def main(argv):
init_host(argv)
berry_list = get_berry_list()
berries = [berry_factory('yo', berry[0], berry[1]) for berry in berry_list]
btn = None
led = None
for berry in berries:
print('name: {}, type: {}, guid: {}'.format(berry.name,
berry.berry_type,
berry.addr))
if berry.berry_type == 'Button':
btn = berry
if berry.berry_type == 'RGB':
led = berry
try:
v = 0
i = 0
while True:
berries[i].set_status_led(v)
i = (i + 1) % len(berries)
v = random.randint(0, 1)
if btn.state == 1:
led.color = [150, 150, 150]
else:
led.color = [0, 0, 0]
sleep(.01)
except:
print('End')
def sync_project(self):
api.init_host(sys.argv)
berry_list = api.get_berry_list()
self.project_berries.clear()
self.project_init = importlib.import_module('{}.{}'.format(
self.project_name, '__init__'))
self.project_files = self.project_init.berry_files
# This is how you get the module from here:
# package = '.{}'.format(file)
# mod = importlib.import_module(package, self.project_name)
# For each berry from the network, see if the guid is present in the project files dict
# If not, make a new file with a generic name and add it both to the project files dict
# and the persistent project __init__.py field via self._update_project_files_()
for berry_inst in berry_list:
guid = berry_inst[0]
berry_type = berry_inst[1]
if guid in self.project_files.keys():
name = self.project_files[guid]
else:
name = self._make_berry_file(berry_type)
self.project_files[guid] = name
self._update_project_files_()
berry = berry_factory(name, guid, berry_type)
self.project_berries[name] = berry
def light_sequence(self):
# This function will run through the lights identifying the berries.
berry_list = []
init_host(sys.argv)
berry_list = get_berry_list()
berries = [berry_factory('Name Your Berry', berry[0], berry[1]) for berry in berry_list]
btn = None
led = None
slider = None
knob = None
for berry in berries:
print('name: {}, type: {}, guid: {}'.format(berry.name, berry.berry_type, berry.addr))
#print("did you get here??") Worked
for berry in berries:
#led.color = [0,0,0]
print(berry.berry_type)
print("next berry : \n")
berry.set_status_led(1)
#image_difference = light_seeker()
#image_difference
sleep(2)
berry.set_status_led(0)
def main(argv):
init_host(argv)
berry_list = get_berry_list()
berry_mod_list = {}
berries = {}
for berry_entry in berry_list:
print('{}: {}'.format(berry_entry[1], berry_entry[0]))
# Import all berry code files and store module references in dictionary with guid as key
# The guid is retrieved as the value in the dictionary with the names of the berry files
for name in berry_files:
mod = importlib.import_module(name)
berry_mod_list[berry_files[name]] = mod
print(mod.__name__)
# Create berry objects and store in dictionary. Register events
for berry_entry in berry_list:
berry_guid = berry_entry[0]
if berry_guid in berry_mod_list:
berry_module = berry_mod_list[berry_guid]
berry_type = berry_entry[1]
berry_name = berry_module.__name__
berry = berry_factory(berry_name, berry_guid, berry_type)
berries[berry.name] = berry # Store berry reference in dictionary
# If the berry has events, register the event handlers in the imported file to the events
if hasattr(berry, 'events'):
for event in berry.events.values():
handler = getattr(berry_module, event)
if not empty(handler):
getattr(berry, event)(handler)
print(dir(berry_mod_list[berries['button1'].addr].__dict__))
# Add all berry object references to the namespaces of all the imported berry files
for mod in berry_mod_list.values():
mod.__dict__.update(berries)
# Spin while event-driven program runs
while True:
pass