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2026年6月4日 commit

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byons
2026-06-04 14:08:28 +08:00
parent dd64ec1252
commit 571b8e01d3
71 changed files with 2780 additions and 2656 deletions
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SysPara.h
+326 -324
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@@ -55,18 +55,18 @@
#define AUTH_SUPER_USER1 (1<<16)
#define AUTH_SUPER_USER2 (1<<17)
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;
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
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
@@ -80,16 +80,16 @@ typedef enum {
#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 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 year:12;
unsigned int leap_year:1; //标记当年是否是闰年
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 9
@@ -133,33 +133,33 @@ typedef struct {
typedef struct
{
unsigned short builTime;
unsigned short inkDot; //
unsigned char year;
unsigned char month;
unsigned char day;
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;
quint8 print_data_xor;
quint8 counter1_current_value;
quint64 sync_counter_at_zero;
}xor_sync_couter;
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
}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
@@ -167,11 +167,11 @@ typedef struct
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
}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
@@ -180,39 +180,39 @@ typedef struct
unsigned short SpecialVarColEnd;
unsigned char SpecialVarRowStart;
unsigned char SpecialVarRowEnd;
}SpecialVarPrint; // 8Byte
}SpecialVarPrint; // 8Byte
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 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 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 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 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
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 {
@@ -237,22 +237,22 @@ typedef struct {
}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
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 */
@@ -320,7 +320,7 @@ typedef struct {
unsigned short productNumToGenerateOutputPulse; //0x1d,1e num产品 out put a pulse
unsigned short outputPulseDelayMs; // 0x1f,0x20
// FPGA ADDR 0x44~
// 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
@@ -403,7 +403,7 @@ typedef struct {
#ifdef COUNTER1_BY_GROUP //分段计米
Cnt1ByGroup_t Cnt1ByGroup;
#endif
EXPIRYVAR_t ExpiryVar; //有效期变量 2018.5.24
EXPIRYVAR_t ExpiryVar; //有效期变量 2018.5.24
EXPIRYVAR_t CurDateVar;
EXPIRYVAR_t ClassVari;
int ExpiryDay; //有效期天数
@@ -427,121 +427,121 @@ typedef struct {
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 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 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 int printTriggerMode:8; // 10
// unsigned int totalSynPulseNum:24; //11,12,13
unsigned int elecEyeTriggerInterval:32; //14,15,16,17
// unsigned char extClearAllCntEnable; // 1c --- 通过外部(同步器或电眼)清零 0x3a
// 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 char HighVoltageAmplitude; //0x1d 字高// 字高电压系数
// unsigned char mmmee[2];
// FPGA ADDR 0x60~0x63
// unsigned short productNumToGenerateOutputPulse; //0x1d,1e num产品 out put a pulse
unsigned short outputPulseDelayMs; // 0x1f,0x20
// 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
// 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 decimalBits; // 0x4d 小数点位数
unsigned char decimalBits; // 0x4d 小数点位数
// unsigned short synPulsePerMmX8 ;// 0x4e~4f
// unsigned short synPulsePerMmX8 ;// 0x4e~4f
bool leftRightInverse;
bool upDownInverse;
bool scanInverse;
int currPrintMode;
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;
float synTriggerPrintLenMm;
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 rowSequenceMode;
int cnt1EndValue;
int cnt1StartValue;
int cnt1StepValue;
int cnt1RepeateValue;
int cnt1CurrValue;
int cnt2EndValue;
int cnt2StartValue;
int cnt2StepValue;
int cnt2RepeateValue;
int cnt2CurrValue;
float synTriggerPrintLenMm;
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 rowSequenceMode;
int synClearCntInEleEyeMode; //在电眼触发模式下通过同步器清零
int eleEyeClearCntInSynMode;
int reducedPixelNumRatio;
int pulseOutputEnable; // 脉冲使能输出
int productCntPerOutputPulse;//
int synClearCntInEleEyeMode; //在电眼触发模式下通过同步器清零
int eleEyeClearCntInSynMode;
int reducedPixelNumRatio;
int pulseOutputEnable; // 脉冲使能输出
int productCntPerOutputPulse;//
// int startVoltage; //首行电压
// int endVoltage; //行末电压
// 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;
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;
#ifdef COUNTER1_BY_GROUP /* 分段计米 */
Cnt1ByGroup_t Cnt1ByGroup;
Cnt1ByGroup_t Cnt1ByGroup;
#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
EXPIRYVAR_t ExpiryVar; //有效期变量 2018.5.24
EXPIRYVAR_t CurDateVar;
EXPIRYVAR_t ClassVari;
int ExpiryDay; //有效期天数
int cnt4CurrValue;
int HiddenConditionValue;
bool HiddenFuncEnable;
bool HiddenMeterEnable;
int cnt4CurrValue;
int HiddenConditionValue;
bool HiddenFuncEnable;
bool HiddenMeterEnable;
int cnt3CurrValue;
int textEditLineSpace;
int textEditCharSpace;
// unsigned char speedoverPaushPrint; // 3速度超速不打印标志
int cnt3CurrValue;
int textEditLineSpace;
int textEditCharSpace;
// unsigned char speedoverPaushPrint; // 3速度超速不打印标志
}printPara_t;
@@ -624,38 +624,38 @@ typedef struct {
stepPrint_t stepPrint; // 8Byte
unsigned int reserved_reg[12]; // 4*(12)=48Byte // 地址： ~0x7F
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 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;
float synTriggerPrintLenMm;
int highVoltageLevel;
int pressure;
int viscosityPumpInterval;
int reclaimTankTime;
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;
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
@@ -672,8 +672,8 @@ typedef struct {
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
// 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;
@@ -692,7 +692,7 @@ typedef struct {
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 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;//
@@ -723,13 +723,13 @@ typedef struct {
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
// 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
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;
@@ -949,24 +949,24 @@ typedef struct
#define AUTOCLEAN_STATUS_STEP3_TIME (5)
typedef struct {
int type;
int digitalNum;
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 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）
//---------------------
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 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
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{
@@ -996,7 +996,7 @@ typedef struct{
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;
@@ -1029,7 +1029,7 @@ typedef struct{
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 ; //
unsigned int total_syn_pulse_num ; //
unsigned int volGap_pulse_num:24; //
unsigned int AlterMode:8; // 交替状态 0，1，2; //0x43 共 0x44个字节
unsigned int VREF:16;
@@ -1171,84 +1171,84 @@ typedef struct{
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; //
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 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; //分段计米 计数器1当前第几次循环
unsigned char cnt1GroupRunningIndex; //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;
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;
unsigned int cnt1GroupCurrentLoop; //分段计米 计数器1当前第几次循环
unsigned char cnt1GroupRunningIndex; //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;
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 //VX4使用，VX5不需要
unsigned int textEditTotalCol;
quint16 gearspeed;
int sizeFPGA;
int sizeSTM32;
bool flagOfSpeedAlarm;
bool flagOfPressureFault;
int currVoltageVersion;
int lastVoltageVersion;
unsigned int stm32Verion;
bool stm32Time;
unsigned int machineMac;
int sizequeueFPGA;
bool flagOfRebootEnable;
bool logflag;
unsigned int TextInkDots;
bool flagOfSolventMaxNum;
bool flagOfInkMaxDot;
bool flagOfNeedInkCard;
bool flagOfNeedSolventCard;
bool flagOfKeyBoardType;
unsigned char changed;
unsigned int inkWarningCnt;
unsigned int solventWarningCnt;
unsigned int showInkWarningNumber;
unsigned int showSolventWarningNumber;
bool needMaintenanceRemind;
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 //VX4使用，VX5不需要
unsigned int textEditTotalCol;
quint16 gearspeed;
int sizeFPGA;
int sizeSTM32;
bool flagOfSpeedAlarm;
bool flagOfPressureFault;
int currVoltageVersion;
int lastVoltageVersion;
unsigned int stm32Verion;
bool stm32Time;
unsigned int machineMac;
int sizequeueFPGA;
bool flagOfRebootEnable;
bool logflag;
unsigned int TextInkDots;
bool flagOfSolventMaxNum;
bool flagOfInkMaxDot;
bool flagOfNeedInkCard;
bool flagOfNeedSolventCard;
bool flagOfKeyBoardType;
unsigned char changed;
unsigned int inkWarningCnt;
unsigned int solventWarningCnt;
unsigned int showInkWarningNumber;
unsigned int showSolventWarningNumber;
bool needMaintenanceRemind;
}sysStatus_t;
#include <stdint.h>
@@ -1297,38 +1297,40 @@ typedef struct {
class SysPara{
//Q_OBJECT
private:
SysPara(void);
public :
static SysPara* ins();
QString sysFile;
printPara_t print;
printPara_t printPre;
printPara_t printInit;
sysPara_t para;
voltePara_t voltePara;
voltePara_t_25Dots voltePara_25Dots;
voltePara_t_No73 voltePara_No73;
RFIDPara_t RFIDPara;
sysStatus_t status;
ModbusPrintStatus modbusStatus;
ModbusPrintParas modbusParas;
SysPara(void);
QString sysFile;
printPara_t print;
printPara_t printPre;
printPara_t printInit;
sysPara_t para;
voltePara_t voltePara;
voltePara_t_25Dots voltePara_25Dots;
voltePara_t_No73 voltePara_No73;
RFIDPara_t RFIDPara;
sysStatus_t status;
ModbusPrintStatus modbusStatus;
ModbusPrintParas modbusParas;
JSON_DATA Get_JSON_DATA; // unused
JSON_DATA Get_JSON_DATA; // unused
DevOp *devOp; /*设备操作*/
void loadParaFromFile();
void saveParaToFile();
void loadDefaultPara();
void loadDefaultPrintPara();
void loadPrintParaFromFile(QString fileName);
void savePrintParaToFile();
void loadVolteParaFromFile(PRINT_MODE mode);
void saveRFIDPara();
bool loadRFIDPara();
void comparePrintStruct();
void loadParaToPrintInit();
void updatePrintInitToPara();
private:
DevOp *devOp; /*设备操作*/
void loadParaFromFile();
void saveParaToFile();
void loadDefaultPara();
void loadDefaultPrintPara();
void loadPrintParaFromFile(QString fileName);
void savePrintParaToFile();
void loadVolteParaFromFile(PRINT_MODE mode);
void saveRFIDPara();
bool loadRFIDPara();
void comparePrintStruct();
void loadParaToPrintInit();
void updatePrintInitToPara();
private:
};