Saravanan666/pypi-org huggingface dataset:
Package: piotr
System dependencies$ apt install qemu-system-armIntroduction to PiotrPiotr is an emulation helper for Qemu that provides a convenient way to
create, share and run virtual IoT devices. It only supports the ARM Architecture
at the moment.Piotr is heavily inspired from @therealsaumil’sARM-X frameworkand keeps the
same approach: emulated devices run inside an emulated host that provides
all the tools you may need and creates a fake environment for them. This
approach allows remote debugging with gdbserver or fridaserver, provides a
steady platform for vulnerability research, exploitation and training.Moreover, Piotr is able to package any emulated device into a single file that
may be shared and imported by other users, thus sharing its kernel, DTB file or
even its host filesystem. This way, it is possible to create new emulated
devices based upon existing ones, and to improve all of them by simply changing
a single file (kernel, host filesystem, etc.).How does Piotr work ?Piotr stores everything it needs inside a specific user directory called.piotr,
located in the user’s home directory. This directory stores all the kernels, dtb
files, host filesystems and emulated devices.Each emulated device is stored in a specific subdirectory of your.piotr/devicesdirectory, and must contain at least:aconfig.yamlfile containing the device’s qemu configuration in a readable waya root filesystem with correct permissions and groups and usersWhen Piotr is asked to emulate a specific device, it loads itsconfig.yamlfile,
parses it and creates a Qemu emulated device with the corresponding specifications.This emulated device can then be driven by Piotr’s helper tools in order to:list or kill running processesdynamically configure network interfacesdebug any process running on the emulated device…DocumentationPiotr complete documentation is available athttps://piotr.readthedocs.io/en/latest/.
If you want to start using Piotr as soon as possible, we recommend you to read ourQuickstart guide!LicensePiotr is released under the MIT license, see LICENSE for more information.
Package: pip
pip is thepackage installerfor Python. You can use pip to install packages from thePython Package Indexand other indexes.Please take a look at our documentation for how to install and use pip:InstallationUsageWe release updates regularly, with a new version every 3 months. Find more details in our documentation:Release notesRelease processIf you find bugs, need help, or want to talk to the developers, please use our mailing lists or chat rooms:Issue trackingDiscourse channelUser IRCIf you want to get involved head over to GitHub to get the source code, look at our development documentation and feel free to jump on the developer mailing lists and chat rooms:GitHub pageDevelopment documentationDevelopment IRCCode of ConductEveryone interacting in the pip project’s codebases, issue trackers, chat
rooms, and mailing lists is expected to follow thePSF Code of Conduct.
Package: pip2
InstallInstall one or more packages from PyPi (ignoring dependencies).Usage:pip2 install<package>...Example:$ pip2 install package1
Successfully installed package1
$ pip2 install package2 package3
Successfully installed package2 package3
$ pip2 install package_that_doesnt_exist_or_fails_to_install
Failed to install package_that_doesnt_exist_or_fails_to_installFreezeDisplay a list of currently-installed packages.Usage:pip2 freezeExample:$ pip2 freeze
$ # ...Install a few packages...
$ pip2 freeze
package1
package2
package3SearchSearch PyPi.Usage:pip2 search <query>Example:$ pip2 search query_with_no_results
$ pip2 search pypy
JitViewer
pypyenv
tkinter-pypy
pypq
eolfixer
hackbeilUninstallUninstall one or more packages.Usage:pip2 uninstall<package>...Example:$ pip2 uninstall package
Successfully uninstalled package1
$ pip2 uninstall package2 package3
Successfully uninstalled package2 package3
$ pip2 uninstall package_that_isnt_installed_or_failed_to_uninstall
Failed to uninstall package_that_isnt_installed_or_failed_to_uninstall
Package: pip2amch
Command to transform pip’s requirements.txt into a csv for batch upload tohttps://allmychanges.com.
It allows to sync your requirements with AllMyChanges and to supbscribe on their updates.Free software: BSD licenseInstallationpip install pip2amchUsageTo use pip2amch in a project:pip2amch --tag my-project requirements.txt | amch pushThis will push all requirements from the file to the servicehttps://allmychanges.com, where you can subscribe on their
release notes.Documentationhttps://pip2amch.readthedocs.org/DevelopmentTo run the all tests run:toxChangelog0.1.0 (2016-05-16)First release on PyPI.
Package: pip2conda
pip2condapip2condais a tool to translatepip-style requirements intocondarequirements.pip2conda2reads or generates the metadata for a project,
evaluating the build (if possible) and runtime requirements - including unpackging
extras and evaluating environment markers - before translating each requirement
into a conda-forge requirement suitable for installation withconda/mamba.InstallationFor best results, please install fromconda-forge:condainstall-cconda-forgepip2condaYou can also install directly from PyPI:python-mpipinstallpip2condaBasic UsageJust executepip2condafrom the base of your project directory, or point
it at a wheel file for any project.
For example, runningpip2condain the base directory for its own
project repository does this:$pip2condabuildgrayskull>=1.0.0packagingpython>=3.10requestsruamel.yamlsetuptools-scm>=3.4.3setuptools>=61.0wheel
Package: pip2nix
pip2nixGenerate nix expressions for Python packages.Why another .nix generator for Python?The original author ofpip2nixstarted the project with the following motivation:I needed something that can work not only with pypi but also with local paths,
VCS links, and dependency links. I couldn’t get any of the other generators to
work, so I started my own :-)InstallationBe aware thatpip2nixis not yet mature software. It is a tool to aid Python
developers who use Nix to automate a good chunk of the work to maintain a Nix
based development environments.The recommended usage at the moment is inside of anix-shell, since this
avoids putting a specific version into the user’s environment:$ git clone https://github.com/johbo/pip2nix
$ cd pip2nix
$ nix-shell release.nix -A pip2nix.python36Alternativelypip2nixcan be installed into the user’s environment:$ git clone https://github.com/johbo/pip2nix
$ nix-env -f pip2nix/release.nix -iA pip2nix.python35UsageTo generate python-packages.nix for a set of requirements:$ pip2nix generate -r requirements.txtpip2nix generatetakes the same set of package specificationspip installdoes.ContactProblems and questions should go to GitHubissues.Credits and HistoryTomasz Kontusz started the project back in 2015, he’sktosiekon Freenode, and@tkontuszon Twitter.In 2016 Johannes Bornhold took over as maintainer, since he was actively usingpip2nixand Tomas was not actively using it himself anymore. Find him viahttps://www.johbo.com.
Package: pip2spack
pip2SpackAutomatically create and update a spack package base on the pypi.org information.Cons:Faster package creation than using the default optionspack createAutomatic updating of existing packages with information contained on pypi.orgTL;DR// install 
pip install pip2spack 

// create new one
pip2spack create jsl

// update a internal (bultin) package
pip2spack update codecov 

// download latest package locally 
pip2spack download jsl codecovInstallationLater, the package will be added into pypi repository.pip install pip2spackBuildTo build a .whl packagepip install setuptools wheel twine
python setup.py sdist bdist_wheelThan go todistdirectory and typepip install pip2spack-1.0-py3-none-any.whlRunBefore you run the script download a spack and exportSPACK_ROOT.Create a new packageTo run a script, provide a package names:pip2spack create {package_names_for_convert}Example for creation one new package:pip2spack create jslyou can also create more than one in single run:pip2spack create jsl codecovUpdating existing packages (builtin)Since v0.2, pip2spack is able to update builtin packages to newest version base on the pypi.org information.No more adding a new version thru Spack's Pull Requests!Example:pip2spack update codecovNotice:You can not to create and update packages at once. These operations are separated (in actual version)Downloading a newest packages locallySince v1.1, pip2spack is able to download latest.tar.gz/.whlpackage locally, usingdownloadcommandExample:pip2spack download jsl codecovPackages will be stored at thetempdirectory (depends on the OS), proper information wit storage place will be displayed.
Package: pip3-autoremove
pip3-autoremoveThis repository based onhttps://github.com/enjoysoftware/pip3-autoremovehttps://github.com/tresni/pip-autoremoveandhttps://github.com/invl/pip-autoremoveRemove a package and its unused dependencies.Supports both Python2 and Python3.This version also can remove packages listed in file
like 'requirements.txt'.Special Feature!You can list and remove packages including their optional dependencies!Usage:pip-autoremove -f -eto check leaf packages including extra packages.
Helps with managing packages likejupyterlab.pip-autoremove -y -e jupyterlabto remove packages including their extra packages (recursive).How to installHow to install pip3-autoremove for Python3:sudo pip3 install pip3-autoremoveHow to install pip3-autoremove for Python2:sudo pip install pip3-autoremoveUsagepip-autoremove packages-to-uninstall
pip3-autoremove packages-to-uninstall
pip-autoremove -r requirements.txtTo remove the globally installed package, add "sudo" before the pip-autoremove command.
Package: pip4a
pip4aA pip-like install for ansible collections.FeaturesPromotes an "ephemeral" development approachEnsures the current development environment is isolatedInstall all collection python requirementsInstall all collection test requirementsChecks for missing system packagesSymlinks the current collection into the current python interpreter's site-packagesInstall all collection collection dependencies into the current python interpreter's site-packagesBy placing collections into the python site-packages directory they are discoverable by ansible as well as python and pytest.UsageSetting up a development environment$ pip install pip4a --user
$ git clone <collection_repo>
$ cd <collection_repo>
$ pip4a install -e .\[test] --venv venv
INFO: Found collection name: network.interfaces from /home/bthornto/github/network.interfaces/galaxy.yml.
INFO: Creating virtual environment: /home/bthornto/github/network.interfaces/venv
INFO: Virtual environment: /home/bthornto/github/network.interfaces/venv
INFO: Using specified interpreter: /home/bthornto/github/network.interfaces/venv/bin/python
INFO: Requirements file /home/bthornto/github/network.interfaces/requirements.txt is empty, skipping
INFO: Installing python requirements from /home/bthornto/github/network.interfaces/test-requirements.txt
INFO: Installing ansible-core.
INFO: Initializing build directory: /home/bthornto/github/network.interfaces/build
INFO: Copying collection to build directory using git ls-files.
INFO: Running ansible-galaxy to build collection.
INFO: Running ansible-galaxy to install collection and it's dependencies.
INFO: Removing installed /home/bthornto/github/network.interfaces/venv/lib64/python3.11/site-packages/ansible_collections/network/interfaces
INFO: Symlinking /home/bthornto/github/network.interfaces/venv/lib64/python3.11/site-packages/ansible_collections/network/interfaces to /home/bthornto/github/network.interfaces
WARNING: A virtual environment was specified but has not been activated.
WARNING: Please activate the virtual environment:
source venv/bin/activateTearing down the development environment$ pip4a uninstall ansible.scm
INFO     Found collection name: ansible.scm from /home/bthornto/github/ansible.scm/galaxy.yml.
INFO     Requirements file /home/bthornto/github/ansible.scm/requirements.txt is empty, skipping
INFO     Uninstalling python requirements from /home/bthornto/github/ansible.scm/test-requirements.txt
INFO     Removed ansible.utils: /home/bthornto/github/ansible.scm/venv/lib64/python3.11/site-packages/ansible_collections/ansible/utils
INFO     Removed ansible.utils*.info: /home/bthornto/github/ansible.scm/venv/lib64/python3.11/site-packages/ansible_collections/ansible.utils-2.10.3.info
INFO     Removed ansible.scm: /home/bthornto/github/ansible.scm/venv/lib64/python3.11/site-packages/ansible_collections/ansible/scm
INFO     Removed collection namespace root: /home/bthornto/github/ansible.scm/venv/lib64/python3.11/site-packages/ansible_collections/ansible
INFO     Removed collection root: /home/bthornto/github/ansible.scm/venv/lib64/python3.11/site-packages/ansible_collectionsHelppip4a --helppip4a install --helppip4a uninstall --help
Package: pipa
Pipa is a sparten local PyPI server.It requires Python 3, and runs over self-signed SSL.This means pip won’t give you any warnings when using it.NOTE: It doesnotcurrently fetch from PyPI for other packages.UsageFind help on any pipa command withpipa <command> -h.Initializerunpipa initto create a packages folder, server certificates,
and configuration file (pipa.cfg)Add a userusepipa user-a<username> <password>to add a new user to the confg
that will be able to upload files to pipa.Run the serverRunpipa serveto serve with configuration from your config.Configure pip and distutilsTo install packages from pipa, pip needs to be given pipa’s index url,
and its cert bundle to authenticate with. This (bundle.pem) should be
available to both pip and the server; you can copy it to where you need.
The index url should be printed when starting the server.
You can specify these with the flags--index-url=...and--cert=...;
or the environment variablesPIP_INDEX_URLandPIP_CERT;
or in aconfiguration file.pipa allows uploading packages. To configure this, edit your~/.pypircto look something like this:[distutils]
index-servers =
    pypi
    pipa

[pypi]
username: my_pypi.python.org_user
password: pass

[pipa]
repository: https://localhost:5351/upload/
username: <username>
password: <password>Making use of the values you entered in step 2. Seeherefor
more info.Upload packages usingpython setup.py sdist upload-rpipa, and then
install them again when needed.InformationsQ & AQ: Can you add caching from PyPI?A: I plan to in the future. Pull requests are very welcome. In the mean time,
also check outdevpiandpypimirror.Q: Why another PyPI Developer Cache?A: I couldn’t see one that served over SSL out of the box, and/or that you could
upload to from setup.pyQ: Why Python 3 only?A: Because it’s nicer to code in and I want more Python 3 apps, so I made one.Q: Are pull requests welcome?A: Indeed they are!License: MITCode:https://github.com/Ivoz/pipaIssues:https://github.com/Ivoz/pipa/issues
Package: pip-abandoned
pip-abandonedInstallationI recommend installingpip-abandonedwithpipx. This will give you a system-wide install ofpip-abandonedwith its dependencies isolated from any environments you intend to scan.Alternativelypip-abandonedcan be installed from PyPI with your package manager of choice: pip, poetry, pipenv, etc.IntroductionSome package registries like NPM and Packagist allow a user to mark a package as abandoned or deprecated. This means it is relatively easy to tell if you are relying on a package abandoned by its author. It also allows package managers to consume this metadata to provide a warning at install time. PyPI does not have a mechanism to abandon or deprecate a package. There are some signals we can look at though.Many packages are linked to a GitHub repository. If that GitHub repository is archived, this is a strong signal that the package itself is abandonedSome packages may use theDevelopment Status :: 7 - Inactivetrove classifier to indicate the package is not actively maintainedSome packages may include abadge in the project README to indicate the package is not actively maintainedpip-abandoneduses these signals to identify potentially abandoned packages in your environment.Authenticationpip-abandoneduses the GitHub GraphQL API to efficiently query many repos at once. The advantage of this is that it is fast. The tradeoff is that authentication is required. A PAT with read-only access to public repos will be sufficient for most cases. There are two ways we can provide an auth token:Via an environment variable calledGH_TOKENe.g:GH_TOKEN=ghp_abc123Runpip-abandoned set-tokento store a token using the system keyring service withkeyringUsage# Search a virtualenv path:pip-abandonedsearch/home/alice/.virtualenvs/myproject/lib/python3.10/site-packages# Search a requirements file:pip-abandonedsearch-r/path/to/requirements.txtWhen searching one or more requirements files, your packages will be installed into a temporary virtualenv. This means this search will include transitive dependencies.Exit Codespip-abandoned searchexits withcode0when no inactive, archived or unmaintained packages were foundcode1when an error was encountered. For example:no packages were supplied in the path provided orno auth token was suppliedcode9when one or more inactive, archived or unmaintained packages were foundInspirationpip-abandonedtakes inspiration frompip-audit, another great project.
Package: pipable
pipablepipe operation in python🔗source codeQuick StartCreate the Pipe Objectinstantiate with thePipeclassfrompipableimportPipelist=Pipe(list)"abc"|list# ["a", "b", "c"]Pipe Object is Partial with Infix Operatorat the core Pipe create partial function while overriding it's|operatorinstantiate Pipe object like the built-infunctools.partialpreceding output will be assigned to the last positional argument of the Pipe objectsquare=Pipe(pow,exp=2)3|square# 9Since that Pipe appends preceding output to the last positional argument,
assigning 1st argument with keyword will raise exception.
This behave the same asfunctools.partialbase2=Pipe(pow,2)# positional arg ok3|base2# 8base2=Pipe(pow,base=2)# keyword arg don't3|base2# raise!!Using Decorator@Pipedecorator transforms function into Pipe objectpreceding output will be assigned to the last positional argumentinstantiate Pipe decorated function similar to creating partial# only one argument@Pipedefhi(name:str)->str:returnf"hi{name}""May"|hi# "hi May"# multiple arguments@Pipedefpower(base:int,exp:int)->int:returna**b# instantiate Pipe obj by partially calling the function2|power(3)# 9, note we need to use positional argument here2|power(exp=3)# 8, subsequent arguments can use keyword# assign the 1st argument with keyword will raise exception2|power(base=3)# raise !!Passing Variable Length Argumentsuse>>operator to pass-in var length arguments@Pipedefkebab(*args):return"-".join(args)["a","b"]>>kebab# "a-b"use<<operator to pass var length keyword arguments@Pipedefconcat(**kwargs):return", ".join([f"{k}-{v}"fork,vinkwargs.items()])dict(b="boy",c="cat")<<concat# "b-boy, c-cat"MotivationPipe operation is a handy feature in functional programming. It allows us to:write more succinct and readable codecreate less variableseasily create new function by chaining other functionsHowever it's still a missing feature in Python as of 2023. This package try to mimic pipe operation by overriding the bitwise-or operator, and turn any function into pipable partial.There are packages, such aspipetake the similar approach. It works great with iterables, and create pipe as iterator, ie. open pipe). However, I simply want to take preceding expression as an input argument of the current function then execute it, ie. close pipe. It leads to the creation of this package.FAQHow can I assign value to the first argument?Assign it within a wrapper functionsquare=Pipe(lambdax:pow(x,2))3|square# 9Can I create open pipe?Pipeonly create closed pipe, ie. execute the function after piping with the|operator. You may consider other solutions such as:pipe, which create open pipe for iteratorsCoconut, a python variant that embrace functional programmingCan I append the preceding output at the beginning of the argument list?Put the preceding output as the 1st argument of a wrapper function# prepend is the default behaviourdefkebab(*args):return"-".join(*args)'a'|Pipe(kebab,'b','c')# 'b c a'@Pipedefwrapper(first,others):returnkebab(first,*others)'a'|wrapper(others=['b','c'])# 'a b c'Need Help?Open agithub issueor ping me onTwitter
Package: pipall
# pipall - Python Library ManagementPipAll is a Python library management tool that simplifies the installation, uninstallation, and listing of libraries for different Python versions.## Installationpip install pipallInstall a Librarypipall install <library_name>Replace <library_name> with the name of the library you want to install.Uninstall a Librarypipall uninstall <library_name>Replace <library_name> with the name of the library you want to uninstall.List Installed Python Versionspipall pythonsList Libraries under a Python Versionpipall listlibList All Commandspipall helpExample of installing a library:pipall install requestsThis will install the requests library for the default Python version.
Package: pip_and_pip_tools
PurposeOccasionally, a newpiprelease is incompatible with the latest existingpip-toolsrelease.The purpose of this package is to make it easy to ensure compatible installations of the two tools.ApproachOnce the incompatible pip release hits,
there may be a span of time during which
pip-tools is not yet ready for its own release.Upon or in advance of these events,
this package will be swiftly published toPyPI,
and will depend on:pip-tools>=LATESTpip<INCOMPATIBLEThis package will have no real content of its own.Once a pip-tools version is released
that is compatible with the latest pip release,
this package will be published again, depending on:pip-tools>=LATESTpipVersioningSince this has no real code to version,
we will version each release with the corresponding
latest version of pip-tools, for clarity.WarningsThis package is currently maintained by me,
some guy you don’t know.I am not going to anything malicious with this package,
but depending on it without verifying its content
is a risk you should beware.Usage$pipinstall-Upippip-toolspip-and-pip-tools
Package: pipapp
PipApp creates directories and files for Pip-distributable Python application.Inspired by no-nonsense blog post about Python application distribution (https://gehrcke.de/2014/02/distributing-a-python-command-line-application/).RequirementsPython 3.InstallInstall latest version:pip install pipapp.UsageExecutepipapp [PROJECTNAME]and basic set of files and directories (as descibed in no-nonsense blog post) are automagically created in ./PROJECTNAME directory. The main source file is PROJECTNAME.py in ./PROJECTNAME/PROJECTNAME directory. PipApp is not used after initial creation of directories and files, so you can go ahead and develop, register with PyPi and upload the application to PyPi.If current directory is not good, you can specify directory where to create files and dirs:-d DIR, --dir DIR  Root directory where to create new project files and dirs. Default is current directory.For example, if you executepipapp hobbyproject, you get following directories and files in your current directory:hobbyproject/
├── CHANGES
├── hobbyproject
│   ├── __init__.py
│   ├── __main__.py
│   └── hobbyproject.py
├── hobbyproject-runner.py
├── LICENSE
├── MANIFEST.in
├── README.rst
├── setup.cfg
└── setup.pyWhen first executing the script a file$HOME/.pipapp_defaultsis created. The file includes some configuration items such as author name and email and set of classifiers to be used in generated setup.py.AboutPipApp is meant to give quick start to develop pip-distributable Python applications by providing basic set of files and directories.
Currently basic set is enough and if you need more professional style of working, please seehttps://www.jeffknupp.com/blog/2013/08/16/open-sourcing-a-python-project-the-right-way/.