📄 zdjjc.lst
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602 3 case 3: //确认
603 3 //保存波特率
604 3 C24SetBuf (BAUD_RATE, &BaudIndex, 1);
605 3 EX1 = TRUE; //重开脉冲采样
606 3 displayBuf[6] = 0x08;
607 3 curKey = NO_KEY;
608 3 return;
609 3 }
610 2 curKey = NO_KEY;
611 2 }
612 1 }
613
C51 COMPILER V7.50 ZDJJC 02/27/2006 21:10:46 PAGE 11
614 void SetAddress (uchar uAddress)
615 {
616 1 uchar idata CodeIndex[3] = {0, 0 ,0}; //段码下标，依次对应片3, 4, 5
617 1 uchar data Index = 3; //片选下标
618 1 uchar i;
619 1 uint Value = 0;
620 1
621 1 //显示地址
622 1 displayBuf[0] = SEVEN_BLK1[10];
623 1 IntToLED (uAddress, 5, FALSE);
624 1
625 1 //换算得到当前值的下标
626 1 for (i=5; i>2; i--)
627 1 {
628 2 CodeIndex[i-3] = uAddress % 10 + 1;
629 2 uAddress = uAddress / 10;
630 2 }
631 1
632 1 while (TRUE)
633 1 {
634 2 Delay (100, 100);
635 2 switch (curKey)
636 2 {
637 3 case 0: //光标移动
638 3 Index ++;
639 3 if (Index > 5)
640 3 Index = 3;
641 3 displayBuf[6] = 0x08 >> (Index - 3);
642 3 break;
643 3 case 1: //数字翻动
644 3 displayBuf[Index] = SEVEN_BLK1[CodeIndex[Index-3]++];
645 3 CodeIndex[Index - 3] = CodeIndex[Index - 3] % 10;
646 3 break;
647 3 case 2:
648 3 break;
649 3 case 3: //确认
650 3 //计算地址
651 3 for (i=0; i<3; i++)
652 3 Value = Value * 10 + CodeIndex[i] - 1;
653 3 if (Value > 0 && Value < 248)
654 3 {
655 4 //保存地址
656 4 Address = Value;
657 4 C24SetBuf (ADDRESS, &Address, 1);
658 4 }
659 3 else
660 3 {
661 4 for (i=0; i<5; i++)
662 4 {
663 5 displayBuf[i+1] = ErrorHint[i];
664 5 }
665 4 Delay (100, 350);
666 4 }
667 3 curKey = NO_KEY;
668 3 SetBaud ();
669 3 return;
670 3 }
671 2 curKey = NO_KEY;
672 2 }
673 1
674 1 }
675
C51 COMPILER V7.50 ZDJJC 02/27/2006 21:10:46 PAGE 12
676 void KeyProc ()
677 {
678 1 if (curKey !=NO_KEY)
679 1 {
680 2 Delay (100, 100);
681 2 switch (curKey)
682 2 {
683 3 case 0:
684 3 ET0 = FALSE;
685 3 PulseAct = 0;
686 3 RunStatus = TRUE;
687 3 displayBuf[6] = 0x01;
688 3 break;
689 3 case 1:
690 3 ET0 = FALSE;
691 3 PulseCount = 0;
692 3 PulseTotal = 0;
693 3 RunStatus = FALSE;
694 3 displayBuf[6] = 0x02;
695 3 break;
696 3 case 2:
697 3 ET0 = FALSE; //关闭脉冲采样
698 3 EX1 = FALSE;
699 3 displayBuf[6] = 0x04;
700 3 //进入设置状态
701 3 SetAddress (Address);
702 3 break;
703 3 case 3:
704 3 EX1 = TRUE; //重开脉冲采样
705 3 displayBuf[6] = 0x08;
706 3 break;
707 3 }
708 2 curKey = NO_KEY;
709 2 }
710 1 }
711
712 void SaveCurrData () reentrant
713 {
714 1 uchar data CurrData[10];
715 1 uchar data Time[7];
716 1
717 1 //保存当前班数据
718 1 //织带长度
719 1 CurrData[0] = RunLength.b[0];
720 1 CurrData[1] = RunLength.b[1];
721 1 //织带累计时间
722 1 CurrData[2] = RunTime.b[0];
723 1 CurrData[3] = RunTime.b[1];
724 1 //调试带长度
725 1 CurrData[4] = DebugLength.b[0];
726 1 CurrData[5] = DebugLength.b[1];
727 1 //调试带累计时间
728 1 CurrData[6] = DebugTime.b[0];
729 1 CurrData[7] = DebugTime.b[1];
730 1 //异常脉冲次数
731 1 CurrData[8] = PulseCheat.b[0];
732 1 CurrData[9] = PulseCheat.b[1];
733 1
734 1 C24SetBuf(RECORD_ROOT+RecordIndex*32, CurrData, 10);
735 1
736 1 //累计停机次数
737 1 CurrData[0] = 0;
C51 COMPILER V7.50 ZDJJC 02/27/2006 21:10:46 PAGE 13
738 1 CurrData[1] = curMotorStopCount;
739 1 //累计停机时间
740 1 CurrData[2] = curMotorStopTimeLength.b[0];
741 1 CurrData[3] = curMotorStopTimeLength.b[1];
742 1 //经线断次数
743 1 CurrData[4] = JingCutCount;
744 1 //经线断时间
745 1 CurrData[5] = JingCutTime;
746 1 //纬线断次数
747 1 CurrData[6] = WeiCutCount;
748 1 //纬线断时间
749 1 CurrData[7] = WeiCutTime;
750 1 //底线断次数
751 1 CurrData[8] = DiCutCount;
752 1 //底线断时间
753 1 CurrData[9] = DiCutTime;
754 1
755 1 C24SetBuf(RECORD_ROOT+RecordIndex*32+10, CurrData, 10);
756 1
757 1 //卷绕断次数
758 1 CurrData[0] = JuanCutCount;
759 1 //卷绕断时间
760 1 CurrData[1] = JuanCutTime;
761 1
762 1 //班开始结束时间
763 1 C24GetBuf (GROUP_TIME+GroupIndex*4, Time, 4);
764 1 CurrData[2] = Time[0];
765 1 CurrData[3] = Time[1];
766 1 CurrData[4] = Time[2];
767 1 CurrData[5] = Time[3];
768 1 //当班日期
769 1 v_Get1302(Time);
770 1 CurrData[6] = Time[3];
771 1 CurrData[7] = Time[4];
772 1 CurrData[8] = Time[5];
773 1 CurrData[9] = Time[6];
774 1
775 1 C24SetBuf(RECORD_ROOT+RecordIndex*32+20, CurrData, 10);
776 1 }
777
778
779 void UartInt(void) interrupt 4
780 {
781 1 if (RI)
782 1 {
783 2 RI = FALSE;
784 2 IsReceive= TRUE;
785 2 UartBuf[Rindex] = SBUF; //写缓冲区
786 2 if (Rindex == 1)
787 2 {
788 3 //读命令
789 3 if (UartBuf[1] == 0x80 ||
790 3 UartBuf[1] == 0x82 ||
791 3 UartBuf[1] == 0x85)
792 3 UartLength = 4;
793 3
794 3 if (UartBuf[1] == 0x84 ||
795 3 UartBuf[1] == 0x87)
796 3 UartLength = 5;
797 3
798 3 if (UartBuf[1] == 0x81 ||
799 3 UartBuf[1] == 0x83)
C51 COMPILER V7.50 ZDJJC 02/27/2006 21:10:46 PAGE 14
800 3 UartLength = 22;
801 3
802 3 if (UartBuf[1] == 0x86)
803 3 UartLength = 11;
804 3
805 3
806 3 if (UartBuf[1] == 0x88)
807 3 UartLength = 6;
808 3 }
809 2
810 2 Rindex ++;
811 2
812 2 if (Rindex == UartLength)
813 2 {
814 3 Rindex = 0;
815 3 RecOver = TRUE;
816 3 }
817 2 }
818 1
819 1 if (TI)
820 1 {
821 2 TI = FALSE;
822 2
823 2 EN_SEND = TRUE;
824 2
825 2 Tindex ++;
826 2
827 2 if (Tindex < UartLength)
828 2 {
829 3 SBUF = UartBuf[Tindex];
830 3 TrasOver = FALSE;
831 3 }
832 2 else
833 2 {
834 3 EN_SEND = FALSE;
835 3 TrasOver = TRUE;
836 3 RecOver = FALSE;
837 3 Tindex = 0;
838 3 }
839 2 }
840 1 }
841
842 void ModbusProcess(void)
843 {
844 1 uchar data QueryIndex;
845 1 uchar idata *pBuf;
846 1 uchar idata Time[7];
847 1 uchar data RxAddress;
848 1 WordType CRC;
849 1
850 1 REN = FALSE;
851 1 if (UartBuf[0] == Address ||
852 1 UartBuf[0] == 0 ||
853 1 UartBuf[0] == 0xFF) //比较地址
854 1 {
855 2 //计算校验码
856 2 CRC.w = CRC16(UartBuf, UartLength-2);
857 2 if (CRC.b[0] == UartBuf[UartLength-2] && //比较校验码
858 2 CRC.b[1] == UartBuf[UartLength-1])
859 2 {
860 3 RxAddress = UartBuf[0]; //保存旧地址
861 3 UartBuf[0] = Address; //写地址
C51 COMPILER V7.50 ZDJJC 02/27/2006 21:10:46 PAGE 15
862 3
863 3 Tindex = 0;
864 3
865 3 //判断命令号
866 3 switch (UartBuf[1])
867 3 {
868 4 case 0x80:
869 4 pBuf = UartBuf+2;
870 4 //读交班时间
871 4 C24GetBuf (GROUP_TIME, pBuf, 17);
872 4 UartLength = 22;
873 4 //写班号
874 4 UartBuf[19] = GroupIndex;
875 4 break;
876 4 case 0x81:
877 4 pBuf = UartBuf+2;
878 4 //写交班时间
879 4 C24SetBuf (GROUP_TIME, pBuf, 17);
880 4 UartLength = 4;
881 4 break;
882 4 case 0x82:
883 4 pBuf = UartBuf+2;
884 4 //读当前设备各数据
885 4 C24GetBuf (TERM_H, pBuf, 18);
886 4 UartBuf[6] = 0x00;
887 4 if (!motorStatus)
888 4 UartBuf[6] |= 0x01;
889 4 if (RunStatus)
890 4 UartBuf[6] |= 0x02;
891 4 UartLength = 22;
892 4 break;
893 4 case 0x83:
894 4 pBuf = UartBuf+4;
895 4 //写当前设备各数据
896 4 C24SetBuf (KVALUE_H, pBuf, 2); //写K值
897 4 pBuf = pBuf+3;
898 4 C24SetBuf (BAUD_RATE, pBuf, 1); //写波特率
899 4 pBuf = pBuf+1;
900 4 C24SetBuf (ADDRESS, pBuf, 5); //写地址等
901 4 UartLength = 4;
902 4 GetEEPromData (); //重新读数据
903 4 InitBaud();
904 4 break;
905 4 case 0x84:
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