www.pudn.com > SMS.rar > global.h

/* Filename : global.h */ 
#pragma once 
 
#ifndef DLL_INTERNAL 
#ifdef WINCE 
#define DLL_INTERNAL 
#else 
#define DLL_INTERNAL __declspec( dllexport ) 
#endif 
#endif 
 
#pragma warning(once:4996)      // 4996编译时的警告信息仅显示一个 
 
//========================================================================== 
// 常用操作宏 
//========================================================================== 
#define COUNT(x) sizeof(x)/sizeof(x[0]) 
#define MIN(x,y) (((DWORD)(x)<(DWORD)(y))?(x):(y)) 
#define MAX(x,y) (((DWORD)(x)>(DWORD)(y))?(x):(y)) 
#define ASSERT_ADDRESS(p,size) ASSERT((p)!=NULL && AfxIsValidAddress((p),(size),TRUE)) 
#define GET_SAFE_STRING(str) ( (str)?(str):_T("") ) 
#define	GETFILESIZE(fad) (( (fad).nFileSizeHigh << sizeof(DWORD) ) | (fad).nFileSizeLow) 
// 开关标志是否“置位”了 
#define SWITCH_IS_FLAG(nConstFlag,nValue) ( ( (nConstFlag) & (nValue) ) == (nConstFlag) ) 
 
// strncat 函数 
#ifdef UNICODE 
#define strncat_hw wcsncat 
#else 
#define strncat_hw strncat 
#endif 
 
// strrchr 函数 
#ifdef UNICODE 
#define strrchr_hw wcsrchr 
#else 
#define strrchr_hw strrchr 
#endif 
 
// strchr 函数 
#ifdef UNICODE 
#define strchr_hw wcschr 
#else 
#define strchr_hw strchr 
#endif 
 
// strstr 函数 
#ifdef UNICODE 
#define strstr_hw wcsstr 
#else 
#define strstr_hw strstr 
#endif 
 
// sscanf 函数 
#ifdef UNICODE 
#define sscanf_hw swscanf 
#else 
#define sscanf_hw sscanf 
#endif 
 
// _vsnprintf 函数 
#ifdef UNICODE 
#define _vsnprintf_hw _vsnwprintf 
#else 
#define _vsnprintf_hw _vsnprintf 
#endif 
 
// sprintf 函数 
#ifdef UNICODE 
#define sprintf_hw swprintf 
#else 
#define sprintf_hw sprintf 
#endif 
 
// _snprintf 函数 
#ifdef UNICODE 
#define _snprintf_hw _snwprintf 
#else 
#define _snprintf_hw _snprintf 
#endif 
 
// strtok 函数 
#ifdef UNICODE 
#define strtok_hw wcstok  
#else 
#define strtok_hw strtok 
#endif 
 
// 句柄是否有效 
#define HANDLE_IS_VALID(h) ( (HANDLE)(h!=NULL) && (HANDLE)(h) != INVALID_HANDLE_VALUE ) 
// 关闭句柄 
#define SAFE_CLOSE_HANDLE(h)\ 
{\ 
	if ( HANDLE_IS_VALID ( h ) )\ 
	{\ 
		CloseHandle ( h );\ 
		h = NULL;\ 
	}\ 
} 
 
// 等待事件的 Sleep() 函数 
#define SLEEP_RETURN(x)\ 
{\ 
	if ( ::WaitForSingleObject ( m_hEvtEndModule, x ) == WAIT_OBJECT_0 )\ 
		return FALSE;\ 
} 
#define SLEEP_BREAK(x)\ 
{\ 
	if ( ::WaitForSingleObject ( m_hEvtEndModule, x ) == WAIT_OBJECT_0 )\ 
		break;\ 
} 
 
// 删除一个数组指针 
#define DELETE_ARRAY(pp)\ 
{\ 
	if ( (pp) && (*(pp)) )\ 
	{\ 
		(*(pp))->RemoveAll();\ 
		(*(pp))->FreeExtra();\ 
		delete (*(pp));\ 
		(*(pp)) = NULL;\ 
	}\ 
} 
 
// 删除所有由 new 申请的内存空间，可以是对象，也可以是普通的数据类型，如int、char等 
#define DELETE_HEAP(pp)\ 
{\ 
	if ( (pp) && (*(pp)) )\ 
	{\ 
		delete (*(pp));\ 
		(*(pp)) = NULL;\ 
	}\ 
} 
 
// 错误类型 
typedef enum _enum_error_type 
{ 
	ENUM_ERROR_TYPE_SUCCESS,				// 操作成功，没有错误 
	ENUM_ERROR_TYPE_INVALID_DATA,			// 无效的数据 
	ENUM_ERROR_TYPE_NoneMobile,				// 没接手机 
	ENUM_ERROR_TYPE_NotInitialized,			// 未初始化 
	ENUM_ERROR_TYPE_MobileEnable,			// 手机模块被启用 
	ENUM_ERROR_TYPE_MobileDisable,			// 手机模块被禁用 
	ENUM_ERROR_TYPE_OverSMSCountPerSIM,		// 超过每张SIM卡发送短信的条数 
	ENUM_ERROR_TYPE_PARAMETER,				// 参数错误 
	ENUM_ERROR_TYPE_ConfigNotRight,			// 配置不正确 
	ENUM_ERROR_TYPE_BufferQueueFill,		// 缓冲队列满 
	ENUM_ERROR_TYPE_SendSMSFailed,			// 发送手机短信失败 
	ENUM_ERROR_TYPE_SysTerminate,			// 系统将要终止 
	ENUM_ERROR_TYPE_IsNotMobileNO,			// 不是手机号码 
 
	ENUM_ERROR_TYPE_NUM,					// 错误类型数量 
} ENUM_ERROR_TYPE; 
 
// 
// 全局消息 
// 
enum 
{ 
	WM_SCAN_BLUETOOTH_DEVICE_FINISHED = WM_USER+0x1000, 
	WM_SHOWLOG, 
	WM_REG_SEARCH, 
	WM_EXIT_MYSELF, 
	WM_SHOW_MAIN_WINDOW, 
}; 
 
// RDTP 协议的版本号 
#define RDTPVERSION _T("RDTP/1.0") 
 
// 回应客户端的代码 
#define RESPONSE_CODE_OK						200		// OK 
#define RESPONSE_CODE_AUTHENTICATION_FAIL		101		// 身份验证失败 
#define RESPONSE_CODE_SUBMITDATA_FAIL			102		// 提交数据给WebService失败 
#define RESPONSE_CODE_GETDIAGNOSEINFO_ERROR		103		// 获取诊断信息发生错误 
#define RESPONSE_CODE_UNKNOWNVERB				104		// 无法识别的动词 
#define RESPONSE_CODE_PROTOCOLERROR				105		// 通信协议错误 
#define RESPONSE_CODE_INNERERROR				106		// 程序内部发生错误 
 
 
template 
int FindFromStaticArray ( IN T *pAry, IN int nArySize, IN T Find ) 
{ 
	if ( !pAry ) return -1; 
	for ( int i=0; i 
int FindFromArray ( IN T1 &Ary, IN T2 Find ) 
{ 
	int nCount = (int)Ary.GetSize(); 
	for ( int i=0; i 
int FindFromArray ( IN T1 &Ary_Org, IN T1 &Ary_Find, OUT T2 &Element ) 
{ 
	int nCount = Ary_Find.GetSize(); 
	for ( int i=0; i= 0 ) 
		{ 
			Element = Ary_Org.GetAt ( nFindPos ); 
			return nFindPos; 
		} 
	} 
	return -1; 
} 
 
template 
int FindFromArray ( IN T1 &Ary, IN T2 Find, IN T3 &AppAry, IN T4 AppFind ) 
{ 
	int nCount = Ary.GetSize(); 
	for ( int i=0; i 
int FindFromArray ( IN T1 &Ary_Src, IN T1 &Ary_Find ) 
{ 
	int nCount = Ary_Src.GetSize(); 
	for ( int i=0; i= 0 ) 
			return i; 
	} 
	return -1; 
} 
 
extern const TCHAR *g_pErrorTypeDesc[];