This library provides a Python interface for interacting with PEAK devices such as the PCAN-USB Pro and PLIN-USB on Linux using the chardev API provided by the PEAK LIN Linux Beta. The PEAK Linux beta driver is required to use this library and is available here.
The plin-linux package is available on PyPI and can be directly installed with pip install plin-linux.
Runnable examples are located in the examples/ directory.
from plin.device import PLIN
from plin.enums import (PLINFrameChecksumType, PLINFrameDirection,
PLINFrameFlag, PLINMode)
# Initializes /dev/plin0 as a LIN master
master = PLIN(interface="/dev/plin0")
master.start(mode=PLINMode.MASTER, baudrate=19200)
# Get firmware version of the PEAK device
print(master.get_firmware_version())
# Get current status of the PEAK device
print(master.get_status())
# Add a publisher frame entry
master.set_frame_entry(id=0x22,
direction=PLINFrameDirection.PUBLISHER,
checksum_type=PLINFrameChecksumType.CLASSIC,
data=bytearray([0x01, 0x02, 0x03, 0x04]))
# Add a subscriber frame entry
master.set_frame_entry(id=0x23,
direction=PLINFrameDirection.SUBSCRIBER_AUTO_LEN,
checksum_type=PLINFrameChecksumType.CLASSIC)
# Get frame entry
print(master.get_frame_entry(id=0x22))
# Add unconditional slot to schedule 0
master.add_unconditional_schedule_slot(schedule=0, delay_ms=10, id=0x22)
master.add_unconditional_schedule_slot(schedule=0, delay_ms=10, id=0x23)
# Get schedule 0 slots
print(master.get_schedule_slots(0))
# Start schedule 0
master.start_schedule(0)
# Set ID filter
master.set_id_filter(bytearray([0xff] * 8))
# Read frames
while True:
result = master.read()
print(result)from plin.device import PLIN
from plin.enums import PLINMode
# Initializes /dev/plin0 as a LIN slave
slave = PLIN(interface="/dev/plin0")
slave.start(mode=PLINMode.SLAVE, baudrate=19200)
# Set ID filter
slave.set_id_filter(bytearray([0xff] * 8))
# Read frames
while True:
result = slave.read()
print(result)- Unit tests are located in the
unit_tests/directory. - Tests in
unit_tests/integration/require a PEAK LIN device connected to run. - Can be run with
pytest.
Copyright 2024 Rivian Automotive, Inc.
Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at
http://www.apache.org/licenses/LICENSE-2.0
Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
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