Saravanan666/pypi-org huggingface dataset:
Package: phywhisperer
PhyWhisperer-USBWhat is this thing? This is a hardware trigger for FI or SCA, which triggers on the USB phy. Be sure to read the documentation athttp://phywhispererusb.readthedocs.io/as well!Get a PhyWhisperer-USBCheck outhttps://www.crowdsupply.com/newae/phywhisperer-usbfor the Crowd Supply!PhotosStatusThe current PCB (-04) is the final design released to manufacture, and software is considered mostly stable.Comparison to Other ProjectsWhat is PhyWhisperer & why does it exist? Other related solutions:TotalPhase Beagle 480 - Closed source butextremely nicesolution, primarily a USB sniffer/analyzer but can perform hardware triggering.OpenVizsla - Open source, USB sniffer w/ FPGA. Could add trigger logic onto this FPGA, but is missing the ability to cycle target power.GreatFET w/ GlitchKit - Open source using a micro firmware for USB trigger.FaceWhisperer - Open source using a SPI-based PHY chip.PhyWhisperer-USB primarily closely integrates the FPGA with the triggering based on USB line data. This allows you to generate more complex glitch waveforms - the actual USB triggering will be no better than a Beagle 480, but the advantage is the PhyWhisperer-USB can be directly connected to other open and closed-source tools (such as ChipWhisperer, ChipSHOUTER, or a signal generator). Rather than a single trigger at the exact moment (such as Beagle 480) you can adjust the offset & width of the trigger signal. This offset/width adjustment is required to sweep a glitch that is triggered from PhyWhisperer.The PhyWhisperer-USB adds features a glitch-master would find useful, such as an ability to power-cycle the target device, and perform power measurements across USB (plausible simple SPA attacks could work, mostly useful to see what state target is in).Compared to GreatFET or FaceWhisperer this tool cannot perform tasks such as fuzzing or complex state machines (which are relatively easy with those tools).Basic USB sniffing capability exists in this tool, as it's useful when deciding on the effect your glitch is having. If you require a more robust USB analyzer the TotalPhase Beagle 480 comes highly recommended by Colin (no connection - he just really likes them).
Package: pi
Python (package) installationGetting started fromPyPI:easy_install piWhence easy_install?CommandsUninstall package named “pip”:pi uninstall pipInstall package named “filesequence”:pi install filesequenceList paths that Python searches for imported modules:pi pathsList installed packages:pi listTestingContinuous integration:Or run tests locally:nosetests --with-doctestRelatedhttp://guide.python-distribute.org/creation.htmldistribute/pkg_resources
docsstandard library`site<http://docs.python.org/2/library/site.html>`__standard libraryenvironment
variablesSetuptoolspidoes not yet completely replacesetuptools. You may need
to install it first:DistroPackage manager commandUbuntuapt-getinstallpython-setuptoolsMacbuilt-inArchpacman-Spython-setuptoolsCentOSyum installpython-setuptoolsLicenseCopyright (c) 2013 Christopher Brown.MIT
Licensed.
Package: pi18n
Pi18nPi18n is an internationalization library for PythonInstallationInstall using pippipinstallpi18nGetting startedPi18n lets you internationalize your Python app in a simple way. It works like this:Provide Pi18n with as many JSON files as languages your app is going to support.Each file will be named with the locale of the language it represents.The content that is going to be placed in the app will be in each of these files, translated into the language thatthe file represents and associated with a code.The way a translation is associated with a code is by a JSON object: each key of the object is the code, and the valueis the translation associated to the code for every language.Every JSON object of every file must have the same keys.Translations can contain named parameters (placeholders) that will be replaced by a certain value on translation-time. Provideas many as needed with this syntax:{param-code}.Instantiate an object ofTranslationServiceclass. Its constructor must receive:The path with the translation files.The default locale.Call thegetmethod of theTranslationServiceinstance for getting a translation:Provide the translation code to thegetmethod as the first argument.Optionally, provide parameters to the translation either as a dict or as keyword arguments.Usage1. Place some translation files in your projectresources/es.json{"HELLO_WORLD":"Hola mundo!","WITH_PARAMS":"Los parámetros son: {fruit1}, {fruit2} and {fruit3}"}resources/en.json{"HELLO_WORLD":"Hello world!","WITH_PARAMS":"Params are: {fruit1}, {fruit2} and {fruit3}"}2. Create an instance ofTranslationServicemain.pyfrompi18nimportTranslationServicetranslation_service=TranslationService('resources','es')3. Use theTranslationServiceGet a translation:translation=translation_service.get("HELLO_WORLD")print(f"Message in Spanish:{translation}")>>>"Message in Spanish: Hola mundo!"Change locale at runtime:translation_service.change_locale("en")translation=translation_service.get("HELLO_WORLD")print(f"Message in English:{translation}")>>>"Message in English: Hello world!"Get a translation that receives some params as a dict:params={"fruit1":"apple","fruit2":"orange","fruit3":"banana"}translation=translation_service.get("WITH_PARAMS",params)print(f"Message with params:{translation}")>>>"Message with params: Params are: apple, orange and banana"Get a translation that receives some params as kerword arguments:translation=translation_service.get("WITH_PARAMS",fruit1="apple",fruit2="orange",fruit3="banana")print(f"Message with params:{translation}")>>>"Message with params: Params are: apple, orange and banana"
Package: pi1wire
pi1wirepi1wire is a library for the Raspberry PI 1Wire sensor.Quick SampleHere is a simple usecase.frompi1wireimportPi1Wire,ResolutionforsinPi1Wire().find_all_sensors():print(f'{s.mac_address}={s.get_temperature():.3f}')s.change_resolution(Resolution.X0_5)print(f'{s.mac_address}={s.get_temperature():.3f}')OS Environment(For Raspbian OS) Enable 1wire in raspi-config.$ sudo raspi-config nonint do_onewire 0APIPi1WireThis is a class that looks for sensors.find_all_sensors() -> List[OneWire]Get a list of OneWire instances.find(mac_address: str) -> OneWireGet a OneWire instance of the specified MAC address.find_all_and_change_resolution(resolution: Resolution, use_sudo: bool = True) -> List[OneWire]Change the resolution of all sensors found and get them as a list of OneWire instances.The executing user must be able to use sudo.
If the executing user has root privileges and does not need sudo, set theuse_sudooption to False.OneWireThis class controls the sensors.mac_addressThe MAC address property of the sensor.get_temperature() -> floatGet the temperature.change_resolution(resolution: Resolution, use_sudo: bool = True) -> NoneChange the resolution of the temperature sensor.Depending on theResolutiondefinition, change to a resolution equivalent to increments of 0.5°C, 0.25°C, 0.125°C, or 0.0625°C.The executing user must be able to use sudo.
If the executing user has root privileges and does not need sudo, set theuse_sudooption to False.ResolutionAn enumeration that defines the resolution setting values.X0_5Resolution is set at 0.5°C.X0_25Resolution is set at 0.25°C.X0_125Resolution is set at 0.125°C.X0_0625Resolution is set at 0.0625°C.Change Log0.3.0Added function to change resolution.Fixed so that the order of sensor detection does not change depending on the file system.0.2.0Added check for PowerOnResetValue.0.1.0Initial release.LicenseMIT
Package: pi3dpf-ns-pi3dpf-np
Alexa now playing configuration instructionsresolving login problemsINFO: alexa - alexa login failed. If the problem persists, open /home/pi/.pf/logs/alexa_response.html in browser, delete cookies and loginIf you see this message in the log, please login to your Alexa account from the same machine you have the now-playing daemon running.
In most of the cases, a captcha is provided and once this is done, the daemon can be started without problem.Keep in mind that there are several URLs used by amazon for authenticating their clients.
Set the property PI3D_ALEXA_ACCOUNT_BASE_URL accordingly in /home/pi/.pf/pf.config:PI3D_ALEXA_ACCOUNT_BASE_URL   : https://alexa.amazon.de  # Germany
PI3D_ALEXA_ACCOUNT_BASE_URL   : https://alexa.amazon.com # the rest of the worldHow to get PI3D_RADIOTIME_PARTNER_IDIf you browse in Chrome or Edge to the pagehttps://alexa.amazon.de/spa/index.html#music/TUNE_IN, and then
continue to Favorites, the link will extend to something like this:https://alexa.amazon.de/spa/index.html#music/TUNE_IN/link/aHR0cDovL29wbWwucmFkaW90aW1lLmNvbS9Ccm93c2UuYXNoeD9jPXByZXNldHMmZm9ybWF0cz1hYWMsbXAzJnBhcnRuZXJJZD0hRWFhYWFhYSZzZXJpYWw9QXh4eHh4eHh4eHh4eHh4eHh4eHh4eHh4eCZsb2NhbGU9ZW4mbGF0bG9uPTM0LjUxMDQ5MCwtODUuMzEyMTExCgwhich is base64 encoded.Using 'echo aHR0cDovL29wb...| base64 -d', the data-url provides:http://opml.radiotime.com/Browse.ashx?c=presets&formats=aac,mp3&partnerId=!Eaaaaaa&serial=Axxxxxxxxxxxxxxxxxxxxxxxx&locale=en&latlon=34.510490,-85.312111echo aHR0cDovL29wb...| base64 -d
http://opml.radiotime.com/Browse.ashx?c=presets&formats=aac,mp3&partnerId=!Eaaaaaa&serial=Axxxxxxxxxxxxxxxxxxxxxxxx&locale=en&latlon=34.510490,-85.312111Remarks: adding &render=json to the url will return JSON.add the following line to your config file /home/pi/.pf/pf_secrets:
radio_time_partner_id: !Eaaaaaa
Package: pi7447
Pi74477447 lib for raspberry piInstallationpip install pi7447Usage exampleimport pi7447
import time
import RPi.GPIO as gpio
gpio.setmode(gpio.BCM)

IC7447_INPUT_A = 2
IC7447_INPUT_B = 3
IC7447_INPUT_C = 4
IC7447_INPUT_D = 17

sevenSegmentSisplay = pi7447.IC7447(IC7447_INPUT_A,IC7447_INPUT_B,IC7447_INPUT_C,IC7447_INPUT_D)

#show 1 to 9
for i in range(10):
    sevenSegmentSisplay.show(i)
    time.sleep(0.5)

#turn off display
sevenSegmentSisplay.off()
Package: pi74HC595
pi74HC595Allows for easy use of the 74HC595 Shift Register with a Raspberry PiInstall$pipinstallpi74HC595HardwareRaspberry Pi Pinout74HC595 PinoutYou will need to connect:Vcc and MR to 5VGND to GroundDs to any GPIO pin (DS pin during initialization)STcp to any GPIO pin (ST pin during initialization)SHcp to any GPIO pin (SH pin during initialization)Q0 -> Q7 to anything you want to output to (not all have to be used)Q7' to Ds on the next pi74HC595 if Daisy Chaining (multiple 74HC595s in series)Initialize pi74HC595 classgpio.setmode() can be either gpio.BOARD or gpio.BCM (pin numbering vs GPIO numbering).frompi74HC595importpi74HC595importRPi.GPIOasgpiogpio.setmode(gpio.BOARD)shift_register=pi74HC595()This package's default pins assumes gpio.BOARD as defaultThere are some default settings:def__init__(DS:int=11,# gpio.BOARDST:int=13,SH:int=15,daisy_chain:int=1,)Pin NumberingYou will likely need to change the Raspberry Pi pins during initialization. Remember to check whether you used gpio.BOARD or gpio.BCM in your program.shift_register=pi74HC595(7,37,22)These can also be set after initialization with...shift_register.set_ds(7)# Any GPIO pin on Raspberry Pishift_register.set_sh(37)shift_register.set_st(22)Daisy ChainingIf you are daisy chaining multiple 74HC595s then you can set daisy_chain to your number of 74HC595s during initialization.shift_register=pi74HC595(7,37,22,2)shift_register=pi74HC595(daisy_chain=13)# etcThis can also be done after initialization with...shift_register.set_daisy_chain(3)# Any positive intUsageSet Values with a List:Will accept both Integers (1 and 0 only) as well as Boolean values (True and False)shift_register.set_by_list([0,1,0,1,1,1,0,0])shift_register.set_by_list([False,True,False,...])Set Values with an Integer:This was created with the intent to send a single 1 or 0 for on or off,
but can also function with a larger int as it converts to binaryshift_register.set_by_int(0)shift_register.set_by_int(1)shift_register.set_by_int(12)#1100shift_register.set_by_int(9999)#1111100111Set Values with a Boolean:Can send a single True or False for on or off.shift_register.set_by_bool(True)shift_register.set_by_bool(False)Clear All Current Values:Sets each value to off (0)shift_register.clear()Get All Current Values:Returns the current valuesshift_register.get_values()[0, 0, 0, 0, 0, 0, 0, 0]Good 74HC595 TutorialsIt took me a while to finally understand how the 74HC595 worked since I had no prior hardware experience. These are the tutorials I used to understand the shift register.Great but with ArduinoGood and with Raspberry PiCreditsSam GunterLicenseMIT License. Please seeLicense Filefor more information.
Package: pi7gurmukhi
Python Gurmukhi / PunjabiDuring Image Processing, Pdf Writing Or Android Dvolpment Some Errors Occur Because Python Don't Render Gurmukhi Languge Correctly.
This Package Is Helpfull In Process That All Charecters Correctly.INSTALLATIONUsing Pip Or Pip3pipinstallpi7gurmukhiPi7Gurmukhi Fontpi7fontIs A TTF(True Type Font) File Which Is Used For Process & Display Correct Text.
You Can Download it From Herepi7gurmukhi.ttfOr CheckGithubHow To Use?We Will See How To Write Gurmukhi Font On Image With The Help Of Pillow Library.render_gurmukhiFunction Is Used To Modify Gurmukhi String &pi7gurmukhi.ttfFile Is Used For Display OutputNOTEDont Forget To Downloadpi7gurmukhi.ttfFile And Use In Code.# -*- coding: utf-8 -*-frompi7gurmukhiimportrender_gurmukhifromPILimportImage,ImageDraw,ImageFont# Dont Forget To Include pi7gurmukhi.ttf File Path Otherwise It Will Don't WorkPi7TTfFile="Path/To/pi7gurmukhi.ttf"# Use render_gurmukhi Function For Correct Outputpunjabi_text=render_gurmukhi(u"ਸ੍ਰੀ ਗੁਰੂ ਨਾਨਕ ਦੇਵ ਜੀ\nਸ੍ਰੀ ਮੁਕਤਸਰ ਸਾਹਿਬ")font_size=36width=350height=130back_ground_color=(255,255,255)font_color=(0,0,0)im=Image.new("RGB",(width,height),back_ground_color)draw=ImageDraw.Draw(im)unicode_font=ImageFont.truetype(Pi7TTfFile,font_size)draw.text((10,10),punjabi_text,font=unicode_font,fill=font_color)im.save("text.jpg")Output Using Pi7Gurmukhi Font And render_gurmukhi FunctionThis Is Correct OutputOutput Without Pi7Gurmukhi Font And render_gurmukhi FunctionThis Is Incorrect OutputWithout Pi7Gurmukhi Font And Function.Similarly You Can Usepi7gurmukhiForWrite Pdf Files,Devolpment Using Kivy, Tkinter etc.
For Any Another Information Contact Tobhullarshivjeet@gmail.comOrMessage Me On Linkedin
Package: pia
PIA - Package Installer for AnsibleLike pip but for Ansible content, resilient content management that works
fast, offline, with caching, compatible with multiple versions of ansible
and a very friendly user interface.This project aims to become an alternative to the currentansible-galaxycommand line tool, one that would address some shortcomings such as:Ability to run offline, especially when checking if current dependencies
are up to date.Use caching similar to how pip does, so network access would be needed only
if current data is not available locally.Be idempotent.Installationpip3 install piaUsagePlease note that not all features are implemented yet.# Install a collectionpiainstallnamespace.collection_name# should also accept aliases like `pip i ...`# Install a collection archive from diskpiainstall./path/to/collection.tar.gz# Uninstall a collectionpiauninstallnamespace.collection_name# List installed collectionspialist
Package: piaf
Python Intelligent Agent Framework (piaf)The aim of piaf is to provide a FIPA-compliant agent framework using Python. It usesasyncioto power agents.Project statusThe first official release is there!After almost two years of development, I am now considering piaf is stable enough to start playing with it. I can't wait to see the amazing things you will do!So, what is next? Well, there are still missing features in piaf and the next version will try to add some of them (I see you FIPA SL!).FeaturesAlthough piaf made some progress, it still needs some love to be fully compliant with theFIPA specification.We provide some examples to help you understand what is possible to create with the current version, take a look athttps://gitlab.com/ornythorinque/piaf/-/tree/master/src/piaf/examples.Supported featuresAMS (partial, only the query function)DFCommunications within a platformCommunications between twopiaf platforms(with some limitations)Missing featuresFIPA SL support (only plain Python objects are supported)Federated DFName resolution"Official" envelope representations (XML, bit-efficient) and MTPs (mainly HTTP, we don't plan to support IIOP)DocumentationThe full documentation (both user and API) is available here:https://ornythorinque.gitlab.io/piafIt will teach you how to install and run your agents.Author(s)ornythorinque (pierredubaillay@outlook.fr)
Package: pi-annotations
=====================================PirateLearner Annotations App=====================================A per-paragraph commenting app that enables you to:- Create annotations (like those in medium.com) on per-paragraph basis- Delete annotationsThis app is designed to work with the PirateLearner Blogging App, which powers the unique ID generation for each content paragraph.**Requirements**- `Python`_ 2.7.- `Django`_ 1.6.x.- `Django Rest Framework`_ 3.1.0- `pi-blogging`_ 0.1.0b1**Installation**Use pip for installing the app:`pip install pi-annotations --pre`or download zip file from github `here`_after installation, add rest_framework and annotations to your installed apps and also make sure that requirements are also installed -|  INSTALLED_APPS = (|  ...|  'reversion',|  'crispy_forms',|  'blogging',|  'taggit',|  'ckeditor',|  'django_select2',|  'annotations',|  'rest_framework',|  ...|  )Also add blogging urls in your projects urls.py -|  urlpatterns = i18n_patterns('',|  ...|  url(r'^annotations/', include('annotations.urls', namespace='annotations')),|  ...|  )after this just run ``python manage.py syncdb`` for creation of database tables.NOTE: For setting up blogging app, refer to its `documentation`_.**Usage**The documentation may be found at `Read The Docs`_... _Python: https://www.python.org/.. _Django: https://www.djangoproject.com/.. _here: https://github.com/PirateLearner/blogging/archive/master.zip.. _`documentation`: http://blogging.readthedocs.org/en/latest/.. _`Read The Docs`: http://annotations.readthedocs.org/en/latest/
Package: piano
Piano is an work-in-progress for building dynamic CMS-like sites
consisting of componentized parts (such as pages or widgets) which can be
assembled and configured at runtime.It also is an evolving example demonstrating:PyramidTraversalBuildoutMongoDB and MongoKitSphinx documentationQuick Installationpython bootstrap.pybin/buildoutbin/buildout install sphinxbin/sphinx-builddocs docs/_buildThen, for detailed documentation go to /docs/_build/html/index.html.Changelog0.0Initial versionCreated initial MongoDB structureCreated Buildout setup and configurationsWrote initial documentation0.1Moved to GitHubFirst upload to PyPi0.2Cleaned up contextsAdded dynamic embedding of a PageModel into a PageDocument (page data)Fixed Sphinx doco generation0.3Cleaning up documentationGeneral code cleanup
Package: pianofish
This project is a proposed change to the `tuna` GUI.See the User Guide in the 'doc' directory.Fedora and CentOS repos at 'https://copr.fedorainfracloud.org/coprs/streeter/python-hwloc/'Example Debian9 install:.. code:: bashsudo apt-get install build-essential virtualenv python-pip libpython2.7-dev \libnuma-dev libhwloc-dev libibverbs-dev cython python-babel \git libhwloc5 python-gobject python-cairo pkg-configgit clone https://git.kernel.org/pub/scm/libs/python/python-schedutils/python-schedutils.git/sudo pip install ./python-schedutilsgit clone https://git.kernel.org/pub/scm/libs/python/python-linux-procfs/python-linux-procfs.git/sudo pip install ./python-linux-procfssudo pip install pianofishsudo glib-compile-schemas /usr/share/glib-2.0/schemas/*Note* GitLab has a bug rendering ReStructuredText files. If you cannot read the example above, click the "Open Raw" button.*Note* `pianofish` and its dependencies must be installed system-wide. It will not work in a virtualenv or a `--user` install.*Note* `pip uninstall pianofish` will refuse to remove some files. Look for the messages about this, and manually remove the files when uninstalling.
Package: pianoputer
PianoputerThis library lets you to play your computer keyboard like a piano. Here is avideoof it in action on a French azerty keyboard.Play!Pianoputer only works in python3 so make sure you are using python3pip install pianoputer
pianoputerAfter a few seconds, the below image will appear in a window, indicating that the program is ready.
The cyan key is the key that the sample wav file is assigned to. By default this is c4,the piano middle C at 261.6 hzAll white and black keys are transposed up and down from the anchor cyan key.Changing the sound fileYou can provide your own sound file withpianoputer --wav my_sound_file.wavFor example:pianoputer -w audio_files/bowl_c6.wavAll white and black keys are transposed up and down from the anchor cyan key.Changing the keyboard layoutNote that the default keyboard configuration (stored in filekeyboards/qwerty_piano.txt) is for the most commonly used QWERTY keyboards. You can change the configuration so that it matches your keyboard, for instance using the alternativekeyboards/azerty_typewriter.txt:pianoputer -k keyboards/azerty_typewriter.txtThese.txtfiles simply contain a sequence of key names and are easy to edit. For convenience this repository also provides amake_kb_file.pyprogram:python make_kb_file.pyThis will let you press the keys in the order that you want, and create a new keyboard configuration file, by defaultmy_keyboard.kb(just follow the instructions). You can then use the custom keyboard file with the --keyboard argumentLocal Installationpython3 -m venv venv
source venv/bin/activate
# if you want to edit the program and have pianoputer use your edits
pip install -e .
# to install pianoputer separately in your virtual environment
pip install .
pianoputerAttributionsc4 piano sample fromhttps://en.wikipedia.org/wiki/File:Middle_C.midChangeloghttps://github.com/Zulko/pianoputer/tree/master/CHANGELOG.md
Package: pianopy
pianopyA python library/application to play, compose and interface with virtual and
real pianos using MIDI.Run tests, build, publishRun the unittests:make testBuild the package as a wheel:make buildPublish the package to pypimake publishDevelopment setupMake sure prerequisites are installedClone the git repo:git clone https://github.com/PeterPyPan/pianopyUse make to setup the dev environment:# This sets up a venv in ./.venv using poetry and installs the pre-commit hooks.  
make setupPrerequisitesInstallpoetryVerify the poetry installation using:poetry --versionInstallation instructions:https://python-poetry.org/docs/#installation.InstallmakeVerify the make installation using:make --version# Installation for OSX
# remove previous installation of command line tools
rm -rf /Library/Developer/CommandLineTools/
# install command line tools
xcode-select --install
# setup command line tools
sudo xcode-select --switch /Library/Developer/CommandLineTools/