This patch has been created from AVM's opensrc packages for 7490_06.83 and 7360_06.86 by applying to the kernel sources they contain the following command: diff -durN --no-dereference -x .gitignore 7490_06.83 7360_06.86 > this.patch --- linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_debug.c 2017-03-17 16:37:46.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_debug.c 2019-08-22 13:31:47.000000000 +0200 @@ -1,140 +1,5 @@ #include "avm_event_gen_types.h" -char *get_enum_wlan_sm_states_name (enum wlan_sm_states value) { - switch(value) { - default: return("wlan_sm_states_unknown"); - case WLAN_SM_STATE_IDLE: return("WLAN_SM_STATE_IDLE"); - case WLAN_SM_STATE_AUTH_KEY: return("WLAN_SM_STATE_AUTH_KEY"); - case WLAN_SM_STATE_AUTHENTICATED: return("WLAN_SM_STATE_AUTHENTICATED"); - case WLAN_SM_STATE_WAIT_FOR_ASS_RES: return("WLAN_SM_STATE_WAIT_FOR_ASS_RES"); - case WLAN_SM_STATE_ASSOCIATED: return("WLAN_SM_STATE_ASSOCIATED"); - case WLAN_SM_STATE_AUTHORIZED: return("WLAN_SM_STATE_AUTHORIZED"); - case WLAN_SM_STATE_DEAUTHENTICATE: return("WLAN_SM_STATE_DEAUTHENTICATE"); - case WLAN_SM_NUM_STATES: return("WLAN_SM_NUM_STATES"); - } -} - -char *get_enum___avm_event_cmd_name (enum __avm_event_cmd value) { - switch(value) { - default: return("__avm_event_cmd_unknown"); - case avm_event_cmd_register: return("avm_event_cmd_register"); - case avm_event_cmd_release: return("avm_event_cmd_release"); - case avm_event_cmd_source_register: return("avm_event_cmd_source_register"); - case avm_event_cmd_source_release: return("avm_event_cmd_source_release"); - case avm_event_cmd_source_trigger: return("avm_event_cmd_source_trigger"); - case avm_event_cmd_trigger: return("avm_event_cmd_trigger"); - case avm_event_cmd_undef: return("avm_event_cmd_undef"); - } -} - -char *get_enum_avm_event_powermanagment_remote_action_name (enum avm_event_powermanagment_remote_action value) { - switch(value) { - default: return("avm_event_powermanagment_remote_action_unknown"); - case avm_event_powermanagment_ressourceinfo: return("avm_event_powermanagment_ressourceinfo"); - case avm_event_powermanagment_activatepowermode: return("avm_event_powermanagment_activatepowermode"); - } -} - -char *get_enum_avm_event_switch_type_name (enum avm_event_switch_type value) { - switch(value) { - default: return("avm_event_switch_type_unknown"); - case binary: return("binary"); - case percent: return("percent"); - } -} - -char *get_enum__avm_event_push_button_key_name (enum _avm_event_push_button_key value) { - switch(value) { - default: return("_avm_event_push_button_key_unknown"); - case avm_event_push_button_wlan_on_off: return("avm_event_push_button_wlan_on_off"); - case avm_event_push_button_wlan_wps: return("avm_event_push_button_wlan_wps"); - case avm_event_push_button_wlan_standby: return("avm_event_push_button_wlan_standby"); - case avm_event_push_button_wlan_wps_station: return("avm_event_push_button_wlan_wps_station"); - case avm_event_push_button_dect_paging: return("avm_event_push_button_dect_paging"); - case avm_event_push_button_dect_pairing: return("avm_event_push_button_dect_pairing"); - case avm_event_push_button_dect_on_off: return("avm_event_push_button_dect_on_off"); - case avm_event_push_button_dect_standby: return("avm_event_push_button_dect_standby"); - case avm_event_push_button_power_set_factory: return("avm_event_push_button_power_set_factory"); - case avm_event_push_button_power_on_off: return("avm_event_push_button_power_on_off"); - case avm_event_push_button_power_standby: return("avm_event_push_button_power_standby"); - case avm_event_push_button_power_socket_on_off: return("avm_event_push_button_power_socket_on_off"); - case avm_event_push_button_tools_profiling: return("avm_event_push_button_tools_profiling"); - case avm_event_push_button_plc_on_off: return("avm_event_push_button_plc_on_off"); - case avm_event_push_button_plc_pairing: return("avm_event_push_button_plc_pairing"); - case avm_event_push_button_led_standby: return("avm_event_push_button_led_standby"); - case avm_event_push_button_2fa_success: return("avm_event_push_button_2fa_success"); - } -} - -char *get_enum_ePLCState_name (enum ePLCState value) { - switch(value) { - default: return("ePLCState_unknown"); - case PLCStateRunningNotConnected: return("PLCStateRunningNotConnected"); - case PLCStateRunningConnected: return("PLCStateRunningConnected"); - case PLCStateNotRunning: return("PLCStateNotRunning"); - } -} - -char *get_enum__avm_logtype_name (enum _avm_logtype value) { - switch(value) { - default: return("_avm_logtype_unknown"); - case local_panic: return("local_panic"); - case local_crash: return("local_crash"); - case remote_panic: return("remote_panic"); - case remote_crash: return("remote_crash"); - } -} - -char *get_enum_wlan_event_sel_name (enum wlan_event_sel value) { - switch(value) { - default: return("wlan_event_sel_unknown"); - case INPUT_AUTH_1_OS_A: return("INPUT_AUTH_1_OS_A"); - case INPUT_AUTH_1_SK_A: return("INPUT_AUTH_1_SK_A"); - case INPUT_AUTH_1_D: return("INPUT_AUTH_1_D"); - case INPUT_AUTH_3_A: return("INPUT_AUTH_3_A"); - case INPUT_AUTH_3_D: return("INPUT_AUTH_3_D"); - case INPUT_DE_AUTH_STATION: return("INPUT_DE_AUTH_STATION"); - case INPUT_ASSOC_REQ_CHECK: return("INPUT_ASSOC_REQ_CHECK"); - case INPUT_ASSOC_REQ_A: return("INPUT_ASSOC_REQ_A"); - case INPUT_ASSOC_REQ_D: return("INPUT_ASSOC_REQ_D"); - case INPUT_ASSOC_REQ_SEC_D: return("INPUT_ASSOC_REQ_SEC_D"); - case INPUT_RE_ASSOC_REQ_CHECK: return("INPUT_RE_ASSOC_REQ_CHECK"); - case INPUT_RE_ASSOC_REQ_A: return("INPUT_RE_ASSOC_REQ_A"); - case INPUT_RE_ASSOC_REQ_D: return("INPUT_RE_ASSOC_REQ_D"); - case INPUT_RE_ASSOC_REQ_SEC_D: return("INPUT_RE_ASSOC_REQ_SEC_D"); - case INPUT_DIS_ASSOC_STATION: return("INPUT_DIS_ASSOC_STATION"); - case INPUT_CLASS_3: return("INPUT_CLASS_3"); - case INPUT_AUTH_TIMEOUT: return("INPUT_AUTH_TIMEOUT"); - case INPUT_DE_AUTH_MNG_UNICAST: return("INPUT_DE_AUTH_MNG_UNICAST"); - case INPUT_DE_AUTH_MNG_BROADCAST: return("INPUT_DE_AUTH_MNG_BROADCAST"); - case INPUT_DIS_ASSOC_MNG_UNICAST: return("INPUT_DIS_ASSOC_MNG_UNICAST"); - case INPUT_DIS_ASSOC_MNG_BROADCAST: return("INPUT_DIS_ASSOC_MNG_BROADCAST"); - case INPUT_MAC_AUTHORIZE: return("INPUT_MAC_AUTHORIZE"); - case INPUT_MAC_DE_AUTHORIZE: return("INPUT_MAC_DE_AUTHORIZE"); - case INPUT_WDS_LINK_UP: return("INPUT_WDS_LINK_UP"); - case INPUT_WDS_LINK_DOWN: return("INPUT_WDS_LINK_DOWN"); - case INPUT_FRAME_TX_COMPLETE: return("INPUT_FRAME_TX_COMPLETE"); - case INPUT_MADWIFI_WRONG_PSK: return("INPUT_MADWIFI_WRONG_PSK"); - case INPUT_WPS: return("INPUT_WPS"); - case INPUT_MINI: return("INPUT_MINI"); - case INPUT_RADAR: return("INPUT_RADAR"); - case INPUT_WPS_ENROLLEE: return("INPUT_WPS_ENROLLEE"); - case INPUT_STA: return("INPUT_STA"); - case INPUT_GREENAP_PS: return("INPUT_GREENAP_PS"); - case INPUT_EAP_AUTHORIZED: return("INPUT_EAP_AUTHORIZED"); - case INPUT_MWO_INTERFERENCE: return("INPUT_MWO_INTERFERENCE"); - case INPUT_AUTH_EXPIRED: return("INPUT_AUTH_EXPIRED"); - case INPUT_COEXIST_SWITCH: return("INPUT_COEXIST_SWITCH"); - case INPUT_STA_ASSOC: return("INPUT_STA_ASSOC"); - case INPUT_STA_AUTH: return("INPUT_STA_AUTH"); - case INPUT_STA_AUTHORIZATION: return("INPUT_STA_AUTHORIZATION"); - case INPUT_WDS_NO_TIAGGR: return("INPUT_WDS_NO_TIAGGR"); - case INPUT_MAX_NODE_REACHED: return("INPUT_MAX_NODE_REACHED"); - case INPUT_RADAR_DFS_WAIT: return("INPUT_RADAR_DFS_WAIT"); - case INPUT_INTERFERENCE_CHAN_CHANGE: return("INPUT_INTERFERENCE_CHAN_CHANGE"); - } -} - char *get_enum_wlan_info_sel_name (enum wlan_info_sel value) { switch(value) { default: return("wlan_info_sel_unknown"); @@ -169,20 +34,59 @@ } } -char *get_enum_avm_event_tffs_call_type_name (enum avm_event_tffs_call_type value) { +char *get_enum_avm_event_telephony_param_sel_name (enum avm_event_telephony_param_sel value) { switch(value) { - default: return("avm_event_tffs_call_type_unknown"); - case avm_event_tffs_call_open: return("avm_event_tffs_call_open"); - case avm_event_tffs_call_close: return("avm_event_tffs_call_close"); - case avm_event_tffs_call_read: return("avm_event_tffs_call_read"); - case avm_event_tffs_call_write: return("avm_event_tffs_call_write"); - case avm_event_tffs_call_cleanup: return("avm_event_tffs_call_cleanup"); - case avm_event_tffs_call_reindex: return("avm_event_tffs_call_reindex"); - case avm_event_tffs_call_info: return("avm_event_tffs_call_info"); - case avm_event_tffs_call_init: return("avm_event_tffs_call_init"); - case avm_event_tffs_call_deinit: return("avm_event_tffs_call_deinit"); - case avm_event_tffs_call_notify: return("avm_event_tffs_call_notify"); - case avm_event_tffs_call_paniclog: return("avm_event_tffs_call_paniclog"); + default: return("avm_event_telephony_param_sel_unknown"); + case avm_event_telephony_params_name: return("avm_event_telephony_params_name"); + case avm_event_telephony_params_msn_name: return("avm_event_telephony_params_msn_name"); + case avm_event_telephony_params_calling: return("avm_event_telephony_params_calling"); + case avm_event_telephony_params_called: return("avm_event_telephony_params_called"); + case avm_event_telephony_params_duration: return("avm_event_telephony_params_duration"); + case avm_event_telephony_params_port: return("avm_event_telephony_params_port"); + case avm_event_telephony_params_portname: return("avm_event_telephony_params_portname"); + case avm_event_telephony_params_id: return("avm_event_telephony_params_id"); + case avm_event_telephony_params_tam_path: return("avm_event_telephony_params_tam_path"); + } +} + +char *get_enum_avm_event_switch_type_name (enum avm_event_switch_type value) { + switch(value) { + default: return("avm_event_switch_type_unknown"); + case binary: return("binary"); + case percent: return("percent"); + } +} + +char *get_enum_wlan_sm_states_name (enum wlan_sm_states value) { + switch(value) { + default: return("wlan_sm_states_unknown"); + case WLAN_SM_STATE_IDLE: return("WLAN_SM_STATE_IDLE"); + case WLAN_SM_STATE_AUTH_KEY: return("WLAN_SM_STATE_AUTH_KEY"); + case WLAN_SM_STATE_AUTHENTICATED: return("WLAN_SM_STATE_AUTHENTICATED"); + case WLAN_SM_STATE_WAIT_FOR_ASS_RES: return("WLAN_SM_STATE_WAIT_FOR_ASS_RES"); + case WLAN_SM_STATE_ASSOCIATED: return("WLAN_SM_STATE_ASSOCIATED"); + case WLAN_SM_STATE_AUTHORIZED: return("WLAN_SM_STATE_AUTHORIZED"); + case WLAN_SM_STATE_DEAUTHENTICATE: return("WLAN_SM_STATE_DEAUTHENTICATE"); + case WLAN_SM_NUM_STATES: return("WLAN_SM_NUM_STATES"); + } +} + +char *get_enum_wlan_event_scan_type_name (enum wlan_event_scan_type value) { + switch(value) { + default: return("wlan_event_scan_type_unknown"); + case WLAN_EVENT_SCAN_FINISHED: return("WLAN_EVENT_SCAN_FINISHED"); + } +} + +char *get_enum__avm_event_ethernet_speed_name (enum _avm_event_ethernet_speed value) { + switch(value) { + default: return("_avm_event_ethernet_speed_unknown"); + case avm_event_ethernet_speed_no_link: return("avm_event_ethernet_speed_no_link"); + case avm_event_ethernet_speed_10M: return("avm_event_ethernet_speed_10M"); + case avm_event_ethernet_speed_100M: return("avm_event_ethernet_speed_100M"); + case avm_event_ethernet_speed_1G: return("avm_event_ethernet_speed_1G"); + case avm_event_ethernet_speed_error: return("avm_event_ethernet_speed_error"); + case avm_event_ethernet_speed_items: return("avm_event_ethernet_speed_items"); } } @@ -198,6 +102,58 @@ } } +char *get_enum__avm_remotepcmlinktype_name (enum _avm_remotepcmlinktype value) { + switch(value) { + default: return("_avm_remotepcmlinktype_unknown"); + case rpcmlink_register: return("rpcmlink_register"); + case rpcmlink_release: return("rpcmlink_release"); + } +} + +char *get_enum_avm_event_powermanagment_remote_action_name (enum avm_event_powermanagment_remote_action value) { + switch(value) { + default: return("avm_event_powermanagment_remote_action_unknown"); + case avm_event_powermanagment_ressourceinfo: return("avm_event_powermanagment_ressourceinfo"); + case avm_event_powermanagment_activatepowermode: return("avm_event_powermanagment_activatepowermode"); + } +} + +char *get_enum_wlan_event_id_name (enum wlan_event_id value) { + switch(value) { + default: return("wlan_event_id_unknown"); + case CLIENT_STATE_CHANGE: return("CLIENT_STATE_CHANGE"); + case CLIENT_CONNECT_INFO: return("CLIENT_CONNECT_INFO"); + case WLAN_EVENT_SCAN: return("WLAN_EVENT_SCAN"); + } +} + +char *get_enum_avm_event_led_id_name (enum avm_event_led_id value) { + switch(value) { + default: return("avm_event_led_id_unknown"); + case avm_logical_led_inval: return("avm_logical_led_inval"); + case avm_logical_led_ppp: return("avm_logical_led_ppp"); + case avm_logical_led_error: return("avm_logical_led_error"); + case avm_logical_led_pots: return("avm_logical_led_pots"); + case avm_logical_led_info: return("avm_logical_led_info"); + case avm_logical_led_traffic: return("avm_logical_led_traffic"); + case avm_logical_led_freecall: return("avm_logical_led_freecall"); + case avm_logical_led_avmusbwlan: return("avm_logical_led_avmusbwlan"); + case avm_logical_led_sip: return("avm_logical_led_sip"); + case avm_logical_led_mwi: return("avm_logical_led_mwi"); + case avm_logical_led_fest_mwi: return("avm_logical_led_fest_mwi"); + case avm_logical_led_isdn_d: return("avm_logical_led_isdn_d"); + case avm_logical_led_isdn_b1: return("avm_logical_led_isdn_b1"); + case avm_logical_led_isdn_b2: return("avm_logical_led_isdn_b2"); + case avm_logical_led_lan: return("avm_logical_led_lan"); + case avm_logical_led_lan1: return("avm_logical_led_lan1"); + case avm_logical_led_adsl: return("avm_logical_led_adsl"); + case avm_logical_led_power: return("avm_logical_led_power"); + case avm_logical_led_usb: return("avm_logical_led_usb"); + case avm_logical_led_wifi: return("avm_logical_led_wifi"); + case avm_logical_led_last: return("avm_logical_led_last"); + } +} + char *get_enum__powermanagment_device_name (enum _powermanagment_device value) { switch(value) { default: return("_powermanagment_device_unknown"); @@ -229,18 +185,25 @@ } } -char *get_enum_avm_event_telephony_param_sel_name (enum avm_event_telephony_param_sel value) { +char *get_enum___avm_event_cmd_name (enum __avm_event_cmd value) { switch(value) { - default: return("avm_event_telephony_param_sel_unknown"); - case avm_event_telephony_params_name: return("avm_event_telephony_params_name"); - case avm_event_telephony_params_msn_name: return("avm_event_telephony_params_msn_name"); - case avm_event_telephony_params_calling: return("avm_event_telephony_params_calling"); - case avm_event_telephony_params_called: return("avm_event_telephony_params_called"); - case avm_event_telephony_params_duration: return("avm_event_telephony_params_duration"); - case avm_event_telephony_params_port: return("avm_event_telephony_params_port"); - case avm_event_telephony_params_portname: return("avm_event_telephony_params_portname"); - case avm_event_telephony_params_id: return("avm_event_telephony_params_id"); - case avm_event_telephony_params_tam_path: return("avm_event_telephony_params_tam_path"); + default: return("__avm_event_cmd_unknown"); + case avm_event_cmd_register: return("avm_event_cmd_register"); + case avm_event_cmd_release: return("avm_event_cmd_release"); + case avm_event_cmd_source_register: return("avm_event_cmd_source_register"); + case avm_event_cmd_source_release: return("avm_event_cmd_source_release"); + case avm_event_cmd_source_trigger: return("avm_event_cmd_source_trigger"); + case avm_event_cmd_trigger: return("avm_event_cmd_trigger"); + case avm_event_cmd_undef: return("avm_event_cmd_undef"); + } +} + +char *get_enum_avm_event_tffs_notify_event_name (enum avm_event_tffs_notify_event value) { + switch(value) { + default: return("avm_event_tffs_notify_event_unknown"); + case avm_event_tffs_notify_clear: return("avm_event_tffs_notify_clear"); + case avm_event_tffs_notify_update: return("avm_event_tffs_notify_update"); + case avm_event_tffs_notify_reinit: return("avm_event_tffs_notify_reinit"); } } @@ -251,6 +214,37 @@ } } +char *get_enum__cputype_name (enum _cputype value) { + switch(value) { + default: return("_cputype_unknown"); + case host_cpu: return("host_cpu"); + case remote_cpu: return("remote_cpu"); + } +} + +char *get_enum__avm_event_push_button_key_name (enum _avm_event_push_button_key value) { + switch(value) { + default: return("_avm_event_push_button_key_unknown"); + case avm_event_push_button_wlan_on_off: return("avm_event_push_button_wlan_on_off"); + case avm_event_push_button_wlan_wps: return("avm_event_push_button_wlan_wps"); + case avm_event_push_button_wlan_standby: return("avm_event_push_button_wlan_standby"); + case avm_event_push_button_wlan_wps_station: return("avm_event_push_button_wlan_wps_station"); + case avm_event_push_button_dect_paging: return("avm_event_push_button_dect_paging"); + case avm_event_push_button_dect_pairing: return("avm_event_push_button_dect_pairing"); + case avm_event_push_button_dect_on_off: return("avm_event_push_button_dect_on_off"); + case avm_event_push_button_dect_standby: return("avm_event_push_button_dect_standby"); + case avm_event_push_button_power_set_factory: return("avm_event_push_button_power_set_factory"); + case avm_event_push_button_power_on_off: return("avm_event_push_button_power_on_off"); + case avm_event_push_button_power_standby: return("avm_event_push_button_power_standby"); + case avm_event_push_button_power_socket_on_off: return("avm_event_push_button_power_socket_on_off"); + case avm_event_push_button_tools_profiling: return("avm_event_push_button_tools_profiling"); + case avm_event_push_button_plc_on_off: return("avm_event_push_button_plc_on_off"); + case avm_event_push_button_plc_pairing: return("avm_event_push_button_plc_pairing"); + case avm_event_push_button_led_standby: return("avm_event_push_button_led_standby"); + case avm_event_push_button_2fa_success: return("avm_event_push_button_2fa_success"); + } +} + char *get_enum__avm_event_id_name (enum _avm_event_id value) { switch(value) { default: return("_avm_event_id_unknown"); @@ -301,14 +295,24 @@ } } -char *get_enum_wlan_info_special_name (enum wlan_info_special value) { +char *get_enum__avm_logtype_name (enum _avm_logtype value) { switch(value) { - default: return("wlan_info_special_unknown"); - case STATUS_SUCCESS: return("STATUS_SUCCESS"); - case STATUS_FAILURE: return("STATUS_FAILURE"); - case STATUS_TIMEOUT: return("STATUS_TIMEOUT"); - case STATUS_WPS_START: return("STATUS_WPS_START"); - case STATUS_WPS_DISCOVERY: return("STATUS_WPS_DISCOVERY"); + default: return("_avm_logtype_unknown"); + case local_panic: return("local_panic"); + case local_crash: return("local_crash"); + case remote_panic: return("remote_panic"); + case remote_crash: return("remote_crash"); + } +} + +char *get_enum_avm_event_firmware_type_name (enum avm_event_firmware_type value) { + switch(value) { + default: return("avm_event_firmware_type_unknown"); + case box_firmware: return("box_firmware"); + case fritz_fon_firmware: return("fritz_fon_firmware"); + case fritz_dect_repeater: return("fritz_dect_repeater"); + case fritz_plug_switch: return("fritz_plug_switch"); + case fritz_hkr: return("fritz_hkr"); } } @@ -322,59 +326,90 @@ } } -char *get_enum__avm_event_ethernet_speed_name (enum _avm_event_ethernet_speed value) { - switch(value) { - default: return("_avm_event_ethernet_speed_unknown"); - case avm_event_ethernet_speed_no_link: return("avm_event_ethernet_speed_no_link"); - case avm_event_ethernet_speed_10M: return("avm_event_ethernet_speed_10M"); - case avm_event_ethernet_speed_100M: return("avm_event_ethernet_speed_100M"); - case avm_event_ethernet_speed_1G: return("avm_event_ethernet_speed_1G"); - case avm_event_ethernet_speed_error: return("avm_event_ethernet_speed_error"); - case avm_event_ethernet_speed_items: return("avm_event_ethernet_speed_items"); - } -} - -char *get_enum_avm_event_internet_new_ip_param_sel_name (enum avm_event_internet_new_ip_param_sel value) { +char *get_enum_wlan_info_special_name (enum wlan_info_special value) { switch(value) { - default: return("avm_event_internet_new_ip_param_sel_unknown"); - case avm_event_internet_new_ip_v4: return("avm_event_internet_new_ip_v4"); - case avm_event_internet_new_ip_v6: return("avm_event_internet_new_ip_v6"); + default: return("wlan_info_special_unknown"); + case STATUS_SUCCESS: return("STATUS_SUCCESS"); + case STATUS_FAILURE: return("STATUS_FAILURE"); + case STATUS_TIMEOUT: return("STATUS_TIMEOUT"); + case STATUS_WPS_START: return("STATUS_WPS_START"); + case STATUS_WPS_DISCOVERY: return("STATUS_WPS_DISCOVERY"); } } -char *get_enum__avm_remotepcmlinktype_name (enum _avm_remotepcmlinktype value) { +char *get_enum__avm_remote_wdt_cmd_name (enum _avm_remote_wdt_cmd value) { switch(value) { - default: return("_avm_remotepcmlinktype_unknown"); - case rpcmlink_register: return("rpcmlink_register"); - case rpcmlink_release: return("rpcmlink_release"); + default: return("_avm_remote_wdt_cmd_unknown"); + case wdt_register: return("wdt_register"); + case wdt_release: return("wdt_release"); + case wdt_trigger: return("wdt_trigger"); } } -char *get_enum_avm_event_firmware_type_name (enum avm_event_firmware_type value) { +char *get_enum_avm_event_internet_new_ip_param_sel_name (enum avm_event_internet_new_ip_param_sel value) { switch(value) { - default: return("avm_event_firmware_type_unknown"); - case box_firmware: return("box_firmware"); - case fritz_fon_firmware: return("fritz_fon_firmware"); - case fritz_dect_repeater: return("fritz_dect_repeater"); - case fritz_plug_switch: return("fritz_plug_switch"); - case fritz_hkr: return("fritz_hkr"); + default: return("avm_event_internet_new_ip_param_sel_unknown"); + case avm_event_internet_new_ip_v4: return("avm_event_internet_new_ip_v4"); + case avm_event_internet_new_ip_v6: return("avm_event_internet_new_ip_v6"); } } -char *get_enum_wlan_event_id_name (enum wlan_event_id value) { +char *get_enum_wlan_event_sel_name (enum wlan_event_sel value) { switch(value) { - default: return("wlan_event_id_unknown"); - case CLIENT_STATE_CHANGE: return("CLIENT_STATE_CHANGE"); - case CLIENT_CONNECT_INFO: return("CLIENT_CONNECT_INFO"); - case WLAN_EVENT_SCAN: return("WLAN_EVENT_SCAN"); + default: return("wlan_event_sel_unknown"); + case INPUT_AUTH_1_OS_A: return("INPUT_AUTH_1_OS_A"); + case INPUT_AUTH_1_SK_A: return("INPUT_AUTH_1_SK_A"); + case INPUT_AUTH_1_D: return("INPUT_AUTH_1_D"); + case INPUT_AUTH_3_A: return("INPUT_AUTH_3_A"); + case INPUT_AUTH_3_D: return("INPUT_AUTH_3_D"); + case INPUT_DE_AUTH_STATION: return("INPUT_DE_AUTH_STATION"); + case INPUT_ASSOC_REQ_CHECK: return("INPUT_ASSOC_REQ_CHECK"); + case INPUT_ASSOC_REQ_A: return("INPUT_ASSOC_REQ_A"); + case INPUT_ASSOC_REQ_D: return("INPUT_ASSOC_REQ_D"); + case INPUT_ASSOC_REQ_SEC_D: return("INPUT_ASSOC_REQ_SEC_D"); + case INPUT_RE_ASSOC_REQ_CHECK: return("INPUT_RE_ASSOC_REQ_CHECK"); + case INPUT_RE_ASSOC_REQ_A: return("INPUT_RE_ASSOC_REQ_A"); + case INPUT_RE_ASSOC_REQ_D: return("INPUT_RE_ASSOC_REQ_D"); + case INPUT_RE_ASSOC_REQ_SEC_D: return("INPUT_RE_ASSOC_REQ_SEC_D"); + case INPUT_DIS_ASSOC_STATION: return("INPUT_DIS_ASSOC_STATION"); + case INPUT_CLASS_3: return("INPUT_CLASS_3"); + case INPUT_AUTH_TIMEOUT: return("INPUT_AUTH_TIMEOUT"); + case INPUT_DE_AUTH_MNG_UNICAST: return("INPUT_DE_AUTH_MNG_UNICAST"); + case INPUT_DE_AUTH_MNG_BROADCAST: return("INPUT_DE_AUTH_MNG_BROADCAST"); + case INPUT_DIS_ASSOC_MNG_UNICAST: return("INPUT_DIS_ASSOC_MNG_UNICAST"); + case INPUT_DIS_ASSOC_MNG_BROADCAST: return("INPUT_DIS_ASSOC_MNG_BROADCAST"); + case INPUT_MAC_AUTHORIZE: return("INPUT_MAC_AUTHORIZE"); + case INPUT_MAC_DE_AUTHORIZE: return("INPUT_MAC_DE_AUTHORIZE"); + case INPUT_WDS_LINK_UP: return("INPUT_WDS_LINK_UP"); + case INPUT_WDS_LINK_DOWN: return("INPUT_WDS_LINK_DOWN"); + case INPUT_FRAME_TX_COMPLETE: return("INPUT_FRAME_TX_COMPLETE"); + case INPUT_MADWIFI_WRONG_PSK: return("INPUT_MADWIFI_WRONG_PSK"); + case INPUT_WPS: return("INPUT_WPS"); + case INPUT_MINI: return("INPUT_MINI"); + case INPUT_RADAR: return("INPUT_RADAR"); + case INPUT_WPS_ENROLLEE: return("INPUT_WPS_ENROLLEE"); + case INPUT_STA: return("INPUT_STA"); + case INPUT_GREENAP_PS: return("INPUT_GREENAP_PS"); + case INPUT_EAP_AUTHORIZED: return("INPUT_EAP_AUTHORIZED"); + case INPUT_MWO_INTERFERENCE: return("INPUT_MWO_INTERFERENCE"); + case INPUT_AUTH_EXPIRED: return("INPUT_AUTH_EXPIRED"); + case INPUT_COEXIST_SWITCH: return("INPUT_COEXIST_SWITCH"); + case INPUT_STA_ASSOC: return("INPUT_STA_ASSOC"); + case INPUT_STA_AUTH: return("INPUT_STA_AUTH"); + case INPUT_STA_AUTHORIZATION: return("INPUT_STA_AUTHORIZATION"); + case INPUT_WDS_NO_TIAGGR: return("INPUT_WDS_NO_TIAGGR"); + case INPUT_MAX_NODE_REACHED: return("INPUT_MAX_NODE_REACHED"); + case INPUT_RADAR_DFS_WAIT: return("INPUT_RADAR_DFS_WAIT"); + case INPUT_INTERFERENCE_CHAN_CHANGE: return("INPUT_INTERFERENCE_CHAN_CHANGE"); } } -char *get_enum__cputype_name (enum _cputype value) { +char *get_enum_ePLCState_name (enum ePLCState value) { switch(value) { - default: return("_cputype_unknown"); - case host_cpu: return("host_cpu"); - case remote_cpu: return("remote_cpu"); + default: return("ePLCState_unknown"); + case PLCStateRunningNotConnected: return("PLCStateRunningNotConnected"); + case PLCStateRunningConnected: return("PLCStateRunningConnected"); + case PLCStateNotRunning: return("PLCStateNotRunning"); } } @@ -387,55 +422,20 @@ } } -char *get_enum_avm_event_tffs_notify_event_name (enum avm_event_tffs_notify_event value) { - switch(value) { - default: return("avm_event_tffs_notify_event_unknown"); - case avm_event_tffs_notify_clear: return("avm_event_tffs_notify_clear"); - case avm_event_tffs_notify_update: return("avm_event_tffs_notify_update"); - case avm_event_tffs_notify_reinit: return("avm_event_tffs_notify_reinit"); - } -} - -char *get_enum__avm_remote_wdt_cmd_name (enum _avm_remote_wdt_cmd value) { - switch(value) { - default: return("_avm_remote_wdt_cmd_unknown"); - case wdt_register: return("wdt_register"); - case wdt_release: return("wdt_release"); - case wdt_trigger: return("wdt_trigger"); - } -} - -char *get_enum_wlan_event_scan_type_name (enum wlan_event_scan_type value) { - switch(value) { - default: return("wlan_event_scan_type_unknown"); - case WLAN_EVENT_SCAN_FINISHED: return("WLAN_EVENT_SCAN_FINISHED"); - } -} - -char *get_enum_avm_event_led_id_name (enum avm_event_led_id value) { +char *get_enum_avm_event_tffs_call_type_name (enum avm_event_tffs_call_type value) { switch(value) { - default: return("avm_event_led_id_unknown"); - case avm_logical_led_inval: return("avm_logical_led_inval"); - case avm_logical_led_ppp: return("avm_logical_led_ppp"); - case avm_logical_led_error: return("avm_logical_led_error"); - case avm_logical_led_pots: return("avm_logical_led_pots"); - case avm_logical_led_info: return("avm_logical_led_info"); - case avm_logical_led_traffic: return("avm_logical_led_traffic"); - case avm_logical_led_freecall: return("avm_logical_led_freecall"); - case avm_logical_led_avmusbwlan: return("avm_logical_led_avmusbwlan"); - case avm_logical_led_sip: return("avm_logical_led_sip"); - case avm_logical_led_mwi: return("avm_logical_led_mwi"); - case avm_logical_led_fest_mwi: return("avm_logical_led_fest_mwi"); - case avm_logical_led_isdn_d: return("avm_logical_led_isdn_d"); - case avm_logical_led_isdn_b1: return("avm_logical_led_isdn_b1"); - case avm_logical_led_isdn_b2: return("avm_logical_led_isdn_b2"); - case avm_logical_led_lan: return("avm_logical_led_lan"); - case avm_logical_led_lan1: return("avm_logical_led_lan1"); - case avm_logical_led_adsl: return("avm_logical_led_adsl"); - case avm_logical_led_power: return("avm_logical_led_power"); - case avm_logical_led_usb: return("avm_logical_led_usb"); - case avm_logical_led_wifi: return("avm_logical_led_wifi"); - case avm_logical_led_last: return("avm_logical_led_last"); + default: return("avm_event_tffs_call_type_unknown"); + case avm_event_tffs_call_open: return("avm_event_tffs_call_open"); + case avm_event_tffs_call_close: return("avm_event_tffs_call_close"); + case avm_event_tffs_call_read: return("avm_event_tffs_call_read"); + case avm_event_tffs_call_write: return("avm_event_tffs_call_write"); + case avm_event_tffs_call_cleanup: return("avm_event_tffs_call_cleanup"); + case avm_event_tffs_call_reindex: return("avm_event_tffs_call_reindex"); + case avm_event_tffs_call_info: return("avm_event_tffs_call_info"); + case avm_event_tffs_call_init: return("avm_event_tffs_call_init"); + case avm_event_tffs_call_deinit: return("avm_event_tffs_call_deinit"); + case avm_event_tffs_call_notify: return("avm_event_tffs_call_notify"); + case avm_event_tffs_call_paniclog: return("avm_event_tffs_call_paniclog"); } } --- linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_endian.h 2017-03-17 16:37:46.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_endian.h 2019-08-22 13:31:47.000000000 +0200 @@ -4,631 +4,290 @@ /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_led_status' + * Endian Convert-Table for: 'struct _avm_event_mass_storage_mount' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_led_status[] = { +struct _endian_convert convert_message_struct__avm_event_mass_storage_mount[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_led_status", + .struct_name = "convert_message_struct__avm_event_mass_storage_mount", .type_name = "struct _avm_event_header", .flags = 0, .name = "header", .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), header), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), header), }, [1] = { - .struct_name = "convert_message_struct__avm_event_led_status", - .type_name = "enum avm_event_led_id", + .struct_name = "convert_message_struct__avm_event_mass_storage_mount", + .type_name = "unsigned long long", .flags = 0, - .name = "led", - .size = sizeof(enum avm_event_led_id), - .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), led), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_led_id_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_led_id, - .enumName = "enum_table_avm_event_led_id" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "size", + .size = sizeof(unsigned long long), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), size), }, [2] = { - .struct_name = "convert_message_struct__avm_event_led_status", - .type_name = "unsigned int", + .struct_name = "convert_message_struct__avm_event_mass_storage_mount", + .type_name = "unsigned long long", .flags = 0, - .name = "state", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), state), + .name = "free", + .size = sizeof(unsigned long long), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), free), }, [3] = { - .struct_name = "convert_message_struct__avm_event_led_status", + .struct_name = "convert_message_struct__avm_event_mass_storage_mount", .type_name = "unsigned int", - .flags = 0, - .name = "param_len", + .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, + .name = "name_length", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), param_len), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), name_length), }, [4] = { - .struct_name = "convert_message_struct__avm_event_led_status", + .struct_name = "convert_message_struct__avm_event_mass_storage_mount", .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "params", - .size = sizeof(unsigned char) * 245, - .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), params), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_checkpoint' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_checkpoint[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_checkpoint", - .type_name = "struct _avm_event_header", - .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_checkpoint __attribute__ ((packed)), event_header), - }, - [1] = { - .struct_name = "convert_message_struct__avm_event_checkpoint", - .type_name = "uint32_t", - .flags = 0, - .name = "node_id", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct _avm_event_checkpoint __attribute__ ((packed)), node_id), - }, - [2] = { - .struct_name = "convert_message_struct__avm_event_checkpoint", - .type_name = "uint64_t", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "checkpoints", - .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct _avm_event_checkpoint __attribute__ ((packed)), checkpoints), + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "name", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), name), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_remotepcmlink' + * Endian Convert-Table for: 'struct _avm_event_log' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_remotepcmlink[] = { +struct _endian_convert convert_message_struct__avm_event_log[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_remotepcmlink", + .struct_name = "convert_message_struct__avm_event_log", .type_name = "struct _avm_event_header", .flags = 0, .name = "event_header", .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), event_header), + .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), event_header), }, [1] = { - .struct_name = "convert_message_struct__avm_event_remotepcmlink", - .type_name = "enum _avm_remotepcmlinktype", + .struct_name = "convert_message_struct__avm_event_log", + .type_name = "enum _avm_logtype", .flags = 0, - .name = "type", - .size = sizeof(enum _avm_remotepcmlinktype), - .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), type), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remotepcmlinktype_name, + .name = "logtype", + .size = sizeof(enum _avm_logtype), + .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), logtype), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_logtype_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_remotepcmlinktype, - .enumName = "enum_table__avm_remotepcmlinktype" + .enumInfo = enum_table__avm_logtype, + .enumName = "enum_table__avm_logtype" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [2] = { - .struct_name = "convert_message_struct__avm_event_remotepcmlink", + .struct_name = "convert_message_struct__avm_event_log", .type_name = "unsigned int", .flags = 0, - .name = "sharedlen", + .name = "loglen", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), sharedlen), + .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), loglen), }, [3] = { - .struct_name = "convert_message_struct__avm_event_remotepcmlink", + .struct_name = "convert_message_struct__avm_event_log", .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "sharedpointer", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), sharedpointer), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_push_button' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_push_button[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_push_button", - .type_name = "enum _avm_event_id", .flags = 0, - .name = "id", - .size = sizeof(enum _avm_event_id), - .offset = __builtin_offsetof(struct _avm_event_push_button __attribute__ ((packed)), id), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_id, - .enumName = "enum_table__avm_event_id" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "logpointer", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), logpointer), }, - [1] = { - .struct_name = "convert_message_struct__avm_event_push_button", - .type_name = "enum _avm_event_push_button_key", + [4] = { + .struct_name = "convert_message_struct__avm_event_log", + .type_name = "unsigned int", .flags = 0, - .name = "key", - .size = sizeof(enum _avm_event_push_button_key), - .offset = __builtin_offsetof(struct _avm_event_push_button __attribute__ ((packed)), key), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_push_button_key_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_push_button_key, - .enumName = "enum_table__avm_event_push_button_key" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [2] = { - .struct_name = "convert_message_struct__avm_event_push_button", - .type_name = "uint32_t", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "pressed", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct _avm_event_push_button __attribute__ ((packed)), pressed), + .name = "checksum", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), checksum), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_remote_source_trigger_request' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_remote_source_trigger_request[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_remote_source_trigger_request", - .type_name = "struct avm_event_data", + [5] = { + .struct_name = "convert_message_struct__avm_event_log", + .type_name = "unsigned int", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "data", - .substruct = convert_message_struct_avm_event_data, - .offset = __builtin_offsetof(struct avm_event_remote_source_trigger_request __attribute__ ((packed)), data), + .name = "rebootflag", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), rebootflag), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_close' + * Endian Convert-Table for: 'struct avm_event_powerline_status' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_close[] = { +struct _endian_convert convert_message_struct_avm_event_powerline_status[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_close", - .type_name = "uint32_t", + .struct_name = "convert_message_struct_avm_event_powerline_status", + .type_name = "enum ePLCState", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "dummy", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_close __attribute__ ((packed)), dummy), + .name = "status", + .size = sizeof(enum ePLCState), + .offset = __builtin_offsetof(struct avm_event_powerline_status __attribute__ ((packed)), status), + .enum_debug_function = (char *(*)(unsigned int))get_enum_ePLCState_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_ePLCState, + .enumName = "enum_table_ePLCState" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_rpc' + * Endian Convert-Table for: 'struct avm_event_firmware_update_available' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_rpc[] = { +struct _endian_convert convert_message_struct_avm_event_firmware_update_available[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_rpc", - .type_name = "struct _avm_event_header", - .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), event_header), - }, - [1] = { - .struct_name = "convert_message_struct__avm_event_rpc", - .type_name = "enum _avm_rpctype", + .struct_name = "convert_message_struct_avm_event_firmware_update_available", + .type_name = "enum avm_event_firmware_type", .flags = 0, .name = "type", - .size = sizeof(enum _avm_rpctype), - .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), type), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_rpctype_name, + .size = sizeof(enum avm_event_firmware_type), + .offset = __builtin_offsetof(struct avm_event_firmware_update_available __attribute__ ((packed)), type), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_firmware_type_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_rpctype, - .enumName = "enum_table__avm_rpctype" + .enumInfo = enum_table_avm_event_firmware_type, + .enumName = "enum_table_avm_event_firmware_type" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [2] = { - .struct_name = "convert_message_struct__avm_event_rpc", - .type_name = "unsigned int", - .flags = 0, - .name = "id", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), id), - }, - [3] = { - .struct_name = "convert_message_struct__avm_event_rpc", + [1] = { + .struct_name = "convert_message_struct_avm_event_firmware_update_available", .type_name = "unsigned int", .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "length", + .name = "version_length", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), length), + .offset = __builtin_offsetof(struct avm_event_firmware_update_available __attribute__ ((packed)), version_length), }, - [4] = { - .struct_name = "convert_message_struct__avm_event_rpc", + [2] = { + .struct_name = "convert_message_struct_avm_event_firmware_update_available", .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "message", + .name = "version", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), message), + .offset = __builtin_offsetof(struct avm_event_firmware_update_available __attribute__ ((packed)), version), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_pm_info_stat' + * Endian Convert-Table for: 'struct avm_event_telephony_missed_call' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_pm_info_stat[] = { +struct _endian_convert convert_message_struct_avm_event_telephony_missed_call[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "reserved1", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), reserved1), + .struct_name = "convert_message_struct_avm_event_telephony_missed_call", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, + .name = "length", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_telephony_missed_call __attribute__ ((packed)), length), }, [1] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_sumact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_sumact), - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_sumcum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_sumcum), - }, - [3] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_systemact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_systemact), - }, - [4] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_systemcum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_systemcum), - }, - [5] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "system_status", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), system_status), - }, - [6] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_dspact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dspact), - }, - [7] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_dspcum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dspcum), - }, - [8] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_wlanact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_wlanact), - }, - [9] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_wlancum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_wlancum), - }, - [10] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "wlan_devices", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), wlan_devices), - }, - [11] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "wlan_status", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), wlan_status), - }, - [12] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_ethact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_ethact), - }, - [13] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_ethcum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_ethcum), - }, - [14] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned short", - .flags = 0, - .name = "eth_status", - .size = sizeof(unsigned short), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), eth_status), - }, - [15] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_abact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_abact), - }, - [16] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_abcum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_abcum), - }, - [17] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned short", - .flags = 0, - .name = "isdn_status", - .size = sizeof(unsigned short), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), isdn_status), - }, - [18] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_dectact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dectact), - }, - [19] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_dectcum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dectcum), - }, - [20] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_battchargeact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_battchargeact), - }, - [21] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_battchargecum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_battchargecum), - }, - [22] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "dect_status", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), dect_status), - }, - [23] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_usbhostact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_usbhostact), - }, - [24] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_usbhostcum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_usbhostcum), - }, - [25] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "usb_status", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), usb_status), - }, - [26] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "signed char", - .flags = 0, - .name = "act_temperature", - .size = sizeof(signed char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), act_temperature), - }, - [27] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "signed char", - .flags = 0, - .name = "min_temperature", - .size = sizeof(signed char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), min_temperature), - }, - [28] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "signed char", - .flags = 0, - .name = "max_temperature", - .size = sizeof(signed char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), max_temperature), - }, - [29] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "signed char", - .flags = 0, - .name = "avg_temperature", - .size = sizeof(signed char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), avg_temperature), + .struct_name = "convert_message_struct_avm_event_telephony_missed_call", + .type_name = "struct _avm_event_telephony_missed_call_params", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "p", + .substruct = convert_message_struct__avm_event_telephony_missed_call_params, + .offset = __builtin_offsetof(struct avm_event_telephony_missed_call __attribute__ ((packed)), p), }, - [30] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_lteact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_lteact), +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_powermanagment_status' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_powermanagment_status[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_powermanagment_status", + .type_name = "enum _powermanagment_status_type", + .flags = ENDIAN_CONVERT_SELECT | 0, + .name = "substatus", + .size = sizeof(enum _powermanagment_status_type), + .offset = __builtin_offsetof(struct avm_event_powermanagment_status __attribute__ ((packed)), substatus), + .enum_debug_function = (char *(*)(unsigned int))get_enum__powermanagment_status_type_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__powermanagment_status_type, + .enumName = "enum_table__powermanagment_status_type" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [31] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", - .flags = 0, - .name = "rate_ltecum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_ltecum), + [1] = { + .struct_name = "convert_message_struct_avm_event_powermanagment_status", + .type_name = "union __powermanagment_status_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "param", + .substruct = convert_message_union___powermanagment_status_union, + .offset = __builtin_offsetof(struct avm_event_powermanagment_status __attribute__ ((packed)), param), }, - [32] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_cmd_param_register' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_cmd_param_register[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_cmd_param_register", + .type_name = "struct _avm_event_id_mask", .flags = 0, - .name = "rate_dvbcact", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dvbcact), + .name = "mask", + .substruct = convert_message_struct__avm_event_id_mask, + .offset = __builtin_offsetof(struct _avm_event_cmd_param_register __attribute__ ((packed)), mask), }, - [33] = { - .struct_name = "convert_message_struct_avm_event_pm_info_stat", - .type_name = "unsigned char", + [1] = { + .struct_name = "convert_message_struct__avm_event_cmd_param_register", + .type_name = "char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "rate_dvbccum", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dvbccum), + .name = "Name", + .size = sizeof(char) * 33, + .offset = __builtin_offsetof(struct _avm_event_cmd_param_register __attribute__ ((packed)), Name), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_temperature' + * Endian Convert-Table for: 'struct _avm_event_cmd_param_release' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_temperature[] = { +struct _endian_convert convert_message_struct__avm_event_cmd_param_release[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_temperature", - .type_name = "int", + .struct_name = "convert_message_struct__avm_event_cmd_param_release", + .type_name = "char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "temperature", - .size = sizeof(int), - .offset = __builtin_offsetof(struct avm_event_temperature __attribute__ ((packed)), temperature), + .name = "Name", + .size = sizeof(char) * 33, + .offset = __builtin_offsetof(struct _avm_event_cmd_param_release __attribute__ ((packed)), Name), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_wlan' + * Endian Convert-Table for: 'struct wlan_event_data_client_state_change' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_wlan[] = { +struct _endian_convert convert_message_struct_wlan_event_data_client_state_change[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "struct _avm_event_header", + .struct_name = "convert_message_struct_wlan_event_data_client_state_change", + .type_name = "struct wlan_event_data_client_common", .flags = 0, - .name = "header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), header), + .name = "common", + .substruct = convert_message_struct_wlan_event_data_client_common, + .offset = __builtin_offsetof(struct wlan_event_data_client_state_change __attribute__ ((packed)), common), }, [1] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "char", - .flags = 0, - .name = "mac", - .size = sizeof(char) * 6, - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), mac), - }, - [2] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", - .flags = 0, - .name = "u1", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), u1), - }, - [3] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", - .flags = 0, - .name = "event", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), event), - }, - [4] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", - .flags = 0, - .name = "info", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), info), - }, - [5] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", - .flags = 0, - .name = "status", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), status), - }, - [6] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", - .flags = 0, - .name = "u2", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), u2), - }, - [7] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "char", - .flags = 0, - .name = "if_name", - .size = sizeof(char) * IFNAMSIZ, - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), if_name), - }, - [8] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", - .flags = 0, - .name = "ev_initiator", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), ev_initiator), + .struct_name = "convert_message_struct_wlan_event_data_client_state_change", + .type_name = "uint8_t", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "state", + .size = sizeof(uint8_t), + .offset = __builtin_offsetof(struct wlan_event_data_client_state_change __attribute__ ((packed)), state), }, - [9] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_tffs_init' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_tffs_init[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_tffs_init", + .type_name = "int64_t", .flags = 0, - .name = "ev_reason", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), ev_reason), + .name = "mem_offset", + .size = sizeof(int64_t), + .offset = __builtin_offsetof(struct avm_event_tffs_init __attribute__ ((packed)), mem_offset), }, - [10] = { - .struct_name = "convert_message_struct__avm_event_wlan", - .type_name = "unsigned int", + [1] = { + .struct_name = "convert_message_struct_avm_event_tffs_init", + .type_name = "uint32_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "avm_capabilities", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), avm_capabilities), + .name = "max_seg_size", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_init __attribute__ ((packed)), max_seg_size), }, }; @@ -655,20 +314,6 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_deinit' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_deinit[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_deinit", - .type_name = "uint32_t", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "dummy", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_deinit __attribute__ ((packed)), dummy), - }, -}; - -/*------------------------------------------------------------------------------------------*\ * Endian Convert-Table for: 'struct avm_event_internet_new_ip' \*------------------------------------------------------------------------------------------*/ struct _endian_convert convert_message_struct_avm_event_internet_new_ip[] = { @@ -696,696 +341,566 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_remotepcmlink' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_remotepcmlink[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_remotepcmlink", - .type_name = "enum _avm_remotepcmlinktype", - .flags = 0, - .name = "type", - .size = sizeof(enum _avm_remotepcmlinktype), - .offset = __builtin_offsetof(struct avm_event_remotepcmlink __attribute__ ((packed)), type), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remotepcmlinktype_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_remotepcmlinktype, - .enumName = "enum_table__avm_remotepcmlinktype" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [1] = { - .struct_name = "convert_message_struct_avm_event_remotepcmlink", - .type_name = "unsigned int", - .flags = 0, - .name = "sharedlen", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_remotepcmlink __attribute__ ((packed)), sharedlen), - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_remotepcmlink", - .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "sharedpointer", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_remotepcmlink __attribute__ ((packed)), sharedpointer), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_cmd_param_source_trigger' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_cmd_param_source_trigger[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_cmd_param_source_trigger", - .type_name = "enum _avm_event_id", - .flags = 0, - .name = "id", - .size = sizeof(enum _avm_event_id), - .offset = __builtin_offsetof(struct _avm_event_cmd_param_source_trigger __attribute__ ((packed)), id), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_id, - .enumName = "enum_table__avm_event_id" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [1] = { - .struct_name = "convert_message_struct__avm_event_cmd_param_source_trigger", - .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "data_length", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_cmd_param_source_trigger __attribute__ ((packed)), data_length), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_reindex' + * Endian Convert-Table for: 'struct avm_event_tffs_deinit' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_reindex[] = { +struct _endian_convert convert_message_struct_avm_event_tffs_deinit[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_reindex", + .struct_name = "convert_message_struct_avm_event_tffs_deinit", .type_name = "uint32_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, .name = "dummy", .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_reindex __attribute__ ((packed)), dummy), + .offset = __builtin_offsetof(struct avm_event_tffs_deinit __attribute__ ((packed)), dummy), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct cpmac_event_struct' + * Endian Convert-Table for: 'struct _avm_event_rpc' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_cpmac_event_struct[] = { +struct _endian_convert convert_message_struct__avm_event_rpc[] = { [0] = { - .struct_name = "convert_message_struct_cpmac_event_struct", + .struct_name = "convert_message_struct__avm_event_rpc", .type_name = "struct _avm_event_header", .flags = 0, .name = "event_header", .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct cpmac_event_struct __attribute__ ((packed)), event_header), + .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), event_header), }, [1] = { - .struct_name = "convert_message_struct_cpmac_event_struct", - .type_name = "unsigned int", + .struct_name = "convert_message_struct__avm_event_rpc", + .type_name = "enum _avm_rpctype", .flags = 0, - .name = "ports", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct cpmac_event_struct __attribute__ ((packed)), ports), - }, - [2] = { - .struct_name = "convert_message_struct_cpmac_event_struct", - .type_name = "struct cpmac_port", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "port", - .substruct = convert_message_struct_cpmac_port, - .offset = __builtin_offsetof(struct cpmac_event_struct __attribute__ ((packed)), port), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_data' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_data[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_data", - .type_name = "enum _avm_event_id", - .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "id", - .size = sizeof(enum _avm_event_id), - .offset = __builtin_offsetof(struct avm_event_data __attribute__ ((packed)), id), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, + .name = "type", + .size = sizeof(enum _avm_rpctype), + .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), type), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_rpctype_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_id, - .enumName = "enum_table__avm_event_id" + .enumInfo = enum_table__avm_rpctype, + .enumName = "enum_table__avm_rpctype" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [1] = { - .struct_name = "convert_message_struct_avm_event_data", - .type_name = "union avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "data", - .substruct = convert_message_union_avm_event_data_union, - .offset = __builtin_offsetof(struct avm_event_data __attribute__ ((packed)), data), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_powermanagment_remote_ressourceinfo' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_powermanagment_remote_ressourceinfo[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_remote_ressourceinfo", - .type_name = "struct _avm_event_header", - .flags = 0, - .name = "header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), header), - }, - [1] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_remote_ressourceinfo", - .type_name = "enum _powermanagment_device", + [2] = { + .struct_name = "convert_message_struct__avm_event_rpc", + .type_name = "unsigned int", .flags = 0, - .name = "device", - .size = sizeof(enum _powermanagment_device), - .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), device), - .enum_debug_function = (char *(*)(unsigned int))get_enum__powermanagment_device_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__powermanagment_device, - .enumName = "enum_table__powermanagment_device" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "id", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), id), }, - [2] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_remote_ressourceinfo", + [3] = { + .struct_name = "convert_message_struct__avm_event_rpc", .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "power_rate", + .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, + .name = "length", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), power_rate), + .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), length), + }, + [4] = { + .struct_name = "convert_message_struct__avm_event_rpc", + .type_name = "unsigned char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "message", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_rpc __attribute__ ((packed)), message), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_read' + * Endian Convert-Table for: 'struct avm_event_tffs_paniclog' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_read[] = { +struct _endian_convert convert_message_struct_avm_event_tffs_paniclog[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_read", + .struct_name = "convert_message_struct_avm_event_tffs_paniclog", .type_name = "uint64_t", .flags = 0, .name = "buff_addr", .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), buff_addr), + .offset = __builtin_offsetof(struct avm_event_tffs_paniclog __attribute__ ((packed)), buff_addr), }, [1] = { - .struct_name = "convert_message_struct_avm_event_tffs_read", + .struct_name = "convert_message_struct_avm_event_tffs_paniclog", .type_name = "uint64_t", .flags = 0, .name = "len", .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), len), + .offset = __builtin_offsetof(struct avm_event_tffs_paniclog __attribute__ ((packed)), len), }, [2] = { - .struct_name = "convert_message_struct_avm_event_tffs_read", - .type_name = "uint32_t", - .flags = 0, - .name = "id", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), id), - }, - [3] = { - .struct_name = "convert_message_struct_avm_event_tffs_read", + .struct_name = "convert_message_struct_avm_event_tffs_paniclog", .type_name = "int32_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, .name = "crc", .size = sizeof(int32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), crc), + .offset = __builtin_offsetof(struct avm_event_tffs_paniclog __attribute__ ((packed)), crc), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_cmd_param_trigger' + * Endian Convert-Table for: 'struct _avm_event_cmd' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_cmd_param_trigger[] = { +struct _endian_convert convert_message_struct__avm_event_cmd[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_cmd_param_trigger", - .type_name = "enum _avm_event_id", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "id", - .size = sizeof(enum _avm_event_id), - .offset = __builtin_offsetof(struct _avm_event_cmd_param_trigger __attribute__ ((packed)), id), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, + .struct_name = "convert_message_struct__avm_event_cmd", + .type_name = "enum __avm_event_cmd", + .flags = 0, + .name = "cmd", + .size = sizeof(enum __avm_event_cmd), + .offset = __builtin_offsetof(struct _avm_event_cmd __attribute__ ((packed)), cmd), + .enum_debug_function = (char *(*)(unsigned int))get_enum___avm_event_cmd_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_id, - .enumName = "enum_table__avm_event_id" + .enumInfo = enum_table___avm_event_cmd, + .enumName = "enum_table___avm_event_cmd" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, + [1] = { + .struct_name = "convert_message_struct__avm_event_cmd", + .type_name = "union _avm_event_cmd_param", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "param", + .substruct = convert_message_union__avm_event_cmd_param, + .offset = __builtin_offsetof(struct _avm_event_cmd __attribute__ ((packed)), param), + }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_open' + * Endian Convert-Table for: 'struct avm_event_tffs_notify' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_open[] = { +struct _endian_convert convert_message_struct_avm_event_tffs_notify[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_open", + .struct_name = "convert_message_struct_avm_event_tffs_notify", .type_name = "uint32_t", .flags = 0, .name = "id", .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_open __attribute__ ((packed)), id), + .offset = __builtin_offsetof(struct avm_event_tffs_notify __attribute__ ((packed)), id), }, [1] = { - .struct_name = "convert_message_struct_avm_event_tffs_open", - .type_name = "enum avm_event_tffs_open_mode", - .flags = 0, - .name = "mode", - .size = sizeof(enum avm_event_tffs_open_mode), - .offset = __builtin_offsetof(struct avm_event_tffs_open __attribute__ ((packed)), mode), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_tffs_open_mode_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_tffs_open_mode, - .enumName = "enum_table_avm_event_tffs_open_mode" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_tffs_open", - .type_name = "uint32_t", + .struct_name = "convert_message_struct_avm_event_tffs_notify", + .type_name = "enum avm_event_tffs_notify_event", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "max_segment_size", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_open __attribute__ ((packed)), max_segment_size), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_powermanagment_remote' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_powermanagment_remote[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_powermanagment_remote", - .type_name = "enum avm_event_powermanagment_remote_action", - .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "remote_action", - .size = sizeof(enum avm_event_powermanagment_remote_action), - .offset = __builtin_offsetof(struct avm_event_powermanagment_remote __attribute__ ((packed)), remote_action), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_powermanagment_remote_action_name, + .name = "event", + .size = sizeof(enum avm_event_tffs_notify_event), + .offset = __builtin_offsetof(struct avm_event_tffs_notify __attribute__ ((packed)), event), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_tffs_notify_event_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_powermanagment_remote_action, - .enumName = "enum_table_avm_event_powermanagment_remote_action" + .enumInfo = enum_table_avm_event_tffs_notify_event, + .enumName = "enum_table_avm_event_tffs_notify_event" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [1] = { - .struct_name = "convert_message_struct_avm_event_powermanagment_remote", - .type_name = "union avm_event_powermanagment_remote_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "param", - .substruct = convert_message_union_avm_event_powermanagment_remote_union, - .offset = __builtin_offsetof(struct avm_event_powermanagment_remote __attribute__ ((packed)), param), - }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_source_unregister' + * Endian Convert-Table for: 'struct _cpmac_event_struct' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_source_unregister[] = { +struct _endian_convert convert_message_struct__cpmac_event_struct[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_source_unregister", - .type_name = "struct _avm_event_id_mask", + .struct_name = "convert_message_struct__cpmac_event_struct", + .type_name = "unsigned int", .flags = 0, - .name = "id_mask", - .substruct = convert_message_struct__avm_event_id_mask, - .offset = __builtin_offsetof(struct avm_event_source_unregister __attribute__ ((packed)), id_mask), + .name = "ports", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _cpmac_event_struct __attribute__ ((packed)), ports), }, [1] = { - .struct_name = "convert_message_struct_avm_event_source_unregister", - .type_name = "char", + .struct_name = "convert_message_struct__cpmac_event_struct", + .type_name = "struct cpmac_port", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "name", - .size = sizeof(char) * 32, - .offset = __builtin_offsetof(struct avm_event_source_unregister __attribute__ ((packed)), name), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_powermanagment_status' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_powermanagment_status[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_powermanagment_status", - .type_name = "enum _powermanagment_status_type", - .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "substatus", - .size = sizeof(enum _powermanagment_status_type), - .offset = __builtin_offsetof(struct avm_event_powermanagment_status __attribute__ ((packed)), substatus), - .enum_debug_function = (char *(*)(unsigned int))get_enum__powermanagment_status_type_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__powermanagment_status_type, - .enumName = "enum_table__powermanagment_status_type" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [1] = { - .struct_name = "convert_message_struct_avm_event_powermanagment_status", - .type_name = "union __powermanagment_status_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "param", - .substruct = convert_message_union___powermanagment_status_union, - .offset = __builtin_offsetof(struct avm_event_powermanagment_status __attribute__ ((packed)), param), + .name = "port", + .substruct = convert_message_struct_cpmac_port, + .offset = __builtin_offsetof(struct _cpmac_event_struct __attribute__ ((packed)), port), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_mass_storage_mount' + * Endian Convert-Table for: 'struct _avm_event_led_status' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_mass_storage_mount[] = { +struct _endian_convert convert_message_struct__avm_event_led_status[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_mass_storage_mount", - .type_name = "unsigned long long", + .struct_name = "convert_message_struct__avm_event_led_status", + .type_name = "struct _avm_event_header", .flags = 0, - .name = "size", - .size = sizeof(unsigned long long), - .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), size), + .name = "header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), header), }, [1] = { - .struct_name = "convert_message_struct_avm_event_mass_storage_mount", - .type_name = "unsigned long long", + .struct_name = "convert_message_struct__avm_event_led_status", + .type_name = "enum avm_event_led_id", .flags = 0, - .name = "free", - .size = sizeof(unsigned long long), - .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), free), + .name = "led", + .size = sizeof(enum avm_event_led_id), + .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), led), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_led_id_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_avm_event_led_id, + .enumName = "enum_table_avm_event_led_id" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [2] = { - .struct_name = "convert_message_struct_avm_event_mass_storage_mount", + .struct_name = "convert_message_struct__avm_event_led_status", .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "name_length", + .flags = 0, + .name = "state", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), name_length), + .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), state), }, [3] = { - .struct_name = "convert_message_struct_avm_event_mass_storage_mount", - .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "name", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), name), + .struct_name = "convert_message_struct__avm_event_led_status", + .type_name = "unsigned int", + .flags = 0, + .name = "param_len", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), param_len), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_ping' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_ping[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_ping", - .type_name = "uint32_t", + [4] = { + .struct_name = "convert_message_struct__avm_event_led_status", + .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "seq", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_ping __attribute__ ((packed)), seq), + .name = "params", + .size = sizeof(unsigned char) * 245, + .offset = __builtin_offsetof(struct _avm_event_led_status __attribute__ ((packed)), params), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct wlan_event_data_scan_event_info' + * Endian Convert-Table for: 'struct cpmac_port' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_wlan_event_data_scan_event_info[] = { +struct _endian_convert convert_message_struct_cpmac_port[] = { [0] = { - .struct_name = "convert_message_struct_wlan_event_data_scan_event_info", - .type_name = "struct wlan_event_data_scan_common", + .struct_name = "convert_message_struct_cpmac_port", + .type_name = "uint8_t", .flags = 0, - .name = "common", - .substruct = convert_message_struct_wlan_event_data_scan_common, - .offset = __builtin_offsetof(struct wlan_event_data_scan_event_info __attribute__ ((packed)), common), + .name = "cable", + .size = sizeof(uint8_t), + .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), cable), }, [1] = { - .struct_name = "convert_message_struct_wlan_event_data_scan_event_info", - .type_name = "enum wlan_event_scan_type", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "event_type", - .size = sizeof(enum wlan_event_scan_type), - .offset = __builtin_offsetof(struct wlan_event_data_scan_event_info __attribute__ ((packed)), event_type), - .enum_debug_function = (char *(*)(unsigned int))get_enum_wlan_event_scan_type_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_wlan_event_scan_type, - .enumName = "enum_table_wlan_event_scan_type" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .struct_name = "convert_message_struct_cpmac_port", + .type_name = "uint8_t", + .flags = 0, + .name = "link", + .size = sizeof(uint8_t), + .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), link), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_cpu_run' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_cpu_run[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_cpu_run", - .type_name = "struct _avm_event_header", + [2] = { + .struct_name = "convert_message_struct_cpmac_port", + .type_name = "uint8_t", .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_cpu_run __attribute__ ((packed)), event_header), + .name = "speed100", + .size = sizeof(uint8_t), + .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), speed100), }, - [1] = { - .struct_name = "convert_message_struct__avm_event_cpu_run", - .type_name = "enum _cputype", + [3] = { + .struct_name = "convert_message_struct_cpmac_port", + .type_name = "uint8_t", .flags = 0, - .name = "cputype", - .size = sizeof(enum _cputype), - .offset = __builtin_offsetof(struct _avm_event_cpu_run __attribute__ ((packed)), cputype), - .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, + .name = "fullduplex", + .size = sizeof(uint8_t), + .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), fullduplex), + }, + [4] = { + .struct_name = "convert_message_struct_cpmac_port", + .type_name = "enum _avm_event_ethernet_speed", + .flags = 0, + .name = "speed", + .size = sizeof(enum _avm_event_ethernet_speed), + .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), speed), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_ethernet_speed_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__cputype, - .enumName = "enum_table__cputype" + .enumInfo = enum_table__avm_event_ethernet_speed, + .enumName = "enum_table__avm_event_ethernet_speed" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [2] = { - .struct_name = "convert_message_struct__avm_event_cpu_run", - .type_name = "unsigned char", + [5] = { + .struct_name = "convert_message_struct_cpmac_port", + .type_name = "enum _avm_event_ethernet_speed", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "cpu_run", - .size = sizeof(unsigned char) * 4, - .offset = __builtin_offsetof(struct _avm_event_cpu_run __attribute__ ((packed)), cpu_run), + .name = "maxspeed", + .size = sizeof(enum _avm_event_ethernet_speed), + .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), maxspeed), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_ethernet_speed_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_event_ethernet_speed, + .enumName = "enum_table__avm_event_ethernet_speed" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_remotewatchdog' + * Endian Convert-Table for: 'struct avm_event_tffs' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_remotewatchdog[] = { +struct _endian_convert convert_message_struct_avm_event_tffs[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_remotewatchdog", - .type_name = "struct _avm_event_header", + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "uint32_t", .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), event_header), + .name = "src_id", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), src_id), }, [1] = { - .struct_name = "convert_message_struct__avm_event_remotewatchdog", - .type_name = "enum _avm_remote_wdt_cmd", + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "uint32_t", .flags = 0, - .name = "cmd", - .size = sizeof(enum _avm_remote_wdt_cmd), - .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), cmd), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remote_wdt_cmd_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_remote_wdt_cmd, - .enumName = "enum_table__avm_remote_wdt_cmd" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "dst_id", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), dst_id), }, [2] = { - .struct_name = "convert_message_struct__avm_event_remotewatchdog", - .type_name = "char", + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "uint32_t", .flags = 0, - .name = "name", - .size = sizeof(char) * 16, - .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), name), + .name = "seq_nr", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), seq_nr), }, [3] = { - .struct_name = "convert_message_struct__avm_event_remotewatchdog", - .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "param", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), param), + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "uint32_t", + .flags = 0, + .name = "ack", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), ack), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_header' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_header[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_header", - .type_name = "enum _avm_event_id", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "id", - .size = sizeof(enum _avm_event_id), - .offset = __builtin_offsetof(struct _avm_event_header __attribute__ ((packed)), id), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, + [4] = { + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "uint64_t", + .flags = 0, + .name = "srv_handle", + .size = sizeof(uint64_t), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), srv_handle), + }, + [5] = { + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "uint64_t", + .flags = 0, + .name = "clt_handle", + .size = sizeof(uint64_t), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), clt_handle), + }, + [6] = { + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "int32_t", + .flags = 0, + .name = "result", + .size = sizeof(int32_t), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), result), + }, + [7] = { + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "enum avm_event_tffs_call_type", + .flags = ENDIAN_CONVERT_SELECT | 0, + .name = "type", + .size = sizeof(enum avm_event_tffs_call_type), + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), type), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_tffs_call_type_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_id, - .enumName = "enum_table__avm_event_id" + .enumInfo = enum_table_avm_event_tffs_call_type, + .enumName = "enum_table_avm_event_tffs_call_type" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, + [8] = { + .struct_name = "convert_message_struct_avm_event_tffs", + .type_name = "union avm_event_tffs_call_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "call", + .substruct = convert_message_union_avm_event_tffs_call_union, + .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), call), + }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_powermanagment_remote' + * Endian Convert-Table for: 'struct _avm_event_internet_new_ip' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_powermanagment_remote[] = { +struct _endian_convert convert_message_struct__avm_event_internet_new_ip[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_remote", + .struct_name = "convert_message_struct__avm_event_internet_new_ip", .type_name = "struct _avm_event_header", .flags = 0, .name = "header", .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote __attribute__ ((packed)), header), + .offset = __builtin_offsetof(struct _avm_event_internet_new_ip __attribute__ ((packed)), header), }, [1] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_remote", - .type_name = "enum avm_event_powermanagment_remote_action", + .struct_name = "convert_message_struct__avm_event_internet_new_ip", + .type_name = "enum avm_event_internet_new_ip_param_sel", .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "remote_action", - .size = sizeof(enum avm_event_powermanagment_remote_action), - .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote __attribute__ ((packed)), remote_action), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_powermanagment_remote_action_name, + .name = "sel", + .size = sizeof(enum avm_event_internet_new_ip_param_sel), + .offset = __builtin_offsetof(struct _avm_event_internet_new_ip __attribute__ ((packed)), sel), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_internet_new_ip_param_sel_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_powermanagment_remote_action, - .enumName = "enum_table_avm_event_powermanagment_remote_action" + .enumInfo = enum_table_avm_event_internet_new_ip_param_sel, + .enumName = "enum_table_avm_event_internet_new_ip_param_sel" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [2] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_remote", - .type_name = "union avm_event_powermanagment_remote_union", + .struct_name = "convert_message_struct__avm_event_internet_new_ip", + .type_name = "union avm_event_internet_new_ip_param", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "param", - .substruct = convert_message_union_avm_event_powermanagment_remote_union, - .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote __attribute__ ((packed)), param), + .name = "params", + .substruct = convert_message_union_avm_event_internet_new_ip_param, + .offset = __builtin_offsetof(struct _avm_event_internet_new_ip __attribute__ ((packed)), params), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_telefonprofile' + * Endian Convert-Table for: 'struct _avm_event_checkpoint' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_telefonprofile[] = { +struct _endian_convert convert_message_struct__avm_event_checkpoint[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_telefonprofile", + .struct_name = "convert_message_struct__avm_event_checkpoint", .type_name = "struct _avm_event_header", .flags = 0, .name = "event_header", .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_telefonprofile __attribute__ ((packed)), event_header), + .offset = __builtin_offsetof(struct _avm_event_checkpoint __attribute__ ((packed)), event_header), }, [1] = { - .struct_name = "convert_message_struct__avm_event_telefonprofile", - .type_name = "unsigned int", + .struct_name = "convert_message_struct__avm_event_checkpoint", + .type_name = "uint32_t", + .flags = 0, + .name = "node_id", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct _avm_event_checkpoint __attribute__ ((packed)), node_id), + }, + [2] = { + .struct_name = "convert_message_struct__avm_event_checkpoint", + .type_name = "uint64_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "on", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_telefonprofile __attribute__ ((packed)), on), + .name = "checkpoints", + .size = sizeof(uint64_t), + .offset = __builtin_offsetof(struct _avm_event_checkpoint __attribute__ ((packed)), checkpoints), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_info' + * Endian Convert-Table for: 'struct wlan_event_def' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_info[] = { +struct _endian_convert convert_message_struct_wlan_event_def[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_info", - .type_name = "uint32_t", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "fill_level", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_info __attribute__ ((packed)), fill_level), + .struct_name = "convert_message_struct_wlan_event_def", + .type_name = "enum wlan_event_id", + .flags = ENDIAN_CONVERT_SELECT | 0, + .name = "event_id", + .size = sizeof(enum wlan_event_id), + .offset = __builtin_offsetof(struct wlan_event_def __attribute__ ((packed)), event_id), + .enum_debug_function = (char *(*)(unsigned int))get_enum_wlan_event_id_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_wlan_event_id, + .enumName = "enum_table_wlan_event_id" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, + [1] = { + .struct_name = "convert_message_struct_wlan_event_def", + .type_name = "union wlan_event_data", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "event_data", + .substruct = convert_message_union_wlan_event_data, + .offset = __builtin_offsetof(struct wlan_event_def __attribute__ ((packed)), event_data), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_unserialised' + * Endian Convert-Table for: 'struct _avm_event_cmd_param_source_trigger' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_unserialised[] = { +struct _endian_convert convert_message_struct__avm_event_cmd_param_source_trigger[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_unserialised", - .type_name = "uint64_t", + .struct_name = "convert_message_struct__avm_event_cmd_param_source_trigger", + .type_name = "enum _avm_event_id", .flags = 0, - .name = "evnt_id", - .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_unserialised __attribute__ ((packed)), evnt_id), + .name = "id", + .size = sizeof(enum _avm_event_id), + .offset = __builtin_offsetof(struct _avm_event_cmd_param_source_trigger __attribute__ ((packed)), id), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_event_id, + .enumName = "enum_table__avm_event_id" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct_avm_event_unserialised", - .type_name = "uint32_t", - .flags = 0, - .name = "data_len", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_unserialised __attribute__ ((packed)), data_len), - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_unserialised", - .type_name = "unsigned char", + .struct_name = "convert_message_struct__avm_event_cmd_param_source_trigger", + .type_name = "unsigned int", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "data", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_unserialised __attribute__ ((packed)), data), + .name = "data_length", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_cmd_param_source_trigger __attribute__ ((packed)), data_length), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_telephony_missed_call_params' + * Endian Convert-Table for: 'struct avm_event_tffs_reindex' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_telephony_missed_call_params[] = { +struct _endian_convert convert_message_struct_avm_event_tffs_reindex[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_telephony_missed_call_params", - .type_name = "enum avm_event_telephony_param_sel", - .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "id", - .size = sizeof(enum avm_event_telephony_param_sel), - .offset = __builtin_offsetof(struct _avm_event_telephony_missed_call_params __attribute__ ((packed)), id), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_telephony_param_sel_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_telephony_param_sel, - .enumName = "enum_table_avm_event_telephony_param_sel" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [1] = { - .struct_name = "convert_message_struct__avm_event_telephony_missed_call_params", - .type_name = "union avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "params", - .substruct = convert_message_union_avm_event_telephony_call_params, - .offset = __builtin_offsetof(struct _avm_event_telephony_missed_call_params __attribute__ ((packed)), params), + .struct_name = "convert_message_struct_avm_event_tffs_reindex", + .type_name = "uint32_t", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "dummy", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_reindex __attribute__ ((packed)), dummy), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_cmd' + * Endian Convert-Table for: 'struct avm_event_powermanagment_remote_ressourceinfo' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_cmd[] = { +struct _endian_convert convert_message_struct_avm_event_powermanagment_remote_ressourceinfo[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_cmd", - .type_name = "enum __avm_event_cmd", + .struct_name = "convert_message_struct_avm_event_powermanagment_remote_ressourceinfo", + .type_name = "enum _powermanagment_device", .flags = 0, - .name = "cmd", - .size = sizeof(enum __avm_event_cmd), - .offset = __builtin_offsetof(struct _avm_event_cmd __attribute__ ((packed)), cmd), - .enum_debug_function = (char *(*)(unsigned int))get_enum___avm_event_cmd_name, + .name = "device", + .size = sizeof(enum _powermanagment_device), + .offset = __builtin_offsetof(struct avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), device), + .enum_debug_function = (char *(*)(unsigned int))get_enum__powermanagment_device_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table___avm_event_cmd, - .enumName = "enum_table___avm_event_cmd" + .enumInfo = enum_table__powermanagment_device, + .enumName = "enum_table__powermanagment_device" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct__avm_event_cmd", - .type_name = "union _avm_event_cmd_param", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "param", - .substruct = convert_message_union__avm_event_cmd_param, - .offset = __builtin_offsetof(struct _avm_event_cmd __attribute__ ((packed)), param), + .struct_name = "convert_message_struct_avm_event_powermanagment_remote_ressourceinfo", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "power_rate", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), power_rate), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct wlan_event_def' + * Endian Convert-Table for: 'struct _avm_event_powermanagment_status' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_wlan_event_def[] = { +struct _endian_convert convert_message_struct__avm_event_powermanagment_status[] = { [0] = { - .struct_name = "convert_message_struct_wlan_event_def", - .type_name = "enum wlan_event_id", + .struct_name = "convert_message_struct__avm_event_powermanagment_status", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_powermanagment_status __attribute__ ((packed)), event_header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_status", + .type_name = "enum _powermanagment_status_type", .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "event_id", - .size = sizeof(enum wlan_event_id), - .offset = __builtin_offsetof(struct wlan_event_def __attribute__ ((packed)), event_id), - .enum_debug_function = (char *(*)(unsigned int))get_enum_wlan_event_id_name, + .name = "substatus", + .size = sizeof(enum _powermanagment_status_type), + .offset = __builtin_offsetof(struct _avm_event_powermanagment_status __attribute__ ((packed)), substatus), + .enum_debug_function = (char *(*)(unsigned int))get_enum__powermanagment_status_type_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_wlan_event_id, - .enumName = "enum_table_wlan_event_id" + .enumInfo = enum_table__powermanagment_status_type, + .enumName = "enum_table__powermanagment_status_type" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [1] = { - .struct_name = "convert_message_struct_wlan_event_def", - .type_name = "union wlan_event_data", + [2] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_status", + .type_name = "union __powermanagment_status_union", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "event_data", - .substruct = convert_message_union_wlan_event_data, - .offset = __builtin_offsetof(struct wlan_event_def __attribute__ ((packed)), event_data), + .name = "param", + .substruct = convert_message_union___powermanagment_status_union, + .offset = __builtin_offsetof(struct _avm_event_powermanagment_status __attribute__ ((packed)), param), }, }; @@ -1676,205 +1191,201 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_cpu_idle' + * Endian Convert-Table for: 'struct avm_event_checkpoint' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_cpu_idle[] = { +struct _endian_convert convert_message_struct_avm_event_checkpoint[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_cpu_idle", - .type_name = "unsigned char", + .struct_name = "convert_message_struct_avm_event_checkpoint", + .type_name = "uint32_t", .flags = 0, - .name = "cpu_idle", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), cpu_idle), + .name = "node_id", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_checkpoint __attribute__ ((packed)), node_id), }, [1] = { - .struct_name = "convert_message_struct_avm_event_cpu_idle", - .type_name = "unsigned char", - .flags = 0, - .name = "dsl_dsp_idle", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), dsl_dsp_idle), - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_cpu_idle", - .type_name = "unsigned char", - .flags = 0, - .name = "voice_dsp_idle", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), voice_dsp_idle), - }, - [3] = { - .struct_name = "convert_message_struct_avm_event_cpu_idle", - .type_name = "unsigned char", - .flags = 0, - .name = "mem_strictlyused", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), mem_strictlyused), - }, - [4] = { - .struct_name = "convert_message_struct_avm_event_cpu_idle", - .type_name = "unsigned char", - .flags = 0, - .name = "mem_cacheused", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), mem_cacheused), - }, - [5] = { - .struct_name = "convert_message_struct_avm_event_cpu_idle", - .type_name = "unsigned char", - .flags = 0, - .name = "mem_physfree", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), mem_physfree), - }, - [6] = { - .struct_name = "convert_message_struct_avm_event_cpu_idle", - .type_name = "enum _cputype", + .struct_name = "convert_message_struct_avm_event_checkpoint", + .type_name = "uint64_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "cputype", - .size = sizeof(enum _cputype), - .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), cputype), - .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__cputype, - .enumName = "enum_table__cputype" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "checkpoints", + .size = sizeof(uint64_t), + .offset = __builtin_offsetof(struct avm_event_checkpoint __attribute__ ((packed)), checkpoints), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_telephony_string' + * Endian Convert-Table for: 'struct avm_event_wlan' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_telephony_string[] = { +struct _endian_convert convert_message_struct_avm_event_wlan[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_telephony_string", - .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "length", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_telephony_string __attribute__ ((packed)), length), + .struct_name = "convert_message_struct_avm_event_wlan", + .type_name = "char", + .flags = 0, + .name = "mac", + .size = sizeof(char) * 6, + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), mac), }, [1] = { - .struct_name = "convert_message_struct_avm_event_telephony_string", - .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "string", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_telephony_string __attribute__ ((packed)), string), + .struct_name = "convert_message_struct_avm_event_wlan", + .type_name = "union avm_event_wlan_client_status_u1", + .flags = ENDIAN_CONVERT_IGNORE | 0, + .name = "u1", + .substruct = convert_message_union_avm_event_wlan_client_status_u1, + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), u1), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_log' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_log[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_log", - .type_name = "enum _avm_logtype", + [2] = { + .struct_name = "convert_message_struct_avm_event_wlan", + .type_name = "wlan_event", .flags = 0, - .name = "logtype", - .size = sizeof(enum _avm_logtype), - .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), logtype), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_logtype_name, + .name = "event", + .size = sizeof(wlan_event), + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), event), + }, + [3] = { + .struct_name = "convert_message_struct_avm_event_wlan", + .type_name = "wlan_info", + .flags = 0, + .name = "info", + .size = sizeof(wlan_info), + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), info), + }, + [4] = { + .struct_name = "convert_message_struct_avm_event_wlan", + .type_name = "enum wlan_sm_states", + .flags = 0, + .name = "status", + .size = sizeof(enum wlan_sm_states), + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), status), + .enum_debug_function = (char *(*)(unsigned int))get_enum_wlan_sm_states_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_logtype, - .enumName = "enum_table__avm_logtype" + .enumInfo = enum_table_wlan_sm_states, + .enumName = "enum_table_wlan_sm_states" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [1] = { - .struct_name = "convert_message_struct_avm_event_log", - .type_name = "unsigned int", + [5] = { + .struct_name = "convert_message_struct_avm_event_wlan", + .type_name = "union avm_event_wlan_client_status_u2", + .flags = ENDIAN_CONVERT_IGNORE | 0, + .name = "u2", + .substruct = convert_message_union_avm_event_wlan_client_status_u2, + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), u2), + }, + [6] = { + .struct_name = "convert_message_struct_avm_event_wlan", + .type_name = "char", .flags = 0, - .name = "loglen", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), loglen), + .name = "if_name", + .size = sizeof(char) * IFNAMSIZ, + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), if_name), }, - [2] = { - .struct_name = "convert_message_struct_avm_event_log", + [7] = { + .struct_name = "convert_message_struct_avm_event_wlan", .type_name = "unsigned int", .flags = 0, - .name = "logpointer", + .name = "ev_initiator", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), logpointer), + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), ev_initiator), }, - [3] = { - .struct_name = "convert_message_struct_avm_event_log", + [8] = { + .struct_name = "convert_message_struct_avm_event_wlan", .type_name = "unsigned int", .flags = 0, - .name = "checksum", + .name = "ev_reason", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), checksum), + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), ev_reason), }, - [4] = { - .struct_name = "convert_message_struct_avm_event_log", + [9] = { + .struct_name = "convert_message_struct_avm_event_wlan", .type_name = "unsigned int", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "rebootflag", + .name = "avm_capabilities", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), rebootflag), + .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), avm_capabilities), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct cpmac_port' + * Endian Convert-Table for: 'struct avm_event_push_button' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_cpmac_port[] = { +struct _endian_convert convert_message_struct_avm_event_push_button[] = { [0] = { - .struct_name = "convert_message_struct_cpmac_port", - .type_name = "uint8_t", + .struct_name = "convert_message_struct_avm_event_push_button", + .type_name = "enum _avm_event_push_button_key", .flags = 0, - .name = "cable", - .size = sizeof(uint8_t), - .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), cable), + .name = "key", + .size = sizeof(enum _avm_event_push_button_key), + .offset = __builtin_offsetof(struct avm_event_push_button __attribute__ ((packed)), key), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_push_button_key_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_event_push_button_key, + .enumName = "enum_table__avm_event_push_button_key" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct_cpmac_port", - .type_name = "uint8_t", - .flags = 0, - .name = "link", - .size = sizeof(uint8_t), - .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), link), - }, - [2] = { - .struct_name = "convert_message_struct_cpmac_port", - .type_name = "uint8_t", - .flags = 0, - .name = "speed100", - .size = sizeof(uint8_t), - .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), speed100), + .struct_name = "convert_message_struct_avm_event_push_button", + .type_name = "uint32_t", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "pressed", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_push_button __attribute__ ((packed)), pressed), }, - [3] = { - .struct_name = "convert_message_struct_cpmac_port", - .type_name = "uint8_t", - .flags = 0, - .name = "fullduplex", - .size = sizeof(uint8_t), - .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), fullduplex), +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_tffs_close' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_tffs_close[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_tffs_close", + .type_name = "uint32_t", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "dummy", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_close __attribute__ ((packed)), dummy), }, - [4] = { - .struct_name = "convert_message_struct_cpmac_port", - .type_name = "enum _avm_event_ethernet_speed", - .flags = 0, - .name = "speed", - .size = sizeof(enum _avm_event_ethernet_speed), - .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), speed), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_ethernet_speed_name, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_powermanagment_remote' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_powermanagment_remote[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_powermanagment_remote", + .type_name = "enum avm_event_powermanagment_remote_action", + .flags = ENDIAN_CONVERT_SELECT | 0, + .name = "remote_action", + .size = sizeof(enum avm_event_powermanagment_remote_action), + .offset = __builtin_offsetof(struct avm_event_powermanagment_remote __attribute__ ((packed)), remote_action), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_powermanagment_remote_action_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_ethernet_speed, - .enumName = "enum_table__avm_event_ethernet_speed" + .enumInfo = enum_table_avm_event_powermanagment_remote_action, + .enumName = "enum_table_avm_event_powermanagment_remote_action" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [5] = { - .struct_name = "convert_message_struct_cpmac_port", - .type_name = "enum _avm_event_ethernet_speed", + [1] = { + .struct_name = "convert_message_struct_avm_event_powermanagment_remote", + .type_name = "union avm_event_powermanagment_remote_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "param", + .substruct = convert_message_union_avm_event_powermanagment_remote_union, + .offset = __builtin_offsetof(struct avm_event_powermanagment_remote __attribute__ ((packed)), param), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_source_notifier' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_source_notifier[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_source_notifier", + .type_name = "enum _avm_event_id", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "maxspeed", - .size = sizeof(enum _avm_event_ethernet_speed), - .offset = __builtin_offsetof(struct cpmac_port __attribute__ ((packed)), maxspeed), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_ethernet_speed_name, + .name = "id", + .size = sizeof(enum _avm_event_id), + .offset = __builtin_offsetof(struct avm_event_source_notifier __attribute__ ((packed)), id), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_ethernet_speed, - .enumName = "enum_table__avm_event_ethernet_speed" + .enumInfo = enum_table__avm_event_id, + .enumName = "enum_table__avm_event_id" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; @@ -1923,334 +1434,143 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "uint32_t", - .flags = 0, - .name = "src_id", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), src_id), - }, - [1] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "uint32_t", - .flags = 0, - .name = "dst_id", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), dst_id), - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "uint32_t", - .flags = 0, - .name = "seq_nr", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), seq_nr), - }, - [3] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "uint32_t", - .flags = 0, - .name = "ack", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), ack), - }, - [4] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "uint64_t", - .flags = 0, - .name = "srv_handle", - .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), srv_handle), - }, - [5] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "uint64_t", - .flags = 0, - .name = "clt_handle", - .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), clt_handle), - }, - [6] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "int32_t", - .flags = 0, - .name = "result", - .size = sizeof(int32_t), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), result), - }, - [7] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "enum avm_event_tffs_call_type", - .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "type", - .size = sizeof(enum avm_event_tffs_call_type), - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), type), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_tffs_call_type_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_tffs_call_type, - .enumName = "enum_table_avm_event_tffs_call_type" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [8] = { - .struct_name = "convert_message_struct_avm_event_tffs", - .type_name = "union avm_event_tffs_call_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "call", - .substruct = convert_message_union_avm_event_tffs_call_union, - .offset = __builtin_offsetof(struct avm_event_tffs __attribute__ ((packed)), call), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_firmware_update_available' + * Endian Convert-Table for: 'struct _avm_event_mass_storage_unmount' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_firmware_update_available[] = { +struct _endian_convert convert_message_struct__avm_event_mass_storage_unmount[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_firmware_update_available", + .struct_name = "convert_message_struct__avm_event_mass_storage_unmount", .type_name = "struct _avm_event_header", .flags = 0, .name = "header", .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), header), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_unmount __attribute__ ((packed)), header), }, [1] = { - .struct_name = "convert_message_struct__avm_event_firmware_update_available", - .type_name = "enum avm_event_firmware_type", - .flags = 0, - .name = "type", - .size = sizeof(enum avm_event_firmware_type), - .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), type), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_firmware_type_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_firmware_type, - .enumName = "enum_table_avm_event_firmware_type" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [2] = { - .struct_name = "convert_message_struct__avm_event_firmware_update_available", + .struct_name = "convert_message_struct__avm_event_mass_storage_unmount", .type_name = "unsigned int", .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "version_length", + .name = "name_length", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), version_length), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_unmount __attribute__ ((packed)), name_length), }, - [3] = { - .struct_name = "convert_message_struct__avm_event_firmware_update_available", + [2] = { + .struct_name = "convert_message_struct__avm_event_mass_storage_unmount", .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "version", + .name = "name", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), version), + .offset = __builtin_offsetof(struct _avm_event_mass_storage_unmount __attribute__ ((packed)), name), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_mass_storage_mount' + * Endian Convert-Table for: 'struct avm_event_remotewatchdog' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_mass_storage_mount[] = { +struct _endian_convert convert_message_struct_avm_event_remotewatchdog[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_mount", - .type_name = "struct _avm_event_header", + .struct_name = "convert_message_struct_avm_event_remotewatchdog", + .type_name = "enum _avm_remote_wdt_cmd", .flags = 0, - .name = "header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), header), + .name = "cmd", + .size = sizeof(enum _avm_remote_wdt_cmd), + .offset = __builtin_offsetof(struct avm_event_remotewatchdog __attribute__ ((packed)), cmd), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remote_wdt_cmd_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_remote_wdt_cmd, + .enumName = "enum_table__avm_remote_wdt_cmd" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_mount", - .type_name = "unsigned long long", + .struct_name = "convert_message_struct_avm_event_remotewatchdog", + .type_name = "char", .flags = 0, - .name = "size", - .size = sizeof(unsigned long long), - .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), size), + .name = "name", + .size = sizeof(char) * 16, + .offset = __builtin_offsetof(struct avm_event_remotewatchdog __attribute__ ((packed)), name), }, [2] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_mount", - .type_name = "unsigned long long", - .flags = 0, - .name = "free", - .size = sizeof(unsigned long long), - .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), free), - }, - [3] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_mount", + .struct_name = "convert_message_struct_avm_event_remotewatchdog", .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "name_length", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), name_length), - }, - [4] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_mount", - .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "name", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_mass_storage_mount __attribute__ ((packed)), name), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_init' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_init[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_init", - .type_name = "int64_t", - .flags = 0, - .name = "mem_offset", - .size = sizeof(int64_t), - .offset = __builtin_offsetof(struct avm_event_tffs_init __attribute__ ((packed)), mem_offset), - }, - [1] = { - .struct_name = "convert_message_struct_avm_event_tffs_init", - .type_name = "uint32_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "max_seg_size", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_init __attribute__ ((packed)), max_seg_size), + .name = "param", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_remotewatchdog __attribute__ ((packed)), param), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_led_info' + * Endian Convert-Table for: 'struct avm_event_source_register' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_led_info[] = { +struct _endian_convert convert_message_struct_avm_event_source_register[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_led_info", - .type_name = "unsigned int", + .struct_name = "convert_message_struct_avm_event_source_register", + .type_name = "struct _avm_event_id_mask", .flags = 0, - .name = "mode", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), mode), + .name = "id_mask", + .substruct = convert_message_struct__avm_event_id_mask, + .offset = __builtin_offsetof(struct avm_event_source_register __attribute__ ((packed)), id_mask), }, [1] = { - .struct_name = "convert_message_struct_avm_event_led_info", - .type_name = "unsigned int", - .flags = 0, - .name = "param1", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), param1), - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_led_info", - .type_name = "unsigned int", - .flags = 0, - .name = "param2", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), param2), - }, - [3] = { - .struct_name = "convert_message_struct_avm_event_led_info", - .type_name = "unsigned int", - .flags = 0, - .name = "gpio_driver_type", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), gpio_driver_type), - }, - [4] = { - .struct_name = "convert_message_struct_avm_event_led_info", - .type_name = "unsigned int", - .flags = 0, - .name = "gpio", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), gpio), - }, - [5] = { - .struct_name = "convert_message_struct_avm_event_led_info", - .type_name = "unsigned int", - .flags = 0, - .name = "pos", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), pos), - }, - [6] = { - .struct_name = "convert_message_struct_avm_event_led_info", + .struct_name = "convert_message_struct_avm_event_source_register", .type_name = "char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, .name = "name", .size = sizeof(char) * 32, - .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), name), + .offset = __builtin_offsetof(struct avm_event_source_register __attribute__ ((packed)), name), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_push_button' + * Endian Convert-Table for: 'struct avm_event_data' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_push_button[] = { +struct _endian_convert convert_message_struct_avm_event_data[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_push_button", - .type_name = "enum _avm_event_push_button_key", - .flags = 0, - .name = "key", - .size = sizeof(enum _avm_event_push_button_key), - .offset = __builtin_offsetof(struct avm_event_push_button __attribute__ ((packed)), key), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_push_button_key_name, + .struct_name = "convert_message_struct_avm_event_data", + .type_name = "enum _avm_event_id", + .flags = ENDIAN_CONVERT_SELECT | 0, + .name = "id", + .size = sizeof(enum _avm_event_id), + .offset = __builtin_offsetof(struct avm_event_data __attribute__ ((packed)), id), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_push_button_key, - .enumName = "enum_table__avm_event_push_button_key" + .enumInfo = enum_table__avm_event_id, + .enumName = "enum_table__avm_event_id" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct_avm_event_push_button", - .type_name = "uint32_t", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "pressed", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_push_button __attribute__ ((packed)), pressed), + .struct_name = "convert_message_struct_avm_event_data", + .type_name = "union avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "data", + .substruct = convert_message_union_avm_event_data_union, + .offset = __builtin_offsetof(struct avm_event_data __attribute__ ((packed)), data), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_remotewatchdog' + * Endian Convert-Table for: 'struct _avm_event_powerline_status' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_remotewatchdog[] = { +struct _endian_convert convert_message_struct__avm_event_powerline_status[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_remotewatchdog", - .type_name = "enum _avm_remote_wdt_cmd", + .struct_name = "convert_message_struct__avm_event_powerline_status", + .type_name = "struct _avm_event_header", .flags = 0, - .name = "cmd", - .size = sizeof(enum _avm_remote_wdt_cmd), - .offset = __builtin_offsetof(struct avm_event_remotewatchdog __attribute__ ((packed)), cmd), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remote_wdt_cmd_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_remote_wdt_cmd, - .enumName = "enum_table__avm_remote_wdt_cmd" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_powerline_status __attribute__ ((packed)), event_header), }, [1] = { - .struct_name = "convert_message_struct_avm_event_remotewatchdog", - .type_name = "char", - .flags = 0, - .name = "name", - .size = sizeof(char) * 16, - .offset = __builtin_offsetof(struct avm_event_remotewatchdog __attribute__ ((packed)), name), - }, - [2] = { - .struct_name = "convert_message_struct_avm_event_remotewatchdog", - .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "param", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_remotewatchdog __attribute__ ((packed)), param), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_telefonprofile' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_telefonprofile[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_telefonprofile", - .type_name = "unsigned int", + .struct_name = "convert_message_struct__avm_event_powerline_status", + .type_name = "enum ePLCState", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "on", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_telefonprofile __attribute__ ((packed)), on), + .name = "status", + .size = sizeof(enum ePLCState), + .offset = __builtin_offsetof(struct _avm_event_powerline_status __attribute__ ((packed)), status), + .enum_debug_function = (char *(*)(unsigned int))get_enum_ePLCState_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_ePLCState, + .enumName = "enum_table_ePLCState" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; @@ -2301,279 +1621,355 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _cpmac_event_struct' + * Endian Convert-Table for: 'struct _avm_event_telephony_missed_call_params' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__cpmac_event_struct[] = { +struct _endian_convert convert_message_struct__avm_event_telephony_missed_call_params[] = { [0] = { - .struct_name = "convert_message_struct__cpmac_event_struct", - .type_name = "unsigned int", - .flags = 0, - .name = "ports", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _cpmac_event_struct __attribute__ ((packed)), ports), + .struct_name = "convert_message_struct__avm_event_telephony_missed_call_params", + .type_name = "enum avm_event_telephony_param_sel", + .flags = ENDIAN_CONVERT_SELECT | 0, + .name = "id", + .size = sizeof(enum avm_event_telephony_param_sel), + .offset = __builtin_offsetof(struct _avm_event_telephony_missed_call_params __attribute__ ((packed)), id), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_telephony_param_sel_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_avm_event_telephony_param_sel, + .enumName = "enum_table_avm_event_telephony_param_sel" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct__cpmac_event_struct", - .type_name = "struct cpmac_port", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "port", - .substruct = convert_message_struct_cpmac_port, - .offset = __builtin_offsetof(struct _cpmac_event_struct __attribute__ ((packed)), port), + .struct_name = "convert_message_struct__avm_event_telephony_missed_call_params", + .type_name = "union avm_event_telephony_call_params", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "params", + .substruct = convert_message_union_avm_event_telephony_call_params, + .offset = __builtin_offsetof(struct _avm_event_telephony_missed_call_params __attribute__ ((packed)), params), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_mass_storage_unmount' + * Endian Convert-Table for: 'struct avm_event_pm_info_stat' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_mass_storage_unmount[] = { +struct _endian_convert convert_message_struct_avm_event_pm_info_stat[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_mass_storage_unmount", - .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "name_length", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_mass_storage_unmount __attribute__ ((packed)), name_length), - }, - [1] = { - .struct_name = "convert_message_struct_avm_event_mass_storage_unmount", + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "name", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_mass_storage_unmount __attribute__ ((packed)), name), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_cpu_idle' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_cpu_idle[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", - .type_name = "struct _avm_event_header", .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), event_header), + .name = "reserved1", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), reserved1), }, [1] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", .flags = 0, - .name = "cpu_idle", + .name = "rate_sumact", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), cpu_idle), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_sumact), }, [2] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", .flags = 0, - .name = "dsl_dsp_idle", + .name = "rate_sumcum", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), dsl_dsp_idle), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_sumcum), }, [3] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", .flags = 0, - .name = "voice_dsp_idle", + .name = "rate_systemact", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), voice_dsp_idle), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_systemact), }, [4] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", .flags = 0, - .name = "mem_strictlyused", + .name = "rate_systemcum", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), mem_strictlyused), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_systemcum), }, [5] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", .flags = 0, - .name = "mem_cacheused", + .name = "system_status", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), mem_cacheused), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), system_status), }, [6] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", .flags = 0, - .name = "mem_physfree", + .name = "rate_dspact", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), mem_physfree), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dspact), }, [7] = { - .struct_name = "convert_message_struct__avm_event_cpu_idle", - .type_name = "enum _cputype", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "cputype", - .size = sizeof(enum _cputype), - .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), cputype), - .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__cputype, - .enumName = "enum_table__cputype" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_dspcum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dspcum), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_paniclog' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_paniclog[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_paniclog", - .type_name = "uint64_t", + [8] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", .flags = 0, - .name = "buff_addr", - .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_tffs_paniclog __attribute__ ((packed)), buff_addr), + .name = "rate_wlanact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_wlanact), }, - [1] = { - .struct_name = "convert_message_struct_avm_event_tffs_paniclog", - .type_name = "uint64_t", + [9] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", .flags = 0, - .name = "len", - .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_tffs_paniclog __attribute__ ((packed)), len), + .name = "rate_wlancum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_wlancum), }, - [2] = { - .struct_name = "convert_message_struct_avm_event_tffs_paniclog", - .type_name = "int32_t", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "crc", - .size = sizeof(int32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_paniclog __attribute__ ((packed)), crc), + [10] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "wlan_devices", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), wlan_devices), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_cpu_run' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_cpu_run[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_cpu_run", - .type_name = "enum _cputype", + [11] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", .flags = 0, - .name = "cputype", - .size = sizeof(enum _cputype), - .offset = __builtin_offsetof(struct avm_event_cpu_run __attribute__ ((packed)), cputype), - .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__cputype, - .enumName = "enum_table__cputype" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "wlan_status", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), wlan_status), }, - [1] = { - .struct_name = "convert_message_struct_avm_event_cpu_run", + [12] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "cpu_run", - .size = sizeof(unsigned char) * 4, - .offset = __builtin_offsetof(struct avm_event_cpu_run __attribute__ ((packed)), cpu_run), + .flags = 0, + .name = "rate_ethact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_ethact), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_cmd_param_release' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_cmd_param_release[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_cmd_param_release", - .type_name = "char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "Name", - .size = sizeof(char) * 33, - .offset = __builtin_offsetof(struct _avm_event_cmd_param_release __attribute__ ((packed)), Name), + [13] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_ethcum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_ethcum), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_mass_storage_unmount' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_mass_storage_unmount[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_unmount", - .type_name = "struct _avm_event_header", + [14] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned short", .flags = 0, - .name = "header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_mass_storage_unmount __attribute__ ((packed)), header), + .name = "eth_status", + .size = sizeof(unsigned short), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), eth_status), }, - [1] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_unmount", - .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "name_length", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_mass_storage_unmount __attribute__ ((packed)), name_length), + [15] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_abact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_abact), }, - [2] = { - .struct_name = "convert_message_struct__avm_event_mass_storage_unmount", + [16] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "name", + .flags = 0, + .name = "rate_abcum", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_mass_storage_unmount __attribute__ ((packed)), name), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_abcum), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct wlan_event_data_client_state_change' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_wlan_event_data_client_state_change[] = { - [0] = { - .struct_name = "convert_message_struct_wlan_event_data_client_state_change", - .type_name = "struct wlan_event_data_client_common", + [17] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned short", .flags = 0, - .name = "common", - .substruct = convert_message_struct_wlan_event_data_client_common, - .offset = __builtin_offsetof(struct wlan_event_data_client_state_change __attribute__ ((packed)), common), + .name = "isdn_status", + .size = sizeof(unsigned short), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), isdn_status), }, - [1] = { - .struct_name = "convert_message_struct_wlan_event_data_client_state_change", - .type_name = "uint8_t", + [18] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_dectact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dectact), + }, + [19] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_dectcum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dectcum), + }, + [20] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_battchargeact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_battchargeact), + }, + [21] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_battchargecum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_battchargecum), + }, + [22] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "dect_status", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), dect_status), + }, + [23] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_usbhostact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_usbhostact), + }, + [24] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_usbhostcum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_usbhostcum), + }, + [25] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "usb_status", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), usb_status), + }, + [26] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "signed char", + .flags = 0, + .name = "act_temperature", + .size = sizeof(signed char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), act_temperature), + }, + [27] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "signed char", + .flags = 0, + .name = "min_temperature", + .size = sizeof(signed char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), min_temperature), + }, + [28] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "signed char", + .flags = 0, + .name = "max_temperature", + .size = sizeof(signed char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), max_temperature), + }, + [29] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "signed char", + .flags = 0, + .name = "avg_temperature", + .size = sizeof(signed char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), avg_temperature), + }, + [30] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_lteact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_lteact), + }, + [31] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_ltecum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_ltecum), + }, + [32] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", + .flags = 0, + .name = "rate_dvbcact", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dvbcact), + }, + [33] = { + .struct_name = "convert_message_struct_avm_event_pm_info_stat", + .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "state", - .size = sizeof(uint8_t), - .offset = __builtin_offsetof(struct wlan_event_data_client_state_change __attribute__ ((packed)), state), + .name = "rate_dvbccum", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_pm_info_stat __attribute__ ((packed)), rate_dvbccum), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_internet_new_ip' + * Endian Convert-Table for: 'struct avm_event_tffs_open' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_internet_new_ip[] = { +struct _endian_convert convert_message_struct_avm_event_tffs_open[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_internet_new_ip", - .type_name = "struct _avm_event_header", + .struct_name = "convert_message_struct_avm_event_tffs_open", + .type_name = "uint32_t", .flags = 0, - .name = "header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_internet_new_ip __attribute__ ((packed)), header), + .name = "id", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_open __attribute__ ((packed)), id), }, [1] = { - .struct_name = "convert_message_struct__avm_event_internet_new_ip", - .type_name = "enum avm_event_internet_new_ip_param_sel", - .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "sel", - .size = sizeof(enum avm_event_internet_new_ip_param_sel), - .offset = __builtin_offsetof(struct _avm_event_internet_new_ip __attribute__ ((packed)), sel), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_internet_new_ip_param_sel_name, + .struct_name = "convert_message_struct_avm_event_tffs_open", + .type_name = "enum avm_event_tffs_open_mode", + .flags = 0, + .name = "mode", + .size = sizeof(enum avm_event_tffs_open_mode), + .offset = __builtin_offsetof(struct avm_event_tffs_open __attribute__ ((packed)), mode), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_tffs_open_mode_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_internet_new_ip_param_sel, - .enumName = "enum_table_avm_event_internet_new_ip_param_sel" + .enumInfo = enum_table_avm_event_tffs_open_mode, + .enumName = "enum_table_avm_event_tffs_open_mode" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [2] = { - .struct_name = "convert_message_struct__avm_event_internet_new_ip", - .type_name = "union avm_event_internet_new_ip_param", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "params", - .substruct = convert_message_union_avm_event_internet_new_ip_param, - .offset = __builtin_offsetof(struct _avm_event_internet_new_ip __attribute__ ((packed)), params), + .struct_name = "convert_message_struct_avm_event_tffs_open", + .type_name = "uint32_t", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "max_segment_size", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_open __attribute__ ((packed)), max_segment_size), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_id_mask' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_id_mask[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_id_mask", + .type_name = "avm_event_mask_fieldentry", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "mask", + .offset = __builtin_offsetof(struct _avm_event_id_mask __attribute__ ((packed)), mask), }, }; @@ -2688,6 +2084,63 @@ }; /*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_temperature' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_temperature[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_temperature", + .type_name = "int", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "temperature", + .size = sizeof(int), + .offset = __builtin_offsetof(struct avm_event_temperature __attribute__ ((packed)), temperature), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_remotepcmlink' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_remotepcmlink[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_remotepcmlink", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), event_header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_remotepcmlink", + .type_name = "enum _avm_remotepcmlinktype", + .flags = 0, + .name = "type", + .size = sizeof(enum _avm_remotepcmlinktype), + .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), type), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remotepcmlinktype_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_remotepcmlinktype, + .enumName = "enum_table__avm_remotepcmlinktype" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, + [2] = { + .struct_name = "convert_message_struct__avm_event_remotepcmlink", + .type_name = "unsigned int", + .flags = 0, + .name = "sharedlen", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), sharedlen), + }, + [3] = { + .struct_name = "convert_message_struct__avm_event_remotepcmlink", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "sharedpointer", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_remotepcmlink __attribute__ ((packed)), sharedpointer), + }, +}; + +/*------------------------------------------------------------------------------------------*\ * Endian Convert-Table for: 'struct _avm_event_telephony_missed_call' \*------------------------------------------------------------------------------------------*/ struct _endian_convert convert_message_struct__avm_event_telephony_missed_call[] = { @@ -2718,51 +2171,556 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_powermanagment_remote_ressourceinfo' + * Endian Convert-Table for: 'struct avm_event_source_unregister' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_powermanagment_remote_ressourceinfo[] = { +struct _endian_convert convert_message_struct_avm_event_source_unregister[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_powermanagment_remote_ressourceinfo", + .struct_name = "convert_message_struct_avm_event_source_unregister", + .type_name = "struct _avm_event_id_mask", + .flags = 0, + .name = "id_mask", + .substruct = convert_message_struct__avm_event_id_mask, + .offset = __builtin_offsetof(struct avm_event_source_unregister __attribute__ ((packed)), id_mask), + }, + [1] = { + .struct_name = "convert_message_struct_avm_event_source_unregister", + .type_name = "char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "name", + .size = sizeof(char) * 32, + .offset = __builtin_offsetof(struct avm_event_source_unregister __attribute__ ((packed)), name), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_smarthome_switch_status' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_smarthome_switch_status[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", + .type_name = "enum avm_event_switch_type", + .flags = 0, + .name = "type", + .size = sizeof(enum avm_event_switch_type), + .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), type), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_switch_type_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_avm_event_switch_type, + .enumName = "enum_table_avm_event_switch_type" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, + [2] = { + .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", + .type_name = "unsigned int", + .flags = 0, + .name = "value", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), value), + }, + [3] = { + .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, + .name = "ain_length", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), ain_length), + }, + [4] = { + .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", + .type_name = "unsigned char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "ain", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), ain), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_telephony_string' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_telephony_string[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_telephony_string", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, + .name = "length", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_telephony_string __attribute__ ((packed)), length), + }, + [1] = { + .struct_name = "convert_message_struct_avm_event_telephony_string", + .type_name = "unsigned char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "string", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_telephony_string __attribute__ ((packed)), string), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct wlan_event_data_client_common' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_wlan_event_data_client_common[] = { + [0] = { + .struct_name = "convert_message_struct_wlan_event_data_client_common", + .type_name = "uint8_t", + .flags = 0, + .name = "mac", + .size = sizeof(uint8_t) * 6, + .offset = __builtin_offsetof(struct wlan_event_data_client_common __attribute__ ((packed)), mac), + }, + [1] = { + .struct_name = "convert_message_struct_wlan_event_data_client_common", + .type_name = "char", + .flags = 0, + .name = "iface", + .size = sizeof(char) * IFNAMSIZ + 1, + .offset = __builtin_offsetof(struct wlan_event_data_client_common __attribute__ ((packed)), iface), + }, + [2] = { + .struct_name = "convert_message_struct_wlan_event_data_client_common", + .type_name = "char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "initiator", + .size = sizeof(char) * 16 + 1, + .offset = __builtin_offsetof(struct wlan_event_data_client_common __attribute__ ((packed)), initiator), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_led_status' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_led_status[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_led_status", + .type_name = "enum avm_event_led_id", + .flags = 0, + .name = "led", + .size = sizeof(enum avm_event_led_id), + .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), led), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_led_id_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_avm_event_led_id, + .enumName = "enum_table_avm_event_led_id" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, + [1] = { + .struct_name = "convert_message_struct_avm_event_led_status", + .type_name = "unsigned int", + .flags = 0, + .name = "state", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), state), + }, + [2] = { + .struct_name = "convert_message_struct_avm_event_led_status", + .type_name = "unsigned int", + .flags = 0, + .name = "param_len", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), param_len), + }, + [3] = { + .struct_name = "convert_message_struct_avm_event_led_status", + .type_name = "unsigned char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "params", + .size = sizeof(unsigned char) * 245, + .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), params), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_powermanagment_remote_ressourceinfo' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_powermanagment_remote_ressourceinfo[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_remote_ressourceinfo", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_remote_ressourceinfo", .type_name = "enum _powermanagment_device", .flags = 0, .name = "device", .size = sizeof(enum _powermanagment_device), - .offset = __builtin_offsetof(struct avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), device), + .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), device), .enum_debug_function = (char *(*)(unsigned int))get_enum__powermanagment_device_name, #ifdef WIRESHARK_PLUGIN .enumInfo = enum_table__powermanagment_device, .enumName = "enum_table__powermanagment_device" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [1] = { - .struct_name = "convert_message_struct_avm_event_powermanagment_remote_ressourceinfo", + [2] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_remote_ressourceinfo", .type_name = "unsigned int", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, .name = "power_rate", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), power_rate), + .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote_ressourceinfo __attribute__ ((packed)), power_rate), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_telephony_missed_call' + * Endian Convert-Table for: 'struct _avm_event_firmware_update_available' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_telephony_missed_call[] = { +struct _endian_convert convert_message_struct__avm_event_firmware_update_available[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_telephony_missed_call", + .struct_name = "convert_message_struct__avm_event_firmware_update_available", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_firmware_update_available", + .type_name = "enum avm_event_firmware_type", + .flags = 0, + .name = "type", + .size = sizeof(enum avm_event_firmware_type), + .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), type), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_firmware_type_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_avm_event_firmware_type, + .enumName = "enum_table_avm_event_firmware_type" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, + [2] = { + .struct_name = "convert_message_struct__avm_event_firmware_update_available", .type_name = "unsigned int", .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "length", + .name = "version_length", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_telephony_missed_call __attribute__ ((packed)), length), + .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), version_length), + }, + [3] = { + .struct_name = "convert_message_struct__avm_event_firmware_update_available", + .type_name = "unsigned char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "version", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_firmware_update_available __attribute__ ((packed)), version), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_telefonprofile' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_telefonprofile[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_telefonprofile", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_telefonprofile __attribute__ ((packed)), event_header), }, [1] = { - .struct_name = "convert_message_struct_avm_event_telephony_missed_call", - .type_name = "struct _avm_event_telephony_missed_call_params", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "p", - .substruct = convert_message_struct__avm_event_telephony_missed_call_params, - .offset = __builtin_offsetof(struct avm_event_telephony_missed_call __attribute__ ((packed)), p), + .struct_name = "convert_message_struct__avm_event_telefonprofile", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "on", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_telefonprofile __attribute__ ((packed)), on), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_powermanagment_remote' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_powermanagment_remote[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_remote", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote __attribute__ ((packed)), header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_remote", + .type_name = "enum avm_event_powermanagment_remote_action", + .flags = ENDIAN_CONVERT_SELECT | 0, + .name = "remote_action", + .size = sizeof(enum avm_event_powermanagment_remote_action), + .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote __attribute__ ((packed)), remote_action), + .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_powermanagment_remote_action_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_avm_event_powermanagment_remote_action, + .enumName = "enum_table_avm_event_powermanagment_remote_action" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, + [2] = { + .struct_name = "convert_message_struct__avm_event_powermanagment_remote", + .type_name = "union avm_event_powermanagment_remote_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "param", + .substruct = convert_message_union_avm_event_powermanagment_remote_union, + .offset = __builtin_offsetof(struct _avm_event_powermanagment_remote __attribute__ ((packed)), param), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_cpu_idle' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_cpu_idle[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "cpu_idle", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), cpu_idle), + }, + [1] = { + .struct_name = "convert_message_struct_avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "dsl_dsp_idle", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), dsl_dsp_idle), + }, + [2] = { + .struct_name = "convert_message_struct_avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "voice_dsp_idle", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), voice_dsp_idle), + }, + [3] = { + .struct_name = "convert_message_struct_avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "mem_strictlyused", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), mem_strictlyused), + }, + [4] = { + .struct_name = "convert_message_struct_avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "mem_cacheused", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), mem_cacheused), + }, + [5] = { + .struct_name = "convert_message_struct_avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "mem_physfree", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), mem_physfree), + }, + [6] = { + .struct_name = "convert_message_struct_avm_event_cpu_idle", + .type_name = "enum _cputype", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "cputype", + .size = sizeof(enum _cputype), + .offset = __builtin_offsetof(struct avm_event_cpu_idle __attribute__ ((packed)), cputype), + .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__cputype, + .enumName = "enum_table__cputype" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_remote_source_trigger_request' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_remote_source_trigger_request[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_remote_source_trigger_request", + .type_name = "struct avm_event_data", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "data", + .substruct = convert_message_struct_avm_event_data, + .offset = __builtin_offsetof(struct avm_event_remote_source_trigger_request __attribute__ ((packed)), data), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_remotewatchdog' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_remotewatchdog[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_remotewatchdog", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), event_header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_remotewatchdog", + .type_name = "enum _avm_remote_wdt_cmd", + .flags = 0, + .name = "cmd", + .size = sizeof(enum _avm_remote_wdt_cmd), + .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), cmd), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remote_wdt_cmd_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_remote_wdt_cmd, + .enumName = "enum_table__avm_remote_wdt_cmd" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + }, + [2] = { + .struct_name = "convert_message_struct__avm_event_remotewatchdog", + .type_name = "char", + .flags = 0, + .name = "name", + .size = sizeof(char) * 16, + .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), name), + }, + [3] = { + .struct_name = "convert_message_struct__avm_event_remotewatchdog", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "param", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_remotewatchdog __attribute__ ((packed)), param), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_tffs_read' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_tffs_read[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_tffs_read", + .type_name = "uint64_t", + .flags = 0, + .name = "buff_addr", + .size = sizeof(uint64_t), + .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), buff_addr), + }, + [1] = { + .struct_name = "convert_message_struct_avm_event_tffs_read", + .type_name = "uint64_t", + .flags = 0, + .name = "len", + .size = sizeof(uint64_t), + .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), len), + }, + [2] = { + .struct_name = "convert_message_struct_avm_event_tffs_read", + .type_name = "uint32_t", + .flags = 0, + .name = "id", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), id), + }, + [3] = { + .struct_name = "convert_message_struct_avm_event_tffs_read", + .type_name = "int32_t", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "crc", + .size = sizeof(int32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_read __attribute__ ((packed)), crc), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_tffs_info' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_tffs_info[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_tffs_info", + .type_name = "uint32_t", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "fill_level", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_info __attribute__ ((packed)), fill_level), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_cpu_idle' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_cpu_idle[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), event_header), + }, + [1] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "cpu_idle", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), cpu_idle), + }, + [2] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "dsl_dsp_idle", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), dsl_dsp_idle), + }, + [3] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "voice_dsp_idle", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), voice_dsp_idle), + }, + [4] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "mem_strictlyused", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), mem_strictlyused), + }, + [5] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "mem_cacheused", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), mem_cacheused), + }, + [6] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "unsigned char", + .flags = 0, + .name = "mem_physfree", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), mem_physfree), + }, + [7] = { + .struct_name = "convert_message_struct__avm_event_cpu_idle", + .type_name = "enum _cputype", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "cputype", + .size = sizeof(enum _cputype), + .offset = __builtin_offsetof(struct _avm_event_cpu_idle __attribute__ ((packed)), cputype), + .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__cputype, + .enumName = "enum_table__cputype" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; @@ -2837,107 +2795,69 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct wlan_event_data_client_connect_info' + * Endian Convert-Table for: 'struct _avm_event_push_button' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_wlan_event_data_client_connect_info[] = { +struct _endian_convert convert_message_struct__avm_event_push_button[] = { [0] = { - .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", - .type_name = "struct wlan_event_data_client_common", + .struct_name = "convert_message_struct__avm_event_push_button", + .type_name = "enum _avm_event_id", .flags = 0, - .name = "common", - .substruct = convert_message_struct_wlan_event_data_client_common, - .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), common), + .name = "id", + .size = sizeof(enum _avm_event_id), + .offset = __builtin_offsetof(struct _avm_event_push_button __attribute__ ((packed)), id), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_event_id, + .enumName = "enum_table__avm_event_id" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", - .type_name = "uint8_t", + .struct_name = "convert_message_struct__avm_event_push_button", + .type_name = "enum _avm_event_push_button_key", .flags = 0, - .name = "info_context", - .size = sizeof(uint8_t), - .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), info_context), + .name = "key", + .size = sizeof(enum _avm_event_push_button_key), + .offset = __builtin_offsetof(struct _avm_event_push_button __attribute__ ((packed)), key), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_push_button_key_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_event_push_button_key, + .enumName = "enum_table__avm_event_push_button_key" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [2] = { - .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", - .type_name = "uint8_t", - .flags = 0, - .name = "reason", - .size = sizeof(uint8_t), - .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), reason), - }, - [3] = { - .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", + .struct_name = "convert_message_struct__avm_event_push_button", .type_name = "uint32_t", - .flags = 0, - .name = "max_node_count", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), max_node_count), - }, - [4] = { - .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", - .type_name = "uint16_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "ieee80211_code", - .size = sizeof(unsigned short), - .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), ieee80211_code), + .name = "pressed", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct _avm_event_push_button __attribute__ ((packed)), pressed), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_log' + * Endian Convert-Table for: 'struct avm_event_cpu_run' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_log[] = { +struct _endian_convert convert_message_struct_avm_event_cpu_run[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_log", - .type_name = "struct _avm_event_header", - .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), event_header), - }, - [1] = { - .struct_name = "convert_message_struct__avm_event_log", - .type_name = "enum _avm_logtype", + .struct_name = "convert_message_struct_avm_event_cpu_run", + .type_name = "enum _cputype", .flags = 0, - .name = "logtype", - .size = sizeof(enum _avm_logtype), - .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), logtype), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_logtype_name, + .name = "cputype", + .size = sizeof(enum _cputype), + .offset = __builtin_offsetof(struct avm_event_cpu_run __attribute__ ((packed)), cputype), + .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_logtype, - .enumName = "enum_table__avm_logtype" + .enumInfo = enum_table__cputype, + .enumName = "enum_table__cputype" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [2] = { - .struct_name = "convert_message_struct__avm_event_log", - .type_name = "unsigned int", - .flags = 0, - .name = "loglen", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), loglen), - }, - [3] = { - .struct_name = "convert_message_struct__avm_event_log", - .type_name = "unsigned int", - .flags = 0, - .name = "logpointer", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), logpointer), - }, - [4] = { - .struct_name = "convert_message_struct__avm_event_log", - .type_name = "unsigned int", - .flags = 0, - .name = "checksum", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), checksum), - }, - [5] = { - .struct_name = "convert_message_struct__avm_event_log", - .type_name = "unsigned int", + [1] = { + .struct_name = "convert_message_struct_avm_event_cpu_run", + .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "rebootflag", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_log __attribute__ ((packed)), rebootflag), + .name = "cpu_run", + .size = sizeof(unsigned char) * 4, + .offset = __builtin_offsetof(struct avm_event_cpu_run __attribute__ ((packed)), cpu_run), }, }; @@ -2985,582 +2905,657 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_powermanagment_status' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_powermanagment_status[] = { - [0] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_status", - .type_name = "struct _avm_event_header", - .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_powermanagment_status __attribute__ ((packed)), event_header), - }, - [1] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_status", - .type_name = "enum _powermanagment_status_type", - .flags = ENDIAN_CONVERT_SELECT | 0, - .name = "substatus", - .size = sizeof(enum _powermanagment_status_type), - .offset = __builtin_offsetof(struct _avm_event_powermanagment_status __attribute__ ((packed)), substatus), - .enum_debug_function = (char *(*)(unsigned int))get_enum__powermanagment_status_type_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__powermanagment_status_type, - .enumName = "enum_table__powermanagment_status_type" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [2] = { - .struct_name = "convert_message_struct__avm_event_powermanagment_status", - .type_name = "union __powermanagment_status_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_SELECT_ENTRY | ENDIAN_CONVERT_IGNORE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "param", - .substruct = convert_message_union___powermanagment_status_union, - .offset = __builtin_offsetof(struct _avm_event_powermanagment_status __attribute__ ((packed)), param), - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_powerline_status' + * Endian Convert-Table for: 'struct _avm_event_header' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_powerline_status[] = { +struct _endian_convert convert_message_struct__avm_event_header[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_powerline_status", - .type_name = "enum ePLCState", + .struct_name = "convert_message_struct__avm_event_header", + .type_name = "enum _avm_event_id", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "status", - .size = sizeof(enum ePLCState), - .offset = __builtin_offsetof(struct avm_event_powerline_status __attribute__ ((packed)), status), - .enum_debug_function = (char *(*)(unsigned int))get_enum_ePLCState_name, + .name = "id", + .size = sizeof(enum _avm_event_id), + .offset = __builtin_offsetof(struct _avm_event_header __attribute__ ((packed)), id), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_ePLCState, - .enumName = "enum_table_ePLCState" + .enumInfo = enum_table__avm_event_id, + .enumName = "enum_table__avm_event_id" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_id_mask' + * Endian Convert-Table for: 'struct cpmac_event_struct' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_id_mask[] = { +struct _endian_convert convert_message_struct_cpmac_event_struct[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_id_mask", - .type_name = "avm_event_mask_fieldentry", + .struct_name = "convert_message_struct_cpmac_event_struct", + .type_name = "struct _avm_event_header", + .flags = 0, + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct cpmac_event_struct __attribute__ ((packed)), event_header), + }, + [1] = { + .struct_name = "convert_message_struct_cpmac_event_struct", + .type_name = "unsigned int", + .flags = 0, + .name = "ports", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct cpmac_event_struct __attribute__ ((packed)), ports), + }, + [2] = { + .struct_name = "convert_message_struct_cpmac_event_struct", + .type_name = "struct cpmac_port", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "mask", - .offset = __builtin_offsetof(struct _avm_event_id_mask __attribute__ ((packed)), mask), + .name = "port", + .substruct = convert_message_struct_cpmac_port, + .offset = __builtin_offsetof(struct cpmac_event_struct __attribute__ ((packed)), port), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_wlan' + * Endian Convert-Table for: 'struct avm_event_led_info' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_wlan[] = { +struct _endian_convert convert_message_struct_avm_event_led_info[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_wlan", - .type_name = "char", + .struct_name = "convert_message_struct_avm_event_led_info", + .type_name = "unsigned int", .flags = 0, - .name = "mac", - .size = sizeof(char) * 6, - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), mac), + .name = "mode", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), mode), }, [1] = { - .struct_name = "convert_message_struct_avm_event_wlan", - .type_name = "union avm_event_wlan_client_status_u1", - .flags = ENDIAN_CONVERT_IGNORE | 0, - .name = "u1", - .substruct = convert_message_union_avm_event_wlan_client_status_u1, - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), u1), + .struct_name = "convert_message_struct_avm_event_led_info", + .type_name = "unsigned int", + .flags = 0, + .name = "param1", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), param1), }, [2] = { - .struct_name = "convert_message_struct_avm_event_wlan", - .type_name = "wlan_event", + .struct_name = "convert_message_struct_avm_event_led_info", + .type_name = "unsigned int", .flags = 0, - .name = "event", - .size = sizeof(wlan_event), - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), event), + .name = "param2", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), param2), }, [3] = { - .struct_name = "convert_message_struct_avm_event_wlan", - .type_name = "wlan_info", + .struct_name = "convert_message_struct_avm_event_led_info", + .type_name = "unsigned int", .flags = 0, - .name = "info", - .size = sizeof(wlan_info), - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), info), + .name = "gpio_driver_type", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), gpio_driver_type), }, [4] = { - .struct_name = "convert_message_struct_avm_event_wlan", - .type_name = "enum wlan_sm_states", + .struct_name = "convert_message_struct_avm_event_led_info", + .type_name = "unsigned int", .flags = 0, - .name = "status", - .size = sizeof(enum wlan_sm_states), - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), status), - .enum_debug_function = (char *(*)(unsigned int))get_enum_wlan_sm_states_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_wlan_sm_states, - .enumName = "enum_table_wlan_sm_states" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "gpio", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), gpio), }, [5] = { - .struct_name = "convert_message_struct_avm_event_wlan", - .type_name = "union avm_event_wlan_client_status_u2", - .flags = ENDIAN_CONVERT_IGNORE | 0, - .name = "u2", - .substruct = convert_message_union_avm_event_wlan_client_status_u2, - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), u2), + .struct_name = "convert_message_struct_avm_event_led_info", + .type_name = "unsigned int", + .flags = 0, + .name = "pos", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), pos), }, [6] = { - .struct_name = "convert_message_struct_avm_event_wlan", + .struct_name = "convert_message_struct_avm_event_led_info", .type_name = "char", - .flags = 0, - .name = "if_name", - .size = sizeof(char) * IFNAMSIZ, - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), if_name), + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "name", + .size = sizeof(char) * 32, + .offset = __builtin_offsetof(struct avm_event_led_info __attribute__ ((packed)), name), }, - [7] = { - .struct_name = "convert_message_struct_avm_event_wlan", - .type_name = "unsigned int", +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct avm_event_remotepcmlink' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_avm_event_remotepcmlink[] = { + [0] = { + .struct_name = "convert_message_struct_avm_event_remotepcmlink", + .type_name = "enum _avm_remotepcmlinktype", .flags = 0, - .name = "ev_initiator", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), ev_initiator), + .name = "type", + .size = sizeof(enum _avm_remotepcmlinktype), + .offset = __builtin_offsetof(struct avm_event_remotepcmlink __attribute__ ((packed)), type), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_remotepcmlinktype_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_remotepcmlinktype, + .enumName = "enum_table__avm_remotepcmlinktype" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, - [8] = { - .struct_name = "convert_message_struct_avm_event_wlan", + [1] = { + .struct_name = "convert_message_struct_avm_event_remotepcmlink", .type_name = "unsigned int", .flags = 0, - .name = "ev_reason", + .name = "sharedlen", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), ev_reason), + .offset = __builtin_offsetof(struct avm_event_remotepcmlink __attribute__ ((packed)), sharedlen), }, - [9] = { - .struct_name = "convert_message_struct_avm_event_wlan", + [2] = { + .struct_name = "convert_message_struct_avm_event_remotepcmlink", .type_name = "unsigned int", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "avm_capabilities", + .name = "sharedpointer", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_wlan __attribute__ ((packed)), avm_capabilities), + .offset = __builtin_offsetof(struct avm_event_remotepcmlink __attribute__ ((packed)), sharedpointer), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_cmd_param_register' + * Endian Convert-Table for: 'struct wlan_event_data_scan_common' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_cmd_param_register[] = { +struct _endian_convert convert_message_struct_wlan_event_data_scan_common[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_cmd_param_register", - .type_name = "struct _avm_event_id_mask", + .struct_name = "convert_message_struct_wlan_event_data_scan_common", + .type_name = "char", .flags = 0, - .name = "mask", - .substruct = convert_message_struct__avm_event_id_mask, - .offset = __builtin_offsetof(struct _avm_event_cmd_param_register __attribute__ ((packed)), mask), + .name = "iface", + .size = sizeof(char) * IFNAMSIZ + 1, + .offset = __builtin_offsetof(struct wlan_event_data_scan_common __attribute__ ((packed)), iface), }, [1] = { - .struct_name = "convert_message_struct__avm_event_cmd_param_register", + .struct_name = "convert_message_struct_wlan_event_data_scan_common", .type_name = "char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "Name", - .size = sizeof(char) * 33, - .offset = __builtin_offsetof(struct _avm_event_cmd_param_register __attribute__ ((packed)), Name), + .name = "initiator", + .size = sizeof(char) * 16 + 1, + .offset = __builtin_offsetof(struct wlan_event_data_scan_common __attribute__ ((packed)), initiator), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_source_notifier' + * Endian Convert-Table for: 'struct avm_event_tffs_cleanup' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_source_notifier[] = { +struct _endian_convert convert_message_struct_avm_event_tffs_cleanup[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_source_notifier", - .type_name = "enum _avm_event_id", + .struct_name = "convert_message_struct_avm_event_tffs_cleanup", + .type_name = "uint32_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "id", - .size = sizeof(enum _avm_event_id), - .offset = __builtin_offsetof(struct avm_event_source_notifier __attribute__ ((packed)), id), - .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table__avm_event_id, - .enumName = "enum_table__avm_event_id" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "dummy", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_tffs_cleanup __attribute__ ((packed)), dummy), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_firmware_update_available' + * Endian Convert-Table for: 'struct avm_event_mass_storage_unmount' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_firmware_update_available[] = { +struct _endian_convert convert_message_struct_avm_event_mass_storage_unmount[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_firmware_update_available", - .type_name = "enum avm_event_firmware_type", - .flags = 0, - .name = "type", - .size = sizeof(enum avm_event_firmware_type), - .offset = __builtin_offsetof(struct avm_event_firmware_update_available __attribute__ ((packed)), type), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_firmware_type_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_firmware_type, - .enumName = "enum_table_avm_event_firmware_type" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ - }, - [1] = { - .struct_name = "convert_message_struct_avm_event_firmware_update_available", + .struct_name = "convert_message_struct_avm_event_mass_storage_unmount", .type_name = "unsigned int", .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "version_length", + .name = "name_length", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_firmware_update_available __attribute__ ((packed)), version_length), + .offset = __builtin_offsetof(struct avm_event_mass_storage_unmount __attribute__ ((packed)), name_length), }, - [2] = { - .struct_name = "convert_message_struct_avm_event_firmware_update_available", + [1] = { + .struct_name = "convert_message_struct_avm_event_mass_storage_unmount", .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "version", + .name = "name", .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct avm_event_firmware_update_available __attribute__ ((packed)), version), + .offset = __builtin_offsetof(struct avm_event_mass_storage_unmount __attribute__ ((packed)), name), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_cleanup' + * Endian Convert-Table for: 'struct avm_event_ping' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_cleanup[] = { +struct _endian_convert convert_message_struct_avm_event_ping[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_cleanup", + .struct_name = "convert_message_struct_avm_event_ping", .type_name = "uint32_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "dummy", + .name = "seq", .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_cleanup __attribute__ ((packed)), dummy), + .offset = __builtin_offsetof(struct avm_event_ping __attribute__ ((packed)), seq), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_tffs_notify' + * Endian Convert-Table for: 'struct avm_event_mass_storage_mount' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_tffs_notify[] = { +struct _endian_convert convert_message_struct_avm_event_mass_storage_mount[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_tffs_notify", - .type_name = "uint32_t", + .struct_name = "convert_message_struct_avm_event_mass_storage_mount", + .type_name = "unsigned long long", .flags = 0, - .name = "id", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_tffs_notify __attribute__ ((packed)), id), + .name = "size", + .size = sizeof(unsigned long long), + .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), size), }, [1] = { - .struct_name = "convert_message_struct_avm_event_tffs_notify", - .type_name = "enum avm_event_tffs_notify_event", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "event", - .size = sizeof(enum avm_event_tffs_notify_event), - .offset = __builtin_offsetof(struct avm_event_tffs_notify __attribute__ ((packed)), event), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_tffs_notify_event_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_tffs_notify_event, - .enumName = "enum_table_avm_event_tffs_notify_event" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .struct_name = "convert_message_struct_avm_event_mass_storage_mount", + .type_name = "unsigned long long", + .flags = 0, + .name = "free", + .size = sizeof(unsigned long long), + .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), free), + }, + [2] = { + .struct_name = "convert_message_struct_avm_event_mass_storage_mount", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, + .name = "name_length", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), name_length), + }, + [3] = { + .struct_name = "convert_message_struct_avm_event_mass_storage_mount", + .type_name = "unsigned char", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "name", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_mass_storage_mount __attribute__ ((packed)), name), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_led_status' + * Endian Convert-Table for: 'struct _avm_event_cpu_run' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_led_status[] = { +struct _endian_convert convert_message_struct__avm_event_cpu_run[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_led_status", - .type_name = "enum avm_event_led_id", + .struct_name = "convert_message_struct__avm_event_cpu_run", + .type_name = "struct _avm_event_header", .flags = 0, - .name = "led", - .size = sizeof(enum avm_event_led_id), - .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), led), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_led_id_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_led_id, - .enumName = "enum_table_avm_event_led_id" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "event_header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_cpu_run __attribute__ ((packed)), event_header), }, [1] = { - .struct_name = "convert_message_struct_avm_event_led_status", - .type_name = "unsigned int", + .struct_name = "convert_message_struct__avm_event_cpu_run", + .type_name = "enum _cputype", .flags = 0, - .name = "state", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), state), + .name = "cputype", + .size = sizeof(enum _cputype), + .offset = __builtin_offsetof(struct _avm_event_cpu_run __attribute__ ((packed)), cputype), + .enum_debug_function = (char *(*)(unsigned int))get_enum__cputype_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__cputype, + .enumName = "enum_table__cputype" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [2] = { - .struct_name = "convert_message_struct_avm_event_led_status", - .type_name = "unsigned int", - .flags = 0, - .name = "param_len", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), param_len), - }, - [3] = { - .struct_name = "convert_message_struct_avm_event_led_status", + .struct_name = "convert_message_struct__avm_event_cpu_run", .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "params", - .size = sizeof(unsigned char) * 245, - .offset = __builtin_offsetof(struct avm_event_led_status __attribute__ ((packed)), params), + .name = "cpu_run", + .size = sizeof(unsigned char) * 4, + .offset = __builtin_offsetof(struct _avm_event_cpu_run __attribute__ ((packed)), cpu_run), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct wlan_event_data_client_common' + * Endian Convert-Table for: 'struct avm_event_unserialised' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_wlan_event_data_client_common[] = { +struct _endian_convert convert_message_struct_avm_event_unserialised[] = { [0] = { - .struct_name = "convert_message_struct_wlan_event_data_client_common", - .type_name = "uint8_t", + .struct_name = "convert_message_struct_avm_event_unserialised", + .type_name = "uint64_t", .flags = 0, - .name = "mac", - .size = sizeof(uint8_t) * 6, - .offset = __builtin_offsetof(struct wlan_event_data_client_common __attribute__ ((packed)), mac), + .name = "evnt_id", + .size = sizeof(uint64_t), + .offset = __builtin_offsetof(struct avm_event_unserialised __attribute__ ((packed)), evnt_id), }, [1] = { - .struct_name = "convert_message_struct_wlan_event_data_client_common", - .type_name = "char", + .struct_name = "convert_message_struct_avm_event_unserialised", + .type_name = "uint32_t", .flags = 0, - .name = "iface", - .size = sizeof(char) * IFNAMSIZ + 1, - .offset = __builtin_offsetof(struct wlan_event_data_client_common __attribute__ ((packed)), iface), + .name = "data_len", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct avm_event_unserialised __attribute__ ((packed)), data_len), }, [2] = { - .struct_name = "convert_message_struct_wlan_event_data_client_common", - .type_name = "char", + .struct_name = "convert_message_struct_avm_event_unserialised", + .type_name = "unsigned char", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "initiator", - .size = sizeof(char) * 16 + 1, - .offset = __builtin_offsetof(struct wlan_event_data_client_common __attribute__ ((packed)), initiator), + .name = "data", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(struct avm_event_unserialised __attribute__ ((packed)), data), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_powerline_status' + * Endian Convert-Table for: 'struct avm_event_telefonprofile' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_powerline_status[] = { +struct _endian_convert convert_message_struct_avm_event_telefonprofile[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_powerline_status", - .type_name = "struct _avm_event_header", + .struct_name = "convert_message_struct_avm_event_telefonprofile", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "on", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_telefonprofile __attribute__ ((packed)), on), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct wlan_event_data_client_connect_info' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct_wlan_event_data_client_connect_info[] = { + [0] = { + .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", + .type_name = "struct wlan_event_data_client_common", .flags = 0, - .name = "event_header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_powerline_status __attribute__ ((packed)), event_header), + .name = "common", + .substruct = convert_message_struct_wlan_event_data_client_common, + .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), common), }, [1] = { - .struct_name = "convert_message_struct__avm_event_powerline_status", - .type_name = "enum ePLCState", + .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", + .type_name = "uint8_t", + .flags = 0, + .name = "info_context", + .size = sizeof(uint8_t), + .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), info_context), + }, + [2] = { + .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", + .type_name = "uint8_t", + .flags = 0, + .name = "reason", + .size = sizeof(uint8_t), + .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), reason), + }, + [3] = { + .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", + .type_name = "uint32_t", + .flags = 0, + .name = "max_node_count", + .size = sizeof(uint32_t), + .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), max_node_count), + }, + [4] = { + .struct_name = "convert_message_struct_wlan_event_data_client_connect_info", + .type_name = "uint16_t", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "status", - .size = sizeof(enum ePLCState), - .offset = __builtin_offsetof(struct _avm_event_powerline_status __attribute__ ((packed)), status), - .enum_debug_function = (char *(*)(unsigned int))get_enum_ePLCState_name, + .name = "ieee80211_code", + .size = sizeof(unsigned short), + .offset = __builtin_offsetof(struct wlan_event_data_client_connect_info __attribute__ ((packed)), ieee80211_code), + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'struct _avm_event_cmd_param_trigger' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_struct__avm_event_cmd_param_trigger[] = { + [0] = { + .struct_name = "convert_message_struct__avm_event_cmd_param_trigger", + .type_name = "enum _avm_event_id", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "id", + .size = sizeof(enum _avm_event_id), + .offset = __builtin_offsetof(struct _avm_event_cmd_param_trigger __attribute__ ((packed)), id), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_event_id_name, #ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_ePLCState, - .enumName = "enum_table_ePLCState" + .enumInfo = enum_table__avm_event_id, + .enumName = "enum_table__avm_event_id" #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct _avm_event_smarthome_switch_status' + * Endian Convert-Table for: 'struct avm_event_log' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct__avm_event_smarthome_switch_status[] = { +struct _endian_convert convert_message_struct_avm_event_log[] = { [0] = { - .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", - .type_name = "struct _avm_event_header", + .struct_name = "convert_message_struct_avm_event_log", + .type_name = "enum _avm_logtype", .flags = 0, - .name = "header", - .substruct = convert_message_struct__avm_event_header, - .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), header), + .name = "logtype", + .size = sizeof(enum _avm_logtype), + .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), logtype), + .enum_debug_function = (char *(*)(unsigned int))get_enum__avm_logtype_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table__avm_logtype, + .enumName = "enum_table__avm_logtype" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, [1] = { - .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", - .type_name = "enum avm_event_switch_type", + .struct_name = "convert_message_struct_avm_event_log", + .type_name = "unsigned int", .flags = 0, - .name = "type", - .size = sizeof(enum avm_event_switch_type), - .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), type), - .enum_debug_function = (char *(*)(unsigned int))get_enum_avm_event_switch_type_name, -#ifdef WIRESHARK_PLUGIN - .enumInfo = enum_table_avm_event_switch_type, - .enumName = "enum_table_avm_event_switch_type" -#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ + .name = "loglen", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), loglen), }, [2] = { - .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", + .struct_name = "convert_message_struct_avm_event_log", .type_name = "unsigned int", .flags = 0, - .name = "value", + .name = "logpointer", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), value), + .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), logpointer), }, [3] = { - .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", + .struct_name = "convert_message_struct_avm_event_log", .type_name = "unsigned int", - .flags = ENDIAN_CONVERT_ARRAY_ELEMENT_ANZAHL | 0, - .name = "ain_length", + .flags = 0, + .name = "checksum", .size = sizeof(unsigned int), - .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), ain_length), + .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), checksum), }, [4] = { - .struct_name = "convert_message_struct__avm_event_smarthome_switch_status", - .type_name = "unsigned char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_ARRAY_USE | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "ain", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(struct _avm_event_smarthome_switch_status __attribute__ ((packed)), ain), + .struct_name = "convert_message_struct_avm_event_log", + .type_name = "unsigned int", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "rebootflag", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct avm_event_log __attribute__ ((packed)), rebootflag), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_source_register' + * Endian Convert-Table for: 'struct _avm_event_wlan' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_source_register[] = { +struct _endian_convert convert_message_struct__avm_event_wlan[] = { [0] = { - .struct_name = "convert_message_struct_avm_event_source_register", - .type_name = "struct _avm_event_id_mask", + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "struct _avm_event_header", .flags = 0, - .name = "id_mask", - .substruct = convert_message_struct__avm_event_id_mask, - .offset = __builtin_offsetof(struct avm_event_source_register __attribute__ ((packed)), id_mask), + .name = "header", + .substruct = convert_message_struct__avm_event_header, + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), header), }, [1] = { - .struct_name = "convert_message_struct_avm_event_source_register", + .struct_name = "convert_message_struct__avm_event_wlan", .type_name = "char", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "name", - .size = sizeof(char) * 32, - .offset = __builtin_offsetof(struct avm_event_source_register __attribute__ ((packed)), name), + .flags = 0, + .name = "mac", + .size = sizeof(char) * 6, + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), mac), }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct avm_event_checkpoint' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_avm_event_checkpoint[] = { - [0] = { - .struct_name = "convert_message_struct_avm_event_checkpoint", - .type_name = "uint32_t", + [2] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", .flags = 0, - .name = "node_id", - .size = sizeof(uint32_t), - .offset = __builtin_offsetof(struct avm_event_checkpoint __attribute__ ((packed)), node_id), + .name = "u1", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), u1), }, - [1] = { - .struct_name = "convert_message_struct_avm_event_checkpoint", - .type_name = "uint64_t", + [3] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", + .flags = 0, + .name = "event", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), event), + }, + [4] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", + .flags = 0, + .name = "info", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), info), + }, + [5] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", + .flags = 0, + .name = "status", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), status), + }, + [6] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", + .flags = 0, + .name = "u2", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), u2), + }, + [7] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "char", + .flags = 0, + .name = "if_name", + .size = sizeof(char) * IFNAMSIZ, + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), if_name), + }, + [8] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", + .flags = 0, + .name = "ev_initiator", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), ev_initiator), + }, + [9] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", + .flags = 0, + .name = "ev_reason", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), ev_reason), + }, + [10] = { + .struct_name = "convert_message_struct__avm_event_wlan", + .type_name = "unsigned int", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "checkpoints", - .size = sizeof(uint64_t), - .offset = __builtin_offsetof(struct avm_event_checkpoint __attribute__ ((packed)), checkpoints), + .name = "avm_capabilities", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(struct _avm_event_wlan __attribute__ ((packed)), avm_capabilities), }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'struct wlan_event_data_scan_common' + * Endian Convert-Table for: 'struct wlan_event_data_scan_event_info' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_struct_wlan_event_data_scan_common[] = { +struct _endian_convert convert_message_struct_wlan_event_data_scan_event_info[] = { [0] = { - .struct_name = "convert_message_struct_wlan_event_data_scan_common", - .type_name = "char", + .struct_name = "convert_message_struct_wlan_event_data_scan_event_info", + .type_name = "struct wlan_event_data_scan_common", .flags = 0, - .name = "iface", - .size = sizeof(char) * IFNAMSIZ + 1, - .offset = __builtin_offsetof(struct wlan_event_data_scan_common __attribute__ ((packed)), iface), + .name = "common", + .substruct = convert_message_struct_wlan_event_data_scan_common, + .offset = __builtin_offsetof(struct wlan_event_data_scan_event_info __attribute__ ((packed)), common), }, [1] = { - .struct_name = "convert_message_struct_wlan_event_data_scan_common", - .type_name = "char", + .struct_name = "convert_message_struct_wlan_event_data_scan_event_info", + .type_name = "enum wlan_event_scan_type", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "initiator", - .size = sizeof(char) * 16 + 1, - .offset = __builtin_offsetof(struct wlan_event_data_scan_common __attribute__ ((packed)), initiator), + .name = "event_type", + .size = sizeof(enum wlan_event_scan_type), + .offset = __builtin_offsetof(struct wlan_event_data_scan_event_info __attribute__ ((packed)), event_type), + .enum_debug_function = (char *(*)(unsigned int))get_enum_wlan_event_scan_type_name, +#ifdef WIRESHARK_PLUGIN + .enumInfo = enum_table_wlan_event_scan_type, + .enumName = "enum_table_wlan_event_scan_type" +#endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ }, }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'union avm_event_powermanagment_remote_union' + * Endian Convert-Table for: 'union avm_event_tffs_call_union' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_union_avm_event_powermanagment_remote_union[] = { - [avm_event_powermanagment_ressourceinfo] = { - .struct_name = "convert_message_union_avm_event_powermanagment_remote_union", +struct _endian_convert convert_message_union_avm_event_tffs_call_union[] = { + [avm_event_tffs_call_open] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "ressourceinfo", - .substruct = convert_message_struct_avm_event_powermanagment_remote_ressourceinfo, - .offset = __builtin_offsetof(union avm_event_powermanagment_remote_union __attribute__ ((packed)), ressourceinfo) + .name = "open", + .substruct = convert_message_struct_avm_event_tffs_open, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), open) }, - [avm_event_powermanagment_activatepowermode] = { - .struct_name = "convert_message_union_avm_event_powermanagment_remote_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "powermode", - .size = sizeof(char) * 32, - .offset = __builtin_offsetof(union avm_event_powermanagment_remote_union __attribute__ ((packed)), powermode) + [avm_event_tffs_call_close] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "close", + .substruct = convert_message_struct_avm_event_tffs_close, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), close) }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'union _avm_event_cmd_param' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_union__avm_event_cmd_param[] = { - [avm_event_cmd_register] = { - .struct_name = "convert_message_union__avm_event_cmd_param", + [avm_event_tffs_call_read] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "avm_event_cmd_param_register", - .substruct = convert_message_struct__avm_event_cmd_param_register, - .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_register) + .name = "read", + .substruct = convert_message_struct_avm_event_tffs_read, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), read) }, - [avm_event_cmd_release] = { - .struct_name = "convert_message_union__avm_event_cmd_param", + [avm_event_tffs_call_write] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "avm_event_cmd_param_release", - .substruct = convert_message_struct__avm_event_cmd_param_release, - .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_release) + .name = "write", + .substruct = convert_message_struct_avm_event_tffs_write, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), write) }, - [avm_event_cmd_trigger] = { - .struct_name = "convert_message_union__avm_event_cmd_param", + [avm_event_tffs_call_cleanup] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "avm_event_cmd_param_trigger", - .substruct = convert_message_struct__avm_event_cmd_param_trigger, - .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_trigger) + .name = "cleanup", + .substruct = convert_message_struct_avm_event_tffs_cleanup, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), cleanup) }, - [avm_event_cmd_source_register] = { - .struct_name = "convert_message_union__avm_event_cmd_param", + [avm_event_tffs_call_reindex] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "avm_event_cmd_param_source_register", - .substruct = convert_message_struct__avm_event_cmd_param_register, - .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_source_register) + .name = "reindex", + .substruct = convert_message_struct_avm_event_tffs_reindex, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), reindex) }, - [avm_event_cmd_source_trigger] = { - .struct_name = "convert_message_union__avm_event_cmd_param", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "avm_event_cmd_param_source_trigger", - .substruct = convert_message_struct__avm_event_cmd_param_source_trigger, - .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_source_trigger) + [avm_event_tffs_call_info] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "info", + .substruct = convert_message_struct_avm_event_tffs_info, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), info) }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'union wlan_event_data' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_union_wlan_event_data[] = { - [CLIENT_STATE_CHANGE] = { - .struct_name = "convert_message_union_wlan_event_data", + [avm_event_tffs_call_init] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "client_state_change", - .substruct = convert_message_struct_wlan_event_data_client_state_change, - .offset = __builtin_offsetof(union wlan_event_data __attribute__ ((packed)), client_state_change) + .name = "init", + .substruct = convert_message_struct_avm_event_tffs_init, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), init) }, - [CLIENT_CONNECT_INFO] = { - .struct_name = "convert_message_union_wlan_event_data", + [avm_event_tffs_call_deinit] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "client_connect_info", - .substruct = convert_message_struct_wlan_event_data_client_connect_info, - .offset = __builtin_offsetof(union wlan_event_data __attribute__ ((packed)), client_connect_info) + .name = "deinit", + .substruct = convert_message_struct_avm_event_tffs_deinit, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), deinit) }, - [WLAN_EVENT_SCAN] = { - .struct_name = "convert_message_union_wlan_event_data", + [avm_event_tffs_call_notify] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "notify", + .substruct = convert_message_struct_avm_event_tffs_notify, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), notify) + }, + [avm_event_tffs_call_paniclog] = { + .struct_name = "convert_message_union_avm_event_tffs_call_union", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "scan_event_info", - .substruct = convert_message_struct_wlan_event_data_scan_event_info, - .offset = __builtin_offsetof(union wlan_event_data __attribute__ ((packed)), scan_event_info) + .name = "paniclog", + .substruct = convert_message_struct_avm_event_tffs_paniclog, + .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), paniclog) }, }; @@ -3858,283 +3853,6 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'union avm_event_data_union' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_union_avm_event_data_union[] = { - [avm_event_id_push_button] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "push_button", - .substruct = convert_message_struct_avm_event_push_button, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), push_button) - }, - [avm_event_id_ethernet_connect_status] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "cpmac", - .substruct = convert_message_struct__cpmac_event_struct, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), cpmac) - }, - [avm_event_id_led_status] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "led_status", - .substruct = convert_message_struct_avm_event_led_status, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), led_status) - }, - [avm_event_id_led_info] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "led_info", - .substruct = convert_message_struct_avm_event_led_info, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), led_info) - }, - [avm_event_id_telefonprofile] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "telefonprofile", - .substruct = convert_message_struct_avm_event_telefonprofile, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telefonprofile) - }, - [avm_event_id_temperature] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "temperature", - .substruct = convert_message_struct_avm_event_temperature, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), temperature) - }, - [avm_event_id_powermanagment_status] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "powermanagment_status", - .substruct = convert_message_struct_avm_event_powermanagment_status, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), powermanagment_status) - }, - [avm_event_id_cpu_idle] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "cpu_idle", - .substruct = convert_message_struct_avm_event_cpu_idle, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), cpu_idle) - }, - [avm_event_id_powermanagment_remote] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "powermanagment_remote", - .substruct = convert_message_struct_avm_event_powermanagment_remote, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), powermanagment_remote) - }, - [avm_event_id_log] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "id_log", - .substruct = convert_message_struct_avm_event_log, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_log) - }, - [avm_event_id_remotepcmlink] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "id_remotepcmlink", - .substruct = convert_message_struct_avm_event_remotepcmlink, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_remotepcmlink) - }, - [avm_event_id_remotewatchdog] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "id_remotewatchdog", - .substruct = convert_message_struct_avm_event_remotewatchdog, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_remotewatchdog) - }, - [avm_event_id_rpc] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "id_rpc", - .substruct = convert_message_struct_avm_event_rpc, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_rpc) - }, - [avm_event_id_pm_ressourceinfo_status] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "pm_info_stat", - .substruct = convert_message_struct_avm_event_pm_info_stat, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), pm_info_stat) - }, - [avm_event_id_wlan_client_status] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "wlan", - .substruct = convert_message_struct_avm_event_wlan, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), wlan) - }, - [avm_event_id_wlan_event] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "wlan_event", - .substruct = convert_message_struct_wlan_event_def, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), wlan_event) - }, - [avm_event_id_telephony_missed_call] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "telephony_missed_call", - .substruct = convert_message_struct_avm_event_telephony_missed_call, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_missed_call) - }, - [avm_event_id_telephony_tam_call] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "telephony_tam_call", - .substruct = convert_message_struct_avm_event_telephony_missed_call, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_tam_call) - }, - [avm_event_id_telephony_fax_received] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "telephony_fax_received", - .substruct = convert_message_struct_avm_event_telephony_missed_call, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_fax_received) - }, - [avm_event_id_telephony_incoming_call] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "telephony_incoming_call", - .substruct = convert_message_struct_avm_event_telephony_missed_call, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_incoming_call) - }, - [avm_event_id_firmware_update_available] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "firmware_update_available", - .substruct = convert_message_struct_avm_event_firmware_update_available, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), firmware_update_available) - }, - [avm_event_id_internet_new_ip] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "internet_new_ip", - .substruct = convert_message_struct_avm_event_internet_new_ip, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), internet_new_ip) - }, - [avm_event_id_smarthome_switch_status] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "smarthome_switch_status", - .substruct = convert_message_struct_avm_event_smarthome_switch_status, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), smarthome_switch_status) - }, - [avm_event_id_mass_storage_mount] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "mass_storage_mount", - .substruct = convert_message_struct_avm_event_mass_storage_mount, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), mass_storage_mount) - }, - [avm_event_id_mass_storage_unmount] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "mass_storage_unmount", - .substruct = convert_message_struct_avm_event_mass_storage_unmount, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), mass_storage_unmount) - }, - [avm_event_id_checkpoint] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "checkpoint", - .substruct = convert_message_struct_avm_event_checkpoint, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), checkpoint) - }, - [avm_event_id_cpu_run] = { - .struct_name = "convert_message_union_avm_event_data_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "cpu_run", - .substruct = convert_message_struct_avm_event_cpu_run, - .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), cpu_run) - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'union __powermanagment_status_union' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_union___powermanagment_status_union[] = { - [dsl_status] = { - .struct_name = "convert_message_union___powermanagment_status_union", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "dsl_status", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(union __powermanagment_status_union __attribute__ ((packed)), dsl_status) - }, -}; - -/*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'union avm_event_telephony_call_params' -\*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_union_avm_event_telephony_call_params[] = { - [avm_event_telephony_params_name] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "string_avm_event_telephony_params_name", - .substruct = convert_message_struct_avm_event_telephony_string, - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) - }, - [avm_event_telephony_params_msn_name] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "string_avm_event_telephony_params_msn_name", - .substruct = convert_message_struct_avm_event_telephony_string, - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) - }, - [avm_event_telephony_params_portname] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "string_avm_event_telephony_params_portname", - .substruct = convert_message_struct_avm_event_telephony_string, - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) - }, - [avm_event_telephony_params_tam_path] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "string_avm_event_telephony_params_tam_path", - .substruct = convert_message_struct_avm_event_telephony_string, - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) - }, - [avm_event_telephony_params_calling] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "number", - .size = sizeof(unsigned char) * 32, - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), number) - }, - [avm_event_telephony_params_called] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "number", - .size = sizeof(unsigned char) * 32, - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), number) - }, - [avm_event_telephony_params_duration] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "duration", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), duration) - }, - [avm_event_telephony_params_port] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | 0, - .name = "port", - .size = sizeof(unsigned char), - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), port) - }, - [avm_event_telephony_params_id] = { - .struct_name = "convert_message_union_avm_event_telephony_call_params", - .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "id", - .size = sizeof(unsigned int), - .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), id) - }, -}; - -/*------------------------------------------------------------------------------------------*\ * Endian Convert-Table for: 'union avm_event_wlan_client_status_u1' \*------------------------------------------------------------------------------------------*/ struct _endian_convert convert_message_union_avm_event_wlan_client_status_u1[] = { @@ -4414,85 +4132,145 @@ }; /*------------------------------------------------------------------------------------------*\ - * Endian Convert-Table for: 'union avm_event_tffs_call_union' + * Endian Convert-Table for: 'union _avm_event_cmd_param' \*------------------------------------------------------------------------------------------*/ -struct _endian_convert convert_message_union_avm_event_tffs_call_union[] = { - [avm_event_tffs_call_open] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", +struct _endian_convert convert_message_union__avm_event_cmd_param[] = { + [avm_event_cmd_register] = { + .struct_name = "convert_message_union__avm_event_cmd_param", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "open", - .substruct = convert_message_struct_avm_event_tffs_open, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), open) + .name = "avm_event_cmd_param_register", + .substruct = convert_message_struct__avm_event_cmd_param_register, + .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_register) }, - [avm_event_tffs_call_close] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_cmd_release] = { + .struct_name = "convert_message_union__avm_event_cmd_param", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "close", - .substruct = convert_message_struct_avm_event_tffs_close, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), close) + .name = "avm_event_cmd_param_release", + .substruct = convert_message_struct__avm_event_cmd_param_release, + .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_release) }, - [avm_event_tffs_call_read] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_cmd_trigger] = { + .struct_name = "convert_message_union__avm_event_cmd_param", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "read", - .substruct = convert_message_struct_avm_event_tffs_read, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), read) + .name = "avm_event_cmd_param_trigger", + .substruct = convert_message_struct__avm_event_cmd_param_trigger, + .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_trigger) }, - [avm_event_tffs_call_write] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_cmd_source_register] = { + .struct_name = "convert_message_union__avm_event_cmd_param", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "write", - .substruct = convert_message_struct_avm_event_tffs_write, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), write) + .name = "avm_event_cmd_param_source_register", + .substruct = convert_message_struct__avm_event_cmd_param_register, + .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_source_register) }, - [avm_event_tffs_call_cleanup] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_cmd_source_trigger] = { + .struct_name = "convert_message_union__avm_event_cmd_param", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "avm_event_cmd_param_source_trigger", + .substruct = convert_message_struct__avm_event_cmd_param_source_trigger, + .offset = __builtin_offsetof(union _avm_event_cmd_param __attribute__ ((packed)), avm_event_cmd_param_source_trigger) + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'union avm_event_powermanagment_remote_union' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_union_avm_event_powermanagment_remote_union[] = { + [avm_event_powermanagment_ressourceinfo] = { + .struct_name = "convert_message_union_avm_event_powermanagment_remote_union", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "cleanup", - .substruct = convert_message_struct_avm_event_tffs_cleanup, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), cleanup) + .name = "ressourceinfo", + .substruct = convert_message_struct_avm_event_powermanagment_remote_ressourceinfo, + .offset = __builtin_offsetof(union avm_event_powermanagment_remote_union __attribute__ ((packed)), ressourceinfo) }, - [avm_event_tffs_call_reindex] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_powermanagment_activatepowermode] = { + .struct_name = "convert_message_union_avm_event_powermanagment_remote_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "powermode", + .size = sizeof(char) * 32, + .offset = __builtin_offsetof(union avm_event_powermanagment_remote_union __attribute__ ((packed)), powermode) + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'union __powermanagment_status_union' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_union___powermanagment_status_union[] = { + [dsl_status] = { + .struct_name = "convert_message_union___powermanagment_status_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "dsl_status", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(union __powermanagment_status_union __attribute__ ((packed)), dsl_status) + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'union avm_event_telephony_call_params' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_union_avm_event_telephony_call_params[] = { + [avm_event_telephony_params_name] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "reindex", - .substruct = convert_message_struct_avm_event_tffs_reindex, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), reindex) + .name = "string_avm_event_telephony_params_name", + .substruct = convert_message_struct_avm_event_telephony_string, + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) }, - [avm_event_tffs_call_info] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_telephony_params_msn_name] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "info", - .substruct = convert_message_struct_avm_event_tffs_info, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), info) + .name = "string_avm_event_telephony_params_msn_name", + .substruct = convert_message_struct_avm_event_telephony_string, + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) }, - [avm_event_tffs_call_init] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_telephony_params_portname] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "init", - .substruct = convert_message_struct_avm_event_tffs_init, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), init) + .name = "string_avm_event_telephony_params_portname", + .substruct = convert_message_struct_avm_event_telephony_string, + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) }, - [avm_event_tffs_call_deinit] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_telephony_params_tam_path] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "deinit", - .substruct = convert_message_struct_avm_event_tffs_deinit, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), deinit) + .name = "string_avm_event_telephony_params_tam_path", + .substruct = convert_message_struct_avm_event_telephony_string, + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), string) }, - [avm_event_tffs_call_notify] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_telephony_params_calling] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", .flags = ENDIAN_CONVERT_LAST | 0, - .name = "notify", - .substruct = convert_message_struct_avm_event_tffs_notify, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), notify) + .name = "number", + .size = sizeof(unsigned char) * 32, + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), number) }, - [avm_event_tffs_call_paniclog] = { - .struct_name = "convert_message_union_avm_event_tffs_call_union", + [avm_event_telephony_params_called] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "number", + .size = sizeof(unsigned char) * 32, + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), number) + }, + [avm_event_telephony_params_duration] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "duration", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), duration) + }, + [avm_event_telephony_params_port] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "port", + .size = sizeof(unsigned char), + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), port) + }, + [avm_event_telephony_params_id] = { + .struct_name = "convert_message_union_avm_event_telephony_call_params", .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, - .name = "paniclog", - .substruct = convert_message_struct_avm_event_tffs_paniclog, - .offset = __builtin_offsetof(union avm_event_tffs_call_union __attribute__ ((packed)), paniclog) + .name = "id", + .size = sizeof(unsigned int), + .offset = __builtin_offsetof(union avm_event_telephony_call_params __attribute__ ((packed)), id) }, }; @@ -4516,6 +4294,228 @@ }, }; +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'union avm_event_data_union' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_union_avm_event_data_union[] = { + [avm_event_id_push_button] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "push_button", + .substruct = convert_message_struct_avm_event_push_button, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), push_button) + }, + [avm_event_id_ethernet_connect_status] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "cpmac", + .substruct = convert_message_struct__cpmac_event_struct, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), cpmac) + }, + [avm_event_id_led_status] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "led_status", + .substruct = convert_message_struct_avm_event_led_status, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), led_status) + }, + [avm_event_id_led_info] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "led_info", + .substruct = convert_message_struct_avm_event_led_info, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), led_info) + }, + [avm_event_id_telefonprofile] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "telefonprofile", + .substruct = convert_message_struct_avm_event_telefonprofile, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telefonprofile) + }, + [avm_event_id_temperature] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "temperature", + .substruct = convert_message_struct_avm_event_temperature, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), temperature) + }, + [avm_event_id_powermanagment_status] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "powermanagment_status", + .substruct = convert_message_struct_avm_event_powermanagment_status, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), powermanagment_status) + }, + [avm_event_id_cpu_idle] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "cpu_idle", + .substruct = convert_message_struct_avm_event_cpu_idle, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), cpu_idle) + }, + [avm_event_id_powermanagment_remote] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "powermanagment_remote", + .substruct = convert_message_struct_avm_event_powermanagment_remote, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), powermanagment_remote) + }, + [avm_event_id_log] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "id_log", + .substruct = convert_message_struct_avm_event_log, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_log) + }, + [avm_event_id_remotepcmlink] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "id_remotepcmlink", + .substruct = convert_message_struct_avm_event_remotepcmlink, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_remotepcmlink) + }, + [avm_event_id_remotewatchdog] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "id_remotewatchdog", + .substruct = convert_message_struct_avm_event_remotewatchdog, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_remotewatchdog) + }, + [avm_event_id_rpc] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "id_rpc", + .substruct = convert_message_struct_avm_event_rpc, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), id_rpc) + }, + [avm_event_id_pm_ressourceinfo_status] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "pm_info_stat", + .substruct = convert_message_struct_avm_event_pm_info_stat, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), pm_info_stat) + }, + [avm_event_id_wlan_client_status] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "wlan", + .substruct = convert_message_struct_avm_event_wlan, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), wlan) + }, + [avm_event_id_wlan_event] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "wlan_event", + .substruct = convert_message_struct_wlan_event_def, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), wlan_event) + }, + [avm_event_id_telephony_missed_call] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "telephony_missed_call", + .substruct = convert_message_struct_avm_event_telephony_missed_call, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_missed_call) + }, + [avm_event_id_telephony_tam_call] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "telephony_tam_call", + .substruct = convert_message_struct_avm_event_telephony_missed_call, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_tam_call) + }, + [avm_event_id_telephony_fax_received] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "telephony_fax_received", + .substruct = convert_message_struct_avm_event_telephony_missed_call, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_fax_received) + }, + [avm_event_id_telephony_incoming_call] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "telephony_incoming_call", + .substruct = convert_message_struct_avm_event_telephony_missed_call, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), telephony_incoming_call) + }, + [avm_event_id_firmware_update_available] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "firmware_update_available", + .substruct = convert_message_struct_avm_event_firmware_update_available, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), firmware_update_available) + }, + [avm_event_id_internet_new_ip] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "internet_new_ip", + .substruct = convert_message_struct_avm_event_internet_new_ip, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), internet_new_ip) + }, + [avm_event_id_smarthome_switch_status] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "smarthome_switch_status", + .substruct = convert_message_struct_avm_event_smarthome_switch_status, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), smarthome_switch_status) + }, + [avm_event_id_mass_storage_mount] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "mass_storage_mount", + .substruct = convert_message_struct_avm_event_mass_storage_mount, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), mass_storage_mount) + }, + [avm_event_id_mass_storage_unmount] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "mass_storage_unmount", + .substruct = convert_message_struct_avm_event_mass_storage_unmount, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), mass_storage_unmount) + }, + [avm_event_id_checkpoint] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "checkpoint", + .substruct = convert_message_struct_avm_event_checkpoint, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), checkpoint) + }, + [avm_event_id_cpu_run] = { + .struct_name = "convert_message_union_avm_event_data_union", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "cpu_run", + .substruct = convert_message_struct_avm_event_cpu_run, + .offset = __builtin_offsetof(union avm_event_data_union __attribute__ ((packed)), cpu_run) + }, +}; + +/*------------------------------------------------------------------------------------------*\ + * Endian Convert-Table for: 'union wlan_event_data' +\*------------------------------------------------------------------------------------------*/ +struct _endian_convert convert_message_union_wlan_event_data[] = { + [CLIENT_STATE_CHANGE] = { + .struct_name = "convert_message_union_wlan_event_data", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "client_state_change", + .substruct = convert_message_struct_wlan_event_data_client_state_change, + .offset = __builtin_offsetof(union wlan_event_data __attribute__ ((packed)), client_state_change) + }, + [CLIENT_CONNECT_INFO] = { + .struct_name = "convert_message_union_wlan_event_data", + .flags = ENDIAN_CONVERT_LAST | 0, + .name = "client_connect_info", + .substruct = convert_message_struct_wlan_event_data_client_connect_info, + .offset = __builtin_offsetof(union wlan_event_data __attribute__ ((packed)), client_connect_info) + }, + [WLAN_EVENT_SCAN] = { + .struct_name = "convert_message_union_wlan_event_data", + .flags = ENDIAN_CONVERT_LAST | ENDIAN_CONVERT_LAST_ARRAY_ITEM | 0, + .name = "scan_event_info", + .substruct = convert_message_struct_wlan_event_data_scan_event_info, + .offset = __builtin_offsetof(union wlan_event_data __attribute__ ((packed)), scan_event_info) + }, +}; + /*------------------------------------------------------------------------------------------*\ * Endian Convert-Table for: 'union avm_event_message_union' \*------------------------------------------------------------------------------------------*/ --- linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_enum_range_check_init.c 2017-03-17 16:37:46.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_enum_range_check_init.c 2019-08-22 13:31:47.000000000 +0200 @@ -2,15 +2,15 @@ #include "avm_event_gen_enum_range.h" void init_enum_check(void) { - convert_message_struct_avm_event_internet_new_ip[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_internet_new_ip_param_sel; - convert_message_struct_avm_event_data[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range__avm_event_id; - convert_message_struct_avm_event_powermanagment_remote[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_powermanagment_remote_action; convert_message_struct_avm_event_powermanagment_status[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range__powermanagment_status_type; - convert_message_struct__avm_event_powermanagment_remote[1].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_powermanagment_remote_action; - convert_message_struct__avm_event_telephony_missed_call_params[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_telephony_param_sel; - convert_message_struct_wlan_event_def[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_wlan_event_id; + convert_message_struct_avm_event_internet_new_ip[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_internet_new_ip_param_sel; convert_message_struct_avm_event_tffs[7].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_tffs_call_type; convert_message_struct__avm_event_internet_new_ip[1].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_internet_new_ip_param_sel; - convert_message_struct_avm_event_message[7].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_msg_type; + convert_message_struct_wlan_event_def[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_wlan_event_id; convert_message_struct__avm_event_powermanagment_status[1].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range__powermanagment_status_type; + convert_message_struct_avm_event_powermanagment_remote[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_powermanagment_remote_action; + convert_message_struct_avm_event_data[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range__avm_event_id; + convert_message_struct__avm_event_telephony_missed_call_params[0].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_telephony_param_sel; + convert_message_struct_avm_event_message[7].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_msg_type; + convert_message_struct__avm_event_powermanagment_remote[1].enum_check_function = (unsigned int (*)(unsigned int))avm_event_check_enum_range_avm_event_powermanagment_remote_action; } --- linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_flow.dot 2017-03-17 16:37:46.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_flow.dot 2019-08-22 13:31:47.000000000 +0200 @@ -2,465 +2,465 @@ compound=true; rankdir=TB; node [shape=record]; - subgraph cluster_struct__avm_event_led_status{ + subgraph cluster_struct__avm_event_mass_storage_mount{ fontcolor = "red"; - label = "struct _avm_event_led_status"; - struct__avm_event_led_status [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_led_id: led| unsigned int: state| unsigned int: param_len| unsigned char: params}"]; + label = "struct _avm_event_mass_storage_mount"; + struct__avm_event_mass_storage_mount [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned long long: size| unsigned long long: free| unsigned int: name_length| unsigned char: name}"]; }; - subgraph cluster_struct__avm_event_checkpoint{ + subgraph cluster_struct__avm_event_log{ fontcolor = "red"; - label = "struct _avm_event_checkpoint"; - struct__avm_event_checkpoint [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| uint32_t: node_id| uint64_t: checkpoints}"]; + label = "struct _avm_event_log"; + struct__avm_event_log [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_logtype: logtype| unsigned int: loglen| unsigned int: logpointer| unsigned int: checksum| unsigned int: rebootflag}"]; }; - subgraph cluster_struct__avm_event_remotepcmlink{ + subgraph cluster_struct_avm_event_powerline_status{ fontcolor = "red"; - label = "struct _avm_event_remotepcmlink"; - struct__avm_event_remotepcmlink [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_remotepcmlinktype: type| unsigned int: sharedlen| unsigned int: sharedpointer}"]; + label = "struct avm_event_powerline_status"; + struct_avm_event_powerline_status [fontcolor="green",shape=record,label="{ enum ePLCState: status}"]; }; - subgraph cluster_struct__avm_event_push_button{ + subgraph cluster_struct_avm_event_firmware_update_available{ fontcolor = "red"; - label = "struct _avm_event_push_button"; - struct__avm_event_push_button [fontcolor="green",shape=record,label="{ enum _avm_event_id: id| enum _avm_event_push_button_key: key| uint32_t: pressed}"]; + label = "struct avm_event_firmware_update_available"; + struct_avm_event_firmware_update_available [fontcolor="green",shape=record,label="{ enum avm_event_firmware_type: type| unsigned int: version_length| unsigned char: version}"]; }; - subgraph cluster_struct_avm_event_remote_source_trigger_request{ + subgraph cluster_struct_avm_event_telephony_missed_call{ fontcolor = "red"; - label = "struct avm_event_remote_source_trigger_request"; - struct_avm_event_remote_source_trigger_request [fontcolor="green",shape=record,label="{ struct avm_event_data: data}"]; + label = "struct avm_event_telephony_missed_call"; + struct_avm_event_telephony_missed_call [fontcolor="green",shape=record,label="{ unsigned int: length|

struct _avm_event_telephony_missed_call_params: p}"]; }; - subgraph cluster_struct_avm_event_tffs_close{ + subgraph cluster_struct_avm_event_powermanagment_status{ fontcolor = "red"; - label = "struct avm_event_tffs_close"; - struct_avm_event_tffs_close [fontcolor="green",shape=record,label="{ uint32_t: dummy}"]; + label = "struct avm_event_powermanagment_status"; + struct_avm_event_powermanagment_status [fontcolor="green",shape=record,label="{ enum _powermanagment_status_type: substatus\n(Select-Key for next union)| union __powermanagment_status_union: param\n(Select-Key used here)}"]; }; - subgraph cluster_struct__avm_event_rpc{ + subgraph cluster_struct__avm_event_cmd_param_register{ fontcolor = "red"; - label = "struct _avm_event_rpc"; - struct__avm_event_rpc [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_rpctype: type| unsigned int: id| unsigned int: length| unsigned char: message}"]; + label = "struct _avm_event_cmd_param_register"; + struct__avm_event_cmd_param_register [fontcolor="green",shape=record,label="{ struct _avm_event_id_mask: mask| char: Name}"]; }; - subgraph cluster_struct_avm_event_pm_info_stat{ + subgraph cluster_struct__avm_event_cmd_param_release{ fontcolor = "red"; - label = "struct avm_event_pm_info_stat"; - struct_avm_event_pm_info_stat [fontcolor="green",shape=record,label="{ unsigned char: reserved1| unsigned char: rate_sumact| unsigned char: rate_sumcum| unsigned char: rate_systemact| unsigned char: rate_systemcum| unsigned char: system_status| unsigned char: rate_dspact| unsigned char: rate_dspcum| unsigned char: rate_wlanact| unsigned char: rate_wlancum| unsigned char: wlan_devices| unsigned char: wlan_status| unsigned char: rate_ethact| unsigned char: rate_ethcum| unsigned short: eth_status| unsigned char: rate_abact| unsigned char: rate_abcum| unsigned short: isdn_status| unsigned char: rate_dectact| unsigned char: rate_dectcum| unsigned char: rate_battchargeact| unsigned char: rate_battchargecum| unsigned char: dect_status| unsigned char: rate_usbhostact| unsigned char: rate_usbhostcum| unsigned char: usb_status| signed char: act_temperature| signed char: min_temperature| signed char: max_temperature| signed char: avg_temperature| unsigned char: rate_lteact| unsigned char: rate_ltecum| unsigned char: rate_dvbcact| unsigned char: rate_dvbccum}"]; + label = "struct _avm_event_cmd_param_release"; + struct__avm_event_cmd_param_release [fontcolor="green",shape=record,label="{ char: Name}"]; }; - subgraph cluster_struct_avm_event_temperature{ + subgraph cluster_struct_wlan_event_data_client_state_change{ fontcolor = "red"; - label = "struct avm_event_temperature"; - struct_avm_event_temperature [fontcolor="green",shape=record,label="{ int: temperature}"]; + label = "struct wlan_event_data_client_state_change"; + struct_wlan_event_data_client_state_change [fontcolor="green",shape=record,label="{ struct wlan_event_data_client_common: common| uint8_t: state}"]; }; - subgraph cluster_struct__avm_event_wlan{ + subgraph cluster_struct_avm_event_tffs_init{ fontcolor = "red"; - label = "struct _avm_event_wlan"; - struct__avm_event_wlan [fontcolor="green",shape=record,label="{

struct _avm_event_header: header| char: mac| unsigned int: u1| unsigned int: event| unsigned int: info| unsigned int: status| unsigned int: u2| char: if_name| unsigned int: ev_initiator| unsigned int: ev_reason| unsigned int: avm_capabilities}"]; + label = "struct avm_event_tffs_init"; + struct_avm_event_tffs_init [fontcolor="green",shape=record,label="{ int64_t: mem_offset| uint32_t: max_seg_size}"]; }; subgraph cluster_struct__avm_event_temperature{ fontcolor = "red"; label = "struct _avm_event_temperature"; struct__avm_event_temperature [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| int: temperature}"]; }; - subgraph cluster_struct_avm_event_tffs_deinit{ - fontcolor = "red"; - label = "struct avm_event_tffs_deinit"; - struct_avm_event_tffs_deinit [fontcolor="green",shape=record,label="{ uint32_t: dummy}"]; - }; subgraph cluster_struct_avm_event_internet_new_ip{ fontcolor = "red"; label = "struct avm_event_internet_new_ip"; struct_avm_event_internet_new_ip [fontcolor="green",shape=record,label="{ enum avm_event_internet_new_ip_param_sel: sel\n(Select-Key for next union)| union avm_event_internet_new_ip_param: params\n(Select-Key used here)}"]; }; - subgraph cluster_struct_avm_event_remotepcmlink{ + subgraph cluster_struct_avm_event_tffs_deinit{ fontcolor = "red"; - label = "struct avm_event_remotepcmlink"; - struct_avm_event_remotepcmlink [fontcolor="green",shape=record,label="{ enum _avm_remotepcmlinktype: type| unsigned int: sharedlen| unsigned int: sharedpointer}"]; + label = "struct avm_event_tffs_deinit"; + struct_avm_event_tffs_deinit [fontcolor="green",shape=record,label="{ uint32_t: dummy}"]; }; - subgraph cluster_struct__avm_event_cmd_param_source_trigger{ + subgraph cluster_struct__avm_event_rpc{ fontcolor = "red"; - label = "struct _avm_event_cmd_param_source_trigger"; - struct__avm_event_cmd_param_source_trigger [fontcolor="green",shape=record,label="{ enum _avm_event_id: id| unsigned int: data_length}"]; + label = "struct _avm_event_rpc"; + struct__avm_event_rpc [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_rpctype: type| unsigned int: id| unsigned int: length| unsigned char: message}"]; }; - subgraph cluster_struct_avm_event_tffs_reindex{ + subgraph cluster_struct_avm_event_tffs_paniclog{ fontcolor = "red"; - label = "struct avm_event_tffs_reindex"; - struct_avm_event_tffs_reindex [fontcolor="green",shape=record,label="{ uint32_t: dummy}"]; + label = "struct avm_event_tffs_paniclog"; + struct_avm_event_tffs_paniclog [fontcolor="green",shape=record,label="{ uint64_t: buff_addr| uint64_t: len| int32_t: crc}"]; }; - subgraph cluster_struct_cpmac_event_struct{ + subgraph cluster_struct__avm_event_cmd{ fontcolor = "red"; - label = "struct cpmac_event_struct"; - struct_cpmac_event_struct [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| unsigned int: ports| struct cpmac_port: port}"]; + label = "struct _avm_event_cmd"; + struct__avm_event_cmd [fontcolor="green",shape=record,label="{ enum __avm_event_cmd: cmd| union _avm_event_cmd_param: param}"]; }; - subgraph cluster_struct_avm_event_data{ + subgraph cluster_struct_avm_event_tffs_notify{ fontcolor = "red"; - label = "struct avm_event_data"; - struct_avm_event_data [fontcolor="green",shape=record,label="{ enum _avm_event_id: id\n(Select-Key for next union)| union avm_event_data_union: data\n(Select-Key used here)}"]; + label = "struct avm_event_tffs_notify"; + struct_avm_event_tffs_notify [fontcolor="green",shape=record,label="{ uint32_t: id| enum avm_event_tffs_notify_event: event}"]; }; - subgraph cluster_struct__avm_event_powermanagment_remote_ressourceinfo{ + subgraph cluster_struct__cpmac_event_struct{ fontcolor = "red"; - label = "struct _avm_event_powermanagment_remote_ressourceinfo"; - struct__avm_event_powermanagment_remote_ressourceinfo [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum _powermanagment_device: device| unsigned int: power_rate}"]; + label = "struct _cpmac_event_struct"; + struct__cpmac_event_struct [fontcolor="green",shape=record,label="{ unsigned int: ports| struct cpmac_port: port}"]; }; - subgraph cluster_struct_avm_event_tffs_read{ + subgraph cluster_struct__avm_event_led_status{ fontcolor = "red"; - label = "struct avm_event_tffs_read"; - struct_avm_event_tffs_read [fontcolor="green",shape=record,label="{ uint64_t: buff_addr| uint64_t: len| uint32_t: id| int32_t: crc}"]; + label = "struct _avm_event_led_status"; + struct__avm_event_led_status [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_led_id: led| unsigned int: state| unsigned int: param_len| unsigned char: params}"]; }; - subgraph cluster_struct__avm_event_cmd_param_trigger{ + subgraph cluster_struct_cpmac_port{ fontcolor = "red"; - label = "struct _avm_event_cmd_param_trigger"; - struct__avm_event_cmd_param_trigger [fontcolor="green",shape=record,label="{ enum _avm_event_id: id}"]; + label = "struct cpmac_port"; + struct_cpmac_port [fontcolor="green",shape=record,label="{ uint8_t: cable| uint8_t: link| uint8_t: speed100| uint8_t: fullduplex| enum _avm_event_ethernet_speed: speed| enum _avm_event_ethernet_speed: maxspeed}"]; }; - subgraph cluster_struct_avm_event_tffs_open{ + subgraph cluster_struct_avm_event_tffs{ fontcolor = "red"; - label = "struct avm_event_tffs_open"; - struct_avm_event_tffs_open [fontcolor="green",shape=record,label="{ uint32_t: id| enum avm_event_tffs_open_mode: mode| uint32_t: max_segment_size}"]; + label = "struct avm_event_tffs"; + struct_avm_event_tffs [fontcolor="green",shape=record,label="{ uint32_t: src_id| uint32_t: dst_id| uint32_t: seq_nr| uint32_t: ack| uint64_t: srv_handle| uint64_t: clt_handle| int32_t: result| enum avm_event_tffs_call_type: type\n(Select-Key for next union)| union avm_event_tffs_call_union: call\n(Select-Key used here)}"]; }; - subgraph cluster_struct_avm_event_powermanagment_remote{ + subgraph cluster_struct__avm_event_internet_new_ip{ fontcolor = "red"; - label = "struct avm_event_powermanagment_remote"; - struct_avm_event_powermanagment_remote [fontcolor="green",shape=record,label="{ enum avm_event_powermanagment_remote_action: remote_action\n(Select-Key for next union)| union avm_event_powermanagment_remote_union: param\n(Select-Key used here)}"]; + label = "struct _avm_event_internet_new_ip"; + struct__avm_event_internet_new_ip [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_internet_new_ip_param_sel: sel\n(Select-Key for next union)| union avm_event_internet_new_ip_param: params\n(Select-Key used here)}"]; }; - subgraph cluster_struct_avm_event_source_unregister{ + subgraph cluster_struct__avm_event_checkpoint{ fontcolor = "red"; - label = "struct avm_event_source_unregister"; - struct_avm_event_source_unregister [fontcolor="green",shape=record,label="{ struct _avm_event_id_mask: id_mask| char: name}"]; + label = "struct _avm_event_checkpoint"; + struct__avm_event_checkpoint [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| uint32_t: node_id| uint64_t: checkpoints}"]; }; - subgraph cluster_struct_avm_event_powermanagment_status{ + subgraph cluster_struct_wlan_event_def{ fontcolor = "red"; - label = "struct avm_event_powermanagment_status"; - struct_avm_event_powermanagment_status [fontcolor="green",shape=record,label="{ enum _powermanagment_status_type: substatus\n(Select-Key for next union)| union __powermanagment_status_union: param\n(Select-Key used here)}"]; + label = "struct wlan_event_def"; + struct_wlan_event_def [fontcolor="green",shape=record,label="{ enum wlan_event_id: event_id\n(Select-Key for next union)| union wlan_event_data: event_data\n(Select-Key used here)}"]; }; - subgraph cluster_struct_avm_event_mass_storage_mount{ + subgraph cluster_struct__avm_event_cmd_param_source_trigger{ fontcolor = "red"; - label = "struct avm_event_mass_storage_mount"; - struct_avm_event_mass_storage_mount [fontcolor="green",shape=record,label="{ unsigned long long: size| unsigned long long: free| unsigned int: name_length| unsigned char: name}"]; + label = "struct _avm_event_cmd_param_source_trigger"; + struct__avm_event_cmd_param_source_trigger [fontcolor="green",shape=record,label="{ enum _avm_event_id: id| unsigned int: data_length}"]; }; - subgraph cluster_struct_avm_event_ping{ + subgraph cluster_struct_avm_event_tffs_reindex{ fontcolor = "red"; - label = "struct avm_event_ping"; - struct_avm_event_ping [fontcolor="green",shape=record,label="{ uint32_t: seq}"]; + label = "struct avm_event_tffs_reindex"; + struct_avm_event_tffs_reindex [fontcolor="green",shape=record,label="{ uint32_t: dummy}"]; }; - subgraph cluster_struct_wlan_event_data_scan_event_info{ + subgraph cluster_struct_avm_event_powermanagment_remote_ressourceinfo{ fontcolor = "red"; - label = "struct wlan_event_data_scan_event_info"; - struct_wlan_event_data_scan_event_info [fontcolor="green",shape=record,label="{ struct wlan_event_data_scan_common: common| enum wlan_event_scan_type: event_type}"]; + label = "struct avm_event_powermanagment_remote_ressourceinfo"; + struct_avm_event_powermanagment_remote_ressourceinfo [fontcolor="green",shape=record,label="{ enum _powermanagment_device: device| unsigned int: power_rate}"]; }; - subgraph cluster_struct__avm_event_cpu_run{ + subgraph cluster_struct__avm_event_powermanagment_status{ fontcolor = "red"; - label = "struct _avm_event_cpu_run"; - struct__avm_event_cpu_run [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _cputype: cputype| unsigned char: cpu_run}"]; + label = "struct _avm_event_powermanagment_status"; + struct__avm_event_powermanagment_status [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _powermanagment_status_type: substatus\n(Select-Key for next union)| union __powermanagment_status_union: param\n(Select-Key used here)}"]; }; - subgraph cluster_struct__avm_event_remotewatchdog{ + subgraph cluster_struct__avm_event_pm_info_stat{ fontcolor = "red"; - label = "struct _avm_event_remotewatchdog"; - struct__avm_event_remotewatchdog [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_remote_wdt_cmd: cmd| char: name| unsigned int: param}"]; + label = "struct _avm_event_pm_info_stat"; + struct__avm_event_pm_info_stat [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned char: reserved1| unsigned char: rate_sumact| unsigned char: rate_sumcum| unsigned char: rate_systemact| unsigned char: rate_systemcum| unsigned char: system_status| unsigned char: rate_dspact| unsigned char: rate_dspcum| unsigned char: rate_wlanact| unsigned char: rate_wlancum| unsigned char: wlan_devices| unsigned char: wlan_status| unsigned char: rate_ethact| unsigned char: rate_ethcum| unsigned short: eth_status| unsigned char: rate_abact| unsigned char: rate_abcum| unsigned short: isdn_status| unsigned char: rate_dectact| unsigned char: rate_dectcum| unsigned char: rate_battchargeact| unsigned char: rate_battchargecum| unsigned char: dect_status| unsigned char: rate_usbhostact| unsigned char: rate_usbhostcum| unsigned char: usb_status| signed char: act_temperature| signed char: min_temperature| signed char: max_temperature| signed char: avg_temperature| unsigned char: rate_lteact| unsigned char: rate_ltecum| unsigned char: rate_dvbcact| unsigned char: rate_dvbccum}"]; }; - subgraph cluster_struct__avm_event_header{ + subgraph cluster_struct_avm_event_checkpoint{ fontcolor = "red"; - label = "struct _avm_event_header"; - struct__avm_event_header [fontcolor="green",shape=record,label="{ enum _avm_event_id: id}"]; + label = "struct avm_event_checkpoint"; + struct_avm_event_checkpoint [fontcolor="green",shape=record,label="{ uint32_t: node_id| uint64_t: checkpoints}"]; }; - subgraph cluster_struct__avm_event_powermanagment_remote{ + subgraph cluster_struct_avm_event_wlan{ fontcolor = "red"; - label = "struct _avm_event_powermanagment_remote"; - struct__avm_event_powermanagment_remote [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_powermanagment_remote_action: remote_action\n(Select-Key for next union)| union avm_event_powermanagment_remote_union: param\n(Select-Key used here)}"]; + label = "struct avm_event_wlan"; + struct_avm_event_wlan [fontcolor="green",shape=record,label="{ char: mac| union avm_event_wlan_client_status_u1: u1| wlan_event: event| wlan_info: info| enum wlan_sm_states: status| union avm_event_wlan_client_status_u2: u2| char: if_name| unsigned int: ev_initiator| unsigned int: ev_reason| unsigned int: avm_capabilities}"]; }; - subgraph cluster_struct__avm_event_telefonprofile{ + subgraph cluster_struct_avm_event_push_button{ fontcolor = "red"; - label = "struct _avm_event_telefonprofile"; - struct__avm_event_telefonprofile [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| unsigned int: on}"]; + label = "struct avm_event_push_button"; + struct_avm_event_push_button [fontcolor="green",shape=record,label="{ enum _avm_event_push_button_key: key| uint32_t: pressed}"]; }; - subgraph cluster_struct_avm_event_tffs_info{ + subgraph cluster_struct_avm_event_tffs_close{ fontcolor = "red"; - label = "struct avm_event_tffs_info"; - struct_avm_event_tffs_info [fontcolor="green",shape=record,label="{ uint32_t: fill_level}"]; + label = "struct avm_event_tffs_close"; + struct_avm_event_tffs_close [fontcolor="green",shape=record,label="{ uint32_t: dummy}"]; }; - subgraph cluster_struct_avm_event_unserialised{ + subgraph cluster_struct_avm_event_powermanagment_remote{ fontcolor = "red"; - label = "struct avm_event_unserialised"; - struct_avm_event_unserialised [fontcolor="green",shape=record,label="{ uint64_t: evnt_id| uint32_t: data_len| unsigned char: data}"]; + label = "struct avm_event_powermanagment_remote"; + struct_avm_event_powermanagment_remote [fontcolor="green",shape=record,label="{ enum avm_event_powermanagment_remote_action: remote_action\n(Select-Key for next union)| union avm_event_powermanagment_remote_union: param\n(Select-Key used here)}"]; }; - subgraph cluster_struct__avm_event_telephony_missed_call_params{ + subgraph cluster_struct_avm_event_source_notifier{ fontcolor = "red"; - label = "struct _avm_event_telephony_missed_call_params"; - struct__avm_event_telephony_missed_call_params [fontcolor="green",shape=record,label="{ enum avm_event_telephony_param_sel: id\n(Select-Key for next union)| union avm_event_telephony_call_params: params\n(Select-Key used here)}"]; + label = "struct avm_event_source_notifier"; + struct_avm_event_source_notifier [fontcolor="green",shape=record,label="{ enum _avm_event_id: id}"]; }; - subgraph cluster_struct__avm_event_cmd{ + subgraph cluster_struct_avm_event_rpc{ fontcolor = "red"; - label = "struct _avm_event_cmd"; - struct__avm_event_cmd [fontcolor="green",shape=record,label="{ enum __avm_event_cmd: cmd| union _avm_event_cmd_param: param}"]; + label = "struct avm_event_rpc"; + struct_avm_event_rpc [fontcolor="green",shape=record,label="{ enum _avm_rpctype: type| unsigned int: id| unsigned int: length| unsigned char: message}"]; }; - subgraph cluster_struct_wlan_event_def{ + subgraph cluster_struct__avm_event_mass_storage_unmount{ fontcolor = "red"; - label = "struct wlan_event_def"; - struct_wlan_event_def [fontcolor="green",shape=record,label="{ enum wlan_event_id: event_id\n(Select-Key for next union)| union wlan_event_data: event_data\n(Select-Key used here)}"]; + label = "struct _avm_event_mass_storage_unmount"; + struct__avm_event_mass_storage_unmount [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned int: name_length| unsigned char: name}"]; }; - subgraph cluster_struct__avm_event_pm_info_stat{ + subgraph cluster_struct_avm_event_remotewatchdog{ fontcolor = "red"; - label = "struct _avm_event_pm_info_stat"; - struct__avm_event_pm_info_stat [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned char: reserved1| unsigned char: rate_sumact| unsigned char: rate_sumcum| unsigned char: rate_systemact| unsigned char: rate_systemcum| unsigned char: system_status| unsigned char: rate_dspact| unsigned char: rate_dspcum| unsigned char: rate_wlanact| unsigned char: rate_wlancum| unsigned char: wlan_devices| unsigned char: wlan_status| unsigned char: rate_ethact| unsigned char: rate_ethcum| unsigned short: eth_status| unsigned char: rate_abact| unsigned char: rate_abcum| unsigned short: isdn_status| unsigned char: rate_dectact| unsigned char: rate_dectcum| unsigned char: rate_battchargeact| unsigned char: rate_battchargecum| unsigned char: dect_status| unsigned char: rate_usbhostact| unsigned char: rate_usbhostcum| unsigned char: usb_status| signed char: act_temperature| signed char: min_temperature| signed char: max_temperature| signed char: avg_temperature| unsigned char: rate_lteact| unsigned char: rate_ltecum| unsigned char: rate_dvbcact| unsigned char: rate_dvbccum}"]; + label = "struct avm_event_remotewatchdog"; + struct_avm_event_remotewatchdog [fontcolor="green",shape=record,label="{ enum _avm_remote_wdt_cmd: cmd| char: name| unsigned int: param}"]; }; - subgraph cluster_struct_avm_event_cpu_idle{ + subgraph cluster_struct_avm_event_source_register{ fontcolor = "red"; - label = "struct avm_event_cpu_idle"; - struct_avm_event_cpu_idle [fontcolor="green",shape=record,label="{ unsigned char: cpu_idle| unsigned char: dsl_dsp_idle| unsigned char: voice_dsp_idle| unsigned char: mem_strictlyused| unsigned char: mem_cacheused| unsigned char: mem_physfree| enum _cputype: cputype}"]; + label = "struct avm_event_source_register"; + struct_avm_event_source_register [fontcolor="green",shape=record,label="{ struct _avm_event_id_mask: id_mask| char: name}"]; }; - subgraph cluster_struct_avm_event_telephony_string{ + subgraph cluster_struct_avm_event_data{ fontcolor = "red"; - label = "struct avm_event_telephony_string"; - struct_avm_event_telephony_string [fontcolor="green",shape=record,label="{ unsigned int: length| unsigned char: string}"]; + label = "struct avm_event_data"; + struct_avm_event_data [fontcolor="green",shape=record,label="{ enum _avm_event_id: id\n(Select-Key for next union)| union avm_event_data_union: data\n(Select-Key used here)}"]; }; - subgraph cluster_struct_avm_event_log{ + subgraph cluster_struct__avm_event_powerline_status{ fontcolor = "red"; - label = "struct avm_event_log"; - struct_avm_event_log [fontcolor="green",shape=record,label="{ enum _avm_logtype: logtype| unsigned int: loglen| unsigned int: logpointer| unsigned int: checksum| unsigned int: rebootflag}"]; + label = "struct _avm_event_powerline_status"; + struct__avm_event_powerline_status [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum ePLCState: status}"]; }; - subgraph cluster_struct_cpmac_port{ + subgraph cluster_struct_avm_event_tffs_write{ fontcolor = "red"; - label = "struct cpmac_port"; - struct_cpmac_port [fontcolor="green",shape=record,label="{ uint8_t: cable| uint8_t: link| uint8_t: speed100| uint8_t: fullduplex| enum _avm_event_ethernet_speed: speed| enum _avm_event_ethernet_speed: maxspeed}"]; + label = "struct avm_event_tffs_write"; + struct_avm_event_tffs_write [fontcolor="green",shape=record,label="{ uint64_t: buff_addr| uint64_t: len| uint32_t: id| uint32_t: final| int32_t: crc}"]; }; - subgraph cluster_struct_avm_event_rpc{ + subgraph cluster_struct__avm_event_telephony_missed_call_params{ fontcolor = "red"; - label = "struct avm_event_rpc"; - struct_avm_event_rpc [fontcolor="green",shape=record,label="{ enum _avm_rpctype: type| unsigned int: id| unsigned int: length| unsigned char: message}"]; + label = "struct _avm_event_telephony_missed_call_params"; + struct__avm_event_telephony_missed_call_params [fontcolor="green",shape=record,label="{ enum avm_event_telephony_param_sel: id\n(Select-Key for next union)| union avm_event_telephony_call_params: params\n(Select-Key used here)}"]; }; - subgraph cluster_struct_avm_event_tffs{ + subgraph cluster_struct_avm_event_pm_info_stat{ fontcolor = "red"; - label = "struct avm_event_tffs"; - struct_avm_event_tffs [fontcolor="green",shape=record,label="{ uint32_t: src_id| uint32_t: dst_id| uint32_t: seq_nr| uint32_t: ack| uint64_t: srv_handle| uint64_t: clt_handle| int32_t: result| enum avm_event_tffs_call_type: type\n(Select-Key for next union)| union avm_event_tffs_call_union: call\n(Select-Key used here)}"]; + label = "struct avm_event_pm_info_stat"; + struct_avm_event_pm_info_stat [fontcolor="green",shape=record,label="{ unsigned char: reserved1| unsigned char: rate_sumact| unsigned char: rate_sumcum| unsigned char: rate_systemact| unsigned char: rate_systemcum| unsigned char: system_status| unsigned char: rate_dspact| unsigned char: rate_dspcum| unsigned char: rate_wlanact| unsigned char: rate_wlancum| unsigned char: wlan_devices| unsigned char: wlan_status| unsigned char: rate_ethact| unsigned char: rate_ethcum| unsigned short: eth_status| unsigned char: rate_abact| unsigned char: rate_abcum| unsigned short: isdn_status| unsigned char: rate_dectact| unsigned char: rate_dectcum| unsigned char: rate_battchargeact| unsigned char: rate_battchargecum| unsigned char: dect_status| unsigned char: rate_usbhostact| unsigned char: rate_usbhostcum| unsigned char: usb_status| signed char: act_temperature| signed char: min_temperature| signed char: max_temperature| signed char: avg_temperature| unsigned char: rate_lteact| unsigned char: rate_ltecum| unsigned char: rate_dvbcact| unsigned char: rate_dvbccum}"]; }; - subgraph cluster_struct__avm_event_firmware_update_available{ + subgraph cluster_struct_avm_event_tffs_open{ fontcolor = "red"; - label = "struct _avm_event_firmware_update_available"; - struct__avm_event_firmware_update_available [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_firmware_type: type| unsigned int: version_length| unsigned char: version}"]; + label = "struct avm_event_tffs_open"; + struct_avm_event_tffs_open [fontcolor="green",shape=record,label="{ uint32_t: id| enum avm_event_tffs_open_mode: mode| uint32_t: max_segment_size}"]; }; - subgraph cluster_struct__avm_event_mass_storage_mount{ + subgraph cluster_struct__avm_event_id_mask{ fontcolor = "red"; - label = "struct _avm_event_mass_storage_mount"; - struct__avm_event_mass_storage_mount [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned long long: size| unsigned long long: free| unsigned int: name_length| unsigned char: name}"]; + label = "struct _avm_event_id_mask"; + struct__avm_event_id_mask [fontcolor="green",shape=record,label="{ avm_event_mask_fieldentry: mask}"]; }; - subgraph cluster_struct_avm_event_tffs_init{ + subgraph cluster_struct__avm_event_user_mode_source_notify{ fontcolor = "red"; - label = "struct avm_event_tffs_init"; - struct_avm_event_tffs_init [fontcolor="green",shape=record,label="{ int64_t: mem_offset| uint32_t: max_seg_size}"]; + label = "struct _avm_event_user_mode_source_notify"; + struct__avm_event_user_mode_source_notify [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum _avm_event_id: id}"]; }; - subgraph cluster_struct_avm_event_led_info{ + subgraph cluster_struct_avm_event_message{ fontcolor = "red"; - label = "struct avm_event_led_info"; - struct_avm_event_led_info [fontcolor="green",shape=record,label="{ unsigned int: mode| unsigned int: param1| unsigned int: param2| unsigned int: gpio_driver_type| unsigned int: gpio| unsigned int: pos| char: name}"]; + label = "struct avm_event_message"; + struct_avm_event_message [fontcolor="green",shape=record,label="{ uint32_t: length\n(length for total)| uint32_t: magic| uint32_t: nonce| uint32_t: flags| int32_t: result| uint32_t: transmitter_handle| uint32_t: receiver_handle| enum avm_event_msg_type: type\n(Select-Key for next union)| union avm_event_message_union: message\n(Select-Key used here)}"]; }; - subgraph cluster_struct_avm_event_push_button{ + subgraph cluster_struct_avm_event_temperature{ fontcolor = "red"; - label = "struct avm_event_push_button"; - struct_avm_event_push_button [fontcolor="green",shape=record,label="{ enum _avm_event_push_button_key: key| uint32_t: pressed}"]; + label = "struct avm_event_temperature"; + struct_avm_event_temperature [fontcolor="green",shape=record,label="{ int: temperature}"]; }; - subgraph cluster_struct_avm_event_remotewatchdog{ + subgraph cluster_struct__avm_event_remotepcmlink{ fontcolor = "red"; - label = "struct avm_event_remotewatchdog"; - struct_avm_event_remotewatchdog [fontcolor="green",shape=record,label="{ enum _avm_remote_wdt_cmd: cmd| char: name| unsigned int: param}"]; + label = "struct _avm_event_remotepcmlink"; + struct__avm_event_remotepcmlink [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_remotepcmlinktype: type| unsigned int: sharedlen| unsigned int: sharedpointer}"]; }; - subgraph cluster_struct_avm_event_telefonprofile{ + subgraph cluster_struct__avm_event_telephony_missed_call{ fontcolor = "red"; - label = "struct avm_event_telefonprofile"; - struct_avm_event_telefonprofile [fontcolor="green",shape=record,label="{ unsigned int: on}"]; + label = "struct _avm_event_telephony_missed_call"; + struct__avm_event_telephony_missed_call [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned int: length|

struct _avm_event_telephony_missed_call_params: p}"]; }; - subgraph cluster_struct_avm_event_tffs_write{ + subgraph cluster_struct_avm_event_source_unregister{ fontcolor = "red"; - label = "struct avm_event_tffs_write"; - struct_avm_event_tffs_write [fontcolor="green",shape=record,label="{ uint64_t: buff_addr| uint64_t: len| uint32_t: id| uint32_t: final| int32_t: crc}"]; + label = "struct avm_event_source_unregister"; + struct_avm_event_source_unregister [fontcolor="green",shape=record,label="{ struct _avm_event_id_mask: id_mask| char: name}"]; }; - subgraph cluster_struct__cpmac_event_struct{ + subgraph cluster_struct__avm_event_smarthome_switch_status{ fontcolor = "red"; - label = "struct _cpmac_event_struct"; - struct__cpmac_event_struct [fontcolor="green",shape=record,label="{ unsigned int: ports| struct cpmac_port: port}"]; + label = "struct _avm_event_smarthome_switch_status"; + struct__avm_event_smarthome_switch_status [fontcolor="green",shape=record,label="{

struct _avm_event_header: header| enum avm_event_switch_type: type| unsigned int: value| unsigned int: ain_length| unsigned char: ain}"]; }; - subgraph cluster_struct_avm_event_mass_storage_unmount{ + subgraph cluster_struct_avm_event_telephony_string{ fontcolor = "red"; - label = "struct avm_event_mass_storage_unmount"; - struct_avm_event_mass_storage_unmount [fontcolor="green",shape=record,label="{ unsigned int: name_length| unsigned char: name}"]; + label = "struct avm_event_telephony_string"; + struct_avm_event_telephony_string [fontcolor="green",shape=record,label="{ unsigned int: length| unsigned char: string}"]; }; - subgraph cluster_struct__avm_event_cpu_idle{ + subgraph cluster_struct_wlan_event_data_client_common{ fontcolor = "red"; - label = "struct _avm_event_cpu_idle"; - struct__avm_event_cpu_idle [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| unsigned char: cpu_idle| unsigned char: dsl_dsp_idle| unsigned char: voice_dsp_idle| unsigned char: mem_strictlyused| unsigned char: mem_cacheused| unsigned char: mem_physfree| enum _cputype: cputype}"]; + label = "struct wlan_event_data_client_common"; + struct_wlan_event_data_client_common [fontcolor="green",shape=record,label="{ uint8_t: mac| char: iface| char: initiator}"]; }; - subgraph cluster_struct_avm_event_tffs_paniclog{ + subgraph cluster_struct_avm_event_led_status{ fontcolor = "red"; - label = "struct avm_event_tffs_paniclog"; - struct_avm_event_tffs_paniclog [fontcolor="green",shape=record,label="{ uint64_t: buff_addr| uint64_t: len| int32_t: crc}"]; + label = "struct avm_event_led_status"; + struct_avm_event_led_status [fontcolor="green",shape=record,label="{ enum avm_event_led_id: led| unsigned int: state| unsigned int: param_len| unsigned char: params}"]; }; - subgraph cluster_struct_avm_event_cpu_run{ + subgraph cluster_struct__avm_event_powermanagment_remote_ressourceinfo{ fontcolor = "red"; - label = "struct avm_event_cpu_run"; - struct_avm_event_cpu_run [fontcolor="green",shape=record,label="{ enum _cputype: cputype| unsigned char: cpu_run}"]; + label = "struct _avm_event_powermanagment_remote_ressourceinfo"; + struct__avm_event_powermanagment_remote_ressourceinfo [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum _powermanagment_device: device| unsigned int: power_rate}"]; }; - subgraph cluster_struct__avm_event_cmd_param_release{ + subgraph cluster_struct__avm_event_firmware_update_available{ fontcolor = "red"; - label = "struct _avm_event_cmd_param_release"; - struct__avm_event_cmd_param_release [fontcolor="green",shape=record,label="{ char: Name}"]; + label = "struct _avm_event_firmware_update_available"; + struct__avm_event_firmware_update_available [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_firmware_type: type| unsigned int: version_length| unsigned char: version}"]; }; - subgraph cluster_struct__avm_event_mass_storage_unmount{ + subgraph cluster_struct__avm_event_telefonprofile{ fontcolor = "red"; - label = "struct _avm_event_mass_storage_unmount"; - struct__avm_event_mass_storage_unmount [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned int: name_length| unsigned char: name}"]; + label = "struct _avm_event_telefonprofile"; + struct__avm_event_telefonprofile [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| unsigned int: on}"]; }; - subgraph cluster_struct_wlan_event_data_client_state_change{ + subgraph cluster_struct__avm_event_powermanagment_remote{ fontcolor = "red"; - label = "struct wlan_event_data_client_state_change"; - struct_wlan_event_data_client_state_change [fontcolor="green",shape=record,label="{ struct wlan_event_data_client_common: common| uint8_t: state}"]; + label = "struct _avm_event_powermanagment_remote"; + struct__avm_event_powermanagment_remote [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_powermanagment_remote_action: remote_action\n(Select-Key for next union)| union avm_event_powermanagment_remote_union: param\n(Select-Key used here)}"]; }; - subgraph cluster_struct__avm_event_internet_new_ip{ + subgraph cluster_struct_avm_event_cpu_idle{ fontcolor = "red"; - label = "struct _avm_event_internet_new_ip"; - struct__avm_event_internet_new_ip [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_internet_new_ip_param_sel: sel\n(Select-Key for next union)| union avm_event_internet_new_ip_param: params\n(Select-Key used here)}"]; + label = "struct avm_event_cpu_idle"; + struct_avm_event_cpu_idle [fontcolor="green",shape=record,label="{ unsigned char: cpu_idle| unsigned char: dsl_dsp_idle| unsigned char: voice_dsp_idle| unsigned char: mem_strictlyused| unsigned char: mem_cacheused| unsigned char: mem_physfree| enum _cputype: cputype}"]; }; - subgraph cluster_struct__avm_event_user_mode_source_notify{ + subgraph cluster_struct_avm_event_remote_source_trigger_request{ fontcolor = "red"; - label = "struct _avm_event_user_mode_source_notify"; - struct__avm_event_user_mode_source_notify [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum _avm_event_id: id}"]; + label = "struct avm_event_remote_source_trigger_request"; + struct_avm_event_remote_source_trigger_request [fontcolor="green",shape=record,label="{ struct avm_event_data: data}"]; }; - subgraph cluster_struct_avm_event_message{ + subgraph cluster_struct__avm_event_remotewatchdog{ fontcolor = "red"; - label = "struct avm_event_message"; - struct_avm_event_message [fontcolor="green",shape=record,label="{ uint32_t: length\n(length for total)| uint32_t: magic| uint32_t: nonce| uint32_t: flags| int32_t: result| uint32_t: transmitter_handle| uint32_t: receiver_handle| enum avm_event_msg_type: type\n(Select-Key for next union)| union avm_event_message_union: message\n(Select-Key used here)}"]; + label = "struct _avm_event_remotewatchdog"; + struct__avm_event_remotewatchdog [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_remote_wdt_cmd: cmd| char: name| unsigned int: param}"]; }; - subgraph cluster_struct__avm_event_telephony_missed_call{ + subgraph cluster_struct_avm_event_tffs_read{ fontcolor = "red"; - label = "struct _avm_event_telephony_missed_call"; - struct__avm_event_telephony_missed_call [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| unsigned int: length|

struct _avm_event_telephony_missed_call_params: p}"]; + label = "struct avm_event_tffs_read"; + struct_avm_event_tffs_read [fontcolor="green",shape=record,label="{ uint64_t: buff_addr| uint64_t: len| uint32_t: id| int32_t: crc}"]; }; - subgraph cluster_struct_avm_event_powermanagment_remote_ressourceinfo{ + subgraph cluster_struct_avm_event_tffs_info{ fontcolor = "red"; - label = "struct avm_event_powermanagment_remote_ressourceinfo"; - struct_avm_event_powermanagment_remote_ressourceinfo [fontcolor="green",shape=record,label="{ enum _powermanagment_device: device| unsigned int: power_rate}"]; + label = "struct avm_event_tffs_info"; + struct_avm_event_tffs_info [fontcolor="green",shape=record,label="{ uint32_t: fill_level}"]; }; - subgraph cluster_struct_avm_event_telephony_missed_call{ + subgraph cluster_struct__avm_event_cpu_idle{ fontcolor = "red"; - label = "struct avm_event_telephony_missed_call"; - struct_avm_event_telephony_missed_call [fontcolor="green",shape=record,label="{ unsigned int: length|

struct _avm_event_telephony_missed_call_params: p}"]; + label = "struct _avm_event_cpu_idle"; + struct__avm_event_cpu_idle [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| unsigned char: cpu_idle| unsigned char: dsl_dsp_idle| unsigned char: voice_dsp_idle| unsigned char: mem_strictlyused| unsigned char: mem_cacheused| unsigned char: mem_physfree| enum _cputype: cputype}"]; }; subgraph cluster_struct__avm_event_led_info{ fontcolor = "red"; label = "struct _avm_event_led_info"; struct__avm_event_led_info [fontcolor="green",shape=record,label="{

struct _avm_event_header: header| unsigned int: mode| unsigned int: param1| unsigned int: param2| unsigned int: gpio_driver_type| unsigned int: gpio| unsigned int: pos| char: name}"]; }; - subgraph cluster_struct_wlan_event_data_client_connect_info{ + subgraph cluster_struct__avm_event_push_button{ fontcolor = "red"; - label = "struct wlan_event_data_client_connect_info"; - struct_wlan_event_data_client_connect_info [fontcolor="green",shape=record,label="{ struct wlan_event_data_client_common: common| uint8_t: info_context| uint8_t: reason| uint32_t: max_node_count| uint16_t: ieee80211_code}"]; + label = "struct _avm_event_push_button"; + struct__avm_event_push_button [fontcolor="green",shape=record,label="{ enum _avm_event_id: id| enum _avm_event_push_button_key: key| uint32_t: pressed}"]; }; - subgraph cluster_struct__avm_event_log{ + subgraph cluster_struct_avm_event_cpu_run{ fontcolor = "red"; - label = "struct _avm_event_log"; - struct__avm_event_log [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _avm_logtype: logtype| unsigned int: loglen| unsigned int: logpointer| unsigned int: checksum| unsigned int: rebootflag}"]; + label = "struct avm_event_cpu_run"; + struct_avm_event_cpu_run [fontcolor="green",shape=record,label="{ enum _cputype: cputype| unsigned char: cpu_run}"]; }; subgraph cluster_struct_avm_event_smarthome_switch_status{ fontcolor = "red"; label = "struct avm_event_smarthome_switch_status"; struct_avm_event_smarthome_switch_status [fontcolor="green",shape=record,label="{ enum avm_event_switch_type: type| unsigned int: value| unsigned int: ain_length| unsigned char: ain}"]; }; - subgraph cluster_struct__avm_event_powermanagment_status{ - fontcolor = "red"; - label = "struct _avm_event_powermanagment_status"; - struct__avm_event_powermanagment_status [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _powermanagment_status_type: substatus\n(Select-Key for next union)| union __powermanagment_status_union: param\n(Select-Key used here)}"]; - }; - subgraph cluster_struct_avm_event_powerline_status{ - fontcolor = "red"; - label = "struct avm_event_powerline_status"; - struct_avm_event_powerline_status [fontcolor="green",shape=record,label="{ enum ePLCState: status}"]; - }; - subgraph cluster_struct__avm_event_id_mask{ + subgraph cluster_struct__avm_event_header{ fontcolor = "red"; - label = "struct _avm_event_id_mask"; - struct__avm_event_id_mask [fontcolor="green",shape=record,label="{ avm_event_mask_fieldentry: mask}"]; + label = "struct _avm_event_header"; + struct__avm_event_header [fontcolor="green",shape=record,label="{ enum _avm_event_id: id}"]; }; - subgraph cluster_struct_avm_event_wlan{ + subgraph cluster_struct_cpmac_event_struct{ fontcolor = "red"; - label = "struct avm_event_wlan"; - struct_avm_event_wlan [fontcolor="green",shape=record,label="{ char: mac| union avm_event_wlan_client_status_u1: u1| wlan_event: event| wlan_info: info| enum wlan_sm_states: status| union avm_event_wlan_client_status_u2: u2| char: if_name| unsigned int: ev_initiator| unsigned int: ev_reason| unsigned int: avm_capabilities}"]; + label = "struct cpmac_event_struct"; + struct_cpmac_event_struct [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| unsigned int: ports| struct cpmac_port: port}"]; }; - subgraph cluster_struct__avm_event_cmd_param_register{ + subgraph cluster_struct_avm_event_led_info{ fontcolor = "red"; - label = "struct _avm_event_cmd_param_register"; - struct__avm_event_cmd_param_register [fontcolor="green",shape=record,label="{ struct _avm_event_id_mask: mask| char: Name}"]; + label = "struct avm_event_led_info"; + struct_avm_event_led_info [fontcolor="green",shape=record,label="{ unsigned int: mode| unsigned int: param1| unsigned int: param2| unsigned int: gpio_driver_type| unsigned int: gpio| unsigned int: pos| char: name}"]; }; - subgraph cluster_struct_avm_event_source_notifier{ + subgraph cluster_struct_avm_event_remotepcmlink{ fontcolor = "red"; - label = "struct avm_event_source_notifier"; - struct_avm_event_source_notifier [fontcolor="green",shape=record,label="{ enum _avm_event_id: id}"]; + label = "struct avm_event_remotepcmlink"; + struct_avm_event_remotepcmlink [fontcolor="green",shape=record,label="{ enum _avm_remotepcmlinktype: type| unsigned int: sharedlen| unsigned int: sharedpointer}"]; }; - subgraph cluster_struct_avm_event_firmware_update_available{ + subgraph cluster_struct_wlan_event_data_scan_common{ fontcolor = "red"; - label = "struct avm_event_firmware_update_available"; - struct_avm_event_firmware_update_available [fontcolor="green",shape=record,label="{ enum avm_event_firmware_type: type| unsigned int: version_length| unsigned char: version}"]; + label = "struct wlan_event_data_scan_common"; + struct_wlan_event_data_scan_common [fontcolor="green",shape=record,label="{ char: iface| char: initiator}"]; }; subgraph cluster_struct_avm_event_tffs_cleanup{ fontcolor = "red"; label = "struct avm_event_tffs_cleanup"; struct_avm_event_tffs_cleanup [fontcolor="green",shape=record,label="{ uint32_t: dummy}"]; }; - subgraph cluster_struct_avm_event_tffs_notify{ + subgraph cluster_struct_avm_event_mass_storage_unmount{ fontcolor = "red"; - label = "struct avm_event_tffs_notify"; - struct_avm_event_tffs_notify [fontcolor="green",shape=record,label="{ uint32_t: id| enum avm_event_tffs_notify_event: event}"]; + label = "struct avm_event_mass_storage_unmount"; + struct_avm_event_mass_storage_unmount [fontcolor="green",shape=record,label="{ unsigned int: name_length| unsigned char: name}"]; }; - subgraph cluster_struct_avm_event_led_status{ + subgraph cluster_struct_avm_event_ping{ fontcolor = "red"; - label = "struct avm_event_led_status"; - struct_avm_event_led_status [fontcolor="green",shape=record,label="{ enum avm_event_led_id: led| unsigned int: state| unsigned int: param_len| unsigned char: params}"]; + label = "struct avm_event_ping"; + struct_avm_event_ping [fontcolor="green",shape=record,label="{ uint32_t: seq}"]; }; - subgraph cluster_struct_wlan_event_data_client_common{ + subgraph cluster_struct_avm_event_mass_storage_mount{ fontcolor = "red"; - label = "struct wlan_event_data_client_common"; - struct_wlan_event_data_client_common [fontcolor="green",shape=record,label="{ uint8_t: mac| char: iface| char: initiator}"]; + label = "struct avm_event_mass_storage_mount"; + struct_avm_event_mass_storage_mount [fontcolor="green",shape=record,label="{ unsigned long long: size| unsigned long long: free| unsigned int: name_length| unsigned char: name}"]; }; - subgraph cluster_struct__avm_event_powerline_status{ + subgraph cluster_struct__avm_event_cpu_run{ fontcolor = "red"; - label = "struct _avm_event_powerline_status"; - struct__avm_event_powerline_status [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum ePLCState: status}"]; + label = "struct _avm_event_cpu_run"; + struct__avm_event_cpu_run [fontcolor="green",shape=record,label="{ struct _avm_event_header: event_header| enum _cputype: cputype| unsigned char: cpu_run}"]; }; - subgraph cluster_struct__avm_event_smarthome_switch_status{ + subgraph cluster_struct_avm_event_unserialised{ fontcolor = "red"; - label = "struct _avm_event_smarthome_switch_status"; - struct__avm_event_smarthome_switch_status [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| enum avm_event_switch_type: type| unsigned int: value| unsigned int: ain_length| unsigned char: ain}"]; + label = "struct avm_event_unserialised"; + struct_avm_event_unserialised [fontcolor="green",shape=record,label="{ uint64_t: evnt_id| uint32_t: data_len| unsigned char: data}"]; }; - subgraph cluster_struct_avm_event_source_register{ + subgraph cluster_struct_avm_event_telefonprofile{ fontcolor = "red"; - label = "struct avm_event_source_register"; - struct_avm_event_source_register [fontcolor="green",shape=record,label="{ struct _avm_event_id_mask: id_mask| char: name}"]; + label = "struct avm_event_telefonprofile"; + struct_avm_event_telefonprofile [fontcolor="green",shape=record,label="{ unsigned int: on}"]; }; - subgraph cluster_struct_avm_event_checkpoint{ + subgraph cluster_struct_wlan_event_data_client_connect_info{ fontcolor = "red"; - label = "struct avm_event_checkpoint"; - struct_avm_event_checkpoint [fontcolor="green",shape=record,label="{ uint32_t: node_id| uint64_t: checkpoints}"]; + label = "struct wlan_event_data_client_connect_info"; + struct_wlan_event_data_client_connect_info [fontcolor="green",shape=record,label="{ struct wlan_event_data_client_common: common| uint8_t: info_context| uint8_t: reason| uint32_t: max_node_count| uint16_t: ieee80211_code}"]; }; - subgraph cluster_struct_wlan_event_data_scan_common{ + subgraph cluster_struct__avm_event_cmd_param_trigger{ fontcolor = "red"; - label = "struct wlan_event_data_scan_common"; - struct_wlan_event_data_scan_common [fontcolor="green",shape=record,label="{ char: iface| char: initiator}"]; + label = "struct _avm_event_cmd_param_trigger"; + struct__avm_event_cmd_param_trigger [fontcolor="green",shape=record,label="{ enum _avm_event_id: id}"]; }; - subgraph cluster_union_avm_event_powermanagment_remote_union{ + subgraph cluster_struct_avm_event_log{ fontcolor = "red"; - label = "union avm_event_powermanagment_remote_union"; - union_avm_event_powermanagment_remote_union [shape=record,fontcolor="blue",label="{ struct avm_event_powermanagment_remote_ressourceinfo: ressourceinfo| char: powermode}"]; + label = "struct avm_event_log"; + struct_avm_event_log [fontcolor="green",shape=record,label="{ enum _avm_logtype: logtype| unsigned int: loglen| unsigned int: logpointer| unsigned int: checksum| unsigned int: rebootflag}"]; }; - subgraph cluster_union__avm_event_cmd_param{ + subgraph cluster_struct__avm_event_wlan{ fontcolor = "red"; - label = "union _avm_event_cmd_param"; - union__avm_event_cmd_param [shape=record,fontcolor="blue",label="{ struct _avm_event_cmd_param_register: avm_event_cmd_param_register| struct _avm_event_cmd_param_release: avm_event_cmd_param_release| struct _avm_event_cmd_param_trigger: avm_event_cmd_param_trigger| struct _avm_event_cmd_param_register: avm_event_cmd_param_source_register| struct _avm_event_cmd_param_source_trigger: avm_event_cmd_param_source_trigger}"]; + label = "struct _avm_event_wlan"; + struct__avm_event_wlan [fontcolor="green",shape=record,label="{
struct _avm_event_header: header| char: mac| unsigned int: u1| unsigned int: event| unsigned int: info| unsigned int: status| unsigned int: u2| char: if_name| unsigned int: ev_initiator| unsigned int: ev_reason| unsigned int: avm_capabilities}"]; }; - subgraph cluster_union_wlan_event_data{ + subgraph cluster_struct_wlan_event_data_scan_event_info{ fontcolor = "red"; - label = "union wlan_event_data"; - union_wlan_event_data [shape=record,fontcolor="blue",label="{ struct wlan_event_data_client_state_change: client_state_change| struct wlan_event_data_client_connect_info: client_connect_info| struct wlan_event_data_scan_event_info: scan_event_info}"]; + label = "struct wlan_event_data_scan_event_info"; + struct_wlan_event_data_scan_event_info [fontcolor="green",shape=record,label="{ struct wlan_event_data_scan_common: common| enum wlan_event_scan_type: event_type}"]; + }; + subgraph cluster_union_avm_event_tffs_call_union{ + fontcolor = "red"; + label = "union avm_event_tffs_call_union"; + union_avm_event_tffs_call_union [shape=record,fontcolor="blue",label="{ struct avm_event_tffs_open: open| struct avm_event_tffs_close: close| struct avm_event_tffs_read: read| struct avm_event_tffs_write: write| struct avm_event_tffs_cleanup: cleanup| struct avm_event_tffs_reindex: reindex| struct avm_event_tffs_info: info| struct avm_event_tffs_init: init| struct avm_event_tffs_deinit: deinit| struct avm_event_tffs_notify: notify| struct avm_event_tffs_paniclog: paniclog}"]; }; subgraph cluster_union_avm_event_wlan_client_status_u2{ fontcolor = "red"; label = "union avm_event_wlan_client_status_u2"; union_avm_event_wlan_client_status_u2 [shape=record,fontcolor="blue",label="{ unsigned int: radar_freq| unsigned int: wlan_mode}"]; }; - subgraph cluster_union_avm_event_data_union{ + subgraph cluster_union_avm_event_wlan_client_status_u1{ fontcolor = "red"; - label = "union avm_event_data_union"; - union_avm_event_data_union [shape=record,fontcolor="blue",label="{ struct avm_event_push_button: push_button| struct _cpmac_event_struct: cpmac| struct avm_event_led_status: led_status| struct avm_event_led_info: led_info| struct avm_event_telefonprofile: telefonprofile| struct avm_event_temperature: temperature| struct avm_event_powermanagment_status: powermanagment_status| struct avm_event_cpu_idle: cpu_idle| struct avm_event_powermanagment_remote: powermanagment_remote| struct avm_event_log: id_log| struct avm_event_remotepcmlink: id_remotepcmlink| struct avm_event_remotewatchdog: id_remotewatchdog| struct avm_event_rpc: id_rpc| struct avm_event_pm_info_stat: pm_info_stat| struct avm_event_wlan: wlan| struct wlan_event_def: wlan_event| struct avm_event_telephony_missed_call: telephony_missed_call| struct avm_event_telephony_missed_call: telephony_tam_call| struct avm_event_telephony_missed_call: telephony_fax_received| struct avm_event_telephony_missed_call: telephony_incoming_call| struct avm_event_firmware_update_available: firmware_update_available| struct avm_event_internet_new_ip: internet_new_ip| struct avm_event_smarthome_switch_status: smarthome_switch_status| struct avm_event_mass_storage_mount: mass_storage_mount| struct avm_event_mass_storage_unmount: mass_storage_unmount| struct avm_event_checkpoint: checkpoint| struct avm_event_cpu_run: cpu_run}"]; + label = "union avm_event_wlan_client_status_u1"; + union_avm_event_wlan_client_status_u1 [shape=record,fontcolor="blue",label="{ unsigned int: sub_event| unsigned int: active_rate| unsigned int: active_rate1| unsigned int: active_rate2| unsigned int: active_rate3| unsigned int: active_rate4| unsigned int: active_rate5| unsigned int: active_rate6| unsigned int: radar_chan| unsigned int: green_ap_ps_state| unsigned int: coexist_ht40_state| unsigned int: max_node_count| unsigned int: channel| unsigned int: dummy0}"]; + }; + subgraph cluster_union__avm_event_cmd_param{ + fontcolor = "red"; + label = "union _avm_event_cmd_param"; + union__avm_event_cmd_param [shape=record,fontcolor="blue",label="{ struct _avm_event_cmd_param_register: avm_event_cmd_param_register| struct _avm_event_cmd_param_release: avm_event_cmd_param_release| struct _avm_event_cmd_param_trigger: avm_event_cmd_param_trigger| struct _avm_event_cmd_param_register: avm_event_cmd_param_source_register| struct _avm_event_cmd_param_source_trigger: avm_event_cmd_param_source_trigger}"]; + }; + subgraph cluster_union_avm_event_powermanagment_remote_union{ + fontcolor = "red"; + label = "union avm_event_powermanagment_remote_union"; + union_avm_event_powermanagment_remote_union [shape=record,fontcolor="blue",label="{ struct avm_event_powermanagment_remote_ressourceinfo: ressourceinfo| char: powermode}"]; }; subgraph cluster_union___powermanagment_status_union{ fontcolor = "red"; @@ -472,85 +472,94 @@ label = "union avm_event_telephony_call_params"; union_avm_event_telephony_call_params [shape=record,fontcolor="blue",label="{ struct avm_event_telephony_string: string| unsigned char: number| unsigned int: duration| unsigned char: port| unsigned int: id}"]; }; - subgraph cluster_union_avm_event_wlan_client_status_u1{ + subgraph cluster_union_avm_event_internet_new_ip_param{ fontcolor = "red"; - label = "union avm_event_wlan_client_status_u1"; - union_avm_event_wlan_client_status_u1 [shape=record,fontcolor="blue",label="{ unsigned int: sub_event| unsigned int: active_rate| unsigned int: active_rate1| unsigned int: active_rate2| unsigned int: active_rate3| unsigned int: active_rate4| unsigned int: active_rate5| unsigned int: active_rate6| unsigned int: radar_chan| unsigned int: green_ap_ps_state| unsigned int: coexist_ht40_state| unsigned int: max_node_count| unsigned int: channel| unsigned int: dummy0}"]; + label = "union avm_event_internet_new_ip_param"; + union_avm_event_internet_new_ip_param [shape=record,fontcolor="blue",label="{ unsigned char: ipv4| unsigned char: ipv6}"]; }; - subgraph cluster_union_avm_event_tffs_call_union{ + subgraph cluster_union_avm_event_data_union{ fontcolor = "red"; - label = "union avm_event_tffs_call_union"; - union_avm_event_tffs_call_union [shape=record,fontcolor="blue",label="{ struct avm_event_tffs_open: open| struct avm_event_tffs_close: close| struct avm_event_tffs_read: read| struct avm_event_tffs_write: write| struct avm_event_tffs_cleanup: cleanup| struct avm_event_tffs_reindex: reindex| struct avm_event_tffs_info: info| struct avm_event_tffs_init: init| struct avm_event_tffs_deinit: deinit| struct avm_event_tffs_notify: notify| struct avm_event_tffs_paniclog: paniclog}"]; + label = "union avm_event_data_union"; + union_avm_event_data_union [shape=record,fontcolor="blue",label="{ struct avm_event_push_button: push_button| struct _cpmac_event_struct: cpmac| struct avm_event_led_status: led_status| struct avm_event_led_info: led_info| struct avm_event_telefonprofile: telefonprofile| struct avm_event_temperature: temperature| struct avm_event_powermanagment_status: powermanagment_status| struct avm_event_cpu_idle: cpu_idle| struct avm_event_powermanagment_remote: powermanagment_remote| struct avm_event_log: id_log| struct avm_event_remotepcmlink: id_remotepcmlink| struct avm_event_remotewatchdog: id_remotewatchdog| struct avm_event_rpc: id_rpc| struct avm_event_pm_info_stat: pm_info_stat| struct avm_event_wlan: wlan| struct wlan_event_def: wlan_event| struct avm_event_telephony_missed_call: telephony_missed_call| struct avm_event_telephony_missed_call: telephony_tam_call| struct avm_event_telephony_missed_call: telephony_fax_received| struct avm_event_telephony_missed_call: telephony_incoming_call| struct avm_event_firmware_update_available: firmware_update_available| struct avm_event_internet_new_ip: internet_new_ip| struct avm_event_smarthome_switch_status: smarthome_switch_status| struct avm_event_mass_storage_mount: mass_storage_mount| struct avm_event_mass_storage_unmount: mass_storage_unmount| struct avm_event_checkpoint: checkpoint| struct avm_event_cpu_run: cpu_run}"]; }; - subgraph cluster_union_avm_event_internet_new_ip_param{ + subgraph cluster_union_wlan_event_data{ fontcolor = "red"; - label = "union avm_event_internet_new_ip_param"; - union_avm_event_internet_new_ip_param [shape=record,fontcolor="blue",label="{ unsigned char: ipv4| unsigned char: ipv6}"]; + label = "union wlan_event_data"; + union_wlan_event_data [shape=record,fontcolor="blue",label="{ struct wlan_event_data_client_state_change: client_state_change| struct wlan_event_data_client_connect_info: client_connect_info| struct wlan_event_data_scan_event_info: scan_event_info}"]; }; subgraph cluster_union_avm_event_message_union{ fontcolor = "red"; label = "union avm_event_message_union"; union_avm_event_message_union [shape=record,fontcolor="blue",label="{ struct avm_event_source_register: source_register| struct avm_event_source_unregister: source_unregister| struct avm_event_source_notifier: source_notifier| struct avm_event_remote_source_trigger_request: remote_source_trigger_request| struct avm_event_ping: ping| struct avm_event_tffs: tffs}"]; }; - struct__avm_event_led_status:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_checkpoint:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_remotepcmlink:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_avm_event_remote_source_trigger_request:data -> struct_avm_event_data [lhead=cluster_struct_avm_event_data]; - struct__avm_event_rpc:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_wlan:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_mass_storage_mount:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_log:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_avm_event_telephony_missed_call:p -> struct__avm_event_telephony_missed_call_params [lhead=cluster_struct__avm_event_telephony_missed_call_params]; + struct_avm_event_powermanagment_status:param -> union___powermanagment_status_union [lhead=cluster_union___powermanagment_status_union]; + struct__avm_event_cmd_param_register:mask -> struct__avm_event_id_mask [lhead=cluster_struct__avm_event_id_mask]; + struct_wlan_event_data_client_state_change:common -> struct_wlan_event_data_client_common [lhead=cluster_struct_wlan_event_data_client_common]; struct__avm_event_temperature:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; struct_avm_event_internet_new_ip:params -> union_avm_event_internet_new_ip_param [lhead=cluster_union_avm_event_internet_new_ip_param]; - struct_cpmac_event_struct:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_cpmac_event_struct:port -> struct_cpmac_port [lhead=cluster_struct_cpmac_port]; - struct_avm_event_data:data -> union_avm_event_data_union [lhead=cluster_union_avm_event_data_union]; - struct__avm_event_powermanagment_remote_ressourceinfo:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_avm_event_powermanagment_remote:param -> union_avm_event_powermanagment_remote_union [lhead=cluster_union_avm_event_powermanagment_remote_union]; - struct_avm_event_source_unregister:id_mask -> struct__avm_event_id_mask [lhead=cluster_struct__avm_event_id_mask]; - struct_avm_event_powermanagment_status:param -> union___powermanagment_status_union [lhead=cluster_union___powermanagment_status_union]; - struct_wlan_event_data_scan_event_info:common -> struct_wlan_event_data_scan_common [lhead=cluster_struct_wlan_event_data_scan_common]; - struct__avm_event_cpu_run:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_remotewatchdog:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_powermanagment_remote:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_powermanagment_remote:param -> union_avm_event_powermanagment_remote_union [lhead=cluster_union_avm_event_powermanagment_remote_union]; - struct__avm_event_telefonprofile:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_telephony_missed_call_params:params -> union_avm_event_telephony_call_params [lhead=cluster_union_avm_event_telephony_call_params]; + struct__avm_event_rpc:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; struct__avm_event_cmd:param -> union__avm_event_cmd_param [lhead=cluster_union__avm_event_cmd_param]; - struct_wlan_event_def:event_data -> union_wlan_event_data [lhead=cluster_union_wlan_event_data]; - struct__avm_event_pm_info_stat:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_avm_event_tffs:call -> union_avm_event_tffs_call_union [lhead=cluster_union_avm_event_tffs_call_union]; - struct__avm_event_firmware_update_available:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_mass_storage_mount:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; struct__cpmac_event_struct:port -> struct_cpmac_port [lhead=cluster_struct_cpmac_port]; - struct__avm_event_cpu_idle:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_mass_storage_unmount:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_wlan_event_data_client_state_change:common -> struct_wlan_event_data_client_common [lhead=cluster_struct_wlan_event_data_client_common]; + struct__avm_event_led_status:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_avm_event_tffs:call -> union_avm_event_tffs_call_union [lhead=cluster_union_avm_event_tffs_call_union]; struct__avm_event_internet_new_ip:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; struct__avm_event_internet_new_ip:params -> union_avm_event_internet_new_ip_param [lhead=cluster_union_avm_event_internet_new_ip_param]; - struct__avm_event_user_mode_source_notify:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_avm_event_message:message -> union_avm_event_message_union [lhead=cluster_union_avm_event_message_union]; - struct__avm_event_telephony_missed_call:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct__avm_event_telephony_missed_call:p -> struct__avm_event_telephony_missed_call_params [lhead=cluster_struct__avm_event_telephony_missed_call_params]; - struct_avm_event_telephony_missed_call:p -> struct__avm_event_telephony_missed_call_params [lhead=cluster_struct__avm_event_telephony_missed_call_params]; - struct__avm_event_led_info:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_wlan_event_data_client_connect_info:common -> struct_wlan_event_data_client_common [lhead=cluster_struct_wlan_event_data_client_common]; - struct__avm_event_log:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_checkpoint:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_wlan_event_def:event_data -> union_wlan_event_data [lhead=cluster_union_wlan_event_data]; struct__avm_event_powermanagment_status:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; struct__avm_event_powermanagment_status:param -> union___powermanagment_status_union [lhead=cluster_union___powermanagment_status_union]; + struct__avm_event_pm_info_stat:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; struct_avm_event_wlan:u1 -> union_avm_event_wlan_client_status_u1 [lhead=cluster_union_avm_event_wlan_client_status_u1]; struct_avm_event_wlan:u2 -> union_avm_event_wlan_client_status_u2 [lhead=cluster_union_avm_event_wlan_client_status_u2]; - struct__avm_event_cmd_param_register:mask -> struct__avm_event_id_mask [lhead=cluster_struct__avm_event_id_mask]; + struct_avm_event_powermanagment_remote:param -> union_avm_event_powermanagment_remote_union [lhead=cluster_union_avm_event_powermanagment_remote_union]; + struct__avm_event_mass_storage_unmount:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_avm_event_source_register:id_mask -> struct__avm_event_id_mask [lhead=cluster_struct__avm_event_id_mask]; + struct_avm_event_data:data -> union_avm_event_data_union [lhead=cluster_union_avm_event_data_union]; struct__avm_event_powerline_status:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_telephony_missed_call_params:params -> union_avm_event_telephony_call_params [lhead=cluster_union_avm_event_telephony_call_params]; + struct__avm_event_user_mode_source_notify:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_avm_event_message:message -> union_avm_event_message_union [lhead=cluster_union_avm_event_message_union]; + struct__avm_event_remotepcmlink:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_telephony_missed_call:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_telephony_missed_call:p -> struct__avm_event_telephony_missed_call_params [lhead=cluster_struct__avm_event_telephony_missed_call_params]; + struct_avm_event_source_unregister:id_mask -> struct__avm_event_id_mask [lhead=cluster_struct__avm_event_id_mask]; struct__avm_event_smarthome_switch_status:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; - struct_avm_event_source_register:id_mask -> struct__avm_event_id_mask [lhead=cluster_struct__avm_event_id_mask]; - union_avm_event_powermanagment_remote_union:ressourceinfo -> struct_avm_event_powermanagment_remote_ressourceinfo [lhead=cluster_struct_avm_event_powermanagment_remote_ressourceinfo,label="select=\n'avm_event_powermanagment_ressourceinfo'"]; + struct__avm_event_powermanagment_remote_ressourceinfo:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_firmware_update_available:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_telefonprofile:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_powermanagment_remote:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_powermanagment_remote:param -> union_avm_event_powermanagment_remote_union [lhead=cluster_union_avm_event_powermanagment_remote_union]; + struct_avm_event_remote_source_trigger_request:data -> struct_avm_event_data [lhead=cluster_struct_avm_event_data]; + struct__avm_event_remotewatchdog:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_cpu_idle:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct__avm_event_led_info:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_cpmac_event_struct:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_cpmac_event_struct:port -> struct_cpmac_port [lhead=cluster_struct_cpmac_port]; + struct__avm_event_cpu_run:event_header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_wlan_event_data_client_connect_info:common -> struct_wlan_event_data_client_common [lhead=cluster_struct_wlan_event_data_client_common]; + struct__avm_event_wlan:header -> struct__avm_event_header [lhead=cluster_struct__avm_event_header]; + struct_wlan_event_data_scan_event_info:common -> struct_wlan_event_data_scan_common [lhead=cluster_struct_wlan_event_data_scan_common]; + union_avm_event_tffs_call_union:open -> struct_avm_event_tffs_open [lhead=cluster_struct_avm_event_tffs_open,label="select=\n'avm_event_tffs_call_open'"]; + union_avm_event_tffs_call_union:close -> struct_avm_event_tffs_close [lhead=cluster_struct_avm_event_tffs_close,label="select=\n'avm_event_tffs_call_close'"]; + union_avm_event_tffs_call_union:read -> struct_avm_event_tffs_read [lhead=cluster_struct_avm_event_tffs_read,label="select=\n'avm_event_tffs_call_read'"]; + union_avm_event_tffs_call_union:write -> struct_avm_event_tffs_write [lhead=cluster_struct_avm_event_tffs_write,label="select=\n'avm_event_tffs_call_write'"]; + union_avm_event_tffs_call_union:cleanup -> struct_avm_event_tffs_cleanup [lhead=cluster_struct_avm_event_tffs_cleanup,label="select=\n'avm_event_tffs_call_cleanup'"]; + union_avm_event_tffs_call_union:reindex -> struct_avm_event_tffs_reindex [lhead=cluster_struct_avm_event_tffs_reindex,label="select=\n'avm_event_tffs_call_reindex'"]; + union_avm_event_tffs_call_union:info -> struct_avm_event_tffs_info [lhead=cluster_struct_avm_event_tffs_info,label="select=\n'avm_event_tffs_call_info'"]; + union_avm_event_tffs_call_union:init -> struct_avm_event_tffs_init [lhead=cluster_struct_avm_event_tffs_init,label="select=\n'avm_event_tffs_call_init'"]; + union_avm_event_tffs_call_union:deinit -> struct_avm_event_tffs_deinit [lhead=cluster_struct_avm_event_tffs_deinit,label="select=\n'avm_event_tffs_call_deinit'"]; + union_avm_event_tffs_call_union:notify -> struct_avm_event_tffs_notify [lhead=cluster_struct_avm_event_tffs_notify,label="select=\n'avm_event_tffs_call_notify'"]; + union_avm_event_tffs_call_union:paniclog -> struct_avm_event_tffs_paniclog [lhead=cluster_struct_avm_event_tffs_paniclog,label="select=\n'avm_event_tffs_call_paniclog'"]; union__avm_event_cmd_param:avm_event_cmd_param_register -> struct__avm_event_cmd_param_register [lhead=cluster_struct__avm_event_cmd_param_register,label="select=\n'avm_event_cmd_register'"]; union__avm_event_cmd_param:avm_event_cmd_param_release -> struct__avm_event_cmd_param_release [lhead=cluster_struct__avm_event_cmd_param_release,label="select=\n'avm_event_cmd_release'"]; union__avm_event_cmd_param:avm_event_cmd_param_trigger -> struct__avm_event_cmd_param_trigger [lhead=cluster_struct__avm_event_cmd_param_trigger,label="select=\n'avm_event_cmd_trigger'"]; union__avm_event_cmd_param:avm_event_cmd_param_source_register -> struct__avm_event_cmd_param_register [lhead=cluster_struct__avm_event_cmd_param_register,label="select=\n'avm_event_cmd_source_register'"]; union__avm_event_cmd_param:avm_event_cmd_param_source_trigger -> struct__avm_event_cmd_param_source_trigger [lhead=cluster_struct__avm_event_cmd_param_source_trigger,label="select=\n'avm_event_cmd_source_trigger'"]; - union_wlan_event_data:client_state_change -> struct_wlan_event_data_client_state_change [lhead=cluster_struct_wlan_event_data_client_state_change,label="select=\n'CLIENT_STATE_CHANGE'"]; - union_wlan_event_data:client_connect_info -> struct_wlan_event_data_client_connect_info [lhead=cluster_struct_wlan_event_data_client_connect_info,label="select=\n'CLIENT_CONNECT_INFO'"]; - union_wlan_event_data:scan_event_info -> struct_wlan_event_data_scan_event_info [lhead=cluster_struct_wlan_event_data_scan_event_info,label="select=\n'WLAN_EVENT_SCAN'"]; + union_avm_event_powermanagment_remote_union:ressourceinfo -> struct_avm_event_powermanagment_remote_ressourceinfo [lhead=cluster_struct_avm_event_powermanagment_remote_ressourceinfo,label="select=\n'avm_event_powermanagment_ressourceinfo'"]; + union_avm_event_telephony_call_params:string -> struct_avm_event_telephony_string [lhead=cluster_struct_avm_event_telephony_string,label="select=\n'avm_event_telephony_params_name\navm_event_telephony_params_msn_name\navm_event_telephony_params_portname\navm_event_telephony_params_tam_path'"]; union_avm_event_data_union:push_button -> struct_avm_event_push_button [lhead=cluster_struct_avm_event_push_button,label="select=\n'avm_event_id_push_button'"]; union_avm_event_data_union:cpmac -> struct__cpmac_event_struct [lhead=cluster_struct__cpmac_event_struct,label="select=\n'avm_event_id_ethernet_connect_status'"]; union_avm_event_data_union:led_status -> struct_avm_event_led_status [lhead=cluster_struct_avm_event_led_status,label="select=\n'avm_event_id_led_status'"]; @@ -578,18 +587,9 @@ union_avm_event_data_union:mass_storage_unmount -> struct_avm_event_mass_storage_unmount [lhead=cluster_struct_avm_event_mass_storage_unmount,label="select=\n'avm_event_id_mass_storage_unmount'"]; union_avm_event_data_union:checkpoint -> struct_avm_event_checkpoint [lhead=cluster_struct_avm_event_checkpoint,label="select=\n'avm_event_id_checkpoint'"]; union_avm_event_data_union:cpu_run -> struct_avm_event_cpu_run [lhead=cluster_struct_avm_event_cpu_run,label="select=\n'avm_event_id_cpu_run'"]; - union_avm_event_telephony_call_params:string -> struct_avm_event_telephony_string [lhead=cluster_struct_avm_event_telephony_string,label="select=\n'avm_event_telephony_params_name\navm_event_telephony_params_msn_name\navm_event_telephony_params_portname\navm_event_telephony_params_tam_path'"]; - union_avm_event_tffs_call_union:open -> struct_avm_event_tffs_open [lhead=cluster_struct_avm_event_tffs_open,label="select=\n'avm_event_tffs_call_open'"]; - union_avm_event_tffs_call_union:close -> struct_avm_event_tffs_close [lhead=cluster_struct_avm_event_tffs_close,label="select=\n'avm_event_tffs_call_close'"]; - union_avm_event_tffs_call_union:read -> struct_avm_event_tffs_read [lhead=cluster_struct_avm_event_tffs_read,label="select=\n'avm_event_tffs_call_read'"]; - union_avm_event_tffs_call_union:write -> struct_avm_event_tffs_write [lhead=cluster_struct_avm_event_tffs_write,label="select=\n'avm_event_tffs_call_write'"]; - union_avm_event_tffs_call_union:cleanup -> struct_avm_event_tffs_cleanup [lhead=cluster_struct_avm_event_tffs_cleanup,label="select=\n'avm_event_tffs_call_cleanup'"]; - union_avm_event_tffs_call_union:reindex -> struct_avm_event_tffs_reindex [lhead=cluster_struct_avm_event_tffs_reindex,label="select=\n'avm_event_tffs_call_reindex'"]; - union_avm_event_tffs_call_union:info -> struct_avm_event_tffs_info [lhead=cluster_struct_avm_event_tffs_info,label="select=\n'avm_event_tffs_call_info'"]; - union_avm_event_tffs_call_union:init -> struct_avm_event_tffs_init [lhead=cluster_struct_avm_event_tffs_init,label="select=\n'avm_event_tffs_call_init'"]; - union_avm_event_tffs_call_union:deinit -> struct_avm_event_tffs_deinit [lhead=cluster_struct_avm_event_tffs_deinit,label="select=\n'avm_event_tffs_call_deinit'"]; - union_avm_event_tffs_call_union:notify -> struct_avm_event_tffs_notify [lhead=cluster_struct_avm_event_tffs_notify,label="select=\n'avm_event_tffs_call_notify'"]; - union_avm_event_tffs_call_union:paniclog -> struct_avm_event_tffs_paniclog [lhead=cluster_struct_avm_event_tffs_paniclog,label="select=\n'avm_event_tffs_call_paniclog'"]; + union_wlan_event_data:client_state_change -> struct_wlan_event_data_client_state_change [lhead=cluster_struct_wlan_event_data_client_state_change,label="select=\n'CLIENT_STATE_CHANGE'"]; + union_wlan_event_data:client_connect_info -> struct_wlan_event_data_client_connect_info [lhead=cluster_struct_wlan_event_data_client_connect_info,label="select=\n'CLIENT_CONNECT_INFO'"]; + union_wlan_event_data:scan_event_info -> struct_wlan_event_data_scan_event_info [lhead=cluster_struct_wlan_event_data_scan_event_info,label="select=\n'WLAN_EVENT_SCAN'"]; union_avm_event_message_union:source_register -> struct_avm_event_source_register [lhead=cluster_struct_avm_event_source_register,label="select=\n'avm_event_source_register_type'"]; union_avm_event_message_union:source_unregister -> struct_avm_event_source_unregister [lhead=cluster_struct_avm_event_source_unregister,label="select=\n'avm_event_source_unregister_type'"]; union_avm_event_message_union:source_notifier -> struct_avm_event_source_notifier [lhead=cluster_struct_avm_event_source_notifier,label="select=\n'avm_event_source_notifier_type'"]; --- linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_types.h 2017-03-17 16:37:46.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_gen_types.h 2019-08-22 13:31:47.000000000 +0200 @@ -856,47 +856,80 @@ #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ -char *get_enum_wlan_sm_states_name (enum wlan_sm_states value); -char *get_enum___avm_event_cmd_name (enum __avm_event_cmd value); -char *get_enum_avm_event_powermanagment_remote_action_name (enum avm_event_powermanagment_remote_action value); -char *get_enum_avm_event_switch_type_name (enum avm_event_switch_type value); -char *get_enum__avm_event_push_button_key_name (enum _avm_event_push_button_key value); -char *get_enum_ePLCState_name (enum ePLCState value); -char *get_enum__avm_logtype_name (enum _avm_logtype value); -char *get_enum_wlan_event_sel_name (enum wlan_event_sel value); char *get_enum_wlan_info_sel_name (enum wlan_info_sel value); -char *get_enum_avm_event_tffs_call_type_name (enum avm_event_tffs_call_type value); +char *get_enum_avm_event_telephony_param_sel_name (enum avm_event_telephony_param_sel value); +char *get_enum_avm_event_switch_type_name (enum avm_event_switch_type value); +char *get_enum_wlan_sm_states_name (enum wlan_sm_states value); +char *get_enum_wlan_event_scan_type_name (enum wlan_event_scan_type value); +char *get_enum__avm_event_ethernet_speed_name (enum _avm_event_ethernet_speed value); char *get_enum_avm_event_msg_type_name (enum avm_event_msg_type value); +char *get_enum__avm_remotepcmlinktype_name (enum _avm_remotepcmlinktype value); +char *get_enum_avm_event_powermanagment_remote_action_name (enum avm_event_powermanagment_remote_action value); +char *get_enum_wlan_event_id_name (enum wlan_event_id value); +char *get_enum_avm_event_led_id_name (enum avm_event_led_id value); char *get_enum__powermanagment_device_name (enum _powermanagment_device value); -char *get_enum_avm_event_telephony_param_sel_name (enum avm_event_telephony_param_sel value); +char *get_enum___avm_event_cmd_name (enum __avm_event_cmd value); +char *get_enum_avm_event_tffs_notify_event_name (enum avm_event_tffs_notify_event value); char *get_enum__powermanagment_status_type_name (enum _powermanagment_status_type value); +char *get_enum__cputype_name (enum _cputype value); +char *get_enum__avm_event_push_button_key_name (enum _avm_event_push_button_key value); char *get_enum__avm_event_id_name (enum _avm_event_id value); -char *get_enum_wlan_info_special_name (enum wlan_info_special value); +char *get_enum__avm_logtype_name (enum _avm_logtype value); +char *get_enum_avm_event_firmware_type_name (enum avm_event_firmware_type value); char *get_enum__avm_rpctype_name (enum _avm_rpctype value); -char *get_enum__avm_event_ethernet_speed_name (enum _avm_event_ethernet_speed value); +char *get_enum_wlan_info_special_name (enum wlan_info_special value); +char *get_enum__avm_remote_wdt_cmd_name (enum _avm_remote_wdt_cmd value); char *get_enum_avm_event_internet_new_ip_param_sel_name (enum avm_event_internet_new_ip_param_sel value); -char *get_enum__avm_remotepcmlinktype_name (enum _avm_remotepcmlinktype value); -char *get_enum_avm_event_firmware_type_name (enum avm_event_firmware_type value); -char *get_enum_wlan_event_id_name (enum wlan_event_id value); -char *get_enum__cputype_name (enum _cputype value); +char *get_enum_wlan_event_sel_name (enum wlan_event_sel value); +char *get_enum_ePLCState_name (enum ePLCState value); char *get_enum_avm_event_tffs_open_mode_name (enum avm_event_tffs_open_mode value); -char *get_enum_avm_event_tffs_notify_event_name (enum avm_event_tffs_notify_event value); -char *get_enum__avm_remote_wdt_cmd_name (enum _avm_remote_wdt_cmd value); -char *get_enum_wlan_event_scan_type_name (enum wlan_event_scan_type value); -char *get_enum_avm_event_led_id_name (enum avm_event_led_id value); -/* pos 9562.5 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_telephony_string { - unsigned int length; - unsigned char string[0]; +char *get_enum_avm_event_tffs_call_type_name (enum avm_event_tffs_call_type value); +/* pos 9550 (Thu Aug 22 13:31:47 2019) */ +struct wlan_event_data_client_common { + uint8_t mac[6]; + char iface[IFNAMSIZ + 1]; + char initiator[16 + 1]; } __attribute__((packed)); -/* pos 9575 (Fri Mar 17 16:37:46 2017) */ +/* pos 9550 (Thu Aug 22 13:31:47 2019) */ +/*----------------------------------------------------------------------------------- + union entry is select by variable of type 'enum avm_event_internet_new_ip_param_sel' +-----------------------------------------------------------------------------------*/ +union avm_event_internet_new_ip_param { + /*--- select by [select-variable] one of (avm_event_internet_new_ip_v4) ---*/ + unsigned char ipv4[4]; + /*--- select by [select-variable] one of (avm_event_internet_new_ip_v6) ---*/ + unsigned char ipv6[16]; +} __attribute__((packed)); + +/* pos 9556.25 (Thu Aug 22 13:31:47 2019) */ struct wlan_event_data_scan_common { char iface[IFNAMSIZ + 1]; char initiator[16 + 1]; } __attribute__((packed)); -/* pos 9575 (Fri Mar 17 16:37:46 2017) */ +/* pos 9556.25 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_telephony_string { + unsigned int length; + unsigned char string[0]; +} __attribute__((packed)); + +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ +struct wlan_event_data_scan_event_info { + struct wlan_event_data_scan_common common; + enum wlan_event_scan_type event_type; +} __attribute__((packed)); + +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ +struct wlan_event_data_client_connect_info { + struct wlan_event_data_client_common common; + uint8_t info_context; + uint8_t reason; + uint32_t max_node_count; + uint16_t ieee80211_code; +} __attribute__((packed)); + +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum avm_event_telephony_param_sel' -----------------------------------------------------------------------------------*/ @@ -913,52 +946,49 @@ unsigned int id; } __attribute__((packed)); -/* pos 9581.25 (Fri Mar 17 16:37:46 2017) */ -struct wlan_event_data_client_common { - uint8_t mac[6]; - char iface[IFNAMSIZ + 1]; - char initiator[16 + 1]; +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_powermanagment_remote_ressourceinfo { + enum _powermanagment_device device; + unsigned int power_rate; } __attribute__((packed)); -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ struct wlan_event_data_client_state_change { struct wlan_event_data_client_common common; uint8_t state; } __attribute__((packed)); -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_powermanagment_remote_ressourceinfo { - enum _powermanagment_device device; - unsigned int power_rate; -} __attribute__((packed)); - -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ -struct wlan_event_data_client_connect_info { - struct wlan_event_data_client_common common; - uint8_t info_context; - uint8_t reason; - uint32_t max_node_count; - uint16_t ieee80211_code; +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ +/*----------------------------------------------------------------------------------- + union entry is select by variable of type 'enum avm_event_powermanagment_remote_action' +-----------------------------------------------------------------------------------*/ +union avm_event_powermanagment_remote_union { + /*--- select by [select-variable] one of (avm_event_powermanagment_ressourceinfo) ---*/ + struct avm_event_powermanagment_remote_ressourceinfo ressourceinfo; + /*--- select by [select-variable] one of (avm_event_powermanagment_activatepowermode) ---*/ + char powermode[32]; } __attribute__((packed)); -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ -struct wlan_event_data_scan_event_info { - struct wlan_event_data_scan_common common; - enum wlan_event_scan_type event_type; +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_telephony_missed_call_params { + enum avm_event_telephony_param_sel id; + union avm_event_telephony_call_params params; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- - union entry is select by variable of type 'enum avm_event_internet_new_ip_param_sel' + union entry is select by variable of type 'wlan_event_id' -----------------------------------------------------------------------------------*/ -union avm_event_internet_new_ip_param { - /*--- select by [select-variable] one of (avm_event_internet_new_ip_v4) ---*/ - unsigned char ipv4[4]; - /*--- select by [select-variable] one of (avm_event_internet_new_ip_v6) ---*/ - unsigned char ipv6[16]; +union wlan_event_data { + /*--- select by [select-variable] one of (CLIENT_STATE_CHANGE) ---*/ + struct wlan_event_data_client_state_change client_state_change; + /*--- select by [select-variable] one of (CLIENT_CONNECT_INFO) ---*/ + struct wlan_event_data_client_connect_info client_connect_info; + /*--- select by [select-variable] one of (WLAN_EVENT_SCAN) ---*/ + struct wlan_event_data_scan_event_info scan_event_info; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum _powermanagment_status_type_dsl' -----------------------------------------------------------------------------------*/ @@ -967,18 +997,28 @@ unsigned int dsl_status; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ +struct cpmac_port { + uint8_t cable; + uint8_t link; + uint8_t speed100; + uint8_t fullduplex; + enum _avm_event_ethernet_speed speed; + enum _avm_event_ethernet_speed maxspeed; +} __attribute__((packed)); + +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- - union entry is select by variable of type 'enum avm_event_powermanagment_remote_action' + union entry is select by variable of type 'wlan_event_sel' -----------------------------------------------------------------------------------*/ -union avm_event_powermanagment_remote_union { - /*--- select by [select-variable] one of (avm_event_powermanagment_ressourceinfo) ---*/ - struct avm_event_powermanagment_remote_ressourceinfo ressourceinfo; - /*--- select by [select-variable] one of (avm_event_powermanagment_activatepowermode) ---*/ - char powermode[32]; +union avm_event_wlan_client_status_u2 { + /*--- select by [select-variable] one of (INPUT_RADAR) ---*/ + unsigned int radar_freq; + /*--- select by [select-variable] one of (INPUT_AUTH_1_D INPUT_AUTH_3_D INPUT_DE_AUTH_STATION INPUT_ASSOC_REQ_A INPUT_ASSOC_REQ_D INPUT_RE_ASSOC_REQ_D INPUT_DIS_ASSOC_STATION INPUT_AUTH_TIMEOUT INPUT_DE_AUTH_MNG_UNICAST INPUT_DE_AUTH_MNG_BROADCAST INPUT_DIS_ASSOC_MNG_UNICAST INPUT_DIS_ASSOC_MNG_BROADCAST INPUT_MAC_AUTHORIZE INPUT_WDS_LINK_UP INPUT_WDS_LINK_DOWN INPUT_MADWIFI_WRONG_PSK INPUT_WPS INPUT_MINI INPUT_WPS_ENROLLEE INPUT_STA INPUT_GREENAP_PS INPUT_EAP_AUTHORIZED INPUT_MWO_INTERFERENCE INPUT_AUTH_EXPIRED INPUT_COEXIST_SWITCH INPUT_STA_ASSOC INPUT_STA_AUTH INPUT_STA_AUTHORIZATION INPUT_WDS_NO_TIAGGR INPUT_MAX_NODE_REACHED INPUT_RADAR_DFS_WAIT INPUT_AUTH_1_OS_A INPUT_AUTH_1_SK_A INPUT_ASSOC_REQ_CHECK INPUT_ASSOC_REQ_SEC_D INPUT_RE_ASSOC_REQ_CHECK INPUT_RE_ASSOC_REQ_A INPUT_RE_ASSOC_REQ_SEC_D INPUT_CLASS_3 INPUT_FRAME_TX_COMPLETE) ---*/ + unsigned int wlan_mode; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'wlan_event_sel' -----------------------------------------------------------------------------------*/ @@ -1013,146 +1053,106 @@ unsigned int dummy0; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -/*----------------------------------------------------------------------------------- - union entry is select by variable of type 'wlan_event_id' ------------------------------------------------------------------------------------*/ -union wlan_event_data { - /*--- select by [select-variable] one of (CLIENT_STATE_CHANGE) ---*/ - struct wlan_event_data_client_state_change client_state_change; - /*--- select by [select-variable] one of (CLIENT_CONNECT_INFO) ---*/ - struct wlan_event_data_client_connect_info client_connect_info; - /*--- select by [select-variable] one of (WLAN_EVENT_SCAN) ---*/ - struct wlan_event_data_scan_event_info scan_event_info; -} __attribute__((packed)); - -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -struct cpmac_port { - uint8_t cable; - uint8_t link; - uint8_t speed100; - uint8_t fullduplex; - enum _avm_event_ethernet_speed speed; - enum _avm_event_ethernet_speed maxspeed; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_led_info { + unsigned int mode; + unsigned int param1; + unsigned int param2; + unsigned int gpio_driver_type; + unsigned int gpio; + unsigned int pos; + char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -/*----------------------------------------------------------------------------------- - union entry is select by variable of type 'wlan_event_sel' ------------------------------------------------------------------------------------*/ -union avm_event_wlan_client_status_u2 { - /*--- select by [select-variable] one of (INPUT_RADAR) ---*/ - unsigned int radar_freq; - /*--- select by [select-variable] one of (INPUT_AUTH_1_D INPUT_AUTH_3_D INPUT_DE_AUTH_STATION INPUT_ASSOC_REQ_A INPUT_ASSOC_REQ_D INPUT_RE_ASSOC_REQ_D INPUT_DIS_ASSOC_STATION INPUT_AUTH_TIMEOUT INPUT_DE_AUTH_MNG_UNICAST INPUT_DE_AUTH_MNG_BROADCAST INPUT_DIS_ASSOC_MNG_UNICAST INPUT_DIS_ASSOC_MNG_BROADCAST INPUT_MAC_AUTHORIZE INPUT_WDS_LINK_UP INPUT_WDS_LINK_DOWN INPUT_MADWIFI_WRONG_PSK INPUT_WPS INPUT_MINI INPUT_WPS_ENROLLEE INPUT_STA INPUT_GREENAP_PS INPUT_EAP_AUTHORIZED INPUT_MWO_INTERFERENCE INPUT_AUTH_EXPIRED INPUT_COEXIST_SWITCH INPUT_STA_ASSOC INPUT_STA_AUTH INPUT_STA_AUTHORIZATION INPUT_WDS_NO_TIAGGR INPUT_MAX_NODE_REACHED INPUT_RADAR_DFS_WAIT INPUT_AUTH_1_OS_A INPUT_AUTH_1_SK_A INPUT_ASSOC_REQ_CHECK INPUT_ASSOC_REQ_SEC_D INPUT_RE_ASSOC_REQ_CHECK INPUT_RE_ASSOC_REQ_A INPUT_RE_ASSOC_REQ_SEC_D INPUT_CLASS_3 INPUT_FRAME_TX_COMPLETE) ---*/ - unsigned int wlan_mode; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_remotepcmlink { + enum _avm_remotepcmlinktype type; + unsigned int sharedlen; + unsigned int sharedpointer; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_telephony_missed_call_params { - enum avm_event_telephony_param_sel id; - union avm_event_telephony_call_params params; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_smarthome_switch_status { + enum avm_event_switch_type type; + unsigned int value; + unsigned int ain_length; + unsigned char ain[0]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_cpu_run { enum _cputype cputype; unsigned char cpu_run[4]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_remotewatchdog { - enum _avm_remote_wdt_cmd cmd; - char name[16]; - unsigned int param; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_read { + uint64_t buff_addr; + uint64_t len; + uint32_t id; + int32_t crc; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_telefonprofile { - unsigned int on; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_info { + uint32_t fill_level; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct _cpmac_event_struct { - unsigned int ports; - struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_log { + enum _avm_logtype logtype; + unsigned int loglen; + unsigned int logpointer; + unsigned int checksum; + unsigned int rebootflag; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_telefonprofile { + unsigned int on; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_mass_storage_unmount { unsigned int name_length; unsigned char name[0]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_wlan { - char mac[6]; - union avm_event_wlan_client_status_u1 u1; - wlan_event event; - wlan_info info; - enum wlan_sm_states status; - union avm_event_wlan_client_status_u2 u2; - char if_name[IFNAMSIZ]; - unsigned int ev_initiator; - unsigned int ev_reason; - unsigned int avm_capabilities; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_led_status { - enum avm_event_led_id led; - unsigned int state; - unsigned int param_len; - unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_firmware_update_available { - enum avm_event_firmware_type type; - unsigned int version_length; - unsigned char version[0]; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_checkpoint { - uint32_t node_id; - uint64_t checkpoints; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_telephony_missed_call { - unsigned int length; - struct _avm_event_telephony_missed_call_params p[0]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_mass_storage_mount { + unsigned long long size; + unsigned long long free; + unsigned int name_length; + unsigned char name[0]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_smarthome_switch_status { - enum avm_event_switch_type type; - unsigned int value; - unsigned int ain_length; - unsigned char ain[0]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_cleanup { + uint32_t dummy; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_powermanagment_status { - enum _powermanagment_status_type substatus; - union __powermanagment_status_union param; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_temperature { + int temperature; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_powermanagment_remote { - enum avm_event_powermanagment_remote_action remote_action; - union avm_event_powermanagment_remote_union param; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_open { + uint32_t id; + enum avm_event_tffs_open_mode mode; + uint32_t max_segment_size; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_mass_storage_mount { - unsigned long long size; - unsigned long long free; - unsigned int name_length; - unsigned char name[0]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_write { + uint64_t buff_addr; + uint64_t len; + uint32_t id; + uint32_t final; + int32_t crc; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_pm_info_stat { unsigned char reserved1; unsigned char rate_sumact; @@ -1190,51 +1190,44 @@ unsigned char rate_dvbccum; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_temperature { - int temperature; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_internet_new_ip { - enum avm_event_internet_new_ip_param_sel sel; - union avm_event_internet_new_ip_param params; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_cpu_idle { + unsigned char cpu_idle; + unsigned char dsl_dsp_idle; + unsigned char voice_dsp_idle; + unsigned char mem_strictlyused; + unsigned char mem_cacheused; + unsigned char mem_physfree; + enum _cputype cputype; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_remotepcmlink { - enum _avm_remotepcmlinktype type; - unsigned int sharedlen; - unsigned int sharedpointer; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_led_status { + enum avm_event_led_id led; + unsigned int state; + unsigned int param_len; + unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct wlan_event_def { enum wlan_event_id event_id; union wlan_event_data event_data; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_cpu_idle { - unsigned char cpu_idle; - unsigned char dsl_dsp_idle; - unsigned char voice_dsp_idle; - unsigned char mem_strictlyused; - unsigned char mem_cacheused; - unsigned char mem_physfree; - enum _cputype cputype; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_reindex { + uint32_t dummy; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_log { - enum _avm_logtype logtype; - unsigned int loglen; - unsigned int logpointer; - unsigned int checksum; - unsigned int rebootflag; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_remotewatchdog { + enum _avm_remote_wdt_cmd cmd; + char name[16]; + unsigned int param; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_rpc { enum _avm_rpctype type; unsigned int id; @@ -1242,31 +1235,99 @@ unsigned char message[AVM_EVENT_RPC_MAX_MESSAGE_SIZE]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_led_info { - unsigned int mode; - unsigned int param1; - unsigned int param2; - unsigned int gpio_driver_type; - unsigned int gpio; - unsigned int pos; - char name[MAX_EVENT_SOURCE_NAME_LEN]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_close { + uint32_t dummy; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_powermanagment_remote { + enum avm_event_powermanagment_remote_action remote_action; + union avm_event_powermanagment_remote_union param; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_push_button { enum _avm_event_push_button_key key; uint32_t pressed; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_wlan { + char mac[6]; + union avm_event_wlan_client_status_u1 u1; + wlan_event event; + wlan_info info; + enum wlan_sm_states status; + union avm_event_wlan_client_status_u2 u2; + char if_name[IFNAMSIZ]; + unsigned int ev_initiator; + unsigned int ev_reason; + unsigned int avm_capabilities; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_checkpoint { + uint32_t node_id; + uint64_t checkpoints; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_init { + int64_t mem_offset; + uint32_t max_seg_size; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_telephony_missed_call { + unsigned int length; + struct _avm_event_telephony_missed_call_params p[0]; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_powermanagment_status { + enum _powermanagment_status_type substatus; + union __powermanagment_status_union param; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_firmware_update_available { + enum avm_event_firmware_type type; + unsigned int version_length; + unsigned char version[0]; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct _cpmac_event_struct { + unsigned int ports; + struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_notify { + uint32_t id; + enum avm_event_tffs_notify_event event; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_tffs_paniclog { uint64_t buff_addr; uint64_t len; int32_t crc; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_deinit { + uint32_t dummy; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_internet_new_ip { + enum avm_event_internet_new_ip_param_sel sel; + union avm_event_internet_new_ip_param params; +} __attribute__((packed)); + +/* pos 9650 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum avm_event_data_type' -----------------------------------------------------------------------------------*/ @@ -1327,68 +1388,18 @@ struct avm_event_cpu_run cpu_run; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_write { - uint64_t buff_addr; - uint64_t len; - uint32_t id; - uint32_t final; - int32_t crc; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_cleanup { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_notify { - uint32_t id; - enum avm_event_tffs_notify_event event; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_reindex { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_open { - uint32_t id; - enum avm_event_tffs_open_mode mode; - uint32_t max_segment_size; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_read { - uint64_t buff_addr; - uint64_t len; - uint32_t id; - int32_t crc; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_close { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_deinit { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_init { - int64_t mem_offset; - uint32_t max_seg_size; +/* pos 9700 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_id_mask { + avm_event_mask_fieldentry mask[avm_event_mask_fieldentries]; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_info { - uint32_t fill_level; +/* pos 9700 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_data { + enum _avm_event_id id; + union avm_event_data_union data; } __attribute__((packed)); -/* pos 9700 (Fri Mar 17 16:37:46 2017) */ +/* pos 9700 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum avm_event_tffs_call_type' -----------------------------------------------------------------------------------*/ @@ -1417,45 +1428,23 @@ struct avm_event_tffs_paniclog paniclog; } __attribute__((packed)); -/* pos 9700 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_id_mask { - avm_event_mask_fieldentry mask[avm_event_mask_fieldentries]; -} __attribute__((packed)); - -/* pos 9700 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_data { - enum _avm_event_id id; - union avm_event_data_union data; -} __attribute__((packed)); - -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_source_notifier { - enum _avm_event_id id; -} __attribute__((packed)); - -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_source_register { - struct _avm_event_id_mask id_mask; - char name[MAX_EVENT_SOURCE_NAME_LEN]; +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_ping { + uint32_t seq; } __attribute__((packed)); -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ struct avm_event_source_unregister { struct _avm_event_id_mask id_mask; char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_ping { - uint32_t seq; -} __attribute__((packed)); - -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ struct avm_event_remote_source_trigger_request { struct avm_event_data data; } __attribute__((packed)); -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ struct avm_event_tffs { uint32_t src_id; uint32_t dst_id; @@ -1468,46 +1457,45 @@ union avm_event_tffs_call_union call; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_cmd_param_release { - char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_source_register { + struct _avm_event_id_mask id_mask; + char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_cmd_param_register { - struct _avm_event_id_mask mask; - char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_source_notifier { + enum _avm_event_id id; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_cmd_param_trigger { + enum _avm_event_id id; +} __attribute__((packed)); + +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ struct _avm_event_cmd_param_source_trigger { enum _avm_event_id id; unsigned int data_length; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_cmd_param_trigger { - enum _avm_event_id id; +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_cmd_param_release { + char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; } __attribute__((packed)); -/* pos 9900 (Fri Mar 17 16:37:46 2017) */ -/*----------------------------------------------------------------------------------- - union entry is select by variable of type 'enum __avm_event_cmd' ------------------------------------------------------------------------------------*/ -union _avm_event_cmd_param { - /*--- select by [select-variable] one of (avm_event_cmd_register) ---*/ - struct _avm_event_cmd_param_register avm_event_cmd_param_register; - /*--- select by [select-variable] one of (avm_event_cmd_release) ---*/ - struct _avm_event_cmd_param_release avm_event_cmd_param_release; - /*--- select by [select-variable] one of (avm_event_cmd_trigger) ---*/ - struct _avm_event_cmd_param_trigger avm_event_cmd_param_trigger; - /*--- select by [select-variable] one of (avm_event_cmd_source_register) ---*/ - struct _avm_event_cmd_param_register avm_event_cmd_param_source_register; - /*--- select by [select-variable] one of (avm_event_cmd_source_trigger) ---*/ - struct _avm_event_cmd_param_source_trigger avm_event_cmd_param_source_trigger; +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_cmd_param_register { + struct _avm_event_id_mask mask; + char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; } __attribute__((packed)); -/* pos 9900 (Fri Mar 17 16:37:46 2017) */ +/* pos 9900 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_header { + enum _avm_event_id id; +} __attribute__((packed)); + +/* pos 9900 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'avm_event_msg_type' -----------------------------------------------------------------------------------*/ @@ -1526,26 +1514,44 @@ struct avm_event_tffs tffs; } __attribute__((packed)); -/* pos 9900 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_header { - enum _avm_event_id id; +/* pos 9900 (Thu Aug 22 13:31:47 2019) */ +/*----------------------------------------------------------------------------------- + union entry is select by variable of type 'enum __avm_event_cmd' +-----------------------------------------------------------------------------------*/ +union _avm_event_cmd_param { + /*--- select by [select-variable] one of (avm_event_cmd_register) ---*/ + struct _avm_event_cmd_param_register avm_event_cmd_param_register; + /*--- select by [select-variable] one of (avm_event_cmd_release) ---*/ + struct _avm_event_cmd_param_release avm_event_cmd_param_release; + /*--- select by [select-variable] one of (avm_event_cmd_trigger) ---*/ + struct _avm_event_cmd_param_trigger avm_event_cmd_param_trigger; + /*--- select by [select-variable] one of (avm_event_cmd_source_register) ---*/ + struct _avm_event_cmd_param_register avm_event_cmd_param_source_register; + /*--- select by [select-variable] one of (avm_event_cmd_source_trigger) ---*/ + struct _avm_event_cmd_param_source_trigger avm_event_cmd_param_source_trigger; } __attribute__((packed)); -struct _avm_event_mass_storage_unmount { - struct _avm_event_header header; - unsigned int name_length; - unsigned char name[0]; +struct cpmac_event_struct { + struct _avm_event_header event_header; + unsigned int ports; + struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; } __attribute__((packed)); -struct _avm_event_user_mode_source_notify { - struct _avm_event_header header; +struct _avm_event_push_button { enum _avm_event_id id; + enum _avm_event_push_button_key key; + uint32_t pressed; } __attribute__((packed)); -struct _avm_event_internet_new_ip { +struct _avm_event_led_info { struct _avm_event_header header; - enum avm_event_internet_new_ip_param_sel sel; - union avm_event_internet_new_ip_param params; + unsigned int mode; + unsigned int param1; + unsigned int param2; + unsigned int gpio_driver_type; + unsigned int gpio; + unsigned int pos; + char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); struct _avm_event_cpu_idle { @@ -1559,17 +1565,50 @@ enum _cputype cputype; } __attribute__((packed)); -struct _avm_event_smarthome_switch_status { +struct _avm_event_remotewatchdog { + struct _avm_event_header event_header; + enum _avm_remote_wdt_cmd cmd; + char name[16]; + unsigned int param; +} __attribute__((packed)); + +struct _avm_event_wlan { struct _avm_event_header header; - enum avm_event_switch_type type; - unsigned int value; - unsigned int ain_length; - unsigned char ain[0]; + char mac[6]; + unsigned int u1; + unsigned int event; + unsigned int info; + unsigned int status; + unsigned int u2; + char if_name[IFNAMSIZ]; + unsigned int ev_initiator; + unsigned int ev_reason; + unsigned int avm_capabilities; } __attribute__((packed)); -struct _avm_event_powerline_status { +struct avm_event_unserialised { + uint64_t evnt_id; + uint32_t data_len; + unsigned char data; +} __attribute__((packed)); + +struct _avm_event_cpu_run { struct _avm_event_header event_header; - enum ePLCState status; + enum _cputype cputype; + unsigned char cpu_run[4]; +} __attribute__((packed)); + +struct _avm_event_telephony_missed_call { + struct _avm_event_header header; + unsigned int length; + struct _avm_event_telephony_missed_call_params p[0]; +} __attribute__((packed)); + +struct _avm_event_remotepcmlink { + struct _avm_event_header event_header; + enum _avm_remotepcmlinktype type; + unsigned int sharedlen; + unsigned int sharedpointer; } __attribute__((packed)); struct avm_event_message { @@ -1584,46 +1623,32 @@ union avm_event_message_union message; } __attribute__((packed)); -struct _avm_event_led_info { - struct _avm_event_header header; - unsigned int mode; - unsigned int param1; - unsigned int param2; - unsigned int gpio_driver_type; - unsigned int gpio; - unsigned int pos; - char name[MAX_EVENT_SOURCE_NAME_LEN]; -} __attribute__((packed)); - -struct _avm_event_telephony_missed_call { +struct _avm_event_user_mode_source_notify { struct _avm_event_header header; - unsigned int length; - struct _avm_event_telephony_missed_call_params p[0]; + enum _avm_event_id id; } __attribute__((packed)); -struct _avm_event_log { +struct _avm_event_powerline_status { struct _avm_event_header event_header; - enum _avm_logtype logtype; - unsigned int loglen; - unsigned int logpointer; - unsigned int checksum; - unsigned int rebootflag; + enum ePLCState status; } __attribute__((packed)); -struct _avm_event_powermanagment_status { - struct _avm_event_header event_header; - enum _powermanagment_status_type substatus; - union __powermanagment_status_union param; +struct _avm_event_powermanagment_remote { + struct _avm_event_header header; + enum avm_event_powermanagment_remote_action remote_action; + union avm_event_powermanagment_remote_union param; } __attribute__((packed)); -struct avm_event_powerline_status { - enum ePLCState status; +struct _avm_event_telefonprofile { + struct _avm_event_header event_header; + unsigned int on; } __attribute__((packed)); -struct cpmac_event_struct { - struct _avm_event_header event_header; - unsigned int ports; - struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; +struct _avm_event_firmware_update_available { + struct _avm_event_header header; + enum avm_event_firmware_type type; + unsigned int version_length; + unsigned char version[0]; } __attribute__((packed)); struct _avm_event_powermanagment_remote_ressourceinfo { @@ -1632,19 +1657,12 @@ unsigned int power_rate; } __attribute__((packed)); -struct _avm_event_remotepcmlink { - struct _avm_event_header event_header; - enum _avm_remotepcmlinktype type; - unsigned int sharedlen; - unsigned int sharedpointer; -} __attribute__((packed)); - -struct _avm_event_led_status { +struct _avm_event_smarthome_switch_status { struct _avm_event_header header; - enum avm_event_led_id led; - unsigned int state; - unsigned int param_len; - unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; + enum avm_event_switch_type type; + unsigned int value; + unsigned int ain_length; + unsigned char ain[0]; } __attribute__((packed)); struct _avm_event_checkpoint { @@ -1653,37 +1671,16 @@ uint64_t checkpoints; } __attribute__((packed)); -struct _avm_event_push_button { - enum _avm_event_id id; - enum _avm_event_push_button_key key; - uint32_t pressed; -} __attribute__((packed)); - -struct _avm_event_rpc { - struct _avm_event_header event_header; - enum _avm_rpctype type; - unsigned int id; - unsigned int length; - unsigned char message[AVM_EVENT_RPC_MAX_MESSAGE_SIZE]; -} __attribute__((packed)); - -struct _avm_event_wlan { +struct _avm_event_internet_new_ip { struct _avm_event_header header; - char mac[6]; - unsigned int u1; - unsigned int event; - unsigned int info; - unsigned int status; - unsigned int u2; - char if_name[IFNAMSIZ]; - unsigned int ev_initiator; - unsigned int ev_reason; - unsigned int avm_capabilities; + enum avm_event_internet_new_ip_param_sel sel; + union avm_event_internet_new_ip_param params; } __attribute__((packed)); -struct _avm_event_temperature { - struct _avm_event_header event_header; - int temperature; +struct _avm_event_mass_storage_unmount { + struct _avm_event_header header; + unsigned int name_length; + unsigned char name[0]; } __attribute__((packed)); struct _avm_event_pm_info_stat { @@ -1724,11 +1721,10 @@ unsigned char rate_dvbccum; } __attribute__((packed)); -struct _avm_event_firmware_update_available { - struct _avm_event_header header; - enum avm_event_firmware_type type; - unsigned int version_length; - unsigned char version[0]; +struct _avm_event_powermanagment_status { + struct _avm_event_header event_header; + enum _powermanagment_status_type substatus; + union __powermanagment_status_union param; } __attribute__((packed)); struct _avm_event_mass_storage_mount { @@ -1739,34 +1735,25 @@ unsigned char name[0]; } __attribute__((packed)); -struct _avm_event_cpu_run { - struct _avm_event_header event_header; - enum _cputype cputype; - unsigned char cpu_run[4]; -} __attribute__((packed)); - -struct _avm_event_remotewatchdog { +struct _avm_event_log { struct _avm_event_header event_header; - enum _avm_remote_wdt_cmd cmd; - char name[16]; - unsigned int param; + enum _avm_logtype logtype; + unsigned int loglen; + unsigned int logpointer; + unsigned int checksum; + unsigned int rebootflag; } __attribute__((packed)); -struct _avm_event_telefonprofile { - struct _avm_event_header event_header; - unsigned int on; +struct avm_event_powerline_status { + enum ePLCState status; } __attribute__((packed)); -struct _avm_event_powermanagment_remote { +struct _avm_event_led_status { struct _avm_event_header header; - enum avm_event_powermanagment_remote_action remote_action; - union avm_event_powermanagment_remote_union param; -} __attribute__((packed)); - -struct avm_event_unserialised { - uint64_t evnt_id; - uint32_t data_len; - unsigned char data; + enum avm_event_led_id led; + unsigned int state; + unsigned int param_len; + unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; } __attribute__((packed)); struct _avm_event_cmd { @@ -1774,5 +1761,18 @@ union _avm_event_cmd_param param; } __attribute__((packed)); +struct _avm_event_rpc { + struct _avm_event_header event_header; + enum _avm_rpctype type; + unsigned int id; + unsigned int length; + unsigned char message[AVM_EVENT_RPC_MAX_MESSAGE_SIZE]; +} __attribute__((packed)); + +struct _avm_event_temperature { + struct _avm_event_header event_header; + int temperature; +} __attribute__((packed)); + #endif /*--- #ifndef _avm_event_gen_types_h_ ---*/ --- linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_perl_convert.pm 2017-03-17 16:37:46.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/avm_dist_event/avm_event_perl_convert.pm 2019-08-22 13:31:47.000000000 +0200 @@ -8,102 +8,102 @@ $VERSION = 1.00; @ISA = qw(Exporter); -@EXPORT = qw(avm_event_read_from_binary_struct__avm_event_led_status - &avm_event_read_from_binary_struct__avm_event_checkpoint - &avm_event_read_from_binary_struct__avm_event_remotepcmlink - &avm_event_read_from_binary_struct__avm_event_push_button - &avm_event_read_from_binary_struct_avm_event_remote_source_trigger_request - &avm_event_read_from_binary_struct_avm_event_tffs_close - &avm_event_read_from_binary_struct__avm_event_rpc - &avm_event_read_from_binary_struct_avm_event_pm_info_stat - &avm_event_read_from_binary_struct_avm_event_temperature - &avm_event_read_from_binary_struct__avm_event_wlan +@EXPORT = qw(avm_event_read_from_binary_struct__avm_event_mass_storage_mount + &avm_event_read_from_binary_struct__avm_event_log + &avm_event_read_from_binary_struct_avm_event_powerline_status + &avm_event_read_from_binary_struct_avm_event_firmware_update_available + &avm_event_read_from_binary_struct_avm_event_telephony_missed_call + &avm_event_read_from_binary_struct_avm_event_powermanagment_status + &avm_event_read_from_binary_struct__avm_event_cmd_param_register + &avm_event_read_from_binary_struct__avm_event_cmd_param_release + &avm_event_read_from_binary_struct_wlan_event_data_client_state_change + &avm_event_read_from_binary_struct_avm_event_tffs_init &avm_event_read_from_binary_struct__avm_event_temperature - &avm_event_read_from_binary_struct_avm_event_tffs_deinit &avm_event_read_from_binary_struct_avm_event_internet_new_ip - &avm_event_read_from_binary_struct_avm_event_remotepcmlink - &avm_event_read_from_binary_struct__avm_event_cmd_param_source_trigger - &avm_event_read_from_binary_struct_avm_event_tffs_reindex - &avm_event_read_from_binary_struct_cpmac_event_struct - &avm_event_read_from_binary_struct_avm_event_data - &avm_event_read_from_binary_struct__avm_event_powermanagment_remote_ressourceinfo - &avm_event_read_from_binary_struct_avm_event_tffs_read - &avm_event_read_from_binary_struct__avm_event_cmd_param_trigger - &avm_event_read_from_binary_struct_avm_event_tffs_open - &avm_event_read_from_binary_struct_avm_event_powermanagment_remote - &avm_event_read_from_binary_struct_avm_event_source_unregister - &avm_event_read_from_binary_struct_avm_event_powermanagment_status - &avm_event_read_from_binary_struct_avm_event_mass_storage_mount - &avm_event_read_from_binary_struct_avm_event_ping - &avm_event_read_from_binary_struct_wlan_event_data_scan_event_info - &avm_event_read_from_binary_struct__avm_event_cpu_run - &avm_event_read_from_binary_struct__avm_event_remotewatchdog - &avm_event_read_from_binary_struct__avm_event_header - &avm_event_read_from_binary_struct__avm_event_powermanagment_remote - &avm_event_read_from_binary_struct__avm_event_telefonprofile - &avm_event_read_from_binary_struct_avm_event_tffs_info - &avm_event_read_from_binary_struct_avm_event_unserialised - &avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params + &avm_event_read_from_binary_struct_avm_event_tffs_deinit + &avm_event_read_from_binary_struct__avm_event_rpc + &avm_event_read_from_binary_struct_avm_event_tffs_paniclog &avm_event_read_from_binary_struct__avm_event_cmd - &avm_event_read_from_binary_struct_wlan_event_def - &avm_event_read_from_binary_struct__avm_event_pm_info_stat - &avm_event_read_from_binary_struct_avm_event_cpu_idle - &avm_event_read_from_binary_struct_avm_event_telephony_string - &avm_event_read_from_binary_struct_avm_event_log + &avm_event_read_from_binary_struct_avm_event_tffs_notify + &avm_event_read_from_binary_struct__cpmac_event_struct + &avm_event_read_from_binary_struct__avm_event_led_status &avm_event_read_from_binary_struct_cpmac_port - &avm_event_read_from_binary_struct_avm_event_rpc &avm_event_read_from_binary_struct_avm_event_tffs - &avm_event_read_from_binary_struct__avm_event_firmware_update_available - &avm_event_read_from_binary_struct__avm_event_mass_storage_mount - &avm_event_read_from_binary_struct_avm_event_tffs_init - &avm_event_read_from_binary_struct_avm_event_led_info + &avm_event_read_from_binary_struct__avm_event_internet_new_ip + &avm_event_read_from_binary_struct__avm_event_checkpoint + &avm_event_read_from_binary_struct_wlan_event_def + &avm_event_read_from_binary_struct__avm_event_cmd_param_source_trigger + &avm_event_read_from_binary_struct_avm_event_tffs_reindex + &avm_event_read_from_binary_struct_avm_event_powermanagment_remote_ressourceinfo + &avm_event_read_from_binary_struct__avm_event_powermanagment_status + &avm_event_read_from_binary_struct__avm_event_pm_info_stat + &avm_event_read_from_binary_struct_avm_event_checkpoint + &avm_event_read_from_binary_struct_avm_event_wlan &avm_event_read_from_binary_struct_avm_event_push_button + &avm_event_read_from_binary_struct_avm_event_tffs_close + &avm_event_read_from_binary_struct_avm_event_powermanagment_remote + &avm_event_read_from_binary_struct_avm_event_source_notifier + &avm_event_read_from_binary_struct_avm_event_rpc + &avm_event_read_from_binary_struct__avm_event_mass_storage_unmount &avm_event_read_from_binary_struct_avm_event_remotewatchdog - &avm_event_read_from_binary_struct_avm_event_telefonprofile + &avm_event_read_from_binary_struct_avm_event_source_register + &avm_event_read_from_binary_struct_avm_event_data + &avm_event_read_from_binary_struct__avm_event_powerline_status &avm_event_read_from_binary_struct_avm_event_tffs_write - &avm_event_read_from_binary_struct__cpmac_event_struct - &avm_event_read_from_binary_struct_avm_event_mass_storage_unmount - &avm_event_read_from_binary_struct__avm_event_cpu_idle - &avm_event_read_from_binary_struct_avm_event_tffs_paniclog - &avm_event_read_from_binary_struct_avm_event_cpu_run - &avm_event_read_from_binary_struct__avm_event_cmd_param_release - &avm_event_read_from_binary_struct__avm_event_mass_storage_unmount - &avm_event_read_from_binary_struct_wlan_event_data_client_state_change - &avm_event_read_from_binary_struct__avm_event_internet_new_ip + &avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params + &avm_event_read_from_binary_struct_avm_event_pm_info_stat + &avm_event_read_from_binary_struct_avm_event_tffs_open + &avm_event_read_from_binary_struct__avm_event_id_mask &avm_event_read_from_binary_struct__avm_event_user_mode_source_notify &avm_event_read_from_binary_struct_avm_event_message + &avm_event_read_from_binary_struct_avm_event_temperature + &avm_event_read_from_binary_struct__avm_event_remotepcmlink &avm_event_read_from_binary_struct__avm_event_telephony_missed_call - &avm_event_read_from_binary_struct_avm_event_powermanagment_remote_ressourceinfo - &avm_event_read_from_binary_struct_avm_event_telephony_missed_call + &avm_event_read_from_binary_struct_avm_event_source_unregister + &avm_event_read_from_binary_struct__avm_event_smarthome_switch_status + &avm_event_read_from_binary_struct_avm_event_telephony_string + &avm_event_read_from_binary_struct_wlan_event_data_client_common + &avm_event_read_from_binary_struct_avm_event_led_status + &avm_event_read_from_binary_struct__avm_event_powermanagment_remote_ressourceinfo + &avm_event_read_from_binary_struct__avm_event_firmware_update_available + &avm_event_read_from_binary_struct__avm_event_telefonprofile + &avm_event_read_from_binary_struct__avm_event_powermanagment_remote + &avm_event_read_from_binary_struct_avm_event_cpu_idle + &avm_event_read_from_binary_struct_avm_event_remote_source_trigger_request + &avm_event_read_from_binary_struct__avm_event_remotewatchdog + &avm_event_read_from_binary_struct_avm_event_tffs_read + &avm_event_read_from_binary_struct_avm_event_tffs_info + &avm_event_read_from_binary_struct__avm_event_cpu_idle &avm_event_read_from_binary_struct__avm_event_led_info - &avm_event_read_from_binary_struct_wlan_event_data_client_connect_info - &avm_event_read_from_binary_struct__avm_event_log + &avm_event_read_from_binary_struct__avm_event_push_button + &avm_event_read_from_binary_struct_avm_event_cpu_run &avm_event_read_from_binary_struct_avm_event_smarthome_switch_status - &avm_event_read_from_binary_struct__avm_event_powermanagment_status - &avm_event_read_from_binary_struct_avm_event_powerline_status - &avm_event_read_from_binary_struct__avm_event_id_mask - &avm_event_read_from_binary_struct_avm_event_wlan - &avm_event_read_from_binary_struct__avm_event_cmd_param_register - &avm_event_read_from_binary_struct_avm_event_source_notifier - &avm_event_read_from_binary_struct_avm_event_firmware_update_available - &avm_event_read_from_binary_struct_avm_event_tffs_cleanup - &avm_event_read_from_binary_struct_avm_event_tffs_notify - &avm_event_read_from_binary_struct_avm_event_led_status - &avm_event_read_from_binary_struct_wlan_event_data_client_common - &avm_event_read_from_binary_struct__avm_event_powerline_status - &avm_event_read_from_binary_struct__avm_event_smarthome_switch_status - &avm_event_read_from_binary_struct_avm_event_source_register - &avm_event_read_from_binary_struct_avm_event_checkpoint + &avm_event_read_from_binary_struct__avm_event_header + &avm_event_read_from_binary_struct_cpmac_event_struct + &avm_event_read_from_binary_struct_avm_event_led_info + &avm_event_read_from_binary_struct_avm_event_remotepcmlink &avm_event_read_from_binary_struct_wlan_event_data_scan_common + &avm_event_read_from_binary_struct_avm_event_tffs_cleanup + &avm_event_read_from_binary_struct_avm_event_mass_storage_unmount + &avm_event_read_from_binary_struct_avm_event_ping + &avm_event_read_from_binary_struct_avm_event_mass_storage_mount + &avm_event_read_from_binary_struct__avm_event_cpu_run + &avm_event_read_from_binary_struct_avm_event_unserialised + &avm_event_read_from_binary_struct_avm_event_telefonprofile + &avm_event_read_from_binary_struct_wlan_event_data_client_connect_info + &avm_event_read_from_binary_struct__avm_event_cmd_param_trigger + &avm_event_read_from_binary_struct_avm_event_log + &avm_event_read_from_binary_struct__avm_event_wlan + &avm_event_read_from_binary_struct_wlan_event_data_scan_event_info ); @EXPORT_OK = qw(); ########################################################################################## -# convert function for 'struct _avm_event_led_status' +# convert function for 'struct _avm_event_mass_storage_mount' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_led_status { +sub avm_event_read_from_binary_struct__avm_event_mass_storage_mount { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -112,10 +112,10 @@ ####### liste of hash components ####### my $header; - my $led; - my $state; - my $param_len; - my $params; + my $size; + my $free; + my $name_length; + my @name = (); ####### convert binary message to hash components ####### @@ -124,38 +124,42 @@ ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'led' at offset '0' - $led = unpack(">I", $in_ref); - $offset += 4; + # c-struct component 'size' at offset '0' + $size = unpack(">L", $in_ref); + $offset += 8; - # c-struct component 'state' at offset '4' - $state = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'free' at offset '8' + $free = unpack("a" . $offset . "/>L", $in_ref); + $offset += 8; - # c-struct component 'param_len' at offset '8' - $param_len = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'name_length' at offset '16' + $name_length = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + $array_element_anzahl = $name_length; - # c-struct component 'params' at offset '12' - $params = unpack("a" . $offset . "/C245", $in_ref); - $offset += 245; + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { "header" => $header, - "led" => $led, - "state" => $state, - "param_len" => $param_len, - "params" => $params, + "size" => $size, + "free" => $free, + "name_length" => $name_length, + "name" => [ @name ], }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_checkpoint' +# convert function for 'struct _avm_event_log' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_checkpoint { +sub avm_event_read_from_binary_struct__avm_event_log { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -164,8 +168,11 @@ ####### liste of hash components ####### my $event_header; - my $node_id; - my $checkpoints; + my $logtype; + my $loglen; + my $logpointer; + my $checksum; + my $rebootflag; ####### convert binary message to hash components ####### @@ -174,28 +181,43 @@ ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'node_id' at offset '0' - $node_id = unpack(">I", $in_ref); + # c-struct component 'logtype' at offset '0' + $logtype = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'checkpoints' at offset '4' - $checkpoints = unpack("a" . $offset . "/", $in_ref); - $offset += 0; + # c-struct component 'loglen' at offset '4' + $loglen = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'logpointer' at offset '8' + $logpointer = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'checksum' at offset '12' + $checksum = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'rebootflag' at offset '16' + $rebootflag = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { "event_header" => $event_header, - "node_id" => $node_id, - "checkpoints" => $checkpoints, + "logtype" => $logtype, + "loglen" => $loglen, + "logpointer" => $logpointer, + "checksum" => $checksum, + "rebootflag" => $rebootflag, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_remotepcmlink' +# convert function for 'struct avm_event_powerline_status' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_remotepcmlink { +sub avm_event_read_from_binary_struct_avm_event_powerline_status { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -203,45 +225,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $type; - my $sharedlen; - my $sharedpointer; + my $status; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'type' at offset '0' - $type = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'sharedlen' at offset '4' - $sharedlen = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'sharedpointer' at offset '8' - $sharedpointer = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'status' at offset '0' + $status = unpack(">I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "type" => $type, - "sharedlen" => $sharedlen, - "sharedpointer" => $sharedpointer, + "status" => $status, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_push_button' +# convert function for 'struct avm_event_firmware_update_available' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_push_button { +sub avm_event_read_from_binary_struct_avm_event_firmware_update_available { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -249,38 +252,42 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id; - my $key; - my $pressed; + my $type; + my $version_length; + my @version = (); ####### convert binary message to hash components ####### - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); + # c-struct component 'type' at offset '0' + $type = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'key' at offset '4' - $key = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'version_length' at offset '4' + $version_length = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + $array_element_anzahl = $version_length; - # c-struct component 'pressed' at offset '8' - $pressed = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $version[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { - "id" => $id, - "key" => $key, - "pressed" => $pressed, + "type" => $type, + "version_length" => $version_length, + "version" => [ @version ], }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_remote_source_trigger_request' +# convert function for 'struct avm_event_telephony_missed_call' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_remote_source_trigger_request { +sub avm_event_read_from_binary_struct_avm_event_telephony_missed_call { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -288,27 +295,34 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $data; + my $length; + my $p; ####### convert binary message to hash components ####### - # c-struct component 'data' at offset '0' - ( $data, $struct_offset ) = avm_event_read_from_binary_struct_avm_event_data( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + # c-struct component 'length' at offset '0' + $length = unpack(">I", $in_ref); + $offset += 4; + $array_element_anzahl = $length; + + # c-struct component 'p' at offset '4' + ( $p, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "data" => $data, + "length" => $length, + "p" => $p, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_close' +# convert function for 'struct avm_event_powermanagment_status' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_close { +sub avm_event_read_from_binary_struct_avm_event_powermanagment_status { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -316,26 +330,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $dummy; + my $substatus; + my $param; ####### convert binary message to hash components ####### - # c-struct component 'dummy' at offset '0' - $dummy = unpack(">I", $in_ref); + # c-struct component 'substatus' at offset '0' + $substatus = unpack(">I", $in_ref); $offset += 4; + # c-struct component 'param' at offset '4' + ( $param, $struct_offset ) = avm_event_read_from_binary_union___powermanagment_status_union( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + ####### return hash and used length ####### $return ( { - "dummy" => $dummy, + "substatus" => $substatus, + "param" => $param, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_rpc' +# convert function for 'struct _avm_event_cmd_param_register' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_rpc { +sub avm_event_read_from_binary_struct__avm_event_cmd_param_register { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -343,55 +364,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $type; - my $id; - my $length; - my @message = (); + my $mask; + my $Name; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + # c-struct component 'mask' at offset '0' + ( $mask, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_id_mask( ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'type' at offset '0' - $type = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'id' at offset '4' - $id = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'length' at offset '8' - $length = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - $array_element_anzahl = $length; - - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { - - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - - $message[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } + # c-struct component 'Name' at offset '0' + $Name = unpack("C33", $in_ref); + $offset += 33; ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "type" => $type, - "id" => $id, - "length" => $length, - "message" => [ @message ], + "mask" => $mask, + "Name" => $Name, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_pm_info_stat' +# convert function for 'struct _avm_event_cmd_param_release' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_pm_info_stat { +sub avm_event_read_from_binary_struct__avm_event_cmd_param_release { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -399,224 +398,93 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $reserved1; - my $rate_sumact; - my $rate_sumcum; - my $rate_systemact; - my $rate_systemcum; - my $system_status; - my $rate_dspact; - my $rate_dspcum; - my $rate_wlanact; - my $rate_wlancum; - my $wlan_devices; - my $wlan_status; - my $rate_ethact; - my $rate_ethcum; - my $eth_status; - my $rate_abact; - my $rate_abcum; - my $isdn_status; - my $rate_dectact; - my $rate_dectcum; - my $rate_battchargeact; - my $rate_battchargecum; - my $dect_status; - my $rate_usbhostact; - my $rate_usbhostcum; - my $usb_status; - my $act_temperature; - my $min_temperature; - my $max_temperature; - my $avg_temperature; - my $rate_lteact; - my $rate_ltecum; - my $rate_dvbcact; - my $rate_dvbccum; + my $Name; ####### convert binary message to hash components ####### - # c-struct component 'reserved1' at offset '0' - $reserved1 = unpack("C", $in_ref); - $offset += 1; - - # c-struct component 'rate_sumact' at offset '1' - $rate_sumact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_sumcum' at offset '2' - $rate_sumcum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_systemact' at offset '3' - $rate_systemact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_systemcum' at offset '4' - $rate_systemcum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'system_status' at offset '5' - $system_status = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_dspact' at offset '6' - $rate_dspact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_dspcum' at offset '7' - $rate_dspcum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_wlanact' at offset '8' - $rate_wlanact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_wlancum' at offset '9' - $rate_wlancum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'wlan_devices' at offset '10' - $wlan_devices = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'wlan_status' at offset '11' - $wlan_status = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_ethact' at offset '12' - $rate_ethact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_ethcum' at offset '13' - $rate_ethcum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'eth_status' at offset '14' - $eth_status = unpack("a" . $offset . "/>S", $in_ref); - $offset += 2; + # c-struct component 'Name' at offset '0' + $Name = unpack("C33", $in_ref); + $offset += 33; - # c-struct component 'rate_abact' at offset '16' - $rate_abact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - # c-struct component 'rate_abcum' at offset '17' - $rate_abcum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + ####### return hash and used length ####### + $return ( { + "Name" => $Name, + }, $offset ); +} - # c-struct component 'isdn_status' at offset '18' - $isdn_status = unpack("a" . $offset . "/>S", $in_ref); - $offset += 2; - # c-struct component 'rate_dectact' at offset '20' - $rate_dectact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; +########################################################################################## +# convert function for 'struct wlan_event_data_client_state_change' +########################################################################################## +sub avm_event_read_from_binary_struct_wlan_event_data_client_state_change { + my ( $msg_length, $in_ref ) = $@; + my $offset = 0; + my $struct_offset; + my $array_element_anzahl = 0; + my $array_element_size = 1; - # c-struct component 'rate_dectcum' at offset '21' - $rate_dectcum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + ####### liste of hash components ####### + my $common; + my $state; - # c-struct component 'rate_battchargeact' at offset '22' - $rate_battchargeact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + ####### convert binary message to hash components ####### - # c-struct component 'rate_battchargecum' at offset '23' - $rate_battchargecum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + # c-struct component 'common' at offset '0' + ( $common, $struct_offset ) = avm_event_read_from_binary_struct_wlan_event_data_client_common( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'dect_status' at offset '24' - $dect_status = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + # c-struct component 'state' at offset '0' + $state = unpack("", $in_ref); + $offset += 0; - # c-struct component 'rate_usbhostact' at offset '25' - $rate_usbhostact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - # c-struct component 'rate_usbhostcum' at offset '26' - $rate_usbhostcum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + ####### return hash and used length ####### + $return ( { + "common" => $common, + "state" => $state, + }, $offset ); +} - # c-struct component 'usb_status' at offset '27' - $usb_status = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - # c-struct component 'act_temperature' at offset '28' - $act_temperature = unpack("a" . $offset . "/", $in_ref); - $offset += 0; +########################################################################################## +# convert function for 'struct avm_event_tffs_init' +########################################################################################## +sub avm_event_read_from_binary_struct_avm_event_tffs_init { + my ( $msg_length, $in_ref ) = $@; + my $offset = 0; + my $struct_offset; + my $array_element_anzahl = 0; + my $array_element_size = 1; - # c-struct component 'min_temperature' at offset '28' - $min_temperature = unpack("a" . $offset . "/", $in_ref); - $offset += 0; + ####### liste of hash components ####### + my $mem_offset; + my $max_seg_size; - # c-struct component 'max_temperature' at offset '28' - $max_temperature = unpack("a" . $offset . "/", $in_ref); - $offset += 0; + ####### convert binary message to hash components ####### - # c-struct component 'avg_temperature' at offset '28' - $avg_temperature = unpack("a" . $offset . "/", $in_ref); + # c-struct component 'mem_offset' at offset '0' + $mem_offset = unpack("", $in_ref); $offset += 0; - # c-struct component 'rate_lteact' at offset '28' - $rate_lteact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_ltecum' at offset '29' - $rate_ltecum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_dvbcact' at offset '30' - $rate_dvbcact = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'rate_dvbccum' at offset '31' - $rate_dvbccum = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + # c-struct component 'max_seg_size' at offset '0' + $max_seg_size = unpack(">I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "reserved1" => $reserved1, - "rate_sumact" => $rate_sumact, - "rate_sumcum" => $rate_sumcum, - "rate_systemact" => $rate_systemact, - "rate_systemcum" => $rate_systemcum, - "system_status" => $system_status, - "rate_dspact" => $rate_dspact, - "rate_dspcum" => $rate_dspcum, - "rate_wlanact" => $rate_wlanact, - "rate_wlancum" => $rate_wlancum, - "wlan_devices" => $wlan_devices, - "wlan_status" => $wlan_status, - "rate_ethact" => $rate_ethact, - "rate_ethcum" => $rate_ethcum, - "eth_status" => $eth_status, - "rate_abact" => $rate_abact, - "rate_abcum" => $rate_abcum, - "isdn_status" => $isdn_status, - "rate_dectact" => $rate_dectact, - "rate_dectcum" => $rate_dectcum, - "rate_battchargeact" => $rate_battchargeact, - "rate_battchargecum" => $rate_battchargecum, - "dect_status" => $dect_status, - "rate_usbhostact" => $rate_usbhostact, - "rate_usbhostcum" => $rate_usbhostcum, - "usb_status" => $usb_status, - "act_temperature" => $act_temperature, - "min_temperature" => $min_temperature, - "max_temperature" => $max_temperature, - "avg_temperature" => $avg_temperature, - "rate_lteact" => $rate_lteact, - "rate_ltecum" => $rate_ltecum, - "rate_dvbcact" => $rate_dvbcact, - "rate_dvbccum" => $rate_dvbccum, + "mem_offset" => $mem_offset, + "max_seg_size" => $max_seg_size, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_temperature' +# convert function for 'struct _avm_event_temperature' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_temperature { +sub avm_event_read_from_binary_struct__avm_event_temperature { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -624,10 +492,16 @@ my $array_element_size = 1; ####### liste of hash components ####### + my $event_header; my $temperature; ####### convert binary message to hash components ####### + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + # c-struct component 'temperature' at offset '0' $temperature = unpack(">I", $in_ref); $offset += 4; @@ -635,15 +509,16 @@ ####### return hash and used length ####### $return ( { + "event_header" => $event_header, "temperature" => $temperature, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_wlan' +# convert function for 'struct avm_event_internet_new_ip' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_wlan { +sub avm_event_read_from_binary_struct_avm_event_internet_new_ip { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -651,87 +526,60 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; - my $mac; - my $u1; - my $event; - my $info; - my $status; - my $u2; - my $if_name; - my $ev_initiator; - my $ev_reason; - my $avm_capabilities; + my $sel; + my $params; ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'mac' at offset '0' - $mac = unpack("C6", $in_ref); - $offset += 6; - - # c-struct component 'u1' at offset '6' - $u1 = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'sel' at offset '0' + $sel = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'event' at offset '10' - $event = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'params' at offset '4' + ( $params, $struct_offset ) = avm_event_read_from_binary_union_avm_event_internet_new_ip_param( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'info' at offset '14' - $info = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - # c-struct component 'status' at offset '18' - $status = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + ####### return hash and used length ####### + $return ( { + "sel" => $sel, + "params" => $params, + }, $offset ); +} - # c-struct component 'u2' at offset '22' - $u2 = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - # c-struct component 'if_name' at offset '26' - $if_name = unpack("a" . $offset . "/CIFNAMSIZ", $in_ref); - $offset += IFNAMSIZ; +########################################################################################## +# convert function for 'struct avm_event_tffs_deinit' +########################################################################################## +sub avm_event_read_from_binary_struct_avm_event_tffs_deinit { + my ( $msg_length, $in_ref ) = $@; + my $offset = 0; + my $struct_offset; + my $array_element_anzahl = 0; + my $array_element_size = 1; - # c-struct component 'ev_initiator' at offset '26' - $ev_initiator = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + ####### liste of hash components ####### + my $dummy; - # c-struct component 'ev_reason' at offset '30' - $ev_reason = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + ####### convert binary message to hash components ####### - # c-struct component 'avm_capabilities' at offset '34' - $avm_capabilities = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'dummy' at offset '0' + $dummy = unpack(">I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "header" => $header, - "mac" => $mac, - "u1" => $u1, - "event" => $event, - "info" => $info, - "status" => $status, - "u2" => $u2, - "if_name" => $if_name, - "ev_initiator" => $ev_initiator, - "ev_reason" => $ev_reason, - "avm_capabilities" => $avm_capabilities, + "dummy" => $dummy, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_temperature' +# convert function for 'struct _avm_event_rpc' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_temperature { +sub avm_event_read_from_binary_struct__avm_event_rpc { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -740,7 +588,10 @@ ####### liste of hash components ####### my $event_header; - my $temperature; + my $type; + my $id; + my $length; + my @message = (); ####### convert binary message to hash components ####### @@ -749,23 +600,42 @@ ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'temperature' at offset '0' - $temperature = unpack(">I", $in_ref); + # c-struct component 'type' at offset '0' + $type = unpack(">I", $in_ref); + $offset += 4; + + # c-struct component 'id' at offset '4' + $id = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'length' at offset '8' + $length = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + $array_element_anzahl = $length; + + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $message[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { "event_header" => $event_header, - "temperature" => $temperature, + "type" => $type, + "id" => $id, + "length" => $length, + "message" => [ @message ], }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_deinit' +# convert function for 'struct avm_event_tffs_paniclog' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_deinit { +sub avm_event_read_from_binary_struct_avm_event_tffs_paniclog { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -773,26 +643,38 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $dummy; + my $buff_addr; + my $len; + my $crc; ####### convert binary message to hash components ####### - # c-struct component 'dummy' at offset '0' - $dummy = unpack(">I", $in_ref); - $offset += 4; + # c-struct component 'buff_addr' at offset '0' + $buff_addr = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'len' at offset '0' + $len = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'crc' at offset '0' + $crc = unpack("", $in_ref); + $offset += 0; ####### return hash and used length ####### $return ( { - "dummy" => $dummy, + "buff_addr" => $buff_addr, + "len" => $len, + "crc" => $crc, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_internet_new_ip' +# convert function for 'struct _avm_event_cmd' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_internet_new_ip { +sub avm_event_read_from_binary_struct__avm_event_cmd { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -800,33 +682,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $sel; - my $params; + my $cmd; + my $param; ####### convert binary message to hash components ####### - # c-struct component 'sel' at offset '0' - $sel = unpack(">I", $in_ref); + # c-struct component 'cmd' at offset '0' + $cmd = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'params' at offset '4' - ( $params, $struct_offset ) = avm_event_read_from_binary_union_avm_event_internet_new_ip_param( + # c-struct component 'param' at offset '4' + ( $param, $struct_offset ) = avm_event_read_from_binary_union__avm_event_cmd_param( ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "sel" => $sel, - "params" => $params, + "cmd" => $cmd, + "param" => $param, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_remotepcmlink' +# convert function for 'struct avm_event_tffs_notify' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_remotepcmlink { +sub avm_event_read_from_binary_struct_avm_event_tffs_notify { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -834,38 +716,32 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $type; - my $sharedlen; - my $sharedpointer; + my $id; + my $event; ####### convert binary message to hash components ####### - # c-struct component 'type' at offset '0' - $type = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'sharedlen' at offset '4' - $sharedlen = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'sharedpointer' at offset '8' - $sharedpointer = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'event' at offset '4' + $event = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "type" => $type, - "sharedlen" => $sharedlen, - "sharedpointer" => $sharedpointer, + "id" => $id, + "event" => $event, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_cmd_param_source_trigger' +# convert function for 'struct _cpmac_event_struct' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_cmd_param_source_trigger { +sub avm_event_read_from_binary_struct__cpmac_event_struct { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -873,32 +749,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id; - my $data_length; + my $ports; + my $port; ####### convert binary message to hash components ####### - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); + # c-struct component 'ports' at offset '0' + $ports = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'data_length' at offset '4' - $data_length = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'port' at offset '4' + ( $port, $struct_offset ) = avm_event_read_from_binary_struct_cpmac_port( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "id" => $id, - "data_length" => $data_length, + "ports" => $ports, + "port" => $port, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_reindex' +# convert function for 'struct _avm_event_led_status' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_reindex { +sub avm_event_read_from_binary_struct__avm_event_led_status { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -906,26 +783,51 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $dummy; + my $header; + my $led; + my $state; + my $param_len; + my $params; ####### convert binary message to hash components ####### - # c-struct component 'dummy' at offset '0' - $dummy = unpack(">I", $in_ref); + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + + # c-struct component 'led' at offset '0' + $led = unpack(">I", $in_ref); + $offset += 4; + + # c-struct component 'state' at offset '4' + $state = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + # c-struct component 'param_len' at offset '8' + $param_len = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'params' at offset '12' + $params = unpack("a" . $offset . "/C245", $in_ref); + $offset += 245; + ####### return hash and used length ####### $return ( { - "dummy" => $dummy, + "header" => $header, + "led" => $led, + "state" => $state, + "param_len" => $param_len, + "params" => $params, }, $offset ); } ########################################################################################## -# convert function for 'struct cpmac_event_struct' +# convert function for 'struct cpmac_port' ########################################################################################## -sub avm_event_read_from_binary_struct_cpmac_event_struct { +sub avm_event_read_from_binary_struct_cpmac_port { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -933,40 +835,56 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $ports; - my $port; + my $cable; + my $link; + my $speed100; + my $fullduplex; + my $speed; + my $maxspeed; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'cable' at offset '0' + $cable = unpack("", $in_ref); + $offset += 0; - # c-struct component 'ports' at offset '0' - $ports = unpack(">I", $in_ref); + # c-struct component 'link' at offset '0' + $link = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'speed100' at offset '0' + $speed100 = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'fullduplex' at offset '0' + $fullduplex = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'speed' at offset '0' + $speed = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'port' at offset '4' - ( $port, $struct_offset ) = avm_event_read_from_binary_struct_cpmac_port( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'maxspeed' at offset '4' + $maxspeed = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "ports" => $ports, - "port" => $port, + "cable" => $cable, + "link" => $link, + "speed100" => $speed100, + "fullduplex" => $fullduplex, + "speed" => $speed, + "maxspeed" => $maxspeed, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_data' +# convert function for 'struct avm_event_tffs' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_data { +sub avm_event_read_from_binary_struct_avm_event_tffs { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -974,33 +892,75 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id; - my $data; + my $src_id; + my $dst_id; + my $seq_nr; + my $ack; + my $srv_handle; + my $clt_handle; + my $result; + my $type; + my $call; ####### convert binary message to hash components ####### - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); + # c-struct component 'src_id' at offset '0' + $src_id = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'data' at offset '4' - ( $data, $struct_offset ) = avm_event_read_from_binary_union_avm_event_data_union( + # c-struct component 'dst_id' at offset '4' + $dst_id = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'seq_nr' at offset '8' + $seq_nr = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'ack' at offset '12' + $ack = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'srv_handle' at offset '16' + $srv_handle = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + + # c-struct component 'clt_handle' at offset '16' + $clt_handle = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + + # c-struct component 'result' at offset '16' + $result = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + + # c-struct component 'type' at offset '16' + $type = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'call' at offset '20' + ( $call, $struct_offset ) = avm_event_read_from_binary_union_avm_event_tffs_call_union( ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "id" => $id, - "data" => $data, + "src_id" => $src_id, + "dst_id" => $dst_id, + "seq_nr" => $seq_nr, + "ack" => $ack, + "srv_handle" => $srv_handle, + "clt_handle" => $clt_handle, + "result" => $result, + "type" => $type, + "call" => $call, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_powermanagment_remote_ressourceinfo' +# convert function for 'struct _avm_event_internet_new_ip' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_powermanagment_remote_ressourceinfo { +sub avm_event_read_from_binary_struct__avm_event_internet_new_ip { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1009,8 +969,8 @@ ####### liste of hash components ####### my $header; - my $device; - my $power_rate; + my $sel; + my $params; ####### convert binary message to hash components ####### @@ -1019,28 +979,29 @@ ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'device' at offset '0' - $device = unpack(">I", $in_ref); + # c-struct component 'sel' at offset '0' + $sel = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'power_rate' at offset '4' - $power_rate = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'params' at offset '4' + ( $params, $struct_offset ) = avm_event_read_from_binary_union_avm_event_internet_new_ip_param( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; ####### return hash and used length ####### $return ( { "header" => $header, - "device" => $device, - "power_rate" => $power_rate, + "sel" => $sel, + "params" => $params, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_read' +# convert function for 'struct _avm_event_checkpoint' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_read { +sub avm_event_read_from_binary_struct__avm_event_checkpoint { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1048,44 +1009,39 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $buff_addr; - my $len; - my $id; - my $crc; + my $event_header; + my $node_id; + my $checkpoints; ####### convert binary message to hash components ####### - # c-struct component 'buff_addr' at offset '0' - $buff_addr = unpack("", $in_ref); - $offset += 0; - - # c-struct component 'len' at offset '0' - $len = unpack("", $in_ref); - $offset += 0; + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); + # c-struct component 'node_id' at offset '0' + $node_id = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'crc' at offset '4' - $crc = unpack("a" . $offset . "/", $in_ref); + # c-struct component 'checkpoints' at offset '4' + $checkpoints = unpack("a" . $offset . "/", $in_ref); $offset += 0; ####### return hash and used length ####### $return ( { - "buff_addr" => $buff_addr, - "len" => $len, - "id" => $id, - "crc" => $crc, + "event_header" => $event_header, + "node_id" => $node_id, + "checkpoints" => $checkpoints, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_cmd_param_trigger' +# convert function for 'struct wlan_event_def' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_cmd_param_trigger { +sub avm_event_read_from_binary_struct_wlan_event_def { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1093,26 +1049,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id; + my $event_id; + my $event_data; ####### convert binary message to hash components ####### - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); + # c-struct component 'event_id' at offset '0' + $event_id = unpack(">I", $in_ref); $offset += 4; + # c-struct component 'event_data' at offset '4' + ( $event_data, $struct_offset ) = avm_event_read_from_binary_union_wlan_event_data( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + ####### return hash and used length ####### $return ( { - "id" => $id, + "event_id" => $event_id, + "event_data" => $event_data, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_open' +# convert function for 'struct _avm_event_cmd_param_source_trigger' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_open { +sub avm_event_read_from_binary_struct__avm_event_cmd_param_source_trigger { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1121,8 +1084,7 @@ ####### liste of hash components ####### my $id; - my $mode; - my $max_segment_size; + my $data_length; ####### convert binary message to hash components ####### @@ -1130,28 +1092,23 @@ $id = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'mode' at offset '4' - $mode = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'max_segment_size' at offset '8' - $max_segment_size = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'data_length' at offset '4' + $data_length = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { "id" => $id, - "mode" => $mode, - "max_segment_size" => $max_segment_size, + "data_length" => $data_length, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_powermanagment_remote' +# convert function for 'struct avm_event_tffs_reindex' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_powermanagment_remote { +sub avm_event_read_from_binary_struct_avm_event_tffs_reindex { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1159,33 +1116,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $remote_action; - my $param; + my $dummy; ####### convert binary message to hash components ####### - # c-struct component 'remote_action' at offset '0' - $remote_action = unpack(">I", $in_ref); + # c-struct component 'dummy' at offset '0' + $dummy = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'param' at offset '4' - ( $param, $struct_offset ) = avm_event_read_from_binary_union_avm_event_powermanagment_remote_union( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - ####### return hash and used length ####### $return ( { - "remote_action" => $remote_action, - "param" => $param, + "dummy" => $dummy, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_source_unregister' +# convert function for 'struct avm_event_powermanagment_remote_ressourceinfo' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_source_unregister { +sub avm_event_read_from_binary_struct_avm_event_powermanagment_remote_ressourceinfo { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1193,33 +1143,32 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id_mask; - my $name; + my $device; + my $power_rate; ####### convert binary message to hash components ####### - # c-struct component 'id_mask' at offset '0' - ( $id_mask, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_id_mask( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'device' at offset '0' + $device = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'name' at offset '0' - $name = unpack("C32", $in_ref); - $offset += 32; + # c-struct component 'power_rate' at offset '4' + $power_rate = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "id_mask" => $id_mask, - "name" => $name, + "device" => $device, + "power_rate" => $power_rate, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_powermanagment_status' +# convert function for 'struct _avm_event_powermanagment_status' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_powermanagment_status { +sub avm_event_read_from_binary_struct__avm_event_powermanagment_status { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1227,11 +1176,17 @@ my $array_element_size = 1; ####### liste of hash components ####### + my $event_header; my $substatus; my $param; ####### convert binary message to hash components ####### + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + # c-struct component 'substatus' at offset '0' $substatus = unpack(">I", $in_ref); $offset += 4; @@ -1244,6 +1199,7 @@ ####### return hash and used length ####### $return ( { + "event_header" => $event_header, "substatus" => $substatus, "param" => $param, }, $offset ); @@ -1251,9 +1207,9 @@ ########################################################################################## -# convert function for 'struct avm_event_mass_storage_mount' +# convert function for 'struct _avm_event_pm_info_stat' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_mass_storage_mount { +sub avm_event_read_from_binary_struct__avm_event_pm_info_stat { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1261,48 +1217,231 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $size; - my $free; - my $name_length; - my @name = (); + my $header; + my $reserved1; + my $rate_sumact; + my $rate_sumcum; + my $rate_systemact; + my $rate_systemcum; + my $system_status; + my $rate_dspact; + my $rate_dspcum; + my $rate_wlanact; + my $rate_wlancum; + my $wlan_devices; + my $wlan_status; + my $rate_ethact; + my $rate_ethcum; + my $eth_status; + my $rate_abact; + my $rate_abcum; + my $isdn_status; + my $rate_dectact; + my $rate_dectcum; + my $rate_battchargeact; + my $rate_battchargecum; + my $dect_status; + my $rate_usbhostact; + my $rate_usbhostcum; + my $usb_status; + my $act_temperature; + my $min_temperature; + my $max_temperature; + my $avg_temperature; + my $rate_lteact; + my $rate_ltecum; + my $rate_dvbcact; + my $rate_dvbccum; ####### convert binary message to hash components ####### - # c-struct component 'size' at offset '0' - $size = unpack(">L", $in_ref); - $offset += 8; + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'free' at offset '8' - $free = unpack("a" . $offset . "/>L", $in_ref); - $offset += 8; + # c-struct component 'reserved1' at offset '0' + $reserved1 = unpack("C", $in_ref); + $offset += 1; - # c-struct component 'name_length' at offset '16' - $name_length = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - $array_element_anzahl = $name_length; + # c-struct component 'rate_sumact' at offset '1' + $rate_sumact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + # c-struct component 'rate_sumcum' at offset '2' + $rate_sumcum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + # c-struct component 'rate_systemact' at offset '3' + $rate_systemact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; - $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } + # c-struct component 'rate_systemcum' at offset '4' + $rate_systemcum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'system_status' at offset '5' + $system_status = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_dspact' at offset '6' + $rate_dspact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_dspcum' at offset '7' + $rate_dspcum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_wlanact' at offset '8' + $rate_wlanact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_wlancum' at offset '9' + $rate_wlancum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'wlan_devices' at offset '10' + $wlan_devices = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'wlan_status' at offset '11' + $wlan_status = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_ethact' at offset '12' + $rate_ethact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_ethcum' at offset '13' + $rate_ethcum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'eth_status' at offset '14' + $eth_status = unpack("a" . $offset . "/>S", $in_ref); + $offset += 2; + + # c-struct component 'rate_abact' at offset '16' + $rate_abact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_abcum' at offset '17' + $rate_abcum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'isdn_status' at offset '18' + $isdn_status = unpack("a" . $offset . "/>S", $in_ref); + $offset += 2; + + # c-struct component 'rate_dectact' at offset '20' + $rate_dectact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_dectcum' at offset '21' + $rate_dectcum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_battchargeact' at offset '22' + $rate_battchargeact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_battchargecum' at offset '23' + $rate_battchargecum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'dect_status' at offset '24' + $dect_status = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_usbhostact' at offset '25' + $rate_usbhostact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_usbhostcum' at offset '26' + $rate_usbhostcum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'usb_status' at offset '27' + $usb_status = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'act_temperature' at offset '28' + $act_temperature = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + + # c-struct component 'min_temperature' at offset '28' + $min_temperature = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + + # c-struct component 'max_temperature' at offset '28' + $max_temperature = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + + # c-struct component 'avg_temperature' at offset '28' + $avg_temperature = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + + # c-struct component 'rate_lteact' at offset '28' + $rate_lteact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_ltecum' at offset '29' + $rate_ltecum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_dvbcact' at offset '30' + $rate_dvbcact = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + + # c-struct component 'rate_dvbccum' at offset '31' + $rate_dvbccum = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; ####### return hash and used length ####### $return ( { - "size" => $size, - "free" => $free, - "name_length" => $name_length, - "name" => [ @name ], + "header" => $header, + "reserved1" => $reserved1, + "rate_sumact" => $rate_sumact, + "rate_sumcum" => $rate_sumcum, + "rate_systemact" => $rate_systemact, + "rate_systemcum" => $rate_systemcum, + "system_status" => $system_status, + "rate_dspact" => $rate_dspact, + "rate_dspcum" => $rate_dspcum, + "rate_wlanact" => $rate_wlanact, + "rate_wlancum" => $rate_wlancum, + "wlan_devices" => $wlan_devices, + "wlan_status" => $wlan_status, + "rate_ethact" => $rate_ethact, + "rate_ethcum" => $rate_ethcum, + "eth_status" => $eth_status, + "rate_abact" => $rate_abact, + "rate_abcum" => $rate_abcum, + "isdn_status" => $isdn_status, + "rate_dectact" => $rate_dectact, + "rate_dectcum" => $rate_dectcum, + "rate_battchargeact" => $rate_battchargeact, + "rate_battchargecum" => $rate_battchargecum, + "dect_status" => $dect_status, + "rate_usbhostact" => $rate_usbhostact, + "rate_usbhostcum" => $rate_usbhostcum, + "usb_status" => $usb_status, + "act_temperature" => $act_temperature, + "min_temperature" => $min_temperature, + "max_temperature" => $max_temperature, + "avg_temperature" => $avg_temperature, + "rate_lteact" => $rate_lteact, + "rate_ltecum" => $rate_ltecum, + "rate_dvbcact" => $rate_dvbcact, + "rate_dvbccum" => $rate_dvbccum, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_ping' +# convert function for 'struct avm_event_checkpoint' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_ping { +sub avm_event_read_from_binary_struct_avm_event_checkpoint { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1310,26 +1449,32 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $seq; + my $node_id; + my $checkpoints; ####### convert binary message to hash components ####### - # c-struct component 'seq' at offset '0' - $seq = unpack(">I", $in_ref); + # c-struct component 'node_id' at offset '0' + $node_id = unpack(">I", $in_ref); $offset += 4; + # c-struct component 'checkpoints' at offset '4' + $checkpoints = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + ####### return hash and used length ####### $return ( { - "seq" => $seq, + "node_id" => $node_id, + "checkpoints" => $checkpoints, }, $offset ); } ########################################################################################## -# convert function for 'struct wlan_event_data_scan_event_info' +# convert function for 'struct avm_event_wlan' ########################################################################################## -sub avm_event_read_from_binary_struct_wlan_event_data_scan_event_info { +sub avm_event_read_from_binary_struct_avm_event_wlan { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1337,33 +1482,82 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $common; - my $event_type; + my $mac; + my $u1; + my $event; + my $info; + my $status; + my $u2; + my $if_name; + my $ev_initiator; + my $ev_reason; + my $avm_capabilities; ####### convert binary message to hash components ####### - # c-struct component 'common' at offset '0' - ( $common, $struct_offset ) = avm_event_read_from_binary_struct_wlan_event_data_scan_common( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + # c-struct component 'mac' at offset '0' + $mac = unpack("C6", $in_ref); + $offset += 6; + + # c-struct component 'u1' at offset '6' + ( $u1, $struct_offset ) = avm_event_read_from_binary_union_avm_event_wlan_client_status_u1( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'event_type' at offset '0' - $event_type = unpack(">I", $in_ref); + # c-struct component 'event' at offset '6' + $event = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'info' at offset '10' + $info = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'status' at offset '14' + $status = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'u2' at offset '18' + ( $u2, $struct_offset ) = avm_event_read_from_binary_union_avm_event_wlan_client_status_u2( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + + # c-struct component 'if_name' at offset '18' + $if_name = unpack("a" . $offset . "/CIFNAMSIZ", $in_ref); + $offset += IFNAMSIZ; + + # c-struct component 'ev_initiator' at offset '18' + $ev_initiator = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'ev_reason' at offset '22' + $ev_reason = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'avm_capabilities' at offset '26' + $avm_capabilities = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "common" => $common, - "event_type" => $event_type, + "mac" => $mac, + "u1" => $u1, + "event" => $event, + "info" => $info, + "status" => $status, + "u2" => $u2, + "if_name" => $if_name, + "ev_initiator" => $ev_initiator, + "ev_reason" => $ev_reason, + "avm_capabilities" => $avm_capabilities, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_cpu_run' +# convert function for 'struct avm_event_push_button' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_cpu_run { +sub avm_event_read_from_binary_struct_avm_event_push_button { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1371,39 +1565,32 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $cputype; - my $cpu_run; + my $key; + my $pressed; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'cputype' at offset '0' - $cputype = unpack(">I", $in_ref); + # c-struct component 'key' at offset '0' + $key = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'cpu_run' at offset '4' - $cpu_run = unpack("a" . $offset . "/C4", $in_ref); + # c-struct component 'pressed' at offset '4' + $pressed = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "cputype" => $cputype, - "cpu_run" => $cpu_run, + "key" => $key, + "pressed" => $pressed, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_remotewatchdog' +# convert function for 'struct avm_event_tffs_close' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_remotewatchdog { +sub avm_event_read_from_binary_struct_avm_event_tffs_close { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1411,45 +1598,60 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $cmd; - my $name; - my $param; + my $dummy; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'cmd' at offset '0' - $cmd = unpack(">I", $in_ref); + # c-struct component 'dummy' at offset '0' + $dummy = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'name' at offset '4' - $name = unpack("a" . $offset . "/C16", $in_ref); - $offset += 16; - # c-struct component 'param' at offset '20' - $param = unpack("a" . $offset . "/>I", $in_ref); + ####### return hash and used length ####### + $return ( { + "dummy" => $dummy, + }, $offset ); +} + + +########################################################################################## +# convert function for 'struct avm_event_powermanagment_remote' +########################################################################################## +sub avm_event_read_from_binary_struct_avm_event_powermanagment_remote { + my ( $msg_length, $in_ref ) = $@; + my $offset = 0; + my $struct_offset; + my $array_element_anzahl = 0; + my $array_element_size = 1; + + ####### liste of hash components ####### + my $remote_action; + my $param; + + ####### convert binary message to hash components ####### + + # c-struct component 'remote_action' at offset '0' + $remote_action = unpack(">I", $in_ref); $offset += 4; + # c-struct component 'param' at offset '4' + ( $param, $struct_offset ) = avm_event_read_from_binary_union_avm_event_powermanagment_remote_union( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "cmd" => $cmd, - "name" => $name, + "remote_action" => $remote_action, "param" => $param, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_header' +# convert function for 'struct avm_event_source_notifier' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_header { +sub avm_event_read_from_binary_struct_avm_event_source_notifier { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1474,9 +1676,9 @@ ########################################################################################## -# convert function for 'struct _avm_event_powermanagment_remote' +# convert function for 'struct avm_event_rpc' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_powermanagment_remote { +sub avm_event_read_from_binary_struct_avm_event_rpc { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1484,40 +1686,48 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; - my $remote_action; - my $param; + my $type; + my $id; + my $length; + my @message = (); ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'type' at offset '0' + $type = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'remote_action' at offset '0' - $remote_action = unpack(">I", $in_ref); + # c-struct component 'id' at offset '4' + $id = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'param' at offset '4' - ( $param, $struct_offset ) = avm_event_read_from_binary_union_avm_event_powermanagment_remote_union( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'length' at offset '8' + $length = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + $array_element_anzahl = $length; + + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $message[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { - "header" => $header, - "remote_action" => $remote_action, - "param" => $param, + "type" => $type, + "id" => $id, + "length" => $length, + "message" => [ @message ], }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_telefonprofile' +# convert function for 'struct _avm_event_mass_storage_unmount' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_telefonprofile { +sub avm_event_read_from_binary_struct__avm_event_mass_storage_unmount { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1525,33 +1735,43 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $on; + my $header; + my $name_length; + my @name = (); ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'on' at offset '0' - $on = unpack(">I", $in_ref); + # c-struct component 'name_length' at offset '0' + $name_length = unpack(">I", $in_ref); $offset += 4; + $array_element_anzahl = $name_length; + + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "on" => $on, + "header" => $header, + "name_length" => $name_length, + "name" => [ @name ], }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_info' +# convert function for 'struct avm_event_remotewatchdog' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_info { +sub avm_event_read_from_binary_struct_avm_event_remotewatchdog { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1559,26 +1779,38 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $fill_level; + my $cmd; + my $name; + my $param; ####### convert binary message to hash components ####### - # c-struct component 'fill_level' at offset '0' - $fill_level = unpack(">I", $in_ref); + # c-struct component 'cmd' at offset '0' + $cmd = unpack(">I", $in_ref); + $offset += 4; + + # c-struct component 'name' at offset '4' + $name = unpack("a" . $offset . "/C16", $in_ref); + $offset += 16; + + # c-struct component 'param' at offset '20' + $param = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "fill_level" => $fill_level, + "cmd" => $cmd, + "name" => $name, + "param" => $param, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_unserialised' +# convert function for 'struct avm_event_source_register' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_unserialised { +sub avm_event_read_from_binary_struct_avm_event_source_register { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1586,38 +1818,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $evnt_id; - my $data_len; - my $data; + my $id_mask; + my $name; ####### convert binary message to hash components ####### - # c-struct component 'evnt_id' at offset '0' - $evnt_id = unpack("", $in_ref); - $offset += 0; - - # c-struct component 'data_len' at offset '0' - $data_len = unpack(">I", $in_ref); - $offset += 4; + # c-struct component 'id_mask' at offset '0' + ( $id_mask, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_id_mask( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'data' at offset '4' - $data = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + # c-struct component 'name' at offset '0' + $name = unpack("C32", $in_ref); + $offset += 32; ####### return hash and used length ####### $return ( { - "evnt_id" => $evnt_id, - "data_len" => $data_len, - "data" => $data, + "id_mask" => $id_mask, + "name" => $name, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_telephony_missed_call_params' +# convert function for 'struct avm_event_data' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params { +sub avm_event_read_from_binary_struct_avm_event_data { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1626,7 +1853,7 @@ ####### liste of hash components ####### my $id; - my $params; + my $data; ####### convert binary message to hash components ####### @@ -1634,8 +1861,8 @@ $id = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'params' at offset '4' - ( $params, $struct_offset ) = avm_event_read_from_binary_union_avm_event_telephony_call_params( + # c-struct component 'data' at offset '4' + ( $data, $struct_offset ) = avm_event_read_from_binary_union_avm_event_data_union( ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; @@ -1643,15 +1870,15 @@ ####### return hash and used length ####### $return ( { "id" => $id, - "params" => $params, + "data" => $data, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_cmd' +# convert function for 'struct _avm_event_powerline_status' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_cmd { +sub avm_event_read_from_binary_struct__avm_event_powerline_status { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1659,33 +1886,84 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $cmd; - my $param; + my $event_header; + my $status; ####### convert binary message to hash components ####### - # c-struct component 'cmd' at offset '0' - $cmd = unpack(">I", $in_ref); + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + + # c-struct component 'status' at offset '0' + $status = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'param' at offset '4' - ( $param, $struct_offset ) = avm_event_read_from_binary_union__avm_event_cmd_param( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + + ####### return hash and used length ####### + $return ( { + "event_header" => $event_header, + "status" => $status, + }, $offset ); +} + + +########################################################################################## +# convert function for 'struct avm_event_tffs_write' +########################################################################################## +sub avm_event_read_from_binary_struct_avm_event_tffs_write { + my ( $msg_length, $in_ref ) = $@; + my $offset = 0; + my $struct_offset; + my $array_element_anzahl = 0; + my $array_element_size = 1; + + ####### liste of hash components ####### + my $buff_addr; + my $len; + my $id; + my $final; + my $crc; + + ####### convert binary message to hash components ####### + + # c-struct component 'buff_addr' at offset '0' + $buff_addr = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'len' at offset '0' + $len = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); + $offset += 4; + + # c-struct component 'final' at offset '4' + $final = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'crc' at offset '8' + $crc = unpack("a" . $offset . "/", $in_ref); + $offset += 0; ####### return hash and used length ####### $return ( { - "cmd" => $cmd, - "param" => $param, + "buff_addr" => $buff_addr, + "len" => $len, + "id" => $id, + "final" => $final, + "crc" => $crc, }, $offset ); } ########################################################################################## -# convert function for 'struct wlan_event_def' +# convert function for 'struct _avm_event_telephony_missed_call_params' ########################################################################################## -sub avm_event_read_from_binary_struct_wlan_event_def { +sub avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1693,33 +1971,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_id; - my $event_data; + my $id; + my $params; ####### convert binary message to hash components ####### - # c-struct component 'event_id' at offset '0' - $event_id = unpack(">I", $in_ref); + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'event_data' at offset '4' - ( $event_data, $struct_offset ) = avm_event_read_from_binary_union_wlan_event_data( + # c-struct component 'params' at offset '4' + ( $params, $struct_offset ) = avm_event_read_from_binary_union_avm_event_telephony_call_params( ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "event_id" => $event_id, - "event_data" => $event_data, + "id" => $id, + "params" => $params, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_pm_info_stat' +# convert function for 'struct avm_event_pm_info_stat' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_pm_info_stat { +sub avm_event_read_from_binary_struct_avm_event_pm_info_stat { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1727,7 +2005,6 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; my $reserved1; my $rate_sumact; my $rate_sumcum; @@ -1765,11 +2042,6 @@ ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - # c-struct component 'reserved1' at offset '0' $reserved1 = unpack("C", $in_ref); $offset += 1; @@ -1909,7 +2181,6 @@ ####### return hash and used length ####### $return ( { - "header" => $header, "reserved1" => $reserved1, "rate_sumact" => $rate_sumact, "rate_sumcum" => $rate_sumcum, @@ -1949,9 +2220,9 @@ ########################################################################################## -# convert function for 'struct avm_event_cpu_idle' +# convert function for 'struct avm_event_tffs_open' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_cpu_idle { +sub avm_event_read_from_binary_struct_avm_event_tffs_open { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -1959,62 +2230,38 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $cpu_idle; - my $dsl_dsp_idle; - my $voice_dsp_idle; - my $mem_strictlyused; - my $mem_cacheused; - my $mem_physfree; - my $cputype; + my $id; + my $mode; + my $max_segment_size; ####### convert binary message to hash components ####### - # c-struct component 'cpu_idle' at offset '0' - $cpu_idle = unpack("C", $in_ref); - $offset += 1; - - # c-struct component 'dsl_dsp_idle' at offset '1' - $dsl_dsp_idle = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'voice_dsp_idle' at offset '2' - $voice_dsp_idle = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'mem_strictlyused' at offset '3' - $mem_strictlyused = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; - - # c-struct component 'mem_cacheused' at offset '4' - $mem_cacheused = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'mem_physfree' at offset '5' - $mem_physfree = unpack("a" . $offset . "/C", $in_ref); - $offset += 1; + # c-struct component 'mode' at offset '4' + $mode = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; - # c-struct component 'cputype' at offset '6' - $cputype = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'max_segment_size' at offset '8' + $max_segment_size = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "cpu_idle" => $cpu_idle, - "dsl_dsp_idle" => $dsl_dsp_idle, - "voice_dsp_idle" => $voice_dsp_idle, - "mem_strictlyused" => $mem_strictlyused, - "mem_cacheused" => $mem_cacheused, - "mem_physfree" => $mem_physfree, - "cputype" => $cputype, + "id" => $id, + "mode" => $mode, + "max_segment_size" => $max_segment_size, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_telephony_string' +# convert function for 'struct _avm_event_id_mask' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_telephony_string { +sub avm_event_read_from_binary_struct__avm_event_id_mask { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2022,36 +2269,27 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $length; - my @string = (); + my $mask; ####### convert binary message to hash components ####### - # c-struct component 'length' at offset '0' - $length = unpack(">I", $in_ref); - $offset += 4; - $array_element_anzahl = $length; - - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { - - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - - $string[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } + # c-struct component 'mask' at offset '0' + ( $mask, $struct_offset ) = avm_event_read_from_binary_avm_event_mask_fieldentry( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "length" => $length, - "string" => [ @string ], + "mask" => $mask, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_log' +# convert function for 'struct _avm_event_user_mode_source_notify' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_log { +sub avm_event_read_from_binary_struct__avm_event_user_mode_source_notify { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2059,50 +2297,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $logtype; - my $loglen; - my $logpointer; - my $checksum; - my $rebootflag; + my $header; + my $id; ####### convert binary message to hash components ####### - # c-struct component 'logtype' at offset '0' - $logtype = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'loglen' at offset '4' - $loglen = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'logpointer' at offset '8' - $logpointer = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'checksum' at offset '12' - $checksum = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'rebootflag' at offset '16' - $rebootflag = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "logtype" => $logtype, - "loglen" => $loglen, - "logpointer" => $logpointer, - "checksum" => $checksum, - "rebootflag" => $rebootflag, + "header" => $header, + "id" => $id, }, $offset ); } ########################################################################################## -# convert function for 'struct cpmac_port' +# convert function for 'struct avm_event_message' ########################################################################################## -sub avm_event_read_from_binary_struct_cpmac_port { +sub avm_event_read_from_binary_struct_avm_event_message { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2110,56 +2331,75 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $cable; - my $link; - my $speed100; - my $fullduplex; - my $speed; - my $maxspeed; + my $length; + my $magic; + my $nonce; + my $flags; + my $result; + my $transmitter_handle; + my $receiver_handle; + my $type; + my $message; ####### convert binary message to hash components ####### - # c-struct component 'cable' at offset '0' - $cable = unpack("", $in_ref); - $offset += 0; + # c-struct component 'length' at offset '0' + $length = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'link' at offset '0' - $link = unpack("", $in_ref); - $offset += 0; + # c-struct component 'magic' at offset '4' + $magic = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; - # c-struct component 'speed100' at offset '0' - $speed100 = unpack("", $in_ref); - $offset += 0; + # c-struct component 'nonce' at offset '8' + $nonce = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; - # c-struct component 'fullduplex' at offset '0' - $fullduplex = unpack("", $in_ref); + # c-struct component 'flags' at offset '12' + $flags = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'result' at offset '16' + $result = unpack("a" . $offset . "/", $in_ref); $offset += 0; - # c-struct component 'speed' at offset '0' - $speed = unpack(">I", $in_ref); + # c-struct component 'transmitter_handle' at offset '16' + $transmitter_handle = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'maxspeed' at offset '4' - $maxspeed = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'receiver_handle' at offset '20' + $receiver_handle = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + # c-struct component 'type' at offset '24' + $type = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'message' at offset '28' + ( $message, $struct_offset ) = avm_event_read_from_binary_union_avm_event_message_union( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + ####### return hash and used length ####### $return ( { - "cable" => $cable, - "link" => $link, - "speed100" => $speed100, - "fullduplex" => $fullduplex, - "speed" => $speed, - "maxspeed" => $maxspeed, + "length" => $length, + "magic" => $magic, + "nonce" => $nonce, + "flags" => $flags, + "result" => $result, + "transmitter_handle" => $transmitter_handle, + "receiver_handle" => $receiver_handle, + "type" => $type, + "message" => $message, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_rpc' +# convert function for 'struct avm_event_temperature' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_rpc { +sub avm_event_read_from_binary_struct_avm_event_temperature { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2167,48 +2407,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $type; - my $id; - my $length; - my @message = (); + my $temperature; ####### convert binary message to hash components ####### - # c-struct component 'type' at offset '0' - $type = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'id' at offset '4' - $id = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'length' at offset '8' - $length = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'temperature' at offset '0' + $temperature = unpack(">I", $in_ref); $offset += 4; - $array_element_anzahl = $length; - - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { - - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - - $message[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } ####### return hash and used length ####### $return ( { - "type" => $type, - "id" => $id, - "length" => $length, - "message" => [ @message ], + "temperature" => $temperature, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs' +# convert function for 'struct _avm_event_remotepcmlink' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs { +sub avm_event_read_from_binary_struct__avm_event_remotepcmlink { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2216,75 +2434,45 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $src_id; - my $dst_id; - my $seq_nr; - my $ack; - my $srv_handle; - my $clt_handle; - my $result; + my $event_header; my $type; - my $call; + my $sharedlen; + my $sharedpointer; ####### convert binary message to hash components ####### - # c-struct component 'src_id' at offset '0' - $src_id = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'dst_id' at offset '4' - $dst_id = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'seq_nr' at offset '8' - $seq_nr = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'type' at offset '0' + $type = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'ack' at offset '12' - $ack = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'sharedlen' at offset '4' + $sharedlen = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'srv_handle' at offset '16' - $srv_handle = unpack("a" . $offset . "/", $in_ref); - $offset += 0; - - # c-struct component 'clt_handle' at offset '16' - $clt_handle = unpack("a" . $offset . "/", $in_ref); - $offset += 0; - - # c-struct component 'result' at offset '16' - $result = unpack("a" . $offset . "/", $in_ref); - $offset += 0; - - # c-struct component 'type' at offset '16' - $type = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'sharedpointer' at offset '8' + $sharedpointer = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'call' at offset '20' - ( $call, $struct_offset ) = avm_event_read_from_binary_union_avm_event_tffs_call_union( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - ####### return hash and used length ####### $return ( { - "src_id" => $src_id, - "dst_id" => $dst_id, - "seq_nr" => $seq_nr, - "ack" => $ack, - "srv_handle" => $srv_handle, - "clt_handle" => $clt_handle, - "result" => $result, + "event_header" => $event_header, "type" => $type, - "call" => $call, + "sharedlen" => $sharedlen, + "sharedpointer" => $sharedpointer, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_firmware_update_available' +# convert function for 'struct _avm_event_telephony_missed_call' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_firmware_update_available { +sub avm_event_read_from_binary_struct__avm_event_telephony_missed_call { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2293,9 +2481,8 @@ ####### liste of hash components ####### my $header; - my $type; - my $version_length; - my @version = (); + my $length; + my $p; ####### convert binary message to hash components ####### @@ -2304,37 +2491,30 @@ ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'type' at offset '0' - $type = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'version_length' at offset '4' - $version_length = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'length' at offset '0' + $length = unpack(">I", $in_ref); $offset += 4; - $array_element_anzahl = $version_length; - - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { - - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + $array_element_anzahl = $length; - $version[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } + # c-struct component 'p' at offset '4' + ( $p, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; ####### return hash and used length ####### $return ( { "header" => $header, - "type" => $type, - "version_length" => $version_length, - "version" => [ @version ], + "length" => $length, + "p" => $p, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_mass_storage_mount' +# convert function for 'struct avm_event_source_unregister' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_mass_storage_mount { +sub avm_event_read_from_binary_struct_avm_event_source_unregister { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2342,55 +2522,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; - my $size; - my $free; - my $name_length; - my @name = (); + my $id_mask; + my $name; ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + # c-struct component 'id_mask' at offset '0' + ( $id_mask, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_id_mask( ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'size' at offset '0' - $size = unpack(">L", $in_ref); - $offset += 8; - - # c-struct component 'free' at offset '8' - $free = unpack("a" . $offset . "/>L", $in_ref); - $offset += 8; - - # c-struct component 'name_length' at offset '16' - $name_length = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - $array_element_anzahl = $name_length; - - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { - - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - - $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } + # c-struct component 'name' at offset '0' + $name = unpack("C32", $in_ref); + $offset += 32; ####### return hash and used length ####### $return ( { - "header" => $header, - "size" => $size, - "free" => $free, - "name_length" => $name_length, - "name" => [ @name ], + "id_mask" => $id_mask, + "name" => $name, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_init' +# convert function for 'struct _avm_event_smarthome_switch_status' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_init { +sub avm_event_read_from_binary_struct__avm_event_smarthome_switch_status { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2398,32 +2556,55 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $mem_offset; - my $max_seg_size; + my $header; + my $type; + my $value; + my $ain_length; + my @ain = (); ####### convert binary message to hash components ####### - # c-struct component 'mem_offset' at offset '0' - $mem_offset = unpack("", $in_ref); - $offset += 0; + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'max_seg_size' at offset '0' - $max_seg_size = unpack(">I", $in_ref); + # c-struct component 'type' at offset '0' + $type = unpack(">I", $in_ref); + $offset += 4; + + # c-struct component 'value' at offset '4' + $value = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'ain_length' at offset '8' + $ain_length = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + $array_element_anzahl = $ain_length; + + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $ain[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { - "mem_offset" => $mem_offset, - "max_seg_size" => $max_seg_size, + "header" => $header, + "type" => $type, + "value" => $value, + "ain_length" => $ain_length, + "ain" => [ @ain ], }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_led_info' +# convert function for 'struct avm_event_telephony_string' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_led_info { +sub avm_event_read_from_binary_struct_avm_event_telephony_string { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2431,62 +2612,36 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $mode; - my $param1; - my $param2; - my $gpio_driver_type; - my $gpio; - my $pos; - my $name; + my $length; + my @string = (); ####### convert binary message to hash components ####### - # c-struct component 'mode' at offset '0' - $mode = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'param1' at offset '4' - $param1 = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'param2' at offset '8' - $param2 = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'gpio_driver_type' at offset '12' - $gpio_driver_type = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'length' at offset '0' + $length = unpack(">I", $in_ref); $offset += 4; + $array_element_anzahl = $length; - # c-struct component 'gpio' at offset '16' - $gpio = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { - # c-struct component 'pos' at offset '20' - $pos = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - # c-struct component 'name' at offset '24' - $name = unpack("a" . $offset . "/C32", $in_ref); - $offset += 32; + $string[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { - "mode" => $mode, - "param1" => $param1, - "param2" => $param2, - "gpio_driver_type" => $gpio_driver_type, - "gpio" => $gpio, - "pos" => $pos, - "name" => $name, + "length" => $length, + "string" => [ @string ], }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_push_button' +# convert function for 'struct wlan_event_data_client_common' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_push_button { +sub avm_event_read_from_binary_struct_wlan_event_data_client_common { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2494,32 +2649,38 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $key; - my $pressed; + my $mac; + my $iface; + my $initiator; ####### convert binary message to hash components ####### - # c-struct component 'key' at offset '0' - $key = unpack(">I", $in_ref); - $offset += 4; + # c-struct component 'mac' at offset '0' + $mac = unpack("6", $in_ref); + $offset += 6; - # c-struct component 'pressed' at offset '4' - $pressed = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'iface' at offset '0' + $iface = unpack("CIFNAMSIZ + 1", $in_ref); + $offset += IFNAMSIZ + 1; + + # c-struct component 'initiator' at offset '0' + $initiator = unpack("C16 + 1", $in_ref); + $offset += 16 + 1; ####### return hash and used length ####### $return ( { - "key" => $key, - "pressed" => $pressed, + "mac" => $mac, + "iface" => $iface, + "initiator" => $initiator, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_remotewatchdog' +# convert function for 'struct avm_event_led_status' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_remotewatchdog { +sub avm_event_read_from_binary_struct_avm_event_led_status { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2527,38 +2688,44 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $cmd; - my $name; - my $param; + my $led; + my $state; + my $param_len; + my $params; ####### convert binary message to hash components ####### - # c-struct component 'cmd' at offset '0' - $cmd = unpack(">I", $in_ref); + # c-struct component 'led' at offset '0' + $led = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'name' at offset '4' - $name = unpack("a" . $offset . "/C16", $in_ref); - $offset += 16; + # c-struct component 'state' at offset '4' + $state = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; - # c-struct component 'param' at offset '20' - $param = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'param_len' at offset '8' + $param_len = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + # c-struct component 'params' at offset '12' + $params = unpack("a" . $offset . "/C245", $in_ref); + $offset += 245; + ####### return hash and used length ####### $return ( { - "cmd" => $cmd, - "name" => $name, - "param" => $param, + "led" => $led, + "state" => $state, + "param_len" => $param_len, + "params" => $params, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_telefonprofile' +# convert function for 'struct _avm_event_powermanagment_remote_ressourceinfo' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_telefonprofile { +sub avm_event_read_from_binary_struct__avm_event_powermanagment_remote_ressourceinfo { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2566,26 +2733,39 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $on; + my $header; + my $device; + my $power_rate; ####### convert binary message to hash components ####### - # c-struct component 'on' at offset '0' - $on = unpack(">I", $in_ref); + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + + # c-struct component 'device' at offset '0' + $device = unpack(">I", $in_ref); + $offset += 4; + + # c-struct component 'power_rate' at offset '4' + $power_rate = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "on" => $on, + "header" => $header, + "device" => $device, + "power_rate" => $power_rate, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_write' +# convert function for 'struct _avm_event_firmware_update_available' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_write { +sub avm_event_read_from_binary_struct__avm_event_firmware_update_available { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2593,50 +2773,49 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $buff_addr; - my $len; - my $id; - my $final; - my $crc; + my $header; + my $type; + my $version_length; + my @version = (); ####### convert binary message to hash components ####### - # c-struct component 'buff_addr' at offset '0' - $buff_addr = unpack("", $in_ref); - $offset += 0; - - # c-struct component 'len' at offset '0' - $len = unpack("", $in_ref); - $offset += 0; + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); + # c-struct component 'type' at offset '0' + $type = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'final' at offset '4' - $final = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'version_length' at offset '4' + $version_length = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + $array_element_anzahl = $version_length; - # c-struct component 'crc' at offset '8' - $crc = unpack("a" . $offset . "/", $in_ref); - $offset += 0; + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $version[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { - "buff_addr" => $buff_addr, - "len" => $len, - "id" => $id, - "final" => $final, - "crc" => $crc, + "header" => $header, + "type" => $type, + "version_length" => $version_length, + "version" => [ @version ], }, $offset ); } ########################################################################################## -# convert function for 'struct _cpmac_event_struct' +# convert function for 'struct _avm_event_telefonprofile' ########################################################################################## -sub avm_event_read_from_binary_struct__cpmac_event_struct { +sub avm_event_read_from_binary_struct__avm_event_telefonprofile { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2644,33 +2823,33 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $ports; - my $port; + my $event_header; + my $on; ####### convert binary message to hash components ####### - # c-struct component 'ports' at offset '0' - $ports = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'port' at offset '4' - ( $port, $struct_offset ) = avm_event_read_from_binary_struct_cpmac_port( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; + # c-struct component 'on' at offset '0' + $on = unpack(">I", $in_ref); + $offset += 4; + ####### return hash and used length ####### $return ( { - "ports" => $ports, - "port" => $port, + "event_header" => $event_header, + "on" => $on, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_mass_storage_unmount' +# convert function for 'struct _avm_event_powermanagment_remote' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_mass_storage_unmount { +sub avm_event_read_from_binary_struct__avm_event_powermanagment_remote { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2678,36 +2857,40 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $name_length; - my @name = (); + my $header; + my $remote_action; + my $param; ####### convert binary message to hash components ####### - # c-struct component 'name_length' at offset '0' - $name_length = unpack(">I", $in_ref); - $offset += 4; - $array_element_anzahl = $name_length; - - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + # c-struct component 'remote_action' at offset '0' + $remote_action = unpack(">I", $in_ref); + $offset += 4; - $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } + # c-struct component 'param' at offset '4' + ( $param, $struct_offset ) = avm_event_read_from_binary_union_avm_event_powermanagment_remote_union( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "name_length" => $name_length, - "name" => [ @name ], + "header" => $header, + "remote_action" => $remote_action, + "param" => $param, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_cpu_idle' +# convert function for 'struct avm_event_cpu_idle' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_cpu_idle { +sub avm_event_read_from_binary_struct_avm_event_cpu_idle { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2715,7 +2898,6 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; my $cpu_idle; my $dsl_dsp_idle; my $voice_dsp_idle; @@ -2726,11 +2908,6 @@ ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - # c-struct component 'cpu_idle' at offset '0' $cpu_idle = unpack("C", $in_ref); $offset += 1; @@ -2762,7 +2939,6 @@ ####### return hash and used length ####### $return ( { - "event_header" => $event_header, "cpu_idle" => $cpu_idle, "dsl_dsp_idle" => $dsl_dsp_idle, "voice_dsp_idle" => $voice_dsp_idle, @@ -2775,108 +2951,9 @@ ########################################################################################## -# convert function for 'struct avm_event_tffs_paniclog' -########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_paniclog { - my ( $msg_length, $in_ref ) = $@; - my $offset = 0; - my $struct_offset; - my $array_element_anzahl = 0; - my $array_element_size = 1; - - ####### liste of hash components ####### - my $buff_addr; - my $len; - my $crc; - - ####### convert binary message to hash components ####### - - # c-struct component 'buff_addr' at offset '0' - $buff_addr = unpack("", $in_ref); - $offset += 0; - - # c-struct component 'len' at offset '0' - $len = unpack("", $in_ref); - $offset += 0; - - # c-struct component 'crc' at offset '0' - $crc = unpack("", $in_ref); - $offset += 0; - - - ####### return hash and used length ####### - $return ( { - "buff_addr" => $buff_addr, - "len" => $len, - "crc" => $crc, - }, $offset ); -} - - -########################################################################################## -# convert function for 'struct avm_event_cpu_run' -########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_cpu_run { - my ( $msg_length, $in_ref ) = $@; - my $offset = 0; - my $struct_offset; - my $array_element_anzahl = 0; - my $array_element_size = 1; - - ####### liste of hash components ####### - my $cputype; - my $cpu_run; - - ####### convert binary message to hash components ####### - - # c-struct component 'cputype' at offset '0' - $cputype = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'cpu_run' at offset '4' - $cpu_run = unpack("a" . $offset . "/C4", $in_ref); - $offset += 4; - - - ####### return hash and used length ####### - $return ( { - "cputype" => $cputype, - "cpu_run" => $cpu_run, - }, $offset ); -} - - -########################################################################################## -# convert function for 'struct _avm_event_cmd_param_release' -########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_cmd_param_release { - my ( $msg_length, $in_ref ) = $@; - my $offset = 0; - my $struct_offset; - my $array_element_anzahl = 0; - my $array_element_size = 1; - - ####### liste of hash components ####### - my $Name; - - ####### convert binary message to hash components ####### - - # c-struct component 'Name' at offset '0' - $Name = unpack("C33", $in_ref); - $offset += 33; - - - ####### return hash and used length ####### - $return ( { - "Name" => $Name, - }, $offset ); -} - - -########################################################################################## -# convert function for 'struct _avm_event_mass_storage_unmount' +# convert function for 'struct avm_event_remote_source_trigger_request' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_mass_storage_unmount { +sub avm_event_read_from_binary_struct_avm_event_remote_source_trigger_request { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2884,43 +2961,27 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; - my $name_length; - my @name = (); + my $data; ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + # c-struct component 'data' at offset '0' + ( $data, $struct_offset ) = avm_event_read_from_binary_struct_avm_event_data( ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'name_length' at offset '0' - $name_length = unpack(">I", $in_ref); - $offset += 4; - $array_element_anzahl = $name_length; - - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { - - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - - $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } - ####### return hash and used length ####### $return ( { - "header" => $header, - "name_length" => $name_length, - "name" => [ @name ], + "data" => $data, }, $offset ); } ########################################################################################## -# convert function for 'struct wlan_event_data_client_state_change' +# convert function for 'struct _avm_event_remotewatchdog' ########################################################################################## -sub avm_event_read_from_binary_struct_wlan_event_data_client_state_change { +sub avm_event_read_from_binary_struct__avm_event_remotewatchdog { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -2928,74 +2989,45 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $common; - my $state; + my $event_header; + my $cmd; + my $name; + my $param; ####### convert binary message to hash components ####### - # c-struct component 'common' at offset '0' - ( $common, $struct_offset ) = avm_event_read_from_binary_struct_wlan_event_data_client_common( + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'state' at offset '0' - $state = unpack("", $in_ref); - $offset += 0; - - - ####### return hash and used length ####### - $return ( { - "common" => $common, - "state" => $state, - }, $offset ); -} - - -########################################################################################## -# convert function for 'struct _avm_event_internet_new_ip' -########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_internet_new_ip { - my ( $msg_length, $in_ref ) = $@; - my $offset = 0; - my $struct_offset; - my $array_element_anzahl = 0; - my $array_element_size = 1; - - ####### liste of hash components ####### - my $header; - my $sel; - my $params; - - ####### convert binary message to hash components ####### + # c-struct component 'cmd' at offset '0' + $cmd = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'name' at offset '4' + $name = unpack("a" . $offset . "/C16", $in_ref); + $offset += 16; - # c-struct component 'sel' at offset '0' - $sel = unpack(">I", $in_ref); + # c-struct component 'param' at offset '20' + $param = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'params' at offset '4' - ( $params, $struct_offset ) = avm_event_read_from_binary_union_avm_event_internet_new_ip_param( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - ####### return hash and used length ####### $return ( { - "header" => $header, - "sel" => $sel, - "params" => $params, + "event_header" => $event_header, + "cmd" => $cmd, + "name" => $name, + "param" => $param, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_user_mode_source_notify' +# convert function for 'struct avm_event_tffs_read' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_user_mode_source_notify { +sub avm_event_read_from_binary_struct_avm_event_tffs_read { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3003,33 +3035,44 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; + my $buff_addr; + my $len; my $id; + my $crc; ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'buff_addr' at offset '0' + $buff_addr = unpack("", $in_ref); + $offset += 0; + + # c-struct component 'len' at offset '0' + $len = unpack("", $in_ref); + $offset += 0; # c-struct component 'id' at offset '0' $id = unpack(">I", $in_ref); $offset += 4; + # c-struct component 'crc' at offset '4' + $crc = unpack("a" . $offset . "/", $in_ref); + $offset += 0; + ####### return hash and used length ####### $return ( { - "header" => $header, + "buff_addr" => $buff_addr, + "len" => $len, "id" => $id, + "crc" => $crc, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_message' +# convert function for 'struct avm_event_tffs_info' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_message { +sub avm_event_read_from_binary_struct_avm_event_tffs_info { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3037,75 +3080,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $length; - my $magic; - my $nonce; - my $flags; - my $result; - my $transmitter_handle; - my $receiver_handle; - my $type; - my $message; + my $fill_level; ####### convert binary message to hash components ####### - # c-struct component 'length' at offset '0' - $length = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'magic' at offset '4' - $magic = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'nonce' at offset '8' - $nonce = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'flags' at offset '12' - $flags = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'result' at offset '16' - $result = unpack("a" . $offset . "/", $in_ref); - $offset += 0; - - # c-struct component 'transmitter_handle' at offset '16' - $transmitter_handle = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'receiver_handle' at offset '20' - $receiver_handle = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'type' at offset '24' - $type = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'fill_level' at offset '0' + $fill_level = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'message' at offset '28' - ( $message, $struct_offset ) = avm_event_read_from_binary_union_avm_event_message_union( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - ####### return hash and used length ####### $return ( { - "length" => $length, - "magic" => $magic, - "nonce" => $nonce, - "flags" => $flags, - "result" => $result, - "transmitter_handle" => $transmitter_handle, - "receiver_handle" => $receiver_handle, - "type" => $type, - "message" => $message, + "fill_level" => $fill_level, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_telephony_missed_call' +# convert function for 'struct _avm_event_cpu_idle' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_telephony_missed_call { +sub avm_event_read_from_binary_struct__avm_event_cpu_idle { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3113,101 +3107,61 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; - my $length; - my $p; + my $event_header; + my $cpu_idle; + my $dsl_dsp_idle; + my $voice_dsp_idle; + my $mem_strictlyused; + my $mem_cacheused; + my $mem_physfree; + my $cputype; ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'length' at offset '0' - $length = unpack(">I", $in_ref); - $offset += 4; - $array_element_anzahl = $length; - - # c-struct component 'p' at offset '4' - ( $p, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - - ####### return hash and used length ####### - $return ( { - "header" => $header, - "length" => $length, - "p" => $p, - }, $offset ); -} - - -########################################################################################## -# convert function for 'struct avm_event_powermanagment_remote_ressourceinfo' -########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_powermanagment_remote_ressourceinfo { - my ( $msg_length, $in_ref ) = $@; - my $offset = 0; - my $struct_offset; - my $array_element_anzahl = 0; - my $array_element_size = 1; - - ####### liste of hash components ####### - my $device; - my $power_rate; - - ####### convert binary message to hash components ####### - - # c-struct component 'device' at offset '0' - $device = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'power_rate' at offset '4' - $power_rate = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - + # c-struct component 'cpu_idle' at offset '0' + $cpu_idle = unpack("C", $in_ref); + $offset += 1; - ####### return hash and used length ####### - $return ( { - "device" => $device, - "power_rate" => $power_rate, - }, $offset ); -} + # c-struct component 'dsl_dsp_idle' at offset '1' + $dsl_dsp_idle = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; + # c-struct component 'voice_dsp_idle' at offset '2' + $voice_dsp_idle = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; -########################################################################################## -# convert function for 'struct avm_event_telephony_missed_call' -########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_telephony_missed_call { - my ( $msg_length, $in_ref ) = $@; - my $offset = 0; - my $struct_offset; - my $array_element_anzahl = 0; - my $array_element_size = 1; + # c-struct component 'mem_strictlyused' at offset '3' + $mem_strictlyused = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; - ####### liste of hash components ####### - my $length; - my $p; + # c-struct component 'mem_cacheused' at offset '4' + $mem_cacheused = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; - ####### convert binary message to hash components ####### + # c-struct component 'mem_physfree' at offset '5' + $mem_physfree = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; - # c-struct component 'length' at offset '0' - $length = unpack(">I", $in_ref); + # c-struct component 'cputype' at offset '6' + $cputype = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - $array_element_anzahl = $length; - - # c-struct component 'p' at offset '4' - ( $p, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_telephony_missed_call_params( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; ####### return hash and used length ####### $return ( { - "length" => $length, - "p" => $p, + "event_header" => $event_header, + "cpu_idle" => $cpu_idle, + "dsl_dsp_idle" => $dsl_dsp_idle, + "voice_dsp_idle" => $voice_dsp_idle, + "mem_strictlyused" => $mem_strictlyused, + "mem_cacheused" => $mem_cacheused, + "mem_physfree" => $mem_physfree, + "cputype" => $cputype, }, $offset ); } @@ -3283,9 +3237,9 @@ ########################################################################################## -# convert function for 'struct wlan_event_data_client_connect_info' +# convert function for 'struct _avm_event_push_button' ########################################################################################## -sub avm_event_read_from_binary_struct_wlan_event_data_client_connect_info { +sub avm_event_read_from_binary_struct__avm_event_push_button { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3293,51 +3247,38 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $common; - my $info_context; - my $reason; - my $max_node_count; - my $ieee80211_code; + my $id; + my $key; + my $pressed; ####### convert binary message to hash components ####### - # c-struct component 'common' at offset '0' - ( $common, $struct_offset ) = avm_event_read_from_binary_struct_wlan_event_data_client_common( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'info_context' at offset '0' - $info_context = unpack("", $in_ref); - $offset += 0; - - # c-struct component 'reason' at offset '0' - $reason = unpack("", $in_ref); - $offset += 0; + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'max_node_count' at offset '0' - $max_node_count = unpack(">I", $in_ref); + # c-struct component 'key' at offset '4' + $key = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'ieee80211_code' at offset '4' - $ieee80211_code = unpack("a" . $offset . "/>S", $in_ref); - $offset += 2; + # c-struct component 'pressed' at offset '8' + $pressed = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "common" => $common, - "info_context" => $info_context, - "reason" => $reason, - "max_node_count" => $max_node_count, - "ieee80211_code" => $ieee80211_code, + "id" => $id, + "key" => $key, + "pressed" => $pressed, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_log' +# convert function for 'struct avm_event_cpu_run' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_log { +sub avm_event_read_from_binary_struct_avm_event_cpu_run { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3345,49 +3286,24 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $logtype; - my $loglen; - my $logpointer; - my $checksum; - my $rebootflag; + my $cputype; + my $cpu_run; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'logtype' at offset '0' - $logtype = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'loglen' at offset '4' - $loglen = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'logpointer' at offset '8' - $logpointer = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'checksum' at offset '12' - $checksum = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'cputype' at offset '0' + $cputype = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'rebootflag' at offset '16' - $rebootflag = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'cpu_run' at offset '4' + $cpu_run = unpack("a" . $offset . "/C4", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "logtype" => $logtype, - "loglen" => $loglen, - "logpointer" => $logpointer, - "checksum" => $checksum, - "rebootflag" => $rebootflag, + "cputype" => $cputype, + "cpu_run" => $cpu_run, }, $offset ); } @@ -3442,9 +3358,9 @@ ########################################################################################## -# convert function for 'struct _avm_event_powermanagment_status' +# convert function for 'struct _avm_event_header' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_powermanagment_status { +sub avm_event_read_from_binary_struct__avm_event_header { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3452,40 +3368,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $substatus; - my $param; + my $id; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'substatus' at offset '0' - $substatus = unpack(">I", $in_ref); + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'param' at offset '4' - ( $param, $struct_offset ) = avm_event_read_from_binary_union___powermanagment_status_union( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "substatus" => $substatus, - "param" => $param, + "id" => $id, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_powerline_status' +# convert function for 'struct cpmac_event_struct' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_powerline_status { +sub avm_event_read_from_binary_struct_cpmac_event_struct { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3493,26 +3395,40 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $status; + my $event_header; + my $ports; + my $port; ####### convert binary message to hash components ####### - # c-struct component 'status' at offset '0' - $status = unpack(">I", $in_ref); + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + + # c-struct component 'ports' at offset '0' + $ports = unpack(">I", $in_ref); $offset += 4; + # c-struct component 'port' at offset '4' + ( $port, $struct_offset ) = avm_event_read_from_binary_struct_cpmac_port( + ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + ####### return hash and used length ####### $return ( { - "status" => $status, + "event_header" => $event_header, + "ports" => $ports, + "port" => $port, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_id_mask' +# convert function for 'struct avm_event_led_info' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_id_mask { +sub avm_event_read_from_binary_struct_avm_event_led_info { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3520,27 +3436,62 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $mask; + my $mode; + my $param1; + my $param2; + my $gpio_driver_type; + my $gpio; + my $pos; + my $name; ####### convert binary message to hash components ####### - # c-struct component 'mask' at offset '0' - ( $mask, $struct_offset ) = avm_event_read_from_binary_avm_event_mask_fieldentry( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'mode' at offset '0' + $mode = unpack(">I", $in_ref); + $offset += 4; + + # c-struct component 'param1' at offset '4' + $param1 = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'param2' at offset '8' + $param2 = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'gpio_driver_type' at offset '12' + $gpio_driver_type = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'gpio' at offset '16' + $gpio = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'pos' at offset '20' + $pos = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'name' at offset '24' + $name = unpack("a" . $offset . "/C32", $in_ref); + $offset += 32; ####### return hash and used length ####### $return ( { - "mask" => $mask, + "mode" => $mode, + "param1" => $param1, + "param2" => $param2, + "gpio_driver_type" => $gpio_driver_type, + "gpio" => $gpio, + "pos" => $pos, + "name" => $name, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_wlan' +# convert function for 'struct avm_event_remotepcmlink' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_wlan { +sub avm_event_read_from_binary_struct_avm_event_remotepcmlink { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3548,82 +3499,38 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $mac; - my $u1; - my $event; - my $info; - my $status; - my $u2; - my $if_name; - my $ev_initiator; - my $ev_reason; - my $avm_capabilities; + my $type; + my $sharedlen; + my $sharedpointer; ####### convert binary message to hash components ####### - # c-struct component 'mac' at offset '0' - $mac = unpack("C6", $in_ref); - $offset += 6; - - # c-struct component 'u1' at offset '6' - ( $u1, $struct_offset ) = avm_event_read_from_binary_union_avm_event_wlan_client_status_u1( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'event' at offset '6' - $event = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'info' at offset '10' - $info = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'status' at offset '14' - $status = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; - - # c-struct component 'u2' at offset '18' - ( $u2, $struct_offset ) = avm_event_read_from_binary_union_avm_event_wlan_client_status_u2( - ( $msg_length - $offset), unpack("a" . $offset . "/C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'if_name' at offset '18' - $if_name = unpack("a" . $offset . "/CIFNAMSIZ", $in_ref); - $offset += IFNAMSIZ; - - # c-struct component 'ev_initiator' at offset '18' - $ev_initiator = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'type' at offset '0' + $type = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'ev_reason' at offset '22' - $ev_reason = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'sharedlen' at offset '4' + $sharedlen = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'avm_capabilities' at offset '26' - $avm_capabilities = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'sharedpointer' at offset '8' + $sharedpointer = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "mac" => $mac, - "u1" => $u1, - "event" => $event, - "info" => $info, - "status" => $status, - "u2" => $u2, - "if_name" => $if_name, - "ev_initiator" => $ev_initiator, - "ev_reason" => $ev_reason, - "avm_capabilities" => $avm_capabilities, + "type" => $type, + "sharedlen" => $sharedlen, + "sharedpointer" => $sharedpointer, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_cmd_param_register' +# convert function for 'struct wlan_event_data_scan_common' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_cmd_param_register { +sub avm_event_read_from_binary_struct_wlan_event_data_scan_common { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3631,33 +3538,32 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $mask; - my $Name; + my $iface; + my $initiator; ####### convert binary message to hash components ####### - # c-struct component 'mask' at offset '0' - ( $mask, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_id_mask( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'iface' at offset '0' + $iface = unpack("CIFNAMSIZ + 1", $in_ref); + $offset += IFNAMSIZ + 1; - # c-struct component 'Name' at offset '0' - $Name = unpack("C33", $in_ref); - $offset += 33; + # c-struct component 'initiator' at offset '0' + $initiator = unpack("C16 + 1", $in_ref); + $offset += 16 + 1; ####### return hash and used length ####### $return ( { - "mask" => $mask, - "Name" => $Name, + "iface" => $iface, + "initiator" => $initiator, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_source_notifier' +# convert function for 'struct avm_event_tffs_cleanup' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_source_notifier { +sub avm_event_read_from_binary_struct_avm_event_tffs_cleanup { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3665,26 +3571,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id; + my $dummy; ####### convert binary message to hash components ####### - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); + # c-struct component 'dummy' at offset '0' + $dummy = unpack(">I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "id" => $id, + "dummy" => $dummy, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_firmware_update_available' +# convert function for 'struct avm_event_mass_storage_unmount' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_firmware_update_available { +sub avm_event_read_from_binary_struct_avm_event_mass_storage_unmount { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3692,42 +3598,36 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $type; - my $version_length; - my @version = (); + my $name_length; + my @name = (); ####### convert binary message to hash components ####### - # c-struct component 'type' at offset '0' - $type = unpack(">I", $in_ref); - $offset += 4; - - # c-struct component 'version_length' at offset '4' - $version_length = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'name_length' at offset '0' + $name_length = unpack(">I", $in_ref); $offset += 4; - $array_element_anzahl = $version_length; + $array_element_anzahl = $name_length; $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - $version[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); } ####### return hash and used length ####### $return ( { - "type" => $type, - "version_length" => $version_length, - "version" => [ @version ], + "name_length" => $name_length, + "name" => [ @name ], }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_cleanup' +# convert function for 'struct avm_event_ping' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_cleanup { +sub avm_event_read_from_binary_struct_avm_event_ping { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3735,26 +3635,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $dummy; + my $seq; ####### convert binary message to hash components ####### - # c-struct component 'dummy' at offset '0' - $dummy = unpack(">I", $in_ref); + # c-struct component 'seq' at offset '0' + $seq = unpack(">I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "dummy" => $dummy, + "seq" => $seq, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_tffs_notify' +# convert function for 'struct avm_event_mass_storage_mount' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_tffs_notify { +sub avm_event_read_from_binary_struct_avm_event_mass_storage_mount { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3762,32 +3662,48 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id; - my $event; + my $size; + my $free; + my $name_length; + my @name = (); ####### convert binary message to hash components ####### - # c-struct component 'id' at offset '0' - $id = unpack(">I", $in_ref); - $offset += 4; + # c-struct component 'size' at offset '0' + $size = unpack(">L", $in_ref); + $offset += 8; - # c-struct component 'event' at offset '4' - $event = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'free' at offset '8' + $free = unpack("a" . $offset . "/>L", $in_ref); + $offset += 8; + + # c-struct component 'name_length' at offset '16' + $name_length = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; + $array_element_anzahl = $name_length; + + $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + + my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); + + $name[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); + } ####### return hash and used length ####### $return ( { - "id" => $id, - "event" => $event, + "size" => $size, + "free" => $free, + "name_length" => $name_length, + "name" => [ @name ], }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_led_status' +# convert function for 'struct _avm_event_cpu_run' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_led_status { +sub avm_event_read_from_binary_struct__avm_event_cpu_run { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3795,44 +3711,39 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $led; - my $state; - my $param_len; - my $params; + my $event_header; + my $cputype; + my $cpu_run; ####### convert binary message to hash components ####### - # c-struct component 'led' at offset '0' - $led = unpack(">I", $in_ref); - $offset += 4; + # c-struct component 'event_header' at offset '0' + ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'state' at offset '4' - $state = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'cputype' at offset '0' + $cputype = unpack(">I", $in_ref); $offset += 4; - # c-struct component 'param_len' at offset '8' - $param_len = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'cpu_run' at offset '4' + $cpu_run = unpack("a" . $offset . "/C4", $in_ref); $offset += 4; - # c-struct component 'params' at offset '12' - $params = unpack("a" . $offset . "/C245", $in_ref); - $offset += 245; - ####### return hash and used length ####### $return ( { - "led" => $led, - "state" => $state, - "param_len" => $param_len, - "params" => $params, + "event_header" => $event_header, + "cputype" => $cputype, + "cpu_run" => $cpu_run, }, $offset ); } ########################################################################################## -# convert function for 'struct wlan_event_data_client_common' +# convert function for 'struct avm_event_unserialised' ########################################################################################## -sub avm_event_read_from_binary_struct_wlan_event_data_client_common { +sub avm_event_read_from_binary_struct_avm_event_unserialised { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3840,38 +3751,38 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $mac; - my $iface; - my $initiator; + my $evnt_id; + my $data_len; + my $data; ####### convert binary message to hash components ####### - # c-struct component 'mac' at offset '0' - $mac = unpack("6", $in_ref); - $offset += 6; + # c-struct component 'evnt_id' at offset '0' + $evnt_id = unpack("", $in_ref); + $offset += 0; - # c-struct component 'iface' at offset '0' - $iface = unpack("CIFNAMSIZ + 1", $in_ref); - $offset += IFNAMSIZ + 1; + # c-struct component 'data_len' at offset '0' + $data_len = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'initiator' at offset '0' - $initiator = unpack("C16 + 1", $in_ref); - $offset += 16 + 1; + # c-struct component 'data' at offset '4' + $data = unpack("a" . $offset . "/C", $in_ref); + $offset += 1; ####### return hash and used length ####### $return ( { - "mac" => $mac, - "iface" => $iface, - "initiator" => $initiator, + "evnt_id" => $evnt_id, + "data_len" => $data_len, + "data" => $data, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_powerline_status' +# convert function for 'struct avm_event_telefonprofile' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_powerline_status { +sub avm_event_read_from_binary_struct_avm_event_telefonprofile { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3879,33 +3790,26 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $event_header; - my $status; + my $on; ####### convert binary message to hash components ####### - # c-struct component 'event_header' at offset '0' - ( $event_header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; - - # c-struct component 'status' at offset '0' - $status = unpack(">I", $in_ref); + # c-struct component 'on' at offset '0' + $on = unpack(">I", $in_ref); $offset += 4; ####### return hash and used length ####### $return ( { - "event_header" => $event_header, - "status" => $status, + "on" => $on, }, $offset ); } ########################################################################################## -# convert function for 'struct _avm_event_smarthome_switch_status' +# convert function for 'struct wlan_event_data_client_connect_info' ########################################################################################## -sub avm_event_read_from_binary_struct__avm_event_smarthome_switch_status { +sub avm_event_read_from_binary_struct_wlan_event_data_client_connect_info { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3913,55 +3817,78 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $header; - my $type; - my $value; - my $ain_length; - my @ain = (); + my $common; + my $info_context; + my $reason; + my $max_node_count; + my $ieee80211_code; ####### convert binary message to hash components ####### - # c-struct component 'header' at offset '0' - ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + # c-struct component 'common' at offset '0' + ( $common, $struct_offset ) = avm_event_read_from_binary_struct_wlan_event_data_client_common( ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); $offset += $struct_offset; - # c-struct component 'type' at offset '0' - $type = unpack(">I", $in_ref); - $offset += 4; + # c-struct component 'info_context' at offset '0' + $info_context = unpack("", $in_ref); + $offset += 0; - # c-struct component 'value' at offset '4' - $value = unpack("a" . $offset . "/>I", $in_ref); - $offset += 4; + # c-struct component 'reason' at offset '0' + $reason = unpack("", $in_ref); + $offset += 0; - # c-struct component 'ain_length' at offset '8' - $ain_length = unpack("a" . $offset . "/>I", $in_ref); + # c-struct component 'max_node_count' at offset '0' + $max_node_count = unpack(">I", $in_ref); $offset += 4; - $array_element_anzahl = $ain_length; - $for ( my $i = 0 ; $i < $array_element_anzahl ; $i++ ) { + # c-struct component 'ieee80211_code' at offset '4' + $ieee80211_code = unpack("a" . $offset . "/>S", $in_ref); + $offset += 2; - my @unpack_type = ( " ", "C", ">S", ">C>S", ">I" ); - $ain[$i] = unpack("a" . $offset . "/" . $unpack_type[$array_element_size], $in_ref ); - } + ####### return hash and used length ####### + $return ( { + "common" => $common, + "info_context" => $info_context, + "reason" => $reason, + "max_node_count" => $max_node_count, + "ieee80211_code" => $ieee80211_code, + }, $offset ); +} + + +########################################################################################## +# convert function for 'struct _avm_event_cmd_param_trigger' +########################################################################################## +sub avm_event_read_from_binary_struct__avm_event_cmd_param_trigger { + my ( $msg_length, $in_ref ) = $@; + my $offset = 0; + my $struct_offset; + my $array_element_anzahl = 0; + my $array_element_size = 1; + + ####### liste of hash components ####### + my $id; + + ####### convert binary message to hash components ####### + + # c-struct component 'id' at offset '0' + $id = unpack(">I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "header" => $header, - "type" => $type, - "value" => $value, - "ain_length" => $ain_length, - "ain" => [ @ain ], + "id" => $id, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_source_register' +# convert function for 'struct avm_event_log' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_source_register { +sub avm_event_read_from_binary_struct_avm_event_log { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -3969,33 +3896,50 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $id_mask; - my $name; + my $logtype; + my $loglen; + my $logpointer; + my $checksum; + my $rebootflag; ####### convert binary message to hash components ####### - # c-struct component 'id_mask' at offset '0' - ( $id_mask, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_id_mask( - ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); - $offset += $struct_offset; + # c-struct component 'logtype' at offset '0' + $logtype = unpack(">I", $in_ref); + $offset += 4; - # c-struct component 'name' at offset '0' - $name = unpack("C32", $in_ref); - $offset += 32; + # c-struct component 'loglen' at offset '4' + $loglen = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'logpointer' at offset '8' + $logpointer = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'checksum' at offset '12' + $checksum = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'rebootflag' at offset '16' + $rebootflag = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "id_mask" => $id_mask, - "name" => $name, + "logtype" => $logtype, + "loglen" => $loglen, + "logpointer" => $logpointer, + "checksum" => $checksum, + "rebootflag" => $rebootflag, }, $offset ); } ########################################################################################## -# convert function for 'struct avm_event_checkpoint' +# convert function for 'struct _avm_event_wlan' ########################################################################################## -sub avm_event_read_from_binary_struct_avm_event_checkpoint { +sub avm_event_read_from_binary_struct__avm_event_wlan { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -4003,32 +3947,87 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $node_id; - my $checkpoints; + my $header; + my $mac; + my $u1; + my $event; + my $info; + my $status; + my $u2; + my $if_name; + my $ev_initiator; + my $ev_reason; + my $avm_capabilities; ####### convert binary message to hash components ####### - # c-struct component 'node_id' at offset '0' - $node_id = unpack(">I", $in_ref); + # c-struct component 'header' at offset '0' + ( $header, $struct_offset ) = avm_event_read_from_binary_struct__avm_event_header( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; + + # c-struct component 'mac' at offset '0' + $mac = unpack("C6", $in_ref); + $offset += 6; + + # c-struct component 'u1' at offset '6' + $u1 = unpack("a" . $offset . "/>I", $in_ref); $offset += 4; - # c-struct component 'checkpoints' at offset '4' - $checkpoints = unpack("a" . $offset . "/", $in_ref); - $offset += 0; + # c-struct component 'event' at offset '10' + $event = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'info' at offset '14' + $info = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'status' at offset '18' + $status = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'u2' at offset '22' + $u2 = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'if_name' at offset '26' + $if_name = unpack("a" . $offset . "/CIFNAMSIZ", $in_ref); + $offset += IFNAMSIZ; + + # c-struct component 'ev_initiator' at offset '26' + $ev_initiator = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'ev_reason' at offset '30' + $ev_reason = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; + + # c-struct component 'avm_capabilities' at offset '34' + $avm_capabilities = unpack("a" . $offset . "/>I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "node_id" => $node_id, - "checkpoints" => $checkpoints, + "header" => $header, + "mac" => $mac, + "u1" => $u1, + "event" => $event, + "info" => $info, + "status" => $status, + "u2" => $u2, + "if_name" => $if_name, + "ev_initiator" => $ev_initiator, + "ev_reason" => $ev_reason, + "avm_capabilities" => $avm_capabilities, }, $offset ); } ########################################################################################## -# convert function for 'struct wlan_event_data_scan_common' +# convert function for 'struct wlan_event_data_scan_event_info' ########################################################################################## -sub avm_event_read_from_binary_struct_wlan_event_data_scan_common { +sub avm_event_read_from_binary_struct_wlan_event_data_scan_event_info { my ( $msg_length, $in_ref ) = $@; my $offset = 0; my $struct_offset; @@ -4036,24 +4035,25 @@ my $array_element_size = 1; ####### liste of hash components ####### - my $iface; - my $initiator; + my $common; + my $event_type; ####### convert binary message to hash components ####### - # c-struct component 'iface' at offset '0' - $iface = unpack("CIFNAMSIZ + 1", $in_ref); - $offset += IFNAMSIZ + 1; + # c-struct component 'common' at offset '0' + ( $common, $struct_offset ) = avm_event_read_from_binary_struct_wlan_event_data_scan_common( + ( $msg_length - $offset), unpack("C" . ($msg_length - $offset), $in_ref)); + $offset += $struct_offset; - # c-struct component 'initiator' at offset '0' - $initiator = unpack("C16 + 1", $in_ref); - $offset += 16 + 1; + # c-struct component 'event_type' at offset '0' + $event_type = unpack(">I", $in_ref); + $offset += 4; ####### return hash and used length ####### $return ( { - "iface" => $iface, - "initiator" => $initiator, + "common" => $common, + "event_type" => $event_type, }, $offset ); } --- linux-3.10/drivers/char/avm_new/avm_event.h 2017-03-17 16:37:46.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/avm_event.h 2019-08-22 13:31:47.000000000 +0200 @@ -877,47 +877,80 @@ #endif /*--- #ifdef WIRESHARK_PLUGIN ---*/ -char *get_enum_wlan_sm_states_name (enum wlan_sm_states value); -char *get_enum___avm_event_cmd_name (enum __avm_event_cmd value); -char *get_enum_avm_event_powermanagment_remote_action_name (enum avm_event_powermanagment_remote_action value); -char *get_enum_avm_event_switch_type_name (enum avm_event_switch_type value); -char *get_enum__avm_event_push_button_key_name (enum _avm_event_push_button_key value); -char *get_enum_ePLCState_name (enum ePLCState value); -char *get_enum__avm_logtype_name (enum _avm_logtype value); -char *get_enum_wlan_event_sel_name (enum wlan_event_sel value); char *get_enum_wlan_info_sel_name (enum wlan_info_sel value); -char *get_enum_avm_event_tffs_call_type_name (enum avm_event_tffs_call_type value); +char *get_enum_avm_event_telephony_param_sel_name (enum avm_event_telephony_param_sel value); +char *get_enum_avm_event_switch_type_name (enum avm_event_switch_type value); +char *get_enum_wlan_sm_states_name (enum wlan_sm_states value); +char *get_enum_wlan_event_scan_type_name (enum wlan_event_scan_type value); +char *get_enum__avm_event_ethernet_speed_name (enum _avm_event_ethernet_speed value); char *get_enum_avm_event_msg_type_name (enum avm_event_msg_type value); +char *get_enum__avm_remotepcmlinktype_name (enum _avm_remotepcmlinktype value); +char *get_enum_avm_event_powermanagment_remote_action_name (enum avm_event_powermanagment_remote_action value); +char *get_enum_wlan_event_id_name (enum wlan_event_id value); +char *get_enum_avm_event_led_id_name (enum avm_event_led_id value); char *get_enum__powermanagment_device_name (enum _powermanagment_device value); -char *get_enum_avm_event_telephony_param_sel_name (enum avm_event_telephony_param_sel value); +char *get_enum___avm_event_cmd_name (enum __avm_event_cmd value); +char *get_enum_avm_event_tffs_notify_event_name (enum avm_event_tffs_notify_event value); char *get_enum__powermanagment_status_type_name (enum _powermanagment_status_type value); +char *get_enum__cputype_name (enum _cputype value); +char *get_enum__avm_event_push_button_key_name (enum _avm_event_push_button_key value); char *get_enum__avm_event_id_name (enum _avm_event_id value); -char *get_enum_wlan_info_special_name (enum wlan_info_special value); +char *get_enum__avm_logtype_name (enum _avm_logtype value); +char *get_enum_avm_event_firmware_type_name (enum avm_event_firmware_type value); char *get_enum__avm_rpctype_name (enum _avm_rpctype value); -char *get_enum__avm_event_ethernet_speed_name (enum _avm_event_ethernet_speed value); +char *get_enum_wlan_info_special_name (enum wlan_info_special value); +char *get_enum__avm_remote_wdt_cmd_name (enum _avm_remote_wdt_cmd value); char *get_enum_avm_event_internet_new_ip_param_sel_name (enum avm_event_internet_new_ip_param_sel value); -char *get_enum__avm_remotepcmlinktype_name (enum _avm_remotepcmlinktype value); -char *get_enum_avm_event_firmware_type_name (enum avm_event_firmware_type value); -char *get_enum_wlan_event_id_name (enum wlan_event_id value); -char *get_enum__cputype_name (enum _cputype value); +char *get_enum_wlan_event_sel_name (enum wlan_event_sel value); +char *get_enum_ePLCState_name (enum ePLCState value); char *get_enum_avm_event_tffs_open_mode_name (enum avm_event_tffs_open_mode value); -char *get_enum_avm_event_tffs_notify_event_name (enum avm_event_tffs_notify_event value); -char *get_enum__avm_remote_wdt_cmd_name (enum _avm_remote_wdt_cmd value); -char *get_enum_wlan_event_scan_type_name (enum wlan_event_scan_type value); -char *get_enum_avm_event_led_id_name (enum avm_event_led_id value); -/* pos 9562.5 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_telephony_string { - unsigned int length; - unsigned char string[0]; +char *get_enum_avm_event_tffs_call_type_name (enum avm_event_tffs_call_type value); +/* pos 9550 (Thu Aug 22 13:31:47 2019) */ +struct wlan_event_data_client_common { + uint8_t mac[6]; + char iface[IFNAMSIZ + 1]; + char initiator[16 + 1]; } __attribute__((packed)); -/* pos 9575 (Fri Mar 17 16:37:46 2017) */ +/* pos 9550 (Thu Aug 22 13:31:47 2019) */ +/*----------------------------------------------------------------------------------- + union entry is select by variable of type 'enum avm_event_internet_new_ip_param_sel' +-----------------------------------------------------------------------------------*/ +union avm_event_internet_new_ip_param { + /*--- select by [select-variable] one of (avm_event_internet_new_ip_v4) ---*/ + unsigned char ipv4[4]; + /*--- select by [select-variable] one of (avm_event_internet_new_ip_v6) ---*/ + unsigned char ipv6[16]; +} __attribute__((packed)); + +/* pos 9556.25 (Thu Aug 22 13:31:47 2019) */ struct wlan_event_data_scan_common { char iface[IFNAMSIZ + 1]; char initiator[16 + 1]; } __attribute__((packed)); -/* pos 9575 (Fri Mar 17 16:37:46 2017) */ +/* pos 9556.25 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_telephony_string { + unsigned int length; + unsigned char string[0]; +} __attribute__((packed)); + +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ +struct wlan_event_data_scan_event_info { + struct wlan_event_data_scan_common common; + enum wlan_event_scan_type event_type; +} __attribute__((packed)); + +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ +struct wlan_event_data_client_connect_info { + struct wlan_event_data_client_common common; + uint8_t info_context; + uint8_t reason; + uint32_t max_node_count; + uint16_t ieee80211_code; +} __attribute__((packed)); + +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum avm_event_telephony_param_sel' -----------------------------------------------------------------------------------*/ @@ -934,52 +967,49 @@ unsigned int id; } __attribute__((packed)); -/* pos 9581.25 (Fri Mar 17 16:37:46 2017) */ -struct wlan_event_data_client_common { - uint8_t mac[6]; - char iface[IFNAMSIZ + 1]; - char initiator[16 + 1]; +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_powermanagment_remote_ressourceinfo { + enum _powermanagment_device device; + unsigned int power_rate; } __attribute__((packed)); -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ +/* pos 9562.5 (Thu Aug 22 13:31:47 2019) */ struct wlan_event_data_client_state_change { struct wlan_event_data_client_common common; uint8_t state; } __attribute__((packed)); -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_powermanagment_remote_ressourceinfo { - enum _powermanagment_device device; - unsigned int power_rate; -} __attribute__((packed)); - -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ -struct wlan_event_data_client_connect_info { - struct wlan_event_data_client_common common; - uint8_t info_context; - uint8_t reason; - uint32_t max_node_count; - uint16_t ieee80211_code; +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ +/*----------------------------------------------------------------------------------- + union entry is select by variable of type 'enum avm_event_powermanagment_remote_action' +-----------------------------------------------------------------------------------*/ +union avm_event_powermanagment_remote_union { + /*--- select by [select-variable] one of (avm_event_powermanagment_ressourceinfo) ---*/ + struct avm_event_powermanagment_remote_ressourceinfo ressourceinfo; + /*--- select by [select-variable] one of (avm_event_powermanagment_activatepowermode) ---*/ + char powermode[32]; } __attribute__((packed)); -/* pos 9587.5 (Fri Mar 17 16:37:46 2017) */ -struct wlan_event_data_scan_event_info { - struct wlan_event_data_scan_common common; - enum wlan_event_scan_type event_type; +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_telephony_missed_call_params { + enum avm_event_telephony_param_sel id; + union avm_event_telephony_call_params params; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- - union entry is select by variable of type 'enum avm_event_internet_new_ip_param_sel' + union entry is select by variable of type 'wlan_event_id' -----------------------------------------------------------------------------------*/ -union avm_event_internet_new_ip_param { - /*--- select by [select-variable] one of (avm_event_internet_new_ip_v4) ---*/ - unsigned char ipv4[4]; - /*--- select by [select-variable] one of (avm_event_internet_new_ip_v6) ---*/ - unsigned char ipv6[16]; +union wlan_event_data { + /*--- select by [select-variable] one of (CLIENT_STATE_CHANGE) ---*/ + struct wlan_event_data_client_state_change client_state_change; + /*--- select by [select-variable] one of (CLIENT_CONNECT_INFO) ---*/ + struct wlan_event_data_client_connect_info client_connect_info; + /*--- select by [select-variable] one of (WLAN_EVENT_SCAN) ---*/ + struct wlan_event_data_scan_event_info scan_event_info; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum _powermanagment_status_type_dsl' -----------------------------------------------------------------------------------*/ @@ -988,18 +1018,28 @@ unsigned int dsl_status; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ +struct cpmac_port { + uint8_t cable; + uint8_t link; + uint8_t speed100; + uint8_t fullduplex; + enum _avm_event_ethernet_speed speed; + enum _avm_event_ethernet_speed maxspeed; +} __attribute__((packed)); + +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- - union entry is select by variable of type 'enum avm_event_powermanagment_remote_action' + union entry is select by variable of type 'wlan_event_sel' -----------------------------------------------------------------------------------*/ -union avm_event_powermanagment_remote_union { - /*--- select by [select-variable] one of (avm_event_powermanagment_ressourceinfo) ---*/ - struct avm_event_powermanagment_remote_ressourceinfo ressourceinfo; - /*--- select by [select-variable] one of (avm_event_powermanagment_activatepowermode) ---*/ - char powermode[32]; +union avm_event_wlan_client_status_u2 { + /*--- select by [select-variable] one of (INPUT_RADAR) ---*/ + unsigned int radar_freq; + /*--- select by [select-variable] one of (INPUT_AUTH_1_D INPUT_AUTH_3_D INPUT_DE_AUTH_STATION INPUT_ASSOC_REQ_A INPUT_ASSOC_REQ_D INPUT_RE_ASSOC_REQ_D INPUT_DIS_ASSOC_STATION INPUT_AUTH_TIMEOUT INPUT_DE_AUTH_MNG_UNICAST INPUT_DE_AUTH_MNG_BROADCAST INPUT_DIS_ASSOC_MNG_UNICAST INPUT_DIS_ASSOC_MNG_BROADCAST INPUT_MAC_AUTHORIZE INPUT_WDS_LINK_UP INPUT_WDS_LINK_DOWN INPUT_MADWIFI_WRONG_PSK INPUT_WPS INPUT_MINI INPUT_WPS_ENROLLEE INPUT_STA INPUT_GREENAP_PS INPUT_EAP_AUTHORIZED INPUT_MWO_INTERFERENCE INPUT_AUTH_EXPIRED INPUT_COEXIST_SWITCH INPUT_STA_ASSOC INPUT_STA_AUTH INPUT_STA_AUTHORIZATION INPUT_WDS_NO_TIAGGR INPUT_MAX_NODE_REACHED INPUT_RADAR_DFS_WAIT INPUT_AUTH_1_OS_A INPUT_AUTH_1_SK_A INPUT_ASSOC_REQ_CHECK INPUT_ASSOC_REQ_SEC_D INPUT_RE_ASSOC_REQ_CHECK INPUT_RE_ASSOC_REQ_A INPUT_RE_ASSOC_REQ_SEC_D INPUT_CLASS_3 INPUT_FRAME_TX_COMPLETE) ---*/ + unsigned int wlan_mode; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ +/* pos 9575 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'wlan_event_sel' -----------------------------------------------------------------------------------*/ @@ -1034,146 +1074,106 @@ unsigned int dummy0; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -/*----------------------------------------------------------------------------------- - union entry is select by variable of type 'wlan_event_id' ------------------------------------------------------------------------------------*/ -union wlan_event_data { - /*--- select by [select-variable] one of (CLIENT_STATE_CHANGE) ---*/ - struct wlan_event_data_client_state_change client_state_change; - /*--- select by [select-variable] one of (CLIENT_CONNECT_INFO) ---*/ - struct wlan_event_data_client_connect_info client_connect_info; - /*--- select by [select-variable] one of (WLAN_EVENT_SCAN) ---*/ - struct wlan_event_data_scan_event_info scan_event_info; -} __attribute__((packed)); - -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -struct cpmac_port { - uint8_t cable; - uint8_t link; - uint8_t speed100; - uint8_t fullduplex; - enum _avm_event_ethernet_speed speed; - enum _avm_event_ethernet_speed maxspeed; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_led_info { + unsigned int mode; + unsigned int param1; + unsigned int param2; + unsigned int gpio_driver_type; + unsigned int gpio; + unsigned int pos; + char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -/*----------------------------------------------------------------------------------- - union entry is select by variable of type 'wlan_event_sel' ------------------------------------------------------------------------------------*/ -union avm_event_wlan_client_status_u2 { - /*--- select by [select-variable] one of (INPUT_RADAR) ---*/ - unsigned int radar_freq; - /*--- select by [select-variable] one of (INPUT_AUTH_1_D INPUT_AUTH_3_D INPUT_DE_AUTH_STATION INPUT_ASSOC_REQ_A INPUT_ASSOC_REQ_D INPUT_RE_ASSOC_REQ_D INPUT_DIS_ASSOC_STATION INPUT_AUTH_TIMEOUT INPUT_DE_AUTH_MNG_UNICAST INPUT_DE_AUTH_MNG_BROADCAST INPUT_DIS_ASSOC_MNG_UNICAST INPUT_DIS_ASSOC_MNG_BROADCAST INPUT_MAC_AUTHORIZE INPUT_WDS_LINK_UP INPUT_WDS_LINK_DOWN INPUT_MADWIFI_WRONG_PSK INPUT_WPS INPUT_MINI INPUT_WPS_ENROLLEE INPUT_STA INPUT_GREENAP_PS INPUT_EAP_AUTHORIZED INPUT_MWO_INTERFERENCE INPUT_AUTH_EXPIRED INPUT_COEXIST_SWITCH INPUT_STA_ASSOC INPUT_STA_AUTH INPUT_STA_AUTHORIZATION INPUT_WDS_NO_TIAGGR INPUT_MAX_NODE_REACHED INPUT_RADAR_DFS_WAIT INPUT_AUTH_1_OS_A INPUT_AUTH_1_SK_A INPUT_ASSOC_REQ_CHECK INPUT_ASSOC_REQ_SEC_D INPUT_RE_ASSOC_REQ_CHECK INPUT_RE_ASSOC_REQ_A INPUT_RE_ASSOC_REQ_SEC_D INPUT_CLASS_3 INPUT_FRAME_TX_COMPLETE) ---*/ - unsigned int wlan_mode; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_remotepcmlink { + enum _avm_remotepcmlinktype type; + unsigned int sharedlen; + unsigned int sharedpointer; } __attribute__((packed)); -/* pos 9600 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_telephony_missed_call_params { - enum avm_event_telephony_param_sel id; - union avm_event_telephony_call_params params; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_smarthome_switch_status { + enum avm_event_switch_type type; + unsigned int value; + unsigned int ain_length; + unsigned char ain[0]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_cpu_run { enum _cputype cputype; unsigned char cpu_run[4]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_remotewatchdog { - enum _avm_remote_wdt_cmd cmd; - char name[16]; - unsigned int param; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_read { + uint64_t buff_addr; + uint64_t len; + uint32_t id; + int32_t crc; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_telefonprofile { - unsigned int on; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_info { + uint32_t fill_level; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct _cpmac_event_struct { - unsigned int ports; - struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_log { + enum _avm_logtype logtype; + unsigned int loglen; + unsigned int logpointer; + unsigned int checksum; + unsigned int rebootflag; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_telefonprofile { + unsigned int on; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_mass_storage_unmount { unsigned int name_length; unsigned char name[0]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_wlan { - char mac[6]; - union avm_event_wlan_client_status_u1 u1; - wlan_event event; - wlan_info info; - enum wlan_sm_states status; - union avm_event_wlan_client_status_u2 u2; - char if_name[IFNAMSIZ]; - unsigned int ev_initiator; - unsigned int ev_reason; - unsigned int avm_capabilities; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_led_status { - enum avm_event_led_id led; - unsigned int state; - unsigned int param_len; - unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_firmware_update_available { - enum avm_event_firmware_type type; - unsigned int version_length; - unsigned char version[0]; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_checkpoint { - uint32_t node_id; - uint64_t checkpoints; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_telephony_missed_call { - unsigned int length; - struct _avm_event_telephony_missed_call_params p[0]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_mass_storage_mount { + unsigned long long size; + unsigned long long free; + unsigned int name_length; + unsigned char name[0]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_smarthome_switch_status { - enum avm_event_switch_type type; - unsigned int value; - unsigned int ain_length; - unsigned char ain[0]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_cleanup { + uint32_t dummy; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_powermanagment_status { - enum _powermanagment_status_type substatus; - union __powermanagment_status_union param; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_temperature { + int temperature; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_powermanagment_remote { - enum avm_event_powermanagment_remote_action remote_action; - union avm_event_powermanagment_remote_union param; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_open { + uint32_t id; + enum avm_event_tffs_open_mode mode; + uint32_t max_segment_size; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_mass_storage_mount { - unsigned long long size; - unsigned long long free; - unsigned int name_length; - unsigned char name[0]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_write { + uint64_t buff_addr; + uint64_t len; + uint32_t id; + uint32_t final; + int32_t crc; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_pm_info_stat { unsigned char reserved1; unsigned char rate_sumact; @@ -1211,51 +1211,44 @@ unsigned char rate_dvbccum; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_temperature { - int temperature; -} __attribute__((packed)); - -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_internet_new_ip { - enum avm_event_internet_new_ip_param_sel sel; - union avm_event_internet_new_ip_param params; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_cpu_idle { + unsigned char cpu_idle; + unsigned char dsl_dsp_idle; + unsigned char voice_dsp_idle; + unsigned char mem_strictlyused; + unsigned char mem_cacheused; + unsigned char mem_physfree; + enum _cputype cputype; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_remotepcmlink { - enum _avm_remotepcmlinktype type; - unsigned int sharedlen; - unsigned int sharedpointer; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_led_status { + enum avm_event_led_id led; + unsigned int state; + unsigned int param_len; + unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct wlan_event_def { enum wlan_event_id event_id; union wlan_event_data event_data; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_cpu_idle { - unsigned char cpu_idle; - unsigned char dsl_dsp_idle; - unsigned char voice_dsp_idle; - unsigned char mem_strictlyused; - unsigned char mem_cacheused; - unsigned char mem_physfree; - enum _cputype cputype; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_reindex { + uint32_t dummy; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_log { - enum _avm_logtype logtype; - unsigned int loglen; - unsigned int logpointer; - unsigned int checksum; - unsigned int rebootflag; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_remotewatchdog { + enum _avm_remote_wdt_cmd cmd; + char name[16]; + unsigned int param; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_rpc { enum _avm_rpctype type; unsigned int id; @@ -1263,31 +1256,99 @@ unsigned char message[AVM_EVENT_RPC_MAX_MESSAGE_SIZE]; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_led_info { - unsigned int mode; - unsigned int param1; - unsigned int param2; - unsigned int gpio_driver_type; - unsigned int gpio; - unsigned int pos; - char name[MAX_EVENT_SOURCE_NAME_LEN]; +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_close { + uint32_t dummy; } __attribute__((packed)); -/* pos 9625 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_powermanagment_remote { + enum avm_event_powermanagment_remote_action remote_action; + union avm_event_powermanagment_remote_union param; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_push_button { enum _avm_event_push_button_key key; uint32_t pressed; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_wlan { + char mac[6]; + union avm_event_wlan_client_status_u1 u1; + wlan_event event; + wlan_info info; + enum wlan_sm_states status; + union avm_event_wlan_client_status_u2 u2; + char if_name[IFNAMSIZ]; + unsigned int ev_initiator; + unsigned int ev_reason; + unsigned int avm_capabilities; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_checkpoint { + uint32_t node_id; + uint64_t checkpoints; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_init { + int64_t mem_offset; + uint32_t max_seg_size; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_telephony_missed_call { + unsigned int length; + struct _avm_event_telephony_missed_call_params p[0]; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_powermanagment_status { + enum _powermanagment_status_type substatus; + union __powermanagment_status_union param; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_firmware_update_available { + enum avm_event_firmware_type type; + unsigned int version_length; + unsigned char version[0]; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct _cpmac_event_struct { + unsigned int ports; + struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_notify { + uint32_t id; + enum avm_event_tffs_notify_event event; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ struct avm_event_tffs_paniclog { uint64_t buff_addr; uint64_t len; int32_t crc; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_tffs_deinit { + uint32_t dummy; +} __attribute__((packed)); + +/* pos 9600 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_internet_new_ip { + enum avm_event_internet_new_ip_param_sel sel; + union avm_event_internet_new_ip_param params; +} __attribute__((packed)); + +/* pos 9650 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum avm_event_data_type' -----------------------------------------------------------------------------------*/ @@ -1348,68 +1409,18 @@ struct avm_event_cpu_run cpu_run; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_write { - uint64_t buff_addr; - uint64_t len; - uint32_t id; - uint32_t final; - int32_t crc; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_cleanup { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_notify { - uint32_t id; - enum avm_event_tffs_notify_event event; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_reindex { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_open { - uint32_t id; - enum avm_event_tffs_open_mode mode; - uint32_t max_segment_size; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_read { - uint64_t buff_addr; - uint64_t len; - uint32_t id; - int32_t crc; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_close { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_deinit { - uint32_t dummy; -} __attribute__((packed)); - -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_init { - int64_t mem_offset; - uint32_t max_seg_size; +/* pos 9700 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_id_mask { + avm_event_mask_fieldentry mask[avm_event_mask_fieldentries]; } __attribute__((packed)); -/* pos 9650 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_tffs_info { - uint32_t fill_level; +/* pos 9700 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_data { + enum _avm_event_id id; + union avm_event_data_union data; } __attribute__((packed)); -/* pos 9700 (Fri Mar 17 16:37:46 2017) */ +/* pos 9700 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'enum avm_event_tffs_call_type' -----------------------------------------------------------------------------------*/ @@ -1438,45 +1449,23 @@ struct avm_event_tffs_paniclog paniclog; } __attribute__((packed)); -/* pos 9700 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_id_mask { - avm_event_mask_fieldentry mask[avm_event_mask_fieldentries]; -} __attribute__((packed)); - -/* pos 9700 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_data { - enum _avm_event_id id; - union avm_event_data_union data; -} __attribute__((packed)); - -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_source_notifier { - enum _avm_event_id id; -} __attribute__((packed)); - -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_source_register { - struct _avm_event_id_mask id_mask; - char name[MAX_EVENT_SOURCE_NAME_LEN]; +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_ping { + uint32_t seq; } __attribute__((packed)); -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ struct avm_event_source_unregister { struct _avm_event_id_mask id_mask; char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ -struct avm_event_ping { - uint32_t seq; -} __attribute__((packed)); - -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ struct avm_event_remote_source_trigger_request { struct avm_event_data data; } __attribute__((packed)); -/* pos 9800 (Fri Mar 17 16:37:46 2017) */ +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ struct avm_event_tffs { uint32_t src_id; uint32_t dst_id; @@ -1489,46 +1478,45 @@ union avm_event_tffs_call_union call; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_cmd_param_release { - char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_source_register { + struct _avm_event_id_mask id_mask; + char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_cmd_param_register { - struct _avm_event_id_mask mask; - char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; +/* pos 9800 (Thu Aug 22 13:31:47 2019) */ +struct avm_event_source_notifier { + enum _avm_event_id id; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_cmd_param_trigger { + enum _avm_event_id id; +} __attribute__((packed)); + +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ struct _avm_event_cmd_param_source_trigger { enum _avm_event_id id; unsigned int data_length; } __attribute__((packed)); -/* pos 9850 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_cmd_param_trigger { - enum _avm_event_id id; +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_cmd_param_release { + char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; } __attribute__((packed)); -/* pos 9900 (Fri Mar 17 16:37:46 2017) */ -/*----------------------------------------------------------------------------------- - union entry is select by variable of type 'enum __avm_event_cmd' ------------------------------------------------------------------------------------*/ -union _avm_event_cmd_param { - /*--- select by [select-variable] one of (avm_event_cmd_register) ---*/ - struct _avm_event_cmd_param_register avm_event_cmd_param_register; - /*--- select by [select-variable] one of (avm_event_cmd_release) ---*/ - struct _avm_event_cmd_param_release avm_event_cmd_param_release; - /*--- select by [select-variable] one of (avm_event_cmd_trigger) ---*/ - struct _avm_event_cmd_param_trigger avm_event_cmd_param_trigger; - /*--- select by [select-variable] one of (avm_event_cmd_source_register) ---*/ - struct _avm_event_cmd_param_register avm_event_cmd_param_source_register; - /*--- select by [select-variable] one of (avm_event_cmd_source_trigger) ---*/ - struct _avm_event_cmd_param_source_trigger avm_event_cmd_param_source_trigger; +/* pos 9850 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_cmd_param_register { + struct _avm_event_id_mask mask; + char Name[MAX_EVENT_CLIENT_NAME_LEN + 1]; } __attribute__((packed)); -/* pos 9900 (Fri Mar 17 16:37:46 2017) */ +/* pos 9900 (Thu Aug 22 13:31:47 2019) */ +struct _avm_event_header { + enum _avm_event_id id; +} __attribute__((packed)); + +/* pos 9900 (Thu Aug 22 13:31:47 2019) */ /*----------------------------------------------------------------------------------- union entry is select by variable of type 'avm_event_msg_type' -----------------------------------------------------------------------------------*/ @@ -1547,26 +1535,44 @@ struct avm_event_tffs tffs; } __attribute__((packed)); -/* pos 9900 (Fri Mar 17 16:37:46 2017) */ -struct _avm_event_header { - enum _avm_event_id id; +/* pos 9900 (Thu Aug 22 13:31:47 2019) */ +/*----------------------------------------------------------------------------------- + union entry is select by variable of type 'enum __avm_event_cmd' +-----------------------------------------------------------------------------------*/ +union _avm_event_cmd_param { + /*--- select by [select-variable] one of (avm_event_cmd_register) ---*/ + struct _avm_event_cmd_param_register avm_event_cmd_param_register; + /*--- select by [select-variable] one of (avm_event_cmd_release) ---*/ + struct _avm_event_cmd_param_release avm_event_cmd_param_release; + /*--- select by [select-variable] one of (avm_event_cmd_trigger) ---*/ + struct _avm_event_cmd_param_trigger avm_event_cmd_param_trigger; + /*--- select by [select-variable] one of (avm_event_cmd_source_register) ---*/ + struct _avm_event_cmd_param_register avm_event_cmd_param_source_register; + /*--- select by [select-variable] one of (avm_event_cmd_source_trigger) ---*/ + struct _avm_event_cmd_param_source_trigger avm_event_cmd_param_source_trigger; } __attribute__((packed)); -struct _avm_event_mass_storage_unmount { - struct _avm_event_header header; - unsigned int name_length; - unsigned char name[0]; +struct cpmac_event_struct { + struct _avm_event_header event_header; + unsigned int ports; + struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; } __attribute__((packed)); -struct _avm_event_user_mode_source_notify { - struct _avm_event_header header; +struct _avm_event_push_button { enum _avm_event_id id; + enum _avm_event_push_button_key key; + uint32_t pressed; } __attribute__((packed)); -struct _avm_event_internet_new_ip { +struct _avm_event_led_info { struct _avm_event_header header; - enum avm_event_internet_new_ip_param_sel sel; - union avm_event_internet_new_ip_param params; + unsigned int mode; + unsigned int param1; + unsigned int param2; + unsigned int gpio_driver_type; + unsigned int gpio; + unsigned int pos; + char name[MAX_EVENT_SOURCE_NAME_LEN]; } __attribute__((packed)); struct _avm_event_cpu_idle { @@ -1580,17 +1586,50 @@ enum _cputype cputype; } __attribute__((packed)); -struct _avm_event_smarthome_switch_status { +struct _avm_event_remotewatchdog { + struct _avm_event_header event_header; + enum _avm_remote_wdt_cmd cmd; + char name[16]; + unsigned int param; +} __attribute__((packed)); + +struct _avm_event_wlan { struct _avm_event_header header; - enum avm_event_switch_type type; - unsigned int value; - unsigned int ain_length; - unsigned char ain[0]; + char mac[6]; + unsigned int u1; + unsigned int event; + unsigned int info; + unsigned int status; + unsigned int u2; + char if_name[IFNAMSIZ]; + unsigned int ev_initiator; + unsigned int ev_reason; + unsigned int avm_capabilities; } __attribute__((packed)); -struct _avm_event_powerline_status { +struct avm_event_unserialised { + uint64_t evnt_id; + uint32_t data_len; + unsigned char data; +} __attribute__((packed)); + +struct _avm_event_cpu_run { struct _avm_event_header event_header; - enum ePLCState status; + enum _cputype cputype; + unsigned char cpu_run[4]; +} __attribute__((packed)); + +struct _avm_event_telephony_missed_call { + struct _avm_event_header header; + unsigned int length; + struct _avm_event_telephony_missed_call_params p[0]; +} __attribute__((packed)); + +struct _avm_event_remotepcmlink { + struct _avm_event_header event_header; + enum _avm_remotepcmlinktype type; + unsigned int sharedlen; + unsigned int sharedpointer; } __attribute__((packed)); struct avm_event_message { @@ -1605,46 +1644,32 @@ union avm_event_message_union message; } __attribute__((packed)); -struct _avm_event_led_info { - struct _avm_event_header header; - unsigned int mode; - unsigned int param1; - unsigned int param2; - unsigned int gpio_driver_type; - unsigned int gpio; - unsigned int pos; - char name[MAX_EVENT_SOURCE_NAME_LEN]; -} __attribute__((packed)); - -struct _avm_event_telephony_missed_call { +struct _avm_event_user_mode_source_notify { struct _avm_event_header header; - unsigned int length; - struct _avm_event_telephony_missed_call_params p[0]; + enum _avm_event_id id; } __attribute__((packed)); -struct _avm_event_log { +struct _avm_event_powerline_status { struct _avm_event_header event_header; - enum _avm_logtype logtype; - unsigned int loglen; - unsigned int logpointer; - unsigned int checksum; - unsigned int rebootflag; + enum ePLCState status; } __attribute__((packed)); -struct _avm_event_powermanagment_status { - struct _avm_event_header event_header; - enum _powermanagment_status_type substatus; - union __powermanagment_status_union param; +struct _avm_event_powermanagment_remote { + struct _avm_event_header header; + enum avm_event_powermanagment_remote_action remote_action; + union avm_event_powermanagment_remote_union param; } __attribute__((packed)); -struct avm_event_powerline_status { - enum ePLCState status; +struct _avm_event_telefonprofile { + struct _avm_event_header event_header; + unsigned int on; } __attribute__((packed)); -struct cpmac_event_struct { - struct _avm_event_header event_header; - unsigned int ports; - struct cpmac_port port[AVM_EVENT_ETH_MAXPORTS]; +struct _avm_event_firmware_update_available { + struct _avm_event_header header; + enum avm_event_firmware_type type; + unsigned int version_length; + unsigned char version[0]; } __attribute__((packed)); struct _avm_event_powermanagment_remote_ressourceinfo { @@ -1653,19 +1678,12 @@ unsigned int power_rate; } __attribute__((packed)); -struct _avm_event_remotepcmlink { - struct _avm_event_header event_header; - enum _avm_remotepcmlinktype type; - unsigned int sharedlen; - unsigned int sharedpointer; -} __attribute__((packed)); - -struct _avm_event_led_status { +struct _avm_event_smarthome_switch_status { struct _avm_event_header header; - enum avm_event_led_id led; - unsigned int state; - unsigned int param_len; - unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; + enum avm_event_switch_type type; + unsigned int value; + unsigned int ain_length; + unsigned char ain[0]; } __attribute__((packed)); struct _avm_event_checkpoint { @@ -1674,37 +1692,16 @@ uint64_t checkpoints; } __attribute__((packed)); -struct _avm_event_push_button { - enum _avm_event_id id; - enum _avm_event_push_button_key key; - uint32_t pressed; -} __attribute__((packed)); - -struct _avm_event_rpc { - struct _avm_event_header event_header; - enum _avm_rpctype type; - unsigned int id; - unsigned int length; - unsigned char message[AVM_EVENT_RPC_MAX_MESSAGE_SIZE]; -} __attribute__((packed)); - -struct _avm_event_wlan { +struct _avm_event_internet_new_ip { struct _avm_event_header header; - char mac[6]; - unsigned int u1; - unsigned int event; - unsigned int info; - unsigned int status; - unsigned int u2; - char if_name[IFNAMSIZ]; - unsigned int ev_initiator; - unsigned int ev_reason; - unsigned int avm_capabilities; + enum avm_event_internet_new_ip_param_sel sel; + union avm_event_internet_new_ip_param params; } __attribute__((packed)); -struct _avm_event_temperature { - struct _avm_event_header event_header; - int temperature; +struct _avm_event_mass_storage_unmount { + struct _avm_event_header header; + unsigned int name_length; + unsigned char name[0]; } __attribute__((packed)); struct _avm_event_pm_info_stat { @@ -1745,11 +1742,10 @@ unsigned char rate_dvbccum; } __attribute__((packed)); -struct _avm_event_firmware_update_available { - struct _avm_event_header header; - enum avm_event_firmware_type type; - unsigned int version_length; - unsigned char version[0]; +struct _avm_event_powermanagment_status { + struct _avm_event_header event_header; + enum _powermanagment_status_type substatus; + union __powermanagment_status_union param; } __attribute__((packed)); struct _avm_event_mass_storage_mount { @@ -1760,34 +1756,25 @@ unsigned char name[0]; } __attribute__((packed)); -struct _avm_event_cpu_run { - struct _avm_event_header event_header; - enum _cputype cputype; - unsigned char cpu_run[4]; -} __attribute__((packed)); - -struct _avm_event_remotewatchdog { +struct _avm_event_log { struct _avm_event_header event_header; - enum _avm_remote_wdt_cmd cmd; - char name[16]; - unsigned int param; + enum _avm_logtype logtype; + unsigned int loglen; + unsigned int logpointer; + unsigned int checksum; + unsigned int rebootflag; } __attribute__((packed)); -struct _avm_event_telefonprofile { - struct _avm_event_header event_header; - unsigned int on; +struct avm_event_powerline_status { + enum ePLCState status; } __attribute__((packed)); -struct _avm_event_powermanagment_remote { +struct _avm_event_led_status { struct _avm_event_header header; - enum avm_event_powermanagment_remote_action remote_action; - union avm_event_powermanagment_remote_union param; -} __attribute__((packed)); - -struct avm_event_unserialised { - uint64_t evnt_id; - uint32_t data_len; - unsigned char data; + enum avm_event_led_id led; + unsigned int state; + unsigned int param_len; + unsigned char params[AVM_LED_STATUS_MAX_PARAMLEN]; } __attribute__((packed)); struct _avm_event_cmd { @@ -1795,6 +1782,19 @@ union _avm_event_cmd_param param; } __attribute__((packed)); +struct _avm_event_rpc { + struct _avm_event_header event_header; + enum _avm_rpctype type; + unsigned int id; + unsigned int length; + unsigned char message[AVM_EVENT_RPC_MAX_MESSAGE_SIZE]; +} __attribute__((packed)); + +struct _avm_event_temperature { + struct _avm_event_header event_header; + int temperature; +} __attribute__((packed)); + #endif /*--- #ifndef _avm_event_gen_types_h_ ---*/ /*------------------------------------------------------------------------------------------*\ --- linux-3.10/drivers/char/avm_new/Makefile 2017-03-17 16:37:45.000000000 +0100 +++ linux-3.10/drivers/char/avm_new/Makefile 2019-08-22 13:31:47.000000000 +0200 @@ -1,6 +1,6 @@ ############################################# # Makefile: automaticly generated by ./init_avm -# Fr 17. Mär 16:37:45 CET 2017 +# Do 22. Aug 13:31:47 CEST 2019 ############################################# ##################################################################################### --- linux-3.10/drivers/char/Piglet_noemif/init_Piglet 2006-01-17 13:00:39.000000000 +0100 +++ linux-3.10/drivers/char/Piglet_noemif/init_Piglet 1970-01-01 01:00:00.000000000 +0100 @@ -1,17 +0,0 @@ -#! /bin/sh - -KERNEL_CLASS=$1 -DRIVER_NAME=$2 - -if [ -z "$KERNEL_CLASS" ] ; then - KERNEL_CLASS=26 -fi - -for i in `find . -name Makefile.$KERNEL_CLASS` ; do - dest=${i%.$KERNEL_CLASS} - source="`pwd`/$i" - rm -f $dest - ln -fvs $source $dest -done - -exit 0 --- linux-3.10/drivers/char/Piglet_noemif/init_Piglet_noemif 2007-06-13 19:35:58.000000000 +0200 +++ linux-3.10/drivers/char/Piglet_noemif/init_Piglet_noemif 1970-01-01 01:00:00.000000000 +0100 @@ -1,17 +0,0 @@ -#! /bin/sh - -KERNEL_CLASS=$1 -DRIVER_NAME=$2 - -if [ -z "$KERNEL_CLASS" ] ; then - KERNEL_CLASS=26 -fi - -for i in `find . -name Makefile.$KERNEL_CLASS` ; do - dest=${i%.$KERNEL_CLASS} - source="`pwd`/$i" - rm -f $dest - ln -fvs $source $dest -done - -exit 0 --- linux-3.10/drivers/char/Piglet_noemif/Kbuild 1970-01-01 01:00:00.000000000 +0100 +++ linux-3.10/drivers/char/Piglet_noemif/Kbuild 2018-10-09 08:53:53.000000000 +0200 @@ -0,0 +1 @@ +# Empty kbuild dummy --- linux-3.10/drivers/char/Piglet_noemif/Makefile.24 2005-11-04 09:41:12.000000000 +0100 +++ linux-3.10/drivers/char/Piglet_noemif/Makefile.24 1970-01-01 01:00:00.000000000 +0100 @@ -1,9 +0,0 @@ -################################################################################################################### -# -# vim: noexpandtab -# -# dummy Makefile with no function -# -################################################################################################################### - -include $(TOPDIR)/Rules.make --- linux-3.10/drivers/char/Piglet_noemif/Makefile.26 2005-11-04 09:18:32.000000000 +0100 +++ linux-3.10/drivers/char/Piglet_noemif/Makefile.26 1970-01-01 01:00:00.000000000 +0100 @@ -1,8 +0,0 @@ -################################################################################################################### -# -# vim: noexpandtab -# -# dummy Makefile with no function -# -################################################################################################################### - --- linux-3.10/drivers/net/avm_cpmac/switch/ifx/7port/ifxmips_ppa_datapath_7port_common.c 2016-11-10 16:05:17.000000000 +0100 +++ linux-3.10/drivers/net/avm_cpmac/switch/ifx/7port/ifxmips_ppa_datapath_7port_common.c 2018-01-12 13:04:58.000000000 +0100 @@ -998,16 +998,16 @@ struct skb_shared_info *shinfo; len = skb->len; - if (unlikely(skb->len <= ETH_MIN_TX_PACKET_LENGTH )){ + if (unlikely(skb->len < ETH_MIN_TX_PACKET_LENGTH )){ - /*--- 0byte padding behind skb->len, skb->len is not increased ---*/ + /*--- 0byte padding behind skb->len, skb->len is not increased ---*/ - if (skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ - skb = NULL; - goto ETH_XMIT_DROP; - } - len = ETH_MIN_TX_PACKET_LENGTH; - } + if (skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ + skb = NULL; + goto ETH_XMIT_DROP; + } + len = ETH_MIN_TX_PACKET_LENGTH; + } #if defined(DEBUG_MIRROR_PROC) && DEBUG_MIRROR_PROC if ( g_mirror_netdev != NULL && (g_wan_itf & (1 << eth_ifid)) ) --- linux-3.10/drivers/net/avm_cpmac/switch/ifx/ar10/ifxmips_ppa_datapath_ar10_a5.c 2016-02-09 13:38:45.000000000 +0100 +++ linux-3.10/drivers/net/avm_cpmac/switch/ifx/ar10/ifxmips_ppa_datapath_ar10_a5.c 2018-01-12 13:04:58.000000000 +0100 @@ -2015,199 +2015,212 @@ static int ifx_ppa_eth_qos_hard_start_xmit_a5(struct sk_buff *skb, struct net_device *dev) { - int dpid; - int qid; - unsigned long sys_flag; - volatile struct eth_tx_descriptor *desc; - struct eth_tx_descriptor reg_desc; - struct sk_buff *skb_to_free; - int byteoff; - int len; - struct sw_eg_pkt_header pkth = {0}; + int dpid; + int qid; + unsigned long sys_flag; + volatile struct eth_tx_descriptor *desc; + struct eth_tx_descriptor reg_desc; + struct sk_buff *skb_to_free; + int byteoff; + int len; + struct sw_eg_pkt_header pkth = {0}; avmnet_netdev_priv_t *priv = netdev_priv(dev); avmnet_device_t *avm_dev = priv->avm_dev; - if ( g_stop_datapath != 0 ) - goto ETH_XMIT_DROP; + if ( g_stop_datapath != 0 ) + goto ETH_XMIT_DROP; - if (skb->ip_summed == CHECKSUM_PARTIAL) { - err("Dropping SG Packet in ETHWAN Path"); - goto ETH_XMIT_DROP; - } + if (skb->ip_summed == CHECKSUM_PARTIAL) { + err("Dropping SG Packet in ETHWAN Path"); + goto ETH_XMIT_DROP; + } - dpid = get_eth_port(dev); - if ( dpid < 0 ) - return -ENODEV; + dpid = get_eth_port(dev); + if ( dpid < 0 ) + return -ENODEV; - if ( skb->cb[13] == 0x5A ) { - // magic number indicating forcing QId (e.g. directpath) - qid = skb->cb[15]; - } else { + /* + * AVM/CBU: JZ-34572 Zero-padding for small packets + */ + len = skb->len; + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len)){ + skb = NULL; + goto ETH_PAD_DROP; + } + len = ETH_MIN_TX_PACKET_LENGTH; + skb->len = len; + } - //printk(KERN_ERR "[%s] dpid=%d, prio=%d\n", __func__, dpid, skb->priority ); - qid = avm_get_eth_qid( dpid, skb->priority ); - //printk(KERN_ERR "[%s] qid=%d\n", __func__, qid); - } + if ( skb->cb[13] == 0x5A ) { + // magic number indicating forcing QId (e.g. directpath) + qid = skb->cb[15]; + } else { + + //printk(KERN_ERR "[%s] dpid=%d, prio=%d\n", __func__, dpid, skb->priority ); + qid = avm_get_eth_qid( dpid, skb->priority ); + //printk(KERN_ERR "[%s] qid=%d\n", __func__, qid); + } #if 0 - // AVMCCB UGW54 vs AVM-Concept - pkth.spid = 2; // CPU -// pkth.dpid = dpid; // eth0/eth1 - pkth.dpid = 1; // eth0/eth1 - pkth.lrn_dis = 0; + // AVMCCB UGW54 vs AVM-Concept + pkth.spid = 2; // CPU + // pkth.dpid = dpid; // eth0/eth1 + pkth.dpid = 1; // eth0/eth1 + pkth.lrn_dis = 0; - pkth.class_en = PS_MC_GENCFG3->class_en; - pkth.class = g_wan_queue_class_map[qid]; - if ( pkth.dpid < 2 ) - pkth.dpid_en = g_egress_direct_forward_enable; + pkth.class_en = PS_MC_GENCFG3->class_en; + pkth.class = g_wan_queue_class_map[qid]; + if ( pkth.dpid < 2 ) + pkth.dpid_en = g_egress_direct_forward_enable; #else - // for cpu -> ethernet - pkth.spid = 2; // CPU - pkth.dpid_en = 1; - pkth.dpid = 1; // 0 or 1 for PORT_MAP_MODE - pkth.port_map_en = 1; - pkth.port_map_sel = 1; - pkth.port_map = (1 << if_id_to_mac_nr(dpid)); - pkth.lrn_dis = 0; - pkth.class_en = 0; - pkth.class = 0; - dbg_dma("port_map: %#x", (unsigned int)pkth.port_map); + // for cpu -> ethernet + pkth.spid = 2; // CPU + pkth.dpid_en = 1; + pkth.dpid = 1; // 0 or 1 for PORT_MAP_MODE + pkth.port_map_en = 1; + pkth.port_map_sel = 1; + pkth.port_map = (1 << if_id_to_mac_nr(dpid)); + pkth.lrn_dis = 0; + pkth.class_en = 0; + pkth.class = 0; + dbg_dma("port_map: %#x", (unsigned int)pkth.port_map); #endif - len = skb->len <= ETH_MIN_TX_PACKET_LENGTH ? ETH_MIN_TX_PACKET_LENGTH : skb->len; + BUG_ON( len < ETH_MIN_TX_PACKET_LENGTH); - dump_skb(skb, DUMP_SKB_LEN, __func__, dpid, qid, 1, 0); + dump_skb(skb, DUMP_SKB_LEN, __func__, dpid, qid, 1, 0); - /* reserve space to put pointer in skb */ - byteoff = (((unsigned int)skb->data - sizeof(pkth)) & (DMA_TX_ALIGNMENT - 1)) + sizeof(pkth); - //if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb->end - skb->data < 1564 /* 1518 (max ETH frame) + 22 (reserved for firmware) + 10 (AAL5) + 6 (PPPoE) + 4 x 2 (2 VLAN) */ || skb_shared(skb) || skb_cloned(skb) ) + /* reserve space to put pointer in skb */ + byteoff = (((unsigned int)skb->data - sizeof(pkth)) & (DMA_TX_ALIGNMENT - 1)) + sizeof(pkth); + //if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb->end - skb->data < 1564 /* 1518 (max ETH frame) + 22 (reserved for firmware) + 10 (AAL5) + 6 (PPPoE) + 4 x 2 (2 VLAN) */ || skb_shared(skb) || skb_cloned(skb) ) - if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb_shared(skb) || skb_cloned(skb) || - (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ) - { - struct sk_buff *new_skb; + if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb_shared(skb) || skb_cloned(skb) || + (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ) + { + struct sk_buff *new_skb; dma_alignment_ethwan_qos_bad_count++; - dbg_dma("realloc skb"); - ASSERT(skb_headroom(skb) >= sizeof(struct sk_buff *) + byteoff, "skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff"); - new_skb = alloc_skb_tx(sizeof(pkth) + skb->len < DMA_PACKET_SIZE ? DMA_PACKET_SIZE : sizeof(pkth) + skb->len); // may be used by RX fastpath later - if ( !new_skb ) - { - err("no memory"); - goto ALLOC_SKB_TX_FAIL; - } - skb_put(new_skb, sizeof(pkth) + skb->len); - memcpy(new_skb->data, &pkth, sizeof(pkth)); - memcpy(new_skb->data + sizeof(pkth), skb->data, skb->len); + dbg_dma("realloc skb"); + ASSERT(skb_headroom(skb) >= sizeof(struct sk_buff *) + byteoff, "skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff"); + new_skb = alloc_skb_tx(sizeof(pkth) + skb->len < DMA_PACKET_SIZE ? DMA_PACKET_SIZE : sizeof(pkth) + skb->len); // may be used by RX fastpath later + if ( !new_skb ) + { + err("no memory"); + goto ALLOC_SKB_TX_FAIL; + } + skb_put(new_skb, sizeof(pkth) + skb->len); + memcpy(new_skb->data, &pkth, sizeof(pkth)); + memcpy(new_skb->data + sizeof(pkth), skb->data, skb->len); new_skb->priority = skb->priority; - dev_kfree_skb_any(skb); - skb = new_skb; - byteoff = (u32)skb->data & (DMA_TX_ALIGNMENT - 1); + dev_kfree_skb_any(skb); + skb = new_skb; + byteoff = (u32)skb->data & (DMA_TX_ALIGNMENT - 1); - dump_skb(skb, DUMP_SKB_LEN, "realloc", dpid, qid, 1, 0); + dump_skb(skb, DUMP_SKB_LEN, "realloc", dpid, qid, 1, 0); #ifndef CONFIG_MIPS_UNCACHED - /* write back to physical memory */ - dma_cache_wback((u32)skb->data, skb->len); + /* write back to physical memory */ + dma_cache_wback((u32)skb->data, skb->len); #endif - } - else - { + } + else + { dma_alignment_ethwan_qos_good_count++; - skb_push(skb, sizeof(pkth)); - byteoff -= sizeof(pkth); - memcpy(skb->data, &pkth, sizeof(pkth)); - *(struct sk_buff **)((u32)skb->data - byteoff - sizeof(struct sk_buff *)) = skb; + skb_push(skb, sizeof(pkth)); + byteoff -= sizeof(pkth); + memcpy(skb->data, &pkth, sizeof(pkth)); + *(struct sk_buff **)((u32)skb->data - byteoff - sizeof(struct sk_buff *)) = skb; #ifndef CONFIG_MIPS_UNCACHED - /* write back to physical memory */ - dma_cache_wback((u32)skb->data - byteoff - sizeof(struct sk_buff *), skb->len + byteoff + sizeof(struct sk_buff *)); + /* write back to physical memory */ + dma_cache_wback((u32)skb->data - byteoff - sizeof(struct sk_buff *), skb->len + byteoff + sizeof(struct sk_buff *)); #endif - } - wmb(); + } + wmb(); - /* allocate descriptor */ - spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); - desc = (volatile struct eth_tx_descriptor *)(CPU_TO_WAN_TX_DESC_BASE + g_cpu_to_wan_tx_desc_pos); - if ( desc->own ) // PPE hold - { - spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); - err("PPE hold"); - goto NO_FREE_DESC; - } - if ( ++g_cpu_to_wan_tx_desc_pos == CPU_TO_WAN_TX_DESC_NUM ) - g_cpu_to_wan_tx_desc_pos = 0; - spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); + /* allocate descriptor */ + spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); + desc = (volatile struct eth_tx_descriptor *)(CPU_TO_WAN_TX_DESC_BASE + g_cpu_to_wan_tx_desc_pos); + if ( desc->own ) // PPE hold + { + spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); + err("PPE hold"); + goto NO_FREE_DESC; + } + if ( ++g_cpu_to_wan_tx_desc_pos == CPU_TO_WAN_TX_DESC_NUM ) + g_cpu_to_wan_tx_desc_pos = 0; + spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); - /* load descriptor from memory */ - reg_desc = *desc; + /* load descriptor from memory */ + reg_desc = *desc; - /* free previous skb */ - ASSERT((reg_desc.dataptr & 31) == 0, "reg_desc.dataptr (0x%#x) must be 8 DWORDS aligned", reg_desc.dataptr); - free_skb_clear_dataptr(®_desc); + /* free previous skb */ + ASSERT((reg_desc.dataptr & 31) == 0, "reg_desc.dataptr (0x%#x) must be 8 DWORDS aligned", reg_desc.dataptr); + free_skb_clear_dataptr(®_desc); - /* detach from protocol */ - skb_to_free = skb; - if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { - skb = skb_to_free; + /* detach from protocol */ + skb_to_free = skb; + if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { + skb = skb_to_free; goto ALLOC_SKB_TX_FAIL; - } + } - put_skb_to_dbg_pool(skb); + put_skb_to_dbg_pool(skb); #if defined(DEBUG_MIRROR_PROC) && DEBUG_MIRROR_PROC - if ( g_mirror_netdev != NULL ) - { - struct sk_buff *new_skb = skb_copy(skb, GFP_ATOMIC); + if ( g_mirror_netdev != NULL ) + { + struct sk_buff *new_skb = skb_copy(skb, GFP_ATOMIC); - if ( new_skb != NULL ) - { - skb_pull(new_skb, sizeof(pkth)); - new_skb->dev = g_mirror_netdev; - dev_queue_xmit(new_skb); - } - } + if ( new_skb != NULL ) + { + skb_pull(new_skb, sizeof(pkth)); + new_skb->dev = g_mirror_netdev; + dev_queue_xmit(new_skb); + } + } #endif - /* update descriptor */ - reg_desc.small = (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ? 1 : 0; - reg_desc.dataptr = (u32)skb->data & (0x1FFFFFFF ^ (DMA_TX_ALIGNMENT - 1)); // byte address - reg_desc.byteoff = byteoff; - reg_desc.datalen = len + sizeof(pkth); - reg_desc.qid = qid; - reg_desc.own = 1; - reg_desc.c = 0; //? vr9_e5 ist hier anders - reg_desc.sop = reg_desc.eop = 1; + /* update descriptor */ + reg_desc.small = (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ? 1 : 0; + reg_desc.dataptr = (u32)skb->data & (0x1FFFFFFF ^ (DMA_TX_ALIGNMENT - 1)); // byte address + reg_desc.byteoff = byteoff; + reg_desc.datalen = len + sizeof(pkth); + reg_desc.qid = qid; + reg_desc.own = 1; + reg_desc.c = 0; //? vr9_e5 ist hier anders + reg_desc.sop = reg_desc.eop = 1; - /* update MIB */ - dev->trans_start = jiffies; + /* update MIB */ + dev->trans_start = jiffies; - dbg_dma("skb->data %#x data_ptr %#x, byteoff %d\n", (u32)skb->data, reg_desc.dataptr, byteoff ); + dbg_dma("skb->data %#x data_ptr %#x, byteoff %d\n", (u32)skb->data, reg_desc.dataptr, byteoff ); /* update MIB */ if (avm_dev){ - avm_dev->device_stats.tx_packets++; - avm_dev->device_stats.tx_bytes += reg_desc.datalen; + avm_dev->device_stats.tx_packets++; + avm_dev->device_stats.tx_bytes += reg_desc.datalen; } - /* write discriptor to memory and write back cache */ - *((volatile u32 *)desc + 1) = *((u32 *)®_desc + 1); - *(volatile u32 *)desc = *(u32 *)®_desc; + /* write discriptor to memory and write back cache */ + *((volatile u32 *)desc + 1) = *((u32 *)®_desc + 1); + *(volatile u32 *)desc = *(u32 *)®_desc; - return 0; + return 0; NO_FREE_DESC: ALLOC_SKB_TX_FAIL: ETH_XMIT_DROP: - dev_kfree_skb_any(skb); - + dev_kfree_skb_any(skb); +ETH_PAD_DROP: if (avm_dev) avm_dev->device_stats.tx_dropped++; - return 0; + return 0; } @@ -2300,9 +2313,7 @@ if ( g_stop_datapath != 0 ) goto ETH_XMIT_DROP; - if (skb->len <= ETH_MIN_TX_PACKET_LENGTH ){ - - /*--- 0byte padding behind skb->len, skb->len is not increased, this function linearzies our skb ---*/ + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ if (skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ skb = NULL; --- linux-3.10/drivers/net/avm_cpmac/switch/ifx/ar9/ifxmips_ppa_datapath_ar9_a5.c 2015-10-20 19:03:02.000000000 +0200 +++ linux-3.10/drivers/net/avm_cpmac/switch/ifx/ar9/ifxmips_ppa_datapath_ar9_a5.c 2018-01-12 13:04:58.000000000 +0100 @@ -2680,8 +2680,21 @@ if ( g_stop_datapath != 0 ) goto ETH_XMIT_DROP; + /* + * AVM/CBU: JZ-34572 Zero-padding for small packets + */ + len = skb->len; + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ + skb = NULL; + goto ETH_PAD_DROP; + } + len = ETH_MIN_TX_PACKET_LENGTH; + skb->len = len; + } + if ( skb->cb[13] == 0x5A ) // magic number indicating directpath - qid = skb->cb[15]; + qid = skb->cb[15]; else { if ( skb->priority >= NUM_ENTITY(g_eth_prio_queue_map) ) @@ -2695,7 +2708,7 @@ pkth.qid = g_wan_queue_class_map[qid]; // 0 is lowest priority, 3 is highest priority pkth.direct = g_egress_direct_forward_enable; // enable/disable direct forward according to flag, need re-consideration - len = skb->len <= ETH_MIN_TX_PACKET_LENGTH ? ETH_MIN_TX_PACKET_LENGTH : skb->len; + BUG_ON(len < ETH_MIN_TX_PACKET_LENGTH); dump_skb(skb, DUMP_SKB_LEN, "eth_qos_hard_start_xmit", if_id, qid, 1, 0); @@ -2728,7 +2741,7 @@ } else { - dma_alignment_eth_good_count++; + dma_alignment_eth_good_count++; skb_push(skb, sizeof(pkth)); byteoff -= sizeof(pkth); @@ -2802,6 +2815,8 @@ ALLOC_SKB_TX_FAIL: ETH_XMIT_DROP: dev_kfree_skb_any(skb); +ETH_PAD_DROP: + if (avm_dev) avm_dev->device_stats.tx_dropped++; return 0; } @@ -2928,7 +2943,16 @@ if ( g_stop_datapath != 0 ) goto ETH_XMIT_DROP; - len = skb->len <= ETH_MIN_TX_PACKET_LENGTH ? ETH_MIN_TX_PACKET_LENGTH : skb->len; + len = skb->len; + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len)){ + skb = NULL; + goto ETH_PAD_DROP; + } + len = ETH_MIN_TX_PACKET_LENGTH; + skb->len = len; + } + #ifdef CONFIG_IFX_PORT_MIRROR if ( (g_wan_itf & (1 << port)) && ifx_get_mirror_netdev && ifx_get_mirror_netdev() != NULL ) mirror_pkt_eth(skb, 0); @@ -2987,9 +3011,11 @@ ETH_XMIT_DROP: dbg("ETH_XMIT_DROP"); dev_kfree_skb_any(skb); - if (priv && priv->avm_dev) { - avm_dev->device_stats.tx_dropped++; - } + +ETH_PAD_DROP: + if (priv && priv->avm_dev) { + avm_dev->device_stats.tx_dropped++; + } return -1; } @@ -6839,9 +6865,14 @@ skb = skb_get(ppa_pushthrough_data[i].skb_list); - len = skb->len; - if ( len < ETH_MIN_TX_PACKET_LENGTH + sizeof(struct sw_eg_pkt_header) ) - len = ETH_MIN_TX_PACKET_LENGTH + sizeof(struct sw_eg_pkt_header); + len = skb->len; + if (unlikely(skb->len < ETH_MIN_TX_PACKET_LENGTH + sizeof(struct sw_eg_pkt_header))){ + if (skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH + sizeof(struct sw_eg_pkt_header) - skb->len )){ + return -1; + } + len = ETH_MIN_TX_PACKET_LENGTH + sizeof(struct sw_eg_pkt_header); + skb->len = len; + } put_skb_to_dbg_pool(skb); if ( dma_device_write(g_dma_device_ppe, skb->data, len, skb) == len ) --- linux-3.10/drivers/net/avm_cpmac/switch/ifx/ar9/swi_ar9.c 2016-03-22 12:52:58.000000000 +0100 +++ linux-3.10/drivers/net/avm_cpmac/switch/ifx/ar9/swi_ar9.c 2018-01-12 13:04:58.000000000 +0100 @@ -1508,8 +1508,17 @@ return -EFAULT; } - if( g_stop_datapath ) - goto ETH_XMIT_DROP; + if( g_stop_datapath ) + goto ETH_XMIT_DROP; + + len = skb->len; + if (unlikely(skb->len < ETH_ZLEN )){ + if (skb_pad(skb, ETH_ZLEN - skb->len )){ + skb = NULL; + goto ETH_PAD_DROP; + } + len = ETH_ZLEN; + } // get avm_device and find out the device's mac_nr eth_priv = (avmnet_netdev_priv_t *) netdev_priv(dev); @@ -1525,7 +1534,6 @@ BUG(); } - len = skb->len < ETH_ZLEN ? ETH_ZLEN : skb->len; #ifdef DUMP_PACKET AVMNET_ERR("[%s] skb->len: %d\n", __func__, skb->len); @@ -1595,6 +1603,7 @@ ETH_XMIT_DROP: dev_kfree_skb_any(skb); +ETH_PAD_DROP: if (eth_priv){ eth_priv->avm_dev->device_stats.tx_dropped++; eth_priv->avm_dev->device_stats.tx_errors++; --- linux-3.10/drivers/net/avm_cpmac/switch/ifx/vr9/ifxmips_ppa_datapath_vr9_a5.c 2016-02-09 13:38:45.000000000 +0100 +++ linux-3.10/drivers/net/avm_cpmac/switch/ifx/vr9/ifxmips_ppa_datapath_vr9_a5.c 2018-01-12 13:04:58.000000000 +0100 @@ -2001,159 +2001,171 @@ int ifx_ppa_eth_qos_hard_start_xmit_a5(struct sk_buff *skb, struct net_device *dev) { - int port; - int qid; - unsigned long sys_flag; - volatile struct eth_tx_descriptor *desc; - struct eth_tx_descriptor reg_desc; - struct sk_buff *skb_to_free; - int byteoff; - int len; - struct sw_eg_pkt_header pkth = {0}; + int port; + int qid; + unsigned long sys_flag; + volatile struct eth_tx_descriptor *desc; + struct eth_tx_descriptor reg_desc; + struct sk_buff *skb_to_free; + int byteoff; + int len; + struct sw_eg_pkt_header pkth = {0}; avmnet_device_t *avm_dev = NULL; avmnet_netdev_priv_t *priv = netdev_priv(dev); - if (priv) - avm_dev = priv->avm_dev; + if (priv) + avm_dev = priv->avm_dev; - if ( g_stop_datapath != 0 ) - goto ETH_XMIT_DROP; + if ( g_stop_datapath != 0 ) + goto ETH_XMIT_DROP; if (!priv || !avm_dev || !avm_dev->device || !netif_running(avm_dev->device) || !netif_carrier_ok(avm_dev->device)) - goto ETH_XMIT_DROP; + goto ETH_XMIT_DROP; - port = get_eth_port(dev); - if ( port < 0 ) - return -ENODEV; + port = get_eth_port(dev); + if ( port < 0 ) + return -ENODEV; - if ( skb->cb[13] == 0x5A ) // magic number indicating directpath - qid = skb->cb[15]; - else - qid = avm_get_eth_qid( port, skb->priority); + /* + * AVM/CBU: JZ-34572 Zero-padding for small packets + */ + len = skb->len; + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ + skb = NULL; + goto ETH_PAD_DROP; + } + len = ETH_MIN_TX_PACKET_LENGTH; + skb->len = len; + } - pkth.spid = 2; // CPU - pkth.dpid = port; // eth0/eth1 - pkth.lrn_dis = 0; - pkth.class_en = PS_MC_GENCFG3->class_en; - pkth.class = g_wan_queue_class_map[qid]; - if ( pkth.dpid < 2 ) - pkth.dpid_en = g_egress_direct_forward_enable; + if ( skb->cb[13] == 0x5A ) // magic number indicating directpath + qid = skb->cb[15]; + else + qid = avm_get_eth_qid( port, skb->priority); - len = skb->len <= ETH_MIN_TX_PACKET_LENGTH ? ETH_MIN_TX_PACKET_LENGTH : skb->len; + pkth.spid = 2; // CPU + pkth.dpid = port; // eth0/eth1 + pkth.lrn_dis = 0; + pkth.class_en = PS_MC_GENCFG3->class_en; + pkth.class = g_wan_queue_class_map[qid]; + if ( pkth.dpid < 2 ) + pkth.dpid_en = g_egress_direct_forward_enable; - dump_skb(skb, DUMP_SKB_LEN, "eth_qos_hard_start_xmit", port, qid, 1, 1); + dump_skb(skb, DUMP_SKB_LEN, "eth_qos_hard_start_xmit", port, qid, 1, 1); - /* reserve space to put pointer in skb */ - byteoff = (((unsigned int)skb->data - sizeof(pkth)) & (DMA_ALIGNMENT - 1)) + sizeof(pkth); - //if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb->end - skb->data < 1564 /* 1518 (max ETH frame) + 22 (reserved for firmware) + 10 (AAL5) + 6 (PPPoE) + 4 x 2 (2 VLAN) */ || skb_shared(skb) || skb_cloned(skb) ) - if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb_shared(skb) || skb_cloned(skb) || - (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ) - { - struct sk_buff *new_skb; + /* reserve space to put pointer in skb */ + byteoff = (((unsigned int)skb->data - sizeof(pkth)) & (DMA_ALIGNMENT - 1)) + sizeof(pkth); + //if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb->end - skb->data < 1564 /* 1518 (max ETH frame) + 22 (reserved for firmware) + 10 (AAL5) + 6 (PPPoE) + 4 x 2 (2 VLAN) */ || skb_shared(skb) || skb_cloned(skb) ) + if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb_shared(skb) || skb_cloned(skb) || + (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ) + { + struct sk_buff *new_skb; - ASSERT(skb_headroom(skb) >= sizeof(struct sk_buff *) + byteoff, "skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff"); - new_skb = alloc_skb_tx(sizeof(pkth) + skb->len < DMA_PACKET_SIZE ? DMA_PACKET_SIZE : sizeof(pkth) + skb->len); // may be used by RX fastpath later - if ( !new_skb ) - { - err("no memory"); - goto ALLOC_SKB_TX_FAIL; - } - skb_put(new_skb, sizeof(pkth) + skb->len); - my_memcpy(new_skb->data, &pkth, sizeof(pkth)); - my_memcpy(new_skb->data + sizeof(pkth), skb->data, skb->len); - dev_kfree_skb_any(skb); - skb = new_skb; - byteoff = (u32)skb->data & (DMA_ALIGNMENT - 1); + ASSERT(skb_headroom(skb) >= sizeof(struct sk_buff *) + byteoff, "skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff"); + new_skb = alloc_skb_tx(sizeof(pkth) + skb->len < DMA_PACKET_SIZE ? DMA_PACKET_SIZE : sizeof(pkth) + skb->len); // may be used by RX fastpath later + if ( !new_skb ) + { + err("no memory"); + goto ALLOC_SKB_TX_FAIL; + } + skb_put(new_skb, sizeof(pkth) + skb->len); + my_memcpy(new_skb->data, &pkth, sizeof(pkth)); + my_memcpy(new_skb->data + sizeof(pkth), skb->data, skb->len); + dev_kfree_skb_any(skb); + skb = new_skb; + byteoff = (u32)skb->data & (DMA_ALIGNMENT - 1); #ifndef CONFIG_MIPS_UNCACHED - /* write back to physical memory */ - dma_cache_wback((u32)skb->data, skb->len); + /* write back to physical memory */ + dma_cache_wback((u32)skb->data, skb->len); #endif - } - else - { - skb_push(skb, sizeof(pkth)); - byteoff -= sizeof(pkth); - my_memcpy(skb->data, &pkth, sizeof(pkth)); - *(struct sk_buff **)((u32)skb->data - byteoff - sizeof(struct sk_buff *)) = skb; + } + else + { + skb_push(skb, sizeof(pkth)); + byteoff -= sizeof(pkth); + my_memcpy(skb->data, &pkth, sizeof(pkth)); + *(struct sk_buff **)((u32)skb->data - byteoff - sizeof(struct sk_buff *)) = skb; #ifndef CONFIG_MIPS_UNCACHED - /* write back to physical memory */ - dma_cache_wback((u32)skb->data - byteoff - sizeof(struct sk_buff *), skb->len + byteoff + sizeof(struct sk_buff *)); + /* write back to physical memory */ + dma_cache_wback((u32)skb->data - byteoff - sizeof(struct sk_buff *), skb->len + byteoff + sizeof(struct sk_buff *)); #endif - } + } - /* allocate descriptor */ - spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); - desc = (volatile struct eth_tx_descriptor *)(CPU_TO_WAN_TX_DESC_BASE + g_cpu_to_wan_tx_desc_pos); - if ( desc->own ) // PPE hold - { - spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); - err("PPE hold"); - goto NO_FREE_DESC; - } - if ( ++g_cpu_to_wan_tx_desc_pos == CPU_TO_WAN_TX_DESC_NUM ) - g_cpu_to_wan_tx_desc_pos = 0; - spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); + /* allocate descriptor */ + spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); + desc = (volatile struct eth_tx_descriptor *)(CPU_TO_WAN_TX_DESC_BASE + g_cpu_to_wan_tx_desc_pos); + if ( desc->own ) // PPE hold + { + spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); + err("PPE hold"); + goto NO_FREE_DESC; + } + if ( ++g_cpu_to_wan_tx_desc_pos == CPU_TO_WAN_TX_DESC_NUM ) + g_cpu_to_wan_tx_desc_pos = 0; + spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); - /* load descriptor from memory */ - reg_desc = *desc; + /* load descriptor from memory */ + reg_desc = *desc; - /* free previous skb */ - ASSERT((reg_desc.dataptr & (DMA_ALIGNMENT - 1)) == 0, "reg_desc.dataptr (0x%#x) must be 8 DWORDS aligned", reg_desc.dataptr); - free_skb_clear_dataptr(®_desc); + /* free previous skb */ + ASSERT((reg_desc.dataptr & (DMA_ALIGNMENT - 1)) == 0, "reg_desc.dataptr (0x%#x) must be 8 DWORDS aligned", reg_desc.dataptr); + free_skb_clear_dataptr(®_desc); - /* detach from protocol */ - skb_to_free = skb; - if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { - skb = skb_to_free; + /* detach from protocol */ + skb_to_free = skb; + if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { + skb = skb_to_free; goto ALLOC_SKB_TX_FAIL; - } + } - put_skb_to_dbg_pool(skb); + put_skb_to_dbg_pool(skb); #if defined(DEBUG_MIRROR_PROC) && DEBUG_MIRROR_PROC - if ( g_mirror_netdev != NULL ) - { - struct sk_buff *new_skb = skb_copy(skb, GFP_ATOMIC); + if ( g_mirror_netdev != NULL ) + { + struct sk_buff *new_skb = skb_copy(skb, GFP_ATOMIC); - if ( new_skb != NULL ) - { - skb_pull(new_skb, sizeof(pkth)); - new_skb->dev = g_mirror_netdev; - dev_queue_xmit(new_skb); - } - } + if ( new_skb != NULL ) + { + skb_pull(new_skb, sizeof(pkth)); + new_skb->dev = g_mirror_netdev; + dev_queue_xmit(new_skb); + } + } #endif - /* update descriptor */ - reg_desc.small = (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ? 1 : 0; - reg_desc.dataptr = (u32)skb->data & (0x1FFFFFFF ^ (DMA_ALIGNMENT - 1)); // byte address - reg_desc.byteoff = byteoff; - reg_desc.datalen = len + sizeof(pkth); - reg_desc.qid = qid; - reg_desc.own = 1; - reg_desc.c = 1; // ? - reg_desc.sop = reg_desc.eop = 1; + /* update descriptor */ + reg_desc.small = (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ? 1 : 0; + reg_desc.dataptr = (u32)skb->data & (0x1FFFFFFF ^ (DMA_ALIGNMENT - 1)); // byte address + reg_desc.byteoff = byteoff; + reg_desc.datalen = len + sizeof(pkth); + reg_desc.qid = qid; + reg_desc.own = 1; + reg_desc.c = 1; // ? + reg_desc.sop = reg_desc.eop = 1; - /* update MIB */ - dev->trans_start = jiffies; + /* update MIB */ + dev->trans_start = jiffies; - avm_dev->device_stats.tx_packets++; - avm_dev->device_stats.tx_bytes += len; + avm_dev->device_stats.tx_packets++; + avm_dev->device_stats.tx_bytes += len; - /* write discriptor to memory and write back cache */ - *((volatile u32 *)desc + 1) = *((u32 *)®_desc + 1); - *(volatile u32 *)desc = *(u32 *)®_desc; + /* write discriptor to memory and write back cache */ + *((volatile u32 *)desc + 1) = *((u32 *)®_desc + 1); + *(volatile u32 *)desc = *(u32 *)®_desc; - return 0; + return 0; NO_FREE_DESC: ALLOC_SKB_TX_FAIL: ETH_XMIT_DROP: - dev_kfree_skb_any(skb); + dev_kfree_skb_any(skb); +ETH_PAD_DROP: if (priv && priv->avm_dev) { avm_dev->device_stats.tx_dropped++; } - return 0; + return 0; } /*------------------------------------------------------------------------------------------*\ @@ -2277,15 +2289,15 @@ goto ETH_XMIT_DROP; len = skb->len; - if (skb->len <= ETH_MIN_TX_PACKET_LENGTH ){ - /*--- 0byte padding behind skb->len, skb->len is not increased ---*/ - if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ - skb = NULL; - goto ETH_XMIT_DROP; - } - len = ETH_MIN_TX_PACKET_LENGTH; - padded_frame_count++; - } + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + /*--- 0byte padding behind skb->len, skb->len is not increased ---*/ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ + skb = NULL; + goto ETH_XMIT_DROP; + } + len = ETH_MIN_TX_PACKET_LENGTH; + padded_frame_count++; + } #if defined (CONFIG_AVM_SCATTER_GATHER) /* If packet is not checksummed and device does not support --- linux-3.10/drivers/net/avm_cpmac/switch/ifx/vr9/ifxmips_ppa_datapath_vr9_e5.c 2016-02-09 13:38:45.000000000 +0100 +++ linux-3.10/drivers/net/avm_cpmac/switch/ifx/vr9/ifxmips_ppa_datapath_vr9_e5.c 2018-01-12 13:04:58.000000000 +0100 @@ -1093,7 +1093,7 @@ struct tx_descriptor reg_desc = { 0 }; struct sk_buff *skb_to_free; unsigned int byteoff; - int cache_wback_len; + int cache_wback_len; avmnet_netdev_priv_t *priv = netdev_priv(dev); avmnet_device_t *avm_dev = priv->avm_dev; @@ -1108,7 +1108,7 @@ /* allocate descriptor */ desc_base = -1; f_full = 1; - spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); + spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); if (CPU_TO_WAN_TX_DESC_BASE[g_cpu_to_wan_tx_desc_pos].own == 0) { desc_base = g_cpu_to_wan_tx_desc_pos; if (++g_cpu_to_wan_tx_desc_pos == CPU_TO_WAN_TX_DESC_NUM) @@ -1119,14 +1119,14 @@ if (f_full) { dev->trans_start = jiffies; netif_stop_queue(dev); - AVMNET_DBG_TX_QUEUE("full, stop device %s", dev->name); + AVMNET_DBG_TX_QUEUE("full, stop device %s", dev->name); if (priv->lantiq_ppe_hold_timeout == 0){ - priv->lantiq_ppe_hold_timeout = jiffies + (PPE_HOLD_TIMEOUT * HZ); + priv->lantiq_ppe_hold_timeout = jiffies + (PPE_HOLD_TIMEOUT * HZ); } else if ( time_after(jiffies, priv->lantiq_ppe_hold_timeout )){ - err("PPE hold timeout reached"); - BUG(); + err("PPE hold timeout reached"); + BUG(); } spin_lock(&g_mailbox_signal_spinlock); @@ -1134,11 +1134,11 @@ SW_WRITE_REG32_MASK(0, CPU_TO_WAN_TX_SIG, MBOX_IGU1_ISRC); g_mailbox_signal_mask |= CPU_TO_WAN_TX_SIG; SW_WRITE_REG32(g_mailbox_signal_mask, MBOX_IGU1_IER); - spin_unlock(&g_mailbox_signal_spinlock); + spin_unlock(&g_mailbox_signal_spinlock); } else { priv->lantiq_ppe_hold_timeout = 0; } - spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); + spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); if (desc_base < 0) goto PTM_HARD_START_XMIT_FAIL; desc = &CPU_TO_WAN_TX_DESC_BASE[desc_base]; @@ -1152,7 +1152,7 @@ ASSERT (byteoff < 32, "byteoff zu gross %d ", byteoff); ASSERT(skb_headroom(skb) >= sizeof(struct sk_buff *) + byteoff, - " skb_headroom < sizeof(struct sk_buff *) + byteoff \n"); + " skb_headroom < sizeof(struct sk_buff *) + byteoff \n"); #if defined(CONFIG_AVMNET_DEBUG) if ( g_dbg_datapath & DBG_ENABLE_MASK_DEBUG_ALIGNMENT ) @@ -1165,13 +1165,13 @@ " skb->head: %p\n" " skb->data: %p\n" " in_dev: %s\n", - skb_headroom(skb), - sizeof(struct sk_buff *), - byteoff, - dev->hard_header_len, - skb->head, - skb->data, - skb->input_dev?skb->input_dev->name:"no_input_device"); + skb_headroom(skb), + sizeof(struct sk_buff *), + byteoff, + dev->hard_header_len, + skb->head, + skb->data, + skb->input_dev?skb->input_dev->name:"no_input_device"); #endif ASSERT(!skb_cloned(skb), "skb is cloned"); @@ -1183,10 +1183,10 @@ } skb_put(new_skb, skb->len); memcpy(new_skb->data, skb->data, skb->len); - + /* AVMGRM: priority wegen QoS auch kopieren */ new_skb->priority = skb->priority; - + dev_kfree_skb_any(skb); skb = new_skb; byteoff = (unsigned int) skb->data & (DMA_TX_ALIGNMENT - 1); @@ -1194,11 +1194,22 @@ dma_cache_wback((unsigned long)skb->data, skb->len); } else { dma_alignment_ptm_good_count++; - skb_orphan(skb); + skb_orphan(skb); + } + + /* + * AVM/CBU: JZ-34572 Zero-padding for small packets + */ + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ + skb = NULL; + goto PTM_HARD_START_PAD_FAIL; + } + skb->len = ETH_MIN_TX_PACKET_LENGTH; } *(struct sk_buff **) ((unsigned int) skb->data - byteoff - - sizeof(struct sk_buff *)) = skb; + - sizeof(struct sk_buff *)) = skb; /* write back to physical memory */ dma_cache_wback( (unsigned long)skb->data - byteoff - sizeof(struct sk_buff *), @@ -1209,10 +1220,10 @@ /* detach from protocol */ skb_to_free = skb; - if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { - skb = skb_to_free; + if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { + skb = skb_to_free; goto ALLOC_SKB_TX_FAIL; - } + } put_skb_to_dbg_pool(skb); @@ -1229,13 +1240,14 @@ /* update descriptor */ reg_desc.small = - (unsigned int) skb->end - (unsigned int) skb->data < DMA_PACKET_SIZE ? - 1 : 0; + (unsigned int) skb->end - (unsigned int) skb->data < DMA_PACKET_SIZE ? + 1 : 0; reg_desc.dataptr = (unsigned int) skb->data - & (0x1FFFFFFF ^ (DMA_TX_ALIGNMENT - 1)); - reg_desc.datalen = skb->len < ETH_ZLEN ? ETH_ZLEN : skb->len; - // reg_desc.qid = qid; //AVMCCB: UGW54 vs. AVM-Concept - reg_desc.qid = avm_get_ptm_qid(skb->priority); + & (0x1FFFFFFF ^ (DMA_TX_ALIGNMENT - 1)); + BUG_ON(skb->len < ETH_ZLEN); + reg_desc.datalen = skb->len; + // reg_desc.qid = qid; //AVMCCB: UGW54 vs. AVM-Concept + reg_desc.qid = avm_get_ptm_qid(skb->priority); reg_desc.byteoff = byteoff; reg_desc.own = 1; reg_desc.c = 1; @@ -1267,8 +1279,8 @@ dump_skb(skb, DUMP_SKB_LEN, (char *) __func__, 0, reg_desc.qid, 1, 0); - if ( (cache_wback_len = swap_mac(skb->data)) ) - dma_cache_wback((unsigned long)skb->data, cache_wback_len); + if ( (cache_wback_len = swap_mac(skb->data)) ) + dma_cache_wback((unsigned long)skb->data, cache_wback_len); /* write discriptor to memory */ @@ -1281,9 +1293,10 @@ return NETDEV_TX_OK; - ALLOC_SKB_TX_FAIL: - PTM_HARD_START_XMIT_FAIL: +ALLOC_SKB_TX_FAIL: +PTM_HARD_START_XMIT_FAIL: dev_kfree_skb_any(skb); +PTM_HARD_START_PAD_FAIL: if (avm_dev) avm_dev->device_stats.tx_dropped++; return NETDEV_TX_OK; @@ -1425,195 +1438,207 @@ static int ifx_ppa_eth_qos_hard_start_xmit_e5(struct sk_buff *skb, struct net_device *dev) { - int dpid; - int qid; - unsigned long sys_flag; - volatile struct tx_descriptor *desc; - struct tx_descriptor reg_desc; - struct sk_buff *skb_to_free; - int byteoff; - int len; - struct sw_eg_pkt_header pkth = {0}; + int dpid; + int qid; + unsigned long sys_flag; + volatile struct tx_descriptor *desc; + struct tx_descriptor reg_desc; + struct sk_buff *skb_to_free; + int byteoff; + int len; + struct sw_eg_pkt_header pkth = {0}; avmnet_netdev_priv_t *priv = netdev_priv(dev); avmnet_device_t *avm_dev = priv->avm_dev; - if ( g_stop_datapath != 0 ) - goto ETH_XMIT_DROP; + if ( g_stop_datapath != 0 ) + goto ETH_XMIT_DROP; - if (skb->ip_summed == CHECKSUM_PARTIAL) { - err("Dropping SG Packet in ETHWAN Path"); - goto ETH_XMIT_DROP; - } + if (skb->ip_summed == CHECKSUM_PARTIAL){ + err("Dropping SG Packet in ETHWAN Path"); + goto ETH_XMIT_DROP; + } - dpid = get_eth_port(dev); - if ( dpid < 0 ) - return -ENODEV; + /* + * AVM/CBU: JZ-34572 Zero-padding for small packets + */ + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ + skb = NULL; + goto ETH_PAD_DROP; + } + skb->len = ETH_MIN_TX_PACKET_LENGTH; + } - if ( skb->cb[13] == 0x5A ) { - // magic number indicating forcing QId (e.g. directpath) - qid = skb->cb[15]; - } else { - qid = avm_get_eth_qid( dpid, skb->priority ); - } + dpid = get_eth_port(dev); + if ( dpid < 0 ) + return -ENODEV; + + if ( skb->cb[13] == 0x5A ) { + // magic number indicating forcing QId (e.g. directpath) + qid = skb->cb[15]; + } else { + qid = avm_get_eth_qid( dpid, skb->priority ); + } #if 0 - // AVMCCB UGW54 vs AVM-Concept - pkth.spid = 2; // CPU -// pkth.dpid = dpid; // eth0/eth1 - pkth.dpid = 1; // eth0/eth1 - pkth.lrn_dis = 0; + // AVMCCB UGW54 vs AVM-Concept + pkth.spid = 2; // CPU + // pkth.dpid = dpid; // eth0/eth1 + pkth.dpid = 1; // eth0/eth1 + pkth.lrn_dis = 0; - pkth.class_en = PS_MC_GENCFG3->class_en; - pkth.class = g_wan_queue_class_map[qid]; - if ( pkth.dpid < 2 ) - pkth.dpid_en = g_egress_direct_forward_enable; + pkth.class_en = PS_MC_GENCFG3->class_en; + pkth.class = g_wan_queue_class_map[qid]; + if ( pkth.dpid < 2 ) + pkth.dpid_en = g_egress_direct_forward_enable; #else - // for cpu -> ethernet - pkth.spid = 2; // CPU - pkth.dpid_en = 1; - pkth.dpid = 1; // 0 or 1 for PORT_MAP_MODE - pkth.port_map_en = 1; - pkth.port_map_sel = 1; - pkth.port_map = (1 << if_id_to_mac_nr(dpid)); - pkth.lrn_dis = 0; - pkth.class_en = 0; - pkth.class = 0; - dbg_dma("port_map: %#x", (unsigned int)pkth.port_map); + // for cpu -> ethernet + pkth.spid = 2; // CPU + pkth.dpid_en = 1; + pkth.dpid = 1; // 0 or 1 for PORT_MAP_MODE + pkth.port_map_en = 1; + pkth.port_map_sel = 1; + pkth.port_map = (1 << if_id_to_mac_nr(dpid)); + pkth.lrn_dis = 0; + pkth.class_en = 0; + pkth.class = 0; + dbg_dma("port_map: %#x", (unsigned int)pkth.port_map); #endif - len = skb->len <= ETH_MIN_TX_PACKET_LENGTH ? ETH_MIN_TX_PACKET_LENGTH : skb->len; + BUG_ON(skb->len < ETH_MIN_TX_PACKET_LENGTH); + len = skb->len; - dump_skb(skb, DUMP_SKB_LEN, __func__, dpid, qid, 1, 0); + dump_skb(skb, DUMP_SKB_LEN, __func__, dpid, qid, 1, 0); - /* reserve space to put pointer in skb */ - byteoff = (((unsigned int)skb->data - sizeof(pkth)) & (DMA_TX_ALIGNMENT - 1)) + sizeof(pkth); - //if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb->end - skb->data < 1564 /* 1518 (max ETH frame) + 22 (reserved for firmware) + 10 (AAL5) + 6 (PPPoE) + 4 x 2 (2 VLAN) */ || skb_shared(skb) || skb_cloned(skb) ) + /* reserve space to put pointer in skb */ + byteoff = (((unsigned int)skb->data - sizeof(pkth)) & (DMA_TX_ALIGNMENT - 1)) + sizeof(pkth); + //if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb->end - skb->data < 1564 /* 1518 (max ETH frame) + 22 (reserved for firmware) + 10 (AAL5) + 6 (PPPoE) + 4 x 2 (2 VLAN) */ || skb_shared(skb) || skb_cloned(skb) ) - if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb_shared(skb) || skb_cloned(skb) || - (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ) - { - struct sk_buff *new_skb; + if ( skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff || skb_shared(skb) || skb_cloned(skb) || + (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ) + { + struct sk_buff *new_skb; dma_alignment_ethwan_qos_bad_count++; - dbg_dma("realloc skb"); - ASSERT(skb_headroom(skb) >= sizeof(struct sk_buff *) + byteoff, "skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff"); - new_skb = alloc_skb_tx(sizeof(pkth) + skb->len < DMA_PACKET_SIZE ? DMA_PACKET_SIZE : sizeof(pkth) + skb->len); // may be used by RX fastpath later - if ( !new_skb ) - { - err("no memory"); - goto ALLOC_SKB_TX_FAIL; - } - skb_put(new_skb, sizeof(pkth) + skb->len); - memcpy(new_skb->data, &pkth, sizeof(pkth)); - memcpy(new_skb->data + sizeof(pkth), skb->data, skb->len); + dbg_dma("realloc skb"); + ASSERT(skb_headroom(skb) >= sizeof(struct sk_buff *) + byteoff, "skb_headroom(skb) < sizeof(struct sk_buff *) + byteoff"); + new_skb = alloc_skb_tx(sizeof(pkth) + skb->len < DMA_PACKET_SIZE ? DMA_PACKET_SIZE : sizeof(pkth) + skb->len); // may be used by RX fastpath later + if ( !new_skb ) + { + err("no memory"); + goto ALLOC_SKB_TX_FAIL; + } + skb_put(new_skb, sizeof(pkth) + skb->len); + memcpy(new_skb->data, &pkth, sizeof(pkth)); + memcpy(new_skb->data + sizeof(pkth), skb->data, skb->len); new_skb->priority = skb->priority; - dev_kfree_skb_any(skb); - skb = new_skb; - byteoff = (u32)skb->data & (DMA_TX_ALIGNMENT - 1); + dev_kfree_skb_any(skb); + skb = new_skb; + byteoff = (u32)skb->data & (DMA_TX_ALIGNMENT - 1); - dump_skb(skb, DUMP_SKB_LEN, "realloc", dpid, qid, 1, 0); + dump_skb(skb, DUMP_SKB_LEN, "realloc", dpid, qid, 1, 0); #ifndef CONFIG_MIPS_UNCACHED - /* write back to physical memory */ - dma_cache_wback((u32)skb->data, skb->len); + /* write back to physical memory */ + dma_cache_wback((u32)skb->data, skb->len); #endif - } - else - { + } + else + { dma_alignment_ethwan_qos_good_count++; - skb_push(skb, sizeof(pkth)); - byteoff -= sizeof(pkth); - memcpy(skb->data, &pkth, sizeof(pkth)); - *(struct sk_buff **)((u32)skb->data - byteoff - sizeof(struct sk_buff *)) = skb; + skb_push(skb, sizeof(pkth)); + byteoff -= sizeof(pkth); + memcpy(skb->data, &pkth, sizeof(pkth)); + *(struct sk_buff **)((u32)skb->data - byteoff - sizeof(struct sk_buff *)) = skb; #ifndef CONFIG_MIPS_UNCACHED - /* write back to physical memory */ - dma_cache_wback((u32)skb->data - byteoff - sizeof(struct sk_buff *), skb->len + byteoff + sizeof(struct sk_buff *)); + /* write back to physical memory */ + dma_cache_wback((u32)skb->data - byteoff - sizeof(struct sk_buff *), skb->len + byteoff + sizeof(struct sk_buff *)); #endif - } + } - /* allocate descriptor */ - spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); - desc = (volatile struct tx_descriptor *)(CPU_TO_WAN_TX_DESC_BASE + g_cpu_to_wan_tx_desc_pos); - if ( desc->own ) // PPE hold - { - spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); - err("PPE hold"); - goto NO_FREE_DESC; - } - if ( ++g_cpu_to_wan_tx_desc_pos == CPU_TO_WAN_TX_DESC_NUM ) - g_cpu_to_wan_tx_desc_pos = 0; - spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); + /* allocate descriptor */ + spin_lock_irqsave(&g_cpu_to_wan_tx_spinlock, sys_flag); + desc = (volatile struct tx_descriptor *)(CPU_TO_WAN_TX_DESC_BASE + g_cpu_to_wan_tx_desc_pos); + if ( desc->own ) // PPE hold + { + spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); + err("PPE hold"); + goto NO_FREE_DESC; + } + if ( ++g_cpu_to_wan_tx_desc_pos == CPU_TO_WAN_TX_DESC_NUM ) + g_cpu_to_wan_tx_desc_pos = 0; + spin_unlock_irqrestore(&g_cpu_to_wan_tx_spinlock, sys_flag); - /* load descriptor from memory */ - reg_desc = *desc; + /* load descriptor from memory */ + reg_desc = *desc; - /* free previous skb */ - ASSERT((reg_desc.dataptr & 31) == 0, "reg_desc.dataptr (0x%#x) must be 8 DWORDS aligned", reg_desc.dataptr); - free_skb_clear_dataptr(®_desc); + /* free previous skb */ + ASSERT((reg_desc.dataptr & 31) == 0, "reg_desc.dataptr (0x%#x) must be 8 DWORDS aligned", reg_desc.dataptr); + free_skb_clear_dataptr(®_desc); - /* detach from protocol */ - skb_to_free = skb; - if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { - skb = skb_to_free; + /* detach from protocol */ + skb_to_free = skb; + if( (skb = skb_break_away_from_protocol_avm(skb)) == NULL) { + skb = skb_to_free; goto ALLOC_SKB_TX_FAIL; - } + } - put_skb_to_dbg_pool(skb); + put_skb_to_dbg_pool(skb); #if defined(DEBUG_MIRROR_PROC) && DEBUG_MIRROR_PROC - if ( g_mirror_netdev != NULL ) - { - struct sk_buff *new_skb = skb_copy(skb, GFP_ATOMIC); + if ( g_mirror_netdev != NULL ) + { + struct sk_buff *new_skb = skb_copy(skb, GFP_ATOMIC); - if ( new_skb != NULL ) - { - skb_pull(new_skb, sizeof(pkth)); - new_skb->dev = g_mirror_netdev; - dev_queue_xmit(new_skb); - } - } + if ( new_skb != NULL ) + { + skb_pull(new_skb, sizeof(pkth)); + new_skb->dev = g_mirror_netdev; + dev_queue_xmit(new_skb); + } + } #endif - /* update descriptor */ - reg_desc.small = (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ? 1 : 0; - reg_desc.dataptr = (u32)skb->data & (0x1FFFFFFF ^ (DMA_TX_ALIGNMENT - 1)); // byte address - reg_desc.byteoff = byteoff; - reg_desc.datalen = len + sizeof(pkth); - reg_desc.qid = qid; - reg_desc.own = 1; - reg_desc.c = 1; // ? - reg_desc.sop = reg_desc.eop = 1; + /* update descriptor */ + reg_desc.small = (unsigned int)skb->end - (unsigned int)skb->data < DMA_PACKET_SIZE ? 1 : 0; + reg_desc.dataptr = (u32)skb->data & (0x1FFFFFFF ^ (DMA_TX_ALIGNMENT - 1)); // byte address + reg_desc.byteoff = byteoff; + reg_desc.datalen = len + sizeof(pkth); + reg_desc.qid = qid; + reg_desc.own = 1; + reg_desc.c = 1; // ? + reg_desc.sop = reg_desc.eop = 1; - /* update MIB */ - dev->trans_start = jiffies; + /* update MIB */ + dev->trans_start = jiffies; - dbg_dma("skb->data %#x data_ptr %#x, byteoff %d\n", (u32)skb->data, reg_desc.dataptr, byteoff ); + dbg_dma("skb->data %#x data_ptr %#x, byteoff %d\n", (u32)skb->data, reg_desc.dataptr, byteoff ); /* update MIB */ if (avm_dev){ - avm_dev->device_stats.tx_packets++; - avm_dev->device_stats.tx_bytes += reg_desc.datalen; + avm_dev->device_stats.tx_packets++; + avm_dev->device_stats.tx_bytes += reg_desc.datalen; } - /* write discriptor to memory and write back cache */ - *((volatile u32 *)desc + 1) = *((u32 *)®_desc + 1); - *(volatile u32 *)desc = *(u32 *)®_desc; + /* write discriptor to memory and write back cache */ + *((volatile u32 *)desc + 1) = *((u32 *)®_desc + 1); + *(volatile u32 *)desc = *(u32 *)®_desc; - return 0; + return 0; NO_FREE_DESC: ALLOC_SKB_TX_FAIL: ETH_XMIT_DROP: - dev_kfree_skb_any(skb); - + dev_kfree_skb_any(skb); +ETH_PAD_DROP: if (avm_dev) avm_dev->device_stats.tx_dropped++; - return 0; + return 0; } int ifx_ppa_eth_ioctl_e5(struct net_device *dev, struct ifreq *ifr, int fcmd) { @@ -1695,15 +1720,15 @@ goto ETH_XMIT_DROP; len = skb->len; - if (skb->len <= ETH_MIN_TX_PACKET_LENGTH ){ - /*--- 0byte padding behind skb->len, skb->len is not increased, this function linearizes our skb ---*/ - if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ - skb = NULL; - goto ETH_XMIT_DROP; - } + if (skb->len < ETH_MIN_TX_PACKET_LENGTH ){ + /*--- 0byte padding behind skb->len, skb->len is not increased, this function linearizes our skb ---*/ + if ( skb_pad(skb, ETH_MIN_TX_PACKET_LENGTH - skb->len )){ + skb = NULL; + goto ETH_XMIT_DROP; + } len = ETH_MIN_TX_PACKET_LENGTH; - padded_frame_count++; - } + padded_frame_count++; + } #if defined (CONFIG_AVM_SCATTER_GATHER) /* If packet is not checksummed and device does not support --- linux-3.10/net/ipv4/tcp_input.c 2015-03-31 14:03:21.000000000 +0200 +++ linux-3.10/net/ipv4/tcp_input.c 2019-07-09 15:52:19.000000000 +0200 @@ -77,7 +77,7 @@ int sysctl_tcp_timestamps __read_mostly = 1; int sysctl_tcp_window_scaling __read_mostly = 1; -int sysctl_tcp_sack __read_mostly = 1; +int sysctl_tcp_sack __read_mostly = 0; int sysctl_tcp_fack __read_mostly = 1; int sysctl_tcp_reordering __read_mostly = TCP_FASTRETRANS_THRESH; EXPORT_SYMBOL(sysctl_tcp_reordering); --- linux-3.10/net/ipv4/tcp_output.c 2015-08-18 15:38:22.000000000 +0200 +++ linux-3.10/net/ipv4/tcp_output.c 2019-08-21 13:57:21.000000000 +0200 @@ -1239,9 +1239,9 @@ /* Now subtract optional transport overhead */ mss_now -= icsk->icsk_ext_hdr_len; - /* Then reserve room for full set of TCP options and 8 bytes of data */ - if (mss_now < 48) - mss_now = 48; + /* CVE-2019-11479: set mss to 536 minimum */ + mss_now = max(mss_now, 536); + return mss_now; } --- linux-3.10/net/ipv4/tcp_timer.c 2013-10-07 09:50:10.000000000 +0200 +++ linux-3.10/net/ipv4/tcp_timer.c 2019-07-09 15:52:20.000000000 +0200 @@ -113,6 +113,8 @@ mss = tcp_mtu_to_mss(sk, icsk->icsk_mtup.search_low) >> 1; mss = min(sysctl_tcp_base_mss, mss); mss = max(mss, 68 - tp->tcp_header_len); + /* CVE-2019-11479: set mss to 536 minimum */ + mss = max(mss, 536); icsk->icsk_mtup.search_low = tcp_mss_to_mtu(sk, mss); tcp_sync_mss(sk, icsk->icsk_pmtu_cookie); }