.import "modbus.js" as ModbusJs

var running = false
var runningBackup = false
var openPressureTimeMax = 10
var sealPressureTimemax = 5

var openPressureMin = 21
var openPressureMax = 35

var threshold_Setzero = 1.0
var delaycount_Setzero = 5

var readPressureInterval = 5 // ms
//var maxPressureStableTime = 20
var releasePressureTimeOut = 180

//盲测开启压力
var estimate_Pressure = 0

var exit = false

function playStart_Voice(controlSerial){
    ModbusJs.voiceplayer_Play(controlSerial, ModbusJs.mhstart_voice)
}

function playStop_Voice(controlSerial){
    ModbusJs.voiceplayer_Play(controlSerial, ModbusJs.teststop_voice)
}



function testStop(controlSerial,pressureDisplaySigFun,spy,log){

    spy.wait(500)
    //关闭人孔盖进气阀门
    ModbusJs.manHoleCover_IntakeCtrl(controlSerial,false)
    console.log("关闭人孔盖进气阀门")

    // //关闭低压中速进气阀门
    // ModbusJs.lpms_IntakeCtrl(controlSerial,false)
    // console.log("关闭低压中速进气阀门")

    // //打开人孔盖测试口
    // ModbusJs.manHoleCover_TestIO(controlSerial,true)
    // console.log("打开人孔盖测试口")

    // //打开低压高速泄气阀门
    // ModbusJs.lphs_ReleaseCtrl(controlSerial,true)
    // console.log("打开低压高速泄气阀门")

    //打开人孔盖泄气阀门
    ModbusJs.manHoleCover_ReleaseIO1(controlSerial,true)
    console.log("打开人孔盖泄气阀门1")

    var timeout=0
    var end_count = 0

    do{
        //重新开始时 停止测试
        if(runningBackup === false && running === true){
            console.log("停止测试")
            //ModbusJs.closeAllValve(controlSerial)
            break
        }
        if(exit === true)
            break

        //延时
        spy.wait(900)

        var obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
        if(obj.ret === false){
            log.show("压力传感器通讯错误")
            break
        }
        // signal 压力显示函数
        pressureDisplaySigFun(obj.pressureNumber)

        if(obj.pressureNumber < 12.0){
            //关闭人孔盖测试口, 微弱压力由气缸上升释放
            ModbusJs.manholecylinderCtrl(controlSerial,false)
            console.log("人孔盖气缸升")
        }

        timeout++
        if(obj.pressureNumber < threshold_Setzero ){
            end_count++
        }

    }while(end_count < delaycount_Setzero  && timeout < releasePressureTimeOut)

    ModbusJs.closeAllValve(controlSerial)
    console.log("关闭 关闭所有阀门")
}

//正压开启压力和密封试验
/*  currentIndex            当前第几次试验
 *  controlSerial           控制串口对象
 *  sensorSerial            压力传感器串口对象
 *  pressureDisplaySigFun   压力显示信号函数(回调函数)
 *  resultSigFun            结果显示信号函数(回调函数)
 *  spy                     仅用于延时的对象
 *  log                     异常显示对象
 *  openPressureModel       测试整定压力记录压力的数据模型
 *  sealPressureModel       测试密封压力记录压力的数据模型
 *  blindTestpressureSigFun
 */
function valveStartBlindTest(currentIndex,processWindow,controlSerial,sensorSerial,
                    pressureDisplaySigFun,resultSigFun,blindTestpressureSigFun,spy,log)
{


    runningBackup = running
    var ret = true
    //var StablePressureCount = maxPressureStableTime*1000/readPressureInterval

    var openPressureNumber
    var sealPressureNumber

    console.log("安全阀测试开始")

    //step 1
    // 关闭所有气路电磁阀
    ModbusJs.relay1CloseAll(controlSerial)
    console.log("关闭所有气路电磁阀")

    spy.wait(500)

    //人孔盖气缸下压
    ModbusJs.manholecylinderCtrl(controlSerial, true)

    //盲测压力

    //打开人孔盖进气阀门
    ModbusJs.manHoleCover_IntakeCtrl(controlSerial,true)
    console.log("打开人孔盖进气阀门")

    processWindow.show("开始盲测压力")
    estimate_Pressure = 0


    var prevTime  = Date.now()
    var keepCnt = 0
    var delta = 0
    var preDelta = 0

    var obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
    if(obj.ret === false){
        log.show("人孔压力传感器通讯错误")
        return false
    }

    var pre_pressure = obj.pressureNumber
    var pre_pressure2 = obj.pressureNumber2

    ret = true

    do{
        //延时
        spy.wait(readPressureInterval)

        if(running === false){
            console.log("人孔盖盲测压力--停止测试")
            ModbusJs.relay1CloseAll(controlSerial)
            console.log("关闭所有气路阀门")
            return false
        }


        var curTime  = Date.now()
        var deltaTime = curTime - prevTime



        if(deltaTime >= 980){

            obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
            if(obj.ret === false){
                log.show("高压传感器通讯错误")
                ModbusJs.relay1CloseAll(controlSerial)
                console.log("关闭所有气路阀门")
                return false
            }

            delta = obj.pressureNumber2 - pre_pressure2

            if((obj.pressureNumber2 - pre_pressure2) < 0.3){
                keepCnt++
                if(keepCnt ==1){
                    estimate_Pressure = obj.pressureNumber
                    //setPressure = estimate_Pressure
                }
            }else{
                keepCnt=0
            }

            if(keepCnt >= 5){
                //console.log("keepCnt > StablePressureCount")
                break;
            }

            prevTime = curTime

            pre_pressure = obj.pressureNumber
            pre_pressure2 = obj.pressureNumber2

            pressureDisplaySigFun(obj.pressureNumber)
            // add  pressure table
            // var table={}
            // table.pressure=obj.pressureNumber
            // //开启压力模型赋值
            // openPressureModel.append(table)
        }

    }while(1)


    //关闭人孔盖进气阀门
    ModbusJs.manHoleCover_IntakeCtrl(controlSerial,false)
    console.log("关闭人孔盖进气阀门")

    blindTestpressureSigFun(estimate_Pressure)

    testStop(controlSerial,pressureDisplaySigFun,spy,log)

    return true

}


//正压开启压力和密封试验
/*  openPressureModel       测试开启压力过程表模型
 *  sealPressureModel       测试密封压力过程表模型
 *  pressureDisplaySigFun   压力显示信号函数
 *  resultSigFun            结果显示信号函数
 */
//密封压力测试
function testStart(currentIndex,tabView,processWindow,controlSerial,sensorSerial,
                               openPressureModel,sealPressureModel,
                               pressureDisplaySigFun,resultSigFun,spy,log){

    runningBackup = running
    var ret = true
    var openPressureNumber
    var sealPressureNumber
    //var StablePressureCount = maxPressureStableTime*1000/readPressureInterval

    console.log("人孔盖测试工装自动检测开始")

    //setp 1
    // 关闭所有气路电磁阀
    ModbusJs.relay1CloseAll(controlSerial)
    console.log("关闭所有气路电磁阀")
    spy.wait(500)
    //人孔盖气缸下压
    ModbusJs.manholecylinderCtrl(controlSerial, true)


    //setp 2
    //查看压力传感器值 等待压力降到最低值
    processWindow.show("等待压力降到小于1.0kPa 以下")

    // //打开人孔盖测试口
    // ModbusJs.manHoleCover_TestIO(controlSerial,true)
    // console.log("打开人孔盖测试口")

    // //打开低压高速泄气阀门
    // ModbusJs.lphs_ReleaseCtrl(controlSerial,true)
    // console.log("打开低压高速泄气阀门")

    //打开人孔盖泄气阀门
    ModbusJs.manHoleCover_ReleaseIO1(controlSerial,true)
    console.log("打开人孔盖泄气阀门1")


    tabView.currentIndex = currentIndex

    var timeout = 0
    var end_count = 0

    do{
        if(running === false){
            console.log("停止测试")
            ret =  false
            break
        }

        //延时
        spy.wait(900)

        var obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
        if(obj.ret === false){
            log.show("压力传感器通讯错误")
            ret = false
            break
        }
        // signal 压力显示函数
        pressureDisplaySigFun(obj.pressureNumber)
        //延时
        timeout++
        if(obj.pressureNumber < threshold_Setzero){
            end_count++
        }
        //spy.wait(900)
    }while(end_count < 3  && timeout < releasePressureTimeOut)

    if(timeout === releasePressureTimeOut){
        log.show("泄压超时")
        ModbusJs.closeAllValve(controlSerial)
        console.log("关闭所有阀门")
        return false
    }

    console.log("压力降压到 %d kPa 以下", threshold_Setzero)

    // //关闭低压高速泄气阀门
    // ModbusJs.lphs_ReleaseCtrl(controlSerial,false)
    // console.log("关闭低压高速泄气阀门")

    //关闭人孔盖泄气阀门
    ModbusJs.manHoleCover_ReleaseIO1(controlSerial,false)
    console.log("关闭人孔盖泄气阀门1")

    if(ret === false){
        return false
    }


    //setp 3
    //打开进气阀门

    tabView.currentIndex = currentIndex

    var pre_pressure = obj.pressureNumber
    var pre_pressure2 = obj.pressureNumber2
    var preDelta = 0
    var delta = 0
    var releaseCnt = 0
    var prevTime  = Date.now()

    // var switch_pressure = 0.8*openPressureMin
    // var middlespeed_open = true

    // //打开低压中速进气阀门
    // ModbusJs.lpms_IntakeCtrl(controlSerial,true)
    // console.log("打开低压中速进气阀门")

    // //打开低压低速进气阀门
    // ModbusJs.lpls_IntakeCtrl(controlSerial,true)
    // console.log("打开低压高速进气阀门")

    ModbusJs.manHoleCover_IntakeCtrl(controlSerial,true)
    console.log("打开人孔盖进气阀门")

    ModbusJs.manHoleCover_lsIntakeCtrl(controlSerial,true)
    console.log("打开人孔盖低速进气阀门")

    var open_intake = true
    var switch_pressure = estimate_Pressure - 10

    processWindow.show("开启压力试验开始")

    var result={}
    do{
        //延时
        spy.wait(readPressureInterval)

        if(running === false){
            console.log("停止测试")
            ret = false
            break;
        }

        var curTime  = Date.now()
        var deltaTime = curTime - prevTime
        if(deltaTime > 980){
            prevTime = curTime

            obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
            if(obj.ret === false){
                log.show("压力传感器通讯错误")
                ret = false
                break;
            }

            // if((obj.pressureNumber > openPressureMax*1.2) ){
            //     log.show("当前压力超出紧急泄放装置开启上限， 貌似泄放功能丧失")
            //     ret = false
            //     break;
            // }

            if((obj.pressureNumber >= switch_pressure) && (open_intake === true)){
                var rev = ModbusJs.manHoleCover_IntakeCtrl(controlSerial,false)
                if(rev === true){
                    open_intake = false
                    console.log("关闭人孔盖进气阀门")
                }

            }


            delta = obj.pressureNumber2 - pre_pressure2

            //if((delta < 0.4) && ((delta < (preDelta-0.03)) || (delta <= 0.2))){
            if(delta<0.08){
                releaseCnt++
                if(releaseCnt === 1){
                    openPressureNumber = obj.pressureNumber
                }
            }else{
              releaseCnt=0
            }

            // console.log("current pressure:"+obj.pressureNumber2+", delta:"+delta+", preDelta: "+preDelta)
            // console.log("releaseCnt:"+ releaseCnt +" ")

            preDelta = delta
            pre_pressure = obj.pressureNumber
            pre_pressure2 = obj.pressureNumber2

            if(releaseCnt >= openPressureTimeMax){
                break;
            }

            pressureDisplaySigFun(obj.pressureNumber)
            //sealCnt++
            // add  pressure table
            var table={}
            table.pressure=obj.pressureNumber
            //密封模型赋值
            openPressureModel.append(table)
            //processWindow.text("21kPa压力进气时间"+(sealPressureTimemax-sealCnt)+"s")

        }

    }while(1)

    // //关闭低压中速进气阀门
    // ModbusJs.lpms_IntakeCtrl(controlSerial,true)
    // console.log("关闭低压中速进气阀门")

    // //关闭低压低速进气阀门
    // ModbusJs.lpls_IntakeCtrl(controlSerial,true)
    // console.log("关闭低压高速进气阀门")

    //关闭人孔盖进气阀门
    ModbusJs.manHoleCover_lsIntakeCtrl(controlSerial,false)
    console.log("关闭人孔盖进气阀门")

    if(ret === false){
        openPressureNumber = obj.pressureNumber
    }

    result.openPressureNumber = openPressureNumber
    result.sealPressureNumber = ""
    result.sealPressureNumber2 = ""
    resultSigFun(result)
    console.log("泄放压力:",openPressureNumber)

    // if(obj.pressureNumber < openPressureMin){
    //     processWindow.show("压力低于开启下限")
    //     return false
    // }



/*
    //setp 4 开始密封实验
    // 压力开始下降
    var keepCnt = 0
    tabView.currentIndex = currentIndex+3
    processWindow.show("密封压力试验开始")
    console.log("密封压力试验开始")
    do{
        //延时
        spy.wait(readPressureInterval)

        if(running === false){
            console.log("停止测试")
            ret = false
            break
        }


        curTime  = Date.now()
        deltaTime = curTime - prevTime
        if(deltaTime > 980){
            prevTime = curTime


            obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
            if(obj.ret === false){
                log.show("压力传感器通讯错误")
                ret = false
                break
            }


            pressureDisplaySigFun(obj.pressureNumber)
            keepCnt++
            // add  pressure table
            var table2={}
            table2.pressure=obj.pressureNumber
            //密封模型赋值
            sealPressureModel.append(table2)
            processWindow.text("密封压力试验时间"+(sealPressureTimemax-keepCnt)+"s")

        }

        //延时
        spy.wait(readPressureInterval)


    }while(keepCnt < sealPressureTimemax)

    console.log("密封压力结束")

    if(ret === false){
        return false
    }

    result.sealPressureNumber = obj.pressureNumber
    result.sealPressureNumber2 = ""
    resultSigFun(result)
    console.log("密封压力:",obj.pressureNumber)

    //setp 4.1 开始密封实验
    console.log("泄放压力到 16.8kPa")

    if(obj.pressureNumber > 16){

        processWindow.text("泄放压力到 16.8kPa 以下")
        ModbusJs.manHoleCover_ReleaseIO1(controlSerial,true)
        console.log("打开人孔盖泄气阀门")
        prevTime = Date.now()
        var prevTime2 = prevTime
        do{
            //延时
            spy.wait(readPressureInterval)

            if(running === false){
                console.log("停止测试")
                return false
            }

            //压力数据通知
            curTime  = Date.now()
            deltaTime = curTime - prevTime
            if(deltaTime >= 20){
                prevTime = curTime

                obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
                if(obj.ret === false){
                    log.show("低压传感器通讯错误")
                    return false
                }

                if(obj.pressureNumber <= 15){
                    break;
                }

            }

            curTime  = Date.now()
            deltaTime = curTime - prevTime2
            if(deltaTime >= 980){
                prevTime2 = curTime
                pressureDisplaySigFun(obj.pressureNumber)
            }

        }while(1)

        ModbusJs.manHoleCover_ReleaseIO1(controlSerial,false)
        console.log("关闭人孔盖泄气阀门")

        processWindow.text("等待压力稳定")
        pre_pressure = obj.pressureNumber2
        releaseCnt = 0
        do{
            //延时
            spy.wait(980)

            if(running === false){
                console.log("停止测试")
                return false
            }

            obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
            if(obj.ret === false){
                log.show("低压传感器通讯错误")
                return false
            }

            pressureDisplaySigFun(obj.pressureNumber)
            releaseCnt++
            pre_pressure = obj.pressureNumber2

        }while(releaseCnt<15)

    }else{

        result.sealPressureNumber2 = obj.pressureNumber
        resultSigFun(result)
        return false
    }



    if(obj.pressureNumber < 16.8){
        processWindow.text("加压到 16.8kPa ")

        ModbusJs.manHoleCover_lsIntakeCtrl(controlSerial,true)
        console.log("打开人孔盖低速进气阀门")

        prevTime = Date.now()
         prevTime2 = prevTime
        do{
            //延时
            spy.wait(readPressureInterval)

            if(running === false){
                console.log("停止测试")
                return false
            }

            //压力数据通知
            curTime  = Date.now()
            deltaTime = curTime - prevTime
            if(deltaTime >= 5){
                prevTime = curTime

                obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
                if(obj.ret === false){
                    log.show("低压传感器通讯错误")
                    return false
                }

                if(obj.pressureNumber2 >= 16.6){
                    break;
                }

            }

            curTime  = Date.now()
            deltaTime = curTime - prevTime2
            if(deltaTime >= 980){
                prevTime = curTime
                pressureDisplaySigFun(obj.pressureNumber)
            }

        }while(1)

        ModbusJs.manHoleCover_lsIntakeCtrl(controlSerial,false)
        console.log("关闭人孔盖低速进气阀门")

    }


    //setp 4.2 开始密封实验
    // 压力开始下降

    //tabView.currentIndex = currentIndex+3
    processWindow.show("密封压力试验开始")
    console.log("密封压力试验开始")
    keepCnt=0

    // table2={}
    // table2.pressure=obj.pressureNumber
    // //密封模型赋值
    // sealPressureModel.append(table2)

    do{
        //延时
        spy.wait(readPressureInterval)

        if(running === false){
            console.log("停止测试")
            ret = false
            break
        }


        curTime  = Date.now()
        deltaTime = curTime - prevTime
        if(deltaTime > 980){
            prevTime = curTime


            obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
            if(obj.ret === false){
                log.show("压力传感器通讯错误")
                ret = false
                break
            }


            pressureDisplaySigFun(obj.pressureNumber)
            keepCnt++
            // add  pressure table
            table2={}
            table2.pressure=obj.pressureNumber
            //密封模型赋值
            sealPressureModel.append(table2)
            processWindow.text("第2次密封压力试验时间"+(sealPressureTimemax-keepCnt)+"s")

        }

        //延时
        spy.wait(readPressureInterval)


    }while(keepCnt < sealPressureTimemax)

    console.log("密封压力结束")

    if(ret === false){
        return false
    }

    //result.sealPressureNumber = obj.pressureNumber
    result.sealPressureNumber2 = obj.pressureNumber
    resultSigFun(result)
    console.log("密封压力:",obj.pressureNumber)

*/
    //setp 5
    //泄压

    //打开人孔盖泄气阀门
    ModbusJs.manHoleCover_ReleaseIO1(controlSerial,true)
    console.log("打开人孔盖泄气阀门1")

    console.log("等待压力 0kPa")

    processWindow.show("试验结束，泄压中")
    timeout = 0
    end_count = 0
    do{
        if(running === false){
            console.log("停止测试")
            return false
        }

        obj = ModbusJs.mhPressureSensorReadReq(sensorSerial)
        if(obj.ret === false){
            log.show("压力传感器通讯错误")
            //airIn_close()
            return false
        }
        // signal 压力显示函数
        pressureDisplaySigFun(obj.pressureNumber)

        if(obj.pressureNumber < 12.0){
            //微弱压力由气缸上升释放
            ModbusJs.manholecylinderCtrl(controlSerial, false)
            console.log("人孔盖气缸升")
        }

        //延时
        spy.wait(900)
        timeout++
        if(obj.pressureNumber < threshold_Setzero){
            end_count++
        }
    }while(end_count < delaycount_Setzero && timeout < releasePressureTimeOut )
    if(timeout === releasePressureTimeOut)
        log.show("泄压时间3分钟超时")

    //setp 6
    console.log("压力 0kPa")
    ModbusJs.closeAllValve(controlSerial)
    console.log("关闭所有阀门")


    return true

}