Saravanan666/pypi-org huggingface dataset:
Package: reverb-serial
Project Descriptionthis package is only meant for use within the TJREVERB pFS codebaseuse of this package in other projects is not supported and not advisedreverb-serial is a custom serial library meant for use with the Simulator
testing suite. Instead of conducting actual serial calls to physical
hardware, reverb-serial will save all data to a local text file which then
can be read by the Simulator. More information on Simulatorhere.Since this package is meant to override the conventionalpyserialpackage, reverb-serialMUSTbe installed in a separate virtual
environment.Quick Start TestingTo install this package:pip installreverb-serialThe conventional pyserial package, if present will be overridden by installing this package
Package: revERNIEBot
revERNIEBot文心一言 APISelenium方法requests调用协议方法目前仅支持使用Selenium的方案安装安装ChromeWindows系统自行前往https://www.google.cn/chrome/index.html下载安装Ubuntu/Debian系统安装依赖软件sudoaptinstalludevfonts-liberationlibu2f-udevlibvulkan1xdg-utils-y下载Chrome安装包wgethttps://dl.google.com/linux/direct/google-chrome-stable_current_amd64.deb安装Chromesudodpkg-igoogle-chrome-stable_current_amd64.deb检查Chrome版本google-chrome-version记住此版本号CentOS/Rocky Linux系统安装Chromeyuminstallhttps://dl.google.com/linux/direct/google-chrome-stable_current_x86_64.rpm下载browsermob-proxy点击此处展开前往https://github.com/lightbody/browsermob-proxy/releases/tag/browsermob-proxy-2.1.4下载browsermob-proxy-2.1.4-bin.zip，解压使用安装本依赖库pip3install--upgraderevERNIEBot安装Chrome/Edge或Firefox上的Cookies Editor插件前往yiyan.baidu.com打开此插件，点击Export->Export as JSON，将复制的Cookies内容保存到文件cookies.json代码调用fromrevERNIEBot.seleniumimportChatBot# 目前仅支持Selenium的方案chatbot=ChatBot(cookieFile="cookies.json"browsermobProxyPath="pathToBrowserMobProxyExecFile",# browsermob-proxy的可执行文件路径，详见下方说明)print(chatbot.ask("你好"))# 获取回复print(chatbot.ask("你是谁？"))chatbot.reset_session()# 开启新对话chatbot.quit()browsermobProxyPath：填写刚刚下载的browsermobproxy的压缩包解压出来的bin/中的可执行文件路径，例如Linux系统下填写bin中的browsermob-proxy的路径，Windows填写browsermob-proxy.bat路径（Windows系统下需要将路径使用\分隔）系统上的java版本不能高于java8注意有问题请在issue中发起讨论此仓库仅供学习
Package: reverse-argparse
reverse_argparseWhereasargparseis concerned with taking a bunch of command line
arguments and parsing them, this package is intended to do the opposite; that
is, it'll take the parsed arguments and create the effective command line
invocation of the script that generated them.  The motivation is to be able to
tell users exactly what was used for all of the options, taking into
consideration any defaults and other transformations that might've been applied
in the midst of parsing, such that users are able to reproduce a prior run of a
script exactly.InstallationTo get up and running withreverse_argparse, simply:python3-mpipinstallreverse-argparseUsageOnce the package is installed, you can simplyfromargparseimportArgumentParserfromreverse_argparseimportReverseArgumentParser# Parse the command line arguments.parser=ArgumentParser()# Build out the parser however you like.args=parser.parse_args()# Optionally post-process any `args`, as needed.# Do whatever you need to in the script.# Wrap things up.print("This script executed the following:")unparser=ReverseArgumentParser(parser,args)print(unparser.get_pretty_command_line_invocation())For more detailed usage and API information, please seeour documentation.Where to Get HelpIf you're having trouble withreverse_argparse, or just want to ask a
question, head on over toour issue board.  If a quick search doesn't
yield what you're looking for, feel free to file an issue.ContributingIf you're interested in contributing to the development ofreverse_argparse,
we'd love to have your help :grinning:  Check out ourcontributing guidelinesfor how to get started.Past contributorsinclude:@jmgateLicenseSeeLICENSE.md.CreditsSpecial thanks to@mjsumpterfor contributing to a prior iteration
of this concept, and tothe GMS projectfor investing in the development
of this package.
Package: reversecoin
BitcoinpyBitcoinpy is a Python implementation of Bitcoin to help understand the internals of Bitcoin easy.Bitcoinpy project is aimed at developers who want to learn about the internal workings of Bitcoin. We created this project so it it is easy to read, understand and modify Bitcoin. Bitcoinpy was developed in Python, so that someone with a little bit of programming ability can read and understand the inner workings of Bitcoin. Lots of helpful documentation is provided to help understand the higher level workings of system and its components. Project is implemented in a very modular fashion, so that if someone wants to change the functionality of a component, they can change or replace that particular component and reuse the rest of the code to test their change without lot of changes. Additional tools like the code for creating genesis block, creating and signing transactions, dumping information from blocks, analyzing the blockchain and other debugging tools have been provided to help developers easily bootstrap and debug new alt coins.In order to keep the code lightweight we reused the libraries including the Bitcoinlib by Jeff Garzik and others. Code contains all the components including the full bitcoin client, server, wallet and miner. However, some of the components like P2SH, alert messages and more are missing. We will add support for missing functionality, albeit slowly. if you would like to contribute, please feel free to fork the project, hack it and send a pull request. We will gladly accept your changes. Any contributions including documentation are welcome.How to install on UbuntuFrom source repo:Clone this repository: “git clonehttps://github.com/obulpathi/reversecoin.git~/reversecoin”Install dependencies: sudo apt-get install python-dev libleveldb1 python-gevent python-leveldb python-bsddb3 python-sqliteAfter installing dependencies, cd into reversecoin folder and install reversecoin using the command “sudo python setup.py install”From PyPI:Install dependencies: sudo apt-get install python-dev libleveldb1 python-gevent python-leveldb python-bsddb3 python-sqliteRun sudo pip install reversecoinFOR DEVELOPERS:How to run testsReversecoin uses tox and nose for testing. To run tests, simply cd into reversecoin folder and enter the command “tox”. Selective tests can be run using the command “$ tox – tests.api.test_wallet:TestWallet.test_info”. If you want to start reversecoind and reversecoin-miner for manual testing, enter into virtualenv by using “source ~/reversecoin/.tox/py27/bin/activate”, then run the commands “reversecoind” for running the reversecoin daemon and “reversecoin-miner” for mining coins.Note: You don’t need root access to run the above commands as all the setup takes place in virtualenv.
Package: reverse-communication-iterative-solver
This package aims to provide a common template for building iterative solvers,
those solver that approximate problem solutions with incremental steps (called “update” in this project).
This template will over a minimal base for developing, tuning and using iterative solvers from the earliest
protypting phase to the delivery of block box algorithm.The interface between an (advanced) user and the iterative solver is decomposed into the following 4 main phasesset the solver controls and problem inputs before the next update;reset the solver controls reset problem inputs after a update failure;study any you want combaning the information from problem, unknows, and solver;set when the solver has finished its job.This decomposition is done via a Reverse Communication (RC)
approach, an old style of programming used for
example in theARPACKlibrary, combined with Python classes.
We adopt this approach because it let the user work “manually” on the structures
describing its problem instead of having to define in advance
the procedure to handle the steps 1,2,3,4. This is particularly convient in early step of
the algorithm development. A nicer and clenear function hiding the RC cycle to an user who
wants a block-box solver can be easily build.Free software: GNU Lesser General Public License v3 or later (LGPLv3+)Installationpip install reverse-communication-iterative-solverYou can also install the in-development version with:pip install https://github.com/enricofacca/python-reverse_communication_iterative_solver/archive/master.zipDocumentationhttps://python-reverse_communication_iterative_solver.readthedocs.io/DevelopmentTo run all the tests run:toxNote, to combine the coverage data from all the tox environments run:Windowsset PYTEST_ADDOPTS=--cov-append
toxOtherPYTEST_ADDOPTS=--cov-append toxChangelog0.0.1 (2021-12-30)Updating the README to real package aim0.0.0 (2021-12-29)First release on PyPI.
Package: reversed-name
# Reversed Name FunctionThis Python script contains a function`reversed_name`that prompts the user for their name, reverses the characters in the name, and then greets the user with their name reversed.## DescriptionThe`reversed_name`function asks the user to input their name. It then reverses the order of the characters in the name and prints a greeting using the reversed name.## Getting Started### Dependencies-Python 3.x### Installing-No installation required. You only need Python installed on your system.-Download the script file or copy the code into a new Python file on your machine.### Executing program-Run the script using Python interpreter.

```bash
python reversed_name.pyFollow the prompt to enter your name.The script will display a greeting with your name reversed.AuthorsYour NameContact:YourEmail@example.comVersion History0.1Initial ReleaseLicenseThis project is open-source and free to use.AcknowledgmentsInspiration:Basic Python scriptingString manipulation in Python
Package: reverse-dns
OverviewThe client library forReverse DNS APIin Python language.The minimum Python version is 3.6.Installationpipinstallreverse-dnsExamplesFull API documentation availablehereCreate a new clientfromreversednsimport*client=Client('Your API key')Make basic requeststerms=[{'field':'domain','term':'foo*'}]# Get DNS records for matching domains (up to 1000)result=client.get(terms=terms,record_type=Client.TXT)# Total countprint(result.size)Extrasterms=[{'field':'domain','term':'blog*'},{'field':'value','term':'foo*','exclude':True}]# Exclude specified records for matching domains and get raw XML responseraw_result=client.get_raw(terms=terms,record_type=Client.CNAME,limit=2,output_format=Client.XML_FORMAT)Response model overviewResponse:-result:[Record]-value:str-name:str-first_seen:str-last_vist:str-size:intChangelog1.0.0 (2021-12-09)First release
Package: reversefold.util
reversefold.utilAvailable on pypiThis is a collection of various command-line scripts and libraries which have come in useful over the years I've worked with Python.log.pyCaptures stdout of a process and enables transformation the output (such as adding a timestamp to each line) and is compatible with external logrotate throughWatchedFileHandler.daemonize.pyUseful for daemonizing another process which either does not daemonize itself or for which you want to capture stdout and stderr to log files. UsesWatchedFileHandlerfor output to log files to allow for external log rotation.stream.pySimilar totail -fbut with some more options for type of buffering and supports streaming the entire current contents of the file before then following the tail of the file.reversefold.utilrate_limit_genA generator wrapper which rate-limits another generator. If the rate is exceeded, further values received within theperiodare discarded. Useful, for example, for making sure that the number of lines you display from a log file you're following don't cause your terminal to block while displaying a huge amount of output.chunkedBreaks up an iterable into equal-sized chunks.reversefold.util.sshSSHHostA programmatic interface to ssh. Allows easily running a single command or a shell script or interactively sending input and displaying output. Originally written as a drop-in monkeypatch for fabric's use of paramiko.reversefold.util.multiprocrun_subprocTakes a subprocess as input and sets up threads for handling and displaying stdout and stderr from the process. Defaults to blocking until the process is finished but also supports immediately returning and including the threads in the return value. Also defaults to capturing the stdout and stderr and returning them as lists of lines.reversefold.util.procProvides context managers to ensure that a process is sent a TERM or KILL signal (or both) to a process when the context block exits. Can optionally find child processes recursively and send the same signal(s) to them. Also provides functions for the same functionality.
Package: reverse-forward-proxy
reverse-forward-proxyReverse proxy to resources behind a forward proxy. The purpose of this is to
simplify configuration of clients or allow scaling behind load balancers that
do not support forward proxying on the back-end (e.g. HAProxy, Squid, Apache).Usage# Required.
HTTP_PROXY=http://192.168.1.2:8080
# Optional. Defaults to $HTTP_PROXY
HTTPS_PROXY=http://192.168.1.2:8080
# Optional.
SSL_CERT_FILE=
# Optional. Enabled when set to '1'
REVERSE_FORWARD_PROXY_VERBOSE=
# Optional. Default is "localhost"
REVERSE_FORWARD_PROXY_HOST=
# Optional. Default is "8080"
REVERSE_FORWARD_PROXY_PORT=
# Optional. Default is "X-Reverse-Forward-Proxy-Target"
REVERSE_FORWARD_PROXY_TARGET_HEADER=
reverse-forward-proxyNow the server will be up and listening onhttp://localhost:8080for requests.Requests must have headerX-Reverse-Forward-Proxy-Targetset to the remote
host to connect to via the proxy.The server will make the request via$HTTP_PROXYand return the response.Testingpytestmake docker-test
docker run --rm --net=host svagi/h2load --h1 -n 100 -c5 -H "X-Reverse-Forward-Proxy-Target: http://files/" http://localhost:$(make get-port)/file.100m
Package: reverse-geocode
Reverse GeocodeReverse Geocode takes a latitude / longitude coordinate and returns the country and city.
Example usage:>>>importreverse_geocode>>>coordinates=(-37.81,144.96),(31.76,35.21)>>>reverse_geocode.search(coordinates)[{'city':'Melbourne','code':'AU','country':'Australia'},{'city':'Jerusalem','code':'IL','country':'Israel'}]The module has a set of known geocoded locations and uses ak-d treeto efficiently find the nearest neighbour. This can be useful when you need to reverse geocode a large number of coordinates so a web API is not practical.InstallSupports python 2 & 3:pipinstallreverse-geocodepip3installreverse-geocode
Package: reverse-geocode-bd
Reverse GeoCode BDInstallation$pipinstallreverse-geocode-bdA Python library for offline reverse geocoding. Reverse Geocode BD takes a (latitude , longitude) coordinate and returns the Division, District, Upazila and Thana of any location in Bangladesh.Package Available at :https://pypi.org/project/reverse-geocode-bd/Uses Examplefromreverse_geocode_bdimportReverseGeoBDloc=ReverseGeoBD()loc.find(25.7363,89.2715)Orimportreverse_geocode_bdreverse_geocode_bd.search(25.7363,89.2715)Output{'division':'Rangpur','district':'Rangpur','upazila':'RangpurSadar','union':'Paurashava'}
Package: reverse_geocoder
Reverse Geocoder takes a latitude / longitude coordinate and returns the nearest town/city.
This library improves on an existing library called reverse_geocode developed by Richard Penman in the following ways:
1. Besides city and country, this library also returns the administrative 1 & 2 regions, latitude and longitude
2. The performance is much faster since a parallelized K-D tree is implemented
(Seehttps://github.com/thampiman/reverse-geocoderfor performance comparison)Supports Python 2 and 3. You can also load a custom data source. Fore more help, seehttps://github.com/thampiman/reverse-geocoder.Example usage:>>> import reverse_geocoder as rg
>>> coordinates = (51.5214588,-0.1729636),(9.936033, 76.259952),(37.38605,-122.08385)
>>> rg.search(coordinates)
[{'name': 'Bayswater',
  'cc': 'GB',
  'lat': '51.51116',
  'lon': '-0.18426',
  'admin1': 'England',
  'admin2': 'Greater London'},
 {'name': 'Cochin',
  'cc': 'IN',
  'lat': '9.93988',
  'lon': '76.26022',
  'admin1': 'Kerala',
  'admin2': 'Ernakulam'},
 {'name': 'Mountain View',
  'cc': 'US',
  'lat': '37.38605',
  'lon': '-122.08385',
  'admin1': 'California',
  'admin2': 'Santa Clara County'}]
Package: reverse-geocoder-whl
Reverse GeocoderReverse Geocoder takes a latitude / longitude coordinate and returns the nearest town/city.
This library improves on an existing library called reverse_geocode developed by Richard Penman in the following ways:Besides city and country, this library also returns the administrative 1 & 2 regions, latitude and longitudeThe performance is much faster since a parallelized K-D tree is implemented
(Seehttps://github.com/thampiman/reverse-geocoderfor performance comparison)Supports Python 2 and 3. You can also load a custom data source. Fore more help, seehttps://github.com/thampiman/reverse-geocoder.Example usage:
>>> import reverse_geocoder_whl as rg
>>> coordinates = (51.5214588,-0.1729636),(9.936033, 76.259952),(37.38605,-122.08385)
>>> rg.search(coordinates)
[{'name': 'Bayswater',
'cc': 'GB',
'lat': '51.51116',
'lon': '-0.18426',
'admin1': 'England',
'admin2': 'Greater London'},
{'name': 'Cochin',
'cc': 'IN',
'lat': '9.93988',
'lon': '76.26022',
'admin1': 'Kerala',
'admin2': 'Ernakulam'},
{'name': 'Mountain View',
'cc': 'US',
'lat': '37.38605',
'lon': '-122.08385',
'admin1': 'California',
'admin2': 'Santa Clara County'}]Changelog[1.5.3] Limitscipyto>=0.17.1,<1.11(previously>=0.17.1) due to a breaking change in SciPy 1.11.
[1.5.2] Re-release to original project with Wheels.
Package: reverse-image-search
Reverse Image SearchForgot where you left the original of that beautiful photo? If you still have the thumbnail, you can try to find it using Reverse Image Search!Installationpip install reverse-image-searchUsage$reverse_image_searchimages/hills-2836301_1920_thumbnail.jpgimages/
Findingsimilarimages...
-to:images/hills-2836301_1920_thumbnail.jpg
-in:images
-filetypes:['.jpg','.jpeg']-threshold:0.9

Matches:
filepathsimilarity
---------------------------------------------------
images/hills-2836301_1920_thumbnail.jpg100%
images/hills-2836301_1920.jpg99%How does it work?load the image you want to search for.Walk through your files at a given path.Compares the structural similarity between images using Scikit-Image.Print the results in a table when the similarity is above a certain threshold.CreditsImage fromhttps://pixabay.com/photos/hills-india-nature-kodaikanal-2836301/
Package: reverseip
ReverseIP==========What is ReverseIP?-----------------`ReverseIp` is a tool which can find possible domain names with the given ip(s).Why it is here?----------------We all know that we can get the ip through a domain name with tool `ping` or `nslookup` etc,but there is rarely a tool which can get the possible domain names with the given ip.That's why `ReverseIP` is here.Install---------------.. code-block:: bashpip install reverseipUsage---------------.. code-block:: bashreverseip ip(s)Examples--------------.. code-block:: bashreverseip 112.126.74.68reverseip 112.126.74.68 112.126.74.68License------------MIT.
Package: reverse-ip
OverviewThe client library forReverse IP/DNS APIin Python language.The minimum Python version is 3.6.Installationpip install reverse-ipExamplesFull API documentation availablehereCreate a new clientfrom reverseip import *

client = Client('Your API key')Make basic requests# Get parsed records as a model instance.
result = client.data('8.8.8.8')
print(result.size)
for record in result.result:
    print("Domain: {}, visited: {}".format(
            record.name, record.last_visit))

# Get raw API response
resp_str = client.raw_data('1.1.1.1')Advanced usagePaginationfor response in client.iterate_over('1.1.1.1'):
    # Working with the current page
    print(response.size)
    for record in response.result:
        print(record.name)


# Alternative way
try:
    response = client.data('1.1.1.1')
    # processing
    # ...
    while response.has_next:
        response = client.next_page('1.1.1.1', response)
        # processing
        # ...
except ReverseIpApiError as error:
    print(error.message)Get raw data in XMLraw = client.raw_data('1.1.1.1', output_format='xml')
print(raw)Changelog1.1.1 (2022-11-08)Bump urllib31.1.0 (2021-04-22)Minor fixesUnparsableApiResponse error class was renamed to UnparsableApiResponseError1.0.1 (2021-04-21)README update.1.0.0 (2021-04-20)First release
Package: reverse-kafka-logger
Kafka Loggerpip library that is used to read inversely the kafka message.
The best part is each partition of topic will be run in parallel.BackgroundA need to grep the message from kafka reversely because often we want to grep something from the most recent offset.ProblemAll the available debugging tools of kafka never introduced a feature to easily grep the message from the latest offset to
the beginning of the offset. Thus, I created this open source project.usagepip install rervese-kafka-loggerreverse-kafka-logger --topic='topic' --brokers='localhost:9092,localhost:9093' --regex='search this'Installsetup package:python setup.py distinstall package:pip install --no-index ./dist/{NEW_PACKAGE_NAME}
Package: reverse-mx
OverviewThe client library forReverse MX APIin Python language.The minimum Python version is 3.6.Installationpipinstallreverse-mxExamplesFull API documentation availablehereCreate a new clientfromreversemximport*client=Client('Your API key')Make basic requests# Get the number of domains.result=client.data('aspmx.l.google.com')print(result.size)# Get raw API responseraw_result=client.raw_data("aspmx.l.google.com",response_format=Client.XML_FORMAT)Advanced usageExtra request parametersresult=client.data("aspmx.l.google.com",search_from="9")resp=client.data("aspmx.l.google.com")ifresp.has_next():next_page=client.next_page("aspmx.l.google.com",resp)forpageinclient.iterate_pages("aspmx.l.google.com"):print(page)Changelog1.0.0 (2021-05-25)First release
Package: reverse-ns
OverviewThe client library forReverse NS APIin Python language.The minimum Python version is 3.6.Installationpipinstallreverse-nsExamplesFull API documentation availablehereCreate a new clientfromreversensimport*client=Client('Your API key')Make basic requests# Get categories for a domain name.response=client.get('ns.google.com')forrowinresponse.result:print("Domain: "+row.name)Advanced usageExtra request parameters# Iterating over all pages# Specify the target name server.client.name_server="ns2.google.com"# Now you can use the `Client` instance as an iterable objectforpageinclient:# Precess the data:forrowinpage.result:print(row.name)# You can access the last response object via `last_result` propertyprint(client.last_result.size)# Please note, that `client.get_raw(...)` method doesn't# update value of the `last_result` field.# Also, `iter(client)` will reset the `last_result` value to None# Getting raw API response in XMLxml=client.get_raw('ns.google.com',output_format=Client.XML_FORMAT)Using Response model referenceresponse=client.get('....')# Getting list of domainsresponse.result# Checking the size of the domain listresponse.size# Checking if there is a next pageifresponse.has_next():....# `current_page` shows the `search_from` value...r=client.get(ns='ns',search_from='last.domain.of.the.previous.page.com')print(r.current_page)# >>'last.domain.of.the.previous.page.com'Changelog1.0.0 (2021-07-09)First release
Package: reverser
reverserReverser is a Python package for reversing strings, lists, tuples, dictionaries, and integers.InstallationTo installreverser, simply use pip:UsageTo use Reverser, first import theReverserclass from thereversermodule:Then, create an instance of theReverserclass:Reversing a string, list, or tupleYou can use thereversemethod of theReverserclass to reverse a string, list, dict, number or tuple:LicenseThis package is released under the MIT License. See the LICENSE file for details.
Package: reverse-read
Reverse Readinstallationinstall :pipinstallreverse-readimport :fromreverse_read.reverse_readimportreverse_readreverse_read()Returns reversed text.# only the text-parameter is requiredprint(reverse_read("text","side",# <0 or 1>"sensible"# <True or False>))Exampleprint(reverse_read("اثممخ"))# returns "hello"