/** ########################################################################## ** Filename : ** Project : ** Module : ** Processor : ** Version : ** Compiler : ** Date/Time : ** Abstract : ** Contents : ** Note : ** ** (c) Copyright dmdz Co.,Ltd ** -------------------------------------------------------------------------- ** R E V I S I O N H I S T O R Y ** -------------------------------------------------------------------------- ** Date Ver Author Description ** -20230602- --V1.0-- --mingyea--- --修改-- ** #########################################################################*/ #ifndef BOOT_APP_CFG_H__ #define BOOT_APP_CFG_H__ /*--------------------------------------------------------------------------- - I N C L U D E F I L E S ----------------------------------------------------------------------------*/ #if 0 #include "common_types.h" #include "gpio.h" #include "flash_cfg.h" #include "nvic.h" #include "device_registers.h" #else #include "common_types.h" #include "common_cfg.h" #include "gpio.h" //#include "wdog.h" #endif /*--------------------------------------------------------------------------- - D E F I N E S / M A C R O S ----------------------------------------------------------------------------*/ //暫時放這裡 手冊上可能不是這地址 #define FLASH_APP_BASE ((uint32_t)0x00008000) /*!< FLASH(up to 1 MB) base address in the alias region */ #define FLASH_ASW_MAX_ADDR 0x0001C000u //0X7D000-0X7FFFF 預留為其他用途 // app 的偏移地址 // app 的偏移地址 #define BOOT_APP_START FLASH_APP_BASE #define BOOT_APP_VECTOR_OFFSET 0x00000100u //app的起始地址 //app的起始地址 #define APP_ADRRESS_START BOOT_APP_START //(FLASH_APP_BASE + BOOT_APP_START) #define APP_ADRRESS_VECTOR (FLASH_APP_BASE + BOOT_APP_VECTOR_OFFSET) #define APP_VALID_FLAG_1_ADDR (APP_ADRRESS_START) //首地址，也做为标志 #define APP_VALID_ADDR_OFFSET 0x10u //0X100 //倒推回來的偏移地址 //app 的 有效標志所在的地址 #define APP_VALID_FLAG1_ADDR (APP_ADRRESS_START) //144 开头的地址， #define APP_VALID_FLAG_ADDR (FLASH_ASW_MAX_ADDR-APP_VALID_ADDR_OFFSET) //0xFF9FF0 #define APP_VALID_FLAG_IN_ADDR 0x0001BFCCu // //(FLASH_P_BLOCK_SIZES-APP_VALID_ADDR_OFFSET) //144最大12k = 0x0008 0000 #define BOOT_CALIBRATION_START_ADDR 0x00007800u #define APP_CALIBRATION_START_ADDR 0x0001BBCCu #define P_APP_VALID_FLAG_ADDR_U32 ((u32 *)APP_VALID_FLAG_ADDR) #define P_APP_VALID_FLAG_ADDR_U8 ((u8 *)APP_VALID_FLAG_ADDR) #define FLAG_APP_VALID_FLAG_DATA 0xAAAA04E5ul //app valid flag #define FLAG_APP_VALID_FLAG_DATA0 0xaau //app valid flag #define FLAG_APP_VALID_FLAG_DATA1 0xaau //app valid flag #define FLAG_APP_VALID_FLAG_DATA2 0x04u //app valid flag #define FLAG_APP_VALID_FLAG_DATA3 0xe5u //app valid flag //以下從 fe-5ha移植 #define FLAG_REPROGRAM_ID 0x01U #define FLAG_RESET_ID 0x02U #define FLAG_FINGERPRINT_ID 0x03U //這是RAM 相關的，重擦除標志 #define FLAG_BASE_SIZE 0x04U //CAL的起始地址 #define CAL_ADRRESS_START (FLASH_ASW_MAX_ADDR) #define CAL_ADRRESS_LEN (0X800u) //#define APP_USER_CONST_ADDR_OFFSET 0X800 //倒推回來的偏移地址--用戶一些用戶數據 //#define APP_USER_CONST_ADDR (FLASH_ASW_MAX_ADDR-APP_USER_CONST_ADDR_OFFSET) //144 最大512k = 0x0008 0000 #define FLAG_BASE_ADDR 0x20007FC0u //0x1200U //0x3FF8U #define FLAG_REPROGRAM_ADDR (FLAG_BASE_ADDR + 0u) //重編程請求的地址 #define FLAG_REPROGRAM_LEN 4u #define FLAG_REPROGRAM_DATA 0xA5A5E534U //重編程請求的值 #define FLAG_REPROGRAM_u8_DATA0 0xA5U //重編程請求的值 #define FLAG_REPROGRAM_u8_DATA1 0xA5U //重編程請求的值 #define FLAG_REPROGRAM_u8_DATA2 0xE5U //重編程請求的值 #define FLAG_REPROGRAM_u8_DATA3 0x34U //重編程請求的值 #define FLAG_JUMP_TO_BOOT_RESPONSE_ADDR (u32)(FLAG_BASE_ADDR + 0x04u) //標志，用於跳轉到boot時，要應答的數據； #define FLAG_JUMP_TO_BOOT_RESPONSE_LEN (4u) //標志，用於跳轉到boot時，要應答的數據； #define FLAG_JUMP_TO_BOOT_RESPONSE_INIT ((u32)0xaa769021) //無效值 #define FLAG_JUMP_TO_BOOT_RESPONSE_11_01 ((u32)0x554b1101) //復位的應答 #define FLAG_JUMP_TO_BOOT_RESPONSE_11_03 ((u32)0x554b1103) //復位的應答 #define FLAG_JUMP_TO_BOOT_RESPONSE_10_02 ((u32)0x554b1002) //編程的應答 #define FLAG_JUMP_TO_BOOT_RESPONSE_10_01 ((u32)0x554b1001) //默認的應答 #define FLAG_JUMP_TO_APP_RESPONSE_11_01_PRE ((u32)0x55491101) //復位的應答----因为跳转前，先又进入boot，所以加以区分 #define FLAG_JUMP_TO_APP_RESPONSE_11_03_PRE ((u32)0x55491103) //復位的應答 #define FLAG_JUMP_TO_APP_RESPONSE_10_02_PRE ((u32)0x55491002) //編程的應答 #define FLAG_JUMP_TO_APP_RESPONSE_10_01_PRE ((u32)0x55491001) //默認的應答 #define FLAG_JUMP_TO_APP_RESPONSE_11_01 ((u32)0x554a1101) //復位的應答----因为跳转前，先又进入boot，所以加以区分 #define FLAG_JUMP_TO_APP_RESPONSE_11_03 ((u32)0x554a1103) //復位的應答 #define FLAG_JUMP_TO_APP_RESPONSE_10_02 ((u32)0x554a1002) //編程的應答 #define FLAG_JUMP_TO_APP_RESPONSE_10_01 ((u32)0x554a1001) //默認的應答 #if 1 #define FLAG_RAM_WDOG_ADDR 0x20007800 //看門狗在ram中運行 #define FLAG_RAM_DRIVER_ADDR 0x20007000 //驅動在driver中運行 #define FLAG_RAM_RE_START_ADDR FLAG_RAM_DRIVER_ADDR #endif #define RAM_TOTAL_SIZES 0x00008000UL //32k #define RAM_WDOG_ADDR FLAG_RAM_WDOG_ADDR //看門狗在ram中運行--和icf上一致 ，目前用来别的用途 #define RAM_NO_INIT_ADDR 0x20007C00u //看門狗在ram中運行--和icf上一致 ，目前用来别的用途 //#define FlagReadHandle(addr,size,buf) Boot_MemCpy((u8 *)buf,(const u8 *)addr,size) //#define FlagWriteHandle(addr,size,buf) Boot_MemCpy((u8 *)addr,(const u8 *)buf,size) #define ResetMCUHandle() SystemSoftwareReset() //#define Boot_ComControlHandle() 0 //#define Boot_CheckProgramming() 0 /*--------------------------------------------------------------------------- - T Y P E D E F I N I T I O N S ----------------------------------------------------------------------------*/ /*--------------------------------------------------------------------------- - G L O B A L V A R I A B L E S - only configuration table allowed here,variables are not allowed! ----------------------------------------------------------------------------*/ /*--------------------------------------------------------------------------- - C O N S T A N T S ----------------------------------------------------------------------------*/ /*--------------------------------------------------------------------------- - F U N C T I O N P R O T O T Y P E ----------------------------------------------------------------------------*/ #endif /* __BOOT_APP_CFG_H__ */