Saravanan666/pypi-org huggingface dataset:
Package: wishbone_output_tcp
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                                   version 2.1.2

Build composable event pipeline servers with minimal effort.


===================
wishbone.output.tcp
===================

Version: 1.0.0

Submit event data to a TCP socket.
----------------------------------


    Writes data to a tcp socket.

    When <data> is of type list, all elements
    will be joined using <delimiter> and submitted together.

    Parameters:

        - selection(str)("@data")
           |  The part of the event to submit externally.
           |  Use an empty string to refer to the complete event.

        - host(string)("localhost")
           |  The host to submit to.

        - port(int)(19283)
           |  The port to submit to.

        - timeout(int)(1)
           |  The time in seconds to timeout when connecting

        - delimiter(str)("\n")*
           |  A delimiter to add to each event.


    Queues:

        - inbox
           |  Incoming events submitted to the outside.
Package: wishbone_output_udp
__       __    __
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|  |  |  |  |__ --|     |  _  |  _  |     |  -__|
|________|__|_____|__|__|_____|_____|__|__|_____|
                                   version 2.1.2

Build composable event pipeline servers with minimal effort.


===================
wishbone.output.udp
===================

Version: 1.0.0

Submit event data to an UDP socket.
-----------------------------------


    Writes data to an UDP socket.

    When <data> is of type list, all elements
    will be joined using <delimiter> and submitted together.

    Parameters:

        - selection(str)("@data")
           |  The part of the event to submit externally.
           |  Use an empty string to refer to the complete event.

        - host(string)("localhost")
           |  The host to submit to.

        - port(int)(19283)
           |  The port to submit to.

        - delimiter(str)("")
           |  A delimiter to add to each event.


    Queues:

        - inbox
           |  Incoming events submitted to the outside.
Package: wishbone_output_uds
__       __    __
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|  |  |  |  |__ --|     |  _  |  _  |     |  -__|
|________|__|_____|__|__|_____|_____|__|__|_____|
                                   version 2.1.2

Build composable event pipeline servers with minimal effort.


===================
wishbone.output.uds
===================

Version: 1.0.0

Submit event data to an Unix domain socket.
-------------------------------------------



    Parameters:

        - selection(str)("@data")
           |  The part of the event to submit externally.
           |  Use an empty string to refer to the complete event.

        - path(str)("/tmp/wishbone")
           |  The unix domain socket to write events to.

        - delimiter(str)("")
            |  The delimiter to use between each event.

    Queues:

        - inbox
           |  Incoming events.
Package: wishbone_output_zmqpush
__       __    __
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|  |  |  |  |__ --|     |  _  |  _  |     |  -__|
|________|__|_____|__|__|_____|_____|__|__|_____|
                                   version 2.1.2

Build composable event pipeline servers with minimal effort.


=======================
wishbone.output.zmqpush
=======================

Version: 1.0.0

Push events to one or more ZeroMQ pull sockets.
-----------------------------------------------


    Expects to connect with one or more wishbone.input.push modules.  This
    module can be started in client or server mode.  In server mode, it waits
    for incoming connections.  In client mode it connects to the defined
    clients.  Events are spread in a round robin pattern over all connections.

    Parameters:

        - selection(str)("@data")
           |  The part of the event to submit externally.
           |  Use an empty string to refer to the complete event.

        - mode(str)("server")
           |  The mode to run in.  Possible options are:
           |  - server: Binds to a port and listens.
           |  - client: Connects to a port.

        - interface(string)("0.0.0.0")
           |  The interface to bind to in server <mode>.

        - port(int)(19283)
           |  The port to bind to in server <mode>.

        - clients(list)([])
           |  A list of hostname:port entries to connect to.
           |  Only valid when running in "client" <mode>.


    Queues:

        - inbox
           |  Incoming events submitted to the outside.
Package: wishbone_output_zmqtopic
__       __    __
.--.--.--|__.-----|  |--|  |--.-----.-----.-----.
|  |  |  |  |__ --|     |  _  |  _  |     |  -__|
|________|__|_____|__|__|_____|_____|__|__|_____|
                                   version 2.1.2

Build composable event pipeline servers with minimal effort.



========================
wishbone.output.zmqtopic
========================

Version: 1.0.0

Publishes data to one or more ZeroMQ Topic subscribe modules.
-------------------------------------------------------------


    Expects wishbone.input.topic modules to take the initiative and connect to
    this module.  The clients subscribe to a topic of interest.  When multiple
    subscribers subscriber to the same topic, they will all receive the same
    messages resulting into a fanout messaging pattern.

    Parameters:

        - selection(str)("@data")
           |  The part of the event to submit externally.
           |  Use an empty string to refer to the complete event

        - port(int)(19283)
           |  The port to bind to.

        - timeout(int)(1)
           |  The time in seconds to timeout when connecting.

        - topic(str)("")*
           |  The default topic to use when none is set in the header.


    Queues:

        - inbox
           |  Incoming events submitted to the outside.
Package: wish-facebook
StatusDjango and Facebook are both rapidly changing at the moment. Meanwhile, I’m caught up in a startup and don’t have much spare time.
The library needs a good round of testing against the latest python, django and facebook graph API.
Contributions are strongly appreciated. Seriously, give github a try, fork and get started :)Newsdjango-facebook will be dropping support for django < 1.8 sincedjango only supportsversions 1.8 and above.Demo & AboutDjango Facebook enables your users to easily register using the Facebook API.
It converts the Facebook user data and creates regular User and Profile objects.
This makes it easy to integrate with your existing Django application.After registration Django Facebook gives you access to user’s graph. Allowing for applications such as:Open graph/ Timeline functionalitySeamless personalizationInviting friendsFinding friendsPosting to a users profileUpdates and tutorials can be found on my blogmellowmorningFeaturesAccess the Facebook API, from:Your website (Using javascript OAuth)Facebook canvas pages (For building facebook applications)Mobile (Or any other flow giving you a valid access token)Django User Registration (Convert Facebook user data into a user model)Store likes, friends and user data locally.Facebook FQL accessOAuth 2.0 compliantAutomated reauthentication (For expired tokens)Includes Open Facebook (stable and tested Python client to the graph API)DocumentationBasicsInstallationCustomizingSettingsRegistration backends & RedirectsOpen Facebook APIGetting an OpenFacebook objectMaking callsAdvancedMobileCelerySignalsCanvasContributing and Running testsTests are run from within the example project. You
can run them yourself as follows:install from gitfacebook_example/manage.py test django_facebookVagrantA vagrant development setup is included in the GIT repo.
Assuming you have vagrant installed, simply type the following in your shell:# First get a fresh Django-Facebook checkout
git clone git@github.com:tschellenbach/Django-facebook.git django-facebook

# Go to the directory:
cd django-facebook

# Time to start Vagrant (grab a cup of coffee after this command, it'll take a while) :)
vagrant up; vagrant provision

# Finally done?
vagrant ssh
python manage.py runserver 0:8000To have a working Django Facebook example up and running at 192.168.50.42:8000/facebook/example/.
For the facebook login to work simply map that ip to vagrant.mellowmorning.com
(Since Facebook checks the domain)You can run the test suite by typing:python manage.py test django_facebook
Package: wishlist
WishlistPython library to grab your Amazon wishlist so you can mess with it programmatically.DependenciesWhat do I need if I have a private wishlist?Wishlist depends onBrowin order to login from the command line (including 2 factor if enabled), and Brow depends on Selenium and Firefox to be installed, so you'll need to readBrow's READMEif you need help installing those on Linux.What do I need if I have a public wishlist?Nothing special,pip install wishlistshould cover you, jump down to "Commandline wishlist access" and get started.1 minute gettings startedAuthentication for private listsIs your wishlist private? Then you will need to authenticate on the command line:$ wishlist authThis will prompt you to signin and will even handle 2-factor authentication, after you signin your cookies will be saved so you can access your Amazon wishlist on the command line.Commandline wishlist accessYou can check access to your wishlist on the command line by running:$ wishlist dump NAMEwhereNAMEis the part of a url likehttps://www.amazon.com/gp/registry/wishlist/NAME, so, if your wishlist was found at:https://www.amazon.com/gp/registry/wishlist/9YDNFG31NSSRLthen you would run:$ wishlist dump 9YDNFG31NSSRLProgrammatic wishlist accessIf you wanted to do something in another python script, you can do:fromwishlist.coreimportWishlistname="9YDNFG31NSSRL"w=Wishlist(name)foriteminw:print(item.jsonable())You can check thewishlist.core.WishlistElementcode to understand the structure of each wishlist item.Installationuse pip:$ pip install wishlistTo get the bleeding edge version:$ pip install --upgrade "git+https://github.com/Jaymon/wishlist#egg=wishlist"RegionsTo change Amazon region from the default (amazon.com) to another (e.g. amazon.co.uk) just set the environment variable WISHLIST_HOST, for example:export WISHLIST_HOST=https://amazon.co.ukThe environment is setup at module import, so if you need to modify the environment during runtime you should usewishlist.environ, so to set the host at runtime, you could do something like:fromwishlist.coreimportWishlistfromwishlistimportenvironenviron.HOST="https://www.amazon.fr"Other thingsWhy are you using Firefox for logging in? Why not Chrome? I tried to get it to work in headless Chrome but all the features I needed to work out authentication on the command line weren't supported.Would you rather use php?There's a library for that(also related).Amazon's advertising apiis where the officially supported wishlist api used to live.
Package: wishMe
Happy new year in different Indian state language!
Hey! Iâ€™m Mr. Alone. and this is my first try and today i am going to give u happy new year wish to all the Indian person in different language spoken in India.Documents
in this module u just need to install the library using pip in to your machine and you can use according to your wish.Note:you must have file.txt in your system which read all the data from the line by line and wish to us using the win32com.client module
module that we need 1)from win32com.client import dispatch
2)os and sys
Package: wishpy
Python Bindings forWiresharkandlibpcapWhatwishpyis?Usescffito generate Python bindings forwiresharkandlibpcapYou can write applications liketsharkin PythonMakes wireshark’s dissectors available in Python and makeslibpcapeasily available in Python for packet captureThis is in active development, but should work on common Linux distributions,
if it doesn’t please file an issue.Also,a drop-in replacement forpcapy. Supports all the majorpcapyAPIs.Early Windows support. Please checkREADME-windows.Getting StartedThis packages right now is tested only on Linux (specifically Ubuntu 16.04)
To be able to get started, following development environment is required -gccand it’s toolsetPython 3.5 or higher and Python development environment.Supports PyPy 7.3 or higher (compatible with Python 3.6)It is highly recommended to start with a virtual environment, something likevirtualenv venvTypically simply doing apython setup.py installshould be enough to get
you started. If everything goes well, one will have the modules installed
in thesite-packages.Once the packages are installed, you can run the example code -Alternatively, if you just want to use wrapped APIs, they are used in -
1.wishpy/scripts/tcpdump.py <interface_name>(For live capturing the packets and dumpingjson,NOTE:Requiressudopermissions.)
2.wishpy/scripts/tshark.py<pcap-file-path>(For dumping packets from apcap``ishfile as ``json)Wireshark supportRight now both Wireshark 2.6.x and wireshark 3.2.x are supported.The best way to make sure this works is throughpkg-config. Right now,
default support is forwireshark2.6 that ships with Ubuntu.
If you have both the versions installed, it’s a little bit tricky. If buildingwiresharkfrom source, If you perform amake install(orsudo make install),
the rightwireshark.pcfile is created and will be used during build.libpcapsupportlibpcaplibrary > 1.7 is supported. Also, there is apcapymodule, that can be used as a drop in replacement forpcapy. Similar APIs aspcapyare supported. We have performed quick testing with following versions oflibpcapon Ubuntu (based on git tag) -libpcap-1.7.4,libpcap-1.8.1,libpcap-1.9.1.DocumentationWe have started with some very ‘basic’ Dissector/Capturer API. Seewishpy/scripts/tshark.pyto see how it can be used.
This API is very early (in fact this is not really an API, but just a hint about what API might look like.)
and very likely to change going forward. A very early version of theAPI Documentation is available.ExamplesSee the code inwishpy/scripts/directory for how to use wishpy API.A More detailed example usingwishpyfor publishing to Redis is available at the following repo -wishpy-examples
Package: wisper
Cloud-hosted IRC with symmetric authenticated encryptionQuick LinksDescription and FeaturesSystem RequirementsInstallationUsageArchitectureContributeDescription and FeaturesPrivacy is at a premium, and the need for a secure means of communication is greater than ever.Wisper messages useFernetencryption, which employs 128-bit AES in CBC mode, with CMS padding, and HMAC using SHA256 for authentication.Using Wisper requires a mutual secret key, and messages cannot be decoded without one.Messages remain fully encrypted between end-points.The server operates from an AWS EC2 instance and is available at all times. It is automatically started by an AWS Lambda function which is triggered on application start-up.Messages are serialized with Google protocol buffers, enabling both a smaller packet size and an encrypted sender alias.System RequirementsUnix-like OSGCCPython 2.7pipInstallation$ pip install wisperUsageIt is a requirement for all users to possess a mutual secret key.  This must be negotiated ahead of time. To generate a new key, typeyinto theNeed a new key? (y/n)prompt at start-up.To start a chat session:$ wisper
$ Starting EC2 server instance...
$ Need a new key? (y/n): <selection>
$ Enter secret key: <secret-key>
$ Key accepted
$ Enter alias: <alias>
$ Running server checks...
$ Server started
$ Establishing connection with server...
$ Connected to Wisper serverWisper will send a notification when peers are connected/disconnected.To end a session:Enterexit()or  press^CArchitectureConnection:When the Wisper client is started by the user, an HTTP request is made to an AWS API Gateway endpoint. The request triggers a Lambda function which checks to see if any Wisper server EC2 instances are running. If not, one is spun up. The Lambda function returns the instance’s public IP address, relayed to the client via an HTTP response by the API Gateway. The client collects the secret key and user’s alias, and connects to the server.Communication:Wisper messages are serialized, encrypted, and sent to all connected clients through the server.  All client-to-client communication is encrypted between end-points.  All server-to-client messages are sent unencrypted.Shutdown:The server instance detects when all clients are disconnected. This event triggers an HTTP request to API Gateway, invoking a Lambda function, which shuts down the server, and stops the EC2 instance.ContributeContribution Guideline can be foundhere. Please feel free to use, share, and extend this project. PR’s welcome.
Package: wisp.py
WISPY by Mauro M.A tiny Python package to interect with the WISP game panel API.LicenseThe aforementioned code is protected and released to the public under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International (CC BY-NC-ND 4.0) License which can be viewed in license.md or on the Creative Commons website (https://creativecommons.org/licenses/by-nc-nd/4.0/). Any failure to comply with the terms designated in the license will be met with swift judicial action by the author.By downloading, executing or otherwise transferring the code by any means you are legally bound to the terms stipulated in the license
Package: wispr
This package provides a simplewisprcommand-line tool to authenticate
against a WISPr server.WISPr (short for Wireless Internet Service Provider Roaming) is a standard for
authentication on WiFi hotspots. It is supported by many hotspots, and used by
all roaming providers.This client can do three things: check for presence of a WISPr-capable gateway,
perform a WISPr login and perform a WISPr logoff.
Package: wis-processor
欢迎使用wis-processorWIS数据处理工具Free software: MIT licenseDocumentation:https://wis-processor.readthedocs.io/en/latest/简介wis-processor是一组空间数据处理工具。功能克里金插值泰森多边形子流域自动划分计算流域平均安装切换到目标env:conda activate XXX在命令行运行如下代码:pip install wis-processor等待安装结束即可。示例克里金插值:https://wis-processor.readthedocs.io/en/latest/examples/kriging/ok/泰森多边形:https://wis-processor.readthedocs.io/en/latest/examples/voronoi/voronoi/子流域自动划分:https://wis-processor.readthedocs.io/en/latest/examples/watershed/watershed/计算流域平均:https://wis-processor.readthedocs.io/en/latest/examples/mean/mean/
Package: wis-s3api
wis-s3api获取minio中的grid数据Free software: MIT licenseDocumentation:https://github.com/zjf014/hydro-opendata.git安装通过pippipinstallwis-s3api通过源代码# 下载源码gitclonehttp://gitlab.waterism.com:8888/zhujianfeng/wis-s3api.git# 进入到源码目录cdwis-s3api# 安装依赖pipinstall-rrequirements.txt# 安装wis-s3apipythonsetup.pyinstall功能及使用直接从内网minio获取grid数据，返回xarray.Dataset或DataArray格式。数据包括：获取ERA5数据fromwis_s3apiimportera5# 起止时间和四至范围start_time=np.datetime64('2021-01-01T01:00:00.000000000')end_time=np.datetime64('2021-02-01T00:00:00.000000000')bbox=(121,38,122,40)# 获取Datasetds=era5.open(['Total precipitation','10 metre U wind component'],start_time=start_time,end_time=end_time,bbox=bbox)获取GPM数据fromwis_s3apiimportgpm# 起止时间和四至范围start_time=np.datetime64('2021-01-01T01:00:00.000000000')end_time=np.datetime64('2021-02-01T00:00:00.000000000')bbox=(121,38,122,40)# 获取Datasetds=gpm.open(start_time=start_time,end_time=end_time,bbox=bbox)获取GFS数据
Package: wistiapy
Wistia Python clientA Python client for theWistia Data APIInstallationpipinstallwistiapyYou'll need to create an access tokenas documented.UsagefromwistiaimportWistiaClientwistia=WistiaClient(api_password='YOUR_API_PASSWORD')projects=wistia.list_projects()Alternatively, you can set your password in an environment variable, or, if using Django, in a
setting calledWISTIA_API_PASSWORD. Then use the factory function:fromwistiaimportget_wistia_clientwistia=get_wistia_client()Dummy ClientIncluded is a mock version of the client for testing purposes. It will log any calls made to it,
and attempts to respond in the same manner as the live service. Currently a work-in-progress.
If using Django, including the settingWISTIA_CLIENT_CLASS = 'WistiaDummyClient'will makeget_wistia_clientprovide a dummy client.
Package: wisty
wistyA fast minimal command line tool to download videos hosted on wistia with video id.PreviewHow to get a video id ?You right click on a video and select "Copy link and Thumbnail" paste it in a text file reader and find wvideo grab its value and voila!...That is the video id.Installation$ pip --no-cache-dir install wistyUsage$ wisty --helpExamplewisty -i ffff5f5 -r 1080p -n "best video"AuthorIgwaneza Bruce
Package: witaker-clipboard-server
Witaker Clipboard ServerA utility for copy and paste in the browser without requiring focusFor security reasons, web browsers don't allow text to be copied to the system
clipboard when the browser window is not focused. There are use cases where
you might want to copy text quickly by hovering or swiping your mouse over a
background window, for instance when testing a web application. This allows a
user to "pick up" a test value by hovering their mouse pointer, and speeds up
testing.Witaker Clipboard Server is a utility which provides a local web server for
JavaScript applications to interact with, so it can copy text to your computer's
clipboard while in a background state. The Clipboard Server will start with an
authentication key, which your JavaScript application will need to reference
before calling the server.FeaturesWitaker Clipboard Server is a Python 3 program, with a command-line application, and a GUI, written withKivy.witaker-clipboard-serverwitaker-clipboard-server-guiAt its core is a microservice, written withFlask, which interacts with the system clipboard usingxerox.InstallationYou can install Witaker Clipboard Server with pip:pipinstallwitaker-clipboard-serverBuildFor instructions on building, seeBUILD.mdLicenseCopyright © 2022 Cathal Mc GinleyLicensed under theApache License, Version 2.0(the "License");
You may not use this file except in compliance with the License.
You may obtain a copy of theLicenseathttp://www.apache.org/licenses/LICENSE-2.0Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
Package: witapi
WITApi (Watchman Internal TCP Api) - универсальная пара сервер-клиент для реализации взаимодействия
между микросервисами проекта Watchman.
Делится на WITServer (API endpoint, разворачивается на стороне сервера, на котором предполагается выполнение
команд от клиента) и WITClient, клиента, который отправляет команды на выполнение серверу.
Предусмотрен механизм аутентификации клиента на стороне сервера, функционал в папке auth, однако, сервер может
работать и без аутентификации, сразу исполняя команды клиента (если серверу передан параметр without_auth=True)3.33
Удалены лишние данные, попадающие в стандартный поток вывода3.32
Добавлено удаление зомби-подписчиков (тех subscribes, у которых при отправке на них возникает ошибка BrokenPipe)
Package: witchui
WitchuiHelpful utilities for designing text-based interfaces on top of curses.UsageSee an example below, showing usage of some of the tools provided.importcursesfromwitchuiimport(setup_curses_colors,WindowPrinter,TitleText,SelectionDropdown,InputText,)defmain(window):curses.curs_set(0)setup_curses_colors()window.clear()wprinter=WindowPrinter(window)wprinter.print(TitleText("My title"))wprinter.print("Choose from the list below:")possible_choices=["apples","bananas","oranges"]selection=SelectionDropdown(window,possible_choices,line=2,col=4)selected_option=selection.run()input_text=InputText(window,line=6,col=2).run()curses.wrapper(main)