#ifndef __TYPEDEFINE_H__ #define __TYPEDEFINE_H__ /*-------------------------------------------------------------------------------------- * @file TypeDefine.h * @author ZhangJing * @version base on stm32f0x * @date 2015.09.11 * @brief 公共变量、函数定义 ---------------------------------------------------------------------------------------*/ #include "stdint.h" //类型转换 typedef unsigned char bool; #define True 1 //真 #define False 0 //假 //#define OLD_LCD 1 #define TASK_FLAG_CLEAR 0//任务标志清除 #define TASK_FLAG_SET 1//任务标志置位 #define TASK_FLAG_WAIT 2//任务等待标志 #define TASK_FLAG_OVERTIME 3 //任务超时标志 #define TASK_FLAG_FAIL 4 //任务执行失败 #define TASK_FLAG_WCLEAR 5 //等待清除 #define TASK_FLAG_WSET 6 //等待置位 #define LED_STATE_OFF 0//LED关 #define LED_STATE_ON 1//LED开 #define ENGINEERINGMODE_OFF 1 //工程模式关 #define ENGINEERINGMODE_ON 0 //工程模式开 #define MOTOR_WORK_OFF 0 //电机工作停止 #define MOTOR_TRIGGER_OFF 1 //电机停止触发 #define MOTOR_WORK_ON 2 //电机工作启动 #define MOTOR_TRIGGER_ON 3 //电机启动触发 #define MOTOR_WORK_WAIT 0Xff //电机启动等待 #define ONE_HOUR_TIMER 3600000//1小时计时 #define ONE_SECOND_TIMER 1000//1s计时 #define TWO_SECOND_TIMER 2000//2s计时 #define TWO_FIVE_SECOND_TIMER 2500//2.5s计时 #define TRI_SECOND_TIMER 3000//3s计时 #define FOUR_SECOND_TIMER 4000//4s计时 #define FIVE_SECOND_TIMER 5000//5s计时 #define TEN_SECOND_TIMER 10000//10s计时 #define FIFTEEN_SECOND_TIMER 15000//15s计时 #define TWENTY_SECOND_TIMER 20000//20s计时 #define THIRTY_SECOND_TIMER 30000//30s计时 #define FIFTY_MSEC_TIMER 50//50ms计时 #define ONE_MSEC_TIMER 100//100ms计时 #define ONE_TWO_FIVE_MSEC_TIMER 125//125ms计时 #define TWO_MSEC_TIMER 200//200ms计时 #define THREE_MSEC_TIMER 300//300ms计时 #define HALF_SECOND_TIMER 500//500ms计时 #define SEVEN_MSECOND_TIMER 700//500ms计时 #define TWO_MINUTE_TIMER 120000//2分钟 #define THREE_MINUTE_TIMER 180000//3分钟 #define FIVE_MINUTE_TIMER 300000//5分钟计时 #define TWENTY_MINUTE_TIMER 1200000//20分钟 测试 #define THIRTY_MINUTE_TIMER 1800000//30分钟 #define FORTY_MINUTE_TIMER 2400000//40分钟 #define TASK_TIMER_XMIT_RTD 60000//1分钟 //#define TASK_TIMER_PRES_CONV 100//100ms转换一次压力 #define TASK_TIMER_PRES_CONV 20//100ms转换一次压力 #define DISP_TIME_AUTO_S_JUMP 3000//页面自动短跳转时间3s #define DISP_TIME_AUTO_JUMP 5000//页面自动跳转时间5s #define DISP_TIME_LOCK_JUMP 30000//锁屏跳转时间30s #define KEY_TIMER_SCAN 150//消抖时间100ms #define KEY_TIMER_LONGPRESS 3000//按键长按时间3s #define KEY_TIMER_SHORTEST 150//消抖时间100ms #define SYS_RUN_TEST_TIMER 5000//系统运行前测试时间5s #define ALARM_COLLECT_TIMER 1000//报警采集时间10s? #define MOTOR_COLLECT_TIMER 1800//电机信号采集计时1.8s #define MOTOR_TESTSELF_TIMER 8400//电机自检计时8.4s 4s改成8.4s #define ZIGBEE_RECV_LEN 32 #define USART_PDU_START 0xAA #define USART_PDU_END 0x55 #define HOSPITALNO_SELECTED 1 //住院号被选择 #define BEDNO_SELECTED 2 //床号被选择 #define SYS_PASSWORD_DEFAULT 520//系统万能密码 // #define BATTERY_VOLT_LIMIT1 43//3.65V // #define BATTERY_VOLT_LIMIT2 57//3.85V 60-3.9V // #define BATTERY_VOLT_LIMIT3 80//4.2V #define BATTERY_VOLT_LIMIT1 40//3.7V-47 3.3V-20 #define BATTERY_VOLT_LIMIT2 67//4.0V #define BATTERY_VOLT_LIMIT3 87//4.3V #define KEY_QTY_SHORTEST 1//按键短按次数 #define KEY_QTY_SHORT 10//判定短按范围 #define KEY_QTY_NORMAL 5//正常按一次的次数 #define KEY_QTY_LONGPRESS 13//15//20//30//按键长按次数 #define R_LED_ON GPIO_SetBits(GPIOB,GPIO_Pin_8 ); #define R_LED_OFF GPIO_ResetBits(GPIOB,GPIO_Pin_8 ); #define G_LED_ON GPIO_SetBits(GPIOB,GPIO_Pin_1 ); #define G_LED_OFF GPIO_ResetBits(GPIOB,GPIO_Pin_1 ); #define Y_LED_ON GPIO_SetBits(GPIOB,GPIO_Pin_9 ); #define Y_LED_OFF GPIO_ResetBits(GPIOB,GPIO_Pin_9 ); extern uint16_t G_Led_Time ;//绿色指示灯点亮时间 extern uint16_t Y_Led_Time ;//黄色指示灯点亮时间 /* KEY Scan Flag structure */ typedef enum { emSpeakerNoneWork = 0, //蜂鸣器无动作 emSpeakerWorkStep1 = 1, //蜂鸣器工作第一步 emSpeakerWorkStep2 = 2, //蜂鸣器工作第二步 emSpeakerWorkStep3 = 3, //蜂鸣器工作第三步 emSpeakerWorkStep4 = 4, //蜂鸣器工作第四步 emSpeakerWorkStep5 = 5, //蜂鸣器工作第五步 emSpeakerWorkStart = 0xfe, //蜂鸣器工作开始 emSpeakerWorkDone = 0xff, //蜂鸣器工作完成 }SpeakerWorkType; /* KEY Type structure */ typedef enum { emKeyActionOff = 0, //按键动作-抬起 emKeyActionOn = 1, //按键动作-按下 emKyeActionScanSet = 2,//按键动作-消抖置位 emKeyActionWait = 0xff, }KeyActionType; typedef struct { KeyActionType keyEnter; //进入键 KeyActionType keyRunPause; //运行停止键 KeyActionType keyPlus; //加号键 KeyActionType keyMinus; //负号键 KeyActionType keyPower; //电源键 KeyActionType keyAirout; //排气/静音键 KeyActionType keyPS; //返回键 KeyActionType keyPCA; //PCA键 } KeyTypeFrame; /* KEY Scan Flag structure */ typedef enum { emKeyflagNonePress = 0, //无按下标志 emKeyflagShortPress = 1, //短按下标志 emKeyflagLongPress = 2, //长按下标志 emKeyflagShortRelease = 3, //短按释放标志 emKeyflagLongRelease = 4, //长按释放标志 emKeyflagMiddlePress = 5, //中长按下标志 }KeyFlagType; typedef struct { KeyFlagType keyEnter; //进入键 KeyFlagType keyRunPause; //运行停止键 KeyFlagType keyPlus; //加号键 KeyFlagType keyMinus; //负号键 KeyFlagType keyPower; //电源键 KeyFlagType keyAirout; //排气键 KeyFlagType keyPS; //密码/静音键 KeyFlagType keyPCA; //PCA键 } KeyFlagFrame; /* KEY Scan QTY structure */ typedef struct { uint8_t keyEnter; //进入键 uint8_t keyRunPause; //运行停止键 uint8_t keyPlus; //加号键 uint8_t keyMinus; //负号键 uint8_t keyPower; //电源键 uint8_t keyAirout; //排气键 uint8_t keyPS; //密码/静音键 uint8_t keyPCA; //PCA键 } KeyScanQtyFrame; /* Task Scheduler structure */ typedef struct { uint8_t initFinishFlag; //上电初始化完成标志 uint8_t zigbeeRecvFlag; //zigbee接收标志 uint8_t zigbeeXmitFlag; //zigbee发送标志 uint8_t zigbeeETXmitFlag; //zigbee评价上传标志 uint8_t zigbeeComReadFlag; //zigbee命令读取 uint8_t zigbeeInNetFlag; //zigbee是否在网络内状态标志：0 无网络 1 有网络 uint8_t historyRequestFlag; //历史数据请求标志 uint8_t historyReponseFlag; //历史数据响应标志 uint8_t pressureConvertFlag; //压力传感器转换标志 uint8_t forceConvertFlag; //触力传感器转换标志 0：转换 1：读取 uint8_t fromSlaveRecvFlag; //从机数据接收标志 uint8_t toSlaveXmitFlag; //从机数据发送标志 uint8_t motorRunFlag; //电机运行标志 uint8_t motorStopFlag; //电机停止标志 uint8_t motorSelfTestFlag; //电机自检标志 uint8_t ipnutFlag; //输注标志 uint8_t timeReadFlag; //时间读取标志 uint8_t lockDispFlag; //锁屏标志 uint8_t lockTimeFlag; //锁时标志 uint8_t SuperadditionFlag; //追加量模式标志 uint8_t hostXmitFlag; //主芯片发送标志 uint8_t unlockPasswordFlag; //解锁标志 uint8_t rtdUpdateFlag; //实时数据更新标志 uint8_t speakerFlag; //蜂鸣器标志 uint8_t silenceFlag; //静音标志 uint8_t pcaLockFlag; //PCA锁时标志 uint8_t pcaCountDispFlag; //pca无效次数显示标志 uint8_t pcaLockTimeFlag; //pca锁时次数显示标志 uint8_t batLowPrepareFlag; //电池电压低预报标志 uint8_t autoPowerOffFlag; //自动关机标志 uint8_t sysPowerOffFlag; //系统关机标志 uint8_t callFunctionFlag; //呼叫功能标志 uint8_t lcdBlackFlag; //LCD背光标志 uint8_t lcdFlashFlag; //LCD闪烁标志 uint8_t lcdBlackFlashFlag; //LCD背光闪烁标志 uint8_t sysStandbyFlag; //系统休眠标志 uint8_t limitJudgeFlag; //极限量判断标志 uint8_t sensorPWHallFlag; //主芯片低功耗标志，传感器电源控制-霍尔 uint8_t sensorPWPressureFlag; //主芯片低功耗标志，传感器电源控制-压力传感器 uint8_t sensorPWBatteryFlag; //主芯片低功耗标志，传感器电源控制-电池电压 uint8_t testDispFlag; //测试显示标志 uint8_t batteryVoltHeaderFlag; //电池电压标志 uint8_t PCAOneTimeFlag; //第一次PCA按压 uint8_t IrregularShutdownFlag; //非正常关机标志 uint8_t NoActionHintFlag; //参数设置界面30未操作提示标志 uint8_t JamSelfcheckingFlag; //堵塞自检标志 uint8_t PasswordTimeOverFlag; //密码锁时解除标志 } TaskSchedulerFlagFrame; /* Task Timer structure */ typedef struct { uint32_t delayTimer; //延时定时器 uint32_t rtdXmitTimer; //实时数据发送定时 uint32_t pcaLockTimer; //PCA锁时时长 uint16_t initFinishTimer; //初始化定时-系统运行超过3s后进入稳定工作状态，初始化完成 uint16_t pressureConvertTimer; //压力传感器转换定时 uint16_t timeReadTimer; //时间读取定时 uint16_t dispAutoJumpTimer; //LCD页面自动跳转定时 uint16_t lockDispTimer; //锁屏定时时间 uint16_t speakerTimer; //蜂鸣器响声定时 uint16_t speakerWaitTimer; //蜂鸣器等待下次响定时 uint32_t totalDoseOneHourTimer; //总输注量1小时计时 uint16_t sysRunTestTimer; //系统开始运行前测试计时 uint16_t alarmCollectTimer; //报警采集时间 uint16_t motorSignalCollectTimer;//电机信号采集计时 uint32_t motorStopTimer; //电机停止计时 uint16_t motorSelfTestTimer; //电机自检时间 uint16_t hostXmitTimer; //主芯片发送给从芯片数据计时 uint32_t lockPassWordTimer; //锁定密码页计时 uint16_t universalTimer; //通用计时，可随意设置值 uint16_t pcaCountsDispTimer; //PCA次数显示计时 uint16_t pcaLockTimeDispTimer; //PCA锁时次数显示计时 uint16_t batLowPrepareDispTimer; //电池低压预报显示计时 uint16_t alarmLCDFlashTimer; //报警闪屏计时 uint32_t autoPowerOffTimer; //自动关机计时 uint16_t lcdBlackCloseTimer; //LCD背光关闭计时 uint16_t sysStandbyTimer; //系统休眠计时 uint16_t hostPowerSaveTimer; //主芯片节能计时 uint16_t batteryVoltTimer; //电池电压采集计时 uint8_t enterKeyScanTimer; //enter key 扫描时间 uint8_t runPauseKeyScanTimer; //run/pause key 扫描时间 uint8_t psKeyScanTimer; //密码/静音键 扫描时间 uint8_t plusKeyScanTimer; //加号键 扫描时间 uint8_t minusKeyScanTimer; //负号键 扫描时间 uint8_t pcaKeyScanTimer; //PCA键 扫描时间 uint8_t powerKeyScanTimer; //电源键扫描时间 uint8_t airoutKeyScanTimer; //Airout键扫描时间 uint32_t pcaOneHourTimer; //PCA一小时锁时 uint32_t NoActionHintTimer; //参数设置界面30min计时 uint32_t JamSelfcheckingTimer; //堵塞自检5min计时 } TaskSchedulerTimerFrame; typedef struct { uint8_t modifyInfoType; //修改信息的类型 1住院号 2床号 uint16_t sickroom; //病区3位 uint16_t bedNO; //床号3位 uint64_t hospitalNO; //住院号10位 }VerifyInfoSetFrame; typedef enum { FirstEnter = 1, //页面首次运行 Update = 2, //页面数据更新运行 }PictureEnterType; typedef enum { FirstRun = 1, //首次运行 MainRun = 2, //主页运行 PCARun = 3, //PCA运行 Pause = 4, //暂停 Finsh = 5, //输液完成 Airout = 6, //排气 Poweroff = 7, //关机 Poweron = 8, //开机 StartWork = 9, //在开机了还没到确认信息处算开机工作状态 StandBy = 10, //待机状态 Alarm = 11, //报警状态 SelfTest = 12, //自检状态 WaitState = 0xff,//等待状态 }RunStateType; typedef enum { Year = 1, //年 Month = 2, //月 Date = 3, //日 Hour = 4, //时 Minute = 5, //分 }SetTimeType; typedef enum { TotalDose = 1, //总量 FirstDose = 2, //首次量 continueDose = 3, //持续运行 Superaddition = 4, //追加量 LockTime = 5, //锁时 LimitDose = 6, //极限量 continueDose2 = 7, //持续运行2 Superaddition2 = 8, //追加量2 LockTime2 = 9, //锁时2 LimitDose2 = 10, //极限量2 }ParamType; typedef enum { Pruritus = 1, //瘙痒 RASS = 2, //镇静评分 PONV = 3, //恶心呕吐 LimbMyodynamia = 4, //四肢肌力 PainEvaluate = 5, //疼痛评价 VerifyEvaluate = 6,//确认评价 LeftArm = 7,//左上肢 RightArm = 8,//右上肢 LeftLeg = 9,//左下肢 RightLeg = 10,//右下肢 Static = 11,//静止 Activity = 12,//活动 CACSI = 13,//满意度 Valuer = 14,//评价人 VerifyUpload = 15,//上传确认 Uploading = 16,//上传中 UploadFinshed = 17,//已上传完成 UploadFall = 18,//上传失败 }EvaluateTransfuseType; typedef struct { ParamType emModifyParam; uint8_t deviceID[16]; //设备ID uint8_t password[3]; //密码 uint8_t pwmSetValue[4]; //pwm占空比设置值 uint8_t sickroom[3]; //病区3位 uint8_t bedNO[3]; //床号3位 uint8_t hospitalNO[10]; //住院号10位 uint16_t totalDose; //总量 uint16_t firstDose; //首次量 uint16_t continueDose1; //持续量(第一次输注参数) uint16_t superaddition1; //追加量(第一次输注参数) uint16_t lockTime1; //锁时(第一次输注参数) uint16_t limitDose1; //极限量(第一次输注参数) uint16_t continueDose2; //持续量(第二次输注参数) uint16_t superaddition2; //追加量(第二次输注参数) uint16_t lockTime2; //锁时(第二次输注参数) uint16_t limitDose2; //极限量(第二次输注参数) }SetParamFrame; typedef struct { uint16_t pwmSetValue; //pwm占空比设置值 uint16_t totalDose; //总量 uint16_t firstDose; //首次量 uint16_t continueDose; //持续量 uint16_t limitDose; //极限量 uint16_t superaddition; //追加量 uint16_t lockTime; //锁时 }RunParamFrame;//运行参数 typedef struct { uint16_t airoutValue; //排气量 // uint16_t totalDose; //总量 uint16_t firstDose; //首次量 uint16_t continueDose; //持续量 uint16_t superaddition; //追加量 uint16_t lockTime; //锁时 uint16_t limitDose; //极限量 uint16_t pressureF; //压力值 uint16_t pressure; //压强值 uint16_t pressureF2; //压力值 uint16_t pressure2; //压强值 uint16_t batteryVolt; //电池电压值 uint16_t hall1Counter; //霍尔1计数器，当电机转两圈时数值+2，电机转动一圈是0.05ml uint16_t hall2Counter; //霍尔2计数器，当电机转两圈时数值+4，电机转动一圈是0.05ml uint16_t preHall1; //前一次霍尔1计数值 uint16_t preHall2; //前一次霍尔2计数值 uint16_t motorSelfTestCount;//电机自检计数 uint16_t surplusDose; //剩余量 uint16_t selfContolDose; //自控量 uint16_t inputDose; //已输入量 uint16_t inputLimitDose; //已输入极限量 uint16_t validCount; //有效次数 uint16_t invalidCount; //无效次数 uint8_t statePOST; //开机自检状态 power on self test RunStateType stateRun; //运行状态 RunStateType ctlSlaveRun; //控制从机运行状态 uint8_t statePause; //暂停状态 uint64_t deviceID; //设备ID uint32_t InputTotalDose; //已输入总量 uint8_t infusionMode; //实时输注状态（2017.7.22） }RTDFrame;//实时数据 typedef struct { uint16_t year; //年 uint8_t month; //月 uint8_t date; //日 uint8_t week; //周 uint8_t hour; //时 uint8_t minute;//分 uint8_t seconds;//秒 }TimeFrame; typedef struct { uint8_t alarmTimeMonth;//报警时间-月 uint8_t alarmTimeDate;//报警时间-日 uint8_t alarmTimeHour;//报警时间-时 uint8_t alarmTimeMinute;//报警时间-分 uint8_t alarmType;//报警类型 0：无报警 1：机械报警 2：堵塞报警 3：极限值 //4：气泡或无液 5：未装药盒 6：电池电量 7：管道脱落 8：输注结束 }AlarmFrame; typedef struct { uint8_t pruritus;//瘙痒 uint8_t RASS;//镇静评分 uint8_t PONV;//恶心呕吐 uint8_t LeftArm;//左上肢 uint8_t RightArm;//右上肢 uint8_t LeftLeg;//左下肢 uint8_t RightLeg;//右下肢 uint8_t Static;//静止 uint8_t Activity;//活动 uint8_t CACSI;//满意度 uint8_t Valuer;//评价人 }EvaluateTransfuseFrame; typedef enum { DeviceIDChoose = 1,//设备ID PWMValueSetChoose = 2,//PWM值设置 SickroomQty = 3,//病区位数 BedNOQty = 4,//病床倍数 HospitalNOQty = 5,//住院号位数 NetworkState = 6,//网络：开/关 EvaluateState = 7,//随访：开/关 SeachState = 8,//查询：开/关 PasswordState = 9,//密码：开/关 SilenceState = 10,//静音：开/关 ClosedState = 11,//扣合：开/关 JamAlarm = 12,//堵塞：开/关 BubbleAlarm = 13,//气泡或无液：开/关 DeviceAlarm = 14,//机械报警：开/关 Selfcontrol = 15,//自动流速 Automatic = 16,//自动控制 pressure_button=17,//压力显示开关 test = 18,//网络测试开关 }EngineeringModeType;//工程控制画面设置选择 typedef struct { uint8_t sickroomQty;//病区位数 uint8_t bedNOQty;//病床倍数 uint8_t hospitalNOQty;//住院号位数 uint8_t networkState;//网络：开/关 uint8_t evaluateState;//随访：开/关 uint8_t seachState;//查询：开/关 uint8_t passwordState;//密码：开/关 uint8_t silenceState;//声音：开/关 uint8_t closedState;//扣合：开/关 uint8_t jamAlarm;//堵塞：开/关 uint8_t bubbleAlarm;//气泡或无液：开/关 uint8_t deviceAlarm;//机械报警：开/关 uint8_t automatic;//自动调整：开/关 uint16_t selfcontrol;//自动流速 uint8_t pressure_switch;//压力显示：开/关 uint8_t test; }EngineeringModeFrame;//工程模式 typedef enum { SoundOff, //静音 StartupTone, //开机音 VerificationTone, //确认音 WarringTone, //提示音 InfusionTone, //输注完毕 KeypadShortTone, //短按键音 KeypadLongTone, //长按键音 SoundWait, //等待提示音完成 Sound_prepore, //预报警声音 RemindeTone, //无操作提示音 }SpeakerType; extern TaskSchedulerFlagFrame TaskSchedulerFlag;//任务调度标志 extern TaskSchedulerTimerFrame TaskSchedulerTimer;//任务调度定时器 extern KeyTypeFrame KeyScanStatus;//按键扫描状态 extern KeyFlagFrame KeyActionFlag;//按键动作标志 extern KeyScanQtyFrame KeyScanQty;//按键扫描次数 extern KeyFlagFrame MoreKeyActionFlag;//多键组合动作标志 extern const uint8_t deviceID[16];//设备ID extern VerifyInfoSetFrame verifyInfo;//病人住院信息确认 extern SetParamFrame setParamInfo;//参数设置信息 extern RTDFrame realTimeData;//实时数据 extern 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 extern AlarmFrame alarmRecord;//报警信息存储 extern SetTimeType emSetTimeChoose;//时间设置选择 extern TimeFrame displayTimeBuf;//显示时间 extern TimeFrame setTimeBuf;//显示时间 extern uint8_t dateLimit;//日期分为29，30，31 extern EvaluateTransfuseType emEvaluateTransfuseChoose;//随访评价选择类型 extern EvaluateTransfuseFrame evaluateTransfuseValue;//随访评价中的数据 extern EngineeringModeType emEngineeringMode3Choose;//工程控制画面3设置选择类型 extern EngineeringModeType emEngineeringMode1Choose;//工程控制画面1设置选择类型 extern EngineeringModeFrame EngineeringModeValue;//工程模式中的数据 extern uint8_t lockPasswordStep;//锁定密码步骤 extern uint16_t lockPasswordDisp;//锁定密码 extern uint8_t setPasswordBuf[3];//密码设置--设置密码界面变量 extern uint8_t verifyPasswordBuf[3];//确认密码--设置密码界面变量 extern PictureEnterType emPictureRunState;//页面运行状态，是首次进入，还是有数据更新 extern bool motorWorkState;//电机工作状态 extern SpeakerType sysPromptToneType;//系统提示音类型 extern uint8_t sysPromptToneCounts;//提示音响的次数 extern uint16_t batteryVoltLowValue;//电池电压报警 extern uint8_t testDispCounts;//测试页面数据次数 extern uint8_t RunToLorawawn_flag;//在运行时，发送lorawan数据的标志 extern uint8_t StartToRun_flag; //当按下运行按键的时候，置位该标志 extern uint8_t start_flag; //运行按键启动标志，用于压力值得判断标志 extern uint8_t ElectStartCount; //按运行按键时，电流采集次数，求基准值 void Delay_ms(uint32_t nCount); void StateOfSystem( void ); void SystemSWInit( void ); void StartupSWInit( void ); void RunParamUpdate( void ); void SetParamUpdate( void ); void StartupSWInit( void ); uint16_t CalCRC16(uint8_t *puchMsg, uint16_t usDataLen); void Delay_ms(uint32_t nCount); #endif