void ee_Erase(void)
{
uint16_t i;
uint8_t buf[EE_SIZE];
/* 填充缓冲区 */
for (i = 0; i < EE_SIZE; i++)
{
buf[i] = 0xFF;
}
/* 写EEPROM, 起始地址 = 0，数据长度为 256 */
if (ee_WriteBytes(buf, 0, EE_SIZE) == 0)
{
printf("擦除eeprom出错！\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,110,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,110,"擦除EEPROM出错!",RED);
#endif
return;
}
else
{
printf("擦除eeprom成功！\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,110,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,110,"擦除EEPROM成功!",BLUE);
#endif
}
}
void Lcd_List(char page)
{
#ifdef WORD_MODE //文字版
char i;
char lcd_char[28]; //+4是为了预留空间的实验编号
select_index_boardtest=0; //重新显示新的一页时重置select_index
Lcd_GramScan( 1 ); //设置扫描方向
LCD_Clear(12,86,206,145,BACKGROUND);
sprintf(lcd_char,"第 %0d/%0d 页",current_page_boardtest,all_page_boardtest); //显示页码
LCD_DispEnCh(30,235,(const uint8_t *)lcd_char,BLUE);
/* 打开playlist，读取音频文件名 */
for(i=0;(i+PER_PAGE*(page-1))<TEST_NUM && i< PER_PAGE;i++) //仅显示第一页
{
sprintf(lcd_char,"%0d.%s",PER_PAGE*(page-1)+i+1,test_name[(PER_PAGE*(page-1) + i)]); //拼接出歌曲列表
LCD_DispEnCh(22,87+i*18,(const uint8_t *)lcd_char,BLACK); //显示
}
#else //图标版
char i;
char lcd_char[28]; //+4是为了预留空间的实验编号
char pic_name[50];
select_index_boardtest=0; //重新显示新的一页时重置select_index
Lcd_GramScan( 1 ); //设置扫描方向
LCD_Clear(12,94,212,160,BACKGROUND);//BLUE BACKGROUND
sprintf(lcd_char,"第 %0d/%0d 页",current_page_boardtest,all_page_boardtest); //显示页码
LCD_DispEnCh(30,235,(const uint8_t *)lcd_char,BLUE);
/* 打开playlist，读取音频文件名 */
for(i=0;(i+PER_PAGE*(page-1))<TEST_NUM && i< PER_PAGE;i++) //仅显示第一页
{
sprintf(pic_name,"/boardtest/ISO_MINI/ui_test%d.bmp",PER_PAGE*(page-1)+i+1);
if(i<=((PER_PAGE/2)-1))
{
Lcd_show_bmp(160, 166-(70*i),pic_name);
}
else
{
Lcd_show_bmp(91, 166-(70*(i-(PER_PAGE/2))),pic_name);
}
}
#endif
}
/*
* 要想图片显示成功
* 需把字库拷贝到sd卡上，然后把sd卡插到开发板的卡槽上
*/
int main(void)
{
LCD_Init();
LCD_Clear(0, 0, 240, 320, BACKGROUND);
/* USART1 config */
//USART1_Config();
//printf("\r\n this is a fatfs test demo \r\n");
/* 初始化sd卡文件系统，因为汉字的字库放在了sd卡里面 */
Sd_fs_init();
/* 设置Lcd Gram 扫描方向为: 左上角 -> 右下角*/
//Lcd_GramScan( 1 );
LCD_DispStr(5, 5, (uint8_t *)"fatfs init success", RED);
LCD_DispStr(5, 25, (uint8_t *)"insure the sdcard has insert......", RED);
LCD_DispStrCH(50, 50, (uint8_t *)"野火开发板", RED);
LCD_DispEnCh(5, 90, "Welcome to use 野火 ISO Stm32 开发板 bigo------", RED);
/* 显示BMP图片 */
Lcd_show_bmp(0, 0,"/wildfire.bmp");
Lcd_show_bmp( 10,10,"/pic1.bmp");
Lcd_show_bmp( 170,0,"/pic2.bmp");
while(1);
}
void ADC_Test(void)
{
// 局部变量，用于保存转换计算后的电压值
float ADC_ConvertedValueLocal;
#ifdef LCD_DISPLAY
uint8_t lcd_char[20];
#endif
/* enable adc1 and config adc1 to dma mode */
ADC1_Init();
printf("\r\n ----这是一个ADC实验(DMA传输)----\r\n");
while (1)
{
ADC_ConvertedValueLocal =(float) ADC_ConvertedValue/4096*3.3; // 读取转换的AD值
printf("\r\n The current AD value = 0x%04X \r\n", ADC_ConvertedValue);
printf("\r\n The current AD value = %f V \r\n",ADC_ConvertedValueLocal);
#ifdef LCD_DISPLAY
sprintf(lcd_char,"电压值:%f V",ADC_ConvertedValueLocal);
LCD_DispEnCh(20,150,lcd_char,BLUE);
#endif
ADC_Delay(0x4fffee);
}
}
void Lcd_Note(uint8_t test_num)
{
uint8_t lcd_char[50];
Lcd_GramScan( 1 ); //设置扫描方向
LCD_Clear(12,86,206,165,BACKGROUND); //清除屏幕
// LCD_Clear(12,72,215,152,BACKGROUND); //RED 清除
//LCD_DispEnCh(50,90,test_name[test_num-1],RED);
sprintf(lcd_char,"%s程序运行中:",test_name[test_num-1]);
LCD_DispEnCh(15,90,lcd_char,BLACK);
LCD_DispEnCh(10,230,"软件或硬件复位返回选择界面",BLACK);
}
/**
* @brief lcd_list 显示歌曲列表
* @param 歌曲列表的页码
* @retval none
*/
static void lcd_list(char page)
{
char i;
char music_name[MUSIC_NAME_LEN];
char lcd_char[MUSIC_NAME_LEN+4]; //+4是为了预留空间的歌曲编号
FIL name_file;
select_index=0; //重新显示新的一页时重置select_index
Lcd_GramScan( 1 ); //设置扫描方向
LCD_Clear(12,86,206,145,BACKGROUND);
sprintf(lcd_char,"第 %0d/%0d 页",current_page,all_page); //显示页码
LCD_DispEnCh(30,235,(const uint8_t *)lcd_char,BLUE);
sprintf(lcd_char,"音量:%2d",voice); //显示音量
LCD_DispEnCh(155,235,(const uint8_t *)lcd_char,BLUE);
/* 打开扫描记录到的歌单 */
fres = f_open (&name_file, "0:mp3player/lcdlist.txt", FA_READ);
/* 打开playlist，读取音频文件名 */
for(i=0;(i+8*(page-1))<file_num && i< 8;i++) //仅显示第一页
{
fres = f_lseek (&name_file, (8*(page-1) + i)*FILE_NAME_LEN); //文件中的歌曲名按FILE_NAME_LEN来偏移
fres = f_read(&name_file, music_name, MUSIC_NAME_LEN, &rw_num); //只读取MUSIC_NAME_LEN长度的字符，太长的话LCD不够空间显示
music_name[MUSIC_NAME_LEN-1]='\0'; //把最后一个元素设置为'\0'防止没有结束符号而溢出
sprintf(lcd_char,"%0d.%s",8*(page-1)+i+1,music_name); //拼接出歌曲列表
LCD_DispEnCh(22,87+i*18,(const uint8_t *)lcd_char,RED); //显示
}
fres = f_close (&name_file);
}
/*
* 函数名：Time_Display
* 描述 ：显示当前时间值
* 输入 ：-TimeVar RTC计数值，单位为 s
* 输出 ：无
* 调用 ：内部调用
*/
void Time_Display(uint32_t TimeVar,struct rtc_time *tm)
{
static uint32_t FirstDisplay = 1;
uint32_t BJ_TimeVar;
uint8_t str[15]; // 字符串暂存
#ifdef LCD_DISPLAY
uint8_t lcd_char[70];
#endif
/* 把标准时间转换为北京时间*/
BJ_TimeVar =TimeVar + 8*60*60;
to_tm(BJ_TimeVar, tm);/*把定时器的值转换为北京时间*/
if((!tm->tm_hour && !tm->tm_min && !tm->tm_sec) || (FirstDisplay))
{
GetChinaCalendar((u16)tm->tm_year, (u8)tm->tm_mon, (u8)tm->tm_mday, str);
printf("\r\n 今天新历：%0.2d%0.2d,%0.2d,%0.2d", str[0], str[1], str[2], str[3]);
GetChinaCalendarStr((u16)tm->tm_year,(u8)tm->tm_mon,(u8)tm->tm_mday,str);
printf("\r\n 今天农历：%s\r\n", str);
if(GetJieQiStr((u16)tm->tm_year, (u8)tm->tm_mon, (u8)tm->tm_mday, str))
printf("\r\n 今天农历：%s\r\n", str);
FirstDisplay = 0;
}
#ifdef LCD_DISPLAY
sprintf(lcd_char,"%d年(%s年)%d月%d日(星期%s) %0.2d:%0.2d:%0.2d" ,tm->tm_year, zodiac_sign[(tm->tm_year-3)%12], tm->tm_mon, tm->tm_mday,
WEEK_STR[tm->tm_wday], tm->tm_hour,
tm->tm_min, tm->tm_sec);
LCD_DispEnCh(20,180,lcd_char,BLUE);
#endif
/* 输出时间戳，公历时间 */
printf(" UNIX时间戳 = %d 当前时间为: %d年(%s年) %d月 %d日 (星期%s) %0.2d:%0.2d:%0.2d\r",TimeVar,
tm->tm_year, zodiac_sign[(tm->tm_year-3)%12], tm->tm_mon, tm->tm_mday,
WEEK_STR[tm->tm_wday], tm->tm_hour,
tm->tm_min, tm->tm_sec);
}
/*
* ISO 自动整板测试
*/
void ISO_AutoTest(void)
{
uint32_t i=0x10ffff;
uint8_t board_state = 1;
uint8_t board_test = 0x55;
/* 液晶初始化先于串口，不然会有bug，至于是什么原因我也不知道:( */
LCD_Init();
USART1_Config();
/* 初始化sd卡文件系统，因为汉字的字库放在了sd卡里面 */
Sd_fs_init();
LCD_Clear(0,0,240,320,WHITE);
LCD_DispStr(50,10,"ISO board auto test ",BLUE);
USART1_Config();
SysTick_Init();
/* LED 端口初始化 */
LED_GPIO_Config();
LED1_ON;
LED2_ON;
LED3_ON;
/*按键*/
Key1_GPIO_Config();
Key2_GPIO_Config();
/* EEPROM测试 */
LCD_DispEnCh(20,40,"1.EEPROM 自检中",BLUE);
/*-----------------------------------------------------------------------------------*/
if (EEPROM_AutoTest() == 0) //坏
{
board_state = 0;
LCD_DispEnCh(20,40,"1.EEPROM 检测失败!",RED);
}
else
{
LCD_DispEnCh(20,40,"1.EEPROM 检测通过!",BLUE);
}
/* FLASH 测试 */
LCD_DispEnCh(20,70,"2.FLASH 自检中",BLUE);
if(FLASH_AutoTest() == 0) //坏
{
board_state = 0;
LCD_DispEnCh(20,70,"2.FLASH 检测失败!",RED);
}
else
{
LCD_DispEnCh(20,70,"2.FLASH 检测通过!",BLUE);
}
/* RTC测试 */
LCD_DispEnCh(20,100,"3.RTC 自检中",BLUE);
if(RTC_AutoTest() == 0) //坏
{
board_state = 0;
LCD_DispEnCh(20,100,"3.RTC 检测失败!",RED);
}
else
{
LCD_DispEnCh(20,100,"3.RTC 检测通过!",BLUE);
}
/* FM测试 */
LCD_DispEnCh(20,130,"4.FM 自检中",BLUE);
if(RDA5807_FM_AutoTest() == 0) //坏
{
board_state = 0;
LCD_DispEnCh(20,130,"4.FM检测失败!",RED);
}
else
{
LCD_DispEnCh(20,130,"4.FM检测通过",BLUE);
}
/* mp3 sd 喇叭测试 */
/* 关闭systick定时器 以免影响mp3播放效果*/
SysTick->CTRL &= ~ SysTick_CTRL_ENABLE_Msk;
LCD_DispEnCh(20,160,"5.MP3及喇叭自检中",BLUE);
if(MP3_AutoTest() == 0) //坏
{
board_state = 0;
LCD_DispEnCh(20,160,"5.sd 卡错误!!! ",RED);
}
else
{
LCD_DispEnCh(20,160,"5.请确认喇叭是否有声音",BLUE);
}
if(board_state == 0)// 测试不通过
{
LCD_DispEnCh(20,220,"自检测试不通过!!!",RED);
while(1);
}
/* 按键测试 */
LCD_DispEnCh(20,190,"6.请检查按键及led灯 ",BLUE);
while(i--)
{
/* 按键测试 */
if( Key_Scan(GPIOA,GPIO_Pin_0) == KEY_ON)
{
key_state =~key_state;
LED1_TOGGLE;
LED2_TOGGLE;
LED3_TOGGLE;
}
if( Key_Scan(GPIOC,GPIO_Pin_13)== KEY_ON)
{
key_state =~key_state;
LED1_TOGGLE;
LED2_TOGGLE;
LED3_TOGGLE;
}
}
ee_WriteBytes(&board_test,0,1); //自测成功，写入标记
Soft_Reset();
}
/*
* 根据串口不同的命令执行不同的程序
* 用户也可以自行添加相应的程序
*/
void Board_Test(void)
{
while( 1 )
{
switch( rec_cmd )
{
case 1: //来自液晶触摸
case '1': //来自串口数据
printf("按回车返回菜单 \r\n");
printf("实验现象:LED1 LE2 LED3 轮流闪烁 \r\n");
Lcd_Note(1);
LCD_DispEnCh(20,110,"实验现象:LED1 LE2 LED3 轮流闪烁",BLUE);
LED_Test();
break;
case 2:
case '2':
printf("按回车返回菜单 \r\n");
printf("实验现象:KEY1控制LED1反转,KEY2控制LE2反转 \r\n");
Lcd_Note(2);
LCD_DispEnCh(20,110,"实验现象:KEY1控制LED1反转,KEY2控制LE2反转",BLUE);
Key_Test();
break;
case 3:
case '3':
printf("按回车返回菜单 \r\n");
printf("实验现象:串口打印出:eeprom读写测试成功 \r\n");
Lcd_Note(3);
Eeprom_Test();
break;
case 4:
case '4':
printf("按回车返回菜单 \r\n");
printf("实验步骤 \r\n");
printf("1-按照提示在串口中输入时间\r\n");
printf("实验现象:串口输出新历农历和时间戳\r\n");
Lcd_Note(4);
LCD_DispEnCh(20,110,"实验说明:初始时间为程序固定的时间,若下面显示的时间每秒更新一次则说明RTC模块正常",BLUE);
RTC_Test();
break;
case 5:
case '5':
printf("按回车返回菜单 \r\n");
printf("实验现象:串口每隔一段时间打印出采集到的电压值 \r\n 旋转ISO上的电位器，可使用电压值在0~3.25之间变动\r\n");
Lcd_Note(5);
LCD_DispEnCh(20,110,"实验说明:电压范围0-3.3 V,可调整电位器改变电压",BLUE);
ADC_Test();
break;
case 6:
case '6':
testing_state = SB_FM ;
printf("按回车返回菜单 \r\n");
printf("实验步骤 \r\n");
printf("1-将ISO上的MP3-FM-SPK开关拨到FM档位\r\n");
printf("2-接上耳机，同时耳机也是天线，当搜不到台的时候可移动耳机线接收信号\r\n");
printf("实验现象:KEY1向上自动搜台，搜到台LED1亮。KEY2向下自动搜台，搜到台LED2亮 \r\n");
Lcd_Note(6);
LCD_DispEnCh(20,110,"实验说明:1-将ISO上的MP3-FM-SPK开关拨到FM档位",BLUE);
LCD_DispEnCh(20,145,"2-接上耳机，同时耳机也是天线，当搜不到台的时候可移动耳机线接收信号",BLUE);
LCD_DispEnCh(20,195,"稍后将进入FM收音机界面,硬件复位时返回",BLUE);
// delay(0xFFFF);
// delay(0xFFFF);
// delay(0xFFFF);
// delay(0xFFFF);
RDA5807_FM_Test();
break;
case 7:
case '7':
testing_state=SB_MP3;
printf("按回车返回菜单 \r\n");
printf("实验步骤 \r\n");
printf("1-将ISO上的MP3-FM-SPK开关拨到MP3档位\r\n");
printf("2-接上耳机，选择音乐即可播放,点击屏幕中的野火logo可以使用扬声器\r\n");
Lcd_Note(7);
LCD_DispEnCh(20,110,"实验说明:1-将ISO上的MP3-FM-SPK开关拨到MP3档位",BLUE);
LCD_DispEnCh(20,145,"2-接上耳机，选择音乐即可播放,点击屏幕中的野火logo可以使用扬声器",BLUE);
LCD_DispEnCh(20,195,"稍后将进入MP3界面,硬件复位时返回",BLUE);
// delay(0xFFFF);
// delay(0xFFFF);
// delay(0xFFFF);
// delay(0xFFFF);
MP3_test();
break;
case 8:
case '8':
printf("按回车返回菜单 \r\n");
printf("实验现象:串口打印信息:CAN回环测试成功同时LED1和LED2亮\r\n");
Lcd_Note(8);
LCD_DispEnCh(20,110,"实验说明:CAN回环测试,不需要外部接线",BLUE);
CAN_Loopback_Test();
break;
case 9:
case '9':
printf("按回车返回菜单 \r\n");
printf("实验步骤 \r\n");
printf("1-在ISO上插上DHT11模块 \r\n");
printf("实验现象:串口打印出:湿度为xxxRH,温度为xxx℃ \r\n");
Lcd_Note(9);
LCD_DispEnCh(20,110,"实验说明:把DHT11模块接入开发板,正常时在屏幕显示温湿度",BLUE);
DHT11_Test();
break;
case 10:
case 'a':
printf("按回车返回菜单 \r\n");
printf("实验步骤 \r\n");
printf("1-在ISO上插上DS18b20模块 \r\n");
printf("实验现象:串口每隔1s打印一次温度值，同时led1闪烁一次\r\n");
Lcd_Note(10);
LCD_DispEnCh(20,110,"实验说明:把DS18b20模块接入开发板,正常时在屏幕显示温度,同时LED闪烁",BLUE);
DS18B20_Test();
break;
case 11:
case 'b':
printf("按回车返回菜单 \r\n");
printf("实验步骤\r\n");
printf("1-在ISO上插上SD卡，容量需小于32GB\r\n");
printf("2-用microusb线连接电脑和ISO上的供电的microusb口(并不是 usb to uart) \r\n");
printf("实验现象:串口会打印出:野火 ISO STM32 USB MASS STORAGE 实验\r\n LED1闪烁，同时SD卡会在电脑上模拟出一个U盘\r\n");
Lcd_Note(11);
LCD_DispEnCh(20,110,"实验说明:1-在ISO上插上SD卡，容量需小于32GB",BLUE);
LCD_DispEnCh(20,150,"2-用microusb线连接电脑和ISO上的供电的microusb口(并不是 usb to uart)",BLUE);
LCD_DispEnCh(20,195,"正常时LED1闪烁,同时SD卡会在电脑上模拟出一个U盘",BLUE);
UsbMassStorage_Test();
break;
case 12:
case 'c':
printf("按回车返回菜单 \r\n");
printf("实验步骤 \r\n");
printf("1-在ISO上插上摄像头模块(火眼OV7725)\r\n");
printf("实验现象:液晶实时显示摄像头拍回来的图像\r\n");
Lcd_Note(12);
LCD_DispEnCh(20,110,"实验说明:把摄像头模块接入到ISO开发板中,正常时稍后液晶会显示摄像头拍回来的图像,使用硬件复位退出",BLUE);
delay(0xFFFF);
// delay(0xFFFF);
// delay(0xFFFF);
// delay(0xFFFF);
Camera_Test(); //采用二、三级代码优化会出错
break;
case 13:
case 'd':
printf("按回车返回菜单 \r\n");
printf("实验步骤 \r\n");
printf("1-在ISO上插上ENC28J60以太网模块，以太网模块用网线连接电脑或者路由器\r\n");
printf("2-在DOS模式下输入命令: ping 192.168.1.15 \r\n");
printf("3-电脑的IP地址或者局域网内的电脑的IP地址必须是192.168.1.x\r\n 但不能是192.168.1.15 \r\n");
Lcd_Note(13);
LCD_DispEnCh(20,110,"实验说明:1-在ISO上插上以太网模块,以太网模块用网线连接电脑或者路由器",BLUE);
LCD_DispEnCh(20,160,"2-在DOS模式下输入命令: ping 192.168.1.15 (能ping通表示正常)",BLUE);
LCD_DispEnCh(20,193,"3-电脑IP地址或者局域网内电脑的IP地址必须是192.168.1.x",BLUE);
ENC28J60_Test();
break;
case 14:
case 'e':
printf("按回车返回菜单 \r\n");
printf("实验现象:LED1在PWM信号的控制下在呼吸\r\n");
Lcd_Note(14);
LCD_DispEnCh(20,110,"实验说明:LED1在PWM信号的控制下在呼吸",BLUE);
Breathing_Test();
break;
case 15:
case 'f':
printf("按回车返回菜单 \r\n");
printf("实验步骤\r\n");
printf("1-在ISO上插上SRAM模块\r\n");
printf("实验现象:串口打印出SRAM测试成功，同时LED2闪烁\r\n");
Lcd_Note(15);
LCD_DispEnCh(20,110,"Please connect SRAM module to ISO board",BLUE);
delay(50000);
SRAM_Test();
break;
case 16:
case 'g':
printf("按回车返回菜单 \r\n");
printf("实验步骤\r\n");
printf("1-在ISO上插上NORFLASH模块\r\n");
printf("实验现象:串口打印出NORFLASH测试成功，同时LED2闪烁\r\n");
printf("\r\n 擦除时间有点长，请耐心等待...... \r\n");
Lcd_Note(16);
LCD_DispEnCh(20,110,"实验说明:测试时把NORFLASH模块接入到ISO开发板中,擦除时间有点长,请耐心等待......",BLUE);
NORFLASH_Test();
break;
case 17:
case 'h':
printf("按回车返回菜单 \r\n");
printf("实验步骤\r\n");
printf("1-在ISO上插上NANDFLASH模块\r\n");
printf("实验现象:串口打印NANDFLASH Test finished,同时LE1闪烁r\n");
Lcd_Note(17);
LCD_DispEnCh(20,110,"实验说明:测试时把NANDFLASH模块接入到ISO开发板中,正常时会显示NANDFLASH的ID",BLUE);
NANDFLASH_Test();
break;
default:
break;
}
}
}
/*
* eeprom AT24C02 读写测试
*/
void Eeprom_Test(void)
{
uint16_t i;
uint8_t write_buf[EE_SIZE];
uint8_t read_buf[EE_SIZE];
/*-----------------------------------------------------------------------------------*/
if (ee_CheckOk() == 0)
{
/* 没有检测到EEPROM */
printf("没有检测到串行EEPROM!\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,128,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,128,"没有检测到串行EEPROM!",RED);
#endif
while (1); /* 停机 */
}
/*------------------------------------------------------------------------------------*/
/* 填充测试缓冲区 */
for (i = 0; i < EE_SIZE; i++)
{
write_buf[i] = i;
}
/*------------------------------------------------------------------------------------*/
if (ee_WriteBytes(write_buf, 0, EE_SIZE) == 0)
{
printf("写eeprom出错！\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,128,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,128,"写EEPROM出错!",RED);
#endif
return;
}
else
{
printf("写eeprom成功！\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,128,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,128,"写EEPROM成功!",BLUE);
#endif
}
/*写完之后需要适当的延时再去读，不然会出错*/
ee_Delay(0x0FFFFF);
/*-----------------------------------------------------------------------------------*/
if (ee_ReadBytes(read_buf, 0, EE_SIZE) == 0)
{
printf("读eeprom出错！\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,146,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,146,"读EEPROM出错!",RED);
#endif
return;
}
else
{
printf("读eeprom成功，数据如下：\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,146,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,146,"读EEPROM成功!",BLUE);
#endif
}
/*-----------------------------------------------------------------------------------*/
for (i = 0; i < EE_SIZE; i++)
{
if(read_buf[i] != read_buf[i])
{
printf("0x%02X ", read_buf[i]);
printf("错误:EEPROM读出与写入的数据不一致");
#ifdef LCD_DISPLAY
// LCD_Clear(20,165,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,165,"错误:EEPROM读出与写入的数据不一致!",RED);
#endif
return;
}
printf(" %02X", read_buf[i]);
if ((i & 15) == 15)
{
printf("\r\n");
}
}
printf("eeprom读写测试成功\r\n");
#ifdef LCD_DISPLAY
// LCD_Clear(20,165,206,16,BACKGROUND); //清除屏幕
LCD_DispEnCh(20,165,"EEPROM读写测试成功!",BLUE);
#endif
while(1);
}
