operationtooldlg1.cpp

来自「采用文档类方法实现的一种串口通讯协议。可以借鉴参考」· C++ 代码 · 共 2,277 行 · 第 1/4 页

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1234
		for (xyz = 0; xyz < I_nPacLen; xyz++)
		{
			strLast.Format("%c", I_pbyDataS[xyz]);
			strUnitInf += strLast ;							
		}
		
		break;
	case 0x23:		//0x2123
		strUnitInf += "The Firmware Version is:\t";

		for (xyz = 0; xyz < I_nPacLen; xyz++)
		{
			strLast.Format("%c",I_pbyDataS[xyz]);
			strUnitInf += strLast ;							
		}
		
		break;
	case 0x24:
		strUnitInf += "The Product name is:\t";

		for (xyz = 0; xyz < I_nPacLen; xyz++)
		{
			strLast.Format("%c", I_pbyDataS[xyz]);
			strUnitInf += strLast ;							
		}
		
		break;
	case 0x25:
		strUnitInf += "The System option byte is:\t";
		strLast.Format("%02X", I_pbyDataS[0]);
		strUnitInf += strLast ;	
		
		break;
	case 0x26:
		strUnitInf += "The instrument byStatus byte is:\t";
		strLast.Format("%02X", I_pbyDataS[0]);
		strUnitInf += strLast ;	
		
		break;
	default:
		break;
	}

	mf_DispMsg(strUnitInf);

	mf_ChangeFormat();

}


void COperationToolDlg::mf_Deal213XProc(BYTE I_byCMDS, short I_nPacLen, BYTE *I_pbyDataS)
{	
	ASSERT(I_pbyDataS != NULL);

	CString strInf;
	CString strLast;
	BYTE	abyName[10] = "";
	int		nInstallEnable = 0;
	int		xyz = 0;
	int		nCount = 0;
	int		nNumber = 0;		//used in sensor Number
	float	fTmp;

	strInf = "The Number of received data is:\t";	
	strLast.Format("%d\n\r", I_nPacLen);
	strInf += strLast;

	switch (I_byCMDS)
	{
	case 0x30:		//0x2130
		if (I_nPacLen <= 0) break;

		m_nSensornumber = I_pbyDataS[0];

		strLast.Format("%d\n\r", m_nSensornumber);
		strInf += "Number of Sensor is:\t" + strLast;  
		
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			nInstallEnable = (1 << xyz ) & 0xFF;		//1---const Number,used to shift
			
			if ((I_pbyDataS[m_nSensornumber + 1] & nInstallEnable) == nInstallEnable)
			{
				strLast.Format("%d", (xyz + 1)) ;
				strInf += "Sensor " + strLast + ":  Installed ";

				m_SensorInf[xyz].Installed = TRUE;		//coresponsed sensor  is installed
				
				//Enabled or not
				if ((I_pbyDataS[m_nSensornumber+2] & nInstallEnable) == nInstallEnable)  
				{
					m_SensorInf[xyz].Enabled = TRUE;
					strInf += "and Enabled.";
				}
				else
				{
					m_SensorInf[xyz].Enabled = FALSE;
					strInf += "but Not Enabled.";
				}
				
				strInf += "\n";
			}
			else
			{
				m_SensorInf[xyz].Installed = FALSE;
				m_SensorInf[xyz].Enabled = FALSE;

				strInf += "Sensor " + strLast + ":  Not Installed and not enabled";
				strInf += "\n";
			}	//end install
		}	//end for
		
		break;
	case 0x31:		//0x2131
		if (I_nPacLen <= 0) break;

		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY item first!";
			break;
		}

		strInf += "The Sensor Name is:" ;
		strLast.Format("%s",I_pbyDataS);
		strInf +=  strLast ;
		//split the string and fill the structure Name 
		for (xyz=0; xyz<=I_nPacLen; xyz++)
		{
			if ((I_pbyDataS[xyz] != ',') && (xyz < I_nPacLen))
			{
				abyName[nCount] = I_pbyDataS[xyz];
				nCount ++;
			}
			else
			{
				abyName[nCount] = 0;
				strLast.Format("%s", abyName);
				m_SensorInf[nNumber].Name = strLast;
				nNumber ++;
				nCount = 0;
			}
		}
		
		break;
	case 0x32:		//0x2132  data format
		if (I_nPacLen <= 0) break;

		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY item first!";
			break;
		}

		strInf += "Sensor data format is:\t\n\r" ;
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			strLast.Format("%d", (xyz+1));
			strInf += "Sensor" + strLast + ":";

			nInstallEnable = I_pbyDataS[2 * xyz];
			switch(nInstallEnable & 0x03)		//data length
			{
			case 0x00:
				strInf += "1 byte";
				m_SensorInf[xyz].DataLen = 1;
				break;
			case 0x01:
				strInf += "2 bytes";
				m_SensorInf[xyz].DataLen = 2;
				break;
			case 0x02:
				strInf += "4 bytes";
				m_SensorInf[xyz].DataLen = 4;
				break;
			case 0x03:
				strInf += "8 bytes";
				m_SensorInf[xyz].DataLen = 8;
				break;
			}

			switch(nInstallEnable & 0x0C)		//decimal point
			{
			case 0x00:
				strInf += ", No point ";
				m_SensorInf[xyz].Point = 0;
				break;
			case 0x04:
				strInf += ", in last bit ";
				m_SensorInf[xyz].Point = 1;
				break;
			case 0x08:
				strInf += ", in last 2 bit";
				m_SensorInf[xyz].Point = 2;
				break;
			case 0x0C:
				strInf += ", in last 3 bit";
				m_SensorInf[xyz].Point = 3;
				break;
			}
			
			strInf += "; unit is: ";
			nCount = I_pbyDataS[2 * xyz + 1];
			strInf += MeasureUnit[nCount & 0x1F];		//get unit			
			strInf += "\n";					

			m_SensorInf[xyz].unit = MeasureUnit[nCount & 0x1F];
		}

		break;
	case 0x33:		//0x2133
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (5 * m_nSensornumber +4)) break;

		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			strLast.Format("%d", (xyz+1));
			strInf += "Sensor" + strLast + " CalibTime is:\t";
			strLast.Format("20%02d-%02d-%02d  %02d:%02d\n", I_pbyDataS[5*xyz],I_pbyDataS[5*xyz+1],I_pbyDataS[5*xyz+2],I_pbyDataS[5*xyz+3],I_pbyDataS[5*xyz+4]);
			strInf += strLast;
		}		

		break;
	case 0x34:		//0x2134
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (4 * m_nSensornumber + 4)) break;

		strInf += " Sensor Span Value is:\n\r";
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			nCount = I_pbyDataS[4*xyz] << 24;
			nCount += I_pbyDataS[4*xyz + 1] << 16;
			nCount += I_pbyDataS[4*xyz + 2] << 8;
			nCount += I_pbyDataS[4*xyz + 3];

			strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + ")\t = ";
			switch(m_SensorInf[xyz].Point)
			{
			case 0:
				fTmp = static_cast<float>(nCount);
				strLast.Format("%.0f\n", fTmp);
				break;
			case 1:
				fTmp = static_cast<float>(nCount/10.0);
				strLast.Format("%.1f\n", fTmp);
				break;
			case 2:
				fTmp = static_cast<float>(nCount/100.0);
				strLast.Format("%.2f\n", fTmp);
				break;
			case 3:
				fTmp = static_cast<float>(nCount/1000.0);
				strLast.Format("%.3f\n", fTmp);
				break;
			default:
				break;
			}									
			strInf += strLast;
		}

		break;
	case 0x35:		//0x2135
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (4 * m_nSensornumber + 4)) break;

		strInf += "Sensor Low Alarm Limits is:\n\r ";

		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			nCount = I_pbyDataS[4 * xyz] << 24;
			nCount += I_pbyDataS[4 * xyz + 1] << 16;
			nCount += I_pbyDataS[4 * xyz + 2] << 8;
			nCount += I_pbyDataS[4 * xyz + 3];

			strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + ")\t = ";
			switch(m_SensorInf[xyz].Point)
			{
			case 0:
				fTmp = static_cast<float>(nCount);
				strLast.Format("%.0f\n", fTmp);
				break;
			case 1:
				fTmp = static_cast<float>(nCount/10.0);
				strLast.Format("%.1f\n", fTmp);
				break;
			case 2:
				fTmp = static_cast<float>(nCount/100.0);
				strLast.Format("%.2f\n", fTmp);
				break;
			case 3:
				fTmp = static_cast<float>(nCount/1000.0);
				strLast.Format("%.3f\n", fTmp);
				break;
			default:
				break;
			}									
			strInf += strLast;
		}

		break;
	case 0x36:		//0x2136
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (4 * m_nSensornumber + 4)) break;

		strInf += "Sensor High Alarm Limits is:\n\r";
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			nCount  = I_pbyDataS[4*xyz] << 24;
			nCount += I_pbyDataS[4*xyz + 1] << 16;
			nCount += I_pbyDataS[4*xyz + 2] << 8;
			nCount += I_pbyDataS[4*xyz + 3];

			strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + ")\t = ";
			switch(m_SensorInf[xyz].Point)
			{
			case 0:
				fTmp = static_cast<float>(nCount);
				strLast.Format("%.0f\n", fTmp);
				break;
			case 1:
				fTmp = static_cast<float>(nCount/10.0);
				strLast.Format("%.1f\n", fTmp);
				break;
			case 2:
				fTmp = static_cast<float>(nCount/100.0);
				strLast.Format("%.2f\n",fTmp);
				break;
			case 3:
				fTmp = static_cast<float>(nCount/1000.0);
				strLast.Format("%.3f\n", fTmp);
				break;
			default:
				break;
			}									
			strInf += strLast;
		}

		break;
	case 0x37:		//0x2137
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (4 * m_nSensornumber + 4)) break;

		strInf += "Sensor STEL Alarm Limits is:\n\r";
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			if ((4 * xyz) < I_nPacLen)
			{				
				nCount = I_pbyDataS[4*xyz] << 24;
				nCount += I_pbyDataS[4*xyz+1] << 16;
				nCount += I_pbyDataS[4*xyz+2] << 8;
				nCount += I_pbyDataS[4*xyz+3];
				if (nCount>0)
				{
					strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + ")\t = ";
					switch(m_SensorInf[xyz].Point)
					{
					case 0:
						fTmp = static_cast<float>(nCount);
						strLast.Format("%.0f\n", fTmp);
						break;
					case 1:
						fTmp = static_cast<float>(nCount/10.0);
						strLast.Format("%.1f\n", fTmp);
						break;
					case 2:
						fTmp = static_cast<float>(nCount/100.0);
						strLast.Format("%.2f\n", fTmp);
						break;
					case 3:
						fTmp = static_cast<float>(nCount/1000.0);
						strLast.Format("%.3f\n", fTmp);
						break;
					default:
						break;
					}									
					strInf += strLast;
				}
			}

		}

		break;
	case 0x38:		//0x2138
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (4 * m_nSensornumber + 4)) break;

		strInf += "Sensor TWA Alarm Limits is:\n\r";
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			if (4 * xyz < I_nPacLen)
			{				
				nCount  = I_pbyDataS[4*xyz] << 24;
				nCount += I_pbyDataS[4*xyz+1] << 16;
				nCount += I_pbyDataS[4*xyz+2] << 8;
				nCount += I_pbyDataS[4*xyz+3];

				if (nCount > 0)
				{
					strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + ")\t = ";
					switch(m_SensorInf[xyz].Point)
					{
					case 0:
						fTmp = static_cast<float>(nCount);
						strLast.Format("%.0f\n", fTmp);
						break;
					case 1:
						fTmp = static_cast<float>(nCount/10.0);
						strLast.Format("%.1f\n", fTmp);
						break;
					case 2:
						fTmp = static_cast<float>(nCount/100.0);
						strLast.Format("%.2f\n", fTmp);
						break;
					case 3:
						fTmp = static_cast<float>(nCount/1000.0);
						strLast.Format("%.3f\n", fTmp);
						break;
					default:
						break;
					}									
					strInf += strLast;
				}
			}

		}

		break;
	case 0x39:		//0x2139
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (4 * m_nSensornumber + 4)) break;

		strInf += "Sensor Over Range Limit is:\n\r";
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			if (4*xyz < I_nPacLen)
			{				
				nCount  = I_pbyDataS[4*xyz] << 24;
				nCount += I_pbyDataS[4*xyz+1] << 16;
				nCount += I_pbyDataS[4*xyz+2] << 8;
				nCount += I_pbyDataS[4*xyz+3];

				if (nCount>0)
				{
					strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + ")\t= ";
					switch(m_SensorInf[xyz].Point)
					{
					case 0:
						fTmp = static_cast<float>(nCount);
						strLast.Format("%.0f\n", fTmp);
						break;
					case 1:
						fTmp = static_cast<float>(nCount/10.0);
						strLast.Format("%.1f\n", fTmp);
						break;
					case 2:
						fTmp = static_cast<float>(nCount/100.0);
						strLast.Format("%.2f\n", fTmp);
						break;
					case 3:
						fTmp = static_cast<float>(nCount/1000.0);
						strLast.Format("%.3f\n", fTmp);
						break;
					default:
						break;
					}									
					strInf += strLast;
				}
			}

		}

		break;
	case 0x3A:	//0x213A
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

//		if (I_nPacLen <= (4 * m_nSensornumber + 4)) break;

		strInf += "Sensor Reading is:\n\r";
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			if (4*xyz < I_nPacLen)
			{				
				nCount  = I_pbyDataS[4*xyz] << 24;
				nCount += I_pbyDataS[4*xyz+1] << 16;
				nCount += I_pbyDataS[4*xyz+2] << 8;
				nCount += I_pbyDataS[4*xyz+3];

				strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + ")\t= ";
				switch(m_SensorInf[xyz].Point)
				{
				case 0:
					fTmp = static_cast<float>(nCount);
					strLast.Format("%.0f\n", fTmp);
					break;
				case 1:
					fTmp = static_cast<float>(nCount/10.0);
					strLast.Format("%.1f\n", fTmp);
					break;
				case 2:
					fTmp = static_cast<float>(nCount/100.0);
					strLast.Format("%.2f\n", fTmp);
					break;
				case 3:
					fTmp = static_cast<float>(nCount/1000.0);
					strLast.Format("%.3f\n",fTmp);
					break;
				default:
					break;
				}									
				strInf += strLast;
			}

		}

		break;
	case 0x3B:		//0x213B
		if (m_nSensornumber <= 0)
		{
			strInf += "please run GET_SEN_SUMMARY and GET_SENSORNAME and GET_SEN_DATAFORMAT items first!";
			break;
		}

		strInf += "Sensor byStatus is:\n\r ";
		for (xyz = 0; xyz < m_nSensornumber; xyz++)
		{
			strInf += m_SensorInf[xyz].Name + "(" + m_SensorInf[xyz].unit + "):\t";			
			if ((I_pbyDataS[xyz] & 0x01) == 0x01)					
				strInf += " Over range";
			if ((I_pbyDataS[xyz] & 0x02) == 0x02)					
				strInf += " max";
			if ((I_pbyDataS[xyz] & 0x04) == 0x04)
				strInf += " sensor fail";
1234

operationtooldlg1.cpp - 源码说明

本页面展示了「采用文档类方法实现的一种串口通讯协议。可以借鉴参考」中的 operationtooldlg1.cpp 源码文件，采用 C++ 编程语言编写，共 2,277 行代码。您可以在线阅读完整代码内容，也可以返回资源详情页下载完整源码包进行本地学习和开发。

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