RX600 & RX200シリーズ アプリケーションノート RX用仮想EEPROM
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- みひな いくのや
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1 R01AN0724JU0170 Rev.1.70 MCU EEPROM RX MCU 1 RX MCU EEPROM VEE VEE API MCU MCU API RX621 RX62N RX62T RX62G RX630 RX631 RX63N RX63T RX210 R01AN0724JU0170 Rev.1.70 Page 1 of 33
2 VEE API r_bsp VEE VEE VEE VEE VEE VEE API VEE API Typedef API VEE R_VEE_Control() VEE MCU Typedef VEE VEE API R_VEE_Read R_VEE_Write R_VEE_Defrag R_VEE_Erase R_VEE_GetState R_VEE_ReleaseState R_VEE_GenerateCheck R_VEE_Open R_VEE_Control R_VEE_GetVersion HEW E2Studio R01AN0724JU0170 Rev.1.70 Page 2 of 33
3 EEPROM (VEE) API EEPROM MCU BGO API MCU BGO BGO VEE MPU BGO 1.2 VEE VEE VEE ID ID VEE VEE MCU VEE MCU VEE VEE VEE 2 VEE VEE 1 MCU 1 VEE VEE VEE VEE VEE VEE VEE VEE 1 VEE R01AN0724JU0170 Rev.1.70 Page 3 of 33
4 1.2 VEE EEPROM ID ID API 1.4 VEE VEE 1 2 VEE VEE VEE 2 VEE ID 1 1 ID 1.2 VEE VEE 0 2 VEE 0 VEE0 VEE1 VEE0 VEE1 VEE1 VEE0 VEE2 VEE R01AN0724JU0170 Rev.1.70 Page 4 of 33
5 VEE VEE VEE VEE 1 VEE VEE VEE 0 VEE0 VEE0 VEE1 VEE1 VEE1 VEE1 VEE0 VEE2 VEE0 VEE2 VEE2 1.4 R01AN0724JU0170 Rev.1.70 Page 5 of 33
6 VEE 1.5 VEE VEE 1 VEE 0 VEE 0 VEE 1 VEE 0 VEE0 VEE1 VEE1 VEE0 VEE R01AN0724JU0170 Rev.1.70 Page 6 of 33
7 2. API VEE API API 2.1 MCU BGO MCU VEE VEE 2.3 RX600 API (R01AN0544JU) v2.40 FIT (r_bsp) v API EEPROM VEE API VEE 2.5 RX v API VEE 1 r_vee_if.h VEE r_vee_user_config.h 2.7 ANSI C99 "Exact width integer types" stdint.h R01AN0724JU0170 Rev.1.70 Page 7 of 33
8 2.8 r_vee_config.h VEE 2.1 VEE_NUM_SECTORS VEE_MAX_RECORD_ID VEE_IGNORE_DUPLICATE_WRITES VEE_CACHE_FILL_ALL VEE_USE_DEFAULT_CHECK_FUNCTIONS r_vee_config.h VEE r_vee_config_<target>_<df_size>.h 32 KB RX62N 2 VEE 2 VEE r_vee_config_rx62x_32kb.h ID ID ID VEE API ID ID 0 ID 7 VEE VEE 1 R_VEE_GenerateCheck() vee_check_record() R01AN0724JU0170 Rev.1.70 Page 8 of 33
9 VEE_CALLBACK_FUNCTION r_vee_config.h 2 VEE_CALLBACK_FUNCTION VEE VEE_CALLBACK_FUNCTION MyCallback MyCallback() VEE r_bsp VEE v1.50 FIT (r_bsp) r_bsp RX MCU VEE r_bsp MCU r_bsp RX 2.9 VEE r_vee_config_<target>_<df_size>.h 32 KB RX62N r_vee_config_rx62x_32kb.h VEE VEE VEE VEE VEE r_vee_config_<target>_<df_size>.h r_vee.c VEE VEE r_vee_config.h VEE_NUM_SECTORS #define VEE VEE VEE VEE g_vee_recordlocaion[] VEE ID 1 VEE ID 2.8 VEE_MAX_RECORD_ID VEE 2 4 VEE 0 4 VEE 1 const uint8_t g_vee_recordlocations[vee_max_record_id] = 0, /* Record 0 will be in sector 0 */ 0, /* Record 1 will be in sector 0 */ 0, /* Record 2 will be in sector 0 */ 0, /* Record 3 will be in sector 0 */ 1, /* Record 4 will be in sector 1 */ 1, /* Record 5 will be in sector 1 */ 1, /* Record 6 will be in sector 1 */ 1, /* Record 7 will be in sector 1 */ }; R01AN0724JU0170 Rev.1.70 Page 9 of 33
10 2.9.3 VEE VEE VEE 2 g_vee_sect#_block_addresses[] # VEE VEE 1 2 g_vee_sect#_df_blocks[][2] # 2 VEE MCU VEE 1 2 VEE VEE 2 VEE VEE 4 MCU VEE 0 1 /* Sector 0 */ const uint32_t g_vee_sect0_block_addresses[] = 0x100000, /* Start address of VEE Block 0 */ 0x /* Start address of VEE Block 1 */ }; const uint16_t g_vee_sect0_df_blocks[][2] = BLOCK_DB0, BLOCK_DB3}, /* Start & end DF blocks making up VEE Block 0 */ BLOCK_DB4, BLOCK_DB7} /* Start & end DF blocks making up VEE Block 1 */ }; /* Sector 1 */ const uint32_t g_vee_sect1_block_addresses[] = 0x104000, /* Start address of VEE Block 0 */ 0x /* Start address of VEE Block 1 */ }; const uint16_t g_vee_sect1_df_blocks[][2] = BLOCK_DB8, BLOCK_DB11}, /* Start & end DF blocks making up VEE Block 0 */ BLOCK_DB12, BLOCK_DB15} /* Start & end DF blocks making up VEE Block 1 */ }; #define BLOCK_DB0 RX API VEE g_vee_sectors VEE VEE VEE ID VEE VEE MCU VEE MCU VEE MCU R01AN0724JU0170 Rev.1.70 Page 10 of 33
11 3 VEE VEE const vee_sector_t g_vee_sectors[ VEE_NUM_SECTORS ] = /* Sector 0 */ /* ID is 0 */ 0, /* There are 2 VEE Blocks in this sector */ 2, /* Size of each VEE Block */ 8192, /* Starting addresses for each VEE Block */ (const uint32_t *)g_vee_sect0_block_addresses, /* Number of data flash blocks per VEE Block (End Block # - Start Block # + 1) */ 4, /* Start & end DF blocks making up VEE Blocks */ g_vee_sect0_df_blocks }, /* Sector 1 */ /* ID is 1 */ 1, /* There are 2 VEE Blocks in this sector */ 2, /* Size of each VEE Block */ 6144, /* Starting addresses for each VEE Block */ (const uint32_t *)g_vee_sect1_block_addresses, /* Number of data flash blocks per VEE Block (End Block # - Start Block # + 1) */ 3, /* Start & end DF blocks making up VEE Blocks */ g_vee_sect1_df_blocks }, /* Sector 2 */ /* ID is 2 */ 2, /* There are 2 VEE Blocks in this sector */ 2, /* Size of each VEE Block */ 2048, /* Starting addresses for each VEE Block */ (const uint32_t *)g_vee_sect2_block_addresses, /* Number of data flash blocks per VEE Block (End Block # - Start Block # + 1) */ 1, /* Start & end DF blocks making up VEE Blocks */ g_vee_sect2_df_blocks } }; /* To add more sectors copy the one above and change the values */ R01AN0724JU0170 Rev.1.70 Page 11 of 33
12 2.10 API VEE API VEE VEE r_vee_if.h /* VEE Record Structure */ typedef struct /* Unique record identifier, cannot be 0xFF! */ vee_var_data_t ID; /* Number of bytes of data for this record */ vee_var_data_t size; /* Valid or error checking field */ vee_var_data_t check; /* Which VEE Block this record is located in, user does not set this */ vee_var_data_t block; /* Pointer to record data */ uint8_t far * pdata; } vee_record_t; 2.11 API Typedef API VEE API r_vee_if.h typedef /* Return values for functions */ typedef enum VEE_SUCCESS, VEE_FAILURE, VEE_BUSY, VEE_NO_ROOM, VEE_NOT_FOUND, VEE_ERROR_FOUND } vee_return_values_t; VEE VEE r_vee_if.h R_VEE_GetState() /* Defines the possible states of the VEE */ typedef enum VEE_READY, VEE_READING, VEE_WRITING, VEE_ERASING, VEE_DEFRAG, VEE_ERASE_AND_DEFRAG, VEE_WRITE_AND_DEFRAG, VEE_ERASE_AND_WRITE } vee_states_t; R01AN0724JU0170 Rev.1.70 Page 12 of 33
13 R_VEE_Control() VEE R_VEE_Control() typedef /* VEE Record Structure */ typedef enum /* This command will reset the VEE even if it is in the middle of an operation. This should only be used when a flash error (e.g. data flash access during VEE operation) has occurred and you need to return the VEE to a working state. */ VEE_CMD_RESET } vee_command_t; 2.12 MCU Typedef VEE MCU 2 typedef vee_var_min_t vee_var_data_t r_vee.h vee_var_min_t RX62N 8 uint64_t 8 RX63N 2 vee_var_min_t uint16_t 2 vee_var_data_t typedef 2.10 VEE vee_var_data_t vee_var_min_t vee_var_data_t VEE 2.13 vee_var_data_t vee_var_data_t R8/38C vee_var_data_t typedef uint8_t 1 VEE 255 (0xFF) R8C/3x /* Set size of vee_var_data_t to the minimum write size of MCU's data flash or larger. This is the size of the variables in a record structure. */ typedef uint16_t vee_var_data_t; /* Set size of vee_var_min_t to the minimum write size of MCU's data flash */ typedef uint8_t vee_var_min_t; 2.13 VEE VEE2.10 vee_record_t 4 vee_var_data_t VEE 4 * sizeof(vee_var_data_t) 2.12 R8C/3x vee_var_data_t 2 8 RX62N vee_var_data_t 8 32 R01AN0724JU0170 Rev.1.70 Page 13 of 33
14 2.14 VEE VEE API R_VEE_Read (vee_record_t * vee_temp) VEE pdata API R_VEE_ReleaseState() BGO 1. VEE 0 R_VEE_Read() 2. VEE 0 3. VEE VEE 1 R_VEE_Write() 4. R_VEE_Write() BGO 5. VEE 0 6. VEE 1 VEE VEE VEE R_VEE_Read() R_VEE_Write() R_VEE_Erase() R_VEE_Defrag() VEE 0 R_VEE_Write(ID=2) R_VEE_Read(ID=0) VEE API R_VEE_Read(ID=1) R_VEE_Write(ID=2) R_VEE_Read(ID=2) R_VEE_Read(ID=1) R_VEE_Read(ID=2) VEE 1 2 R_VEE_Erase( ) R_VEE_ReleaseState() R_VEE_Erase( ) R_VEE_Write(ID=3) R_VEE_Read(ID=2) R_VEE_Read(ID=2) VEE 2 VEE_BUSY VEE_BUSY R01AN0724JU0170 Rev.1.70 Page 14 of 33
15 2.15 R_VEE_Write() R_VEE_Defrag() API API VEE VEE VEE VEE VEE check check VEE VEE 1. VEE 0 R_VEE_Write() 2. VEE 0 3. VEE VEE 0 4. VEE 0 5. R_VEE_Read() VEE 0 VEE VEE 0 VEE VEE RAM VEE RAM RAM R_VEE_Read() VEE VEE VEE 2.16 VEE API 1. r_vee 2. r_vee.c 3. MPU C src/targets/ a. RX62x r_vee_rx62x.c r_vee/src/targets/rx62x 4. r_vee 5. r_vee/src 6. r_vec_config_reference.h ref r_vee_config.h 7. r_vee_config.h 8. VEE API r_vec_if.h #include R01AN0724JU0170 Rev.1.70 Page 15 of 33
16 2.17 FlashError() API API MCU void FlashError(void); R01AN0724JU0170 Rev.1.70 Page 16 of 33
17 3. API 3.1 API R_VEE_Read() R_VEE_Write() R_VEE_Defrag() R_VEE_Erase() R_VEE_GetState() R_VEE_ReleaseState() R_VEE_GenerateCheck() R_VEE_Open() R_VEE_Control() R_VEE_GetVersion() VEE VEE VEE VEE VEE VEE VEE check VEE VEE VEE R01AN0724JU0170 Rev.1.70 Page 17 of 33
18 3.2 R_VEE_Read VEE uint8_t R_VEE_Read(vee_record_t * vee_temp); vee_temp. VEE_SUCCESS: VEE_NOT_FOUND: VEE_BUSY: VEE_INVALID_INPUT: VEE r_vee_if.h r_vee.c VEE ID VEE VEE VEE VEE VEE_BUSY vee_record_t example_record; /* We want to find VEE Record 1 */ example_record.id = 1; /* Search VEE for record */ if (VEE_SUCCESS == R_VEE_Read(&example_record)) /* Send data */ for (loop = 0; loop < example_record.size; loop++) TransmitByte(example_record.pData[loop]);... } } : VEE VEE VEE MCU VEE ID VEE VEE R01AN0724JU0170 Rev.1.70 Page 18 of 33
19 3.3 R_VEE_Write VEE uint8_t R_VEE_Write(vee_record_t * vee_temp); vee_temp VEE_SUCCESS: VEE_BUSY: VEE_NO_ROOM: VEE_FAILURE: VEE_INVALID_INPUT: VEE R_VEE_Erase() r_vee_if.h r_vee.c VEE VEE ID size check pdata VEE_SUCCESS VEE VEE R_VEE_GetState() VEE vee_record_t example_record; /* Fill in data for VEE Record 1 */ example_record.id = 1; example_record.size = sizeof(record_data); example_record.pdata = &record_data[0]; /* Generate check field */ R_VEE_GenerateCheck(&example_record); /* Write record */ if (VEE_SUCCESS == R_VEE_Write(&example_record))... } R01AN0724JU0170 Rev.1.70 Page 19 of 33
20 : VEE API VEE_BUSY R01AN0724JU0170 Rev.1.70 Page 20 of 33
21 3.4 R_VEE_Defrag VEE uint8_t R_VEE_Defrag(uint8_t sector); sector VEE ID VEE_SUCCESS: VEE_BUSY: VEE_NOT_FOUND: VEE_INVALID_INPUT: VEE ACTIVE ID r_vee_if.h r_vee.c R_VEE_Write() VEE VEE_SUCCESS VEE VEE R_VEE_GetState() uint8_t sector; for (sector = 0; sector < VEE_NUM_SECTORS; sector++) /* Defrag sector */ ret = R_VEE_Defrag(sector); /* Check result */ if (VEE_SUCCESS == ret)... } } /* Wait for defrag to finish */... : VEE API VEE_BUSY R01AN0724JU0170 Rev.1.70 Page 21 of 33
22 3.5 R_VEE_Erase VEE uint8_t R_VEE_Erase(uint8_t sector); sector VEE ID VEE_SUCCESS: VEE_BUSY: VEE_FAILURE: VEE_INVALID_INPUT: VEE ID r_vee_if.h r_vee.c VEE VEE VEE VEE_SUCCESS VEE VEE VEE VEE VEE_SUCCESS VEE VEE R_VEE_GetState() uint8_t sector; /* Erase all data from VEE */ for (sector = 0; sector < VEE_NUM_SECTORS; sector++) /* Erase sector */ ret = R_VEE_Erase(sector); /* Check result */ if (VEE_SUCCESS == ret)... } } /* Wait for erase to finish */... /* VEE is empty */ : VEE VEE VEE VEE R01AN0724JU0170 Rev.1.70 Page 22 of 33
23 R_VEE_Read() R01AN0724JU0170 Rev.1.70 Page 23 of 33
24 3.6 R_VEE_GetState VEE vee_states_t R_VEE_GetState(void); VEE VEE r_vee_if.h r_vee.c VEE VEE uint8_t sector; /* Erase all data from VEE */ for (sector = 0; sector < VEE_NUM_SECTORS; sector++) /* Erase sector */ ret = R_VEE_Erase(sector); /* Check result */ if (VEE_SUCCESS == ret)... } } while (VEE_READY!= R_VEE_GetState()) /* Wait for erase to finish */ } /* VEE is empty */ : R01AN0724JU0170 Rev.1.70 Page 24 of 33
25 3.7 R_VEE_ReleaseState VEE VEE_READY VEE uint8_t R_VEE_ReleaseState(void); VEE_SUCCESS: VEE_FAILURE: VEE VEE_READING VEE_READY VEE_READING r_vee_if.h r_vee.c VEE VEE R_VEE_Read() VEE 2.14 VEE VEE_FAILURE. vee_record_t example_record; uint8_t ret; /* We want to find VEE Record 1 */ example_record.id = 1; /* Search VEE for record */ if (VEE_SUCCESS == R_VEE_Read(&example_record)) /* Read data and use it */... } /* Release state so other VEE operations can occur */ ret = R_VEE_ReleaseState(); : R01AN0724JU0170 Rev.1.70 Page 25 of 33
26 3.8 R_VEE_GenerateCheck check uint8_t R_VEE_GenerageCheck(vee_record_t * record); record check VEE_SUCCESS: VEE_FAILURE: check r_vee_if.h MCU r_vee_rx62x.c check VEE VEE CRC vee_record_t example_record; /* Fill in data for VEE Record 1 */ example_record.id = 1; example_record.size = sizeof(record_data); example_record.pdata = &record_data[0]; /* Generate check field */ R_VEE_GenerateCheck(&example_record); /* Write record */ if (VEE_SUCCESS == R_VEE_Write(&example_record))... } : CRC vee_check_record() R_VEE_GenerateCheck() check vee_check_record() VEE vee_check_record() R01AN0724JU0170 Rev.1.70 Page 26 of 33
27 3.9 R_VEE_Open VEE uint8_t R_VEE_Open(void); VEE_SUCCESS: r_vee_if.h r_vee.c VEE VEE /* Initialize the Virtual EEPROM */ R_VEE_Open(); : R01AN0724JU0170 Rev.1.70 Page 27 of 33
28 3.10 R_VEE_Control VEE uint8_t R_VEE_Control(vee_command_t command, void * pdata); command pdata VEE_SUCCESS: VEE_BUSY: VEE VEE_INVALID_INPUT: r_vee_if.h r_vee.c VEE r_vee_if.h vee_command_t typedef /* A data flash access violation occurred and the VEE is in a locked state. Reset the VEE to start recovery. */ if (VEE_SUCCESS == R_VEE_Control(VEE_CMD_RESET, (void *)FIT_NO_PTR)) /* VEE has been reset. The next write or defrag of the VEE will start any needed recovery operations. */... } : FIT r_bsp pdata FIT_NO_PTR R01AN0724JU0170 Rev.1.70 Page 28 of 33
29 3.11 R_VEE_GetVersion VEE uint32_t R_VEE_GetVersion(void); VEE r_vee_if.h r_vee.c API x uint32_t cur_version; /* Get version of installed VEE. */ cur_version = R_VEE_GetVersion(); /* Check to make sure version is new enough for this application s use. */ if (MIN_VERSION > cur_version) /* This Virtual EEPROM version is not new enough and does not have XXX feature that is needed by this application. Alert user. */... } : r_vee.c R01AN0724JU0170 Rev.1.70 Page 29 of 33
30 4. HEW E2Studio HEW HEW E2Studio E2Studio VEE RSKRX62N RSKRX63N RDKRX63N RSKRX62G RSKRX63T_144PIN 4.1 HEW RSKRX62T RSKRX630 RDKRX62N RSKRX63T_64PIN RSKRX210 HEW VEE 1. HEW 2. Set as Current Project 3. VEE API MCU r_bsp r_bsp r_bsp plotform.h r_bsp platform.h RSK+RX63N./board/rskrx63n/r_bsp.h #include #include 4. R01AN0724JU0170 Rev.1.70 Page 30 of 33
31 4.2 E2Studio E2Studio HEW E2Studio 1. E2Studio Workspace e2studio *.exe 2. Extract 3. E2Studio 4. File >> Import File Import 5. General >> Existing Projects into Workspace Next 6. Select archive file browse 7. E2Studio zip R01AN0724JU0170 Rev.1.70 Page 31 of 33
32 8. Finish RDKRX63N 9. VEE API MCU r_bsp r_bsp r_bsp plotform.h r_bsp platform.h RSK+RX63N./board/rskrx63n/r_bsp.h #include #include 10. R01AN0724JU0170 Rev.1.70 Page 32 of 33
33 R01AN0724JU0170 Rev.1.70 Page 33 of 33
34 Rev RX63x VEE R_VEE_GenerateCheck() API FIT v FIT v1.0 API R_VEE_Open() R_VEE_Control()API R_VEE_GetVersion() HEW E2Studio A-1
35 1. CMOS LSILSI 2. LSI
36 OA AV RoHS (03) Renesas Electronics Corporation. All rights reserved. Colophon 2.0
RX600 & RX200シリーズ RX用シンプルフラッシュAPI アプリケーションノート
R01AN0544JU0240 Rev.2.40 RX600 RX200 API MCU API API RX 0xFF 3.10 API RX610 RX621 RX62N RX62T RX62G RX630 RX631 RX63N RX63T RX210 1.... 2 2. API... 3 3.... 11 4.... 16 5. API... 18 6.... 32 R01AN0544JU0240
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