loustique-home/venv/lib/python3.11/site-packages/gpiozero/__pycache__/devices.cpython-311.pyc

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frozendictz<EFBFBD>Falling back to the experimental pin factory NativeFactory because no other pin factory could be loaded. For best results, install RPi.GPIO or pigpio. See https://gpiozero.readthedocs.io/en/stable/api_pins.html for more information.c<00>(<00><00>eZ
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        Shut down the device and release all associated resources (such as GPIO
        pins).

        This method is idempotent (can be called on an already closed device
        without any side-effects). It is primarily intended for interactive use
        at the command line. It disables the device and releases its pin(s) for
        use by another device.

        You can attempt to do this simply by deleting an object, but unless
        you've cleaned up all references to the object this may not work (even
        if you've cleaned up all references, there's still no guarantee the
        garbage collector will actually delete the object at that point).  By
        contrast, the close method provides a means of ensuring that the object
        is shut down.

        For example, if you have a breadboard with a buzzer connected to pin
        16, but then wish to attach an LED instead:

            >>> from gpiozero import *
            >>> bz = Buzzer(16)
            >>> bz.on()
            >>> bz.off()
            >>> bz.close()
            >>> led = LED(16)
            >>> led.blink()

        :class:`Device` descendents can also be used as context managers using
        the :keyword:`with` statement. For example:

            >>> from gpiozero import *
            >>> with Buzzer(16) as bz:
            ...     bz.on()
            ...
            >>> with LED(16) as led:
            ...     led.on()
            ...
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    property, the :attr:`value` property, and the :meth:`close` method).

    .. attribute:: pin_factory

        This attribute exists at both a class level (representing the default
        pin factory used to construct devices when no *pin_factory* parameter
        is specified), and at an instance level (representing the pin factory
        that the device was constructed with).

        The pin factory provides various facilities to the device including
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        Ensures that :attr:`Device.pin_factory` is set appropriately.

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        are some circumstances where you may need to call it manually.
        Specifically, when you wish to retrieve board information without
        constructing any devices, e.g.::

            Device.ensure_pin_factory()
            info = Device.pin_factory.board_info

        If :attr:`Device.pin_factory` is not :data:`None`, this function does
        nothing. Otherwise it will attempt to locate and initialize a default
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        Called by :meth:`Factory.reserve_pins` to test whether the *other*
        :class:`Device` using a common pin conflicts with this device's intent
        to use it. The default is :data:`True` indicating that all devices
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        ranges (e.g. -1 to +1) and composite devices usually use tuples to
        return the states of all their subordinate components.
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        Returns :data:`True` if the device is currently active and
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    Extends :class:`Device`. Represents a device composed of multiple devices
    like simple HATs, H-bridge motor controllers, robots composed of multiple
    motors, etc.

    The constructor accepts subordinate devices as positional or keyword
    arguments.  Positional arguments form unnamed devices accessed by treating
    the composite device as a container, while keyword arguments are added to
    the device as named (read-only) attributes.

    For example:

    .. code-block:: pycon

        >>> from gpiozero import *
        >>> d = CompositeDevice(LED(2), LED(3), LED(4), btn=Button(17))
        >>> d[0]
        <gpiozero.LED object on pin GPIO2, active_high=True, is_active=False>
        >>> d[1]
        <gpiozero.LED object on pin GPIO3, active_high=True, is_active=False>
        >>> d[2]
        <gpiozero.LED object on pin GPIO4, active_high=True, is_active=False>
        >>> d.btn
        <gpiozero.Button object on pin GPIO17, pull_up=True, is_active=False>
        >>> d.value
        CompositeDeviceValue(device_0=False, device_1=False, device_2=False, btn=False)

    :param Device \*args:
        The un-named devices that belong to the composite device. The
        :attr:`value` attributes of these devices will be represented within
        the composite device's tuple :attr:`value` in the order specified here.

    :type _order: list or None
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