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按照客户要求将excel导出文件保存为一个条码一条记录，名称为SN_结果_时间.xslx

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LL
2025-11-14 17:27:29 +08:00
commit 883060d140
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SLZ_4/MesInfo.cs Normal file
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using LLAirtightApi;
using Newtonsoft.Json;
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
namespace SLZ_4
{
/// <summary>
/// MES入站信息
/// </summary>
public class MesIn
{
public string name { get; set; } //接口名称
public string time { get; set; } //时间
public string operatorName { get; set; } //操作员
public int channel { get; set; } //通道号
public string sn { get; set; } //条码
}
/// <summary>
/// MES出站信息
/// </summary>
public class MesOut
{
public string name { get; set; } //接口名称
public string time { get; set; } //时间
public string operatorName { get; set; } //操作员
public int channel { get; set; } //通道号
public string result { get; set; } //测试结果 OK NG
public string sn { get; set; } //条码
public float diffPressure { get; set; } //压差
public float pressure { get; set; } //压力值
public float leakage { get; set; } //泄漏量
public float inflationTime { get; set; } //充气时间
public float balanceTime { get; set; } //平衡时间
public float testTime1 { get; set; } //检测时间1
public float testTime2 { get; set; } //检测时间2 解除输出2时间(28)
public float exhaustTime { get; set; } //排气时间
public float bypassTime { get; set; } //旁路时间
public float delayTime1 { get; set; } //输出1延时
public float delayTime2 { get; set; } //输出2延时
public float bigLeakBalanceTime { get; set; }//大漏平衡时间
public float micLeakBalanceTime { get; set; }//微漏平衡时间
public string pressureUnit { get; set; } //压力单位
public string leakageUnit { get; set; } //泄漏量单位
public float pressureUpperLimit { get; set; } //充气压力上限
public float pressureLowerLimit { get; set; } //充气压力下限
public float balanceUpperLimit { get; set; } //平衡压差上限 大漏压差
public float balanceLowerLimit { get; set; } //平衡压差下限
public float leakageUpperLimit { get; set; } //泄漏量上限 微漏上限
public float leakageLowerLimit { get; set; } //泄漏量下限 微漏下限
//public float fEquivalentVolume { get; set; } //等效容积
}
public class MesReply
{
public int code; //返回code
public string message; //返回信息
}
public class MesObj
{
public MesIn mesIn; //MES入站信息
public MesOut mesOut; //MES出站信息
public MesReply mesReply; //MES返回
public MesObj()
{
mesIn = new MesIn();
mesOut = new MesOut();
mesReply = new MesReply();
}
public string MesCheckIn(string code, int iCH, string url)
{
mesIn.name = "checkSN";
mesIn.time = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss");
mesIn.operatorName = FormMain.form.strOperator;
mesIn.channel = iCH + 1;
mesIn.sn = code;
string body = JsonConvert.SerializeObject(mesIn);
Log log = new Log();
log.MES_Logmsg(DateTime.Now.ToString() + " 入站 CH-" + (iCH + 1).ToString() + ": " + body);
string strResult = HTTPCom.Post(body, url, null);
log.MES_Logmsg(DateTime.Now.ToString() + " 入站 CH-" + (iCH + 1).ToString() + " MES返回:" + strResult);
if (strResult.Contains("code") && strResult.Contains("message"))
{
mesReply = JsonConvert.DeserializeObject<MesReply>(strResult);
}
else
{
mesReply.code = 0;
}
return strResult;
}
public string MesCheckOut(ref TEST_CHANNEL testInfo, ref CONFIG_PARAM configParam, string code, int iCH, string url)
{
mesOut.name = "updateMes";
mesOut.time = DateTime.Now.ToString("yyyy-MM-dd HH:mm:ss");
mesOut.operatorName = FormMain.form.strOperator;
mesOut.channel = iCH + 1;
mesOut.sn = code;
mesOut.result = FormMain.form.strResult[testInfo.ResultFlag];
mesOut.diffPressure = testInfo.fTestDiffPressure; //压差
mesOut.pressure = testInfo.fTestPressure; //压力值
mesOut.leakage = testInfo.fLeakAmount; //泄漏量
mesOut.inflationTime = configParam.inflationTime; //充气时间
mesOut.balanceTime = configParam.balanceTime; //平衡时间
mesOut.testTime1 = configParam.testTime1; //检测时间1
mesOut.testTime2 = configParam.testTime2; //检测时间2 解除输出2时间(28)
mesOut.exhaustTime = configParam.exhaustTime; //排气时间
mesOut.bypassTime = configParam.bypassTime; //旁路时间
mesOut.delayTime1 = configParam.delayTime1; //输出1延时
mesOut.delayTime2 = configParam.delayTime2; //输出2延时
mesOut.bigLeakBalanceTime = configParam.bigLeakBalanceTime;//大漏平衡时间
mesOut.micLeakBalanceTime = configParam.micLeakBalanceTime;//微漏平衡时间
mesOut.pressureUnit = FormMain.form.strListPressureUnit[configParam.pressureUnit]; //压力单位
mesOut.leakageUnit = FormMain.form.strListLeakageUnit[configParam.leakageUnit]; //泄漏量单位
mesOut.pressureUpperLimit = configParam.pressureUpperLimit; //充气压力上限
mesOut.pressureLowerLimit = configParam.pressureLowerLimit; //充气压力下限
mesOut.balanceUpperLimit = configParam.balanceUpperLimit; //平衡压差上限 大漏压差
mesOut.balanceLowerLimit = configParam.balanceLowerLimit; //平衡压差下限
mesOut.leakageUpperLimit = configParam.leakageUpperLimit; //泄漏量上限 微漏上限
mesOut.leakageLowerLimit = configParam.leakageLowerLimit; //泄漏量下限 微漏下限
string body = JsonConvert.SerializeObject(mesOut);
Log log = new Log();
log.MES_Logmsg(DateTime.Now.ToString() + " 出站 CH-" + (iCH + 1).ToString()+ ": " + body);
string strResult = HTTPCom.Post(body, url, null);
log.MES_Logmsg(DateTime.Now.ToString() + " 出站 CH-" + (iCH + 1).ToString() + " MES返回:" + strResult);
mesReply = JsonConvert.DeserializeObject<MesReply>(strResult);
return strResult;
}
}
}