def run(expo_num, level_name, mode):
game_str = "game%s" % expo_num
game_settings_str = "Game%sSettings" % expo_num
_temp = __import__("pkg.exponates", globals(), locals(), [game_str])
Exhibit = getattr(_temp, game_str).Exhibit
_temp = __import__("pkg.settings", globals(), locals(), [game_settings_str])
Settings = getattr(_temp, game_settings_str)
invoker = Invoker()
settings = Settings(mode)
level = None
for l in settings.exhibit.levels:
if l.name == level_name:
level = l
if level is None:
level = settings.exhibit.levels[0]
# inject level-specific settings into settings object
for key, val in level.params.items():
setattr(settings, key, val)
# set test exhibit to selected level
if expo_num == "Test" and level_name != "default":
io_settings_str = "Game%sSettings" % level_name
_temp = __import__("pkg.settings", globals(), locals(), [io_settings_str])
IOSettings = getattr(_temp, io_settings_str)
io_settings = IOSettings(mode)
settings.key_map = io_settings.key_map
settings.light_map = io_settings.light_map
settings.seven_length = io_settings.seven_length
logger.info("start_expo.py, before localizing settings")
try:
from pkg.local_settings import localize_settings
except Exception as e:
logger.warn("no local settings")
if "localize_settings" in locals():
try:
localize_settings(settings)
logger.info("localizing settings")
except Exception as e:
logger.error("failed to load local setings")
logger.error(e)
if mode == "emulator":
env = Emulator(invoker, settings)
else:
from pkg.rpi_env import RpiEnv
env = RpiEnv(invoker, settings)
exhibit = Exhibit(invoker, env, settings)
invoker.start()
env.run()
def __format__(self, text, phormat, length):
"""
helper text-formatting function
"""
text = phormat%text
_text = re.sub(r'[.,]','',text)
while len(_text)>length:
text=text[0:-1]
_text = re.sub(r'[.,]','',text)
logger.warn('stripping 7 segment text too long; stripping it')
text=' '*(length-len(_text))+text
return text
def _start():
try:
with Popen(self.env, self.st.script_command, shell=False,
stdout=subprocess.PIPE) as child:
then = 0
while True:
out = child.stdout.readline()
m = re.search(r'^(\d+)\t([\d.]+)\t([\d.]+)', out)
if m:
now = int(m.group(1))
power = float(m.group(2))*float(m.group(3))
energy = power * (now - then) / 1000
then = now
if global_idle == True and power <= self.st.threshold:
pass
else:
self.fire_event(energy, power)
else:
logger.warn('problem parsing ' + str(out))
except Exception as e:
logger.error(e)