/* * Copyright (C) 2021 HiSilicon (Shanghai) Technologies CO., LIMITED. * * This program is free software; you can redistribute it and/or * modify it under the terms of the GNU General Public License * as published by the Free Software Foundation; either version 2 * of the License, or (at your option) any later version. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * You should have received a copy of the GNU General Public License * along with this program; if not, write to the Free Software * Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. */ #ifndef __HI_CONFIG_H__ #define __HI_CONFIG_H__ /* *************************************************************************** */ #include /* * 全局模块/子模块ID设置 * 注意增减模块个数后，需要增减 HI_MOD_MAX_NUM * SAL : [200, 300) * BSP : [300, 400) -- [12c, 190) * MAC : [500, 600) -- [1F4, 258) * APP : [800, 900) -- [320, 384) */ #ifndef PRODUCT_CFG_DIAG_MODULE_ID_MAX_NUM #define PRODUCT_CFG_DIAG_MODULE_ID_MAX_NUM 60 #endif #define HI_MOD_MAX_NUM (PRODUCT_CFG_DIAG_MODULE_ID_MAX_NUM) /* 模块个数 */ /* SAL: [200, 300) */ #define HI_MOD_ID_SAL_SYS 201 #define HI_MOD_ID_SAL_NVM 203 #define HI_MOD_ID_SAL_DIAG 204 #define HI_MOD_ID_SAL_DFX 205 #define HI_MOD_ID_CPUP_DFX 210 #define HI_MOD_ID_CIPHER 211 /* BSP: [300, 400) */ #define HI_MOD_ID_DRV 300 /* 0x12C */ #define HI_MOD_ID_DRV_SPI 307 /* 0x133 */ #define HI_MOD_ID_DRV_DMA 316 /* 0x13c */ #define HI_MOD_ID_UPG 317 #define HI_MOD_ID_WIFI_DRV 400 /* 0x190 */ /* APP : [800, 900) */ #define HI_MOD_ID_APP_COMMON 812 /* 32C */ #define HI_MOD_ID_APP_AT 813 /* 32C */ /* Module name size in bytes */ #define HI_SYS_MOD_NAME_LEN 16 #ifdef __NEW_FILE_ID__ #define HI_DIAG_LOG_MSG_MOD_ID __NEW_MOD_ID__ #define HI_DIAG_LOG_MSG_FILE_ID __NEW_FILE_ID__ #else #define HI_DIAG_LOG_MSG_MOD_ID 0 #define HI_DIAG_LOG_MSG_FILE_ID 0 #endif /* DIAG包缓存单包最大大小设置 */ #define HI_DIAG_BUFFERING_MSG_MAX_LEN 100 #define HI_DIAG_BUFFERING_CMD_MAX_LEN 100 /* DAIG 通道 中 缓存队列 大小设置 */ #define HI_DIAG_BUFFERING_MSG_NUM 5 /* 消息 大于该门限则动态分配内存 */ #define HI_DIAG_BUFFERING_CMD_NUM 2 /* 命令 大于该门限则动态分配内存 */ /* **************************************************************************** 全局静态设置 **************************************************************************** */ /* HI_SYS_MSG_PARAM_NUM_MAX-1,由于HISO不支持宏-1，用HI_SYS_MSG_PARAM_NUM_MIN替代HI_SYS_MSG_PARAM_NUM_MIN-1 */ #define HI_SYS_MSG_PARAM_NUM_MAX_AULDATA 2 #define HI_SYS_MSG_PARAM_NUM_MIN 4 #define HI_PLC_MAC_ADDR_LEN 6 #define HI_IPV4_ADDR_LEN 4 #define HI_PLC_RELAY_NUM_MAX 3 /* 接收DIAG包最大大小，包括通道帧头和payload */ #define HI_DIAG_PACKET_REQ_CACHE_MAX_SIZE 320 /* 诊断子系统缓存大小，上位机传输数据大于该大小，将被丢弃 */ #define HI_DIAG_PACKET_ACK_MAX_SIZE 1024 /* 限制ACK单包回复数据长度 */ #define HI_DIAG_PACKET_REQ_DATA_MAX_SIZE 320 /* 由于升级传输包需要，必须大于312字节 */ /* 任务等待异常 */ #define HI_SYS_TASK_WAIT_EXCEPTION_TIME_OUT 10000 /* ms task wait 异常等待 Sleep */ // ***************************************************************************** #if !defined(HI_HAVE_CROSS_COMPILER_DIAB_AS) #if defined(PRODUCT_CFG_HSO) #undef PRODUCT_CFG_MCORE_RAM_LOW_ADDR #define PRODUCT_CFG_MCORE_RAM_LOW_ADDR 0x0 #endif // ***************************************************************************** #define HI_SYS_RAM_MAX_ADDR (PRODUCT_CFG_MCORE_RAM_HIGH_ADDR) #define HI_SYS_RAM_ADDR_LIMIT (PRODUCT_CFG_MCORE_RAM_LOW_ADDR) #define HI_ADDR_RAM_BASE ((hi_u32)(HI_SYS_RAM_ADDR_LIMIT)) // 可读写的起始地址 #if defined(PRODUCT_CFG_PLATFORM_WINDOWS) || defined(PRODUCT_CFG_FEATURE_UT) #define HI_ADDR_USER_WR (0x00001000) #else #define HI_ADDR_USER_WR 0x10000000 #endif #if defined(PRODUCT_CFG_PLATFORM_WINDOWS) || defined(PRODUCT_CFG_FEATURE_UT) #define HI_ADDR_USER_RAM_START (0x00001000) #undef HI_ADDR_RAM_BASE #define HI_ADDR_RAM_BASE (0x00001000) #define HI_ADDR_USER_RAM_MAX 0xFFFFFFFF #define set_ram_addr(x) if (x == 0) \ x = 0x02000000 #else #if defined(PRODUCT_CFG_HSO) #define HI_ADDR_USER_RAM_START (0x00001000) #define HI_ADDR_USER_RAM_MAX 0xFFFFFFFF #define set_ram_addr(x) if (x == 0) \ x = 0x02000000 #else #if defined(HI_HAVE_CROSS_COMPILER_DIAB) HI_EXTERN hi_u32 g_wrs_kernel_text_end; #define HI_ADDR_USER_RAM_START (hi_u32)((hi_u32 *)(&g_wrs_kernel_text_end)) #else #define HI_ADDR_USER_RAM_START ((hi_u32)(HI_ADDR_RAM_BASE)) #endif #define HI_ADDR_USER_RAM_MAX (PRODUCT_CFG_MCORE_RAM_MEM_MAX_ADDR) #define set_ram_addr(x) #endif #endif #define HI_ADDR_USER_RAM HI_ADDR_USER_RAM_START #define HI_ADDR_CODE_RAM HI_SYS_RAM_ADDR_LIMIT /* The total size of the RAM */ HI_EXTERN hi_u32 g_halSectorsRamSize; /* The start address of RAM */ HI_EXTERN hi_void *g_halSectorsRamStart; #if !defined(PRODUCT_CFG_FEATURE_UT) #if defined(HAVE_PCLINT_CHECK) /* 底层接口适配, 不参与PCLINT检查 */ #define HI_SYS_ADDR_USER_RAM (HI_SYS_RAM_ADDR_LIMIT) #else #define HI_SYS_ADDR_USER_RAM (((HI_ADDR_USER_RAM) < HI_SYS_RAM_ADDR_LIMIT) ? \ (HI_SYS_RAM_ADDR_LIMIT) : (HI_ADDR_USER_RAM)) #endif #else #define HI_SYS_ADDR_USER_RAM (HI_ADDR_USER_RAM_START) #endif #define hi_is_valid_ram_addr(_x) (((hi_u32)(_x) >= (hi_u32)(uintptr_t)g_halSectorsRamStart) && \ ((hi_u32)(_x) < ((hi_u32)(uintptr_t)g_halSectorsRamStart + g_halSectorsRamSize))) #define hi_is_valid_code_addr(_x) (_x) #if defined(PRODUCT_CFG_MCORE_FLH_LOW_ADDR) #define hi_is_valid_flh_addr(_x) (((hi_u32)(_x) >= (hi_u32)PRODUCT_CFG_MCORE_FLH_LOW_ADDR) && \ ((hi_u32)(_x) < (hi_u32)HI_ADDR_USER_RAM_MAX)) #else #define hi_is_valid_flh_addr(_x) (_x) #endif /* 必须等于 HI_SYS_MTSK_MAX_NUM + HI_SYS_ATSK_MAX_NUM 之和, 由于HSO解析问题,这里不使用四则运算表达式 */ #define HI_SYS_TSK_MAX_NUM 20 #define HI_SYS_HTSK_MAX_NUM 4 #define HI_SYS_MQ_MAX_NUM 10 #define HI_SYS_AQ_MAX_NUM 1 #define HI_SYS_MTSK_MAX_NUM 18 #define HI_SYS_ATSK_MAX_NUM 2 #define HI_DIAG_DBG_SYNC_SIZE_MAX 3 // ***************************************************************************** // NV范围 // ***************************************************************************** /* * * @ingroup iot_nv * * Factory NV area start ID (including this ID).CNcomment:工厂NV区起始ID（包含此ID）。CNend */ #define HI_NV_FACTORY_ID_START 0x0 /* * * @ingroup iot_nv * * Factory NV area end ID (not included).CNcomment:工厂NV区结束ID（不包含此ID）。CNend */ #define HI_NV_FACTORY_ID_END 0x16 /* * * @ingroup iot_nv * * Factory NV user area start ID (including this ID).CNcomment:工厂NV区用户区起始ID（包含此ID）。CNend */ #define HI_NV_FACTORY_USR_ID_START HI_NV_FACTORY_ID_END /* * * @ingroup iot_nv * * Factory NV user area end ID (not included).CNcomment:工厂NV区用户区结束ID（不包含此ID）。CNend */ #define HI_NV_FACTORY_USR_ID_END 0x20 /* * * @ingroup iot_nv * * Non factory NV area start ID (including this ID).CNcomment:非工厂NV区起始ID（包含此ID）。CNend */ #define HI_NV_NORMAL_ID_START HI_NV_FACTORY_USR_ID_END /* * * @ingroup iot_nv * * Non factory NV user area end ID (not included).CNcomment:非工厂NV区结束ID（不包含此ID）。CNend */ #define HI_NV_NORMAL_ID_END 0x80 /* **************************************************************************** 通道设置 **************************************************************************** */ #define HI_DMS_CHL_UART_PORT_DIAG 1 /* DIAG通道支持的UART端口号, 必须小于 HI_DMS_CHL_UART_PORT_NUM_MAX */ #define HI_DMS_CHL_UART_PORT_MAX 1 /* max. */ #define HI_DMS_CHL_UART_PORT_NUM_MAX 3 #define HI_DMS_CHL_UART_PORT_NUM_MAX2 3 #define HI_DMS_CHL_MAC_PORT_MIN 0x10 #if defined(PRODUCT_CFG_SUPPORT_UPG_SEPARATE) #define HI_DMS_CHL_MAC_PORT_UPG 0x12 #define HI_DMS_CHL_MAC_PORT_MAX 0x12 #else #define HI_DMS_CHL_MAC_PORT_MAX 0x11 #endif #define HI_DMS_CHL_PORT_ANY 0xFFF0 #define HI_DIAG_CHL_UART_BLOCK_WRITE_TIMEOUT 10 /* ms block写超时 */ #define HI_DMS_CHL_UART_BLOCK_WRITE_TIMEOUT 10 /* ms block写超时 */ #define HI_DMS_CHL_EXCEPTION_POLLING_WAIT 5000 /* ms task read dev 异常等待Sleep */ #define HI_DMS_CHL_FLASH_BLOCK_WRITE_TIMEOUT 10 /* ms block写超时 */ #define HI_DMS_UART_EXCEPTION_POLLING_WAIT 1000 /* ms UART异常等待Sleep */ #define HI_DMS_CHL_CONNECT_DETECT_NUM 3 /* 通道连接后心跳方式检测客户端的失败的次数 */ #define HI_DMS_CHL_REPORT_PACKET_TIMEOUT 10 /* 批量上报延时 */ #define HI_DIAG_MODULE_SYS 5 /* MSG SYS可配置的类别个数 */ #define HI_DIAG_MODULE_DEV 30 /* MSG DEV可配置的Module个数 */ #define HI_DIAG_MODULE_USR 5 /* MSG USR可配置的类别个数 */ #ifndef PRODUCT_CFG_DIAG_MSG_CFG_MAX_NUM #define PRODUCT_CFG_DIAG_MSG_CFG_MAX_NUM 10 #endif #define HI_DIAG_MSG_ID_NUM (PRODUCT_CFG_DIAG_MSG_CFG_MAX_NUM) /* 配置的消息个数 */ #define HI_DIAG_WAIT_MESSAGE_TIMEOUT 50 /* ms */ #define HI_DIAG_WAI_DIAG_MESSAGE_TIMEOUT 100 /* 上报 DIAG包的最小周期 ms */ /* 系统诊断ID定义范围 */ #define HI_DFX_STAT_ID_BASE_SYS 0xA000 /* SYS STAT的包ID范围: [0xA000, 0xF000) */ #define HI_DFX_STAT_ID_MAX_SYS 0xF000 /* MSG SYS和USR子类别定义(16bit) */ #define HI_MSG_SYS_L0 0xff10 // MSG SYS Level0 #define HI_MSG_SYS_L1 0xff20 // MSG SYS Level1 #define HI_MSG_SYS_L2 0xff01 // MSG SYS Level2 #define HI_MSG_USR_L0 0xf3e8 // MSG USR Level0 #define HI_MSG_USR_L1 0xf3e9 // MSG USR Level1 #define HI_MSG_USR_L2 0xf3ea // MSG USR Level2 #define HI_MSG_USR_L3 0xf3eb // MSG USR Level3 #define HI_MSG_USR_L4 0xf3ec // MSG USR Level4 #define hi_sys_inf_ver(_v, _r, _c, _b, _spc) ((((_v) & 0x07) << 29) | (((_r) & 0x07) << 26) | (((_c) & 0x3F) << 20) #endif /* HI_HAVE_CROSS_COMPILER_DIAB_AS */ #define DIAG_PROC_TASK_STACK_SIZE 2048 #define DIAG_UART_TASK_STACK_SIZE 1536 #define FLASH_PROTECT_TASK_STACK_SIZE 1024 #define DATA_COLLECT_TASK_STACK_SIZE 2048 /* this statck will destroy after dc finish */ #ifdef HI_BOARD_ASIC #define DIAG_QUEUE_MSG_NUM 48 #else #define DIAG_QUEUE_MSG_NUM 100 #endif #define DIAG_PROC_TASK_PRIO 25 #define DIAG_UART_TASK_PRIO 20 #define FLASH_PROTECT_TASK_PRIO 1 #define DATA_COLLECT_TASK_PRIO 21 #define HI_MILLISECOND_PER_TICK 10 #define PRODUCT_CFG_TASK_PRIO_SC_EXPMONITOR 30 #define PRODUCT_CFG_TASK_STACK_SIZE_SC_EXPMONITOR 2048 #define PRODUCT_CFG_FLASH_BLOCK_SIZE 0x1000 #define PRODUCT_CFG_AUTO_RESET_SYSTEM_TIMEOUT 30000 #define PRODUCT_CFG_DEEP_SLEEP_DEFAULT_MAX_MS 30000 #endif /* __HI_CONFIG_H__ */