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PeripheralDriver_Flagchip_F.../Src/module_driver_flash.c

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/**
* @file module_driver_flash.c
* @author Flagchip
* @brief Flash driver source code
* @version 2.0.0
* @date 2024-08-20
*
* SDK Version: 2.6.0
*
* @copyright Copyright (c) 2020-2024 Flagchip Semiconductors Co., Ltd.
*/
/* ********************************************************************************
* Revision History:
*
* Version Date Initials CR# Descriptions
* --------- ---------- ------------ ---------- ---------------
* 0.1.0 29/12/2022 GuangLong N/A First version for FC7300
* 0.2.0 13/02/2022 GuangLong N/A remove the nvr function
* 2.0.0 30/07/2024 HowardWang N/A Vesion 2.0
* 2.1.0 30/11/2024 HowardWang N/A Add support for FC7300F8MDQ
* 2.3.5 10/06/2025 HowardWang N/A Add flash DMA abort, update flash DMA error process.
******************************************************************************** */
#include "module_driver_flash.h"
#if FLASH_INSTANCE_COUNT > 0U
#ifndef FLASH_DEV_ERROR_REPORT
#define FLASH_DEV_ERROR_REPORT STD_OFF
#endif
#if FLASH_DEV_ERROR_REPORT == STD_ON
#define FLASH_ReportDevError(func, error) ReportDevError(FLASH_MODULE_ID, func, error)
#endif
/* ################################################################################## */
/* ####################################### Macro #################################### */
/** flash driver header for finding function in special address */
static FLASH_ROM_API_ENTRY_T *const s_pFlashDriver[FLASH_INSTANCE_COUNT] = FLASHDRV_BASE_ADDR;
/* ################################################################################## */
/* ################################ Local Variables ################################# */
/* ################################################################################## */
/* ########################### Local Prototype Functions ############################ */
static FLASH_StatusType FLASHDRIVER_EraseCheck(FLASH_DRIVER_ParamType *pFlashParam);
static FLASH_StatusType FLASHDRIVER_WriteCheck(FLASH_DRIVER_ParamType *pFlashParam);
static FLASH_StatusType NVRDRIVER_EraseCheck(FLASH_DRIVER_ParamType *pFlashParam);
static FLASH_StatusType NVRDRIVER_WriteCheck(FLASH_DRIVER_ParamType *pFlashParam);
static FLASH_StatusType FLASHDRIVER_GetFlashConfig(uint32_t u32Address, FLASH_API_ERASESECTOR_TYPE *pFlash_api_cfg);
static void FLASHDRIVER_INTSingleErase(FLASH_HandleType *pFlashHandle);
static void FLASHDRIVER_INTSingleProgram(FLASH_HandleType *pFlashHandle);
static ECC_StatusType FLASHDRIVER_EccCheck(FLASH_HandleType *pFlashHandle);
static uint8_t FLASHDRIVER_MsrIsOn(void);
/* ################################################################################## */
/* ########################### Global Prototype Functions ########################### */
/* ################################################################################## */
/* ################################ Local Functions ################################# */
/**
* @brief Flash Driver Function for Erasing Address Check
*
* @param pFlashParam flash driver erase parameter
*/
static FLASH_StatusType FLASHDRIVER_EraseCheck(FLASH_DRIVER_ParamType *pFlashParam)
{
uint32_t u32Addr, u32Length;
FLASH_StatusType tRetVal;
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
tRetVal = FLASH_ERROR_OK;
pFlashParam->u32ErrorAddress = 0x0U;
if ((u32Addr >= PFLASH_ADDR_START) && ((u32Addr + u32Length) <= (PFLASH_ADDR_END + 1)))
{
/* check address align */
if (u32Addr & (PFLASH_ERASE_SECTOR_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
pFlashParam->u32ErrorAddress = u32Addr;
}
else
{
/* check length align */
if (u32Length & (PFLASH_ERASE_SECTOR_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_SIZE;
pFlashParam->u32ErrorAddress = u32Addr;
}
}
}
else if ((DFLASH_ADDR_START <= u32Addr) && ((u32Addr + u32Length) <= (DFLASH_ADDR_END + 1)))
{
/* check address align */
if (u32Addr & (DFLASH_ERASE_SECTOR_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
pFlashParam->u32ErrorAddress = u32Addr;
}
else
{
/* check length align */
if (u32Length & (DFLASH_ERASE_SECTOR_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_SIZE;
pFlashParam->u32ErrorAddress = u32Addr;
}
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_PARAM;
pFlashParam->u32ErrorAddress = u32Addr;
}
return tRetVal;
}
/**
* @brief Flash Driver Function for Writing address Check
*
* @param pFlashParam flash driver write parameter
*/
static FLASH_StatusType FLASHDRIVER_WriteCheck(FLASH_DRIVER_ParamType *pFlashParam)
{
uint32_t u32Addr, u32Length;
FLASH_StatusType tRetVal;
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
tRetVal = FLASH_ERROR_OK;
pFlashParam->u32ErrorAddress = 0x0U;
if ((u32Addr >= PFLASH_ADDR_START) && ((u32Addr + u32Length) <= (PFLASH_ADDR_END + 1)))
{
/* check address align */
if (u32Addr & (PFLASH_PROGRAM_PAGE_MIN_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
pFlashParam->u32ErrorAddress = pFlashParam->u32Address;
}
/* check length align */
else
{
if (u32Length & (PFLASH_PROGRAM_PAGE_MIN_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_SIZE;
pFlashParam->u32ErrorAddress = pFlashParam->u32Address;
}
}
}
else if ((DFLASH_ADDR_START <= u32Addr) && ((u32Addr + u32Length) <= (DFLASH_ADDR_END + 1)))
{
/* check length align */
if (u32Addr & (DFLASH_PROGRAM_PAGE_MIN_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
pFlashParam->u32ErrorAddress = pFlashParam->u32Address;
}
else
{
if (u32Length & (DFLASH_PROGRAM_PAGE_MIN_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_SIZE;
pFlashParam->u32ErrorAddress = pFlashParam->u32Address;
}
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_PARAM;
pFlashParam->u32ErrorAddress = u32Addr;
}
return tRetVal;
}
/**
* @brief Flash Driver Function for Erasing NVR Address Check
*
* @param pFlashParam flash driver erase NVR parameter
*/
static FLASH_StatusType NVRDRIVER_EraseCheck(FLASH_DRIVER_ParamType *pFlashParam)
{
uint32_t u32Addr, u32Length;
FLASH_StatusType tRetVal;
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
tRetVal = FLASH_ERROR_OK;
#if(FLASH_FC7240F2MDS == STD_ON)
if ((NVR0_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR0_FLASH_ADDR_END + 1)) \
|| (NVR1_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR1_FLASH_ADDR_END + 1)) \
|| (NVR2_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR2_FLASH_ADDR_END + 1))
)
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if ((NVR0_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR0_FLASH_ADDR_END + 1)) \
|| (NVR2_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR2_FLASH_ADDR_END + 1))
)
#elif((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7300F8MDQ == STD_ON))
if (NVR_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR_FLASH_ADDR_END + 1))
#endif
{
/* check address align */
if (u32Addr & (NVR_ERASE_SECTOR_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
pFlashParam->u32ErrorAddress = u32Addr;
}
else
{
/* check length align */
if (u32Length & (NVR_ERASE_SECTOR_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_SIZE;
pFlashParam->u32ErrorAddress = u32Addr;
}
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_PARAM;
pFlashParam->u32ErrorAddress = u32Addr;
}
return tRetVal;
}
/**
* @brief Flash Driver Function for Writing NVR address Check
*
* @param pFlashParam flash driver write NVR parameter
*/
static FLASH_StatusType NVRDRIVER_WriteCheck(FLASH_DRIVER_ParamType *pFlashParam)
{
uint32_t u32Addr, u32Length;
FLASH_StatusType tRetVal;
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
tRetVal = FLASH_ERROR_OK;
pFlashParam->u32ErrorAddress = 0x0U;
#if(FLASH_FC7240F2MDS == STD_ON)
if ((NVR0_FLASH_ADDR_START <= u32Addr && u32Addr + u32Length <= NVR0_FLASH_ADDR_END + 1) || \
(NVR1_FLASH_ADDR_START <= u32Addr && u32Addr + u32Length <= NVR1_FLASH_ADDR_END + 1) || \
(NVR2_FLASH_ADDR_START <= u32Addr && u32Addr + u32Length <= NVR2_FLASH_ADDR_END + 1))
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if ((NVR0_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR0_FLASH_ADDR_END + 1)) \
|| (NVR2_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR2_FLASH_ADDR_END + 1))
)
#elif((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7300F8MDQ == STD_ON))
if (NVR_FLASH_ADDR_START <= u32Addr && (u32Addr + u32Length) <= (NVR_FLASH_ADDR_END + 1))
#endif
{
/* check address align */
if (u32Addr & (NVR_PROGRAM_PAGE_MIN_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
pFlashParam->u32ErrorAddress = pFlashParam->u32Address;
}
/* check length align */
else
{
if (u32Length & (NVR_PROGRAM_PAGE_MIN_SIZE - 1U))
{
tRetVal = FLASH_ERROR_INVALID_SIZE;
pFlashParam->u32ErrorAddress = pFlashParam->u32Address;
}
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_PARAM;
pFlashParam->u32ErrorAddress = u32Addr;
}
return tRetVal;
}
/**
* @brief Get Flash Configuration
*
* @param u32Address the flash address
* @param pFlash_api_cfg out flash parameter
*/
static FLASH_StatusType FLASHDRIVER_GetFlashConfig(uint32_t u32Address, FLASH_API_ERASESECTOR_TYPE *pFlash_api_cfg)
{
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
uint32 u32Index = 0;
if ((u32Address >= PFLASH_ADDR_START) && (u32Address < PFLASH_ADDR_START + PFLASH_SIZE))
{
/* PFLASH bank index */
u32Index = (u32Address - PFLASH_ADDR_START) / PFLASH_BANK_SIZE;
pFlash_api_cfg->blk_sel = FLASH_BLOCK_SELECT0 + u32Index;
pFlash_api_cfg->dest = u32Address;
}
else if ((u32Address >= DFLASH_ADDR_START) && (u32Address <= DFLASH_ADDR_END))
{
/* DFLASH bank index */
u32Index = (u32Address - DFLASH_ADDR_START) / DFLASH_BANK_SIZE;
pFlash_api_cfg->blk_sel = FLASH_DATA_BLOCK_SELECT0 + u32Index;
pFlash_api_cfg->dest = u32Address;
}
else
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
}
return tRetVal;
}
/**
* @brief flash driver single erase
* @param[in] Flash instance
* @return none
*/
static void FLASHDRIVER_INTSingleErase(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
FLASH_API_ERASESECTOR_TYPE tFlash_api_cfg = {0};
uint8_t u8IsEnInterupt;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_ENABLE_HOLD_CFG(1);
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
FLASHDRIVER_GetFlashConfig(pFlashHandle->tStatus.u32CurrentAddress, &tFlash_api_cfg);
pFlashHandle->tStatus.u32CurrentAddress += pFlashHandle->tStatus.u32EraseSectorSize;
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
(s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector(&tFlash_api_cfg, FLASH_API_ENABLE, FLASH_API_SIZE);
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
tFlash_api_cfg.int_en = FLASH_API_ENABLE;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector(&tFlash_api_cfg);
#endif
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
}
/**
* @brief flash driver single program
* @param[in] Flash instance
* @return none
*/
static void FLASHDRIVER_INTSingleProgram(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
FLASH_API_PRGM_CFG_TYPE tFlash_api_cfg = {0};
uint32_t u32ProgramEndAddr, u32EndAddr;
uint8_t u8IsEnInterupt;
u32EndAddr = pFlashHandle->tStatus.u32Address + pFlashHandle->tStatus.u32Length;
u32ProgramEndAddr = ((pFlashHandle->tStatus.u32CurrentAddress + FLASH_PROGRAM_PAGE_MAX_SIZE) & ~(FLASH_PROGRAM_PAGE_MAX_SIZE - 1U));
u32ProgramEndAddr = ((u32ProgramEndAddr > u32EndAddr) ? u32EndAddr : u32ProgramEndAddr);
pFlashHandle->tStatus.u32ProgramSize = u32ProgramEndAddr - pFlashHandle->tStatus.u32CurrentAddress;
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
tFlash_api_cfg.dest = pFlashHandle->tStatus.u32CurrentAddress;
tFlash_api_cfg.size = (uint32_t)(pFlashHandle->tStatus.u32ProgramSize) >> 2; /* one data is 4 bytes */
tFlash_api_cfg.pData = (uint32_t *)(pFlashHandle->tStatus.pDate);
tFlash_api_cfg.wdg_tune = WDG_TUNE_DISABLE;
tFlash_api_cfg.pgff = FLASH_REG_BIT_CFG_DISABLE;
pFlashHandle->tStatus.u32CurrentAddress += pFlashHandle->tStatus.u32ProgramSize;
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Program(&tFlash_api_cfg, FLASH_API_ENABLE, FLASH_API_SIZE);
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
tFlash_api_cfg.int_en = FLASH_API_ENABLE;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Program(&tFlash_api_cfg);
#endif
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
}
/**
* @brief Flash driver single program
* @param[in] Flash instance
* @return Have ecc or not
*/
static ECC_StatusType FLASHDRIVER_EccCheck(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
ECC_StatusType tRetVal;
volatile uint8_t u8RealData;
uint32 u32ReadAddr, u32ApiReturnValue;
uint32 u32EccCont = FMC0->FEEC;
/* Disable ECC */
FMC0->FEEC = 0x00000080u;
/** Clear ECC flag*/
#if(FLASH_FC7240F2MDS == STD_ON)
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_128(FLASH_ECC_CHECK_MASK);
#elif((FLASH_FC7300F8MDQ == STD_ON))
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_128(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1_128(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_ECC_CHECK_MASK);
#elif((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON))
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_ECC_CHECK_MASK);
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_128(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_ECC_CHECK_MASK);
#endif
/** Readback*/
for(u32ReadAddr = pFlashHandle->tStatus.u32Address; u32ReadAddr < pFlashHandle->tStatus.u32Address + pFlashHandle->tStatus.u32Length; u32ReadAddr++)
{
u8RealData = *(uint8_t *)u32ReadAddr;
}
/** Check ECC*/
#if(FLASH_FC7240F2MDS == STD_ON)
u32ApiReturnValue = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_128(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_128(FLASH_ECC_CHECK_MASK);
#elif((FLASH_FC7300F8MDQ == STD_ON))
u32ApiReturnValue = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_128(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P1(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P1_128(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P2(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_128(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1_128(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_ECC_CHECK_MASK);
#elif((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON))
u32ApiReturnValue = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P1(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P2(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_ECC_CHECK_MASK);
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
u32ApiReturnValue = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_128(FLASH_ECC_CHECK_MASK);
u32ApiReturnValue |= (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P2(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_128(FLASH_ECC_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_ECC_CHECK_MASK);
#endif
/* Recover ECC control register*/
FMC0->FEEC = u32EccCont;
if(u32ApiReturnValue == STATUS_SUCCESS)
{
tRetVal = FLASH_ECC_ERROR_NONE;
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_WRITING_ECC;
tRetVal = FLASH_ECC_ERROR_DBC;
}
(void)u8RealData;
return tRetVal;
}
/**
* @brief Flash driver check Interrupt
* @param[in] void
* @return 1:enable 0:disable
*/
static uint8_t FLASHDRIVER_MsrIsOn(void)
{
uint8_t u8ReturnValue;
uint32 u32RegTemp;
#ifdef USER_MODE_SUPPORT
__asm volatile(" mrs %0, basepri " : "=r"(u32RegTemp));
#else
__asm volatile(" mrs %0, primask " : "=r"(u32RegTemp));
#endif
if(0u == (u32RegTemp & 0x00000001U))
{
u8ReturnValue = 1U;
}
else
{
u8ReturnValue = 0U;
}
return u8ReturnValue;
}
/* ################################################################################## */
/* ################################# Global Functions ############################### */
/**
* @brief Flash Driver Function for lock/unlock sector
*
* @param u32Address sector address
* @param bLock 0U-unlock, 1U-lock
*/
FLASH_StatusType FLASHDRIVER_LockSector(uint32_t u32Address, FLASH_LOCK_TYPE bLock)
{
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
uint32 u32Index = 0;
uint32 u32Length = 0;
uint32 u32Temp = 0;
/* 1 bank contains more than 256KB, used FB_CPELCK for first and last 256KB used FB_FPELCK */
if ((u32Address <= (PFLASH_ADDR_START + PFLASH_SIZE)) && (u32Address >= PFLASH_ADDR_START))
{
/* PFLASH bank index */
u32Index = (u32Address - PFLASH_ADDR_START) / PFLASH_BANK_SIZE;
u32Length = ((u32Address - PFLASH_ADDR_START) % PFLASH_BANK_SIZE);
if (u32Length < (PFLASH_BANK_SIZE - FLASH_256KB_SIZE))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON) || (FLASH_FC7300F8MDQ == STD_ON))
u32Temp = ((uint32)1UL << ((u32Address - PFLASH_ADDR_START - PFLASH_BANK_SIZE * u32Index) >> 16));
bLock ? (FMC0->FB_CPELCK[u32Index] |= u32Temp) : ((FMC0->FB_CPELCK[u32Index] &= ~u32Temp));
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if(u32Index < 2)
{
u32Temp = ((uint32)1UL << ((u32Address - PFLASH_ADDR_START - PFLASH_BANK_SIZE * u32Index) >> 16));
bLock ? (FMC0->FB_CPELCK[u32Index] |= u32Temp) : ((FMC0->FB_CPELCK[u32Index] &= ~u32Temp));
}
else
{
u32Temp = ((uint32)1UL << ((u32Address - PFLASH_ADDR_START - PFLASH_BANK_SIZE * u32Index) >> 16));
bLock ? (FMC0->FB_CPELCK[u32Index + 2] |= u32Temp) : ((FMC0->FB_CPELCK[u32Index +2] &= ~u32Temp));
}
#endif
}
else /* last 256KB */
{
u32Temp = ((u32Address - PFLASH_ADDR_START - PFLASH_BANK_SIZE * u32Index - PFLASH_PHANTOM_OFFSET) >> 13);
u32Temp = ((uint32)1UL << u32Temp);
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
bLock ? (FMC0->FB_FPELCK[u32Index] |= u32Temp) : ((FMC0->FB_FPELCK[u32Index] &= ~u32Temp));
#elif(FLASH_FC7300F8MDQ == STD_ON)
if (u32Index <= 5)
{
bLock ? (FMC0->FB_FPELCK[u32Index] |= u32Temp) : ((FMC0->FB_FPELCK[u32Index] &= ~u32Temp));
}
else if (u32Index == 6)
{
bLock ? (FMC0->FB_FPELCK6 |= u32Temp) : ((FMC0->FB_FPELCK6 &= ~u32Temp));
}
else if (u32Index == 7)
{
bLock ? (FMC0->FB_FPELCK7 |= u32Temp) : ((FMC0->FB_FPELCK7 &= ~u32Temp));
}
else
{}
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if (u32Index < 2)
{
bLock ? (FMC0->FB_FPELCK[u32Index] |= u32Temp) : ((FMC0->FB_FPELCK[u32Index] &= ~u32Temp));
}
else
{
bLock ? (FMC0->FB_FPELCK[u32Index + 2] |= u32Temp) : ((FMC0->FB_FPELCK[u32Index + 2] &= ~u32Temp));
}
#endif
}
}
else if ((u32Address >= DFLASH_ADDR_START) && (u32Address <= DFLASH_ADDR_END))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
u32Temp = (1UL << ((u32Address - DFLASH_ADDR_START) >> 13));
bLock ? (FMC0->FB_FPELCK[FLASH_DATA_BLOCK_SELECT0] |= u32Temp) : ((FMC0->FB_FPELCK[FLASH_DATA_BLOCK_SELECT0] &= ~u32Temp));
#elif(FLASH_FC7300F8MDQ == STD_ON)
u32Index = (u32Address - DFLASH_ADDR_START) / DFLASH_BANK_SIZE;
u32Length = ((u32Address - DFLASH_ADDR_START) % DFLASH_BANK_SIZE);
u32Temp = ((uint32)1UL << ((u32Address - DFLASH_ADDR_START - DFLASH_BANK_SIZE * u32Index) >> 13));
if (u32Index == 0)
{
bLock ? (FMC0->FB_FPELCK8 |= u32Temp) : ((FMC0->FB_FPELCK8 &= ~u32Temp));
}
else if (u32Index == 1)
{
bLock ? (FMC0->FB_FPELCK9 |= u32Temp) : ((FMC0->FB_FPELCK9 &= ~u32Temp));
}
else if (u32Index == 2)
{
bLock ? (FMC0->FB_FPELCK10 |= u32Temp) : ((FMC0->FB_FPELCK10 &= ~u32Temp));
}
else
{}
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
u32Index = (u32Address - DFLASH_ADDR_START) / DFLASH_BANK_SIZE;
u32Length = ((u32Address - DFLASH_ADDR_START) % DFLASH_BANK_SIZE);
u32Temp = ((uint32)1UL << ((u32Address - DFLASH_ADDR_START - DFLASH_BANK_SIZE * u32Index) >> 13));
if (u32Index == 0)
{
bLock ? (FMC0->FB_FPELCK8 |= u32Temp) : ((FMC0->FB_FPELCK8 &= ~u32Temp));
}
else if (u32Index == 1)
{
bLock ? (FMC0->FB_FPELCK9 |= u32Temp) : ((FMC0->FB_FPELCK9 &= ~u32Temp));
}
else
{}
#endif
}
else
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
}
return tRetVal;
}
/**
* @brief Flash Driver Function for lock/unlock nvr sector
*
* @param u32Address sector address
* @param bLock 0U-unlock, 1U-lock
* @return none
*/
FLASH_StatusType NVRDRIVER_LockSector(uint32_t u32Address, FLASH_LOCK_TYPE bLock)
{
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
#if((FLASH_FC7240F2MDS == STD_ON))
if(((u32Address >= NVR0_FLASH_ADDR_START) && (u32Address <= NVR0_FLASH_ADDR_END)) ||
((u32Address >= NVR1_FLASH_ADDR_START) && (u32Address <= NVR1_FLASH_ADDR_END)) ||
((u32Address >= NVR2_FLASH_ADDR_START) && (u32Address <= NVR2_FLASH_ADDR_END)))
#elif((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if(((u32Address >= NVR0_FLASH_ADDR_START) && (u32Address <= NVR0_FLASH_ADDR_END)) ||
((u32Address >= NVR2_FLASH_ADDR_START) && (u32Address <= NVR2_FLASH_ADDR_END)))
#elif((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7300F8MDQ == STD_ON))
if((u32Address >= NVR_FLASH_ADDR_START) && (u32Address <= NVR_FLASH_ADDR_END))
#endif
{
if (bLock == FLASH_LOCK)
{
FMC0->FN_FPELCK = 0x01;
}
else
{
FMC0->FN_FPELCK = 0x00;
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
}
return tRetVal;
}
/**
* @brief Initial Flash api address
*
* @return none
*/
void FLASHDRIVER_Init(void)
{
}
/**
* @brief Flash Driver Function for lock/unlock sector
*
* @param pFlashParam flash driver lock/unlock parameter
* @return ErrorType
*/
FLASH_StatusType FLASHDRIVER_Lock(FLASH_Lock_ParamType *pUnlockParam)
{
uint32_t u32Addr, u32Length, u32StartAddr;
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
u32Addr = pUnlockParam->u32Address;
u32Length = pUnlockParam->u32Length;
if(PFlash == pUnlockParam->bFlash)
{
if((u32Addr >= PFLASH_ADDR_START) && ((u32Addr + u32Length) <= (PFLASH_ADDR_END + 1)))
{
u32StartAddr = (u32Addr &~ (PFLASH_ERASE_SECTOR_SIZE - 1));
for(uint32_t u32Temp = u32StartAddr ; u32Temp < (u32Addr + u32Length); u32Temp += PFLASH_ERASE_SECTOR_SIZE)
{
tRetVal = FLASHDRIVER_LockSector(u32Temp, pUnlockParam->bLock);
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
}
}
else if(DFlash == pUnlockParam->bFlash)
{
if((u32Addr >= DFLASH_ADDR_START) && ((u32Addr + u32Length) <= (DFLASH_ADDR_END + 1)))
{
u32StartAddr = (u32Addr &~ (DFLASH_ERASE_SECTOR_SIZE - 1));
for(uint32_t u32Temp = u32StartAddr ; u32Temp < (u32Addr + u32Length); u32Temp += DFLASH_ERASE_SECTOR_SIZE)
{
tRetVal = FLASHDRIVER_LockSector(u32Temp, pUnlockParam->bLock);
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_ADDR;
}
}
else
{
tRetVal = FLASH_ERROR_INVALID_PARAM;
}
return tRetVal;
}
#if((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
/**
* @brief Flash Driver Function for DMA Write
*
* @param pFlashHandle the Flash instance to use
* @param u32DMACount flash DMA count
* @return ErrorType
*/
FLASH_StatusType FLASHDRIVER_DMAWrite(FLASH_HandleType *pFlashHandle, uint32_t u32DMACount)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
FLASH_StatusType tRetVal;
uint32_t u32Temp;
tRetVal = FLASH_ERROR_OK;
#if(FLASH_FC7300F4MDS_T1C == STD_ON)
FLASH_API_DMA_TRIG_CFG_TYPE dma_trig_cfg = {.dma_addr_cnt = u32DMACount, .dma_trig_en = FLASH_REG_BIT_CFG_ENABLE};
#endif
FLASH_API_DMA_CFG_TYPE dma_cfg = {.dma_allow = 0x01,.dma_en = 0x01, .dma_ie = 0x01};
FLASH_API_WDG_CFG_TYPE wdg_cfg = {.wen = 0x0};
pFlashHandle->tStatus.eFlsStatus = FLS_DMA_WRITING;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_CFG_FUNC(&dma_cfg);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Wdog_Configure(&wdg_cfg);
#if(FLASH_FC7300F4MDS_T1C == STD_ON)
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_TRIG_FUNC(&dma_trig_cfg);
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_TRIG_FUNC(u32DMACount);
#endif
tRetVal = ((u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED);
return tRetVal;
}
/**
* @brief Flash Driver Function for DMA Abort
*
* @param pFlashHandle the Flash instance to use
* @return complete count
*/
uint32_t FLASHDRIVER_DMAAbort(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
uint32_t tRetVal;
uint32_t u32TryCount = 0;
while((((*(uint32*)0x40020004) & 0x00008000) != 0x00008000) && (u32TryCount < 10000))
{
u32TryCount++;
}
u32TryCount = 0;
while((((*(uint32*)0x40020004) & 0x00008000) != 0x00000000) && (u32TryCount < 10000))
{
u32TryCount++;
}
(s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_ADDR_CNT_READ_FUNC(&tRetVal);
*(uint32*)0x40020078 &= (~0x00001FFF);
*(uint32*)0x40020078 |= tRetVal;
return tRetVal;
}
#endif
/**
* @brief Flash Driver Function for Erasing
*
* @param pFlashHandle the Flash instance to use
* @param pFlashParam flash driver erase parameter
* @return ErrorType
*/
FLASH_StatusType FLASHDRIVER_SyncErase(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(FLASH_SYNC_ERASE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
uint32_t u32Addr, u32Length;
uint32_t u32TryCount;
FLASH_API_ERASESECTOR_TYPE tFlash_api_cfg = {0};
FLASH_StatusType tRetVal;
uint32_t u32Temp;
tRetVal = FLASH_ERROR_OK;
uint8_t u8IsEnInterupt;
/* FLASH_DRV_WDG_CFG_T tFlash_wdg_cfg; */
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.pDate = pFlashParam->pData;
pFlashHandle->tStatus.u32ErrorAdress = 0x0U;
if(pFlashHandle->tStatus.u32Address <= PFLASH_ADDR_END)
{
pFlashHandle->tStatus.u32EraseSectorSize = PFLASH_ERASE_SECTOR_SIZE;
}
else
{
pFlashHandle->tStatus.u32EraseSectorSize = DFLASH_ERASE_SECTOR_SIZE;
}
tRetVal = FLASH_ERROR_OK;
tRetVal = FLASHDRIVER_EraseCheck(pFlashParam);
if (tRetVal == FLASH_ERROR_OK)
{
/* flash watchdog config */
/* tFlash_wdg_cfg.time = FLASH_WDG_TIMEOUT_SELECT3; */
/* tFlash_wdg_cfg.wen = FLASH_WDG_ENABLE; */
/* tFlash_wdg_cfg.wint_en = FLASH_WDG_INT_DISABLE; */
/* (s_pFlashDriver_FuncHeader)->FLASH_DRV_Wdog_Configure(&tFlash_wdg_cfg); */
(s_pFlashDriver_FuncHeader)->FLASH_DRV_ENABLE_HOLD_CFG(1);
/* loop erase */
for (pFlashHandle->tStatus.u32CurrentAddress = u32Addr; pFlashHandle->tStatus.u32CurrentAddress < u32Addr + u32Length;
pFlashHandle->tStatus.u32CurrentAddress += pFlashHandle->tStatus.u32EraseSectorSize)
{
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
FLASHDRIVER_GetFlashConfig(pFlashHandle->tStatus.u32CurrentAddress, &tFlash_api_cfg);
/* start erase */
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector(&tFlash_api_cfg, FLASH_API_DISABLE, FLASH_API_SIZE);
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector(&tFlash_api_cfg);
#endif
tRetVal = (u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED;
}
else
{
tRetVal = FLASH_ERROR_FAILED;
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
/* check erase operation valid */
if(tRetVal == FLASH_ERROR_OK)
{
/* check erasing still in progress */
tRetVal = FLASH_ERROR_FAILED;
u32TryCount = 0;
while ((tRetVal != FLASH_ERROR_OK) && (u32TryCount++ < 1000000))
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_HV_Status_Check();
/* check if finished */
if (u32Temp != STATUS_HVOP)
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector_Clear();
tRetVal = (u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED;
break;
}
}
}
if (tRetVal != FLASH_ERROR_OK)
{
/* erasing failed, exit */
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
break;
}
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
}
}
#if FLASH_DEV_ERROR_REPORT == STD_ON
else
{
FLASH_ReportDevError(FLASH_SYNC_ERASE_ID, FLASH_E_PARAM_POINTER);
}
#endif
return tRetVal;
}
/**
* @brief Flash Driver Function for Writing
*
* @param pFlashHandle the Flash instance to use
* @param pFlashParam flash driver write parameter
* @return ErrorType
*/
FLASH_StatusType FLASHDRIVER_SyncWrite(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(FLASH_SYNC_WRITE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
uint32_t u32Addr, u32Length, u32DataAddr, u32AlignLen, u32TempLen;
/* uint8_t *pTempBuf; */
uint32_t u32AlignOffset, u32Index, u32Count;
uint32_t u32TryCount;
uint8_t u8IsEnInterupt;
/* FLASH_DRV_WDG_CFG_T tFlash_wdg_cfg; */
FLASH_API_PRGM_CFG_TYPE tFlash_api_cfg = {0};
FLASH_StatusType tRetVal;
uint32_t u32Temp;
tRetVal = FLASH_ERROR_OK;
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.pDate = pFlashParam->pData;
pFlashHandle->tStatus.u32ErrorAdress = 0x0U;
tRetVal = FLASHDRIVER_WriteCheck(pFlashParam);
if (tRetVal == FLASH_ERROR_OK)
{
/* flash watchdog config */
/* tFlash_wdg_cfg.time = 0x03UL; */
/* tFlash_wdg_cfg.wen = 0x01UL; */
/* tFlash_wdg_cfg.wint_en = FLASH_WDG_INT_DISABLE; */
/* (s_pFlashDriver_FuncHeader)->FLASH_DRV_Wdog_Configure(&tFlash_wdg_cfg); */
(s_pFlashDriver_FuncHeader)->FLASH_DRV_ENABLE_HOLD_CFG(1);
/* align address, write must align to FLASH_PROGRAM_PAGE_MAX_SIZE */
u32AlignOffset = u32Addr & (FLASH_PROGRAM_PAGE_MAX_SIZE - 1U);
u32AlignLen = u32Length + u32AlignOffset;
u32Count = ((u32AlignLen + (FLASH_PROGRAM_PAGE_MAX_SIZE - 1U)) & ~(FLASH_PROGRAM_PAGE_MAX_SIZE - 1U)) / FLASH_PROGRAM_PAGE_MAX_SIZE;
u32DataAddr = (uint32_t)pFlashHandle->tStatus.pDate;
u32TempLen = u32AlignLen;
for (u32Index = 0U; u32Index < u32Count; u32Index++)
{
/* real write length in this cycle */
u32TempLen = u32Length + u32AlignOffset;
u32TempLen = u32TempLen >= FLASH_PROGRAM_PAGE_MAX_SIZE ? FLASH_PROGRAM_PAGE_MAX_SIZE : u32TempLen;
u32TempLen -= u32AlignOffset;
pFlashHandle->tStatus.u32CurrentAddress = u32Addr;
pFlashHandle->tStatus.u32ProgramSize = u32TempLen;
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
tFlash_api_cfg.dest = pFlashHandle->tStatus.u32CurrentAddress;
tFlash_api_cfg.size = pFlashHandle->tStatus.u32ProgramSize / 4; /* one data is 4 bytes */
tFlash_api_cfg.pData = (uint32_t *)u32DataAddr;
tFlash_api_cfg.wdg_tune = WDG_TUNE_DISABLE;
tFlash_api_cfg.pgff = FLASH_REG_BIT_CFG_DISABLE;
/* next address and length */
u32Addr += u32TempLen;
u32DataAddr += u32TempLen;
u32Length -= u32TempLen;
u32AlignOffset = 0U;
/* start write */
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program(&tFlash_api_cfg, FLASH_API_DISABLE, FLASH_API_SIZE);
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program(&tFlash_api_cfg);
#endif
tRetVal = (u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED;
}
else
{
tRetVal = FLASH_ERROR_FAILED;
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
/* check erase operation valid */
if(tRetVal == FLASH_ERROR_OK)
{
/* check write still in progress */
tRetVal = FLASH_ERROR_FAILED;
u32TryCount = 0;
while ((tRetVal != FLASH_ERROR_OK) && (u32TryCount++ < 10000))
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_HV_Status_Check();
/* check if finished */
if (u32Temp != STATUS_HVOP)
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Clear();
tRetVal = (u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED;
break;
}
}
}
if (tRetVal != FLASH_ERROR_OK)
{
/* erasing timeout, exit */
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
break;
}
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
}
if(FLASH_ECC_ERROR_NONE != FLASHDRIVER_EccCheck(pFlashHandle))
{
tRetVal = FLASH_ERROR_FAILED;
}
}
#if FLASH_DEV_ERROR_REPORT == STD_ON
else
{
FLASH_ReportDevError(FLASH_SYNC_WRITE_ID, FLASH_E_PARAM_POINTER);
}
#endif
return tRetVal;
}
/**
* @brief NVR driver erase function
* warning:Need to configure the NVR correctly, otherwise there is a risk that the chip will become bricked.
* warning:Need to configure the NVR correctly, otherwise there is a risk that the chip will become bricked.
* warning:Need to configure the NVR correctly, otherwise there is a risk that the chip will become bricked.
* .=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-. *
* | ______ | *
* | .-" "-. | *
* | / \ | *
* | _ | | _ | *
* | ( \ |, .-. .-. ,| / ) | *
* | > "=._ | )(__/ \__)( | _.=" < | *
* | (_/"=._"=._ |/ /\ \| _.="_.="\_) | *
* | "=._"(_ ^^ _)"_.=" | *
* | "=\__|IIIIII|__/=" | *
* | _.="| \IIIIII/ |"=._ | *
* | _ _.="_.="\ /"=._"=._ _ | *
* | ( \_.="_.=" `--------` "=._"=._/ ) | *
* | > _.=" "=._ < | *
* | (_/ \_) | *
* | | *
* '-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=' *
* @param pFlashHandle the Flash instance to use
* @param pFlashParam contains flash erase function parameter, address is align to sector, and length is align to sector
* @return ErrorType
*/
FLASH_StatusType NVRDRIVER_SyncErase(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(NVR_SYNC_ERASE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
uint32_t u32Addr, u32Length;
uint32_t u32TryCount;
FLASH_StatusType tRetVal;
uint32_t u32Temp;
tRetVal = FLASH_ERROR_OK;
uint8_t u8IsEnInterupt;
/* FLASH_DRV_WDG_CFG_T tFlash_wdg_cfg; */
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.pDate = pFlashParam->pData;
pFlashHandle->tStatus.u32ErrorAdress = 0x0U;
pFlashHandle->tStatus.u32EraseSectorSize = NVR_ERASE_SECTOR_SIZE;
tRetVal = NVRDRIVER_EraseCheck(pFlashParam);
if (tRetVal == FLASH_ERROR_OK)
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_ENABLE_HOLD_CFG(1);
/* loop erase */
for (pFlashHandle->tStatus.u32CurrentAddress = u32Addr; pFlashHandle->tStatus.u32CurrentAddress < u32Addr + u32Length;
pFlashHandle->tStatus.u32CurrentAddress += NVR_ERASE_SECTOR_SIZE)
{
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
/* start erase */
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if (FLASH_FC7240F2MDS == STD_ON)
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseNvr(pFlashHandle->tStatus.u32CurrentAddress, FLASH_API_DISABLE);
#elif((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseNvr(FLASH_API_DISABLE);
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
FLASH_API_ERASENVR_TYPE tFlash_api_cfg = {0};
tFlash_api_cfg.addr = pFlashHandle->tStatus.u32CurrentAddress;
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseNvr(&tFlash_api_cfg);
#endif
tRetVal = ((u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED);
/* check erase operation valid */
}
else
{
tRetVal = FLASH_ERROR_FAILED;
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
/* check erase operation valid */
if(tRetVal == FLASH_ERROR_OK)
{
/* check erasing still in progress */
tRetVal = FLASH_ERROR_FAILED;
u32TryCount = 0;
while ((tRetVal != FLASH_ERROR_OK) && (u32TryCount++ < 1000000))
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_HV_Status_Check();
/* check if finished */
if (u32Temp != STATUS_HVOP)
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseNvr_Clear();
tRetVal = (u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED;
break;
}
}
}
if (tRetVal != FLASH_ERROR_OK)
{
/* erase operation failed, exit */
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
NVRDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
break;
}
NVRDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
}
}
#if FLASH_DEV_ERROR_REPORT == STD_ON
else
{
FLASH_ReportDevError(NVR_SYNC_ERASE_ID, FLASH_E_PARAM_POINTER);
}
#endif
return tRetVal;
}
/**
* @brief NVR driver write function
* warning:Need to configure the NVR correctly, otherwise there is a risk that the chip will become bricked.
* warning:Need to configure the NVR correctly, otherwise there is a risk that the chip will become bricked.
* warning:Need to configure the NVR correctly, otherwise there is a risk that the chip will become bricked.
* .=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-. *
* | ______ | *
* | .-" "-. | *
* | / \ | *
* | _ | | _ | *
* | ( \ |, .-. .-. ,| / ) | *
* | > "=._ | )(__/ \__)( | _.=" < | *
* | (_/"=._"=._ |/ /\ \| _.="_.="\_) | *
* | "=._"(_ ^^ _)"_.=" | *
* | "=\__|IIIIII|__/=" | *
* | _.="| \IIIIII/ |"=._ | *
* | _ _.="_.="\ /"=._"=._ _ | *
* | ( \_.="_.=" `--------` "=._"=._/ ) | *
* | > _.=" "=._ < | *
* | (_/ \_) | *
* | | *
* '-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=' *
* @param pFlashHandle the Flash instance to use
* @param pFlashParam contains flash write function parameter, address is align to page, and length is align to page
* @return ErrorType
*/
FLASH_StatusType NVRDRIVER_SyncWrite(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(NVR_SYNC_WRITE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
uint32_t u32Addr, u32Length, u32DataAddr, u32AlignLen, u32TempLen;
/* uint8_t *pTempBuf; */
uint32_t u32AlignOffset, u32Index, u32Count;
uint32_t u32TryCount;
uint32_t u32HardwareStatus;
uint8_t u8IsEnInterupt;
/* FLASH_DRV_WDG_CFG_T tFlash_wdg_cfg; */
FLASH_API_PRGM_CFG_TYPE tFlash_api_cfg = {0};
FLASH_StatusType tRetVal;
uint32_t u32Temp;
u32Addr = pFlashParam->u32Address;
u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.pDate = pFlashParam->pData;
pFlashHandle->tStatus.u32ErrorAdress = 0x0U;
pFlashParam->u32ErrorAddress = 0x0U;
tRetVal = NVRDRIVER_WriteCheck(pFlashParam);
u32HardwareStatus = ((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16;
if ((tRetVal == FLASH_ERROR_OK) && (u32HardwareStatus == FLASH_HARDWARE_STATUS_IDLE))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_ENABLE_HOLD_CFG(1);
/* align address, write must align to FLASH_PROGRAM_PAGE_MAX_SIZE */
u32AlignOffset = u32Addr & (FLASH_PROGRAM_PAGE_MAX_SIZE - 1U);
u32AlignLen = u32Length + u32AlignOffset;
u32Count = ((u32AlignLen + (FLASH_PROGRAM_PAGE_MAX_SIZE - 1U)) & ~(FLASH_PROGRAM_PAGE_MAX_SIZE - 1U)) / FLASH_PROGRAM_PAGE_MAX_SIZE;
u32DataAddr = (uint32_t)pFlashHandle->tStatus.pDate;
u32TempLen = u32AlignLen;
for (u32Index = 0U; u32Index < u32Count; u32Index++)
{
/* real write length in this cycle */
u32TempLen = u32Length + u32AlignOffset;
u32TempLen = u32TempLen >= FLASH_PROGRAM_PAGE_MAX_SIZE ? FLASH_PROGRAM_PAGE_MAX_SIZE : u32TempLen;
u32TempLen -= u32AlignOffset;
pFlashHandle->tStatus.u32CurrentAddress = u32Addr;
pFlashHandle->tStatus.u32ProgramSize = u32TempLen;
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
tFlash_api_cfg.dest = pFlashHandle->tStatus.u32CurrentAddress;
tFlash_api_cfg.size = pFlashHandle->tStatus.u32ProgramSize / 4; /* one data is 4 bytes */
tFlash_api_cfg.pData = (uint32_t *)u32DataAddr;
tFlash_api_cfg.wdg_tune = WDG_TUNE_DISABLE;
tFlash_api_cfg.pgff = FLASH_REG_BIT_CFG_DISABLE;
/* next address and length */
u32Addr += u32TempLen;
u32DataAddr += u32TempLen;
u32Length -= u32TempLen;
u32AlignOffset = 0U;
/* start write */
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Nvr(&tFlash_api_cfg, FLASH_API_DISABLE);
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Nvr(&tFlash_api_cfg);
#endif
tRetVal = ((u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED);
}
else
{
tRetVal = FLASH_ERROR_FAILED;
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
/* check erase operation valid */
if(tRetVal == FLASH_ERROR_OK)
{
/* check write still in progress */
tRetVal = FLASH_ERROR_FAILED;
u32TryCount = 0;
while ((tRetVal != FLASH_ERROR_OK) && (u32TryCount++ < 10000))
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_HV_Status_Check();
/* check if finished */
if (u32Temp != STATUS_HVOP)
{
u32Temp = (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Nvr_Clear();
tRetVal = (u32Temp == STATUS_SUCCESS) ? FLASH_ERROR_OK : FLASH_ERROR_FAILED;
break;
}
}
}
/* check erase operation valid */
if (tRetVal != FLASH_ERROR_OK)
{
/* write operation failed, exit */
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
NVRDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
break;
}
NVRDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
}
}
#if FLASH_DEV_ERROR_REPORT == STD_ON
else
{
FLASH_ReportDevError(NVR_SYNC_WRITE_ID, FLASH_E_PARAM_POINTER);
}
#endif
return tRetVal;
}
/**
* @brief flash driver for erase
*
* @param pFlashHandle the Flash instance to use
* @param pFlashParam flash driver erase parameter
* @return ErrorType
*/
FLASH_StatusType FLASHDRIVER_AsyncErase(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(FLASH_ASYNC_ERASE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
/* FLASH_DRV_WDG_CFG_T tFlash_wdg_cfg; */
tRetVal = FLASH_ERROR_OK;
pFlashParam->u32ErrorAddress = 0x0U;
tRetVal = FLASHDRIVER_EraseCheck(pFlashParam);
if (tRetVal == FLASH_ERROR_OK)
{
pFlashHandle->tStatus.eFlsStatus = FLS_ASYNC_ERASE_PENDING;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
if(pFlashHandle->tStatus.u32Address <= PFLASH_ADDR_END)
{
pFlashHandle->tStatus.u32EraseSectorSize = PFLASH_ERASE_SECTOR_SIZE;
}
else
{
pFlashHandle->tStatus.u32EraseSectorSize = DFLASH_ERASE_SECTOR_SIZE;
}
}
else
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
FLASH_ReportDevError(FLASH_ASYNC_ERASE_ID, FLASH_E_PARAM_POINTER);
#endif
pFlashHandle->tStatus.eFlsStatus = FLS_PARA_ERROR;
}
return tRetVal;
}
/**
* @brief flash driver write a fixed size
*
* @param pFlashHandle the Flash instance to use
* @param pFlashParam flash driver write parameter
* @return ErrorType
*/
FLASH_StatusType FLASHDRIVER_AsyncWrite(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(FLASH_ASYNC_WRITE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
pFlashParam->u32ErrorAddress = 0x0U;
tRetVal = FLASHDRIVER_WriteCheck(pFlashParam);
if (tRetVal == FLASH_ERROR_OK)
{
pFlashHandle->tStatus.eFlsStatus = FLS_ASYNC_WRITE_PENDING;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
pFlashHandle->tStatus.pDate = pFlashParam->pData;
}
else
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
FLASH_ReportDevError(FLASH_ASYNC_ERASE_ID, FLASH_E_PARAM_POINTER);
#endif
pFlashHandle->tStatus.eFlsStatus = FLS_PARA_ERROR;
}
return tRetVal;
}
/**
* @brief flash driver check current status when erasing
*
* @param pFlashHandle the Flash instance to use
* @return Fls_Status_t return the erase status
*/
Fls_Status_t FLASHDRIVER_AsyncEraseMainFunction(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
Fls_Status_t tRetVal;
FLASH_API_ERASESECTOR_TYPE tFlash_api_cfg = {0};
uint8_t u8IsEnInterupt;
if(pFlashHandle->tStatus.eFlsStatus == FLS_ERASING)
{
/* check if finished */
if (STATUS_HVOP == (s_pFlashDriver_FuncHeader)->FLASH_DRV_HV_Status_Check())
{
pFlashHandle->tStatus.eFlsStatus = FLS_ERASING;
}
else
{
#if ((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7300F8MDQ == STD_ON))
if (FLASH_PES_CHECK_MASK == ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PES_CHECK_MASK) & \
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P1(FLASH_PES_CHECK_MASK) & \
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P2(FLASH_PES_CHECK_MASK) & \
FLASH_PES_CHECK_MASK))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector_Clear();
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PES_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1(FLASH_PES_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_PES_CHECK_MASK);
pFlashHandle->tStatus.eFlsStatus = FLS_ERASE_ERROR;
}
#elif ((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if (FLASH_PES_CHECK_MASK == ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PES_CHECK_MASK) & \
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P2(FLASH_PES_CHECK_MASK) & \
FLASH_PES_CHECK_MASK))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector_Clear();
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PES_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_PES_CHECK_MASK);
pFlashHandle->tStatus.eFlsStatus = FLS_ERASE_ERROR;
}
#elif (FLASH_FC7240F2MDS == STD_ON)
if (FLASH_PES_CHECK_MASK == ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PES_CHECK_MASK) & FLASH_PES_CHECK_MASK))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector_Clear();
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PES_CHECK_MASK);
pFlashHandle->tStatus.eFlsStatus = FLS_ERASE_ERROR;
}
#endif
else
{
if (STATUS_SUCCESS == (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector_Clear())
{
pFlashHandle->tStatus.eFlsStatus = FLS_ASYNC_ERASE_PENDING;
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
pFlashHandle->tStatus.u32CurrentAddress += pFlashHandle->tStatus.u32EraseSectorSize;
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_ERASE_ERROR;
}
}
}
}
if(pFlashHandle->tStatus.eFlsStatus == FLS_ASYNC_ERASE_PENDING)
{
if(pFlashHandle->tStatus.u32CurrentAddress < (pFlashHandle->tStatus.u32Address + pFlashHandle->tStatus.u32Length))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_ENABLE_HOLD_CFG(1);
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
FLASHDRIVER_GetFlashConfig(pFlashHandle->tStatus.u32CurrentAddress, &tFlash_api_cfg);
/* check erase operation valid */
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
if ((s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector(&tFlash_api_cfg, FLASH_API_DISABLE, FLASH_API_SIZE) != STATUS_SUCCESS)
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if ((s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector(&tFlash_api_cfg) != STATUS_SUCCESS)
#endif
{
pFlashHandle->tStatus.eFlsStatus = FLS_ERASE_ERROR;
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_ERASING;
}
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_ERASE_ERROR;
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
}
tRetVal = pFlashHandle->tStatus.eFlsStatus;
return tRetVal;
}
/**
* @brief flash driver check current status when writing
*
* @param pFlashHandle the Flash instance to use
* @return Fls_Status_t return the write status
*/
Fls_Status_t FLASHDRIVER_AsyncWriteMainFunction(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
Fls_Status_t tRetVal;
FLASH_API_PRGM_CFG_TYPE tFlash_api_cfg = {0};
uint32_t u32ProgramEndAddr, u32EndAddr;
uint8_t u8IsEnInterupt;
if(pFlashHandle->tStatus.eFlsStatus == FLS_WRITING)
{
/* check if finished */
if (STATUS_HVOP == (s_pFlashDriver_FuncHeader)->FLASH_DRV_HV_Status_Check())
{
pFlashHandle->tStatus.eFlsStatus = FLS_WRITING;
}
else
{
#if ((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7300F8MDQ == STD_ON))
if (FLASH_PES_CHECK_MASK == ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PES_CHECK_MASK) & \
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P1(FLASH_PES_CHECK_MASK) & \
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P2(FLASH_PES_CHECK_MASK) & \
FLASH_PES_CHECK_MASK))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Clear();
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PES_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P1(FLASH_PES_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_PES_CHECK_MASK);
pFlashHandle->tStatus.eFlsStatus = FLS_WRITE_ERROR;
}
#elif ((FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if (FLASH_PES_CHECK_MASK == ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PES_CHECK_MASK) & \
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_P2(FLASH_PES_CHECK_MASK) & \
FLASH_PES_CHECK_MASK))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Clear();
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PES_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear_P2(FLASH_PES_CHECK_MASK);
pFlashHandle->tStatus.eFlsStatus = FLS_WRITE_ERROR;
}
#elif (FLASH_FC7240F2MDS == STD_ON)
if (FLASH_PES_CHECK_MASK == ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PES_CHECK_MASK) & FLASH_PES_CHECK_MASK))
{
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Clear();
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PES_CHECK_MASK);
pFlashHandle->tStatus.eFlsStatus = FLS_WRITE_ERROR;
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
}
#endif
else
{
if (STATUS_SUCCESS == (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Clear())
{
pFlashHandle->tStatus.eFlsStatus = FLS_ASYNC_WRITE_PENDING;
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
pFlashHandle->tStatus.pDate += pFlashHandle->tStatus.u32ProgramSize;
pFlashHandle->tStatus.u32CurrentAddress += pFlashHandle->tStatus.u32ProgramSize;
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_WRITE_ERROR;
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
}
}
}
}
if(pFlashHandle->tStatus.eFlsStatus == FLS_ASYNC_WRITE_PENDING)
{
if(pFlashHandle->tStatus.u32CurrentAddress < (pFlashHandle->tStatus.u32Address + pFlashHandle->tStatus.u32Length))
{
u32EndAddr = pFlashHandle->tStatus.u32Address + pFlashHandle->tStatus.u32Length;
u32ProgramEndAddr = ((pFlashHandle->tStatus.u32CurrentAddress + FLASH_PROGRAM_PAGE_MAX_SIZE) & ~(FLASH_PROGRAM_PAGE_MAX_SIZE - 1U));
u32ProgramEndAddr = ((u32ProgramEndAddr > u32EndAddr) ? u32EndAddr : u32ProgramEndAddr);
pFlashHandle->tStatus.u32ProgramSize = u32ProgramEndAddr - pFlashHandle->tStatus.u32CurrentAddress;
tFlash_api_cfg.dest = pFlashHandle->tStatus.u32CurrentAddress;
tFlash_api_cfg.size = (uint32_t)(pFlashHandle->tStatus.u32ProgramSize) >> 2; /* one data is 4 bytes */
tFlash_api_cfg.pData = (uint32_t *)(pFlashHandle->tStatus.pDate);
tFlash_api_cfg.wdg_tune = WDG_TUNE_DISABLE;
tFlash_api_cfg.pgff = FLASH_REG_BIT_CFG_DISABLE;
if(NULL != pFlashHandle->tSettings.pUnlockCallback)
{
pFlashHandle->tSettings.pUnlockCallback(pFlashHandle->tStatus.u32CurrentAddress);
}
/* Disable Inetrrupt*/
u8IsEnInterupt = FLASHDRIVER_MsrIsOn();//0 disable ,1 enable
if(u8IsEnInterupt == 1)
{
__asm(" cpsid i");
}
if (FLASH_HARDWARE_STATUS_IDLE == (((*(volatile uint32 *)FLASH_HARDWARE_STATUS_ADDR) & FLASH_HARDWARE_STATUS_MASK) >> 16))
{
#if((FLASH_FC7300F8MDT == STD_ON) || (FLASH_FC7300F4MDD_T1B == STD_ON) || (FLASH_FC7300F4MDS_T1B == STD_ON) || (FLASH_FC7240F2MDS == STD_ON))
if ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Program(&tFlash_api_cfg, FLASH_API_DISABLE, FLASH_API_SIZE) != STATUS_SUCCESS)
#elif((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
if ((s_pFlashDriver_FuncHeader)->FLASH_DRV_Program(&tFlash_api_cfg) != STATUS_SUCCESS)
#endif
{
pFlashHandle->tStatus.eFlsStatus = FLS_WRITE_ERROR;
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_WRITING;
}
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_WRITE_ERROR;
pFlashHandle->tStatus.u32ErrorAdress = pFlashHandle->tStatus.u32CurrentAddress;
}
/* Recover Inetrrupt*/
if(u8IsEnInterupt == 1)
{
__asm(" cpsie i");
}
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
FLASHDRIVER_EccCheck(pFlashHandle);
}
}
tRetVal = pFlashHandle->tStatus.eFlsStatus;
return tRetVal;
}
/**
* @brief flash driver interrupt erase
*
* @param pFlashHandle the Flash instance to use
* @param pFlashParam flash driver erase parameter
* @return none
*/
void FLASHDRIVER_InterruptErase(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(FLASH_INTERRUPT_ERASE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
pFlashParam->u32ErrorAddress = 0x0U;
tRetVal = FLASHDRIVER_EraseCheck(pFlashParam);
if (tRetVal == FLASH_ERROR_OK)
{
pFlashHandle->tStatus.eFlsStatus = FLS_ERASING;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
if(pFlashHandle->tStatus.u32Address <= PFLASH_ADDR_END)
{
pFlashHandle->tStatus.u32EraseSectorSize = PFLASH_ERASE_SECTOR_SIZE;
}
else
{
pFlashHandle->tStatus.u32EraseSectorSize = DFLASH_ERASE_SECTOR_SIZE;
}
FLASHDRIVER_INTSingleErase(pFlashHandle);
}
else
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
FLASH_ReportDevError(FLASH_INTERRUPT_ERASE_ID, FLASH_E_PARAM_POINTER);
#endif
}
}
/**
* @brief flash driver interrupt write
*
* @param pFlashHandle the Flash instance to use
* @param pFlashParam flash driver write parameter
* @return none
*/
void FLASHDRIVER_InterruptProgram(FLASH_HandleType *pFlashHandle, FLASH_DRIVER_ParamType *pFlashParam)
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
if (NULL == pFlashParam)
{
FLASH_ReportDevError(FLASH_INTERRUPT_WRITE_ID, FLASH_E_PARAM_POINTER);
}
#endif
FLASH_StatusType tRetVal;
tRetVal = FLASH_ERROR_OK;
pFlashParam->u32ErrorAddress = 0x0U;
tRetVal = FLASHDRIVER_WriteCheck(pFlashParam);
if (tRetVal == FLASH_ERROR_OK)
{
pFlashHandle->tStatus.eFlsStatus = FLS_WRITING;
pFlashHandle->tStatus.u32Address = pFlashParam->u32Address;
pFlashHandle->tStatus.u32Length = pFlashParam->u32Length;
pFlashHandle->tStatus.u32CurrentAddress = pFlashParam->u32Address;
pFlashHandle->tStatus.pDate = pFlashParam->pData;
FLASHDRIVER_INTSingleProgram(pFlashHandle);
}
else
{
#if FLASH_DEV_ERROR_REPORT == STD_ON
FLASH_ReportDevError(FLASH_INTERRUPT_WRITE_ID, FLASH_E_PARAM_POINTER);
#endif
}
}
/**
* @brief Close teset mode
*
* @param pFlashHandle the Flash instance to use
* @return none
*/
void FLASHDRIVER_Close_Test_Mode(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Test_Mode_Close();
}
#if ((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
/**
* @brief Flash Driver Function for enable interrupt
*
* @param u32CoreID core id
* @return none
*/
void FLASHDRIVER_EnInterrupt(uint32_t u32CoreID)
{
FMC0->FEINTC |= (uint32_t)(0x1<<(u32CoreID+8));
}
#endif
/**
* @brief Process Flash interrupt
*
* @param pFlashHandle the Flash instance to use
* @return process result
*/
Fls_ReturnType Fls_CommonProcessInterrupt(FLASH_HandleType *pFlashHandle)
{
FLASH_ROM_API_ENTRY_T *const s_pFlashDriver_FuncHeader = s_pFlashDriver[pFlashHandle->eInstance];
Fls_ReturnType interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
#if((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
FLASH_API_DMA_CFG_TYPE dma_cfg = {.dma_allow = 0x2,.dma_en = 0x0, .dma_ie = 0x2};
FLASH_API_WDG_CFG_TYPE wdg_cfg = {.wen = 0x0};
uint32_t u32DMATargetCount, u32DMACount;
#endif
if (pFlashHandle->tStatus.eFlsStatus == FLS_WRITING)
{
/* check if finished */
if (STATUS_SUCCESS == (s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Clear())
{
interrupt_ret = FLASH_INTERRUPT_ERR_OK;
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
if (pFlashHandle->tStatus.u32CurrentAddress < (pFlashHandle->tStatus.u32Address + pFlashHandle->tStatus.u32Length))
{
pFlashHandle->tStatus.pDate += pFlashHandle->tStatus.u32ProgramSize;
FLASHDRIVER_INTSingleProgram(pFlashHandle);
}
else
{
if(FLASH_ECC_ERROR_NONE != FLASHDRIVER_EccCheck(pFlashHandle))
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
}
}
else
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
}
}
else if (pFlashHandle->tStatus.eFlsStatus == FLS_ERASING)
{
if (STATUS_SUCCESS == (s_pFlashDriver_FuncHeader)->FLASH_DRV_EraseSector_Clear())
{
interrupt_ret = FLASH_INTERRUPT_ERR_OK;
FLASHDRIVER_LockSector(pFlashHandle->tStatus.u32CurrentAddress, FLASH_LOCK);
if (pFlashHandle->tStatus.u32CurrentAddress < (pFlashHandle->tStatus.u32Address + pFlashHandle->tStatus.u32Length))
{
FLASHDRIVER_INTSingleErase(pFlashHandle);
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
}
else
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
}
}
#if((FLASH_FC7300F8MDQ == STD_ON) || (FLASH_FC7300F4MDD_T1C == STD_ON) || (FLASH_FC7300F4MDS_T1C == STD_ON))
else if(pFlashHandle->tStatus.eFlsStatus == FLS_DMA_WRITING)
{
if (FLASH_DMA_DONE_CHECK_MASK == (FLASH_DMA_DONE_CHECK_MASK & (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_DMA_DONE_CHECK_MASK)))
{
u32DMACount = (((*(uint32*)0x40020078) & 0x1FFF0000) >> 16);
u32DMATargetCount = ((*(uint32*)0x40020078) & 0x00001FFF);
if(FLASH_WDG_CHECK_MASK == (FLASH_WDG_CHECK_MASK & (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_WDG_CHECK_MASK)))
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_CFG_FUNC(&dma_cfg);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Program_Clear();
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_DMA_DONE_CHECK_MASK);
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
else if(FLASH_PEP_CHECK_MASK == (FLASH_PEP_CHECK_MASK & (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PEP_CHECK_MASK)))
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PEP_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_DMA_DONE_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_CFG_FUNC(&dma_cfg);
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
else if(FLASH_PES_CHECK_MASK == (FLASH_PES_CHECK_MASK & (s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check(FLASH_PES_CHECK_MASK)))
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_PES_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_DMA_DONE_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_CFG_FUNC(&dma_cfg);
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
else if(u32DMACount != u32DMATargetCount)
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_DMA_DONE_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_CFG_FUNC(&dma_cfg);
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
else
{
interrupt_ret = FLASH_INTERRUPT_ERR_OK;
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Read_Status_Check_Clear(FLASH_DMA_DONE_CHECK_MASK);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_DMA_CFG_FUNC(&dma_cfg);
(s_pFlashDriver_FuncHeader)->FLASH_DRV_Wdog_Configure(&wdg_cfg);
if(FLASH_ECC_ERROR_NONE != FLASHDRIVER_EccCheck(pFlashHandle))
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
}
else
{
pFlashHandle->tStatus.eFlsStatus = FLS_IDLE;
}
}
}
else
{
interrupt_ret = FLASH_INTERRUPT_ERR_NOT_OK;
}
}
#endif
else
{
}
return interrupt_ret;
}
#endif /* #if FLASH_INSTANCE_COUNT > 0U */
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