HAL 뼈대가 Test 코드 및 예제

예제 코드 : code warrier용

UART_level2.zip

UART_level3.zip

UART_level4.zip

UART_level5.zip

UART_level6.zip

1. VC++로 확인 Test 예제 

#include <stdio.h>

#include <stdlib.h>

int flash_open(char *str) { printf("[ Flash Open : %s ]\n", str) ; return 0 ; }

int flash_read() { printf("[ Flash Read ]\n") ; return 0 ; }

int flash_write() { printf("[ Flash Write ]\n") ; return 0 ; }

int flash_close() { printf("[ Flash Close ]\n") ; return 0 ; }

int flash_ioctl() { printf("[ Flash Ioctl ]\n") ; return 0 ; }

int serial_open(char *str) { printf("[ Serial Open : %s ]\n", str) ; return 0 ;}

int serial_read() { printf("[ Serial Read ]\n") ; return 0 ; }

int serial_write() { printf("[ Serial Write ]\n") ; return 0 ; }

int serial_close() { printf("[ Serial Close ]\n") ; return 0 ; }

int serial_ioctl() { printf("[ Serial Ioctl ]\n") ; return 0 ; }

typedef struct _device_operations

{

char *dev_name ;

int M_num ;

int (*open)() ;

int (*close)() ;

int (*ioctl)() ;

int (*read)() ;

int (*write)() ;

} device_operations;

typedef struct _device_info

{

int  flag ;

int  minor ;

int  mode ;

char *inbuf ;

char *str ;

int  buf_size ;

device_operations *device_op ;

} device_info;

device_operations flash_operation = { "Flash", 10, 

flash_open, flash_close, flash_ioctl, flash_read, flash_write } ;

device_operations serial_operation = { "serial", 15, 

serial_open, serial_close, serial_ioctl, serial_read, serial_write } ;

device_operations *device_oper_table[20] = { '\0' };

device_info   device_info_table[40] = { '\0' };

int  register_operation(int dev_num, device_operations *pdop) ;

int  unregister_operation(int dev_num, device_operations *pdop) ;

int  open(device_info *info, int dev_num, char *str) 

{

int u ;

for(u=0 ; u<40 ; u++)

if(device_info_table[u].flag == 0)

break ;

device_info_table[u] = *info ;

device_info_table[u].flag = 1 ;

device_info_table[u].str = str ;

device_info_table[u].device_op = device_oper_table[dev_num] ;

device_info_table[u].device_op->open(str) ;

return 0 ;

}

int read(int dev_num, int minor)

{

int u ;

for(u=0 ; u<40 ; u++)

if(device_info_table[u].minor == minor)

if(device_info_table[u].device_op->M_num == dev_num) {

printf("[ %s : %s ]\t", 

device_info_table[u].inbuf, device_info_table[u].str) ;

device_info_table[u].device_op->read() ;

return 0 ;

}

return -1 ;

}

int write(int dev_num, int minor)

{

int u ;

for(u=0 ; u<40 ; u++)

if(device_info_table[u].minor == minor)

if(device_info_table[u].device_op->M_num == dev_num) {

printf("[ %s : %s ]\t", 

device_info_table[u].inbuf, device_info_table[u].str) ;   

device_info_table[u].device_op->write() ;

return 0 ;

}

return -1 ;

}

int close(int dev_num, int minor)

{

int u ;

for(u=0 ; u<40 ; u++)

if(device_info_table[u].minor == minor)

if(device_info_table[u].device_op->M_num == dev_num) {

printf("[ %s : %s ]\t", 

device_info_table[u].inbuf, device_info_table[u].str) ;    

device_info_table[u].device_op->close() ;

device_info_table[u].flag = 0 ;

return 0 ;

}

return -1 ;

}

 

void main()

{

device_info flash0 = { 0, 0, 0x7f23, "Flash 0", 0, } ;

device_info flash1 = { 0, 1, 0xff46, "Flash 1", 0, } ;

device_info serial0 = { 0, 0, 0x45f2, "Serial 0", 0, } ; 

device_info serial1 = { 0, 1, 0x65ea, "Serial 1", 0, } ;

register_operation(10, &flash_operation) ;  

register_operation(15, &serial_operation) ;

open(&flash0, 10, "Arminia-209") ;  

open(&flash1, 10, "GL-209") ;  

open(&serial0, 15, "Ellias-404") ;  

open(&serial1, 15, "Deillous-404") ;

printf("\n") ;

read(15, 1) ;    read(10, 0) ;

write(10, 1) ;

close(15, 0) ;

unregister_operation(10, '\0') ;

unregister_operation(15, '\0') ;

}

int  register_operation(int dev_num, device_operations *pdop)

{

device_oper_table[dev_num] = pdop ;

return 0 ;

}

int  unregister_operation(int dev_num, device_operations *pdop)

{

device_oper_table[dev_num] = pdop ;

return 0 ;

}