/*-------------------------------------------------------------------------------------- * @file TypeDefine.c * @author ZhangJing * @version base on stm32f0x * @date 2015.09.11 * @brief 公共变量、函数定义 ---------------------------------------------------------------------------------------*/ #include #include "stm32f10x_rcc.h" #include "stm32f10x_gpio.h" #include "TypeDefine.h" #include "Driver.h" #include "LCDSetup.h" #include "DrawLCDGUI.h" #include "ControlSystem.h" #include "History.h" #include "ParameterSet.h" #include "SystemAlarm.h" #include "FM31256.h" //#include "ZigbeeNet.h" #include "FlashSetup.h" #include "ProgramData.h" // add by wulianwei TaskSchedulerFlagFrame TaskSchedulerFlag;//任务调度标志 TaskSchedulerTimerFrame TaskSchedulerTimer;//任务调度定时器 KeyTypeFrame KeyScanStatus;//按键扫描状态 KeyFlagFrame KeyActionFlag;//按键动作标志 KeyScanQtyFrame KeyScanQty; //按键扫描次数 KeyFlagFrame MoreKeyActionFlag;//多键组合动作标志 bool motorWorkState = MOTOR_WORK_OFF;//电机工作状态 TimeFrame displayTimeBuf;//显示时间 RTDFrame realTimeData;//实时数据 uint8_t dateLimit = 0;//日期分为29，30，31 VerifyInfoSetFrame verifyInfo;//病人住院信息确认 SetParamFrame setParamInfo;//参数设置信息 RunParamFrame runParamInfo;//运行参数，因为有两页参数设置相同的参数，所以要有个运行参数 AlarmFrame alarmRecord;//报警信息存储 SetTimeType emSetTimeChoose;//时间设置选择 TimeFrame displayTimeBuf;//显示时间 TimeFrame setTimeBuf;//显示时间 uint8_t setPasswordBuf[3] = {1,2,0};//密码设置--设置密码界面变量，通用密码改为120 uint8_t verifyPasswordBuf[3] = {0,0,0};//确认密码--设置密码界面变量 EvaluateTransfuseType emEvaluateTransfuseChoose;//随访评价选择类型 EvaluateTransfuseFrame evaluateTransfuseValue;//随访评价中的数据 EngineeringModeType emEngineeringMode1Choose;//工程控制画面1设置选择类型 EngineeringModeType emEngineeringMode3Choose;//工程控制画面3设置选择类型 EngineeringModeFrame EngineeringModeValue;//工程模式中的数据 PictureEnterType emPictureRunState = FirstEnter;//页面运行状态，是首次进入，还是有数据更新 SpeakerWorkType HornWorkStep; //喇叭工作类型 SpeakerWorkType speakerWorkStep;//蜂鸣器工作类型 SpeakerWorkType speakerWorkStep = emSpeakerNoneWork;//蜂鸣器工作步骤 SpeakerType sysPromptToneType = SoundOff;//系统提示音类型 SpeakerType SysHornToneType; uint8_t sysPromptToneCounts = 0;//提示音响的次数 uint8_t testDispCounts = 0;//测试页面数据次数 extern uint16_t inputDose_bf; //已输入量备份 extern uint8_t SetParametersAgain ; //运行过程中重新设置参数标志 uint8_t FirstSurplusDose = 0; //堵塞时首次量剩余量 uint8_t PCASurplusDose = 0; //堵塞时PCA量剩余量 /********************************************************************************* * Function: Delay_ms * Object: Inserts a delay time. * 输入: nCount: specifies the delay time length (time base 1 ms). * 输出: 无 * 备注: **********************************************************************************/ void Delay_ms(uint32_t nCount) { TaskSchedulerTimer.delayTimer = nCount; while(TaskSchedulerTimer.delayTimer != 0) { } } /*************************************** * * Function: void ReadInputTotalDose(void) * Object: 从FM31256中读取输入总量的历史数据 * 输入: 无 * 输出: 无 * 备注: ***************************************/ void ReadInputTotalDose(void) { uint8_t InputTotalDoseBuff[4]; //Read_Multi31256RAM( HISTORY31256_DATA_InputTotalDose, InputTotalDoseBuff, 4 ); FlashReadOperate( InputTotalDoseBuff,4,HISTORY31256_DATA_InputTotalDose ); realTimeData.InputTotalDose=0; realTimeData.InputTotalDose=(((uint32_t)InputTotalDoseBuff[0]<<24) + ((uint32_t)InputTotalDoseBuff[1]<<16) + ((uint32_t)InputTotalDoseBuff[2]<<8) + ((uint32_t)InputTotalDoseBuff[3])); } /********************************************************************************* * Function: SystemSWInit * Object: 系统软件初始化 * 输入: 无 * 输出: 无 * 备注: 1、开机系统进行初始化时将全局变量进行初始化 * 2、读取FM31256中存储的参数 * 3、读取存储的历史数据第一条 **********************************************************************************/ void SystemSWInit( void ) { uint8_t InputTotalDoseBuff[4]; (void) memset (&realTimeData, 0, sizeof(realTimeData)); //将realTimeData数据清零 (void) memset (&setParamInfo, 0, sizeof(setParamInfo)); //将setParamInfo数据清零 (void) memset (¶mRecordBuf, 0, sizeof(paramRecordBuf)); //将paramRecordBuf数据清零 (void) memset (&historyRecordBuf, 0, sizeof(paramRecordBuf)); //将historyRecordBuf数据清零 (void) memset (&historyRecord, 0, sizeof(historyRecord)); //将historyRecord数据清零 /*按键工作状态，用来判断消抖*/ KeyScanStatus.keyPower = emKeyActionWait; KeyScanStatus.keyPS = emKeyActionOff; KeyScanStatus.keyAirout = emKeyActionOff; KeyScanStatus.keyEnter = emKeyActionOff; KeyScanStatus.keyPlus = emKeyActionWait; KeyScanStatus.keyMinus = emKeyActionOff; KeyScanStatus.keyRunPause = emKeyActionOff; KeyScanStatus.keyPCA = emKeyActionOff; /*用计数方式扫描按键按下状态，按键分为长按短按连续按下*/ KeyScanQty.keyEnter = 0; KeyScanQty.keyRunPause = 0; KeyScanQty.keyPlus = 0; KeyScanQty.keyMinus = 0; KeyScanQty.keyPower = 0; KeyScanQty.keyAirout = 0; KeyScanQty.keyPS = 0; KeyScanQty.keyPCA = 0; /*按键扫描消抖时长，全部消抖都为定长，按消抖次数(KeyScanQty)判断是长按还是短按*/ TaskSchedulerTimer.powerKeyScanTimer = 0;//上电时不让有消抖处理，否则会出现开机误操作的情况 TaskSchedulerTimer.enterKeyScanTimer = KEY_TIMER_SCAN; TaskSchedulerTimer.runPauseKeyScanTimer = KEY_TIMER_SCAN; TaskSchedulerTimer.airoutKeyScanTimer = KEY_TIMER_SCAN; TaskSchedulerTimer.psKeyScanTimer = KEY_TIMER_SCAN; TaskSchedulerTimer.plusKeyScanTimer = KEY_TIMER_SCAN; TaskSchedulerTimer.minusKeyScanTimer = KEY_TIMER_SCAN; TaskSchedulerTimer.pcaKeyScanTimer = KEY_TIMER_SCAN; /*任务标志位初始化*/ TaskSchedulerFlag.initFinishFlag = TASK_FLAG_WAIT; TaskSchedulerFlag.zigbeeRecvFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.zigbeeXmitFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.zigbeeComReadFlag = TASK_FLAG_WAIT; TaskSchedulerFlag.zigbeeInNetFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.zigbeeETXmitFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.historyRequestFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.historyReponseFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.pressureConvertFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.forceConvertFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.fromSlaveRecvFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.toSlaveXmitFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.motorRunFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.motorStopFlag = TASK_FLAG_SET;//默认是置位状态 TaskSchedulerFlag.motorSelfTestFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.ipnutFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.timeReadFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.lockDispFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.hostXmitFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.unlockPasswordFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.rtdUpdateFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.speakerFlag = TASK_FLAG_SET;//TASK_FLAG_CLEAR; TaskSchedulerFlag.silenceFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.pcaLockFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.pcaCountDispFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.pcaLockTimeFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.batLowPrepareFlag = TASK_FLAG_CLEAR; // TaskSchedulerFlag.autoPowerOffFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.sysPowerOffFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.callFunctionFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.lcdBlackFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.lcdFlashFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.lcdBlackFlashFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.sysStandbyFlag = TASK_FLAG_WAIT; TaskSchedulerFlag.limitJudgeFlag = TASK_FLAG_SET; TaskSchedulerFlag.sensorPWHallFlag = TASK_FLAG_SET;//传感器电源-霍尔打开 TaskSchedulerFlag.sensorPWPressureFlag = TASK_FLAG_SET;//传感器电源-压力打开 TaskSchedulerFlag.sensorPWBatteryFlag = TASK_FLAG_CLEAR;//传感器电源-电压打开 TaskSchedulerFlag.testDispFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.batteryVoltHeaderFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.PCAOneTimeFlag = TASK_FLAG_WAIT; TaskSchedulerFlag.IrregularShutdownFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.JamSelfcheckingFlag = TASK_FLAG_WAIT;//堵塞自检标志等待 TaskSchedulerFlag.PasswordTimeOverFlag = TASK_FLAG_WAIT; TaskSchedulerFlag.LimitBeginsTime = 0; //极限T1计时 TaskSchedulerFlag.EnterDelayFlag = TASK_FLAG_CLEAR;//enter按键长按开始延时标志 TaskSchedulerFlag.HistoryDontSetFlag = TASK_FLAG_CLEAR;//住院号未设置 TaskSchedulerFlag.AirOutFlag = TASK_FLAG_CLEAR;//排气标志清除 TaskSchedulerFlag.AlarmInitFlag = TASK_FLAG_CLEAR; TaskSchedulerFlag.pcaCountFlashFlag = TASK_FLAG_CLEAR;//PCA计数闪烁标志用来进行闪烁计时使用 TaskSchedulerFlag.PCATimerFlashFlag = TASK_FLAG_CLEAR;//PCA锁时闪烁标志 /********固定频率刷新，也跟随电机停止刷新*********/ TaskSchedulerFlag.LcdLogoFlag = TASK_FLAG_CLEAR;//屏幕上方标志分时闪烁进入刷新标志 TaskSchedulerFlag.PCATimerFlashFlag1 = TASK_FLAG_CLEAR;//屏幕中PCA锁时时间闪烁刷新标志 TaskSchedulerFlag.lcdFlashFlag1 = TASK_FLAG_CLEAR;//PCA有无效次数闪烁刷新标志 TaskSchedulerFlag.MqttSendFlag = TASK_FLAG_SET;//Mqtt发送标志 add by wulianwei /****************************************/ TaskSchedulerTimer.delayTimer = 0; TaskSchedulerTimer.EnterDelayTimer = EnterDelay_TIMER; TaskSchedulerTimer.pcaLockTimer = 0; TaskSchedulerTimer.initFinishTimer = TRI_SECOND_TIMER; TaskSchedulerTimer.rtdXmitTimer = TASK_TIMER_XMIT_RTD; TaskSchedulerTimer.timeReadTimer = ONE_SECOND_TIMER; TaskSchedulerTimer.pressureConvertTimer = TASK_TIMER_PRES_CONV; // TaskSchedulerTimer.dispAutoJumpTimer = DISP_TIME_AUTO_JUMP; TaskSchedulerTimer.lockDispTimer = DISP_TIME_LOCK_JUMP; TaskSchedulerTimer.sysRunTestTimer = SYS_RUN_TEST_TIMER; TaskSchedulerTimer.alarmCollectTimer = ALARM_COLLECT_TIMER; TaskSchedulerTimer.totalDoseOneHourTimer = ONE_HOUR_TIMER; TaskSchedulerTimer.motorSignalCollectTimer = MOTOR_TESTSELF_TIMER; TaskSchedulerTimer.motorSelfTestTimer = MOTOR_TESTSELF_TIMER;//电机自检时间 TaskSchedulerTimer.motorStopTimer = InfusionStopTimer;//电机停止等待时间 TaskSchedulerTimer.hostXmitTimer = ONE_MSEC_TIMER; TaskSchedulerTimer.lockPassWordTimer = THREE_MINUTE_TIMER; TaskSchedulerTimer.batLowPrepareDispTimer = ONE_SECOND_TIMER; TaskSchedulerTimer.universalTimer = TWO_SECOND_TIMER;//通用计时 TaskSchedulerTimer.speakerTimer = ONE_SECOND_TIMER;//蜂鸣器计时 TaskSchedulerTimer.speakerWaitTimer = THIRTY_SECOND_TIMER;//蜂鸣器等待计时 // TaskSchedulerTimer.autoPowerOffTimer = THIRTY_MINUTE_TIMER;//自动关机计时 TaskSchedulerTimer.lcdBlackCloseTimer = FIFTEEN_SECOND_TIMER;//TWO_SECOND_TIMER;//LCD背光关闭计时 TaskSchedulerTimer.alarmLCDFlashTimer = TEN_SECOND_TIMER;//报警LCD闪屏次数显示计时 TaskSchedulerTimer.sysStandbyTimer = TEN_SECOND_TIMER;//系统休眠计时 TaskSchedulerTimer.hostPowerSaveTimer = TEN_SECOND_TIMER;//主芯片节能计时 TaskSchedulerTimer.batteryVoltTimer = FIFTEEN_SECOND_TIMER;//电池电压采集计时 TaskSchedulerTimer.pcaOneHourTimer = ONE_HOUR_TIMER;//有效次数>2次在1小时内疼痛不足报警 TaskSchedulerTimer.JamSelfcheckingTimer = FIVE_MINUTE_TIMER;//堵塞自检计时5min TaskSchedulerTimer.PainAssessmentUploadTimer = ONE_SECOND_TIMER;//疼痛评价确认上传时间，假时间 TaskSchedulerFlag.StartToRunDontSend = SendWait;//长数据包发送等待标志 TaskSchedulerTimer.pcaCountsFlashTimer = THREE_MSEC_TIMER;//PCA计数闪烁计时， TaskSchedulerTimer.ModuleInitTimer = FIFTEEN_SECOND_TIMER; //TCP检测计时 add by wulianwei TaskSchedulerTimer.MQTTSendTimer = TASK_TIMER_XMIT_RTD;// mqtt数据发送定时 add by wulianwei pca_count = 0; //开机或者重新设值参数一小时内PCA按压次数清零 /*报警记录清零*/ AlarmRecord.MechanicalFault = ALARM_OFF; AlarmRecord.NonePillCase = ALARM_OFF; AlarmRecord.BubbleFault = ALARM_OFF; AlarmRecord.LineLost = ALARM_OFF; AlarmRecord.JamFault = ALARM_OFF; AlarmRecord.MaxFault = ALARM_OFF; AlarmRecord.InputTotal = ALARM_OFF; sysAlarmFlag.Zhentongxiaoguo = ALARM_OFF; SysHornToneType = SoundWate; SysAlarmJudge.JamFaultJudgeFlag = TASK_FLAG_CLEAR; SysAlarmJudge.BubbleFaultJudgeFlag = TASK_FLAG_CLEAR; SysAlarmJudge.NonePillCaseJudgeFlag = TASK_FLAG_CLEAR; SysAlarmJudge.VoltLowestJudgeFlag = TASK_FLAG_CLEAR; SysAlarmJudge.JamFaultJudgeCounts = 0; SysAlarmJudge.BubbleFaultJudgeCounts = 0; SysAlarmJudge.NonePillCaseJudgeCounts = 0; SysAlarmJudge.VoltLowestJudgeCounts = 0; emSetTimeChoose = Year; verifyInfo.modifyInfoType = HOSPITALNO_SELECTED; setParamInfo.emModifyParam = TotalDose; emEvaluateTransfuseChoose = Pruritus;//随访评价选项 emEngineeringMode3Choose = DeviceIDChoose; emEngineeringMode1Choose = SickroomQty; TotalDoesChange0 = 0;//工程模式输注总量变化1变0 TotalDoesChange1 = 0;//工程模式输注总量变化0变1 realTimeData.stateRun = SelfTest;//StartWork;//系统运行状态-开始工作 realTimeData.ctlSlaveRun = StartWork;//从机运行状态-开始工作 sysPromptToneType = SoundOff; emDisplayPicture = ClearDisp; emCurrentPicture = ClearDisp; emSysWorkStep = EnterPowerON; displayTimeBuf.year = 2021; displayTimeBuf.month = 1; displayTimeBuf.date = 1; displayTimeBuf.hour = 0; displayTimeBuf.minute = 0; displayTimeBuf.seconds = 0; realTimeData.batteryVolt = 255; LCDInit(); LCDClear( GRAY0 ); GetCurDateTimeFromRTC();//上电1s以后再读时间，否则影响开机速度 FlashReadOperate( paramRecordBuf,2,((uint32_t)0x0806407E) ); if(paramRecordBuf[0] == 0x0A) { ReadParameterRecord();//读出参数 } else { WriteInitParameterRecord(); ReadParameterRecord();//读出参数 InputTotalDoseBuff[0]=00; InputTotalDoseBuff[1]=00; InputTotalDoseBuff[2]=00; InputTotalDoseBuff[3]=00; FlashWriteOperate( InputTotalDoseBuff,4,HISTORY31256_DATA_InputTotalDose ); WriteInitProgramData();//初始化程序参数, add by wulianwei } // ReadParameterRecord();//读出参数 ReadHistoryRecordQTY();//读出历史数据现有数量 if(historyRecordQTY>=10) { if(historyRecordPointer == 0) { historyRecord.readIndex = (historyRecordQTY-1); } else { historyRecord.readIndex = historyRecordPointer-1; } } else { historyRecord.readIndex = (historyRecordQTY-1); } // historyRecord.readIndex = (historyRecordQTY-1); //师进赏修改为读出历史数据为最新的一条 2020.4.2 ReadHistoryRecord();//读一条历史数据 ReadInputTotalDose();//读取FM31256中存储的输入总量数据 ReadProgramData();// 读出程序参数 add by wulianwei (*classification)++;//输注次数加一 add by wulianwei if( EngineeringModeValue.networkState == ENGINEERINGMODE_OFF ) { registInfo->flag='N'; //设置设备未注册 } WriteProgramData(); } /********************************************************************************* * Function: RunParamUpdate * Object: 运行参数更新 * 输入: 无 * 输出: 无 * 备注: 1、为避免在运行中会对设置参数修改，在运行前对实时运行数据进行装载更新 * 2、emSysWorkStep工作步骤必须在参数设置时 **********************************************************************************/ void RunParamUpdate( void ) { if( emSysWorkStep == EnterSetParam ) { runParamInfo.totalDose = setParamInfo.totalDose * 10; runParamInfo.firstDose = setParamInfo.firstDose * 10; runParamInfo.continueDose = setParamInfo.continueDose1; runParamInfo.limitDose = setParamInfo.limitDose1; runParamInfo.superaddition = setParamInfo.superaddition1; runParamInfo.lockTime = setParamInfo.lockTime1; realTimeData.firstDose = setParamInfo.firstDose * 10; realTimeData.surplusDose = setParamInfo.totalDose * 10; //realTimeData.inputDose = ( setParamInfo.totalDose * 10 - realTimeData.surplusDose ); realTimeData.inputDose = inputDose_bf; //20170415 realTimeData.superaddition = 0; } }