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        "author": "Martijn Braam",
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        "classifiers": [
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            "Programming Language :: Python :: 3"
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        "description": "pyElectronics\n=============\n\n.. image:: https://travis-ci.org/MartijnBraam/pyElectronics.svg?branch=master\n    :target: https://travis-ci.org/MartijnBraam/pyElectronics\n\n.. image:: https://badge.fury.io/py/pyelectronics.svg\n    :target: https://badge.fury.io/py/pyelectronics\n\nThis is a python library for using electronics (like i2c or spi devices) with a unified interface. It currently supports\nconnecting to stuff through the Raspberry Pi gpio with the i2c kernel driver and using the Bus Pirate.\n\nSupported gateways\n------------------\n\nThe gateways are the bridge between Linux and the hardware. Currently supported:\n\n* Bus Pirate v3\n* Raspberry Pi / other linux i2c_dev supported interfaces\n\nSupported chips/devices\n-----------------------\n\n`Read the contributing guide`_ to add devices\n\n.. _Read the contributing guide: http://pythonhosted.org/pyelectronics/contributing.html\n\n* Bosch BMP180 Digital pressure sensor\n* Honeywell 3-Axis Digital Compass IC HMC5883L\n* MPU-6050 Six-Axis (Gyro + Accelerometer) MEMS MotionTracking\u2122 Device\n* NXP LM75A Digital temperature sensor\n* Microchip MCP23017 16-Bit I/O Expander\n* 7-segment displays without multiplexing\n\nInstallation\n------------\n\nInstall it from pypi::\n\n    $ pip3 install pyelectronics\n\nThe various gateways have their own dependencies. Install the dependencies for the gateway you require::\n\n    # Requirements for the Raspberry Pi\n    $ pip3 install pysmbus\n\n    # Requirements for the Bus Pirate\n    $ pip3 install pyserial\n\nTo run the doctests you need all dependencies. You can install them with the doctest requirements file::\n\n    $ pip3 install -r docs/doctest-requirements.txt\n\nUsage\n-----\n\nRead the full docs at pythonhosted_.\n\n.. _pythonhosted: https://pythonhosted.org/pyelectronics/index.html\n\n\nFirst create a instance of a gateway::\n\n    from electronics.gateways import BusPirate\n    from electronics.gateways import LinuxDevice\n    \n    # Use a BusPirate to connect to a bus\n    gw = BusPirate('/dev/ttyUSB0')\n    \n    # Use a i2c bus with a linux driver (like the raspberry pi)\n    gw = LinuxDevice(1) # /dev/i2c-1\n\nCreate instances for components connected to the gateway::\n\n    from electronics.devices import BMP180\n    from electronics.devices import MPU6050I2C\n    \n    barometer = BMP180(gw, address=0x77) # Address is optional\n    inertia = MPU6050(gw)\n    \n    # Do chip specific initialisation\n    barometer.load_calibration()\n    inertia.wakeup()\n\nRead values from sensors::\n\n    temperature = barometer.temperature()\n    pressure = barometer.pressure()\n    acceleration = inertia.acceleration()\n    rotation = inertia.angular_rate()\n\nExample with GPIO::\n\n    # Red led conected to the aux pin of the bus pirate\n    red_led = gw.get_aux_pin()\n    # Turn the led on\n    red_led.write(True)\n\n    # An Microchip port expander connected through I2C\n    expander = MCP23017I2C(gw, address=0x21)\n\n    # Get the pins for the two other leds that are connected\n    # to the port expander\n    green_led = expander.get_pin('A0')\n    blue_led = expander.get_pin('A1')\n\n    # Bundle the leds to a bus so you can address 8 colours as an int\n    # the pins on the port expander are open drain, they are inverted with the invert operator (~)\n    bus = GPIOBus([red_led, ~green_led, ~blue_led])\n    bus.write(0) # Black\n    bus.write(7) # White\n\n    # Disco!\n    while True:\n        for i in range(0,8):\n            bus.write(i)\n            sleep(0.2)",
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