def test_run_rgb_sequence(self):
header = '\n\n--------------------------------------------------------------------------------------------\
-[ CK2 Lite ]- TEST: LED Ring \
--------------------------------------------------------------------------------------------'
header = colours.decorate_with_preset(header, "code")
print header
animation = InitFlow()
animation.connect()
response = ''
while response not in ('yes', 'no', 'y', 'n'):
animation.start(2.5, 5.0)
animation.iface.unlock()
text = 'Did you see the LEDs light up? Please type "y" or "n". Type "r" to replay. '
text = colours.decorate_with_preset(text, "warning")
response = raw_input(text).lower().strip()
saw_animation = (response == 'yes' or response == 'y')
self.bootAssertTrue(saw_animation,
'Animation could not be observed on Pi Hat!')
self._test_done()
def test_power_button_press_detected(self):
header = '\n\n--------------------------------------------------------------------------------------------\
-[ CK2 Lite ]- TEST: Power Button \
--------------------------------------------------------------------------------------------'
header = colours.decorate_with_preset(header, "code")
print header
loop = GLib.MainLoop()
timeout = 30
self.power_button_failure = False
def button_pressed():
loop.quit()
def abort():
loop.quit()
text = colours.decorate_with_preset(
'Button press not detected within {} seconds.\n'
'Do you wish to try again? Type "y" or "n".\n'.format(timeout),
'warning')
response = raw_input(text).lower().strip()
if response not in ('n', 'no'):
start_loop()
else:
self.power_button_failure = True
def start_loop():
GLib.timeout_add_seconds(priority=GLib.PRIORITY_DEFAULT,
interval=timeout,
function=abort)
print '\nPress the power button\n'
loop.run()
dbus.SystemBus().add_signal_receiver(button_pressed,
'power_button_pressed',
SERVICE_API_IFACE,
PI_HAT_BUS_NAME,
PI_HAT_OBJECT_PATH)
start_loop()
if self.power_button_failure:
fail_msg = 'Power button press not detected'
print colours.decorate_with_preset(fail_msg, 'fail')
self.bootAssertTrue(False, fail_msg)
self._test_done()
def write(self, msg, force_flush=False, **kwargs):
lname = "info"
if "level" in kwargs:
lname = normalise_level(kwargs["level"])
level = LEVELS[lname]
sys_log_level = LEVELS[self.get_log_level()]
sys_output_level = LEVELS[self.get_output_level()]
if level > 0 and (level <= sys_log_level or level <= sys_output_level):
if self._app_name is None:
try:
self.set_app_name(sys.argv[0])
except (AttributeError, IndexError):
# argv is likely not accessible, use default value
self.set_app_name('unknown-app')
lines = msg.encode('utf8') if type(msg) == unicode else msg
lines = lines.strip().split("\n")
log = {}
log["pid"] = self._pid
log.update(kwargs)
log["level"] = lname
# if an exception object was passed in, add it to the log fields
tbk = None
if 'exception' in kwargs:
import traceback
tbk = traceback.format_exc()
log['exception'] = unicode(kwargs['exception']).encode('utf8')
log['traceback'] = tbk
for line in lines:
log["time"] = time.time()
log["message"] = line
if level <= sys_log_level:
if self._log_file is None:
self._init_log_file()
self._log_file.write("{}\n".format(json.dumps(log)))
if self._force_flush or force_flush:
self.sync()
if level <= sys_output_level:
output_line = "{}[{}] {} {}\n".format(
self._app_name,
decorate_string_only_terminal(self._pid, "yellow"),
decorate_with_preset(log["level"], log["level"], True),
log["message"])
sys.stderr.write(output_line)
def abort():
loop.quit()
text = colours.decorate_with_preset(
'Button press not detected within {} seconds.\n'
'Do you wish to try again? Type "y" or "n".\n'.format(timeout),
'warning')
response = raw_input(text).lower().strip()
if response not in ('n', 'no'):
start_loop()
else:
self.power_button_failure = True
def write(self, msg, force_flush=False, **kwargs):
lname = "info"
if "level" in kwargs:
lname = normalise_level(kwargs["level"])
level = LEVELS[lname]
sys_log_level = LEVELS[self.get_log_level()]
sys_output_level = LEVELS[self.get_output_level()]
if level > 0 and (level <= sys_log_level or level <= sys_output_level):
if self._app_name is None:
self.set_app_name(sys.argv[0])
lines = msg.encode('utf8') if type(msg) == unicode else msg
lines = lines.strip().split("\n")
log = {}
log["pid"] = self._pid
log.update(kwargs)
log["level"] = lname
# if an exception object was passed in, add it to the log fields
tbk = None
if 'exception' in kwargs:
import traceback
tbk = traceback.format_exc()
log['exception'] = unicode(kwargs['exception']).encode('utf8')
log['traceback'] = tbk
for line in lines:
log["time"] = time.time()
log["message"] = line
if level <= sys_log_level:
if self._log_file is None:
self._init_log_file()
self._log_file.write("{}\n".format(json.dumps(log)))
if self._force_flush or force_flush:
self.sync()
if level <= sys_output_level:
output_line = "{}[{}] {} {}\n".format(
self._app_name,
decorate_string_only_terminal(self._pid, "yellow"),
decorate_with_preset(log["level"], log["level"], True),
log["message"]
)
sys.stderr.write(output_line)
def write(self, msg, force_flush=False, **kwargs):
lname = "info"
if "level" in kwargs:
lname = normalise_level(kwargs["level"])
level = LEVELS[lname]
sys_log_level = LEVELS[self.get_log_level()]
sys_output_level = LEVELS[self.get_output_level()]
if level > 0 and (level <= sys_log_level or level <= sys_output_level):
if self._app_name is None:
self.set_app_name(sys.argv[0])
lines = str(msg).strip().split("\n")
log = {}
log["pid"] = self._pid
log.update(kwargs)
log["level"] = lname
for line in lines:
log["time"] = time.time()
log["message"] = line
if level <= sys_log_level:
if self._log_file is None:
self._init_log_file()
self._log_file.write("{}\n".format(json.dumps(log)))
if self._force_flush or force_flush:
self.sync()
if level <= sys_output_level:
output_line = "{}[{}] {} {}\n".format(
self._app_name,
decorate_string_only_terminal(self._pid, "yellow"),
decorate_with_preset(log["level"], log["level"], True),
log["message"]
)
sys.stderr.write(output_line)
def do_white_rabbit_stage(flow_params):
init_status = Status.get_instance()
if not flow_params.get('skip', False):
clear_screen()
try:
rabbit(1, 'left-to-right')
except:
pass
clear_screen()
msg = _("{string_username}, follow the white rabbit").format(
string_username=init_status.username)
typewriter_echo(msg, trailing_linebreaks=2)
command = decorate_with_preset('cd rabbithole', 'code')
typewriter_echo(_("Type {string_code_to_type}, then [ENTER]").format(
string_code_to_type=command),
trailing_linebreaks=2)
# TODO: open shell
rabbithole = "/home/{}/rabbithole".format(init_status.username)
ensure_dir(rabbithole)
cmd = "sudo -u {} -H bash --init-file {}".format(
init_status.username, SUBSHELLRC_PATH)
os.system(cmd)
delete_dir(rabbithole)
reset_overscan()
matrix_binary(1, False)
set_overscan()
clear_screen()
init_status.stage = Status.LOVE_STAGE
init_status.save()