如何在14583芯片组内动态地读取和写入闪存中的数据

嗨对话框，

我正在尝试使程序写入并读取自己的闪存一些传感器数据。它始终失败，自第二次写入它，我通过再次读出书面数据来验证书面数据。你有一些建议解决问题吗？

我的代码如下：

unsigned char rd_data [256];
unsigned char wr_data [256];

无符号短期CRC16（Const Unsigned Char * NDATA，无符号短WLONGTH）
{

静态const unsigned短wcRctable [] = {
0x0000,0xc0c1,0xc181,0x0140,0xc301,0x03c0,0x0280，0xC241，
0xc601,0x06c0,0x0780,0xc741,0x0500,0xc5c1,0xc481,0x0440，
0xcc01,0x0cc0,0x0d80,0xcd41,0x0f00，0xcfc1，0xce81,0x0e40，
0x0a00，0xcac1,0xcb81,0x0b40,0xc901,0x09c0,0x0880,0xc841，
0xD801,0x18C0,0x1980,0xD941,0x1b00，0xdbc1，0xda81,0x1a40，
0x1e00,0xdec1,0xdf81,0x1f40,0xdd01,0x1dc0,0x1c80,0xdc41，
0x1400,0xD4C1,0xD581,0x1540,0xD701,0x17C0，0x1680，0xD641，
0xD201,0x12C0，0x1380,0xD341,0x1100,0xD1C1,0xD081,0x1040，
0xF001,0x30C0,0x3180,0xF141,0x3300,0xF3C1,0xF281,0x3240，
0x3600,0xF6C1,0xF781,0x3740,0xF501,0x35C0,0x3480，0xF441，
0x3c00，0xfcc1,0xfd81,0x3d40,0xff01,0x3fc0,0x3e80,0xfe41，
0xFA01，0x3AC0，0x3b80,0xfb41,0x3900,0xf9c1,0xf881,0x3840，
0x2800,0xe8c1,0xe981,0x2940，0xeb01,0x2bc0，0x2a80，0xea41，
0xEE01,0x2EC0，0x2F80,0xEF41,0x2D00，0xEDC1，0xEC81,0x2C40，
0xe401,0x24c0,0x2580,0xe541,0x2700,0xe7c1,0xe681,0x2640，
0x2200,0xe2c1,0xe381,0x2340,0xe101,0x21c0,0x2080，0xe041，
0x001,0x60c0,0x6180,0xa141,0x6300,0xa3c1,0xa281,0x6240，
0x6600,0xa6c1,0x781,0x6740，0x0501,0x65c0,0x6480，0xA441，
0x6c00，0xacc1，0xad81,0x6d40,0xAF01,0x6fc0,0x6e80,0xae41，
0xAA01，0x6AC0，0x6B80,0xAB41,0x6900,0xA9C1,0xA881,0x6840，
0x7800,0xb8c1，0xb981,0x7940，0xbb01,0x7bc0,0x7a80，0xba41，
0xbe01,0x7ec0,0x7f80,0xbf41,0x7d00，0xbdc1，0xbc81,0x7c40，
0xb401,0x74c0,0x7580,0xb541,0x7700,0xb7c1,0xb681,0x7640，
0x7200,0xb2c1,0xb381,0x7340,0xb101,0x71c0,0x7080,0xb041，
0x5000,0x90c1,0x9181,0x5140,0x9301,0x53c0,0x5280,0x9241，
0x9601,0x56c0,0x5780,0x9741,0x5500,0x95c1,0x9481,0x5440，
0x9c01,0x5cc0,0x5d80,0x9d41,0x5f00，0x9fc1,0x9e81,0x5e40，
0x5a00,0x9ac1,0x9b81,0x5b40,0x9901,0x59c0,0x59c0,0x5880,0x9841，0x9841，
0x8801,0x48c0,0x4980,0x8941,0x4b00，0x8bc1,0x8a81,0x4a40，
0x4e00,0x8ec1,0x8f81,0x4f40,0x8d01,0x4dc0，0x4c80，0x8c41，
0x4400,0x84c1,0x8581,0x4540,0x8701,0x47c0,0x4680,0x8641，
0x8201,0x42c0,0x4380,0x8341,0x4100,0x81c1,0x8081,0x4040};

未签名的char ntemp;
unsigned short wcrcword = 0xffff;

而（Wlength--）
{
ntemp = * ndata ++ ^ wcrcword;
wcrcword >> = 8;
wcrcword ^ = wccctable [ntemp];
}
返回wcrcword;
}

静态void da14583_spi_flash_init（void）
{
spi_pad_t cs_pad_param;

//配置内部闪存GPIO
gpio_configurepin（da14583_spi_flash_en_gpio_port，da14583_spi_flash_en_gpio_pin，输出，pid_spi_en，true）;
gpio_configurepin（da14583_spi_flash_clk_gpio_port，da14583_spi_flash_clk_gpio_pin，输出，pid_spi_clk，false）;
gpio_configurepin（da14583_spi_flash_do_gpio_port，da14583_spi_flash_do_gpio_pin，输出，pid_spi_do，false）;
gpio_configurepin（da14583_spi_flash_di_gpio_port，da14583_spi_flash_di_gpio_pin，输入，pid_spi_di，false）;

cs_pad_param.port = da14583_spi_flash_en_gpio_port;
cs_pad_param.pin = da14583_spi_flash_en_gpio_pin;

//初始化SPI驱动程序
spi_init（＆cs_pad_param，spi_mode_8bit，spi_rool_master，spi_clk_idle_pol_low，spi_pha_mode_0，spi_mint_disable，spi_xtal_div_8）;
//初始化SPI闪存驱动程序
spi_flash_init（da14583_spi_flash_size，da14583_spi_flash_page_size）;

//上电闪存
SPI_FLASH_RELEASE_FROM_POWER_DOWN（）;
}

静态void da14583_spi_flash_release（void）
{
//电源闪烁
spi_flash_power_down（）;
//发布SPI控制器
spi_release（）;

//发布内部闪存GPIO
gpio_configurepin（da14583_spi_flash_en_gpio_port，da14583_spi_flash_en_gpio_pin，输出，pid_gpio，true）;
gpio_configurepin（da14583_spi_flash_clk_gpio_port，da14583_spi_flash_clk_gpio_pin，input_pulldown，pid_gpio，false）;
gpio_configurepin（da14583_spi_flash_do_gpio_port，da14583_spi_flash_do_gpio_pin，input_pulldown，pid_gpio，false）;
gpio_configurepin（da14583_spi_flash_di_gpio_port，da14583_spi_flash_di_gpio_pin，input_pulldown，pid_gpio，false）;
}

void UpdateWhitelistold（void）//写入闪存并将白名单加载到内存中以进行应用
{
// system_init（）;
periph_init（）;

无符号短wcrc = 0xffff;
unsigned char crch;
无符号char crcl;

INT16_T BTRD;
unsigned char i;
// uint16_t read_size = 256;
unsigned char write_size = 256;//将此变量设置为所需的读取大小
Memset（RD_DATA，0x00,256）;
Memset（WR_DATA，0x00,256）;

wr_data [0] = 0x01;
wr_data [1] = 0x12;
WR_DATA [2] = 0x34;

// memcpy（wr_data + 3，white_addr2,6）;

for（i = 0; i <6; i ++）
{

wr_data [3 + i] = white_addr2 [i];
}

WCRC = CRC16（WR_DATA，10）;
WR_DATA [10] = WCRC / 256;
WR_DATA [11] = WCRC％256;

// white_addr.

#if debug_log.
printf_string（“\ n \ r \ n \ r whitelist_setup =”）;
printf_byte（whitelist_setup）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
＃万一

da14583_spi_flash_init（）;

//上电外围设备的电源域
setBits16（PMU_CTRL_REG，PERIPH_SLEEP，0）;
而（！（getword16（sys_stat_reg）＆per_is_up））;

//启用焊盘
SetBits16（Sys_ctrl_reg，pad_latch_en，1）;

//初始化DA14583内部闪存

#if debug_log.
printf_string（“\ n \ r写flash：\ n”）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
for（i = 0; i {
printf_byte（wr_data [i]）;
printf_string（“”）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
}
printf_string（“\ n”）;
＃万一

spi_flash_page_program（wr_data，0x1f800，write_size）;

da14583_spi_flash_release（）;

da14583_spi_flash_init（）;

setBits16（PMU_CTRL_REG，PERIPH_SLEEP，0）;
而（！（getword16（sys_stat_reg）＆per_is_up））;

//启用焊盘
SetBits16（Sys_ctrl_reg，pad_latch_en，1）;

#if debug_log.
printf_string（“\ n \ r \ n \ r double check ......”）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
＃万一

btrd = spi_flash_read_data（rd_data，0x1f800，write_size）;
//显示结果
#if debug_log.
printf_string（“\ n \ r \ n \ rl218再次读取闪光灯\ n”）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
for（i = 0; i {
printf_byte（rd_data [i]）;
printf_string（“”）;
}

printf_string（“\ n \ r \ n \ r l 493字节数：0x”）;
printf_byte（（btrd >> 8）＆0xff）;
printf_byte（（btrd）＆0xff）;
printf_string（“\ n \ r”）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
＃万一

WCRC = CRC16（RD_DATA，10）;
CRCH = WCRC / 256;
crcl = wcrc％256;

if（（crch == wr_data [10]）&&（crcl == wr_data [11]））
{
#if debug_log.
printf_string（“\ ncrc正确\ n \ r”）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
＃万一

#if debug_log.
printf_string（“\ n \ r \ n \ r whitelist_setup =”）;
printf_byte（whitelist_setup）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
＃万一

whitelist_setup = 1;

// memcpy（addr_target，white_addr，6）;

}
别的
{
#if debug_log.
printf_string（“\ ncrc错误\ n \ r”）;
UART2_INIT（UART_BAUDRATE_115K2,3）;
＃万一
}
//释放DA14583内部闪光灯
da14583_spi_flash_release（）;

flagbct2 = 0;
flagbct1 = 0;
BCT1 = 0;
//返回状态;

// system_init（）;
// periph_init（）;
}