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    "info": {
        "author": "Robert Ginda",
        "author_email": "rginda@gmail.com",
        "bugtrack_url": null,
        "classifiers": [
            "Intended Audience :: Developers",
            "License :: OSI Approved :: MIT License",
            "Operating System :: OS Independent",
            "Programming Language :: Python",
            "Programming Language :: Python :: 2.6",
            "Programming Language :: Python :: 2.7",
            "Programming Language :: Python :: 3"
        ],
        "description": "# Silicon Labs cp2110 Python library\n\nThis library provides a Python interface to the [Silicon Labs CP2110](https://www.silabs.com/documents/public/data-sheets/CP2110.pdf) HID USB to UART bridge.\n\nAt this point in time this library presents only the parts of the [available API](https://www.silabs.com/documents/public/application-notes/AN434-CP2110-4-Interface-Specification.pdf) that are required for basic UART access.\n\n#  cp2110 Installation\n\nInstall via pip: `python -m pip install cp2110`.\n\nThe cp2110 library depends on the [pyhidapi](https://github.com/apmorton/pyhidapi) Python module, which itself requires the `hidapi` shared library.  On Linux distributions, this is generally in the repositories (for instance, under Debian you can install either libhidapi-hidraw0 or libhidapi-libusb0 depending on which backend you want to use).\n\n# Example usage\n\n```\n  import cp2110\n  import time\n\n  # This will raise an exception if a device is not found.  Called with no\n  # parameters, this looks for the default (VID, PID) of the CP2110, which are\n  # (0x10c4, 0xEA80).\n  try:\n    d = cp2110.CP2110Device()\n  except:\n    pass\n\n  # In some cases the device maker will override the VID and/or PID at the\n  # factory, so you'll need to pass parameters\n  try:\n    cp2110.CP2110Device(vid=0xDEAD, pid=0xBEEF)\n  except:\n    pass\n\n  # You can also find a device by path.\n  cp2110.CP2110Device(path='/dev/hidraw0')\n\n  # If you want to avoid the exception or want to detect the presence of a\n  # device without creating an object as a side-effect, use the\n  # `cp2110.enumerate` function.  This has the same default values as the\n  # `CP2110Device` constructor.\n  usb_info = cp2110.enumerate()\n  if usb_info:\n    print(usb_info.as_dict())\n\n  usb_info = cp2110.enumerate(vid=0xDEAD, pid=0xBEEF)\n  if usb_info:\n    print(usb_info.as_dict())\n\n  # Fetch the current uart configuration.  This is the UART connection from the\n  # CP2110 to the microcontroller (or whatever) it's wired up to.\n  c = d.get_uart_config()\n\n  # The UART settings are dictated by the device that embeds the CP2110.  It\n  # may be configured correctly by default, or you may need to set manually.\n  d.set_uart_config(UARTConfig(\n    baud=38400,\n    parity=cp2110.PARITY.NONE,\n    flow_control=cp2110.FLOW_CONTROL.DISABLED,\n    data_bits=cp2110.DATA_BITS.EIGHT,\n    stop_bits=STOP_BITS.SHORT))\n\n  # If you ever need to disable the UART, you can.\n  d.disable_uart()\n\n  # And you can clear any pending data in the on-chip I/O buffers.\n  d.purge_fifos()  # The default is cp2110.FIFO.BOTH\n  d.purge_fifos(cp2110.FIFO.TX)\n  d.purge_fifos(cp2110.FIFO.RX)\n\n  # Check if the UART is enabled.\n  print(d.is_uart_enabled())\n\n  # The UART in your device may need to be explicitly enabled, particularly if\n  # you've already explicitly disabled it as in this example.\n  d.enable_uart()\n\n  # The write method accepts byte strings or arrays of ints.\n  d.write(b'hello world')\n  d.write([0x01, 0xff])\n\n  # The default read size will return 63 bytes (at most), which is the maximum\n  # supported by this chip.  Reads do not block.\n  rv = d.read()\n\n```\n\n\n\n",
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        "home_page": "https://github.com/rginda/pycp2110",
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        "license": "MIT",
        "maintainer": "",
        "maintainer_email": "",
        "name": "pycp2110",
        "package_url": "https://pypi.org/project/pycp2110/",
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        "summary": "Silabs CP2110 USB HID to UART bridge library",
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