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fingure.sublime-workspace
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fingure.sublime-workspace
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"contents": "/* 姜堰市世祥加密程序 2008-01-10 */\n/* 随机密码加密*/\n/* 此程序是在sycg(sycg1230)的基础上修改的 */\n/* 24C08地址分配：*/\n/* 0区存放128个随机码，以保证每次随机码不相同，超过128则从0重新存放*/\n/* 1区00-04存放解密后的日期 */\n/* 1区05存放初次进入该解密阶段 */\n/* 1区06存放0区的随机码地址*/\n/* 1区07-08存放解密成功的解密密码，永久解密密码60815，阶段解密密码20926，解密结束0*/\n/* 1区10-11存放识别密码 */\n#include<reg51.h>\n#include<intrins.h>\n#include<stdlib.h>\n#include<absacc.h>\n#include<math.h>\n#define uchar unsigned char\n#define uint unsigned int\n#define Lock 0x0a\n#define Unlock 0x0b\n#define Enter 0x0c\n#define Cancel 0x0d\n#define Serial_num 0x0e\n#define Secret_code 0x0f\n//#define Rest 0xff\n\n//#define LS244H XBYTE[0xbfff] /* 刀库 */\n//#define LS244L XBYTE[0xdfff] /* 主轴 */\n//#define LS377 XBYTE[0xefff] /* 显示位选 */\n//#define COM8255 XBYTE[0x7fff] /* 8255控制口 */\n// #define PA8255 XBYTE[0x7cff] /* 8255A口 */\n//#define PB8255 XBYTE[0x7dff] /* 8255B口 */\n//#define PC8255 XBYTE[0x7eff] /* 8255C口 */\n\nsbit wp24c08 = P3 ^ 2;\nsbit sclk = P3 ^ 3;\nsbit sda = P3 ^ 4;\nsbit rst1302 = P3 ^ 5;\n//sbit P1_7=P1^7;\n\n#define devicead_ws 0xa0\n#define devicead_rs 0xa1 /* page0 security code */\n#define devicead_wd 0xa2\n#define devicead_rd 0xa3 /* page1 securiyy day */\n#define devicead_wm 0xa4\n#define devicead_rm 0xa5 /* page2 securiyy date */\n\n//uchar sflag[16]={0};\n\nuchar flag_key;//=sflag[0]; /* 键盘标志 */\nuchar flag_pass;//=sflag[1]; /* 永久使用标志 */\nuchar flag_5m;//=sflag[2]; /* 5分钟标志 */\nuchar flag_ok;//=sflag[2]; /* 正确密码标志 */\nuchar flag_series;//=sflag[3]; /* 串口写调试密码标志*/\nuchar flag_series_unlock;//=sflag[4]; /* 串口解密标志*/\nuchar flag_interrupt_dis;//=sflag[5]; /* 中断滚动显示，显示解锁、加密 */\nuchar flag_all_unlock;//=sflag[6]; /* 完全解密标志 */\nuchar flag_test;//=sflag[7]; /* 调试键标志 */\nuchar flag_unlock;//=sflag[8]; /* 解密标志 */\nuchar flag_over;//=sflag[9]; /* 计算加密时间时的溢出标志 */\nuchar flag_shift;//=sflag[10]; /* shift键标志 */\nuchar flag_flash;//=sflag[11]; /* 闪烁显示标志 */\nuchar flag_jiami;//=sflag[12]; /* 已按加密部分数字键或功能键 */\nuchar flag_digital;//=sflag[13]; /* 数字键标志 */\nuchar flag_error;//=sflag[14]; /* 产生随机码标志 */\nuchar flag_warn_yymmdd;//=sflag[15]; /* 产生计算加密日期标志 */\n\nsbit tmp_shift_key = P0 ^ 6;\nsbit tmp_lock = P0 ^ 7;\n\n\nuchar data key_num;\nuint data counter_5m;\nuchar data term; /* 保存有效密码阶段，以防误动作时读加密时间有误 */\nuchar data series_string[6];\nuchar data digital_string[6];\nuchar data syts_string[6]; /* 用于显示剩余天数时备用显示随机码 2004/04/10增加*/\nuchar data valid_day[2]; /*显示天数*/\nuchar data flash_valid_day; /*闪烁显示天数的显示频率*/\nuchar data yun;\n/* 显示------ */\n//uchar code display0[13]={0xa4,0x90,0x01,0x91,0x01,\n// 0x92,0x01,0x93,0x01,0x94,0x01,0x95,0x01};\n/* 显示888888 */\n// uchar code display1[13]={0xa4,0x80,0x08,0x81,0x08,\n// 0x82,0x08,0x83,0x08,0x84,0x08,0x85,0x08};\n/* 显示字符 0、1、2、3、4、5、6、7、8、9、、- 、d 、空 ,P,H*/\nuchar code display_code[] = {0x3f, 0x06, 0x5b, 0x4f, 0x66, 0x6d,\n 0x7d, 0x07, 0x7f, 0x6f, 0x40, 0x5e, 0x00, 0x73, 0x76\n };\n//uchar code display_code[]={0x00,0x01,0x02,0x03,0x04,\n//0x05,0x06,0x07,0x08,0x09,0x0a,0x0b,0x0f,0x0c,0x0d,0x0e};\n/* 位选控制字 0位、1位、2位、3位、4位、5位 */\nuchar code display_cs[] = {0x01, 0x02, 0x04, 0x08, 0x10, 0x20};\nuchar code monthp[] = {31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31};\nuchar code monthy[] = {31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31};\n\n\nvoid delay_xms(uchar j) /*延时 j*1ms*/\n{\n uchar data i;\n for(; j > 0; j--)\n {\n for(i = 0; i < 125; i++)\n {\n ;\n }\n }\n}\n\nvoid start_ic(void) /*start 24c08*/\n{\n wp24c08 = 0;\n sclk = 0;\n _nop_();\n _nop_();\n sda = 1;\n _nop_();\n _nop_();\n sclk = 1;\n _nop_();\n _nop_();\n sda = 0;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n}\n\nvoid stop_ic(void) /*stop 24c08*/\n{\n sclk = 0;\n _nop_();\n _nop_();\n sda = 0;\n _nop_();\n _nop_();\n sclk = 1;\n _nop_();\n _nop_();\n sda = 1;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n _nop_();\n sda = 0;\n wp24c08 = 1;\n}\n\nvoid write_byte(uchar wr_byte) /*write 1byte to 24c08*/\n{\n uchar data temp, bitcounter = 8;\n sclk = 0;\n _nop_();\n _nop_();\n do\n {\n temp = wr_byte;\n temp = temp & 0x80;\n if(temp == 0x80)\n sda = 1;\n else\n sda = 0;\n _nop_();\n sclk = 1;\n temp = wr_byte << 1;\n wr_byte = temp;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n _nop_();\n bitcounter--;\n }\n while(bitcounter);\n sda = 1;\n sclk = 1;\n while(sda);\n sclk = 0;\n _nop_();\n}\n\nuchar read_byte(void) /*read 1byte from 24c08*/\n{\n uchar data temp = 0;\n uchar data temp1 = 0;\n uchar data bitcounter = 8;\n sda = 1;\n do\n {\n if(sda)\n temp = temp | 0x01;\n else\n temp = temp & 0xfe;\n if(bitcounter - 1)\n {\n temp1 = temp << 1;\n temp = temp1;\n }\n bitcounter--;\n sclk = 1;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n _nop_();\n }\n while(bitcounter);\n return(temp);\n}\n/*写字符*/\nvoid write_chr_to_eeprom(uchar page, uchar byte_address, uchar num)\n{\n start_ic();\n write_byte(page);\n write_byte(byte_address);\n write_byte(num);\n stop_ic();\n delay_xms(10);\n}\n/*读字符*/\nuchar read_chr_from_eeprom(uchar page, uchar byte_address)\n{\n uchar data a;\n start_ic();\n write_byte(page);\n write_byte(byte_address);\n start_ic();\n write_byte(page + 1);\n a = read_byte();\n stop_ic();\n return(a);\n}\n\n/* 写浮点数 */\nvoid write_flt_to_eeprom(uchar device_address, uchar address, unsigned long ft)\n{\n uchar data i, *px;\n uchar data kb[4];\n void *pf;\n\n px = kb;\n pf = &ft;\n for(i = 0; i < 4; i++)\n *(px + i) = *((char *)pf + i);\n\n for(i = 0; i < 4; i++)\n {\n start_ic();\n write_byte(device_address);\n write_byte(address + i);\n write_byte(*(px + i));\n stop_ic();\n delay_xms(10);\n }\n}\n\n/* 读浮点数 */\nunsigned long read_flt_from_eeprom(uchar device_waddress, uchar address)\n{\n uchar data i, *px;\n uchar data kb[4];\n unsigned long data ft;\n void *pf;\n\n px = kb;\n pf = &ft;\n for(i = 0; i < 4; i++)\n {\n start_ic();\n write_byte(device_waddress);\n write_byte(address + i);\n start_ic();\n write_byte(device_waddress + 0x01);\n *(px + i) = read_byte();\n stop_ic();\n }\n for(i = 0; i < 4; i++)\n *((char *)pf + i) = *(px + i);\n return(ft);\n}\n\nvoid ack_ic(void)\n{\n sclk = 0;\n _nop_();\n _nop_();\n sda = 0;\n _nop_();\n _nop_();\n sclk = 1;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n sda = 1;\n _nop_();\n}\n\n/*写整数*/\nvoid write_inte_to_eeprom(uchar device_address, uchar address, uint num)\n{\n //uchar data pp;\n start_ic();\n write_byte(device_address);\n write_byte(address);\n write_byte(num / 256);\n write_byte(num % 256);\n stop_ic();\n delay_xms(10);\n delay_xms(10);\n}\n\n/*读整数*/\nuint read_inte_from_eeprom(uchar device_waddress, uchar address)\n{\n uchar data a;\n uint data b;\n start_ic();\n write_byte(device_waddress);\n write_byte(address);\n start_ic();\n write_byte(device_waddress + 1);\n a = read_byte();\n\n b = a * 256;\n ack_ic();\n a = read_byte();\n b = b + a;\n stop_ic();\n return(b);\n}\n\nvoid ds1302_send_byte(uchar command, uchar num)\n{\n uchar data temp, bitcount = 8;\n\n wp24c08 = 1;\n rst1302 = 0;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n _nop_();\n rst1302 = 1;\n _nop_();\n _nop_();\n do\n {\n temp = command;\n temp = temp & 0x01;\n if(temp == 0x01)\n sda = 1;\n else\n sda = 0;\n _nop_();\n _nop_();\n sclk = 1;\n _nop_();\n _nop_();\n sclk = 0;\n temp = command >> 1;\n command = temp;\n bitcount--;\n _nop_();\n }\n while(bitcount);\n\n bitcount = 8;\n do\n {\n temp = num;\n temp = temp & 0x01;\n if(temp == 0x01)\n sda = 1;\n else\n sda = 0;\n _nop_();\n _nop_();\n sclk = 1;\n _nop_();\n _nop_();\n sclk = 0;\n temp = num >> 1;\n num = temp;\n bitcount--;\n _nop_();\n }\n while(bitcount);\n _nop_();\n rst1302 = 0;\n}\n\nuchar ds1302_receive_byte(uchar command)\n{\n uchar data temp, rcvdat, bitcount = 8;\n\n wp24c08 = 1;\n rst1302 = 0;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n _nop_();\n rst1302 = 1;\n _nop_();\n _nop_();\n do\n {\n temp = command;\n temp = temp & 0x01;\n if(temp == 0x01)\n sda = 1;\n else\n sda = 0;\n _nop_();\n _nop_();\n sclk = 1;\n _nop_();\n _nop_();\n sclk = 0;\n temp = command >> 1;\n command = temp;\n bitcount--;\n _nop_();\n }\n while(bitcount);\n\n bitcount = 8;\n temp = 0;\n rcvdat = 0;\n do\n {\n if(sda)\n temp = temp | 0x80;\n else\n temp = temp & 0x7f;\n if(bitcount - 1)\n {\n rcvdat = temp >> 1;\n temp = rcvdat;\n }\n\n bitcount--;\n sclk = 1;\n _nop_();\n _nop_();\n sclk = 0;\n _nop_();\n _nop_();\n }\n while(bitcount);\n _nop_();\n rst1302 = 0;\n return(rcvdat);\n}\n\nvoid init_ds1302(void)\n{\n rst1302 = 0;\n sclk = 0;\n ds1302_send_byte(0x8e, 0x00); /* 允许写命令 */\n ds1302_send_byte(0x90, 0xaa); /* 涓流慢速充电 */\n ds1302_send_byte(0x80, 0x00); /* 时钟启动，开机时都要置0，以准确走时 */\n}\n\nvoid scan_keypad(void)\n{\n uchar data tmp_num;\n flag_key = 0;\n if(tmp_shift_key == 0)\n {\n //delay_xms(5);\n P3 = P3 & 0x3f;\n P3 = P3 | 0x40;\n tmp_num = P2;\n while(tmp_num != 0x00)\n {\n delay_xms(5);\n flag_jiami = 1;\n switch(tmp_num)\n {\n case 0x01:\n key_num = Cancel;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x02:\n key_num = Serial_num;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x04:\n key_num = Secret_code;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x08:\n key_num = Lock;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x10:\n key_num = Unlock;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x20:\n key_num = 0;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x40:\n key_num = Enter;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x80:\n key_num = 1;\n flag_key = 1;\n flag_digital = 1;\n break;\n default:\n key_num = 0x00;\n flag_key = 0;\n break;\n }\n while(tmp_num != 0x00)\n {\n tmp_num = P2;\n }\n }\n //delay_xms(5);\n P3 = P3 & 0x3f;\n P3 = P3 | 0x80;\n tmp_num = P2;\n while(tmp_num != 0x00)\n {\n delay_xms(5);\n flag_jiami = 1;\n switch(tmp_num)\n {\n case 0x01:\n key_num = 2;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x02:\n key_num = 3;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x04:\n key_num = 4;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x08:\n key_num = 5;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x10:\n key_num = 6;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x20:\n key_num = 7;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x40:\n key_num = 8;\n flag_key = 1;\n flag_digital = 1;\n break;\n case 0x80:\n key_num = 9;\n flag_key = 1;\n flag_digital = 1;\n break;\n //case 0x14:key_num=Rest;flag_key=1;flag_digital=1;break;\n default:\n key_num = 0x00;\n flag_key = 0;\n break;\n }\n while(tmp_num != 0x00)\n {\n tmp_num = P2;\n }\n }\n P3 = P3 & 0x3f;\n }\n if(tmp_shift_key == 1 && flag_jiami == 1)\n {\n key_num = Enter;\n flag_key = 1;\n //tmp_shift_key=1; // shift键释放标志\n }\n}\n\nvoid display(void)\n{\n uchar data i, j;\n for(i = 0; i < 6; i++)\n {\n j = digital_string[i];\n P1 = display_code[j];\n P0 = P0 | display_cs[i];\n delay_xms(5);\n P0 = P0 & 0xc0;\n }\n}\n\n/*键盘输入*/\nvoid akey(uchar pp)\n{\n uchar data i = 0;\n uchar data temp, j;\n\n do\n {\n display(); /* 动态显示 */\n scan_keypad(); /* 动态扫描键盘 */\n //if(ppp==1)\n //digital_string[0]=14;\n\n if(flag_key == 1)\n {\n flag_key = 0;\n /*如果第一次按数字\\点则清显示以便输入*/\n if(key_num < 0x0a && i < pp)\n {\n for(j = 1; j < pp; j++)\n {\n /* 显示左移 */\n temp = digital_string[6 - pp + j];\n digital_string[5 - pp + j] = temp;\n\n }\n digital_string[5] = key_num;\n i++;\n }\n else if(key_num == Cancel && i > 0)\n {\n for(j = 1; j < pp; j++)\n {\n /* 显示右移 */\n temp = digital_string[5 - j];\n digital_string[6 - j] = temp;\n }\n digital_string[6 - pp] = 12; /* 空显示 */\n i--;\n\n if(i == 0) /* 等效于未按数字键 */\n flag_digital = 0;\n }\n }\n\n if(key_num == Enter && tmp_shift_key == 1)\n key_num = Enter;\n else if(key_num == Enter && flag_digital == 0)\n key_num = 0x00; /* 未按数字键而直接回车重新输数 */\n\n }\n while(key_num != Enter || i < pp); /* 回车结束数据输入 */\n} /* 且输入为位数正确为3位或6位 */\n\nvoid timer0() interrupt 1 using 3\n{\n TMOD = 0x21;\n TH0 = 0x4b;\n TL0 = 0xff;\n TR0 = 1; /*50ms定时*/\n if(flag_all_unlock == 0)\n {\n counter_5m--;\n if(counter_5m == 0)\n {\n flag_5m = 1;\n counter_5m = 6000;\n }\n }\n}\n\nvoid series_int() interrupt 4 using 3\n{\n /*上位机发的标志 “S”设定偏压（没用），“P”平衡键，“W”工作键*/\n /*下位机发的标志“V”电解池偏压。“I”电解电流*/\n uchar data i, j;\n /*串行接收*/\n if(RI == 1)\n {\n RI = 0;\n if(SBUF == 'S')\n {\n /* 串口起始标志 */\n for(i = 0; i < 6; i++)\n {\n /* 设置键 */\n series_string[i] = 0x30;\n }\n }\n /* 保存数字 */\n else if(SBUF >= 0x30 && SBUF <= 0x39)\n {\n /* 调试密码 */\n for(i = 0; i < 5; i++)\n {\n j = series_string[i + 1];\n series_string[i] = j;\n }\n series_string[5] = SBUF;\n }\n /* 串口结束标志，A-F分别为加密密码、调试密码，G为设置调试密码 */\n else if(SBUF >= 'A' && SBUF <= 'G') /* 回车键 */\n {\n flag_series = 1;\n /* SBUF='K'; 回复联机成功信号K */\n }\n else if(SBUF == 'H' || SBUF == 'Y') /* 设置系统日期、时间*/\n flag_series = 1;\n }\n else if(TI == 1)\n TI = 0;\n}\n\nvoid get_ac_data(uchar z, int n)\n{\n uchar data kk, pp;\n\n kk = ds1302_receive_byte(z);\n pp = kk >> 4;\n digital_string[n] = pp + 0x30;\n pp = kk & 0x0f;\n digital_string[n + 1] = pp + 0x30;\n}\n\nvoid read_current_minute(void)\n{\n\n /* 读当前时间 时 */\n get_ac_data(0x85, 0);\n /* 读当前时间 分 */\n get_ac_data(0x83, 2);\n /* 读当前时间 秒 */\n get_ac_data(0x81, 4);\n}\n\nvoid read_current_date(void)\n{\n\n /* 读当前时间 年 */\n get_ac_data(0x8d, 0);\n /* 读当前时间 月 */\n get_ac_data(0x89, 2);\n /* 读当前时间 日 */\n get_ac_data(0x87, 4);\n\n /* kk=ds1302_receive_byte(0x81);\n kk=ds1302_receive_byte(0x83);\n kk=ds1302_receive_byte(0x85); */\n}\n\nuchar get_date(uchar z)\n{\n uchar data year1, month1, date1;\n date1 = ds1302_receive_byte(z);\n year1 = (date1 >> 4) * 10;\n date1 = ds1302_receive_byte(z);\n date1 = date1 & 0x0f;\n date1 = date1 + year1;\n return date1;\n}\n\nvoid calculate_secutity_date(uchar i)\n{\n uchar data new_yy;\n uchar data new_mm;\n uchar data new_dd;\n uchar data month_day;\n\n unsigned long data security_day;\n\n uint code jiamitianshu[80] = {0, 1, 12, 18, 56, 44, 52, 10, 7, 23,\n 0, 42, 11, 24, 46, 54, 270, 4, 27, 37,\n 0, 48, 13, 999, 255, 300, 3, 16, 14, 90,\n 0, 22, 38, 285, 225, 240, 9, 20, 33, 180,\n 0, 34, 165, 15, 195, 135, 2, 25, 40, 36,\n 0, 19, 26, 150, 5, 21, 31, 17, 315, 28,\n 0, 60, 360, 8, 29, 35, 120, 50, 32, 210,\n 0, 6, 30, 39, 105, 75, 330\n };\n\n\n new_dd = get_date(0x87);\n\n /* 读当前时间 月 */\n new_mm = get_date(0x89);\n\n /* 读当前时间 年 */\n new_yy = get_date(0x8d);\n /* 读该阶段的加密天数 */\n security_day = jiamitianshu[i];\n flag_warn_yymmdd = 0;\n flag_over = 0;\n\n do\n {\n if(new_mm > 12)\n {\n new_mm = new_mm - 12;\n new_yy = new_yy + 1;\n }\n\n if(new_mm == 2 && new_mm <= 12)\n {\n if((2000 + new_yy) % 4 == 0 && (2000 + new_yy) % 100 != 0 || (2000 + new_yy) % 400 == 0)\n {\n month_day = 29;\n yun = 1;\n }\n else\n {\n month_day = 28;\n yun = 0;\n }\n }\n else if(new_mm <= 12)\n month_day = monthp[new_mm - 1];\n\n if(security_day > 30)\n {\n if(month_day == 31)\n security_day = security_day - 31;\n else if(month_day == 30)\n security_day = security_day - 30;\n else if(month_day == 29)\n security_day = security_day - 29;\n else if(month_day == 28)\n security_day = security_day - 28;\n new_mm = new_mm + 1;\n\n if(flag_warn_yymmdd == 1)\n break;\n }\n else\n {\n if(security_day == 30)\n {\n if(month_day == 30)\n {\n security_day = security_day - 30;\n new_mm = new_mm + 1;\n }\n else if(month_day == 29)\n {\n security_day = security_day - 29;\n new_mm = new_mm + 1;\n }\n else if(month_day == 28)\n {\n security_day = security_day - 28;\n new_mm = new_mm + 1;\n }\n }\n else if(security_day == 29)\n {\n if(month_day == 29)\n {\n security_day = security_day - 29;\n new_mm = new_mm + 1;\n }\n else if(month_day == 28)\n {\n security_day = security_day - 28;\n new_mm = new_mm + 1;\n }\n }\n else if(security_day == 28)\n {\n if(month_day == 28)\n {\n security_day = security_day - 28;\n new_mm = new_mm + 1;\n }\n }\n\n if(flag_warn_yymmdd == 0)\n {\n flag_warn_yymmdd = 1;\n security_day = security_day + new_dd;\n }\n else\n break;\n }\n }\n while(1);\n\n flag_warn_yymmdd = 0;\n flag_over = 0;\n if(new_mm > 12)\n {\n new_mm = new_mm - 12;\n new_yy = new_yy + 1;\n }\n else if(new_mm == 2)\n {\n if((2000 + new_yy) % 4 == 0 && (2000 + new_yy) % 100 != 0 || (2000 + new_yy) % 400 == 0)\n month_day = 29;\n else\n month_day = 28;\n\n if(security_day > 28)\n {\n if(month_day == 28)\n {\n security_day = security_day - 28;\n new_mm = new_mm + 1;\n }\n else if(month_day == 29)\n {\n security_day = security_day - 29;\n new_mm = new_mm + 1;\n }\n }\n }\n\n digital_string[0] = new_yy / 10 + 0x30;\n digital_string[1] = new_yy % 10 + 0x30; /* 保存加密年ASCII */\n digital_string[2] = new_mm / 10 + 0x30;\n digital_string[3] = new_mm % 10 + 0x30; /* 保存加密月ASCII */\n digital_string[4] = security_day / 10 + 0x30;\n digital_string[5] = security_day % 10 + 0x30; /* 保存加密日ASCII */\n\n security_day = jiamitianshu[i];\n if(security_day == 999) /* 如为999天，则写入永久密码680815 */\n {\n write_inte_to_eeprom(devicead_wd, 07, 60815); /*4*6*/\n flag_all_unlock == 1;\n }\n}\nuint yeardays(uchar month, uchar year)\n{\n uchar mm;\n uint ssa;\n ssa = 0;\n for(mm = 0; mm < (month - 1); mm++)\n {\n if((2000 + year) % 4 == 0 && (2000 + year) % 100 != 0 || (2000 + year) % 400 == 0)\n ssa = ssa + monthy[mm];\n else\n ssa = ssa + monthp[mm];\n }\n return ssa;\n}\n\nvoid calculate_date_inter(void)\n{\n uchar data kk;\n uint data sum;\n uchar data year1, month1, date1;\n uchar data year2, month2, date2;\n unsigned long data security_date;\n\n date1 = get_date(0x87);\n\n month1 = get_date(0x89);\n\n year1 = get_date(0x8d);\n\n security_date = read_flt_from_eeprom(devicead_wd, 00);\n year2 = security_date / 10000;\n\n security_date = security_date % 10000;\n month2 = security_date / 100;\n\n security_date = security_date % 100;\n date2 = security_date;\n\n security_date = 0;\n //sum=0;\n if(year2 > year1)\n {\n for(kk = year1; kk < year2; kk++)\n {\n if((2000 + kk) % 4 == 0 && (2000 + kk) % 100 != 0 || (2000 + kk) % 400 == 0)\n security_date = security_date + 366;\n else\n security_date = security_date + 365;\n }\n }\n sum = yeardays(month2, year2);\n\n security_date = security_date + sum + date2;\n //sum=0;\n sum = yeardays(month1, year1);\n sum = sum + date1;\n security_date = security_date - sum;\n\n security_date = security_date % 1000;\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 12;\n\n digital_string[3] = security_date / 100;\n security_date = security_date % 100;\n digital_string[4] = security_date / 10;\n digital_string[5] = security_date % 10;\n}\n\nvoid init_main(void)\n{\n uchar i;\n for( i = 0; i < 20; i++)\n delay_xms(200);\n\n PCON = 0x00;\n SCON = 0x50;\n TMOD = 0x21;\n TH1 = 0xfd;\n TL1 = 0xfd;\n TR1 = 1; /* BAUT=9600 */\n TH0 = 0x4b;\n TL0 = 0xff;\n TR0 = 1; /* 50ms定时 */\n ET0 = 1;\n ET1 = 0;\n EX0 = 0;\n EX1 = 0;\n ES = 1; /* 允许定时器0、串口中断*/\n IT0 = 1;\n IT1 = 1;\n counter_5m = 6000; /* 5分钟计时初始化 */\n\n //COM8255=0x92; /* A口、B口输入，C口输出 */\n //PC8255=0x00; /* 开机锁定机床 */\n //tmp_lock=1;\n}\n\nvoid send_ds1302(int n, uchar z)\n{\n uchar data kk, pp;\n kk = series_string[n] - 0x30;\n kk = kk << 4;\n pp = series_string[n + 1] - 0x30;\n kk = kk + pp;\n ds1302_send_byte(z, kk);\n}\nvoid resend_byte(uchar z, unsigned long xxx)\n{\n uchar data yyy, pp;\n pp = xxx % 10;\n yyy = xxx / 10;\n yyy = yyy << 4;\n yyy = yyy + pp;\n ds1302_send_byte(z, yyy);\n}\nvoid resend_time(int kk)\n{\n unsigned long data ddd, mmm;\n ddd = read_flt_from_eeprom(devicead_wd, 20 + kk * 4); /////读取日期\n //ddd=12;\n mmm = ddd % 100;\n resend_byte(0x86, mmm); // BCD 日\n mmm = ddd / 100;\n mmm = mmm % 100;\n resend_byte(0x88, mmm); // BCD 月\n mmm = ddd / 10000;\n mmm = mmm % 100;\n resend_byte(0x8c, mmm); /////年\n ddd = read_flt_from_eeprom(devicead_wd, 40 + kk * 4); /////读取时间\n resend_byte(0x80, 0); // BCD 秒\n mmm = ddd / 100;\n mmm = mmm % 100;\n resend_byte(0x82, mmm); // BCD 分\n mmm = ddd / 10000;\n mmm = mmm % 100;\n resend_byte(0x84, mmm); /////时\n}\nvoid displaydays(int ww, int n)\n{\n digital_string[n] = ww;\n series_string[n] = ww;\n syts_string[n] = ww;\n}\nvoid displaytmp(int ww, int n)\n{\n P1 = display_code[ww];\n P0 = P0 | display_cs[n];\n delay_xms(5);\n P0 = P0 & 0xc0;\n}\nvoid outlocktmp(void)\n{\n uchar data mm;\n flag_pass = 0;\n tmp_lock = 1;\n /* in_out_lock(); 锁定 */\n for(mm = 0; mm < 6; mm++)\n digital_string[mm] = 10;\n /* SBUF='O'; 回复超时信号O */\n write_inte_to_eeprom(devicead_wd, 07, 0); /* 写入解密结束密码为0 */\n write_chr_to_eeprom(devicead_wd, 05, 00); /* 请初次进入该阶段 */\n}\n\nmain()\n{\n uchar idata kk, pp, i;\n unsigned int idata ww;\n //unsigned long data hh;\n unsigned long int data security_final;\n unsigned long int data security_current;\n unsigned long int data security_current_buffer;\n unsigned int sss;\n unsigned int idata Ahourtime;\n Ahourtime = 0;\n sss = 0;\n init_ds1302();/* 初始化DS1302 */\n init_main(); /* 主程序初始化 */\n tmp_lock = 1; /* 开机锁定 */\n\n\n security_current = read_inte_from_eeprom(devicead_wd, 07); /* 4*6*/\n security_current_buffer = 0xfffff;\n flag_unlock = 1; /* 解密标志 */\n flag_all_unlock = 0;\n EA = 1;\n if( security_current != 60815)\n {\n\n read_current_date();\n security_current = atol(digital_string);\n\n if( (security_current > 500101) || (security_current < 71010) )\n flag_5m = 1;\n read_current_minute();\n security_current_buffer = atol(digital_string);\n\n for( i = 0; i < 50; i++)\n delay_xms(200);\n read_current_minute();\n security_current = atol(digital_string);\n if(security_current == security_current_buffer)\n sss++;\n }\n\n\n /* 2008/04/07添加，以防止晶振不起振, 读当前时分秒 */\n security_current = read_inte_from_eeprom(devicead_wd, 07);\n security_current_buffer = 0xfffff;\n\n\n do\n {\n if(flag_series == 1)\n {\n flag_series = 0;\n if(SBUF == 'G') /*SBUF=='G' */\n {\n /* 如为调试识别码 */\n /* security_final=atol(series_string); 写调试密码 */\n /* write_inte_to_eeprom(devicead_ws,10,security_final); 4*5*/\n /* for(kk=0;kk<21;kk++) 清5段加密标志、调试标志6 */\n /* write_chr_to_eeprom(devicead_wd,0x60+00,0x00); 0x20*/\n\n /* 调试天数初值为99天 */\n /* write_flt_to_eeprom(devicead_wd,4*20,99); 4*5*/\n /* write_flt_to_eeprom(devicead_wd,4*21,0); 清最终解密密码4*6 */\n /* write_flt_to_eeprom(devicead_ws,4*22,0);清失效密码4*7 */\n\n\n /* for(kk=0;kk<20;kk++)\n {\n write_flt_to_eeprom(devicead_wd,4*kk,0);\n write_flt_to_eeprom(devicead_ws,4*kk,0xfffff);\n }*/\n /* 如为调试识别码 */\n security_final = atol(series_string); /* 写识别密码 */\n write_inte_to_eeprom(devicead_wd, 10, security_final); /* 4*5*/\n write_chr_to_eeprom(devicead_wd, 05, 0); /* 阶段标志 */\n write_chr_to_eeprom(devicead_wd, 06, 0); /* 随机码地址 */\n write_inte_to_eeprom(devicead_wd, 07, 0); /* 初始化解密密码 */\n write_inte_to_eeprom(devicead_wm, 03, 1234); /*初始化密码*/\n for(kk = 0; kk < 128; kk++)\n write_inte_to_eeprom(devicead_ws, 2 * kk, 0); /* 清随机码 */\n }\n else if(SBUF == 'Y') /*SBUF=='Y'*/\n {\n /* 串口设置日期 yy-mm-dd */\n /* init_ds1302(); 初始化DS1302 */\n\n send_ds1302(4, 0x86);\n send_ds1302(2, 0x88);\n send_ds1302(0, 0x8c);\n read_current_date(); //////保存当前日期\n security_current = atol(digital_string);\n write_flt_to_eeprom(devicead_wd, 20, security_current);\n write_flt_to_eeprom(devicead_wd, 24, 0);\n write_flt_to_eeprom(devicead_wd, 30, 0);\n write_inte_to_eeprom(devicead_wd, 34, 0);\n }\n else if(SBUF == 'H') /*SBUF=='H' */\n {\n /* 串口设置时间hh-mm-ss */\n /* init_ds1302(); 初始化DS1302 */\n send_ds1302(2, 0x82);\n send_ds1302(0, 0x84);\n read_current_minute(); //////保存当前时间\n security_current = atol(digital_string);\n write_flt_to_eeprom(devicead_wd, 40, security_current);\n write_flt_to_eeprom(devicead_wd, 44, 0);\n write_flt_to_eeprom(devicead_wd, 50, 0);\n }\n }\n\n else if(flag_unlock == 1)\n {\n flag_unlock = 0;\n flag_pass = 0;\n\n if(security_current == 60815)\n {\n flag_all_unlock = 1;\n tmp_lock = 0;\n //PC8255=0x80;\n /* in_out_unlock(); 解锁 */\n /* display_init1(); */\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 0x08;\n /* while(1); 如为最终解密码，则不在往下走*/\n }\n else if(security_current == 20926) /* 正常解密成功 */\n {\n tmp_lock = 0; /////\n /* 从PAGE1的00X20-0X24读是否是初次进入该密码阶段 */\n kk = read_chr_from_eeprom(devicead_wd, 05); /*0x20*/\n if(kk != 0xcc)\n {\n /* 初次进入，写入已进入该阶段标志0XCC */\n write_chr_to_eeprom(devicead_wd, 05, 0xcc); /*0x20*/\n\n /* 初次解密时计算最终加密日期 */\n /* i=series_string[0]*10+series_string[1]; 加密天数密码*/\n /* i=i-10; 加密天数密码为10-99，故实际有90个加密阶段 */\n security_final = series_string[0] * 100 + series_string[1] * 10 + series_string[2];\n i = security_final / 13;\n calculate_secutity_date(i);\n security_final = atol(digital_string); /* 保存最后的加密结束日期*/\n write_flt_to_eeprom(devicead_wd, 00, security_final);\n }\n /* display_init0(); 显示------，准备动态循环显示*/\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 10;\n\n flag_pass = 1; /* 解密成功 */\n flag_5m = 1; /* 以便与立即比较是否过日期*/\n }\n else /*未能正常解密 */\n {\n /*随机码的产生原则：首先产生一个0-32768之间的随机数*/\n /*然后将识别码*6，以保证两者相加不超过9999*/\n /*两者相加产生5位随机码*/\n /*如不加上识别码可能不同的机子会产生相同的随机码*/\n do\n {\n flag_error = 0;\n security_current = rand(); /*产生一个0-32768的随机数*/\n security_final = read_inte_from_eeprom(devicead_wd, 10); /*读识别码*/\n security_final = security_final * 3; /* 识别码最大为9999 */\n security_current = security_current + security_final;\n /* security_current最大不超过32768+3*9999，即不超过整数的范围65535，便于下面计算*/\n /* 以防止每次开机时产生同样的随机码*/\n /* 这样尽管rand()函数产生相同的数，但不同的机子有不同的识别码*/\n kk = read_chr_from_eeprom(devicead_wd, 0x06);\n kk = kk / 2; /* 随机码地址=随机码个数*2 */\n for(pp = 0; pp < kk; pp++)\n {\n /*读已存放的随机码*/\n security_final = read_inte_from_eeprom(devicead_ws, pp * 2);\n if(security_current == security_final)\n {\n flag_error = 1;\n break;\n }\n }\n }\n while(flag_error == 1);\n\n displaydays(0x00, 0); /* 用于显示剩余天数时备用显示随机码 2004/04/10增加*/\n kk = security_current / 10000;\n displaydays(kk, 1); /* 用于显示剩余天数时备用显示随机码 2004/04/10增加*/\n kk = security_current / 1000;\n pp = kk % 10;\n displaydays(pp, 2); /* 用于显示剩余天数时备用显示随机码 2004/04/10增加*/\n security_final = security_current - kk * 1000;\n kk = security_final / 100;\n displaydays(kk, 3); /* 用于显示剩余天数时备用显示随机码 2004/04/10增加*/\n kk = security_final % 100;\n pp = kk / 10;\n displaydays(pp, 4); /* 用于显示剩余天数时备用显示随机码 2004/04/10增加*/\n pp = kk % 10;\n displaydays(pp, 5); /* 用于显示剩余天数时备用显示随机码 2004/04/10增加*/\n\n }\n }\n\n else if(flag_key == 1 && tmp_shift_key == 0)\n {\n flag_key = 0;\n /*-------------------------------------------------------*/\n if(key_num == Serial_num)\n {\n //read_inte_from_eeprom(devicead_wd,10);\n do\n {\n\n scan_keypad();\n\n ww = 13;\n displaytmp(ww, 0);\n\n ww = 13;\n displaytmp(ww, 1);\n\n\n ww = read_inte_from_eeprom(devicead_wd, 10);\n ww = ww / 1000;\n displaytmp(ww, 2);\n ww = read_inte_from_eeprom(devicead_wd, 10);\n ww = (ww / 100) % 10;\n displaytmp(ww, 3);\n\n ww = read_inte_from_eeprom(devicead_wd, 10);\n ww = (ww % 100) / 10;\n displaytmp(ww, 4);\n ww = read_inte_from_eeprom(devicead_wd, 10);\n ww = ww % 10;\n displaytmp(ww, 5);\n\n }\n while(tmp_shift_key == 0);\n flag_key = 0;\n flag_jiami = 0;\n key_num = 0;\n\n }\n /*if(key_num==4)\n {\n \t//read_inte_from_eeprom(devicead_wd,10);\n do\n {\n\n scan_keypad();\n\n ww=10;\n displaytmp(ww,0);\n\n ww=10;\n displaytmp(ww,1);\n\n\n ww=read_inte_from_eeprom(devicead_wm,3);\n ww=ww/1000;\n displaytmp(ww,2);\n ww=read_inte_from_eeprom(devicead_wm,3);\n ww=(ww/100)%10;\n displaytmp(ww,3);\n\n ww=read_inte_from_eeprom(devicead_wm,3);\n ww=(ww%100)/10;\n displaytmp(ww,4);\n ww=read_inte_from_eeprom(devicead_wm,3);\n ww=ww%10;\n displaytmp(ww,5);\n\n }while(tmp_shift_key==0);\n flag_key=0;\n flag_jiami=0;\n key_num=0;\n\n }*/\n\n else if(key_num == Secret_code)\n {\n flag_key = 0x00;\n key_num = 0x00; // 清键值\n\n // 是否是串口解密，如为串口解密则跳出键盘输入\n if(flag_series_unlock == 0)\n {\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 12; //清空显示单元，准备显示解密密码\n\n //akey(5,1);\n akey(6);\n flag_digital = 0;\n }\n key_num = 0x00; /* 清键值 */\n flag_key = 0x00;\n\n /* 是否是串口解密，如为串口解密则跳出字符转换 */\n if (flag_series_unlock == 0)\n {\n for(kk = 0; kk < 6; kk++)\n\n {\n if(digital_string[kk] == 0x0c)\n digital_string[kk] = 0x30; /* 空格处理 */\n else\n digital_string[kk] = digital_string[kk] + 0x30;\n }\n }\n else\n flag_series_unlock = 0;\n\n if(flag_shift == 0)\n {\n pp = (digital_string[0] - 0x30) * 10 + digital_string[1] - 0x30;\n kk = pp / 7;\n pp = pp % 7;\n if((digital_string[1] - 0x30) > 6)\n security_current = (digital_string[2] - 0x30) * 1000 + (digital_string[3] - 0x30) * 100 + (digital_string[4] - 0x30) * 10 + (digital_string[5] - 0x30);\n else\n security_current = (digital_string[1] - 0x30) * 10000 + (digital_string[2] - 0x30) * 1000 + (digital_string[3] - 0x30) * 100 + (digital_string[4] - 0x30) * 10 + (digital_string[5] - 0x30);\n security_final = read_inte_from_eeprom(devicead_wm, 03);\n ww = read_inte_from_eeprom(devicead_wd, 10);\n //write_inte_to_eeprom(devicead_wm,03,security_current);\n\n\n if(pp == 6 && kk == (digital_string[5] - 0x30))\n {\n pp = 0;\n kk = 0;\n security_current_buffer = ww * 3;\n security_current_buffer = security_current_buffer + 17351;\n security_current_buffer = security_current_buffer % 10000;\n security_current = security_current % 10000;\n if(security_current == security_current_buffer)\n {\n write_inte_to_eeprom(devicead_wm, 03, 1234);\n }\n }\n else if((digital_string[0] - 0x30) == 0)\n {\n if(security_current < 60000)\n {\n //pp=0;\n security_final = security_final * 2;\n security_current = security_current - ww;\n security_current = security_current - security_final;\n kk = security_current % 3;\n\n if(kk == 0)\n {\n security_current = security_current / 3;\n if(security_current < 10000)\n {\n write_inte_to_eeprom(devicead_wm, 03, security_current);\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 6;\n }\n }\n }\n }\n }\n\n else//添加\n {\n flag_key = 0;\n flag_shift = 0;\n flag_jiami = 0;\n key_num = 0x00;\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 10; // 显示------\n }\n //series_string[1];\n }\n else if(key_num == Lock)\n {\n calculate_date_inter();\n security_current = read_inte_from_eeprom(devicead_wd, 07);\n if(security_current == 60815)\n {\n digital_string[3] = 9;\n digital_string[4] = 9;\n digital_string[5] = 9;\n }\n do\n {\n display();\n scan_keypad();\n }\n while(tmp_shift_key == 0);\n\n flag_key = 0;\n flag_jiami = 0;\n key_num = 0x00;\n\n for(kk = 0; kk < 6; kk++)\n {\n pp = syts_string[kk]; //用于显示剩余天数时备用显示随机码 2004/04/10增加\n digital_string[kk] = pp; // 不进行转换的化将看不到随机码，否则显示永远剩余加密天数\n }\n }/*2008/04/10*/\n\n //-------------------------------------------------------*\n\n else if(key_num == Unlock)\n {\n flag_key = 0x00;\n key_num = 0x00; // 清键值\n\n // 是否是串口解密，如为串口解密则跳出键盘输入\n if(flag_series_unlock == 0)\n {\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 12; // 清空显示单元，准备显示解密密码\n\n akey(6);\n flag_digital = 0;\n }\n key_num = 0x00; // 清键值\n flag_key = 0x00;\n\n // 是否是串口解密，如为串口解密则跳出字符转换\n if (flag_series_unlock == 0)\n {\n for(kk = 0; kk < 6; kk++)\n {\n if(digital_string[kk] == 0x0c)\n digital_string[kk] = 0x30; //空格处理\n else\n digital_string[kk] = digital_string[kk] + 0x30;\n }\n }\n else\n flag_series_unlock = 0;\n\n if(tmp_shift_key == 0)\n {\n //解密思路/\n //设从键盘输入的六位解密密码为ABCDEF,随机产生的随机数为abcdef/\n //按下述解密公式计算b*b*b*b*b+123*c*c*c*c*c+367*d*d*d+743*e*e+986*f+1534/\n //取上述计算值的低四位与BCDE进行比较，如相等则写入920926，否则写入0\n kk = series_string[1];\n security_final = kk * kk;\n security_final = security_final * kk;\n security_final = security_final * kk;\n security_final = security_final * kk; // b*b*b*b*b\n\n kk = series_string[2];\n security_current = kk * kk;\n security_current = security_current * kk;\n security_current = security_current * kk;\n security_current = security_current * 152; // 123*c*c*c*c*c\n security_current = security_current + security_final;\n\n kk = series_string[3];\n security_final = kk * kk;\n security_final = security_final * kk;\n security_final = 332 * security_final; // 367*d*d*d\n security_current = security_current + security_final;\n\n kk = series_string[4];\n security_final = kk * kk;\n security_final = 622 * security_final; // 743*e*e /\n security_current = security_current + security_final;\n\n kk = series_string[5];\n security_final = 832 * kk; // 986*f /\n\n // security_final=security_final+1571; // 1534 /\n\n security_current = security_current + security_final;\n // security_final=security_current%10000; 取计算结果的低4位 /\n // security_final=security_final*10; 乘以10以与digital_string的格式一致 //\n\n\n\n security_final = read_inte_from_eeprom(devicead_wd, 10); //读识别码/\n //security_final=security_final*153;\n //security_current=security_current+security_final;/\n // security_final=security_current%10000; 取计算结果的低4位 //\n // security_final=security_final*10; 乘以10以与digital_string的格式一致 //\n //security_final=read_inte_from_eeprom(devicead_wd,10); //读识别码/\n //security_final=security_final*332;\n //security_current=security_current+security_final;\n ww = read_inte_from_eeprom(devicead_wm, 03);\n security_final = security_final * 153;\n ww = ww + 1732;\n security_current = security_current + security_final + ww;\n security_final = security_current % 1000;\n\n for(kk = 0; kk < 6; kk++)\n {\n pp = series_string[kk];\n pp = pp + 0x30;\n series_string[kk] = pp; // 转换成字符数便于下面保存随机码//\n }\n\n\n security_current = (digital_string[0] - 0x30) * 100 + (digital_string[2] - 0x30) * 10 + digital_string[4] - 0x30;\n kk = security_current % 13;\n if(kk == 0)\n {\n security_current = (digital_string[1] - 0x30) * 100 + (digital_string[3] - 0x30) * 10 + digital_string[5] - 0x30;\n if(security_current == security_final) // 与计算的解密密码相比较/\n {\n write_inte_to_eeprom(devicead_wd, 07, 20926); //写入解密成功密码20926/\n kk = read_chr_from_eeprom(devicead_wd, 06); //读随机码存放地址/\n security_current = atol(series_string); //保存该次解密成功的随机码/\n write_inte_to_eeprom(devicead_ws, kk, security_current);\n series_string[0] = digital_string[0] - 0x30;\n series_string[1] = digital_string[2] - 0x30;\n series_string[2] = digital_string[4] - 0x30;\n //\n kk = kk + 2; //地址加2/\n // 因kk为字符型，256自动为0 //\n // if(kk==256) 如0区已存放满，则从头开始重新存放\n // kk=0x00;//\n\n flag_pass = 1; // 解密成功 /\n flag_5m = 1; // 以便与立即比较是否过日期/\n\n write_chr_to_eeprom(devicead_wd, 06, kk); //保存随机码个数或地址/\n flag_unlock = 1; // 置解密标志，回到else if(flag_unlock==1)判别密码相等 //\n security_current = read_inte_from_eeprom(devicead_wd, 07);\n } // 读当前解密密码，回到else if(flag_unlock==1)判别密码相等 //\n else\n {\n write_inte_to_eeprom(devicead_wd, 07, 0); //写入解密失效密码0//\n\n\n\n //080313补，否则下次时间不好修改//\n write_chr_to_eeprom(devicead_wd, 05, 00); // 请初次进入该阶段 //\n }\n // flag_unlock=1; 置解密标志，回到else if(flag_unlock==1)判别密码相等 //\n }\n else\n {\n write_inte_to_eeprom(devicead_wd, 07, 0); //写入解密失效密码0//\n write_chr_to_eeprom(devicead_wd, 05, 00); // 请初次进入该阶段 //\n }\n }\n else\n {\n flag_key = 0;\n flag_jiami = 0;\n key_num = 0x00;\n for(kk = 0; kk < 6; kk++)\n digital_string[kk] = 10; // 显示------ /\n }\n }\n else if(key_num == Enter) /* 退出shift键时的处理 */\n {\n key_num = 0x00;\n flag_key = 0;\n flag_jiami = 0;\n }\n }\n\n else if(flag_5m == 1)\n {\n flag_5m = 0;\n Ahourtime++;\n if(Ahourtime > 5)\n {\n Ahourtime = 0;\n /////保存当前时间和日期\n kk = read_inte_from_eeprom(devicead_wd, 34);\n kk++;\n if(kk > 2)\n kk = 0;\n //kk=1;\n read_current_date(); 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