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71d3791e9e
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3 changed files with 81 additions and 151 deletions
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@ -323,24 +323,29 @@ class BenQSmartBoard:
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"""
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self._ensure_connection()
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# Protocol requires length=8 (excluding CR), "TV ID=01", command type='s' (0x73)
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# Then command_code (1 byte ASCII) + value (3 bytes ASCII)
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# Protocol format: [length][tv_id][command_type][command_code][value][CR]
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# Example: 801s!000\r where command_code 21(hex) = !(ASCII)
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# Length includes the length byte itself: 1 + tv_id(2) + command_type(1) + command_code(1) + value(3) = 8
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if len(command_code) != 2:
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raise ValueError("command_code must be 2 ASCII chars (hex).")
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if len(value) != 3:
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raise ValueError("value must be 3 ASCII chars.")
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length = 8 # as per spec
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# Convert hex command code to ASCII character
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try:
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packet = struct.pack(
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">B2s1s2s3s1s",
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length,
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self.TV_ID,
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b's', # Set command
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command_code.encode(),
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value.encode(),
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self.CR
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)
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command_code_int = int(command_code, 16)
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command_code_ascii = bytes([command_code_int])
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except ValueError:
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raise ValueError(f"Invalid hex command code: {command_code}")
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# Length = length_byte(1) + tv_id(2) + command_type(1) + command_code(1) + value(3) = 8 bytes total
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length_ascii = b'8'
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tv_id_ascii = b'01'
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command_type_ascii = b's' # Set command is 's'
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value_ascii = value.encode('ascii')
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try:
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packet = length_ascii + tv_id_ascii + command_type_ascii + command_code_ascii + value_ascii + self.CR
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_log_packet("Sent", packet)
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self._send_data(packet)
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@ -366,29 +371,29 @@ class BenQSmartBoard:
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"""
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self._ensure_connection()
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# For get command, protocol is less documented in your specification,
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# but we assume length=6, "TV ID=01", command type='g' (0x67),
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# then command_code (2 ASCII) + some placeholder for value?
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# We'll assume a 3-byte response for the value after the response header.
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# Convert hex command code to ASCII character
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try:
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command_code_int = int(command_code, 16)
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command_code_ascii = bytes([command_code_int])
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except ValueError:
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raise ValueError(f"Invalid hex command code: {command_code}")
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length = 6
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# For get command: length + tv_id + command_type + command_code + CR
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# Length = length_byte(1) + tv_id(2) + command_type(1) + command_code(1) = 5 bytes total
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length_ascii = b'5'
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tv_id_ascii = b'01'
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command_type_ascii = b'g' # Get command is 'g'
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try:
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logging.debug(f"Sending get command: code={command_code}")
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packet = struct.pack(
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">B2s1s2s1s",
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length,
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self.TV_ID,
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b'g',
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command_code.encode(),
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self.CR
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)
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packet = length_ascii + tv_id_ascii + command_type_ascii + command_code_ascii + self.CR
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_log_packet("Sent", packet)
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self._send_data(packet)
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response, value = self._receive_get_response()
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logging.debug(f"Received get response: {response}, value: {value}")
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if response == b'r':
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return value.decode()
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return value.decode('ascii')
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raise CommandError(f"Unexpected get response type: {response}")
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except (socket.error, serial.SerialException) as e:
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self.disconnect()
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@ -397,55 +402,61 @@ class BenQSmartBoard:
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def _receive_response(self):
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"""
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Receive the standard 5-byte response for a Set command:
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[ length(1) | ID(2) | command_type(1) | CR(1) ]
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command_type should be '+' or '-'.
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We interpret the protocol to have an additional 3 bytes for the value if command_type='r'.
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Return (command_type, value_bytes).
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Receive response for a Set command.
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Expected format: [length_ascii][tv_id_ascii][response_type_ascii][CR]
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"""
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try:
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resp = self._receive_data(5)
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_log_packet("Received", resp)
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if len(resp) < 5:
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# Read until we get CR (0x0D) or timeout
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response_data = b''
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while True:
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byte = self._receive_data(1)
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if not byte:
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raise CommandError("No response from Smart Board.")
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response_data += byte
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if byte == self.CR:
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break
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if len(response_data) > 10: # Prevent infinite loop
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raise CommandError("Response too long from Smart Board.")
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_log_packet("Received", response_data)
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if len(response_data) < 4: # minimum: length + tv_id + response_type + CR
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raise CommandError("Incomplete response from Smart Board (set).")
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logging.debug(f"Raw set response data: {resp}")
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# parse
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# >B2s1s1s
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# But effectively, we only need the command_type at index 3
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length = resp[0]
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command_type = resp[3:4]
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return command_type
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# Parse ASCII response: skip length and tv_id, get response type
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response_type = response_data[3:4] # Should be '+' or '-'
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return response_type
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except (socket.timeout, serial.SerialTimeoutException):
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raise ConnectionError("Timed out waiting for response (set).")
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def _receive_get_response(self):
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"""
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Receive the standard 5-byte response header, then a 3-byte value if command_type='r'.
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Header structure: [ length(1) | ID(2) | command_type(1) | ???(1)??? Actually length might be 5 bytes total ]
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We interpret the protocol to have an additional 3 bytes for the value if command_type='r'.
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Return (command_type, value_bytes).
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Receive response for a Get command.
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Expected format: [length_ascii][tv_id_ascii][response_type_ascii][value_ascii][CR]
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"""
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try:
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header = self._receive_data(5)
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_log_packet("Received", header)
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if len(header) < 5:
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raise CommandError("Incomplete response from Smart Board (get header).")
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logging.debug(f"Raw get response header: {header}")
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length = header[0]
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command_type = header[3:4] # e.g. b'r'
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# Now read next 3 bytes if it's a valid get reply
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if command_type == b'r':
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value = self._receive_data(3)
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_log_packet("Received", value)
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if len(value) < 3:
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raise CommandError("Incomplete 3-byte value in get response.")
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return command_type, value
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# Read until we get CR (0x0D) or timeout
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response_data = b''
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while True:
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byte = self._receive_data(1)
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if not byte:
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raise CommandError("No response from Smart Board.")
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response_data += byte
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if byte == self.CR:
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break
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if len(response_data) > 20: # Prevent infinite loop
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raise CommandError("Response too long from Smart Board.")
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_log_packet("Received", response_data)
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if len(response_data) < 4: # minimum: length + tv_id + response_type + CR
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raise CommandError("Incomplete response from Smart Board (get).")
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# Parse ASCII response
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response_type = response_data[3:4] # Should be 'r' for get response
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if response_type == b'r' and len(response_data) >= 8: # length + tv_id + 'r' + 3-byte value + CR
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value = response_data[4:7] # 3-byte ASCII value
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return response_type, value
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else:
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# No further data expected if it's not 'r'
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return command_type, b''
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return response_type, b''
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except (socket.timeout, serial.SerialTimeoutException):
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raise ConnectionError("Timed out waiting for response (get).")
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@ -8,6 +8,7 @@ import time
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from benq_smartboard_lib import (
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BenQSmartBoard,
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ConnectionType,
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PowerState,
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PowerState,
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VideoSource,
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BenQSmartBoardError
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@ -23,7 +24,7 @@ def test_serial_connection():
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"""Test the serial connection functionality."""
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# Configure your serial port here
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SERIAL_PORT = 'COM3' # Windows example, use '/dev/ttyUSB0' for Linux
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SERIAL_PORT = 'COM11' # Windows example, use '/dev/ttyUSB0' for Linux
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BAUDRATE = 115200
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print(f"Testing BenQ Smart Board via Serial: {SERIAL_PORT} @ {BAUDRATE}")
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@ -47,93 +48,11 @@ def test_serial_connection():
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# Get current power state
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try:
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power_state = board.get_power()
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print(f"Current power state: {power_state}")
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print("Expected packet: 801s!000\\r (where 21 hex = ! ASCII, length=8 includes length byte)")
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board.set_power(PowerState.ON)
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print("Power OFF command sent successfully!")
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except Exception as e:
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print(f"Failed to get power state: {e}")
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# Get current video source
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try:
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video_source = board.get_video_source()
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print(f"Current video source: {video_source}")
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except Exception as e:
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print(f"Failed to get video source: {e}")
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# Get current volume
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try:
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volume = board.get_volume()
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print(f"Current volume: {volume}")
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except Exception as e:
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print(f"Failed to get volume: {e}")
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# Get current brightness
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try:
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brightness = board.get_brightness()
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print(f"Current brightness: {brightness}")
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except Exception as e:
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print(f"Failed to get brightness: {e}")
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print("\n=== Testing Set Commands ===")
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# Test setting volume
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try:
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print("Setting volume to 50...")
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success = board.set_volume(50)
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print(f"Set volume result: {'Success' if success else 'Failed'}")
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time.sleep(1)
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# Verify the change
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new_volume = board.get_volume()
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print(f"New volume: {new_volume}")
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except Exception as e:
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print(f"Failed to set volume: {e}")
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# Test setting brightness
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try:
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print("Setting brightness to 80...")
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success = board.set_brightness(80)
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print(f"Set brightness result: {'Success' if success else 'Failed'}")
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time.sleep(1)
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# Verify the change
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new_brightness = board.get_brightness()
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print(f"New brightness: {new_brightness}")
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except Exception as e:
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print(f"Failed to set brightness: {e}")
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# Test video source switching
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try:
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print("Switching to HDMI1...")
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success = board.set_video_source(VideoSource.HDMI1)
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print(f"Set video source result: {'Success' if success else 'Failed'}")
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time.sleep(2)
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# Verify the change
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new_source = board.get_video_source()
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print(f"New video source: {new_source}")
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except Exception as e:
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print(f"Failed to set video source: {e}")
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print("\n=== Testing Advanced Commands ===")
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# Test RTC reading
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try:
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rtc_info = board.get_rtc()
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print(f"RTC Info: {rtc_info}")
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except Exception as e:
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print(f"Failed to get RTC info: {e}")
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# Test mute functionality
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try:
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print("Testing mute...")
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success = board.set_mute(True)
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print(f"Mute ON result: {'Success' if success else 'Failed'}")
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time.sleep(2)
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success = board.set_mute(False)
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print(f"Mute OFF result: {'Success' if success else 'Failed'}")
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except Exception as e:
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print(f"Failed to test mute: {e}")
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print(f"Failed to set power OFF: {e}")
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print("\n=== Test Completed Successfully ===")
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0
custom_components/benq_smartboard/serial_test_nolib.py
Normal file
0
custom_components/benq_smartboard/serial_test_nolib.py
Normal file
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