#pragma once #include "gtest/internal/gtest-port.h" #ifdef GTEST_OS_WINDOWS //此处不包含winsock.h了 #include #endif #ifdef GTEST_OS_LINUX #include #include #include #include #include #include #include #define HANDLE void* #define UINT32 unsigned int #define UINT8 unsigned char #define UIN16 unsigned short #define SOCKET unsigned int #define INVALID_SOCKET 0 #define SOCKET_ERROR -1 #endif /*相关接口*/ namespace testing { /*ulLogtype枚举宏定义：消息的打印级别*/ #define DT_SETUP 0 /*全局初始化事件*/ #define DT_TEARDOWN 1 /*全局加载事件*/ #define DT_TESTCASE_BEGIN 2 /*用例开始事件*/ #define DT_TESTCASE_END 3 /*用例结束事件*/ #define DT_MSG_MAGIC_WORD 0x4F4F4F4F //是下面MsgStruct的消息内容 #define DT_MSG_TRACE_HEADER \ unsigned int ulMagicWord; \ unsigned int usProdType; \ unsigned int usLength \ #pragma pack(push,1) //传向socket的消息内容中的消息头 struct DT_MSG_TRACE_HEADER_SUCT { DT_MSG_TRACE_HEADER; }; typedef struct { DT_MSG_TRACE_HEADER; }DT_MSG_TRACE_STRU; //传向Socket的适应msgtype为字符串类型的消息体 typedef struct { DT_MSG_TRACE_HEADER; unsigned int direction; //发送方向 unsigned int protocal; //协议 unsigned int msgFlag; //消息类型是INT32时为1，为0时INT8 * unsigned int msgTypeLen; //消息类型的长度 (msgType == 0) strlen(msgTypeStr) + strlen(reservered) unsigned char msgTypeStr[1]; //消息类型 unsigned int msgcontentlength; //消息内容的长度 unsigned char msgcontent[1]; //消息内容 }DT_MSG_TRACE_DATA_STRU_INT8; //传向Socket的适应msgtype为int类型的消息体 typedef struct { DT_MSG_TRACE_HEADER; unsigned int direction; //发送方向 unsigned int protocal; //协议 unsigned int msgFlag; //消息类型是INT32时为1，为0时INT8 * unsigned int msgType; //消息类型 unsigned int msgcontentlength; //消息内容的长度 unsigned char msgcontent[1]; //消息内容 }DT_MSG_TRACE_DATA_STRU_INT32; //msgtype消息类型 #define OUTER_MSG 0 //外部消息 #define INNER_MSG 1 //内部消息 //传向Socket的适应NodeB的消息体 typedef struct { DT_MSG_TRACE_HEADER; unsigned int msgType; //内外部消息 0: 外部消息 1:内部消息 RecPId的长度 unsigned int SenderCpuId; //发出的Cpuid,若msgType为内部消息时，SenderCpuId = RecCpuId unsigned int SenderPId; //发出的pid, unsigned int RecCpuId; //收到的Cpuid, unsigned int RecPId; //收到的pid, unsigned int msgcontentlength; //msgContents长度 unsigned char msgContents[1]; //消息内容 }DT_MSG_TRACE_DATA_STRU_NodeB; //传向Socket的适应LTE的消息体 typedef struct { DT_MSG_TRACE_HEADER; unsigned int msgType; unsigned int SenderCpuId; //发出的Cpuid unsigned int SenderPId; //发出的pid, unsigned int RecCpuId; //收到的Cpuid, unsigned int RecPId; //收到的pid, unsigned int msgcontentlength; //msgContents长度 unsigned char msgContents[1]; //消息内容 }DT_MSG_TRACE_DATA_STRU_LTE; //传向Socket的公用的dopra 消息 typedef struct { DT_MSG_TRACE_HEADER; unsigned int msgType; unsigned int SenderCpuId; //发出的Cpuid unsigned int SenderPId; //发出的pid, unsigned int RecCpuId; //收到的Cpuid, unsigned int RecPId; //收到的pid, unsigned int msgcontentlength; //msgContents长度 unsigned char msgContents[1]; //消息内容 }DT_MSG_TRACE_DATA_STRU_Common; //传向Socket的5G产品的Service消息 typedef struct { DT_MSG_TRACE_HEADER; unsigned int SenderServiceID; // 服务提供者ID unsigned int ReceiverServiceID; // 服务使用者ID unsigned int ServiceType; // 服务类型ID unsigned int ServiceID; // API或者ABI的ID unsigned int MsgContentSize; // 原始服务消息长度 unsigned char MsgContents[1]; // 原始消息内容 } DT_MSG_TRACE_DATA_STRU_SERVICE; #pragma pack(pop) /*MessageStruct,统一的消息头结构*/ typedef struct { unsigned int ulMsgHead; /*消息头，4字节，统一为0xf634f634*/ unsigned int ulMsgLen; /*消息总长度(包括消息体)，4字节*/ unsigned int ulMsgHeadLen; /*消息头长度，4字节*/ unsigned int ulVersionId; /*版本号，4字节，目前为0x00000001*/ unsigned char aucdate_time[24]; /*消息发送时间，24字节，字符串如：2009-08-24 12:13:15.999 */ unsigned int ulReserved; /*保留字节*/ unsigned int ulSource; /*发送的消息类型，值域0-1,具体意义见上面的ulSource宏定义*/ unsigned int ulLogtype; /*消息的打印级别，值域0-9,具体意义见上面的ulLogtype宏定义*/ unsigned int ulMsgBodyLen; /*消息体长度*/ } MsgStruct; #define SERVERPORT 6868 #define LOCALPORT 7878 /*udpSocket消息通信类定义*/ /*请不要自己直接使用下面的类，否则会给定位问题带来麻烦*/ class UdpSocket { public: UdpSocket(void); ~UdpSocket(void); private: UINT32 m_localPort; std::string m_strServerIP; SOCKET m_hHandle; sockaddr_in addrTo; bool m_bTraceFlag; bool m_bPortTraceFlag; /*串口开关*/ bool m_bDocPrintFlag; /*Doc界面打印开关*/ std::string m_SuiteName; /*当前发送消息的测试套名称*/ std::string m_preSuiteName; /*上一个测试套名称*/ std::string m_CaseName; /*测试用例名称*/ HANDLE m_FileHandle; /*记录串口消息的文件句柄*/ std::string m_fileFolderPath; /*创建的AutoStar文件夹的路径*/ bool m_bNewFileFlag; int Init_Socket(); /*socket初始化*/ int CreateSocket(void); /*创建socket*/ int MessageSend(UINT32 ulSource, UINT32 ulLogtype, UINT32 usDataLen, UINT8 *poctData); /*消息发送*/ int WritePortMessageToTxt(UINT32 ulLogtype, UINT8 *poctData); /*写串口消息到文本*/ unsigned int DT_MessageHead_INT32(UINT32 ucProt, UINT32 ucDirection, UINT8 *pstrMsgType, UINT32 usDataLen, UINT8 *poctData, UINT8 *pOutData, UINT32 msgFlag); unsigned int DT_MessageHead_INT8(UINT32 ucProt, UINT32 ucDirection, UINT8 *pstrMsgType, UINT32 usDataLen, UINT8 *poctData, UINT8 *pOutData, UINT32 msgFlag); unsigned int DT_MessageHead_NodeB(UINT32 MsgType, UINT32 SenderCpuId, UINT32 SenderPId, UINT32 RecCpuId, UINT32 RecPId, UINT32 usDataLen, UINT8 *poctData, UINT8 *pOutData); unsigned int DT_MessageHead_LTE(UINT32 MsgType, UINT32 SenderCpuId, UINT32 SenderPId, UINT32 RecCpuId, UINT32 RecPId, UINT32 usDataLen, UINT8 *poctData, UINT8 *pOutData); unsigned int DT_MessageHead_InnerMsg(UINT32 MsgType, UINT32 SenderCpuId, UINT32 SenderPId, UINT32 RecCpuId, UINT32 RecPId, UINT32 usDataLen, UINT8 *poctData, UINT8 *pOutData); public: int SocketBind(void); /*socket绑定*/ int UdpSendMessage(UINT32 ulSource, UINT32 ulLogtype, UINT32 usDataLen, UINT8 *poctData); /*消息发送*/ int ReceiveMessage(UINT8 *recvData); /*消息接收*/ int CloseSocket(void); /*socket关闭*/ int SetServerIP(std::string strIP); int SetLocalPort(UINT32 localPort); int OpenTrace(bool bTrace); /*消息发送开关*/ int ComportMsgPrint(bool bFlag); /*串口打印开关*/ int SetSuiteCaseName(const char *pSuiteName, const char *pCaseName); void DT_SendMessageToTracer_INT32(UINT32 ulSource, UINT32 ucProt, UINT32 ucDirection, UINT32 MsgType, UINT32 usDataLen, UINT8 *poctData); /*INT32的消息类型的消息发送*/ void DT_SendMessageToTracer_INT8(UINT32 ulSource, UINT32 ucProt, UINT32 ucDirection, UINT8 *pstrMsgType, UINT32 usDataLen, UINT8 *poctData); /*字符串的消息类型的消息发送*/ void DT_SendMessageToTracer_NodeB(UINT32 MsgType, UINT32 SenderCpuId, UINT32 SenderPId, UINT32 RecCpuId, UINT32 RecPId, UINT32 usDataLen, UINT8 *poctData); /*NodeB的消息发送*/ void DT_SendMessageToTracer_LTE(UINT32 MsgType, UINT32 SenderCpuId, UINT32 SenderPId, UINT32 RecCpuId, UINT32 RecPId, UINT32 usDataLen, UINT8 *poctData); /*NodeB的消息发送*/ void DT_SendMessageToTracer_InnerMsg(UINT32 MsgType, UINT32 SenderCpuId, UINT32 SenderPId, UINT32 RecCpuId, UINT32 RecPId, UINT32 usDataLen, UINT8 *poctData); /*NodeB的消息发送*/ void DT_SendMessageToTracer_ServiceMsg( // 5G产品, 服务消息跟踪 UINT32 ulSource, UINT32 SenderServiceId, UINT32 ReceiverServiceId, UINT32 ServiceType, // 0 : ABI 1 : API UINT32 ServiceID, // API ID or ABI ID UINT32 usDataLen, UINT8 *poctData); bool GetPrintDocFlag(); /*获取Doc界面打印开关*/ void SetPrintDocFlag(bool bFlag); /*设置Doc界面打印开关*/ void SetNewFileCreateFlag(bool bFlag); /*设置串口打印重定向到文件时,本进程范围内不覆盖之前的打印*/ }; }