सुविधाजनक कंकड़, स्थिर नूलाइट और सस्ती esp8266 के साथ स्वचालन

# -*- coding: utf-8 -*- #!/usr/bin/env python import serial import time class NooLiteCommand: def __init__(self, ch, cmd, mode=0, ctr=0, res=0, fmt=0, d0=0, d1=0, d2=0, d3=0, id0=0, id1=0, id2=0, id3=0): self.st = 171 self.mode = mode self.ctr = ctr self.res = res self.ch = ch self.cmd = cmd self.fmt = fmt self.d0 = d0 self.d1 = d1 self.d2 = d2 self.d3 = d3 self.id0 = id0 self.id1 = id1 self.id2 = id2 self.id3 = id3 self.sp = 172 @property def crc(self): crc = sum([ self.st, self.mode, self.ctr, self.res, self.ch, self.cmd, self.fmt, self.d0, self.d1, self.d2, self.d3, self.id0, self.id1, self.id2, self.id3, ]) return crc if crc < 256 else divmod(crc, 256)[1] def to_bytes(self): return bytearray([ self.st, self.mode, self.ctr, self.res, self.ch, self.cmd, self.fmt, self.d0, self.d1, self.d2, self.d3, self.id0, self.id1, self.id2, self.id3, self.crc, self.sp ]) class NooliteSerial: def __init__(self, tty_name): self.tty = self._get_tty(tty_name) def on(self, ch): self.send_command(ch, 2, 2, 0) pass def off(self, ch): self.send_command(ch, 0, 2, 0) pass def status(self, ch): m = self.send_command(ch, 128, 2, 0) pass def send_command(self, ch, cmd, mode=0, ctr=0, res=0, fmt=0, d0=0, d1=0, d2=0, d3=0, id0=0, id1=0, id2=0, id3=0): command = NooLiteCommand(ch, cmd, mode, ctr, res, fmt, d0, d1, d2, d3, id0, id1, id2, id3) self.tty.write(command.to_bytes()) while True: bytes_response = list(self.tty.read(117)) if bytes_response: all_responses.append(bytes_response) if bytes_response[3] == 0: break else: break return all_responses @staticmethod def _get_tty(tty_name): serial_port = serial.Serial(tty_name, timeout=0.1) if not serial_port.is_open: serial_port.open() serial_port.flushInput() serial_port.flushOutput() return serial_port noo_serial = NooliteSerial('/dev/ttyUSB0') #ch, cmd, mode, ctr #noo_serial.send_command(1, 15, 2, 0) #    1 #noo_serial.send_command(0, 4, 2, 0) #switch #noo_serial.send_command(0, 2, 2, 0) #turn on #noo_serial.send_command(0, 3, 2, 0) #   #noo_serial.send_command(0, 0, 2, 0) #turn off #noo_serial.send_command(0, 15, 2, 0) #  #noo_serial.send_command(0, 128, 2, 0,0,1) #CMD_Read_State + fmt = 1 #noo_serial.on(0) #noo_serial.status(0) #noo_serial.off(0) #noo_serial.off(0) #noo_serial.status(0) #noo_serial.send_command(ch=0,ctr=8, cmd=4, id0=0,id1=0,id2=48,id3=114) #switch noolite ID 0.0.48.114 

 var UI = require('ui'); var ajax = require('ajax'); var noolite = [ ['','http://your-home-server-ip-address:1183/mqtt/gate/slidegate', 'images/gate.png'], ['','http://your-home-server-ip-address:1183/mqtt/gate/garage', 'images/door.png'], ['!','http://your-home-server-ip-address:1183/noolite/switch/103', 'images/light.png'], [' ','http://your-home-server-ip-address:1183/noolite/switch/100', 'images/system2.png'], ['1  ','', 'images/light.png'], ['2  ','', 'images/light.png'], [' 1','http://your-home-server-ip-address:1183/noolite/switch/101', 'images/light.png'], [' 2','http://your-home-server-ip-address:1183/noolite/switch/102', 'images/light.png'], ['','', 'images/water.png'], ['','http://your-home-server-ip-address:1183/admin/system/1', 'images/system1.png'], ]; var water = [ [' ','http://your-home-server-ip-address:1183/admin/poliv/1', 'images/water.png'], [' ','http://your-home-server-ip-address:1183/admin/poliv/2', 'images/water.png'], [' 1 ','http://your-home-server-ip-address:1183/noolite/switch/20', 'images/water.png'], [' 2 ','http://your-home-server-ip-address:1183/noolite/switch/21', 'images/water.png'], [' 3 ','http://your-home-server-ip-address:1183/noolite/switch/22', 'images/water.png'], [' 4 ','http://your-home-server-ip-address:1183/noolite/switch/23', 'images/water.png'], [' 5 ','http://your-home-server-ip-address:1183/admin/poliv/switch/5', 'images/water.png'], [' 6 ','http://your-home-server-ip-address:1183/admin/poliv/switch/6', 'images/water.png'], [' 7 ','http://your-home-server-ip-address:1183/admin/poliv/switch/7', 'images/water.png'], [' 8 ','http://your-home-server-ip-address:1183/admin/poliv/switch/8', 'images/water.png'], [' 9 ','http://your-home-server-ip-address:1183/admin/poliv/switch/9', 'images/water.png'], ]; var light1 = [ [' ','http://your-home-server-ip-address:1183/noolite/switch/6', 'images/light.png'], [' ','http://your-home-server-ip-address:1183/noolite/switch/0', 'images/light.png'], ['  ','http://your-home-server-ip-address:1183/noolite/switch/1', 'images/light.png'], ['  ','http://your-home-server-ip-address:1183/noolite/switch/7', 'images/light.png'], ['  ','http://your-home-server-ip-address:1183/noolite/switch/8', 'images/light.png'], [' 1 ','http://your-home-server-ip-address:1183/noolite/switch/2', 'images/light.png'], [' 1 ','http://your-home-server-ip-address:1183/noolite/switch/3', 'images/light.png'], [' 1 ','http://your-home-server-ip-address:1183/noolite/switch/4', 'images/light.png'], [' ','http://your-home-server-ip-address:1183/noolite/switch/5', 'images/light.png'], [' ','http://your-home-server-ip-address:1183/noolite/switch/9', 'images/light.png'], ]; var light2 = [ [' ','http://your-home-server-ip-address:1183/noolite/switch/15', 'images/light.png'], [' ','http://your-home-server-ip-address:1183/noolite/switch/16', 'images/light.png'], [' 2 ','http://your-home-server-ip-address:1183/noolite/switch/10', 'images/light.png'], [' 2 ','http://your-home-server-ip-address:1183/noolite/switch/11', 'images/light.png'], [' 2 ','http://your-home-server-ip-address:1183/noolite/switch/12', 'images/light.png'], [' ','http://your-home-server-ip-address:1183/noolite/switch/13', 'images/light.png'], ['  ','http://your-home-server-ip-address:1183/noolite/switch/14', 'images/light.png'], ]; var menu = new UI.Menu({ sections: [{ items: [{ title: '', subtitle: '' }] }] }); var menu1 = new UI.Menu({ sections: [{ items: [{ title: '', subtitle: '' }] }] }); var menu2 = new UI.Menu({ sections: [{ items: [{ title: '', subtitle: '' }] }] }); var menu3 = new UI.Menu({ sections: [{ items: [{ title: '', subtitle: '' }] }] }); var items = []; for (var i=0; i<noolite.length; i++) { items[i] = { title: noolite[i][0], subtitle: '', icon: noolite[i][2] }; } var items1 = []; for (var i=0; i<light1.length; i++) { items1[i] = { title: light1[i][0], subtitle: '', icon: light1[i][2] }; } var items2 = []; for (var i=0; i<light2.length; i++) { items2[i] = { title: light2[i][0], subtitle: '', icon: light2[i][2] }; } var items3 = []; for (var i=0; i<water.length; i++) { items3[i] = { title: water[i][0], subtitle: '', icon: water[i][2] }; } menu.items(0, items); menu1.items(0, items1); menu2.items(0, items2); menu3.items(0, items3); menu.show(); menu.on('select', function(e) { if (e.itemIndex == 4) { menu1.show(); } else if (e.itemIndex == 5) { menu2.show(); } else if (e.itemIndex ==8) { menu3.show(); } else { var url = noolite[e.itemIndex][1]; console.log(url); ajax({ url: url, method: 'get' }, function(data) { console.log('switched OK'); }, function(error) { // Failure! console.log('error'); } ); } }); menu1.on('select', function(e) { var url = light1[e.itemIndex][1]; console.log(url); ajax({ url: url, method: 'get' }, function(data) { console.log('switched OK'); }, function(error) { // Failure! console.log('error'); } ); }); menu2.on('select', function(e) { var url = light2[e.itemIndex][1]; console.log(url); ajax({ url: url, method: 'get' }, function(data) { console.log('switched OK'); }, function(error) { // Failure! console.log('error'); } ); }); menu3.on('select', function(e) { var url = water[e.itemIndex][1]; ajax({ url: url, method: 'get' }, function(data) { console.log('switched OK'); }, function(error) { // Failure! console.log('error'); } ); }); 

 --load credentials dofile("credentials.lua") function init(name, pass) wifi.setmode(wifi.STATION) wifi.sta.config(name, pass) wifi.sta.connect() tmr.alarm(0, 1000, 1, function() if wifi.sta.getip()== nil then print("IP unavaiable, Waiting...") else tmr.stop(0) print("Config done, IP is "..wifi.sta.getip()) print("mac : "..wifi.sta.getmac()) dofile("mqtt.lua") end end) end print("START!") init(SSID,PASSWORD) 

 local door = 7 -- gpio13 local window = 6 -- gpio12 local cooler = 5 --gpio14 local led = 4 --GPIO2 board led! LOW == turn ON local light1 = 8 --gpio 15 local light2 = 1 --gpio 5 local light3 = 2 -- gpio 4 function register_myself() m:subscribe("mqtt_buddy/#",0,function(conn) print ("subscribed to Xim mqtt.ximxim.com server") end) end m = mqtt.Client("MQTT_BUDDY_SHOW_ROOM", 120, MQTT_USER, MQTT_PASS) m:on("connect", function(client) print ("connected to Xim mqtt.ximxim.com server") end) m:on("offline", function(client) reconnect_mqtt() end) m:on("message", function(client, topic, data) --print(topic.." data:"..data) if topic == "mqtt_buddy/window" and data == "1" then print "open-close window..." gpio.write(window, gpio.HIGH) gpio.write(led, gpio.LOW) tmr.alarm(1, 1000, tmr.ALARM_SINGLE, function() gpio.write(window, gpio.LOW) gpio.write(led, gpio.HIGH) print "command to close\open window is sent!" end) elseif topic == "mqtt_buddy/door" and data == "1" then print "open-close door..." gpio.write(door, gpio.HIGH) gpio.write(led, gpio.LOW) tmr.alarm(2, 1000, tmr.ALARM_SINGLE, function() gpio.write(door, gpio.LOW) gpio.write(led, gpio.HIGH) print "command to close\open door is sent!" end) elseif topic == "mqtt_buddy/cooler" then if data == "1" then print "switch on fan..." gpio.write(cooler, gpio.HIGH) gpio.write(led, gpio.LOW) else print "switch off fan..." gpio.write(cooler, gpio.LOW) gpio.write(led, gpio.HIGH) end elseif topic == "mqtt_buddy/light1" then if data == "1" then print "switch light1 ON..." gpio.write(light1, gpio.HIGH) gpio.write(led, gpio.LOW) else print "switch light1 off..." gpio.write(light1, gpio.LOW) gpio.write(led, gpio.HIGH) end elseif topic == "mqtt_buddy/light2" then if data == "1" then print "switch light2 ON..." gpio.write(light2, gpio.HIGH) gpio.write(led, gpio.LOW) else print "switch light2 off..." gpio.write(light2, gpio.LOW) gpio.write(led, gpio.HIGH) end elseif topic == "mqtt_buddy/light3" then if data == "1" then print "switch light3 ON..." gpio.write(light3, gpio.HIGH) gpio.write(led, gpio.LOW) else print "switch light3 off..." gpio.write(light3, gpio.LOW) gpio.write(led, gpio.HIGH) end end end) m:connect(MQTT_SERVER, MQTT_SERVER_PORT, 0, function(conn) register_myself() end)