LCD多级菜单C51程序[单片机]

LCD多级菜单C51程序

发布时间:2006年7月27日点击次数:3545

来源: 作者:

//Last Modify Time:03/11/07 01:22
//ReadMe
//屏宽:112
//屏高:64
#include <reg51.h>
#include <intrins.h>
#include <absacc.h>
//
typedef struct
{
unsigned int KeyTab_MenuIndex;  //当前状态索引号
unsigned int KeyTab_MaxItems;  //本级菜单最大条目数
    unsigned int KeyTab_PressOk;    //按下"回车"键时转向的状态索引号
    unsigned int KeyTab_PressEsc;  //按下"返回"键时转向的状态索引号
    unsigned int KeyTab_PressDown;    //按下"向下"键时转向的状态索引号
    unsigned int KeyTab_PressUp;    //按下"向上"键时转向的状态索引号
void    (*CurrentOperate)();    //当前状态应该执行的功能操作
}KeyTabStruct;
void    (*KeyFuncPtr)();    //按键功能指针
//
#define S_S   0x80//上      =1000,0000=0x80,
#define S_X   0x40//下      =0100,0000=0x40,
#define S_Z   0x20//左      =0010,0000=0x20,
#define S_Y   0x10//右      =0001,0000=0x10,
#define S_ZS  0xa0//左上    =1010,0000=0xa0,
#define S_ZX  0x60//左下    =0110,0000=0x60,
#define S_YS  0x90//右上    =1001,0000=0x90,
#define S_YX  0x50//右下    =0101,0000=0x50,
#define S_SXZY  0xf0//上下左右=1111,0000=0xf0

//
#define KEY_OK 0x11
#define KEY_UP 0x12
#define KEY_ESC 0x13
//
#define KEY_LEFT 0x21
#define KEY_DOWN 0x22
#define KEY_RIGHT 0x23
//
#define KEY_1  0x31
#define KEY_2  0x32
#define KEY_3  0x33
//
#define KEY_4  0x41
#define KEY_5  0x42
#define KEY_6  0x43
//
#define KEY_7  0x51
#define KEY_8  0x52
#define KEY_9  0x53
//
#define KEY_XING 0x61
#define KEY_0  0x62
#define KEY_JING 0x63
//
#define KEY_POWER 0x71
#define KEY_NULL 0x00
//
//
#define MAX_KEYTABSTRUCT_NUM      19
#define MENU_FACE         0
#define MENU_ROOT         1
#define MENU_VIEW        2
#define   MENU_VIEW_ABOUTRECORDE    3
#define   MENU_VIEW_HANDSETCLOCK    4
#define  MENU_OPERATION       5
#define   MENU_OPERATION_SETPOSITION   6
#define   MENU_OPERATION_READZJTOFLASH  7
#define   MENU_OPERATION_RDZJTORAM   8
#define   MENU_OPERATION_DELGIVENZL   9
#define   MENU_OPERATION_DELALLZJ    10
#define  MENU_TEST        11
#define   MENU_TEST_RAMTEST     12
#define   MENU_TEST_FLASHTEST     13
#define  MENU_SYSTEMSET       14
#define   MENU_SYSTEMSET_DEBUG    15
#define    MENU_SYSTEMSET_DEBUG_PASSWORD 16
#define    MENU_SYSTEMSET_DEBUG_SEEPICTURE 17
#define   MENU_SYSTEMSET_SETHANDCLK   18
//
#define Addr_Key    0xc000 //1100,0000,0000,0000
#define Addr_XRamBegin1 0x0000 //0000,0000,0000,0000//共32K
#define Addr_XRamEnd1   0x3fff //0011,1111,1111,1111
#define Addr_XRamBegin2 0x4000 //0100,0000,0000,0000
#define Addr_XRamEnd2   0x7fff //0111,1111,1111,1111
#define Addr_XFlashBegin 0x9000//1000,0000,0000,0000 16K/每自然扇区
#define Addr_XFlashEnd  0xbfff//1011,1111,1111,1111
#define Addr_XFlashSector 0xc001//1100,0000,0000,0001 4个自然扇区(把FLASH的地址线移到这个口内容的低位)
//Flash可用容量=4*16K=64K
//自然扇区的内容字节范围(0->3)(0000,0000~0000,0011)共4块=64K,硬件上把A18,A17,A16锁住了,不能写)
//能读不能写的扇区号为4-31为(0000,0100~0001,1111)共28块=448K,可以作为菜单位置
//#define Addr_XFlashBegin     0x9000//1000,0000,0000,0000 16K/每自然扇区
//#define Addr_XFlashEnd  0xbfff//1011,1111,1111,1111
//能读能写的FLASH的连续地址如下:
//#define Addr_XFlashBegin 0x0000//共64K
//#define Addr_XFlashEnd   0xffff
//
//操作FLASH地址时,
//1.算出页地址
//2. 对扇区解锁(读扇区不用解锁):(0x5555)=0xaa,(0x2aaa)=0x55,(0x5555)=0xa0;
//3。把高2位移入[Addr_XFlashSector]=0的低2位,
//4。把原来的高2位置0,再或上10B
//5. 然后整个扇区读/写256字节
//片外数组0x0000~0x1fff;
unsigned char xdata Rev232Buffer[256]    _at_ 0x0000; //->0x00ff
unsigned char xdata Send232Buffer[256]    _at_ 0x0100; //->0x1ff
#define Addr_FlashWriteBuffer1       0x0200 //->0x2ff
#define Addr_FlashWriteBuffer2       0x0300 //->0x3ff
#define Addr_FlashReadBuffer1       0x0400 //->0x4ff
#define Addr_FlashReadBuffer2       0x0500 //->0x5ff
#define Addr_ZjWrRdBuffer          0x0800 //->0xfff
unsigned char xdata clock[12]     _at_ 0x1000; //->0x100b
//
unsigned char xdata cGraphByte[8]    _at_ 0x100e; //->0x1015
unsigned char xdata * xdata cpGraph    _at_ 0x1016; //->0x1017
signed   char xdata cMenuHLight[0x10]   _at_ 0x1018;
KeyTabStruct xdata KeyTab[MAX_KEYTABSTRUCT_NUM] _at_ 0x1028;
unsigned char xdata CxTestByte1     _at_ 0x1145;
//片外单变量0x2000~0x2fff;
//通讯专用
unsigned char xdata cUartTemp1   _at_ 0x2000;
unsigned char xdata cUartTemp2   _at_ 0x2001;
unsigned char xdata cUartTemp3   _at_ 0x2002;
unsigned char xdata cUartFunSn   _at_ 0x2003;
unsigned char xdata cUartDataLenght _at_ 0x2004;
unsigned char xdata cUartAddSum  _at_ 0x2005;
unsigned char xdata cUartXorSum  _at_ 0x2006;
unsigned char xdata iUartTemp1  _at_ 0x2007;
unsigned char xdata iUartTemp2  _at_ 0x2008;
unsigned char xdata iUartTemp3  _at_ 0x2009;
//Flash专用
unsigned char xdata cPageAddr  _at_ 0x2010;
unsigned int xdata iSectorAddr  _at_ 0x2011;
unsigned int xdata iFlashToRamAddr _at_ 0x2013;
unsigned int xdata iRamToFlashAddr _at_ 0x2015;
unsigned char xdata iFlashAddrH  _at_ 0x2017;
unsigned char xdata iFlashAddrM  _at_ 0x2018;
unsigned char xdata iFlashAddrL  _at_ 0x2019;
unsigned char xdata iFlashRdWrNum _at_ 0x201a;
//菜单专用
unsigned char xdata cMenuTemp1  _at_ 0x2020;
unsigned char xdata cMenuTemp2  _at_ 0x2021;
unsigned char xdata cMenuTemp3  _at_ 0x2022;
//
unsigned int xdata iMenuID   _at_ 0x2023;
unsigned int xdata iMenuNextID  _at_ 0x2025;
//
//画线专用
unsigned char xdata cLineTemp1  _at_ 0x2030;
unsigned char xdata cLineTemp2  _at_ 0x2031;
unsigned char xdata cLineTemp3  _at_ 0x2032;
unsigned char xdata cLineTemp4  _at_ 0x2033;
unsigned char xdata cLineTemp5  _at_ 0x2034;
unsigned char xdata cLineTemp6  _at_ 0x2035;
unsigned char xdata cLineTemp7  _at_ 0x2036;
unsigned char xdata cLineTemp8  _at_ 0x2037;
unsigned char xdata cLineTemp9  _at_ 0x2038;
unsigned char xdata cLineTemp10  _at_ 0x2039;
unsigned char xdata cLineTemp11  _at_ 0x203a;
unsigned char xdata cLineTemp12  _at_ 0x203b;
unsigned char xdata cLineTemp13  _at_ 0x203c;
//DispTextLine
unsigned char xdata cTextLineTemp1 _at_ 0x203d;
unsigned char xdata cTextLineTemp2 _at_ 0x203e;
unsigned char xdata cTextLineTemp3 _at_ 0x203f;
//图形字符专用
unsigned char xdata cGraphTemp1  _at_ 0x2040;
unsigned char xdata cGraphTemp2  _at_ 0x2041;
unsigned char xdata cGraphTemp3  _at_ 0x2042;
unsigned char xdata cGraphTemp4  _at_ 0x2043;
//主程序用
unsigned char xdata NowKey   _at_ 0x2044;
unsigned char xdata RxPos   _at_ 0x2045;
unsigned char xdata RxStep   _at_ 0x2046;
unsigned char xdata RxPrev   _at_ 0x2047;
unsigned char xdata RxNow   _at_ 0x2048;
unsigned char xdata RxDataLenght _at_ 0x2049;
unsigned char xdata TxPos   _at_ 0x204a;
unsigned char xdata TxNum   _at_ 0x204b;
//中断0用
unsigned char xdata cTemp_ex0  _at_ 0x204c;
//通讯中断用
unsigned int xdata i_uart   _at_ 0x204d;
//写Flash用
unsigned int xdata i_FlashWr  _at_ 0x204f;
unsigned char xdata c1_FlashWr  _at_ 0x2051;
//读Flash用
unsigned int xdata i_FlashRd  _at_ 0x2052;
unsigned char xdata c1_FlashRd  _at_ 0x2054;
//Make05Answe专用
unsigned int xdata i_Make05Answer   _at_ 0x2055;
unsigned char xdata cAdd_Make05Answer _at_ 0x2057;
unsigned char xdata cXor_Make05Answer _at_ 0x2058;
//读时间用
unsigned char xdata i_RdTime   _at_ 0x2059;
//显示文本行用
   unsigned char xdata col_DispTextLine _at_ 0x205a;
unsigned char code * xdata p_DispTextLine _at_ 0x205b;
//显示开机画面
unsigned char xdata i_FaceBmp   _at_ 0x205d;
unsigned char xdata j_FaceBmp   _at_ 0x205e;
unsigned char xdata k_FaceBmp   _at_ 0x205f;
unsigned char xdata c1_FaceBmp   _at_ 0x2060;
//DisponeTextChar
unsigned char xdata i_DisponeTextChar _at_ 0x2061;
unsigned char xdata j_DisponeTextChar _at_ 0x2062;
unsigned char xdata k_DisponeTextChar _at_ 0x2063;
    unsigned char xdata cTemp_DisponeTextChar _at_ 0x2064;
//键处理程序专用
    unsigned char xdata cKeyTemp1 _at_ 0x2065;
//定时器0专用
unsigned int xdata iT0_1S   _at_ 0x2066;
unsigned char xdata cClock_Year  _at_ 0x2068;
unsigned char xdata cClock_Month _at_ 0x2069;
unsigned char xdata cClock_Day  _at_ 0x206a;
unsigned char xdata cClock_Hour  _at_ 0x206b;
unsigned char xdata cClock_Minute _at_ 0x206c;
unsigned char xdata cClock_Second _at_ 0x206d;

//cx

//Timer
#define TH0data 0xb8//20ms=0xb800,1ms=0xfc66
#define TL0data 0x00//
//
sbit LCD_CS=P1^0;
sbit LCD_RESET=P1^1;
sbit LCD_A0=P1^5;
sbit LCD_WR=P1^6;
sbit KEYINT=P3^2;
sbit I2C_SCK=P3^4;
sbit I2C_SDA=P3^5;
//
sbit KEYROW1=P1^5;
sbit KEYROW2=P1^6;
sbit KEYROW3=P1^7;
//
unsigned char bdata BitByte0;
sbit bOldOnline=BitByte0^7;
sbit b_ReceiveOver=BitByte0^6;
sbit b_KeyInt=BitByte0^5;
sbit b_Arrive1S=BitByte0^4;
unsigned char bdata BitByte1;
unsigned char bdata BitByte2;
unsigned char bdata BitValue;
sbit bOnline=BitValue^7;
sbit bPowerOff=BitValue^6;
unsigned char bdata BitValue1;
sbit bBit7=BitValue1^7;
sbit bBit6=BitValue1^6;
sbit bBit5=BitValue1^5;
sbit bBit4=BitValue1^4;
sbit bBit3=BitValue1^3;
sbit bBit2=BitValue1^2;
sbit bBit1=BitValue1^1;
sbit bBit0=BitValue1^0;

//
//
void lcd_write_d(unsigned char c1);
void lcd_write_c(unsigned char c1);
void LcdInit();
void MyInit();
//
void DispOneBoxTextChar(unsigned char Row,unsigned char Col,unsigned char c1,unsigned char DispAttrib);
void DispTwoBoxHexChar(unsigned char Row,unsigned char Col,unsigned char c1,unsigned char DispAttrib);
void DispGraphChar(unsigned char Row,unsigned char Col,unsigned char xdata *cArray,unsigned char DispAttrib);
void DispTextLine(unsigned char Row,unsigned char code *MenuText,unsigned char DispAttrib);
//
void ReadyForKey();
void DelayMs(unsigned int iMs);
void UartProcess();
void IAmZj();
void IAmOk();
void IAmUnKnow();
void FlashSectorWr(unsigned int SourceXRamAddr,unsigned int TargetFlashAddr);
void FlashSectorRd(unsigned int SourceFlashAddr,unsigned int TargetXRamAddr);
void Make05Answer();
void Make06Answer();
void I2Cstart(void);
void I2Csend(unsigned char);
unsigned char I2Csuback(void);
void I2Cmastack(void);
unsigned char I2Cread(void);
void I2Cnoack(void);
void I2Cstop(void);
void Make07Answer();
unsigned char set_time();
void Make08Answer();
void MakeBox(unsigned char row1,unsigned char col1,unsigned char row2,unsigned char col2);
void MenuFunctionNull();
void MenuFunctionDemo1();
void MenuFunctionDemo2();
void MenuFunctionDemo3();
void MenuFunctionDemo4();
void MenuFunctionDemo5();
void MenuFunctionDemo6();
void MenuFunctionDemo7();
void MenuFunctionDemo8();
void MenuFunctionDemo9();
void MenuFunctionDemo10();
void MenuFunctionDemo11();
void MenuFunctionDemo12();
void MenuFunctionDemo13();
void MenuFunctionDemo14();
void MenuFunctionDemo15();
void MenuFunctionDemo16();
void MenuFunctionDemo17();
void MenuFunctionDemo18();
void MenuFunctionDemo19();
//
void DispFaceBmp();
void DispMenu_Root();
void DispMenu_View();
void DispMenu_Operation();
void DispMenu_Test();
void DispMenu_SystemSet();
void DispMenu_Debug();
//
void JudgeHLight();
//
unsigned char ReadTime();
void ShowDesktopTime();
//
unsigned char code Echar[96][8];
unsigned char code FaceBmp[112][8];
//
unsigned char code *Menu_Root[4]=
{
" View         ",
" Operation    ",
" Test         ",
" System Set   "
};
unsigned int code Menu_RootID[4]=
{
MENU_VIEW,
MENU_OPERATION,
MENU_TEST,
MENU_SYSTEMSET
};
//
unsigned char code *Menu_View[2]=
{
" About ZL     ",
" HandSet CLK "
};
unsigned int code Menu_ViewID[2]=
{
MENU_VIEW_ABOUTRECORDE,
MENU_VIEW_HANDSETCLOCK
};
//
unsigned char code *Menu_Operation[5]=
{
" Set Position ",
" Rd Zj To ROM ",
" Rd ZL To Ram ",
" Del Given ZL ",
" Del All ZL   "
};
unsigned int code Menu_OperationID[5]=
{
MENU_OPERATION_SETPOSITION,
MENU_OPERATION_READZJTOFLASH,
MENU_OPERATION_RDZJTORAM,
MENU_OPERATION_DELGIVENZL,
MENU_OPERATION_DELALLZJ
};
//
unsigned char code *Menu_Test[2]=
{
" Ram Test     ",
" Flash Test   "
};
unsigned int code Menu_TestID[2]=
{
MENU_TEST_RAMTEST,
MENU_TEST_FLASHTEST
};
//
unsigned char code *Menu_SystemSet[2]=
{
" Debug        ",
" Set Hand Clk "
};
unsigned int code Menu_SystemSetID[2]=
{
MENU_SYSTEMSET_DEBUG,
MENU_SYSTEMSET_SETHANDCLK
};
//
unsigned char code *Menu_Debug[2]=
{
" PassWord     ",
" See Picture "
};
unsigned int code Menu_DebugID[2]=
{
MENU_SYSTEMSET_DEBUG_PASSWORD,
MENU_SYSTEMSET_DEBUG_SEEPICTURE
};
//
unsigned char code MenuNULL[]={"              "};
//
main()
{
MyInit();
    LcdInit();
//
cMenuHLight[0x00]=0x00;
cMenuHLight[0x01]=0x00;
cMenuHLight[0x02]=0x00;
cMenuHLight[0x03]=0x00;
cMenuHLight[0x04]=0x00;
cMenuHLight[0x05]=0x00;
cMenuHLight[0x06]=0x00;
cMenuHLight[0x07]=0x00;
cMenuHLight[0x08]=0x00;
cMenuHLight[0x09]=0x00;
cMenuHLight[0x0a]=0x00;
cMenuHLight[0x0b]=0x00;
cMenuHLight[0x0c]=0x00;
cMenuHLight[0x0d]=0x00;
cMenuHLight[0x0e]=0x00;
cMenuHLight[0x0f]=0x00;
//
DelayMs(20);
//调试用
MenuFunctionNull();
//
BitValue=XBYTE[Addr_Key];
bOldOnline=(~bOnline);
b_KeyInt=0;
b_ReceiveOver=0;
b_Arrive1S=0;
//
DispFaceBmp();
//
iMenuID=MENU_FACE;
//
while(1)
{
ReadyForKey();
//
BitValue=XBYTE[Addr_Key];
if(bOldOnline!=bOnline)
  {
  bOldOnline=bOnline;
  if(!bOldOnline)
   {//Line=1
   }
  else
   {//Line=0;
   }
  }
if(b_ReceiveOver)
  {
  //
  UartProcess();
  //
  b_ReceiveOver=0;
  RxStep=0;
  RxPos=0;
  REN=1;
  }
//
if(b_KeyInt)
  {
  switch(NowKey)
   {
   case KEY_OK://KEY_OK,  KEY_UP,  KEY_ESC,
     if(KeyTab[iMenuID].KeyTab_PressOk!=999)
      {
      iMenuID=KeyTab[iMenuID].KeyTab_PressOk;
      iMenuNextID=KeyTab[iMenuID].KeyTab_PressOk;
      JudgeHLight();
      }
     KeyFuncPtr=KeyTab[iMenuID].CurrentOperate;
        (*KeyFuncPtr)();    //执行当前按键的操作
     break;
   case KEY_UP:
     if((KeyTab[iMenuID].KeyTab_PressUp!=999)&&(iMenuNextID!=999))
      {
      KeyTab[iMenuID].KeyTab_PressOk=KeyTab[iMenuNextID].KeyTab_PressUp;
      iMenuNextID=KeyTab[iMenuNextID].KeyTab_PressUp;
      JudgeHLight();
      }
     break;
   case KEY_ESC:
     //
     if(KeyTab[iMenuID].KeyTab_PressEsc!=999)
      {
      iMenuID=KeyTab[iMenuID].KeyTab_PressEsc;
      iMenuNextID=KeyTab[iMenuID].KeyTab_PressOk;
      JudgeHLight();
      KeyFuncPtr=KeyTab[iMenuID].CurrentOperate;
         (*KeyFuncPtr)();    //执行当前按键的操作
      }
     break;
     //
   case KEY_LEFT://KEY_LEFT, KEY_DOWN, KEY_RIGHT,
     if((KeyTab[iMenuID].KeyTab_PressUp!=999)&&(iMenuNextID!=999))
      {
      KeyTab[iMenuID].KeyTab_PressOk=KeyTab[iMenuNextID].KeyTab_PressUp;
      iMenuNextID=KeyTab[iMenuNextID].KeyTab_PressUp;
      JudgeHLight();
      }
     break;
   case KEY_DOWN:
     if((KeyTab[iMenuID].KeyTab_PressDown!=999)&&(iMenuNextID!=999))
      {
      KeyTab[iMenuID].KeyTab_PressOk=KeyTab[iMenuNextID].KeyTab_PressDown;
      iMenuNextID=KeyTab[iMenuNextID].KeyTab_PressDown;
      JudgeHLight();
      }
     break;
   case KEY_RIGHT:
     if((KeyTab[iMenuID].KeyTab_PressDown!=999)&&(iMenuNextID!=999))
      {
      KeyTab[iMenuID].KeyTab_PressOk=KeyTab[iMenuNextID].KeyTab_PressDown;
      iMenuNextID=KeyTab[iMenuNextID].KeyTab_PressDown;
      JudgeHLight();
      }
     break;
     //
   case KEY_1://KEY_1,  KEY_2,  KEY_3,
     break;
   case KEY_2:
     break;
   case KEY_3:
     break;
   case KEY_4://KEY_4,  KEY_5,  KEY_6,
     break;
   case KEY_5:
     break;
   case KEY_6:
     break;
   case KEY_7://KEY_7,  KEY_8,  KEY_9,
     break;
   case KEY_8:
     break;
   case KEY_9:
     break;
   case KEY_XING://KEY_XING, KEY_0,  KEY_JING,
     break;
   case KEY_0:
     break;
   case KEY_JING:
     break;
   case KEY_POWER://KEY_POWER, KEY_NULL
     break;
   case KEY_NULL:
     MakeBox(3,3,5,12);
     break;
     //
   default:
     break;
   }
  b_KeyInt=0;
  }
if((b_Arrive1S==1)&&(iMenuID==MENU_FACE))
  {
  ReadTime();
  //
  ShowDesktopTime();
  //
  b_Arrive1S=0;
  }
}
}
void isr_ex0(void) interrupt 0 using 1
{
b_KeyInt=1;
//
cTemp_ex0=0xff;
//
DelayMs(20);
ReadyForKey();
cTemp_ex0=XBYTE[Addr_Key];
//
    cTemp_ex0=cTemp_ex0&0x3f;
    switch(cTemp_ex0)
     {
     case        0x3e://第一行
         NowKey=0x10;
         break;
     case        0x3d://第二行
         NowKey=0x20;
         break;
     case        0x3b://第三行
         NowKey=0x30;
         break;
     case        0x37://第四行
         NowKey=0x40;
         break;
     case        0x2f://第五行
         NowKey=0x50;
         break;
     case        0x1f://第六行
         NowKey=0x60;
         break;
     default:
   NowKey=0x00;
         break;
     }
//
KEYROW1=0;
KEYROW2=1;
KEYROW3=1;
cTemp_ex0=XBYTE[Addr_Key];
    //
cTemp_ex0&=0x3f;
if(cTemp_ex0!=0x3f)
  {
  NowKey=NowKey 0x01;
  }
else
  {
  KEYROW1=1;
  KEYROW2=0;
  KEYROW3=1;
  cTemp_ex0=XBYTE[Addr_Key];
     //
   cTemp_ex0&=0x3f;
   if(cTemp_ex0!=0x3f)
    {
    NowKey=NowKey 0x02;
    }
   else
    {
    KEYROW1=1;
    KEYROW2=1;
    KEYROW3=0;
    cTemp_ex0=XBYTE[Addr_Key];
       cTemp_ex0&=0x3f;
    if(cTemp_ex0!=0x3f)
     {
     NowKey=NowKey 0x03;
     }
    else
     {
     BitValue=XBYTE[Addr_Key];
     if(!bPowerOff)
      {
      NowKey=0x71;
      }
     else
      {
      NowKey=0x00;
      }
     }
    }
  }
//
do
        {
  DelayMs(100);
        }while(!KEYINT);
//
  IE0=0;//清外中断0请求
}
//
void isr_t0(void)   interrupt 1 using 2
{
TL0=TL0data;
TH0=TH0data;
iT0_1S+=20;//因为定时器的定时为20Ms一次
if(iT0_1S>=1000)
  {
  iT0_1S=0;
  b_Arrive1S=1;
  }
}
//
void isr_ex1(void) interrupt 2 using 1
{
    _nop_();
}
//
void isr_t1(void)   interrupt 3 using 2
{
    _nop_();
}
//
void isr_ser(void) interrupt 4 using 3
{
if(TI)
{
if((TxNum--)>0)
  {
  SBUF=Send232Buffer[TxPos++];
  }
else
  {
  TxNum=0;
  TxPos=0;
  }
//
TI=0;
}
else
{
RI=0;
RxNow=SBUF;
Rev232Buffer[RxPos++]=RxNow;
if(RxPos>=255)
  {
  RxPos=0;
  }
//
if(!b_ReceiveOver)
  {
  switch(RxStep)
   {
   case 0://帧头:55 55
    if(RxNow==0x55)
     {
     if(RxPrev==0x55)
      {
      RxStep=1;
      }
     else
      {
      RxPrev=RxNow;
      RxPos=0;
      Rev232Buffer[RxPos++]=RxNow;
      RxStep=0;
      }
     }
    else
     {
     RxStep=0;
     RxPos=0;
     REN=1;
     }
    break;
   case 1://命令帧和数据帧的判断
    if((RxNow&0x80)==0)
     {
     RxStep=3;
     }
    else
     {
     RxPrev=RxNow;
     RxStep=2;
     }
    break;
   case 2://命令帧,第二个命令字（和第一个命令字相同)
    if(RxNow==RxPrev)
     {
     RxStep=7;
     }
    else
     {
     RxStep=0;
     RxPos=0;
     REN=1;
     }
    break;
   case 3://数据帧,帧长度
    RxDataLenght=RxNow;
    RxStep=4;
    break;
   case 4://数据帧,数据段
    RxDataLenght--;
    if(RxDataLenght==0)
     {
     RxStep=5;
     }
    break;
   case 5://数据帧,累加和
    RxStep=6;
    break;
   case 6://数据帧,异或和
    RxStep=8;
    break;
   case 7://命令帧,累加和
    RxStep=8;
    break;
   case 8://帧尾:aa aa
    if(RxNow==0xaa)
     {
     if(RxPrev==0xaa)
      {
      b_ReceiveOver=1;
      REN=0;
      }
     else
      {
      RxPrev=RxNow;
      }
     }
    else
     {
     RxStep=0;
     RxPos=0;
     REN=1;
     }
    break;
   default:
    RxStep=0;
    RxPos=0;
    REN=1;
    break;
   }
  }
}
}
//
void UartProcess()
{
//
cUartTemp1=0;
cUartTemp2=0;
cUartTemp3=0;
cUartFunSn=0xff;
//
cUartTemp1=Rev232Buffer[0];
cUartTemp2=Rev232Buffer[1];
if((cUartTemp1==0x55)&(cUartTemp2==0x55))
{
cUartTemp1=Rev232Buffer[2];
cUartTemp1&=0x80;
if(cUartTemp1!=0)
  {//命令帧
  cUartTemp1=Rev232Buffer[2];
  cUartTemp2=Rev232Buffer[3];
  if(cUartTemp1==cUartTemp2)
   {
   cUartTemp3=cUartTemp1+cUartTemp2;
   cUartTemp1=Rev232Buffer[4];
   if(cUartTemp1==cUartTemp3)
    {
    cUartTemp1=Rev232Buffer[5];
    cUartTemp2=Rev232Buffer[6];
    if((cUartTemp1==0xaa)&&(cUartTemp2=0xaa))
     {
     cUartFunSn=Rev232Buffer[2];
     }
    }
   }
  }
else
  {//数据帧
  cUartAddSum=Rev232Buffer[2]+Rev232Buffer[3];
  cUartXorSum=Rev232Buffer[2]^Rev232Buffer[3];
  cUartDataLenght=Rev232Buffer[3];
  for(i_uart=4;i_uart<(cUartDataLenght+4);i_uart++)
   {
   cUartTemp1=Rev232Buffer[i_uart];
   cUartAddSum+=cUartTemp1;
   cUartXorSum^=cUartTemp1;
   }
  cUartTemp1=Rev232Buffer[cUartDataLenght+4];
  cUartDataLenght++;
  cUartTemp2=Rev232Buffer[cUartDataLenght+4];
  cUartDataLenght++;
  if((cUartTemp1==cUartAddSum)&&(cUartTemp2==cUartXorSum))
   {
   cUartTemp1=Rev232Buffer[cUartDataLenght+4];
   cUartDataLenght++;
   cUartTemp2=Rev232Buffer[cUartDataLenght+4];
   cUartDataLenght++;
   if((cUartTemp1==0xaa)&&(cUartTemp2==0xaa))
    {
    cUartFunSn=Rev232Buffer[6];
    }
   }
  }
}
switch(cUartFunSn)
{
case 0xa5:
case 0xa6://我要伪装成座机0xa7
  IAmZj();
  break;
case 0xac:
case 0xad:
case 0xae:
  IAmOk();
  break;
case 5:
  iFlashAddrH=Rev232Buffer[7];
  iFlashAddrM=Rev232Buffer[8];
  iFlashAddrL=Rev232Buffer[9];
  iFlashRdWrNum=Rev232Buffer[10];
  //
  i_uart=iFlashAddrM;
  i_uart=(i_uart<<8)&0xff00;
  FlashSectorRd(i_uart,Addr_FlashReadBuffer1);
  //
  i_uart=iFlashAddrM+1;
  i_uart=(i_uart<<8)&0xff00;
  FlashSectorRd(i_uart,Addr_FlashReadBuffer2);
  //
  Make05Answer();
  //
  break;
case 6:
  iFlashAddrH=Rev232Buffer[7];
  iFlashAddrM=Rev232Buffer[8];
  iFlashAddrL=Rev232Buffer[9];
  iFlashRdWrNum=Rev232Buffer[10];
  //
  i_uart=iFlashAddrM;
  i_uart=(i_uart<<8)&0xff00;
  FlashSectorRd(i_uart,Addr_FlashWriteBuffer1);
  //
  i_uart=iFlashAddrM+1;
  i_uart=(i_uart<<8)&0xff00;
  FlashSectorRd(i_uart,Addr_FlashWriteBuffer2);
  //
  cUartTemp1=iFlashRdWrNum;
  iUartTemp1=iFlashAddrL;
  cUartTemp2=0;
  while(cUartTemp1>0)
   {
   XBYTE[Addr_FlashWriteBuffer1+iUartTemp1]=Rev232Buffer[11+cUartTemp2];
   cUartTemp1--;
   iUartTemp1++;
   cUartTemp2++;
   }
  //
  i_uart=iFlashAddrM;
  i_uart=(i_uart<<8)&0xff00;
  FlashSectorWr(Addr_FlashWriteBuffer1,i_uart);
  //
  i_uart=iFlashAddrM+1;
  i_uart=(i_uart<<8)&0xff00;
  FlashSectorWr(Addr_FlashWriteBuffer2,i_uart);
  //
  Make06Answer();
  break;
case 7:
  ReadTime();
  Make07Answer();
  break;
case 8:
  //               5     7 8 9 10 11 12
  //55 55 03 09 00 CF 08 03 11 11 19 39 15 6F FB AA AA
  clock[0]=0xa2;//I2C address
  clock[1]=0x02;//address
  clock[8]=Rev232Buffer[7];//year
  clock[7]=Rev232Buffer[8];//month
  clock[5]=Rev232Buffer[9];//date
  clock[4]=Rev232Buffer[10];//hours
  clock[3]=Rev232Buffer[11];//minutes
  clock[2]=Rev232Buffer[12];//seconds
  set_time();
        Make08Answer();
  break;
default:
  IAmUnKnow();
  RxStep=0;
  RxPos=0;
  break;
}
}
//
void IAmZj()
{
Send232Buffer[0]=0x55;
Send232Buffer[1]=0x55;
Send232Buffer[2]=0xa7;
Send232Buffer[3]=0xa7;
Send232Buffer[4]=0x4e;
Send232Buffer[5]=0xaa;
Send232Buffer[6]=0xaa;
TxPos=0;
TxNum=7;
TI=1;
}
void IAmOk()
{
Send232Buffer[0]=0x55;
Send232Buffer[1]=0x55;
Send232Buffer[2]=0x80;
Send232Buffer[3]=0x80;
Send232Buffer[4]=0x00;
Send232Buffer[5]=0xaa;
Send232Buffer[6]=0xaa;
TxPos=0;
TxNum=7;
TI=1;
}
void IAmUnKnow()
{
Send232Buffer[0]=0x55;
Send232Buffer[1]=0x55;
Send232Buffer[2]=0x84;
Send232Buffer[3]=0x84;
Send232Buffer[4]=0x08;
Send232Buffer[5]=0xaa;
Send232Buffer[6]=0xaa;
TxPos=0;
TxNum=7;
TI=1;
}
//
void FlashSectorWr(unsigned int SourceXRamAddr,unsigned int TargetFlashAddr)
{
//
cPageAddr=(unsigned char)((TargetFlashAddr>>14)&0x0003);
iSectorAddr=(TargetFlashAddr&0x3f00) 0x8000;
iRamToFlashAddr=SourceXRamAddr&0xff00;
//解锁
XBYTE[Addr_XFlashSector]=0x01;
XBYTE[0x9555]=0xaa;
XBYTE[Addr_XFlashSector]=0x00;
XBYTE[0xaaaa]=0x55;
XBYTE[Addr_XFlashSector]=0x01;
XBYTE[0x9555]=0xa0;
//
XBYTE[Addr_XFlashSector]=cPageAddr;
for(i_FlashWr=iSectorAddr;i_FlashWr<=(iSectorAddr+0xff);i_FlashWr++)
{
c1_FlashWr=XBYTE[iRamToFlashAddr++];
XBYTE[i_FlashWr]=c1_FlashWr;
}
DelayMs(10);
}
void FlashSectorRd(unsigned int SourceFlashAddr,unsigned int TargetXRamAddr)
{
//
cPageAddr=(unsigned char)((SourceFlashAddr>>14)&0x0003);
iSectorAddr=(SourceFlashAddr&0x3f00) 0x8000;
iFlashToRamAddr=TargetXRamAddr&0xff00;
//
XBYTE[Addr_XFlashSector]=cPageAddr;
for(i_FlashRd=iSectorAddr;i_FlashRd<=(iSectorAddr+0xff);i_FlashRd++)
{
c1_FlashRd=XBYTE[i_FlashRd];
XBYTE[iFlashToRamAddr++]=c1_FlashRd;
}
}//
//
void Make05Answer()
{
i_Make05Answer=iFlashAddrL;
cUartTemp2=0;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x03;
Send232Buffer[cUartTemp2++]=4+iFlashRdWrNum;
Send232Buffer[cUartTemp2++]=0x00;
Send232Buffer[cUartTemp2++]=Rev232Buffer[5];//*********
Send232Buffer[cUartTemp2++]=0x05;
Send232Buffer[cUartTemp2++]=iFlashRdWrNum;
cUartTemp1=iFlashRdWrNum;
while((cUartTemp1--)!=0)
  {
  Send232Buffer[cUartTemp2++]=XBYTE[Addr_FlashReadBuffer1+i_Make05Answer];
  i_Make05Answer++;
  }
cAdd_Make05Answer=Send232Buffer[2];
cXor_Make05Answer=Send232Buffer[2];
for(i_Make05Answer=3;i_Make05Answer<cUartTemp2;i_Make05Answer++)
  {
  cAdd_Make05Answer=cAdd_Make05Answer+Send232Buffer[i_Make05Answer];
  cXor_Make05Answer=cXor_Make05Answer^Send232Buffer[i_Make05Answer];
  }
Send232Buffer[cUartTemp2++]=cAdd_Make05Answer;
Send232Buffer[cUartTemp2++]=cXor_Make05Answer;
Send232Buffer[cUartTemp2++]=0xaa;
Send232Buffer[cUartTemp2++]=0xaa;
TxPos=0;
TxNum=cUartTemp2;
TI=1;
}
void Make06Answer()
{//55 55 03 04 00 CE 06 00 DB CF AA AA
cUartTemp2=0;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x03;
Send232Buffer[cUartTemp2++]=0x04;
Send232Buffer[cUartTemp2++]=0x00;
Send232Buffer[cUartTemp2++]=Rev232Buffer[5];//*********
Send232Buffer[cUartTemp2++]=0x06;
Send232Buffer[cUartTemp2++]=0x00;
cAdd_Make05Answer=Send232Buffer[2];
cXor_Make05Answer=Send232Buffer[2];
for(i_Make05Answer=3;i_Make05Answer<=7;i_Make05Answer++)
  {
  cAdd_Make05Answer=cAdd_Make05Answer+Send232Buffer[i_Make05Answer];
  cXor_Make05Answer=cXor_Make05Answer^Send232Buffer[i_Make05Answer];
  }
Send232Buffer[cUartTemp2++]=cAdd_Make05Answer;
Send232Buffer[cUartTemp2++]=cXor_Make05Answer;
Send232Buffer[cUartTemp2++]=0xaa;
Send232Buffer[cUartTemp2++]=0xaa;
TxPos=0;
TxNum=cUartTemp2;
TI=1;
}
//
unsigned char ReadTime()
{
for(i_RdTime=0;i_RdTime<9;i_RdTime++)
  clock[i_RdTime]=0;
I2Cstart();
I2Csend(0xA2);
if(I2Csuback()==0)return 0;
I2Csend(0x02);
if(I2Csuback()==0)return 0;
I2Cstart();
I2Csend(0xA3);
if(I2Csuback()==0)return 0;
clock[0]=I2Cread()&0x7f;//seconds
I2Cmastack();
clock[1]=I2Cread()&0x7f;//min
I2Cmastack();
clock[2]=I2Cread()&0x3f;//hours
I2Cmastack();
clock[3]=I2Cread()&0x3f;//day
I2Cmastack();
clock[7]=I2Cread()&0x07;//week
I2Cmastack();
clock[4]=I2Cread()&0x1f;//mouth
I2Cmastack();
clock[5]=I2Cread()&0x7f;//year
I2Cnoack();
I2Cstop();
clock[6]=0x20;
cClock_Year=clock[5];
cClock_Month=clock[4];
cClock_Day=clock[3];
cClock_Hour=clock[2];
cClock_Minute=clock[1];
cClock_Second=clock[0];
return 1;
   //

}//
//
void I2Cstart(void)
{
   I2C_SCK=0;_nop_();_nop_();
   I2C_SDA=1;_nop_();_nop_();
   I2C_SCK=1;_nop_();_nop_();
   I2C_SDA=0;_nop_();_nop_();
   I2C_SCK=0;_nop_();_nop_();
   I2C_SDA=1;_nop_();_nop_();
   I2C_SCK=1;
}
//
void I2Csend(unsigned char d)
{
   unsigned char i;
   BitValue1=d;
   for(i=0;i<8;i++){
      I2C_SDA=bBit7;
      BitValue1<<=1;_nop_();_nop_();
      I2C_SCK=1;_nop_();_nop_();
      I2C_SCK=0;
   }
}
//
void I2Cmastack(void)
{
   I2C_SDA=0;
   I2C_SCK=1;_nop_();_nop_();_nop_();
   I2C_SCK=0;
   I2C_SDA=1;
}
//
unsigned char I2Csuback(void)
{
   unsigned char i;
   I2C_SDA=1;//_nop_();_nop_();
   I2C_SCK=1;_nop_();_nop_();
   for(i=0;i<255;i++){
      _nop_();_nop_();
      if(I2C_SDA==0){
         I2C_SCK=0;
         return 1;
      }
   }
   I2C_SCK=0;
   return 0;
}
//
unsigned char I2Cread(void)
{
   unsigned char i;
   BitValue1=0;
   for(i=0;i<8;i++){
      BitValue1<<=1;
      I2C_SDA=1;
      I2C_SCK=1;_nop_();_nop_();_nop_();
      bBit0=I2C_SDA;
      I2C_SCK=0;
   }
   return BitValue1;
}
//
void I2Cnoack(void)
{
   I2C_SDA=1;
   I2C_SCK=1;_nop_();_nop_();_nop_();
   I2C_SCK=0;
}
//
void I2Cstop(void)
{
   I2C_SCK=0;_nop_();_nop_();
   I2C_SDA=0;_nop_();_nop_();
   I2C_SCK=1;_nop_();_nop_();
   I2C_SDA=1;
}
//
void Make07Answer()
{//55 55 03 09 00 CF 07 04 11 11 16 09 08 2F D1 AA AA
cUartTemp2=0;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x03;
Send232Buffer[cUartTemp2++]=0x09;
Send232Buffer[cUartTemp2++]=0x00;
Send232Buffer[cUartTemp2++]=Rev232Buffer[5];//*********
Send232Buffer[cUartTemp2++]=0x07;
Send232Buffer[cUartTemp2++]=clock[5];//Year
Send232Buffer[cUartTemp2++]=clock[4];//Month
Send232Buffer[cUartTemp2++]=clock[3];//Day
Send232Buffer[cUartTemp2++]=clock[2];//Hour
Send232Buffer[cUartTemp2++]=clock[1];//Minute
Send232Buffer[cUartTemp2++]=clock[0];//Second
cAdd_Make05Answer=Send232Buffer[2];
cXor_Make05Answer=Send232Buffer[2];
for(i_Make05Answer=3;i_Make05Answer<cUartTemp2;i_Make05Answer++)
  {
  cAdd_Make05Answer=cAdd_Make05Answer+Send232Buffer[i_Make05Answer];
  cXor_Make05Answer=cXor_Make05Answer^Send232Buffer[i_Make05Answer];
  }
Send232Buffer[cUartTemp2++]=cAdd_Make05Answer;
Send232Buffer[cUartTemp2++]=cXor_Make05Answer;
Send232Buffer[cUartTemp2++]=0xaa;
Send232Buffer[cUartTemp2++]=0xaa;
TxPos=0;
TxNum=cUartTemp2;
TI=1;
}//
//
unsigned char set_time(void)
{
   I2Cstart();
   for(i_RdTime=0;i_RdTime<11;i_RdTime++){
      I2Csend(clock[i_RdTime]);
      if(I2Csuback()==0)return 0;
   }
   I2Cstop();
   return 1;
}
//
void Make08Answer()
{//55 55 03 04 00 CF 08 00 DE C0 AA AA
cUartTemp2=0;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x55;
Send232Buffer[cUartTemp2++]=0x03;
Send232Buffer[cUartTemp2++]=0x04;
Send232Buffer[cUartTemp2++]=0x00;
Send232Buffer[cUartTemp2++]=Rev232Buffer[5];//*********
Send232Buffer[cUartTemp2++]=0x08;
Send232Buffer[cUartTemp2++]=0x00;
cAdd_Make05Answer=Send232Buffer[2];
cXor_Make05Answer=Send232Buffer[2];
for(i_Make05Answer=3;i_Make05Answer<=7;i_Make05Answer++)
  {
  cAdd_Make05Answer=cAdd_Make05Answer+Send232Buffer[i_Make05Answer];
  cXor_Make05Answer=cXor_Make05Answer^Send232Buffer[i_Make05Answer];
  }
Send232Buffer[cUartTemp2++]=cAdd_Make05Answer;
Send232Buffer[cUartTemp2++]=cXor_Make05Answer;
Send232Buffer[cUartTemp2++]=0xaa;
Send232Buffer[cUartTemp2++]=0xaa;
TxPos=0;
TxNum=cUartTemp2;
TI=1;
}
//
void DispTextLine(unsigned char Row,unsigned char code *MenuText,unsigned char DispAttrib)
{
//
p_DispTextLine=MenuText;
col_DispTextLine=1;
do
{
if((Row==1)&&(col_DispTextLine==1))//第一行
  {
  cTextLineTemp1=DispAttrib S_ZS;
  }
else
if((Row==1)&&(col_DispTextLine==14))
  {
  cTextLineTemp1=DispAttrib S_YS;
  }
else
if((Row==1)&&(col_DispTextLine!=1)&&(col_DispTextLine!=14))
  {
  cTextLineTemp1=DispAttrib S_S;
  }
else
if((Row==7)&&(col_DispTextLine==1))//第7行
  {
  cTextLineTemp1=DispAttrib S_ZX;
  }
else
if((Row==7)&&(col_DispTextLine==14))
  {
  cTextLineTemp1=DispAttrib S_YX;
  }
else
if((Row==7)&&(col_DispTextLine!=1)&&(col_DispTextLine!=14))
  {
  cTextLineTemp1=DispAttrib S_X;
  }
else
if((Row!=1)&&(Row!=7)&&(col_DispTextLine==1))//中间行的左右两边
  {
  cTextLineTemp1=DispAttrib S_Z;
  }
else
if((Row!=1)&&(Row!=7)&&(col_DispTextLine==14))
  {
  cTextLineTemp1=DispAttrib S_Y;
  }
else//中间行的剩下的字符
  {
  cTextLineTemp1=DispAttrib;
  }
  //
DispOneBoxTextChar(Row,col_DispTextLine,*p_DispTextLine,cTextLineTemp1);
col_DispTextLine++;
p_DispTextLine++;
}while(*p_DispTextLine!=0x00);
}
//
void DispMenu_Root()
{
for(cMenuTemp1=0;cMenuTemp1<7;cMenuTemp1++)
{
if(cMenuTemp1<4)
  {
  if(iMenuNextID==Menu_RootID[cMenuTemp1])
   {
   DispTextLine(cMenuTemp1+1,&Menu_Root[cMenuTemp1][0],0);
   }
  else
   {
   DispTextLine(cMenuTemp1+1,&Menu_Root[cMenuTemp1][0],1);
   }
  }
else
  {
  DispTextLine(cMenuTemp1+1,&MenuNULL[0],1);
  }
}
}
//
void DispMenu_View()
{
for(cMenuTemp1=0;cMenuTemp1<7;cMenuTemp1++)

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