if returncode is None:
# process is still running
screen.text('Expanding SD card...',
font_size=12,
xy=(160, 180),
color='white')
elif returncode != 0:
screen.text('Expand rootfs failed with error %i' % returncode,
font_size=12,
xy=(160, 180),
color='white')
else:
screen.text('Success. Tingbot is rebooting...',
font_size=12,
xy=(160, 180),
color='white')
if not state['finish_called']:
once(seconds=5)(finish)
state['finish_called'] = True
def finish():
# update the startup link to point back at springboard
subprocess.check_call('ln -snf home /apps/startup', shell=True)
subprocess.check_call(['reboot'])
# run the app
tingbot.run(loop)
playlist_button = gui.ToggleButton((160,0),NOTEBOOK_BUTTON_SIZE,align="top",label="Playlist")
playlist_panel = playlist.PlaylistPanel(current_panel)
lib_button = gui.ToggleButton((310,0),NOTEBOOK_BUTTON_SIZE,align="topright",label="Library")
lib_panel = library.LibraryPanel(playlist_panel)
nb = gui.NoteBook([(lib_button,lib_panel),(playlist_button,playlist_panel),(current_button,current_panel)])
gui.get_root_widget().update(downwards=True)
#set up twisted
def setUp():
control_point = ControlPoint(Coherence({'logmode':'warning'}),
auto_client=['MediaRenderer', 'MediaServer'])
control_point.connect(lib_panel.add_library, 'Coherence.UPnP.ControlPoint.MediaServer.detected')
control_point.connect(current_panel.add_renderer, 'Coherence.UPnP.ControlPoint.MediaRenderer.detected')
from twisted.internet import reactor
reactor.callWhenRunning(setUp)
reactor.interleave(tingbot.main_run_loop.callAfter)
try:
tingbot.run()
finally:
print "closing server"
reactor.stop()
print "clearing the queue"
for i in range(30):
time.sleep(0.03)
tingbot.main_run_loop.clearQueue()
print "exiting"
joystick_img = 'Gamepad-1.png'
else:
joystick_img = 'Gamepad-2.png'
screen.image(iconise(state['network']), xy=(309, 0), align='top')
screen.image(iconise(joystick_img), xy=(298, 0), align='topright')
screen.image(iconise(mouse_img), xy=(277, 0), align='topright')
screen.image(iconise(kbd_img), xy=(266, 0), align='topright')
draw_dots()
scroll_position = state['scroll_position']
app_index = state['app_index']
scroll_position += (app_index-scroll_position)*0.2
if math.floor(scroll_position) != math.ceil(scroll_position):
draw_app_at_index(
int(math.floor(scroll_position)),
scroll_position)
draw_app_at_index(
int(math.ceil(scroll_position)),
scroll_position)
state['scroll_position'] = scroll_position
# run the app
finder = PeripheralFinder(1.0)
try:
tingbot.run(loop)
except SystemExit:
finder.stop()
import tingbot
from tingbot import *
# setup code here
@every(seconds=1.0/30)
def loop():
# drawing code here
screen.fill(color='black')
screen.text('Hello world!')
tingbot.run()
def remove_all():
cb("Remove dynamic items",'all')
scroller.scrolled_area.remove_all()
scroller.resize_canvas((135,10))
button_list[:] = []
scroller.update(downwards=True)
gui.Button((0,0),(90,25),align="topleft",parent=dynamic_panel,
label="Add item",callback=add_item)
gui.Button((0,30),(90,25),align="topleft",parent=dynamic_panel,
label="Del last",callback=remove_last_item)
gui.Button((0,60),(90,25),align="topleft",parent=dynamic_panel,
label="Del all",callback=remove_all)
def nb_cb(button,panel):
print "Notebook panel changed: " +button.label
notebook_panels = [basic_panel,slider_panel,text_panel,
button_panel,dialog_panel,dynamic_panel]
nb = gui.NoteBook(zip(notebook_buttons,notebook_panels),callback = nb_cb)
print "Current notebook tab: " + nb.selected.label
gui.get_root_widget().fill(notebook_style.bg_color)
gui.show_all()
def loop():
pass
run(loop)
button = gui.Button((240, 200), (80, 30), align="top", label="Display", callback=display)
gui.StaticText((190, 0), (50, 20), align="top", label="Red")
gui.StaticText((240, 0), (50, 20), align="top", label="Green")
gui.StaticText((290, 0), (50, 20), align="top", label="Blue")
red_label = gui.StaticText((190, 180), (50, 20), label="0")
green_label = gui.StaticText((240, 180), (50, 20), label="0")
blue_label = gui.StaticText((290, 180), (50, 20), label="0")
def update_label(label, value):
label.label = str(int(value))
label.update()
red.callback = lambda x: update_label(red_label, x)
green.callback = lambda x: update_label(green_label, x)
blue.callback = lambda x: update_label(blue_label, x)
def loop():
pass
screen.fill("black")
gui.show_all()
run(loop)
on_press=lambda: arm.base.rotate_clock(None),
on_release=lambda: arm.base.stop())
MomentaryButton(xy=(115, 190),
size=(85, 40),
label="Right",
on_press=lambda: arm.base.rotate_counter(None),
on_release=lambda: arm.base.stop())
gui.ToggleButton(xy=(220, 130),
size=(85, 100),
label="Light",
align="topleft",
callback=light_on)
def run_setup():
global arm
if arm is None:
try:
arm = roboarm.Arm()
except Exception as e:
print e
gui.message_box(message="No arm found, please connect")
else:
make_buttons(arm)
tingbot.screen.fill("black")
gui.get_root_widget().update(downwards=True)
tingbot.run(run_setup)