Convert SmartIR Broadlink commands to Tuya

broadlink_to_tuya.py

import io
import base64
import json
import sys
from bisect import bisect
from struct import pack, unpack
from math import ceil

BRDLNK_UNIT = 269 / 8192

# MAIN API
filter = lambda x: [i for i in x if i<65535]

def encode_ir(command: str) -> str:
	# command = "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"
  signal = filter(get_raw_from_broadlink(base64.b64decode(command).hex()))

  payload = b''.join(pack('<H', t) for t in signal)
  compress(out := io.BytesIO(), payload, level = 2)
  payload = out.getvalue()
  return base64.encodebytes(payload).decode('ascii').replace('\n', '')


# COMPRESSION

def emit_literal_blocks(out: io.FileIO, data: bytes):
	for i in range(0, len(data), 32):
		emit_literal_block(out, data[i:i+32])

def emit_literal_block(out: io.FileIO, data: bytes):
	length = len(data) - 1
	assert 0 <= length < (1 << 5)
	out.write(bytes([length]))
	out.write(data)

def emit_distance_block(out: io.FileIO, length: int, distance: int):
	distance -= 1
	assert 0 <= distance < (1 << 13)
	length -= 2
	assert length > 0
	block = bytearray()
	if length >= 7:
		assert length < (1 << 8)
		block.append(length - 7)
		length = 7
	block.insert(0, length << 5 | distance >> 8)
	block.append(distance & 0xFF)
	out.write(block)

def compress(out: io.FileIO, data: bytes, level=2):
	'''
	Takes a byte string and outputs a compressed "Tuya stream".
	Implemented compression levels:
	0 - copy over (no compression, 3.1% overhead)
	1 - eagerly use first length-distance pair found (linear)
	2 - eagerly use best length-distance pair found
	3 - optimal compression (n^3)
	'''
	if level == 0:
		return emit_literal_blocks(out, data)

	W = 2**13 # window size
	L = 256+9 # maximum length
	distance_candidates = lambda: range(1, min(pos, W) + 1)

	def find_length_for_distance(start: int) -> int:
		length = 0
		limit = min(L, len(data) - pos)
		while length < limit and data[pos + length] == data[start + length]:
			length += 1
		return length
	find_length_candidates = lambda: \
		( (find_length_for_distance(pos - d), d) for d in distance_candidates() )
	find_length_cheap = lambda: \
		next((c for c in find_length_candidates() if c[0] >= 3), None)
	find_length_max = lambda: \
		max(find_length_candidates(), key=lambda c: (c[0], -c[1]), default=None)

	if level >= 2:
		suffixes = []; next_pos = 0
		key = lambda n: data[n:]
		find_idx = lambda n: bisect(suffixes, key(n), key=key)
		def distance_candidates():
			nonlocal next_pos
			while next_pos <= pos:
				if len(suffixes) == W:
					suffixes.pop(find_idx(next_pos - W))
				suffixes.insert(idx := find_idx(next_pos), next_pos)
				next_pos += 1
			idxs = (idx+i for i in (+1,-1)) # try +1 first
			return (pos - suffixes[i] for i in idxs if 0 <= i < len(suffixes))

	if level <= 2:
		find_length = { 1: find_length_cheap, 2: find_length_max }[level]
		block_start = pos = 0
		while pos < len(data):
			if (c := find_length()) and c[0] >= 3:
				emit_literal_blocks(out, data[block_start:pos])
				emit_distance_block(out, c[0], c[1])
				pos += c[0]
				block_start = pos
			else:
				pos += 1
		emit_literal_blocks(out, data[block_start:pos])
		return

	# use topological sort to find shortest path
	predecessors = [(0, None, None)] + [None] * len(data)
	def put_edge(cost, length, distance):
		npos = pos + length
		cost += predecessors[pos][0]
		current = predecessors[npos]
		if not current or cost < current[0]:
			predecessors[npos] = cost, length, distance
	for pos in range(len(data)):
		if c := find_length_max():
			for l in range(3, c[0] + 1):
				put_edge(2 if l < 9 else 3, l, c[1])
		for l in range(1, min(32, len(data) - pos) + 1):
			put_edge(1 + l, l, 0)

	# reconstruct path, emit blocks
	blocks = []; pos = len(data)
	while pos > 0:
		_, length, distance = predecessors[pos]
		pos -= length
		blocks.append((pos, length, distance))
	for pos, length, distance in reversed(blocks):
		if not distance:
			emit_literal_block(out, data[pos:pos + length])
		else:
			emit_distance_block(out, length, distance)

def get_raw_from_broadlink(string):
  dec = []
  unit = BRDLNK_UNIT  # 32.84ms units, or 2^-15s
  length = int(string[6:8] + string[4:6], 16)  # Length of payload in little endian

  i = 8
  while i < length * 2 + 8:  # IR Payload
    hex_value = string[i:i+2]
    if hex_value == "00":
      hex_value = string[i+2:i+4] + string[i+4:i+6]  # Quick & dirty big-endian conversion
      i += 4
    dec.append(ceil(int(hex_value, 16) / unit))  # Will be lower than initial value due to former round()
    i += 2

  return dec


def process_commands(filename):
  with open(filename, 'r') as file:
    data = json.load(file)

  def process_commands_recursively(commands):
    processed_commands = {}
    for key, value in commands.items():
      if isinstance(value, str):
        processed_commands[key] = encode_ir(value)
      elif isinstance(value, dict):
        processed_commands[key] = process_commands_recursively(value)
      else:
        processed_commands[key] = value

    return processed_commands

  data['commands'] = process_commands_recursively(data.get('commands', {}))
  data['supportedController'] = 'MQTT'
  data['commandsEncoding'] = 'Raw'
  return json.dumps(data, indent=2)


print(process_commands(sys.argv[1]))

Hi! I ported the changes to @svyatogor 's code and it works with all levels of compression! New code would be:

import io
import base64
import json
import sys
from bisect import bisect
from struct import pack, unpack
from math import ceil

BRDLNK_UNIT = 269 / 8192

# MAIN API
filter = lambda x: [i for i in x if i<65535]

def encode_ir(command: str) -> str:
	# command = "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"
  signal = filter(get_raw_from_broadlink(base64.b64decode(command).hex()))

  payload = b''.join(pack('<H', t) for t in signal)
  compress(out := io.BytesIO(), payload, level = 2)
  payload = out.getvalue()
  return base64.encodebytes(payload).decode('ascii').replace('\n', '')


# COMPRESSION

def emit_literal_blocks(out: io.FileIO, data: bytes):
	for i in range(0, len(data), 32):
		emit_literal_block(out, data[i:i+32])

def emit_literal_block(out: io.FileIO, data: bytes):
	length = len(data) - 1
	assert 0 <= length < (1 << 5)
	out.write(bytes([length]))
	out.write(data)

def emit_distance_block(out: io.FileIO, length: int, distance: int):
	distance -= 1
	assert 0 <= distance < (1 << 13)
	length -= 2
	assert length > 0
	block = bytearray()
	if length >= 7:
		assert length - 7 < (1 << 8)
		block.append(length - 7)
		length = 7
	block.insert(0, length << 5 | distance >> 8)
	block.append(distance & 0xFF)
	out.write(block)

def compress(out: io.FileIO, data: bytes, level=2):
	'''
	Takes a byte string and outputs a compressed "Tuya stream".
	Implemented compression levels:
	0 - copy over (no compression, 3.1% overhead)
	1 - eagerly use first length-distance pair found (linear)
	2 - eagerly use best length-distance pair found
	3 - optimal compression (n^3)
	'''
	if level == 0:
		return emit_literal_blocks(out, data)

	W = 2**13 # window size
	L = 255+9 # maximum length
	distance_candidates = lambda: range(1, min(pos, W) + 1)

	def find_length_for_distance(start: int) -> int:
		length = 0
		limit = min(L, len(data) - pos)
		while length < limit and data[pos + length] == data[start + length]:
			length += 1
		return length
	find_length_candidates = lambda: \
		( (find_length_for_distance(pos - d), d) for d in distance_candidates() )
	find_length_cheap = lambda: \
		next((c for c in find_length_candidates() if c[0] >= 3), None)
	find_length_max = lambda: \
		max(find_length_candidates(), key=lambda c: (c[0], -c[1]), default=None)

	if level >= 2:
		suffixes = []; next_pos = 0
		key = lambda n: data[n:]
		find_idx = lambda n: bisect(suffixes, key(n), key=key)
		def distance_candidates():
			nonlocal next_pos
			while next_pos <= pos:
				if len(suffixes) == W:
					suffixes.pop(find_idx(next_pos - W))
				suffixes.insert(idx := find_idx(next_pos), next_pos)
				next_pos += 1
			idxs = (idx+i for i in (+1,-1)) # try +1 first
			return (pos - suffixes[i] for i in idxs if 0 <= i < len(suffixes))

	if level <= 2:
		find_length = { 1: find_length_cheap, 2: find_length_max }[level]
		block_start = pos = 0
		while pos < len(data):
			if (c := find_length()) and c[0] >= 3:
				emit_literal_blocks(out, data[block_start:pos])
				emit_distance_block(out, c[0], c[1])
				pos += c[0]
				block_start = pos
			else:
				pos += 1
		emit_literal_blocks(out, data[block_start:pos])
		return

	# use topological sort to find shortest path
	predecessors = [(0, None, None)] + [None] * len(data)
	def put_edge(cost, length, distance):
		npos = pos + length
		cost += predecessors[pos][0]
		current = predecessors[npos]
		if not current or cost < current[0]:
			predecessors[npos] = cost, length, distance
	for pos in range(len(data)):
		if c := find_length_max():
			for l in range(3, c[0] + 1):
				put_edge(2 if l < 9 else 3, l, c[1])
		for l in range(1, min(32, len(data) - pos) + 1):
			put_edge(1 + l, l, 0)

	# reconstruct path, emit blocks
	blocks = []; pos = len(data)
	while pos > 0:
		_, length, distance = predecessors[pos]
		pos -= length
		blocks.append((pos, length, distance))
	for pos, length, distance in reversed(blocks):
		if not distance:
			emit_literal_block(out, data[pos:pos + length])
		else:
			emit_distance_block(out, length, distance)

def get_raw_from_broadlink(string):
  dec = []
  unit = BRDLNK_UNIT  # 32.84ms units, or 2^-15s
  length = int(string[6:8] + string[4:6], 16)  # Length of payload in little endian

  i = 8
  while i < length * 2 + 8:  # IR Payload
    hex_value = string[i:i+2]
    if hex_value == "00":
      hex_value = string[i+2:i+4] + string[i+4:i+6]  # Quick & dirty big-endian conversion
      i += 4
    dec.append(ceil(int(hex_value, 16) / unit))  # Will be lower than initial value due to former round()
    i += 2

  return dec


def process_commands(filename):
  with open(filename, 'r') as file:
    data = json.load(file)

  def process_commands_recursively(commands):
    processed_commands = {}
    for key, value in commands.items():
      if isinstance(value, str):
        processed_commands[key] = encode_ir(value)
      elif isinstance(value, dict):
        processed_commands[key] = process_commands_recursively(value)
      else:
        processed_commands[key] = value

    return processed_commands

  data['commands'] = process_commands_recursively(data.get('commands', {}))
  data['supportedController'] = 'MQTT'
  data['commandsEncoding'] = 'Raw'
  return json.dumps(data, indent=2)


print(process_commands(sys.argv[1]))

Hi guys, is there a way to do the opposite? I changed my IR blaster from tuya to broadlink and I need some solution to convert code from old format to the new one.

This is so genius!
Why is this code not integrated into SmartIR?

This is so genius! Why is this code not integrated into SmartIR?

I did see on the SmartIR fork that the author is thinking about making a dynamic converter litinoveweedle/SmartIR#122 (comment)

Hi guys, I got this error when convert 4180.json

Traceback (most recent call last):
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 173, in <module>
    print(process_commands(sys.argv[1]))
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 167, in process_commands
    data['commands'] = process_commands_recursively(data.get('commands', {}))
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 159, in process_commands_recursively
    processed_commands[key] = encode_ir(value)
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 16, in encode_ir
    signal = filter(get_raw_from_broadlink(base64.b64decode(command).hex()))
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 145, in get_raw_from_broadlink
    dec.append(ceil(int(hex_value, 16) / unit))  # Will be lower than initial value due to former round()
ValueError: invalid literal for int() with base 16: ''

Do you have any idea why did this happened?

Hi guys, I got this error when convert 4180.json

Traceback (most recent call last):
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 173, in <module>
    print(process_commands(sys.argv[1]))
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 167, in process_commands
    data['commands'] = process_commands_recursively(data.get('commands', {}))
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 159, in process_commands_recursively
    processed_commands[key] = encode_ir(value)
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 16, in encode_ir
    signal = filter(get_raw_from_broadlink(base64.b64decode(command).hex()))
  File "/home/nazmi/Documents/ferbos/code/irremote/broadlink_to_tuya.py", line 145, in get_raw_from_broadlink
    dec.append(ceil(int(hex_value, 16) / unit))  # Will be lower than initial value due to former round()
ValueError: invalid literal for int() with base 16: ''

Do you have any idea why did this happened?

Apologize for the mistake, 4180.json is using Xiaomi controller, not broadlink.

Hi guys, thank you for your code!
I came form SmartIR repo to here and i'm working with Z06/UFO-R11 and convert to this IR remote from broadlink. To work properly, i have to change one line at the and of the code:
data['supportedController'] = 'MQTT' -> data['supportedController'] = 'UFOR11'
Just leave it here for the history.

Hi everyone, I am not a programmer at all, but just playing with homeassistant and wants to use all my devices locally. I am using tuya and tuya local and I can see all my devices. However the IR devices doesnt work and I just found about smartir. I have broadlink IR blaster and it works with smartir, but my tuya device isn't (I have 2 identical AC in seperate floor) and then I found out about this converter which I think should help me so that smartir can send the right command with the tuya device. My question is, how do I use this tool? can anyone give me step-by-step? My AC works with 1300.json.

Hi @glenricky,

https://irtuya.streamlit.app/ might help in your case.
@svyatogor sorry, I don't mean to hack this thread - just thought that an online tool can be useful for non-programmers.

Pascal

Hello folks,
Unfortunately I have no idea about the matter. However, I would like to operate air conditioning in the "Followme" mode with an external temperature sensor. The remote control sends the determined value of the room temperature to the air conditioning every 2-3min. Unfortunately, it can only be placed unfavorably and the batteries empty very quickly.
I have already managed to intercept some codes required with "Learn Command" in home assistant. Unfortunately, they are only graded in 1 ° C steps and the air conditioning is not very finely regulated.
I hope for your help. Is someone able to decode the transmitted temperature value from attached codes and to create new complete codes in 0.2 ° C steps? You would help me and others a lot.

Thanks for your help.

    "FollowMe 19°C": "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",
    "FollowMe 20°C": "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",
    "FollowMe 21°C": "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",
    "FollowMe 22°C": "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",
    "FollowMe 23°C": "iRHoEDUCOAZRAtcBTwIbBlMCGQZRAvsFcQLVAVICGgZSAtcBUQLTAXMC+gVUAvIBUQLWAVIC0wFxAvsFUgL1AVECHAZQAvsFcQL6BVMC9AFRAv0FUQLzAVMCGQZVAvkFcQL8BVAC9gFRAtQBUwIaBjQC8wFVAhkGNQLyAVIC9QFRAtUBVALzAVIC/AU1AjgGNgI4BjUCOQYyAhsGNAI7BjIC9QFxAvwFMwIVAlEC1wFPAtUBcwLUAVMC1AFUAvMBMgIcBjMCRhQ6ERgRNAI8BjEC9AEzAjoGMwI7BjMCOgYzAvQBNQI5BjQC8wEzAvQBMwI7BjICFQIyAvQBMwL1ATICOwYzAhMCNQIZBjUCOQY0AjkGNQLzATICOwY1AhICEwJaBhMCWgYUAjsGMgIUAhMCFQITAloGEwIWAjECPAYSAjMCEwIUAhUCEgITAjMCFAJaBhMCPAYTAlsGEwJbBhMCWQYVAjkGFQIxAhYCWAb2ATICEgIVAhMCNQISAhMCFAIyAvYBMgITAloGEwIwdQ==",
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