def run(self):
url = 'http://%s:5000/' % self.host
print 'Welcome to ScreenBloom!'
print 'Server running at: %s' % url
if not self.stoprequest.isSet():
# Check For DLL error
if not utility.dll_check():
url += 'dll-error'
# Check if config file has been created yet
elif os.path.isfile(utility.get_config_path()):
print 'Config already exists'
config = ConfigParser.RawConfigParser()
config.read(utility.get_config_path())
utility.write_config('App State', 'running', '0')
# Wait for 200 status code from server then load up interface
while not utility.check_server(self.host):
sleep(0.2)
sb_controller.start()
else:
# Config file doesn't exist, open New User interface
print 'Config does not exist yet!'
url += 'new-user'
webbrowser.open(url)
def startup_checks(self):
# Check For DLL error
if params.BUILD == 'win':
if not utility.dll_check():
self.url = self.base_url + 'dll-error'
self.error = True
return
# Check if config file has been created yet
if os.path.isfile(utility.get_config_path()):
# Check to see if config needs to be updated
if not utility.config_check():
self.url = self.base_url + 'update-config'
self.needs_update = True
return
else:
presets.update_presets_if_necessary()
config = utility.get_config_dict()
lights_initial_state = json.dumps(utility.get_hue_initial_state(config['ip'], config['username']))
# Init Screen object with some first-run defaults
utility.write_config('App State', 'running', False)
utility.write_config('Light Settings', 'default', lights_initial_state)
sb_controller.init()
self.url = self.base_url
return
else:
# Config file doesn't exist, open New User interface
self.url = self.base_url + 'new-user'
self.new_user = True
return
def stop_screenbloom():
utility.write_config('Configuration', 'color_mode_enabled', False)
sb_controller.stop()
sb_controller.re_initialize()
sb_controller.update_bulb_default()
data = {'message': 'Color Mode stopped'}
return data
def start():
global t
screen = get_screen_object()
t = ScreenBloom(screen.update)
t.start()
hue_interface.lights_on_off('on')
utility.write_config('App State', 'running', True)
def stop():
global t
try:
t.join()
except NameError:
pass
utility.write_config('App State', 'running', False)
def stop():
global t
try:
t.join()
except NameError:
pass
utility.write_config('App State', 'running', False)
def create_config(hue_ip, username):
config = ConfigParser.RawConfigParser()
lights = hue_interface.get_lights_list(hue_ip, username)
active = ','.join([str(0) for light in lights])
default_bulb_settings = {}
for light in lights:
settings = {'max_bri': 254, 'min_bri': 1}
default_bulb_settings[light] = settings
config.add_section('Configuration')
config.set('Configuration', 'hue_ip', hue_ip)
config.set('Configuration', 'username', username)
config.set('Configuration', 'auto_start', 0)
config.set('Configuration', 'current_preset', '')
config.add_section('Light Settings')
config.set('Light Settings', 'all_lights', ','.join(lights))
config.set('Light Settings', 'active', active)
config.set('Light Settings', 'bulb_settings',
json.dumps(default_bulb_settings))
config.set('Light Settings', 'update', '0.7')
config.set('Light Settings', 'update_buffer', '0')
config.set('Light Settings', 'default', '')
config.set('Light Settings', 'max_bri', '254')
config.set('Light Settings', 'min_bri', '1')
config.set('Light Settings', 'zones', '[]')
config.set('Light Settings', 'zone_state', 0)
config.set('Light Settings', 'display_index', 0)
config.set('Light Settings', 'sat', 1.0)
config.add_section('Party Mode')
config.set('Party Mode', 'running', 0)
config.add_section('App State')
config.set('App State', 'running', False)
directory = os.getenv('APPDATA') or os.getenv('HOME')
directory = os.path.join(directory, 'screenBloom')
if not os.path.exists(directory):
os.makedirs(directory)
with open(utility.get_config_path(), 'wb') as config_file:
config.write(config_file)
# Now that the config is created, set initial light setting
utility.write_config(
'Light Settings', 'default',
json.dumps(utility.get_hue_initial_state(hue_ip, username)))
def stop_screenbloom():
print '\nEnding screenBloom thread...'
config = ConfigParser.RawConfigParser()
config.read(utility.get_config_path())
utility.write_config('App State', 'running', '0')
# End currently running threads
try:
t.join()
except NameError:
print 'ScreenBloom thread not running'
sb_controller.update_bulb_default()
data = {'message': 'Successfully ended screenBloom thread'}
return data
def create_config(hue_ip, username):
config = ConfigParser.RawConfigParser()
lights = hue_interface.get_lights_list(hue_ip, username)
active = ','.join([str(0) for light in lights])
default_bulb_settings = {}
for light in lights:
settings = {
'max_bri': 254,
'min_bri': 1
}
default_bulb_settings[light] = settings
config.add_section('Configuration')
config.set('Configuration', 'hue_ip', hue_ip)
config.set('Configuration', 'username', username)
config.set('Configuration', 'auto_start', 0)
config.set('Configuration', 'current_preset', '')
config.add_section('Light Settings')
config.set('Light Settings', 'all_lights', ','.join(lights))
config.set('Light Settings', 'active', active)
config.set('Light Settings', 'bulb_settings', json.dumps(default_bulb_settings))
config.set('Light Settings', 'update', '0.7')
config.set('Light Settings', 'update_buffer', '0')
config.set('Light Settings', 'default', '')
config.set('Light Settings', 'max_bri', '254')
config.set('Light Settings', 'min_bri', '1')
config.set('Light Settings', 'zones', '[]')
config.set('Light Settings', 'zone_state', 0)
config.set('Light Settings', 'display_index', 0)
config.set('Light Settings', 'sat', 1.0)
config.add_section('Party Mode')
config.set('Party Mode', 'running', 0)
config.add_section('App State')
config.set('App State', 'running', False)
directory = os.getenv('APPDATA') + '\\screenBloom'
if not os.path.exists(directory):
os.makedirs(directory)
with open(utility.get_config_path(), 'wb') as config_file:
config.write(config_file)
# Now that the config is created, set initial light setting
utility.write_config('Light Settings', 'default', json.dumps(utility.get_hue_initial_state(hue_ip, username)))
def delete_preset(preset_number):
config = ConfigParser.RawConfigParser()
config.read(utility.get_config_path())
current_preset = config.get('Configuration', 'current_preset')
with open(utility.get_json_filepath()) as data_file:
presets = json.load(data_file)
key = 'preset_' + str(preset_number)
if presets[key]['preset_name'] == current_preset:
utility.write_config('Configuration', 'current_preset', '')
del presets[key]
with open(utility.get_json_filepath(), 'w') as f:
json.dump(presets, f)
def delete_preset(preset_number):
config = ConfigParser.RawConfigParser()
config.read(utility.get_config_path())
current_preset = config.get('Configuration', 'current_preset')
with open(utility.get_json_filepath()) as data_file:
presets = json.load(data_file)
key = 'preset_' + str(preset_number)
if presets[key]['preset_name'] == current_preset:
utility.write_config('Configuration', 'current_preset', '')
del presets[key]
with open(utility.get_json_filepath(), 'w') as f:
json.dump(presets, f)
def start_screenbloom():
config = utility.get_config_dict()
state = config['color_mode_enabled']
sb_controller.get_screen_object().bulb_state = 'on'
hue_interface.lights_on_off('On')
if state:
message = 'ScreenBloom already running'
else:
utility.write_config('Configuration', 'color_mode_enabled', True)
sb_controller.re_initialize()
sb_controller.start()
message = 'Color Mode Started!'
data = {'message': message}
return data
def restart_check():
global t
config = ConfigParser.RawConfigParser()
config.read(utility.get_config_path())
update = config.get('Light Settings', 'update')
try:
if t.isAlive():
print 'Restarting thread...'
t.join()
sb_controller.re_initialize()
utility.write_config('App State', 'running', '1')
t = sb_controller.ScreenBloom(update)
t.start()
print '\nHello!'
else:
sb_controller.re_initialize()
except NameError:
print 'Thread does not exist yet'
sb_controller.re_initialize()
def start_screenbloom():
config = ConfigParser.RawConfigParser()
config.read(utility.get_config_path())
state = int(config.get('App State', 'running'))
update = config.get('Light Settings', 'update')
sb_controller.get_screen_object().bulb_state = 'on'
if update:
state = False
if state:
message = 'ScreenBloom already running'
else:
utility.write_config('App State', 'running', '1')
global t
t = sb_controller.ScreenBloom(update)
t.start()
print '\nHello!'
message = 'ScreenBloom thread initialized'
data = {'message': message}
return data
def start():
global t
screen = get_screen_object()
t = ScreenBloom(screen.update)
t.start()
utility.write_config('App State', 'running', True)
def start():
global t
screen = get_screen_object()
t = ScreenBloom(screen.update)
t.start()
utility.write_config('App State', 'running', True)
def apply_preset(preset_number):
with open(utility.get_json_filepath()) as data_file:
presets = json.load(data_file)
preset_index = 'preset_' + str(preset_number)
preset = presets[preset_index]
utility.write_config('Light Settings', 'min_bri', preset['min_bri'])
utility.write_config('Light Settings', 'max_bri', preset['max_bri'])
utility.write_config('Light Settings', 'black_rgb', preset['black_rgb'])
utility.write_config('Light Settings', 'update', preset['update'])
utility.write_config('Light Settings', 'update_buffer',
preset['update_buffer'])
utility.write_config('Light Settings', 'default', preset['default'])
utility.write_config('Party Mode', 'running', preset['party_mode'])
utility.write_config('Configuration', 'auto_start', preset['autostart'])
utility.write_config('Light Settings', 'zone_state', preset['zone_state'])
utility.write_config('Light Settings', 'zones', preset['zones'])
utility.write_config('Light Settings', 'active', preset['active'])
utility.write_config('Light Settings', 'bulb_settings',
preset['bulb_settings'])
utility.write_config('Light Settings', 'display_index',
preset['display_index'])
utility.write_config('Light Settings', 'color_mode', preset['color_mode'])
return preset
def apply_preset(preset_number):
with open(utility.get_json_filepath()) as data_file:
presets = json.load(data_file)
preset_index = 'preset_' + str(preset_number)
preset = presets[preset_index]
utility.write_config('Configuration', 'auto_start', preset['autostart'])
utility.write_config('Configuration', 'current_preset', preset['preset_name'])
utility.write_config('Light Settings', 'min_bri', preset['min_bri'])
utility.write_config('Light Settings', 'max_bri', preset['max_bri'])
utility.write_config('Light Settings', 'update', preset['update'])
utility.write_config('Light Settings', 'update_buffer', preset['update_buffer'])
utility.write_config('Light Settings', 'zone_state', preset['zone_state'])
utility.write_config('Light Settings', 'zones', preset['zones'])
utility.write_config('Light Settings', 'active', preset['active'])
utility.write_config('Light Settings', 'bulb_settings', preset['bulb_settings'])
utility.write_config('Light Settings', 'display_index', preset['display_index'])
utility.write_config('Party Mode', 'running', preset['party_mode'])
view_logic.stop_screenbloom()
if preset['autostart']:
view_logic.start_screenbloom()
return preset
def apply_preset(preset_number):
with open(utility.get_json_filepath()) as data_file:
presets = json.load(data_file)
preset_index = 'preset_' + str(preset_number)
preset = presets[preset_index]
utility.write_config('Configuration', 'auto_start', preset['autostart'])
utility.write_config('Configuration', 'current_preset',
preset['preset_name'])
utility.write_config('Light Settings', 'min_bri', preset['min_bri'])
utility.write_config('Light Settings', 'max_bri', preset['max_bri'])
utility.write_config('Light Settings', 'update', preset['update'])
utility.write_config('Light Settings', 'update_buffer',
preset['update_buffer'])
utility.write_config('Light Settings', 'zone_state', preset['zone_state'])
utility.write_config('Light Settings', 'zones', preset['zones'])
utility.write_config('Light Settings', 'active', preset['active'])
utility.write_config('Light Settings', 'bulb_settings',
preset['bulb_settings'])
utility.write_config('Light Settings', 'display_index',
preset['display_index'])
utility.write_config('Party Mode', 'running', preset['party_mode'])
view_logic.stop_screenbloom()
if preset['autostart']:
view_logic.start_screenbloom()
return preset