Index: Librarier/bt_rom/format/headset.format =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/Librarier/bt_rom/format/headset.format (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/Librarier/bt_rom/format/headset.format (working copy) @@ -71,30 +71,31 @@ 1 mem_module_le_att_list 0 mem_module_le_att_list_end + - 1 mem_le_disconnect_reason - 8 mem_mesh_le_features - 5 mem_mesh_le_version - 1 mem_mesh_le_version_exchange_times +// 1 mem_le_disconnect_reason +// 8 mem_mesh_le_features +// 5 mem_mesh_le_version +// 1 mem_mesh_le_version_exchange_times //Hci command - 2 mem_mesh_hci_opcode_ocf - 1 mem_mesh_hci_opcode_ogf - 1 mem_mesh_hci_cmd_len +// 2 mem_mesh_hci_opcode_ocf +// 1 mem_mesh_hci_opcode_ogf +// 1 mem_mesh_hci_cmd_len //Set event mask command - 8 mem_mesh_event_mask +// 8 mem_mesh_event_mask //Read Loacl Version Information - 0 mem_mesh_read_local_version_info - 1 mem_mesh_read_local_version_info_hci_version - 2 mem_mesh_read_local_version_info_hci_revision - 1 mem_mesh_read_local_version_info_lmp_version - 2 mem_mesh_read_local_version_info_manufacturer - 2 mem_mesh_read_local_version_info_lmp_subversion +// 0 mem_mesh_read_local_version_info +// 1 mem_mesh_read_local_version_info_hci_version +// 2 mem_mesh_read_local_version_info_hci_revision +// 1 mem_mesh_read_local_version_info_lmp_version +// 2 mem_mesh_read_local_version_info_manufacturer +// 2 mem_mesh_read_local_version_info_lmp_subversion // Local support command - 64 mem_mesh_read_local_support_command +// 64 mem_mesh_read_local_support_command //LE event mask command 8 mem_mesh_le_event_mask @@ -145,153 +146,179 @@ 1 mem_fec_required //inquiry - 1 mem_inquiry_num_responses - 1 mem_inquiry_num_check - 1 mem_conn_status - 1 mem_inquiry_mode - 2 mem_inquiry_eir_data - 1 mem_io_cap_flag +// 1 mem_inquiry_num_responses +// 1 mem_inquiry_num_check +// 1 mem_conn_status +// 1 mem_inquiry_mode +// 2 mem_inquiry_eir_data +// 1 mem_io_cap_flag - 1 mem_page_scan_repetition_mode +// 1 mem_page_scan_repetition_mode //receive_connection_request_status: 0 return Unknown Conn 1 get request 2 request was rejected 1 mem_conn_req_status // think big buffer queue? - 0 mem_alloc_normal_block - 2 mem_alloc_normal_header - 2 mem_alloc_normal_rptr - 2 mem_alloc_normal_wptr - 2 mem_alloc_normal_end - 1 mem_alloc_normal_total_size - 1 mem_alloc_normal_cur_len - 30 mem_alloc_normal_block_start - - 0 mem_alloc_big_block - 2 mem_alloc_big_header - 2 mem_alloc_big_rptr - 2 mem_alloc_big_wptr - 2 mem_alloc_big_end - 1 mem_alloc_big_total_size - 1 mem_alloc_big_cur_len - 30 mem_alloc_big_block_start +// 0 mem_alloc_normal_block +// 2 mem_alloc_normal_header +// 2 mem_alloc_normal_rptr +// 2 mem_alloc_normal_wptr +// 2 mem_alloc_normal_end +// 1 mem_alloc_normal_total_size +// 1 mem_alloc_normal_cur_len +// 30 mem_alloc_normal_block_start + +// 0 mem_alloc_big_block +// 2 mem_alloc_big_header +// 2 mem_alloc_big_rptr +// 2 mem_alloc_big_wptr +// 2 mem_alloc_big_end +// 1 mem_alloc_big_total_size +// 1 mem_alloc_big_cur_len +// 30 mem_alloc_big_block_start // For debug. - 30 mem_normal_block_ptr_list - 30 mem_big_block_ptr_list +// 30 mem_normal_block_ptr_list +// 30 mem_big_block_ptr_list - 3 mem_rcv_br_queue_ptr - 3 mem_rcv_ble_queue_ptr +// 3 mem_rcv_br_queue_ptr +// 3 mem_rcv_ble_queue_ptr - 0 mem_snd_br_block - 2 mem_snd_br_header - 2 mem_snd_br_rptr - 2 mem_snd_br_wptr - 2 mem_snd_br_end - 1 mem_snd_br_total_size - 1 mem_snd_br_cur_len - 30 mem_snd_br_block_start - - 0 mem_snd_ble_block - 2 mem_snd_ble_header - 2 mem_snd_ble_rptr - 2 mem_snd_ble_wptr - 2 mem_snd_ble_end - 1 mem_snd_ble_total_size - 1 mem_snd_ble_cur_len - 30 mem_snd_ble_block_start - - 0 mem_snd_hci_block - 2 mem_snd_hci_header - 2 mem_snd_hci_rptr - 2 mem_snd_hci_wptr - 2 mem_snd_hci_end - 2 mem_snd_hci_total_size - 1 mem_snd_hci_cur_len - 30 mem_snd_hci_block_start +// 0 mem_snd_br_block +// 2 mem_snd_br_header +// 2 mem_snd_br_rptr +// 2 mem_snd_br_wptr +// 2 mem_snd_br_end +// 1 mem_snd_br_total_size +// 1 mem_snd_br_cur_len +// 30 mem_snd_br_block_start + +// 0 mem_snd_ble_block +// 2 mem_snd_ble_header +// 2 mem_snd_ble_rptr +// 2 mem_snd_ble_wptr +// 2 mem_snd_ble_end +// 1 mem_snd_ble_total_size +// 1 mem_snd_ble_cur_len +// 30 mem_snd_ble_block_start + +// 0 mem_snd_hci_block +// 2 mem_snd_hci_header +// 2 mem_snd_hci_rptr +// 2 mem_snd_hci_wptr +// 2 mem_snd_hci_end +// 2 mem_snd_hci_total_size +// 1 mem_snd_hci_cur_len +// 30 mem_snd_hci_block_start 4 mem_regd - 2 mem_alloc_buffer_len +// 2 mem_alloc_buffer_len - - 2 mem_temp_alloc_big_malloc_cnt - 2 mem_temp_alloc_normal_malloc_cnt - 2 mem_temp_send_br_malloc_cnt - 2 mem_temp_media_malloc_cnt - 2 mem_temp_lcp_malloc_cnt - 2 mem_temp_sco_rx_malloc_cnt - 2 mem_temp_sco_tx_malloc_cnt +// +// 2 mem_temp_alloc_big_malloc_cnt +// 2 mem_temp_alloc_normal_malloc_cnt +// 2 mem_temp_send_br_malloc_cnt +// 2 mem_temp_media_malloc_cnt +// 2 mem_temp_lcp_malloc_cnt +// 2 mem_temp_sco_rx_malloc_cnt +// 2 mem_temp_sco_tx_malloc_cnt - 2 mem_temp_alloc_big_free_cnt - 2 mem_temp_alloc_normal_free_cnt - 2 mem_temp_send_br_free_cnt - 2 mem_temp_media_free_cnt - 2 mem_temp_lcp_free_cnt - 2 mem_temp_sco_rx_free_cnt - 2 mem_temp_sco_tx_free_cnt +// 2 mem_temp_alloc_big_free_cnt +// 2 mem_temp_alloc_normal_free_cnt +// 2 mem_temp_send_br_free_cnt +// 2 mem_temp_media_free_cnt +// 2 mem_temp_lcp_free_cnt +// 2 mem_temp_sco_rx_free_cnt +// 2 mem_temp_sco_tx_free_cnt - 2 mem_param_alloc_normal_buffer_start_address - 2 mem_param_alloc_normal_buffer_max_length - 2 mem_param_alloc_big_buffer_start_address - 2 mem_param_alloc_big_buffer_max_length - - - 1 mem_ipc_data_rx_buf_subtype - 3 mem_ipc_data_rx_buf_payload_ptr +// 2 mem_param_alloc_normal_buffer_start_address +// 2 mem_param_alloc_normal_buffer_max_length +// 2 mem_param_alloc_big_buffer_start_address +// 2 mem_param_alloc_big_buffer_max_length +// +// +// 1 mem_ipc_data_rx_buf_subtype +// 3 mem_ipc_data_rx_buf_payload_ptr - 1 mem_ipc_data_tx_buf_subtype - 3 mem_ipc_data_tx_buf_payload_ptr +// 1 mem_ipc_data_tx_buf_subtype +// 3 mem_ipc_data_tx_buf_payload_ptr - 8 mem_le_features +// 8 mem_le_features - 1 mem_le_supported_host - 1 mem_simultaneous_le_host +// 1 mem_le_supported_host +// 1 mem_simultaneous_le_host - 2 mem_default_link_policy_settings - // mem_link_policy_settings only used by connected - 2 mem_link_policy_settings - 1 mem_le_white_list_cnt - 28 mem_le_white_list - 7 mem_le_white_list_type_and_bd_addr - 1 mem_le_white_list_filter_policy +// 2 mem_default_link_policy_settings +// // mem_link_policy_settings only used by connected +// 2 mem_link_policy_settings +// 1 mem_le_white_list_cnt +// 28 mem_le_white_list +// 7 mem_le_white_list_type_and_bd_addr +// 1 mem_le_white_list_filter_policy - 1 mem_hci_acl_packet_pb_flag - 2 mem_hci_acl_packet_len_recved - 2 mem_hci_acl_packet_payload_ptr +// 1 mem_hci_acl_packet_pb_flag +// 2 mem_hci_acl_packet_len_recved +// 2 mem_hci_acl_packet_payload_ptr 1 mem_le_first_packet_count 1 mem_hci_record_disc_conn_handle 1 mem_fsc_rtk_host - 8 mem_remote_features - 8 mem_remote_ext_features0 - 8 mem_remote_ext_features1 - 2 mem_le_scan_window_temp - - 256 mem_zcode_buff_user - - 1 mem_queue_init_flag - 2 mem_hci_version_svnid - 6 mem_bd_addr_new - 32 mem_efuse_encryp_data - 2 mem_encryp_inital_value - 2 mem_encryp_param - 1 mem_encryp_count - - 1 mem_qspi_lock_flag_cm0 - 1 mem_qspi_lock_flag_respin - 1 mem_qspi_lock_victim - 64 mem_efuse_64_bytes - +// 8 mem_remote_features +// 8 mem_remote_ext_features0 +// 8 mem_remote_ext_features1 +// 2 mem_le_scan_window_temp + +// 256 mem_zcode_buff_user + +// 1 mem_queue_init_flag +// 2 mem_hci_version_svnid +// 6 mem_bd_addr_new +// 32 mem_efuse_encryp_data +// 2 mem_encryp_inital_value +// 2 mem_encryp_param +// 1 mem_encryp_count + +// 1 mem_qspi_lock_flag_cm0 +// 1 mem_qspi_lock_flag_respin +// 1 mem_qspi_lock_victim +// 64 mem_efuse_64_bytes + 0 mem_fcc_param_new + + 1 mem_fcc_ch_new + 1 mem_fcc_mod_new + 1 mem_fcc_txrx_new + 1 mem_fcc_btble_new + 1 mem_fcc_data_new + 1 mem_fcc_data_length_new + 1 mem_fcc_hop_new + + 0 mem_fcc_param + + 1 mem_fcc_ch + 1 mem_fcc_mod + 1 mem_fcc_txrx + 1 mem_fcc_btble + 1 mem_fcc_data + 1 mem_fcc_data_length + 1 mem_fcc_hop + 1 mem_random_ch + 1 mem_tx_power_fcc + 1 mem_24g_test + 1 mem_rf_txon_param1 + 1 mem_rf_txon_param2 + 1 mem_rf_shutdown_param1 + 1 mem_rf_shutdown_param2 + 10 mem_0db_tx_power_param 0 mem_headset_end ) ( @@ -305,6 +332,9 @@ 1 Hold_Mode 2 Sniff_Mode ) +( +0x3000 mem_pn9 +) //Error Codes ( 0x04 PAGE_TIMEOUT Index: ModuleDemo/25_OTA/bt_demo/BT/patch/patch.prog =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/patch/patch.prog (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/patch/patch.prog (working copy) @@ -1,3623 +1,1259 @@ -//define EFUSE_CODE -//define FUNCTION_WATCH_DOG -//define TEST_QUEUE_DEBUG -//define RF_DEBUG -//define WHITE_LIST -define MINZHAN_SDK -define FSC_RTK_HOST -/******************************************/ -/************** Start *****************/ -/******************************************/ -ifdef EFUSE_CODE - call wdt_init_reset_with_start // this supervision timeout is near 16.76s - branch loadcode_spi+2 -endif //EFUSE_CODE - - bbit1 8,pf_patch_ext - beq patch00_2,p_main_loop - beq patch01_6,p_inquiry_receive_rtn - beq patch02_0,p_master_page_timeout - beq patch03_4,p_master_loop - beq patch03_6,p_master_disconnect - beq patch04_0,p_linkkey_ready - beq patch04_4,p_role_switch_master - beq patch06_2,p_send_eir - beq patch07_2,p_slave_loop - beq patch07_6,p_slave_disconnect - beq patch08_1,p_roles_newconn_loop - beq patch08_4,p_newconn_init - beq patch0a_4,p_rx_type_dispatch - beq patch0b_0,p_process_dmh_common - beq patch0b_4,p_process_dmh_data_end - beq patch0b_5,p_process_dmh_l2cap_packet - beq patch0d_2,p_sniff_init - beq patch0d_3,p_sniff_exit - beq patch10_1,p_shutdown_radio - beq patch10_5,p_set_freq_tx - beq patch10_6,p_initialize_radio_cont - - - beq patch13_6,p_initialize_radio_cont_by_init_param - - beq patch14_0,p_lpm_hibernate - beq patch14_4,p_lpm_dispatch - beq patch15_0,p_lpm_dispatch_unconn - beq patch17_1,p_app_init - beq patch17_2,p_app_process_bb_event - beq patch1c_0,p_vp_check_get_data +// beq patch00_0,p_soft_reset +// beq patch00_2,p_main_loop +// beq patch10_6,p_start + beq patch13_6,p_start branch assert -pf_patch_ext: - beq patch20_7,p_ipc_init - beq patch21_4,p_ipc_rx_process - beq patch22_2,p_l2cap_init_queue - beq patch22_3,p_queue_insert - beq patch22_4,p_queue_delete - beq patch24_3,p_l2cap_load_channel_param - beq patch24_5,p_l2cap_malloc - beq patch24_6,p_l2cap_malloc_fifo_out - beq patch24_7,p_l2cap_malloc_free - beq patch25_0,p_l2cap_malloc_discard - beq patch25_1,p_l2cap_malloc_is_fifo_full - beq patch25_2,p_l2cap_malloc_fifo_get_first_ptr - beq patch27_3,p_le_init_conn - beq patch27_6,p_le_conn_dispatch - beq patch27_7,p_le_slave_match - beq patch28_1,p_le_slave_unsync - beq patch28_2,p_le_slave_disconn - beq patch29_3,p_le_receive_slave - beq patch29_7,p_le_send_adv_ind - beq patch2a_2,p_le_acknowledge -// beq patch2a_4,p_le_scan_match - beq patch2b_0,p_le_parse_ll - beq patch2b_3,p_le_adv - beq patch2b_5,p_parse_connect_req - beq patch2c_0,p_le_fifo_malloc_tx - beq patch2c_4,p_le_fifo_release_first_node - beq patch2d_6,p_init_lmp_work - beq patch2e_0,p_parse_lmp_process - beq patch2e_1,z_parse_lmp_escape - beq patch2e_2,p_parse_lmp_accepted -// beq patch2e_3,z_parse_lmp_not_accepted - beq patch2e_4,p_send_lmp - - beq patch31_0,p_check_m0_qspi_lock_and_pause - beq patch31_1,p_check_m0_qspi_continue - beq patch32_2,p_scheduler_tx_l2cap_pkt - beq patch34_5,p_simple_pairing_sequence - beq patch34_6,p_master_simple_paring_sequence - rtneq patch36_2 - rtneq patch3a_4 - //beq patch36_2,p_tws_m_wait_connecting - //beq patch3a_4,p_tws_s_wait_connecting - branch assert - -p_main_loop: - call sp_calc_sequence - call sp_calc_sequence_256 - call publickey_calc - call p_le_dispatch - call idle_dispatch - call app_process_idle - call p_inquiry_dispatch - call inquiry_scan_dispatch - call p_page_scan_dispatch - branch main_loop+11 - -p_inquiry_dispatch: - rtnmark0 mark_inquiry_on - force inquiry_length_timer,queue - call timer_check - nsetflag blank,mark_inquiry_on,mark - nbranch inquiry_start,blank - branch p_hci_send_inquiry_comple - -p_page_scan_dispatch: - fetch 1,mem_scan_mode - rtnbit0 page_scan_mode - fetch 1,mem_state - rtnbit1 state_inconn -p_page_scan_dispatch2: - force pscan_interval_timer,queue - call timer_check - nrtn blank - fetcht 2,mem_pscan_window -// force 40,queue - disable swfine - copy temp,stop_watch - branch page_scan_dispatch+9 - -p_le_dispatch: - call le_enable - call z_le_scan - call le_adv - branch le_disable - - - - -p_initialize_radio_cont: - fetch 1,mem_patch13 - set0 6,pdata - store 1,mem_patch13 - branch p_initialize_radio_process -// be-careful, this patch is not from . -p_initialize_radio_cont_by_init_param: - call p_initialize_radio_process - - // becouse patch is from - branch init_param_cont - -p_initialize_radio_process: - // in efuse will enable wdt -ifdef FUNCTION_WATCH_DOG - call wdt_init_reset_with_start -else - call wdt_disable_watchdog -endif //FUNCTION_WATCH_DOG - - // Change mixer power - jam 0xba,0x894b - call p_initialize_radio_tx_power - // Always use 2M IF - jam 0xff,0x8907 //7~5 000:0M IF 011:1M IF 111:2M IF - call initialize_radio_cont+1 - jam 0x74,0x8950 - jam 0x0e,0x8952 - jam 0x07,0x896d - rtn - -p_initialize_radio_tx_power: - fetch 1,mem_tx_power -// beq TX_POWER_0DB,p_initialize_radio_tx_power_0db -ifdef ENABLE_F3DB - beq TX_POWER_f3DB,p_initialize_radio_tx_power_f3db -endif // ENABLE_F3DB - beq TX_POWER_3DB,p_initialize_radio_tx_power_3db - beq TX_POWER_f5DB,p_initialize_radio_tx_power_f5db - beq TX_POWER_5DB,p_initialize_radio_tx_power_5db -ifdef ENABLE_8DB - beq TX_POWER_8DB,p_initialize_radio_tx_power_8db -endif // ENABLE_8DB - -ifdef ENABLE_8DB -p_initialize_radio_tx_power_8db: - setarg 0xcce0d0 - store 3,0x8955 - setarg 0x7a103e - store 3,0x8958 - jam 0x43,0x8954 - rtn -endif // ENABLE_8DB - -p_initialize_radio_tx_power_3db: -p_initialize_radio_tx_power_5db: - setarg 0x88e0d0 - store 3,0x8955 -p_initialize_radio_tx_power_common: - setarg 0x4a103c -p_initialize_radio_tx_power_common2: - store 3,0x8958 - jam 0x68,0x8954 - rtn -p_initialize_radio_tx_power_f3db: -p_initialize_radio_tx_power_f5db: - setarg 0x88c0d0 - store 3,0x8955 - setarg 0x4a106c - branch p_initialize_radio_tx_power_common2 - -p_shutdown_radio: -ifdef RF_DEBUG - call rf_shutdown_radio_for_debug -endif //RF_DEBUG - branch p_shutdown_radio0,is_rx - jam 0xd4, 0x8955 - nop 4 - jam 0xd2, 0x8955 - nop 4 - jam 0xd1, 0x8955 - nop 4 - fetch 1,mem_tx_power -ifdef ENABLE_F3DB - beq TX_POWER_f3DB,p_shutdown_radio_f3db -endif //ENABLE_F3DB - beq TX_POWER_3DB,p_shutdown_radio_3db - beq TX_POWER_f5DB,p_shutdown_radio_f5db -p_shutdown_radio_8db: -p_shutdown_radio_5db: -p_shutdown_radio_3db: -p_shutdown_radio_0db: - jam 0xd0, 0x8955 - jam 0xe0, 0x8956 -p_shutdown_radio0: - force 8,radio_ctrl - force 0,radio_ctrl - disable is_rx - disable is_tx - pulse packet_end - jam 0x0,rfen_mdm - jam 0x0,rfen_tx - jam 0x0,rfen_rx - jam 0,rfen_sn - jam 0x70,rfen_msc - fetch 1,rfen_adc - set0 0,pdata - store 1,rfen_adc -// jam 0x0,rfen_adc - rtn -p_shutdown_radio_f5db: -p_shutdown_radio_f3db: - jam 0xd0,0x8955 - jam 0xc0,0x8956 - branch p_shutdown_radio0 -p_set_freq_tx: - storet 1,mem_last_freq - add temp,0,rega /* index to frequency */ - fetch 1,mem_sfreq_enable - ncall set_offset_sfreq,blank - call rf_write_freq - setarg param_pll_setup_min - call sleep -p_rf_tx_enable: - // becouse we will change the tx power, so need initial again - call p_initialize_radio_tx_power - fetch 1,rfen_adc - set1 0,pdata - store 1,rfen_adc - jam 0x3c,rfen_rx - jam 0xe0,rfen_tx - nop 10 /* wait LDOs to turn ON*/ - jam 0x01, rfen_mdm - jam 0x3d, rfen_mdm - nop 10 /* wait tx blocks to turn ON*/ - jam 0xb7,rfen_sn - nop 10 /* wait tx lo buffer to turn ON*/ - jam 0x7d, rfen_mdm - fetch 1,mem_tx_power - beq TX_POWER_0DB,p_set_tx_power_0db -ifdef ENABLE_F3DB - beq TX_POWER_f3DB,set_tx_power_f3db -endif //ENABLE_F3DB - beq TX_POWER_f5DB,p_set_tx_power_f5db -p_rx_high_sens: - jam 0xfb,0x894c - jam 0xef,0x894d - jam 0xec,0x894e - jam 0x5e,0x894f - beq TX_POWER_3DB,p_set_tx_power_3db - beq TX_POWER_8DB,p_set_tx_power_8db -p_set_tx_power_5db: - branch set_tx_power_5db -p_set_tx_power_8db: - jam 0xff,0x8956 - call txon_common - jam 0xff,0x8955 - rtn - -p_set_tx_power_f5db: - call p_rx_low_sens - jam 0xcc,0x8956 - call txon_common - jam 0xd8,0x8955 - rtn - -p_set_tx_power_0db: - call p_rx_low_sens - branch set_tx_power_0db - - -p_set_tx_power_3db: - jam 0xf7,0x8956 - call txon_common - jam 0xdf,0x8955 - rtn -p_rx_low_sens: - jam 0x5b,0x894c - jam 0x96,0x894d - jam 0x2c,0x894e - jam 0x46,0x894f - rtn - -p_mram_clkon: - arg CLOCK_OFF_MRAM,queue - branch clk_on -p_check_m0_qspi_lock_and_pause: - call wait_m0_lock_qspi - fetch 1,mem_m0_pause_state - beq M0_STATE_NORMAL,p_m0_pause - rtn - -p_m0_pause: - call p_enable_m0_work_clk - branch m0_pause - -p_check_m0_qspi_continue: - fetch 1,mem_m0_pause_state - rtnne M0_STATE_PAUSE - branch m0_continue - // no need close m0 clock. it only for save power case - //branch p_disable_m0_work_clk - -p_enable_m0_work_clk: - fetch 1,0x1f000 - arg 0x1c,temp - ior temp,pdata - store 1,0x1f000 - rtn -/* -p_disable_m0_work_clk: - fetch 1,0x1f000 - arg 0xe3,temp - iand temp,pdata - store 1,0x1f000 - rtn -*/ -p_ipc_init: - //fetch 1,mem_ipc_enable - //rtn blank - call p_ipc_notify_m0_wakeup_flag_init - call p_mram_clkon - branch ipc_init+5 - - - -p_buck_setting: - fetcht 4,core_lpm_buckctrl - storet 4,core_lpm_reg - jam 0xe6,0x804d - call p_lpm_write_wait_clock - jam 0x20,0x8005 - //branch p_lpm_write_wait_clock -p_lpm_write_wait_clock: - until null,lpo_edge - until null,lpo_edge - until null,lpo_edge - until null,lpo_edge - until null,lpo_edge - rtn - - - - -p_headset_cb_idle_process: -ifdef FUNCTION_WATCH_DOG - call p_wdt_kick_watchdog -endif //FUNCTION_WATCH_DOG - rtn -p_app_init: -p_hci_init: - //jam 0,mem_ota_enable_xip_flag - // RAM reset. - //jam 0,mem_ota_wdt_en_flag - //jam 0,mem_ota_wdt_m0_en - - jam 0x1c,0x1f000 - jam 0x05,0x8042 - call p_buck_setting - fetch 1,0x8341 - store 1,mem_hibernate_flag - - fetch 1,mem_xlmp_conn_state - store 1,mem_lmp_conn_state - - ncall z_app_init_efuse_data,wake - - -ifdef FUNCTION_WATCH_DOG - call wdt_init_reset_with_start -endif //FUNCTION_WATCH_DOG - call headset_init - -ifdef MINZHAN_SDK - call p_read_efuse_64_bytes -endif - - setarg p_app_event_normal_process - store 2,mem_cb_bb_event_process - - setarg p_headset_evt_100ms_timer - store 2,mem_cb_event_timer - setarg p_headset_cb_idle_process - store 2,mem_cb_idle_process - - setarg cb_enter_lpm - store 2,mem_cb_before_lpm - setarg cb_enter_hibernate - store 2,mem_cb_before_hibernate - - - //call headset_check_reconnet - //call p_ipc_notify_m0_wakeup_flag_init - - call p_set_gpio_after_lpm,wake -// call qspi_release_powerdown_flash,wake - nbranch wake_from_power,wake -wake_for_lpm: - call ipc_lock_m0_lmp_wait_work_flag - call enable_xip - jam BT_EVT_WAKEUP,mem_fifo_temp - branch ipc_tx_bt_event - -ifdef MINZHAN_SDK -p_read_efuse_64_bytes: - setarg 0 - arg mem_efuse_64_bytes,rega - arg 64,temp - branch efuse_read_data -endif - -wake_from_power: - - setarg 0x1171 - store 2,mem_encryp_inital_value - call z_efuse_custom_encryption - - call enable_xip - - // store local addr - fetch 6,mem_lap - store 6,mem_local_bdaddr - fetch 1,mem_hibernate_flag - bbit1 5,p_evt_restart - jam BT_EVT_RESET,mem_fifo_temp - branch ipc_tx_bt_event - -p_evt_restart: - call p_clear_charge_reset_flag - jam BT_EVT_RESTART,mem_fifo_temp - branch ipc_tx_bt_event - - -p_set_gpio_after_lpm: - call qspi_init_set - call qspi_gpio_init - nop 2000 // Delay for gpio26 work ready - call qspi_release_powerdown_flash -// nop 100 - rtn - - -//p_app_process_bb_event: -// fetch 1,mem_state -// bbit1 state_inconn,app_process_bb_event+1 -// -// fetch 2,mem_ui_state_map -// jam 0x03,mem_scan_mode -// branch app_process_bb_event+1 - -p_headset_evt_100ms_timer: -// Voice all process by cm0 -p_vp_check_get_data: - rtn - - -p_clear_charge_reset_flag: - fetch 4,core_lpm_buck_cfg - set0 29,pdata - store 4,core_lpm_reg - branch p_lpm_write_ctrl_buck -p_lpm_write_ctrl_buck: - until null,lpo_edge - jam lpmreg_sel_buck_cfg,core_lpm_wr - until null,lpo_edge - rtn -p_lpm_hibernate: - arg -1,temp // Here must be -1, the rom code is error - branch lpm_doze - - - -/*********************************/ -/*********lmp send*************/ -/********************************/ - /* enable user if a lmp packet is to send */ -p_send_lmp: - //bpatchx patch2e_4,mem_patch2e - disable user - call lmo_fifo_process - fetch 1,mem_lmp_to_send - rtn blank - // set flag - arg LOG_POINT_1001,rega - fetcht 1,mem_lmp_to_send - call debug_log_print - fetch 1,mem_lmp_to_send -/* lmp message to be processed. this will either be because host??? */ -/* wants to send a lmp message or because one resulted from the LMP */ -/* processing section */ -/********* outgoing lmp lookup table *************/ - bbit1 7,z_send_lmp_escape - beq LMP_SETUP_COMPLETE, p_send_lmp_setup_complete - beq LMP_SRES,p_send_lmp_sres - beq LMP_DETACH,p_send_lmp_detach - beq LMP_AU_RAND,p_send_lmp_aurand - branch send_lmp+10 - -p_send_lmp_aurand: - fetch 1,mem_pairing_auth - branch p_send_lmp_aurand_notpairing,blank - call check_localsm - call tid_initiate,true //master - ncall tid_reply,true //slave - branch p_send_lmp_aurand_common -p_send_lmp_aurand_notpairing: - call tid_initiate -p_send_lmp_aurand_common: - call generate_random_number - force 17,pdata - call msg_send_lmp - arg mem_random_number,contr - call memcpy16 - branch p_send_lmp_tid - -p_send_lmp_tid: - fetcht 1,mem_state_map - and_into 1,temp -p_send_lmp_end: - fetch 1,mem_lmp_to_send - lshift pdata,pdata - - bmark0 mark_slave_in_rand_accepted,p_send_lmp_end_master - nsetflag master,0,pdata - branch send_lmp_exit -p_send_lmp_end_master: - setflag master,0,pdata - ixor temp,pdata - branch send_lmp_exit - - - //branch p_hci_send_linkkey_req_event - //fetch 2,mem_lmpext_ssp_enable - //fetcht 1,mem_remote_sppcap - //iand temp,pdata - //branch cmd_pair,blank - //branch cmd_ssp - -p_send_lmp_setup_complete: - fetch 1,mem_state - set1 state_conn_comp,pdata - store 1,mem_state - copy clkn_bt,pdata - store 4,mem_aurand_send_delay_time - fetch 1,mem_lmp_conn_state - bbit1 SENT_SETUP_COMPLETE,p_send_lmp_setup_complete_has_sent - set1 SENT_SETUP_COMPLETE,pdata - store 1,mem_lmp_conn_state - call p_hci_send_connection_complete - force 1,pdata - call msg_send_lmp - branch send_lmp_request -p_send_lmp_setup_complete_has_sent: - jam 0,mem_lmp_to_send - rtn - -p_send_lmp_sres: - arg mem_lap,rega - call function_e1 - force 5,pdata - call msg_send_lmp - fetch 4,mem_input_store - istore 4,contw - arg mem_sres_tid,temp - call special_tid_store - call copy_aco - call check_localsm - branch p_send_lmp_sres_master,true - jam DONE_ENCRYP,mem_wait_encryption - - bmark1 mark_slave_in_rand_accepted,p_send_lmp_sres_startenc_slave - fetch 1,mem_pairing_auth - rtn blank - jam LMP_AU_RAND,mem_lmo_opcode2 -p_send_lmp_sres_master: - bmark1 mark_slave_in_rand_accepted,p_send_lmp_sres_startenc_slave - fetch 1,mem_link_key_exists - rtn blank -p_send_lmp_sres_startenc: - call check_localsm - nbranch p_send_lmp_sres_startenc_slave,true - rtn - -p_send_lmp_sres_startenc_slave: - rtnmark0 mark_slave_in_rand_accepted - set0 mark_slave_in_rand_accepted,mark - call z_hci_send_linkkey_notification - branch p_hci_send_auth_complete - - -p_send_eir: - fetch 1,mem_eir - branch send_eir+1,blank - arg mem_eir,contr - arg 240,loopcnt - arg 0,temp - call p_check_tx_length - storet 2,mem_tx_len - branch send_eir+22 -p_check_tx_length: - ifetch 1,contr - rtn blank - increase 1,temp - loop p_check_tx_length - rtn - - - -p_slave_loop: -// bpatch patch07_2,mem_patch07 - call scheduler_process - call slave_conn_recv_packet /* go listen for a packet */ - nbranch slave_notmatch,match - call supervision_flush - call scheduler_tx_l2cap_pkt - call prepare_tx - call set_flow_flag - call slave_conn_send_packet - call parse_l2cap - call parse_lmp - call p_process_cmd - branch slave_loop+12 - -p_master_loop: - call parse_lmp - call p_process_cmd - branch master_loop+3 - -p_process_cmd: - fetch 1,mem_hci_cmd - rtn blank - fetch 1,mem_lmo_opcode2 - nrtn blank - call cmd_check_plap - nbranch p_process_cmd_conn_handle,zero -// branch process_cmd+6 - - fetch 1,mem_hci_cmd - beq hci_cmd_remote_name_req,cmd_namereq - beq hci_cmd_pair,cmd_pair - beq hci_cmd_nopair,cmd_nopair - beq hci_cmd_linkkey,cmd_has_key - beq hci_cmd_nokey,cmd_no_key - beq hci_cmd_reject_conn,cmd_disconn - beq hci_cmd_role_switch,cmd_role_switch - beq hci_cmd_accept_conn,cmd_accept_conn - beq hci_cmd_accept_with_switch,cmd_accept_with_switch - beq hci_cmd_detach,cmd_detach - beq hci_cmd_in_sniff,cmd_in_sniff - beq hci_cmd_exit_sniff,p_cmd_exit_sniff -p_process_cmd_conn_handle: - call cmd_check_handle - nrtn blank - fetch 1,mem_hci_cmd - beq hci_cmd_auth,p_cmd_auth - beq hci_cmd_send_supervision,p_cmd_send_supervision - branch process_cmd_conn_handle+4 - -p_cmd_send_supervision: - jam LMP_SUPERVISION_TIMEOUT,mem_lmo_opcode2 - branch cmd_exit - -p_cmd_exit_sniff: - jam LMP_UNSNIFF_REQ,mem_lmo_opcode2 - branch cmd_exit - -p_cmd_auth: - fetch 1,mem_op - set1 op_auth_req,pdata - store 1,mem_op - fetch 1,mem_state - bbit1 state_linkkey,cmd_auth_sendaurand - call p_hci_send_linkkey_req_event - branch cmd_exit - -p_hci_send_connection_complete: - jam 2,mem_conn_status - //force 0,temp - jam 0x00,mem_mesh_event_parameter_status -// jam 0,mem_scan_mode - branch p_hci_send_connection_rtn_error -p_hci_send_connection_error: - //force HCI_EVENT_CONNECTION_COMPLETE,queue - //Status(1),Connection_Handle(2),BD_ADDR(6),Link_Type(1),Encryption_Enabled(1) - jam 0,mem_conn_status - jam 0,mem_conn_req_status -p_hci_send_connection_rtn_error: - jam 0,mem_io_cap_flag - branch z_hci_send_connection_rtn_error - - -p_inquiry_receive_rtn: - fetch 1,mem_inquiry_num_check - branch z_hci_inquiry_reply_check_eir,blank - fetch 1,mem_inquiry_num_responses - branch p_hci_send_inquiry_comple,blank - increase -1,pdata - store 1,mem_inquiry_num_responses - branch z_hci_inquiry_reply_check_eir - - - -p_rssi_convert: - fetch 1,mem_rssi - rshift4 pdata,temp - mul32 temp,10,temp - and pdata,0x0f,pdata - iadd temp,temp - sub temp,0,pdata - rtn - - -p_master_page_timeout: - call master_page_timeout+1 -// fetch 1,mem_conn_status - //rtnne 1 -// bne 1,assert - jam PAGE_TIMEOUT,mem_mesh_event_parameter_status - branch p_hci_send_connection_error - -p_master_disconnect: - //bpatch patch03_6,mem_patch03 - call quit_connection - disable master - fetch 1,mem_conn_status - beq 1,p_master_page_timeout - fetch 1,mem_state_map - bbit1 smap_name_req,master_name_disconnect - fetch 1,mem_state - bbit0 state_conn_comp,master_disconnect_quiet - branch p_hci_send_disconnect_complete - -p_estimate_event_head_event_code: - fetch 1,mem_inquiry_mode - beq 0,p_hci_event_inquiry_result - beq 1,p_hci_event_inquiry_result_with_rssi - beq 2,p_hci_event_extended_inquiry_result - jam HCI_EVENT_INQUIRY_RESULT,mem_mesh_event_head_event_code - rtn -p_hci_event_inquiry_result: - jam 15,mem_mesh_event_para_total_length - jam HCI_EVENT_INQUIRY_RESULT,mem_mesh_event_head_event_code - rtn -p_hci_event_inquiry_result_with_rssi: - jam 15,mem_mesh_event_para_total_length - jam HCI_EVENT_INQUIRY_RESULT_WITHRSSI,mem_mesh_event_head_event_code - rtn -p_hci_event_extended_inquiry_result: - jam 255,mem_mesh_event_para_total_length - jam HCI_EVENT_EXT_INQUIRY_RESULT,mem_mesh_event_head_event_code - rtn - - -p_hci_send_inquiry_comple: - set0 mark_inquiry_on,mark - jam 1,mem_mesh_event_para_total_length - jam HCI_EVENT_INQUIRY_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg 0 - istore 1,contw - branch ipc_hci_tx_start - - - -p_sniff_init: - bmark0 mark_sco_flag,p_sniff_init_acl - add clkn_bt,0,rega - branch p_sniff_init_master,master - add clke_bt,0,rega - branch p_sniff_init_master -p_sniff_init_acl: - add clkn_bt,3,rega - branch p_sniff_init_master,master - add clke_bt,3,rega -p_sniff_init_master: - fetcht 2,mem_tsniff - deposit rega - set0 27,pdata - idiv temp - fetch 2,mem_dsniff - call wait_div_end - remainder regc - isub regc,pdata - branch p_sniff_init_nowrap,positive - iadd temp,pdata -p_sniff_init_nowrap: - iadd rega,pdata - store 4,mem_sniff_anchor - jam SWITCH_FLAG_INIT,mem_switch_flag - fetch 1,mem_state - set1 state_insniff,pdata - store 1,mem_state - fetch 1,mem_sniff_attempt - store 1,mem_current_sniff_attempt - setarg 0 - store 3,mem_sniff_rcv - store 3,mem_sniff_lost - store 1,mem_sniff_unint_lost - fetch 2,mem_rx_window_sniff - store 2,mem_rx_window - nbranch p_sniff_init_mode_change,master - add am_addr,-1,queue -p_sniff_init_mode_change: - jam 0x02,mem_mesh_event_parameter_status - branch p_hci_send_mode_change - -p_sniff_exit: - fetch 1,mem_state - rtnbit0 state_insniff - set0 state_insniff,pdata - store 1,mem_state - fetch 2,mem_rx_window_init - store 2,mem_rx_window - disable wake - jam 0x00,mem_mesh_event_parameter_status - branch p_hci_send_mode_change - -p_hci_parse_connection_handle_check: - call p_ipc_rx_hci_data_two_byte - fetcht 1,mem_conn_handle - isub temp,null - rtn zero - branch p_hci_send_event_command_complete_error_command_disallowed - -p_hci_send_mode_change: - branch z_hci_send_mode_change - -p_roles_newconn_loop: - call master_newconn_once - branch p_roles_newconn_responded,sync - call new_conn_timeout - nbranch p_roles_newconn_loop,blank - disable clknt - deposit clke_bt - store 4,mem_next_btclk - rtn -p_roles_newconn_responded: - jam 0,mem_mesh_event_parameter_status - call p_hci_send_role_change - branch roles_newconn_responded - - -p_role_switch_master: - call role_switch_check - nrtn user - disable user - jam param_newconnto,mem_newconnto_counter - set0 mark_fhs_already_good,mark -p_roles_waitfhs_loop: - call rf_setup_time_master_slot - call master_recv_packet - bmark1 mark_fhs_already_good,p_roles_replyto_fhs - call new_conn_timeout - nbranch p_roles_waitfhs_loop,blank -p_role_switch_fail_master: - disable user - deposit clkn_bt - store 4,mem_next_btclk - enable clknt - enable master - branch p_hci_send_role_change_err - -p_roles_replyto_fhs: - call rf_setup_time_slave_slot - arg type_id,type - call master_send_packet - disable clknt - disable master - call apply_switch_clke - call prepare_newconn -p_roles_newconns_loop: - call slave_newconn_once - branch p_roles_newconns_responded,match - call new_conn_timeout - nbranch p_roles_newconns_loop,blank - branch p_role_switch_fail_master -p_roles_newconns_responded: - force 1,temp - fetch 1,mem_mode - set0 mode_master,pdata - store 1,mem_mode - call supervision_flush - call calc_clke_offset - enable user - jam 1,mem_mesh_event_parameter_status - branch p_hci_send_role_change - - -p_slave_disconnect: - //bpatch patch07_6,mem_patch07 - jam 0,mem_tester_emulate - jam 0,mem_debug_config - call quit_connection - set0 mark_testmode,mark - call test_enable_white - fetch 1,mem_conn_status - rtn blank - branch p_hci_send_disconnect_complete - -p_newconn_init: - call init_lmp_reinit - call new_conn_handle - sub pdata,15,null - nbranch p_newconn_handle_init,positive - branch newconn_init+3 -p_newconn_handle_init: - jam 1,mem_handle_num - branch newconn_init+3 - - -p_hci_send_role_change: - jam 8,mem_mesh_event_para_total_length - jam HCI_EVENT_ROLE_CHANGE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - force 0,pdata - istore 1,contw - fetch 6,mem_plap - istore 6,contw - fetch 1,mem_mesh_event_parameter_status - istore 1,contw - branch ipc_hci_tx_start - -p_hci_send_role_change_err: - jam 0,mem_mesh_event_parameter_status - nbranch p_hci_send_role_change_err_slave,master - jam 1,mem_mesh_event_parameter_status -p_hci_send_role_change_err_slave: - jam 8,mem_mesh_event_para_total_length - jam HCI_EVENT_ROLE_CHANGE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - force 0x35,pdata - istore 1,contw - fetch 6,mem_plap - istore 6,contw - fetch 1,mem_mesh_event_parameter_status - istore 1,contw - branch ipc_hci_tx_start - -p_parse_lmp_process: - //bpatchx patch2e_0,mem_patch2e - // set flag - arg LOG_POINT_1000,rega - fetcht 2,mem_rxbuf - call debug_log_print - fetch 1,mem_lmi_opcode2 - beq LMP_NOT_ACCEPTED,p_parse_lmp_not_accepted//multi - beq LMP_FEATURES_REQ,p_parse_lmp_features_req - beq LMP_HOST_CONNECTION_REQ,p_parse_lmp_conn_req - beq LMP_DETACH,p_parse_lmp_detach - beq LMP_MAX_SLOT_REQ,p_parse_lmp_max_slot_req - beq LMP_FEATURES_RES,p_parse_lmp_features_res - beq LMP_AU_RAND,p_parse_lmp_au_rand - beq LMP_IN_RAND,p_parse_lmp_in_rand //in_rand - beq LMP_START_ENCRYPTION_REQ, p_parse_lmp_start_encryption_req - beq LMP_SRES,p_parse_lmp_sres - beq LMP_SNIFF_REQ,p_parse_lmp_sniff_req - - branch parse_lmp_process+5 -/* lmp is not recognized, check to see if we respond to all messages */ -/* rejecting the unrecognized message with PDU not recognized */ -//p_reject_unknown_packet: -// jam UNKNOWN_LMP_PDU,mem_lmo_reason2 -//p_reject_lmp_packet: -// jam LMP_NOT_ACCEPTED,mem_lmo_opcode2 -// rtn - -p_parse_lmp_accepted: - fetch 1,mem_rxbuf+1 - store 1,mem_lmi_accepted_opcode - beq LMP_START_ENCRYPTION_REQ,p_parse_lmp_accepted_start_enc//ok - branch parse_lmp_accepted+3 - -p_parse_lmp_accepted_start_enc: - call parse_lmp_accepted_start_enc - branch p_hci_send_encryption_change_complete_event - -p_parse_lmp_start_encryption_req: - call parse_lmp_start_encryption_req+2 - branch p_hci_send_encryption_change_complete_event - -p_parse_lmp_sres: - arg mem_plap,rega - call function_e1 - fetch 4,mem_rxbuf+1 - fetcht 4,mem_input_store - isub temp,null - branch p_authentication_event,zero - branch parse_lmp_sres+6 -p_authentication_event: - call authentication_ok - rtnmark1 mark_slave_in_rand_accepted - branch p_hci_send_auth_complete - - -p_parse_lmp_sniff_req: - fetch 2,mem_default_link_policy_settings - bbit0 sniff_mode,lmp_reject_sniff - branch parse_lmp_sniff_req+1 - - -p_parse_lmp_au_rand: - call push_tid_follow - store 1,mem_sres_tid - call lmp_copy_rand - jam LMP_SRES,mem_lmo_opcode2 - fetch 1,mem_link_key_exists - nrtn blank - fetch 1,mem_state - rtnbit1 state_combkey /* we have comb key, but not verified */ - call parse_lmp_au_rand_1 - // send link key request - branch p_hci_send_linkkey_req_event - -p_parse_lmp_detach: - fetch 1,mem_rxbuf+1 - store 1,mem_disconn_reason_send -// branch parse_lmp_detach - call p_prepare_disconnect - branch accept_lmp_msg - - //branch z_hci_send_disconnect_complete - - -p_parse_lmp_in_rand: - call lmp_copy_rand - jam pincode_state_wait_pincode,mem_pincode_state - call p_hci_send_pincode_req_event - branch parse_lmp_in_rand_hci - -p_linkkey_ready: - fetch 1,mem_state - bbit1 state_linkkey,linkkey_set - fetch 1,mem_pairing_auth - branch linkkey_set,blank - jam DEFALT_PAIRING_AUTH,mem_pairing_auth - //jam BT_EVT_LINKKEY_GENERATE,mem_fifo_temp - //call ui_ipc_send_event - - fetch 1,mem_op - isolate1 op_auth_req,pdata - set0 op_auth_req,pdata - store 1,mem_op -// call p_hci_send_auth_complete,true - call linkkey_set - rtnmark1 mark_slave_in_rand_accepted - branch z_hci_send_linkkey_notification - - - -p_hci_send_auth_complete: - jam 3,mem_mesh_event_para_total_length - jam HCI_EVENT_AUTHENTICATION_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - force 0,pdata - istore 1,contw - fetch 1,mem_conn_handle - istore 2,contw - branch ipc_hci_tx_start - -p_hci_send_linkkey_req_event: - //BD_ADDR(6) - jam 6,mem_mesh_event_para_total_length - jam HCI_EVENT_LINK_KEY_REQUEST,mem_mesh_event_head_event_code -p_hci_send_sec_req: //used by linkkey and pin req - call p_hci_prepare_send_event - fetch 6,mem_plap - istore 6,contw - branch ipc_hci_tx_start - -p_hci_send_pincode_req_event: - //BD_ADDR(6) - jam 6,mem_mesh_event_para_total_length - jam HCI_EVENT_PIN_CODE_REQUEST,mem_mesh_event_head_event_code - branch p_hci_send_sec_req - -p_parse_lmp_conn_req: - branch p_hci_send_conn_req_event - -p_hci_send_conn_req_event: - fetch 1,mem_conn_req_status - beq 1,p_hci_send_conn_req_event_estimate -p_hci_send_conn_req_event_1: - call p_classic_connection_init - //BD_ADDR(6), Class_of_Device(3), Link_Type(1) - jam 10,mem_mesh_event_para_total_length - jam HCI_EVENT_CONNECTION_REQUEST,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - //call hci_write_plap - fetch 6,mem_plap - istore 6,contw - // class of device - fetch 3,extm_class - istore 3,contw - // link type, 0:SCO, 1:ACL - setarg 1 - istore 1,contw - fetch 6,mem_plap - store 6,mem_bd_addr_new - branch ipc_hci_tx_start -p_hci_send_conn_req_event_estimate: - fetch 6,mem_bd_addr_new - fetcht 6,mem_plap - isub temp,null - branch p_hci_send_conn_req_event_1,zero - rtn - -p_classic_connection_init: - jam 1,mem_conn_req_status - jam 0,mem_conn_status - //setarg 0 - //store 8,mem_remote_features - //store 8,mem_remote_ext_features0 - //store 8,mem_remote_ext_features1 - rtn - -p_ipc_rx_process: - fetch 1,mem_ipc_enable - rtn blank - call ipc_rx_items_inquire - rtn zero // no data - icopy contr - call ipc_rx_byte_read - - beq IPC_TYPE_CM0_TO_BT_DATA,ipc_rx_data_buf - branch ipc_rx_process+7 - -p_ipc_notify_m0_wakeup_flag_init: - jam 1,mem_wake_flag - rtn wake - jam 0,mem_wake_flag - rtn -ifdef FUNCTION_WATCH_DOG -p_wdt_kick_watchdog: - //fetch 1,mem_ota_wdt_en_flag - //beq 0xaa,p_ota_change_code_wdt - call wdt_set_watchdog_mode_reset - branch wdt_kick_watchdog_1_5s -endif //FUNCTION_WATCH_DOG -//p_ota_change_code_wdt: -// fetch 1,mem_ota_wdt_m0_en -// beq 0x55,p_wdt_kick_watchdog+2 -// rtn - - -// input: contw,loopcnt -// output: null -p_ipc_rx_hci_data_n_byte: - call p_ipc_rx_restore_contr - call memcpy_fast - branch p_ipc_rx_store_contr - -p_ipc_rx_hci_data_two_byte: - call p_ipc_rx_restore_contr - ifetch 2,contr - branch p_ipc_rx_store_contr -p_ipc_rx_hci_data_thr_byte: - call p_ipc_rx_restore_contr - ifetch 3,contr - branch p_ipc_rx_store_contr -p_ipc_rx_hci_data_six_byte: - call p_ipc_rx_restore_contr - ifetch 6,contr - branch p_ipc_rx_store_contr -p_ipc_rx_hci_data_seven_byte: - call p_ipc_rx_restore_contr - ifetch 7,contr - branch p_ipc_rx_store_contr -p_ipc_rx_hci_data_eight_byte: - call p_ipc_rx_restore_contr - ifetch 8,contr - branch p_ipc_rx_store_contr - -p_ipc_rx_hci_data_one_byte: - call p_ipc_rx_restore_contr - ifetch 1,contr -p_ipc_rx_store_contr: - copy contr,temp -p_ipc_rx_store_contr1: - storet 3,mem_ipc_rx_ptr - rtn - -p_ipc_rx_restore_contr: - fetcht 3,mem_ipc_rx_ptr - copy temp,contr - rtn - -/* -p_hci_parse_packet_acl: - call le_fifo_check_full - nrtn blank - hfetch 2,core_uart_rxitems - add pdata,-5,rega - nrtn positive - call p_hci_parse_packet_acl_FB_flag - ifetch 2,contru - increase 1,rega //´َسعµبسع - isub rega,null - rtn positive - copy pdata,rega - copy pdata,regb - call le_fifo_malloc_tx - copy regb,loopcnt - call uart_copy_rx_bytes_fast - call uartd_prepare_rx - increase 3,contru - ifetch 2,contru - iadd contru,contru - fetch 1,mem_mesh_recevie_acl_packet_number - pincrease 1 - store 1,mem_mesh_recevie_acl_packet_number - branch uartd_rxdone - -p_hci_parse_packet_acl_FB_flag: - ifetch 2,contru - rshift8 pdata,pdata - rshift4 pdata,pdata - force LLID_CONTINUE,type - rtneq BT_ACL_CONT - force LLID_START,type - rtn -*/ -ifdef ipc_zcode_test -p_hci_parse_packet_cmd: - call p_ipc_rx_hci_data_two_byte// Opcode - store 2,mem_mesh_hci_opcode - arg 0x3ff,temp - iand temp,temp //low 10bit - storet 2,mem_mesh_hci_opcode_ocf - rshift2 pdata,pdata - rshift8 pdata,pdata //high 6bit - store 1,mem_mesh_hci_opcode_ogf - call p_ipc_rx_hci_data_one_byte // parameter total length - store 1,mem_mesh_hci_cmd_len - //branch p_hci_parse_complete_packet -p_hci_parse_complete_packet: - branch z_hci_parse_complete_packet -endif - -/********* - HCI_OGF_LINK_CONTROL -*********/ - - - -p_hci_control_disconnect_le: - fetch 1,mem_disconn_reason_send - store 1,mem_temp - call le_send_terminate_ind - branch p_hci_send_event_command_status - - - -/********* - HCI_OGF_LINK_POLICY -*********/ - - -/********* - HCI_OGF_CONTROLLER_AND_BASEBAND -*********/ - - - - -p_hci_init_parameter: - setarg DEFAULT_LE_EVENT_MASK - store 8,mem_mesh_le_event_mask - setarg DEFAULT_EVENT_MASK - store 8,mem_mesh_event_mask - setarg 0 - store 6,mem_mesh_le_random_address - store 1,mem_le_adv_enable - store 1,mem_le_scan_enable - store 1,mem_scan_mode -p_hci_init_bd_address: - fetch 6,mem_device_public_address - store 6,mem_le_lap - store 6,mem_lap - rtn - -/********* - HCI_OGF_LE_CONTROLLER -*********/ - -p_hci_parse_packet_cmd_ogf_le_controller_read_remote_features: - call p_ipc_rx_hci_data_two_byte //connection handle - call p_hci_send_event_command_status - branch p_le_send_feature_req - - -p_hci_parse_packet_cmd_ogf_le_controller_connection_update: -p_hci_parse_packet_cmd_ogf_le_controller_encrypt: -p_hci_parse_packet_cmd_ogf_le_controller_rand: -p_hci_parse_packet_cmd_ogf_le_controller_start_encryption: -p_hci_parse_packet_cmd_ogf_le_controller_ltk_request_reply: -p_hci_parse_packet_cmd_ogf_le_controller_ltk_request_negative_reply: - branch p_hci_send_event_command_complete_error_command_nuknown - - - -// input: rega return pdata=0:true pdata = 1:false -p_check_addr_in_white_list: -ifdef WHITE_LIST - fetch 1,mem_le_white_list_cnt - copy pdata,loopcnt - arg mem_le_white_list,regb -p_check_addr_in_white_list_loop: - ifetch 7,regb - fetcht 7,mem_le_white_list_type_and_bd_addr - isub temp,null - setarg 0 - rtn zero - increase 7,regb - loop p_check_addr_in_white_list_loop - setarg 1 -endif - rtn - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -// input: regb: payload ptr -ipc_tx_bt_data_buf_free: - jam IPC_DATA_SUBTYPE_FREE,mem_ipc_data_tx_buf_subtype - branch ipc_tx_bt_data_buf_with_type - -// input: regb: payload ptr -ipc_tx_bt_data_buf_hci: - jam IPC_DATA_SUBTYPE_HCI,mem_ipc_data_tx_buf_subtype - branch ipc_tx_bt_data_buf_with_type - -// input: regb: payload ptr -//ipc_tx_bt_data_buf_ble: -// jam IPC_DATA_SUBTYPE_BLE,mem_ipc_data_tx_buf_subtype -// branch ipc_tx_bt_data_buf_with_type - -// input: regb: payload ptr -//ipc_tx_bt_data_buf_br: -// jam IPC_DATA_SUBTYPE_SPP,mem_ipc_data_tx_buf_subtype -// branch ipc_tx_bt_data_buf_with_type - -ipc_tx_bt_data_buf_with_type: - storer regb,3,mem_ipc_data_tx_buf_payload_ptr -// input: mem_ipc_tx_data_buf_subtype, mem_ipc_data_buf_payload_ptr -ipc_tx_bt_data_buf: -ifdef TEST_QUEUE_DEBUG - arg 0x7100,rega - fetcht 1,mem_ipc_data_tx_buf_subtype - call debug_log_print - arg 0x7101,rega - fetcht 2,mem_ipc_data_tx_buf_payload_ptr - call debug_log_print -endif - - //fetch 1,mem_ipc_enable - //rtn blank - setarg mem_ipc_tx_buf - store 2,mem_ipc_tx_data_ptr - icopy contw - setarg IPC_TYPE_BT_TO_CM0_DATA - istore 1,contw - force 4,pdata // len - istore 1,contw - - fetch 1,mem_ipc_data_tx_buf_subtype - istore 1,contw - - fetch 3,mem_ipc_data_tx_buf_payload_ptr - istore 3,contw - - // total len - force 6,pdata - store 1,mem_ipc_tx_data_len - branch ipc_tx_common - -ifdef ipc_zcode_test -p_ipc_rx_hci: - fetcht 3,mem_ipc_data_rx_buf_payload_ptr - call p_ipc_rx_store_contr1 - call p_ipc_rx_hci_data_one_byte - beq HCI_H4_TYPE_CMD,p_hci_parse_packet_cmd - beq HCI_H4_TYPE_ACL,p_hci_parse_packet_acl - branch assert -endif - -ipc_rx_data_buf_sub_hci_data: - call z_ipc_rx_hci - fetchr regb,3,mem_ipc_data_rx_buf_payload_ptr - branch ipc_tx_bt_data_buf_free - - -ipc_rx_data_buf_sub_free_buf: - fetchr regb,3,mem_ipc_data_rx_buf_payload_ptr - branch free_buffer - - -ipc_rx_data_buf: - // ipc total length - call ipc_rx_byte_read - // subType - call ipc_rx_byte_read - store 1,mem_ipc_data_rx_buf_subtype - arg 3,loopcnt - arg mem_ipc_data_rx_buf_payload_ptr,contw - call ipc_rx_block_read - -ifdef TEST_QUEUE_DEBUG - arg 0x7000,rega - fetcht 1,mem_ipc_data_rx_buf_subtype - call debug_log_print - arg 0x7001,rega - fetcht 2,mem_ipc_data_rx_buf_payload_ptr - call debug_log_print -endif - - fetch 1,mem_ipc_data_rx_buf_subtype - beq IPC_DATA_SUBTYPE_FREE,ipc_rx_data_buf_sub_free_buf - beq IPC_DATA_SUBTYPE_HCI,ipc_rx_data_buf_sub_hci_data - branch assert - - - - -ifdef ipc_zcode_test -p_hci_parse_packet_acl: - call p_ipc_rx_hci_data_two_byte// Opcode - store 1,mem_hci_conn_handle - call p_hci_parse_packet_acl_FB_flag - call p_ipc_rx_hci_data_two_byte// length - store 2,mem_temp - - call context_search_conn_handle - // TODO: here need change to other work. - nrtn zero - - // check is classic or ble - add rega,coffset_mode,contr - ifetch 1,contr - bbit1 mode_le,p_hci_parse_packet_acl_le -p_hci_parse_packet_acl_classic: - fetch 2,mem_temp - store 2,mem_alloc_buffer_len - call malloc_buffer_is_enough - call ice_break,blank - - - fetch 2,mem_temp - copy pdata,rega - copy pdata,regb - //TODO: classic need do here - call l2cap_malloc//return with pdata ptr - copy regb,contw - // l2cap payload header - fetch 2,mem_temp - istore 2,contw - istorer type,1,contw -p_hci_parse_packet_acl_end: - fetch 2,mem_temp - copy pdata,loopcnt - call p_ipc_rx_restore_contr - branch memcpy_fast - - -p_hci_parse_packet_acl_le: - // Think to judge classic or ble. - fetch 2,mem_temp - call p_le_fifo_check_full - nrtn blank - fetch 2,mem_temp - copy pdata,rega - copy pdata,regb - call le_fifo_malloc_tx - branch p_hci_parse_packet_acl_end - -p_hci_parse_packet_acl_FB_flag: - rshift8 pdata,pdata - rshift4 pdata,pdata - force LLID_CONTINUE,type - rtneq BT_ACL_CONT - force LLID_START,type - rtn - -p_le_fifo_check_full: - call malloc_buffer_is_full_raw - branch setarg1,blank - branch setarg0 -endif - - - - -p_hci_send_event_command_complete_error_command_invalid_param: - jam COMMAND_INVALID_HCI_COMMAND_PARAMETERS,mem_mesh_command_complete_return_parameter_status - branch p_hci_send_event_command_complete_without_payload+1 -p_hci_send_event_command_complete_error_command_nuknown: - jam COMMAND_UNKNOWN,mem_mesh_command_complete_return_parameter_status - branch p_hci_send_event_command_complete_without_payload+1 -p_hci_send_event_command_complete_error_command_disallowed: - jam COMMAND_DISALLOWED,mem_mesh_command_complete_return_parameter_status - branch p_hci_send_event_command_complete_without_payload+1 -p_hci_send_event_command_complete_without_payload: - jam COMMAND_SUCCEEDED,mem_mesh_command_complete_return_parameter_status - arg 1,loopcnt - call p_hci_prepare_send_event_command_complete_with_status - branch ipc_hci_tx_start - -p_hci_prepare_send_event_command_complete_with_status_success: - jam COMMAND_SUCCEEDED,mem_mesh_command_complete_return_parameter_status -p_hci_prepare_send_event_command_complete_with_status: - call p_hci_prepare_send_event_command_complete - fetch 1,mem_mesh_command_complete_return_parameter_status - istore 1,contw - rtn - -p_hci_prepare_send_event_command_complete: - jam HCI_EVENT_COMMAND_COMPLETE,mem_mesh_event_head_event_code - add loopcnt,3,pdata - store 1,mem_mesh_event_para_total_length - call p_hci_prepare_send_event - //Num_HCI_Command_Packets(1Byte), Command_Opcode(2Byte) - fetch 3,mem_mesh_command_complete_num_hci_command_packet - istore 3,contw - rtn - -p_hci_send_event_command_status: - jam COMMAND_CURRENTLY_PENDING,mem_temp - branch p_hci_send_event_command_status_raw -p_hci_send_event_command_status_err_command_disallowed: - jam COMMAND_DISALLOWED,mem_temp - branch p_hci_send_event_command_status_raw -p_hci_send_event_command_status_err_unknown_connection: - jam HCI_ERROR_NO_CONNECTION,mem_temp -p_hci_send_event_command_status_raw: - jam HCI_EVENT_COMMAND_STATUS,mem_mesh_event_head_event_code - jam 4,mem_mesh_event_para_total_length - call p_hci_prepare_send_event - fetch 1,mem_temp - istore 1,contw - fetch 3,mem_mesh_command_complete_num_hci_command_packet - istore 3,contw - branch ipc_hci_tx_start - -p_hci_send_event_le_disconnection_complete: - fetch 8,mem_mesh_le_event_mask - rtnbit0 DISCONNECTION_COMPLETE_EVENT - fetch 1,mem_le_conn_handle - store 1,mem_hci_record_disc_conn_handle - branch z_hci_send_disconnect_complete -p_hci_send_disconnect_complete: - //status(1), connection_handle(2), Reason(1) - fetch 1,mem_conn_handle - store 1,mem_hci_record_disc_conn_handle -p_hci_send_disconnect_complete_init_connection_classic: - set0 mark_slave_in_rand_accepted,mark - jam 0,mem_conn_handle - jam 0,mem_conn_req_status - jam 0,mem_conn_status - branch z_hci_send_disconnect_complete - - -p_le_get_role: - fetch 1,mem_le_mode - arg HCI_ROLE_MASTER,temp - rtneq lemode_master - arg HCI_ROLE_SLAVE,temp - rtn - - - -le_scan_check_event_type: - fetch 1,mem_le_rxbuf - and pdata,0x0f,pdata - arg 0,temp //adv ind - rtneq ADV_IND - arg 1,temp //adv direct ind - rtneq ADV_DIRECT_IND - arg 2,temp - rtneq ADV_SCAN_IND - arg 3,temp - rtneq ADV_NONCONN_IND - arg 4,temp -// rtneq SCAN_RSP - rtn - -p_hci_send_event_le_advertising_report: - fetch 8,mem_mesh_le_event_mask - rtnbit0 LE_ADVERTISING_REPORT_EVENT - arg 6,pdata - fetcht 1,mem_le_rxbuf+1 //length - iadd temp,pdata - store 1,mem_mesh_event_para_total_length - - increase 3,pdata // evt type(04), evt code - store 2,mem_alloc_buffer_len - call malloc_buffer_is_enough - rtn blank - - jam HCI_EVENT_LE_META_EVENT,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - - setarg HCI_LE_SUBEVENT_ADV_REPORT - istore 1,contw //subevent code - setarg 0x01 - istore 1,contw //Num reprot only 1 - call le_scan_check_event_type - istoret 1,contw //event type is ADV_IND - call le_scan_check_sender_addr_type - copy rega,pdata - istore 1,contw //event type - fetcht 1,mem_le_rxbuf+1 //length - increase -6,temp - //fetch 6,mem_le_plap - ifetch 6,contr //addr type - istore 6,contw - istoret 1,contw - copy temp,loopcnt - call memcpy_fast - call p_rssi_convert - istore 1,contw - branch ipc_hci_tx_start - - - - - - - - - - -p_hci_send_event_number_of_completed_packet_classic: - fetch 1,mem_conn_handle - store 1,mem_hci_conn_handle - branch p_hci_send_event_number_of_completed_packet -p_hci_send_event_number_of_completed_packet_le: - fetch 1,mem_le_conn_handle - store 1,mem_hci_conn_handle -p_hci_send_event_number_of_completed_packet: - jam 5,mem_mesh_event_para_total_length - jam HCI_EVENT_NUM_COMPLETED_PACKETS,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg 0x01 // Number of Handles: 1 - istore 1,contw - fetch 1,mem_hci_conn_handle - istore 2,contw - setarg 0x01 // Num Completed Packets: 1 - istore 2,contw - branch ipc_hci_tx_start - -//mem_mesh_event_head_event_code:event code -//mem_mesh_event_para_total_length:parameter total length -p_hci_prepare_send_event: - fetch 1,mem_mesh_event_para_total_length - increase 3,pdata // evt type(04)(1Byte), evt code(1Byte), evt len(1Byte) - store 2,mem_alloc_buffer_len - - call ipc_hci_prepare_tx - - fetch 3,mem_mesh_event_head_type - istore 3,contw - rtn - -ipc_hci_prepare_tx: - call malloc_hci_snd_buffer - copy regb,contw - rtn - -ipc_hci_tx_start: - arg mem_snd_hci_block,rega - call queue_delete - branch ipc_tx_bt_data_buf_hci - -p_le_send_empty: - force 0,temp - force 1,type -p_le_send_packet: - storet 1,mem_le_txlen_temp - fetcht 1,mem_le_arq - set1 wak,temp - and temp,0xfc,pdata - ior type,pdata - store 1,mem_le_arq - and_into 0x1f,pdata - isolate1 mark_ble_tx_md,mark - setflag true,md,pdata - store 1,mem_le_txheader_temp - rtn - - - -p_le_prepare_tx: - fetch 1,mem_le_arq - rtnbit1 wak - - call p_le_check_tx_md - - call p_le_malloc_fifo_out - branch p_le_send_empty,blank - ifetch 1,contr //total length - ifetchr rega,1,contr //offset - isub rega,pdata - copy contr,contw - fetcht 2,mem_remote_rx_max_octets - call not_greater_than - copy pdata,temp - copy contw,contr - ifetchr type,1,contr - copy rega,pdata - iadd contr,contr - arg mem_le_txpayload_temp,contw - copy temp,loopcnt - call memcpy_fast - call le_update_tx_type - call p_le_send_packet - - call p_le_malloc_fifo_out - ifetch 1,contr - copy pdata,rega - copy contr, regd - ifetchr regb,1,contr - isub regb,pdata - fetcht 2,mem_remote_rx_max_octets - call not_greater_than - iadd regb,pdata - istore 1,regd //update offset - isub rega,null - nrtn zero - branch le_fifo_release_first_node - -p_le_check_tx_md: - fetch 1,mem_le_more_data - branch le_clear_md,blank - - call p_le_check_continue - rtnmark1 mark_ble_tx_md - - arg mem_snd_ble_block,rega - call p_queue_get_len - beq 0,le_clear_md - beq 1,le_clear_md - set1 mark_ble_tx_md,mark - rtn - -p_le_check_continue: - call p_le_malloc_fifo_out - branch le_clear_md,blank - ifetch 1,contr //pdata:length - ifetcht 1,contr //temp:offest - isub temp,temp //temp:length - offset - fetch 2,mem_remote_rx_max_octets - isub temp,null - branch le_clear_md,positive //27 > length -offset - set1 mark_ble_tx_md,mark - rtn - -p_le_malloc_fifo_out: - arg mem_snd_ble_block,rega - branch queue_get_read_ptr - - -p_le_transmit_norx: - call p_le_transmit - branch end_of_packet - - -p_le_transmit: - call le_prep - call letx_setfreq - call rf_debug_active_tx_line - set1 TXGFSK,radio_ctrl - enable encode_fec0 - enable is_tx - disable is_rx - call le_wait_tx - rshift16 access,pdata - rshift8 pdata,pdata - rshift4 pdata,pdata - inject mod,40 - enable enable_white - enable enable_crc -p_le_transmit0: - fetch 1,mem_le_txheader_temp - inject mod,8 - ifetch 1,contr - copy pdata,loopcnt - inject mod,8 - branch letr_nopayload,zero - branch letr_loop - - - - - - - - - - - - - - - -p_le_slave_match: -ifdef RF_DEBUG - call rf_debug_active_sync_line -endif - call le_got_first_packet - call le_acknowledge - call p_le_prepare_tx - call p_le_transmit_norx - call p_le_parse - call le_check_md - branch p_le_slave_more_data,user - branch le_slave_cont - - - -p_le_create_conn: - fetch 6,mem_le_plap - fetcht 6,mem_le_conn_peer_addr - isub temp,null - nrtn zero - call context_new - nrtn zero - call le_connect_request - call le_init_master - jam 0,mem_hci_cmd - jam 0,mem_le_peer_sca - - call le_create_conn_ndongle - - //arg MASTER_CONNECTION_HANDLE,temp - branch z_hci_send_event_le_connection_complete - - - - - -p_le_parse_ll: -// fetch 2,mem_le_payload_ptr -// copy pdata,contr -// ifetch 1,contr - fetch 1,mem_le_rxbuf+2 - beq LL_TERMINATE_IND,p_le_parse_terminate_ind - beq LL_FEATURE_REQ,p_le_parse_feature_req - beq LL_FEATURE_RSP,p_le_parse_feature_rsp - beq LL_VERSION_IND,p_le_parse_version_ind - beq LL_CHANNEL_MAP_REQ,p_le_parse_channel_map_req - beq LL_LENGTH_REQ,p_le_parse_length_request - beq LL_LENGTH_RSP,p_le_parse_length_rsp - branch le_parse_ll+2 - -p_le_parse_channel_map_req: - ifetch 5,contr - store 5,mem_le_new_map - ifetch 2,contr - store 2,mem_le_instant - fetcht 2,mem_le_event_count - isub temp,null - nbranch le_parse_terminate_ind,positive - fetch 1,mem_le_state - set1 lestate_update_map,pdata - store 1,mem_le_state - rtn - - - -//input pdata, temp,return temp -p_return_small: - isub temp,null - rtn positive - copy pdata,temp - rtn - -p_le_parse_length_rsp: - ifetch 8,contr - store 8,mem_remote_rx_max_octets - - fetch 2,mem_remote_rx_max_octets - fetcht 2,mem_local_tx_max_octets - call p_return_small - storet 2,mem_remote_rx_max_octets - - fetch 2,mem_remote_tx_max_octets - fetcht 2,mem_local_rx_max_octets - call p_return_small - storet 2,mem_remote_tx_max_octets - branch z_hci_send_event_le_connection_data_length_change - -p_le_parse_length_request: - call p_le_parse_length_rsp - //branch p_le_send_data_length_res -//p_le_send_data_length_res: -// arg LL_LENGTH_RSP,regb -p_le_send_data_length: - arg 9,rega -// call le_fifo_malloc_tx_ll - arg LLID_LE_LL,type - call le_fifo_malloc_tx - setarg LL_LENGTH_RSP - istore 1,contw - fetch 8,mem_local_rx_max_octets - istore 8,contw - rtn - -p_le_send_data_length_req: - arg LL_LENGTH_REQ,regb - branch p_le_send_data_length - -p_le_parse_feature_req: - call p_le_parse_feature_rsp - arg 9,rega - arg LLID_LE_LL,type - call le_fifo_malloc_tx - setarg LL_FEATURE_RSP - istore 1,contw - fetch 8,mem_le_features - istore 8,contw - rtn - -p_le_parse_feature_rsp: - ifetch 8,contr - store 8,mem_mesh_le_features - branch z_hci_send_le_read_remote_features_complete - -p_le_parse_terminate_ind: - ifetch 1,contr - store 1,mem_disconn_reason_send - branch le_parse_terminate_ind - -p_le_parse_version_ind: - ifetch 5,contr - store 5,mem_mesh_le_version - branch z_hci_send_read_remote_version_information_complete,master - fetch 1,mem_mesh_le_version_exchange_times - nrtn blank - pincrease 1 - store 1,mem_mesh_le_version_exchange_times - branch le_send_version_ind - -p_le_send_feature_req: - arg 9,rega -// arg LL_FEATURE_REQ,regb -// call le_fifo_malloc_tx_ll - arg LLID_LE_LL,type - call le_fifo_malloc_tx - setarg LL_FEATURE_REQ - istore 1,contw - fetch 8,mem_le_features - istore 8,contw - rtn - - -//p_hci_prepare_send_acl: -// fetch 2,mem_hci_acl_packet_len_recved -// increase 5,pdata // acl type(02)(1Byte), handle(2Byte), length(2Byte) -// store 2,mem_alloc_buffer_len - -// branch ipc_hci_prepare_tx - -//p_hci_send_acl_encode_le: -// fetch 1,mem_le_packet_llid -// store 1,mem_hci_acl_packet_pb_flag -// fetch 2,mem_le_payload_ptr -// store 2,mem_hci_acl_packet_payload_ptr -// fetch 2,mem_le_l2cap_size -// store 2,mem_hci_acl_packet_len_recved -// fetch 1,mem_le_conn_handle -// store 2,mem_hci_conn_handle -//p_hci_send_acl_encode: -// call p_hci_prepare_send_acl -// setarg HCI_H4_TYPE_ACL -// istore 1,contw -// fetch 1,mem_hci_conn_handle -// fetcht 1,mem_hci_acl_packet_pb_flag -// lshift8 temp,temp -// lshift4 temp,temp -// ior temp,pdata -// istore 2,contw - -// fetcht 2,mem_hci_acl_packet_len_recved -// istoret 2,contw //length -// copy temp,loopcnt -// fetch 2,mem_hci_acl_packet_payload_ptr -// copy pdata,contr -// call memcpy_fast - -// branch ipc_hci_tx_start - - -p_hci_send_acl_encode_classic: - call p_get_br_rcv_ptr - store 3,mem_hci_acl_packet_payload_ptr - //free buffer - setarg 0 - store 3,mem_rcv_br_queue_ptr - - fetch 1,mem_conn_handle - store 1,mem_hci_conn_handle - jam IPC_DATA_SUBTYPE_ACL_CLASSIC,mem_ipc_data_tx_buf_subtype - -ifdef TEST_QUEUE_DEBUG - arg 0x7100,rega - fetcht 1,mem_ipc_data_tx_buf_subtype - call debug_log_print - arg 0x7101,rega - fetcht 2,mem_hci_acl_packet_payload_ptr - call debug_log_print -endif - - branch p_hci_send_acl_encode -p_hci_send_acl_encode_le: - call p_get_ble_rcv_ptr - store 3,mem_hci_acl_packet_payload_ptr - //free buffer - setarg 0 - store 3,mem_rcv_ble_queue_ptr - - fetch 1,mem_le_conn_handle - store 1,mem_hci_conn_handle - jam IPC_DATA_SUBTYPE_ACL_BLE,mem_ipc_data_tx_buf_subtype -p_hci_send_acl_encode: - setarg mem_ipc_tx_buf - store 2,mem_ipc_tx_data_ptr - icopy contw - setarg IPC_TYPE_BT_TO_CM0_DATA - istore 1,contw - force 6,pdata // len - istore 1,contw - - fetch 1,mem_ipc_data_tx_buf_subtype - istore 1,contw - - fetch 3,mem_hci_acl_packet_payload_ptr - istore 3,contw - - fetch 1,mem_hci_conn_handle - istore 2,contw - - - // total len - force 8,pdata - store 1,mem_ipc_tx_data_len - - branch ipc_tx_common - - - -p_parse_connect_req: -// fetch 1,mem_le_state -// rtnbit1 state_inconn - fetch 1,mem_le_rxbuf - fetcht 6,mem_le_lap - bbit1 LE_RECEIVER_ADDR_BIT,p_parse_connect_req_random_addr - branch p_parse_connect_req_public_addr -p_parse_connect_req_random_addr: - fetcht 6,mem_mesh_le_random_address -p_parse_connect_req_public_addr: - fetch 6,mem_le_rxbuf+8 - isub temp,null - nrtn zero - call parse_connect_req+5 - //arg SLAVE_CONNECTION_HANDLE,temp - //fetch 2,mem_le_init_superto - //store 2,mem_le_superto - branch z_hci_send_event_le_connection_complete - -p_le_init_conn: - call le_init_conn+1 - jam 1,mem_le_txheader_temp - jam 0,mem_le_txlen_temp - setarg 27 - store 2,mem_remote_rx_max_octets - call new_conn_handle - pincrease 24 - store 1,mem_le_conn_handle - rtn - - -p_le_conn_dispatch: - call le_enable - call app_process_ble - fetch 1,mem_le_mode - beq lemode_master,p_le_master_dispatch - branch le_slave_dispatch - - - - - -p_le_transmit_receive_sifs_master: - call p_le_transmit - branch p_le_transmit_receive_sifs_notx_slave - - -p_le_master_dispatch: - enable master - call le_supervision_update - branch p_le_master_disconn,positive - call le_setup - call p_le_prepare_tx - disable match - call p_le_transmit_receive_sifs_master - nbranch p_le_master_not_match,match -p_le_master_match: -ifdef RF_DEBUG - call rf_debug_active_sync_line -endif - call p_le_got_first_packet -ifdef LE_CONN_RCV_DEBUG - fetch 1,mem_le_conn_rcv - pincrease 1 - store 1,mem_le_conn_rcv -endif - call le_acknowledge - call p_le_parse - call le_check_md - branch p_le_master_more_data,user -p_le_master_cont: - disable master - branch end_of_packet - -p_le_master_more_data: - call p_le_prepare_tx - call p_le_transmit_norx_master - enable attempt - call p_le_transmit_receive_sifs_notx_slave - branch p_le_master_match,match - branch p_le_master_cont - - -p_le_transmit_norx_master: - call p_le_transmit_master - branch end_of_packet - -p_le_transmit_master: - call le_prep - call letx_setfreq -ifdef RF_DEBUG - call rf_debug_active_tx_line -endif - set1 TXGFSK,radio_ctrl - enable encode_fec0 - enable is_tx - disable is_rx - call p_le_wait_tx_cont - branch p_le_transmit+8 - -p_le_wait_tx_cont: - until null,timeout - rtn - - -p_le_got_first_packet: - fetch 1,mem_le_state - rtnbit1 lestate_got_first_packet - set1 lestate_got_first_packet - store 1,mem_le_state - rtn - -p_le_master_not_match: - fetch 1,mem_le_state - bbit1 lestate_got_first_packet,p_le_master_cont - fetch 1,mem_le_first_packet_count - sub pdata,6,null - nbranch p_le_master_disconn,positive - increase 1,pdata - store 1,mem_le_first_packet_count - branch p_le_master_cont - - - - - - - - - - - - -p_le_get_public_addr: - fetcht 6,mem_le_lap - rtn - -p_le_get_random_addr: - fetcht 6,mem_mesh_le_random_address - rtn - - -p_le_send_adv_ind: - fetch 1,mem_le_adv_type - beq ADV_DIRECT_IND,le_send_adv_direct_ind - fetch 1,mem_le_adv_own_addr_type - lshift4 pdata,pdata - lshift2 pdata,pdata - fetcht 1,mem_le_adv_type - iadd temp,pdata - store 1,mem_le_txheader - fetcht 1,mem_le_adv_data_len - add temp,6,pdata - store 1,mem_le_txlen - copy temp,loopcnt - fetch 1,mem_le_adv_own_addr_type - call p_le_get_public_addr,blank - ncall p_le_get_random_addr,blank - storet 6,mem_le_txpayload - - arg mem_le_adv_data,contr - call memcpy_fast - branch le_send_adv_transmit -// branch le_send_adv_ind+7 - -p_le_update_param: - fetch 1,mem_le_state - rtnbit0 lestate_update_param - fetch 2,mem_le_event_count - fetcht 2,mem_le_instant - isub temp,pdata - store 2,mem_pdatatemp - nrtn positive - call le_update_param+7 - branch z_hci_send_le_connection_update_commplete - -p_le_slave_unsync: -// call le_savelist - call le_lpm_set_mult - call le_update_channel_map - call p_le_update_param - branch calc_clke_offset - - - - - -//rega:len regb:ll opcode -//le_fifo_malloc_tx_ll: -// arg LLID_LE_LL,type -// call le_fifo_malloc_tx -// copy regb,pdata -// istore 1,contw -// rtn - - - - - - - - -p_le_receive_slave: - enable swfine - fetch 2,mem_le_receive_window - fetcht 4,mem_le_transmit_window - iadd temp,timeup -p_le_receive_packet_slave: - call lerx_setfreq -p_le_receive_rxon_slave: - call le_prep - disable match - disable user2 // for discard work - enable decode_fec0 - enable is_rx - disable is_tx - copy timeup,stop_watch - correlate null,timeout - branch p_le_receive_on_attempt_slave,attempt - copy clke,temp - storet 6,mem_sync_clke -p_le_receive_on_attempt_slave: - nbranch end_of_packet,sync - branch p_le_receive_skip_slave,attempt - arg param_clke_cal_le,clke_rt - copy bt_clk,clke_bt - fetch 1,mem_le_state - bbit0 lestate_got_first_packet,p_le_receive_skip_slave - call lpm_adjust_clk,wake -p_le_receive_skip_slave: - call save_rssi - enable enable_white - enable enable_crc - parse demod,bucket,8 - rshift3 pwindow,pdata - store 1,mem_le_rxbuf - // check retransmit - fetcht 1,mem_le_arq - //fetch 1,mem_le_rxbuf - rshift pdata,pdata - ixor temp,pdata - isolate1 nesn,pdata - setflag true,mark_old_packet,mark /* retransmit */ - - // parse length - parse demod,bucket,8 - rshift3 pwindow,pdata - store 1,mem_le_rxbuf+1 - -process_le_data_common: - //and pdata,0xff,pdata - copy pdata,loopcnt - store 1,mem_le_packet_size - branch p_lerx_nopayload_slave,blank //empty rtn - - fetch 1,mem_le_rxbuf - and pdata,0x03,pdata - beq LLID_LE_LL,process_le_LL - - bmark1 mark_old_packet,p_lerx_discard_loop -process_le_packet_common: - // reserve one big buffer for host - arg mem_alloc_big_block,rega - call p_queue_get_len - beq 1,p_lerx_discard_loop - - - call malloc_rcv_buffer_is_enough - branch p_lerx_discard_loop,blank - - call p_get_ble_rcv_ptr - copy contr,contw - fetch 2,mem_le_rxbuf - istore 2,contw - branch p_lerx_slave_loop - -process_le_LL: - arg mem_le_rxbuf+2,contw - branch p_lerx_slave_loop - - -p_lerx_discard_loop: - // TODO: Think do more here - //branch end_of_packet - - parse demod,bucket,8 - rshift3 pwindow,pdata - //istore 1,temp - loop p_lerx_discard_loop - - // use mark discard packet - enable user2 - - branch p_lerx_nopayload_slave - -p_lerx_slave_loop: - parse demod,bucket,8 - rshift3 pwindow,pdata - istore 1,contw - loop p_lerx_slave_loop -p_lerx_nopayload_slave: - parse demod,bucket,24 - enable swfine - arg param_sifs,stop_watch // start SIFS timer after last bit of crc - branch p_lerx_nopayload_slave_end,user2 - rshift32 pdata,pdata - rshift16 pdata,pdata - istore 3,contw // need save crc or not? -p_lerx_nopayload_slave_end: -ifdef RF_DEBUG - call rf_debug_active_crc_error_line,crc_failed -endif - branch end_of_packet,crc_failed - enable match - fetch 1,mem_sfreq_enable - nbranch p_lerx_nopayload_skip_write_freq,blank - fetch 1,mem_last_freq - add pdata,0,rega - call rf_write_freq /* set frequency to tx mode freq */ -p_lerx_nopayload_skip_write_freq: - disable decode_fec0 - branch set_sync_on - -p_le_parse_rcv_header: - ifetch 1,contr - and pdata,0x3,pdata - store 1,mem_le_packet_llid - - ifetch 1,contr //l2cap len - store 1,mem_le_packet_size - rtn blank - - storer contr,2,mem_le_payload_ptr - rtn -p_le_parse: - rtnmark1 mark_old_packet - rtnmark0 mark_le_mic_ok - rtn user2 - // check length - fetch 1,mem_le_rxbuf+1 - rtn blank - fetch 1,mem_le_rxbuf - and pdata,0x03,pdata - beq LLID_LE_LL,le_parse_ll - - call p_get_ble_rcv_ptr - call p_le_parse_rcv_header - fetch 1,mem_le_packet_size - rtn blank - - fetch 1,mem_le_packet_llid - beq LLID_LE_LL,le_parse_ll -p_le_parse_l2cap: - branch p_hci_send_acl_encode_le - - -p_le_slave_more_data: - enable attempt - call p_le_transmit_receive_sifs_notx_slave - branch le_slave_match,match - branch le_slave_cont - -p_le_transmit_receive_sifs_notx_slave: - fetcht 1,mem_last_freq - call set_freq_rx - call rf_rx_enable - enable swfine - arg 5000,timeup // about 417us - branch p_le_receive_rxon_slave - - - - - - - - - - - - - - - - - - - +//p_soft_reset: +// call p_clean_mem +//p_soft_reset_end: +// clear_stack +// //call ice_break +// //call initialize_radio +// nop 100 +// jam 0xff,0x8907 +// call init_param +// call l2cap_init +// call rfcomm_init +// call init_lmp +// call p_start +// call app_init +// branch soft_reset+12 +p_start: + call enable_xip + arg 0x80,aes_ctrl + jam 1,mem_24g_test//flag for test fcc + arg mem_0db_tx_power_param,rega + call p_copy_power_param_to_att_list +//p_reserve_for_usb_data: +// //in here call function to get usb data,which enable flag fcc test +p_fcc_start: + call p_init_param + call p_initialize_radio + //jam 0x21,core_clkoff // enable debug uart +// call lpm_disable_exen_output + //jam uart_ctrl_normal,core_uart_ctrl //enable flow control + + call pp_pn9 //do tx + branch p_test_tx_new_param //check new params + +p_clean_mem: + arg 0x0,contw + arg 0x400,loopcnt + call p_memset0 +ifndef REVA + fetch 1,core_misc_status + rtnbit0 2 +endif + arg 0x4000,contw + arg 0x200,loopcnt + call p_memset0 + rtn +p_memset0: + force 0,pdata +p_memset8: + istore 8,contw + loop p_memset8 + rtn +p_init_param: + setarg param_features0 + store 3,mem_features + setarg param_features1 + set0 2,pdata // disable edr3m + istore 3,contw + setarg param_features2 + istore 2,contw + setarg param_lap + store 3,mem_lap + setarg param_unap + store 3,mem_uap + setarg param_glap + store 3,mem_glap + setarg param_tisw + store 2,mem_iscan_window + setarg param_tisi + store 2,mem_iscan_interval + setarg 0x200 + store 2,mem_pscan_window + setarg param_tpsi + store 2,mem_pscan_interval + setarg param_inq_window + store 2,mem_inq_window + setarg param_page_window + store 2,mem_page_window + setarg param_page_to + store 2,mem_page_to +// setarg param_lmp_version +// store 3,mem_lmp_version +// setarg param_lmp_subversion +// store 2,mem_lmp_subversion + jam param_name_len,mem_local_name_length + setarg param_name + store 3,mem_local_name + setarg param_name1 + store 3,mem_local_name2 + jam param_fcomp_mul,mem_fcomp_mul + jam 0x60,mem_fhs_misc /* R1 for 1.28s ps interval,P2 */ + jam param_max_slot,mem_max_slot + //jam 1,mem_ptt + jam 3,mem_scan_mode + rtn +p_initialize_radio: + + jam clksel_rc,core_clksel + + //MAX TX IQ&DC for TX_0MIF, 2015_014_#12 + jam 0x00,0x8907 //0M_IF + jam 0x00,0x8908 + jam 0x00,0x8909 + jam 0xff,0x890a + jam 0xff,0x890b //ff,Albert_AGC_disable + //jam 0xe0,0x90a //Alberts + //jam 0x44,0x90b //Alberts + //jam 0xe4,0x90b //temp, Albert_AGC_enable/disable + +/* + //MAX TX IQ&DC for TX_1MIF, 2015_014_#12// + jam 0x7f,0x907 //1M_IF + jam 0x01,0x908 + jam 0x1f,0x909 + jam 0xf8,0x90a + jam 0xff,0x90b //for EDR&BR + //jam 0x5f,0x90b //for BLE + //MAX TX IQ&DC for yc1021D_#12 only// + //tmp + //jam 0x00,0x907 //1M_IF + //jam 0x00,0x908 +*/ + //jam 0x36,0x90f /*For BLE, tune AGC_gain_offset, Max added*/ + jam 0x2e,0x890f /*For BR/EDR, tune AGC_gain_offset, Max added*/ + jam 0x47,rf_agc_ctrl /* invert demod, demod_clkoff , Max changed*/ + //freeze gain table + //jam 0xc5,0x911 //C5, LNA=110, Mixer=00, BPF=0101 + + //jam 0x01,0x953 /* rccal_sel*, no USE, will be set by 0x8951/ + jam 0xfb,0x894c /* rx sensitivity, dac_reg2, Max changed */ + jam 0xef,0x894d + jam 0xec,0x894e /* push tia_bias for better sen, Max changed */ + jam 0x5e,0x894f /* tia_rc_en, Max changed */ + + jam 0x88,0x896f + jam 0x00,0x8973 /* turn off charge pump */ + jam 0x4a,0x895a + //jam 0x26,0x895a + jam 0x80,0x895c + //jam 0x60,0x895c +jam 0x20,mem_fcc_data_new +jam 1,mem_fcc_ch_new +//temp for lower RX current +/* +jam 0x5b,0x94c //original, jam 0xfb,0x94c +jam 0x96,0x94d //original, jam 0xef,0x94d +jam 0x30,0x95c //original, jam 0x80,0x95c +jam 0x46,0x94f //original, jam 0x5e,0x94f +*/ +/* + //default AGC setting + jam 0xf5,0x91a + jam 0xc0,0x931 + jam 0xc1,0x932 + jam 0xc2,0x933 + jam 0xc3,0x934 + jam 0xc4,0x935 + jam 0xc5,0x936 + jam 0x04,0x937 + jam 0x05,0x938 + jam 0x06,0x939 + jam 0x15,0x93A + jam 0x16,0x93B + jam 0x55,0x93C + jam 0x56,0x93D + jam 0x57,0x93E + jam 0x66,0x93F + jam 0x67,0x940 + jam 0xa6,0x941 + jam 0xa7,0x942 + jam 0xa8,0x943 + +// jam 0xb7,0x944 +// jam 0xf6,0x945 +// jam 0xf7,0x946 +// jam 0xf8,0x947 + jam 0x68,0x944 + jam 0x75,0x945 + jam 0xb5,0x946 + jam 0xf5,0x947 + + jam 0xa9,0x930 + jam 0xb1,0x92f //should be b2 + jam 0xb9,0x92e //should be bq + jam 0xb5,0x92d //should be b6 + + jam 0xc0,0x948 + jam 0xff,0x949 + +*/ + /* + //AGC Table Setting Aggresive, Based on BR_sen, Max added + jam 0xa9,0x930 //jam 0x9D,0x930 + jam 0xb1,0x92f //jam 0xA1,0x92f + jam 0xb9,0x92e //jam 0xA9,0x92e + jam 0xAE,0x92d + jam 0xB2,0x92c + jam 0xB6,0x92b + jam 0xBA,0x92a + jam 0xBE,0x929 + jam 0xC2,0x928 + jam 0xC6,0x927 + jam 0xCA,0x926 + jam 0xCE,0x925 + jam 0xD2,0x924 + jam 0xD6,0x923 + jam 0xDA,0x922 + jam 0xDE,0x921 + jam 0xE2,0x920 + jam 0xE6,0x91f + jam 0xEA,0x91e + jam 0xEE,0x91d + jam 0xF2,0x91c + jam 0xF6,0x91b + jam 0xFB,0x91a + + jam 0xf5,0x947 //jam 0xF8,0x947 + jam 0xe5,0x946 //jam 0xE9,0x946 + jam 0xd5,0x945 //jam 0xD9,0x945 + jam 0xA8,0x944 + jam 0x69,0x943 + jam 0x68,0x942 + jam 0x29,0x941 + jam 0x28,0x940 + jam 0xE9,0x93f + jam 0xE8,0x93e + jam 0xD9,0x93d + jam 0xD8,0x93c + jam 0xC9,0x93b + jam 0xC8,0x93a + jam 0xC7,0x939 + jam 0xC6,0x938 + jam 0xC5,0x937 + jam 0xC4,0x936 + jam 0xC3,0x935 + jam 0xC2,0x934 + jam 0xC1,0x933 + jam 0xC0,0x932 + jam 0x80,0x931 + jam 0x7f,0x94a + jam 0x80,0x949 + jam 0x00,0x948 + */ + + + /* + //AGC Table Setting Normal, Based on 8PSK_sen, Max added + jam 0xa9,0x930 //jam 0x9D,0x930 + jam 0xb1,0x92f //jam 0xA1,0x92f + jam 0xb9,0x92e //jam 0xA9,0x92e + jam 0xAD,0x92d + jam 0xB2,0x92c + jam 0xB6,0x92b + jam 0xBA,0x92a + jam 0xBE,0x929 + jam 0xC2,0x928 + jam 0xC6,0x927 + jam 0xCA,0x926 + jam 0xCE,0x925 + jam 0xD2,0x924 + jam 0xD6,0x923 + jam 0xDA,0x922 + jam 0xDE,0x921 + jam 0xE2,0x920 + jam 0xE6,0x91f + jam 0xEA,0x91e + jam 0xEE,0x91d + jam 0xF2,0x91c + jam 0xF6,0x91b + jam 0xFB,0x91a + + jam 0xf5,0x947 //jam 0xF8,0x947 + jam 0xe5,0x946 //jam 0xE9,0x946 + jam 0xd5,0x945 //jam 0xD9,0x945 + jam 0xD8,0x944 + jam 0x99,0x943 + jam 0x98,0x942 + jam 0x59,0x941 + jam 0x58,0x940 + jam 0x19,0x93f + jam 0x18,0x93e + jam 0xD9,0x93d + jam 0xD8,0x93c + jam 0xC9,0x93b + jam 0xC8,0x93a + jam 0xC7,0x939 + jam 0xC6,0x938 + jam 0xC5,0x937 + jam 0xC4,0x936 + jam 0xC3,0x935 + jam 0xC2,0x934 + jam 0xC1,0x933 + jam 0xC0,0x932 + jam 0x80,0x931 + jam 0x7f,0x94a + jam 0xe0,0x949 + jam 0x00,0x948 + */ + + +/* + //AGC Table Setting Conservative, Based on 8PSK_sen, Max added + jam 0x9d,0x930 //jam 0xa9,0x92f, for C_version only + jam 0xa1,0x92f //jam 0xb1,0x92f, for C_version only + jam 0xa9,0x92e //jam 0xb9,0x92e, for C_version only + jam 0xAD,0x92d + jam 0xB1,0x92c + jam 0xB5,0x92b + jam 0xBA,0x92a + jam 0xBE,0x929 + jam 0xC2,0x928 + jam 0xC6,0x927 + jam 0xCA,0x926 + jam 0xCE,0x925 //jam 0xb9,0x925, only changed for BQB_C1_#7 + jam 0xD2,0x924 + jam 0xD6,0x923 + jam 0xDA,0x922 + jam 0xDE,0x921 + jam 0xE2,0x920 + jam 0xE6,0x91f + jam 0xEA,0x91e + jam 0xEE,0x91d + jam 0xF2,0x91c + jam 0xF6,0x91b + jam 0xFB,0x91a + + jam 0xf8,0x947 //jam 0xf5,0x947, for C_version only + jam 0xE9,0x946 //jam 0xe5,0x946, for C_version only + jam 0xD9,0x945 //jam 0xd5,0x945, for C_version only + jam 0xD8,0x944 + jam 0xC9,0x943 + jam 0xC8,0x942 + jam 0x89,0x941 + jam 0x88,0x940 + jam 0x87,0x93f + jam 0x48,0x93e + jam 0x09,0x93d + jam 0x08,0x93c //jam 0xd5,0x93c, only changed for BQB_C1_#7 + jam 0xC9,0x93b + jam 0xC8,0x93a + jam 0xC7,0x939 + jam 0xC6,0x938 + jam 0xC5,0x937 + jam 0xC4,0x936 + jam 0xC3,0x935 + jam 0xC2,0x934 + jam 0xC1,0x933 + jam 0xC0,0x932 + jam 0x80,0x931 + + jam 0x7f,0x94a + jam 0xf8,0x949 + jam 0x00,0x948 +*/ + //AGC Table Setting Conservative, Based on 8PSK_sen, Max added for YC1021D + jam 0xa9,0x8930 + jam 0xad,0x892f + jam 0xb1,0x892e + jam 0xb5,0x892d + jam 0xb9,0x892c + jam 0xbd,0x892b + jam 0xc2,0x892a + jam 0xc6,0x8929 + jam 0xca,0x8928 + jam 0xce,0x8927 + jam 0xd2,0x8926 + jam 0xd6,0x8925 + jam 0xda,0x8924 + jam 0xde,0x8923 + jam 0xe2,0x8922 + jam 0xe6,0x8921 + jam 0xea,0x8920 + jam 0xee,0x891f + jam 0xf2,0x891e + jam 0xf6,0x891d + jam 0xfb,0x891c + jam 0xfb,0x891b + jam 0xfb,0x891a + + jam 0xf5,0x8947 + jam 0xe6,0x8946 + jam 0xD7,0x8945 + jam 0xD6,0x8944 + jam 0xC7,0x8943 + jam 0xC6,0x8942 + jam 0x87,0x8941 + jam 0x86,0x8940 + jam 0x85,0x893f + jam 0x46,0x893e + jam 0x07,0x893d + jam 0x06,0x893c + jam 0xC7,0x893b + jam 0xC6,0x893a + jam 0xC5,0x8939 + jam 0xC4,0x8938 + jam 0xC3,0x8937 + jam 0xC2,0x8936 + jam 0xC1,0x8935 + jam 0xC0,0x8934 + jam 0x80,0x8933 + jam 0x80,0x8932 + jam 0x80,0x8931 + + jam 0x7f,0x894a + jam 0xf8,0x8949 + jam 0x00,0x8948 + + + + + //Tx Pout related +// jam 0xd0, 0x8955 //jam 0xd8, 0x955 only for yc1021C1_#7, BQB, -2.9dBm. changed for ramp_up/down +// jam 0xe0, 0x8956 //jam 0xce, 0x956 only for yc1021C1_#7, BQB, -2.9dBm. changed for ramp_up/down + jam 0xba, 0x894b + fetch 1,mem_rf_shutdown_param1 + store 1,0x8955 + fetch 1,mem_rf_shutdown_param2 + store 1,0x8956 + jam 0x88, 0x8957 + jam 0x6c, 0x8958 + jam 0x10, 0x8959 +// jam 0x43,0x8954 +// jam 0x7a,0x895a + +/* + //Rx low-power (standard mode) + //Mixer + jam 0x5b, 0x94c + //jam 0x8f, 0x94d //share same reg with rx_lna + //LNA + jam 0x96, 0x94d + //VCO + jam 0x30, 0x95c + //BPF + jam 0x46, 0x94f +*/ -p_l2cap_init_queue: - call p_mram_clkon - branch z_l2cap_init_queue + setarg 0x300000 + store 3,rf_clkpll_frac + jam 0x64,rf_clkpll_int + jam 36,mem_fcomp_div + call p_switchto_dpllclk + jam 0xe4,rf_clkpll_int + set1 RESET,radio_ctrl + force 0,radio_ctrl + call p_do_rccal + call p_set_rccal + rtn +p_do_rccal: + jam 0x02,rfen_adc + setarg 2500000 + call p_sleep /* wait clkpll&xtal stable */ + jam 0x7f,rfen_rx + nop 130 + jam 0x10,rfen_tx + jam 0x30,rf_rccal_ctrl + nop 200 + jam 0xf0,rf_rccal_ctrl + force 50,loopcnt +p_do_rccal_loop: + fetch 1,rf_rccal_result + bbit1 5,p_do_rccal_end + loop p_do_rccal_loop +p_do_rccal_end: + store 1,mem_rf_rccal + jam 0,rfen_tx + jam 0,rfen_rx + jam 0x00,rfen_adc + rtn + +p_set_rccal: + fetch 1,mem_rf_rccal + set1 5,pdata + store 1,rf_rccal_ctrl + fetcht 1,rf_bpf_ctrim + and_into 7,temp + lshift3 pdata,pdata + ior temp,pdata + store 1,rf_bpf_ctrim + fetch 1,rf_bpf_ib + set0 bpf_rccal,pdata + store 1,rf_bpf_ib + fetch 1,rf_adc_rccal + set0 adc_rccal,pdata + store 1,rf_adc_rccal + rtn -//input1:rega --- mem block -//output:regb --- block ptr -p_queue_delete: - add rega,BLOCK_CUR_LEN_OFFSET,temp - ifetch 1,temp - branch assert,blank +p_switchto_dpllclk: + fetch 1,rf_clkpll_frac+2 + set0 4,pdata + set0 5,pdata + store 1,rf_clkpll_frac+2 + jam 0x00,rfen_ck + jam 0x70,rfen_msc + jam 0xff,rfen_ck + fetch 1,rf_clkpll_frac+2 + set1 4,pdata + set1 5,pdata + store 1,rf_clkpll_frac+2 + call p_init_lpm_ctrl + jam clksel_dpll,core_clksel + rtn - add rega,BLOCK_RPTR_OFFSET,pdata - ifetcht 2,pdata - ifetchr regb,3,temp - setarg 0 - istore 3,temp - add temp,3,regc - call queue_unit_increase - add rega,BLOCK_RPTR_OFFSET,pdata - istorer regc,2,pdata +p_switchto_xclk: + jam 0x8,core_clksel + jam 0x00,rfen_ck + jam 0x70,rfen_msc + rtn - add rega,BLOCK_CUR_LEN_OFFSET,temp - ifetch 1,temp +p_init_lpm_ctrl: + fetcht 3,core_lpm_ctrl + setarg 0x100f0f //Max changed to lowest lpo, 150720. Change xtal's ctrim for C_#7only for BQB, 151105 + isub temp,null + rtn zero + store 3,core_lpm_reg + jam 0xca,core_lpm_reg+3 + call p_lpm_write_ctrl +// jam 0,core_gpio_out0 + rtn +p_lpm_write_ctrl: + setarg lpmreg_sel_ctrl +p_lpm_write: + until null,lpo_edge + store 1,core_lpm_wr + until null,lpo_edge + until null,lpo_edge + rtn +p_shutdown_radio: + nop 100 /* flush out the last bit */ + //pout related, ramp down + //can be deleted + //jam 0xd8, 0x955 + //nop 40 + jam 0xd4, 0x8955 + nop 40 + jam 0xd2, 0x8955 + nop 40 + //can be deleted + jam 0xd1, 0x8955 + nop 40 + //jam 0xd0, 0x955 //0db + //jam 0xe0, 0x956//0db + //jam 0xd0, 0x955 //5db + //jam 0xe0, 0x956//5db + //jam 0xd0, 0x8955 //3db + //jam 0xc0, 0x8956//3db + fetch 1,mem_rf_shutdown_param1 + store 1,0x8955 + fetch 1,mem_rf_shutdown_param2 + store 1,0x8956 + jam 0xd0,0x8955 + jam 0xe0,0x8956 + force 0,radio_ctrl + disable is_rx + disable is_tx + pulse packet_end + jam 0x0,rfen_adc + jam 0,rfen_sn + jam 0x70,rfen_msc + jam 0x0,rfen_mdm + jam 0x0,rfen_tx + jam 0x0,rfen_rx + rtn +p_sleep: + /* sleep pdata clocks, only even clocks are accurate */ + rshift pdata,pdata + increase -3,pdata +p_sleep_loop: increase -1,pdata - istore 1,temp + nbranch p_sleep_loop,zero + force 0,pdata rtn - -//input --- rega -p_queue_get_len: - add rega,BLOCK_CUR_LEN_OFFSET,temp - ifetch 1,temp - rtn - -p_l2cap_load_channel_param: - arg 680,rege - fetch 1,mem_l2cap_temp_ch_psm - rtneq PSM_RFCOMM - branch l2cap_load_channel_param+2 - -//input: regd -> len -//rtn: regb,contr->ptr -malloc_br_snd_buffer: - call malloc_buffer - arg mem_snd_br_block,rega - branch queue_insert - -free_br_snd_buffer: - arg mem_snd_br_block,rega - call queue_delete - branch free_buffer - - -//input: regd -> len -//rtn: regb,contr->ptr -malloc_hci_snd_buffer: - call malloc_buffer - arg mem_snd_hci_block,rega - branch queue_insert - -//free_hci_snd_buffer: -// arg mem_snd_hci_block,rega -// call queue_delete -// branch free_buffer - -p_queue_insert: - add rega,BLOCK_WPTR_OFFSET,pdata - ifetcht 2,pdata - istorer regb,3,temp//store rxbuffer addr to wptr(start) - add temp,3,regc - call queue_unit_increase - add rega,BLOCK_WPTR_OFFSET,pdata - istorer regc,2,pdata - - add rega,BLOCK_CUR_LEN_OFFSET,regc - ifetcht 1,regc - increase 1,temp - istoret 1,regc - - // check buffer - add rega,BLOCK_TOTAL_SIZE_OFFSET,regc - ifetch 1,regc +p_set_sync_on: + //jam 0x38,rfen_rx // otherwise DAC has 1mA more current + jam 0x77,rfen_msc + jam 0x03,rfen_sn + nop 10 + jam 0x83,rfen_sn + jam 0x7f,rfen_msc + jam 0xa7,rfen_sn + rtn +p_test_tx_new_param: + fetcht 1,mem_fcc_mod_new + and temp,0x0f,pdata + //storet 1,mem_fcc_mod_new //check mod + //and temp,0x07,pdata + beq 1,p_test_txrx_param + beq 3,p_test_txrx_param + beq 7,p_test_txrx_param + jam 0x01,mem_fcc_mod_new +p_test_txrx_param: + fetch 1,mem_fcc_txrx_new + and pdata,0x03,pdata + store 1,mem_fcc_txrx_new + beq 1,p_test_btble_param + beq 2,p_test_btble_param + beq 3,p_test_btble_param + jam 0x01,mem_fcc_txrx_new +p_test_btble_param: + fetch 1,mem_fcc_btble_new + and pdata,0x03,pdata + store 1,mem_fcc_btble_new + beq 1,p_test_isdate_param + beq 2,p_test_isdate_param + jam 0x01,mem_fcc_btble_new +p_test_isdate_param: + fetch 1,mem_fcc_data_new + and pdata,0x30,pdata + store 1,mem_fcc_data_new + beq 0,p_test_data_length_param + beq 0x20,p_test_data_length_param + jam 0,mem_fcc_data_new +p_test_data_length_param: + fetch 1,mem_fcc_data_length_new + beq 0,p_data_length_equ0 + branch p_test_bt_hop_stable_param +p_data_length_equ0: + jam 0x19,mem_fcc_data_length_new +// jam 0x30,mem_fcc_data_length_new +p_test_bt_hop_stable_param: + fetch 1,mem_fcc_hop_new + and pdata,0x03,pdata + store 1,mem_fcc_hop_new + beq 1,p_test_tx_new_param_cont + beq 2,p_test_tx_new_param_cont + jam 0x02,mem_fcc_hop_new +p_test_tx_new_param_cont: + fetch 1,mem_fcc_ch_new + beq 0,p_zero + arg 81,temp isub temp,null - nbranch assert,positive - - copy regb,contr - copy regb,pdata - rtn - - -/*********************************************************/ -//char* malloc(short len) -//input: regd -> len -//rtn: regb->ptr -/*********************************************************/ -malloc_buffer: - call malloc_buffer_is_enough - branch assert,blank - - fetch 2,mem_param_alloc_normal_buffer_max_length - fetcht 2,mem_alloc_buffer_len + nbranch p_test_tx_new_param_copy,positive //check channel between 0-79 +p_zero: + jam 2,mem_fcc_ch_new +p_test_tx_new_param_copy: + fetch 7,mem_fcc_param_new + store 7,mem_fcc_param + + +p_test_tx_or_rx: + fetch 1,mem_fcc_txrx + beq 0x01,p_test_tx_start + beq 0x02,p_test_rx_start + + +p_test_tx_start: + fetcht 1,mem_fcc_ch + increase -1,temp + fetch 1,mem_fcc_btble + beq 0x01,p_test_bt_tx_on + beq 0x02,p_test_ble_tx_on + +p_test_ble_tx_on: + //call p_test_ble_bt_rx_off //close rx + call p_set_sync_on + call p_set_freq_tx + //disable enable_white + call p_le_enable + set1 TXGFSK,radio_ctrl + enable encode_fec0 + enable is_tx + disable is_rx + call le_wait_tx + fetch 1,mem_fcc_data + store 1,0x8908 + branch p_tx_data + +p_test_ble_bt_tx_off: + branch p_shutdown_radio + + +p_test_rx_start: + fetcht 1,mem_fcc_ch + increase -1,temp + fetch 1,mem_fcc_btble + compare 0x01,pdata,0x0f + call p_test_bt_rx_on,true + ncall p_test_ble_rx_on,true +p_test_rx_loop: +// call hci_rx_packet +// call p_interface_for_usb_cmd + fetch 7,mem_fcc_param + fetcht 7,mem_fcc_param_new isub temp,null - branch malloc_buffer_normal,positive -malloc_buffer_big: -ifdef malloc_buffer_cnt_debug - fetch 2,mem_temp_alloc_big_malloc_cnt - increase 1,pdata - store 2,mem_temp_alloc_big_malloc_cnt -endif - arg mem_alloc_big_block,rega - branch queue_delete -malloc_buffer_normal: - arg mem_alloc_normal_block,rega - call p_queue_get_len - branch malloc_buffer_big,blank - -ifdef malloc_buffer_cnt_debug - fetch 2,mem_temp_alloc_normal_malloc_cnt - increase 1,pdata - store 2,mem_temp_alloc_normal_malloc_cnt -endif - arg mem_alloc_normal_block,rega - branch queue_delete - -/*********************************************************/ -//char* malloc(short len) -//input: regb -> ptr -//rtn: regb->ptr -/*********************************************************/ -free_buffer: - call malloc_check_in_big_queue - arg mem_alloc_normal_block,rega - branch free_buffer_normal,blank -free_buffer_big: -ifdef malloc_buffer_cnt_debug - fetch 2,mem_temp_alloc_big_free_cnt - increase 1,pdata - store 2,mem_temp_alloc_big_free_cnt -endif - arg mem_alloc_big_block,rega - branch queue_insert -free_buffer_normal: - call malloc_check_in_normal_queue - branch assert,blank -ifdef malloc_buffer_cnt_debug - fetch 2,mem_temp_alloc_normal_free_cnt - increase 1,pdata - store 2,mem_temp_alloc_normal_free_cnt -endif - arg mem_alloc_normal_block,rega - branch queue_insert + branch p_test_rx_loop,zero + branch p_test_tx_new_param -//input: regb -> buffer ptr -malloc_check_in_normal_queue: - // store the big block ptr to list - fetchr loopcnt,1,mem_alloc_normal_total_size - arg mem_normal_block_ptr_list,contr - branch malloc_check_in_queue_loop - - -//input: regd -> len -//blank == 1, not in big queue -malloc_check_in_big_queue: - // store the big block ptr to list - fetchr loopcnt,1,mem_alloc_big_total_size - arg mem_big_block_ptr_list,contr -malloc_check_in_queue_loop: - ifetch 3,contr - isub regb,null - branch malloc_check_in_queue_end,zero - loop malloc_check_in_queue_loop -malloc_check_in_queue_end: - copy loopcnt,pdata - rtn - -//input: regd -> len -//rtn: blank == 0: enough -malloc_buffer_is_enough: - fetch 2,mem_param_alloc_normal_buffer_max_length - fetcht 2,mem_alloc_buffer_len +p_test_ble_rx_on: + call p_test_ble_bt_tx_off //close tx + call p_set_freq_rx + setarg param_pll_setup + call sleep + branch rf_rx_enable + +p_test_ble_bt_rx_off: + disable encode_fec0 + disable encode_fec2 + disable decode_fec0 + disable decode_fec2 + disable enable_crc + disable encrypt + disable enable_white + branch p_shutdown_radio + +p_test_bt_rx_on: + call p_test_ble_bt_tx_off //close tx + call p_set_freq_rx + fetcht 1,mem_fcc_mod //..... + and temp,7,radio_ctrl + branch start_receiver + +//tx_l2cap_type: + +p_test_bt_tx_on: + //call p_test_ble_bt_rx_off //close rx + call p_set_sync_on + call p_set_freq_tx + disable enable_white + enable encode_fec0 + enable is_tx + fetcht 1,mem_fcc_mod + copy temp,radio_ctrl + fetch 1,mem_fcc_data + store 1,0x8908 + beq 0,p_test_tx_data +p_test_tx_carrier_loop: + fetch 1,mem_fcc_data_length + copy pdata,loopcnt + arg mem_pn9,contr +p_pnloop_carrier: + ifetch 1,contr + inject mod,8 + loop p_pnloop_carrier +// call hci_rx_packet + //call p_interface_for_usb_cmd + fetch 7,mem_fcc_param + fetcht 7,mem_fcc_param_new isub temp,null - //isub regd,null - branch malloc_buffer_is_enough_normal,positive -malloc_buffer_is_enough_big: - arg mem_alloc_big_block,rega - branch p_queue_get_len -malloc_buffer_is_enough_normal: - arg mem_alloc_normal_block,rega - call p_queue_get_len - nrtn blank // if normal buffer is not enough, use big buffer. - branch malloc_buffer_is_enough_big - -//input: regd -> len -//rtn: blank == 1: full - -malloc_buffer_is_full_big: - fetch 2,mem_param_alloc_big_buffer_max_length - branch malloc_buffer_is_full_raw -malloc_buffer_is_full: - setarg 0x10 -malloc_buffer_is_full_raw: - store 2,mem_alloc_buffer_len - //arg 0x10,regd - - storer rega,4,mem_rega - call malloc_buffer_is_enough - fetchr rega,4,mem_rega - rtn - -// becouse we don't know the buffer length remote send. -// or we can think do more in future, list read l2cap first two byte first?. -malloc_rcv_buffer: - -ifdef malloc_buffer_cnt_debug - fetch 2,mem_temp_alloc_big_malloc_cnt - increase 1,pdata - store 2,mem_temp_alloc_big_malloc_cnt -endif - - arg mem_alloc_big_block,rega - branch queue_delete - - -malloc_rcv_buffer_is_enough: - // avoid receive use all buffer - //arg mem_alloc_big_block,rega - //call p_queue_get_len - //copy pdata,temp - //arg mem_alloc_big_block,rega - //call p_queue_get_len - //iadd temp,pdata - //rtn blank - fetch 2,mem_rcv_br_queue_ptr - nrtn blank - - arg mem_alloc_big_block,rega - branch p_queue_get_len - - -p_get_br_rcv_ptr: - fetch 3,mem_rcv_br_queue_ptr - nbranch get_pdata_contr,blank - call malloc_rcv_buffer - copy regb,pdata - store 3,mem_rcv_br_queue_ptr - branch get_pdata_contr - - - -p_get_ble_rcv_ptr: - fetch 3,mem_rcv_ble_queue_ptr - nbranch get_pdata_contr,blank - call malloc_rcv_buffer - copy regb,pdata - store 3,mem_rcv_ble_queue_ptr - branch get_pdata_contr - -p_app_process_bb_event: - //return if c51 need to process bb event - arg mem_ipc_fifo_bt2c51,rega - call fifo_out - rtn blank - //reaching here mains c51 cannot get bb event. - copy pdata,regc -// call app_event_normal_process - branch app_process_bb_event_priority - -p_app_event_normal_process: - copy regc,pdata - //beq BT_EVT_LE_CONNECTED,app_le_event_bb_connected - beq BT_EVT_LE_DISCONNECTED,p_app_le_event_bb_disconn - branch app_event_normal_process + 1 - - -p_app_le_event_bb_disconn: - jam 0,mem_mesh_recevie_acl_packet_number - jam 0,mem_mesh_le_version_exchange_times - call z_l2cap_ble_queue_init - call p_hci_send_event_le_disconnection_complete - branch app_le_event_bb_disconn - -p_le_check_wak: - fetcht 1,mem_le_arq - isolate0 wak,temp - rtn true - fetch 1,mem_le_rxbuf - lshift pdata,pdata - ixor temp,pdata - rtnbit0 sn /* received NESN is same as SN, NAK */ - set0 wak,temp - setflip sn,temp - storet 1,mem_le_arq - compare 3,temp,3 - nrtn true - - fetch 1,mem_le_enc_state - beq FLAG_LE_ENC_PAUSE,le_clear_enc -p_le_check_wak_end_ll: - fetch 1,mem_le_txpayload_temp - beq LL_TERMINATE_IND,p_le_master_disconn - beq LL_START_ENC_REQ,le_set_enc - rtn - + branch p_test_tx_carrier_loop,zero + branch p_test_tx_new_param +p_test_tx_data: + fetch 1,mem_fcc_hop + beq 1,p_tx_data_hopping + +//p_test_tx_loop_jump: + //jam 0x10,0x8074 + //enable swfine + //arg 0x495,stop_watch +p_tx_data: + fetch 1,mem_fcc_mod + beq 1,p_calculate_GFSK_modulation_length + beq 3,p_calculate_pai4_modulation_length + beq 7,p_calculate_pai8_modulation_length + rtn +p_calculate_GFSK_modulation_length: + fetch 1,mem_fcc_data_length + beq 0x19,p_calculate_gfsk_modulation_length_dh1 + beq 0x78,p_calculate_gfsk_modulation_length_dh3 + beq 0xf0,p_calculate_gfsk_modulation_length_dh5 +p_calculate_gfsk_modulation_length_dh1: + arg 53,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable +p_calculate_gfsk_modulation_length_dh3: + arg 203,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable +p_calculate_gfsk_modulation_length_dh5: + arg 354,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable -p_le_acknowledge: - call le_supervision_flush - call p_le_check_wak - fetch 1,mem_le_rxbuf - isolate1 md,pdata - setflag true,mark_ble_rx_md,mark - rshift pdata,pdata - ixor temp,pdata - isolate1 nesn,pdata - setflag true,mark_old_packet,mark /* retransmit */ - fetch 1,mem_le_rxbuf+1 - branch p_le_ack_unenc,blank /* empty packet, no decryption */ - fetch 1,mem_le_state - bbit0 lestate_encryption,p_le_ack_unenc - rtnmark1 mark_old_packet - call load_sk - call le_decrypt - setflag blank,mark_le_mic_ok,mark - nrtn blank -p_le_ack_unenc: - rtn user2 - rtnmark1 mark_old_packet - set1 mark_le_mic_ok,mark - fetcht 1,mem_le_arq - setflip nesn,temp - storet 1,mem_le_arq - rtn -p_le_adv: - branch z_le_adv -/* - fetch 1,mem_le_adv_enable - rtn blank - arg le_adv_interval_timer,queue - call timer_check - nrtn blank - disable master +p_pnloop_stable: + ifetch 1,contr + inject mod,8 + loop p_pnloop_stable + call p_test_ble_bt_tx_off enable swfine - call le_init_adv - call le_next_adv_channel - call le_send_adv_ind - nbranch le_adv_not_match,match - fetch 1,mem_le_req_rcv - increase 1,pdata - store 1,mem_le_req_rcv - fetch 1,mem_le_rxbuf - and pdata,0x0f,pdata - beq SCAN_REQ,p_le_send_scan_response - branch le_adv+18 - -p_le_send_scan_response: - arg SCAN_RSP,temp - fetch 1,mem_le_adv_own_addr_type - nsetflag blank,LE_SENDER_ADDR_BIT,temp - storet 1,mem_le_txheader - fetcht 1,mem_le_scan_data_len - add temp,6,pdata - store 1,mem_le_txlen - copy temp,loopcnt - fetch 1,mem_le_adv_own_addr_type - call p_le_get_public_addr,blank - ncall p_le_get_random_addr,blank - storet 6,mem_le_txpayload - arg mem_le_scan_data,contr - call memcpy - branch le_transmit_norx -*/ - - - -p_le_fifo_release_first_node: - call free_ble_snd_buffer - deposit type - rtneq LLID_LE_LL - branch p_hci_send_event_number_of_completed_packet_le - - - -p_le_fifo_malloc_tx: - storer rega,2,mem_alloc_buffer_len - call malloc_ble_snd_buffer - copy regb,contw - fetch 2,mem_alloc_buffer_len - istore 1,contw - setarg 0 - istore 1,contw - istorer type,1,contw - rtn - -malloc_ble_snd_buffer: - call malloc_buffer - arg mem_snd_ble_block,rega - branch queue_insert - -free_ble_snd_buffer: - arg mem_snd_ble_block,rega - call queue_delete - branch free_buffer - - -p_simple_pairing_sequence: - fetch 1,mem_sp_flag - rtn blank - jam SP_FLAG_STANDBY,mem_sp_flag - fetch 1,mem_sp_state - beq SP_STAT_CONFIRM_CHECK,p_sp_confirm_check - branch simple_pairing_sequence+5 - - - -p_master_simple_paring_sequence: - fetch 1,mem_master_sp_flag - rtn blank - jam SP_FLAG_STANDBY,mem_master_sp_flag - fetch 1,mem_master_sp_state - beq SP_MASTER_STAT_START_SKIP,p_sp_master_send_io_cap_get - //beq SP_STAT_CONFIRM_SEND,p_master_sp_send_lmp_dhkey_check - beq SP_STAT_CONFIRM_CHECK,p_sp_confirm_check - //beq SP_STATE_END,p_master_sp_sm_end - branch master_simple_paring_sequence+5 - -p_sp_confirm_check: - call sp_confirm_check - branch p_hci_send_simple_pairing_complete_event - - -p_master_sp_send_lmp_dhkey_check: - branch tid_reply - -p_master_sp_sm_end: - //jam DEFAULT_STATEMACHINE,mem_sp_localsm - jam SP_STAT_DONE,mem_master_sp_state - call tid_initiate - //jam LMP_AU_RAND,mem_lmo_opcode2 - call check_localsm_master -ifdef SIMPLE_PAIRING - branch sp_master_key_prarm_push,true - branch sp_link_key_prarm_push -endif - rtn + arg 0x350,stop_watch +p_stable_stop: + branch p_test_tx_new_param,timeout +// call hci_rx_packet +// call p_interface_for_usb_cmd + fetch 7,mem_fcc_param + fetcht 7,mem_fcc_param_new + isub temp,null + branch p_stable_stop,zero + call p_test_ble_bt_tx_off + branch p_test_tx_new_param + +p_calculate_pai4_modulation_length: + fetch 1,mem_fcc_data_length + beq 0x19,p_calculate_pai4_modulation_length_dh1 + beq 0x78,p_calculate_pai4_modulation_length_dh3 + beq 0xf0,p_calculate_pai4_modulation_length_dh5 +//call ice_break +p_calculate_pai4_modulation_length_dh1: + arg 87,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable +p_calculate_pai4_modulation_length_dh3: + arg 387,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable +p_calculate_pai4_modulation_length_dh5: + arg 686,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable + +p_calculate_pai8_modulation_length: + fetch 1,mem_fcc_data_length + beq 0x19,p_calculate_pai8_modulation_length_dh1 + beq 0x78,p_calculate_pai8_modulation_length_dh3 + beq 0xf0,p_calculate_pai8_modulation_length_dh5 +//call ice_break +p_calculate_pai8_modulation_length_dh1: + arg 120,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable +p_calculate_pai8_modulation_length_dh3: + arg 570,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable +p_calculate_pai8_modulation_length_dh5: + arg 1022,loopcnt + arg mem_pn9,contr + branch p_pnloop_stable + +p_calculate_pai4_modulation_length_hoping: + fetch 1,mem_fcc_data_length + beq 0x19,p_calculate_pai4_modulation_length_dh1_hoping + beq 0x78,p_calculate_pai4_modulation_length_dh3_hoping + beq 0xf0,p_calculate_pai4_modulation_length_dh5_hoping +//call ice_break +p_calculate_pai4_modulation_length_dh1_hoping: + arg 105,loopcnt + arg mem_pn9,contr + branch p_pnloop2 +p_calculate_pai4_modulation_length_dh3_hoping: + arg 405,loopcnt + arg mem_pn9,contr + branch p_pnloop2 +p_calculate_pai4_modulation_length_dh5_hoping: + arg 705,loopcnt + arg mem_pn9,contr + branch p_pnloop2 + +p_calculate_pai8_modulation_length_hoping: + fetch 1,mem_fcc_data_length + beq 0x19,p_calculate_pai8_modulation_length_dh1_hoping + beq 0x78,p_calculate_pai8_modulation_length_dh3_hoping + beq 0xf0,p_calculate_pai8_modulation_length_dh5_hoping +//call ice_break +p_calculate_pai8_modulation_length_dh1_hoping: + arg 120,loopcnt + arg mem_pn9,contr + branch p_pnloop2 +p_calculate_pai8_modulation_length_dh3_hoping: + arg 590,loopcnt + arg mem_pn9,contr + branch p_pnloop2 +p_calculate_pai8_modulation_length_dh5_hoping: + arg 1000,loopcnt + arg mem_pn9,contr + branch p_pnloop2 + +p_tx_data_hopping: + fetch 1,mem_fcc_mod + beq 1,p_calculate_GFSK_modulation_length_hoping + beq 3,p_calculate_pai4_modulation_length_hoping + beq 7,p_calculate_pai8_modulation_length_hoping + rtn + +p_calculate_GFSK_modulation_length_hoping: + fetch 1,mem_fcc_data_length + beq 0x19,p_calculate_gfsk_modulation_length_dh1_hoping + beq 0x78,p_calculate_gfsk_modulation_length_dh3_hoping + beq 0xf0,p_calculate_gfsk_modulation_length_dh5_hoping +//call ice_break +p_calculate_gfsk_modulation_length_dh1_hoping: + arg 55,loopcnt + arg mem_pn9,contr + branch p_pnloop2 +p_calculate_gfsk_modulation_length_dh3_hoping: + arg 205,loopcnt + arg mem_pn9,contr + branch p_pnloop2 +p_calculate_gfsk_modulation_length_dh5_hoping: + arg 355,loopcnt + arg mem_pn9,contr + branch p_pnloop2 +p_pnloop2: + ifetch 1,contr + inject mod,8 + loop p_pnloop2 + branch p_test_tx_off //,timeout +// call hci_rx_packet + //call p_interface_for_usb_cmd + fetch 7,mem_fcc_param + fetcht 7,mem_fcc_param_new + isub temp,null + branch p_tx_data,zero + call p_test_ble_bt_tx_off + branch p_test_tx_new_param + +p_test_tx_off: + //jam 0,0x8074 + call p_test_ble_bt_tx_off + call timer_check + arg 15,queue + setarg 1 + call timer_init +p_125_clk: + arg 15,queue + call timer_check + branch p_change_ch,blank +// call hci_rx_packet +// call p_interface_for_usb_cmd + fetch 7,mem_fcc_param + fetcht 7,mem_fcc_param_new + isub temp,null + branch p_125_clk,zero + branch p_test_tx_new_param +p_change_ch: + random pdata + store 1,mem_random_ch +//call p_log_loop +p_less_max: + fetch 1,mem_random_ch + sub pdata,0x50,null + branch p_rewrite_ch,positive + increase -80,pdata + store 1,mem_random_ch + branch p_less_max +p_rewrite_ch: + fetch 1,mem_random_ch + beq 0,p_randomis0 + beq 1,p_randomis0 + store 1,mem_fcc_ch_new +//call p_log_loop + branch p_test_tx_new_param +p_randomis0: + jam 0x02,mem_fcc_ch_new +//call p_log_loop + branch p_test_tx_new_param -p_sp_master_send_io_cap_get: - jam SP_FLAG_COMMIT,mem_master_sp_flag - jam SP_MASTER_STAT_START_DONE,mem_master_sp_state - rtn - -p_hci_parse_packet_cmd_ogf_link_control_io_cap_request_reply: //2B - //BD_ADDR, IO_Capability, - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - call p_ipc_rx_hci_data_thr_byte - store 3,mem_sp_iocap_local - arg 7,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 6,mem_plap - istore 6,contw - call ipc_hci_tx_start - fetch 1,mem_io_cap_flag - beq 1,p_io_cap_master_req -p_io_cap_slave_req: - jam hci_cmd_io_cap,mem_hci_cmd -// arg 0xc600,rega -// arg 0xcc,temp -// call debug_log_print - rtn -p_io_cap_master_req: - call cmd_ssp - jam LOCAL_STATEMACHINE,mem_sp_localsm //init ssp state machine -// arg 0xc600,rega -// arg 0xdd,temp -// call debug_log_print - rtn - -p_hci_parse_packet_cmd_ogf_link_control_user_confirmation_request_reply: //2C - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - //jam hci_cmd_user_confirm_reply,mem_hci_cmd - call p_cmd_user_confirm_reply //todo - arg 7,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 6,mem_plap - istore 6,contw - branch ipc_hci_tx_start - -p_sp_check_ssp_available: - disable true - fetch 1,mem_simple_pairing_mode - rtn blank - fetch 2,mem_lmpext_ssp_enable - fetcht 1,mem_remote_sppcap - iand temp,pdata - //rtn blank - fetch 1,mem_sp_state - nrtn blank // avoid re-entry - call p_hci_send_io_cap_req_event - jam 0x01,mem_io_cap_flag //io cap req - enable true - rtn - -p_cmd_user_confirm_reply: - // process dhkey check now - //rtn master - jam SP_STAT_CONFIRM_CALC,mem_sp_state - jam SP_FLAG_COMMIT,mem_sp_flag - rtn - -p_hci_send_io_cap_response_event: - //BD_ADDR-6,IO_Capability-1,OOB_Data_Present-1,Authentication_Requirements-1 - jam 9,mem_mesh_event_para_total_length - jam HCI_EVENT_IO_CAP_RESPONSE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - fetch 6,mem_plap - istore 6,contw - fetch 3,mem_sp_iocap_remote - istore 3,contw - branch ipc_hci_tx_start +p_set_freq_tx: + storet 1,mem_last_freq + //add temp,tx_freq_offset,rega /* index to frequency */ + add temp,1,rega /* index to frequency */ + call p_rf_write_freq + setarg param_pll_setup + call p_sleep + //tmp + //jam 0x66,0x964 -//p_hci_send_user_confirmation_req_event: -// //call p_cmd_user_confirm_reply -// jam 10,mem_mesh_event_para_total_length -// jam HCI_EVENT_USER_CONFIRMATION_REQUEST,mem_mesh_event_head_event_code -// call p_hci_prepare_send_event -// fetch 6,mem_plap -// istore 6,contw - -// branch ipc_hci_tx_start - -p_hci_send_io_cap_req_event: - // BD_ADDR - jam 6,mem_mesh_event_para_total_length - jam HCI_EVENT_IO_CAP_REQ,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - fetch 6,mem_plap - istore 6,contw - branch ipc_hci_tx_start - -//p_hci_send_user_confirm_req_event: -// //BD_ADDR-6,Numeric_Value-4 -// jam 10,mem_mesh_event_para_total_length -// jam HCI_EVENT_USER_CONFIRMATION_REQUEST,mem_mesh_event_head_event_code -// call p_hci_prepare_send_event -// fetch 6,mem_plap -// istore 6,contw -// fetch 4,mem_gkey //mem_sp_gkey -// istore 4,contw -// branch ipc_hci_tx_start - -//hci_send_sp_complete_event: -// //Status-1,BD_ADDR-6 -// jam 7,mem_mesh_event_para_total_length -// jam HCI_EVENT_SIMPLE_PAIRING_COMPLETE,mem_mesh_event_head_event_code -// call p_hci_prepare_send_event -// force 0,pdata -// istore 1,contw -// fetch 6,mem_plap -// istore 6,contw -// branch ipc_hci_tx_start - - - - - //jam LMP_IO_CAP_RES,mem_lmo_opcode2 - //rtn - +p_txon: + jam 0x1,rfen_adc +/* + jam 0xa0,0x95c + jam 0x84,0x95d + jam 0x88,0x95e +*/ + jam 0x3c,rfen_rx + jam 0xe0,rfen_tx + jam 0x12,0x896d /*Max added, for best Pout*/ + nop 10 /* wait LDOs to turn ON*/ + jam 0x01, rfen_mdm + jam 0x3d, rfen_mdm + nop 10 /* wait tx blocks to turn ON*/ + jam 0xb7,rfen_sn + nop 10 /* wait tx lo buffer to turn ON*/ + jam 0x7d, rfen_mdm + //jam 0x4a,0x895a + //jam 0x26,0x895a + //jam 0x80,0x895c + //jam 0x70,0x895c + //pout ramp up -p_hci_send_simple_pairing_complete_event: - //Status(1), BD_ADDR(6) - jam 7,mem_mesh_event_para_total_length - jam HCI_EVENT_SIMPLE_PAIRING_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg 0 - istore 1,contw - - fetch 6,mem_plap - istore 6,contw - branch ipc_hci_tx_start - -p_hci_send_encryption_change_complete_event: - //Status(1), conn_handle(2), enc_mode(1) - jam 4,mem_mesh_event_para_total_length - jam HCI_EVENT_ENCRYPTION_CHANGE_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg 0 - istore 1,contw - - fetcht 1,mem_conn_handle - istoret 2,contw - //enc_mode - setarg 1 - istore 1,contw - - branch ipc_hci_tx_start - - -p_parse_lmp_not_accepted: - fetch 1,mem_rxbuf+1 - store 1,mem_lmi_accepted_opcode - beq LMP_AU_RAND,p_parse_lmp_not_accepted_aurand//ok - branch parse_lmp_not_accepted+3 - - -p_parse_lmp_not_accepted_aurand: - fetch 1,mem_device_option - bne dvc_op_headset,parse_lmp_not_accepted_aurand_send_detach - fetch 1,mem_link_key_exists - rtn blank - fetcht 1,mem_reconn_lmp_sm - jam 0,mem_reconn_lmp_sm - jam 0,mem_link_key_exists - fetch 1,mem_rxbuf+2 - rtnne KEY_MISSING - storet 1,mem_reconn_lmp_sm - jam LOCAL_STATEMACHINE,mem_sp_localsm -// call p_hci_send_io_cap_req_event - call p_sp_check_ssp_available - nbranch p_hci_send_pincode_req_event,true - rtn - + //jam 0xff, 0x956 //jam 0xce, 0x956 only for yc1021C1_#7, BQB, -2.9dBm. changed for ramp_up/down+5dbm + //jam 0xc0, 0x956 + //jam 0xf0,0x8956//0dbm + //jam 0xdf,0x8956//3dbm + fetch 1,mem_rf_txon_param2 + store 1,0x8956 + nop 4 + //can be deleted + jam 0xd1, 0x8955 + nop 4 + jam 0xd2, 0x8955 + nop 4 + jam 0xd8, 0x8955 + nop 4 -p_parse_lmp_features_req: - call parse_lmp_features_req -p_store_remote_features: - // features - fetch 8,mem_rxbuf+1 - store 8,mem_remote_features + //jam 0xdf, 0x955 //jam 0xd7, 0x955 only for yc1021C1_#7, BQB, -2.9dBm. changed for ramp_up/down+5dbm + //jam 0xd0, 0x955 + //jam 0xd8,0x8955//0dbm + //jam 0xdf,0x8955//3dbm + fetch 1,mem_rf_txon_param1 + store 1,0x8955 + jam 0xd8,0x8955 + jam 0xf0,0x8956 rtn - -p_parse_lmp_max_slot_req: - fetch 1,mem_max_slot - pincrease 1 - fetcht 1,mem_rxbuf+1 - isub temp,null - nbranch p_parse_lmp_max_slot_req_not_accept,positive -p_parse_lmp_max_slot_event: - storet 1,mem_max_slot - call accept_lmp_msg - branch z_hci_send_max_slots_change - -p_parse_lmp_max_slot_req_not_accept: - jam LMP_NOT_ACCEPTED,mem_lmo_opcode2 +/* +p_ch_log: + arg mem_log,pdata + store 2,mem_wptr + rtn +p_log_loop: +//copy pdata,temp + fetcht 1,mem_fcc_ch_new + fetch 2,mem_wptr + copy pdata,contw + istoret 1,contw + copy contw,pdata + store 2,mem_wptr + sub pdata,0x48ff ,null + call p_stop,zero rtn +p_stop: + rtn +*/ +/* +p_tostart: + jam 0x01,mem_fcc_ch_new + branch p_test_tx_new_param +*/ +p_rf_write_freq: - - -p_parse_lmp_features_res: - call parse_lmp_features_res - branch p_store_remote_features - - - - -process_dmh_common_zero_len: - fetch 1,mem_lch_code - and_into 0x03,pdata - bne LLID_L2CAP_CONT,process_dmh_data_end - // If we have no buffer to receive packet, then stop receive new packet - arg mem_alloc_big_block,rega - call queue_get_len - branch end_of_packet,blank - branch process_dmh_data_end - - - - -p_process_dmh_common: - //storer loopcnt,2,mem_len - deposit loopcnt - store 2,mem_len - branch process_dmh_common_zero_len,blank - isub mask3ff,null - branch error_payload,positive /* packet too large, discard */ - and mark,0x01,pdata -// set0 mark_fhs_eir,mark - nbranch p_process_dmh_common_packet1,blank -p_process_dmh_common_packet: - // reserve one big buffer for host -// arg mem_alloc_big_block,rega -// call p_queue_get_len -// beq 1,end_of_packet + setarg 2400 + iadd rega,temp + fetch 1,mem_fcomp_mul + jam 0x04,rf_pll_rstn + imul32 temp,pdata + fetcht 1,mem_fcomp_div + idiv temp + call p_wait_div_end + quotient rega /* rega is FLOOR(FVCO/fcomp) */ + remainder pdata + lshift16 pdata,pdata + lshift4 pdata,pdata /* pdata is frac * 2^20 */ + idiv temp + call p_wait_div_end + quotient pdata /* pdata is frac *2^20/fcomp */ + lshift8 pdata,pdata + lshift pdata,pdata + ior rega,pdata + //increase 20,pdata + //setflip 0,pdata + store 4,rf_pll_intg + + //tmp + //jam 0x60,0x964 + + jam 0x44,rf_pll_rstn + //nop 500 + jam 0xc4,rf_pll_rstn + //nop 400 - fetch 1,mem_lch_code - and_into 0x03,pdata - beq LLID_LMP,process_lmp - - // l2cap - bmark1 mark_old_packet,ack_payload -p_process_dmh_common_packet1: - fetcht 2,mem_l2cap_rx_max_lenth - increase -3,temp - fetch 2,mem_len - isub temp,null - branch error_payload,positive + /* + increase 1,pdata + nop 10 + store 1,rf_pll_intg + nop 400 + increase -1,pdata + nop 10 + store 1,rf_pll_intg + */ - // reserve one big buffer for host - arg mem_alloc_big_block,rega - call p_queue_get_len - beq 1,end_of_packet - - call malloc_rcv_buffer_is_enough - branch end_of_packet,blank - -p_process_dmh_data_into_buff_normal: - call p_get_br_rcv_ptr - copy contr,contw - - fetch 1,mem_lch_code - istore 1,contw - fetch 2,mem_len - istore 2,contw - branch process_dmh_data - - - -p_process_dmh_data_end: - parse demod,bucket,16 /* cycle through the crc */ - - call rf_debug_active_crc_error_line,crc_failed - -// fetch 1,mem_tws_state -// beq TWS_STATE_SLAVE_CONNECTED,process_dmh_data_end_tws -// beq TWS_STATE_MASTER_LISTEN,process_dmh_data_end_tws -// beq TWS_STATE_MASTER_CONNECTED,process_dmh_data_end_tws - - branch error_payload_crc,crc_failed - bmark0 mark_fhs_eir,process_dmh_packet - set0 mark_fhs_eir,mark - rtn - - - -p_process_dmh_l2cap_packet: - // Just send buffer - call p_hci_send_acl_encode_classic - - branch process_dmh_cont - - - - - - -// Classic Snd Manager -/*********************************************************/ -//char* malloc(short len) -//input: rega -> len -//rtn: regb -> pbuff;return from pdata -//val: queue -> i -//val: timeup -> buff_cnt -/*********************************************************/ -p_l2cap_malloc: - storer rega,2,mem_alloc_buffer_len - - call malloc_br_snd_buffer - fetchr rega,2,mem_alloc_buffer_len - rtn - -/*********************************************************/ -//void* l2cap_malloc_fifo_out(void) -//output:len -> temp -//output:ptr ->pdata -//only get ptr,not free -/*********************************************************/ -p_l2cap_malloc_fifo_out: - arg mem_snd_br_block,rega - branch queue_get_read_ptr - -/*********************************************************/ -//void free_first_buff_in_fifo(void) -//only free the first one -/*********************************************************/ -p_l2cap_malloc_free: - call free_br_snd_buffer - branch p_hci_send_event_number_of_completed_packet_classic -/*********************************************************/ -//void l2cap_malloc_discard(void) -//discard the latest malloc -/*********************************************************/ -p_l2cap_malloc_discard: - branch free_br_snd_buffer -/*********************************************************/ -//bool fifo_is_full(void) -//blank == 1: not full -//blank == 0: full -/*********************************************************/ -p_l2cap_malloc_is_fifo_full: - call malloc_buffer_is_full_big - branch setarg1,blank - branch setarg0 - -/*********************************************************/ -//bool fifo_nearly_full(void) -//blank == 1: nearly full -//blank == 0: not nearly full -/*********************************************************/ - -//p_l2cap_malloc_is_fifo_nearly_full: -// arg mem_alloc_big_block,rega -// call queue_get_len -// copy pdata,regb - -// arg mem_alloc_normal_block,rega -// call queue_get_len -// iadd regb,pdata - -// // reserve 2 buffer, sometimes need send two packet. -// sub pdata,2,null - -// branch setarg1,positive -// branch setarg0 - - -/*********************************************************/ -//bool fifo_is_empty(void) -//blank == 1: empty -//blank == 0: not empty -/*********************************************************/ -p_l2cap_malloc_is_fifo_empty: - arg mem_snd_br_block,rega - branch p_queue_get_len - -/*********************************************************/ -//char* l2cap_malloc_fifo_get_first_ptr(void) -//output:contr -->ptr -/*********************************************************/ -p_l2cap_malloc_fifo_get_first_ptr: - branch assert - - - + rtn -p_scheduler_tx_l2cap_pkt: - call p_l2cap_malloc_is_fifo_empty - rtn blank //empty - - fetch 1,mem_op - rtnbit1 op_txl2cap - call l2cap_malloc_fifo_out - //store 2,mem_txptr - //copy pdata,contr - ifetch 2,contr - store 2,mem_tx_len +p_wait_div_end: + rtn modone + branch p_wait_div_end +pp_pn9: + arg 1022,loopcnt + arg mem_pn9,contw + setarg 0x1ff + force 0,regb +pp_pn9_loop: + rshift3 pdata,rega + rshift rega,rega + ixor rega,rega + isolate1 0,rega + setflag true,9,pdata + rshift temp,temp + isolate1 0,pdata + setflag true,7,temp + rshift pdata,pdata + increase 1,regb + compare 0,regb,0x7 + nbranch pp_pn9_loop,true + //copy temp,pdata + istoret 1,contw + // inject mod,8 + loop pp_pn9_loop + rtn - ifetch 1,contr - set1 2,pdata //set go bit - store 1,mem_tx_lch//start pkt - copy contr,pdata - store 2,mem_txptr - - fetch 2,mem_l2cap_tx_multi_offset - branch p_scheduler_tx_l2cap_start_pkt,blank - // not think continue will send 2dh5, reduce code size - branch scheduler_tx_l2cap_cont_pkt -p_scheduler_tx_l2cap_start_pkt: - fetch 2,mem_tx_len - branch assert,blank - arg l2cap_max_pkt_len_new,temp //max len of 2dh5 pkt - isub temp,pdata - branch scheduler_Tx_l2cap_last_pkt,zero - branch scheduler_tx_l2cap_start_pkt+4 - - - - - - -p_init_lmp_work: - jam 0,mem_link_key_exists - branch init_lmp_work+1 - - - - - - - - - - + /* set all unused gpio to output mode to save power */ /* - Dynamic load, use for "mergepatch.pl" -*/ -p_zcode_entrance_2Bytes_common: - store 2, mem_zcode_temp_param0 - branch p_zcode_entrance - -p_zcode_entrance: - fetcht 2,mem_zcode_temp_param0 // zcode number @ high 4bit - rshift4 temp,temp - fetch 2,mem_zcode_current_number - isub temp,null - branch zcode_run,zero // if this zcode is already loaded, do not load again - storet 2,mem_zcode_current_number -p_load_zcode: - //increase 1,temp - setarg ZCODE_BUFF_SIZE - imul32 temp,temp - fetch 3,mem_xip_flash_offset - isub temp,pdata - fetcht 3,mem_storage_start_addr - iadd temp,pdata - increase -4,pdata - store 3,mem_flash_address - setarg ZCODE_BUFF_SIZE - store 2,mem_flash_trans_length - setarg mem_zcode_buff_user - store 2,mem_flash_data_address - call qspi_get_lock - call check_m0_qspi_lock_and_pause - fetch 1,core_qspi_ctrl - store 1,mem_pdatatemp - call qspi_read - fetch 1,mem_pdatatemp - store 1,core_qspi_ctrl - - jam 0,mem_qspi_lock_flag_respin - //call qspi_free_lock - - setarg mem_zcode_buff_user - branch zcode_entrance0 - - -ifdef TEST_QUEUE_DEBUG -//input: pdata -test_buffer_check: - // start ptr - arg mem_alloc_big_block_start,rega - arg 10,loopcnt -test_buffer_check_loop: - ifetcht 3,rega - isub temp,null - call ice_break,zero - // regb store the target ptr - add rega,3,rega - loop test_buffer_check_loop +p_gpio: + fetch 4,core_gpio_pu0 + fetcht 4,core_gpio_pd0 + ior temp,pdata + pinvert + fetcht 4,core_gpio_oe0 + ior temp,pdata + store 4,core_gpio_oe0 rtn -endif - -p_send_lmp_detach: - force 2,pdata - call msg_send_lmp - fetch 1,mem_disconn_reason_send - istore 1,contw - call send_lmp_request -p_prepare_disconnect: - fetch 1,mem_op - set1 op_disconn,pdata - store 1,mem_op - jam 1,mem_conn_timer - rtn - -p_le_slave_disconn: - call le_att_destroy_notify_pool - //fall through -p_le_disconnect: - call le_clear_connection_info+1 - call app_disconn_reason_collect_ble -ifdef SECURE_CONNECTION - call sp_initialize_256 -endif - jam BT_EVT_LE_DISCONNECTED,mem_fifo_temp - branch ui_ipc_send_event + +p_pause_c51: + jam 5,core_docd_ctrl + rtn +*/ +p_assert: + branch p_assert -p_le_master_disconn: - call p_le_disconnect - disable master - rtn +p_loop: + branch p_loop -p_lpm_dispatch_unconn: - fetch 1,mem_context - rtnbit1 state_inconn // wont sleep in connection - rtnbit1 state_inpage // wont sleep when paging - fetch 1,mem_ssp_enable - branch p_lpm_unconn_nossp,blank - fetch 1,mem_sp_local_key_invalid // simple pairing is not ready - rtn blank -p_lpm_unconn_nossp: -// fetch 1,mem_le_adv_enable -// nbranch lpm_unconn_cont,blank - branch lpm_unconn_cont - -cb_enter_lpm: - fetch 1,mem_lmp_conn_state - store 1,mem_xlmp_conn_state - branch enter_hibernate_prepare_work - - -cb_enter_hibernate: -// call ice_break - jam MCU_STATE_HIBERNATE,mem_ipc_mcu_state - call ipc_check_ack - -enter_hibernate_prepare_work: - call qspi_powerdown_flash -p_clear_gpio_before_sleep: - call p_clear_gpio_before_sleep_sub2 - arg 32,loopcnt - arg core_gpio_conf,contr -p_setgpio_loop: - copy contr,contw - ifetch 1,contr - beq gpcfg_qspi_sck,p_setgpio_pulldown - beq gpcfg_qspi_io0,p_setgpio_pulldown - beq gpcfg_qspi_io1,p_setgpio_pulldown - beq gpcfg_qspi_io3 ,p_setgpio_pulldown - beq gpcfg_iic_scl,p_setgpio_pulldown - beq gpcfg_iic_sda,p_setgpio_pulldown - bne gpcfg_input,p_setgpio_loop_end -p_setgpio_pulldown: - setarg gpcfg_pulldown - istore 1,contw -p_setgpio_loop_end: - loop p_setgpio_loop - rtn - -p_clear_gpio_before_sleep_sub2: - arg 8,loopcnt - arg core_gpio_conf1,contr - branch p_setgpio_loop - -p_lpm_dispatch: - fetch 1,mem_lpm_mode - rtn blank - call p_l2cap_malloc_is_fifo_empty - nrtn blank - arg mem_snd_ble_block,rega - call p_queue_get_len - nrtn blank - arg mem_alloc_big_block,rega - call p_queue_get_len - fetcht 1,mem_alloc_normal_total_size - isub temp,null - nrtn zero - branch lpm_dispatch+12 +p_le_enable: + enable le + jam 7,rfen_ulp /* enable ulp */ + rtn +p_set_freq_rx: + /* IF is +2MHz */ + storet 1,mem_last_freq + add temp,rx_freq_offset,rega /* index to frequency */ + branch p_rf_write_freq -//get qspi lock -qspi_get_lock: - jam 1,mem_qspi_lock_flag_respin // I'm interested - - jam QSPI_LOCK_VICTIM_RESPIN,mem_qspi_lock_victim// you go first -qspi_get_lock_wait: - fetch 1,mem_qspi_lock_flag_cm0 - rtn blank - - fetch 1,mem_qspi_lock_victim - rtnne DEBUG_LOG_LOCK_VICTIM_RESPIN - branch qspi_get_lock_wait - -//free qspi lock -//qspi_free_lock: -// jam 0,mem_qspi_lock_flag_respin + +//p_interface_for_usb_cmd: +// fetch 1,mem_usb0_setup+1 +// beq COM_TEST_SC,p_dispose_test_sc +// //beq COM_TEST_CD,p_dipose_test_cd +// beq COM_TEST_DAT,p_dispose_rf_data +// beq COM_TEST_LOW_CH,p_dispose_test_low_ch +// beq COM_TEST_MID_CH,p_dispose_test_mid_ch +// beq COM_TEST_HIG_CH,p_dispose_test_hig_ch +// beq COM_TEST_SW_HIG,p_dispose_test_sw_hig +// beq COIM_TEST_SW_LOW,p_dispose_test_sw_low +// //beq COM_TEST_SW_STOP,p_dispose_test_sw_stop +// beq COM_TEST_POW_5,p_dispose_test_pow_5 +// beq COM_TEST_POW_0,p_dispose_test_pow_0 +// beq COM_TEST_POW_N5,p_dispose_test_pow_n5 +// beq COM_TEST_POW_N10,p_dispose_test_pow_n10 +// beq COM_TEST_EXIT,p_dispose_test_exit // rtn -ifdef FYT_LJ_TEST -p_feasyblue_test: -p_feasyblue_assert_patch_counts_protect: - arg mem_patch00,contr - arg 0x40,loopcnt - setarg 0 -p_feasyblue_assert_patch_counts_protect_loop: - ifetcht 1,contr - iadd temp,pdata - loop p_feasyblue_assert_patch_counts_protect_loop - arg 0x5b9,temp - isub temp,null - ncall ice_break,zero +//p_dispose_test_sc: +// jam 0x20,mem_fcc_data_new +// jam 0,mem_usb0_setup+1 +// rtn +//p_dispose_rf_data: +// jam 0,mem_fcc_data_new +// jam 0,mem_usb0_setup+1 +// rtn +//p_dispose_test_low_ch: +// jam 2,mem_fcc_ch_new +// jam 0,mem_usb0_setup+1 +// rtn +//p_dispose_test_mid_ch: +// jam 41,mem_fcc_ch_new +// jam 0,mem_usb0_setup+1 +// rtn +//p_dispose_test_hig_ch: +// jam 80,mem_fcc_ch_new +// jam 0,mem_usb0_setup+1 // rtn -p_headset_end_addr_blank_protect: - arg mem_headset_end,contr - arg 0x10,loopcnt - setarg 0 -p_headset_end_addr_blank_protect_loop: - ifetcht 1,contr - iadd temp,pdata - loop p_headset_end_addr_blank_protect_loop - ncall ice_break,blank - rtn -endif - /* - *in remote test,it may occured that we received a wrong packet header in low probability. - *the hv3 and 2ev3 type packet have no protection. - * We didn't judge the length of the package,the value of mem_sco_rx_packet_len is zero in default. so command 'loop' may errors. +p_dispose_test_sw_hig: + fetch 1,mem_fcc_ch_new + pincrease 1 + store 1,mem_fcc_ch_new + jam 0,mem_usb0_setup+1 + rtn +p_dispose_test_sw_low: + fetch 1,mem_fcc_ch_new + increase -1,pdata + store 1,mem_fcc_ch_new + jam 0,mem_usb0_setup+1 + rtn */ -p_rx_type_dispatch: - deposit type - beq type_hv3, end_of_packet - beq type_2ev3,end_of_packet - branch rx_type_dispatch+2 - \ No newline at end of file +//p_dispose_test_pow_5: +// jam 0xdf,mem_rf_txon_param1 +// jam 0xff,mem_rf_txon_param2 +// jam 0xd0,mem_rf_shutdown_param1 +// jam 0xe0,mem_rf_shutdown_param2 +// jam 0,mem_usb0_setup+1 +// arg mem_5db_tx_power_param,rega +// call p_copy_power_param_to_att_list +// branch p_fcc_start +//p_dispose_test_pow_0: +// jam 0xd8,mem_rf_txon_param1 +// jam 0xf0,mem_rf_txon_param2 +// jam 0xd0,mem_rf_shutdown_param1 +// jam 0xe0,mem_rf_shutdown_param2 +// jam 0,mem_usb0_setup+1 +// arg mem_0db_tx_power_param,rega +// call p_copy_power_param_to_att_list +// branch p_fcc_start +//p_dispose_test_pow_n5: +// jam 0xd8,mem_rf_txon_param1 +// jam 0xcb,mem_rf_txon_param2 +// jam 0xd0,mem_rf_shutdown_param1 +// jam 0xc0,mem_rf_shutdown_param2 +// jam 0,mem_usb0_setup+1 +// arg mem_f5db_tx_power_param,rega +// call p_copy_power_param_to_att_list +// branch p_fcc_start +//p_dispose_test_pow_n10: +// jam 0xd8,mem_rf_txon_param1 +// jam 0xc7,mem_rf_txon_param2//decrease +// jam 0xd0,mem_rf_shutdown_param1 +// jam 0xc0,mem_rf_shutdown_param2 +// jam 0,mem_usb0_setup+1 +// arg mem_f10db_tx_power_param,rega +// call p_copy_power_param_to_att_list +// branch p_fcc_start +p_copy_power_param_to_att_list: + arg 10,loopcnt + arg mem_le_att_list+468,contw + copy rega,contr + branch memcpy +//p_dispose_test_exit: +// jam 0,mem_24g_test +// jam 0,mem_usb0_setup+1 +// branch p_fcc_start + Index: ModuleDemo/25_OTA/bt_demo/BT/patch/z.prog =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/patch/z.prog (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/patch/z.prog (nonexistent) @@ -1,1813 +0,0 @@ - - - -org z -z_hci_parse_packet_cmd_ogf_link_control: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_INQUIRY,z_hci_parse_packet_cmd_ogf_link_control_inquiry //1 - beq HCI_INQUIRY_CANCEL,z_hci_parse_packet_cmd_ogf_link_control_inquiry_cancel //2 - beq HCI_CREATE_CONNECTION,z_hci_parse_packet_cmd_ogf_link_control_create_connection //5 - beq HCI_ACCEPT_CONNECTION,z_hci_parse_packet_cmd_ogf_link_control_accept_connection //9 - - branch z_hci_parse_packet_cmd_ogf_link_control1 - - -z_hci_parse_packet_cmd_ogf_link_control_inquiry: //1 - set1 mark_inquiry_on,mark - call p_ipc_rx_hci_data_thr_byte - store 3,mem_glap - call p_ipc_rx_hci_data_one_byte - arg 2048,temp - imul32 temp,pdata - arg 0xffff,temp - isub temp,null - nbranch z_hci_inquiry_nowrap,positive - deposit temp -z_hci_inquiry_nowrap: - force inquiry_length_timer,queue - call timer_init - call p_ipc_rx_hci_data_one_byte //todo - store 1,mem_inquiry_num_responses - store 1,mem_inquiry_num_check - branch p_hci_send_event_command_status - -z_hci_parse_packet_cmd_ogf_link_control_inquiry_cancel: //2 - jam hci_cmd_inquiry_cancel,mem_hci_cmd - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_link_control_create_connection: //5 - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - call p_ipc_rx_hci_data_two_byte - store 2,mem_packet_type - call p_ipc_rx_hci_data_two_byte - store 1,mem_page_mode - call p_ipc_rx_hci_data_two_byte /*read clock*/ -// bbit0 15,z_create_connection_unsave_clk_offset -// iadd clkn_bt,pdata -// and_into 0x1fc,pdata -// store 4,mem_page_clk -//z_create_connection_unsave_clk_offset: - call p_ipc_rx_hci_data_one_byte - store 1,mem_allow_switch - jam 1,mem_conn_status - jam hci_cmd_create_conn,mem_hci_cmd - branch p_hci_send_event_command_status - -z_hci_parse_packet_cmd_ogf_link_control_accept_connection: //9 - fetch 1,mem_conn_req_status - beq 0,p_hci_send_event_command_status_err_unknown_connection - beq 2,p_hci_send_event_command_status_err_command_disallowed - fetch 1,mem_conn_status - beq 2,p_hci_send_event_command_status_err_command_disallowed - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - jam hci_cmd_accept_conn,mem_hci_cmd - call p_ipc_rx_hci_data_one_byte - beq 1,p_hci_send_event_command_status - jam hci_cmd_accept_with_switch,mem_hci_cmd - call p_hci_send_event_command_status - branch accept_lmp_msg - -org z -z_hci_parse_packet_cmd_ogf_controller_and_baseband: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_SET_EVENT_MASK,z_hci_parse_packet_cmd_ogf_controller_and_baseband_set_event_mask //01 - beq HCI_RESET,z_hci_parse_packet_cmd_ogf_controller_and_baseband_reset //03 - beq HCI_WRITE_LOCAL_NAME,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_local_name //13 - beq HCI_READ_LOCAL_NAME,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_local_name //14 - beq HCI_READ_PAGE_TIMEOUT,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_page_timeout //17 - beq HCI_WRITE_PAGE_TIMEOUT,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_page_timeout //18 - beq HCI_READ_SCAN_ENABLE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_scan_enable //19 - beq HCI_WRITE_SCAN_ENABLE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_scan_enable //1A - beq HCI_READ_PAGE_SCAN_ACTIVITY,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_page_scan_activity //1B - - branch z_hci_parse_packet_cmd_ogf_controller_and_baseband1 - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_set_event_mask: - call p_ipc_rx_hci_data_eight_byte - store 8,mem_mesh_event_mask - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_reset: - call p_hci_send_event_command_complete_without_payload - branch p_hci_init_parameter - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_local_name: - call p_ipc_rx_restore_contr - arg mem_local_name,contw - arg 66,loopcnt - call memcpy - arg 66,loopcnt - arg mem_local_name,contr - arg 0,temp - call p_check_tx_length - storet 1,mem_local_name_length - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_local_name: - arg 249,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - arg mem_local_name,contr - arg 64,loopcnt - call memcpy_loop - arg 23,loopcnt - call memset0 - branch ipc_hci_tx_start - - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_page_timeout: //17 - arg 3,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 2, mem_page_to - istore 2,contw - branch ipc_hci_tx_start - - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_page_timeout: //18 - call p_ipc_rx_hci_data_two_byte - store 2,mem_page_to - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_scan_enable: //19 - arg 2,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_scan_mode - istore 1,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_scan_enable: //1A - call p_ipc_rx_hci_data_one_byte - store 1,mem_scan_mode - branch p_hci_send_event_command_complete_without_payload - - - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_page_scan_activity: //1B - arg 5,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - //setarg 0x0013 - fetch 2,mem_pscan_interval - istore 2,contw - //setarg 0x0014 - fetch 2,mem_pscan_window - istore 2,contw - branch ipc_hci_tx_start - - -org z -z_hci_parse_packet_cmd_ogf_infomational_parameters: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_READ_LOCAL_VERSION_INFORMATION,z_hci_parse_packet_cmd_ogf_infomational_parameters_read_version_information - beq HCI_READ_LOCAL_SUPPORTED_COMMANDS,z_hci_parse_packet_cmd_ogf_infomational_parameters_read_supported_command - beq HCI_READ_LOCAL_SUPPORTED_FEATURES,z_hci_parse_packet_cmd_ogf_infomational_parameters_read_supported_features - beq HCI_READ_LOCAL_EXT_FEATURES,z_hci_parse_packet_cmd_ogf_infomational_parameters_read_local_ext_features - beq HCI_READ_BUFFER_SIZE,z_hci_parse_packet_cmd_ogf_infomational_parameters_read_buffer_size - beq HCI_READ_BD_ADDR,z_hci_parse_packet_cmd_ogf_infomational_parameters_read_bd_addr - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_infomational_parameters_read_version_information: - arg 9,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 8,mem_mesh_read_local_version_info - istore 8,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_infomational_parameters_read_supported_command: - arg 65,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - arg mem_mesh_read_local_support_command,contr - arg 64,loopcnt - call memcpy - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_infomational_parameters_read_supported_features: - arg 9,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 8,mem_features - istore 8,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_infomational_parameters_read_bd_addr: - arg 7,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 6,mem_lap - istore 6,contw - branch ipc_hci_tx_start -z_hci_parse_packet_cmd_ogf_infomational_parameters_read_local_ext_features: -z_hci_parse_packet_cmd_ogf_infomational_parameters_read_buffer_size: - arg 8,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - setarg 680 - istore 2,contw - setarg 60 - istore 1,contw - setarg 8 - istore 2,contw - istore 2,contw - branch ipc_hci_tx_start - - -org z -z_hci_parse_packet_cmd_ogf_le_controller: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_LE_SET_EVENT_MASK,z_hci_parse_packet_cmd_ogf_le_controller_set_event_mask //01 - beq HCI_LE_READ_BUFFER_SIZE,z_hci_parse_packet_cmd_ogf_le_controller_read_buffer_size //02 - beq HCI_LE_READ_LOCAL_SUPPORTED_FEATURES,z_hci_parse_packet_cmd_ogf_le_controller_read_supported_features //03 - beq HCI_LE_SET_RANDOM_ADDRESS,z_hci_parse_packet_cmd_ogf_le_controller_set_random_address //05 - beq HCI_LE_SET_ADVERTISING_PARAMETERS,z_hci_parse_packet_cmd_ogf_le_controller_set_adv_para //06 - - branch z_hci_parse_packet_cmd_ogf_le_controller1 - -z_hci_parse_packet_cmd_ogf_le_controller_set_event_mask: //01 - call p_ipc_rx_hci_data_eight_byte - store 8,mem_mesh_le_event_mask - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_le_controller_read_buffer_size: //02 - arg 4,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - setarg 0x0400fb - istore 3,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_le_controller_read_supported_features: //03 - arg 9,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 8,mem_le_features - istore 8,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_le_controller_set_random_address: //05 - fetch 1,mem_le_adv_enable - nbranch p_hci_send_event_command_complete_error_command_disallowed,blank - call p_ipc_rx_hci_data_six_byte - store 6,mem_mesh_le_random_address - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_le_controller_set_adv_para: //06 - fetch 1,mem_le_adv_enable - nbranch p_hci_send_event_command_complete_error_command_disallowed,blank - call p_ipc_rx_hci_data_two_byte //Advertising interval min - store 2,mem_le_adv_interval_min - call p_ipc_rx_hci_data_two_byte //Advertising interval max - store 2,mem_le_adv_interval_max - call p_ipc_rx_hci_data_one_byte //Advertising type - call z_hci_check_advertising_type - storet 1,mem_le_adv_type - call p_ipc_rx_hci_data_one_byte //Own address type - call z_hci_set_public_addr,blank - ncall z_hci_set_random_addr,blank - call p_ipc_rx_hci_data_one_byte //Peer Address type - call p_ipc_rx_hci_data_six_byte //Peer Address - call p_ipc_rx_hci_data_one_byte //Advertising channel map - store 1,mem_le_adv_channel_map - call p_ipc_rx_hci_data_one_byte //Advertising_Filter_Policy - store 1,mem_le_white_list_filter_policy - branch p_hci_send_event_command_complete_without_payload - -z_hci_check_advertising_type: - arg ADV_IND,temp - rtneq 0x00 - arg ADV_NONCONN_IND,temp - rtneq 0x03 - arg ADV_SCAN_IND,temp - rtneq 0x02 - arg ADV_DIRECT_IND,temp - rtn - -z_hci_set_public_addr: - fetcht 6,mem_device_public_address - storet 6,mem_le_lap - jam PUBLIC_ADDR,mem_le_adv_own_addr_type - rtn -z_hci_set_random_addr: - jam RANDOM_ADDR,mem_le_adv_own_addr_type - rtn - - -org z -z_hci_parse_packet_cmd_ogf_link_policy: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_SNIFF_MODE,z_hci_parse_packet_cmd_ogf_link_policy_sniff_mode - beq HCI_EXIT_SNIFF_MODE,z_hci_parse_packet_cmd_ogf_link_policy_exit_sniff_mode - beq HCI_SWITCH_ROLE,z_hci_parse_packet_cmd_ogf_link_policy_switch_role //B - beq HCI_READ_LINK_POLICY_SETTINGS,z_hci_parse_packet_cmd_ogf_link_policy_read_link_policy_settings //C - beq HCI_WRITE_LINK_POLICY_SETTINGS,z_hci_parse_packet_cmd_ogf_link_policy_write_link_policy_settings //D - branch z_hci_parse_packet_cmd_ogf_link_policy_branch1 - -z_hci_parse_packet_cmd_ogf_link_policy_sniff_mode: - fetch 2,mem_link_policy_settings - bbit0 Sniff_Mode,p_hci_send_event_command_status_err_command_disallowed - fetch 2,mem_default_link_policy_settings - bbit0 Sniff_Mode,p_hci_send_event_command_status_err_command_disallowed - fetch 1,mem_conn_status - bne 2,p_hci_send_event_command_status_err_unknown_connection - call p_ipc_rx_hci_data_two_byte - store 2,mem_hci_sniff_conn_handle - call p_ipc_rx_hci_data_two_byte - store 2,mem_hci_sniff_max_interval - call p_ipc_rx_hci_data_two_byte - store 2,mem_hci_sniff_min_interval - setarg 0x40 - store 2,mem_sniff_param_interval - call p_ipc_rx_hci_data_two_byte - store 2,mem_sniff_param_attempt - call p_ipc_rx_hci_data_two_byte - store 2,mem_sniff_param_timeout - jam hci_cmd_in_sniff,mem_hci_cmd - branch p_hci_send_event_command_status - -z_hci_parse_packet_cmd_ogf_link_policy_exit_sniff_mode: - call p_ipc_rx_hci_data_two_byte - store 2,mem_hci_sniff_conn_handle - fetch 1,mem_mode - bbit0 acl_in_sniff,p_hci_send_event_command_status_err_command_disallowed - jam hci_cmd_exit_sniff,mem_hci_cmd - branch p_hci_send_event_command_status - -z_hci_parse_packet_cmd_ogf_link_policy_switch_role: //B - fetch 1,mem_conn_status - bne 2,p_hci_send_event_command_status_err_unknown_connection - fetch 2,mem_link_policy_settings - bbit0 Role_Switch,p_hci_send_event_command_status_err_command_disallowed - fetch 2,mem_default_link_policy_settings - bbit0 Role_Switch,p_hci_send_event_command_status_err_command_disallowed - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - call p_ipc_rx_hci_data_one_byte //todo deal - jam hci_cmd_role_switch,mem_hci_cmd - branch p_hci_send_event_command_status - -z_hci_parse_packet_cmd_ogf_link_policy_read_link_policy_settings: - call p_hci_parse_connection_handle_check - arg 5,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_conn_handle - istore 2,contw - fetch 2,mem_link_policy_settings - istore 2,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_link_policy_write_link_policy_settings: - call p_hci_parse_connection_handle_check - call p_ipc_rx_hci_data_two_byte - store 2,mem_link_policy_settings - arg 3,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_conn_handle - istore 2,contw - branch ipc_hci_tx_start - -org z -z_hci_parse_packet_cmd_ogf_link_policy_branch1: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_READ_DEFAULT_LINK_POLICY_SETTINGS,z_hci_parse_packet_cmd_ogf_link_policy_read_default_link_policy_settings //E - beq HCI_WRITE_DEFAULT_LINK_POLICY_SETTINGS,z_hci_parse_packet_cmd_ogf_link_policy_write_default_link_policy_settings //F - branch p_hci_send_event_command_complete_error_command_nuknown - - -z_hci_parse_packet_cmd_ogf_link_policy_read_default_link_policy_settings: - arg 3,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 2,mem_default_link_policy_settings - istore 2,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_link_policy_write_default_link_policy_settings: - call p_ipc_rx_hci_data_two_byte - store 2,mem_default_link_policy_settings - branch p_hci_send_event_command_complete_without_payload - -org z -z_hci_parse_packet_cmd_ogf_controller_and_baseband1: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_WRITE_PAGE_SCAN_ACTIVITY,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_paga_scan_activity //1C - beq HCI_READ_INQUIRY_SCAN_ACTIVITY,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_inquiry_scan_activity //1D - beq HCI_WRITE_INQUIRY_SCAN_ACTIVITY,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_inquiry_scan_activity //1E - beq HCI_READ_CLASS_OF_DEVICE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_class_of_device //23 - beq HCI_WRITE_CLASS_OF_DEVICE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_class_of_device //24 - beq HCI_READ_INQUIRY_SCAN_TYPE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_inquiry_scan_type //42 - beq HCI_WRITE_INQUIRY_SCAN_TYPE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_inquiry_scan_type //43 - beq HCI_READ_INQUIRY_MODE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_inquiry_mode //44 - beq HCI_WRITE_INQUIRY_MODE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_inquiry_mode //45 - beq HCI_READ_PAGE_SCAN_TYPE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_page_scan_type //46 - beq HCI_WRITE_PAGE_SCAN_TYPE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_page_scan_type //47 - beq HCI_READ_EXTENDED_INQUIRY_RESPONSE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_eir //51 - - branch z_hci_parse_packet_cmd_ogf_controller_and_baseband2 - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_paga_scan_activity: //1C - call p_ipc_rx_hci_data_two_byte - store 2,mem_pscan_interval - call p_ipc_rx_hci_data_two_byte - store 2,mem_pscan_window - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_inquiry_scan_activity: //1D - arg 5,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - //setarg 0x0013 - fetch 2,mem_iscan_interval - istore 2,contw - //setarg 0x0014 - fetch 2,mem_iscan_window - istore 2,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_inquiry_scan_activity: //1E - call p_ipc_rx_hci_data_two_byte - store 2,mem_iscan_interval - call p_ipc_rx_hci_data_two_byte - store 2,mem_iscan_window - branch p_hci_send_event_command_complete_without_payload - - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_class_of_device: - arg 4,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 3,mem_class - istore 3,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_class_of_device: - call p_ipc_rx_hci_data_thr_byte - store 3,mem_class - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_inquiry_scan_type: //42 - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_inquiry_scan_type: //43 - call p_ipc_rx_hci_data_one_byte - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_inquiry_mode: //44 - arg 2,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_inquiry_mode - istore 1,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_inquiry_mode: //45 - call p_ipc_rx_hci_data_one_byte - store 1,mem_inquiry_mode - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_page_scan_type: //46 - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_page_scan_type: //47 - //Standard Scan, normal reply - call p_ipc_rx_hci_data_one_byte - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_eir: //51 - arg 242,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_fec_required - istore 1,contw - // TODO: here think use match length, like 240 - arg mem_eir,contr - arg 100,loopcnt - call memcpy - //call memset0 - branch ipc_hci_tx_start - - - -org z -z_hci_parse_packet_cmd_ogf_link_control1: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_DISCONNECT,z_hci_parse_packet_cmd_ogf_link_control_disconnect //6 - beq HCI_CREATE_CONNECTION_CANCEL,z_hci_parse_packet_cmd_ogf_link_control_create_connection_cancel //8 - beq HCI_REJECT_CONNECTION,z_hci_parse_packet_cmd_ogf_link_control_reject_connection //A - - branch z_hci_parse_packet_cmd_ogf_link_control2 - - -z_hci_parse_packet_cmd_ogf_link_control_disconnect: - call p_ipc_rx_hci_data_two_byte /*connect handle*/ - store 1,mem_hci_conn_handle - call p_ipc_rx_hci_data_one_byte - store 1,mem_disconn_reason_send - - call context_search_conn_handle - nbranch p_hci_send_event_command_status_err_unknown_connection,zero - - // check is classic or ble - add rega,coffset_mode,contr - ifetch 1,contr - bbit1 mode_le,p_hci_control_disconnect_le - -z_hci_control_disconnect_classic: - jam hci_cmd_disconn,mem_hci_cmd - //jam 0x16,mem_disconn_reason - fetch 1,mem_hci_conn_handle - fetcht 1,mem_sco_handle - isub temp,null - nbranch p_hci_send_event_command_status,zero - jam hci_cmd_disconn_sco,mem_hci_cmd - fetch 1,mem_sco_asso_handle - store 1,mem_hci_conn_handle - branch p_hci_send_event_command_status - - -z_hci_parse_packet_cmd_ogf_link_control_create_connection_cancel: //8 - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - jam hci_cmd_detach,mem_hci_cmd - fetch 1,mem_conn_status - beq 0x01,z_hci_create_conn_cancel_success - beq 0x02,z_hci_connection_already_exists_err - branch z_hci_connection_cancel_err_no_connection -z_hci_connection_already_exists_err: - jam HCI_ERROR_MAX_ACL_CONNECTIONS,mem_mesh_command_complete_return_parameter_status - branch z_hci_connection_cancel_err -z_hci_create_conn_cancel_success: - jam COMMAND_SUCCEEDED,mem_mesh_command_complete_return_parameter_status - call z_hci_connection_cancel_err - jam HCI_ERROR_NO_CONNECTION,mem_mesh_event_parameter_status - branch p_hci_send_connection_rtn_error -z_hci_connection_cancel_err_no_connection: - jam HCI_ERROR_NO_CONNECTION,mem_mesh_command_complete_return_parameter_status -z_hci_connection_cancel_err: - arg 7,loopcnt - call p_hci_prepare_send_event_command_complete_with_status - fetch 6,mem_hci_plap - istore 6,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_link_control_reject_connection: //A - fetch 1,mem_conn_req_status - beq 0,p_hci_send_event_command_status_err_unknown_connection - beq 2,p_hci_send_event_command_status_err_command_disallowed - fetch 1,mem_conn_status - beq 2,p_hci_send_event_command_status_err_command_disallowed - jam 2,mem_conn_req_status - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - call p_ipc_rx_hci_data_one_byte //todo - store 1,mem_mesh_event_parameter_status - jam hci_cmd_reject_conn,mem_hci_cmd - call p_hci_send_event_command_status - branch p_hci_send_connection_rtn_error - - -org z -z_hci_parse_packet_cmd_ogf_link_control2: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_LINK_KEY_REQUEST_REPLY,z_hci_parse_packet_cmd_ogf_link_control_link_key_request_reply //B - beq HCI_LINK_KEY_REQUEST_NEGATIVE_REPLY,z_hci_parse_packet_cmd_ogf_link_control_link_key_request_negative_replay //C - beq HCI_PIN_CODE_REQUEST_REPLY,z_hci_pin_code_request_reply - beq HCI_PIN_CODE_REQUEST_NEGATIVE_REPLY,z_hci_pin_code_request_negative_reply - beq HCI_AUTHENTICATION_REQUESTED,z_hci_parse_packet_cmd_ogf_link_control_authentication_requested //11 - beq HCI_SET_CONNECTION_ENCRYPTION,z_hci_parse_packet_cmd_ogf_link_control_set_connection_encryption //13 - - branch z_hci_parse_packet_cmd_ogf_link_control3 - - -z_hci_parse_packet_cmd_ogf_link_control_link_key_request_reply: //B - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - arg mem_link_key,contw - force 16,loopcnt - call p_ipc_rx_hci_data_n_byte - jam 1,mem_link_key_exists - jam hci_cmd_linkkey,mem_hci_cmd - branch z_hci_pin_code_reply - -z_hci_parse_packet_cmd_ogf_link_control_link_key_request_negative_replay: //C - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - jam hci_cmd_nokey,mem_hci_cmd - call z_hci_pin_code_reply - call p_sp_check_ssp_available - nbranch p_hci_send_pincode_req_event,true - //force 0x01,pdata - //store 1,mem_io_cap_flag - //fetch 1,mem_simple_pairing_mode - //beq 1,p_hci_send_io_cap_req_event - //branch p_hci_send_pincode_req_event - //rtn - - -z_hci_pin_code_request_reply: - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - call p_ipc_rx_hci_data_one_byte - store 1,mem_pin_length - iforce loopcnt - arg mem_pin,contw - call p_ipc_rx_hci_data_n_byte - jam hci_cmd_pair,mem_hci_cmd - branch z_hci_pin_code_reply - -z_hci_pin_code_request_negative_reply: - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - jam hci_cmd_nopair,mem_hci_cmd -z_hci_pin_code_reply: - arg 7,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 6,mem_plap - istore 6,contw - branch ipc_hci_tx_start - - -z_hci_parse_packet_cmd_ogf_link_control_authentication_requested: //11 - call p_ipc_rx_hci_data_two_byte - store 1,mem_hci_conn_handle - jam hci_cmd_auth,mem_hci_cmd - branch p_hci_send_event_command_status - -z_hci_parse_packet_cmd_ogf_link_control_set_connection_encryption: //13 - call p_ipc_rx_hci_data_two_byte - store 1,mem_hci_conn_handle - call p_ipc_rx_hci_data_one_byte - increase hci_cmd_stopencrypt,pdata - store 1,mem_hci_cmd - branch p_hci_send_event_command_status - -org z -z_hci_parse_packet_cmd_ogf_link_control3: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_REMOTE_NAME_REQUEST,z_hci_parse_packet_cmd_ogf_link_control_remote_name_request //19 - beq HCI_READ_REMOTE_EXT_FEATURES,z_hci_parse_packet_cmd_ogf_link_control_read_remote_ext_features //1C - beq HCI_READ_REMOTE_VERSION_INFORMATION,z_hci_parse_packet_cmd_ogf_link_control_read_remote_version_information //1D - beq HCI_IO_CAP_REQUEST_REPLY,p_hci_parse_packet_cmd_ogf_link_control_io_cap_request_reply //2B - beq HCI_USER_CONFIRMATION_REQUEST_REPLY,p_hci_parse_packet_cmd_ogf_link_control_user_confirmation_request_reply //2C - beq HCI_READ_REMOTE_SUPPORTED_FEATURES,z_hci_parse_packet_cmd_ogf_link_control_read_remote_supported_features //1B - - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_link_control_remote_name_request: //19 - call p_ipc_rx_hci_data_six_byte - store 6,mem_hci_plap - call p_ipc_rx_hci_data_two_byte - store 1,mem_page_mode - call p_ipc_rx_hci_data_two_byte - iadd clkn_bt,pdata - and_into 0x1fc,pdata - store 4,mem_page_clk - jam hci_cmd_remote_name_req,mem_hci_cmd - branch p_hci_send_event_command_status - - -z_hci_parse_packet_cmd_ogf_link_control_read_remote_ext_features: //1C - fetch 1,mem_conn_status - bne 2,p_hci_send_event_command_status_err_unknown_connection - call p_ipc_rx_hci_data_two_byte - branch p_hci_send_event_command_status_err_unknown_connection,blank - call p_ipc_rx_hci_data_one_byte - store 1, mem_ext_features_page - jam hci_cmd_remote_ext_features_req,mem_hci_cmd - branch p_hci_send_event_command_status - -z_hci_parse_packet_cmd_ogf_link_control_read_remote_version_information: - call p_ipc_rx_hci_data_two_byte //connect handle - store 1,mem_hci_conn_handle - - call context_search_conn_handle - nbranch p_hci_send_event_command_status_err_unknown_connection,zero - - // check is classic or ble - add rega,coffset_mode,contr - ifetch 1,contr - bbit1 mode_le,z_hci_control_read_remote_version_le - -z_hci_control_read_remote_version_classic: - call p_hci_send_event_command_status - branch cmd_version_req - -z_hci_control_read_remote_version_le: - call p_hci_send_event_command_status - branch le_send_version_ind - - -z_hci_parse_packet_cmd_ogf_link_control_read_remote_supported_features: //1B - // TODO: Think judge link exist or not. - fetch 1,mem_conn_status - bne 2,p_hci_send_event_command_status_err_unknown_connection - call p_ipc_rx_hci_data_two_byte //rx parameters first - store 1,mem_hci_conn_handle - branch p_hci_send_event_command_status_err_unknown_connection,blank - call p_hci_send_event_command_status - fetch 8,mem_remote_features - nbranch z_hci_send_read_remote_supported_features_complete_event,blank - jam hci_cmd_remote_feature_req,mem_hci_cmd - rtn - - -z_hci_send_read_remote_supported_features_complete_event: - //Status(1), Connection_Handle(2), LMP_Features(8) - jam 11,mem_mesh_event_para_total_length - jam HCI_EVENT_READ_REMOTE_FEATURES_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg 0 - istore 1,contw - // Connection_Handle - fetch 1,mem_conn_handle - istore 2,contw - // link type, 0:SCO, 1:ACL - fetch 8,mem_remote_features - istore 8,contw - branch ipc_hci_tx_start - -org z -z_hci_parse_packet_cmd_ogf_controller_and_baseband2: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_WRITE_LINK_SUPERVISION_TIMEOUT,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_link_supervision_timeout //37 - beq HCI_WRITE_EXTENDED_INQUIRY_RESPONSE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_eir //52 - beq HCI_READ_SIMPLE_PAIRING_MODE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_simple_pairing_mode //55 - beq HCI_WRITE_SIMPLE_PAIRING_MODE,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_simple_pairing_mode //56 - beq HCI_READ_LE_HOST_SUPPORT,z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_le_host_support //6C - beq HCI_WRITE_LE_HOST_SUPPORT,z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_le_host_support //6D - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_link_supervision_timeout: //37 - call p_hci_parse_connection_handle_check - call p_ipc_rx_hci_data_two_byte - store 2,mem_supervision_to - arg 3,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_conn_handle - istore 2,contw - jam hci_cmd_send_supervision,mem_hci_cmd - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_eir: //52 - call p_ipc_rx_hci_data_one_byte - store 1,mem_fec_required - arg 100,loopcnt - arg mem_eir,contw - call p_ipc_rx_hci_data_n_byte - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_simple_pairing_mode: //55 - arg 2,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_simple_pairing_mode - istore 1,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_simple_pairing_mode: //56 - call p_ipc_rx_hci_data_one_byte - store 1,mem_simple_pairing_mode - branch p_hci_send_event_command_complete_error_command_invalid_param,blank - branch p_hci_send_event_command_complete_without_payload - - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_read_le_host_support: //6C - arg 3,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 2,mem_le_supported_host - istore 2,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_write_le_host_support: //6D - call p_ipc_rx_hci_data_two_byte - store 2,mem_le_supported_host - branch p_hci_send_event_command_complete_without_payload - - -org z -z_hci_parse_packet_cmd_ogf_le_controller1: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_LE_SET_ADVERTISING_DATA,z_hci_parse_packet_cmd_ogf_le_controller_set_adv_data //08 - beq HCI_LE_SET_SCAN_RESPONSE_DATA,z_hci_parse_packet_cmd_ogf_le_controller_set_scan_rsp_data //09 - beq HCI_LE_SET_SCAN_PARAMETERS,z_hci_parse_packet_cmd_ogf_le_controller_set_scan_para //0b - beq HCI_LE_SET_SCAN_ENABLE,z_hci_parse_packet_cmd_ogf_le_controller_set_scan_enable //0c - beq HCI_LE_CREATE_CONNECTION,z_hci_parse_packet_cmd_ogf_le_controller_create_connection //0d - - branch z_hci_parse_packet_cmd_ogf_le_controller2 - - -z_hci_parse_packet_cmd_ogf_le_controller_set_adv_data: //OCF:0x0008 - call p_ipc_rx_hci_data_one_byte //Advertising_Data_length - store 1,mem_le_adv_data_len - copy pdata,loopcnt - call p_ipc_rx_hci_data_n_byte - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_le_controller_set_scan_rsp_data: //OCF:0x0009 - call p_ipc_rx_hci_data_one_byte //Advertising_Data_length - store 1,mem_le_scan_data_len - copy pdata,loopcnt - call p_ipc_rx_hci_data_n_byte - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_le_controller_set_scan_para: //OCF:0x000B - fetch 1,mem_le_scan_enable - nbranch p_hci_send_event_command_complete_error_command_disallowed,blank - call p_ipc_rx_hci_data_one_byte //LE Scan Type - store 1,mem_le_scan_type - call p_ipc_rx_hci_data_two_byte //LE Scan Interval - store 2,mem_le_scan_interval - call p_ipc_rx_hci_data_two_byte //LE Scan Window - store 2,mem_le_scan_window - call p_ipc_rx_hci_data_one_byte //Own Address Type - store 1,mem_le_scan_own_addr_type - call p_ipc_rx_hci_data_one_byte //Scanning Filter Policy - store 1,mem_le_white_list_filter_policy - // avoid param same - fetch 2,mem_le_scan_interval - fetcht 2,mem_le_scan_window - isub temp,null - nbranch p_hci_send_event_command_complete_without_payload,zero - lshift pdata,pdata - store 2,mem_le_scan_interval - - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_le_controller_set_scan_enable: //OCF:0x000C - call p_ipc_rx_hci_data_one_byte //LE Scan Enable - store 1,mem_le_scan_enable - call p_ipc_rx_hci_data_one_byte //Filter Duplicates - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_le_controller_create_connection: //OCF:0x000D - call p_ipc_rx_hci_data_two_byte //LE Scan Interval - store 2,mem_le_scan_interval - call p_ipc_rx_hci_data_two_byte //LE Scan Window - store 2,mem_le_scan_window - call p_ipc_rx_hci_data_one_byte //initiator filter policy - call p_ipc_rx_hci_data_one_byte //peer address type - call p_ipc_rx_hci_data_six_byte //peer address - store 6,mem_le_conn_peer_addr - call p_ipc_rx_hci_data_one_byte //own address type - store 1,mem_le_conn_peer_addr_type - call p_ipc_rx_hci_data_two_byte //connect interval min - lshift2 pdata,pdata - store 2,mem_le_conn_interval - call p_ipc_rx_hci_data_two_byte //connect interval max - call p_ipc_rx_hci_data_two_byte //connect latency - store 2,mem_le_conn_latency - call p_ipc_rx_hci_data_two_byte //supervision timeout - store 2,mem_le_conn_superto - jam ON,mem_le_scan_enable - jam CREAT_CONNECTION,mem_mesh_creat_connection_flag - branch p_hci_send_event_command_status - -org z -z_hci_parse_packet_cmd_ogf_le_controller2: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_LE_SET_ADVERTISE_ENABLE,z_hci_parse_packet_cmd_ogf_le_controller_set_adv_enable //0a - beq HCI_LE_CREATE_CONNECTION_CANCEL,z_hci_parse_packet_cmd_ogf_le_controller_create_connection_cancel - beq HCI_LE_CONNECTION_UPDATE,p_hci_parse_packet_cmd_ogf_le_controller_connection_update - beq HCI_LE_READ_REMOTE_FEATURES,p_hci_parse_packet_cmd_ogf_le_controller_read_remote_features - beq HCI_LE_ENCRYPT,p_hci_parse_packet_cmd_ogf_le_controller_encrypt - beq HCI_LE_RAND,p_hci_parse_packet_cmd_ogf_le_controller_rand - beq HCI_LE_START_ENCRYPTION,p_hci_parse_packet_cmd_ogf_le_controller_start_encryption - beq HCI_LE_LONG_TERM_KEY_REQUEST_REPLY,p_hci_parse_packet_cmd_ogf_le_controller_ltk_request_reply - beq HCI_LE_LONG_TERM_KEY_REQUEST_NEGATIVE_REPLY,p_hci_parse_packet_cmd_ogf_le_controller_ltk_request_negative_reply - - beq HCI_LE_READ_WHITE_LIST_SIZE,z_hci_parse_packet_cmd_ogf_le_controller_read_white_list_size - beq HCI_LE_CLEAR_WHITE_LIST,z_hci_parse_packet_cmd_ogf_le_controller_clear_white_list - beq HCI_LE_ADD_DEVICE_TO_WHITE_LIST,z_hci_parse_packet_cmd_ogf_le_controller_add_device_to_white_list - - branch z_hci_parse_packet_cmd_ogf_le_controller3 - - -z_hci_parse_packet_cmd_ogf_le_controller_set_adv_enable: //OCF:0x000A - call p_ipc_rx_hci_data_one_byte - store 1,mem_le_adv_enable - branch p_hci_send_event_command_complete_without_payload - - -z_hci_parse_packet_cmd_ogf_le_controller_create_connection_cancel: - jam OFF,mem_le_scan_enable - jam CANCEL_CONNECTION,mem_mesh_creat_connection_flag - branch p_hci_send_event_command_complete_without_payload - -z_hci_parse_packet_cmd_ogf_le_controller_read_white_list_size: - arg 2,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - setarg LE_WHITE_LIST_MAX_SIZE - istore 1,contw - branch ipc_hci_tx_start -z_hci_parse_packet_cmd_ogf_le_controller_clear_white_list: - jam 0,mem_le_white_list_cnt - jam 0,mem_le_white_list_type_and_bd_addr - jam 0,mem_le_white_list - branch p_hci_send_event_command_complete_without_payload -z_hci_parse_packet_cmd_ogf_le_controller_add_device_to_white_list: - fetcht 1,mem_le_white_list_cnt - sub temp,LE_WHITE_LIST_MAX_SIZE,null - branch p_hci_send_event_command_complete_error_command_disallowed,zero - call p_ipc_rx_hci_data_seven_byte - store 7,mem_le_white_list_type_and_bd_addr - call z_le_add_device_to_white_list - branch p_hci_send_event_command_complete_without_payload - - - -// input: rega -z_le_add_device_to_white_list: - fetch 1,mem_le_white_list_cnt - arg mem_le_white_list,contw - mul32 pdata,7,pdata - iadd contw,contw - fetch 7,mem_le_white_list_type_and_bd_addr - istore 7,contw - fetch 1,mem_le_white_list_cnt - pincrease 1 - store 1,mem_le_white_list_cnt - rtn - - -org z -z_l2cap_init_queue: - fetch 1,mem_queue_init_flag - nbranch z_l2cap_link_queue_init,blank - - jam 1,mem_queue_init_flag - -// // TODO: here may occur l2cap buffer rcv error. -// jam BLOCK_MAX_NUM_NEW,mem_l2cap_rx_malloc_num -// setarg L2CAP_BIG_BUFF_LENTH -// store 2,mem_l2cap_rx_max_lenth - call z_init_all_queue - - // init the big buffer queue - fetchr loopcnt,1,mem_alloc_big_total_size - fetchr regb,2,mem_param_alloc_big_buffer_start_address - fetch 2,mem_param_alloc_big_buffer_max_length - store 2,mem_temp - setarg mem_alloc_big_block - store 2,mem_temp1 - call z_queue_init_loop - - // store the big block ptr to list - fetch 1,mem_alloc_big_total_size - mul32 pdata,3,loopcnt - arg mem_alloc_big_block_start,contr - arg mem_big_block_ptr_list,contw - call memcpy_fast - - // init the normal buffer queue - fetchr loopcnt,1,mem_alloc_normal_total_size - fetchr regb,2,mem_param_alloc_normal_buffer_start_address - fetch 2,mem_param_alloc_normal_buffer_max_length - store 2,mem_temp - setarg mem_alloc_normal_block - store 2,mem_temp1 - call z_queue_init_loop - - // store the big block ptr to list - fetch 1,mem_alloc_normal_total_size - mul32 pdata,3,loopcnt - arg mem_alloc_normal_block_start,contr - arg mem_normal_block_ptr_list,contw - branch memcpy_fast - -z_queue_init_loop: - fetchr rega,2,mem_temp1 - call queue_insert - fetch 2,mem_temp - iadd regb,regb - loop z_queue_init_loop - rtn - -z_init_all_queue: - setarg mem_alloc_normal_block - call z_queue_init - setarg mem_alloc_big_block - call z_queue_init - setarg mem_snd_br_block - call z_queue_init - setarg mem_snd_ble_block - call z_queue_init - setarg mem_snd_hci_block -//input: pdata: queue start addr -z_queue_init: - copy pdata,contw - add pdata,BLOCK_TOTAL_SIZE_OFFSET,rega // point to data ptr - add pdata,BLOCK_DATA_OFFSET,pdata // point to data ptr - istore 2,contw // header - istore 2,contw // rptr - istore 2,contw // wptr - - ifetcht 1,rega // get total buffer size. - mul32 temp,3,temp - iadd temp,pdata - istore 2,contw // end ptr - - increase 1,contw // skip total length - - setarg 0 - istore 1,contw // cur len - - copy temp,loopcnt - branch clear_mem -/* -//input:pdata -queue_get_wrtie_ptr: - add rega,BLOCK_WPTR_OFFSET,pdata - ifetcht 2,pdata - ifetch 3,temp - branch get_pdata_contw -*/ - - -org z -z_l2cap_link_queue_init: - fetch 3,mem_rcv_br_queue_ptr - ncall z_l2cap_link_queue_free_rx_buffer,blank -// fetch 3,mem_rcv_ble_queue_ptr -// ncall z_l2cap_link_queue_free_rx_buffer,blank - - setarg 0 - store 3,mem_rcv_br_queue_ptr -// store 3,mem_rcv_ble_queue_ptr - -// call z_l2cap_ble_link_queue_init -z_l2cap_br_link_queue_init: - arg mem_snd_br_block,pdata - store 2,mem_temp - - branch z_l2cap_queue_free_all - -//z_l2cap_ble_queue_init: -// fetch 3,mem_rcv_ble_queue_ptr -// ncall z_l2cap_link_queue_free_rx_buffer,blank -// setarg 0 -// store 3,mem_rcv_ble_queue_ptr -// branch z_l2cap_ble_link_queue_init - -//z_l2cap_ble_link_queue_init: -// arg mem_snd_ble_block,pdata -// store 2,mem_temp -//input: rega: queue block -z_l2cap_queue_free_all: - fetchr rega,2,mem_temp - call p_queue_get_len - rtn blank - // get len will change rega - fetchr rega,2,mem_temp - call queue_delete - call free_buffer - branch z_l2cap_queue_free_all - -z_l2cap_link_queue_free_rx_buffer: - copy pdata,regb - branch free_buffer - -org z -z_hci_parse_complete_packet: - fetch 1,mem_mesh_hci_opcode_ogf - beq HCI_OGF_LINK_CONTROL,z_hci_parse_packet_cmd_ogf_link_control_base - beq HCI_OGF_LINK_POLICY,z_hci_parse_packet_cmd_ogf_link_policy_base - beq HCI_OGF_CONTROLLER_AND_BASEBAND,z_hci_parse_packet_cmd_ogf_controller_and_baseband_base - beq HCI_OGF_INFOMATIONAL_PARAM,z_hci_parse_packet_cmd_ogf_infomational_parameters_base - beq HCI_OGF_STATUS_PARAM,z_hci_parse_packet_cmd_ogf_status_parameters_base - beq HCI_OGF_TEST,z_hci_parse_packet_cmd_ogf_testing_base - beq HCI_OGF_LE_CONTROLLER,z_hci_parse_packet_cmd_ogf_le_controller_base - beq HCI_OGF_VENDOR_SPECIFIC_DEBUG,z_hci_parse_packet_cmd_ogf_vendorspecific_debug_base - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_link_control_base: - branch z_hci_parse_packet_cmd_ogf_link_control - -z_hci_parse_packet_cmd_ogf_controller_and_baseband_base: - branch z_hci_parse_packet_cmd_ogf_controller_and_baseband - -z_hci_parse_packet_cmd_ogf_infomational_parameters_base: - branch z_hci_parse_packet_cmd_ogf_infomational_parameters - -z_hci_parse_packet_cmd_ogf_le_controller_base: - branch z_hci_parse_packet_cmd_ogf_le_controller - -z_hci_parse_packet_cmd_ogf_link_policy_base: - branch z_hci_parse_packet_cmd_ogf_link_policy - -/********* - HCI_OGF_INFOMATIONAL_PARAM -*********/ - -/********* - HCI_OGF_STATUS_PARAM -*********/ -z_hci_parse_packet_cmd_ogf_status_parameters_base: - branch p_hci_send_event_command_complete_error_command_nuknown - - -/********* - HCI_OGF_TEST -*********/ -z_hci_parse_packet_cmd_ogf_testing_base: - branch p_hci_send_event_command_complete_error_command_nuknown - - - -/********* - HCI_OGF_VENDOR_SPECIFIC_DEBUG -*********/ -z_hci_parse_packet_cmd_ogf_vendorspecific_debug_base: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_WRITE_BD_ADDR,z_hci_parse_packet_cmd_ogf_vendorspecific_write_bd_addr -ifdef FSC_RTK_HOST - beq 0x17,z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_17 - beq 0x20,z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_20 - beq 0xa3,z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_a3 - beq 0x60,z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_read_svn_version -endif - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_vendorspecific_write_bd_addr: - call p_ipc_rx_hci_data_six_byte - store 6,mem_device_public_address - call p_hci_init_bd_address - branch p_hci_send_event_command_complete_without_payload - - -ifdef FSC_RTK_HOST -z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_17: - jam 0x3f,mem_fsc_rtk_host - branch p_hci_send_event_command_complete_without_payload - - - -z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_20: - arg 0x02,loopcnt - call p_hci_prepare_send_event_command_complete - setarg 0 - istore 2,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_a3: - call p_ipc_rx_hci_data_two_byte// Opcode - fetcht 1,mem_conn_handle - isub temp,null - branch z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_a3_event,zero - fetcht 1,mem_le_conn_handle - isub temp,null - nrtn zero -z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_a3_event: - storet 1,mem_hci_conn_handle - arg 0x03,loopcnt - call p_hci_prepare_send_event_command_complete - fetch 1,mem_hci_conn_handle - istore 2,contw - fetch 1,mem_rssi - call p_rssi_convert - istore 1,contw - branch ipc_hci_tx_start - -z_hci_parse_packet_cmd_ogf_vendorspecific_rtk_read_svn_version: - arg 2,loopcnt - call p_hci_prepare_send_event_command_complete - fetch 2,mem_hci_version_svnid - istore 2,contw - branch ipc_hci_tx_start -endif - - -org z -z_hci_send_connection_rtn_error: - jam 11,mem_mesh_event_para_total_length - jam HCI_EVENT_CONNECTION_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - fetch 1,mem_mesh_event_parameter_status - istore 1,contw - fetch 1,mem_conn_handle - istore 2,contw - fetch 6,mem_plap - istore 6,contw - force 1,pdata /* connection type=1:ACL */ - istore 1,contw - force 0,pdata - fetcht 1,mem_state_map - isolate1 smap_encryption,temp - setflag true,0,pdata - istore 1,contw - //TODO: restore connection handle - fetch 1,mem_conn_handle - branch ipc_hci_tx_start - - /* temp is connection type 0=sco,1=acl */ - -org z -z_hci_send_page_scan_repetition_mode_change: - jam 7,mem_mesh_event_para_total_length - jam HCI_EVENT_PAGE_SCAN_REPETITION_MODE_CHANGE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - fetch 6,mem_plap - istore 6,contw - fetch 1,mem_page_scan_repetition_mode - istore 1,contw - branch ipc_hci_tx_start - -org z -z_hci_send_max_slots_change: - jam 3,mem_mesh_event_para_total_length - jam HCI_EVENT_MAX_SLOTS_CHANGE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - fetch 1,mem_conn_handle - istore 2,contw - fetch 1,mem_max_slot - istore 1,contw - branch ipc_hci_tx_start - - -org z -z_hci_send_disconnect_complete: - jam 4,mem_mesh_event_para_total_length - jam HCI_EVENT_DISCONNECTION_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg 0x00 - istore 1,contw - fetch 1,mem_hci_record_disc_conn_handle - istore 2,contw - fetch 1,mem_disconn_reason_send - istore 1,contw - fetch 1,mem_state_map - set0 smap_edr,pdata - store 1,mem_state_map - branch ipc_hci_tx_start - - -org z -z_hci_send_mode_change: - jam 6,mem_mesh_event_para_total_length - jam HCI_EVENT_MODE_CHANGE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - fetch 1,mem_mesh_event_parameter_rtn - istore 1,contw - fetch 1,mem_conn_handle - istore 2,contw - fetch 1,mem_mesh_event_parameter_status - istore 1,contw - branch z_hci_send_mode_change_active,blank - fetch 2,mem_tsniff - rshift pdata,pdata - branch z_hci_send_mode_change_sniff -z_hci_send_mode_change_active: - setarg 0 -z_hci_send_mode_change_sniff: - istore 2,contw - branch ipc_hci_tx_start - -org z -z_hci_parse_packet_cmd_ogf_le_controller3: - fetch 1,mem_mesh_hci_opcode_ocf - beq HCI_LE_REMOVE_DEVICE_FROM_WHITE_LIST,z_hci_parse_packet_cmd_ogf_le_controller_remove_device_from_white_list - beq HCI_LE_SET_DATA_LENGTH,z_hci_parse_packet_cmd_ogf_le_controller_set_data_length - branch p_hci_send_event_command_complete_error_command_nuknown - -z_hci_parse_packet_cmd_ogf_le_controller_remove_device_from_white_list: - fetch 1,mem_le_white_list_cnt - branch p_hci_send_event_command_complete_error_command_disallowed,blank - call p_ipc_rx_hci_data_seven_byte - store 7,mem_le_white_list_type_and_bd_addr - call z_le_remove_device_from_white_list - fetch 1,mem_le_white_list_cnt - pincrease -1 - store 1,mem_le_white_list_cnt - branch p_hci_send_event_command_complete_without_payload - -z_le_remove_device_from_white_list: - call p_check_addr_in_white_list - nbranch p_hci_send_event_command_complete_error_command_disallowed,blank -z_le_remove_device_from_white_list_loop: - copy regb,contw - increase 7,regb - copy regb,contr - ifetch 7,contr - istore 7,contw - loop z_le_remove_device_from_white_list_loop - setarg 0 - increase -7,contw - istore 7,contw - rtn - - -z_hci_parse_packet_cmd_ogf_le_controller_set_data_length: - //length - call p_ipc_rx_hci_data_two_byte - store 2,mem_local_tx_max_octets - //time - call p_ipc_rx_hci_data_two_byte - store 2,mem_local_tx_max_time - call p_le_send_data_length_req - - arg 3,loopcnt - call p_hci_prepare_send_event_command_complete_with_status_success - fetch 1,mem_le_conn_handle - istore 2,contw - branch ipc_hci_tx_start - //branch p_hci_send_event_command_complete_without_payload - -org z -z_hci_inquiry_reply_check_eir: - fetch 1,mem_inquiry_mode - bne 2,z_hci_inquiry_reply - call inquiry_receive_eir - nrtn sync - rtnmark1 mark_fhs_eir -z_hci_inquiry_reply: - //call inquiry_receive_eir_rtn - fetcht 6,extm_lap - call context_search_plap2 - rtn zero - call p_estimate_event_head_event_code - call p_hci_prepare_send_event - setarg 0x01 - //Num_responses - istore 1,contw - fetch 6,extm_lap - //bd_addr - istore 6,contw - fetch 1, extm_fhs_misc - copy pdata, temp - rshift3 pdata, pdata - rshift3 pdata, pdata - //page_scan_repetition_mode - istore 1,contw - setarg 0x00 - //reserved1 - istore 1,contw - fetch 1,mem_inquiry_mode - bne 0,z_hci_inquiry_reply_mode1 -z_hci_inquiry_reply_mode0: - setarg 0x00 - //reseved2 - istore 1,contw - fetch 3, extm_class - istore 3,contw - fetch 4,mem_clke_bt - isub clkn_bt,pdata - istore 2,contw - branch ipc_hci_tx_start -z_hci_inquiry_reply_mode1: - fetch 3, extm_class - istore 3,contw - fetch 4,mem_clke_bt - isub clkn_bt,pdata - istore 2,contw - fetch 1,mem_rssi - call p_rssi_convert - istore 1,contw - fetch 1,mem_inquiry_mode - beq 2,z_hci_inquiry_reply_mode2 - branch ipc_hci_tx_start -z_hci_inquiry_reply_mode2: - fetch 3,mem_rcv_br_queue_ptr - copy pdata,contr - ifetch 1,contr - ifetch 2,contr - rtn blank - copy pdata,temp - copy pdata,loopcnt - call memcpy_fast - sub temp,240,loopcnt - call clear_mem - branch ipc_hci_tx_start - -org z -z_send_lmp_escape: - fetch 1,mem_lmp_to_send - beq LMP_EXT_FEATURES_RES,z_send_lmpext_features_res - beq LMP_EXT_FEATURES_REQ,z_send_lmpext_features_req - branch send_lmp_escape -z_send_lmpext_features_res: - fetcht 1,mem_simple_pairing_mode - storet 1,mem_lmpext_ssp_enable+1 - branch send_lmpext_features_res -z_send_lmpext_features_req: - fetcht 1,mem_simple_pairing_mode - storet 1,mem_lmpext_ssp_enable+1 - branch send_lmpext_features_req - -org z -z_hci_send_linkkey_notification: - jam 0x17,mem_mesh_event_para_total_length - jam HCI_EVENT_LINK_KEY_NOTIFICATION,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - fetch 6,mem_plap - istore 6,contw - arg mem_link_key,contr - force 16,loopcnt - call memcpy_fast - force 0,pdata - istore 1,contw - branch ipc_hci_tx_start - -org z - -//input:temp connection handle -//MASTER_CONNECTION_HANDLE -//SLAVE_CONNECTION_HANDLE -z_hci_send_event_le_connection_complete: - fetch 8,mem_mesh_le_event_mask - rtnbit0 LE_CONNECTION_COMPLETE_EVENT - jam 19,mem_mesh_event_para_total_length - jam HCI_EVENT_LE_META_EVENT,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg HCI_LE_SUBEVENT_CONN_COMPLETE - istore 2,contw //subevent code & status - fetch 1,mem_le_conn_handle - istore 2,contw //connection handle - call p_le_get_role - istoret 1,contw //role - fetch 1,mem_le_conn_peer_addr_type - istore 1,contw //peer address type - fetch 6,mem_le_plap - istore 6,contw //peer address - fetch 2,mem_le_tsniff - rshift2 pdata,pdata - istore 2,contw //connection interval - fetch 4,mem_le_slave_latency - istore 4,contw //connect latency & supervision timeout - fetch 1,mem_le_peer_sca - istore 1,contw //master clock accuracy - fetch 1,mem_le_conn_handle - branch ipc_hci_tx_start - -org z -z_hci_send_le_connection_update_commplete: - fetch 8,mem_mesh_le_event_mask - rtnbit0 LE_CONNECTION_UPDATE_COMPLETE_EVENT - jam 10,mem_mesh_event_para_total_length - jam HCI_EVENT_LE_META_EVENT,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg HCI_LE_SUBEVENT_CONN_UPDATE_COMPLETE - istore 2,contw //subevent code & status - fetch 1,mem_le_conn_handle - istore 2,contw - fetch 6,mem_le_new_conninterval - istore 6,contw - branch ipc_hci_tx_start - -org z -z_hci_send_le_read_remote_features_complete: - fetch 8,mem_mesh_le_event_mask - rtnbit0 LE_READ_REMOTE_FEATURES_COMPLETE_EVENT - jam 12,mem_mesh_event_para_total_length - jam HCI_EVENT_LE_META_EVENT,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg HCI_LE_SUBEVENT_REMOTE_FEATURE_COMPLETE - istore 2,contw //subevent code & status - fetch 1,mem_le_conn_handle - istore 2,contw - fetch 8,mem_mesh_le_features - istore 8,contw - branch ipc_hci_tx_start - -org z -z_hci_send_event_le_connection_data_length_change: - //fetch 8,mem_mesh_le_event_mask - //rtnbit0 LE_CONNECTION_UPDATE_COMPLETE_EVENT - jam 11,mem_mesh_event_para_total_length - jam HCI_EVENT_LE_META_EVENT,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg HCI_LE_SUBEVENT_DATA_LENGTH_CHANGE_EVENT - istore 1,contw //subevent code - fetch 1,mem_le_conn_handle - istore 2,contw - fetch 8,mem_remote_rx_max_octets - istore 8,contw - branch ipc_hci_tx_start - -z_hci_send_read_remote_version_information_complete: - fetch 8,mem_mesh_le_event_mask - rtnbit0 READ_REMOTE_VERSION_INFORMATION_COMPLETE_EVENT - jam 8,mem_mesh_event_para_total_length - jam HCI_EVENT_READ_REMOTE_VERSION_INFORMATION_COMPLETE,mem_mesh_event_head_event_code - call p_hci_prepare_send_event - setarg COMMAND_SUCCEEDED - istore 1,contw //subevent code & status - fetch 1,mem_le_conn_handle - istore 2,contw - fetch 5,mem_mesh_le_version - istore 5,contw - branch ipc_hci_tx_start - -org z -z_parse_lmp_escape: - //bpatchx patch2e_1,mem_patch2e - fetch 1,mem_rxbuf+1 - set1 7,pdata - store 1,mem_lmi_opcode2 - beq LMP_EXT_FEATURES_REQ,z_parse_lmpext_features_req - beq LMP_EXT_FEATURES_RES,z_parse_lmpext_features_res - beq LMP_IO_CAP_REQ,z_parse_lmpext_iocap_req - beq LMP_IO_CAP_RES,z_parse_lmpext_iocap_res - branch parse_lmp_escape+4 - -z_parse_lmpext_features_req: - call parse_lmpext_features_req -// TODO: judge page index. -z_store_remote_ext_features: - // features page & max supported page - fetch 2,mem_rxbuf+2 - // extended features - fetch 8,mem_rxbuf+4 - store 8,mem_remote_ext_features0 - rtn - -z_parse_lmpext_features_res: - call parse_lmpext_features_res - branch z_store_remote_ext_features - -z_parse_lmpext_iocap_req: - call iocap_lmpext_load - call p_hci_send_io_cap_response_event - branch p_hci_send_io_cap_req_event - -z_parse_lmpext_iocap_res: - call p_hci_send_io_cap_response_event - call iocap_lmpext_load - call iocap_lmpext_hci - jam SP_FLAG_COMMIT,mem_master_sp_flag - jam SP_STAT_KEY_SEND,mem_master_sp_state - rtn - -org z -// input --- mem_encryp_inital_value output --- mem_encryp_inital_value -z_efuse_custom_encryption: - arg 0x20,pdata - arg mem_efuse_encryp_data,rega - arg 32,temp - call efuse_read_data -// setarg 0xaa55 -// store 2,mem_encryp_inital_value - arg mem_efuse_encryp_data,contr - ifetch 2,contr - rtn blank - store 2,mem_encryp_param - call z_efuse_custom_encryption_init - call z_efuse_custom_encryption_read_efuse_data_add_loop - call z_efuse_custom_encryption_init - branch z_efuse_custom_encryption_read_efuse_data_ixor_loop - -z_efuse_custom_encryption_init: - arg mem_efuse_encryp_data+2,rega - arg 6,loopcnt - jam 1,mem_encryp_count - rtn - -// input:pdata----read efuse addr -z_efuse_custom_encryption_read_efuse_data_add_loop: - ifetch 2,rega - fetcht 2,mem_encryp_inital_value - iadd temp,pdata - store 2,mem_encryp_inital_value - fetch 1,mem_encryp_count - iadd rega,rega - increase 2,rega - fetch 1,mem_encryp_count - pincrease 1 - store 1,mem_encryp_count - loop z_efuse_custom_encryption_read_efuse_data_add_loop - rtn -z_efuse_custom_encryption_read_efuse_data_ixor_loop: - ifetch 2,rega - fetcht 2,mem_encryp_inital_value - ixor temp,pdata - store 2,mem_encryp_inital_value - fetch 1,mem_encryp_count - iadd rega,rega - add rega,2,rega - fetch 1,mem_encryp_count - pincrease 1 - store 1,mem_encryp_count - loop z_efuse_custom_encryption_read_efuse_data_ixor_loop - fetch 2,mem_encryp_inital_value - fetcht 2,mem_encryp_param - isub temp,null - nbranch assert,zero - rtn - -org z -z_ipc_rx_hci: - fetcht 3,mem_ipc_data_rx_buf_payload_ptr - call p_ipc_rx_store_contr1 - call p_ipc_rx_hci_data_one_byte - beq HCI_H4_TYPE_CMD,z_hci_parse_packet_cmd - beq HCI_H4_TYPE_ACL,z_hci_parse_packet_acl - branch assert - -z_hci_parse_packet_cmd: - call p_ipc_rx_hci_data_two_byte// Opcode - store 2,mem_mesh_hci_opcode - arg 0x3ff,temp - iand temp,temp //low 10bit - storet 2,mem_mesh_hci_opcode_ocf - rshift2 pdata,pdata - rshift8 pdata,pdata //high 6bit - store 1,mem_mesh_hci_opcode_ogf - call p_ipc_rx_hci_data_one_byte // parameter total length - store 1,mem_mesh_hci_cmd_len - branch z_hci_parse_complete_packet - - -org z -z_hci_parse_packet_acl: - call p_ipc_rx_hci_data_two_byte// Opcode - store 1,mem_hci_conn_handle - call z_hci_parse_packet_acl_FB_flag - call p_ipc_rx_hci_data_two_byte// length - store 2,mem_temp - - call context_search_conn_handle - // TODO: here need change to other work. - nrtn zero - - // check is classic or ble - add rega,coffset_mode,contr - ifetch 1,contr - bbit1 mode_le,z_hci_parse_packet_acl_le -z_hci_parse_packet_acl_classic: - fetch 2,mem_temp - store 2,mem_alloc_buffer_len - call malloc_buffer_is_enough - call ice_break,blank - - - fetch 2,mem_temp - copy pdata,rega - copy pdata,regb - //TODO: classic need do here - call l2cap_malloc//return with pdata ptr - copy regb,contw - // l2cap payload header - fetch 2,mem_temp - istore 2,contw - istorer type,1,contw -z_hci_parse_packet_acl_end: - fetch 2,mem_temp - copy pdata,loopcnt - call p_ipc_rx_restore_contr - branch memcpy_fast - - -z_hci_parse_packet_acl_le: - // Think to judge classic or ble. - fetch 2,mem_temp - call z_le_fifo_check_full - nrtn blank - fetch 2,mem_temp - copy pdata,rega - copy pdata,regb - call le_fifo_malloc_tx - branch z_hci_parse_packet_acl_end - -z_hci_parse_packet_acl_FB_flag: - rshift8 pdata,pdata - rshift4 pdata,pdata - force LLID_CONTINUE,type - rtneq BT_ACL_CONT - force LLID_START,type - rtn - -z_le_fifo_check_full: - call malloc_buffer_is_full_raw - branch setarg1,blank - branch setarg0 - -org z -z_l2cap_ble_queue_init: - fetch 3,mem_rcv_ble_queue_ptr - ncall z_l2cap_ble_queue_free_rx_buffer,blank - setarg 0 - store 3,mem_rcv_ble_queue_ptr -z_l2cap_ble_link_queue_init: - arg mem_snd_ble_block,pdata - store 2,mem_temp -//input: rega: queue block -z_l2cap_ble_queue_free_all: - fetchr rega,2,mem_temp - call p_queue_get_len - rtn blank - // get len will change rega - fetchr rega,2,mem_temp - call queue_delete - call free_buffer - branch z_l2cap_ble_queue_free_all - -z_l2cap_ble_queue_free_rx_buffer: - copy pdata,regb - branch free_buffer - -org z -z_le_adv: - fetch 1,mem_le_adv_enable - rtn blank - arg le_adv_interval_timer,queue - call timer_check - nrtn blank - disable master - enable swfine - call le_init_adv - call le_next_adv_channel - call le_send_adv_ind - nbranch le_adv_not_match,match - fetch 1,mem_le_req_rcv - increase 1,pdata - store 1,mem_le_req_rcv - fetch 1,mem_le_rxbuf - and pdata,0x0f,pdata - beq SCAN_REQ,z_le_send_scan_response - branch le_adv+18 - -z_le_send_scan_response: - arg SCAN_RSP,temp - fetch 1,mem_le_adv_own_addr_type - nsetflag blank,LE_SENDER_ADDR_BIT,temp - storet 1,mem_le_txheader - fetcht 1,mem_le_scan_data_len - add temp,6,pdata - store 1,mem_le_txlen - copy temp,loopcnt - fetch 1,mem_le_adv_own_addr_type - call p_le_get_public_addr,blank - ncall p_le_get_random_addr,blank - storet 6,mem_le_txpayload - arg mem_le_scan_data,contr - call memcpy - branch le_transmit_norx - - -org z -z_le_scan: - fetch 1,mem_le_scan_enable - rtnne LE_SCAN_ENABLE - arg le_scan_interval_timer,queue - call timer_check - nrtn blank - - fetch 2,mem_le_scan_interval - arg le_scan_interval_timer,queue - call timer_init - - call le_init_adv - call le_next_adv_channel - fetch 2,mem_le_scan_window - store 2,mem_le_scan_window_temp - branch z_le_scan_loop -z_le_scan_loop: - disable master - disable swfine - fetchr timeup,2,mem_le_scan_window_temp - call z_le_receive_packet - nbranch z_le_scan_timeout_check,match -z_le_scan_match: - call le_scan_check_sender_addr_type - copy rega,pdata - store 1,mem_le_conn_peer_addr_type -ifdef WHITE_LIST - arg mem_le_white_list_type_and_bd_addr,contw - istore 1,contw - fetch 6,mem_le_rxbuf+2 - istore 6,contw - fetch 1,mem_le_white_list_cnt - beq 0,z_le_scan_match_send_event - fetch 1,mem_le_white_list_filter_policy - beq NONE_FILTER,z_le_scan_match_send_event - beq WHITE_LIST_SCAN_FILTER,z_white_filter_scan_check - beq WHITE_LIST_CONNECT_FILTER,z_le_scan_match_send_event - beq WHITE_LIST_CONN_SCAN_FILTER,z_white_filter_scan_check -z_white_filter_scan_check: - call p_check_addr_in_white_list - nbranch z_le_scan_timeout_check,blank -endif -z_le_scan_match_send_event: - fetch 6,mem_le_rxbuf+2 - store 6,mem_le_plap - - fetch 1,mem_mesh_creat_connection_flag - beq CREAT_CONNECTION,p_le_create_conn - call p_hci_send_event_le_advertising_report - - call le_send_scan_request - nbranch z_le_scan_timeout_check,match - fetch 1,mem_le_rxbuf+1 - beq 6,z_le_scan_timeout_check - call p_hci_send_event_le_advertising_report -z_le_scan_timeout_check: - fetch 2,mem_le_scan_window_temp - nbranch z_le_scan_loop,blank - rtn - -z_le_receive_packet: - call lerx_setfreq -z_le_receive_rxon: - call le_prep - disable match - enable decode_fec0 - enable is_rx - disable is_tx - copy timeup,stop_watch - correlate null,timeout - deposit stop_watch - store 2,mem_le_scan_window_temp - branch le_receive_rxon+7 - -org z -z_app_init_efuse_data: - setarg EFUSE_UCODE_ADC_GPIO_0_5 - arg mem_efuse_adc_offset,rega - arg 8,temp - branch efuse_read_data - Index: ModuleDemo/25_OTA/bt_demo/BT/sched/patch.dat =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/sched/patch.dat (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/sched/patch.dat (working copy) @@ -1,64 +1,63 @@ - mem_patch00: -04 #mem_patch00 -40 #mem_patch01 -01 #mem_patch02 -50 #mem_patch03 -11 #mem_patch04 +00 #mem_patch00 +00 #mem_patch01 +00 #mem_patch02 +00 #mem_patch03 +00 #mem_patch04 00 #mem_patch05 -04 #mem_patch06 -44 #mem_patch07 -12 #mem_patch08 +00 #mem_patch06 +00 #mem_patch07 +00 #mem_patch08 00 #mem_patch09 -10 #mem_patch0A -31 #mem_patch0B +00 #mem_patch0A +00 #mem_patch0B 00 #mem_patch0C -0c #mem_patch0D +00 #mem_patch0D 00 #mem_patch0E 00 #mem_patch0F -62 #mem_patch10 +00 #mem_patch10 00 #mem_patch11 00 #mem_patch12 40 #mem_patch13 -11 #mem_patch14 -01 #mem_patch15 +00 #mem_patch14 +00 #mem_patch15 00 #mem_patch16 -06 #mem_patch17 +00 #mem_patch17 00 #mem_patch18 00 #mem_patch19 00 #mem_patch1A 00 #mem_patch1B -01 #mem_patch1C -00 #mem_patch1D +00 #mem_patch1C +00 #mem_patch1D 00 #mem_patch1E 00 #mem_patch1F -80 #mem_patch20 -10 #mem_patch21 -1c #mem_patch22 +00 #mem_patch20 +00 #mem_patch21 +00 #mem_patch22 00 #mem_patch23 -e8 #mem_patch24 -07 #mem_patch25 +00 #mem_patch24 +00 #mem_patch25 00 #mem_patch26 -c8 #mem_patch27 -06 #mem_patch28 -88 #mem_patch29 -04 #mem_patch2A -29 #mem_patch2B -11 #mem_patch2C -40 #mem_patch2D -17 #mem_patch2E +00 #mem_patch27 +00 #mem_patch28 +00 #mem_patch29 +00 #mem_patch2A +00 #mem_patch2B +00 #mem_patch2C +00 #mem_patch2D +00 #mem_patch2E 00 #mem_patch2F 00 #mem_patch30 -03 #mem_patch31 -04 #mem_patch32 +00 #mem_patch31 +00 #mem_patch32 00 #mem_patch33 -60 #mem_patch34 +00 #mem_patch34 00 #mem_patch35 -04 #mem_patch36 +00 #mem_patch36 00 #mem_patch37 00 #mem_patch38 00 #mem_patch39 -10 #mem_patch3A +00 #mem_patch3A 00 #mem_patch3B 00 #mem_patch3C 00 #mem_patch3D Index: ModuleDemo/25_OTA/bt_demo/BT/sched/user.dat =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/sched/user.dat (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/BT/sched/user.dat (working copy) @@ -111,15 +111,15 @@ 7b 83 -mem_le_features: -21 //length extension -00 -00 -00 -00 -00 -00 -00 +#mem_le_features: +#21 #length extension +#00 +#00 +#00 +#00 +#00 +#00 +#00 mem_xip_option:5d 40 bb @@ -273,25 +273,25 @@ 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 mem_simple_pairing_mode:00 -mem_conn_status:00 -mem_io_cap_flag:00 -mem_inquiry_mode:00 +#mem_conn_status:00 +#mem_io_cap_flag:00 +#mem_inquiry_mode:00 -mem_param_alloc_normal_buffer_start_address:00 18 -mem_param_alloc_normal_buffer_max_length:83 00 -mem_param_alloc_big_buffer_start_address:00 20 -mem_param_alloc_big_buffer_max_length:b0 02 -mem_l2cap_rx_max_lenth:b0 02 +#mem_param_alloc_normal_buffer_start_address:00 18 +#mem_param_alloc_normal_buffer_max_length:83 00 +#mem_param_alloc_big_buffer_start_address:00 20 +#mem_param_alloc_big_buffer_max_length:b0 02 +#mem_l2cap_rx_max_lenth:b0 02 -mem_alloc_normal_total_size:0a -mem_alloc_big_total_size:0a -mem_snd_br_total_size:0a -mem_snd_ble_total_size:0a -mem_snd_hci_total_size:0a +#mem_alloc_normal_total_size:0a +#mem_alloc_big_total_size:0a +#mem_snd_br_total_size:0a +#mem_snd_ble_total_size:0a +#mem_snd_hci_total_size:0a -mem_hci_version_svnid:3987 +#mem_hci_version_svnid:3987 mem_keyscan_switch:00 @@ -308,17 +308,17 @@ mem_mesh_command_complete_num_hci_command_packet:01 -mem_mesh_read_local_version_info: -09 #hci_version BT_HCI_VERSION_5_0 -00 00 #hci_revsion -09 #lmp_version RADIO_BLE_VERSION_NUMBER:BT_HCI_VERSION_5_0 -0e 05 #manufacture_name Yichip Microelectronics (Hangzhou) Co.,Ltd. -FF FF #LPM_subversion +#mem_mesh_read_local_version_info: +#09 #hci_version BT_HCI_VERSION_5_0 +#00 00 #hci_revsion +#09 #lmp_version RADIO_BLE_VERSION_NUMBER:BT_HCI_VERSION_5_0 +#0e 05 #manufacture_name Yichip Microelectronics (Hangzhou) Co.,Ltd. +#FF FF #LPM_subversion -mem_mesh_read_local_support_command:02 05 ff +#mem_mesh_read_local_support_command:02 05 ff -mem_device_public_address:11 22 33 44 55 66 +#mem_device_public_address:11 22 33 44 55 66 -mem_local_rx_max_octets:fb 00 48 08 fb 00 48 08 +#mem_local_rx_max_octets:fb 00 48 08 fb 00 48 08 Index: ModuleDemo/25_OTA/bt_demo/CM0/Prj/MDK/yc11xx.uvoptx =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/Prj/MDK/yc11xx.uvoptx (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/Prj/MDK/yc11xx.uvoptx (working copy) @@ -256,7 +256,6 @@ 1 - 0 0 1 10000000 Index: ModuleDemo/25_OTA/bt_demo/CM0/Prj/MDK/yc11xx.uvprojx =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/Prj/MDK/yc11xx.uvprojx (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/Prj/MDK/yc11xx.uvprojx (working copy) @@ -16,7 +16,7 @@ ARMCM0 ARM - ARM.CMSIS.5.5.1 + ARM.CMSIS.5.3.0 http://www.keil.com/pack/ IROM(0x00000000,0x00040000) IRAM(0x20000000,0x00020000) CPUTYPE("Cortex-M0") CLOCK(12000000) ESEL ELITTLE @@ -33,7 +33,7 @@ - + $$Device:ARMCM0$Device\ARM\SVD\ARMCM0.svd 0 0 @@ -184,7 +184,6 @@ 0 0 0 - 0 0 0 8 Index: ModuleDemo/25_OTA/bt_demo/CM0/User/btreg.h =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/User/btreg.h (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/User/btreg.h (working copy) @@ -1548,151 +1548,59 @@ #define mem_last_transmite_clock 0x4c04 #define mem_module_le_att_list 0x4c08 #define mem_module_le_att_list_end 0x4c09 -#define mem_le_disconnect_reason 0x4c09 -#define mem_mesh_le_features 0x4c0a -#define mem_mesh_le_version 0x4c12 -#define mem_mesh_le_version_exchange_times 0x4c17 -#define mem_mesh_hci_opcode_ocf 0x4c18 -#define mem_mesh_hci_opcode_ogf 0x4c1a -#define mem_mesh_hci_cmd_len 0x4c1b -#define mem_mesh_event_mask 0x4c1c -#define mem_mesh_read_local_version_info 0x4c24 -#define mem_mesh_read_local_version_info_hci_version 0x4c24 -#define mem_mesh_read_local_version_info_hci_revision 0x4c25 -#define mem_mesh_read_local_version_info_lmp_version 0x4c27 -#define mem_mesh_read_local_version_info_manufacturer 0x4c28 -#define mem_mesh_read_local_version_info_lmp_subversion 0x4c2a -#define mem_mesh_read_local_support_command 0x4c2c -#define mem_mesh_le_event_mask 0x4c6c -#define mem_mesh_le_public_address 0x4c74 -#define mem_mesh_le_random_address 0x4c7a -#define mem_mesh_vendor_tx_flag 0x4c80 -#define mem_mesh_vendor_tx_freq 0x4c81 -#define mem_mesh_vendor_tx_data 0x4c82 -#define mem_mesh_vendor_tx_power_calibration 0x4c83 -#define mem_mesh_vendor_rx_flag 0x4c84 -#define mem_mesh_vendor_rx_freq 0x4c85 -#define mem_mesh_event_head_type 0x4c86 -#define mem_mesh_event_head_event_code 0x4c87 -#define mem_mesh_event_para_total_length 0x4c88 -#define mem_mesh_event_parameter_rtn 0x4c89 -#define mem_mesh_event_parameter_status 0x4c8a -#define mem_mesh_creat_connection_flag 0x4c8b -#define mem_mesh_recevie_acl_packet_number 0x4c8c -#define mem_device_public_address 0x4c8d -#define mem_mesh_command_complete_num_hci_command_packet 0x4c93 -#define mem_mesh_command_complete_command_opcode 0x4c94 -#define mem_mesh_hci_opcode 0x4c94 -#define mem_mesh_command_complete_return_parameter_status 0x4c96 -#define mem_simple_pairing_mode 0x4c97 -#define mem_fec_required 0x4c98 -#define mem_inquiry_num_responses 0x4c99 -#define mem_inquiry_num_check 0x4c9a -#define mem_conn_status 0x4c9b -#define mem_inquiry_mode 0x4c9c -#define mem_inquiry_eir_data 0x4c9d -#define mem_io_cap_flag 0x4c9f -#define mem_page_scan_repetition_mode 0x4ca0 -#define mem_conn_req_status 0x4ca1 -#define mem_alloc_normal_block 0x4ca2 -#define mem_alloc_normal_header 0x4ca2 -#define mem_alloc_normal_rptr 0x4ca4 -#define mem_alloc_normal_wptr 0x4ca6 -#define mem_alloc_normal_end 0x4ca8 -#define mem_alloc_normal_total_size 0x4caa -#define mem_alloc_normal_cur_len 0x4cab -#define mem_alloc_normal_block_start 0x4cac -#define mem_alloc_big_block 0x4cca -#define mem_alloc_big_header 0x4cca -#define mem_alloc_big_rptr 0x4ccc -#define mem_alloc_big_wptr 0x4cce -#define mem_alloc_big_end 0x4cd0 -#define mem_alloc_big_total_size 0x4cd2 -#define mem_alloc_big_cur_len 0x4cd3 -#define mem_alloc_big_block_start 0x4cd4 -#define mem_normal_block_ptr_list 0x4cf2 -#define mem_big_block_ptr_list 0x4d10 -#define mem_rcv_br_queue_ptr 0x4d2e -#define mem_rcv_ble_queue_ptr 0x4d31 -#define mem_snd_br_block 0x4d34 -#define mem_snd_br_header 0x4d34 -#define mem_snd_br_rptr 0x4d36 -#define mem_snd_br_wptr 0x4d38 -#define mem_snd_br_end 0x4d3a -#define mem_snd_br_total_size 0x4d3c -#define mem_snd_br_cur_len 0x4d3d -#define mem_snd_br_block_start 0x4d3e -#define mem_snd_ble_block 0x4d5c -#define mem_snd_ble_header 0x4d5c -#define mem_snd_ble_rptr 0x4d5e -#define mem_snd_ble_wptr 0x4d60 -#define mem_snd_ble_end 0x4d62 -#define mem_snd_ble_total_size 0x4d64 -#define mem_snd_ble_cur_len 0x4d65 -#define mem_snd_ble_block_start 0x4d66 -#define mem_snd_hci_block 0x4d84 -#define mem_snd_hci_header 0x4d84 -#define mem_snd_hci_rptr 0x4d86 -#define mem_snd_hci_wptr 0x4d88 -#define mem_snd_hci_end 0x4d8a -#define mem_snd_hci_total_size 0x4d8c -#define mem_snd_hci_cur_len 0x4d8e -#define mem_snd_hci_block_start 0x4d8f -#define mem_regd 0x4dad -#define mem_alloc_buffer_len 0x4db1 -#define mem_temp_alloc_big_malloc_cnt 0x4db3 -#define mem_temp_alloc_normal_malloc_cnt 0x4db5 -#define mem_temp_send_br_malloc_cnt 0x4db7 -#define mem_temp_media_malloc_cnt 0x4db9 -#define mem_temp_lcp_malloc_cnt 0x4dbb -#define mem_temp_sco_rx_malloc_cnt 0x4dbd -#define mem_temp_sco_tx_malloc_cnt 0x4dbf -#define mem_temp_alloc_big_free_cnt 0x4dc1 -#define mem_temp_alloc_normal_free_cnt 0x4dc3 -#define mem_temp_send_br_free_cnt 0x4dc5 -#define mem_temp_media_free_cnt 0x4dc7 -#define mem_temp_lcp_free_cnt 0x4dc9 -#define mem_temp_sco_rx_free_cnt 0x4dcb -#define mem_temp_sco_tx_free_cnt 0x4dcd -#define mem_param_alloc_normal_buffer_start_address 0x4dcf -#define mem_param_alloc_normal_buffer_max_length 0x4dd1 -#define mem_param_alloc_big_buffer_start_address 0x4dd3 -#define mem_param_alloc_big_buffer_max_length 0x4dd5 -#define mem_ipc_data_rx_buf_subtype 0x4dd7 -#define mem_ipc_data_rx_buf_payload_ptr 0x4dd8 -#define mem_ipc_data_tx_buf_subtype 0x4ddb -#define mem_ipc_data_tx_buf_payload_ptr 0x4ddc -#define mem_le_features 0x4ddf -#define mem_le_supported_host 0x4de7 -#define mem_simultaneous_le_host 0x4de8 -#define mem_default_link_policy_settings 0x4de9 -#define mem_link_policy_settings 0x4deb -#define mem_le_white_list_cnt 0x4ded -#define mem_le_white_list 0x4dee -#define mem_le_white_list_type_and_bd_addr 0x4e0a -#define mem_le_white_list_filter_policy 0x4e11 -#define mem_hci_acl_packet_pb_flag 0x4e12 -#define mem_hci_acl_packet_len_recved 0x4e13 -#define mem_hci_acl_packet_payload_ptr 0x4e15 -#define mem_le_first_packet_count 0x4e17 -#define mem_hci_record_disc_conn_handle 0x4e18 -#define mem_fsc_rtk_host 0x4e19 -#define mem_remote_features 0x4e1a -#define mem_remote_ext_features0 0x4e22 -#define mem_remote_ext_features1 0x4e2a -#define mem_le_scan_window_temp 0x4e32 -#define mem_zcode_buff_user 0x4e34 -#define mem_queue_init_flag 0x4f34 -#define mem_hci_version_svnid 0x4f35 -#define mem_bd_addr_new 0x4f37 -#define mem_efuse_encryp_data 0x4f3d -#define mem_encryp_inital_value 0x4f5d -#define mem_encryp_param 0x4f5f -#define mem_encryp_count 0x4f61 -#define mem_qspi_lock_flag_cm0 0x4f62 -#define mem_qspi_lock_flag_respin 0x4f63 -#define mem_qspi_lock_victim 0x4f64 -#define mem_headset_end 0x4f65 +#define mem_mesh_le_event_mask 0x4c09 +#define mem_mesh_le_public_address 0x4c11 +#define mem_mesh_le_random_address 0x4c17 +#define mem_mesh_vendor_tx_flag 0x4c1d +#define mem_mesh_vendor_tx_freq 0x4c1e +#define mem_mesh_vendor_tx_data 0x4c1f +#define mem_mesh_vendor_tx_power_calibration 0x4c20 +#define mem_mesh_vendor_rx_flag 0x4c21 +#define mem_mesh_vendor_rx_freq 0x4c22 +#define mem_mesh_event_head_type 0x4c23 +#define mem_mesh_event_head_event_code 0x4c24 +#define mem_mesh_event_para_total_length 0x4c25 +#define mem_mesh_event_parameter_rtn 0x4c26 +#define mem_mesh_event_parameter_status 0x4c27 +#define mem_mesh_creat_connection_flag 0x4c28 +#define mem_mesh_recevie_acl_packet_number 0x4c29 +#define mem_device_public_address 0x4c2a +#define mem_mesh_command_complete_num_hci_command_packet 0x4c30 +#define mem_mesh_command_complete_command_opcode 0x4c31 +#define mem_mesh_hci_opcode 0x4c31 +#define mem_mesh_command_complete_return_parameter_status 0x4c33 +#define mem_simple_pairing_mode 0x4c34 +#define mem_fec_required 0x4c35 +#define mem_conn_req_status 0x4c36 +#define mem_regd 0x4c37 +#define mem_le_first_packet_count 0x4c3b +#define mem_hci_record_disc_conn_handle 0x4c3c +#define mem_fsc_rtk_host 0x4c3d +#define mem_fcc_param_new 0x4c3e +#define mem_fcc_ch_new 0x4c3e +#define mem_fcc_mod_new 0x4c3f +#define mem_fcc_txrx_new 0x4c40 +#define mem_fcc_btble_new 0x4c41 +#define mem_fcc_data_new 0x4c42 +#define mem_fcc_data_length_new 0x4c43 +#define mem_fcc_hop_new 0x4c44 +#define mem_fcc_param 0x4c45 +#define mem_fcc_ch 0x4c45 +#define mem_fcc_mod 0x4c46 +#define mem_fcc_txrx 0x4c47 +#define mem_fcc_btble 0x4c48 +#define mem_fcc_data 0x4c49 +#define mem_fcc_data_length 0x4c4a +#define mem_fcc_hop 0x4c4b +#define mem_random_ch 0x4c4c +#define mem_tx_power_fcc 0x4c4d +#define mem_24g_test 0x4c4e +#define mem_rf_txon_param1 0x4c4f +#define mem_rf_txon_param2 0x4c50 +#define mem_rf_shutdown_param1 0x4c51 +#define mem_rf_shutdown_param2 0x4c52 +#define mem_0db_tx_power_param 0x4c53 +#define mem_headset_end 0x4c5d #define mem_usb_mouse_data 0x4ace #define mem_usb_kb_data 0x4ade #define mem_usb_kb_multikey 0x4aee @@ -2233,6 +2141,7 @@ #define TWS_SPEC_ADV_FLAG_NAME 0x30 #define TWS_SPEC_ADV_FLAG_UPDATE_FLASH 0x35 #define TWS_SPEC_ADV_FLAG_TEST_MUSIC 0x37 +#define mem_pn9 0x3000 #define HCI_ROLE_MASTER 0x00 #define HCI_ROLE_SLAVE 0x01 #define LE_WHITE_LIST_MAX_SIZE 0x04 Index: ModuleDemo/25_OTA/bt_demo/CM0/User/main.c =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/User/main.c (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/User/main.c (working copy) @@ -12,6 +12,73 @@ #include "yc_drv_common.h" #include "yc11xx_h4.h" +#define GFSK_1M_BR 0x01 +#define DQPSK_2M_EDR 0x03 +#define DPSK_3M_EDR 0x07 + +#define FCC_TX 0x01 +#define FCC_RX 0x02 +#define FCC_OFF 0x03 + +#define FCC_BT_MODE 0x01 +#define FCC_BLE_MODE 0x02 + + +#define FCC_CARRIER 0x20 +#define FCC_DATA 0x00 + + +#define DH1 0x19 +#define DH3 0x78 +#define DH5 0xf0 + +#define HOP_FREQ 0x01 +#define FIX_FREQ 0x02 + + + +typedef struct +{ + uint8_t ch; + uint8_t mod; + uint8_t txrx; + uint8_t mode; + uint8_t data; + uint8_t data_len; + uint8_t hop; +}FccConfigTypeDef; + +#define IS_FccChannel(ch) ((ch>0) && (ch <= 0x50)) /*2401Mhz~2480Mhz*/ +#define IS_FccMod(mod) (mod == GFSK_1M_BR) || (mod == DQPSK_2M_EDR) || (mod == DPSK_3M_EDR) +#define IS_FccTxRx(txrx) (txrx == FCC_TX) || (txrx == FCC_RX) || (txrx == FCC_OFF) +#define IS_FccMode(mode) (mode == FCC_BT_MODE) || (mode == FCC_BLE_MODE) +#define IS_FccData(data) (data == FCC_CARRIER) || (data == FCC_DATA) +#define IS_FccDataLen(data_len) (data_len == DH1) || (data_len == DH3) || (data_len == DH5) +#define IS_FccHop(hop) (hop == HOP_FREQ) || (hop == FIX_FREQ) + +void Fcc_Config(FccConfigTypeDef* Fcc_ConfigStruct); + +void Fcc_Config(FccConfigTypeDef* Fcc_ConfigStruct) +{ + _ASSERT(IS_FccChannel(Fcc_ConfigStruct->ch)); + _ASSERT(IS_FccMod(Fcc_ConfigStruct->mod)); + _ASSERT(IS_FccTxRx(Fcc_ConfigStruct->txrx)); + _ASSERT(IS_FccMode(Fcc_ConfigStruct->mode)); + _ASSERT(IS_FccData(Fcc_ConfigStruct->data)); + _ASSERT(IS_FccDataLen(Fcc_ConfigStruct->data_len)); + _ASSERT(IS_FccHop(Fcc_ConfigStruct->hop)); + + HWRITE(mem_fcc_ch_new,Fcc_ConfigStruct->ch); + HWRITE(mem_fcc_mod_new,Fcc_ConfigStruct->mod); + HWRITE(mem_fcc_txrx_new,Fcc_ConfigStruct->txrx); + HWRITE(mem_fcc_btble_new,Fcc_ConfigStruct->mode); + HWRITE(mem_fcc_data_new,Fcc_ConfigStruct->data); + HWRITE(mem_fcc_data_length_new,Fcc_ConfigStruct->data_len); + HWRITE(mem_fcc_hop_new,Fcc_ConfigStruct->hop); + +} + + #define LPM_ENABLE HWRITE(mem_lpm_mode,1); #define sleep_500ms HWRITEW(mem_lpm_interval,800); //*0.625ms @@ -62,54 +129,68 @@ #endif h4_init(); - sleep_500ms; - LPM_ENABLE; +// sleep_500ms; +// LPM_ENABLE; // POWER_OFF; while (1) { + /* + uint8_t My_test,value; + My_test = HREAD(0x4ff0); + value = HREAD(mem_fcc_ch_new); + if(My_test == 0x01){ + if (value == 0x03) + { + while(1); + } + else{ + HWRITE(mem_fcc_ch_new, 0x03); + } + } + */ #ifdef FUNCTION_WATCH_DOG WDT_Kick(); #endif //For respin log print - switch (HREAD(IPC_MCU_STATE)) - { - case IPC_MCU_STATE_RUNNING: - //always first init bt - IPC_HandleRxPacket(); - - //Bt_watchdog(); - if (gBRState.topState != BR_POWER_OFF) - { - DEBUG_POLLING_PRINT(); - SYS_timerPolling(); - - h4_polling_rx(); - } - Lpm_unLockLpm(M0_LPM_FLAG); - break; - case IPC_MCU_STATE_LMP: - if (IPC_IsTxBuffEmpty() - && DEBUG_LOG_BUFFER_IS_EMPTY()) - { - OS_ENTER_CRITICAL(); - Bt_ActionBeforeLpm(); - HWRITE(IPC_MCU_STATE,IPC_MCU_STATE_STOP); - } - else - { - HWRITE(IPC_MCU_STATE,IPC_MCU_STATE_RUNNING); - } - break; - case IPC_MCU_STATE_HIBERNATE: - OS_ENTER_CRITICAL(); - Bt_ActionBeforeHibernate(); - HWRITE(IPC_MCU_STATE,IPC_MCU_STATE_STOP); - break; - case IPC_MCU_STATE_STOP: - break; - } +// switch (HREAD(IPC_MCU_STATE)) +// { +// case IPC_MCU_STATE_RUNNING: +// //always first init bt +// IPC_HandleRxPacket(); +// +// //Bt_watchdog(); +// if (gBRState.topState != BR_POWER_OFF) +// { +// DEBUG_POLLING_PRINT(); +// SYS_timerPolling(); + +// h4_polling_rx(); +// } +// Lpm_unLockLpm(M0_LPM_FLAG); +// break; +// case IPC_MCU_STATE_LMP: +// if (IPC_IsTxBuffEmpty() +// && DEBUG_LOG_BUFFER_IS_EMPTY()) +// { +// OS_ENTER_CRITICAL(); +// Bt_ActionBeforeLpm(); +// HWRITE(IPC_MCU_STATE,IPC_MCU_STATE_STOP); +// } +// else +// { +// HWRITE(IPC_MCU_STATE,IPC_MCU_STATE_RUNNING); +// } +// break; +// case IPC_MCU_STATE_HIBERNATE: +// OS_ENTER_CRITICAL(); +// Bt_ActionBeforeHibernate(); +// HWRITE(IPC_MCU_STATE,IPC_MCU_STATE_STOP); +// break; +// case IPC_MCU_STATE_STOP: +// break; +// } //hw_delay(); }; } Index: ModuleDemo/25_OTA/bt_demo/CM0/respin/memmap.format =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/memmap.format (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/memmap.format (working copy) @@ -1546,151 +1546,59 @@ 0x4c04 mem_last_transmite_clock 0x4c08 mem_module_le_att_list 0x4c09 mem_module_le_att_list_end -0x4c09 mem_le_disconnect_reason -0x4c0a mem_mesh_le_features -0x4c12 mem_mesh_le_version -0x4c17 mem_mesh_le_version_exchange_times -0x4c18 mem_mesh_hci_opcode_ocf -0x4c1a mem_mesh_hci_opcode_ogf -0x4c1b mem_mesh_hci_cmd_len -0x4c1c mem_mesh_event_mask -0x4c24 mem_mesh_read_local_version_info -0x4c24 mem_mesh_read_local_version_info_hci_version -0x4c25 mem_mesh_read_local_version_info_hci_revision -0x4c27 mem_mesh_read_local_version_info_lmp_version -0x4c28 mem_mesh_read_local_version_info_manufacturer -0x4c2a mem_mesh_read_local_version_info_lmp_subversion -0x4c2c mem_mesh_read_local_support_command -0x4c6c mem_mesh_le_event_mask -0x4c74 mem_mesh_le_public_address -0x4c7a mem_mesh_le_random_address -0x4c80 mem_mesh_vendor_tx_flag -0x4c81 mem_mesh_vendor_tx_freq -0x4c82 mem_mesh_vendor_tx_data -0x4c83 mem_mesh_vendor_tx_power_calibration -0x4c84 mem_mesh_vendor_rx_flag -0x4c85 mem_mesh_vendor_rx_freq -0x4c86 mem_mesh_event_head_type -0x4c87 mem_mesh_event_head_event_code -0x4c88 mem_mesh_event_para_total_length -0x4c89 mem_mesh_event_parameter_rtn -0x4c8a mem_mesh_event_parameter_status -0x4c8b mem_mesh_creat_connection_flag -0x4c8c mem_mesh_recevie_acl_packet_number -0x4c8d mem_device_public_address -0x4c93 mem_mesh_command_complete_num_hci_command_packet -0x4c94 mem_mesh_command_complete_command_opcode -0x4c94 mem_mesh_hci_opcode -0x4c96 mem_mesh_command_complete_return_parameter_status -0x4c97 mem_simple_pairing_mode -0x4c98 mem_fec_required -0x4c99 mem_inquiry_num_responses -0x4c9a mem_inquiry_num_check -0x4c9b mem_conn_status -0x4c9c mem_inquiry_mode -0x4c9d mem_inquiry_eir_data -0x4c9f mem_io_cap_flag -0x4ca0 mem_page_scan_repetition_mode -0x4ca1 mem_conn_req_status -0x4ca2 mem_alloc_normal_block -0x4ca2 mem_alloc_normal_header -0x4ca4 mem_alloc_normal_rptr -0x4ca6 mem_alloc_normal_wptr -0x4ca8 mem_alloc_normal_end -0x4caa mem_alloc_normal_total_size -0x4cab mem_alloc_normal_cur_len -0x4cac mem_alloc_normal_block_start -0x4cca mem_alloc_big_block -0x4cca mem_alloc_big_header -0x4ccc mem_alloc_big_rptr -0x4cce mem_alloc_big_wptr -0x4cd0 mem_alloc_big_end -0x4cd2 mem_alloc_big_total_size -0x4cd3 mem_alloc_big_cur_len -0x4cd4 mem_alloc_big_block_start -0x4cf2 mem_normal_block_ptr_list -0x4d10 mem_big_block_ptr_list -0x4d2e mem_rcv_br_queue_ptr -0x4d31 mem_rcv_ble_queue_ptr -0x4d34 mem_snd_br_block -0x4d34 mem_snd_br_header -0x4d36 mem_snd_br_rptr -0x4d38 mem_snd_br_wptr -0x4d3a mem_snd_br_end -0x4d3c mem_snd_br_total_size -0x4d3d mem_snd_br_cur_len -0x4d3e mem_snd_br_block_start -0x4d5c mem_snd_ble_block -0x4d5c mem_snd_ble_header -0x4d5e mem_snd_ble_rptr -0x4d60 mem_snd_ble_wptr -0x4d62 mem_snd_ble_end -0x4d64 mem_snd_ble_total_size -0x4d65 mem_snd_ble_cur_len -0x4d66 mem_snd_ble_block_start -0x4d84 mem_snd_hci_block -0x4d84 mem_snd_hci_header -0x4d86 mem_snd_hci_rptr -0x4d88 mem_snd_hci_wptr -0x4d8a mem_snd_hci_end -0x4d8c mem_snd_hci_total_size -0x4d8e mem_snd_hci_cur_len -0x4d8f mem_snd_hci_block_start -0x4dad mem_regd -0x4db1 mem_alloc_buffer_len -0x4db3 mem_temp_alloc_big_malloc_cnt -0x4db5 mem_temp_alloc_normal_malloc_cnt -0x4db7 mem_temp_send_br_malloc_cnt -0x4db9 mem_temp_media_malloc_cnt -0x4dbb mem_temp_lcp_malloc_cnt -0x4dbd mem_temp_sco_rx_malloc_cnt -0x4dbf mem_temp_sco_tx_malloc_cnt -0x4dc1 mem_temp_alloc_big_free_cnt -0x4dc3 mem_temp_alloc_normal_free_cnt -0x4dc5 mem_temp_send_br_free_cnt -0x4dc7 mem_temp_media_free_cnt -0x4dc9 mem_temp_lcp_free_cnt -0x4dcb mem_temp_sco_rx_free_cnt -0x4dcd mem_temp_sco_tx_free_cnt -0x4dcf mem_param_alloc_normal_buffer_start_address -0x4dd1 mem_param_alloc_normal_buffer_max_length -0x4dd3 mem_param_alloc_big_buffer_start_address -0x4dd5 mem_param_alloc_big_buffer_max_length -0x4dd7 mem_ipc_data_rx_buf_subtype -0x4dd8 mem_ipc_data_rx_buf_payload_ptr -0x4ddb mem_ipc_data_tx_buf_subtype -0x4ddc mem_ipc_data_tx_buf_payload_ptr -0x4ddf mem_le_features -0x4de7 mem_le_supported_host -0x4de8 mem_simultaneous_le_host -0x4de9 mem_default_link_policy_settings -0x4deb mem_link_policy_settings -0x4ded mem_le_white_list_cnt -0x4dee mem_le_white_list -0x4e0a mem_le_white_list_type_and_bd_addr -0x4e11 mem_le_white_list_filter_policy -0x4e12 mem_hci_acl_packet_pb_flag -0x4e13 mem_hci_acl_packet_len_recved -0x4e15 mem_hci_acl_packet_payload_ptr -0x4e17 mem_le_first_packet_count -0x4e18 mem_hci_record_disc_conn_handle -0x4e19 mem_fsc_rtk_host -0x4e1a mem_remote_features -0x4e22 mem_remote_ext_features0 -0x4e2a mem_remote_ext_features1 -0x4e32 mem_le_scan_window_temp -0x4e34 mem_zcode_buff_user -0x4f34 mem_queue_init_flag -0x4f35 mem_hci_version_svnid -0x4f37 mem_bd_addr_new -0x4f3d mem_efuse_encryp_data -0x4f5d mem_encryp_inital_value -0x4f5f mem_encryp_param -0x4f61 mem_encryp_count -0x4f62 mem_qspi_lock_flag_cm0 -0x4f63 mem_qspi_lock_flag_respin -0x4f64 mem_qspi_lock_victim -0x4f65 mem_headset_end +0x4c09 mem_mesh_le_event_mask +0x4c11 mem_mesh_le_public_address +0x4c17 mem_mesh_le_random_address +0x4c1d mem_mesh_vendor_tx_flag +0x4c1e mem_mesh_vendor_tx_freq +0x4c1f mem_mesh_vendor_tx_data +0x4c20 mem_mesh_vendor_tx_power_calibration +0x4c21 mem_mesh_vendor_rx_flag +0x4c22 mem_mesh_vendor_rx_freq +0x4c23 mem_mesh_event_head_type +0x4c24 mem_mesh_event_head_event_code +0x4c25 mem_mesh_event_para_total_length +0x4c26 mem_mesh_event_parameter_rtn +0x4c27 mem_mesh_event_parameter_status +0x4c28 mem_mesh_creat_connection_flag +0x4c29 mem_mesh_recevie_acl_packet_number +0x4c2a mem_device_public_address +0x4c30 mem_mesh_command_complete_num_hci_command_packet +0x4c31 mem_mesh_command_complete_command_opcode +0x4c31 mem_mesh_hci_opcode +0x4c33 mem_mesh_command_complete_return_parameter_status +0x4c34 mem_simple_pairing_mode +0x4c35 mem_fec_required +0x4c36 mem_conn_req_status +0x4c37 mem_regd +0x4c3b mem_le_first_packet_count +0x4c3c mem_hci_record_disc_conn_handle +0x4c3d mem_fsc_rtk_host +0x4c3e mem_fcc_param_new +0x4c3e mem_fcc_ch_new +0x4c3f mem_fcc_mod_new +0x4c40 mem_fcc_txrx_new +0x4c41 mem_fcc_btble_new +0x4c42 mem_fcc_data_new +0x4c43 mem_fcc_data_length_new +0x4c44 mem_fcc_hop_new +0x4c45 mem_fcc_param +0x4c45 mem_fcc_ch +0x4c46 mem_fcc_mod +0x4c47 mem_fcc_txrx +0x4c48 mem_fcc_btble +0x4c49 mem_fcc_data +0x4c4a mem_fcc_data_length +0x4c4b mem_fcc_hop +0x4c4c mem_random_ch +0x4c4d mem_tx_power_fcc +0x4c4e mem_24g_test +0x4c4f mem_rf_txon_param1 +0x4c50 mem_rf_txon_param2 +0x4c51 mem_rf_shutdown_param1 +0x4c52 mem_rf_shutdown_param2 +0x4c53 mem_0db_tx_power_param +0x4c5d mem_headset_end 0x4ace mem_usb_mouse_data 0x4ade mem_usb_kb_data 0x4aee mem_usb_kb_multikey Index: ModuleDemo/25_OTA/bt_demo/CM0/respin/ramcode.rom =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/ramcode.rom (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/ramcode.rom (working copy) @@ -1,2044 +1,588 @@ -20200040 -20000001 -20000002 -20000003 -20000004 -20000005 -20000006 -20000007 -20000008 -20000009 -2000000a -2000000b -2000000c -2000000d -2000000e -2000000f -20000010 -20000011 -20000012 -20000013 -20000014 -20000015 -20000016 -20000017 -20000018 -20000019 -2000001a -2000001b -2000001c -2000001d -2000001e -2000001f -20000020 -20000021 -20000022 -20000023 -20000024 -20000025 -20000026 -20000027 -20000028 -20000029 -2000002a -2000002b -2000002c -2000002d -2000002e -2000002f -20000030 -20000031 -20000032 -20000033 -20000034 -20000035 -20000036 -20000037 -20000038 -20000039 -2000003a -2000003b -2000003c -2000003d -2000003e -2000003f -c284005e -c0010084 -c00701f9 -c0080207 -c00e01cb -c00f020a -c01002e9 -c0120267 -c01901b2 -c01d01bf 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-2020074a -58000010 -2020074a -58000020 -2020074a -58000030 -2020074a -58000040 -2020074a -58000050 -2020074a -58000210 -2020074a -58000100 -2020074a +60420017 +1840a204 +20200215 +df20000a +d8a04d82 +1a220c00 +2020713a Index: ModuleDemo/25_OTA/bt_demo/CM0/respin/sched.rom =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/sched.rom (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/sched.rom (working copy) @@ -1,64 +1,63 @@ - mem_patch00: -04 #mem_patch00 -40 #mem_patch01 -01 #mem_patch02 -50 #mem_patch03 -11 #mem_patch04 +00 #mem_patch00 +00 #mem_patch01 +00 #mem_patch02 +00 #mem_patch03 +00 #mem_patch04 00 #mem_patch05 -04 #mem_patch06 -44 #mem_patch07 -12 #mem_patch08 +00 #mem_patch06 +00 #mem_patch07 +00 #mem_patch08 00 #mem_patch09 -10 #mem_patch0A -31 #mem_patch0B +00 #mem_patch0A +00 #mem_patch0B 00 #mem_patch0C -0c #mem_patch0D +00 #mem_patch0D 00 #mem_patch0E 00 #mem_patch0F -62 #mem_patch10 +00 #mem_patch10 00 #mem_patch11 00 #mem_patch12 40 #mem_patch13 -11 #mem_patch14 -01 #mem_patch15 +00 #mem_patch14 +00 #mem_patch15 00 #mem_patch16 -06 #mem_patch17 +00 #mem_patch17 00 #mem_patch18 00 #mem_patch19 00 #mem_patch1A 00 #mem_patch1B -01 #mem_patch1C -00 #mem_patch1D +00 #mem_patch1C +00 #mem_patch1D 00 #mem_patch1E 00 #mem_patch1F -80 #mem_patch20 -10 #mem_patch21 -1c #mem_patch22 +00 #mem_patch20 +00 #mem_patch21 +00 #mem_patch22 00 #mem_patch23 -e8 #mem_patch24 -07 #mem_patch25 +00 #mem_patch24 +00 #mem_patch25 00 #mem_patch26 -c8 #mem_patch27 -06 #mem_patch28 -88 #mem_patch29 -04 #mem_patch2A -29 #mem_patch2B -11 #mem_patch2C -40 #mem_patch2D -17 #mem_patch2E +00 #mem_patch27 +00 #mem_patch28 +00 #mem_patch29 +00 #mem_patch2A +00 #mem_patch2B +00 #mem_patch2C +00 #mem_patch2D +00 #mem_patch2E 00 #mem_patch2F 00 #mem_patch30 -03 #mem_patch31 -04 #mem_patch32 +00 #mem_patch31 +00 #mem_patch32 00 #mem_patch33 -60 #mem_patch34 +00 #mem_patch34 00 #mem_patch35 -04 #mem_patch36 +00 #mem_patch36 00 #mem_patch37 00 #mem_patch38 00 #mem_patch39 -10 #mem_patch3A +00 #mem_patch3A 00 #mem_patch3B 00 #mem_patch3C 00 #mem_patch3D @@ -178,15 +177,15 @@ 7b 83 -mem_le_features: -21 //length extension -00 -00 -00 -00 -00 -00 -00 +#mem_le_features: +#21 #length extension +#00 +#00 +#00 +#00 +#00 +#00 +#00 mem_xip_option:5d 40 bb @@ -340,25 +339,25 @@ 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 mem_simple_pairing_mode:00 -mem_conn_status:00 -mem_io_cap_flag:00 -mem_inquiry_mode:00 +#mem_conn_status:00 +#mem_io_cap_flag:00 +#mem_inquiry_mode:00 -mem_param_alloc_normal_buffer_start_address:00 18 -mem_param_alloc_normal_buffer_max_length:83 00 -mem_param_alloc_big_buffer_start_address:00 20 -mem_param_alloc_big_buffer_max_length:b0 02 -mem_l2cap_rx_max_lenth:b0 02 +#mem_param_alloc_normal_buffer_start_address:00 18 +#mem_param_alloc_normal_buffer_max_length:83 00 +#mem_param_alloc_big_buffer_start_address:00 20 +#mem_param_alloc_big_buffer_max_length:b0 02 +#mem_l2cap_rx_max_lenth:b0 02 -mem_alloc_normal_total_size:0a -mem_alloc_big_total_size:0a -mem_snd_br_total_size:0a -mem_snd_ble_total_size:0a -mem_snd_hci_total_size:0a +#mem_alloc_normal_total_size:0a +#mem_alloc_big_total_size:0a +#mem_snd_br_total_size:0a +#mem_snd_ble_total_size:0a +#mem_snd_hci_total_size:0a -mem_hci_version_svnid:3987 +#mem_hci_version_svnid:3987 mem_keyscan_switch:00 @@ -375,18 +374,18 @@ mem_mesh_command_complete_num_hci_command_packet:01 -mem_mesh_read_local_version_info: -09 #hci_version BT_HCI_VERSION_5_0 -00 00 #hci_revsion -09 #lmp_version RADIO_BLE_VERSION_NUMBER:BT_HCI_VERSION_5_0 -0e 05 #manufacture_name Yichip Microelectronics (Hangzhou) Co.,Ltd. -FF FF #LPM_subversion +#mem_mesh_read_local_version_info: +#09 #hci_version BT_HCI_VERSION_5_0 +#00 00 #hci_revsion +#09 #lmp_version RADIO_BLE_VERSION_NUMBER:BT_HCI_VERSION_5_0 +#0e 05 #manufacture_name Yichip Microelectronics (Hangzhou) Co.,Ltd. +#FF FF #LPM_subversion -mem_mesh_read_local_support_command:02 05 ff +#mem_mesh_read_local_support_command:02 05 ff -mem_device_public_address:11 22 33 44 55 66 +#mem_device_public_address:11 22 33 44 55 66 -mem_local_rx_max_octets:fb 00 48 08 fb 00 48 08 +#mem_local_rx_max_octets:fb 00 48 08 fb 00 48 08 mem_lpm_config:8f 10 ca Index: ModuleDemo/25_OTA/bt_demo/CM0/respin/zcode.rom =================================================================== --- /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/zcode.rom (revision 4490) +++ /YC1121E/SoftCode/1121EB/branch/HciDongle_fix_freq/ModuleDemo/25_OTA/bt_demo/CM0/respin/zcode.rom (working copy) @@ -1,8 +1,4 @@ 20200040 -58000034 -da204be7 -d8400008 -202056bd 00000000 00000000 00000000 @@ -62,2306 +58,6 @@ 00000000 00000000 00000000 -20200040 -6fe244d9 -c1808000 -d8e00003 -20407148 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