def interpritMessage(self, client, userdata, message):
"""Interprets MQTT message and handles creating/joining of threads"""
try:
msg = json.loads(message.payload)['message']
except ValueError:
print('MISSING DELIMITER IN JSON')
return
if 'args' in message.payload:
try:
args = json.loads(message.payload)['args']
except ValueError:
print('MISSING DELIMITER IN JSON')
else:
args = ''
print('Message received: \"{}\" from topic {}'.format(
msg, message.topic))
if self.thread.isAlive():
print('JOINING THREAD')
self.thread.should_stop = True
self.thread.join()
if 'clock' in msg:
clock_attrs = ClockAttributes(args)
self.thread = ClockThread(
3, clock_attrs.unit, clock_attrs.zip_code, clock_attrs.region,
clock_attrs.temp_color, clock_attrs.day_color,
clock_attrs.date_color, clock_attrs.hour_color,
clock_attrs.minute_color)
self.thread.should_stop = False
self.thread.start()
if 'image' in msg:
cvs = Module.image_canvas_from_url(args)
if cvs.has_data():
self.send_message(True, 'successfully downloaded image')
else:
self.send_message(False, 'failed to download image')
self.thread = CanvasThread(cvs)
self.thread.start()
if 'gif' in msg:
args = './gifs/' + args + '.gif'
anim = Module.gif_anim(args)
if len(anim) > 1:
self.send_message(True, 'successfully compiled gif')
else:
self.send_message(False, 'failed to compile gif')
self.thread = AnimationThread(anim)
self.thread.should_stop = False
self.thread.start()
def undo(self, mod: modules.Module):
props = mod.get_exposed_props()
if self.before and self.before.keys() == props.keys() \
and props() == self.after:
mod.set_exposed_props(self.before)
return mod
else:
print("tried to undo, but the target props are", self.before,
"while the current are", props)
return None
def do(self, mod: modules.Module, pos: base.Vec2d) -> modules.Module:
self.pos = pos
self.before = mod_props = mod.get_exposed_props()
for name, change in self.changes.items():
if name in mod_props and self.type_test(change):
mod_props[name] = change
else:
return mod
self.after = mod_props
mod.set_exposed_props(mod_props)
return mod
def open_modules():
""" Function that will load all modules """
dirs = os.listdir(path + "modules/")
modules = {}
for dir in dirs:
modules[dir] = Module(dir, path)
return modules
def test_gif(gif_path):
anim = Module.gif_anim(gif_path)
matrix = EzMatrix()
while True:
matrix.run_anim(anim)
def test_img(image_path):
cvs = Module.image_canvas_from_path(image_path)
matrix = EzMatrix()
while True:
matrix.draw_canvas(cvs)
def run(self):
temp_cvs = Module.temperature_canvas(self.unit, self.zip_code,
self.temp_color)
tme = int(time.time())
while not self.should_stop:
if int(time.time()) - tme == self.ref_rate:
temp_cvs = Module.temperature_canvas(self.unit, self.zip_code,
self.temp_color)
tme = int(time.time())
time_cvs = Canvas(25, 19).add_subcanvas(
Module.time_canvas(self.region, self.day_color,
self.date_color, self.hour_color,
self.hour_color, self.minute_color),
Point(0, 6))
time_cvs.add_subcanvas(temp_cvs, Point(9, 0))
matrix.draw_canvas(Canvas().add_subcanvas(time_cvs, Point(3, 6)))
def draw_dashboard(ref_rate=3): # includes clock and temperature
""" ref_rate is the interval (in minutes) between weather API calls """
temp_cvs = Module.temperature_canvas('f', '94103', Color.green())
ref_rate = ref_rate * 60
tme = int(time.time())
matrix = EzMatrix()
while True:
if int(time.time()) - tme == ref_rate:
temp_cvs = Module.temperature_canvas('f', '94103', Color.green())
tme = int(time.time())
time_cvs = Canvas(25,
19).add_subcanvas(Module.time_canvas('US/Pacific'),
Point(0, 6))
time_cvs.add_subcanvas(temp_cvs, Point(9, 0))
matrix.draw_canvas(Canvas().add_subcanvas(time_cvs, Point(3, 6)))
def lipo(self, platform, *frameworks):
merged = super(FrameworkModule, self).lipo(platform, *frameworks)
framework_module = FrameworkModule(Module(
merged.name,
merged.library_path,
glob('{}/Headers/*.h'.format(merged.framework_path)),
self.module.umbrella_header,
self.module.submodules
))
framework_module.framework_path = 'Frameworks/{}/{}.framework'.format(
platform.name, self.name)
framework_module.is_created = True
framework_module.abs_path = os.path.abspath(merged.framework_path)
return framework_module
def dice(d, file):
"""Output a Tracery module simulating a given dice roll using NdS notation."""
n, s = d.split('d')
n = int(n)
s = int(s)
possibility_space = itertools.product([i+1 for i in range(s)], repeat=n)
possibility_space = [sum(x) for x in possibility_space]
virtual_name = 'dice({0})'.format(d)
return Module(
name=virtual_name,
file_path='!dice({0})'.format(d),
productions={
virtual_name: ['{0}'.format(x) for x in possibility_space]
},
external=True,
variables=set(),
links=set()
)
def __init__(self, *args, **kwargs):
"""Constructor"""
Module.__init__(self, kwargs=kwargs)
def __init__(self, parser):
Module.__init__(self, parser, self.name)
self.hook_on = clang.cindex.CursorKind.CALL_EXPR
def __init__(self, parser):
Module.__init__(self, parser, self.name)
self.hook_on = clang.cindex.CursorKind.CALL_EXPR
if manufacturer is None:
return [
i['inverter'] for i in json.loads(open(SPATH + '/si.json').read())
]
else:
a = []
for i in json.loads(open(SPATH + '/si.json').read()):
if i['inverter'].find(manufacturer) != -1:
a.append(i['inverter'])
return a
if __name__ == "__main__":
from modules import Module, Array
PANEL = Module('Mage Solar : Powertec Plus 245-6 PL *')
INVERTER = Inverter("Enphase Energy: M215-60-SIE-S2x 240V",
Array(PANEL, [{
'series': 1
}]))
print INVERTER.array
print ""
print INVERTER.dump()
# si = sb6000us(s)
print INVERTER.p_ac(950)
print INVERTER.i_ac(960, 240)
INVERTER = Inverter("SMA America: SB7000US-11 277V",
Array(PANEL, [{
'series': 11,
def postag(sentence):
return Module.extract_agents(sentence)
def clock(): # does not include temperature
matrix = EzMatrix()
while True:
matrix.draw_canvas(Canvas().add_subcanvas(
Module.time_canvas('US/Pacific'), Point(3, 9)))
def __init__(self, *args, **kwargs):
"""Constructor"""
Module.__init__(self, kwargs=kwargs)
def p_newMod(p):
'modName : MODULE NAME'
nonlocal curentMod
curentMod = Module(p[2])
