APP_CAN =0 ; APP_LIN =1 ; BUS_UNKNOWN_TYPE =0 ; TS_TCP_DEVICE =1 ; TS_USB_DEVICE =3 ; XL_USB_DEVICE =2 ; cbsAllErrorFrame =11 ; cbsAllExtData =5 ; cbsAllExtRemote =9 ; cbsAllStdData =3 ; cbsAllStdRemote =7 ; cbsBusLoad =0 ; cbsFpsErrorFrame =10 ; cbsFpsExtData =4 ; cbsFpsExtRemote =8 ; cbsFpsStdData =2 ; cbsFpsStdRemote =6 ; cbsPeakLoad =1 ; lfdmACKOff =1 ; lfdmNormal =0 ; lfdmRestricted =2 ; lfdtCAN =0 ; lfdtISOCAN =1 ; lfdtNonISOCAN =2 ; orsCompleted =3 ; orsNotStarted =0 ; orsPaused =2 ; orsRunning =1 ; orsTerminated =4 ; ortAsLog =1 ; ortDelayed =2 ; ortImmediately =0 ; LVL_ERROR = 1 ; LVL_WARNING = 2 ; LVL_OK = 3 ; LVL_HINT = 4 ; LVL_INFO = 5 ; LVL_VERBOSE = 6 ; APP_NAME = "TSMaster"; USE_XL_VIRTUAL_DEVICE = false; USE_XL_VN1630_DEVICE = false; USE_XL_VN1640_DEVICE = false; USE_TS_VIRTUAL_DEVICE = true; USE_TS_CANMINI_DEVICE = false; fprintf('Script started\n'); % retrieve TSMaster application management app = actxserver('TSMaster.TSApplication'); app.disconnect(); formMan = app.TSFormManager(); formMan.show_main_form(); formMan.load_project('.\Data\Demo\Automation\Configurations\OnlineReplayDemo.T7z', true); % set current application name app.set_current_application(APP_NAME); fprintf('current application is %s\n', app.get_current_application()); % get all application in a list separated by ";" fprintf("application list is: %s\n", app.get_application_list()); % set CAN channel count to 2 app.set_can_channel_count(2); % set LIN channel count to 2 app.set_lin_channel_count(0); % read CAN channel count fprintf("CAN channel count = %d\n", app.get_can_channel_count()); % read LIN channel count fprintf("LIN channel count = %d\n", app.get_lin_channel_count()); % delete mapping of application CAN channel 1 and 2 app.del_mapping(APP_CAN, 0); app.del_mapping(APP_CAN, 1); % map application channel 1 to hw index 0, channel 0 of Vector virtual channel r.FAppName = APP_NAME; r.FAppChannelIndex = 0; r.FAppChannelType = APP_CAN; if USE_XL_VIRTUAL_DEVICE r.FHWDeviceType = XL_USB_DEVICE; r.FHWDeviceSubType = 1; elseif USE_XL_VN1630_DEVICE r.FHWDeviceType = XL_USB_DEVICE; r.FHWDeviceSubType = 57; elseif USE_XL_VN1640_DEVICE r.FHWDeviceType = XL_USB_DEVICE; r.FHWDeviceSubType = 59; elseif USE_TS_VIRTUAL_DEVICE r.FHWDeviceType = TS_TCP_DEVICE; r.FHWDeviceSubType = -1; elseif USE_TS_CANMINI_DEVICE r.FHWDeviceType = TS_USB_DEVICE; r.FHWDeviceSubType = 3; end r.FHWIndex = 0; r.FHWChannelIndex = 0; r.FHWDeviceName = "Virtual"; r.FMappingDisabled = false; app.set_mapping_verbose(r.FAppChannelIndex, r.FAppChannelType, ... r.FHWDeviceType, r.FHWIndex, r.FHWChannelIndex, r.FHWDeviceSubType, ... r.FHWDeviceName, r.FMappingDisabled); % map application channel 2 to hw index 0, channel 1 of Vector virtual channel r.FAppChannelIndex = 1; r.FHWChannelIndex = 1; app.set_mapping_verbose(r.FAppChannelIndex, r.FAppChannelType, ... r.FHWDeviceType, r.FHWIndex, r.FHWChannelIndex, r.FHWDeviceSubType, ... r.FHWDeviceName, r.FMappingDisabled); % print application CAN channel mappings [r.FHWDeviceType, r.FHWIndex, r.FHWChannelIndex, r.FHWDeviceSubType, ... r.FHWDeviceName, r.FMappingDisabled] = app.get_mapping_verbose(APP_CAN, 0); fprintf("Application CAN channel 1 mapping to: %s of Channel %d\n", r.FHWDeviceName, r.FHWChannelIndex); [r.FHWDeviceType, r.FHWIndex, r.FHWChannelIndex, r.FHWDeviceSubType, ... r.FHWDeviceName, r.FMappingDisabled] = app.get_mapping_verbose(APP_CAN, 1); fprintf("Application CAN channel 1 mapping to: %s of Channel %d\n", r.FHWDeviceName, r.FHWChannelIndex); % configure CAN channel baudrates before connection: Arb = 500K, Data = 2M app.configure_baudrate_canfd(0, 500, 2000, lfdtISOCAN, lfdmNormal, true); app.configure_baudrate_canfd(1, 500, 2000, lfdtISOCAN, lfdmNormal, true); % connect application app.log('connecting application...', LVL_HINT); app.connect(); % retrieve application timestamp fprintf("Current timestamp(s) is %f\n", app.get_timestamp() / 1000000.0); % retrieve tslog to perform online replay tslog = app.TSLog(); % delete all engines tslog.del_online_replay_configs(); % create one engine from file i = tslog.add_online_replay_config('.\Data\Demo\Logs\CANSystem_CAN2.blf'); % configure the newly added engine if needed tslog.set_online_replay_config(i, 'Replay1', '.\Data\Demo\Logs\CANSystem_CAN2.blf', false, false, ortImmediately, 0, true, true, '1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32'); % check the replay status - not running [stat, percent100] = tslog.get_online_replay_status(i); % display the replay progress fprintf('Current online replay status is %s, percentage is %f%%\n', stat, percent100); % start online replay of current engine tslog.start_online_replay(i); % wait some time for eg. 500ms app.wait(500); % check the replay status - running [stat, percent100] = tslog.get_online_replay_status(i); % display the replay progress fprintf('Current online replay status is %s, percentage is %f%%\n', stat, percent100); % wait some time for log replay update app.wait(10000); % you can pause the replay if needed tslog.pause_online_replay(i); fprintf('Current replay is paused\n') % check the replay status again [stat, percent100] = tslog.get_online_replay_status(i); % display the replay progress - paused fprintf('Current online replay status is %s, percentage is %f%%\n', stat, percent100); % you can resume the replay using the same "start_online_replay" command tslog.start_online_replay(i); fprintf('Current replay is resumed\n'); % wait some time for eg. 5000ms for the log replay complete app.wait(5000); % check the replay status again [stat, percent100] = tslog.get_online_replay_status(i); % display the replay progress - completed fprintf('Current online replay status is %s, percentage is %f%%\n', stat, percent100); % stop the replay tslog.stop_online_replay(i); % disconnect application app.disconnect(); app.log('closing application...', LVL_INFO); % finalize library fprintf("Script finalized\n");