// ***************************************************************************** // 版权所有（C）2023~2099 上海骄成超声波技术有限公司 // 保留所有权利 // ***************************************************************************** // 作者 : 杨坚 // 版本 : 1.0 // 功能说明: // // ***************************************************************************** #include "CUGWatch.h" #include "../JLogAllOutput.h" CUGWatch::CUGWatch() { ReadConfig(); } CUGWatch::~CUGWatch() { } void CUGWatch::ReadConfig() { ComParameter com = {}; com.nSerialPortNumber = 1; com.nBaudRate = 65535; m_comPar.push_back(com); m_cUGSerial.reset(new CRS232()); } bool CUGWatch::GetUserParaUT100(int& iMode, int& iVolFullScale, int& iCurFullScale, int& iPowFullScale, int& iSignSns, int& iTestLev, int iOverTime/* = 2000*/) { bool bRtn = false; iMode = 0; iVolFullScale = 0; iCurFullScale = 0; iPowFullScale = 0; iSignSns = 0; iTestLev = 0; if (COM_OK == JOpenPort()) { m_cUGSerial->ClearBuffer(); Sleep(10); // 读取当前编码器 unsigned char uiDataBuf[100] = { 0 }; int iDataLen = 0; uiDataBuf[iDataLen++] = 0xFF; //起始标志 uiDataBuf[iDataLen++] = 0x90; //命令 //发送 if (iDataLen != m_cUGSerial->SerialPortWrite(iDataLen, (char*)uiDataBuf)) { JLogAllOutput::cmd_debug("Write Error"); } else { Sleep(200); //读串口 unsigned char bufRev[100] = { 0 }; int len = sizeof(bufRev); int bytes = m_cUGSerial->SerialPortRead(len, (char*)bufRev, 1000); if (bytes >= 1) { if (9 == bytes) { iSignSns = (bufRev[2] & 0xF0) >> 4; iVolFullScale = (bufRev[3] & 0xF0) >> 4; iCurFullScale = (bufRev[4] & 0xF0) >> 4; iPowFullScale = (bufRev[5] & 0xF0) >> 4; iMode = (bufRev[6] & 0xF0) >> 4; iMode += 1; //为了和UT60统一 iTestLev = (bufRev[8] & 0xF0) >> 4; bRtn = TRUE; } } } } JClosePort(); return bRtn; } bool CUGWatch::SetUserParaUT100(int iMode, int iVolFullScale, int iCurFullScale, int iPowFullScale, int iSignSns, int iTestLev, int iOverTime/* = 2000*/) { bool bRtn = false; if (COM_OK == JOpenPort()) { // 写入 unsigned char uiDataBuf[100] = { 0 }; int iDataLen = 0; uiDataBuf[iDataLen++] = 0xFF; //起始标志 uiDataBuf[iDataLen++] = 0x50; //命令 uiDataBuf[iDataLen++] = iSignSns << 4; //信号极性 uiDataBuf[iDataLen++] = iVolFullScale << 4; //电压量程 uiDataBuf[iDataLen++] = iCurFullScale << 4; //电流量程 uiDataBuf[iDataLen++] = iPowFullScale << 4; //功率量程 uiDataBuf[iDataLen++] = (iMode - 1) << 4; //工作模式，为了和UT60统一 uiDataBuf[iDataLen++] = 0x00; //00 uiDataBuf[iDataLen++] = iTestLev << 4; //测试输出等级 //发送 if (iDataLen != m_cUGSerial->SerialPortWrite(iDataLen, (char*)uiDataBuf)) { JLogAllOutput::cmd_debug("Write Error"); } else { Sleep(200); while (1) { //读串口 unsigned char bufRev[100] = { 0 }; int len = sizeof(bufRev); int bytes = m_cUGSerial->SerialPortRead(len, (char*)bufRev, 1000); if (bytes >= 1) { if (2 == bytes && 0xFF == bufRev[0] && 0x50 == bufRev[1]) { bRtn = TRUE; } goto _label_exit; } Sleep(5); } } } _label_exit: JClosePort(); return bRtn; } bool CUGWatch::SetCaliCenterFrqUT100(int iCenterFrq, int iOverTime /*= 2000*/) { bool bRtn = false; if (COM_OK == JOpenPort()) { unsigned char uiDataBuf[100] = { 0 }; int iDataLen = 0; uiDataBuf[iDataLen++] = 0xFF; //起始标志 uiDataBuf[iDataLen++] = 0x60; //命令 uiDataBuf[iDataLen++] = (iCenterFrq & 0XFF000000) >> 24; //A通道中心频率：2位最高位,5为最低位 uiDataBuf[iDataLen++] = (iCenterFrq & 0XFF0000) >> 16; // uiDataBuf[iDataLen++] = (iCenterFrq & 0XFF00) >> 8; // uiDataBuf[iDataLen++] = iCenterFrq & 0XFF; // uiDataBuf[iDataLen++] = (iCenterFrq & 0XFF000000) >> 24; //B通道中心频率：6位最高位,9为最低位 uiDataBuf[iDataLen++] = (iCenterFrq & 0XFF0000) >> 16; // uiDataBuf[iDataLen++] = (iCenterFrq & 0XFF00) >> 8; // uiDataBuf[iDataLen++] = iCenterFrq & 0XFF; // //发送 if (iDataLen != m_cUGSerial->SerialPortWrite(iDataLen, (char*)uiDataBuf)) { JLogAllOutput::cmd_debug("Write Error"); } else { Sleep(200); while (1) { //读串口 unsigned char bufRev[100] = { 0 }; int len = sizeof(bufRev); int bytes = m_cUGSerial->SerialPortRead(len, (char*)bufRev, 1000); if (bytes >= 1) { if (2 == bytes && 0xFF == bufRev[0] && 0x60 == bufRev[1]) { bRtn = TRUE; } goto _label_exit; } Sleep(5); } } } _label_exit: JClosePort(); return bRtn; } bool CUGWatch::CalibrationUG_UT100() { bool bRtn = false; if (COM_OK == JOpenPort()) { //Write 发送校准 unsigned char uiDataBuf[10] = { 0 }; int iDataLen = 0; uiDataBuf[iDataLen++] = 0xFF; //起始标志 uiDataBuf[iDataLen++] = 0x61; //命令 uiDataBuf[iDataLen++] = 0x01; //发送 if (iDataLen != m_cUGSerial->SerialPortWrite(iDataLen, (char*)uiDataBuf)) { JLogAllOutput::cmd_debug("Write Error"); } else { //Read unsigned char ucDataBuf[256] = { 0 }; long lCount = 0; bool bReading = FALSE; while (1) { //读串口 unsigned char bufRev; int len = sizeof(bufRev); int bytes = m_cUGSerial->SerialPortRead(1, (char*)bufRev, 1000); if (bytes >= 1) { bReading = TRUE; ucDataBuf[lCount] = bufRev; lCount++; } else if (bReading) { break; } } //校验下 { if (ucDataBuf[0] != 0xFF || ucDataBuf[1] != 0x61) { goto _label_exit; } else { bRtn = TRUE; } } } } _label_exit: JClosePort(); return bRtn; } bool CUGWatch::CheckCaliFinish() { bool bRtn = false; if (COM_OK == JOpenPort()) { unsigned char uiDataBuf[10] = { 0 }; int iDataLen = 0; uiDataBuf[iDataLen++] = 0xFF; //起始标志 uiDataBuf[iDataLen++] = 0x62; //命令 //Write 发送校准 if (iDataLen != m_cUGSerial->SerialPortWrite(iDataLen, (char*)uiDataBuf)) { JLogAllOutput::cmd_debug("Write Error"); goto _label_exit; } //Read unsigned char ucDataBuf[256] = { 0 }; long lCount = 0; bool bReading = FALSE; while (1) { //读串口 unsigned char bufRev; int len = sizeof(bufRev); int bytes = m_cUGSerial->SerialPortRead(1, (char*)bufRev, 1000); if (bytes >= 1) { bReading = TRUE; ucDataBuf[lCount] = bufRev; lCount++; } else if (bReading) { break; } } //校验下 { if (ucDataBuf[0] != 0xFF || ucDataBuf[1] != 0x62) { goto _label_exit; } else { bRtn = true; } } } _label_exit: JClosePort(); return bRtn; } int CUGWatch::JOpenPort() { JClosePort(); ComParameter comOne = m_comPar[EN_COM_NUMBER::ONE]; return m_cUGSerial->OpenPort(comOne.nSerialPortNumber, comOne.nBaudRate, comOne.nDataBits,//xDataSize? comOne.nParity, comOne.nStopBits, MAX_COM_BUFFER_LEN, MAX_COM_BUFFER_LEN, 1000 ); } void CUGWatch::JClosePort() { m_cUGSerial->ClearBuffer(); m_cUGSerial->ClosePort(); }