| # -*- coding: utf-8 -*- |
| |
| # Copyright (c) 2012 The Chromium OS Authors. All rights reserved. |
| # Use of this source code is governed by a BSD-style license that can be |
| # found in the LICENSE file. |
| |
| """Guide the user to perform gestures. Record and validate the gestures.""" |
| |
| import fcntl |
| import glob |
| import os |
| import subprocess |
| import sys |
| import time |
| |
| import gtk.keysyms |
| |
| import common_util |
| import firmware_constants |
| import firmware_log |
| import firmware_utils |
| import fuzzy |
| import mini_color |
| import mtb |
| import robot_wrapper |
| import test_conf as conf |
| import validators |
| |
| from firmware_utils import GestureList |
| |
| sys.path.append('../../bin/input') |
| import input_device |
| |
| # Include some constants |
| from firmware_constants import DEV, MODE, OPTIONS, RC, TFK |
| |
| |
| class TestFlow: |
| """Guide the user to perform gestures. Record and validate the gestures.""" |
| |
| def __init__(self, device_geometry, device, keyboard, win, parser, output, |
| firmware_version, options): |
| self.device_geometry = device_geometry |
| self.device = device |
| self.device_node = self.device.device_node |
| self.keyboard = keyboard |
| self.firmware_version = firmware_version |
| self.board = firmware_utils.get_board() |
| self.output = output |
| self._get_record_cmd() |
| self.win = win |
| self.parser = parser |
| self.packets = None |
| self.gesture_file_name = None |
| self.prefix_space = self.output.get_prefix_space() |
| self.scores = [] |
| self.mode = options[OPTIONS.MODE] |
| self.iterations = options[OPTIONS.ITERATIONS] |
| self.replay_dir = options[OPTIONS.REPLAY] |
| self.resume_dir = options[OPTIONS.RESUME] |
| self.device_type = (DEV.TOUCHSCREEN if options[OPTIONS.TOUCHSCREEN] |
| else DEV.TOUCHPAD) |
| self.gv_count = float('infinity') |
| gesture_names = self._get_gesture_names() |
| self.gesture_list = GestureList(gesture_names).get_gesture_list() |
| self._get_all_gesture_variations(options[OPTIONS.SIMPLIFIED]) |
| self.init_flag = False |
| self.system_device = self._non_blocking_open(self.device_node) |
| self.evdev_device = input_device.InputEvent() |
| self.screen_shot = firmware_utils.ScreenShot(self.geometry_str) |
| self.mtb_evemu = mtb.MtbEvemu(device) |
| self.robot = robot_wrapper.RobotWrapper( |
| self.board, self.mode, options[OPTIONS.TOUCHSCREEN]) |
| self.robot_waiting = False |
| self._rename_old_log_and_html_files() |
| self._set_static_prompt_messages() |
| self.gesture_image_name = None |
| self.gesture_continues_flag = False |
| |
| def __del__(self): |
| self.system_device.close() |
| |
| def _rename_old_log_and_html_files(self): |
| """When in replay or resume mode, rename the old log and html files.""" |
| if self.replay_dir or self.resume_dir: |
| for file_type in ['*.log', '*.html']: |
| path_names = os.path.join(self.output.log_dir, file_type) |
| for old_path_name in glob.glob(path_names): |
| new_path_name = '.'.join([old_path_name, 'old']) |
| os.rename(old_path_name, new_path_name) |
| |
| def _is_robot_mode(self): |
| """Is it in robot mode?""" |
| return self.mode in [MODE.ROBOT, MODE.ROBOT_INT, MODE.ROBOT_SIM] |
| |
| def _get_gesture_names(self): |
| """Determine the gesture names based on the mode.""" |
| if self._is_robot_mode(): |
| if self.mode == MODE.ROBOT_INT: |
| return conf.gesture_names_robot_interaction[self.device_type] |
| else: |
| # The mode could be MODE.ROBOT or MODE.ROBOT_SIM. |
| # The same gesture names list is used in both modes. |
| return conf.gesture_names_robot[self.device_type] |
| elif self.mode == MODE.MANUAL: |
| return conf.gesture_names_manual[self.device_type] |
| elif self.mode == MODE.CALIBRATION: |
| return conf.gesture_names_calibration |
| else: |
| return conf.gesture_names_complete[self.device_type] |
| |
| def _non_blocking_open(self, filename): |
| """Open the file in non-blocing mode.""" |
| fd = open(filename) |
| fcntl.fcntl(fd, fcntl.F_SETFL, os.O_NONBLOCK) |
| return fd |
| |
| def _non_blocking_read(self, dev, fd): |
| """Non-blocking read on fd.""" |
| try: |
| dev.read(fd) |
| event = (dev.tv_sec, dev.tv_usec, dev.type, dev.code, dev.value) |
| except Exception, e: |
| event = None |
| return event |
| |
| def _reopen_system_device(self): |
| """Close the device and open a new one.""" |
| self.system_device.close() |
| self.system_device = open(self.device_node) |
| self.system_device = self._non_blocking_open(self.device_node) |
| |
| def _set_static_prompt_messages(self): |
| """Set static prompt messages.""" |
| # Prompt for next gesture. |
| self._prompt_next = ( |
| "Press SPACE to save this file and go to next test,\n" |
| " 'm' to save this file and record again,\n" |
| " 'd' to delete this file and try again,\n" |
| " 'x' to discard this file and exit.") |
| |
| # Prompt to see test result through timeout callback. |
| self._prompt_result = ( |
| "Perform the gesture now.\n" |
| "See the test result on the right after finger lifted.\n" |
| "Or press 'x' to exit.") |
| |
| def _get_prompt_abnormal_gestures(self, warn_msg): |
| """Prompt for next gesture.""" |
| prompt = '\n'.join( |
| ["It is very likely that you perform a WRONG gesture!", |
| warn_msg, |
| "Press 'd' to delete this file and try again (recommended),", |
| " SPACE to save this file if you are sure it's correct,", |
| " 'x' to discard this file and exit."]) |
| return prompt |
| |
| def _get_prompt_robot_pause(self): |
| """Prompt for robot pause.""" |
| # Check if the robot needs to pause for this gesture. |
| pause = conf.gesture_names_robot_pause.get(self.gesture.name) |
| # No need to pause if this is not the first iteration. |
| if not pause or self.gv_count > 1: |
| return None |
| |
| # If the pause is per gesture, pause only at the first variation. |
| pause_msg = pause[RC.PROMPT] |
| if pause[RC.PAUSE_TYPE] == RC.PER_GESTURE: |
| variations_list = self.variations_dict.get(self.gesture.name) |
| # It is possible that there are no variations in a gesture. |
| # Then this is considered to be the first variation. |
| if (variations_list and self.variation != variations_list[0]): |
| return None |
| |
| prompt = ("----- %s -----\n" |
| "%s\n" |
| "%s\n" |
| "%s\n") % pause_msg |
| return prompt |
| |
| def _get_prompt_no_data(self): |
| """Prompt to remind user of performing gestures.""" |
| prompt = ("You need to perform the specified gestures " |
| "before pressing SPACE.\n") |
| return prompt + self._prompt_result |
| |
| def _get_record_cmd(self): |
| """Get the device event record command.""" |
| self.record_program = 'mtplot' |
| if not common_util.program_exists(self.record_program): |
| msg = 'Error: the program "%s" does not exist in $PATH.' |
| self.output.print_report(msg % self.record_program) |
| exit(1) |
| |
| display_name = firmware_utils.get_display_name() |
| self.geometry_str = '%dx%d+%d+%d' % self.device_geometry |
| format_str = '%s %s -d %s -g %s' |
| self.record_cmd = format_str % (self.record_program, |
| self.device_node, |
| display_name, |
| self.geometry_str) |
| self.output.print_report('Record program: %s' % self.record_cmd) |
| |
| def _span_seq(self, seq1, seq2): |
| """Span sequence seq1 over sequence seq2. |
| |
| E.g., seq1 = (('a', 'b'), 'c') |
| seq2 = ('1', ('2', '3')) |
| res = (('a', 'b', '1'), ('a', 'b', '2', '3'), |
| ('c', '1'), ('c', '2', '3')) |
| E.g., seq1 = ('a', 'b') |
| seq2 = ('1', '2', '3') |
| res = (('a', '1'), ('a', '2'), ('a', '3'), |
| ('b', '1'), ('b', '2'), ('b', '3')) |
| E.g., seq1 = (('a', 'b'), ('c', 'd')) |
| seq2 = ('1', '2', '3') |
| res = (('a', 'b', '1'), ('a', 'b', '2'), ('a', 'b', '3'), |
| ('c', 'd', '1'), ('c', 'd', '2'), ('c', 'd', '3')) |
| """ |
| to_list = lambda s: list(s) if isinstance(s, tuple) else [s] |
| return tuple(tuple(to_list(s1) + to_list(s2)) for s1 in seq1 |
| for s2 in seq2) |
| |
| def span_variations(self, seq): |
| """Span the variations of a gesture.""" |
| if seq is None: |
| return (None,) |
| elif isinstance(seq[0], tuple): |
| return reduce(self._span_seq, seq) |
| else: |
| return seq |
| |
| def _stop(self): |
| """Terminate the recording process.""" |
| self.record_proc.poll() |
| # Terminate the process only when it was not terminated yet. |
| if self.record_proc.returncode is None: |
| self.record_proc.terminate() |
| self.record_proc.wait() |
| self.output.print_window('') |
| |
| def _get_gesture_image_name(self): |
| """Get the gesture file base name without file extension.""" |
| filepath = os.path.splitext(self.gesture_file_name)[0] |
| self.gesture_image_name = filepath + '.png' |
| return filepath |
| |
| def _close_gesture_file(self): |
| """Close the gesture file.""" |
| if self.gesture_file.closed: |
| return |
| |
| filename = self.gesture_file.name |
| self.gesture_file.close() |
| |
| # Strip off the header of the gesture file. |
| # |
| # Input driver version is 1.0.1 |
| # Input device ID: bus 0x18 vendor 0x0 product 0x0 version 0x0 |
| # Input device name: "Atmel maXTouch Touchpad" |
| # ... |
| # Testing ... (interrupt to exit) |
| # Event: time 519.855, type 3 (EV_ABS), code 57 (ABS_MT_TRACKING_ID), |
| # value 884 |
| # |
| tmp_filename = filename + '.tmp' |
| os.rename(filename, tmp_filename) |
| with open(tmp_filename) as src_f: |
| with open(filename, 'w') as dst_f: |
| for line in src_f: |
| if line.startswith('Event:'): |
| dst_f.write(line) |
| os.remove(tmp_filename) |
| |
| def _stop_record_and_post_image(self): |
| """Terminate the recording process.""" |
| if self.record_new_file: |
| self._close_gesture_file() |
| self.screen_shot.dump_root(self._get_gesture_image_name()) |
| self.record_proc.terminate() |
| self.record_proc.wait() |
| else: |
| self._get_gesture_image_name() |
| self.win.set_image(self.gesture_image_name) |
| |
| def _create_prompt(self, test, variation): |
| """Create a color prompt.""" |
| prompt = test.prompt |
| if isinstance(variation, tuple): |
| subprompt = reduce(lambda s1, s2: s1 + s2, |
| tuple(test.subprompt[s] for s in variation)) |
| elif variation is None or test.subprompt is None: |
| subprompt = None |
| else: |
| subprompt = test.subprompt[variation] |
| |
| if subprompt is None: |
| color_prompt = prompt |
| monochrome_prompt = prompt |
| else: |
| color_prompt = mini_color.color_string(prompt, '{', '}', 'green') |
| color_prompt = color_prompt.format(*subprompt) |
| monochrome_prompt = prompt.format(*subprompt) |
| |
| color_msg_format = mini_color.color_string('\n<%s>:\n%s%s', '<', '>', |
| 'blue') |
| color_msg = color_msg_format % (test.name, self.prefix_space, |
| color_prompt) |
| msg = '%s: %s' % (test.name, monochrome_prompt) |
| |
| glog = firmware_log.GestureLog() |
| glog.name = test.name |
| glog.variation = variation |
| glog.prompt = monochrome_prompt |
| |
| return (msg, color_msg, glog) |
| |
| def _choice_exit(self): |
| """Procedure to exit.""" |
| self._stop() |
| if os.path.exists(self.gesture_file_name): |
| os.remove(self.gesture_file_name) |
| self.output.print_report(self.deleted_msg) |
| |
| def _stop_record_and_rm_file(self): |
| """Stop recording process and remove the current gesture file.""" |
| self._stop() |
| if os.path.exists(self.gesture_file_name): |
| os.remove(self.gesture_file_name) |
| self.output.print_report(self.deleted_msg) |
| |
| def _create_gesture_file_name(self, gesture, variation): |
| """Create the gesture file name based on its variation. |
| |
| Examples of different levels of file naming: |
| Primary name: |
| pinch_to_zoom.zoom_in-lumpy-fw_11.27 |
| Root name: |
| pinch_to_zoom.zoom_in-lumpy-fw_11.27-manual-20130221_050510 |
| Base name: |
| pinch_to_zoom.zoom_in-lumpy-fw_11.27-manual-20130221_050510.dat |
| """ |
| if variation is None: |
| gesture_name = gesture.name |
| else: |
| if type(variation) is tuple: |
| name_list = [gesture.name,] + list(variation) |
| else: |
| name_list = [gesture.name, variation] |
| gesture_name = '.'.join(name_list) |
| |
| self.primary_name = conf.filename.sep.join([ |
| gesture_name, |
| firmware_utils.get_board(), |
| conf.fw_prefix + self.firmware_version]) |
| root_name = conf.filename.sep.join([ |
| self.primary_name, |
| self.mode, |
| firmware_utils.get_current_time_str()]) |
| basename = '.'.join([root_name, conf.filename.ext]) |
| return basename |
| |
| def _add_scores(self, new_scores): |
| """Add the new scores of a single gesture to the scores list.""" |
| if new_scores is not None: |
| self.scores += new_scores |
| |
| def _final_scores(self, scores): |
| """Print the final score.""" |
| # Note: conf.score_aggregator uses a function in fuzzy module. |
| final_score = eval(conf.score_aggregator)(scores) |
| self.output.print_report('\nFinal score: %s\n' % str(final_score)) |
| |
| def _prompt_and_action(self): |
| """Set the prompt and perform the action if in robot mode.""" |
| self.win.set_prompt(self._prompt_result) |
| # Have the robot perform the gesture if it is in ROBOT mode. |
| if self._is_robot_mode(): |
| prompt_msg = self._get_prompt_robot_pause() |
| if prompt_msg is not None: |
| # Print the prompt on both the window and the console. |
| # The latter is needed because another machine is used |
| # to ssh to the chromebook under test. Hence, the user |
| # could look at the prompt from the console more easily |
| # rather than staring at the distant window of the |
| # chromebook under test. |
| self.win.set_prompt(prompt_msg) |
| print '\n\n' + prompt_msg |
| self.robot_waiting = True |
| else: |
| self._robot_action() |
| |
| def _robot_action(self): |
| """Control the robot to perform the action.""" |
| self.robot.control(self.gesture, self.variation) |
| |
| def _handle_user_choice_save_after_parsing(self, next_gesture=True): |
| """Handle user choice for saving the parsed gesture file.""" |
| self.output.print_window('') |
| if self.saved_msg: |
| self.output.print_report(self.saved_msg) |
| if self.new_scores: |
| self._add_scores(self.new_scores) |
| self.output.report_html.insert_image(self.gesture_image_name) |
| self.output.report_html.flush() |
| # After flushing to report_html, reset the gesture_image_name so that |
| # it will not be reused by next gesture variation accidentally. |
| self.gesture_image_name = None |
| |
| if self._pre_setup_this_gesture_variation(next_gesture=next_gesture): |
| # There are more gestures. |
| self._setup_this_gesture_variation() |
| self._prompt_and_action() |
| else: |
| # No more gesture. |
| self._final_scores(self.scores) |
| self.output.stop() |
| self.output.report_html.stop() |
| self.win.stop() |
| self.packets = None |
| |
| def _handle_user_choice_discard_after_parsing(self): |
| """Handle user choice for discarding the parsed gesture file.""" |
| self.output.print_window('') |
| self._setup_this_gesture_variation() |
| self._prompt_and_action() |
| self.packets = None |
| |
| def _handle_user_choice_exit_after_parsing(self): |
| """Handle user choice to exit after the gesture file is parsed.""" |
| self._stop_record_and_rm_file() |
| self.output.stop() |
| self.output.report_html.stop() |
| self.win.stop() |
| |
| def check_for_wrong_number_of_fingers(self, details): |
| flag_found = False |
| try: |
| position = details.index('CountTrackingIDValidator') |
| except ValueError as e: |
| return None |
| |
| # An example of the count of tracking IDs: |
| # ' count of trackid IDs: 1' |
| number_tracking_ids = int(details[position + 1].split()[-1]) |
| # An example of the criteria_str looks like: |
| # ' criteria_str: == 2' |
| criteria = int(details[position + 2].split()[-1]) |
| if number_tracking_ids < criteria: |
| print ' CountTrackingIDValidator: ' |
| print ' number_tracking_ids: ', number_tracking_ids |
| print ' criteria: ', criteria |
| print ' number_tracking_ids should be larger!' |
| msg = 'Number of Tracking IDs should be %d instead of %d' |
| return msg % (criteria, number_tracking_ids) |
| return None |
| |
| def _handle_user_choice_validate_before_parsing(self): |
| """Handle user choice for validating before gesture file is parsed.""" |
| # Parse the device events. Make sure there are events. |
| self.packets = self.parser.parse_file(self.gesture_file_name) |
| if self.packets: |
| # Validate this gesture and get the results. |
| (self.new_scores, msg_list, vlogs) = validators.validate( |
| self.packets, self.gesture, self.variation) |
| |
| # If the number of tracking IDs is less than the expected value, |
| # the user probably made a wrong gesture. |
| error = self.check_for_wrong_number_of_fingers(msg_list) |
| if error: |
| prompt = self._get_prompt_abnormal_gestures(error) |
| color = 'red' |
| else: |
| prompt = self._prompt_next |
| color = 'black' |
| |
| self.output.print_window(msg_list) |
| self.output.buffer_report(msg_list) |
| self.output.report_html.insert_validator_logs(vlogs) |
| self.win.set_prompt(prompt, color=color) |
| print prompt |
| self._stop_record_and_post_image() |
| else: |
| self.win.set_prompt(self._get_prompt_no_data(), color='red') |
| |
| def _handle_user_choice_exit_before_parsing(self): |
| """Handle user choice to exit before the gesture file is parsed.""" |
| self._close_gesture_file() |
| self._handle_user_choice_exit_after_parsing() |
| |
| def _is_parsing_gesture_file_done(self): |
| """Is parsing the gesture file done?""" |
| return self.packets is not None |
| |
| def _is_arrow_key(self, choice): |
| """Is this an arrow key?""" |
| return (choice in TFK.ARROW_KEY_LIST) |
| |
| def user_choice_callback(self, fd, condition): |
| """A callback to handle the key pressed by the user. |
| |
| This is the primary GUI event-driven method handling the user input. |
| """ |
| choice = self.keyboard.get_key_press_event(fd) |
| if choice: |
| self._handle_keyboard_event(choice) |
| return True |
| |
| def _handle_keyboard_event(self, choice): |
| """Handle the keyboard event.""" |
| if self._is_arrow_key(choice): |
| self.win.scroll(choice) |
| elif self.robot_waiting: |
| # The user wants the robot to start its action. |
| if choice in (TFK.SAVE, TFK.SAVE2): |
| self.robot_waiting = False |
| self._robot_action() |
| # The user wants to exit. |
| elif choice == TFK.EXIT: |
| self._handle_user_choice_exit_after_parsing() |
| elif self._is_parsing_gesture_file_done(): |
| # Save this gesture file and go to next gesture. |
| if choice in (TFK.SAVE, TFK.SAVE2): |
| self._handle_user_choice_save_after_parsing() |
| # Save this file and perform the same gesture again. |
| elif choice == TFK.MORE: |
| self._handle_user_choice_save_after_parsing(next_gesture=False) |
| # Discard this file and perform the gesture again. |
| elif choice == TFK.DISCARD: |
| self._handle_user_choice_discard_after_parsing() |
| # The user wants to exit. |
| elif choice == TFK.EXIT: |
| self._handle_user_choice_exit_after_parsing() |
| # The user presses any wrong key. |
| else: |
| self.win.set_prompt(self._prompt_next, color='red') |
| else: |
| if choice == TFK.EXIT: |
| self._handle_user_choice_exit_before_parsing() |
| # The user presses any wrong key. |
| else: |
| self.win.set_prompt(self._prompt_result, color='red') |
| |
| def _get_all_gesture_variations(self, simplified): |
| """Get all variations for all gestures.""" |
| gesture_variations_list = [] |
| self.variations_dict = {} |
| for gesture in self.gesture_list: |
| variations_list = [] |
| variations = self.span_variations(gesture.variations) |
| for variation in variations: |
| gesture_variations_list.append((gesture, variation)) |
| variations_list.append(variation) |
| if simplified: |
| break |
| self.variations_dict[gesture.name] = variations_list |
| self.gesture_variations = iter(gesture_variations_list) |
| |
| def gesture_timeout_callback(self): |
| """A callback watching whether a gesture has timed out.""" |
| if self.replay_dir: |
| # There are event files to replay for this gesture variation. |
| if self.use_existent_event_file_flag: |
| self._handle_user_choice_validate_before_parsing() |
| self._handle_user_choice_save_after_parsing(next_gesture=True) |
| return False |
| |
| # A gesture is stopped only when two conditions are met simultaneously: |
| # (1) there are no reported packets for a timeout interval, and |
| # (2) the number of tracking IDs is 0. |
| elif (self.gesture_continues_flag or |
| not self.mtb_evemu.all_fingers_leaving()): |
| self.gesture_continues_flag = False |
| return True |
| |
| else: |
| self._handle_user_choice_validate_before_parsing() |
| self.win.remove_event_source(self.gesture_file_watch_tag) |
| if self._is_robot_mode(): |
| self._handle_keyboard_event(TFK.SAVE) |
| return False |
| |
| def gesture_file_watch_callback(self, fd, condition, evdev_device): |
| """A callback to watch the device input.""" |
| # Read the device node continuously until end |
| event = True |
| while event: |
| event = self._non_blocking_read(evdev_device, fd) |
| if event: |
| self.mtb_evemu.process_event(event) |
| |
| self.gesture_continues_flag = True |
| if (not self.gesture_begins_flag): |
| self.gesture_begins_flag = True |
| self.win.register_timeout_add(self.gesture_timeout_callback, |
| self.gesture.timeout) |
| return True |
| |
| def init_gesture_setup_callback(self, widget, event): |
| """A callback to set up environment before a user starts a gesture.""" |
| if not self.init_flag: |
| self.init_flag = True |
| self._pre_setup_this_gesture_variation() |
| self._setup_this_gesture_variation() |
| self._prompt_and_action() |
| |
| def _get_existent_event_files(self): |
| """Get the existent event files that starts with the primary_name.""" |
| primary_pathnames = os.path.join(self.output.log_dir, |
| self.primary_name + '*.dat') |
| self.primary_gesture_files = glob.glob(primary_pathnames) |
| # Reverse sorting the file list so that we could pop from the tail. |
| self.primary_gesture_files.sort() |
| self.primary_gesture_files.reverse() |
| |
| def _use_existent_event_file(self): |
| """If the replay flag is set in the command line, and there exists a |
| file(s) with the same primary name, then use the existent file(s) |
| instead of recording a new one. |
| """ |
| if self.primary_gesture_files: |
| self.gesture_file_name = self.primary_gesture_files.pop() |
| return True |
| return False |
| |
| def _pre_setup_this_gesture_variation(self, next_gesture=True): |
| """Get gesture, variation, filename, prompt, etc.""" |
| next_gesture_first_time = False |
| if next_gesture: |
| if self.gv_count < self.iterations: |
| self.gv_count += 1 |
| else: |
| self.gv_count = 1 |
| gesture_variation = next(self.gesture_variations, None) |
| if gesture_variation is None: |
| return False |
| self.gesture, self.variation = gesture_variation |
| next_gesture_first_time = True |
| |
| basename = self._create_gesture_file_name(self.gesture, self.variation) |
| if next_gesture_first_time: |
| self._get_existent_event_files() |
| |
| if self.replay_dir or self.resume_dir: |
| self.use_existent_event_file_flag = self._use_existent_event_file() |
| |
| if ((not self.replay_dir and not self.resume_dir) or |
| (self.resume_dir and not self.use_existent_event_file_flag)): |
| self.gesture_file_name = os.path.join(self.output.log_dir, basename) |
| self.saved_msg = '(saved: %s)\n' % self.gesture_file_name |
| self.deleted_msg = '(deleted: %s)\n' % self.gesture_file_name |
| else: |
| self.saved_msg = None |
| self.deleted_msg = None |
| self.new_scores = None |
| |
| (msg, color_msg, glog) = self._create_prompt(self.gesture, |
| self.variation) |
| self.win.set_gesture_name(msg) |
| self.output.report_html.insert_gesture_log(glog) |
| print color_msg |
| self.output.print_report(color_msg) |
| return True |
| |
| def _setup_this_gesture_variation(self): |
| """Set up the recording process or use an existent event data file.""" |
| if self.replay_dir: |
| self.record_new_file = False |
| self.win.register_timeout_add(self.gesture_timeout_callback, 0) |
| return |
| |
| if self.resume_dir and self.use_existent_event_file_flag: |
| self.record_new_file = False |
| self._handle_user_choice_validate_before_parsing() |
| self._handle_keyboard_event(TFK.SAVE) |
| return |
| |
| # Now, we will record a new gesture event file. |
| # Fork a new process for mtplot. Add io watch for the gesture file. |
| self.record_new_file = True |
| self.gesture_file = open(self.gesture_file_name, 'w') |
| self.record_proc = subprocess.Popen(self.record_cmd.split(), |
| stdout=self.gesture_file) |
| |
| # Watch if data come in to the monitored file. |
| self.gesture_begins_flag = False |
| self._reopen_system_device() |
| self.gesture_file_watch_tag = self.win.register_io_add_watch( |
| self.gesture_file_watch_callback, self.system_device, |
| self.evdev_device) |
