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我们使用6621D/F获取flash uid和6621CX/P有些不一样，因接口函数库里没有包含，需要加入到源码中，现介绍方法如下 1）复制sf用到的宏定义 #define SPI_CMD_WREN 0x06u /* Write enable */ #define SPI_CMD_WRDI 0x04u /* Write disable */ #define SPI_CMD_RDSR 0x05u /* Read status register */ #define SPI_CMD_RDSR2 0x35u /* Read status register (high byte) */ #define SPI_CMD_WRSR 0x01u /* Write status register */ #define SPI_CMD_READ 0x03u /* Read data bytes (low frequency) */ #define SPI_CMD_FAST_READ 0x0Bu /* Read data bytes (high frequency) */ #define SPI_CMD_DUAL_READ 0x3Bu /* Dual output fast read: HS6620 doesn't support 0xBB */ #define SPI_CMD_QUAD_READ 0x6Bu /* Quad output fast read: PN25F04C doesn't support 0x6B, but HS6620 doesn't support 0xEB */ #define SPI_CMD_PP 0x02u /* Page program (up to page in 256 bytes) */ #define SPI_CMD_RDID 0x9fu /* Read JEDEC ID */ #define SPI_CMD_RDUID 0x4Bu /* Read UID */ #define SPI_CMD_SE 0x20u /* Sector erase (usually 4KiB) */ #define SPI_CMD_BE_32K 0x52u /* Erase 32KiB block */ #define SPI_CMD_BE_64K 0xD8u /* Erase 64KiB block */ #define SPI_CMD_CE 0x60u /* Erase whole flash chip, or 0xC7 */ #define SPI_CMD_ENDP 0xB9u /* Enter Deep Power-Down */ #define SPI_CMD_EXDP 0xABu /* Exit Deep Power-Down */ #define SPI_CMD_RDSEC 0x48u /* Read Security Registers */ #define SPI_CMD_ERSEC 0x44u /* Erase Security Registers */ #define SPI_CMD_PPSEC 0x42u /* Program Security Registers */ #define SPI_CMD_EQPI 0x38u /* Enable Quad Peripheral Interface: HS6620 doesn't support */ #define SR_WIP 0x01 /* Write in progress */ #define SR_WEL 0x02 /* Write enable latch */ #define SR_BP0 0x04 /* Block protect 0 */ #define SR_BP1 0x08 /* Block protect 1 */ #define SR_BP2 0x10 /* Block protect 2 */ #define SR_SRP 0x80 /* SR write protect */ #define SR_QE 0x0200 /* Quad enable */ #define SF_READ_FAST_DMA_CLOCK_FREQ_HZ_THRESHOLD 20000000 // 20MHz #define SF_WORKAROUND_PUYA_FLASH_OVERWRITE_ISSUE #define SF_NOT_MODIFY_SF0CS0_LAST_SECTOR #define SF_RW_PARAM_CMD_DECLARE(name, cmd, data, len) \ sfb_rw_params_t name = {{{((cmd)<<24), 0}}, 8, (data), (len)} #define SF_RW_PARAM_CMD_ADDR_DECLARE(name, cmd, addr, data, len) \ sfb_rw_params_t name = {{{((cmd)<<24)|(addr), 0}}, 32, (data), (len)} #define SF_RW_PARAM_CMD_ADDR_40BITS_DECLARE(name, cmd, addr, data, len) \ sfb_rw_params_t name = {{{((cmd)<<24)|(addr), 0}}, 40, (data), (len)} #define IFLASH_INFO (&sf_env.info[0][0]) #define SF_WRITE_BEGIN(sf, cs) do{uint32_t irq_save = sf_write_begin(sf, cs) #define SF_WRITE_END(sf, cs) sf_write_end(sf, cs, irq_save);} while(0) /** * @brief read uid * * @param[in] sf sf object * @param[in] cs cs (0 ~ SFB_CS_NUM-1) * @param[in] data read uid buffer * @param[in] length length **/ void sf_read_uid_ex(HS_SF_Type *sf, uint32_t cs, void *data, uint32_t length) { SF_RW_PARAM_CMD_ADDR_40BITS_DECLARE(param, SPI_CMD_RDUID, 0, data, length); sfb_read_nodma(sf, cs, ¶m); } 2）定义变量，打印输出 uint32_t id = 0; uint32_t id1 = 0; uint32_t id2[] = {0}; uint8_t m_chip_uuid[8]; 3）main.c函数中打印输出 sf_read_id(HS_SF, 0); sf_read_uid_ex(HS_SF, 0, id2, 16); id = sf_read_id(HS_SF, 0); sf_read_uid_ex(HS_SF, 0, id2, 16); log_debug("id = 0x%x\r\n", id); log_debug_array_ex("id2[] = 0x", id2, 16);
log_debug("running %d\n", pmu_reboot_reason()); 4)6621D/F也可以通过OTP的方式读ID //otp memset(m_chip_uuid, 0, sizeof(m_chip_uuid)); otp_open(); memcpy(m_chip_uuid, &CPFT_DATA_OTP->uuid.lot_number[0], 8); otp_close(); log_debug_array_ex("OTP UUID", m_chip_uuid, 8); m_chip_uuid[0] += (m_chip_uuid[5]+m_chip_uuid[7]); m_chip_uuid[1] += (m_chip_uuid[4]+m_chip_uuid[6]); m_chip_uuid[2] += (m_chip_uuid[3]+m_chip_uuid[5]); log_debug_array_ex("[COM] uuid", m_chip_uuid, 3); 5）打印输出值 6621d 打印 id2[] = 0x: 1C 9A 1B 81 39 34 37 02 AB 02 80 BC 56 05 01 78 [16bytes] 6621f 打印 id2[] = 0x: 42 50 30 4B 38 34 34 14 02 23 7B 1C 56 02 23 78 [16bytes] OTP UUID: 23 61 0F 32 39 51 4B 43 [8bytes] [COM] uuid: B7 E5 92 [3bytes] |
main-202409186174.c