Saravanan666/pypi-org huggingface dataset:
Package: tho-rustypy
opszero-rustypyopszero-rustypy is a template Rust Library for Python usingPyo3.The project is a template that you can clone or generate using the PyO2 product. This project
exists as a demonstration of a Ruby library that is used withing AWS Lambda and Kubernetes:aws-lambda-pythontiphyspyDependenciesMacOSbrew install pyenv pyenv-virtualenv
pip3 install maturinCreatemkdir project/
maturin init
✔ 🤷 What kind of bindings to use? · pyo3Buildpyenv virtualenv opszero-rustypy
pyenv activate opszero-rustypy
cargo update
./build.shBuilt for Mac, Linux and Windows on PushPublishPublished on Release TagUse>>>importopszero_rustypy>>>opszero_rustypy.sum_as_string(1,2)'3'
Package: thoryvos
thor𝜓vosThe all in one cryptographic toolkit.Click to watch demo video.You can use thor𝜓vos as a module, from the command line or through a GUI.Simply usepipto install by calling the following command.pip install thoryvosCurrently Available Features:Encryption & Decryption  [Pycryptodome used]AES256, DES3, Salsa20Stegography using LSBAnonymous File SharingThe files are completely vulnerable during uploading/downloading. They are anonymous once uploaded.Macros (GUI Only)To use the GUI, simply execute the following command:thoryvosTo use the Command Line Interface, simply execute the followingthoryvos [options]To use as a module, simply import thoryvos.import thoryvosDocumentation for the moduleStart by importing the module.import thoryvosFor encryption/decryption:thoryvos.encryptor(infile, outfile, password, mode)
thoryvos.decryptor(infile, outfile, password, mode)infile -> Path to the input file (file to be encrypted)outfile -> Path to the output filepassword -> Must be a stringmode -> Algorithm to be used. Must be one of these: "AES/DES/Salsa20". These are AES256, DES3 specifically.For file transfer:location = thoryvos.anon_download(url)
url = thoryvos.anon_upload(file)The input must be strings.On succesful upload, returns the location of the file downloaded.On succesful download, returns the url of the uploaded file.For steganography:lsb, nbytes = thoryvos.hide_data(infile, outfile, datafile, lsb=None)
thoryvos.recover_data(infile, outfile, lsb=None, nbytes=None)infile -> Path to the input file (file to be hidden in)datafile -> Path to the data file (data file to be hidden)outfile -> Path to the output file (name of the output file)On succesful hiding, returns a tuple containing lsb & nbytes values respectively.(lsb, nbytes).Username (Github, Instagram): freakingrockyMade by Rakshan Sharma
Package: thot
WithThotyou can write your sites, documentation or even your blog with
your favourite text editor and then have everything rendered to static pages.ThotunderstandsMarkdown,RST,CreoleandTrac’s
markup. You can still write everything as plaintext or HTML as well.
For templating you can resort toMakoorJinja2.Still not what you’re looking for? You can replace almost everything by your own
plugins. ;-)Need an example? This is a blog powered by Thot:http://tsu.sarumindustries.de/2011/12/15-durchs-Lowsec-fliegen-oder-per-Blackops-Portal-springen.htmlUsageQuickstartRunthot –quickstart mysiteto have directorymysitecreated with a basic site
skeleton. You will be asked a series of questions regarding author’s name and such by
that script.quickstartobeys the optional parameter-t <shortname>, with “shortname” being
the shortname for a recognized templating engine.makoorjinja2without any
additional plugins.Run thethotcommand to generate a site. The command looks for files with a .htm/.html,
.xml, .rst and .md/.markdown extension and parses them. Directories and files that start
with a dot or an underscore will be ignored. Everything else will be copied. The generated
site will be available in the_outputdirectory.BasicsPlace or edit your templates inside thetemplatesdirectory of your site.
You can assign a page templateself(thus none) or any other by “template: “ keyword.Every page consists of one header and one content section, in that order. It looks
like this:title: Hello World
template: post.mak

This is the content. Hello World!Theheaderis formatted inYAML. You can access it from within the content by
variablepage. WithMakoby${ page[‘title’] }orJinja2by{{ page.title }}for
example.Contentcan be anything, from plaintext over html to markup, which is determined by
the file extension. Although the content will be subject to rendering by the templating
engine of your choice, you are free to abstain from using it.You can find your default timezone and other settings in_config.yml, which is
parsed asYAML.Thot can take advantage of…LaTeX for math rendering. Needsdvipngandutf8x(Gentoo:dev-texlive/texlive-latexextra).
Enables RST directivesmathfor formulas (with optional attributelabel)
andeqfor linking to labelled formulas.PyphenandWordaxefor server-side hyphenation.
Package: thot-cli
Data management and analysis.Command line interface (CLI) of Thot to build, edit, and analyze your projects.python-mpipinstallthot-cliNoteFor full documentation go toRead The Docs.NoteFor more features use hosted projects atthot-data.com.Thot is a framework for managing and analyzing data. Thot utilizestop-down organizationandbottom-up anlaysisto make analyzing your data and drawing conclusions easy. This allows your data and your analysis to stay separate and modular.
Package: thot-core
Core functionality for Thot data management and analysis.This package is intended for developers.If you simply want to use Thot for managing and analyzing your data, go to thethot-data package.python-mpipinstallthot-coreNoteFor full documentation go toRead The Docs.NoteFor more features use hosted projects atthot-data.com.Thot is a framework for managing and analyzing data. Thot utilizestop-down organizationandbottom-up anlaysisto make analyzing your data and drawing conclusions easy. This allows your data and your analysis to stay separate and modular.
Package: thoth-analyzer
A library with common functionality for Thoth’s workloads (jobs and CLIs) run in OpenShift.The library provides common functionality for analyzers. It is supposed to be
a base for implementing any new analyzer in the Thoth project.Currently, there are implemented two core components:ACommandclass for running and executing any external executables.Gathering metadata about the environment where the analyzer was run with all the information such as Python version, arguments supplied to analyzer and others.InstallationThis package is realased on PyPI asthoth-analyzer. Thus you can install this
package using pip or pipenv:pipenv install thoth-analyzer
Package: thoth-buildlog-parser
Parse build logs out of OpenShift’s Python Source-To-Image (s2i) builds that useThoth s2i container images.This tool finds structure in an unstructured build logs ofOpenShift’s s2iand produces a JSON document describing all the actions taken during an
OpenShift s2i build process together with additional metadata that can be
obtained purely from OpenShift’s build logs.The prerequisite for using this tool is to useThoth’s Python s2i container
imagesthat use Thoth as a
recommendation engine for Python software stacks andmicropipenvfor installing dependencies.
The build logs produced during s2i builds are still user friendly when directly
browsing them in an OpenShift cluster, but can be used for data mining and
additional analysis (e.g. build breaking package).UsagePoint this tool to a log obtained from the cluster:#Obtainlogsusing:#oclogsuser-api-469-build-nthoth-test-core>log.txt#orforthemostrecentbuild:#oclogs-fbc/user-api-nthoth-test-core>log.txtthoth-buildlog-parser parse --input log.txtAnd that’s it. The tool will produce a JSON document describing the build process
with all the metadata.Example input & outputYou can find some example inputs and example outputs intests/data/directory.InstallationThis tool is packages and published on PyPI so you can issue one of the following commands to install it:pip install thoth-buildlog-parser
pipenv install thoth-buildlog-parserAfter installing this tool, a new command should be available:thoth-buildlog-parser --helpRunning from GitTo run this tool directly from the Git repo:git clone git@github.com:thoth-station/buildlog-parser.git  # or use https
cd buildlog-parser
pipenv install --dev
PYTHONPATH=. pipenv run python3 ./thoth-buildlog-parser parse --help
Package: thoth-doc
Thoth doc: Dependency-free, lightweight docstring parserInstallationpipinstallthoth-docUsage# code.pydeffoo(bar:int,baz:str="qux")->None:"""This is a docstring"""passclassFoo:"""This is a class docstring"""defbar(self,bar:int,baz:str="qux")->None:"""This is a method docstring"""passfromthoth_docimportget_docstringdocstring=get_docstring("code.py","foo")# find docstring of foo in code.pyprint(docstring)# "This is a docstring"docstring=get_docstring("code.py","Foo")# find docstring of Foo class in code.pydocstring=get_docstring("code.py","Foo.bar")# find docstring of Foo.bar method in code.pyLicenseMIT License
Package: thothglyph-doc
ThothglyphA Documentation converter and language for Engineers(Θωθ)Requirementspython >= 3.8pillowcairosvgInstallationMinimumpipinstallthothglyph-doc+ writers# pdf
sudo apt install texlive-luatex texlive-fonts-recommended texlive-fonts-extra texlive-lang-cjk
# docx
pip install python-docx+ extensions# graphviz
sudo apt install graphviz
pip install graphviz
# blockdiag
pip install blockdiag actdiag seqdiag nwdiag
# wavedrom
pip install wavedromUsagethothglyph-thtmldocument.tglyphLanguagesSeedocumentsToolsvim-thothglyphvscode-thothglyph
Package: thoth-lab
A laboratory providing helper functions for experiments on software stack
quality in Jupyter notebooks. This library is used inproject Thoth.Seethoth-station/jupyter-notebookandthoth-station/notebooksrepos
for more information about usage of this library inproject Thoth.InstallationThis project is released onPyPI, so the latest release can be
installed via pip orPipenvas shown below:pipenv install thoth-lab
Package: thoth-license-solver
Welcome to Thoth’s license-solver repository!This tool handles license and classifier detection from metadata provided by PyPI. Determines the type of license and its version. It also indicates a discrepancy in the license and in the classifier.What license-solver doesDetects licenses and classifier from metadata provided by:PyPIJSON filesfolders with JSON filesdictionary (with functiondetect_license())The output is printed by default on STDOUT (you can choose the file where to save the output more in –help).Good to knowunidentified license/version/classifier are namedUNDETECTEDnon-versioned licenses have an identifier in license_versionLICENSE-WITHOUT-VERSIONRun solver locallyOften, it is useful to run license-solver locally to experiment or verify your changes in implementation. You can do so easily
by running:$PYTHONPATH=.python3./thoth-license-solver<arguments>Examplessample with 1file:$thoth-license-solver--filetests/examples/request_example.json-pp4Output 1.:{"requests":{"2.27.1":{"license":["Apache License 2.0","Apache-2.0","Apache 2.0"],"license_version":"2.0","classifier":[["License :: OSI Approved :: Apache Software License","Apache Software License"]],"warning":false}}}sample with 2fileswith the same package but with different versions:$thoth-license-solver--filetests/examples/request_example.jsontests/examples/request_example_2.json-pp4Output 2.{"requests":{"2.27.1":{"license":["Apache License 2.0","Apache-2.0","Apache 2.0"],"license_version":"2.0","classifier":[["License :: OSI Approved :: Apache Software License","Apache Software License"]],"warning":false},"2.24.0":{"license":["Apache License 2.0","Apache-2.0","Apache 2.0"],"license_version":"2.0","classifier":[["License :: OSI Approved :: Apache Software License","Apache Software License"]],"warning":false}}}sample with 2fileswith the same package but with different versions and with 1 different PyPI package:$thoth-license-solver--filetests/examples/request_example.jsontests/examples/request_example_2.json--package-namenumpy-pp4Output 3.{"numpy":{"1.22.1":{"license":["BSD 4-Clause \"Original\" or \"Old\" License","BSD-4-Clause","BSD 4 Clause"],"license_version":"4","classifier":[["License :: OSI Approved :: BSD License","BSD License"]],"warning":false}},"requests":{"2.27.1":{"license":["Apache License 2.0","Apache-2.0","Apache 2.0"],"license_version":"2.0","classifier":[["License :: OSI Approved :: Apache Software License","Apache Software License"]],"warning":false},"2.24.0":{"license":["Apache License 2.0","Apache-2.0","Apache 2.0"],"license_version":"2.0","classifier":[["License :: OSI Approved :: Apache Software License","Apache Software License"]],"warning":false}}}InstallationInstalllicense-solver:$pipinstallthoth-license-solverRun testsIt is a good habit for the program to be tested after the implementation of new features. You can run:$pytesttests/#or$pytest--cov-reportterm-missing--cov=thothtests/# coverage testSpecial aliasesdefault BSD naming is 4th clause ([source](https://en.wikipedia.org/wiki/BSD_licenses#Terms))
Package: thoth-messaging
This provides a library calledthoth-messagingused in projectThoth.  It is a basic module to encapsule all messaging (here it is Kafka via Faust) primitives.Type Hinting With MyPyThis module uses pydantic for type hinting and enforcing a regular schema in messaging.  If you are using mypy to check
your code please add the following to your mypy configuration file:[mypy]plugins=pydantic.mypyIf you are creating an instance of a pydantic model in your own module you should directly use theMessageContentsclass within the associate message file. Usingfoo_bar_message.modelwill only type hint forBaseMessageContents.Development and TestingFor development and testing it is very useful to have a local instance of Kafka running on your machineWe provide adocker-composefile to get you up and running quickly with a basic Kafka server; this file is based onSingle Zookeeper/Multiple Kafka.In order to start Zookeeper as well as the Kafka Servers simply run$ podman-compose upor$ docker-compose up,
choose the appropriate option based on the system which you are using.Once you have Kafka up and running you should be ready to begin coding your own messaging producers and consumers.  The
interface betweenKafkaandPythonis handled by a library calledConfluent Kafka.
Faust’s documentation will be extremely helpful to you when you are developing your own applications. If you would like
examples of producers and consumers from Team Thoth, look at the following two repositories,investigatorandpackage-update.You may find it useful to use console producers and consumers while testing your, to create one simply attach a bash shell
to one of your Kafka Servers by running:$ podman exec -it messaging_kafka1_1 bash, your container names should be
the same as given here, if not, run$ podman psand choose the correct container.  These containers have all Kafka
binaries in appropriate places so you can simply run$ kafka-console-consumer,$ kafka-console-producer, or any other
kafka command that you may find useful.example:kafka-console-consumer --bootstrap-server localhost:9092 --topic test --from-beginningYou can test sending a message via the CLI using a file as -example:pipenv shell
python cli.py --message-file messages_to_be_sent.jsonNoteData is not persistent. Once pods are deleted so is the data associated with them.PitfallsSome schemas in this library are defined asDict[str, Any].  This usually does not accurately reflect the actual
schema required. These schemas can be purposefully vague because they are defined elsewhere and importing them from
the requisite libraries couplesthoth-messagingversion too closely to other components in the best case, and
introduces circular dependencies in the worst case.  In short,thoth-messagingis naive and can only enforce schemas
which it has defined.
Package: thoth-ml
Thoth 𓅝Thoth is designed to be an interactive explanation of a number of common Machine Learning methods. Built uponStreamlit, Thoth offers an intuitive way to understand and experiment with fundamental AI tools and methods.InstallationThe easiest way to get started with Thoth is throughpipx. Once you have installed pipx by following their installation instructions, you can install Thoth by running the following command:pipxinstallthoth-mlAlternatively, if you don't need Thoth to be installed in its own environment, then you can simply install it with pippipinstall--userthoth-mlYou can then start the Thoth application by simply running the following:thothFor more information please seethe full documentation!
Package: thoth-python
This library provides routines for Python specific operations forproject
Thoth. An example of routines present in this
library:manipulating with project (seeProjectabstraction)operations on top of requirements.txt files and/orPipfileandPipfile.lockfilesoperations on top ofconstraints.txtfilesoperations for operating with Python package source indexes (PEP-0503compatible simple repository API)operations for Python packages (default and the development ones) and their in memory hierarchical structuresInstallationThis package isavailable on PyPI.
You can install it with pip orPipenv:pipenv install thoth-pythonRunning and testingYou can use Pipenv for managing this project and execute testsuite usingsetup.py’stestcommand:#Clonethispackage:git clone https://github.com/thoth-station/python.git thoth-python
cd thoth-python
pipenv install --dev
pipenv run python3 setup.py test
Package: thoth-report-processing
This library calledthoth-report-processingis used in projectThothto process all outputs provided by Thoth Components
and stored usingthoth-storages library.Installation and UsageThe library can be installed via pip or Pipenv fromPyPI:pipenv install thoth-report-processingThe library does not provide any CLI, it is rather a low level library
supporting other parts of Thoth.Reports ProcessingThe reports to be processed can be retrieved in two ways:locally, providing a path.UsingCeph S3providing the following environment variables:THOTH_CEPH_KEY_ID=<ceph_key_id>
THOTH_CEPH_SECRET_KEY=<ceph_key_id>
THOTH_S3_ENDPOINT_URL=<s3_endpoint_url>
THOTH_CEPH_HOST=<ceph_host>
THOTH_CEPH_BUCKET=<ceph_bucket>
THOTH_CEPH_BUCKET_PREFIX=<ceph_bucket_prefix>
THOTH_DEPLOYMENT_NAMR=<deployment_name>see currently available adapters from thoth-storageshere.Security IndicatorsAggregating Security Indicators using local path:fromthoth.report_processing.components.securityimportSecurityIndicatorsBandit,SecurityIndicatorsClocfromthoth.report_processing.components.securityimportSecurityIndicatorsAggregator_SI_BANDIT_FOLDER_PATH=<>_SI_CLOC_FOLDER_PATH=<>security_aggregator=SecurityIndicatorsAggregator()si_bandit_report=SecurityIndicatorsBandit.aggregate_security_indicator_bandit_results(security_indicator_bandit_repo_path=_SI_BANDIT_FOLDER_PATH,is_local=True)[0]si_cloc_report=SecurityIndicatorsCloc.aggregate_security_indicator_cloc_results(security_indicator_cloc_repo_path=_SI_CLOC_FOLDER_PATH,is_local=True)[0]aggregated_json=security_aggregator.create_si_aggregated_json(si_bandit_report=si_bandit_report,si_cloc_report=si_cloc_report)
Package: thoth-sourcemanagement
This library provides abstraction that allow’sthothto interact with various source
management systems. We use OGR underneath to interact with git forges.InstallUse pipenv - This project is released onPyPI, so the
latest release can be installed via pip orPipenvas shown below:pipenv installthoth-sourcemanagementHow to use -fromthoth.sourcemanagement.sourcemanagementimportSourceManagementfromthoth.sourcemanagement.enumsimportServiceType# Service type you want to useservice_type=ServiceType.GITHUBsm=SourceManagement(service_type,'https://www.github.com',`private_token', 'username/repo_name')Or if you want to use the application to interact as a Github Application -# Service type you want to useservice_type=ServiceType.GITHUBsm=SourceManagement(service_type=service_type,service_url='https://www.github.com',token=None,slug="username/repo_name",installation=True)The environment variables that need to be set are -GITHUB_PRIVATE_KEY_PATH- The path where the private key is located.GITHUB_APP_ID- The Application ID of the Github app.You could then call all the functions offered by the Source Management class.
Package: thoth-ssdeep
ssdeep Python WrapperThis is a straightforward Python wrapper forssdeep by Jesse Kornblum, which is a library for computing context
triggered piecewise hashes (CTPH). Also called fuzzy hashes, CTPH can match inputs that have homologies. Such inputs
have sequences of identical bytes in the same order, although bytes in between these sequences may be different in both
content and length.How to use itTo compute a fuzzy hash, usehashfunction:>>>importssdeep>>>hash1=ssdeep.hash('Also called fuzzy hashes, Ctph can match inputs that have homologies.')>>>hash1'3:AXGBicFlgVNhBGcL6wCrFQEv:AXGHsNhxLsr2C'>>>hash2=ssdeep.hash('Also called fuzzy hashes, CTPH can match inputs that have homologies.')>>>hash2'3:AXGBicFlIHBGcL6wCrFQEv:AXGH6xLsr2C'Thecomparefunction returns the match between 2 hashes, an integer value from 0 (no match) to 100.>>>ssdeep.compare(hash1,hash2)22More examples are available in thepython-ssdeep documentation.InstallIf all requirements are met it is possible to install the wrapper by using pip or easy_install.$pipinstallssdeepThe build will fail if the ssdeep library isn’t installed.
To use the included version of the ssdeep library use the following command.$BUILD_LIB=1pipinstallssdeepFor more information have a look at thepython-ssdeep documentation.Tested on …CentOS 7Debian 8, 9Ubuntu 14.04, 16.04, 18.04DocumentationFeel free to use the prebuildpython-ssdeep documentationor use the steps below to build the documentation.$cddocs$pipinstall-rrequirements.txt$makehtmlLicensingThe code is licensed under the terms of the LGPLv3+.This wrapper includes the unchanged source distribution ofssdeep version 2.14.1. It is licensed under the GPLv2.
Package: thoughtforge-client
thoughtforge-clientClient SDK for ThoughtForge AIInstallation instructions:Set up account at tf-api.com, and get an API keypip3 install thoughtforge_clientset environment variablesTHOUGHTFORGE_API_KEY='YOUR_API_KEYTHOUGHTFORGE_HOST='core.tf-api.com'THOUGHTFORGE_PORT=443To see some examples, check outhttps://github.com/thoughtforge-ai/thoughtforge-examplesDocumentationAPI documentation can be found athttps://thoughtforge-api.readthedocs.io/To build and view documentation locally:cd docsmake htmlnavigate to docs/build/html/index.html in your browser to see the compiled docs
Package: thoughtful
thoughtfulis a collection of open-source libraries and tools for Robot Process
Automation (RPA) development. The goal of this project is to provide a set of
for supervising bot execution, and enabling these bots to do more.This project is:Open-source:GitHubOwned bythoughtfulLicensed under theApache License 2.0Links:HomepageDocumentationPyPIthoughtfulis available onPyPIand can be installed using pip:pipinstallthoughtfulthoughtfulofficially supports Python 3.7+.LibrariesThis is a list of the available libraries in this project. API Reference
and User Guide available ondocs.SupervisorSupervisor is a Workflow Engine for Digital Workers that constructs
and broadcasts a detailed and structured telemetric log, called the Run Report.fromthoughtful.supervisorimportstep,step_scope,supervise,set_step_status# using the step decorator@step("2")defstep_2(name:str)->bool:print(f'Hello{name}')returnTrue# some conditiondefmain()->None:# using the step_scope context managerwithstep_scope('1')asstep_context:try:print("Getting credentials")# ...exceptExceptionase:# set step status using methodstep_context.set_status("warning")ifnotstep_2():# set step status using functionset_step_status("2","fail")if__name__=='__main__':withsupervise():main()ContributingContributions tothoughtfulare welcome!To get started, see thecontributing guide.Made with ❤️ byThis project is open-source and licensed under the terms of theApache License 2.0.