import IOT
import time
IOT.initService()
notifiableThings = IOT.find(IOT.All, ["light", "speaker", "sign"])
def notify(self):
if "speaker" in self.type:
self.speak("You have a notification!")
elif "light" in self.type:
onoff, red, green, blue = self.light()
self.light() = True, 255, 0, 0
time.sleep(1)
self.light() = onoff, red, green, blue
time.sleep(1)
self.light() = True, 255, 0, 0
time.sleep(1)
self.light() = onoff, red, green, blue
elif "sign" in self.type:
sign = self.sign()
self.sign() = "http://notify.gif"
time.sleep(1)
self.sign() = sign
notifiableThings._reg("notify", notify)
__author__ = 'Jackie'
from phue import Bridge
import IOT
IOT.initializeMQTT()
SERVER_ADDRESS = "192.168.1.100"
b = Bridge(SERVER_ADDRESS)
b.connect()
def setBrightness(obj, x):
obj.brightness = x
hue_light1 = b.lights[0]
light1 = IOT.Thing("light1")
light1._createType("light")
light1._createMethod("turn", lambda x: setBrightness(hue_light1, 255 if x else 0),{}, "turn on or off light")
light1._createMethod("light", lambda: hue_light1.brightness,{}, "get the brightness")
light1._createMethod("brightness", lambda x: setBrightness(hue_light1, x), {}, "set the brightness of the light")
hue_light2 = b.lights[1]
light2 = IOT.Thing("light2")
light2._createType("light")
light2._createMethod("turn", lambda x: setBrightness(hue_light2, 255 if x else 0),{}, "turn on or off light")
light2._createMethod("light", lambda: hue_light2.brightness,{}, "get the brightness")
light2._createMethod("brightness", lambda x: setBrightness(hue_light2, x), {}, "set the brightness of the light")
__author__ = 'Jackie' import time import IOT IOT.initialize() time.sleep(10) IOT.selectAll().identify()
__author__ = 'Jackie'
import IOT
IOT.init()
thing = IOT.Thing("thing")
thing._createMethod("identify", lambda: print("hello world"), {})
thing._createMethod("print", lambda x: print(x), {"text":"string"})
anotherThing = IOT.Thing("thing")
def adrianDis():
return int(IOT.selectWithName("Nexus 5-A")[0]._rssi)
def isAdrianAround():
return len(IOT.selectWithName("Nexus 5-A")) == 1
def notifyMe(urgent):
if urgent:
notify(IOT.selectAll())
else:
notify(IOT.selectNearest())
import IOT
import random
import time
IOT.initialize()
def isAdrianAround():
return len(IOT.selectWithName("Nexus 5-A")) == 1
def adrianDis():
return int(IOT.selectWithName("Nexus 5-A")[0]._rssi)
def notify(devices):
for device in devices:
if "speaker" in device._type:
device.speak("Adrian is around you!!!")
if "lights" in device._type:
device.setLights("true", str(random.randint(0, 255)), str(random.randint(0, 255)), str(random.randint(0, 255)))
def notifyMe(urgent):
if urgent:
notify(IOT.selectAll())
else:
notify(IOT.selectNearest())
while True:
if isAdrianAround():
print("Adrian is around ", adrianDis())
if isAdrianAround() and adrianDis() > -75:
if adrianDis() > -65:
notifyMe(True)
from flask import Flask, render_template, request, abort
from IOT import *
#
# constant value
#
APP = Flask(__name__)
DEFAULT_WAITING_TIME_WHOLE = 20
DEFAULT_WAITING_TIME_DISH = 10
CONSUMER_DISPLAY = 4
try:
iot = IOT()
except:
print('no iot')
pass
#
# table: information of all tables in the restaurant
# id: the id of table
# finished: the precent of dish finished 0~100
# dish: number of dish finished
# time_left: time left for eating the dish
# status: whether the table is empty, 0 = empty, 1 = occupy
# order: how many dishes ordered
#
table = [{
'id': 0,
'finished': 0,
'dish': 0,
'time_left': 0,
'status': 0,
