TB-03 二次开发环境搭建指导

/******************************************************************************************************** * @file mesh_node.c * * @brief for TLSR chips * * @author telink * @date Sep. 30, 2010 * * @par Copyright (c) 2017, Telink Semiconductor (Shanghai) Co., Ltd. ("TELINK") * All rights reserved. * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. * *******************************************************************************************************/ #include "proj_lib/ble/ll/ll.h" #include "proj_lib/ble/blt_config.h" #include "proj_lib/sig_mesh/app_mesh.h" #include "vendor/common/remote_prov.h" #include "vendor/common/fast_provision_model.h" #include "vendor/common/app_heartbeat.h" #include "vendor/common/app_health.h" #include "vendor/common/directed_forwarding.h" #include "subnet_bridge.h" #include "vendor/common/mesh_ota.h" #include "vendor/common/lighting_model_LC.h" #include "vendor/common/op_agg_model.h" #include "vendor/common/solicitation_rpl_cfg_model.h" #include "version.h" #include "app_privacy_beacon.h" #include "proj/mcu/watchdog_i.h" #include "proj_lib/ble/service/ble_ll_ota.h" #ifdef WIN32 #include "sig_mesh_json_info.h" #endif #if (MI_API_ENABLE) #include "vendor/common/mi_api/telink_sdk_mesh_api.h" #endif #if (ALI_MD_TIME_EN) #include "user_ali_time.h" #endif #if (DU_ENABLE) #include "user_du.h" #endif #if (TLV_ENABLE) #include "tlv_flash.h" #endif #if (__PROJECT_MESH_SWITCH__ && (0 == PM_DEEPSLEEP_RETENTION_ENABLE)) #define MESH_CMD_SNO_SAVE_DELTA (0x04) // can't set too much, becaush of deep sleep #else #define MESH_CMD_SNO_SAVE_DELTA (0x80) #endif /** @addtogroup Mesh_Common * @{ */ #if EXTENDED_ADV_ENABLE _attribute_no_retention_bss_ rf_packet_adv_t pkt_adv; #endif /** @defgroup Mesh_Node * @brief Mesh Node Code. * @{ */ void app_key_del2(mesh_app_key_t *p_appkey); void check_prov_timeout(); u16 ele_adr_primary = 0; // save in configure server model. u8 g_ele_cnt = ELE_CNT; u8 g_bind_key_max = BIND_KEY_MAX; u8 key_bind_all_ele_en = 0; u8 node_need_store_misc=1; u32 node_binding_tick = 0; // key add command also refresh this tick static u32 mesh_key_addr = FLASH_ADR_MESH_KEY; static u32 mesh_misc_addr = FLASH_ADR_MISC; static u32 mesh_adv_tx_cmd_sno_last; mesh_iv_idx_st_t iv_idx_st = { /*.cur = */IV_IDX_CUR, // store in big endianness }; mesh_key_t mesh_key = {{0}}; // not init here to decrease firmware size. #if FEATURE_LOWPOWER_EN friend_key_t mesh_fri_key_lpn[NET_KEY_MAX][2]; #else friend_key_t mesh_fri_key_fn[MAX_LPN_NUM][2]; #endif #if MD_DF_EN directed_key_t directed_key[NET_KEY_MAX][2]; #endif mesh_tid_t mesh_tid; //#if(__TL_LIB_8258__ || (MCU_CORE_TYPE == MCU_CORE_8258) || (MCU_CORE_TYPE == MCU_CORE_8278)) #if WIN32 u8 my_rf_power_index ; // win32 use #else u8 my_rf_power_index = MY_RF_POWER_INDEX; // use in library u8 tx_bear_extend_en = (MESH_DLE_MODE == MESH_DLE_MODE_EXTEND_BEAR); #endif //#endif /*PTS test*/ u8 pts_test_en = PTS_TEST_EN; #if (FEATURE_LOWPOWER_EN || GATT_LPN_EN) u8 proxy_message_between_gatt_and_adv_en = 0; #else u8 proxy_message_between_gatt_and_adv_en = FEATURE_PROXY_EN; #endif MYFIFO_INIT(mesh_adv_cmd_fifo, sizeof(mesh_cmd_bear_t)+DELTA_EXTEND_AND_NORMAL_ALIGN4_BUF, MESH_ADV_CMD_BUF_CNT); #if (FEATURE_RELAY_EN || WIN32) MYFIFO_INIT_NO_RET(mesh_adv_fifo_relay, sizeof(mesh_relay_buf_t)+DELTA_EXTEND_AND_NORMAL_ALIGN4_BUF, MESH_ADV_BUF_RELAY_CNT); #endif #if MESH_BLE_NOTIFY_FIFO_EN #define BLT_NOTIFY_FIFO_SIZE 36 // if need to change, should not use blt_notify_fifo and push blt_txfifo_ directly. #if __PROJECT_SPIRIT_LPN__ MYFIFO_INIT_NO_RET(blt_notify_fifo, BLT_NOTIFY_FIFO_SIZE, 64);//save retention #elif (FEATURE_LOWPOWER_EN || GATT_LPN_EN || __PROJECT_MESH_SWITCH__||DU_LPN_EN) MYFIFO_INIT(blt_notify_fifo, BLT_NOTIFY_FIFO_SIZE, 8); #else MYFIFO_INIT(blt_notify_fifo, BLT_NOTIFY_FIFO_SIZE, 64); #endif #endif STATIC_ASSERT(sizeof(mesh_net_key_t) % 16 == 0); STATIC_ASSERT(sizeof(mesh_app_key_t) % 4 == 0); STATIC_ASSERT(ARRAY_SIZE(mesh_key.net_key) == ARRAY_SIZE(mesh_fri_key_lpn)); STATIC_ASSERT(ARRAY_SIZE(mesh_key.net_key[0]) == ARRAY_SIZE(mesh_fri_key_lpn[0])); STATIC_ASSERT(ARRAY_SIZE(mesh_key.net_key[0]) == ARRAY_SIZE(mesh_fri_key_fn[0])); STATIC_ASSERT(ARRAY_SIZE(mesh_key.net_key[0]) == ARRAY_SIZE(directed_key[0])); STATIC_ASSERT(NET0 == 0); STATIC_ASSERT(ELE_CNT <= ELE_CNT_MAX_LIB); // don't cancle this assert STATIC_ASSERT((NET_KEY_MAX <= 255) && (APP_KEY_MAX <= 255)); // only one byte for array index STATIC_ASSERT(MD_SERVER_EN || MD_CLIENT_EN); STATIC_ASSERT((BUILD_VERSION & 0x00FF0000) != 0x00A50000); // because ram[840004] is a special flag which is 0xA5, in cstartup_S. STATIC_ASSERT((SW_VERSION_SPEC < 16)&&(SW_VERSION_MAJOR < 16)&&(SW_VERSION_MINOR < 16)&&(SW_VERSION_2ND_MINOR < 16)); #if (!WIN32) #if MESH_DLE_MODE STATIC_ASSERT(((DLE_LEN_MAX_RX >= MAX_OCTETS_DATA_LEN_EXTENSION)||((DLE_LEN_MAX_RX + 8) % 16 == 0)) && (DLE_LEN_MAX_RX > 40)); // because DLE is 27 if "<=40". STATIC_ASSERT(((DLE_LEN_MAX_TX >= MAX_OCTETS_DATA_LEN_EXTENSION)||(DLE_LEN_MAX_TX % 4 == 0)) && (DLE_LEN_MAX_TX > 28)); // because DLE is 27 if "<=28". #endif #if EXTENDED_ADV_ENABLE STATIC_ASSERT((MESH_DLE_MODE == MESH_DLE_MODE_EXTEND_BEAR) && (DLE_LEN_MAX_RX == MAX_OCTETS_DATA_LEN_EXTENSION)); #endif #endif // composition data struct #if MD_CFG_CLIENT_EN #define MD_ID_ARRAY_CFG_CLIENT SIG_MD_CFG_CLIENT, #else #define MD_ID_ARRAY_CFG_CLIENT #endif #if MD_REMOTE_PROV #if MD_CLIENT_EN #define MD_ID_REMOTE_PROV_CLIENT SIG_MD_REMOTE_PROV_CLIENT, #endif #if MD_SERVER_EN #define MD_ID_REMOTE_PROV_SERVER SIG_MD_REMOTE_PROV_SERVER, #endif #endif #ifndef MD_ID_REMOTE_PROV_SERVER #define MD_ID_REMOTE_PROV_SERVER #endif #ifndef MD_ID_REMOTE_PROV_CLIENT #define MD_ID_REMOTE_PROV_CLIENT #endif #define MD_ID_ARRAY_REMOTE_PROV MD_ID_REMOTE_PROV_SERVER MD_ID_REMOTE_PROV_CLIENT #if MD_PRIVACY_BEA #if MD_CLIENT_EN #define MD_ID_PRIVACY_BEA_CLIENT SIG_MD_PRIVATE_BEACON_CLIENT, #endif #if MD_SERVER_EN #define MD_ID_PRIVACY_BEA_SERVER SIG_MD_PRIVATE_BEACON_SERVER, #endif #endif #ifndef MD_ID_PRIVACY_BEA_SERVER #define MD_ID_PRIVACY_BEA_SERVER #endif #ifndef MD_ID_PRIVACY_BEA_CLIENT #define MD_ID_PRIVACY_BEA_CLIENT #endif #if MD_DF_EN #if MD_CLIENT_EN #define MD_ID_DF_CFG_CLIENT SIG_MD_DF_CFG_C, #endif #if MD_SERVER_EN #define MD_ID_DF_CFG_SERVER SIG_MD_DF_CFG_S, #endif #endif #ifndef MD_ID_DF_CFG_SERVER #define MD_ID_DF_CFG_SERVER #endif #ifndef MD_ID_DF_CFG_CLIENT #define MD_ID_DF_CFG_CLIENT #endif #if MD_SBR_EN #if MD_CLIENT_EN #define MD_ID_BRIDGE_CFG_CLIENT SIG_MD_BRIDGE_CFG_CLIENT, #endif #if MD_SERVER_EN #define MD_ID_BRIDGE_CFG_SERVER SIG_MD_BRIDGE_CFG_SERVER, #endif #endif #ifndef MD_ID_BRIDGE_CFG_SERVER #define MD_ID_BRIDGE_CFG_SERVER #endif #ifndef MD_ID_BRIDGE_CFG_CLIENT #define MD_ID_BRIDGE_CFG_CLIENT #endif #if MD_SAR_EN #if MD_CLIENT_EN #define MD_ID_SAR_CFG_CLIENT SIG_MD_SAR_CFG_C, #endif #if MD_SERVER_EN #define MD_ID_SAR_CFG_SERVER SIG_MD_SAR_CFG_S, #e