// (C) Copyright 2006 Marvell International Ltd. // All Rights Reserved // /*------------------------------------------------------------------------------ * ---------------------------------------------------------------------------- * * Filename: MRD.h * * Description: The APIs to handle MRD file * * History: * June, 2010 - Shuki Zanyovka * * Notes: * ******************************************************************************/ #if !defined (MRD_HEADER_FILE_H) #define MRD_HEADER_FILE_H #include "global_types.h" #include "ReliableData.h" #include "mep.h" #include "teldef.h" #ifdef QUECTEL_PROJECT_CUST #include "ptable.h" #include "quec_cust_feature.h" #define MRD_LOG_ENABLE 0 #if MRD_LOG_ENABLE #define QUEC_MRD_LOG(fmt, ...) RTI_LOG("[QUEC_MRD] "fmt"\r\n", ##__VA_ARGS__) #else #define QUEC_MRD_LOG(fmt, ...) #endif #endif #define IMEI_MRD_NAME "IMEI.bin" #define MEP_MRD_NAME "MEP.bin" #define MEP2_MRD_NAME "MEP2.bin" #define CDF_RDSK_NAME "CDF.bin" #define SN_MRD_NAME "SN.bin" // syns from 1826 #define MEP_CMD_CAT_NETWORK_STR "PN" #define MEP_CMD_CAT_NETWORK_SUBSET_STR "PU" #define MEP_CMD_CAT_SERVICE_PROVIDER_STR "PP" #define MEP_CMD_CAT_CORPORATE_STR "PC" #define MEP_CMD_CAT_SIM_STR "PS" #define MEP_CMD_CAT_PASSWORD_STR "PSW" #define MEP_CMD_CAT_COMMON_PART_STR "CP" #define MEP_CMD_CAT_RAW_STR "RAW" #ifdef SS_FEATURE #define MEP_MAX_PASSWORD_LEN 32 #else #define MEP_MAX_PASSWORD_LEN 16 #endif #define MEP_CMD_PARAM_MAX_CNT 9 #define MEP_CMD_CAT_STR_MAX_LEN 3 #define MEP_MCC_MNC_ACT_MAX_LEN 4 #define MEP_NETWORK_SUBNET_MAX_LEN 2 #define MEP_SERVICE_PROVIDER_MAX_LEN 2 #define MEP_CORPORATE_MAX_LEN 2 #define MEP_IMSI_MAX_LEN 15 #define MEP_ENABLE_ACTIVATE_FLAG_MAX_LEN 2 #define MEP_LOCKNETLIST_MAX_LEN 1024 //bt macro #define BT_ID_NUMBER_SIZE 6 //CID MEID etc #define MAX_TYPE_LEN 10 #define MAX_Data_LEN 16 #define MAX_ADC_Data_LEN 10 #define MAX_ADC_GROUP_CNT 10 //Type of Reliable Data Components //0xC... --> (int)0xC...u to fix build //warnning "enumeration value is out of "int" range typedef enum { MRD_IMEI_TYPE = (int)0xCAFE0010u, MRD_MEP_TYPE = (int)0xCAFE0015u, MRD_CDF_TYPE = (int)0xCAFE0020u, MRD_SN_TYPE = (int)0xCAFE0025u, MRD_GEN_DATA_TYPE = (int)0xCAFE0030u, MRD_BT_ID_TYPE = (int)0xCAFE0035u, MRD_MAC_TYPE = (int)0xCAFE0040u, MRD_SSID_TYPE = (int)0xCAFE0060u, MRD_WIFI_PASSWORD_TYPE = (int)0xCAFE0070u, MRD_PID_TYPE = (int)0xCAFE0080u, MRD_VID_TYPE = (int)0xCAFE0090u, MRD_SIMKEY_TYPE = (int)0xCAFE00A0u, MRD_ADF_TYPE = (int)0xAAAA0035u, MRD_USBMODE_TYPE = (int)0xCAFE00B0u, MRD_HWVER_TYPE = (int)0xCAFE00C0u, MRD_SWVER_TYPE = (int)0xCAFE00D0u, MRD_PTVER_TYPE = (int)0xCAFE00E0u, MRD_DIALMODE_TYPE = (int)0xCAFE00F0u, MRD_MANUFACTURE_TYPE = (int)0xCAFE0100u, MRD_MODEL_TYPE = (int)0xCAFE0110u, MRD_WIFI_AUTHMODE_TYPE = (int)0xCAFE0120u, MRD_WIFI_CIPHER_TYPE = (int)0xCAFE0130u, MRD_DIALAPN_TYPE = (int)0xCAFE0140u, MRD_DIALIPTYPE_TYPE = (int)0xCAFE0150u, MASTER_KEY_TYPE = (int)0xCAFE0160u, MRD_BOARD_TYPE = (int)0xCAFE0170u, MRD_CID_TYPE = (int)0xCAFE0180u, MRD_MEID_TYPE = (int)0xCAFE0190u, MRD_BSN_TYPE = (int)0xCAFE01A0u, MRD_QR_TYPE = (int)0xCAFE01B0u, MRD_HC_TYPE = (int)0xCAFE01C0u, MRD_MMI_FLAG_TYPE = (int)0xCAFE01D0u, MRD_FAC_FLAG_TYPE = (int)0xCAFE01E0u, MRD_UID16_1_TYPE=(int)0xCAFE01E1, MRD_UID16_2_TYPE=(int)0xCAFE01E2, } MRD_FILE_TYPES; typedef enum { MRD_NO_ERROR, MRD_ERROR, MRD_INVALID_ADDRESS, MRD_FILE_NOT_FOUND_ERROR, MRD_FILE_ALREADY_EXISTS_ERROR, MRD_FILE_WRITE_ERROR, MRD_FILE_READ_ERROR, MRD_NOT_INITIALIZED_ERROR, MRD_NO_VALID_STAMP_ERROR, MRD_INVALID_HEADER_ERROR, MRD_INVALID_FILE_HEADER_ERROR, MRD_INVALID_CHECKSUM_ERROR, MRD_NO_MEMORY_ERROR, MRD_ALREADY_INITIALIZED_ERROR, MRD_FILENAME_TOO_LONG, MRD_NO_SPACE_ERROR, MRD_INVALID_END_OF_FILE_ERROR } MRDErrorCodes; typedef enum diagCommFsResultCode { DIAG_COMM_FS_OK, DIAG_COMM_FS_DISABLE, DIAG_COMM_FS_NOT_INIT, DIAG_COMM_FS_INVALID_NAME, DIAG_COMM_FS_ALREADY_INIT, DIAG_COMM_FS_NULL_POINTER, DIAG_COMM_FS_NO_FREE_SPACE, DIAG_COMM_FS_INVALID_LENGTH, DIAG_COMM_FS_INVALID_BUFFER, DIAG_COMM_FS_INVALID_FILE, DIAG_COMM_FS_WRITE_ERROR, DIAG_COMM_FS_OTHER_ERROR }diagCommFsResultCode; //1603(8+16)采用64KB双factory分区 //1606L(2+4)采用24KB的单factory分区 //1606 8M项目采用32KB双factory分区 //1606 4M项目采用32KB单factory分区 //1602 CRANELR(4+4和2+4)都采用24KB的单factory分区，项目会定义SINGLE_SIM 宏 //1609 CRANELS(8+8/4+4/4+8)的单卡基线/双卡基线都采用24KB的单factory分区 //定义MRD_FACTORY_MIN_SIZE宏，只有单factory分区 #if defined(CRANEL_4MRAM) || defined (ASR_PLATFORM_CRANELS) //quectel fix 1606 8M的FLASH需要ab备份，不能定义这个宏 //定义此宏，表示不支持factory_b分区，没有互相备份 #define MRD_FACTORY_MIN_SIZE #endif //工厂区分区大小已不通过宏进行定义，使用获取分区表的方式@Covington.Wei 20240914 #ifdef QUECTEL_PROJECT_CUST extern uint32_t Quec_GetFactorySize(void); #define MRD_MAX_FILE_LEN Quec_GetFactorySize() #else #if defined(CRANEL_4MRAM) || defined(CRANEL_8MRAM) //quectel add 8M ab分区的大小都是32k 不是64k #ifdef SINGLE_SIM #define MRD_MAX_FILE_LEN 0x6000//(24*1024) #else #ifdef ASR_PLATFORM_CRANELS #define MRD_MAX_FILE_LEN 0x6000//(24*1024) #else #define MRD_MAX_FILE_LEN 0x8000//(32*1024) #endif #endif #else #ifdef ASR_PLATFORM_CRANELS #define MRD_MAX_FILE_LEN 0x6000//(24*1024) #else #define MRD_MAX_FILE_LEN 0x10000//(64*1024) #endif #endif #endif #define FLASH_SECTOR_SIZE 0x1000 #define MRD_IMAGE_TOTAL_SIZE (MRD_MAX_FILE_LEN - FLASH_SECTOR_SIZE) // (64*1024) //last 4k is reserved for adc cal data struct DIAG_MRD_CaliDate { char Name[128]; char Date[32]; char Time[32]; }; struct DIAG_MRD_MEP { UINT32 version; UINT32 date; MEP_FIX mep_fix; }; typedef struct { UINT8 digits[6]; } BtIDData; typedef enum { ADC_VBAT = 0x0, ADC_RTP = 0x1, ADC_MAX = 0x2 }PM803_ADC_TYPE; //ICAT EXPORTED ENUM typedef enum { TEMP_NORMAL = 0, TEMP_LOW, TEMP_HIGH, TEMP_TYPE_MAX }ADC_TEMP_t; //ICAT EXPORTED STRUCT typedef struct { UINT8 volt[MAX_ADC_Data_LEN]; UINT8 data[MAX_ADC_Data_LEN]; }ADCValue; //ICAT EXPORTED STRUCT typedef struct { ADCValue value[MAX_ADC_GROUP_CNT]; UINT32 flag; }ADCInfo; //ICAT EXPORTED STRUCT typedef struct { UINT32 version; UINT32 timestamp; ADCInfo info; }MRDADCInfoS; //ICAT EXPORTED STRUCT typedef struct { ADCValue value[TEMP_TYPE_MAX-1][MAX_ADC_GROUP_CNT]; UINT8 temp[4]; UINT32 flag; }ADCInfo2; //ICAT EXPORTED STRUCT typedef struct { UINT32 version; UINT32 timestamp; ADCInfo2 info; }MRDADCInfoS2; enum mep_cmd_category { MEP_CMD_CAT_NETWORK, MEP_CMD_CAT_NETWORK_SUBSET, MEP_CMD_CAT_SERVICE_PROVIDER, MEP_CMD_CAT_CORPORATE, MEP_CMD_CAT_SIM, MEP_CMD_CAT_PASSWORD, MEP_CMD_CAT_COMMON_PART, MEP_CMD_CAT_RAW, MEP_CMD_CAT_MAX }; struct mep_cat_info { unsigned short param_cnt; unsigned short max_len; }; #ifdef QUECTEL_PROJECT_CUST void MRDUnlock(void); MRDErrorCodes MRDInitNucleus(void); #endif MRDErrorCodes MRDInit(unsigned char* mrd_area); MRDErrorCodes MRDParseHeader(unsigned char *MRD_file_buffer); MRDErrorCodes MRDOpen(void); MRDErrorCodes MRDClose(void); MRDErrorCodes MRDFreeFileBuffer(void); MRDErrorCodes MRDFileAdd(char *MRD_filename, UINT32 flags, UINT32 mrd_file_type, UINT32 file_format_version, UINT32 timestamp, char *input_filename); MRDErrorCodes MRDFileRead(char *MRD_filename, UINT32 mrd_file_type, UINT32 *flags, UINT32 *file_format_version, UINT32 *timestamp, char *output_filename); MRDErrorCodes MRDFileExist(char *MRD_filename, UINT32 mrd_file_type); MRDErrorCodes MRDFileRemove(char *MRD_filename, UINT32 MRD_file_type); MRDErrorCodes MRDFileDirFirst(char *MRD_filename, UINT32 *flags, UINT32 *file_format_version, UINT32 *timestamp); MRDErrorCodes MRDFileDirNext(char *MRD_filename, UINT32 *flags, UINT32 *file_format_version, UINT32 *timestamp); void DiagCommCopyFileToMRD(char *FileName); void DiagCommDelMRDFile(char *FileName); void DiagCommMRDFileExist(char *FileName); void DiagCommMRDUpdateMEP(struct DIAG_MRD_MEP *diag_mep, int length); void DiagCommMRDDelMEP(void); void DiagCommMRDDumpMEP(void); void DiagCommMRDCopyMEPToNVM(void); void DiagCommATCFUN(int* value); RETURNCODE_T AtMrdCdf(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); RETURNCODE_T AtMrdImei(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); #ifndef REMOVE_MEP RETURNCODE_T AtMrdMep(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); #endif RETURNCODE_T AtCalInfo(const utlAtParameterOp_T op, const char *command_name_p,const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); RETURNCODE_T AtMrdSn(const utlAtParameterOp_T op, const char *command_name_p,const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); RETURNCODE_T AtMrdItem(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); RETURNCODE_T ATMRDBACKUP(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); #if (!defined(LTEONLY_THIN) && !defined(LTEGSM_THIN)) RETURNCODE_T AtMrdWiFiMAC(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); #endif void BtIDRead(BtIDData *btID); void BtIDInit(unsigned long *ddrBuffaddr); #ifdef BT_SUPPORT RETURNCODE_T AtMrdBtMAC(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); #endif RETURNCODE_T AtMrdADC(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); RETURNCODE_T AtMrdRtpADC(const utlAtParameterOp_T op, const char *command_name_p, const utlAtParameterValue_P2c parameter_values_p, const size_t num_parameters, const char *info_text_p, unsigned int *xid_p, void *arg_p); void RDSaveADCFileToMRD(PM803_ADC_TYPE type); int MRDItemGet(const char *itemType, char *Data); int MRDAdcValueGet(UINT32 index, UINT32 *AdcValue, UINT32 *VoltageValue, PM803_ADC_TYPE type, ADC_TEMP_t tempType); int MRDAdcFlagGet(PM803_ADC_TYPE type, ADC_TEMP_t tempType); int MRDAdcCntGet(PM803_ADC_TYPE type, ADC_TEMP_t tempType); UINT32 GetMRDFlashAddress(void); UINT32 GetMRDBakFlashAddress(void); void vbat_pm803_init(void); #define MAX_DEVID_SIZE 512 #endif //MRD_HEADER_FILE_H