This happened while trying to scan my network from Raspbian on a Pi 4

[ShaneSpina]

Scanning local network for Tuya devices...
Traceback (most recent call last):
File "/usr/lib/python3.7/runpy.py", line 193, in _run_module_as_main
"main", mod_spec)
File "/usr/lib/python3.7/runpy.py", line 85, in _run_code
exec(code, run_globals)
File "/home/shane/.local/lib/python3.7/site-packages/tinytuya/main.py", line 48, in
tinytuya.wizard(color)
File "/home/shane/.local/lib/python3.7/site-packages/tinytuya/init.py", line 1479, in wizard
devices = deviceScan(False, 20)
File "/home/shane/.local/lib/python3.7/site-packages/tinytuya/init.py", line 1139, in deviceScan
client.bind(("", UDPPORT))
OSError: [Errno 98] Address already in use

[ShaneSpina]

OK so I figured that bit out on my own.. I had to Stop the HASS container.. now to figure out why this is:

[Dog Run Lights] - 192.168.86.114 - No Response

I can Ping the IP, I can control the device (On/Off) from HA and the Tuya app.. I get the same output from Raspbian on my Pi and my Win10 laptop. The tuya app shows good network connectivity..

[jasonacox]

HASS was likely configured to open the UDP port 6666 for listening so the OS would not allow tinytuya to open it as well.

No response can indicate an invalid key. What do you get with python -m tinytuya scan ? Also, did you use the wizard (python -m tinytuya wizard) to grab the device LOCAL_KEY?

One other suggestion: make sure you are using the latest version of tinytuya (1.1.1):

pip install --upgrade tinytuya

[ShaneSpina]

I just did the upgrade to tiny tuya and still get the same result from "python -m tinytuya wizard" I'll show you the piped result of the scan method:

Polling local devices...
←[0m←[32m[Dog Run Motion Sensor] - ←[0m←[97m←[2m0 - ←[0m←[91m←[1mError: No IP found←[97m←[0m
←[0m←[32m[Front Door Sensor] - ←[0m←[97m←[2m0 - ←[0m←[91m←[1mError: No IP found←[97m←[0m
←[0m←[32m[Bedroom Strip Left] - ←[0m←[97m←[2m192.168.86.111 - ←[0m←[91m←[2mNo Response
←[0m←[32m[Bedroom Strip Right] - ←[0m←[97m←[2m192.168.86.57 - ←[0m←[91m←[2mNo Response
←[0m←[32m[Dog Run Lights] - ←[0m←[97m←[2m192.168.86.114 - ←[0m←[91m←[2mNo Response
←[0m←[32m[Bedroom TV Strip] - ←[0m←[97m←[2m192.168.86.113 - ←[0m←[91m←[2mNo Response
←[0m←[32m[Den Lamp 1] - ←[0m←[97m←[2m192.168.86.105 - ←[0m←[91m←[2mOff←[0m←[97m←[2m - DPS: {'1': False, '11': 0}
←[0m←[32m[Den Lamp 3] - ←[0m←[97m←[2m192.168.86.107 - ←[0m←[91m←[2mOff←[0m←[97m←[2m - DPS: {'1': False, '11': 0}
←[0m←[32m[Den Lamp 2] - ←[0m←[97m←[2m192.168.86.106 - ←[0m←[91m←[2mOff←[0m←[97m←[2m - DPS: {'1': False, '11': 0}
←[0m←[32m[Den Light 4] - ←[0m←[97m←[2m192.168.86.108 - ←[0m←[91m←[2mOff←[0m←[97m←[2m - DPS: {'1': False, '2': 'white', '3': 62, '4': 0, '5': '1b07000010ff1b', '6': '00ff0000000000', '7': 'white', '8': 'ffffff03ff003e8', '9': 'ffff5001ff0000', '10': 'ffff0505ff000000ff00ffff00ff00ff0000ff000000'}
←[0m←[32m[Outside Light 4] - ←[0m←[97m←[2m192.168.86.104 - ←[0m←[97m←[1mOn←[0m←[97m←[2m - DPS: {'1': True, '2': 255}
←[0m←[32m[Den Lights 6] - ←[0m←[97m←[2m192.168.86.110 - ←[0m←[91m←[2mOff←[0m←[97m←[2m - DPS: {'1': False, '2': 'white', '3': 255, '4': 0, '5': '1b07000010ff1b', '6': '00ff0000000000', '7': 'ffff500100ff00', '8': 'ffff8003ff000000ff000000ff000000000000000000', '9': 'ffff5001ff0000', '10': 'ffff0505ff000000ff00ffff00ff00ff0000ff000000'}
←[0m←[32m[Den Lights 5] - ←[0m←[97m←[2m192.168.86.109 - ←[0m←[91m←[2mOff←[0m←[97m←[2m - DPS: {'1': False, '2': 'white', '3': 255, '4': 0, '5': '1b07000010ff1b', '6': '00ff0000000000', '7': 'ffff500100ff00', '8': 'ffff8003ff000000ff000000ff000000000000000000', '9': 'ffff5001ff0000', '10': 'ffff0505ff000000ff00ffff00ff00ff0000ff000000'}
←[0m←[32m[Dimmer-Switch] - ←[0m←[97m←[2m192.168.86.201 - ←[0m←[91m←[2mNo Response
←[0m←[32m[Outside Light 2] - ←[0m←[97m←[2m0 - ←[0m←[91m←[1mError: No IP found←[97m←[0m
←[0m←[32m[Outside light 1] - ←[0m←[97m←[2m0 - ←[0m←[91m←[1mError: No IP found←[97m←[0m
←[0m←[32m[Outside Light 3] - ←[0m←[97m←[2m0 - ←[0m←[91m←[1mError: No IP found←[97m←[0m
←[0m←[97m←[1m

←[97m←[0mSaving device snapshot data to snapshot.json

**←[0m←[32m[Bedroom Strip Left] - ←[0m←[97m←[2m192.168.86.111 - ←[0m←[91m←[2mNo Response** this is what I don't get.. it was pulling before then stopped..

[jasonacox]

It does see some of your devices and is pulling back the data points, but a few errors as you noted:

• No IP found - tinytuya tries to determine the IP address by listening to UDP traffic from the devices. Naturally, if the device is unplugged it wont find the IP address. Otherwise, if the network is noisy you may need to have it wait longer by specifying a larger wait time (e.g. python -m tinytuya scan 30). In some cases, I've seen Tuya devices stop broadcasting in which case a power cycle was required to have them announce again (firmware upgrades sometime help this)

• No Response - I have seen this happen in two cases: 1) If you have the SmartLIfe app open, some devices will not allow a connection - closing the app can help. 2) The device uses a CONTROL command instead of the QUERY command to pull back data (seem a bit wrong but I have seen this) and for some reason, most of the devices have an ID string length of 22 instead of the standard 20.

Can you provide the output of a scan in addition to the wizard output to see if the "No Response" devices have an ID length of 22? Also, I notice the color escape sequences in our output, are you using Windows "Command Prompt" or the "Powershell" terminal? For Command Prompt (or if you are just piping output via RPi, Mac, Linux), you can use the -nocolor option to remove the color formatting escape sequences:

python -m tinytuya scan -nocolor 

[ShaneSpina]

I have 3 lights unplugged (outside light 1 2 3) so I get it not pulling data, everything else is plugged in

[ShaneSpina]

TinyTuya (Tuya device scanner) [1.1.1]

[Loaded devices.json - 17 devices]

Scanning on UDP ports 6666 and 6667 for devices (15 retries)...

Scanning... |
Outside Light 4 [Valid payload]: 192.168.86.104
ID = 50260100cc50e34998dd, Product ID = er62DNOUD6LiAJ3a, Version = 3.1
Status: {'1': True, '2': 255}
Scanning... /
Den Lights 5 [Valid payload]: 192.168.86.109
ID = 30065233807d3a198b34, Product ID = MQbuNaeaHJPSW5SC, Version = 3.1
Status: {'1': True, '2': 'white', '3': 255, '4': 0, '5': '1b07000010ff1b', '6': '00ff0000000000', '7': 'ffff500100ff00', '8': 'ffff8003ff000000ff000000ff000000000000000000', '9': 'ffff5001ff0000', '10': 'ffff0505ff000000ff00ffff00ff00ff0000ff000000'}
Scanning... -
Den Lights 6 [Valid payload]: 192.168.86.110
ID = 04434570b4e62d4c855b, Product ID = MQbuNaeaHJPSW5SC, Version = 3.1
Status: {'1': True, '2': 'white', '3': 255, '4': 0, '5': '1b07000010ff1b', '6': '00ff0000000000', '7': 'ffff500100ff00', '8': 'ffff8003ff000000ff000000ff000000000000000000', '9': 'ffff5001ff0000', '10': 'ffff0505ff000000ff00ffff00ff00ff0000ff000000'}
Scanning...
Den Light 4 [Valid payload]: 192.168.86.108
ID = 3006523384f3eb606f00, Product ID = MQbuNaeaHJPSW5SC, Version = 3.1
Status: {'1': True, '2': 'white', '3': 62, '4': 0, '5': '1b07000010ff1b', '6': '00ff0000000000', '7': 'white', '8': 'ffffff03ff003e8', '9': 'ffff5001ff0000', '10': 'ffff0505ff000000ff00ffff00ff00ff0000ff000000'}
Scanning... |
Scanning... /
Den Lamp 3 [Valid payload]: 192.168.86.107
ID = 40383726dc4f22e76454, Product ID = 6sV9KTLJQdb0INPB, Version = 3.3
Status: {'1': True, '11': 0}
Scanning... -
Bedroom Strip Right [Valid payload]: 192.168.86.57
ID = eb13e86690453773d8a2vt, Product ID = keys8pj5xkq8cmrm, Version = 3.3
Status: {'20': False, '21': 'colour', '22': 1000, '23': 0, '24': '00fe03e801f4', '25': '000e0d0000000000000000c80000', '26': 0}
Scanning...
Bedroom TV Strip [Valid payload]: 192.168.86.113
ID = eb644bae8f2d4c7242d1ft, Product ID = keys8pj5xkq8cmrm, Version = 3.3
Status: {'20': False, '21': 'colour', '22': 1000, '23': 0, '24': '00fe03e801f4', '25': '000e0d0000000000000000c80000', '26': 0}
Scanning... |
Bedroom Strip Left [Valid payload]: 192.168.86.111
ID = ebe817ae915f4013674rh4, Product ID = keys8pj5xkq8cmrm, Version = 3.3
Status: {'20': False, '21': 'colour', '22': 1000, '23': 0, '24': '00fe03e801f4', '25': '000e0d0000000000000000c80000', '26': 0}
Scanning... /
Dog Run Lights [Valid payload]: 192.168.86.114
ID = eb33b396ab9c8b109fizhk, Product ID = keys8pj5xkq8cmrm, Version = 3.3
Status: {'20': False, '21': 'colour', '22': 1000, '23': 1000, '24': '00ee00c40323', '25': '05646401000003e803e800000000646401007803e803e80000000064640100f003e803e800000000646401003d03e803e80000000064640100ae03e803e800000000646401011303e803e800000000', '26': 0}
Scanning... -
Dimmer-Switch [Valid payload]: 192.168.86.201
ID = 60558167f4cfa2072386, Product ID = tebc75erlgslgpn5, Version = 3.3
No Stats for 192.168.86.201: Unable to poll
Scanning...
Den Lamp 1 [Valid payload]: 192.168.86.105
ID = 53350301dc4f22d9a157, Product ID = 6sV9KTLJQdb0INPB, Version = 3.3
Status: {'1': True, '11': 0}
Scanning... |
Den Lamp 2 [Valid payload]: 192.168.86.106
ID = 05200285dc4f22c83e12, Product ID = 6sV9KTLJQdb0INPB, Version = 3.3
Status: {'1': True, '11': 0}
Scanning... /
Scanning... -
Scanning...
Scanning... |
Scanning... /
Scanning... -
Scanning...
Scanning... |
Scanning... /
Scanning... -
Scanning...
Scanning... |
Scanning... /
Scanning... -
Scanning... \

Scan Complete! Found 12 devices.

[jasonacox]

Thanks! I'm probably missing something obvious, but is there still a problem? It looks like you are getting a response for your devices:

Bedroom Strip Left [Valid payload]: 192.168.86.111
ID = ebe817ae915f4013674rh4, Product ID = keys8pj5xkq8cmrm, Version = 3.3
Status: {'20': False, '21': 'colour', '22': 1000, '23': 0, '24': '00fe03e801f4', '25': '000e0d0000000000000000c80000', '26': 0}

That looks like a RGB Color light. Here are the details for those DPS values:
https://github.com/jasonacox/tinytuya#version-33---light-type-rgb

If you are interested, here is an example script on how to control an RGB light:

tinytuya/examples/bulb.py

Lines 1 to 118 in 1f4644c

	# TinyTuya Example
	# -*- coding: utf-8 -*-
	"""
	TinyTuya - Smart Bulb RGB Test
	Author: Jason A. Cox
	For more information see https://github.com/jasonacox/tinytuya
	"""
	import tinytuya
	import time
	import os
	import random
	DEVICEID = "01234567891234567890"
	DEVICEIP = "10.0.1.99"
	DEVICEKEY = "0123456789abcdef"
	DEVICEVERS = "3.3"
	# Check for environmental variables and always use those if available
	DEVICEID = os.getenv("DEVICEID", DEVICEID)
	DEVICEIP = os.getenv("DEVICEIP", DEVICEIP)
	DEVICEKEY = os.getenv("DEVICEKEY", DEVICEKEY)
	DEVICEVERS = os.getenv("DEVICEVERS", DEVICEVERS)
	print("TinyTuya - Smart Bulb RGB Test [%s]\n" % tinytuya.__version__)
	print('TESTING: Device %s at %s with key %s version %s' %
	(DEVICEID, DEVICEIP, DEVICEKEY, DEVICEVERS))
	# Connect to Tuya BulbDevice
	d = tinytuya.BulbDevice(DEVICEID, DEVICEIP, DEVICEKEY)
	if(DEVICEVERS == '3.3'): # IMPORTANT to always set version
	d.set_version(3.3)
	else:
	d.set_version(3.1)
	# Keep socket connection open between commands
	d.set_socketPersistent(True)
	# Show status of device
	data = d.status()
	print('\nCurrent Status of Bulb: %r' % data)
	# Set to full brightness warm white
	print('\nWarm White Test')
	d.set_white()
	time.sleep(2)
	# Power Control Test
	print('\nPower Control Test')
	print(' Turn off lamp')
	d.turn_off()
	time.sleep(2)
	print(' Turn on lamp')
	d.turn_on()
	time.sleep(2)
	# Dimmer Test
	print('\nDimmer Control Test')
	for level in range(11):
	print(' Level: %d%%' % (level*10))
	d.set_brightness_percentage(level*10)
	time.sleep(1)
	# Colortemp Test
	print('\nColortemp Control Test (Warm to Cool)')
	for level in range(11):
	print(' Level: %d%%' % (level*10))
	d.set_colourtemp_percentage(level*10)
	time.sleep(1)
	# Flip through colors of rainbow - set_colour(r, g, b):
	print('\nColor Test - Cycle through rainbow')
	rainbow = {"red": [255, 0, 0], "orange": [255, 127, 0], "yellow": [255, 200, 0],
	"green": [0, 255, 0], "blue": [0, 0, 255], "indigo": [46, 43, 95],
	"violet": [139, 0, 255]}
	for x in range(2):
	for i in rainbow:
	r = rainbow[i][0]
	g = rainbow[i][1]
	b = rainbow[i][2]
	print(' %s (%d,%d,%d)' % (i, r, g, b))
	d.set_colour(r, g, b)
	time.sleep(2)
	print('')
	# Turn off
	d.turn_off()
	time.sleep(1)
	# Random Color Test
	d.turn_on()
	print('\nRandom Color Test')
	for x in range(10):
	r = random.randint(0, 255)
	g = random.randint(0, 255)
	b = random.randint(0, 255)
	print(' RGB (%d,%d,%d)' % (r, g, b))
	d.set_colour(r, g, b)
	time.sleep(2)
	# Test Modes
	print('\nTesting Bulb Modes')
	print(' White')
	d.set_mode('white')
	time.sleep(2)
	print(' Colour')
	d.set_mode('colour')
	time.sleep(2)
	print(' Scene')
	d.set_mode('scene')
	time.sleep(2)
	print(' Music')
	d.set_mode('music')
	time.sleep(2)
	# Done
	print('\nDone')
	d.set_white()

[ShaneSpina]

I figured it all out days ago.. sorry I should have updated.

[jasonacox]

Awesome! Thanks for the note. I'll close this issue.