global.lst

使用于克隆器

C51 COMPILER V7.50   GLOBAL                                                                07/03/2006 14:17:09 PAGE 1   


C51 COMPILER V7.50, COMPILATION OF MODULE GLOBAL
OBJECT MODULE PLACED IN ..\..\OUTPUT\NTSC_SOUTH\Global.obj
COMPILER INVOKED BY: d:\Keil\C51\BIN\C51.EXE ..\..\KERNEL\Global.c OPTIMIZE(9,SIZE) BROWSE ORDER INCDIR(..\..\INC\;..\..
                    -\UI\NTSC_SOUTH\) DEFINE(PABLO,MCU_MTV412M,OLGA) DEBUG OBJECTEXTEND PRINT(..\..\OUTPUT\NTSC_SOUTH\Global.lst) OBJECT(..\.
                    -.\OUTPUT\NTSC_SOUTH\Global.obj)

line level    source

   1          /******************************************************************************
   2           Copyright (c) 2003 MStar Semiconductor, Inc.
   3           All rights reserved.
   4          
   5           [Module Name]: Global.c
   6           [Date]:        27-Nov-2003
   7           [Comment]:
   8             Global subroutines.
   9           [Reversion History]:
  10          *******************************************************************************/
  11          
  12          #define _GLOBAL_C_
  13          
  14          // System
  15          
  16          // Common
  17          #include "define.h"
  18          #include "mcu.h"
  19          #include "common.h"
  20          
  21          // External
  22          #include "debug.h"
  23          #include "uart.h"
  24          #include "userpref.h"
  25          #include "irfunc.h"
  26          #include "board.h"
  27          #include "ram.h"
  28          #include "ir.h"
  29          
  30          // internal
  31          #include "global.h"
  32          
  33          #if 1 //(!VERSION_DEBUG)
  34          code BYTE tDummydata_Global[] =
  35          {
  36                  0x00,
  37          };
  38          #endif
  39          
  40          
  41          ////////////////////////////////
  42          // Initialize uart
  43          ////////////////////////////////
  44          void uartInitialize(void)
  45          {
  46   1          SCON = 0x50;                 // mode 1, 8-bit UART, enable receive
  47   1      
  48   1          if (_SMOD)
  49   1              PCON |= 0x80;
  50   1      
  51   1          TMOD = (TMOD & 0x0f) | 0x20; // timer1, mode 2, 8-bit reload
  52   1          TH1 = TIMER1_MODE2_TH1;      // set timer1(buad rate)
  53   1          TR1 = 1;                     // timer1 run
C51 COMPILER V7.50   GLOBAL                                                                07/03/2006 14:17:09 PAGE 2   

  54   1      
  55   1          TI = 0;                      // clear transfer flag
  56   1          PS = 0;                      // set uart priority low
  57   1          //ES = 1;                      // enable uart interrupt
  58   1          ES = 1;                      // enable uart interrupt
  59   1      
  60   1          // reset Uart variables
  61   1          g_UartCommand.Index = 0;
  62   1      
  63   1          g_bDebugASCIICommandFlag = _DISABLE;
  64   1          g_bDebugProgStopFlag = FALSE;
  65   1      }
  66          
  67          ///////////////////////////////////////////////////////////////////////////////
  68          // <Function>: isrInitializeInterrupt
  69          //
  70          // <Description>: Initialize MCU interrupt
  71          ////////////////////////////////////////////////////////////////////////////////
  72          void isrInitializeInterrupt(void)
  73          {
  74   1          // INT0 setting
  75   1          IT0 = 1; // set INT0 type(falling edge)
  76   1          PX0 = 0; // set INT0 priority high
  77   1          EX0 = 1; // enable INT0 interrupt
  78   1      
  79   1          // INT1 setting
  80   1      #ifndef MCU_MTV_412M
  81   1        #ifdef ISR_INTERRUPT1
  82   1          IT1 = 1; // set INT1 type(falling edge)
  83   1          PX1 = 1; // set INT1 priority high
  84   1          EX1 = 1; // enable INT1 interrupt
  85   1        #endif
  86   1      #else
                  IT1 = 0; // set INT1 type(falling edge)
                  PX1 = 0; // set INT1 priority high
                  EX1 = 0; // enable INT1 interrupt
              #endif
  91   1      
  92   1          // TIMER0 setting
  93   1          TMOD = (TMOD & 0xf0) | 0x01; // set TIMER0 mode 1
  94   1          PT0 = 1;      // set TIMER0 priority low
  95   1          TR0 = 1;      // TIMER0 enable
  96   1          ET0 = 1;      // enable TIMER0 interrupt
  97   1      }
  98          
  99          ///////////////////////////////////////////////////////////////////////////////
 100          // <Function>: InitVariable
 101          //
 102          // <Description>: Initialize global variable.
 103          ///////////////////////////////////////////////////////////////////////////////
 104          void InitVariable(void)
 105          {
 106   1          g_wMilliSecond = SECOND_TICK;
 107   1      
 108   1          // Ir control menu
 109   1          g_ucIrNumKeyTimer = 0;
 110   1          ucUartCheckTick = 0;
 111   1      
 112   1          g_bEEpromInit = 0; //EEprom need init 0-No need ,1-need
 113   1          g_ucEEpromAddress_x100 = 0;
 114   1          g_ucEEpromAddress_x10  = 0;
 115   1          g_ucEEpromAddress_x1   = 0;
C51 COMPILER V7.50   GLOBAL                                                                07/03/2006 14:17:09 PAGE 3   

 116   1          g_ucEEpromData = rmReadByte(G_WEEPROMADDRESS);
 117   1          g_bEEpromSave = 0;
 118   1          g_bEEpromSaveDone = 0;
 119   1      
 120   1          g_ucIrOkCounter = 0;
 121   1      
 122   1          // 20060513
 123   1          s_I2CSel = MCU_RAM;
 124   1          g_uwEEStartADDR = 1;
 125   1          g_uwEEDataTotal = 1;
 126   1      
 127   1         g_ucMcuEEPType = RM_TYPE_24C16;
 128   1          g_ucTvEEPType = RM_TYPE_24C16;
 129   1      
 130   1      
 131   1      }
 132          
 133          
 134          ///////////////////////////////////////
 135          void SecondTick(void)
 136          {
 137   1          if (g_bSecondTickFlag)
 138   1          {
 139   2              g_bSecondTickFlag = 0;
 140   2              if (ucUartCheckTick)
 141   2                  if ((--ucUartCheckTick) == 0)
 142   2                      g_UartCommand.Index = 0;
 143   2          }
 144   1      }
 145          
 146          


MODULE INFORMATION:   STATIC OVERLAYABLE
   CODE SIZE        =    176    ----
   CONSTANT SIZE    =      1    ----
   XDATA SIZE       =     26    ----
   PDATA SIZE       =   ----    ----
   DATA SIZE        =   ----    ----
   IDATA SIZE       =   ----    ----
   BIT SIZE         =      4    ----
END OF MODULE INFORMATION.


C51 COMPILATION COMPLETE.  0 WARNING(S),  0 ERROR(S)