FFields, AIndex, AValue); }
long ByFloat(const char* AName, double AValue) const
{ return RCKFieldByFloat_(FFields, AName, AValue); }
long ByFloat(const KYString& AName, double AValue) const
{ return RCKFieldByFloat_(FFields, (char*)AName, AValue); }
long ByStruct(long AIndex, void* AValue) const
{ return RCKFieldByStruct(FFields, AIndex, AValue); }
long ByStruct(const char* AName, void* AValue) const
{ return RCKFieldByStruct_(FFields, AName, AValue); }
long ByStruct(const KYString& AName, void* AValue) const
{ return RCKFieldByStruct_(FFields, (char*)AName, AValue); }
long ByInt64(long AIndex, __int64 AValue) const
{ return RCKFieldByInt64(FFields, AIndex, AValue); }
long ByInt64(const char* AName, __int64 AValue) const
{ return RCKFieldByInt64_(FFields, AName, AValue); }
long ByInt64(const KYString& AName, __int64 AValue) const
{ return RCKFieldByInt64_(FFields, (char*)AName, AValue); }
long ByDate(long AIndex, TDateTime AValue) const
{ return RCKFieldByDate(FFields, AIndex, AValue); }
long ByDate(const char* AName, TDateTime AValue) const
{ return RCKFieldByDate_(FFields, AName, AValue); }
long ByDate(const KYString& AName, TDateTime AValue) const
{ return RCKFieldByDate_(FFields, (char*)AName, AValue); }
long ByCustom(long AIndex, const void* AValue, long ASize) const
{ return RCKFieldSetCustom(FFields, AIndex, AValue, ASize); }
long ByCustom(const char* AName, const void* AValue, long ASize) const
{ return RCKFieldSetCustom_(FFields, AName, AValue, ASize); }
long ByCustom(const KYString& AName, const void* AValue, long ASize) const
{ return RCKFieldSetCustom_(FFields, (char*)AName, AValue, ASize); }
private:
void* FFields; // 字段集句柄
bool FIsBound; // 是否绑定对象
};
/* end namespace */
}
}
// 命名空间的别名
namespace RCKObjs = RCKernel::__object__;
#endif
封装类的源码(RCKObjs.cpp)
// ======================================= // Unit : RCKernel objects // Version: 5.0.0.0 (build 2014.07.07) // Author : Kyee Ye // Email : kyee_ye(at)126.com // Copyright (C) Kyee workroom // ======================================= #include "RCKObjs.h" // 使用 RCKernel 的命名空间 namespace RCKernel { namespace __object__ { /* begin namespace */ // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* TRCKObjs - RCK 对象集类 */ class TRCKObjs { private: // 映射列表类型 typedef TKYMapObjKey<TRCAppObj> TAppList; typedef TKYMapObjKey<TRCConnObj> TConnList; typedef TKYMapObjKey<TRCFuncObj> TFuncList; public: TRCKObjs(); virtual ~TRCKObjs(); // 清除 void Clear(); // 加入/删除函数ID bool AddFuncID(void* AFuncID, TRCFuncObj* AFuncObj) { return (FFuncIDs->Add(AFuncID, AFuncObj) != NULL); } bool DeleteFuncID(void* AFuncID) { return FFuncIDs->Delete(AFuncID); } // 函数ID -> 对象 TRCFuncObj* FuncID2Object(void* AFuncID) { TRCFuncObj* result = NULL; FFuncIDs->Find(AFuncID, result); return result; } // 创建/释放应用对象 TRCAppObj* CreateAppObj(const char* AName, const char* APassword, long& ARetCode); void FreeAppObj(TRCAppObj* AppObj); // 应用对象引用计数增 1 TRCAppObj* IncRefAppObj(void* AppID); bool IncRefAppObj(TRCAppObj* AppObj); // 创建/释放连接对象(注: AConnID 必须存在) TRCConnObj* CreateConnObj(void* AConnID, bool ANeedFree, long& ARetCode); void FreeConnObj(TRCConnObj* AConnObj); // 连接对象引用计数增 1 TRCConnObj* IncRefConnObj(void* AConnID); bool IncRefConnObj(TRCConnObj* AConnObj); // 创建/释放命令对象 TRCCmdObj* CreateCmdObj(void* AConnID = NULL); void FreeCmdObj(TRCCmdObj* ACmdObj); protected: // 当前锁 void Lock() const { FLock->Enter(); } void Unlock() const { FLock->Leave(); } private: // 拷贝并清除 bool DoClearAppObjs(TKYList& AList); bool DoClearConnObjs(TKYList& AList); bool DoClearCmdQueue(TKYList& AList); // 事件方法 void DoAppDeletion(TRCAppObj* AppObj); void DoCmdDeletion(TRCCmdObj* ACmdObj); void DoConnDeletion(TRCConnObj* AConnObj); private: TKYCritSect* FLock; // 当前锁 TAppList* FAppIDs; // 应用 ID 列表 TAppList* FAppObjs; // 应用对象列表 TFuncList* FFuncIDs; // 函数 ID 列表 TConnList* FConnIDs; // 连接 ID 列表 TConnList* FConnObjs; // 连接对象列表 TKYCycQueue* FCmdQueue; // 命令对象队列 public: // 全局 RCK 对象集对象 static TRCKObjs* _obj() { return _Object; } // 初始化/释放 _Object static void _InitObj(); static void _FreeObj(bool AForced = false); // 应用对象引用计数增/减 1(注: AppObj 对象必须存在) static void _IncRefAppObj(TRCAppObj* AppObj) { AppObj->IncObjTimes(); } static void _DecRefAppObj(TRCAppObj* AppObj) { if (AppObj->DecObjTimes() == 0) delete AppObj; } // 连接对象引用计数增/减 1(注: AConnObj 对象必须存在) static void _IncRefConnObj(TRCConnObj* AConnObj) { AConnObj->IncObjTimes(); } static void _DecRefConnObj(TRCConnObj* AConnObj) { if (AConnObj->DecObjTimes() == 0) delete AConnObj; } private: // 全局 RCK 对象集对象 static TKYCritSect* _Lock; static TRCKObjs* _Object; static long _RefCount; // TRCKObjs 的静态成员初始化类 static class TInitialization { public: TInitialization(); ~TInitialization(); } _Initialization; friend class TInitialization; }; /* TRCKObjs - RCK 对象集类 */ // ---------------- 静态成员 ---------------- // 全局锁对象 TKYCritSect* TRCKObjs::_Lock = NULL; TRCKObjs* TRCKObjs::_Object = NULL; long TRCKObjs::_RefCount = 0; // TRCKObjs 的静态成员初始化对象 TRCKObjs::TInitialization TRCKObjs::_Initialization; // ---------------- 静态函数 ---------------- // TRCKObjs 的静态成员初始化类的构造函数 TRCKObjs::TInitialization::TInitialization() { // 初始化 _RefCount = 0; _Object = NULL; // 创建对象 _Lock = new TKYCritSect; } // TRCKObjs 的静态成员初始化类的析构函数 TRCKObjs::TInitialization::~TInitialization() { // 释放对象 FreeAndNil(_Lock); FreeAndNil(_Object); } // 初始化 _Object void TRCKObjs::_InitObj() { _Lock->Enter(); if (_RefCount == 0) try { // 创建对象并引用计数设为 1 _Object = new TRCKObjs; _RefCount = 1; // 初始化 RCKernel 接口 RCKInitialize(); } catch (...) {} else _RefCount++; _Lock->Leave(); } // 释放 _Object void TRCKObjs::_FreeObj(bool AForced) { _Lock->Enter(); if (_RefCount > 0) try { // 引用计数减 1 _RefCount--; // 推断是否须要释放 if ((_RefCount == 0) || AForced) { // 引用计数设为 0 _RefCount = 0; // 清除并释放对象 _Object->Clear(); FreeAndNil(_Object); // 释放 RCKernel 接口 RCKUninitialize(); } } catch (...) {} _Lock->Leave(); } // ---------------- 构造函数和析构函数 ---------------- // 构造函数 TRCKObjs::TRCKObjs() { // 创建对象 FLock = new TKYCritSect; FAppIDs = new TAppList(false, false); FAppObjs = new TAppList(false, false); FFuncIDs = new TFuncList(false, true); FConnIDs = new TConnList(false, false); FConnObjs = new TConnList(false, false); FCmdQueue = new TKYCycQueue(0, TKYCycQueue::slPower10); // 设置对象属性 FCmdQueue->SetMaxCount(FCmdQueue->CycCount()); } // 析构函数 TRCKObjs::~TRCKObjs() { // 清除 Clear(); // 释放对象 FreeAndNil(FLock); FreeAndNil(FAppIDs); FreeAndNil(FAppObjs); FreeAndNil(FFuncIDs); FreeAndNil(FConnIDs); FreeAndNil(FConnObjs); FreeAndNil(FCmdQueue); } // ---------------- 私有函数 ---------------- // 拷贝并清除应用对象列表 bool TRCKObjs::DoClearAppObjs(TKYList& AList) { // 初始化 bool result = false; // 检查列表是否非空 if (FAppObjs->Count() > 0) try { // 更改容量 AList.ChangeCapacity(FAppObjs->Count()); // 循环拷贝 void* pNode = FAppObjs->Next(NULL); while (pNode != NULL) { AList.Add(FAppObjs->Value(pNode)); pNode = FAppObjs->Next(pNode); } // 清除 FAppIDs->Clear(); FAppObjs->Clear(); // 返回结果 result = true; } catch (...) {} // 返回结果 return result; } // 拷贝并清除连接对象列表 bool TRCKObjs::DoClearConnObjs(TKYList& AList) { // 初始化 bool result = false; // 检查列表是否非空 if (FConnObjs->Count() > 0) try { // 更改容量 AList.ChangeCapacity(FConnObjs->Count()); // 循环拷贝 void* pNode = FConnObjs->Next(NULL); while (pNode != NULL) { AList.Add(FConnObjs->Value(pNode)); pNode = FConnObjs->Next(pNode); } // 清除 FConnIDs->Clear(); FConnObjs->Clear(); // 返回结果 result = true; } catch (...) {} // 返回结果 return result; } // 拷贝并清除命令对象队列 bool TRCKObjs::DoClearCmdQueue(TKYList& AList) { // 初始化 bool result = false; // 检查列表是否非空 if (FCmdQueue->Count() != 0) try { // 初始化 void* pData; // 更改容量并循环弹出队列 AList.ChangeCapacity(FCmdQueue->Count()); while (FCmdQueue->Pop(pData)) AList.Add(pData); // 返回结果 result = true; } catch (...) {} // 返回结果 return result; } // 列表的 OnDeletion 事件过程 void TRCKObjs::DoAppDeletion(TRCAppObj* AppObj) { _DecRefAppObj(AppObj); } // 列表的 OnDeletion 事件过程 void TRCKObjs::DoCmdDeletion(TRCCmdObj* ACmdObj) { delete ACmdObj; } // 列表的 OnDeletion 事件过程 void TRCKObjs::DoConnDeletion(TRCConnObj* AConnObj) { _DecRefConnObj(AConnObj); } // ---------------- 公有函数 ---------------- // 清除 void TRCKObjs::Clear() { // 初始化 TKYList objApps(false); TKYList objCmds(false); TKYList objConns(false); bool boolApp = false; bool boolCmd = false; bool boolConn = false; // 清除函数列表 FFuncIDs->Clear(); // 拷贝并清除列表 Lock(); { boolApp = DoClearAppObjs(objApps); boolCmd = DoClearCmdQueue(objCmds); boolConn = DoClearConnObjs(objConns); } Unlock(); // 推断是否须要清除应用 if (boolApp) { // 设置 OnDeletion 事件方法 objApps.OnDeletion.Object = this; objApps.OnDeletion.Method = (TKYList::TDoDeletion)&TRCKObjs::DoAppDeletion; // 清除 objApps.Clear(); } // 推断是否须要清除命令 if (boolCmd) { // 设置 OnDeletion 事件方法 objCmds.OnDeletion.Object = this; objCmds.OnDeletion.Method = (TKYList::TDoDeletion)&TRCKObjs::DoCmdDeletion; // 清除 objCmds.Clear(); } // 推断是否须要清除连接 if (boolConn) { // 设置 OnDeletion 事件方法 objConns.OnDeletion.Object = this; objConns.OnDeletion.Method = (TKYList::TDoDeletion)&TRCKObjs::DoConnDeletion; // 清除 objConns.Clear(); } } // 创建应用对象 TRCAppObj* TRCKObjs::CreateAppObj(const char* AName, const char* APassword, long& ARetCode) { // 初始化 TRCAppObj* result = NULL; KYString strName = AName; void* pAppID = RCKAppCreate((char*)strName, APassword); // 推断是否创建成功 if (pAppID != NULL) { ARetCode = krUnknown; // 创建对象, 并加入列表 try { TRCAppObj* objApp = new TRCAppObj; if (objApp != NULL) { Lock(); try { // 加入到 ID 列表 void* pNode = FAppIDs->Add(pAppID, objApp); if (pNode == NULL) { pNode = FAppIDs->Find(pAppID); if (pNode != NULL) { FAppObjs->Delete(FAppIDs->Value(pNode)); FAppIDs->SetValue(pNode, objApp); } } // 加入到对象列表 if (pNode == NULL) ; else if ((FAppObjs->Add(objApp, objApp) != NULL) || FAppObjs->Existed(objApp)) { // 设置对象属性 objApp->FName = strName; objApp->FAppID = pAppID; result = objApp; ARetCode = krSuccess; } else FAppIDs->Remove(pNode); } catch (...) {} Unlock(); // 若失败则释放对象 if (result == NULL) delete objApp; } } catch (...) {} // 若失败则释放 if (result == NULL) RCKAppFree(pAppID); } else ARetCode = RCKGetLastError(); // 返回结果 return result; } // 释放应用对象 void TRCKObjs::FreeAppObj(TRCAppObj* AppObj) { // 初始化 TRCAppObj* objApp = NULL; // 查找并释放 Lock(); try { void* pNode = FAppObjs->Find(AppObj); if (pNode != NULL) { objApp = FAppObjs->Value(pNode); FAppObjs->Remove(pNode); // 释放 ID 项 pNode = FAppIDs->Find(objApp->AppID()); if ((pNode != NULL) && (FAppIDs->Value(pNode) == objApp)) FAppIDs->Remove(pNode); } } catch (...) {} Unlock(); // 若存在则引用计数减 1 if (objApp != NULL) _DecRefAppObj(objApp); } // 应用对象引用计数增 1 TRCAppObj* TRCKObjs::IncRefAppObj(void* AppID) { // 初始化 TRCAppObj* result = NULL; // 查找 Lock(); try { void* pNode = FAppIDs->Find(AppID); if (pNode != NULL) { result = FAppIDs->Value(pNode); result->IncObjTimes(); } } catch (...) {} Unlock(); // 返回结果 return result; } // 应用对象引用计数增 1 bool TRCKObjs::IncRefAppObj(TRCAppObj* AppObj) { // 初始化 bool result = false; // 查找 Lock(); try { void* pNode = FAppObjs->Find(AppObj); if (pNode != NULL) { AppObj->IncObjTimes(); result = true; } } catch (...) {} Unlock(); // 返回结果 return result; } // 创建连接对象(注: AConnID 必须存在) TRCConnObj* TRCKObjs::CreateConnObj(void* AConnID, bool ANeedFree, long& ARetCode) { // 初始化 TRCConnObj* result = NULL; // 检查连接是否存在 RCKConnGetInt(AConnID, kcaState, &ARetCode); if (ARetCode == krSuccess) { ARetCode = krUnknown; // 创建对象, 并加入列表 try { TRCConnObj* objConn = new TRCConnObj; if (objConn != NULL) { Lock(); try { // 加入到 ID 列表 void* pNode = FConnIDs->Add(AConnID, objConn); if (pNode == NULL) { if (FConnIDs->Existed(AConnID)) ARetCode = krIsExisted; } else if ((FConnObjs->Add(objConn, objConn) != NULL) || FConnObjs->Existed(objConn)) { // 设置对象属性 objConn->FConnID = AConnID; objConn->FCanEvent = true; objConn->FNeedFree = ANeedFree; result = objConn; ARetCode = krSuccess; } else FConnIDs->Remove(pNode); } catch (...) {} Unlock(); // 若失败则释放对象 if (result == NULL) delete objConn; } } catch (...) {} } // 返回结果 return result; } // 释放连接对象 void TRCKObjs::FreeConnObj(TRCConnObj* AConnObj) { // 初始化 TRCConnObj* objConn = NULL; // 查找并释放 Lock(); try { void* pNode = FConnObjs->Find(AConnObj); if (pNode != NULL) { objConn = FConnObjs->Value(pNode); FConnObjs->Remove(pNode); // 释放 ID 项 pNode = FConnIDs->Find(objConn->ConnID()); if ((pNode != NULL) && (FConnIDs->Value(pNode) == objConn)) FConnIDs->Remove(pNode); } } catch (...) {} Unlock(); // 若存在则引用计数减 1 if (objConn != NULL) _DecRefConnObj(objConn); } // 连接对象引用计数增 1 TRCConnObj* TRCKObjs::IncRefConnObj(void* AConnID) { // 初始化 TRCConnObj* result = NULL; // 查找 Lock(); try { void* pNode = FConnIDs->Find(AConnID); if (pNode != NULL) { result = FConnIDs->Value(pNode); result->IncObjTimes(); } } catch (...) {} Unlock(); // 返回结果 return result; } // 连接对象引用计数增 1 bool TRCKObjs::IncRefConnObj(TRCConnObj* AConnObj) { // 初始化 bool result = false; // 查找 Lock(); try { void* pNode = FConnObjs->Find(AConnObj); if (pNode != NULL) { AConnObj->IncObjTimes(); result = true; } } catch (...) {} Unlock(); // 返回结果 return result; } // 创建命令对象 TRCCmdObj* TRCKObjs::CreateCmdObj(void* AConnID) { // 初始化 TRCCmdObj* result = NULL; // 弹出队列 Lock(); try { result = (TRCCmdObj*)FCmdQueue->Pop(); } catch (...) {} Unlock(); // 推断是否为空 if (result == NULL) result = new TRCCmdObj; // 设置连接 result->SetConnID(AConnID); // 返回结果 return result; } // 释放命令对象 void TRCKObjs::FreeCmdObj(TRCCmdObj* ACmdObj) { if (ACmdObj != NULL) { // 初始化 bool boolPush = false; // 关闭命令 ACmdObj->End(); // 压入队列 Lock(); try { boolPush = FCmdQueue->Push(ACmdObj); } catch (...) {} Unlock(); // 压入队列失败则释放对象 if (!boolPush) delete ACmdObj; } } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* 初始化/释放单元 */ // 初始化 RCKObjs 单元(注: 内部有引用计数) void InitRCKObjs() { TRCKObjs::_InitObj(); } // 释放 RCKObjs 单元(注: 内部有引用计数) void FreeRCKObjs(bool AForced) { TRCKObjs::_FreeObj(AForced); } // 命令ID -> 对象 TRCCmdObj* CmdID2Object(void* ACmdID) { return (TRCCmdObj*)RCKCmdGetObj(ACmdID, kmaData, NULL); } // 函数ID -> 对象 TRCFuncObj* FuncID2Object(void* AFuncID) { // 初始化 TRCFuncObj* result = NULL; // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) result = TRCKObjs::_obj()->FuncID2Object(AFuncID); // 返回结果 return result; } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* 应用对象(TRCAppObj)的相关函数 */ // 创建应用对象 TRCAppObj* CreateAppObj(const char* AName, const char* APassword, long* ARetCode) { // 初始化 TRCAppObj* result = NULL; long intCode = krNotExist; // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) result = TRCKObjs::_obj()->CreateAppObj(AName, APassword, intCode); // 设置返回码 if (ARetCode != NULL) *ARetCode = intCode; // 返回结果 return result; } // 释放应用对象 void FreeAppObj(TRCAppObj* AppObj) { // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) TRCKObjs::_obj()->FreeAppObj(AppObj); } // 应用对象引用计数增 1 TRCAppObj* IncRefAppObj(void* AppID) { // 初始化 TRCAppObj* result = NULL; // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) result = TRCKObjs::_obj()->IncRefAppObj(AppID); // 返回结果 return result; } // 应用对象引用计数增 1 bool IncRefAppObj_(TRCAppObj* AppObj) { return (TRCKObjs::_obj() != NULL) && TRCKObjs::_obj()->IncRefAppObj(AppObj); } // 应用对象引用计数增 1(注: AppObj 对象必须存在) void IncRefAppObj(TRCAppObj* AppObj) { TRCKObjs::_IncRefAppObj(AppObj); } // 应用对象引用计数减 1(注: AppObj 对象必须存在) void DecRefAppObj(TRCAppObj* AppObj) { TRCKObjs::_DecRefAppObj(AppObj); } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* 连接对象(TRCConnObj)的相关函数 */ // 创建连接对象(注: AConnID 必须存在) TRCConnObj* CreateConnObj(void* AConnID, bool ANeedFree, long* ARetCode) { // 初始化 TRCConnObj* result = NULL; long intCode = krNotExist; // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) result = TRCKObjs::_obj()->CreateConnObj(AConnID, ANeedFree, intCode); // 设置返回码 if (ARetCode != NULL) *ARetCode = intCode; // 返回结果 return result; } // 释放连接对象 void FreeConnObj(TRCConnObj* AConnObj) { // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) TRCKObjs::_obj()->FreeConnObj(AConnObj); } // 连接对象引用计数增 1 TRCConnObj* IncRefConnObj(void* AConnID) { // 初始化 TRCConnObj* result = NULL; // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) result = TRCKObjs::_obj()->IncRefConnObj(AConnID); // 返回结果 return result; } // 连接对象引用计数增 1 bool IncRefConnObj_(TRCConnObj* AConnObj) { return (TRCKObjs::_obj() != NULL) && TRCKObjs::_obj()->IncRefConnObj(AConnObj); } // 连接对象引用计数增 1(注: AConnObj 对象必须存在) void IncRefConnObj(TRCConnObj* AConnObj) { TRCKObjs::_IncRefConnObj(AConnObj); } // 连接对象引用计数减 1(注: AConnObj 对象必须存在) void DecRefConnObj(TRCConnObj* AConnObj) { TRCKObjs::_DecRefConnObj(AConnObj); } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* 命令对象(TRCCmdObj)的相关函数 */ // 创建命令对象 TRCCmdObj* CreateCmdObj(void* AConnID) { // 初始化 TRCCmdObj* result = NULL; // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) result = TRCKObjs::_obj()->CreateCmdObj(AConnID); // 返回结果 return result; } // 创建命令对象(注: AConnObj 必须存在) TRCCmdObj* CreateCmdObj(TRCConnObj* AConnObj) { // 初始化 TRCCmdObj* result = NULL; // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) result = TRCKObjs::_obj()->CreateCmdObj(AConnObj->ConnID()); // 返回结果 return result; } // 释放命令对象 void FreeCmdObj(TRCCmdObj* ACmdObj) { // 推断是否已经初始化 if (TRCKObjs::_obj() != NULL) TRCKObjs::_obj()->FreeCmdObj(ACmdObj); } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* TRCAppObj - RCK 应用类 */ // ---------------- 静态函数 ---------------- // 应用的 OnConnLogin 回调事件 void __stdcall TRCAppObj::_RCKOnConnLogin(void* AppID, void* AConnID, bool& AIsRefused) { TRCAppObj* objApp = TRCKObjs::_obj()->IncRefAppObj(AppID); if (objApp != NULL) { objApp->DoConnLogin(AConnID, AIsRefused); TRCKObjs::_DecRefAppObj(objApp); } else AIsRefused = true; } // 应用的 OnConnLogout 回调事件 void __stdcall TRCAppObj::_RCKOnConnLogout(void* AppID, void* AConnID) { TRCAppObj* objApp = TRCKObjs::_obj()->IncRefAppObj(AppID); if (objApp != NULL) { objApp->DoConnLogout(AConnID); TRCKObjs::_DecRefAppObj(objApp); } } // 应用的 OnExecResp 回调事件 void __stdcall TRCAppObj::_RCKOnExecResp(void* AppID, void* AFuncID, void* AConnID) { TRCAppObj* objApp = TRCKObjs::_obj()->IncRefAppObj(AppID); if (objApp != NULL) { objApp->DoExecResp(AFuncID, AConnID); TRCKObjs::_DecRefAppObj(objApp); } } // 应用的 OnRespCancel 回调事件 void __stdcall TRCAppObj::_RCKOnRespCancel(void* AppID, void* AFuncID, void* AConnID) { TRCAppObj* objApp = TRCKObjs::_obj()->IncRefAppObj(AppID); if (objApp != NULL) { objApp->DoRespCancel(AFuncID, AConnID); TRCKObjs::_DecRefAppObj(objApp); } } // 应用的 OnRespConfirm 回调事件 void __stdcall TRCAppObj::_RCKOnRespConfirm(void* AppID, void* AFuncID, void* AConnID) { TRCAppObj* objApp = TRCKObjs::_obj()->IncRefAppObj(AppID); if (objApp != NULL) { objApp->DoRespConfirm(AFuncID, AConnID); TRCKObjs::_DecRefAppObj(objApp); } } // ---------------- 构造函数和析构函数 ---------------- // 构造函数 TRCAppObj::TRCAppObj() { // 初始化 FData = NULL; FAppID = NULL; FObjTimes = 1; // 创建对象 FLock = new TKYCritSect; FFuncList = new TObjList(false, false); // 运行初始化事件 DoInitEvent(); } // 析构函数 TRCAppObj::~TRCAppObj() { // 推断是否非空 if (FAppID != NULL) { // 关闭 Close(); // 运行清除函数列表 DoClearFuncObjs(); // 释放应用对象 RCKAppFree(FAppID); } // 释放对象 FreeAndNil(FLock); FreeAndNil(FFuncList); } // ---------------- 私有函数 ---------------- // 运行初始化事件 void TRCAppObj::DoInitEvent() { OnFuncFree.Method = NULL; OnFuncFree.Object = NULL; FOnConnLogin.Method = NULL; FOnConnLogin.Object = NULL; FOnConnLogout.Method = NULL; FOnConnLogout.Object = NULL; FOnExecResp.Method = NULL; FOnExecResp.Object = NULL; FOnRespCancel.Method = NULL; FOnRespCancel.Object = NULL; FOnRespConfirm.Method = NULL; FOnRespConfirm.Object = NULL; } // 运行清除函数列表 void TRCAppObj::DoClearFuncObjs() { // 初始化 TKYList objIDs(false); TKYList objObjs(false); bool boolNext = false; // 拷贝并清除 Lock(); if (FFuncList->Count() > 0) try { // 设置容量 objIDs.ChangeCapacity(FFuncList->Count()); objObjs.ChangeCapacity(FFuncList->Count()); // 循环拷贝 void* pNode = FFuncList->Next(NULL); while (pNode != NULL) { objIDs.Add(FFuncList->Value(pNode)); objObjs.Add(FFuncList->Key(pNode)); pNode = FFuncList->Next(pNode); } // 清除 FFuncList->Clear(); boolNext = true; } catch (...) {} Unlock(); // 推断是否继续 if (boolNext) { // 设置 OnDeletion 事件方法 objIDs.OnDeletion.Object = this; objIDs.OnDeletion.Method = (TKYList::TDoDeletion)&TRCAppObj::DoIDDeletion; objObjs.OnDeletion.Object = this; objObjs.OnDeletion.Method = (TKYList::TDoDeletion)&TRCAppObj::DoObjDeletion; // 清除 objIDs.Clear(); objObjs.Clear(); } } // 激发 OnConnLogin 事件 void TRCAppObj::DoConnLogin(void* AConnID, bool& AIsRefused) { try { AIsRefused = true; ((TObject*)FOnConnLogin.Object->*FOnConnLogin.Method)(this, AConnID, AIsRefused); } catch (...) {} } // 激发 OnConnLogout 事件 void TRCAppObj::DoConnLogout(void* AConnID) { try { ((TObject*)FOnConnLogout.Object->*FOnConnLogout.Method)(this, AConnID); } catch (...) {} } // 激发 OnExecResp 事件 void TRCAppObj::DoExecResp(void* AFuncID, void* AConnID) { try { ((TObject*)FOnExecResp.Object->*FOnExecResp.Method)(this, AFuncID, AConnID); } catch (...) {} } // 激发 OnRespCancel 事件 void TRCAppObj::DoRespCancel(void* AFuncID, void* AConnID) { try { ((TObject*)FOnRespCancel.Object->*FOnRespCancel.Method)(this, AFuncID, AConnID); } catch (...) {} } // 激发 OnRespConfirm 事件 void TRCAppObj::DoRespConfirm(void* AFuncID, void* AConnID) { try { ((TObject*)FOnRespConfirm.Object->*FOnRespConfirm.Method)(this, AFuncID, AConnID); } catch (...) {} } // 列表的 OnDeletion 事件方法 void TRCAppObj::DoIDDeletion(void* AFuncID) { // 从全局列表中删除 if (TRCKObjs::_obj()->DeleteFuncID(AFuncID)) RCKFuncFree(AFuncID); } // 列表的 OnDeletion 事件方法 void TRCAppObj::DoObjDeletion(TRCFuncObj* AFuncObj) { // 激发 OnFuncFree 事件 if (OnFuncFree.Method != NULL) try { ((TObject*)OnFuncFree.Object->*OnFuncFree.Method)(this, AFuncObj); } catch (...) {} // 释放 InterlockedExchangePointer((Pointer*)&AFuncObj->FAppObj, NULL); delete AFuncObj; } // ---------------- 公有函数 ---------------- // 设置 Name 属性 long TRCAppObj::SetName(const KYString& AName) { // 初始化 long result = krUnknown; // 操作 Lock(); if (FAppID != NULL) { result = RCKAppSetStr(FAppID, kaaName, (char*)AName, AName.Length()); if (result == krSuccess) FName = AName; } Unlock(); // 返回结果 return result; } // 新建函数对象 TRCFuncObj* TRCAppObj::NewFuncObj(const char* AName, long ARetType, long ARetSize, long ACallMode, void* ACallback) { // 初始化 TRCFuncObj* result = NULL; KYString strName = AName; void* pFuncID = RCKFuncCreate(FAppID, ACallMode, ACallback, (char*)strName, ARetType, ARetSize); // 推断是否创建成功 if (pFuncID != NULL) { // 创建对象并加入列表 try { TRCFuncObj* objFunc = new TRCFuncObj; if (objFunc != NULL) { Lock(); try { if (FFuncList->Add(objFunc, pFuncID) != NULL) { objFunc->FName = strName; objFunc->FFuncID = pFuncID; objFunc->FAppObj = this; result = objFunc; // 加入列表 TRCKObjs::_obj()->AddFuncID(pFuncID, objFunc); } } catch (...) {} Unlock(); // 若失败则释放对象 if (result == NULL) delete objFunc; } } catch (...) {} // 若失败则释放函数 if (result == NULL) RCKFuncFree(pFuncID); } // 返回结果 return result; } // 删除函数对象 bool TRCAppObj::DeleteFuncObj(TRCFuncObj* AFuncObj) { // 初始化 bool result = false; // 检查状态 if ((FAppID != NULL) && (State() == kasDefining)) { // 初始化 void* pFuncID = NULL; // 从列表中删除 Lock(); try { void* pNode = FFuncList->Find(AFuncObj); if (pNode != NULL) { pFuncID = FFuncList->Value(pFuncID); result = true; FFuncList->Remove(pNode); } } catch (...) {} Unlock(); // 推断是否成功 if (result) { DoIDDeletion(pFuncID); DoObjDeletion(AFuncObj); } } // 返回结果 return result; } // 清除函数定义 void TRCAppObj::ClearFuncObjs() { // 检查状态 if ((FAppID != NULL) && (State() == kasDefining)) DoClearFuncObjs(); } // 设置 OnConnLogin 事件 long TRCAppObj::SetOnConnLogin(TDoConnLogin AMethod, void* AObject) { // 初始化 long result = krUnknown; // 操作 Lock(); if (FAppID != NULL) { void* pFunc = (AMethod != NULL) ? &_RCKOnConnLogin : NULL; result = RCKAppSetObj(FAppID, kaaOnConnLogin, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnConnLogin.Object = AObject; FOnConnLogin.Method = AMethod; } else { FOnConnLogin.Method = NULL; FOnConnLogin.Object = NULL; } } Unlock(); // 返回结果 return result; } // 设置 OnConnLogout 事件 long TRCAppObj::SetOnConnLogout(TDoConnLogout AMethod, void* AObject) { // 初始化 long result = krUnknown; // 操作 Lock(); if (FAppID != NULL) { void* pFunc = (AMethod != NULL) ?&_RCKOnConnLogout : NULL; result = RCKAppSetObj(FAppID, kaaOnConnLogout, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnConnLogout.Object = AObject; FOnConnLogout.Method = AMethod; } else { FOnConnLogout.Method = NULL; FOnConnLogout.Object = NULL; } } Unlock(); // 返回结果 return result; } // 设置 OnExecResp 事件 long TRCAppObj::SetOnExecResp(TDoRespEvent AMethod, void* AObject) { // 初始化 long result = krUnknown; // 操作 Lock(); if (FAppID != NULL) { void* pFunc = (AMethod != NULL) ? &_RCKOnExecResp : NULL; result = RCKAppSetObj(FAppID, kaaOnExecResp, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnExecResp.Object = AObject; FOnExecResp.Method = AMethod; } else { FOnExecResp.Method = NULL; FOnExecResp.Object = NULL; } } Unlock(); // 返回结果 return result; } // 设置 OnRespCancel 事件 long TRCAppObj::SetOnRespCancel(TDoRespEvent AMethod, void* AObject) { // 初始化 long result = krUnknown; // 操作 Lock(); if (FAppID != NULL) { void* pFunc = (AMethod != NULL) ? &_RCKOnRespCancel : NULL; result = RCKAppSetObj(FAppID, kaaOnRespCancel, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnRespCancel.Object = AObject; FOnRespCancel.Method = AMethod; } else { FOnRespCancel.Method = NULL; FOnRespCancel.Object = NULL; } } Unlock(); // 返回结果 return result; } // 设置 OnRespConfirm 事件 long TRCAppObj::SetOnRespConfirm(TDoRespEvent AMethod, void* AObject) { // 初始化 long result = krUnknown; // 操作 Lock(); if (FAppID != NULL) { void* pFunc = (AMethod != NULL) ?
&_RCKOnRespConfirm : NULL; result = RCKAppSetObj(FAppID, kaaOnRespConfirm, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnRespConfirm.Object = AObject; FOnRespConfirm.Method = AMethod; } else { FOnRespConfirm.Method = NULL; FOnRespConfirm.Object = NULL; } } Unlock(); // 返回结果 return result; } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* TRCFuncObj - RCK 函数类 */ // ---------------- 构造函数和析构函数 ---------------- // 构造函数 TRCFuncObj::TRCFuncObj() { FData = NULL; FFuncID = NULL; FAppObj = NULL; } // 析构函数 TRCFuncObj::~TRCFuncObj() { TRCAppObj* objApp = (TRCAppObj*)InterlockedExchangePointer((Pointer*)&FAppObj, NULL); if (objApp != NULL) objApp->DeleteFuncObj(this); } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* TRCConnObj - RCK 连接类 */ // ---------------- 静态函数 ---------------- // 连接的 OnConnect 回调事件 void __stdcall TRCConnObj::_RCKOnConnect(void* AConnID) { TRCConnObj* objConn = TRCKObjs::_obj()->IncRefConnObj(AConnID); if (objConn != NULL) { objConn->DoConnect(); TRCKObjs::_DecRefConnObj(objConn); } } // 连接的 OnDisconnect 回调事件 void __stdcall TRCConnObj::_RCKOnDisconnect(void* AConnID) { TRCConnObj* objConn = TRCKObjs::_obj()->IncRefConnObj(AConnID); if (objConn != NULL) { objConn->DoDisconnect(); TRCKObjs::_DecRefConnObj(objConn); } } // 连接的 OnLogin 回调事件 void __stdcall TRCConnObj::_RCKOnLogin(void* AConnID) { TRCConnObj* objConn = TRCKObjs::_obj()->IncRefConnObj(AConnID); if (objConn != NULL) { objConn->DoLogin(); TRCKObjs::_DecRefConnObj(objConn); } } // 连接的 OnLogout 回调事件 void __stdcall TRCConnObj::_RCKOnLogout(void* AConnID) { TRCConnObj* objConn = TRCKObjs::_obj()->IncRefConnObj(AConnID); if (objConn != NULL) { objConn->DoLogout(); TRCKObjs::_DecRefConnObj(objConn); } } // 连接的 OnCmdReturn 回调事件 void __stdcall TRCConnObj::_RCKOnCmdReturn(void* AConnID, void* ACmdID, long AResult) { TRCConnObj* objConn = TRCKObjs::_obj()->IncRefConnObj(AConnID); if (objConn != NULL) { objConn->DoCmdReturn(ACmdID, AResult); TRCKObjs::_DecRefConnObj(objConn); } } // 连接的 OnRecvData 回调事件 void __stdcall TRCConnObj::_RCKOnRecvData(void* AConnID, const void* AData, long ASize) { TRCConnObj* objConn = TRCKObjs::_obj()->IncRefConnObj(AConnID); if (objConn != NULL) { objConn->DoRecvData(AData, ASize); TRCKObjs::_DecRefConnObj(objConn); } } // ---------------- 构造函数和析构函数 ---------------- // 构造函数 TRCConnObj::TRCConnObj(void* AConnID, bool ANeedFree) { // 初始化 FData = NULL; FConnID = AConnID; FObjTimes = 1; FCanEvent = false; FNeedFree = ANeedFree && (AConnID != NULL); // 运行初始化事件 DoInitEvent(); } // 析构函数 TRCConnObj::~TRCConnObj() { // 推断是否须要释放连接 if (FNeedFree && (FConnID != NULL)) RCKConnFree(FConnID); } // ---------------- 私有函数 ---------------- // 运行初始化事件 void TRCConnObj::DoInitEvent() { FOnConnect.Method = NULL; FOnConnect.Object = NULL; FOnDisconnect.Method = NULL; FOnDisconnect.Object = NULL; FOnLogin.Method = NULL; FOnLogin.Object = NULL; FOnLogout.Method = NULL; FOnLogout.Object = NULL; FOnCmdReturn.Method = NULL; FOnCmdReturn.Object = NULL; FOnRecvData.Method = NULL; FOnRecvData.Object = NULL; } // 激发 OnConnect 事件 void TRCConnObj::DoConnect() { try { ((TObject*)FOnConnect.Object->*FOnConnect.Method)(this); } catch (...) {} } // 激发 OnDisconnect 事件 void TRCConnObj::DoDisconnect() { try { ((TObject*)FOnDisconnect.Object->*FOnDisconnect.Method)(this); } catch (...) {} } // 激发 OnLogin 事件 void TRCConnObj::DoLogin() { try { ((TObject*)FOnLogin.Object->*FOnLogin.Method)(this); } catch (...) {} } // 激发 OnLogout 事件 void TRCConnObj::DoLogout() { try { ((TObject*)FOnLogout.Object->*FOnLogout.Method)(this); } catch (...) {} } // 激发 OnCmdReturn 事件 void TRCConnObj::DoCmdReturn(void* ACmdID, long AResult) { try { ((TObject*)FOnCmdReturn.Object->*FOnCmdReturn.Method)(this, ACmdID, AResult); } catch (...) {} } // 激发 OnRecvData 事件 void TRCConnObj::DoRecvData(const void* AData, long ASize) { try { ((TObject*)FOnRecvData.Object->*FOnRecvData.Method)(this, AData, ASize); } catch (...) {} } // ---------------- 公有函数 ---------------- // 设置 OnConnect 事件 long TRCConnObj::SetOnConnect(TDoNotify AMethod, void* AObject) { // 初始化 long result = krUnknown; // 检查參数 if (FConnID == NULL) ; else if (!FCanEvent) result = krFailure; else { void* pFunc = (AMethod != NULL) ? &_RCKOnConnect : NULL; result = RCKConnSetObj(FConnID, kcaOnConnect, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnConnect.Object = AObject; FOnConnect.Method = AMethod; } else { FOnConnect.Method = NULL; FOnConnect.Object = NULL; } } // 返回结果 return result; } // 设置 OnDisconnect 事件 long TRCConnObj::SetOnDisconnect(TDoNotify AMethod, void* AObject) { // 初始化 long result = krUnknown; // 检查參数 if (FConnID == NULL) ; else if (!FCanEvent) result = krFailure; else { void* pFunc = (AMethod != NULL) ? &_RCKOnDisconnect : NULL; result = RCKConnSetObj(FConnID, kcaOnDisconnect, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnDisconnect.Object = AObject; FOnDisconnect.Method = AMethod; } else { FOnDisconnect.Method = NULL; FOnDisconnect.Object = NULL; } } // 返回结果 return result; } // 设置 OnLogin 事件 long TRCConnObj::SetOnLogin(TDoNotify AMethod, void* AObject) { // 初始化 long result = krUnknown; // 检查參数 if (FConnID == NULL) ; else if (!FCanEvent) result = krFailure; else { void* pFunc = (AMethod != NULL) ? &_RCKOnLogin : NULL; result = RCKConnSetObj(FConnID, kcaOnLogin, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnLogin.Object = AObject; FOnLogin.Method = AMethod; } else { FOnLogin.Method = NULL; FOnLogin.Object = NULL; } } // 返回结果 return result; } // 设置 OnLogout 事件 long TRCConnObj::SetOnLogout(TDoNotify AMethod, void* AObject) { // 初始化 long result = krUnknown; // 检查參数 if (FConnID == NULL) ; else if (!FCanEvent) result = krFailure; else { void* pFunc = (AMethod != NULL) ? &_RCKOnLogout : NULL; result = RCKConnSetObj(FConnID, kcaOnLogout, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnLogout.Object = AObject; FOnLogout.Method = AMethod; } else { FOnLogout.Method = NULL; FOnLogout.Object = NULL; } } // 返回结果 return result; } // 设置 OnCmdReturn 事件 long TRCConnObj::SetOnCmdReturn(TDoCmdReturn AMethod, void* AObject) { // 初始化 long result = krUnknown; // 检查參数 if (FConnID == NULL) ; else if (!FCanEvent) result = krFailure; else { void* pFunc = (AMethod != NULL) ? &_RCKOnCmdReturn : NULL; result = RCKConnSetObj(FConnID, kcaOnCmdReturn, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnCmdReturn.Object = AObject; FOnCmdReturn.Method = AMethod; } else { FOnCmdReturn.Method = NULL; FOnCmdReturn.Object = NULL; } } // 返回结果 return result; } // 设置 OnRecvData 事件 long TRCConnObj::SetOnRecvData(TDoRecvData AMethod, void* AObject) { // 初始化 long result = krUnknown; // 检查參数 if (FConnID == NULL) ; else if (!FCanEvent) result = krFailure; else { void* pFunc = (AMethod != NULL) ? &_RCKOnRecvData : NULL; result = RCKConnSetObj(FConnID, kcaOnRecvData, pFunc); if (result != krSuccess) ; else if (AMethod != NULL) { FOnRecvData.Object = AObject; FOnRecvData.Method = AMethod; } else { FOnRecvData.Method = NULL; FOnRecvData.Object = NULL; } } // 返回结果 return result; } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* TRCCmdObj - RCK 命令类 */ // ---------------- 构造函数和析构函数 ---------------- // 构造函数 TRCCmdObj::TRCCmdObj() { FData = NULL; FCmdID = RCKCmdCreate(); // 设置关联对象 if (FCmdID != NULL) RCKCmdSetObj(FCmdID, kmaData, this); } // 析构函数 TRCCmdObj::~TRCCmdObj() { if (FCmdID != NULL) { // 清除关联 RCKCmdSetObj(FCmdID, kmaData, NULL); // 释放对象 RCKCmdFree(FCmdID); } } // ---------------- 公有函数 ---------------- // 取连接对象 TRCConnObj* TRCCmdObj::ConnObj() const { // 初始化 TRCConnObj* result = NULL; void* pConnID = RCKCmdGetObj(FCmdID, kmaConnObj, NULL); // 推断是否非空 if (pConnID != NULL) { result = TRCKObjs::_obj()->IncRefConnObj(pConnID); if (result != NULL) TRCKObjs::_DecRefConnObj(result); } // 返回结果 return result; } // 运行带參数的命令 long TRCCmdObj::ExecByParams(Longword ATimeout, ...) const { // 取參数个数 long intCount = ParamCount(); if (intCount > 0) { // 初始化 const void* pUnknow; // 清除參数 RCKCmdParamClear(FCmdID); // 可变參数初始化 va_list arrArgs; va_start(arrArgs, ATimeout); // 加入參数 for (long intNo = 0; intNo < intCount; intNo++) switch (ParamType(intNo)) { case kdtString: RCKCmdParamByStr(FCmdID, intNo, va_arg(arrArgs, const char*), -1); break; case kdtInteger: RCKCmdParamByInt(FCmdID, intNo, va_arg(arrArgs, int)); break; case kdtBoolean: RCKCmdParamByBool(FCmdID, intNo, va_arg(arrArgs, bool)); break; case kdtDouble: RCKCmdParamByFloat(FCmdID, intNo, va_arg(arrArgs, double)); break; case kdtStruct: RCKCmdParamByStruct(FCmdID, intNo, va_arg(arrArgs, void*)); break; case kdtByte: RCKCmdParamByInt(FCmdID, intNo, va_arg(arrArgs, Byte)); break; case kdtWord: RCKCmdParamByInt(FCmdID, intNo, va_arg(arrArgs, Word)); break; case kdtSmallint: RCKCmdParamByInt(FCmdID, intNo, va_arg(arrArgs, Smallint)); break; case kdtInt64: RCKCmdParamByInt64(FCmdID, intNo, va_arg(arrArgs, __int64)); break; case kdtDateTime: RCKCmdParamByDate(FCmdID, intNo, va_arg(arrArgs, double)); break; case kdtCurrency: RCKCmdParamByFloat(FCmdID, intNo, va_arg(arrArgs, double)); break; default: pUnknow = va_arg(arrArgs, const void*); } // 可变參数释放 va_end(arrArgs); } // 运行 return RCKCmdExecute(FCmdID, ATimeout); } // 取返回值的字符串值 KYString TRCCmdObj::RetAsStr() const { // 初始化 KYString result; long intSize; char* pRet; // 取返回值 pRet = RCKCmdRetStr(FCmdID, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取返回字段的字符串值 KYString TRCCmdObj::FieldAsStr(long AIndex) const { // 初始化 KYString result; long intSize; char* pRet; // 取返回字段值 pRet = RCKCmdFieldStr(FCmdID, AIndex, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取返回字段的字符串值 KYString TRCCmdObj::FieldAsStr(const char* AName) const { // 初始化 KYString result; long intSize; char* pRet; // 取返回字段值 pRet = RCKCmdFieldStr_(FCmdID, AName, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* TRCResp - RCK 应答类 */ // ---------------- 静态函数 ---------------- // 取返回值的字符串值 KYString TRCResp::RetAsStr() { // 初始化 KYString result; long intSize; char* pRet; // 取返回值 pRet = RCKRespRetStr(&intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取返回字段的字符串值 KYString TRCResp::FieldAsStr(long AIndex) { // 初始化 KYString result; long intSize; char* pRet; // 取返回字段值 pRet = RCKRespFieldStr(AIndex, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取返回字段的字符串值 KYString TRCResp::FieldAsStr(const char* AName) { // 初始化 KYString result; long intSize; char* pRet; // 取返回字段值 pRet = RCKRespFieldStr_(AName, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取參数的字符串值 KYString TRCResp::ParamAsStr(long AIndex) { // 初始化 KYString result; long intSize; char* pRet; // 取參数值 pRet = RCKRespParamStr(AIndex, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取參数的字符串值 KYString TRCResp::ParamAsStr(const char* AName) { // 初始化 KYString result; long intSize; char* pRet; // 取參数值 pRet = RCKRespParamStr_(AName, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /* TRCFields - RCK 字段集类 */ // ---------------- 构造函数和析构函数 ---------------- // 构造函数 TRCFields::TRCFields() { FFields = RCKFieldsCreate(); FIsBound = (FFields != NULL); } TRCFields::TRCFields(void* AFields) { FFields = AFields; FIsBound = false; } // 析构函数 TRCFields::~TRCFields() { if (FIsBound) RCKFieldsFree(FFields); } // ---------------- 公有函数 ---------------- // 取字段定义集字符串 KYString TRCFields::FieldDefs() const { // 初始化 KYString result; long intSize; char* pRet; // 取字段值 pRet = (char*)RCKFieldDefsOutput(FFields, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取字段集字符串 KYString TRCFields::DataSet() const { // 初始化 KYString result; long intSize; char* pRet; // 取字段值 pRet = (char*)RCKFieldsOutput(FFields, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取字段的字符串值 KYString TRCFields::AsStr(long AIndex) const { // 初始化 KYString result; long intSize; char* pRet; // 取字段值 pRet = RCKFieldAsStr(FFields, AIndex, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } // 取字段的字符串值 KYString TRCFields::AsStr(const char* AName) const { // 初始化 KYString result; long intSize; char* pRet; // 取字段值 pRet = RCKFieldAsStr_(FFields, AName, &intSize); if (pRet != NULL) result.SetString(pRet, intSize); // 返回结果 return result; } /* end namespace */ } }