231 lines
6.7 KiB
C
231 lines
6.7 KiB
C
#include "boot_macrodriver.h"
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#include "pfdl.h"
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#include "pfdl_types.h"
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#include "pfdl_user.h"
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/***********************************************************************************************************************
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* Function Name: WriteDataflash
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* Description :
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* Arguments : buffer: to be writed data; Addr:Target absolute address,must be check for different mcu;lenth:to be writed number,<=1024
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* Return Value : PFDL_OK -
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Success
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PFDL_IDLE -
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Idling statement
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PFDL_ERR_MARGIN -
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Blank check error
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other//if(Addr>=FLASH_START_ADDRESS&&Addr<FLASH_END_ADDRESS){
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***********************************************************************************************************************/
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/************************************************************************************
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// 获取data Flash数据存取索引号 //
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// 输入参数 code : //
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// 0 : 获取APP重编程请求标志索引号 //
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// 1 : 获取2E服务0xF110的索引号 //
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// 2 : 获取2E服务0xF190的索引号 //
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// 3 : 获取2E服务0xF197的索引号 //
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// 4 : 获取2E服务0xF198的索引号 //
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// 5 : 获取2E服务0xF199的索引号 //
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// 6 : 获取2E服务0xF19D的索引号 //
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// 7 : 获取2E服务0xF112的索引号 //
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// 8 : 获取19服务0xF00616的索引号
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// 9 : 获取19服务0xF00617的索引号
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// 10: 获取19服务0x918112的索引号
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// 11: 获取19服务0x918114的索引号
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// 12: 获取19服务0x918171的索引号
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// 13: 获取19服务0x918312的索引号
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// 14: 获取19服务0x918314的索引号
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// 15: 获取19服务0x918371的索引号
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// 16: 获取19服务0x918412的索引号
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// 17: 获取19服务0x918414的索引号
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// 18: 获取19服务0x918471的索引号
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// 19: 获取19服务0x918611的索引号
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// 20: 获取19服务0x918614的索引号
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// 21: 获取19服务0xC07300的索引号
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// 返回值： //
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// 2E 服务数据索引号 //
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// //
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************************************************************************************/
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const fdl_index_t DF_INDEX_TAB[]={
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/*
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{0x000F1000, 8 + 1,}, // byte Power lost memory 0
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{0x000F1200, 4 + 1,},
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{0x000F1400, 4 + 1,}, // byte APP REProgrammer Request 1
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{0x000F1405, 8 + 1,}, // byte BLOCK_0xF110, 2
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{0x000F1408, 17 + 1,}, // byte BLOCK_0xF190,Z 3
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{0x000F1420, 8 + 1,}, // byte BLOCK_0xF197, 4
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{0x000F1800, 16 + 1,}, // byte BLOCK_0xF198,Z 5
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{0x000F1810, 4 + 1,}, // byte BLOCK_0xF199,Z 6
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{0x000F1814, 4 + 1,}, // byte BLOCK_0xF19D,Z 7
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{0x000F1444, 8 + 1,}, // byte BLOCK_0xF112,
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*/
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{0x000F1000, 8 + 1,}, // byte Power lost memory
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{0x000F1400, 4 + 1,}, // byte APP REProgrammer Request
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{0x000F1410, 8 + 1,}, // byte BLOCK_0xF110,
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{0x000F1420, 17 + 1,}, // byte BLOCK_0xF190,
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{0x000F1440, 8 + 1,}, // byte BLOCK_0xF197,
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{0x000F1450, 16 + 1,}, // byte BLOCK_0xF198,
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{0x000F1460, 4 + 1,}, // byte BLOCK_0xF199,
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{0x000F1470, 4 + 1,}, // byte BLOCK_0xF19D,
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{0x000F1480, 8 + 1,}, // byte BLOCK_0xF112,
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{0x000F1803, 2 + 1,}, // byte 19服务0xF00616
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{0x000F1806, 2 + 1,}, // byte 19服务0xF00617
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{0x000F1809, 2 + 1,}, // byte 19服务0x918112
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{0x000F180C, 2 + 1,}, // byte 19服务0x918114
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{0x000F180F, 2 + 1,}, // byte 19服务0x918171
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{0x000F1812, 2 + 1,}, // byte 19服务0x918312
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{0x000F1815, 2 + 1,}, // byte 19服务0x918314
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{0x000F1818, 2 + 1,}, // byte 19服务0x918371
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{0x000F181B, 2 + 1,}, // byte 19服务0x918412
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{0x000F181E, 2 + 1,}, // byte 19服务0x918414
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{0x000F1821, 2 + 1,}, // byte 19服务0x918471
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{0x000F1824, 2 + 1,}, // byte 19服务0x918611
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{0x000F1827, 2 + 1,}, // byte 19服务0x918614
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{0x000F182A, 2 + 1,}, // byte 19服务0xC07300
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};
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unsigned long GetDataFlashAddress(unsigned char code)
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{
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return(DF_INDEX_TAB[code].addr);
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}
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unsigned char DF_Write(unsigned char* write_buf,unsigned char data_num,unsigned char len)
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{
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unsigned char DF_Buf[128];
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unsigned char block_num,block_use,buf_addr;
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unsigned char sum,i = 0;
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unsigned long addr;
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addr = GetDataFlashAddress(data_num);
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block_num = (unsigned char)((addr - 0xF1000)>>10);
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if(0==block_num){
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block_use = DF_BLOCK0_USE;
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}
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else if(1==block_num){
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block_use = DF_BLOCK1_USE;
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}
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else if(2==block_num){
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block_use = DF_BLOCK2_USE;
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}
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else{
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block_use = 0xFF;
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}
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if(2 >= block_num){
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ReadFlashData(DF_Buf,(0x000F1000 + block_num*0x400),block_use);
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buf_addr = (unsigned char)(addr - (0x000F1000 + block_num*0x400));
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for(sum=0,i=0;i<len;i++)
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{
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DF_Buf[buf_addr + i] = *(write_buf+i);
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sum += *(write_buf+i);
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}
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sum = (sum^0xFF)+1;
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DF_Buf[buf_addr + i] = sum;
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if(WriteDataflash(DF_Buf,(0x000F1000 + block_num*0x400),block_use) == 0x11)
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{
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return 0;
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}
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else{
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return 0xFF;
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}
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}
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else{
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return 0xFF;
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}
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}
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unsigned char DF_Read(unsigned char* read_buf,unsigned char data_num,unsigned char len)
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{
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unsigned char DF_Buf[128];
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unsigned char block_num,block_use,buf_addr;
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unsigned char sum,i = 0;
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unsigned long addr;
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addr = GetDataFlashAddress(data_num);
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block_num = (unsigned char)((addr - 0x000F1000)/0x400);
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if(0==block_num){
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block_use = DF_BLOCK0_USE;
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}
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else if(1==block_num){
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block_use = DF_BLOCK1_USE;
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}
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else if(2==block_num){
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block_use = DF_BLOCK2_USE;
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}
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else{
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block_use = 0xFF;
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}
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if(2 >= block_num){
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ReadFlashData(DF_Buf,(0x000F1000 + block_num*0x400),block_use);
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buf_addr = (unsigned char)(addr - (0x000F1000 + block_num*0x400));
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for(sum=0,i=0;i<len;i++)
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{
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sum += DF_Buf[buf_addr + i];
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}
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sum = (sum^0xFF)+1;
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if(DF_Buf[buf_addr + i] == sum){
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for(i=0;i<len;i++)
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{
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read_buf[i] = DF_Buf[buf_addr + i];
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}
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return 0;
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}
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else{
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return 0xFF;
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}
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}
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else{
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return 0xFF;
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}
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}
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unsigned char DF_Write_All_DTC(unsigned char* write_buf,unsigned long addr,unsigned char len)
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{
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uint8_t ret;
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ret = WriteDataflash(write_buf,addr,len);
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if(0x11 == ret){
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return (0);
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}
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else{
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return (ret);
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}
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}
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unsigned char DF_Read_All_DTC(unsigned char* read_buf,unsigned long addr,unsigned char len)
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{
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ReadFlashData(read_buf,addr,len);
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return 0;
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}
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unsigned char GetProgrammingCounter(void)
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{
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return *((__far uint8_t *)DID_0200_ADDR);
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}
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unsigned char GetProgrammingAttempCounter(void)
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{
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return *((__far uint8_t *)DID_0201_ADDR);
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}
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