Saravanan666/pypi-org huggingface dataset:
Package: arduino-iot-client
Arduino iot-api Python clientRequirementsPython 3.7+InstallationYou can install the package directly from Github (you may need to runpipwithsudo):pipinstallarduino-iot-clientGetting StartedAuthenticationThe client requires a valid access token, you can userequests-oauthlibto get
one, to install the library do:pipinstallrequests-oauthlibAfter installing the library you can use this Python code to get a token:fromoauthlib.oauth2importBackendApplicationClientfromrequests_oauthlibimportOAuth2Sessionoauth_client=BackendApplicationClient(client_id=YOUR_CLIENT_ID)token_url="https://api2.arduino.cc/iot/v1/clients/token"oauth=OAuth2Session(client=oauth_client)token=oauth.fetch_token(token_url=token_url,client_id=YOUR_CLIENT_ID,client_secret=YOUR_CLIENT_SECRET,include_client_id=True,audience="https://api2.arduino.cc/iot",)print(token.get("access_token"))Once you get a token, you can create an instance of the iot-api client:importiot_api_clientasiotfromiot_api_client.restimportApiExceptionfromiot_api_client.configurationimportConfiguration# configure and instance the API clientclient_config=Configuration(host="https://api2.arduino.cc/iot")client_config.access_token=YOUR_ACCESS_TOKENclient=iot.ApiClient(client_config)# as an example, interact with the devices APIdevices_api=iot.DevicesV2Api(client)try:resp=devices_api.devices_v2_list()print(resp)exceptApiExceptionase:print("Got an exception:{}".format(e))For a working example, seethe example folderin this repo.How to get Arduino IoT Cloud Client CredentialsYou can generate Arduino IoT Cloud Client Credentials in theARDUINO APIsection in theIoT Cloud things section:Step 1Step 2Step 3
Package: arduino-rpc
Code generation for memory-efficient remote-procedure-calls between a host CPU (Python) and a device (C++) (e.g., Arduino).
The main features of this package include: 1) Extract method signatures from user-defined C++ class, 2) Assign a unique“command code”to each method, 3) Generate aCommandProcessor<T>C++ class, which calls appropriate method on instance of user type provided the corresponding serialized command array, and 4) Generate aProxyPython class to call methods on remote device by serializing Python method call as command request and decoding command response from device as Python type(s).
Package: arduinoserial
arduinoserial.pyis a Python port ofTod E. Kurt’s
arduino-serial.c programfor communicating with an Arduino
microcontroller board over a serial port. It only uses standard Python
modules (notablytermiosandfcntl) and does not require any
special serial communications modules.Like Tod’s program, you can use it from the command line.Send the string “a5050” to Arduino:$ ./arduinoserial.py -b 19200 -p /dev/tty.usbserial-A50018fz -s a5050This would cause the pan-tilt head described in thelemonodor post “Tilt”to
return to its middle position.Recieve a line of text from Arduino, wait 1000 milliseconds, then send
the string “a0000”:$ ./arduinoserial.py -b 19200 -p /dev/tty.usbserial-A50018fz -r -d 1000 -s a0000Complete command line usage information:Usage: arduinoserial.py -p <serialport> [OPTIONS]
Options:
  -h, --help                   Print this help message.
  -p, --port=SERIALPORT        Serial port Arduino is on.
  -b, --baud=BAUDRATE          Baudrate (bps) of Arduino.
  -s, --send=DATA              Send data to Arduino.
  -r, --receive                Receive data from Arduino & print it out.
  -n  --num=NUM                Send a number as a single byte.
  -d  --delay=MILLIS           Delay for specified milliseconds.

Note: Order is important. Set '-b' before doing '-p'.
      Used to make series of actions:  '-d 2000 -s hello -d 100 -r'
      means 'wait 2 seconds, send 'hello', wait 100 msec, get reply'.You can also importarduinoserialand use itsSerialPortclass
to communicate with an Arduino from a Python program:import arduinoserial

arduino = arduinoserial.SerialPort('/dev/ttyUSB0', 19200)
print arduino.read_until('\n')
arduino.write('a5050')Also see thelemonodor post “arduino_serial”.MIT LicenseCopyright (c) 2009 John WisemanPermission is hereby granted, free of charge, to any person
obtaining a copy of this software and associated documentation
files (the “Software”), to deal in the Software without
restriction, including without limitation the rights to use,
copy, modify, merge, publish, distribute, sublicense, and/or sell
copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following
conditions:The above copyright notice and this permission notice shall be
included in all copies or substantial portions of the Software.THE SOFTWARE IS PROVIDED “AS IS”, WITHOUT WARRANTY OF ANY KIND,
EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES
OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT
HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,
WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING
FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR
OTHER DEALINGS IN THE SOFTWARE.
Package: arduinoserial2
Arduino Serial Communication Python LibraryThis Python library provides a convenient interface for communicating with Arduino boards via serial communication. It allows you to detect connected Arduino boards, establish serial connections, send data, and receive data from the Arduino board.FeaturesAuto Detection:Automatically detects available Arduino (uno R3) boards connected to the computer.Connection Handling:Easily establish serial connections with detected Arduino boards.Data Transmission:Send data over the serial connection to Arduino boards.Data Reception:Read data from Arduino boards and process it in real-time.Multithreading Support:Receive data asynchronously using multithreading for responsive communication.InstallationTo use this library, you'll need Python installed on your system. If you haven't already, download and install Python frompython.org.pipinstallarduinoserial2UsageHere's a quick guide on how to use the library in your Python project:1. Import the LibrarypythonCopy codeimportarduinoserial2asas22. Detect Arduino BoardspythonCopy codeimportarduinoserial2asas2as2.detect()OutputAvailableports:['/dev/ttyACM0']3. Establish Serial ConnectionMethod 1 (Recommanded)conection=as2.connect(port='/dev/ttyACM0',baud_rate=9600)Method 2conection=as2.connect()The above code will automaticaly detect the arduino uno board and will have default baud rate96004. Send Data to Arduinoas2.send_data(conection,"Hello Arduino ")5. Receive Data from Arduinoas2.read_start(connection)6. Additional FeaturesCheck Python Version and Detected Ports:as2.checks()ContributingContributions are welcome! If you have any suggestions, bug reports, or feature requests, please open an issue or submit a pull request.LicenseThis library is licensed under the MIT License
Package: arduino-serial-mux
This Python library provides a simple way to create virtual serial interfaces
created on anArduinousing theserialMuxprotocol.Please seeReadTheDocsfor the latest documentation.Quick startPlug in the Arduino device and run the serial multiplexer.$ serial_mux /dev/ttyUSB0
Detected 2 virtual serial ports.
  Virtual serial device 1: /dev/pts/8
  Virtual serial device 2: /dev/pts/9The virtual serial devices/dev/pts/8and/dev/pts/9can now be used to
communicate to the virtual serial devices created on the device.For more information, see theUsagesection.
Package: arduino-simple-rpc
This library provides a simple way to interface toArduinofunctions exported
with thesimpleRPCprotocol. The exported method definitions are communicated
to the host, which is then able to generate an API interface using this
library.Features:User friendly API library.Command line interface (CLI) for method discovery and testing.Function and parameter names are defined on the Arduino.API documentation is defined on the Arduino.Support for disconnecting and reconnecting.Support for serial and ethernet devices.Please seeReadTheDocsfor the latest documentation.Quick startExport any function e.g.,digitalRead()anddigitalWrite()on the
Arduino, these functions will show up as member functions of theInterfaceclass instance.First, we make anInterfaceclass instance and tell it to connect to the
serial device/dev/ttyACM0.>>>fromsimple_rpcimportInterface>>>>>>interface=Interface('/dev/ttyACM0')We can use the built-inhelp()function to see the API documentation of any
exported method.>>>help(interface.digital_read)Helponmethoddigital_read:digital_read(pin)methodofsimple_rpc.simple_rpc.InterfaceinstanceReaddigitalpin.:argintpin:Pinnumber.:returnsint:Pinvalue.All exposed methods can be called like any other class method.>>>interface.digital_read(8)# Read from pin 8.0>>>interface.digital_write(13,True)# Turn LED on.Further readingFor more information about the host library and other interfaces, please see
theUsageandLibrarysections.
Package: arduino-sketch
arduino-sketchlets you compile and upload Arduino Sketches without the IDE. Just use your favorite editor to write the Arduino.inofiles and callarduino-sketch my.ino -u.Usagearduino-sketch my.inowill compile themy.inofile. It remembers the name of your sketch, so you can just callarduino-sketchthe next time.Seearduino-sketch –helpfor more info.Configurationarduino-sketchuses local configuration (.arduino_sketch) and a user configuration (~/.arduino_sketch). Some configuration options are:arduino_dir:Path to the Arduino core directory. Should contain thehardwareandtoolsdirectory.avr_tools_path:Path toavr-xxxbinaries.arduino_port:The Arduino serial device.
Defaults to/dev/ttyUSB*, but this will only work if you have a single USB serial device attached.board_tag:The name/type of the Arduino. See–list-boardsand–boardoptions.Installarduino-sketch is [registered at the Python Package Index (PyPi)](http://pypi.python.org/pypi/arduino-sketch), so you can install it withpiporeasy_install.You will still need the core components ofArduino 1.0 or higher. Note thatarduino-coreon Debian 6.0 is <1.0. [See here on how to install a package from Debian testing.](http://serverfault.com/questions/22414/how-can-i-run-debian-stable-but-install-some-packages-from-testing)For example on Debian:sudo aptitude install arduino-core python-pip libyaml-perl
sudo pip install arduino-sketchTo uninstall:sudo pip uninstall arduino-sketchLicensearduino-sketch is licensed under the MIT license.
It ships with Arduino.mk and ard-parse-boards which are licensed under LGPL 2.1.
Package: arduino-temperature-sensors
READMEArduino Temperature SensorsThearduino-temperature-sensorsis a readout and logging software for the EPIC temperature sensors.DependenciesThe packagearduino-temperature-sensorshas the following pre-requisites:Python 3.6andpip 10.0are the minimum required versions to build and installarduino-temperature-sensorsand its dependencies. It is
recommended to install and runarduino-temperature-sensors(and any other package, for that matter) under avirtual environment.libpq, a C library that implements connections to the PostgreSQL
backend server. It is used by the packagelab-utilsto
connect to the PostgreSQL backend, manage database structure and save new data entries.Getting StartedTODO: pip package available nowUsageTo use a thearduino-temperature-sensorspackage, TODOAuthorsCarlos Vigo-Initial work-GitLabContributingPlease read ourcontributing policyfor details on our code of
conduct, and the process for submitting pull requests to us.VersioningWe useGitfor versioning. For the versions available, see thetags on this repository.LicenseThis project is licensed under theGNU GPLv3 LicenseBuilt WithPyCharm Professional Edition- The IDE usedSphinx- DocumentationAcknowledgmentsNobody so far
Package: arduino_testsuite
This Python scripts allows automated running of several Arduino unit tests.
The testing process is started on the PC but the tests run on the actual Arduino hardware.
One set of unit tests is typically used to test one Arduino library.The following steps are performed for each set of unit tests:The script compiles and uploads an Arduino sketch that contains the unit testing.The unit tests are run on the Arduino board.The results of the test are printed over the serial port and analyzed by the Python script.The script starts the next test, repeating steps 1,2 and 3 for all test that are requested in the configuration file.
The script prints a summary showing an overview of all the failed/passed tests in the complete testsuite.Installation:Download the source and runpython setup.py installPython Package available in the Python Package Index at:http://pypi.python.org/pypi/arduino_testsuiteInstall using pip:pip install ArduinoTestSuiteUsage:Start the program with:python-mArduinoTestSuite(orpython main.py)Select the tests you want to run by editing:planned-tests.confGetting help:python-mArduinoTestSuite--helpPost issues to GitHub <http://github.com/jeroendoggen/Arduino-TestSuite/issues>.Requirements:The unit tests are written with the “Arduino Unit Testing Library”:http://code.google.com/p/arduinounitThe tests also use “Arduino Unit Testing Helper Library”:http://code.google.com/p/arduino-unit-test-helper-libraryThe code is uploaded to the Arduino board with “Arscons: scons script for Arduino”:http://github.com/suapapa/arsconsPython 2.6+ packages: pyserialLimitations:Currently only tested on LinuxDefault paths are configured for LinuxSubprocess handling only works on LinuxThe program was created with other OS users in mind, so it will eventually get full cross-platform support. Help from Windows-developers is much appreciated.License:If not stated otherwise ArduinoTestSuite is distributed in terms of the GPLv2 software license.
See COPYING in the distribution for details.Bug reports:Jeroen Doggen <jeroendoggen@gmail.com>Changelog:0.2.2: Error handling:Compile & upload errorsTiming: timeout for uploading & running of the testsMissing files: wrong test folder, no config fileHardware: Disconnect Arduino during test0.2.1: Settings & configurationPassing cli arguments & cli help messagesSettings separated from other codeStart tests from config file0.2: First working OOP versionSubprocess for arsconsClasses: Test, TestSuite, InfoPrinterDivided the code in several modules0.1: Initial release:Call sconsRun unit testPrint summary
Package: arduino-web-inject
Project Name
Welcome to Project Name! This is a Python project that does XYZ.Installation
To install Project Name, you can use pip:Copy code
pip install project-name
Usage
To use Project Name, you can import it in your Python code:python
Copy code
import project_name# Use project_name here
For more details and examples, please refer to the project’s documentation on GitHub.Documentation
For detailed documentation and examples, please refer to the project’s documentation on GitHub:https://github.com/your-username/project-nameLicense
This project is licensed under the MIT License - see the LICENSE file for details.Thank you for using Project Name!
Package: ardupilot-log-reader
Ardupilot Log ReaderThis package wraps untidily around mavlogdump in pymavlink, to read an ardupilot log to a pandas dataframe.usage#set up the parser
from ArdupilotLogReader import Ardupilot
parser = Ardupilot(
log_file, # the log file, .bin
types = ['ARSP', 'ATT', 'BARO', 'GPS', 'IMU', 'RCIN', 'RCOU', 'BAT', 'MODE', 'NKF1', 'STAT', 'XKF1'],  # fields to read from the log
zero_time_base=True # arguments passed to pymavlink
)parser.dfs # a dict containing a dataframes of log data for each field requested.
parser.join_logs(['ARSP', 'ATT']) #returns a pandas dataframe containing the ARSP and ATT data joined on time
parser.parms # returns the parameters read from the top of the log
Package: arduPython
arduPython is a Python interface for theFirmataprotocol. It is fully
compatible with Firmata 2.1, and has some functionality of version 2.2. It runs
on Python 3.9 and 3.10.Test & coverage status:InstallationThe preferred way to install is withpip:pip install arduPythonYou can also install from source withpython setup.py install. You will
need to havesetuptoolsinstalled:git clone https://github.com/BosonsHiggs/arduPython.git
cd pyFirmata
python setup.py installUsageBasic usage:>>> from pyfirmata import Arduino, util
>>> board = Arduino('/dev/tty.usbserial-A6008rIF') or board = Arduino() #New
>>> board.digital[13].write(1)To use analog ports, it is probably handy to start an iterator thread.
Otherwise the board will keep sending data to your serial, until it overflows:>>> it = util.Iterator(board)
>>> it.start()
>>> board.analog[0].enable_reporting()
>>> board.analog[0].read()
0.661440304938If you use a pin more often, it can be worth it to use theget_pinmethod
of the board. It let’s you specify what pin you need by a string, composed of
‘a’ or ‘d’ (depending on wether you need an analog or digital pin), the pin
number, and the mode (‘i’ for input, ‘o’ for output, ‘p’ for pwm). All
seperated by:. Eg.a:0:ifor analog 0 as input ord:3:pfor
digital pin 3 as pwm.:>>> analog_0 = board.get_pin('a:0:i')
>>> analog_0.read()
0.661440304938
>>> pin3 = board.get_pin('d:3:p')
>>> pin3.write(0.6)Board layoutIf you want to use a board with a different layout than the standard Arduino
or the Arduino Mega (for which there exist the shortcut classespyfirmata.Arduinoandpyfirmata.ArduinoMega), instantiate the Board
class with a dictionary as thelayoutargument. This is the layout dict
for the Mega for example:>>> mega = {
...         'digital' : tuple(x for x in range(54)),
...         'analog' : tuple(x for x in range(16)),
...         'pwm' : tuple(x for x in range(2,14)),
...         'use_ports' : True,
...         'disabled' : (0, 1, 14, 15) # Rx, Tx, Crystal
...         }TodoFix
Package: ardu-report
Python CLI to report back the sensor data from our arduino(s). See
(https://pypi.org/project/ardu-report-lib//https://github.com/inofix/ardu-report-lib)
for the main library.Dependencies, RequirementsUnix/LinuxPython 2/3tested against: 2.7 and 3.5 (main lib has unittests and Travis-CI)this is just a frontend for ‘ardu-report-lib’ (main dependency)see requrements.txt for further dependenciesBasic IdeaFor now we have one arduino reporting sensor values back over the serial line.
On the other end there is a raspberry pi collecting the data. The data is then processed and either just printed to the console or a file, or sent over mobile or wired/wireless network to, e.g., a webserver..If more than one arduino are connected. For each one of them the data processing can be configured individually.Use it for Your Project?I am rewriting the input parser to accept any JSON schema following
the meta schema to control the object index names. As it really only
needs some sort of identifier and a value, there should not be too
many obstacles to use it for your project too.See the ‘schema’
folder for details on the implementation.The ‘example’ folder contains JSON file that
validates against the schema and the tests/test_json.py has
a test run for both the input.json against the schema and the
schema against the meta-schema.. Furthermore there is an
extended-input.json that validates against an example
customized schema (extended-input-schema.json), with itself
still validates against the meta-schema.json.Example Data for Python ProcessingINPUT: JSON from the arduino over the serial lineThere are two examples under the ‘examples’ folder.The simple ‘input.json’
shows two example measurements.
The “id” and “value” entries in the object are
mandatory. The “unit” and “threshold” are interpreted for the stdout
log. Any other entry will just be passed on to the output (except for
the sdtout log case).Note that no timestamp joins the data. Most of the time there is no
clock source available to the dump sensor controller. The timestamp
is added in the output below though. If a timestamp is available
in the input, it can still be passed on of course.See the ‘extended-input.json’ for an example with
more enries and custom naming.OUTPUT: Target JSON from the raspberry pi for the use in e.g. a web appBased on the URL specified, the data is appended to a file (”file://”) as
a continuing list of JSON objects containing sensor value entries or
sent as a complete JSON array to a web server (”http://” / “https://”)
as a POST request. If the URL string is empty, the data is just printed in
text form to stdout.Example JSON output can be found under the examples folder:output.json - defaultcustom-output.json - if an output JSON scheme is defined, the
entries can be translated. The output JSON must validate against
the meta schema..
Package: ardurpc
Python library to control microcontroller based boards by using the ArduRPC protocol.You can find more information in thedocumentation.InstallRequirements:Python 2.7 or Python >= 3.2Requirements (optional):pyserial>= 2.7Install:Install the basic ArduRPC library.$pipinstallardurpcExampleThepyseriallibrary is required to run the following example.importardurpcfromardurpc.connectorimportSerial,UDP# Connect to the serial portcon=Serial("/dev/ttyACM0",9600)# More examples:# con = Serial("/dev/ttyUSB0", 9600)# con = UDP(host="192.168.1.1", port=1234)# New instancerpc=ardurpc.ArduRPC(connector=con)print("Version(Protocol):{0}".format(rpc.getProtocolVersion()))print("Version(Library):{0}".format(".".join([str(i)foriinrpc.getLibraryVersion()])))print("Available handlers:{0}".format(", ".join(rpc.get_handler_names())))LicensePublished under the LGPLv3+ (see LICENSE for more information)
Package: area
Calculate the area inside of anyGeoJSONgeometry. This is a port of Mapbox’sgeojson-areafor Python.Installation$ pip install areaUsageSimply pass a geojson string or python dictionary to the area function and get the area.>>> from area import area
>>> obj = {'type':'Polygon','coordinates':[[[-180,-90],[-180,90],[180,90],[180,-90],[-180,-90]]]}
>>> area(obj)
511207893395811.06Test$ python test.pyCreditgeojson-area
Package: area-and-volume-calculator
This python package is created to be used to compute the area ad volume of 2d and 3d shapesThe main purpose of the package is:To help individual having not to remember the formula of area and volume for ever 2d and 3d shapesTo allow people to compute faster directly by feeding the data directly in the packagelastly to reduce the human error when calculating the areas and volume of various shapes.Their are many shapes i have covered in the package to allow every individual compute without restricting the package to only basic shapescheck out the list of shapes i have covered in the package
FOR 2D SHAPES:
1) Circle
2) Rectangle
3) Square
4) Triangle
5) Ellipe
6) Rhombus
7) Parellelogram
8) Trapezium
9) Octagon
10) Pentagon
11) HexaggonFOR 3D SHAPES:
1) Cone
2) Cylinder
3) Sphere
4) Hemisphere
5) Regular Tetrahedron
6) Octahedron
7) Cube
8) Cuboid
9) Frustrum
10) Hexagonal_Pyramid
11) Right_Regular_Hexagonal_Prism
12) Torus
13) Right_Pentagonal_Pyramid
14) Right_Regular_Pentagonal_Prism
15) Triangular_Prism
16) Right_Square_Pyramid
17) Dodecahedron
18) Icosahedron