📄 common_data.lst
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11 =1 #define PBYTE ((unsigned char volatile pdata *) 0)
12 =1 #define XBYTE ((unsigned char volatile xdata *) 0)
13 =1
14 =1 #define CWORD ((unsigned int volatile code *) 0)
15 =1 #define DWORD ((unsigned int volatile data *) 0)
16 =1 #define PWORD ((unsigned int volatile pdata *) 0)
17 =1 #define XWORD ((unsigned int volatile xdata *) 0)
C51 COMPILER V6.12 COMMON_DATA 06/06/2005 08:36:06 PAGE 5
3 #include <intrins.h>
1 =1 /*--------------------------------------------------------------------------
2 =1 INTRINS.H
3 =1
4 =1 Intrinsic functions for C51.
5 =1 Copyright (c) 1988-2001 Keil Elektronik GmbH and Keil Software, Inc.
6 =1 All rights reserved.
7 =1 --------------------------------------------------------------------------*/
8 =1
9 =1 extern void _nop_ (void);
10 =1 extern bit _testbit_ (bit);
11 =1 extern unsigned char _cror_ (unsigned char, unsigned char);
12 =1 extern unsigned int _iror_ (unsigned int, unsigned char);
13 =1 extern unsigned long _lror_ (unsigned long, unsigned char);
14 =1 extern unsigned char _crol_ (unsigned char, unsigned char);
15 =1 extern unsigned int _irol_ (unsigned int, unsigned char);
16 =1 extern unsigned long _lrol_ (unsigned long, unsigned char);
17 =1 extern unsigned char _chkfloat_(float);
4 #include <stdio.h>
1 =1 /*--------------------------------------------------------------------------
2 =1 STDIO.H
3 =1
4 =1 Prototypes for standard I/O functions.
5 =1 Copyright (c) 1988-2001 Keil Elektronik GmbH and Keil Software, Inc.
6 =1 All rights reserved.
7 =1 --------------------------------------------------------------------------*/
8 =1
9 =1 #ifndef EOF
10 =1 #define EOF -1
11 =1 #endif
12 =1
13 =1 #ifndef NULL
14 =1 #define NULL ((void *) 0)
15 =1 #endif
16 =1
17 =1 #ifndef _SIZE_T
18 =1 #define _SIZE_T
19 =1 typedef unsigned int size_t;
20 =1 #endif
21 =1
22 =1 #pragma SAVE
23 =1 #pragma REGPARMS
24 =1 extern char _getkey (void);
25 =1 extern char getchar (void);
26 =1 extern char ungetchar (char);
27 =1 extern char putchar (char);
28 =1 extern int printf (const char *, ...);
29 =1 extern int sprintf (char *, const char *, ...);
30 =1 extern int vprintf (const char *, char *);
31 =1 extern int vsprintf (char *, const char *, char *);
32 =1 extern char *gets (char *, int n);
33 =1 extern int scanf (const char *, ...);
34 =1 extern int sscanf (char *, const char *, ...);
35 =1 extern int puts (const char *);
36 =1
37 =1 #pragma RESTORE
5
6 #define EXTERN extern
7 #define uchar unsigned char
8 #define uint unsigned int
9
10 #define TIMER_FUNC_NUM 60 //功能切换间隔计数 3s
C51 COMPILER V6.12 COMMON_DATA 06/06/2005 08:36:06 PAGE 6
11 #define TIMER_SUBFUNC_NUM 4 //子功能切换间隔计数 200ms
12 #define TIMER_FILTER_NUM 2 //开入点滤波计数 100ms
13 #define TIMER_SUBTOPAR_NUM 60 //"子功能切换"转为"功能切换"计数 3s
14 #define TIMER_ONELINE_NUM 3 //滚动时一行的保留时间 150ms
15 #define TIMER_STOP_NUM 40 //到站动作持续时间 2s
16 #define TIMER_200ms 4
17 #define TIMER_400ms 8
18 #define TIMER_1000ms 20
19
20 #define PA377 XBYTE[((P2&0x60)|0x9e)*256+P0] //LHM QUESTION:为什么没有加P0，似乎没有限定地址的低8
-位(王解释:不确定低8位也可以,最好确定)
21 #define PB377 XBYTE[((P2&0x60)|0x9d)*256+P0]
22 #define PC377 XBYTE[((P2&0x60)|0x9b)*256+P0]
23 #define PD377 XBYTE[((P2&0x60)|0x97)*256+P0]
24
25 #define FLOOR_DISP_BYTENUM 7 // 显示楼层缓冲区对应字节数
26 #define DIRECT_DISP_BYTENUM 7 // 显示楼层缓冲区对应字节数
27
28 //----------------------------------5045用----------------------------------------//
29 struct data5
30 {uchar cF0;//设定F0，设定控制器号(0~7), 显示(1-8)
31 uchar cF1;//设定F1, 设定层楼数(0~47), 显示(1-48)
32 uchar cF2;//设定F2, 设定显示方式(0~2), 显示(1-3)
33 uchar cF3;//设定F3, 设定锁梯(0~1), 显示(0-1)
34 uchar cF4;//设定F4, 设定消防(0~1), 显示(0-1)
35 };
36 #define DATA5 struct data5
37
38 DATA5 data5045;
39 //sbit SO=P3^4; //5045输出
40 //sbit SI=P3^2; //5045输入
41 //sbit SCK=P3^3; //5045时钟
42 //sbit CS=P3^5; //5045片选
43 uchar code WREN_INST=0X06; // Write enable latch instruction (WREN)
44 uchar code WRDI_INST=0X04; // Write disable latch instruction (WRDI)
45 uchar code WRSR_INST=0X01; // Write status register instruction (WRSR)
46 uchar code RDSR_INST=0X05; // Read status register instruction (RDSR)
47
48 //写入25045的先导字,应当为0000A010,其中的A为写入25045的高位地址
49 //将此WRITE_INST和写入高位地址相或后即为正确的写先导字
50 uchar code WRITE_INST=0X02; // Write memory instruction (WRITE)
51
52 //读出25045的先导字,应当为0000A011,其中的A为读出25045的高位地址
53 //将此READ_INST和读出高位地址相或后即为正确的读先导字
54 uchar code READ_INST=0X03; // Read memory instruction (READ)
55
56 uint code BYTE_ADDR=0X55; // Memory address for byte mode operations
57 uchar code BYTE_DATA=0X11; // Data byte for byte write operation
58 uint code PAGE_ADDR=0X1F; // Memory address for page mode operations 页面写入的其始地址
59 uchar code PAGE_DATA1=0X22; // 1st data byte for page write operation
60 uchar code PAGE_DATA2=0X33; // 2nd data byte for page write operation
61 uchar code PAGE_DATA3=0X44; // 3rd data byte for page write operation
62
63 //这是状态寄存器的值,他的意义在于第5,第4位为WDI1,WDI0代表DOG的时间,00为1.4秒,01为600毫秒,10为200毫秒,00为d
-isabled
64 //第3位和第2位为BL1,BL0,是写保护设置位,00为无保护,01为保护180-1FF,10为保护100-1FF,11为保护000-1FF.第1位为W
-EL,
65 //当他为1时代表已经"写使能"设置了,现在可以写了,只读位.第0位为WIP,当他为1时代表正在进行写操作,是只读
66 uchar code STATUS_REG=0x20; // Status register,设置DOG时间设置为200毫秒,无写保护
67
68 uchar code MAX_POLL=0x99; // Maximum number of polls(最大写过程时间,确定25045的最大的写入过程的时间)
69 uchar code INIT_STATE=0x09; // Initialization value for control ports
C51 COMPILER V6.12 COMMON_DATA 06/06/2005 08:36:06 PAGE 7
70 uint code SLIC=0x30; // Address location of SLIC
71 uchar m_set5045flg; // 当设置位为1时，表示前面设置过，此时要重新的写入5045中。 如果没有，则不需要进行
-这个步骤。
72
73 //----------------------------------can用----------------------------------//
74 uchar code cCtrlNum[8]={0x15,0x1a,0x13,0x1c,0x16,0x19,0x1b,0x1d}; //控制器号的转换
75 uchar whacr0,whacr1; //sja1000代码(接收标示符)
76 uchar whid1,whid2; //sja1000代码(发送标示符)
77 struct rec_data{
78 uchar cCurFloor; //当前楼层数
79 uchar cDirect; //当前方向(0:下 1:上 0xFF:无)
80 uchar cMaxFloor; //最大楼层数
81 };
82 #define REC_DATA struct rec_data
83 REC_DATA m_RecData; //can接收数据
84 bdata uchar abit;
85 sbit abit_0=abit^0;
86 sbit abit_1=abit^1;
87 sbit abit_2=abit^2;
88 sbit abit_3=abit^3;
89 sbit abit_4=abit^4;
90 sbit abit_5=abit^5;
91 sbit abit_6=abit^6;
92 sbit abit_7=abit^7;
93 uchar time1_count; //上呼计数
94 uchar time2_count; //下呼计数
95 uchar time3_count; //消防服务计数
96 uchar time4_count; //消防计数
97 uchar time5_count; //锁梯计数
98 uchar time6_count; //锁梯消防有效时定时发送标记
99 uchar time7_count;
100 bit time1_flg; //上呼计数到标记
101 bit time2_flg; //下呼计数到标记
102 bit time3_flg; //消防服务计数到标记
103 bit time4_flg; //消防计数到标记
104 bit time5_flg; //锁梯计数到标记
105 bit time6_flg; //锁梯消防有效时定时发送标记
106 bit time7_flg; //
107 uchar time_nocan_count;
108 bit time_nocan_flg; //
109 bit m_existupcallflg;//上呼存在标记
110 bit m_existdowncallflg;//下呼存在标记
111
112 //----------------------------------显示用----------------------------------//
113 /*struct disp_data{
114 uchar cHigh; //当前楼层数高字符
115 uchar cLow; //当前楼层数低字符
116
117 };
118 #define DISP_DATA struct disp_data*/
119 //DISP_DATA m_dSrcFloor[FLOOR_DISP_BYTENUM]; //源楼层buffer
120 uchar m_cSrcFloorHigh[FLOOR_DISP_BYTENUM]; //源楼层buffer高字符
121 uchar m_cSrcFloorLow[FLOOR_DISP_BYTENUM]; //源楼层buffer低字符
122 //uchar m_cSrcDirect[DIRECT_DISP_BYTENUM]; //源方向buffer
123 //DISP_DATA m_dDispFloor[FLOOR_DISP_BYTENUM]; //显示楼层buffer
124 uchar m_cDispFloorHigh[FLOOR_DISP_BYTENUM]; //显示楼层buffer高字符
125 uchar m_cDispFloorLow[FLOOR_DISP_BYTENUM]; //显示楼层buffer低字符
126 uchar m_cDispDirect[DIRECT_DISP_BYTENUM]; //显示方向buffer
127 uchar code PR[13][7]={{0x11,0x0E,0x0E,0x0E,0x0E,0x0E,0x11}, // '0'
128 {0x1B,0x19,0x1B,0x1B,0x1B,0x1B,0x1B}, // '1'
129 {0x11,0x0E,0x0F,0x17,0x1B,0x1D,0x00}, // '2'
130 {0x11,0x0E,0x0F,0x13,0x0F,0x0E,0x11}, // '3'
C51 COMPILER V6.12 COMMON_DATA 06/06/2005 08:36:06 PAGE 8
131 {0x17,0x13,0x15,0x00,0x17,0x17,0x17}, // '4'
132 {0x00,0x1E,0x10,0x0F,0x0F,0x0E,0x11}, // '5'
133 {0x11,0x1E,0x1E,0x10,0x0E,0x0E,0x11}, // '6'
134 {0x00,0x0F,0x17,0x1B,0x1D,0x1D,0x1D}, // '7'
135 {0x11,0x0E,0x0E,0x11,0x0E,0x0E,0x11}, // '8'
136 {0x11,0x0E,0x0E,0x01,0x0F,0x0E,0x11}, // '9'
137 // {0x00,0x00,0x00,0x00,0x00,0x00,0x00}, // 'A' //暂时未用
138 {0x10,0x0E,0x0E,0x10,0x0E,0x0E,0x10}, // 'B'
139 // {0x00,0x00,0x00,0x00,0x00,0x00,0x00}, // 'C' //暂时未用
140 // {0x00,0x00,0x00,0x00,0x00,0x00,0x00}, // 'D' //暂时未用
141 // {0x00,0x00,0x00,0x00,0x00,0x00,0x00}, // 'E' //暂时未用
142 {0x00,0x1E,0x10,0x1E,0x1E,0x1E,0x1E}, // 'F'
143 {0x1F,0x1F,0x1F,0x00,0x1F,0x1F,0x1F}, // '-'
144 };
145 uchar code PRDUp[7] = {0x1B,0x11,0x0A,0x1B,0x1B,0x1B,0x1B};
146 uchar code PRDDown[7] = {0x1B,0x1B,0x1B,0x1B,0x0A,0x11,0x1B};
147 uchar code PR_FIRE[7][2]={{0x83,0x07},{0xEF,0x07},{0x83,0x05},{0x01,0x04},{0x01,0x04},{0x83,0x05},{0x83,0x
-07}};
148 uchar code PR_REPAIRE[7][2]={{0xFF,0x04},{0x7F,0x00},{0x00,0x07},{0x00,0x07},{0x00,0x07},{0x7F,0x00},{0xFF
-,0x04}};
149 uchar code PR_LOCK[7][2]={{0x8F,0x07},{0x77,0x07},{0x77,0x07},{0x03,0x06},{0x03,0x06},{0x03,0x06},{0x03,0x
-06}};
150 //uchar m_cMakeNewFlg; //新文字做标记
151 uchar m_c7_11singledoubleFlg; //0:单字 1:双字
152 //----------------------------------设置功能用----------------------------------//
153 uchar m_cFuncCnt; //F0-F4标记计数(0-4)
154 uchar m_cFuncTimer; //功能切换计数器(每2秒切换一次)
155 uchar m_cSettingFuncFlg; //功能设置标记(标志当前处于F0-F4切换阶段)
156 uchar m_cNewFuncFlg;
157 // 显示为(F0:1-8 F1:1-48 F2:1-3 F3:0-1 F4:0-1)
158 uchar m_cSubFuncCnt; //各功能计数(F0:0-7 F1:0-47 F2:0-2 F3:0-1 F4:0-1)
159 uchar m_cSubFuncTimer; //功能切换计数器(每500毫秒切换一次)
160 uchar m_cSettingSubFuncFlg; //子功能设置标记(标志当前处于各功能的子功能设置阶段)
161 uchar m_cNewSubFuncFlg;
162 uchar m_cMaxSubNum;
163
164 uchar m_cSubToParTimer;
165 uchar m_cSubToParLess2sFlg;
166 //滚动专用
167 uchar m_cWholeMoveOKFlg; //整组移动完成标记(出现新楼层时,进行一组滚动,滚动完成后等待下一新楼层)
168 uchar m_cMoveCnt; //滚动计数(0-6)
169 uchar m_cMoveTimer; //滚动计数器(每150ms滚动一次)
170 uchar m_cNewLineFlg; //新滚动行标记
171 //四状态
172 uchar m_cFireFlg;
173 uchar m_cFireBaseFlg;
174 uchar m_cRepairFlg;
175 uchar m_cLockFlg;
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