www.pudn.com > hf44b0_TEST.rar > Etc.c

#include  
#include "..\inc\44b.h" 
#include "..\inc\44blib.h" 
#include "..\inc\etc.h" 
#include "..\inc\def.h" 
 
 
/* 
void Test_WaitPin(void) 
{ 
    U32 readVal; 
 
    Uart_Printf("nGCS1 is controlled by nWAIT pin.\n"); 
    Uart_Printf("nWAIT/PF0 pin is configured as nWAIT pin.\n"); 
    Uart_Printf("\nPush any key to exit!!!\n"); 
 
    // Work-around with nWAIT. 
    // 8bit device ->8bit bus width, 16bit access 
    // address0 is not connected to the device to cheat the device. 
    rBWSCON=rBWSCON & ~(0x7<<4)|(0x5<<4);  //nGCS1: nWAIT enable, 8bit 
    rBANKCON1=0x200; 
    rNCACHBE0=( (0x4000000>>12)<<16 )|(0x2000000>>12); 
 
    while(Uart_GetKey()==0x0) 
    { 
        readVal=(*(volatile U16 *)0x2000000); 
#ifdef __BIG_ENDIAN 
        readVal=readVal&0xff; 
#else 
        readVal=readVal>>8; 
#endif 
        Uart_Printf("read_data=%x\n",readVal); 
    } 
} 
*/ 
 
extern char Image$$RO$$Limit[]; 
extern char Image$$RO$$Base[]; 
extern char Image$$RW$$Limit[]; 
extern char Image$$RW$$Base[]; 
extern char Image$$ZI$$Limit[]; 
extern char Image$$ZI$$Base[]; 
 
void Etc(void) 
{ 
    Uart_Printf("Image$$RO$$Base=%x\n",Image$$RO$$Base); 
    Uart_Printf("Image$$RO$$Limit=%x\n",Image$$RO$$Limit); 
    Uart_Printf("Image$$RW$$Base=%x\n",Image$$RW$$Base); 
    Uart_Printf("Image$$RW$$Limit=%x\n",Image$$RW$$Limit); 
    Uart_Printf("Image$$ZI$$Base=%x\n",Image$$ZI$$Base); 
    Uart_Printf("Image$$ZI$$Limit=%x\n",Image$$ZI$$Limit); 
}