Saravanan666/pypi-org huggingface dataset:
Package: chidentifier
CHidentifier is a pun on Chirality Identifier. CHIdentifier is an easy-to-use command line program to determine if two molecular systems are chiral to each other and if one is an enantiomer of the other. The chirality is resolved within a tolerance value defined by the user. CHIdentifier requires three input parameters, the first two are the file names of each of the molecules to be tested, while the third is an optional tolerance (TOL) parameter. The format of the input molecules is required to be XYZ. CHIdentifier can generate sample files from a menu, depending on the chosen case, to facilitate the dynamics of use. The program outputs a binary answer in each case: 1 if the compared molecules are enantiomers and 0 otherwise.Installing CHidentifierYou can install and uninstall with:# install
pip3 install chidentifier

# invoque as:
x.chidentifier.py

# uninstall
pip3 uninstall chidentifieror# install
git clone https://github.com/fortizchi/chidentifier
cd chidentifier/dist/
python3 -m pip install   chidentifier-0.1-py3-none-any.whl --upgrade --no-cache-dir

# invoque as:
x.chidentifier.py

# uninstall: in chidentifier/dist/
python3 -m pip uninstall chidentifier-0.1-py3-none-any.whlRunning CHidentifierx.chidentifier.py
Package: chi-drm
ChiAboutChiis an open source Python package hosted on GitHub,
which can be used to model dose response dynamics.All features of the software are described in detail in thefull API documentation.Getting startedInstallationInstall sundialsChi uses the open source package Myokit to solve ordinary differential equations
and compute their sensitivities efficiently. Myokit does this using sundials' CVODESS,
which needs to be installed with:On Ubuntu:apt-getinstalllibsundials-devOn MacOS:brewinstallsundialsOn Windows: No action required. Myokit will install sundial automatically.Install chipipinstallchi-drmYou can now use chi's functionality by importing itimportchiTutorialsTutorials and more detailed explanations on how to use chi can be found in thedocumentation's getting startedsection.CitationIf you use this software in your work, please cite it using the following metadata:APAAugustin, D. (2021). Chi - An open source python package for treatment response modelling (Version 0.1.0) [Computer software]. https://github.com/DavAug/chiBibTeX@software{Augustin_Chi_-_An_2021,
author = {Augustin, David},
month = {12},
title = {{Chi - An open source python package for treatment response modelling}},
url = {https://github.com/DavAug/chi},
version = {0.1.0},
year = {2021}
}ContributingThere are lots of ways how you can contribute to Chi's development, and you are welcome to join in!
For example, you can report problems or make feature requests on theissuespages.Similarly, if you would like to contribute documentation or code you can create and issue, and then provide a pull request for review.
To facilitate contributions, we have written extensivecontribution guidelinesto help you navigate the code.LicenseBSD-3-Clause
Package: chiecthuyenngoaixa
chiecthuyenngoaixaTiếng Việtchiecthuyenngoaixais a Python library which provides functions and
classes for various tasks inprocessing Vietnamese texts, such as
removing diacritics, converting numbers to words, sorting strings,
validations and more.This library is written on pure Python with no dependencies. Python 3.8
and above is supported.InstallationChiecthuyenngoaixa is available onPyPI. Open a terminal orCommand Prompt(on Windows) and run the following command:pip install chiecthuyenngoaixaIf you are usingPoetry, use this instead:poetry add chiecthuyenngoaixaBasic usageThe library will now be available asctnxmodule (abbreviation ofchiecthuyenngoaixa).Some commonly used functions and classes can be imported directly. For
example:To convert Vietnamese text to ASCII-only text:>>>fromctnximportremove_diacritics>>>remove_diacritics("Đàn ong thấy cái lon thì bu vào.")'Dan ong thay cai lon thi bu vao.'To convert a number to Vietnamese text:>>>fromctnximportnum_to_words>>>num_to_words(123456789021003.45)'một trăm hai mươi ba nghìn bốn trăm năm mươi sáu tỉ bảy trăm tám mươi chín triệu không trăm hai mươi mốt nghìn không trăm linh ba phẩy bốn mươi lăm'To sort Vietnamese texts:>>>fromctnximportViSortKey>>>lines=['Hà Nam','Hải Dương','Hà Nội','Hà Tĩnh','Hải Phòng','Hậu Giang','Hoà Bình','Hưng Yên','Hạ Long','Hà Giang','Điện Biên'\]>>>sorted(lines,key=ViSortKey)['Điện Biên','Hà Giang','Hà Nam','Hà Nội','Hà Tĩnh','Hải Dương','Hải Phòng','Hạ Long','Hậu Giang','Hoà Bình','Hưng Yên']For further usages, see the documentation, which is hosted onchiecthuyenngoaixa.readthedocs.io.
Package: chift
Chift Python LibraryThe Chift Python library provides convenient access to the Chift API from
applications written in the Python language.DocumentationSee theAPI docs.InstallationYou don't need this source code unless you want to modify the package. If you just
want to use the package, just run:pipinstall--upgradechiftInstall from source with:pythonsetup.pyinstallRequirementsPython 3.9+Usageimportchiftchift.client_secret="Spht8g8zMYWHTRaT1Qwy"chift.client_id="pZMQxOJJ6tl1716"chift.account_id="a8bfa890-e7ab-480f-9ae1-4c685f2a2a76"chift.url_base="http://chift.localhost:8000"# for development# get a consumerconsumer=chift.Consumer.get("0e260397-997e-4791-a674-90ff6dab7caa")# get all productsproducts=consumer.invoicing.Product.all(limit=2)# get one productsproduct=consumer.invoicing.Product.get("PRD_3789488")# print the product nameprint(product.name)DevelopmentSet up the development env:makeRun all tests:maketestRun the formatter:makefmt
Package: chigpy
ChigPyChigPyis a Python package built to disclose unique information about Chirag AswaniInstallationUsingpip:$ pip3 install chigpyUsageChigPyprovides multiple variables and methods to return a unique answer about Chirag Aswani, depending on your environment.first_namelast_namefull_nameemail_addressgithublinkedinfacebookinstagramrandom_fact()The remainder of this document uses the assumption thatChigPyhas been installed on Python3Basic usage looks like this:importchigpydefmain():chirags_name=chigpy.full_namechirags_email=chigpy.email_addressreturn("Contact{}at{}".format(chirags_name,chirags_email))AboutChigPyis developed and maintained byChirag Aswani. If you're interested in learning more about what Chirag Aswani can do for your company, pleaseget in touch!
Package: chikbip158
Chik BIP158This implements the compact block filter construction in BIP 158. The code is
not used anywhere in the Bitcoin Core code base yet. The next step towards
BIP 157 support would be to create an indexing module similar to TxIndex that
constructs the basic and extended filters for each validated block.Installpython3-mvenvvenv
.venv/bin/activate
pip3install.Run python testspython3tests/simple_test.pyInstallation steps on a fresh OSX imageInstall brew:ruby-e"$(curl-fsSLhttps://raw.githubusercontent.com/Homebrew/install/master/install)"brewinstallpython3brewinstallboostAt this point the only error is can’t find boost_thread libThe issue is the homebrew boost ships libboost_thread-mt libs but doesn’t
include plain libboost_thread, so clang can’t find it. Interestingly, homebrew
boost does have both plain and -mt files for the libboost_system libraries.$find/usr/local/lib/|grepboost_threadlibboost_thread-mt.alibboost_thread-mt.dylibSolution, with no guarantees that this is "the Right Way to do things", but
appears to work fine for the configure stage:cd/usr/local/libln-slibboost_thread-mt.alibboost_thread.aln-slibboost_thread-mt.dyliblibboost_thread.dylibci BuildingThe primary build process for this repository is to use GitHub Actions to
build binary wheels for MacOS, Linux (x64 and aarch64), and Windows and publish
them with a source wheel on PyPi. See.github/workflows/build.yml. CMake usesFetchContentto downloadpybind11. Building is then
managed bycibuildwheel. Further
installation is then available viapip install chikbip158e.g.Contributing and workflowContributions are welcome and more details are available in chik-blockchain'sCONTRIBUTING.md.The master branch is usually the currently released latest version on PyPI.
Note that at times chikbip158 will be ahead of the release version that
chik-blockchain requires in it's master/release version in preparation for a
new chik-blockchain release. Please branch or fork master and then create a
pull request to the master branch. Linear merging is enforced on master and
merging requires a completed review. PRs will kick off a GitHub actions ci
build and analysis of chikbip158 atlgtm.com.
Please make sure your build is passing and that it does not increase alerts
at lgtm.
Package: chik-blockchain
Chik-BlockchainChikis a modern community-centric green cryptocurrency based on a proof-of-space-and-time consensus algorithm.For more information, see our website and downloads atChik Network.You can learn more in the Chik Wiki:Quick Start GuideDiscord Channel: (https://discord.gg/SNbcMMvNBE).Full Node List Here:Full Node IP'sPort: 9678Windows InstallerDownload the Windows installer (exe) or Zip file -Chik Blockchain WindowsAs the Chik code signing certificate is new you will likely have to ask to keep the download and when you run the installer, you will have to choose "More Info" and "Run Anyway" to be able to run the installer. There is no need to use the command line. Some Windows antivirus applications are seeing the download as a false positive. You can see the entire source code and build method here, so we think it's safe for you to ask those tools to ignore it. Running the installer while plotting on a previous version will stop your plotting process, so be careful.Ubuntu/Debian Installsudo apt-get updatesudo apt-get upgrade -y# Install Gitsudo apt install git -y# Checkout the source and installgit clone https://github.com/Chik-Network/chik-blockchain.git --recurse-submodulescd chik-blockchainsh install.sh. ./activatechik init#add your plot directorieschik plots add -d /yourplotpathchik start farmer# The GUI requires you have Ubuntu Desktop or a similar windowing system installed.# You can not install and run the GUI as rootcd /home/'yourusername'/chik-blockchain/. ./activatesh install-gui.shcd chik-blockchain-guinpm run electron &Ubuntu/Debian Update# Stop all chik processes# Delete your 'chik-blockchain' folder, not your '.chik' folder# Clone 'chik-blockchain'chik stop -d allrm -rf /home/'yourusername'/chik-blockchaingit clone https://github.com/Chik-Network/chik-blockchain.git --recurse-submodulescd chik-blockchainsh install.sh. ./activatechik initchik start farmer*Note, If you receive errors during the installation process, your system is missing dependencies. In this case, thank you for trying :)
Package: chikpos
Chik Proof of SpaceChik's proof of space is written in C++. Includes a plotter, prover, and
verifier. It exclusively runs on 64 bit architectures. Read theProof of Space documentto
learn about what proof of space is and how it works.C++ Usage InstructionsCompile# Requires cmake 3.14+mkdir-pbuild&&cdbuild
cmake../
cmake--build.---j6Static Compilation With glibcStatically compile ProofOfSpacemkdir-pbuild&&cdbuild
cmake-DBUILD_PROOF_OF_SPACE_STATICALLY=ON../
cmake--build.---j6Run tests./RunTestsCLI usage./ProofOfSpace-k25-f"plot.dat"-m"0x1234"create
./ProofOfSpace-k25-f"final-plot.dat"-m"0x4567"-tTMPDIR-2SECOND_TMPDIRcreate
./ProofOfSpace-f"plot.dat"prove<32bytehexchallenge>
./ProofOfSpace-k25verify<hexproof><32bytehexchallenge>
./ProofOfSpace-f"plot.dat"check<iterations>Benchmarktime./ProofOfSpace-k25createHellman Attacks usageThere is an experimental implementation which implements some of the Hellman
Attacks that can provide significant space savings for the final file../HellmanAttacks-k18-f"plot.dat"-m"0x1234"create
./HellmanAttacks-f"plot.dat"check<iterations>PythonFinally, python bindings are provided in the python-bindings directory.Installpython3-mvenv.venv
..venv/bin/activate
pip3install.Run python testsTestings uses pytest. Linting uses flake8 and mypy.py.test./tests-s-vci BuildingThe primary build process for this repository is to use GitHub Actions to
build binary wheels for MacOS, Linux (x64 and aarch64), and Windows and publish
them with a source wheel on PyPi. See.github/workflows/build.yml. CMake usesFetchContentto downloadpybind11. Building is then
managed bycibuildwheel. Further
installation is then available viapip install chikpose.g.Contributing and workflowContributions are welcome and more details are available in chik-blockchain'sCONTRIBUTING.md.The main branch is usually the currently released latest version on PyPI.
Note that at times chikpos will be ahead of the release version that
chik-blockchain requires in it's main/release version in preparation for a
new chik-blockchain release. Please branch or fork main and then create a
pull request to the main branch. Linear merging is enforced on main and
merging requires a completed review. PRs will kick off a GitHub actions ci build
and analysis of chikpos atlgtm.com. Please
make sure your build is passing and that it does not increase alerts at lgtm.
Package: childespy
A Python API for childes-dbThechildespypackage allows you to access data in the childes-db from Python. This removes the need to write complex SQL queries in order to get the information you want from the database.This package is a wrapper for the latest version of thechildesrR package (https://github.com/langcog/childesr), so it requires the user to install R (>=3.6) on their machine. Instructions can be found here:https://www.r-project.org/.childesrhas Rpackage dependencies, listed here, whichchildespywill automatically install.Import with pipThis package is available through pip withpip3 install childespyand can be run withimport childespy.Pypi link:https://pypi.org/project/childespy/Other relevant GitHub repositories:Website frontend:http://github.com/langcog/childes-db-websiteInteractive data visualizations:https://github.com/langcog/childes-db-shiny
Package: chili-etc
CHILI-ETC is used for setting the CHILI exposure time parameters. by YuLiangyuliang@shao.ac.cn.                      This work is based on the work of the predecessors(by LinLin@SHAO:https://ifs-etc.readthedocs.io/en/latest/quickstart.html),                       and has been modified and completed on the basis of it.
Package: chillaxd
Chillaxd is a Python distributed coordination framework based on ZeroMQ and RAFT consensus algorithm.For more details on RAFT, you can readIn Search of an Understandable Consensus Algorithmby Diego Ongaro and John Ousterhout, Stanford University.Status and priority of the implementationLeader election [DONE]In memory log replication [DONE]Client interactions with the state machine [IN PROGRESS]Log persistence [TODO]Log compaction [TODO]Cluster membership changes [TODO]Install dependencies$ sudo apt-get install python-pip python-dev python3.4-dev -yInstall Chillaxd from Pypi$ pip install chillaxdInstall Chillaxd from source$ git clonehttps://github.com/ylamgarchal/chillaxd.git$ cd chillaxd$ sudo python setup.py installRunning tests$ cd chillaxd$ toxRunning three node cluster on the same machineFirst, open four consoles, the three first console will print the servers logs
while the fourth is used to run client commands.$ chillaxd –config-file ./chillaxd_1.conf2014-12-28 18:44:19,252 :: INFO :: let’s chillax on ‘127.0.0.1:27001’…$ chillaxd –config-file ./chillaxd_2.conf2014-12-28 18:44:19,252 :: INFO :: let’s chillax on ‘127.0.0.1:27002’…$ chillaxd –config-file ./chillaxd_3.conf2014-12-28 18:44:19,252 :: INFO :: let’s chillax on ‘127.0.0.1:27003’…Now the cluster is up and running. The logs indicates which one is the current
leader. Let’s try to send some commands.For instance if the current leader is the one listening on port 27001.WARNING: for now, it’s a minimalist client for demonstrating the replication mechanism.$ export CHILLAXD_SERVER=127.0.0.1:27001$ chillax create_node /node_1  data_1ACK command ‘c154482f-1ba7-4d0c-b8a4-b54d3807e2a2’We created a node on the root “/” named “node_1” associated to the data “data_1”, we
can then verify that this commands is replicated on each server.$ export CHILLAXD_SERVER=127.0.0.1:27001$ chillax 127.0.0.1:27001 get_children /[‘node_1’]$ export CHILLAXD_SERVER=127.0.0.1:27002$ chillax 127.0.0.1:27002 get_children /[‘node_1’]$ export CHILLAXD_SERVER=127.0.0.1:27003$ chillax 127.0.0.1:27003 get_children /[‘node_1’]
Package: chillboss
ChillBossVersion: 0.4.1ChillBoss keeps your mouse moving to keep your status alive 😎.Homepage:https://naveenkumarreddy8.github.io/ChillBoss/Installation:ChillBoss is published on PyPI:https://pypi.org/project/chillboss/pipinstallchillbossNOTEOn Linux you may need to install python3-tk python3-devsudo apt-get install python3-tk python3-devUsage:chillboss[options]Command line argument accepted:-m, --movement:randomandsquaremovements are accepted. Default set torandom.-l, --length: Accepted forsquaretype of movement. Default set toNone.-s, --sleeptime: Time to be taken till next movement. Default set to 30 seconds.-mt, --motiontime: Time consumption of pointer to move from present coordinates to the next coordinates. Default set to 0
seconds.-v, --verbose: Flag argument when given as input, sets the log level to Debug, else Warning.Made with love ❤️
Package: chillbox
Chillbox CLISecure and render the local files needed to work with and upload to multiple
servers.TheChillboxproject is still awork in progressat this time, but thischillbox CLItool is mostly stable at this point.InstallChillbox CLI can be installed with pip:pipinstallchillboxIt also depends on some other commands to be available on the local machine. The
required commands are listed incommands-info.toml.UsageThe chillbox CLI is built around theInvokeandFabricpackages. The
built-in '--help' option can be used. There are number of subcommands available
that each have their own help docstring.# Show the general help and available subcommands.chillbox--help# Show the help for the 'init' subcommand.chillbox--helpinitA configuration file is necessary to do anything with the chillbox CLI. It will
default to use thechillbox.tomlfile in the current working directory. See
thedocs/configuration-file.mdfor more information about the chillbox
configuration file.DependenciesRunning a chillbox subcommand will automatically check for any other required
commands and show which were not found. The whole list of these are listed in
thecommands-info.tomlfile. Any missing commands that are required will cause
an error to be shown when running a chillbox subcommand.DocumentationSee further documentation for usingchillboxathttps://jkenlooper.srht.site/chillbox/ContributingPlease contactJake Hickenlooperor create an issue.Any submitted changes to this project require the commits to be signed off with
thegit command option
'--signoff'.
This ensures that the committer has the rights to submit the changes under the
project's license and agrees to theDeveloper Certificate of
Origin.
Package: chilli-py
Chilli.py [chilli_py]PrologChilli [br. english]This is a pure Python self-consistent field (SCF) code utilizingGaussian-type orbitals (GTOs).Thus you will find only source code writtenin this package in Python and no other language.The main focus of this package is readability.Given the fact that it is written in Python,the package does not aim to compete withother packages optimized for fast productioncalculations.DocumentationPlease see the Chillidocumentationfor a detailed introduction.InstallationYou can installchilli_pyby typing the followingcommand in your bash.pip3install-e.Package self-contained testAdd apytestin your commit message.This will trigger the CI/CD pipeline.In the the online history you can find your CI job.Or you can run the tests locally typing the following commands:cdchilli_py/testspython3-mpytesttests.pyPhilosophyPure Python and only few (stable) package dependenciescore: numpy, scipy, packages from the Python standard libraryaddons: basis_set_exchange, pyscfReadability before speed-upsAuthorsSebastian Schwalbe (SS,theonov13@gmail.com, main developer)Kai Trepte (KT,kai.trepte1987@gmail.com, main tester)Wanja Timm Schulze (WS,wangenau@protonmail.com, main user)
Package: chima
Chima Python LibraryDocumentationAPI reference documentation is availablehere.InstallationAdd this dependency to your project's build file:pipinstallchima# orpoetryaddchimaUsagefromchima.clientimportChimachima_client=Chima()response=chima_client.search(group_id="group_id",query="Your query")print(response)Async clientThis SDK also includes an async client, which supports theawaitsyntax:importasynciofromchima.clientimportAsyncChimachima_client=AsyncChima()asyncdefget_response()->None:response=awaitchima_client.search(group_id="group_id")print(response)asyncio.run(get_response())StreamingChima's streaming endpoint will return a Python generator that you can iterate over.fromchima.clientimportChimachima_client=Chima()response=chima_client.stream(level_context="Some context.")forchunkinresponse:print(chunk)Beta statusThis SDK is in beta, and there may be breaking changes between versions without a major version update. Therefore, we recommend pinning the package version to a specific version in your lock file. This way, you can install the same version each time without breaking changes unless you are intentionally looking for the latest version.ContributingWhile we value open-source contributions to this SDK, this library is generated programmatically. Additions made directly to this library would have to be moved over to our generation code, otherwise they would be overwritten upon the next generated release. Feel free to open a PR as a proof of concept, but know that we will not be able to merge it as-is. We suggestopening an issuefirst to discuss with us!On the other hand, contributions to the README are always very welcome!