Saravanan666/pypi-org huggingface dataset:
Package: udplog
What is this?UDPLog is a system for emitting application log events via UDP and shipping
them via RabbitMQ or Scribe for further processing. The idea is that the
applications sends its structured log events to a dedicated shipping daemon on
the same machine, which in turn passes it on to one or more remote services. As
this uses UDP, emitting events is non-blocking fire-and-forget. An application
like Logstash can then be used to process and store log events.RequirementssimplejsonTwisted (optional for Twisted logging support and requisite for the
server-side shippers)txAMQP (for shipping to RabbitMQ)scribe (for shipping to Scribe)thrift (for shipping to Scribe)To generate the documentation:docutilsSphinxpydoctor (including apilinks_sphinxext.py)epydocCopyright and WarrantyThe code in this distribution started as an internal tool at Mochi Media and is
made available under the MIT License. See the included LICENSE file for details.
Package: udprecorder
UDPRecorderUDPRecorder is a Python library for recording and replaying UDP steams. It is made to ease the development of applications based on UDP streams. It is originally used to replay telemetry data from sim racing games such asAssetto Corsa CompetizioneorF1 20XXgames.InstallationUse the package managerpipto install UDPRecorder.pipinstalludprecorderUsageCommandlinerecord_udp-p1234-s127.0.0.1-fmyfile.bin-b1024-c9999-s3600replay_udp-p1234-s127.0.0.1-fmyfile.bindescriptionrequiredtypedefault-p--portPort to listen/replay toFalseint1234-s--serverHost to listen/replay toFalsestr127.0.0.1-f--fileFile to save/read the streamFalsestrudp.bin-b--bufferBuffer size limitFalseint65536-c--countnumber of message to readFalseint1000000000-t--timetime limit to recordFalseint1000000000In scriptsimportudprecorder# To record a streamudprecorder.record(file_name='my_record.bin',# path to the saved replayaddr=('127.0.0.1',1234)# (host, port) to listen tobuffer_size=65536# size of buffer used for the socketmax_num_packets=1200# stop the record after 1200 event receivedmax_seconds=3600# stop the record after 1 hour)# To replay a streamudprecorder.replay(file_name='my_record.bin',# path to the saved replayaddr=('127.0.0.1',1234)# (host, port) to emit to)ContributingPull requests are welcome. For major changes, please open an issue first to discuss what you would like to change. A list of future changes is available just below. Feel free to contribute on those points.Please make sure to update tests as appropriate.Future updatesAdd parameter to adjust the replay speedbetter handling of errorsAdd pipeline for tests / pre-commitsAdd badges on the readme based on buildAdd tox to tests multiples environmentsLicenseMIT
Package: udps
universal-data-permissions-scanner (AKA udps) helps DevOps and data engineers quickly understand who has access to what data and how.DevOps and data engineers are often tasked with managing the security of the databases, data lakes or warehouses they operate. This usually involves setting permissions to enable users to query the data they need. However, as the number of users and use-cases increase, complexity explodes. It's no longer humanly possible to remember who had access to what, how and why, which makes meeting security and compliance requirements impossible.The root cause of this problem is that permissions to data are usually stored in normalized form, which is great for evaluating permissions but not so great when you want to clearly understand your permissions landscape. When asked "how come Joe can query that table?", it can be a long process to get to a definitive answer and that's just time we don't have. With so many data stores, each with its own security model, it's not feasible to manage it all manually.Identifying this was an issue for many of our customers, the team atSatoridecided to buildUniversal Data Permissions Scanner, a service that helps admins to better manage their data store permissions. We believe no one should have to sift through DB system tables to get a clear picture of who can do what with data.Universal Data Permissions Scanner is available in two forms:universal-data-permissions-scanner open source CLI - scan the permissions structure of a database to get the list of all users and data assets they can access.Satori Posture Manager - a fully managed SaaS solution to periodically scan, store and visualize all users and data assets they can access. Learn morehere.DocumentationFor more information on the universal-data-permissions-scanner open-source,go to the docs.ContributingPlease follow thecontributing guidelines.CreditsThis package was created withCookiecutterand thewaynerv/cookiecutter-pypackageproject template.
Package: udp-test
A simple udp server and client for network testing.Installpip install udp-testUsageE:\code\udp-test>udp-test --help
Usage: udp-test [OPTIONS] COMMAND [ARGS]...

Options:
--help  Show this message and exit.

Commands:
client
server

E:\code\udp-test>udp-test server --help
Usage: udp-test server [OPTIONS]

Options:
-p, --port INTEGER
--help              Show this message and exit.

E:\code\udp-test>udp-test client --help
Usage: udp-test client [OPTIONS]

Options:
-h, --host TEXT
-p, --port INTEGER
-l, --local-port INTEGER
--help                    Show this message and exit.ExampleE:\code\udp-test>udp-test server
Get a message from 127.0.0.1 : 55032 ==> helloSimple command ‘udp-test server’ will start a udp server which listening port 5005 on all interfaces. The simple udp server will print the received message and send it back to the sender.E:\code\udp-test>udp-test clientSimple command ‘udp-test client’ will start a udp client that connect to the default server 127.0.0.1:5005. It will send every line message to the server and print the received message.E:\code\udp-test>udp-test server -p 1234This command wills start a server listen port 1234 on all interfaces.E:\code\udp-test>udp-test client -h 123.123.123.123 -p 1234This command will start a client that will send message to server 123.123.123.123:1234 via a random local port.E:\code\udp-test>udp-test client -h 123.123.123.123 -p 1234 -l 5678This command will start a client that will send message to server 123.123.123.123:1234 via the given local port 5678.
Package: udpy
urbandictionary-pySimple Python wrapper for Urban Dictionary API.InstallationWith PyPI:pip install udpyUsageUrbanDefinitionThis module definesUrbanDefinition, an object to represent each Urban Dictionary definition.UrbanDefinitionhas the following accessible attributes:word: the word being defined,definition: the word's definition,example: usage example,upvotes: number of upvotes on Urban Dictionary,downvotes: number of downvotes on Urban DictionaryExamplesCreate client:fromudpyimportUrbanClientclient=UrbanClient()Lookup by word:defs=client.get_definition('netflix and chill')>[ListofUrbanDefobjects]Lookup random words:rand=client.get_random_definition()>[ListofUrbanDefobjects]Read definitions:fordindefs:print(d.definition)>Itmeansthatyouaregoingtogoover...>codefortwopeoplegoingtoeachothers...><otherNetflixandChilldefinitions>...UrbanDefinition string representation:fordindefs:print(d)>NetflixandChill:Itmeansthatyouaregoingtogoovertoyourpar...(21776,7750)>netflixandchill:codefortwopeoplegoingtoeachothershousesan...(8056,2622)><word>:<definitiontrimmedto50characters>(<upvotes>,<downvotes>)Also it has asynchronous interface. Just useAsyncUrbanClientand add awaits.
Package: uds
UDS - UrbanDictionary CLI SearcherVersionPython3 onlyInstallpip install udsExampleUsage$ uds ftw -n1  # -n limit number of meanings
UrbanDictionary results for 'ftw'
  1.     "For The Win."

   An enthusiastic emphasis to the end of a comment, message, or post. Sometimes genuine, but often sarcastic.

   Originated from the game show Hollywood Squares where the result of the player&aposs response is expected to win the game.

$ uds 31337
UrbanDictionary results for '31337'
  1.     Stands for Eleet. This is the original form of pointing out one&aposs greatness from any standpoint, beit athletic skills, academics, or even hacking or cracking processes.
   It was coined by a cdc group when they listened on a port :31337 and pointed out the Eleet-31337 - ness of their exploits.
  2.     to be elite. one who has skills.
  3.     31337 is the default port used by the Back Orifice trojan/Remote Admin Tool.
  4.     Hacker lingo for "elite." Numerical form of ELEET.
  5.     Spelling of "elite" primarily favoured by the alphabetically impaired.
  6.     The prime number between 31333 and 31357.
  7.     1. The most highly prized and regarded ICQ number

$ uds 520 -n1
UrbanDictionary results for '520'
  1.     Abbreviation for "I Love You" in net and SMS use in Chinese speaking world. It is an example of extensive use of numerical digits for their similar pronunciation of daily expressions in Chinese. In this case, 5 means "I", 2 means "love", 0 means "you".AuthorsViet Hung Nguyenhvn@familug.org
Package: udserver
udserverThis is just a simple http server based on flask, which was built to
transfer files between machines.Notice: There’s no secrity ensurance between transferring, so please be
carefully with your information.INSTALLpip install udserverRunopen a terminalbash   # or udserver.exe on windows   udserverHistory0.1.0 (2018-07-06)First release on PyPI.
Package: udsoncan
This project is an implementation of the Unified Diagnostic Services (UDS) protocol defined by ISO-14229 written in Python 3. The code is published under MIT license on GitHub (pylessard/python-udsoncan).DocumentationThe documentation is available here :http://udsoncan.readthedocs.ioRequirementsPython 3.7+Installationusing pip:pip install udsoncanExampleimportSomeLib.SomeCar.SomeModelasMyCarimportudsoncanfromudsoncan.connectionsimportIsoTPSocketConnectionfromudsoncan.clientimportClientfromudsoncan.exceptionsimport*fromudsoncan.servicesimport*udsoncan.setup_logging()conn=IsoTPSocketConnection('can0',rxid=0x123,txid=0x456)withClient(conn,request_timeout=2,config=MyCar.config)asclient:try:client.change_session(DiagnosticSessionControl.Session.extendedDiagnosticSession)# integer with value of 3client.unlock_security_access(MyCar.debug_level)# Fictive security level. Integer coming from fictive lib, let's say its value is 5client.write_data_by_identifier(udsoncan.DataIdentifier.VIN,'ABC123456789')# Standard ID for VIN is 0xF190. Codec is set in the client configurationprint('Vehicle Identification Number successfully changed.')client.ecu_reset(ECUReset.ResetType.hardReset)# HardReset = 0x01exceptNegativeResponseExceptionase:print('Server refused our request for service%swith code "%s" (0x%02x)'%(e.response.service.get_name(),e.response.code_name,e.response.code))except(InvalidResponseException,UnexpectedResponseException)ase:print('Server sent an invalid payload :%s'%e.response.original_payload)
Package: uds-vlab-ipam-api
This service replaces the existing static gateway used in vLab.The goal of this service is to make it easier for users to access their lab
by removing the need for the jumpbox. This is achieved by exposing a RESTful API
on the gateway that can dynamically port-forward through the NAT firewall that
runs on the gateway. Additionally, vLab clients can leverage this API to programmicallyconnectusers to a given resource. For example the vLab CLI client can potentially:Expose an interface likevlab connect windows--name<name of instance>--protocol=RDPCall the main vLab server toget the IP of the gatewayCall the API on the gateway toget the portthat maps to the specific component and protocolEvoke an applicationon the user’s machinethat understands the specific protocol, and pre-populate the connection information.Clients can also programmically create the port forwarding rules upon component
creation. This would remove the need for users to manually port forwarding
rules, but clients should not prevent users from inputting their own port forwarding
rules.Background ServicesThe IPAM service has two background processes:uds-vlab-workerPeriodically pings IPs stored in the IPAM database. This allows the service to
identify “bad records” and relay that information to the user.uds-vlab-log-senderForwards firewall logs to a remote server. The default iptables config will
log every time a package is FORWARDed. By forwarding the logs for remote processing,
admins of vLab can answer business questions like,“Do they use that resource?”uds-vlab-ddns-updaterRuns on a regular cycle to send Dynamic DNS updates to the vLab DNS service.
Package: udt
udtudacity 翻译助手安装pipinstalludt命令行udt -s
udt -y

udt -s "Part 5"
udt -y "Part 5"

udt -l srt
udt -l yaml

udt -l srt "Part 5"
udt -l yaml "Part 5"将当前目录下的 Part 开头的文件内的 .srt 文件转换成 .md 文件udt-s使用谷歌翻译：udtts
Package: udt4py
udt4py======libudt4 Python wrapper written with Cython.Tested with Python 2.7 and Python 3.3 on Linux. In buffer operations bytes,bytearray and memoryview objects are supported, allowing zero-copy operations.In order to build the native module, execute:```bashpython3 setup.py build_ext --inplace```In Ubuntu, you will need ``cython3`` package.To run the tests, execute:```bashPYTHONPATH=`pwd` nosetests3 -w tests --tests udt_socket,udt_epoll```Example usage:```pythonfrom udt4py import UDTSocketif __name__ == "__main__":socket = UDTSocket()socket.bind("0.0.0.0:7777")socket.listen()channel = socket.accept()msg = bytearray(5)channel.recv(msg)```Released under Simplified BSD License.Copyright (c) 2014, Samsung Electronics Co.,Ltd.
Package: udt4twisted
SummaryThis package provides integration of udt as a transport protocol in twisted.
It works by replacing the default epoll reactor with a modified one. Also, it
provides top-level api(taken mostly from tcp.py) for listening and
connecting to udt transports.UsageBasically use it like you will use TCP in twisted, but all sockets
will be in SOCK_DGRAM mode only. Alsowrite()has ttl and
inorder options.Check examples/When using twistd or trial, put: -r udtepollPrerequisitesPyUDTtwistedNotesTests from twisted pass only in internet/ and protocol/,
for the others they just seem to “hang” (something to do
with flags, probably)More options related purely to udt should be included.(e.g. controlling
socket creation, buffers, timeouts)UDT does not provide separate error events, instead these will be catched
on an attempt read or write. This means that connectionLost will NOT be
called as soon as the connection is lost for example.It is highly recommended to use the latest revision at the udt-git repohttps://sourceforge.net/p/udt/git/(if it doesn’t break
compatibility with PyUDT).
Package: ud-ted
UD-TEDA tree edit-distance tool for Universal Dependencies developed as part of my Bachelor's thesis.InputTheud-tedcommand takes two positional arguments, both of them paths to CoNLL-U files containing the input sentences.
If no other option is given, the unordered tree edit distance between the first sentences in the files is computed following the implementation by Paaßen (2021).Options--timeoutIn the worst case, unordered tree edit distance requires exponential time.
With big trees (more than 20 nodes), this may take a long time.
By providing a timeout, the program simply stops computing after the time is over, or skips the pair in thedocoption.--orderedComputes the ordered tree edit distance following the implementation of the Zhang-Shasha algorithm in theedistpackage (Paaßen et al., 2015) instead.--idsAllows for the user to specify the sentence IDs of the sentence to be processed.
The sentence ID of a sentence must appear in a comment above the respective sentence, in the following format:# sent_id = <id>--docCompute the tree edit distance between every pair of trees in two files.--deprelAdds the edit operation to relabel the edge label (dependency relation).
Only the basic type of the dependency relation (i.e., the part before the colon) is compared.--uposAdds the edit operation to relabel the universal dependency tag (UPOS).OutputThe tree edit distance between the input trees.
By default, all labels are ignored and the cost of both delete and insert operations is 1.ReferencesBenjamin Paaßen. 2021.An A*-algorithm for the unordered tree edit distance with custom costs. In Nora Reyes, Richard Connor, Nils Kriege, Daniyal Kazempour, Ilaria Bartolini, Erich Schubert, and Jian-Jia Chen, editors,Similarity Search and Applications, pages 364–371. Springer International Publishing.Benjamin Paaßen, Bassam Mokbel, and Barbara Hammer. 2015.A toolbox for adaptive sequence dissimilarity measures for intelligent tutoring systems. InProceedings of the 8th International Conference on Educational Data Mining (EDM 2015), pages 632–632. International Educational Datamining Society.
Package: ud-testbook
testbooktestbookis a unit testing framework extension for testing code in Jupyter Notebooks.Previous attempts at unit testing notebooks involved writing the tests in the notebook itself.
However, testbook will allow for unit tests to be run against notebooks in separate test files,
hence treating .ipynb files as .py files.testbook helps you set upconventional unit tests for your Jupyter Notebooks.Here is an example of a unit test written using testbookConsider the following code cell in a Jupyter Notebook:deffunc(a,b):returna+bYou would write a unit test usingtestbookin a Python file as follows:fromtestbookimporttestbook@testbook('/path/to/notebook.ipynb',execute=True)deftest_func(tb):func=tb.get("func")assertfunc(1,2)==3Installingtestbookpip install testbookNOTE: This does not install any kernels for running your notebooks. You'll need to install in the same way you do for running the notebooks normally. Usually this is done withpip install ipykernelAlternatively if you want all the same dev dependencies and the ipython kernel you can install these dependencies with:pip install testbook[dev]DocumentationSeereadthedocsfor more in-depth details.Development GuideReadCONTRIBUTING.mdfor guidelines on how to setup a local development environment and make code changes back to testbook.
Package: udunitspy
PrerequisitesC requirementspythonudunits2Python requirementsnumpySee [README](https://github.com/blazetopher/udunitspy/blob/master/README.md) for detailsCopyingudunitspy - Python wrapper for UDUNITS2Copyright 2012 UC RegentsLicensed under the Apache License, Version 2.0 (the “License”); you may not use this file except in compliance with the License. You may obtain a copy of the License athttp://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: ud-yggdrasil
YggdrasilConceptThe yggdrasil library is meant to facilitate the distribution of scripts into production through the definition of apps.
Conceptually, each app is defined as:Name: Characterises the app to be installed / uninstalledSource code: Source code of the project that must be accessedEntry points: Entry points of the projectVirtual environment: environment to run the app withinThrough its API, yggdrasil gives your means to seamlessly switch between several virtual environments while having an
easy way to call your home-made scripts from the command line.Getting startedBefore using the tool to create apps, yggdrasil needs an initial set up.
First, install the package (either from PyPI or from Github):pip install ud-yggdrasil
pip install git+https://www.github.com/um-ed/ud-yggdrasil.gitThen, create the base folder structure to install yggdrasil into:yggdrasilseedIf a path is set up as environment variable (YGGDRASIL_ROOT), the folders structure will be created there.
If not, it will be created under the user'sDocumentsfolder.
To make each app easily callable from the command line, it's also recommended to add theYggdrasil\Scriptsfull path to thePathenvironment variable.That's it, you're ready to create your first application!Applications requirementsThe definition of apps is done through the settings.yaml file (under Yggdrasil\settings). The library gives the possibility
to either install apps that are only stored locally (local apps hereafter) or hosted online in a git repository (web apps
hereafter).
The settings file is automatically created when runningseed, already prefilled with dummy examples for local & web setups.
If in doubt / altered locally, it can also be found under this repository (yggdrasil\data\template_settings.yaml).
To be able to create an application, the core project will also need to define:A requirements.txt file with the project's dependencies, located at the source of the package / project directoryFor web-based apps, the project will need to define entry points in the setup.py fileYggdrasil commandsYggdrasil can be called either from shell or from python. From shell:yggdrasil seed # Creates a seed for yggdrasil
yggdrasil create app_name # Installs an app for the given name
yggdrasil remove app_name # Uninstalls an app for the given name
yggdrasil show app_name # Show information related to the app name provided(Further parametrisation available, details with -h)From python:importyggdrasilasyggygg.seed()# Creates a seed for yggdrasilygg.create("app_name")# Installs an app for the given nameygg.remove("app_name")# Uninstalls an app for the given nameygg.show("app_name")# Show information related to the app name providedAfter an application is installed through yggdrasil (and provided the yggdrasil scripts' path was added
to thePathenvironment variable), you will be able to call the project's entry points
directly from the command line:app_nameAny feedback welcome!
Package: ue4-ci-helpers
UE4 Continuous Integration helper functionalityThe ue4-ci-helpers Python package builds on theue4cliandconan-ue4clipackages to provide infrastructure for Continuous Integration (CI) use cases for Unreal projects and plugins. It aims to simplify the process of writing platform-agnostic build scripts that can then be run as part of a CI pipeline.Although the package works best inside theue4-fullDocker image produced by theue4-dockerproject, the core functionality will work on any system where ue4cli has been correctly configured.To install the package, run:pip install ue4-ci-helpersA simple build script for packaging a nightly build of an Unreal project might look like so:#!/usr/bin/env python3fromue4helpersimportProjectPackager,VersionHelpersfromos.pathimportabspath,dirname# Create our project packagerpackager=ProjectPackager(# The root directory for the project# (This example assumes this script is in a subdirectory)root=dirname(dirname(abspath(__file__))),# Use the date of the most recent git commit as our version stringversion=VersionHelpers.from_git_commit(),# The filename template for our generated .zip filearchive='{name}-Nightly-{version}-{platform}',# Don't strip debug symbols from the packaged buildstrip_debug=False,# Don't strip manifest files from the packaged buildstrip_manifests=False)# Clean any previous build artifactspackager.clean()# Package the projectpackager.package()# Compress the packaged distribution# (The CI system can then tag the generated .zip file as a build artifact)packager.archive()Check out the docstring for the constructor of thePackagerBaseclass to see the full list of supported parameters and their uses.LegalCopyright © 2019, Adam Rehn. Licensed under the MIT License, see the fileLICENSEfor details.Initial development of this package was funded byDeepdrive, Inc.