def next_stage(self):
"""
This callback is passed over to each stage to be called once
it's over and the control should be handed to the subsequent one.
"""
if self._status.location is None:
self._status.location = self._stages[0].id
index = 0
else:
index = self._get_stage_index(self._status.location)
# Finish the previous tracking session
if self._tracking_session is not None:
session_end(self._tracking_session)
self._main_window.set_key_events_handlers()
if index is not None and index < len(self._stages) - 1:
stage_ctl = self._stages[index + 1](self)
self._status.location = self._stages[index + 1].id
self._status.save()
# Start a new tracking session
self._tracking_session = session_start(stage_ctl.id, os.getpid())
stage_ctl.first_scene()
trigger_led_speaker()
else:
self._status.completed = True
self._status.save()
track_action('init-flow-finished')
Gtk.main_quit()
def next_stage(self):
"""
This callback is passed over to each stage to be called once
it's over and the control should be handed to the subsequent one.
"""
if self._status.location is None:
self._status.location = self._stages[0].id
index = 0
else:
index = self._get_stage_index(self._status.location)
# Finish the previous tracking session
if self._tracking_session is not None:
session_end(self._tracking_session)
self._main_window.set_key_events_handlers()
if index is not None and index < len(self._stages) - 1:
stage_ctl = self._stages[index + 1](self)
self._status.location = self._stages[index + 1].id
self._status.save()
# Start a new tracking session
self._tracking_session = session_start(stage_ctl.id, os.getpid())
stage_ctl.first_scene()
trigger_led_speaker()
else:
self._status.completed = True
self._status.save()
track_action('init-flow-finished')
Gtk.main_quit()
def _success_screen(self):
self._win.remove_main_widget()
title = _("Success!")
description = _("You're connected")
buttons = [
{
'label': _("OK"),
'color': 'green',
'type': 'KanoButton',
'callback': Gtk.main_quit
}
]
img_path = os.path.join(img_dir, "internet.png")
# Track that user connected online
track_action('internet-connection-established')
self._win.set_main_widget(
Template(
title,
description,
buttons,
self._win.is_plug(),
img_path
)
)
def first_scene(self):
if is_monitor():
self._ctl.next_stage()
return
track_action('init-flow-overscan-needed')
s1 = self._setup_first_scene()
self._ctl.main_window.push(s1)
def troubleshoot_option(self):
self._clear()
screen = TroubleshootOrDisconnect(self._stage,
self.troubleshoot_ethernet,
self.are_you_sure)
self._eb.add(screen)
self._eb.show_all()
track_action('init-flow-wifi-troubleshoot-triggered')
def second_scene(self):
# TODO: uncomment before release
# Jump directly at the end if we have internet
if is_internet():
track_action('init-flow-connected-already')
self.connected_scene()
return
s2 = self._setup_second_scene()
self._ctl.main_window.push(s2)
def _expand(self, widget=None, event=None):
'''
Shows the text box
'''
self._x_button.show()
self._ebox.show()
self._gray_box.show()
self._send.show()
self._expanded = True
(focusable, focus_widget) = self._input_widget.get_focusable_widget()
if focusable:
self.set_focus(focus_widget)
# Add metrics to kano tracker
track_action(self.app_name_opened)
def _expand(self, widget=None, event=None):
'''
Shows the text box
'''
self._x_button.show()
self._ebox.show()
self._gray_box.show()
self._send.show()
self._expanded = True
(focusable, focus_widget) = self._input_widget.get_focusable_widget()
if focusable:
self.set_focus(focus_widget)
# Add metrics to kano tracker
track_action(self.app_name_opened)
def _success_screen(self):
self._win.remove_main_widget()
title = _("Success!")
description = _("You're connected")
buttons = [{
'label': _("OK"),
'color': 'green',
'type': 'KanoButton',
'callback': Gtk.main_quit
}]
img_path = os.path.join(img_dir, "internet.png")
# Track that user connected online
track_action('internet-connection-established')
self._win.set_main_widget(
Template(title, description, buttons, self._win.is_plug(),
img_path))
def first_stage(self):
"""
Runs the first stage.
Note: The first stage is determined by the location variable from
the status file, not necessarily the very first stage.
"""
if not self._status.debug_mode:
if self._status.completed:
self._return_value = self.NOT_FIRST_BOOT
return False
if os.path.exists(OLD_FIRST_BOOT_FILE):
self._return_value = self.NOT_FIRST_BOOT
self.complete()
return False
if self._should_skip_init_flow():
self.complete()
return False
self._main_window.set_key_events_handlers()
if len(self._stages):
index = 0
if self._status.location is not None:
index = self._get_stage_index(self._status.location)
track_data('init-flow-resumed',
{'stage': self._status.location})
else:
track_action('init-flow-started')
stage_ctl = self._stages[index](self)
stage_ctl.first_scene()
else:
raise RuntimeError('No flow stages available')
self._tracking_session = session_start(stage_ctl.id, os.getpid())
return True
def first_stage(self):
"""
Runs the first stage.
Note: The first stage is determined by the location variable from
the status file, not necessarily the very first stage.
"""
if not self._status.debug_mode:
if self._status.completed:
self._return_value = self.NOT_FIRST_BOOT
return False
if os.path.exists(OLD_FIRST_BOOT_FILE):
self._return_value = self.NOT_FIRST_BOOT
self.complete()
return False
if self._should_skip_init_flow():
self.complete()
return False
self._main_window.set_key_events_handlers()
if len(self._stages):
index = 0
if self._status.location is not None:
index = self._get_stage_index(self._status.location)
track_data('init-flow-resumed', {'stage': self._status.location})
else:
track_action('init-flow-started')
stage_ctl = self._stages[index](self)
stage_ctl.first_scene()
else:
raise RuntimeError('No flow stages available')
self._tracking_session = session_start(stage_ctl.id, os.getpid())
return True
def help_power(self):
track_action('init-flow-light-help-triggered')
self._setup_help_power()
def new_try(self):
self._tries += 1
if self._tries > 1:
track_action('init-flow-wifi-retried')
def disconnected_scene(self):
track_action('init-flow-disconnected')
s4 = self._setup_disconnected_scene()
self._ctl.main_window.push(s4)
def connected_scene(self):
track_action('init-flow-connected')
s3 = self._setup_connected_scene()
self._ctl.main_window.push(s3)
def help_leds(self):
track_action('init-flow-audio-help-triggered')
self.remove_overlays()
self._setup_help_leds(self._scene)
def _cb_wrapper(self, widget, cb, tracking_event=None):
if tracking_event:
track_action(tracking_event)
cb()
return True
def _is_screen_kit():
from kano_settings.system.display import is_screen_kit
if is_screen_kit():
track_action('kano_screen_kit')
def help_leds(self):
track_action('init-flow-audio-help-triggered')
self.remove_overlays()
self._setup_help_leds(self._scene)
def _is_screen_kit():
from kano_settings.system.display import is_screen_kit
if is_screen_kit():
track_action('kano_screen_kit')
