Saravanan666/pypi-org huggingface dataset:
Package: gpio3
gpio3 is a comfy yet reasonably efficient GPIO interface for python.Example usage for the impatient:>>> import gpio3
>>>
>>> g = gpio3.LinuxGPIO(203)
>>> # or gpio3.LinuxGPIO(gpio3.mainline_sunxi_pin("PG11"))
>>> g.direction
'in'
>>> g.value
0
>>> g.direction = 'out'
>>> g.direction
'out'
>>> g.value
0
>>> g.value = 1
>>> g.value
1
Package: gpio4
gpio4Control gpio in python on Linux.Improved version based on Sysfs, features same as RPi.GPIO andgpio3SupportRaspberryPi / OrangePi / BananaPi...InstallationInstall from PyPI is suggested.pipinstallgpio4Or install from source.gitclonegit@github.com:hankso/gpio4.gitcdgpio4
pythonsetup.pybuild&&sudopythonsetup.pyinstallUsageWant something like RPi.GPIO?>>>importgpio4.GPIOasGPIO>>>GPIO.setmode(GPIO.BCM)>>>GPIO.setup([12,13],GPIO.IN)>>>GPIO.input([12,13])[0,0]>>>p=GPIO.PWN(12)# Pin 12 will be set to output first>>>p.start(30)# duty cycle is 30%...>>>fromgpio4.constantsimportBOARD_NANO_PIasBOARD>>>GPIO.setmode(BOARD)>>>GPIO.setup([6,7,9],GPIO.OUTPUT)>>>GPIO.output([6,7,9],[GPIO.HIGH,GPIO.LOW,GPIO.HIGH])>>>GPIO.add_event_detect(8,GPIO.RAISING,bouncetime=300)or call functions as you are using Arduino?>>>fromgpio4.arduinoimport*>>>pinMode(13,OUTPUT)>>>pinMode(12,INPUT_PULLUP)>>>digitalWrite(13,HIGH)>>>digitalWrite(13,digitalRead(12))>>>shiftIn(dataPin=12,clockPin=13,bitOrder=MSBFIRST)170Try the most basic but fastest Sysfs class>>>importselect>>>fromgpio4importSysfsGPIO>>>fromgpio4.constantsimportBOARD_ORANGE_PI_PC>>>pin_name=6>>>pin_num=BOARD_ORANGE_PI_PC[pin_name]>>>pin=SysfsGPIO(pin_num)# default path: /sys/class/gpio/gpio#n>>>pin.export=True# register pin through sysfs>>>pin.direction='out'# set Input/Output like `pinMode`>>>pin.value=1# set High/Low like `digitalWrite`>>>pin.active_low=1# High means 0V, Low means 5V (TTL)>>>print(pin.value)# get current gpio level>>>pin.export=False# unregister from sysfsWe also add support for SysfsLED since v0.1.0>>>fromgpio4importSysfsLED>>>led=SysfsLED('act')# default path: /sys/class/leds/act>>>led.brightness=led.max_brightness# turn on LED>>>led.brightness=0# turn off LED>>>led.brightness=0x80# only works with PWM LED etc.>>>led.trigger='timer'# now led should blink>>>led.delay_on=1000# you can change blink speed in ms>>>led.delay_off=1000And SysfsPWM since v0.1.3>>>fromgpio4importSysfsPWM>>>pwm=SysfsPWM(0)# default path: /sys/class/pwm/pwmchip0/pwm0>>>pwm.frequency=1250# set period to 1 / 1.25kHz = 800000 ns>>>pwm.percentage=10# set duty cycle to 10% = 80000 ns>>>pwm.polarity='inversed'# change polarity only when not enabled>>>pwm.enable=True# turn on/off pwm outputIf you have any question on usage, it is strongly recommended to directly read well commented source codes.Also checkkernel doc of SysfsGPIOandkernel doc of SysfsPWM.
Package: gpiochip2
ContentsFeaturesRequirementsExamplesPythonic API for Linux’s gpiochip chardev ABI v2.FeaturesManage multiple GPIO lines at the same time, with bit operation affecting the
entire line group at once (|=,&=,^=).Get file event notification of timestamped line events (rising edge, falling
edge).Get file event notifications (select, poll, epoll…) of gpiochip-level and
line-level events.Control line parameters (pull-up, pull-down, active-low, debouncing, …).Pure python module: no compilation needed, not limited to CPython.RequirementsLinux >=5.10.0 for GPIO chardev ABI v2python stdlib >=3.7.10 (not tested with earlier versions, they may work)ExamplesWarning: this example isnotmeant to be executed as-is. Depending on what
is connected to the GPIO lines used here (which is entirely board-dependent),
this could cause all sort of problems, including permanent hardware damage.This is only to be taken as a quick overview of this module’s API.fromgpiochip2importGPIOChip,GPIO_V2_LINE_FLAG,EXPECT_PRECONFIGUREDwithGPIOChip('/dev/gpiochip0','w+b')asgpiochip:# Get information about the gpio chip itselfgpiochip.getInfo()# Get information about line 20gpiochip.getLineInfo(20)withgpiochip.openLines(line_list=[20,21,26],flags=GPIO_V2_LINE_FLAG.OUTPUT,consumer='sample-name'.encode('ascii'),flags_dict={# Line 26 is an input and produces event on falling edges2:GPIO_V2_LINE_FLAG.INPUT|GPIO_V2_LINE_FLAG.EDGE_FALLING,},default_dict={# Drive line 20 low immediately on opening0:False,},# Expect the GPIO lines to be correctly preconfigured (ex: by board-# specific firmware or devicetree).expect_preconfigured=EXPECT_PRECONFIGURED.DIRECTION,expect_preconfigured_dict={# Expect line 26 to have its edge detection preconfigured# in addition to its direction2:EXPECT_PRECONFIGURED.DIRECTION|EXPECT_PRECONFIGURED.EDGE,},)asgpio_lines:# Read lines statevalue=gpio_lines.value# Change lines stategpio_lines.value=0b11# Set line 21gpio_lines|=2# 1 << 1# Clear line 20gpio_lines&=1# 1 << 0# Read eventlines.getEvent()Notes on bit operations:gpio_lines.lines |= some_maskwill read then write the GPIO, whilegpio_lines |= some_maskonly needs to write, making it more efficient.The same applies to&=, but not to other operators.See also theexamplesdirectory for more realistic code.
Package: gpiod
gpiodThese are the official Python bindings forlibgpiod.The gpiod library has been vendored into this package for your convenience and
this version of gpiod is independent from your system package.Binary wheels are not provided. The source package requires python3-dev.RationaleThe new character device interface guarantees all allocated resources are
freed after closing the device file descriptor and adds several new features
that are not present in the obsolete sysfs interface (like event polling,
setting/reading multiple values at once or open-source and open-drain GPIOs).Unfortunately interacting with the linux device file can no longer be done
using only standard command-line tools. This is the reason for creating a
library encapsulating the cumbersome, ioctl-based kernel-userspace interaction
in a set of convenient functions and opaque data structures.Breaking ChangesAs of v2.0.2 we have replaced the unofficial, pure-Python "gpiod". The official
gpiod is not backwards compatible.You should ensure you specify at least v2.0.2 for the official API. Versions
1.5.4 and prior are the deprecated, unofficial, pure-Python bindings.InstallingYou will needpython3-dev, on Debian/Ubuntu you can install this with:sudo apt install python3-devAnd then install gpiod with:pip install gpiodYou can optionally depend upon your system gpiod by installing with:LINK_SYSTEM_LIBGPIOD=1 pip install gpiodIf you still need the deprecated pure-Python bindings, install with:pip install gpiod==1.5.4ExamplesCheck a GPIO chip character device exists:importgpiodgpiod.is_gpiochip_device("/dev/gpiochip0")Get information about a GPIO chip character device:importgpiodwithgpiod.Chip("/dev/gpiochip0")aschip:info=chip.get_info()print(f"{info.name}[{info.label}] ({info.num_lines}lines)")Blink an LED, or toggling a GPIO line:importtimefromgpiod.lineimportDirection,ValueLINE=5withgpiod.request_lines("/dev/gpiochip0",consumer="blink-example",config={LINE:gpiod.LineSettings(direction=Direction.OUTPUT,output_value=Value.ACTIVE)},)asrequest:whileTrue:request.set_value(LINE,Value.ACTIVE)time.sleep(1)request.set_value(LINE,Value.INACTIVE)time.sleep(1)
Package: gpiodev
Managing GPIO pins via character deviceBasicsFor the set of GPIO lines (pins) we create an object calledGPIOHandle, which manages their state. State is a tuple of 0's and 1's, one number per line.This library doesn't require root access to the system, but it needs a read-write access to the gpiochip device. By default it uses/dev/gpiochip0.To allow read-write access to the device for the user, run:$ sudo chmod a+rw /dev/gpiochip0Note that the system might have several GPIO chips, some of them can be exposed to the user (as /dev/gpiochip0 on Raspberry Pi) and some of them might be responsible for system functions, like WakeOnLan or system LED lights. Be carefull when choosing the device and allowing user access to it.You can check the info on the GPIOChip device, by accessing its info() method. See example below.Examplefrom gpiodev import GPIOHandle
import time

# Request handle for lines 12 and 23 from default /dev/gpiochip0 

DoubleLED = GPIOHandle((12,23))

# Define states of the Double LED

all = (1, 1)
none = (0, 0)
first = (1, 0)
second = (0, 1)

# Loop through the states

for state in [all, none, first, second, none, all, none]:
    DoubleLED.set_values(state)
    print(DoubleLED.get_values())
    time.sleep(1)Use another deviceTo use another gpiochip device, for example/dev/gpiochip1, you can use a different way to setup a handle:from gpiodev import GPIOChip

GPIO = GPIOChip("/dev/gpiochip1")

# Check info on the gpio chip

print(GPIO.info())

# Request handle for lines 12 and 23 from /dev/gpiochip1

DoubleLED = GPIO.get_handle((12,23)) # This will fail on RaspberryPi as /dev/gpiochip1 is a system gpio chip, with only 8 lines.BackgroundNew GPIO interface has beenintroducedin the kernel.It exposes GPIO interface a character device(/dev/gpiochip0) and
provides severalioctl
syscallsfor bulk operations on sets of GPIO pins.Unlike Python bindings to thelibgpiodC-library, we work with the kernel interface (ioctl calls) directly.Ingpiodev/src/gpioctl.cwe wrap the ioctl calls into
C-functions suitable for later use.Ingpiodev/gpio.pythe ctypes bindings are created and then
used to define the main GPIOHandle class.Tested onFedora 26+ armhfp, Raspberry Pi 3 Model B.
Package: gpiodevice
gpiodeviceA GPIO counterpart toi2cdevice, generated fromthe Pimoroni Python Boilerplate.What is gpiodevice?gpiodevice is a simple middleware library intended to make some user-facing aspects of interfacing with Linux's GPIO character device ABI (via gpiod) simpler and friendlier.gpiodevice is not intended to replace gpiod, but collects some common patterns into a reusable library for GPIO-based Python projects.Changelog0.0.3Deprecate thefriendly_errorsflag in favour of a newfatalflag on methodsCatch use ofintpin numbers from unported code and raise a friendly error0.0.2Add platform detectionROCK 5B supportBug fixes0.0.1Initial Release
Package: gpiodmonitor
gpiodmonitorTiny wrapper around gpiod used to monitor and debounce button presses.Callbacks are triggered on these events:on change to active signal (e.g., button pressed)on change to inactive signal (e.g., button released)after the active signal has been stable for a certain period of time (e.g., button held down)in regular interval while an "active" signal is recievedInstallationYou can isntall the package frompip:pipinstallgpiodmonitorNeeds libgpiod2 installed. Under Ubuntu / Debian you can install it using:sudoaptinstalllibgpiod2python3-gpiodUsage:fromgpiodmonitorimportgpiodmonitordefdummy_active(pin:int):"""Dummy function."""print(f'{pin}is active')defdummy_inactive(pin:int):"""Dummy function."""print(f'{pin}is inactive')defdummy_pulsed_active(pin:int):"""Dummy function."""print(f'{pin}is still active')defdummy_long_active(pin:int):"""Dummy function."""print(f'{pin}has been active for a long time')monitor=gpiodmonitor.GPIODMonitor(chip=0)forgpio_pinin[12,13]:# register some functions to be called on activity on pins 12 and 13monitor.register(int(gpio_pin),on_active=dummy_active,on_inactive=dummy_inactive)# register function that will be called every 300 ms as long as the# pin is activemonitor.register_pulsed_active(int(gpio_pin),callback=dummy_pulsed_active,seconds=0.3)# register a function to be called when the button is pressed for 3# secondsmonitor.register_long_active(int(gpio_pin),callback=dummy_long_active,seconds=3)withmonitor.open_chip():try:whileTrue:# check according to intervaltime.sleep(monitor.check_interval/1000)monitor.tick()exceptKeyboardInterrupt:sys.exit(130)# or use (equivalent but you don't have controll over the loop):# chip.monitor()
Package: gpiod-tm1637
TM1637GPIOD Python 3 TM1637A Python 3 port from MicroPython library for the quad 7-segment LED display modules based on the TM1637 LED driver, implemented using Linux GPIOD.InstallationThis project is available throughpip. Make sure that you are using Python 3.$ pip3 install gpiod-tm1637ExamplesBasic usageimporttm1637tm=tm1637.TM1637("/dev/gpiochip0",clk=3,dio=2)# all LEDS on "88:88"tm.write([127,255,127,127])# all LEDS offtm.write([0,0,0,0])# show "0123"tm.write([63,6,91,79])# show "COOL"tm.write([0b00111001,0b00111111,0b00111111,0b00111000])# show "HELP"tm.show('help')# display "dEAd", "bEEF"tm.hex(0xdead)tm.hex(0xbeef)# show "12:59"tm.numbers(12,59)# show "-123"tm.number(-123)# show temperature '24*C'tm.temperature(24)For more detailed examples, seedemo.pySeven Segment FontThey are called 7-segment displays as there are 7 LEDs for each digit (segment).
One byte (7 lower bits) for each segment. The 8th bit (MSB) is for the colon and only on the 2nd segment.A
     ---
  F |   | B   *
     -G-      H (on 2nd segment)
  E |   | C   *
     ---
      D

  HGFEDCBA
0b01101101 = 0x6D = 109 = show "5"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-0b010000000x4064*0b011000110x6399MethodsGet or set brightness.brightness(val=None)Write one or more segments at a given offset.write(segments,pos=0)Convert a single hex digit (0x00-0x0f) to a segment.encode_digit(digit)Convert a string to a list of segments.encode_string(string)Convert a single character to a segment.encode_char(char)Display a number in hexadecimal format 0000 through FFFF.hex(val)Display a number -999 through 9999, right aligned.number(num)Display 2 independent numbers on either side of the (optional) colon, with leading zeros.numbers(num1,num2,colon=True)Display a temperature -9 through 99 followed by degrees C.temperature(num)Show a string on the display.
Shorthand forwrite(encode_string()).
Limited to first 4 characters.show(string,colon=False)Display a string on the display, scrolling from the right to left, speed adjustable.
String starts off-screen and scrolls until off-screen at 4 FPS by default.scroll(string,delay=250)PartsGrove 4 Digit Display$5.90 USDGrove Male Jumper Cable$2.90 USDConnectionsRaspberry Pi4 Digit DisplayGPIO3CLKGPIO2DIO3V3 (or 5V)VCCGNDGNDLinksTM1637 datasheetNokia 5110 versionBBC micro:bit versionLicenseLicensed under theMIT License.
Package: gpio-next
GPIO NEXTThis is a python ctypes binding forlibgpiod.It's time to switch from the GPIO sysfs interface to gpiod to the linux GPIO character device (gpiod, stands for GPIO device)Since linux 4.8 the GPIO sysfs interface is deprecated. User space should use
the character device instead. This library encapsulates the ioctl calls and
data structures behind a straightforward API.fromkernel.orgRequirementslibgpiod1Installsudo apt install libgpiod1
pip install gpio-nextUsageturn on/off an LEDimporttimefromgpio_nextimportOutputLED=Output(64,default_value=0)foriinrange(10):LED.write(i&1)time.sleep(1)detect button eventsfromgpio_nextimportInputbutton=Input(203)foriinrange(10):print(button.wait())print(button.read())
Package: gpioone
GPIO OneGPIO One is an unofficial user-created set of modules to allow you to
easily use various input/output devices on your Raspberry Pi when the
default library and GPIOzero don't have any useful code. It hopes to
fill in some of the blanks that keep you from getting your projects up
and running quickly and smoothly.It currently provides interfaces to:Three colored RGB Leds.Seven Segement LED displays such as single-element 5161AS and 4-element SH5461ASLCD Displays such as the 1602AShift registers such as 74HC595Analog-to-Digital via the MCP3008/4 chip line. And built on top of the raw ADC, interfaces for:Analog JoysticksThermistorsExamplesThe example files use environment variables to set pins so that we
will not accidentally send something down the wrong pin and damage
equipment. So for example, if you have a Common-cathode RGB LED set up
with the Cathode tied to ground, and the Red, Green, and Blue pins to
GPIO 4, 5, and 6 (with a 220 Ohm Resistor in between each connection!)
then you can simply go to the examples directory,  runRED=4 GREEN=5 BLUE=6 python3 rgb_led.pyand the LED should come to life.Each example can be run without environment variables for instructions and a description:pi@raspberrypi:~/src/gpioone/examples $ python3 rgb_led.py 
Couldn't find required environment setting fo RED pin.

Simple examples with RGB LEDs.

It will first turn on the LEDs one by one, then enter a color cycle mode that uses software PWM to create a glowing light.

These are the required settings which should correspond to pins on devices:

    RED - Red Pin
    GREEN - Green Pin
    BLUE - Blue Pin

Example Usage:

    RED=1 GREEN=2 BLUE=3 python3 /home/pi/src/gpioone/gpioone/example_help.py

pi@raspberrypi:~/src/gpioone $ThanksGpioone was primarily written to help the author learn more about
interfacing various hardware with the Raspberry Pi. I have made
attempts to write clear, easy-to-follow code that should be generally
reusable. How useful this is to anyone else remains to be seen. Let me
know if you find it helpful!Grant
Package: gpiopico
GPIO CONTROL IN RASPBERRY PI PICOHardware controlInput DevicesTouch SensorPotenciometerJoystickPIRLM35Nextion DisplayOuput DevicesLEDRelaySolid state relayMotor DCRGBServo motorDescargar paquetepip install gpiopicoBlinkfromgpiopicoimportLedfromutimeimportsleepif__name__=='__main__':led=Led(pin=0,inverted_logic=True)#common anodefor_inrange(4):led.on()sleep(1)led.off()sleep(1)forpwminrange(256):led.pwm_value(pwm)#0-255sleep(0.2)ButtonfromgpiopicoimportLed,Buttonfromutimeimportsleepif__name__=='__main__':led=Led(pin=0,inverted_logic=True)#common anodebutton=Button(pin=1)button.when_pressed=led.onbutton.on_hold=led.offwhileTrue:button.check_state()
Package: gpiozero
A simple interface to GPIO devices withRaspberry Pi, developed and
maintained byBen NuttallandDave Jones.AboutComponent interfaces are provided to allow a frictionless way to get started
with physical computing:fromgpiozeroimportLEDfromtimeimportsleepled=LED(17)whileTrue:led.on()sleep(1)led.off()sleep(1)With very little code, you can quickly get going connecting your components
together:fromgpiozeroimportLED,Buttonfromsignalimportpauseled=LED(17)button=Button(3)button.when_pressed=led.onbutton.when_released=led.offpause()You can advance to using the declarative paradigm along with provided
to describe the behaviour of devices and their interactions:fromgpiozeroimportOutputDevice,MotionSensor,LightSensorfromgpiozero.toolsimportbooleanized,all_valuesfromsignalimportpausegarden=OutputDevice(17)motion=MotionSensor(4)light=LightSensor(5)garden.source=all_values(booleanized(light,0,0.1),motion)pause()See the chapter onSource/Valuesfor more information.The library includes interfaces to many simple everyday components, as well as
some more complex things like sensors, analogue-to-digital converters, full
colour LEDs, robotics kits and more. See theRecipeschapter of the
documentation for ideas on how to get started.Pin factoriesGPIO Zero builds on a number of underlying pin libraries, includingRPi.GPIOandpigpio, each with their own benefits. You can select a particular pin
library to be used, either for the whole script or per-device, according to your
needs. See the section onchanging the pin factory.A “mock pin” interface is also provided for testing purposes. Read more about
this in the section onmock pins.InstallationGPIO Zero is installed by default in the Raspberry Pi OS desktop image,
available fromraspberrypi.org. To install on Raspberry Pi OS Lite or other
operating systems, including for PCs using remote GPIO, see theInstallingchapter.DocumentationComprehensive documentation is available athttps://gpiozero.readthedocs.io/.
Please refer to theContributingandDevelopmentchapters in the
documentation for information on contributing to the project.Issues and questionsIf you have a feature request or bug report, please open anissue on GitHub.
If you have a question or need help, this may be better suited to ourGitHub
discussion board, theRaspberry Pi Stack Exchangeor theRaspberry Pi
Forums.ContributorsAlex ChanAlex EamesAndrew SchellerBarry ByfordCameron Davidson-PilonCarl MonkClaire PollardClare MacraeDan JacksonDaniele ProcidadamosurferDavid GlaudeDelcio TorresEdward BettsFatih SarhanFangchen LiG.S.gnickiIan HarcombeJack WeardenJeevan M RJosh ThorpeKyle MorganLinus GrohMahallonMaksim LeventalMartchusMartin O’HanlonMike KazantsevPaulo MateusPhil HowardPhilippe MullerRick AnsellRimas MisevičiusRobert ErdinRussel WinderRyan WalmsleySchelto van DoornSofiia KosovanSteve AmorStewart AdcockThijs TriemstraTim GoldenYisrael Dov LebowSee thecontributors pageon GitHub for more info.
Package: gpiozero-ha
A simple interface to GPIO devices with Raspberry Pi.Created byBen NuttallandDave Jones.AboutComponent interfaces are provided to allow a frictionless way to get started
with physical computing:fromgpiozeroimportLEDfromtimeimportsleepled=LED(17)whileTrue:led.on()sleep(1)led.off()sleep(1)With very little code, you can quickly get going connecting your components
together:fromgpiozeroimportLED,Buttonfromsignalimportpauseled=LED(17)button=Button(3)button.when_pressed=led.onbutton.when_released=led.offpause()You can advance to using the declarative paradigm along with provided
to describe the behaviour of devices and their interactions:fromgpiozeroimportLED,MotionSensor,LightSensorfromgpiozero.toolsimportbooleanized,all_valuesfromsignalimportpausegarden=LED(17)motion=MotionSensor(4)light=LightSensor(5)garden.source=all_values(booleanized(light,0,0.1),motion)pause()See the chapter onSource/Valuesfor more information.The library includes interfaces to many simple everyday components, as well as
some more complex things like sensors, analogue-to-digital converters, full
colour LEDs, robotics kits and more. See theRecipeschapter of the
documentation for ideas on how to get started.Pin factoriesGPIO Zero builds on a number of underlying pin libraries, includingRPi.GPIOandpigpio, each with their own benefits. You can select a particular pin
library to be used, either for the whole script or per-device, according to your
needs. See the section onchanging the pin factory.A “mock pin” interface is also provided for testing purposes. Read more about
this in the section onmock pins.InstallationGPIO Zero is installed by default in the Raspbian desktop image, available fromraspberrypi.org. To install on Raspbian Lite or other operating systems,
including for PCs using remote GPIO, see theInstallingchapter.DocumentationComprehensive documentation is available athttps://gpiozero.readthedocs.io/.
Please refer to theContributingandDevelopmentchapters in the
documentation for information on contributing to the project.ContributorsSee thecontributors pageon GitHub for more info.Core developers:Ben NuttallDave JonesAndrew SchellerOther contributors:Alex ChanAlex EamesBarry ByfordCarl MonkClaire PollardClare MacraeDavid GlaudeDaniele ProcidaDelcio TorresEdward BettsFatih SarhanIan HarcombeJeevan M RMahallonMaksim LeventalMartchusMartin O’HanlonMike KazantsevPhil HowardPhilippe MullerRick AnsellRussel WinderRyan WalmsleySchelto van DoornSofiia KosovanSteve AmorStewart AdcockThijs TriemstraTim GoldenYisrael Dov Lebow