def __init__(self, _win):
self.win = _win
# check for monitor
if is_monitor():
self.win.exit_flow()
return
self.win.set_resizable(True)
# Change background
change_wallpaper(MEDIA_DIR, "/Display-Test")
# Create UI
self.template = Template(
img_path=os.path.join(MEDIA_DIR, "display_test.png"),
title="Can you see four white lines?",
description="They should be touching each side of your screen.",
button1_text="YES",
button2_text="NO"
)
self.template.kano_button2.set_color("red")
self.template.kano_button.connect("button_release_event",
self.next_screen)
self.template.kano_button.connect("key_release_event",
self.next_screen)
self.template.kano_button2.connect("button_release_event",
self.tutorial_screen)
self.template.kano_button2.connect("key_release_event",
self.tutorial_screen)
self.win.set_main_widget(self.template)
# Make the kano button grab the focus
self.template.kano_button.grab_focus()
self.win.show_all()
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 first_scene(self):
# Check if the pi is connected to a monitor
if is_monitor():
self._ctl.next_stage()
return
s = self._setup_first_scene()
self._ctl.main_window.push(s)
def first_scene(self):
# Check if the pi is connected to a monitor
if is_monitor():
self._ctl.next_stage()
return
s = self._setup_first_scene()
self._ctl.main_window.push(s)