/* * SysPara.h * * Created on: Jun 25, 2013 * Author: yiyu * QQ:1036184468 * Descriptoin: * 2013-11-09 聂雄 * 修改了para 结构，增加了 alterPrint_t,setepPrint_t两组参数，放在0x3C~0x43传替给FPGA * 占用的原来预留的17个字（68B）中的8字节，故预留空间改为 15字（60字节） */ #ifndef SYSPARA_H_ #define SYSPARA_H_ #include "DevOp.h" #include #ifndef SYS1 #define PARA_ROOT_DIR "/home/plg/conf/" #define DOC_ROOT_DIR "/home/plg/doc/" #define UDISK_DOC_ROOT_DIR "/udisk/doc/" #define UDISK_CONF_ROOT_DIR "/udisk/conf/" #define TESTDIR "/home/plg/r_conf/" #else #define PARA_ROOT_DIR "./conf/" #define DOC_ROOT_DIR "./doc/" #define UDISK_DOC_ROOT_DIR "./udisk/doc/" #define TESTDIR "./r_conf/" #endif #define SPACEFLAG // 增加空列 2017.3.8 #define TESTFILES TESTDIR"UP.png" #define TESTFILED DOC_ROOT_DIR"UP.png" #define TESTFILECS TESTDIR"UP.dpn" #define TESTFILECD PARA_ROOT_DIR"UP.dpn" #define PARA_FILE_PATH PARA_ROOT_DIR"sysPara.bin" #define DeviceCode_FILE_PATH "/home/plg/conf/deviceCode.bin" #define RFID_FILE_PATH "/home/plg/conf/RFID.bin" #define FPGA_PRINT_PARA_BYTE_NUM 0x3C #define BATCHLEN 3 #define VOLUMELEN 2 #define AUTH_NONE 0 #define AUTH_DISPLAY_SYSTEM_SETTING (1<<0) #define AUTH_DISPLAY_SYSTEM_MANAGE (1<<1) #define AUTH_DISPLAY_LOG_INFO (1<<2) #define AUTH_DISPLAY_OTHER_INFO (1<<3) #define AUTH_SUPER_USER1 (1<<16) #define AUTH_SUPER_USER2 (1<<17) #ifdef __STC_POWER__ #define POWER_SOURCE_KEY 0x01 #define POWER_SOURCE_TIMER 0x02 #define WAKEUP_TIMER_15DAYS 0x01 #define WAKEUP_TIMER_30DAYS 0x02 #endif typedef enum { PRINT_TRIGGER_TIME = 0, PRINT_TRIGGER_ELEC_EYE_VOLTATE_LEVEL = 1, PRINT_TRIGGER_ELEC_EYE_EDGE =2, PRINT_TRIGGER_SYNCHRONIZER = 3, PRINT_TRIGGER_NONE = 4, PRINT_TRIGGER_EYESYN =5 }print_trigger_mode_t; typedef enum { OSCILLATTOR_FREQ_64K = 0, OSCILLATTOR_FREQ_76K = 1, OSCILLATTOR_FREQ_96K =2, OSCILLATTOR_FREQ_128K =3 }oscillator_freq_t; #define TIME_TRIGGER_PRINT_MODE_END_TO_HEAD 0 #define TIME_TRIGGER_PRINT_MODE_HEAD_TO_HEAD 1 #define SYN_PRINT_MODE_ACCORDING_CHAR_WIDTH 0 #define SYN_PRINT_MODE_ACCORDING_RATIO 1 #define ARRAY_SIZE(a) (sizeof(a)/sizeof(a[0])) #define MAX_QVARI_NUM 4 #define MAX_CNT1_GROUPS_NUM 50 typedef struct { unsigned int second:6; unsigned int minute:6; unsigned int hour:5; unsigned day:9; unsigned month:4; unsigned dummy:2; unsigned dayofweek:3; unsigned year:12; unsigned int leap_year:1; //标记当年是否是闰年 unsigned int cntCurrValueInitEnable:8; //{[0] -> cnt1CurrValue [1] ->cun2CurrValue [2] ->cun3CurrValue} unsigned int week:8; unsigned int cnt1CurrValue;// BCD码 unsigned int cnt2CurrValue; // 0x0f unsigned int cnt1End; //0x10 unsigned int cnt2End; //0x14 unsigned short cnt1Repeat;//0x18 unsigned short cnt2Repeat;//0x1a unsigned int cnt1Step;//0x1c unsigned int cnt2Step;//0x20 unsigned int cnt1InitValue; //0x24 unsigned int cnt2InitValue; //0x28 unsigned int RandomValue1; //0x2c unsigned int RandomValue2; //0x30 }calandar_and_dat_t; typedef struct { unsigned int cnt3CurrValue;// BCD码 unsigned int cnt3End; unsigned int cnt3Repeat; unsigned int cnt3Step; unsigned int cnt3InitValue; }stru_counter3; //hiddenfunction typedef struct { unsigned int cnt4CurrValue;// BCD码 0xb164 unsigned int cnt4End = 0; unsigned int cnt4Repeat = 0; unsigned int cnt4Step = 0; unsigned int cnt4InitValue = 0; }stru_counter4; typedef struct { unsigned short builTime; unsigned short inkDot; // unsigned char year; unsigned char month; unsigned char day; }build_dat_t; typedef struct { quint8 print_data_xor; quint8 counter1_current_value; quint64 sync_counter_at_zero; }xor_sync_couter; #ifdef ALT16 typedef struct { unsigned short startValue; // 起始值 unsigned short StepValue; // 跳米间隔 unsigned short endValue; // 结束值 unsigned char enbale; // unsigned char nncc; // 实际跳米数 }stepPrint_t; // 8Byte typedef struct { unsigned short startValue; // 起始值 unsigned short repeatValue; // 重复间隔 unsigned short repeatPrintTimes; //重复打印次数 unsigned char DistanceTail; //距离尾部 unsigned char enable:2; // 交替便能 unsigned char lineSpace:6; //行距 //unsigned int bak[10]; // 保留参数 }alterPrint_t; // 8Byte //隐藏功能 typedef struct { unsigned char SpecialVarEnable; //特殊变量使能 unsigned char MeterEnable; //计数器4带米标使能 unsigned short SpecialConditionValue; // 隐藏条件倍数值 unsigned short SpecialVarCountEnd; unsigned short SpecialVarColStart; unsigned short SpecialVarColEnd; unsigned char SpecialVarRowStart; unsigned char SpecialVarRowEnd; }SpecialVarPrint; // 8Byte #else typedef struct { unsigned char startValue; // 起始值 unsigned char StepValue; // 跳米间隔 unsigned char endValue; // 结束值 unsigned char enbale; // }stepPrint_t; // 4Byte typedef struct { unsigned char startValue; // 起始值 unsigned char repeatValue; // 重复间隔 unsigned char repeatPrintTimes; //重复打印次数 unsigned char enable; // 交替便能 }alterPrint_t; // 4Byte #endif typedef struct // BarCodeOption { unsigned char xpos; unsigned char font; unsigned char width; unsigned char height; unsigned char scale; unsigned char type:6; unsigned char InkColor:1; unsigned char autoFlash:1; unsigned char RecFromHost:1;// RecFromHost unsigned char DisplayUpdate:1; //变量更新标志 unsigned char AutoCount:1; // 自动变化 unsigned char var1En:1; //变量1使用 unsigned char var2En:1; //变量2使用 unsigned char barType;// 条形码类型 unsigned short var1Type;// 变量1类型 unsigned short var2Type;// 变量2类型 unsigned char var1Num;// 变量1位数 unsigned char var2Num;// 变量2位数 unsigned char NC2[11]; char text[80]; char TxtModule[40]; char TxtLine[30]; char TxtLine1[30]; // unsigned char var3Num;// 变量3位数 }bcOption_t; typedef struct { unsigned int posx; unsigned char cntNum; unsigned char width; unsigned char height; unsigned char VarNum:3; //1 unsigned char AutoRefresh:1; unsigned char AutoCount:1; unsigned char InkColor:1; unsigned char RecFromHost:1;// RecFromHost unsigned char DisplayUpdate:1; //变量更新标志 unsigned char type; //0-DataMatrix, 1-QRCode,2-BAR unsigned long counter; char text[100]; char textCnt[10]; char text2[80]; char text3[8]; unsigned short CntInc; unsigned char barCodeFlag:1;//条形码 }qrOption_t; typedef struct { int type; int width; int height; int startColPos; int endRowPos; int startRowPos; unsigned int Counter; // unsigned char countEn; unsigned char TimeEn; unsigned char cntNum; // 未使用 unsigned char NNC2; // 未使用 //--------------------- char text[100]; //指向申请内存的空间 生成字模数据 char textCnt[10]; char text2[90]; bool original; //表示当前dat是通过calloc申请而来还是直接引用别人的指针,主要是影响到指针的释放 }QRvars_t; /* 分段计米相关设定 */ typedef struct { unsigned char cnt1GroupCnt; //总共组数 struct{ int StartValue; int EndValue; //int StepValue; //int RepeateValue; int LoopTimes; }cnt1GroupSettings[MAX_CNT1_GROUPS_NUM]; }Cnt1ByGroup_t; typedef struct { unsigned char cnt2GroupCnt; //总共组数 struct{ int StartValue; int EndValue; //int StepValue; //int RepeateValue; int LoopTimes; }cnt2GroupSettings[MAX_CNT1_GROUPS_NUM]; }Cnt2ByGroup_t; typedef struct { int type;// int width; int height; int startColPos; int endRowPos; int startRowPos; unsigned int year; // unsigned char month; unsigned char day; unsigned char separate[3]; unsigned char bold; unsigned char letterSpace; unsigned char splitMode;// '-','/',年05月24日 //unsigned int addDays; // //--------------------- char text2[20]; //bool original; //表示当前dat是通过calloc申请而来还是直接引用别人的指针,主要是影响到指针的释放 }EXPIRYVAR_t; // 打印参数 typedef struct { /* 打印参数 */ unsigned int printTotalColNum:16; // 0,1 unsigned int printDirection:8; // 2[0] 上下颠倒 [1] 左右颠倒 [2] 扫描颠倒 unsigned int reducedPixelNum:6; // 3 冗余点数 unsigned int reducedPixelMode:2; // 冗余点比例 unsigned int printRowDelay:8; //4 打印模式 unsigned int printColDelay:24; // 打印设置下的 5,6,7 字宽 unsigned char charBold; //8 字体加宽 unsigned char pixNumPerCol; // 9 每列点阵数 unsigned int timeTriggerPrintDelayMs:16; //a,b unsigned int photoElectricityRepeateNum:16; //c,d unsigned short eleEyeTriggerPrintDelay; // e,f unsigned int printTriggerMode:8; // 10 unsigned int totalSynPulseNum:24; //11,12,13 unsigned int elecEyeTriggerInterval:32; //14,15,16,17 unsigned char lineEndAdjustPointCnt; //18 unsigned char lineEndAdjustPointDelay; //19 short lastLineEndPointFixedDACValue; //1a 1b unsigned char extClearAllCntEnable; // 1c --- 通过外部(同步器或电眼)清零 0x3a unsigned char HighVoltageAmplitude; //0x1d 字高// 字高电压系数 unsigned char mmmee[2]; //unsigned short timeTriggerPrintDelayMsH:16; // no use 1e,1f // FPGA ADDR 0x60~0x63 unsigned short productNumToGenerateOutputPulse; //0x1d,1e num产品 out put a pulse unsigned short outputPulseDelayMs; // 0x1f,0x20 // FPGA ADDR 0x44~ alterPrint_t alterPrint; // 8Byte FPAG由地址0x44~0x4B unsigned char Cnt1NatureValue:1; //0自然数 unsigned char eleEyeTriggerSynPrintEn:1; //1电眼触发的同步打印使能 unsigned char autoSynSpeedEn:1; //2同步打印自动模式 unsigned char newAmplifyPlate:1;//新放大板选项 unsigned char SynCntEn1:1; // 4 不打印走米 unsigned char Vol1of8En:1; // 5 1/8电压打印 unsigned char eleEyeReTrigDisable:1; // 6 unsigned char set_HVData_Flag:1; // checkBoxYH unsigned char rrr_nc[1]; // 0x4d unsigned short synPulsePerMmX8 ;// 0x4e~4f bool leftRightInverse; bool upDownInverse; bool scanInverse; int currPrintMode; int cnt1EndValue; int cnt1StartValue; int cnt1StepValue; int cnt1RepeateValue; int cnt1CurrValue; int cnt2EndValue; int cnt2StartValue; int cnt2StepValue; int cnt2RepeateValue; int cnt2CurrValue; #ifdef SYNLENFLOAT float #else int #endif synTriggerPrintLenMm; int synTriggerPrintLenRatio; int timeTriggerPrintMode; int printDelayMs; int sysTriggerPrintMode; //在同步模式下选择按字宽或时喷印比例进行打印 int synCharWidthRatio; int rowSequenceMode; int pointVoltageAdjustPos; int PointVoltageAdjustValue; int synClearCntInEleEyeMode; //在电眼触发模式下通过同步器清零 int eleEyeClearCntInSynMode; int reducedPixelNumRatio; int lastLineEndPointFixedValue; //对高压部分点的修正 int pulseOutputEnable; // 脉冲使能输出 int productCntPerOutputPulse;// int startVoltage; //首行电压 int endVoltage; //行末电压 float synPulseNumPerMm;// 同步器参数 脉冲/毫米 // 添加参数 unsigned char adjVolDacRate[40]; //增加了DAC电压间隔调整比例 int FullColFixVal; unsigned char SynCntEn:1; unsigned char ENNCC:7; unsigned char NCCC22; unsigned short eleMaskTime; // 16bit unsigned short AltMirrorGap;// 镜像打印间隔 Mirror image alternation unsigned short headLen; unsigned short endLen;//6 unsigned char varLenEn;// short varLen; // 可变长 short varLen1; // 可变长 unsigned char NCCC; QRvars_t QRvars[MAX_QVARI_NUM]; //BCvars_t BCvars[MAX_QVARI_NUM]; stepPrint_t stepPrint; // 8Byte int phaseHighLowRatio; //保存相检 short phaseShift; //相位偏移 unsigned short OuputPulseCol; //桂林客户,精准控制输出脉冲的位置,精确到打印的列数 int phaseDetectVol; unsigned int phase_detect_pulse_num:4; // 检测个数 unsigned int phase_detect_voltage:12; // 相检电压阀值 unsigned short phaseDetectDelay; unsigned char rrrccc[2]; quint16 phaseHighCnt;bool cnt1ByGroupEnalbe;bool cnt2ByGroupEnalbe; #ifdef COUNTER1_BY_GROUP /* 分段计米 */ Cnt1ByGroup_t Cnt1ByGroup;Cnt2ByGroup_t Cnt2ByGroup; #endif EXPIRYVAR_t ExpiryVar; //有效期变量 2018.5.24 EXPIRYVAR_t CurDateVar; EXPIRYVAR_t ClassVari; int ExpiryDay; //有效期天数 //unsigned char ExpirySplitMode; int cnt4CurrValue; int HiddenConditionValue; bool HiddenFuncEnable; bool HiddenMeterEnable; // int cnt3EndValue; // int cnt3StartValue; // int cnt3StepValue; // int cnt3RepeateValue; int cnt3CurrValue; int textEditLineSpace; unsigned char speedoverPaushPrint; // 3速度超速不打印标志 }printPara_t; typedef struct { unsigned int printTotalColNum:16; unsigned int printDirection:8; //[0] 上下颠倒 [1] 左右颠倒 [2] 扫描颠倒 unsigned int reducedPixelNum:6; unsigned int reducedPixelMode:2; unsigned int printRowDelay:8; unsigned int printColDelay:24; unsigned char oscillatorVoltage; //0x08 unsigned char phaseByHand; unsigned char charBold; unsigned char pixNumPerCol; unsigned int timeTriggerPrintDelayMs:16; unsigned int photoElectricityRepeateNum:16; unsigned int printTriggerMode:8; //0x10 unsigned int totalSynPulseNum:24; unsigned int elecEyeTriggerInterval:32; unsigned short divideRatio; //0x18 unsigned char lineEndAdjustPointCnt; // 0x1a unsigned char lineEndAdjustPointDelay; // 0x1b unsigned char enableChargeFullTime; // 0x1c unsigned char timeTriggerPrintDelayMsH:8; // 0x1 //unsigned char phaseGroupCount:8; // 0x1 short lastLineEndPointFixedDACValue; unsigned int synNumPerCol:16; //0x20,小数位占8位 //每列同步起脉冲数 unsigned int dotNumPerCol:16; // 平均每列的像素点(减去冗余的点后) + 列延迟(即打印设置界面中的字体宽度printColDelay) unsigned short phase_detect_high_cnt; // unsigned int phase_detect_pulse_num:4; // 检测个数 unsigned int phase_detect_voltage:12; // 相检电压阀值 unsigned short maxHighVoltageDAC;//0x28 unsigned short phaseDetectDelay; //相检延迟 //可以认为是相检的间隔, 以墨点为单位 short phaseShift; // 相位偏移 unsigned char HighVoltageAmplitude; unsigned char magicNum; unsigned short productNumToGenerateOutputPulse; //产生一个脉冲所需的产品计数个数//0x30 unsigned short outputPulseDelayMs; unsigned short septalPostion; //设置的隔膜位置 unsigned short blinkLightPeriod; //频闪灯周期，以墨点为单位 unsigned short eleEyeTriggerPrintDelay; // 0x38 unsigned char extClearAllCntEnable; //通过外部(同步器或电眼)清零 0x3a unsigned char FullColFixDacVal; // 0x3b // 0x3C 0x3D 3E 3F USEING #ifdef ALT16 alterPrint_t alterPrint; // 8Byte #else stepPrint_t stepPrint; // 4Byte FPAG地址0x44~0x4B alterPrint_t alterPrint; // 4Byte #endif unsigned char Cnt1NatureValue:1; //自然数 unsigned char eleEyeTriggerSynPrintEn:1; //电眼触发的同步打印使能 unsigned char autoSynSpeedEn:1; //同步打印自动模式 unsigned char newAmplifyPlate:1; unsigned char SynCntEn1:1; // 不打印走米 unsigned char Vol1of8En:1; //打印优化 unsigned char eleEyeReTrigDisable:1; // 6 unsigned char set_HVData_Flag:1; // #if 0 unsigned char rrr_nc[1]; // 0x4d #else unsigned char mode0211:1; //0211 模式 unsigned char synchronizorActType:2; // 0b00:同步器正反转打印; 0b01:同步器只正转打印; 0b10:同步器只反转打印 unsigned char cnt1ResetToInitValue:1; // 电眼复位时，选择复位到起始值还是当前值 unsigned char flagOfFastMode:1; // unsigned char rrr_nc:4; // unsigned char printOnce:1; // 0x4D :[4:4]0-信息重复打印;1-每条信息只打印一次 unsigned char rrr_nc0:1; // 0x4D :[5:5] unsigned char printNumPoint:1; // 0x4D :[6:6]计数器1打印小数点使能位 unsigned char rrr_nc:1; // 0x4D :[7:7] #endif unsigned short synPulsePerMmX8 ;// 0x4e~4f /*-------------------------------cut line--------------------------------------*/ #ifdef ALT16 stepPrint_t stepPrint; // 8Byte unsigned int reserved_reg[12]; // 4*(12)=48Byte // 地址： ~0x7F #else unsigned int reserved_reg[14]; // 4*(14)=56Byte // 地址： ~0x7F #endif unsigned short highVoltageRecord[10]; // 0x80 = 128开始 int reclaimPumpPWMWidth; bool leftRightInverse; bool upDownInverse; bool scanInverse; int currPrintMode; float synPulseNumPerMm; int cnt1EndValue; int cnt1StartValue; int cnt1StepValue; int cnt1RepeateValue; int cnt1CurrValue; int cnt2EndValue; int cnt2StartValue; int cnt2StepValue; int cnt2RepeateValue; int cnt2CurrValue; int startVoltage; int endVoltage; #ifdef SYNLENFLOAT float #else int #endif synTriggerPrintLenMm; int highVoltageLevel; int pressure; int viscosityPumpInterval; int reclaimTankTime; int temperature;//喷头温度 int viscosity; int viscosityAdjust; bool stopCounterMeterAfterFault; bool suspendAfterPhaseFault; int oscillatoFreq; int synTriggerPrintLenRatio; char lastOpenedFileName[100]; int phaseHighLowRatio; //相位高电平占空比 int phaseDetectVol; //因为和实际的值有一个转换过程，所以用此变量做中转 int oscillatorFreqFix; unsigned int totalProductCnt; int timeTriggerPrintMode; int printDelayMs; int sysTriggerPrintMode; //在同步模式下选择按字宽或时喷印比例进行打印 int synCharWidthRatio; //字符宽度 或 喷印比例 触发设置界面 int rowSequenceMode; int pointVoltageAdjustPos; // 点距电压调整位置 int PointVoltageAdjustValue; //点距调压调整值， 超过调整位置就需要增加充电电压 int RecycleWarnAction; int powerOffAfterPhaseFault; int synClearCntInEleEyeMode; //在点眼触发模式下通过同步器清零 int eleEyeClearCntInSynMode; // CNT2 D5＝0选择电眼复位 D5＝1选择电眼加1 ; // CNT1 D4＝0选择电眼复位 D4＝1选择电眼加1 ; // D2D1D0 =00 禁止电眼操作，01 电眼复位，打印完成，10 电眼立即复位 int fontPixelSize; //用来记录上一次设置的字体大小 //int septalPostion; int mixValveisNewVersion; //混和阀是否是新管路 int lastLineEndPointFixedValue; //对高压部分点的修正 int textEditLineSpace; int textEditCharSpace; int industryIndex; int recommendedPrintSpeed; int pulseOutputEnable; int productCntPerOutputPulse; int reducedPixelNumRatio; int EditMode; //编辑模式 0 txt , 1 dot, 2 场景 //int nncc:31; int AlterMode; // 交替状态 0，1，2 int SynCntEn:1; int ResetProductCntEn:1; // 复位产品计数器 int ResetAllProductCntEn:1;// 复位总产品计数器 int HVFaultCloseEn:1;// 高压故障关回收槽 int MirrABCEnable:2; // 0 无镜像，1 水平，2 垂直 int checkSpace:1; //使用空列 int varLenEn:1;// int ExtScreenType:3;// 外接屏类型 int ExtMeterType:3; // 显示屏显示米数类型 int unc:15; // int FullColFixVal; unsigned char ReadFileErrorCnt; // unsigned char PowerOnErrorCnt; // unsigned char NozzleType; // 0 -- 小，1- 大 unsigned char NNCC; //预留，这样可以保证每次的配置文件大小一致 short varLen; // 头部可变长 short varLen1; // 尾部可变长 unsigned short OuputPulseCol; //桂林客户,精准控制输出脉冲的位置,精确到打印的列数-->现在用作充电脉宽 // short reverse; //留，这样可以保证每次的配置文件大小一致 unsigned char diameter:3; unsigned char Reciclar:1; unsigned char ResetSendData:1; unsigned char reverse:2; bool isCheckInsertTime; calandar_and_dat_t calandar_and_dat; // 添加参数 unsigned char adjVolDacRate[40]; //增加了DAC电压间隔调整比例 bcOption_t bcOption; qrOption_t qrOption; unsigned short eleMaskTime; //0x3C,3D 电眼锁定（屏蔽）间隔ms unsigned short AltMirrorGap;// 镜像打印间隔 Mirror image alternation long long openInkLineTime; //记录墨线开关时间 136年 以秒为单位 long TrunOnPowerCnt; // 开机次数 20151218 // int varLenEn:1;// // unsigned char varLen; // 可变长 unsigned short headLen; unsigned short endLen; int ExpiryDay; //有效期天数 unsigned char ExpirySplitMode; quint16 diaphramOffset; // 隔膜位置偏移,当隔膜位置低于(设定的隔膜位置-偏移),主墨泵就开启 unsigned char gearPumpEnable:1; quint16 gearPumpValue; quint16 steal_dac_row; quint16 phaseHighCnt; int reserved2[13];// 23 -1预留，这样可以保证每次的配置文件大小一致 unsigned short reverse3; bool isCheckBarDate; //条形码加入日期 bool isCheckBarTime; //条形码加入时间 bool cnt1ByGroupEnalbe;bool cnt2ByGroupEnalbe; #ifdef COUNTER1_BY_GROUP /* 分段计米 */ Cnt1ByGroup_t Cnt1ByGroup;Cnt2ByGroup_t Cnt2ByGroup; #endif quint16 printed_adj_dac[40]; quint16 printed_continue_col_dac[40]; quint16 printed_full_col_dac[40]; quint16 dacScale; unsigned int pulse_sinal_value:16; int cnt3EndValue; int cnt3StartValue; int cnt3StepValue; int cnt3RepeateValue; int cnt3CurrValue; stru_counter3 Counter3; stru_counter4 Counter4; int cnt4CurrValue; int HiddenConditionValue; bool HiddenFuncEnable; bool HiddenMeterEnable; //quint16 Json_device_code; unsigned char Json_IP[4]; quint16 Json_server_port; bool charWidthSetEnable; bool isCheckMagnet;//检测喷头盖磁铁 bool isRemoveCode;//不显示二维码 bool isCheckPrintLight;// bool isEnableGetDataButton;//使能获取数据按钮 bool isRemoveDigitCode;//不显示数字码 bool isCntSaveStateValue;//计数器保存关机值 bool isCheckBarCodeAddText; bool isCnt1ShowNumPoint; //计数器1是否显示小数点 char FanTemperature; char Json_device_code[10]; unsigned char speedoverPaushPrint:1; // 速度超速不打印标志 bool flagOfModuleDecimal; bool flagOfModuleHide; bool flagOfstepPrint; bool flagOfCnt1GroupDisp; bool flagOfReclaimPumEnable; unsigned int gearPumpSpeedAlarm; bool flagOfSecMi; /* */ // 1108Bytes }sysPara_t; typedef struct { quint8 header[32]; qint16 pixel_full_table[40]; qint16 pixel_1_table[40]; qint16 pixel_2_table[40][2]; qint16 pixel_3_table[40][3]; qint16 pixel_4_table[40][4]; qint16 pixel_para_table[16]; qint16 pixel_5_table[40][5]; qint16 pixel_gap_table[48][5]; qint16 pixel_pre_table[16][5]; qint16 pixel_c_table[32][4]; }voltePara_t; typedef struct { quint8 header[32]; qint16 pixel_full_table[48]; qint16 pixel_steal_table[48]; qint16 pixel_head2_table[48]; qint16 pixel_head3_table[48]; qint16 pixel_1_table[48]; qint16 pixel_tail2_table[48]; qint16 pixel_2_table[48][2]; qint16 pixel_3_table[48][3]; qint16 pixel_4_table[48][4]; qint16 pixel_para_table[16]; qint16 pixel_5_table[48][5]; qint16 pixel_continous_table[48]; qint16 pixel_gap_table[48][5]; // kongdian qint8 pixel_big_table[8][8]; qint16 pixel_gap_post_3dot_table[48][5]; // 3 kongdian qint16 row_delay_table[48]; qint16 head1_row_delay_table[48]; qint16 pixel_general_dac_parameter[64]; }voltePara_t_No73; typedef struct { unsigned int PrintInkDots; unsigned int InkEmptyCnt; unsigned int SOLVEmptyCnt; unsigned int InkRFIDCnt; unsigned int SOLVRFIDCnt; unsigned short solventNumber; }RFIDPara_t; #define MDT 0 #define QR 1 #define BAR 2 #define MAX_SELF_CHECK_CNT 6000 //60S,以10ms为单位s #define MIX_VALVE_OPEN_DELAY 90 //混合阀打开的时间 #define RECYCLE_WARN_DELAY 50 //回收故障延时，以300ms为单位 #define MAX_VISCOSITY_WORK_TIME 500 //10ms为单位 #define MAX_MAIN_INK_PUMP_RUN_TIME 1000 //10s #define MAX_HEATER_TIME 3000 //300s #define MAX_COMPRESS_PUMP_RUN_TIME 6000 //60 #define FPGA_MAGIC_NUM_AFTER_CONF 0x73 #define MAX_CYCLEVALVE_OPEN_TIME_AFTER_SWITN_OFF 280 // 以10ms为单位 230 #define FPGA_STATUS_BYTE_NUM 0x44 #define MAX_PRINT_COL_NUM_Wide (1000*8 - 1) #define MAX_PRINT_COL_NUM_Normal (500*8 - 1) #define MAX_PRINT_ROW_NUM 40 #define MAX_PRINT_ROW_BYTE_NUM 5 #define BLANK_COL_NUM 3 //信息前空3列 #define RECLAIM_PUMP_FULL_SPEED_CNT 5300 //5s钟 #define MAX_VARI_NUM 8 #define CALANDAR_YEAR 0 #define CALANDAR_MONTH 1 #define CALANDAR_DAY 2 #define CALANDAR_WEEK 3 #define CALANDAR_HOUR 4 #define CALANDAR_MINUTE 5 #define CALANDAR_SECOND 6 #define CALANDAR_CNT1 7 #define CALANDAR_CNT2 8 #define CALANDAR_CNT3 13 #define CALANDAR_XDAY 14 #define CALANDAR_CNT4 15 #define RANDOMNUM 12 #define EXPIRYDATE 80 #define CURDATE 81 #define CURCLASS 82 #define MAX_INK_EMTYTIME 86400//10800 // s 3hour 3*60*60 = 10800s #define MAX_SOLV_EMTYTIME 21600//10800 // s 3hour 3*60*60 = 10800s #define MAX_INK_RFIDTIME 86400//10800 // s 3hour 3*60*60 = 10800s #define MAX_SOLV_RFIDTIME 7200//21600//10800 // s 3hour 3*60*60 = 10800s #define MAX_INK_DOTS 2300000000//PrintInkDots #define MAX_SOLV_OPENNUM 400//OpenNumber #define MAX_INK_SOLV_EMTYTIME 10800 // s 3hour 3*60*60 = 10800s #define AUTOCLEAN_STATUS_NONE 0 #define AUTOCLEAN_STATUS_STEP1 1 #define AUTOCLEAN_STATUS_STEP2 2 #define AUTOCLEAN_STATUS_STEP3 3 #define AUTOCLEAN_STATUS_STEP1_TIME 60 #define AUTOCLEAN_STATUS_STEP2_TIME (60*3) #define AUTOCLEAN_STATUS_STEP3_TIME (5) typedef struct { int type; int digitalNum; int width; // 字模的宽度 int height; // 字模的高度 int startColPos; int endRowPos; int startRowPos; int bassAddr; // 字模的地址, 从0开始，不同类型会一直增加 int currVal; int bold; int letterSpace; //int chartype;// 字体类型：0 常规，1 左横，2 右横， 4 倒立（Nc） //--------------------- unsigned char *dat; //指向申请内存的空间 生成字模数据 int datWidth; //datWidth * datHeight为像素的数目,申请空间的大小为datWidth*rowByteNum; int datHeight; // 变量的高度 int rowByteNum; bool original; //表示当前dat是通过calloc申请而来还是直接引用别人的指针,主要是影响到指针的释放 }vars_t; typedef struct{ unsigned int VREF:16; unsigned int MOTOR_ISEN:16; unsigned int TEMP_ADIN:16; unsigned int HV_DETOUT:16; unsigned int AD_FIXED:16; unsigned int SEPTAL_POSITION:16; unsigned int PRESSURE:16; unsigned int AD_UNUSED:16; unsigned int maginNum:8; //0x10 unsigned int statWarn:8; //0x11 unsigned int flightTm:16; unsigned int phase:16; unsigned int viscosity:16; unsigned char phaseChargeResult[8]; /* unsigned short ink_dot_num:6; //飞过相检头上的墨点数 0x20 unsigned short detect_phase_error:1; unsigned short flight_tm_error:1; unsigned short synPulseCntPer1sH:8; unsigned short synPulseCntPer1s:16; */ unsigned int ink_dot_num:6; //飞过相检头上的墨点数 0x20 unsigned int detect_phase_error:1; unsigned int flight_tm_error:1; unsigned int synPulseCntPer1s:24; unsigned int productCnt; unsigned int synColDelay:16; //0x28 unsigned char phasePosEdge; //0x2a unsigned char phaseNegEdge; //0x2b unsigned int synTotalPulseCnt; //0x2c~2f unsigned int warm_InkPump:1; // 0x30 unsigned int ink_Ctrl:1; unsigned int adj_warn:1; // 自动调速状态 NC 20140305 unsigned int lesslen_warn:1; // 喷印不完整报警 20140305 unsigned int wait_phdetect_ok:1; // 等待相检完成 V3W 版还没有对此作修改。 原V6S的参数 unsigned int set_HVData_Flag:1; // 设置高压包电流标志 unsigned int dummy:2; unsigned char reclaimTankstatus; // 0x31 130113 unsigned short curr_reclaimTankTime; // 0x32 33 电机当前开关时长(s) 130113 unsigned char read_nc11[2]; //34，35 // no use unsigned char ele_product_cnt_reset; //36 {ele_product_cnt_reset[1:0]}; unsigned char RandomNum; // 目前实际只[4:0] 37 unsigned int totalProductCnt ; // 总产品计数器 38393A3B // [1:0] 11立即清零， [2]计数器1单独清零 [3]计数2单独清零 [4]总产品计数器清零 unsigned int total_syn_pulse_num ; // #if(0) unsigned int volGap_pulse_num; // #else unsigned int volGap_pulse_num:24; // unsigned int AlterMode:8; // 交替状态 0，1，2; //0x43 共 0x44个字节 #endif //unsigned char read_ncba[6]; // 不用 3C /*----------------------------cut line----------------------------*/ unsigned short phaseDetectHighTm[64]; //每一个相位的高电平时间 unsigned char RandomDigitNum;// 随机码长度 unsigned char RandomBackCnt; // 0不需要备份,>0需要备份 bool isPumpValveControledByHand; //0x20 bool isCleanUp; int reclaimCloseCnt; bool selfCheckDone; int selfCheckCnt; int viscosityDelayCnt; int viscosityFaultCnt; int rWarnViscoReady; int viscosityMaxFaultCnt; int reclaimPumpFullSpeedCnt; //全速开 bool mainInkPumpError; //主墨泵故障 int mainInkPumpRunTmCnt; bool compressPumpError; int compressPumpRunTmCnt; int currPrintCol; int currPrintRow; unsigned char printDat[MAX_PRINT_COL_NUM_Wide*MAX_PRINT_ROW_BYTE_NUM]; unsigned char printDat_Normal[MAX_PRINT_COL_NUM_Normal*MAX_PRINT_ROW_BYTE_NUM]; int currAlterPrintCol; int currAlterPrintRow; // unsigned char printAlterDat1[MAX_PRINT_COL_NUM*MAX_PRINT_ROW_BYTE_NUM]; // unsigned char printAlterDat2[MAX_PRINT_COL_NUM*MAX_PRINT_ROW_BYTE_NUM]; int delay10ms; int delay100ms; int delay1s; int delay10s; int delay100s; int viscosityFault;// 0 正常，1－粘度值高，2－粘度值低 int lastViscosityFault; //用来记录上一次的粘度错误状态 int lastStatWarn; int lastPhaseFault; int phaseErrorCnt; /* Yang */ int lastRecycleWarn; //记录上一次的回收故障状态 int RecycleWarnCnt; int LightUpCnt; bool gearPumpRunStopFlag; unsigned short gearPumpRunSpeed; //齿轮泵转速 int visocityValueOverflowNum; /*记录粘度溢出次数*/ unsigned int lastProductCnt; unsigned int lastSynPulseCntPer1s; // int lastSynColDelay; int configDone; //配置完成 int currentRunStatus; unsigned int fpgaVersionNum; unsigned char FPGAChipType; bool detectHighVoltageAppending; //检测高压 bool detectedValidHighVoltage; //是否检测到高压 unsigned int detectHighVoltageCnt; //检测高压的次数 int lastwarmInkPump; int variNum,QRvariNum,BCvariNum,ExpiryVarNum,ExpiryDispUpdate,CurrDateVariNum,classVariNum; vars_t vars[MAX_VARI_NUM]; //QRvars_t QRvars[MAX_QVARI_NUM]; calandar_and_dat_t calandar_and_dat; /*---------------回收槽控制相关----------------------*/ int currReclaimTankPos; int currReclaimOperationCnt; bool reclainTankReachEnd; //完全打开 bool reclainOpenAppending; bool reclainCloseAppending; bool canRunAirPushing; int currMsCnt; /*---------------------------------------------*/ bool cnt1CurrentValueInitDoneFlag; // 将这两个值设为false,会另cnt1和cnt2的当前值初始化 bool cnt2CurrentValueInitDoneFlag; // /*----------------------------------------------*/ /*----------------------------------------------*/ bool RedLightOnFlag; bool GreenLightOnFlag; bool YellowLightOnFlag; bool beeperOnFlag; /*--------------------------------------------*/ int heaterONTimeCnt; //连续加热有时间限制 bool lostCommuFlag; //失去通信 bool isPrinting; // int cycleValveOpenCntAfterSWintOff; //墨线关掉的时候关循环阀的时间 int cycleValveOpenCntAfterSWintOn; //墨线开启的时候开循环阀的时间 //2019/10/26 bool autoCtlReclaimAfterSWintOff; int reclaimOpenCntAfterSWintOff; //墨线关掉的时候关回收阀的时间 bool byHandStore; // 为了控制主墨泵, 保存当前是否在手动状态,然后切换手动状态, bool powerOffAppending; //按下快速关机 bool reclaimTankBlockedAppending; //回收槽被卡住 int airPushingOnTime; // 排气的运行时间 bool airPushing; // 开回收槽执行排气动作 bool airPushingDone; // 开回收槽执行排气动作完成 bool DACDisable; //相位故障，DAC被disable bool WorkTimeOut; bool detectBestOscillatorFreqAppending; //检测最佳晶振频率 bool detectBestOscillatorVoltageAppending; //检测最佳晶振频率 int currentDetectBestOscillatorCnt; int longestPhaseHightLevelTm; //最长的相位高电平时间 int detectedBestOscillatorFreq; // int detectedStartOscillatorFreq; int detectedBestOscillatorVoltage; // int releaseValveDelayCnt; //开泄压阀后立刻关掉，等一定间隔在检测 int reclaimBlockedCnt; bool releaseValveOpenApending; int powerOffAfterPhaseFaultAppending; unsigned int pressureOverFlowCnt; unsigned int septalPositionOverFlowCnt; bool powerOffAfterInkOrSOLVEmptyAppending; //墨水或溶剂空3小时标志 // alterPrint_t alterPrint; // 交替打印 stepPrint_t stepPrint; // 跳米打印 build_dat_t build_dat; xor_sync_couter xor_sync; unsigned int InkOrSOLVEmptyCnt; unsigned char EditMode; // unsigned char updateSoftEN:1; unsigned char adjHightVolInitEN:1; unsigned char FileChangeRestCntFlag:1; // 更换文件，清除计数器 unsigned char HVFaultCloseEn:1;// 高压故障关回收槽 unsigned char ExtScreenEn; // 外接屏连接正常 unsigned char waitHightVolOff,waitHightVolOn; // unsigned char addSpace;//sysPara->para.checkSpace unsigned char autoCleanStatus; // clean status, 0: NONE,1: Step1 ... unsigned int autoCleanTime; // clean time unsigned int cnt1GroupCurrentLoop; unsigned int cnt2GroupCurrentLoop;//分段计米 计数器1当前第几次循环 unsigned char cnt1GroupRunningIndex; unsigned char cnt2GroupRunningIndex;//分段计米 计数器1当前第几次段 unsigned int indoorTemperature; //开机记录喷头温度，作为是否调整粘度的根据 unsigned int needPowerOffTimerout; #ifdef __STC_POWER__ unsigned int powerSource; unsigned int powerOnTimer; unsigned int waitPowerOffTime; #endif #ifdef __ADC_INPUT__ unsigned char boardTemp; //机箱温度 #endif unsigned char bLanConfigManual; //手动设定有线ip 地址 quint16 r_print_q; quint8 col_state; quint8 r_row_sequcence; quint8 dot_num; quint8 curr_index; quint16 RowADC; quint16 w_curr_DAC; quint16 curr_DAC; quint16 printed_column; quint16 printed_adj_dac[40]; bool cnt3CurrentValueInitDoneFlag; stru_counter3 Status_Counter3; bool printDoneFlag; bool oneCodePrintOnce; bool forTemplateUse; SpecialVarPrint specialVarPrint; bool lastHighVoltageFault; //高压错误 bool circleProductCnt; unsigned int printTotalColNum:16; unsigned char pixNumPerCol; unsigned short XXXDay; int cnt4CurrValue; bool flagOfAdjustWidth_1; unsigned char splitMode_Adjust_1; bool flagOfAdjustWidth_2; unsigned char splitMode_Adjust_2; //edit-12.2 bool flagOfNo67FPGA; //识别67版本，67版本使用4000列，其他版本使用8000列 short FPGAVersionType; //兼容旧的FPGA版本,0=新FPGA. 旧FPGA: 1=No66,2=No67,3=No72,4=No73 unsigned int textEditTotalCol; unsigned int alterPrintCnt; }sysStatus_t; #define RUN_STATUS_IDLE 0 #define RUN_STATUS_LOST_COMMUNICATION_WITH_FPGA 1 #include /* input registers */ typedef struct { uint16_t printFinishFlag;//(0) uint16_t orderCode;//顺序号(1) uint8_t usedFileName[100];//(2-51) uint16_t printStatus;// 1:正在打印, 2:暂停打印, 3:停止打印(52) uint16_t statWarn;//(53) calandar_and_dat_t curCalendarAndDate;//(54-79) uint32_t mbCurrPrintRow;//(80-81) uint32_t mbCurrPrintCol;//(82-83) uint32_t productCnt; //产品计数器(84-85) uint16_t receiveEnbleFlag;//(86) }ModbusPrintStatus; /* holding registers */ typedef struct { uint8_t QRcode_buf[110]; //存二维码的buf(0-54) uint16_t printCommand; // 1:开始打印, 2:暂停打印, 3:停止打印(55) uint8_t selectFileName[100]; // 选择要打印的文件(56-105) uint16_t faultRusume;//(106) calandar_and_dat_t setCalendar;//(107-133) uint32_t lineSpaceAndCharSpace; //高16作为行间距,低16位作为字符间距(134-135) uint16_t clearProductCnt; //产品计数器(136) uint16_t printContent;//2位数的打印内容(137) }ModbusPrintParas; /* net data */ typedef struct { //get data char PrintingContent[2048]; int ProductPlanQty; char ProductUniqueCode[110];// 产品唯一编码 int ProductionTask; char QRCodeContent[110]; int StartMetre; bool TasdNeedConfirm; int TaskSwitchingMode; }JSON_DATA; class SysPara{ //Q_OBJECT public : SysPara(void); QString sysFile; printPara_t print; sysPara_t para; voltePara_t voltePara; voltePara_t_No73 voltePara_No73; RFIDPara_t RFIDPara; sysStatus_t status; ModbusPrintStatus modbusStatus; ModbusPrintParas modbusParas; JSON_DATA Get_JSON_DATA; DevOp *devOp; /*设备操作*/ void loadParaFromFile(); void saveParaToFile(); void loadDefaultPara(); void loadDefaultPrintPara(); void loadPrintParaFromFile(QString fileName); void savePrintParaToFile(); void showDebug(QString s); void showDebug(int s); void loadVolteParaFromFile(PRINT_MODE mode); void saveRFIDPara(); bool loadRFIDPara(); private: }; #endif /* SYSPARA_H_ */