/** ****************************************************************************** * @file cmdhandle.c * @author TMC Scan Team * @version V1.0.0 * @date 09/07/2019 * @brief ****************************************************************************** * * THE PRESENT FIRMWARE WHICH IS FOR GUIDANCE ONLY AIMS AT PROVIDING CUSTOMERS * WITH CODING INFORMATION REGARDING THEIR PRODUCTS IN ORDER FOR THEM TO SAVE * TIME. AS A RESULT, TMC SHALL NOT BE HELD LIABLE FOR ANY * DIRECT, INDIRECT OR CONSEQUENTIAL DAMAGES WITH RESPECT TO ANY CLAIMS ARISING * FROM THE CONTENT OF SUCH FIRMWARE AND/OR THE USE MADE BY CUSTOMERS OF THE * CODING INFORMATION CONTAINED HEREIN IN CONNECTION WITH THEIR PRODUCTS. * *

© COPYRIGHT 2016 TMC

****************************************************************************** **/ #include #include "global.h" uint8_t g_SysModal = SYSMODE_CLOSE; uint16_t gBufLen = 0x00; uint8_t respSuccess[2] = {'O', 'K'}; uint8_t respError[3] = {'E', 'R','R'}; extern uint8_t gPackType; extern uint32_t gFunTrace; extern uint8_t gReceiveKey; extern void AppScanCodeInit(void); /** * @function SetPackType * @brief set comunication pack type * @param[in] type * @return 无 */ void SetPackType(uint8_t type) { gPackType = type; } /** * @function SetSysPackType * @brief set comunication pack type as sys pack type * @return 无 */ void SetSysPackType(void) { gPackType = SYS_PACK_TYPE; } /** * @function my_itoa * @brief transfer an integer into string * @param[in] n * @param[out] buf * @return length of string */ int my_itoa(long long n, char *buf) { int i, sign = 0, bits = 0; if(n < 0) { buf[0] = '-'; n = -n; buf = buf + 1; sign = 1; } for(i = 19; i >= 0; i--) { buf[i] = (n % 10) + '0'; bits++; n = n / 10; if(n == 0) { break; } } for(i = 0; i < bits; i++) { buf[i] = buf[20 - bits + i]; } buf[bits] = 0; return bits + sign; } //返回字符串长度 int my_strappend(char *dst, const char *src) { int i; for(i = 0; src[i] != 0; i++) { dst[i] = src[i]; } dst[i] = 0; return i; } void print_int(const char *prv, int32_t x, const char *suf) { char msg[256]; char *str; int n, off = 0; str = msg; n = my_strappend(str, prv); str += n; off += n; n = my_itoa(x, str); str += n; off += n; n = my_strappend(str, suf); str += n; off += n; SetOutputData((uint8_t *)msg, off); } /** * @function StringToHex * @brief 将16进制的字符串转换成16进制数，不区分大小写 * @param[in] pSrc 源数据 * @param[in] pDst 存放结果数据 * @param[in] pLen 长度 * @return 转换好结果的长度 */ int StringToHex(uint8_t *pSrc, uint8_t *pDst, uint16_t pLen) { uint8_t *s = pSrc; uint8_t high = 0, low = 0; uint16_t tmplen = pLen, cnt = 0; while(cnt < (tmplen / 2)) { high = ((*s > '9') && ((*s <= 'F') || (*s <= 'f'))) ? *s - 48 - 7 : *s - 48; low = ((*(++s) > '9') && ((*s <= 'F') || (*s <= 'f'))) ? *(s) - 48 - 7 : *(s) - 48; pDst[cnt] = ((high & 0x0f) << 4 | (low & 0x0f)); s++; cnt++; } if(tmplen % 2 != 0) { pDst[cnt] = ((*s > '9') && ((*s <= 'F') || (*s <= 'f'))) ? *s - 48 - 7 : *s - 48; } return tmplen / 2 + tmplen % 2; } /** * @function StringToDec * @brief 将16进制的字符串转换成十进制 * @param[in] pSrc 源数据 * @param[in] pLen 长度 * @return 转换后的十进制数 */ uint32_t StringToDec(uint8_t *pSrc, uint8_t pLen) { uint8_t *s = pSrc; uint32_t tmp = 0; uint8_t cnt = 0, character; uint32_t table[] = {0, 1, 10, 100, 1000, 10000, 100000, 1000000}; if(pLen > 7) { return 0; } for(cnt = pLen; cnt > 0; cnt--) { character = ((*s > '9') && ((*s <= 'F') || (*s <= 'f'))) ? *s - 48 - 7 : *s - 48; tmp += (character * table[cnt]); s++; } return tmp; } //更新配置区的同时更新算法配置 uint8_t UpdateALCfg(void) { uint8_t bStatus; gFunTrace = 29; bStatus = UpdateCfg(); if(bStatus == TMC_OK) { AppScanCodeInit(); } gFunTrace = 30; return bStatus; } /** * @function UpdateApp * @brief 写bootloader首页，进入bootloaer状态 */ uint8_t UpdateApp(BarData *pCode) { uint8_t status; gFunTrace = 31; if((pCode->bartype == Communication_Id) || (((TMC_GetTick() - gReturnBLCnt) < LIMIT_TIME))) { gFunTrace = 32; status = WriteBLFirstPage(); gFunTrace = 33; //返回值是TMC_OK，说明写BL首页成功，可以进行复位，进入BL状态 if(status == TMC_OK) { ResetChip(1); } } return TMC_ERROR; } //读取版本信息 uint8_t OutVersion(BarData *pCode) { SetPackType(PACK_TYPEA); SetOutputData((uint8_t *)"S0000030", 8); SetOutputData((uint8_t *)CVERSION, VERSIONLEN); ReportData(pCode->bartype); return TMC_NONE; } //恢复出厂设置 uint8_t RestoreFactorySetting(BarData *pCode) { uint8_t pretype = gConfgBuf.comunitationType; uint8_t status; gFunTrace = 27; status = RestoreCfg(); gFunTrace = 28; AppScanCodeInit(); //串口初始化 AppUartInit(gConfgBuf.uartBaudRate, UART_PARITY_MODE_NONE); //如果通信接口没有变化，则不需要复位 if(pretype != gConfgBuf.comunitationType) { ResetChip(2); } SetOutputData((uint8_t *)"S_CMD_FFFF",10); return status; } uint8_t FC0RestoreFactorySetting(BarData *pCode) { uint8_t pretype = gConfgBuf.comunitationType; uint8_t status; gFunTrace = 27; status = RestoreCfg(); gFunTrace = 28; AppScanCodeInit(); //串口初始化 AppUartInit(gConfgBuf.uartBaudRate, UART_PARITY_MODE_NONE); //如果通信接口没有变化，则不需要复位 if(pretype != gConfgBuf.comunitationType) { ResetChip(2); } SetOutputData((uint8_t *)"Fnclear0",8); return status; } uint8_t KeyRestoreFactorySetting(BarData *pCode) { uint8_t pretype = gConfgBuf.comunitationType; uint8_t status; gFunTrace = 27; status = RestoreCfg(); gFunTrace = 28; AppScanCodeInit(); //串口初始化 AppUartInit(gConfgBuf.uartBaudRate, UART_PARITY_MODE_NONE); //如果通信接口没有变化，则不需要复位 if(pretype != gConfgBuf.comunitationType) { ResetChip(2); } return status; } uint8_t Fn82RestoreFactorySetting(BarData *pCode) { uint8_t pretype = gConfgBuf.comunitationType; uint8_t status; gFunTrace = 27; status = RestoreCfg(); gFunTrace = 28; AppScanCodeInit(); //串口初始化 AppUartInit(gConfgBuf.uartBaudRate, UART_PARITY_MODE_NONE); //如果通信接口没有变化，则不需要复位 if(pretype != gConfgBuf.comunitationType) { ResetChip(2); } SetOutputData((uint8_t *)"Fn82",4); return status; } /********************************************************************************* * 以下是扫码模块命令，注意扫码模块使用时，DefaultCfg.scanCodeMode应设置为1：命令 模式 *********************************************************************************/ //命令模式下，开启扫码(是否写入命令模式） uint8_t ScanOn(BarData *pCode) { gCmdStartFlag = TRUE; //如果是命令时间模式则开timer if(gConfgBuf.scanCodeMode == CMDTIMEMODE) { //定时则开启 TimerHSIClockCount(TIM5, START_TIMER); } SetOutputData((uint8_t *)"SR030301",8); return TMC_OK; } //命令模式下，关闭扫码 uint8_t ScanOff(BarData *pCode) { gCmdStartFlag = FALSE; //如果是命令时间模式则关timer if(gConfgBuf.scanCodeMode == CMDTIMEMODE) { //定时则关闭 TimerHSIClockCount(TIM5, STOP_TIMER); } SetOutputData((uint8_t *)"SR030300",8); return TMC_OK; } //进入sleep uint8_t Sleep(BarData *pCode) { SetPackType(PACK_TYPEA); SetOutputData(respSuccess,2); ReportData(Communication_Id); //ScanOff gCmdStartFlag = FALSE; AppLEDControl(LED_WHITE_TURN_OFF); //-- Sleep_Mode(); return TMC_OK; } //唤醒 uint8_t StopSleep(BarData *pCode) { return TMC_OK; } #if SETTINGCODE_MODE_0 /********************************************************************************* * 以下是扫码盒子通用命令，opensyssetting函数开启系统设置，close函数会将设置值写入flash，否则在ram中 *********************************************************************************/ //设置码开关 /** * @function OpenSysSetting * @brief 开启系统设置码，进入系统设置模式 */ uint8_t OpenSysSetting(BarData *pCode) { g_SysModal = SYSMODE_OPEN; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); return TMC_OK; } /** * @function CloseSysSetting * @brief 关闭系统设置码，复位 */ uint8_t CloseSysSetting(BarData *pCode) { uint8_t pretype = gConfgBuf.comunitationType, status; if(g_SysModal == SYSMODE_OPEN) { g_SysModal = SYSMODE_CLOSE; status = UpdateCfg(); //关闭设置码时，更新配置区 if(status == TMC_OK) { AppScanCodeInit(); AppScanModeInit(); //串口初始化 AppUartInit(gConfgBuf.uartBaudRate, UART_PARITY_MODE_NONE); //如果通信接口没有变化，则不需要复位 if(pretype != gConfgBuf.comunitationType) { ResetChip(3); } return TMC_OK; } } return TMC_ERROR; } //补光灯亮 uint8_t SCMD_LedOn(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.ledStatus = ON; return TMC_OK; } return TMC_ERROR; } //补光灯灭 uint8_t SCMD_LedOff(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.ledStatus = OFF; return TMC_OK; } return TMC_ERROR; } //关闭LED闪烁 uint8_t SCMD_LEDFlashOff(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.ledFlash = OFF; return TMC_OK; } return TMC_ERROR; } //开启LED闪烁提示 uint8_t SCMD_LEDFlashOn(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.ledFlash = ON; return TMC_OK; } return TMC_ERROR; } //开启声音 uint8_t SCMD_OpenAllVoice(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.voiceStatus = ON; return TMC_OK; } return TMC_ERROR; } //开机声配置切换，切换盒子原开机声 uint8_t SCMD_OpenVoice1(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.OpenvoiceChangeFlag = OFF; return TMC_OK; } return TMC_ERROR; } //开机声配置切换，切换"欢迎使用" uint8_t SCMD_OpenVoice2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.OpenvoiceChangeFlag = ON; return TMC_OK; } return TMC_ERROR; } //关闭支付类提示音 uint8_t SCMD_ClosePayVoice(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.voiceStatus = VOICE_NO_PAY; return TMC_OK; } return TMC_ERROR; } //关闭声音 uint8_t SCMD_CloseAllVoice(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.voiceStatus = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t ReviseVolume(BarData *pCode) { uint8_t volume; if(g_SysModal == SYSMODE_OPEN) { volume = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(volume > 15) { return TMC_ERROR; } gConfgBuf.voiceVolume = volume; return TMC_OK; } return TMC_ERROR; } //开启叮咚 uint8_t SCMD_OpenDingdongVoice(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.voiceScanFinish = VOICE_FINISH_DINGDONG; return TMC_OK; } return TMC_ERROR; } //开启扫码完成，开始打印 uint8_t SCMD_OpenPrintVoice(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.voiceScanFinish = VOICE_FINISH_PRINT; return TMC_OK; } return TMC_ERROR; } //开启扫码成功 uint8_t SCMD_ScanSuccessVoice(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.voiceScanFinish = VOICE_SCAN_SUCCESS; return TMC_OK; } return TMC_ERROR; } //打开蜂鸣器 uint8_t SCMD_OpenBuzzer(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.buzzerStatus = ON; return TMC_OK; } return TMC_ERROR; } //关闭蜂鸣器 uint8_t SCMD_CloseBuzzer(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.buzzerStatus = OFF; return TMC_OK; } return TMC_ERROR; } /** * @function ScanToneFrequency * @brief 提示音频率 */ uint8_t ScanToneFrequency(BarData *pCode) { uint16_t fre; if(g_SysModal == SYSMODE_OPEN) { fre = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); gConfgBuf.buzzerFrequency = fre; return TMC_OK; } return TMC_ERROR; } /** * @function ScanToneDuty * @brief 提示音占空比 */ uint8_t ScanToneDuty(BarData *pCode) { uint8_t duty; if(g_SysModal == SYSMODE_OPEN) { duty = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(duty >= 100) { return TMC_ERROR; } gConfgBuf.buzzerDuty = duty; return TMC_OK; } return TMC_ERROR; } //命令模式 uint8_t CmdMode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.scanCodeMode = CMDMODE; return TMC_OK; } return TMC_ERROR; } //命令超时模式 uint8_t CmdTimeMode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.scanCodeMode = CMDTIMEMODE; gConfgBuf.comunitationType = USBDEVTYPE_VSP; return TMC_OK; } return TMC_ERROR; } //自动模式 uint8_t AutoMode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.scanCodeMode = AUTOMODE; return TMC_OK; } return TMC_ERROR; } //移动感应模式 uint8_t SensorMode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.scanCodeMode = SENSORMODE; return TMC_OK; } return TMC_ERROR; } //单次模式 uint8_t SingleScanMode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.scanCodeMode = SINGLEMODE; return TMC_OK; } return TMC_ERROR; } /** * @function ReviseCmdTimeMode * @brief 修改命令超时时间，最小1ms，最大65535ms */ uint8_t ReviseCmdTimeMode(BarData *pCode) { uint16_t time; //读码时长设定 if(g_SysModal == SYSMODE_OPEN) { time = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(time >= CMD_MODE_TIME_MAX) { time = CMD_MODE_TIME_MAX; } if(time <= CMD_MODE_TIME_MIN) { time = CMD_MODE_TIME_MIN; } gConfgBuf.cmdModeTime = time; return TMC_OK; } return TMC_ERROR; } /** * @function ReviseSameCodeInterval * @brief 修改相同条码间隔 */ uint8_t ReviseSameCodeInterval(BarData *pCode) { uint16_t scantime; //读码时长设定 if(g_SysModal == SYSMODE_OPEN) { scantime = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(scantime > SAME_CODE_INTERVAL_MAX) { return TMC_ERROR; } gConfgBuf.sameCodeInterval = scantime; return TMC_OK; } return TMC_ERROR; } /** * @function ReviseDifferentCodeInterval * @brief 修改相异条码间隔 */ uint8_t ReviseDifferentCodeInterval(BarData *pCode) { uint16_t scantime; //读码时长设定 if(g_SysModal == SYSMODE_OPEN) { scantime = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(scantime > DIFFERENT_CODE_INTERVAL_MAX) { return TMC_ERROR; } gConfgBuf.differentCodeInterval = scantime; return TMC_OK; } return TMC_ERROR; } /** * @function SMReviseSensitivity * @brief 修改灵敏度 */ uint8_t SMReviseSensitivity(BarData *pCode) { uint16_t sensor; sensor = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(sensor > SENSORTIVITY_VALUE_MAX) { return TMC_ERROR; } if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.sensitivity = sensor; return TMC_OK; } return TMC_ERROR; } /** * @function SMReviseImageStableTime * @brief 修改稳像时长 */ uint8_t SMReviseImageStableTime(BarData *pCode) { uint32_t time; time = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(time > STABLE_TIME_MAX) { return TMC_ERROR; } if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.stableTime = time; return TMC_OK; } return TMC_ERROR; } uint8_t HIDKBW(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.comunitationType = USBDEVTYPE_HIDKBD; return TMC_OK; } return TMC_ERROR; } uint8_t HIDKBWAuto(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.comunitationType = USBDEVTYPE_HIDKBD; gConfgBuf.scanCodeMode = AUTOMODE; return TMC_OK; } return TMC_ERROR; } /*修改键间延时*/ uint8_t ReviseKeyInterval(BarData *pCode) { uint8_t timedelay; //长度检查 if(pCode->datalen > (SETCODELEN + 2)) { return TMC_ERROR; } //延时设定 timedelay = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(timedelay > KEY_DELAY_MAX) { return TMC_ERROR; } if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.HIDKBValToRelInterval = timedelay; gConfgBuf.HIDKBRelToValInterval = timedelay; return TMC_OK; } return TMC_ERROR; } /*修改轮询间隔*/ uint8_t RevisePollSpeed(BarData *pCode) { uint8_t speed; //码长判定 if(pCode->datalen != (SETCODELEN + 2)) { return TMC_ERROR; } speed = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if((speed == 0x00) || (speed > KEY_POLL_SPEED_MAX)) { return TMC_ERROR; } if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.HIDPollRate = speed; return TMC_OK; } return TMC_ERROR; } uint8_t HIDPOS(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.comunitationType = USBDEVTYPE_HIDPOS; return TMC_OK; } return TMC_ERROR; } uint8_t USBVirtualCOM(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.comunitationType = USBDEVTYPE_VSP; return TMC_OK; } return TMC_ERROR; } uint8_t TTLUART(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.comunitationType = UART; return TMC_OK; } return TMC_ERROR; } //设置波特率 uint8_t SetUARTBaudRate(BarData *pCode) { uint32_t baudrate; baudrate = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.uartBaudRate = (Uart_BaudRate_Value) baudrate; return TMC_OK; } return TMC_ERROR; } /** * @function DataInGBK * @brief 输入GBK */ uint8_t DataInGBK(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.inputCodeType = GBK; return TMC_OK; } return TMC_ERROR; } /** * @function DataInUTF8 * @brief 输入UTF8 */ uint8_t DataInUTF8(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.inputCodeType = UTF8; return TMC_OK; } return TMC_ERROR; } /** * @function DataInAuto * @brief 输入自动识别 */ uint8_t DataInAuto(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.inputCodeType = AUTO; return TMC_OK; } return TMC_ERROR; } /** * @function DataOutGBK * @brief 输出GBK */ uint8_t DataOutGBK(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.outputCodeType = GBK; return TMC_OK; } return TMC_ERROR; } /** * @function DataOutUnicode * @brief 输出Unicode */ uint8_t DataOutUnicode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.outputCodeType = UNICODE; return TMC_OK; } return TMC_ERROR; } /** * @function DataOutUTF8 * @brief 输出UTF8 */ uint8_t DataOutUTF8(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.outputCodeType = UTF8; return TMC_OK; } return TMC_ERROR; } /** * @function EnableBillMode * @brief 允许发票模式 */ uint8_t EnableBillMode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.billModeStatus = ON; return TMC_OK; } return TMC_ERROR; } /** * @function DisableBillMode * @brief 不允许发票模式 */ uint8_t DisableBillMode(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.billModeStatus = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t SetTail_CR(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.endCode = END_DOCE_CR; return TMC_OK; } return TMC_ERROR; } uint8_t SetTail_CTLF(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.endCode = END_DOCE_CRLF; return TMC_OK; } return TMC_ERROR; } uint8_t SetTail_ON(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.endCode = END_DOCE_NO; return TMC_OK; } return TMC_ERROR; } uint8_t SetTail_TAB(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.endCode = END_DOCE_TAB; return TMC_OK; } return TMC_ERROR; } /***********************************Start of Code Setting*************************************/ /** * @function EnableRaedALl * @brief 允许识读所有类型 */ uint8_t EnableRaedALl(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13 = ON; gConfgBuf.EAN8 = ON; gConfgBuf.UPCA = ON; gConfgBuf.UPCE0 = ON; gConfgBuf.UPCE1 = ON; gConfgBuf.Code128 = ON; gConfgBuf.CodeBar = ON; gConfgBuf.Code39 = ON; gConfgBuf.Code93 = ON; gConfgBuf.Interleaved25 = ON; gConfgBuf.QR = ON; gConfgBuf.DM = ON; gConfgBuf.PDF417 = ON; gConfgBuf.Matrix25 = ON; gConfgBuf.Industrial_25 = ON; gConfgBuf.IATA25 = ON; return TMC_OK; } return TMC_ERROR; } /** * @function DisableRaedALl * @brief 禁止识读所有类型,除了设置码 */ uint8_t DisableRaedALl(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13 = OFF; gConfgBuf.EAN8 = OFF; gConfgBuf.UPCA = OFF; gConfgBuf.UPCE0 = OFF; gConfgBuf.UPCE1 = OFF; gConfgBuf.Code128 = OFF; gConfgBuf.Code39 = OFF; gConfgBuf.Code93 = OFF; gConfgBuf.CodeBar = OFF; gConfgBuf.Interleaved25 = OFF; gConfgBuf.QR = OFF; gConfgBuf.DM = OFF; gConfgBuf.PDF417 = OFF; gConfgBuf.Matrix25 = OFF; gConfgBuf.Industrial_25 = OFF; gConfgBuf.IATA25 = OFF; return TMC_OK; } return TMC_ERROR; } /** * @function EnableDefault * @brief 打开默认识读类型 */ uint8_t EnableDefault(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13 = DefaultCfg.EAN13; gConfgBuf.EAN8 = DefaultCfg.EAN8; gConfgBuf.UPCA = DefaultCfg.UPCA; gConfgBuf.UPCE0 = DefaultCfg.UPCE0; gConfgBuf.UPCE1 = DefaultCfg.UPCE1; gConfgBuf.Code128 = DefaultCfg.Code128; gConfgBuf.Code39 = DefaultCfg.Code39; gConfgBuf.Code93 = DefaultCfg.Code93; gConfgBuf.CodeBar = DefaultCfg.CodeBar; gConfgBuf.Interleaved25 = DefaultCfg.Interleaved25; gConfgBuf.QR = DefaultCfg.QR; gConfgBuf.DM = DefaultCfg.DM; gConfgBuf.PDF417 = DefaultCfg.PDF417; gConfgBuf.Matrix25 = DefaultCfg.Matrix25; gConfgBuf.Industrial_25 = DefaultCfg.Industrial_25; gConfgBuf.IATA25 = DefaultCfg.IATA25; return TMC_OK; } return TMC_ERROR; } //*************************条码使能*************************// uint8_t EnableEAN13Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableEAN13Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableEAN13Read2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13_2 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableEAN13Read2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13_2 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableEAN13Read5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13_5 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableEAN13Read5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN13_5 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableEAN8Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN8 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableEAN8Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN8 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableEAN8Read2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN8_2 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableEAN8Read2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN8_2 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableEAN8Read5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN8_5 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableEAN8Read5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.EAN8_5 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableUPCARead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCA = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableUPCARead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCA = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t DisableUPCARead2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCA_5 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableUPCARead2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCA_2 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableUPCARead5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCA_5 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableUPCARead5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCA_5 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t EnableUPCE0Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE0 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableUPE0Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE0 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableUPCE1Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE1 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableUPE1Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE1 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t DisableUPCE1Read2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE1_2 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableUPCE1Read2(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE1_2 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableUPCE1Read5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE1_5 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableUPCE1Read5(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.UPCE1_5 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t EnableCode128Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code128 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableCode128Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code128 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableCode39Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code39 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableCode39Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code39 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t DisableCode32(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code39_32 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableCode32(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code39_32 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableFullAsc(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code39_32_Full_ASCII = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableFullAsc(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code39_32_Full_ASCII = ON; return TMC_OK; } return TMC_ERROR; } uint8_t EnableCode93Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code93 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableCode93Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Code93 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableCodeBarRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.CodeBar = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableCodeBarRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.CodeBar = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableQRRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.QR = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableQRRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.QR = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableInterLeavedRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Interleaved25 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableInterLeavedRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Interleaved25 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableMatrixRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Matrix25 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableMatrixdRead(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Matrix25 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableIndustrial25Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Industrial_25 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableIndustrial25Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.Industrial_25 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t EnableIATA25Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.IATA25 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DisableIATA25Read(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.IATA25 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t DMOn(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.DM = ON; return TMC_OK; } return TMC_ERROR; } uint8_t DMOff(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.DM = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t PDF417On(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.PDF417 = ON; return TMC_OK; } return TMC_ERROR; } uint8_t PDF417Off(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.PDF417 = OFF; return TMC_OK; } return TMC_ERROR; } uint8_t ECIModeOn(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.ECIMode = ON; return TMC_OK; } return TMC_ERROR; } uint8_t ECIModeOff(BarData *pCode) { if(g_SysModal == SYSMODE_OPEN) { gConfgBuf.ECIMode = OFF; return TMC_OK; } return TMC_ERROR; } /***********************************End of Code Setting*************************************/ #elif SETTINGCODE_MODE_1 /********************************************************************************* * 以下是扫码盒子通用命令，opensyssetting函数开启系统设置，close函数会将设置值写入flash，否则在ram中 *********************************************************************************/ //设置码开关 /** * @function OpenSysSetting * @brief 开启系统设置码 */ uint8_t OpenSysSetting(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.bSettingCodeFlag = ON; return UpdateCfg(); } /** * @function CloseSysSetting * @brief 关闭系统设置码 */ uint8_t CloseSysSetting(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.bSettingCodeFlag = OFF; SetOutputData((uint8_t *)"S_CMD_0301",10); return UpdateCfg(); } //补光灯亮 uint8_t SCMD_LedOn(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.ledStatus = ON; SetOutputData((uint8_t *)"S_CMD_0301",10); return UpdateCfg(); } //补光灯灭 uint8_t SCMD_LedOff(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.ledStatus = OFF; SetOutputData((uint8_t *)"S_CMD_0300",10); return UpdateCfg(); } //关闭LED闪烁 uint8_t SCMD_LEDFlashOff(BarData *pCode) { SetOutputData((uint8_t *)"S_CMD_0408",10); Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.ledFlash = OFF; return UpdateCfg(); } //开启LED闪烁提示 uint8_t SCMD_LEDFlashOn(BarData *pCode) { SetOutputData((uint8_t *)"S_CMD_0409",10); Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.ledFlash = ON; return UpdateCfg(); } //开启声音 uint8_t SCMD_OpenAllVoice(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.voiceStatus = ON; return UpdateCfg(); } //开机声配置切换，切换盒子原开机声 uint8_t SCMD_OpenVoice1(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.OpenvoiceChangeFlag = OFF; return UpdateCfg(); } //开机声配置切换，切换"欢迎使用" uint8_t SCMD_OpenVoice2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.OpenvoiceChangeFlag = ON; return UpdateCfg(); } //关闭支付类提示音 uint8_t SCMD_ClosePayVoice(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.voiceStatus = VOICE_NO_PAY; return UpdateCfg(); } //关闭声音 uint8_t SCMD_CloseAllVoice(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.voiceStatus = OFF; return UpdateCfg(); } uint8_t ReviseVolume(BarData *pCode) { uint8_t volume; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); volume = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); SetOutputData((uint8_t *)"S_CMD_04VL",10); if(volume > 15) { return TMC_ERROR; } gConfgBuf.voiceVolume = volume; return UpdateCfg(); } //开启叮咚 uint8_t SCMD_OpenDingdongVoice(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.voiceScanFinish = VOICE_FINISH_DINGDONG; return UpdateCfg(); } //开启扫码完成，开始打印 uint8_t SCMD_OpenPrintVoice(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.voiceScanFinish = VOICE_FINISH_PRINT; return UpdateCfg(); } //开启扫码成功 uint8_t SCMD_ScanSuccessVoice(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.voiceScanFinish = VOICE_SCAN_SUCCESS; return UpdateCfg(); } //打开蜂鸣器 uint8_t SCMD_OpenBuzzer(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.buzzerStatus = ON; return UpdateCfg(); } //关闭蜂鸣器 uint8_t SCMD_CloseBuzzer(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.buzzerStatus = OFF; return UpdateCfg(); } /** * @function ScanToneFrequency * @brief 提示音频率 */ uint8_t ScanToneFrequency(BarData *pCode) { uint16_t fre; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); fre = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); gConfgBuf.buzzerFrequency = fre; return UpdateCfg(); } /** * @function ScanToneDuty * @brief 提示音占空比 */ uint8_t ScanToneDuty(BarData *pCode) { uint8_t duty; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); duty = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(duty >= 100) { return TMC_ERROR; } gConfgBuf.buzzerDuty = duty; return UpdateCfg(); } //命令模式 uint8_t CmdMode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.scanCodeMode = CMDMODE; return UpdateCfg(); } //命令超时模式 uint8_t CmdTimeMode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.scanCodeMode = CMDTIMEMODE; gConfgBuf.comunitationType = USBDEVTYPE_VSP; return UpdateCfg(); } //自动模式 uint8_t AutoMode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.scanCodeMode = AUTOMODE; return UpdateCfg(); } //移动感应模式 uint8_t SensorMode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.scanCodeMode = SENSORMODE; return UpdateCfg(); } //单次模式 uint8_t SingleScanMode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.scanCodeMode = SINGLEMODE; return UpdateCfg(); } /** * @function ReviseCmdTimeMode * @brief 修改命令超时时间，最小1ms，最大65535ms */ uint8_t ReviseCmdTimeMode(BarData *pCode) { uint16_t time; //读码时长设定 Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); time = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(time >= CMD_MODE_TIME_MAX) { time = CMD_MODE_TIME_MAX; } if(time <= CMD_MODE_TIME_MIN) { time = CMD_MODE_TIME_MIN; } gConfgBuf.cmdModeTime = time; return UpdateCfg(); } /** * @function ReviseSameCodeInterval * @brief 修改相同条码间隔 */ uint8_t ReviseSameCodeInterval(BarData *pCode) { uint16_t scantime; //读码时长设定 Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); scantime = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(scantime > SAME_CODE_INTERVAL_MAX) { return TMC_ERROR; } gConfgBuf.sameCodeInterval = scantime; return UpdateCfg(); } /** * @function ReviseDifferentCodeInterval * @brief 修改相异条码间隔 */ uint8_t ReviseDifferentCodeInterval(BarData *pCode) { uint16_t scantime; //读码时长设定 Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); scantime = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(scantime > DIFFERENT_CODE_INTERVAL_MAX) { return TMC_ERROR; } gConfgBuf.differentCodeInterval = scantime; return UpdateCfg(); } /** * @function SMReviseSensitivity * @brief 修改灵敏度 */ uint8_t SMReviseSensitivity(BarData *pCode) { uint16_t sensor; sensor = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(sensor > SENSORTIVITY_VALUE_MAX) { return TMC_ERROR; } Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.sensitivity = sensor; return UpdateCfg(); } /** * @function SMReviseImageStableTime * @brief 修改稳像时长 */ uint8_t SMReviseImageStableTime(BarData *pCode) { uint32_t time; time = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(time > STABLE_TIME_MAX) { return TMC_ERROR; } Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.stableTime = time; return UpdateCfg(); } uint8_t HIDKBW(BarData *pCode) { uint8_t bStatus; uint8_t bPretype = gConfgBuf.comunitationType; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.comunitationType = USBDEVTYPE_HIDKBD; bStatus = UpdateCfg(); if(bStatus == TMC_OK) { if(bPretype != gConfgBuf.comunitationType) { //USB初始化 AppUSBInit(gConfgBuf.comunitationType); } } return bStatus; } uint8_t HIDKBWAuto(BarData *pCode) { uint8_t bStatus; uint8_t bPretype = gConfgBuf.comunitationType; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.comunitationType = USBDEVTYPE_HIDKBD; gConfgBuf.scanCodeMode = AUTOMODE; bStatus = UpdateCfg(); if(bStatus == TMC_OK) { if(bPretype != gConfgBuf.comunitationType) { //USB初始化 AppUSBInit(gConfgBuf.comunitationType); } } return bStatus; } /*修改键间延时*/ uint8_t ReviseKeyInterval(BarData *pCode) { uint8_t timedelay; //长度检查 if(pCode->datalen > (SETCODELEN + 2)) { return TMC_ERROR; } //延时设定 timedelay = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if(timedelay > KEY_DELAY_MAX) { return TMC_ERROR; } Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.HIDKBValToRelInterval = timedelay; gConfgBuf.HIDKBRelToValInterval = timedelay; return UpdateCfg(); } /*修改轮询间隔*/ uint8_t RevisePollSpeed(BarData *pCode) { uint8_t speed; //码长判定 if(pCode->datalen != (SETCODELEN + 2)) { return TMC_ERROR; } speed = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); if((speed == 0x00) || (speed > KEY_POLL_SPEED_MAX)) { return TMC_ERROR; } Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.HIDPollRate = speed; return UpdateCfg(); } uint8_t HIDPOS(BarData *pCode) { uint8_t bStatus; uint8_t bPretype = gConfgBuf.comunitationType; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.comunitationType = USBDEVTYPE_HIDPOS; bStatus = UpdateCfg(); if(bStatus == TMC_OK) { if(bPretype != gConfgBuf.comunitationType) { //USB初始化 AppUSBInit(gConfgBuf.comunitationType); } } return bStatus; } uint8_t USBVirtualCOM(BarData *pCode) { uint8_t bStatus; uint8_t bPretype = gConfgBuf.comunitationType; if(bPretype!=USBDEVTYPE_VSP) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.comunitationType = USBDEVTYPE_VSP; bStatus = UpdateCfg(); if(bStatus == TMC_OK) { //if(bPretype != gConfgBuf.comunitationType) { //USB初始化 AppUSBInit(gConfgBuf.comunitationType); } } } else bStatus = TMC_OK; return bStatus; } uint8_t TTLUART(BarData *pCode) { uint8_t bStatus; uint8_t bPretype = gConfgBuf.comunitationType; Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.comunitationType = UART; bStatus = UpdateCfg(); if(bStatus == TMC_OK) { if(bPretype != gConfgBuf.comunitationType) { AppUartInit(gConfgBuf.uartBaudRate, UART_PARITY_MODE_NONE); } } return bStatus; } //设置波特率 uint8_t SetUARTBaudRate(BarData *pCode) { uint8_t bStatus; uint32_t baudrate; baudrate = StringToDec(&pCode->bardata[SETCODELEN], pCode->datalen - SETCODELEN); Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.uartBaudRate = (Uart_BaudRate_Value) baudrate; bStatus = UpdateCfg(); if(bStatus == TMC_OK) { AppUartInit(gConfgBuf.uartBaudRate, UART_PARITY_MODE_NONE); } return bStatus; } /** * @function DataInGBK * @brief 输入GBK */ uint8_t DataInGBK(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.inputCodeType = GBK; return UpdateCfg(); } /** * @function DataInUTF8 * @brief 输入UTF8 */ uint8_t DataInUTF8(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.inputCodeType = UTF8; return UpdateCfg(); } /** * @function DataInAuto * @brief 输入自动识别 */ uint8_t DataInAuto(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.inputCodeType = AUTO; return UpdateCfg(); } /** * @function DataOutGBK * @brief 输出GBK */ uint8_t DataOutGBK(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.outputCodeType = GBK; return UpdateCfg(); } /** * @function DataOutUnicode * @brief 输出Unicode */ uint8_t DataOutUnicode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.outputCodeType = UNICODE; return UpdateCfg(); } /** * @function DataOutUTF8 * @brief 输出UTF8 */ uint8_t DataOutUTF8(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.outputCodeType = UTF8; return UpdateCfg(); } /** * @function EnableBillMode * @brief 允许发票模式 */ uint8_t EnableBillMode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.billModeStatus = ON; return UpdateCfg(); } /** * @function DisableBillMode * @brief 不允许发票模式 */ uint8_t DisableBillMode(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.billModeStatus = OFF; return UpdateCfg(); } uint8_t SetTail_CR(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.endCode = END_DOCE_CR; return UpdateCfg(); } uint8_t SetTail_CTLF(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.endCode = END_DOCE_CRLF; return UpdateCfg(); } uint8_t SetTail_ON(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.endCode = END_DOCE_NO; return UpdateCfg(); } uint8_t SetTail_TAB(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.endCode = END_DOCE_TAB; return UpdateCfg(); } /***********************************Start of Code Setting*************************************/ /** * @function EnableRaedALl * @brief 允许识读所有类型 */ uint8_t EnableRaedALl(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13 = ON; gConfgBuf.EAN8 = ON; gConfgBuf.UPCA = ON; gConfgBuf.UPCE0 = ON; gConfgBuf.UPCE1 = ON; gConfgBuf.Code128 = ON; gConfgBuf.CodeBar = ON; gConfgBuf.Code39 = ON; gConfgBuf.Code93 = ON; gConfgBuf.Interleaved25 = ON; gConfgBuf.QR = ON; gConfgBuf.DM = ON; gConfgBuf.PDF417 = ON; gConfgBuf.Matrix25 = ON; gConfgBuf.Industrial_25 = ON; gConfgBuf.IATA25 = ON; return UpdateALCfg(); } /** * @function DisableRaedALl * @brief 禁止识读所有类型,除了设置码 */ uint8_t DisableRaedALl(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13 = OFF; gConfgBuf.EAN8 = OFF; gConfgBuf.UPCA = OFF; gConfgBuf.UPCE0 = OFF; gConfgBuf.UPCE1 = OFF; gConfgBuf.Code128 = OFF; gConfgBuf.Code39 = OFF; gConfgBuf.Code93 = OFF; gConfgBuf.CodeBar = OFF; gConfgBuf.Interleaved25 = OFF; gConfgBuf.QR = OFF; gConfgBuf.DM = OFF; gConfgBuf.PDF417 = OFF; gConfgBuf.Matrix25 = OFF; gConfgBuf.Industrial_25 = OFF; gConfgBuf.IATA25 = OFF; return UpdateALCfg(); } /** * @function EnableDefault * @brief 打开默认识读类型 */ uint8_t EnableDefault(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13 = DefaultCfg.EAN13; gConfgBuf.EAN8 = DefaultCfg.EAN8; gConfgBuf.UPCA = DefaultCfg.UPCA; gConfgBuf.UPCE0 = DefaultCfg.UPCE0; gConfgBuf.UPCE1 = DefaultCfg.UPCE1; gConfgBuf.Code128 = DefaultCfg.Code128; gConfgBuf.Code39 = DefaultCfg.Code39; gConfgBuf.Code93 = DefaultCfg.Code93; gConfgBuf.CodeBar = DefaultCfg.CodeBar; gConfgBuf.Interleaved25 = DefaultCfg.Interleaved25; gConfgBuf.QR = DefaultCfg.QR; gConfgBuf.DM = DefaultCfg.DM; gConfgBuf.PDF417 = DefaultCfg.PDF417; gConfgBuf.Matrix25 = DefaultCfg.Matrix25; gConfgBuf.Industrial_25 = DefaultCfg.Industrial_25; gConfgBuf.IATA25 = DefaultCfg.IATA25; return UpdateALCfg(); } //*************************条码使能*************************// uint8_t EnableEAN13Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13 = ON; return UpdateALCfg(); } uint8_t DisableEAN13Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13 = OFF; return UpdateALCfg(); } uint8_t EnableEAN13Read2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13_2 = ON; return UpdateALCfg(); } uint8_t DisableEAN13Read2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13_2 = OFF; return UpdateALCfg(); } uint8_t EnableEAN13Read5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13_5 = ON; return UpdateALCfg(); } uint8_t DisableEAN13Read5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN13_5 = OFF; return UpdateALCfg(); } uint8_t EnableEAN8Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN8 = ON; return UpdateALCfg(); } uint8_t DisableEAN8Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN8 = OFF; return UpdateALCfg(); } uint8_t EnableEAN8Read2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN8_2 = ON; return UpdateALCfg(); } uint8_t DisableEAN8Read2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN8_2 = OFF; return UpdateALCfg(); } uint8_t EnableEAN8Read5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN8_5 = ON; return UpdateALCfg(); } uint8_t DisableEAN8Read5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.EAN8_5 = OFF; return UpdateALCfg(); } uint8_t EnableUPCARead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCA = ON; return UpdateALCfg(); } uint8_t DisableUPCARead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCA = OFF; return UpdateALCfg(); } uint8_t DisableUPCARead2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCA_5 = OFF; return UpdateALCfg(); } uint8_t EnableUPCARead2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCA_2 = ON; return UpdateALCfg(); } uint8_t DisableUPCARead5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCA_5 = OFF; return UpdateALCfg(); } uint8_t EnableUPCARead5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCA_5 = ON; return UpdateALCfg(); } uint8_t EnableUPCE0Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE0 = ON; return UpdateALCfg(); } uint8_t DisableUPE0Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE0 = OFF; return UpdateALCfg(); } uint8_t EnableUPCE1Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE1 = ON; return UpdateALCfg(); } uint8_t DisableUPE1Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE1 = OFF; return UpdateALCfg(); } uint8_t DisableUPCE1Read2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE1_2 = OFF; return UpdateALCfg(); } uint8_t EnableUPCE1Read2(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE1_2 = ON; return UpdateALCfg(); } uint8_t DisableUPCE1Read5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE1_5 = OFF; return UpdateALCfg(); } uint8_t EnableUPCE1Read5(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.UPCE1_5 = ON; return UpdateALCfg(); } uint8_t EnableCode128Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code128 = ON; return UpdateALCfg(); } uint8_t DisableCode128Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code128 = OFF; return UpdateALCfg(); } uint8_t EnableCode39Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code39 = ON; return UpdateALCfg(); } uint8_t DisableCode39Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code39 = OFF; return UpdateALCfg(); } uint8_t DisableCode32(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code39_32 = OFF; return UpdateALCfg(); } uint8_t EnableCode32(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code39_32 = ON; return UpdateALCfg(); } uint8_t DisableFullAsc(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code39_32_Full_ASCII = OFF; return UpdateALCfg(); } uint8_t EnableFullAsc(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code39_32_Full_ASCII = ON; return UpdateALCfg(); } uint8_t EnableCode93Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code93 = ON; return UpdateALCfg(); } uint8_t DisableCode93Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Code93 = OFF; return UpdateALCfg(); } uint8_t EnableCodeBarRead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.CodeBar = ON; return UpdateALCfg(); } uint8_t DisableCodeBarRead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.CodeBar = OFF; return UpdateALCfg(); } uint8_t EnableQRRead(BarData *pCode) { // Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); SetOutputData((uint8_t *)"C_CMD_QR01",10); gConfgBuf.QR = ON; return UpdateALCfg(); } uint8_t DisableQRRead(BarData *pCode) { // Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); SetOutputData((uint8_t *)"C_CMD_QR00",10); gConfgBuf.QR = OFF; return UpdateALCfg(); } uint8_t EnableInterLeavedRead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Interleaved25 = ON; return UpdateALCfg(); } uint8_t DisableInterLeavedRead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Interleaved25 = OFF; return UpdateALCfg(); } uint8_t EnableMatrixRead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Matrix25 = ON; return UpdateALCfg(); } uint8_t DisableMatrixdRead(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Matrix25 = OFF; return UpdateALCfg(); } uint8_t EnableIndustrial25Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Industrial_25 = ON; return UpdateALCfg(); } uint8_t DisableIndustrial25Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.Industrial_25 = OFF; return UpdateALCfg(); } uint8_t EnableIATA25Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.IATA25 = ON; return UpdateALCfg(); } uint8_t DisableIATA25Read(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.IATA25 = OFF; return UpdateALCfg(); } uint8_t DMOn(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.DM = ON; return UpdateALCfg(); } uint8_t DMOff(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.DM = OFF; return UpdateALCfg(); } uint8_t PDF417On(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.PDF417 = ON; return UpdateALCfg(); } uint8_t PDF417Off(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.PDF417 = OFF; return UpdateALCfg(); } uint8_t ECIModeOn(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.ECIMode = ON; return UpdateALCfg(); } uint8_t ECIModeOff(BarData *pCode) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.ECIMode = OFF; return UpdateALCfg(); } #endif uint8_t PlayVoice(BarData *pCode) { // AppVoicePlay((uint8_t *)scanFinishVoiceFile, sizeof(scanFinishVoiceFile), gConfgBuf.voiceVolume); addPlayList(VOICEDATA,(uint8_t *)scanFinishVoiceFile, sizeof(scanFinishVoiceFile)); return TMC_NONE; } /********************************************************************************* * 以下是生产写SN相关工序函数，分别是获取SN，如果没有SN，进行写入SN；已有SN，提供清除SN的操作 *********************************************************************************/ //获取SN uint8_t ProductGetSN(BarData *pCode) { uint8_t *p_sn = (uint8_t *) TUSNADDR; //读标记，如果已存在，返回SN值，如果不存在，返回错误 if(*(p_sn + SN_SFLAG_OFFS) == 'S' && *(p_sn + SN_NFLAG_OFFS) == 'N') { ClearOutputLen(); SetOutputData((uint8_t *)"S0000RSN",8); if(!gReceiveKey) { SetPackType(PACK_TYPEA); SetOutputData((uint8_t *)"NOKEY",5); ReportData(Communication_Id); } else { SetOutputData((p_sn + SN_NFLAG_OFFS+1),*(p_sn+SN_LEN_OFFS) - SN_SNFLAG_LEN); ReportData(Communication_Id); } return TMC_NONE; } else { SetOutputData((uint8_t *)"S0000RSN",8); return TMC_ERROR; } } //写SN uint8_t ProductWriteSN(BarData *pCode) { uint8_t uLen; uint8_t tmpbuf[FLASHPAGESIZE]; uint8_t status; uLen = pCode->datalen - SN_PROTOCOL_WSN_OFFS;//该长度包含SN字符长度 tmpbuf[SN_LEN_OFFS] = uLen; memcpy(tmpbuf + SN_SFLAG_OFFS, pCode->bardata + SN_PROTOCOL_WSN_OFFS, uLen); status = FLASH_NormalErase((uint8_t *)TUSNADDR); if(status != TMC_OK) { SetOutputData((uint8_t *)"S0000WSN",8); return TMC_ERROR; } status = FLASH_WriteDoubleWords((uint32_t)TUSNADDR, (uint32_t)&tmpbuf, FLASHPAGESIZE / 2); if(status != TMC_OK) { SetOutputData((uint8_t *)"S0000WSN",8); return TMC_ERROR; } SetOutputData((uint8_t *)"S0000WSN",8); return TMC_OK; // return SN_EXIT; } //清除SN uint8_t ProductClearSN(BarData *pCode) { uint8_t status; status = FLASH_NormalErase((uint8_t *)TUSNADDR); if(status != TMC_OK) { return TMC_ERROR; } return TMC_OK; } //输出SN uint8_t OutputSN(BarData *pCode) { uint8_t *p_sn = (uint8_t *) TUSNADDR; //读标记，如果已存在，返回SN值，如果不存在，输出"FFFF" if(*(p_sn + SN_SFLAG_OFFS) == 'S' && *(p_sn + SN_NFLAG_OFFS) == 'N') { SetOutputData((uint8_t *)(TUSNADDR + SN_DATA_OFFS), (uint8_t)(*((uint32_t *)TUSNADDR) - SN_SNFLAG_LEN)); // SetOutputData((uint8_t *)"\n", CRLF_LEN); ReportData(pCode->bartype); } else { SetOutputData((uint8_t *)"FFFF", NO_SN_LEN); ReportData(pCode->bartype); } return TMC_OK; } //置生产标记，如果这个标记是特定值，端口根据配置区；否则，默认端口是虚拟串口 uint8_t SetProductFlag(BarData *pCode) { uint8_t tmpbuf[FLASHPAGESIZE] = PRODUCT_FLAG_VALUE; uint8_t status; status = FLASH_NormalErase((uint8_t *)PRODUCT_FLAG_ADDR); if(status != TMC_OK) { return TMC_ERROR; } status = FLASH_WriteDoubleWords((uint32_t)PRODUCT_FLAG_ADDR, (uint32_t)&tmpbuf, FLASHPAGESIZE / 2); if(status != TMC_OK) { return TMC_ERROR; } return TMC_OK; } //读取生产标记，如果这个标记是特定值，端口根据配置区；否则，默认端口是虚拟串口 uint8_t GetProductFlag(BarData *pCode) { uint8_t *pFlag = (uint8_t *) PRODUCT_FLAG_ADDR; if(memcmp(pFlag, PRODUCT_FLAG_VALUE, PRODUCT_FLAG_LEN)) { return TMC_ERROR; } return TMC_OK; } //清生产标记，如果这个标记是特定值，端口根据配置区；否则，默认端口是虚拟串口 uint8_t ClearProductFlag(BarData *pCode) { uint8_t status; status = FLASH_NormalErase((uint8_t *)PRODUCT_FLAG_ADDR); if(status != TMC_OK) { return TMC_ERROR; } return TMC_OK; } //获取芯片SN uint8_t GetChipSN(BarData *pCode) { uint8_t *pSn = (uint8_t *) SNADDR; SetOutputData((uint8_t *)pSn, SNLEN); ReportData(pCode->bartype); return TMC_NONE; } void GetChipSNStr(int commtype) { char tmp[SNLEN*2+10]; uint8_t c1,c2,len; uint8_t *pSn = (uint8_t *) SNADDR; len = 0; for(int i=0;i>4; if(c2>9) tmp[len] = 'A' + c2 - 10; else tmp[len] = c2 + '0'; len++; if(c1>9) tmp[len] = 'A' + c1 - 10; else tmp[len] = c1 + '0'; len++; } // tmp[len++] = '\n'; SetOutputData((uint8_t *)tmp, len); ReportData(commtype); } //写入License uint8_t WriteLicense(BarData *pCode) { uint8_t license[SNLEN + SNFLAGLEN], status; if((pCode->datalen - SETCODELEN_MODULE) == SNLEN) { memcpy(&license, pCode->bardata + SETCODELEN_MODULE, SNLEN); memcpy(&license[SNLEN], (uint8_t *) "LICENSE.", SNFLAGLEN); status = FLASH_NormalErase((uint8_t *)LINSCENCE); if(status != TMC_OK) { return TMC_ERROR; } status = FLASH_WriteDoubleWords((uint32_t)LINSCENCE, (uint32_t)&license, SNLEN + SNFLAGLEN); if(status != TMC_OK) { return TMC_ERROR; } return TMC_OK; } return TMC_ERROR; } //读取License uint8_t GetLicense(BarData *pCode) { uint8_t *pLicense = (uint8_t *) LINSCENCE; if(memcmp(pLicense + SNLEN, (uint8_t *) "LICENSE.", SNFLAGLEN)) { return TMC_ERROR; } SetOutputData((uint8_t *)pLicense, SNLEN); ReportData(pCode->bartype); return TMC_NONE; } //验证License是否有效 uint8_t CheckLicense(BarData *pCode) { uint8_t *pLicense = (uint8_t *) LINSCENCE; if(TMC_Scan_Init(pLicense) == 0) { return TMC_OK; } else { return TMC_ERROR; } } /** * @function EnableKeyVoice * @brief press key voice on * @param[in] pCode * @return */ uint8_t EnableKeyVoice(BarData *pCode) { SetOutputData((uint8_t *)"S_CMD_VC01",10); if(gConfgBuf.statusKeyVoice!=ON) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.statusKeyVoice = ON; return UpdateCfg(); } return TMC_OK; } /** * @function DisableKeyVoice * @brief press key voice off * @param[in] pCode * @return */ uint8_t DisableKeyVoice(BarData *pCode) { SetOutputData((uint8_t *)"S_CMD_VC00",10); if(gConfgBuf.statusKeyVoice!=OFF) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.statusKeyVoice = OFF; return UpdateCfg(); } return TMC_OK; } uint8_t PayCodeEnable(BarData *pCode) { SetOutputData(pCode->bardata,pCode->datalen); if(pCode->bardata[9]=='1') { if(gConfgBuf.payCodeEnable==OFF) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.payCodeEnable = ON; return UpdateCfg(); } return TMC_OK; } else { if(gConfgBuf.payCodeEnable==ON) { Memcpy((uint8_t *) &gConfgBuf, (uint8_t *) gCurrentSysCfg, sizeof(CfgSetting)); gConfgBuf.payCodeEnable = OFF; return UpdateCfg(); } return TMC_OK; } } /** * @function PlayLockVoice * @brief */ extern void CmdPlayVoice(uint8_t *cmd); uint8_t PlayLockVoice(BarData *pCode) { CmdPlayVoice(pCode->bardata + SETCODELEN + 6); SetOutputData(pCode->bardata,pCode->datalen); // SetOutputData((uint8_t *)"S_CMD_PLAYVOICE",15); return TMC_OK; } extern uint8_t RN[];//random number uint8_t CmdGetRan(BarData *pCode) { uint8_t i,r[5],r16[12],cmd[20]; srand(TMC_GetTick()); for(i=0;i<5;i++) { r[i] = rand()%0xff; RN[i+5] = r[i]; } for(i=10;i<20;i++)RN[i] = RN[i-10]; for(i=20;i<30;i++)RN[i] = RN[i-20]; BinToCode16(r,r16,5); strcpy(cmd,"LRRAN"); strcat(cmd,r16); SetOutputData((uint8_t *)cmd, strlen(cmd)); SetPackType(PACK_TYPEA); ReportData(pCode->bartype); return TMC_NONE; } extern uint8_t ShowVersion(BarData *pCode); extern uint8_t ChangeToCom(BarData *pCode); extern uint8_t ChangeToHIDKBW(BarData *pCode); extern uint8_t EnOrDisOneDimCode(BarData *pCode); extern uint8_t EnOrDisTwoDimCode(BarData *pCode); extern uint8_t EnOrDisKey(BarData *pCode); extern uint8_t IncreaseVolume(BarData *pCode); extern uint8_t DecreaseVolume(BarData *pCode); extern uint8_t Fn29ShowSN(BarData *pCode); extern uint8_t Fn88ShowDevicemod(BarData *pCode); /********************************************************************************* * 命令表 *********************************************************************************/ const ScanCodeHandle CommCmdTable[] = { {{"S_CMD_PLAY"}, SETCODELEN, PlayLockVoice}, //play vpoce /********************************************************************************* * 以下是扫码模块命令，注意扫码模块使用时，DefaultCfg.scanCodeMode应设置为1：命令 模式 *********************************************************************************/ {{"S0000030"}, SETCODELEN_MODULE, OutVersion}, //获取版本 {{"SU0000FF"}, SETCODELEN_MODULE, UpdateApp}, //更新固件 /********************************************************************************* * 以下是串口写SN命令 *********************************************************************************/ {{"S0000RSN"}, SETCODELEN_MODULE, ProductGetSN}, //获取SN {{"S0000WSN"}, SETCODELEN_MODULE, ProductWriteSN}, //写SN /********************************************************************************* * 以下是扫码盒子通用命令，opensyssetting函数开启系统设置，close函数会将设置值写入flash，否则在ram中 *********************************************************************************/ {{"S_CMD_FFFF"}, SETCODELEN, RestoreFactorySetting}, {{"S_CMD_0301"}, SETCODELEN, SCMD_LedOn}, //白色灯常亮设置 {{"S_CMD_0300"}, SETCODELEN, SCMD_LedOff}, //白色灯普通设置 {{"S_CMD_04VL"}, SETCODELEN, ReviseVolume}, //修改语音大小 {{"S_CMD_0409"}, SETCODELEN, SCMD_LEDFlashOn}, //开启LED闪烁 {{"S_CMD_0408"}, SETCODELEN, SCMD_LEDFlashOff}, //关闭LED闪烁 {{"S_CMD_VC01"}, SETCODELEN, EnableKeyVoice}, //开按键音 {{"S_CMD_VC00"}, SETCODELEN, DisableKeyVoice}, //关按键音 {{"C_CMD_QR00"}, SETCODELEN, DisableQRRead}, {{"C_CMD_QR01"}, SETCODELEN, EnableQRRead}, {{"ENABLEBARCODE"}, 13, EnOrDisOneDimCode}, {{"ENABLEKEYBOARD"}, 14, EnOrDisKey}, {{"INCREASEV+"}, 10, IncreaseVolume}, {{"DECREASEV-"}, 10, DecreaseVolume}, {{"PAYENABLE"}, 9, PayCodeEnable}, {{"DEVICEMOD"}, 9, Fn88ShowDevicemod}, }; //扫码命令表，可自行修改和扩展 const ScanCodeHandle scanCodeCmdTable[] = { {{"S_CMD_PLAY"}, SETCODELEN, PlayLockVoice}, //play vpoce /********************************************************************************* * 以下是扫码模块命令，注意扫码模块使用时，DefaultCfg.scanCodeMode应设置为1：命令 模式 *********************************************************************************/ {{"S0000030"}, SETCODELEN_MODULE, OutVersion}, //获取版本 {{"SU0000FF"}, SETCODELEN_MODULE, UpdateApp}, //更新固件 /********************************************************************************* * 以下是串口写license *********************************************************************************/ /********************************************************************************* * 以下是串口写SN命令 *********************************************************************************/ {{"S0000RSN"}, SETCODELEN_MODULE, ProductGetSN}, //获取SN {{"S0000WSN"}, SETCODELEN_MODULE, ProductWriteSN}, //写SN /********************************************************************************* * 以下是扫码盒子通用命令，opensyssetting函数开启系统设置，close函数会将设置值写入flash，否则在ram中 *********************************************************************************/ {{"S_CMD_FFFF"}, SETCODELEN, RestoreFactorySetting}, {{"S_CMD_0301"}, SETCODELEN, SCMD_LedOn}, //白色灯常亮设置 {{"S_CMD_0300"}, SETCODELEN, SCMD_LedOff}, //白色灯普通设置 {{"S_CMD_04VL"}, SETCODELEN, ReviseVolume}, //修改语音大小 {{"S_CMD_0409"}, SETCODELEN, SCMD_LEDFlashOn}, //开启LED闪烁 {{"S_CMD_0408"}, SETCODELEN, SCMD_LEDFlashOff}, //关闭LED闪烁 {{"S_CMD_VC01"}, SETCODELEN, EnableKeyVoice}, //开按键音 {{"S_CMD_VC00"}, SETCODELEN, DisableKeyVoice}, //关按键音 {{"C_CMD_QR00"}, SETCODELEN, DisableQRRead}, {{"C_CMD_QR01"}, SETCODELEN, EnableQRRead}, {{"Fn89"}, 4, ShowVersion}, {{"Fn82"}, 4, Fn82RestoreFactorySetting}, {{"Fnclear2"}, 8, UpdateApp}, //更新固件 {{"Fn57"}, 4, EnOrDisOneDimCode}, {{"Fn59"}, 4, EnOrDisTwoDimCode}, {{"Fnclear5"}, 8, EnOrDisKey}, {{"Fn81"}, 4, IncreaseVolume}, {{"Fn83"}, 4, DecreaseVolume}, {{"Fn29"}, 4, Fn29ShowSN}, {{"Fn88"}, 4, Fn88ShowDevicemod}, {{"Fnclear0"}, 8, FC0RestoreFactorySetting}, {{"PAYENABLE"}, 9, PayCodeEnable}, }; const ScanCodeHandle BCmdTable[] = { {{"CRRAN"}, 5, CmdGetRan}, }; const ScanCodeHandle ACmdTable[] = { {{"S0000030"}, SETCODELEN_MODULE, OutVersion}, //获取版本 {{"Fn89"}, 4, ShowVersion}, }; void ScanCodeCmdHandle(BarData *pCode) { uint8_t bStatus; uint16_t i = 0, TableLen; TableLen = sizeof(scanCodeCmdTable) / sizeof(ScanCodeHandle); #if SETTINGCODE_MODE_0 for(i = 0; i < TableLen; i++) { if(Memcmp((uint8_t *)scanCodeCmdTable[i].HandleMsg, pCode->bardata, scanCodeCmdTable[i].MsgLen)) { bStatus = scanCodeCmdTable[i].pFunc(pCode); SetCodeReport(bStatus); //设置码输出提示 return; } } //在关闭QR码时，设置码仍可以识别,其他QR码无反应 if((!gConfgBuf.QR) && (pCode->bartype == QR_Id)) { return; } #elif SETTINGCODE_MODE_1 //关闭设置码的条件下，仅识别开启设置码 if((pCode->datalen == SETCODELEN) && (Memcmp((uint8_t *) "S_CMD_0001", pCode->bardata, SETCODELEN))) { bStatus = OpenSysSetting(pCode); SetCodeReport(bStatus); //设置码输出提示 return; } for(i = 0; i < TableLen; i++) { if(Memcmp((uint8_t *)scanCodeCmdTable[i].HandleMsg, pCode->bardata, scanCodeCmdTable[i].MsgLen)) { if(gConfgBuf.bSettingCodeFlag) { bStatus = scanCodeCmdTable[i].pFunc(pCode); } else { bStatus = TMC_ERROR; } SetCodeReport(bStatus); //设置码输出提示 SetPackType(PACK_TYPEA); if(bStatus==TMC_OK) { SetOutputData((uint8_t *)"OK",2); } else { SetOutputData((uint8_t *)"ERR",3); } ReportData(Communication_Id); return; } } //在关闭QR码时，设置码仍可以识别,其他QR码无反应 if((!gConfgBuf.Code128) && (pCode->bartype == Code_128_Id)) { return; } #endif //非设置码输出提示 PayCodeReport(pCode); } /** * @function CommunicationCmdHandle * @brief 通信命令分发处理，通信协议可自行定义 * @return 无 */ void ACmdHandle(BarData *comdata) { uint16_t i = 0, TableLen; uint8_t status; gFunTrace = 35; TableLen = sizeof(ACmdTable) / sizeof(ScanCodeHandle); for(i = 0; i < TableLen; i++) { if(!memcmp((uint8_t *)ACmdTable[i].HandleMsg, comdata->bardata, ACmdTable[i].MsgLen)) { status = ACmdTable[i].pFunc(comdata); switch(status) { case TMC_OK: //通信命令处理成功返回9000 //通信命令处理成功返回OK SetPackType(PACK_TYPEA); SetOutputData(respSuccess, 2); ReportData(comdata->bartype); break; case TMC_ERROR: //通信命令处理失败返回6A89 //通信命令处理失败返回ERR SetPackType(PACK_TYPEA); SetOutputData(respError, 3); ReportData(comdata->bartype); break; default: break; } // break; return; } } SetPackType(PACK_TYPEA); SetOutputData((uint8_t *)"ILLEGALCMD", 10); ReportData(comdata->bartype); } /** * @function CommunicationCmdHandle * @brief 通信命令分发处理，通信协议可自行定义 * @return 无 */ void BCmdHandle(BarData *comdata) { uint16_t i = 0, TableLen; uint8_t status; gFunTrace = 35; TableLen = sizeof(BCmdTable) / sizeof(ScanCodeHandle); for(i = 0; i < TableLen; i++) { if(!memcmp((uint8_t *)BCmdTable[i].HandleMsg, comdata->bardata, BCmdTable[i].MsgLen)) { status = BCmdTable[i].pFunc(comdata); switch(status) { case TMC_OK: //通信命令处理成功返回9000 //通信命令处理成功返回OK SetPackType(PACK_TYPEA); SetOutputData(respSuccess, 2); ReportData(comdata->bartype); break; case TMC_ERROR: //通信命令处理失败返回6A89 //通信命令处理失败返回ERR SetPackType(PACK_TYPEA); SetOutputData(respError, 3); ReportData(comdata->bartype); break; default: break; } return; } } SetPackType(PACK_TYPEA); SetOutputData((uint8_t *)"ILLEGALCMD", 10); ReportData(comdata->bartype); } /** * @function CommunicationCmdHandle * @brief 通信命令分发处理，通信协议可自行定义 * @return 无 */ void CCmdHandle(BarData *comdata) { uint16_t i = 0, TableLen; uint8_t status; gFunTrace = 35; uint8_t *p_sn = (uint8_t *) TUSNADDR; TableLen = sizeof(CommCmdTable) / sizeof(ScanCodeHandle); for(i = 0; i < TableLen; i++) { if(!memcmp((uint8_t *)CommCmdTable[i].HandleMsg, comdata->bardata, CommCmdTable[i].MsgLen)) { status = CommCmdTable[i].pFunc(comdata); switch(status) { case TMC_OK: //通信命令处理成功返回OK SetPackType(PACK_TYPEA); SetOutputData(respSuccess, 2); ReportData(comdata->bartype); break; case TMC_ERROR: //通信命令处理失败返回ERR SetPackType(PACK_TYPEA); SetOutputData(respError, 3); ReportData(comdata->bartype); break; case SN_EXIT: SetOutputData(p_sn + 1, *p_sn); ReportData(comdata->bartype); break; default: break; } return; } } SetPackType(PACK_TYPEA); SetOutputData((uint8_t *)"ILLEGALCMD", 10); ReportData(comdata->bartype); } /** * @function CommunicationCmdHandle * @brief 通信命令分发处理，通信协议可自行定义 * @return 无 */ void CommunicationCmdHandle(BarData *comdata) { if(comdata->packType==PACK_TYPEA) { ACmdHandle(comdata); } else if(comdata->packType==PACK_TYPEB) { BCmdHandle(comdata); } else if(comdata->packType==PACK_TYPEC) { CCmdHandle(comdata); } else { SetPackType(PACK_TYPEA); SetOutputData((uint8_t *)"ILLEGALCMD", 10); ReportData(comdata->bartype); } } /** * @function SettingCodeBatch * @brief 批处理设置码 * @param[in] pCode 解码数据 * @return */ uint8_t SettingCodeBatch(BarData *pCode) { BarData setcode; uint16_t i = 0, j = 0, batchcodelen = 0; uint8_t setcodebuf[MAX_BATCH_SETCODE_LEN]; gFunTrace = 37; //校验数据格式 if(!Memcmp((uint8_t *)"S_CMD_0001;", pCode->bardata, SETCODELEN + 1)) { return FALSE; } if(!Memcmp((uint8_t *)"S_CMD_0000;", &pCode->bardata[pCode->datalen - SETCODELEN - 1], SETCODELEN + 1)) { return FALSE; } Memcpy(setcodebuf, pCode->bardata, pCode->datalen); setcode.bartype = pCode->bartype; batchcodelen = pCode->datalen; while(i < batchcodelen) { if(setcodebuf[i] == ';') { setcode.bardata = &setcodebuf[j]; setcode.datalen = i - j; setcode.barinfo = NULL; ScanCodeCmdHandle(&setcode); j = i + 1; } i++; } return TRUE; } /** * @function DisableKeyboard * @brief * @param[in] pCode * @return */ uint8_t DisableKeyboard(BarData *pCode) { gConfgBuf.statusKey = OFF; return UpdateCfg(); } /** * @function EnableKeyboard * @brief * @param[in] pCode * @return */ uint8_t EnableKeyboard(BarData *pCode) { gConfgBuf.statusKey = ON; return UpdateCfg(); } /** * @function EnableOneDimRead * @brief */ uint8_t EnableOneDimRead(BarData *pCode) { gConfgBuf.EAN13 = ON; gConfgBuf.EAN8 = ON; gConfgBuf.UPCA = ON; gConfgBuf.UPCE0 = ON; gConfgBuf.UPCE1 = ON; gConfgBuf.Code128 = ON; gConfgBuf.CodeBar = ON; gConfgBuf.Code39 = ON; gConfgBuf.Code93 = ON; gConfgBuf.Interleaved25 = ON; gConfgBuf.DM = ON; gConfgBuf.PDF417 = ON; gConfgBuf.Matrix25 = ON; gConfgBuf.Industrial_25 = ON; gConfgBuf.IATA25 = ON; return UpdateALCfg(); } uint8_t DisableOneDimRead(BarData *pCode) { gConfgBuf.EAN13 = OFF; gConfgBuf.EAN8 = OFF; gConfgBuf.UPCA = OFF; gConfgBuf.UPCE0 = OFF; gConfgBuf.UPCE1 = OFF; gConfgBuf.Code128 = OFF; gConfgBuf.CodeBar = OFF; gConfgBuf.Code39 = OFF; gConfgBuf.Code93 = OFF; gConfgBuf.Interleaved25 = OFF; gConfgBuf.DM = OFF; gConfgBuf.PDF417 = OFF; gConfgBuf.Matrix25 = OFF; gConfgBuf.Industrial_25 = OFF; gConfgBuf.IATA25 = OFF; return UpdateALCfg(); } uint8_t DisableOneDimReadNoUpd(BarData *pCode) { gConfgBuf.EAN13 = OFF; gConfgBuf.EAN8 = OFF; gConfgBuf.UPCA = OFF; gConfgBuf.UPCE0 = OFF; gConfgBuf.UPCE1 = OFF; gConfgBuf.Code128 = OFF; gConfgBuf.CodeBar = OFF; gConfgBuf.Code39 = OFF; gConfgBuf.Code93 = OFF; gConfgBuf.Interleaved25 = OFF; gConfgBuf.DM = OFF; gConfgBuf.PDF417 = OFF; gConfgBuf.Matrix25 = OFF; gConfgBuf.Industrial_25 = OFF; gConfgBuf.IATA25 = OFF; // return UpdateALCfg(); return TMC_OK; } uint8_t EnableOneDimReadNoUpd(BarData *pCode) { gConfgBuf.EAN13 = ON; gConfgBuf.EAN8 = ON; gConfgBuf.UPCA = ON; gConfgBuf.UPCE0 = ON; gConfgBuf.UPCE1 = ON; gConfgBuf.Code128 = ON; gConfgBuf.CodeBar = ON; gConfgBuf.Code39 = ON; gConfgBuf.Code93 = ON; gConfgBuf.Interleaved25 = ON; gConfgBuf.DM = ON; gConfgBuf.PDF417 = ON; gConfgBuf.Matrix25 = ON; gConfgBuf.Industrial_25 = ON; gConfgBuf.IATA25 = ON; return TMC_OK; }