Saravanan666/pypi-org huggingface dataset:
Package: reactive-robot
Reactive Robot (⚡ 🤖)MissionThis project aims to turn Robot Framework projects into event-driven services using popular message brokers like RabbitMQ, Kafka or MQTT.InstallationYou can install reactive-robot into projects using pip;pip install reactive-robotUsageCreate a definition file calledreactive-robot.ymlthen paste following configuration;service_name:Example Robot Serviceservice_version:1.0.0connector:driver:reactive_robot.connectors.mqtt.MQTTConnectorconnection_url:mqtt://localhost:1883bindings:-name:Example Tasktopic:robot-queuerobot:file:your-robots/examples.robotargs:nullYou're all set!
Now all you have to do is start the service;python -m reactive_robot serveYou should see the following output;$ python -m reactive_robot serve
2021-11-27 18:22:58,517 - [INFO] - reactive_robot.serve::serve::40 - Using Robot Framework v4.1.2 (Python 3.10.0 on darwin)
2021-11-27 18:22:58,518 - [INFO] - reactive_robot.serve::serve::47 - Event loop started. Waiting for events.Finally publish a message to see your robots are running.python tests/mqtt/publish.py localhost 1883ExamplesIn this section you can find example implementations with different message brokers;
You needdockeranddocker-composein order to execute example projects.Robot Service with Kafka BrokerNavigate to theexamples/kafkacd examples/kafkaThen start containers with below;docker-compose upFinally, trigger an event in basic topic to see your robots are running;docker-compose exec robot-service python /opt/service/publish.py basicRobot Service with MQTT BrokerNavigate to theexamples/mqttcd examples/mqttThen start containers with below;docker-compose upFinally, trigger an event to see your robots are running;docker-compose exec mqtt-broker /opt/hivemq-4.7.2/tools/mqtt-cli/bin/mqtt pub --topic basic --message TEST_VAR:321RecipesIn theexamples/directory you can find example projects which implements all recipes below;Dockerize your serviceHere you can find an example Dockerfile to convert your Robot Framework projects into dockerized event-driven serviceFROMrobotframework/rfdockerWORKDIR/opt/serviceCOPY./opt/serviceRUNpipinstall-rrequirements.txt#Yourprojectdependencies.# reactive-robot setupCOPYreactive-robot.yml.RUNpipinstallreactive-robotCMD["python","-m","reactive-robot","serve"]Then, we can build the image with following;docker build -t robot-service:1.0.0 .Finally, run your service;docker run -it robot-service:1.0.0LicenseDistributed under the Apache License 2.
SeeLICENSEfor more information.ContributingContributions are what make the open source community such an amazing place to be learn, inspire, and create.
Any contributions areappreciated.Fork the ProjectCreate your Feature Branch (git checkout -b feature/some-feature)Commit your Changes (git commit -m 'some feature added')Push to the Branch (git push origin feature/some-feature)Open a Pull Request
Package: reactive-uart2ip
reactive-uart2ipApplication that works as a "bridge" between the Sancus FPGA (through UART) and an external client using TCP/IP. This is implemented with the specific purpose to handle Authentic Execution messages, hence this application is not "general purpose", but strongly dependent to the Sancus application running inside the FPGA.Installation# Install reactive-uart2ip - you must be in the root of this repositorypipinstall.# run reactive-uart2ip### <loglevel>: log level, e.g., "debug". Default "info"### <device>: UART device. Default "/dev/ttyUSB1"### <port>: port used by the app to listen for TCP connectionsreactive-uart2ip-l<loglevel>-d<device>-p<port>Run reactive-uart2ip with Docker# Run the reactive-uart2ip Docker image### <loglevel>, <device> and <port> are the same as abovemakerunLOG=<loglevel>DEVICE=<device>PORT=<port>How it worksThe application is implemented usingasynciotasks.Serial taskA first task reads for messages from theserialcommunication.The messages can either be commands or results (seereactive-net)ACommandreceived from the device is immediately sent to the destination (ip and port are received as well), and there isno response.Sancus only sendsRemoteOutputcommandsAResultof a command previously sent to the device is added to a queue, where the task of the TCP connection that has sent the command will retrieve and send back to the client.TCP/IP tasksFor each new TCP connection, an asynchronous task is created, butonly one task at a timeuses the UART (by means of a lock).Each TCP connection has the purpose to send a command to the device. If the command expects a result, the task will wait until it is received (without releasing the lock). A timeout is set to avoid endless wait of other tasks, but this should never happen in a normal situation.Before starting the transmission of the data, ahandshakeis performed. This is necessary to "wake up" the device, in order not to lose bytes during the transmission. The handshake consists on the exchange of one single dummy byte between the application and the FPGA.Since the FPGA has a RX buffer limited to 127 bytes, we need to split large packets in several chunks. In order not to lose any bytes, the FPGA sends anACKbyte after each chunk received. The application, after sending the chunk, waits for the ACK, and after that continues the transmission.
Package: reactivex
A library for composing asynchronous and event-based programs using observable
collections and query operator functions in PythonReactiveX for Python v4For v3.X please go to thev3 branch.ReactiveX for Python v4.x runs onPython3.7 or above. To
install:pip3 install reactivexAbout ReactiveXReactiveX for Python (RxPY) is a library for composing asynchronous and event-based
programs using observable sequences and pipable query operators in Python. Using Rx,
developers represent asynchronous data streams with Observables, query asynchronous data
streams using operators, and parameterize concurrency in data/event streams using
Schedulers.importreactivexasrxfromreactiveximportoperatorsasopssource=rx.of("Alpha","Beta","Gamma","Delta","Epsilon")composed=source.pipe(ops.map(lambdas:len(s)),ops.filter(lambdai:i>=5))composed.subscribe(lambdavalue:print("Received{0}".format(value)))Learning ReactiveXRead thedocumentationto learn
the principles of ReactiveX and get the complete reference of the available
operators.If you need to migrate code from RxPY v1.x or v3.x, read themigrationsection.There is also a list of third party documentation availablehere.CommunityJoin the conversation on GitHubDiscussions! if you have any questions or
suggestions.Differences from .NET and RxJSReactiveX for Python is a fairly complete implementation ofRxwith more than120 operators, and
over1300 passing unit-tests. RxPY
is mostly a direct port of RxJS, but also borrows a bit from Rx.NET and RxJava in
terms of threading and blocking operators.ReactiveX for Python followsPEP 8, so
all function and method names aresnake_casedi.e lowercase with words separated by
underscores as necessary to improve readability.Thus .NET code such as:vargroup=source.GroupBy(i=>i%3);need to be written with an_in Python:group=source.pipe(ops.group_by(lambdai:i%3))With ReactiveX for Python you should usenamed keyword argumentsinstead of positional arguments when an
operator has multiple optional arguments. RxPY will not try to detect which arguments
you are giving to the operator (or not).DevelopmentThis project is managed usingPoetry. Code is formatted
usingBlack,isort. Code is statically type checked usingpyrightandmypy.If you want to take advantage of the default VSCode integration, then
first configure Poetry to make its virtual environment in the
repository:poetry config virtualenvs.in-project trueAfter cloning the repository, activate the tooling:poetry install
poetry run pre-commit installRun unit tests:poetry run pytestRun code checks (manually):poetry run pre-commit run --all-files
Package: reactivity
仿制VUE reactivity目前仅支持自定义类和字符串、数字，无法监听数组等的变化，需要大佬帮助。Usagefromreactivityimport*refeffect(lambda:(print(v.value)))v=ref(0)v.value+=1# 会自动触发注册的effect函数reactive@dataclassclassPerson:name:strage:inteffect(lambda:(print(obj.name)ifobj.ageelseNone))obj=reactive(Person('wei',21))obj.name='waa'# 会自动触发注册的effect函数computedv=ref(0)# effect(lambda: (print(v.value)))v.value+=1ok=ref(0)a=computed(lambda:v.value+1ifok.valueelse999)v.value+=1v.value+=1ok.value=1print(a.value)#当ok.value被切换成1时,a.value会被自动更新成v.value + 1 而第1 、 2次v.value++都不会改变a.value的值。参考https://www.vuemastery.com/courses/vue-3-reactivity/vue3-reactivityhttps://www.vuemastery.com/courses/vue3-deep-dive-with-evan-you/vue3-overview/Vuejs设计与实现https://github.com/cuixiaorui/mini-vue/tree/master/packages/reactivity/src
Package: reactjo
ContentsFor the most up-to-date docs, please seereactjo.comMost of the code is in the extensions’ repos, which you can find here -Frontend Extension-Backend Extension-Extension TemplateYou are looking at the repo of the command line tool which sets up the
rc directory, downloads extensions, and passes commands to them.ReactJoA command line scaffolding tool for web applications.Within minutes, it gives you a microservice architecture with: - Node.js
frontend app - React (via Next.js) - Sass, material-ui, and bootstrap -
List/details page for users and models - Create, Update, and Delete
options for users and models (assuming permissions pass) ———— - Django
backend app - Optional user authentication - Model scaffolding - RESTful
API - Customizable permissionsExtensibleInstall an extension or change any of the default ones.New extensions can be generated with a single commandreactjo extendDeploying an extension is as easy as pushing it to a github repo.Zero-weightYou don’t need reactjo in production, it can be uninstalled after it’s
done building. Or just .gitignore the reactjorc directory which holds
all the extensions and their bulk.Interactive, intelligentThis is not a boilerplate repo, that just gives you a starting point and
leaves you hanging.Reactjo takes you through a series of questions to determine what you
need, and even gives you the available options so you don’t need to need
to endlessly ask docs “what was that mandatory field I need to pass in…”After you generate the project, Reactjo can continue to be used to
scaffold more pieces of the project in the future.Requirements:Python 3.6 or newerPip3Node and NPMGitPostgreSQL- Only if you want the app heroku-ready.Installation:Open up your command line>mkdirmy_project# Create a directory.>cdmy_project# Enter directory.>python3-mvenvenv# Or python -m venv env (windows).>sourceenv/bin/activate# Or just env/Scripts/activate (windows).>pipinstallreactjo# Finally, we install Reactjo.5 minute Django + React project.```bash > reactjo rc # Creates reactjorc/, downloads default
extensions. Name your project > my_projectreactjo new # It asks some questions and starts building.Optionally, scaffold a modelreactjo content # Asks a lot of questions and st
Package: react-native-material-icons
React Native Material Icons DownloaderDownload icons fromhttps://material.ioin React Native icons format.Getting startedusage: RNMaterialIcons.py [-h] -a ASSET [-n NAME] [-c COLOR] [-t THEME]
                          [-s SIZE] [-d DIR]

optional arguments:
  -h, --help            show this help message and exit
  -a ASSET, --asset ASSET
                        Asset name.
  -n NAME, --name NAME  Asset new name.
  -c COLOR, --color COLOR
                        Asset color (default: white)
  -t THEME, --theme THEME
                        Asset theme (default: round)
  -s SIZE, --size SIZE  Asset size (default: 24)
  -d DIR, --dir DIR     Directory where asset will be downloaded (default:
                        current)
  -p PLATFORM, --platform PLATFORM
                        Assets platform target (default: none)Examples$./RNMaterialIcons.py-aaccount_cicle-cwhite-d/home/user/project/icon$./RNMaterialIcons.py-abookmarks-cblack-d/home/user/project/icon-tbaseline-nbookmark$./RNMaterialIcons.py-ainfo-cwhite-s48You can download the same icon and different size for each platform:$./RNMaterialIcons.py-acheck-pandroid-s24$./RNMaterialIcons.py-acheck-pios-s48This will generatecheck.android.png (24dp)
check.ios.png (48dp)
check@1x.android.png (24dp)
check@1x.ios.png (48dp)
check@2x.android.png (24dp)
check@2x.ios.png (48dp)
check@3x.android.png (24dp)
check@3x.ios.png (48dp)
check@4x.android.png (24dp)
check@4x.ios.png (48dp)
Package: reactome2py
Reactome2pyCIBranchBuild StatusTravismasterPython client for Reactome content and analysis services API calls.InstallationPyPI install using pip(sudo) pip install reactome2pyfrom sourcegitclonerepocdreactome2py
pythonsetup.pyinstallDockerfile(sudo) docker build -t <tag-name>:latest .
(sudo) docker run -it --rm <tag-name>:latestreactome2py Jupyter notebook use-case examplesdemofolder holds jupyter notebooks to show use-cases:API Documentation and json structures (Model section)Pathway Analysis Service:https://reactome.org/AnalysisService/#/Content Service:https://reactome.org/ContentService/#/Reactome Pathway Browser TourThis video is useful in understanding how to fully use and interpret Reactome pathway browser features.https://www.youtube.com/watch?v=-skixrvI4nUIn depth user guides are available at:https://reactome.org/userguide
Package: reactonite
ReactoniteA transpiler to convert HTML to React code and PWAs âœ¨Explore the Docs Â»Table of Contents.Report Bug.View ProjectTable of ContentsTable of ContentsAbout The ProjectBuilt WithGetting StartedPrerequisitesInstallationDevelopment SetupUsageRoadmapContributingLicenseContactAbout The ProjectReactonite is a wrapper for React which allows one to write vanilla html code and convert it to a react code and hence building a PWA, SPA.Here's the key features added to Reactonite:Transpile HTML code to React websiteCreate PWAs and React applications as quickly as possibleAct as a wrapper to NPMAllow importing of already created HTML file componentsHot ReloadingSupport custom scss, js, css etc. :smile:Built WithThis project was bootstrapped withCreate React AppGetting StartedTo get this repo up and running on your local machine follow these simple steps.PrerequisitesHere's a list of things you'll need to have prior to installing the software.PythonNPMNodeJsAny modern web browserInstallationUse pip to install Reactonite$pipinstallreactoniteDevelopment SetupSetup virtual environment?$virtualenvvenvNot necessary but recommended to keep your environment clean.
Dont forget to activate it.Clone the repository to local machine.$gitclonehttps://github.com/SDOS2020/Team_3_Reactonite.gitInstall the package either using pip or python setup tools$pythonsetup.pyinstall# Use `develop` instead of `install` to get an editable build# Alternatively run$pipinstall.You are good to go... ðŸŽ‰UsageOnce installed refer to thedocumentationfor the set of commands available with Reactonite cli or you can begin by typingreactonite --helpwhich opens the help page forreactonitecommand line tool.$reactonite--help
Usage:reactonite[OPTIONS]COMMAND[ARGS]...EntrypointforReactonitecli.

Options:--helpShowthismessageandexit.

Commands:...RoadmapSee theopen issuesfor a list of proposed features (and known issues). You can also track where the project is going in further releases just visit theprojectstab.ContributingContributions are what make the open source community such an amazing place to be learn, inspire, and create. Any contributions you make aregreatly appreciated. For complete contributing guide please read ourcode of conduct.LicenseMIT License. SeeLICENSEfor more information once complete.ContactAmogh Gulati -amogh17019@iiitd.ac.inAniket Pradhan -aniket17133@iiitd.ac.inAvi Garg -avi17223@iiitd.ac.inChirag Jain -chirag17041@iiitd.ac.inProject Link:https://github.com/SDOS2020/Team_3_Reactonite
Package: reacton-redux
Reacton ReduxA Python implementation ofReduxandRedux Toolkitwith bindings forReacton/SolaraInstallationpipinstall"reacton-redux[devtools]"Roadmapcreate_storecombine_reducerscomposeapply_middlewarereacton.StoreProviderreacton.use_storereacton.use_selectorreacton.use_dispatchtoolkit.create_actiontoolkit.create_reducertoolkit.immertoolkit.create_sliceDocumentationExamplesTestsLinksReduxFundamentals of Redux Course from Dan AbramovImmerIntroducing Immer: Immutability the easy wayDeep dive to immerTanstack QueryTanner Linsley – Let's Build React Query in 150 Lines of Code! (React Summit Remote Edition 2021)TkDodo's blog - Inside React QueryOther Python implementations of Redux publicly available on GitHub:usrlocalben/pydux⭐ 113ebrakke/python-redux⭐ 32kasbah/aioredux⭐ 22Carsten-Leue/ReduxPY⭐ 14peterpeter5/pyredux⭐ 12avilior/reduxpyRookieGameDevs/revived⭐ 12sassanh/python-redux⭐ 2xdusongwei/redux-python⭐ 1CCI-Tools/reduxpandafeeder/redux-pythonJumballaya/pubsub.pythewhitepill/rstoreimmijimmi/managedstate
Package: reactor
Reactor.am is the most important from marketing automation, crm and user
analytics, in one easy to use service.This is a python library for reactor.am API.Installationpip install reactorBasic usageimportreactorreactor.APPLICATION_ID='<your_app_id_hash>'response=reactor.collect({"session":1405587905,"user_id":"661787707","first_name_s":"John","last_name_s":"Doe","gender_g":"male","share_facebook_b":False,})assertresponse.status_code==200response=reactor.event('order',{"user_id":"661787707","product_s":"Gizmo","price_f":10.30})assertresponse.status_code==200DocumentationFull documentation can be found atdocs.reactor.am
Package: reactorch
ReacTorch: A Differentiable Reacting Flow Simulation Package in PyTorchReacTorch is a package for simulating chemically reacting flows in PyTorch. The capability of auto-differentiation enables us to efficiently compute the derivatives of the solutions to all of the species concentrations (obtaining Jacobian matrix) as well as model parameters (performing sensitivity analysis) at almost no cost. It also natively supports GPU computation with PyTorch. In addition, the capability of differentiating the entire reacting model is the foundation of adopting many recent hybrid physics-neural network algorithms. This package is aimed at providing an easily accessible platform for implementing those emerging hardware and software infrastructures from the deep learning community in chemically reacting flow simulations.In case you are wondering what is therelationshop between ReacTorch and Cantera/Chemkin.Installationgitclonegit@github.com:DENG-MIT/reactorch.gitcdreactorch
pythonsetup.pyinstallRequirementsPyTorchCantera >= 2.5.0ruamel.yamlDetailed instructions on installing the dependent packages can be found in thewiki page.UsageimportreactorchasrtSample code can be found intest/Solution_test.pyand examples folder. For example, the autoignition case demonstrates that you can compute jacobian matrix with only couple lines of code!CreditIf you use ReacTorch in a publication, we would appreciate if you cited ReacTorch. This helps to improve the reproducibility of your work, as well as giving credit to the many authors who have contributed their time to developing ReacTorch. The recommended citation for ReacTorch is as follows:Weiqi Ji, Sili Deng. ReacTorch: A Differentiable Reacting Flow Simulation Package in PyTorch, https://github.com/DENG-MIT/reactorch, 2020.ReacTorch was initially developed inDeng Energy and Nanotechnology Grouplead by Prof. Sili Deng at MIT.
Package: reactord
ReactorDReactorD (Reactor Design) is aPythonpackage whose proposal is to simulate
and design reactors for multiple-reaction systems. The intention is to solve
the following reactor types in stationary or not-stationary conditions: Plug
flow (PFR) and Stirred tank (STR)Available in version 0.0.1b4PFR (Border and initial value problems)Mass BalancesMolarFlowEnergy BalancesIsothermicAdiabaticNo isothermic (constant U coefficient and refrigerant temperature)No isothermic (constant U coefficient)Pressure BalancesIsobaricErgunMotivationChemical reaction engineering has as its main objective the study and
optimization of reactive processes, usually, with a chemical reactor as the
protagonist equipment. To design a chemical reactor, it is necessary to
consider several physical and chemical phenomena simultaneously, such as the
inlet and outlet molar flow of chemical substances, mass transfer, heat
transfer, and reaction kinetics. All these contributions to the system's
complexity, commonly lead to coupled non-linear algebraic problems, coupled
differential equations, or either both coupled algebraic-differential
equations that must be solved by numeric algorithms. ReactorD provides an
interphase to configure the necessary information for the simulation of the
chemical reactors. Also, ReactorD implements the mathematical representations
of mass and energy balances of specific reactors for a numerical resolution.RequirementsYou need Python 3.8+ to run ReactorD.InstalationFor installingReactorDyou just need to:pipinstallreactordAuthorsBrandolín, Salvador Eduardo
(salvadorebrandolin@mi.unc.edu.ar)
Parodi, Adrián
(adrian.parodi@mi.unc.edu.ar)
Rovezzi, Juan Pablo
(juan.rovezzi@mi.unc.edu.ar)
Santos, Maricel Del Valle
(maricel.santos@mi.unc.edu.ar)
Scilipoti, José Antonio
(jscilipoti@mi.unc.edu.ar)
Package: reactpy-apexcharts
reactpy-apexchartsMinimalReactPywrapper for thereact-apexchartslibraryUsagepip install reactpy-apexchartsDocumentationConfiguration options can be foundhereSimple Barchart Example./examples/barchart_example.pyfrom reactpy import component, html, run
from reactpy_apexcharts import ApexChart

@component
def AppMain():

    return html.div(

        ApexChart(
            options = {
                'chart': {'id': 'apex-chart-example'},
                'xaxis': {
                'categories': [1991, 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999]}
            },

            series = [{
                'name': 'series-1',
                'data': [30, 40, 35, 50, 49, 60, 70, 91, 125]
            }],

            chart_type = "bar",
            width=500,
            height=320
        )
    )

# python -m examples.chart_example

if __name__ == "__main__":
    run(AppMain)More complex area chartsyncing_chart.py, is a more complex example showing how to control color, grids and
format X & Y axis labels../examples/syncing_chart.pyfrom reactpy import component, html, run
from reactpy_apexcharts import ApexChart

DATE = dt(2017, 2, 11)

options = {
    "series": [{"data": time_series(DATE, 20, {"min": 10, "max": 60})}],
    "chart": {"id": "fb", "group": "social", "type": "line", "height": 160},
    "xaxis": {'type': 'datetime'},
    "colors": ["#008FFB"],
}

optionsLine2 = {
    "series": [{"data": time_series(DATE, 20, {"min": 10, "max": 30})}],
    "chart": {"id": "tw", "group": "social", "type": "line", "height": 160},
    "xaxis": {'type': 'datetime'},
    "colors": ["#546E7A"],
}

optionsArea = {
    "series": [{"data": time_series(DATE, 20, {"min": 10, "max": 60})}],
    "chart": {"id": "yt","group": "social","type": "area","height": 160},
    "xaxis": {'type': 'datetime'},
    "colors": ["#00E396"]
}


@component
def CustomChart(options):
    return  html.div({'style': {'min-height': '175px'}},
        ApexChart(options=options),
    )

@component
def AppMain():
    return html.div(
        CustomChart(options=options),
        CustomChart(options=optionsLine2),
        CustomChart(options=optionsArea),
    )


# python -m examples.syncing_chart

if __name__ == "__main__":
    run(AppMain)