Saravanan666/pypi-org huggingface dataset:
Package: let
Assign variables wherever, whenever you want.InstallationInstall via pip:$pipinstallletDone.If you insist on the (slightly) harder way of installing, from source,
you know how to do it already and don’t need my help.I might later upload the source to:https://github.com/TaylorSMarks/letQuick StartOnce you’ve installed, you can really quickly verified that it works with just this:>>>fromletimportlet>>>iflet(count=len('Hello World!')):...print(count)12DocumentationIn C, Java, and many other languages, it’s possible to assign variables inside
of if or while condition statements. This is useful in allowing you to concisely
both assign the value, and check whether a condition is met.This ability doesn’t exist in Python, because of the thought that when people
write something like:ifrow=db.fetch_results():...They may have actually meant:ifrow==db.fetch_results():...Personally, I have never made this mistake. It seems far more like a theoretical
mistake that could plausibly happen than one that actually happens and warrants
removing features, as was chosen in Python.Anyways, the let function in this module gives you something very close to that
ability in other languages. A few examples:iflet(name=longInstanceName.longAttributeName):...# Yes, db.fetch_results() should just return a generator. No, it doesn't.whilelet(results=db.fetch_results()):...iflet(count=len(nameValuePair))!=1:raiseException('Bad amount:{}'.format(count))CopyrightThis software is Copyright (c) 2016 Taylor Marks <taylor@marksfam.com>.See the bundled LICENSE file for more information.
Package: letesend
Letesend PythonThis is a python library for sending and monitoring SMS withletesend.
Letesend is a sms gateway that tries to make sms price cheaper, more information atletesend.com.InstallationInstall usingpipwith :pipinstallletesendExample UsageGo toletesend.com/consoleand copy yourauth token. After installing, importletesendinto your program and replace yourauth token, see the code below.fromletesendimportSMSAUTH_TOKEN="Replace_Your_Auth_Token_Here"sms=SMS(AUTH_TOKEN)sms.send(to="+243xxxxxxxxx",name="Company",body="Hello World !")ifsms.ok:print('SMS processed successfully')print(sms.status_code,sms.status_text)OutputSMSprocessedsuccessfully201{"id":5,"to":"+243xxxxxxxxx","name":"Company","body":"Hello World !","status":"0","date":"2022-03-05","time":"11:57:28.357820"}Troubleshoot403{'detail':'Your balance (0.0$) is insufficient to send 1 SMS.'}It means you don't have enough money in your account For sending the SMS.400{'to':['The phone number entered is not valid.']}The phone number must aE.164format.Class DescriptionThe SMS class description providesmethodsandattributesfor sending and monitoring SMS.MethodsSendSend sms with letesend gateway.ParametersTypeDescriptiontoStringThe receiver phone number (E.164 format)nameStringThe name (will be displayed in the SMS header)bodyStrimgThe sms body (the message)attributesNameTypeDescriptionidIntegerThe unique sms indetificationtoStringThe receiver phone number (E.164 format)nameStringThe name (will be displayed in the SMS header)bodyStringThe sms body (the message)statusStringThe SMS status0: Processed1: Sent2: Queued3: Scheduled4: Undelivered5: Delivered6: Delivery_unknown7: FaileddateStringThe date the request was sent to our servertimeStringThe time the request was sent to our serverstatus_codeStringThe http response status201: The SMS has successfully Processed403: Can not send SMS for some reasons400: Bad Requeststatus_textStringThe http response detailsokBooleanSMS processed successfullyauth_tokenStringThe Authentication token.More information atletesend.comor contact us atsupport@letesend.com
Package: letexpr
[![Build Status](https://travis-ci.org/hachibeeDI/letexpr.png?branch=master)](https://travis-ci.org/hachibeeDI/letexpr)# letexprThat is python module imitate `let expression` like a Haskell.And support lazy evaluation.# Installation```bash$ pip install https://github.com/hachibeeDI/letexpr/archive/master.zip```# Example```pythonfrom letexpr import let, expr# expr(x) = lambda x: lambda: xanswer = (let()| ('x', expr(10))| ('y', expr(20))| ('size', lambda x, y: x * y)| ('hoge', lambda x, y: 'fooo')).in_(lambda x, y, size:'x = {x}, y = {y}, x * y = {size}'.format(x=x, y=y, size=size))print answer#  => 'x = 10, y = 20, x * y = 200'# with List Comprehensionseven_or_odd = [(let()| ('_i', expr(str(i)))| ('r', expr('even' if i % 2 == 0 else 'odd'))).in_(lambda _i, r:_i + ' is an ' + r  + ' number.')for i in range(1, 5)]print even_or_odd#  => ['1 is odd number.', '2 is even number.', '3 is odd number.', '4 is even number.']# with anonymous functionlet_ = (let()| ('x', expr('x'))| ('y', expr('y')))@let_.in_()def _(x, y):return x + yprint let_.end#  => 'xy'```# Testing```bash$ pip install nose$ nosetests --with-doctest```
Package: lethe
lethe READMEletheis a Python module for git-based snapshotting.letheis intended as a mechanism for creating commits outside
the standard git branching/tagging workflows. It is meant to enable
additional use-cases without disrupting the standard workflows.
Use cases include:Short-lived:On-diskundo logSyncing work-in-progressbetween computers before it's readyLong-lived:lab notebook: Recording the code / configuration state that resulted in a given outputincremental backup: Space-efficient time-based backups of a codebaseUsageCreating a commit from the command line$cdpath/to/repo
$lethe
122d058e375274a186c407f28602c3b14a2cab95This effectively snapshots the current state of the repository (as would be seen bygit add --all) and creates a new commit (122d058e375274a186c407f28602c3b14a2cab95)
which points to it. The current branch and index are not changed.Flags:-p my_parent_refis used to provide "parent" refs which become the parents of the created commit.
If a parent ref is a symbolic ref,boththe provided ref and the ref it points to are used as parents.
If not present, defaults to-p HEAD.-t ref/lethe/my_target_refis used to provide "target" refs which will be created/updated
to point to the created commit.
If not present, defaults to adding an entry of the form-t refs/lethe/my_branchfor each
parent ref of the formrefs/heads/my_branch, and-t refs/lethe/my/refpathfor non-head
refs of the formrefs/my/refpath. All provided parent refsandany dereferenced parent refs
are used to generate default target refs.
If any of the target refs already exist, the commits they point to become parents of the created commit.-m "my message"sets the commit message for the snapshot. By default, "snapshot " is used.-r path/to/repocan be provided to specify a repository outside of the current working directory.$cdpath/to/repo
$gitbranch
*master
$letheis equivalent tolethe-rpath/to/repo-pHEADorlethe-rpath/to/repo-pHEAD-prefs/heads/master-trefs/lethe/HEAD-trefs/lethe/masterCreating a commit programmaticallyimportletheREPO='/path/to/repo'commit_sha=lethe.snap(cwd=REPO)tree_sha=lethe.get_tree(commit_sha,cwd=REPO)print('Created new commit with hash '+commit_sha+' aka refs/lethe/HEAD')print('Code (tree) state is '+tree_sha)InstallationRequirements:python 3 (written and tested with 3.6)git (accessible on the systemPATH)Install with pip:pip3installlethe
Package: letloop.py
letloop.pyClient to interact withhttps://letloop.cloud.Usage:A cloud for the parenthetical leaning doersUsage:🌐️ letloop.py FILENAME📜 Caveat emptor: this service is alpha, use it at your own risks👋 For inspiration have a look at:https://github.com/letloop/letloop.cloud/You can have your way with curl!
Package: let-me-answer-for-you
Let Me Answer For YouA deep learning dialog system that answers specific and complex questions.Built on top of thedeeppavlov libraryPip InstallThe library can be found onPyPIso you can just run:pip install let_me_answer_for_youSimple UsageAfter the package is installed, download the filechatbot.pyof theGitHubrepository and run:python chatbot.pyAfter the installation process is finished,  the following interface appears:In the first example, neither the FAQ or context datasets have samples. After the first context is added, it appears as a reponse to the typed answer. The second example adds a new question-answer pair. The context of the first example also provides an answer.TechnologiesThe Chatbot is based on two types of question/answer models:Question Answering Model for SQuAD datasetKnowledge Base Question AnsweringThe first type of models can answer several questions from the same context, while the second type is very useful for specific and complex questions.
It is strongly recommended to consult thedeeppavlov libraryfor further details of the available models for dialog systems.Structure of the  PackageThe packagelet_me_answer_for_youconsists of three modules:settings,dialog_systemandchatbot.Thechatbot.pyfile of the repo, calls theChatBotclass inchatbotand is the child of theDialogSystemclass indialog_system. This last class  has the three main methods of the library:question_answeringnew_question_answernew_contextThe first method retrieves a set of answers for a given question. The second method adds a new question-answer pair to the FAQ data and retrains the model. The third method adds a new context to the context data.These are the methods that may be exported as the API calls.Read the DocsRequirementsThe library has been tested inpython 3.7DockerA container with all the configurations installed is available:docker pull ejimenezr/dialog_system
Package: letmecrawl
Curate proxies from various sources in terms of latency. Supported on python 2.7.* and >3.4.>>fromletmecrawlimportletmecrawl>>forproxyinletmecrawl():>>print(proxy)88.99.11.10:6666InstallationpipinstallletmecrawlDockerUse docker image as a http service:dockerpullmontenegrodr/letmecrawl:latestRunning:dockerrun-p8000:8000montenegrodr/letmecrawl:latestRequest proxy from top of the queue:$curllocalhost:8000{"proxy":"138.68.178.106:80"}$curllocalhost:8000{"proxy":"184.59.102.95:80"}
Package: letmegetcoffee
letmegetcoffeeA python module that provides functionality to notify you when something
goes wrongUsagefrom letmegetcoffee import lmgc  # or use wild import since it equals to lmgc onlyerror(s) to catch; defaults to (Exception,); not necessary to setlmgc.EXCEPTIONS = ValueErrorwhat to do if an error occurred; necessary to set after import, since it
defaults toprintand just silently prints the exception-objectlmgc.ON_EXCEPTION = lmgc.on_exception_beepon_exception_ - functionson_exception_beep(e):Beep in a while loop to notify if something goes wrong.Remeber to turn your volume upon_exception_mail(e):[IN DEVELOPEMENT]Send an email to notify if something goes wrong.on_exception_webpage(e):[IN DEVELOPEMENT]Host a webpage inside the local network to show the state of the
running program.
Seems unlikly though since hosting an http server (during the entire
runtime, not only when an error occured) is a rather
resource-expensive taskIt is also possible to use your own function. Just note:the function has to take the excepion-object as an argumentexception-object like inexcept Exception as e: passlmgc.ON_EXCEPTION = yourFunctionhas to be set before the
decorator is usedExamplefrom random import randint
from letmegetcoffee import lmgc
lmgc.ON_EXCEPTION = lmgc.on_exception_beep


@lmgc.catch
def testing(number, message):
    print(message)
    while True: number / randint(0, number)


if __name__ == '__main__':
    testing(1000000, message='Hello World!!!')  # args and kwargs work
Package: letmego
Let Me GoEnglish |简体中文letmego is a solution to control the execution of Python functions. At present, the main application scenario is in the scenario where the automated test program has to be interrupted, such as the restart scenario. It is necessary to restart the machine during the execution of the steps of the automated use case. After the machine restarts, it can be restarted. Continues the functionality performed by the use case step immediately before the restart.InstallationInstalling from PyPI:pip3 install letmegoDocumentationsDocumentsGetting helpOfficial Forumfor generic discussion and help.Developer Centerfor BUG report and suggestions.WikiGetting involvedWe encourage you to report issues and contribute changesContribution guide for developers(English)Translate for your language on Transifexplease update to the actual Transifex link of this projectLicenseletmego is licensed underApache
Package: letmehear
http://github.com/idlesign/letmehearWhat’s thatletmehear is a SoX based audio file merge-n-splitter appropriate to resplit audio books.It is able to function both as a Python module and in command line mode.FeaturesLarge variety of supported input audio formats (due to SoX).Batch audio files processing (including recursive path traversing).Adjustable output audio parts length.Adjustable output audio speed.Adjustable backshift length (number of seconds from the end of a previous audio part to place at the beginning of a next one).Requirementsletmehear depends upon SoX command line utility -http://sox.sourceforge.net.Ubuntu users may install the following SoX packages:sox,libsox-fmt-all.Usagefrom letmehear import letmehear- if you want to use it as module.LetMeclass is at your service.letmehear -hin command line - to get help on utility usage.In the following example we merge all audio files into one, increase its playback speed
to 1.2, and resplit it into chunks of 3 minutes, putting them intoletmeheardirectory
created inside/home/idlesign/audiobook_1/:letmehear -s 1.2 /home/idlesign/audiobook_1/DedicationDedicated to legacy Mystery car audio system of mine unable to digest one and a half hour mp3 file with another Discworld novel %)
Package: letnums
letnumletnum, a simple python library that is able to generate random letter and number combinations for youit is easy to use and only requires a 1 to 3 linesInstallationpip install letnum#How to Usefromletnumimportnumber,letter,letter_number#u only need the function namenumber()#by typing the fuction name and running it will ask the amount of letters."Enter Any Amount u want..""(the same for every function {look at the photo})Screenshots
Package: letolt
LetoltCsinaltam egyAndroid alkalmazast, valamint egy Python alapuWindows programot, melyek az oktatas.hu -rol valo letoltest teszik egyszerubbe a felhasznalo szamara, ez aletoltfuggveny tartalmazza a program magjat.Telepitespip install letoltHasznalat, peldaimport letolt
letolt(15,'okt','emelt','inf')
Package: letras-custom-israelubeda
Libreria transformadora de textoUna libreria que transforma una letra por otra , ejemplo la letra A ,se transforma en letra ZComenzando 🚀instalar la libreriapip install letras-custom-israelubeda*Modo de usoEjemplo:example.pyfrom letras_custom_israelubeda import sustituir_letras

palabra = sustituir_letras("hola mundo")
print(palabra)output: sooz nunwo
Package: letrista
Letrista is a markup syntax and parser system for lyrics writing, written inPython 3. It allows the use of comments and useful notes for lyrics drafts, such as rhyme scheme and syllable count.The output of this parser is inmarke37format, which is a modified version of the Markdown syntax. This output can be processed further if needed into a more common and visual format (mainly HTML).The primary goal of this package is to aid the lyricists/songwriters (mainly myself) to concentrate on the actual content that will remain on the lyrics, while also leaving the options available within the same file (for if those are needed to compare or restore).The ideal usage of this package is with a real-time editing tool, like within the Sublime Text editor, with theLetrista Sublimeplugin, but the module is provided for inclusion in other projects.A demo editor is provided atquick-draft.letrista.app, with an already populatedexample in Englishandone in Spanish.The module is released under the MIT license, so you can pretty much what you want with it. For the full documentation, visitRead The Docs.
Package: lets
Utilities forgevent.There’re severalgevent.Greenletsubclasses:Processlet– maximizing multi-core use in gevent environment.Transparentlet– keeping exc_info rather than printing exception.And etc.:ObjectPool– pooling objects. (e.g. connection pool)See the next examples.ExamplesProcesslet for bcryptbcryptis a library to hash password.  That the hashing is very heavy
CPU-bound task.  You can’t guarantee concurrency with only gevent.  UseProcessletinstead:importbcryptimportgeventfromletsimportProcesslet# bcrypt.hashpw is very heavy cpu-bound task.  it can spend a few seconds.defhash_password(password,salt=bcrypt.gensalt()):returnbcrypt.hashpw(str(password),salt)deftictoc(delay=0.1):whileTrue:print'.'gevent.sleep(delay)passwords=['alfa','bravo','charlie','delta','echo','foxtrot','golf','hotel','india','juliett','kilo','lima','mike','november','oscar','papa','quebec','romeo','sierra','tango','uniform','victor','whiskey','xray','yankee','zulu']# start tictocgevent.spawn(tictoc)# Greenlet, tictoc pauses for a few secondsgreenlet=gevent.spawn(hash_password,passwords[0])password_hash_0=greenlet.get()# Processlet, tictoc never pausesprocesslet_1=Processlet.spawn(hash_password,passwords[1])processlet_2=Processlet.spawn(hash_password,passwords[2])password_hash_1=processlet_1.get()password_hash_2=processlet_2.get()You can also limit the number of child processes withProcessPool:importmultiprocessingfromletsimportProcessPoolpool_size=max(multiprocessing.cpu_count()-1,1)pool=ProcessPool(pool_size)password_hashes=pool.map(hash_password,passwords)Memcached connection poolGreenlet-safe connection pool can be easily implemented byObjectPool:importmemcachefromletsimportObjectPoolmc_pool=ObjectPool(10,memcache.Client,[('localhost',11211)])defsave(key,val):withmc_pool.reserve()asmc:mc.set(key,val)forx,password_hashinenumerate(password_hashes):gevent.spawn(save,'password_hashes[%d]'%x,password_hash)gevent.wait()LinksGitHub repositorydevelopment version
Package: lets_be_rational
lets_be_rational is a Python SWIG wrapper for the functions in "Let's Be Rational" by Peter Jäckel.About "Let's be Rational":"Let's Be Rational" is a paper by Peter Jäckel showing "how Black's volatility can be implied from option prices with as little as two iterations to maximum attainable precision on standard (64 bit floating point) hardware for all possible inputs."The paper is accompanied by the full C source code, which resides at www.jaeckel.org/LetsBeRational.7z .===========================================================Copyright © 2013-2014 Peter Jäckel.Permission to use, copy, modify, and distribute this software is freely granted,provided that this notice is preserved.WARRANTY DISCLAIMERThe Software is provided "as is" without warranty of any kind, either express or implied,including without limitation any implied warranties of condition, uninterrupted use,merchantability, fitness for a particular purpose, or non-infringement.===========================================================
Package: letsbuilda-pypi
letsbuilda-pypiA wrapper forPyPI's API and RSS feeds.UsageSync clientfromhttpximportClientfromletsbuilda.pypiimportPyPIServiceshttp_client=Client()pypi_client=PyPIServices(http_client)print(pypi_client.get_rss_feed(pypi_client.NEWEST_PACKAGES_FEED_URL))print(pypi_client.get_package_metadata("letsbuilda-pypi"))Async clientfromhttpximportAsyncClientfromletsbuilda.pypi.async_clientimportPyPIServiceshttp_client=AsyncClient()pypi_client=PyPIServices(http_session)print(awaitpypi_client.get_rss_feed(pypi_client.NEWEST_PACKAGES_FEED_URL))print(awaitpypi_client.get_package_metadata("letsbuilda-pypi"))
Package: letschat
# Python-LetsChat (letschat on PyPI)
by Cathal Garvey, Copyright 2015, released under GNU Affero General Public License (see HACKING)This is an API wrapper written for [Lets-Chat](https://github.com/sdelements/lets-chat)
in Python. It offers high-level conveniences for connecting to and interacting with a Lets-Chat server, including reading, posting, uploading and downloading files, and querying user data.
It could form the foundation of a neat Python bot for Lets-Chat, or as an adaptor for
providing integration services at server-side.It’s still a work-in-progress but most of the critical stuff is working as intended,
and I’d consider it useful as-is. However, the “API of the API” is not yet frozen,
and future pushes to this repo may further integrate the output of methods to wrap
server data in higher-level abstractions.. So, caveat emptor for another 48 hours or
so.When it’s “ready” I’ll add an “examples” folder with things like dice-bots for games,
twitter scrapers, etcetera; at that point I’m unlikely to fundamentally change anything
without bumping a major version number.Enjoy!
Package: lets-debug
lets-debugIntroductionThis package allows you to debug your Python code using terminal tools.Installationpip install lets-debugImportsfromlets_debugimportterminal,DecoratorToolsReferenceterminalThese are the available methods fromterminal:log(*args)Prints every element passed in*argsusing blue color.warn(*args)Prints every element passed in*argsusing orange color.error(*args)Prints every element passed in*argsusing red color.success(*args)Prints every element passed in*argsusing green color.clear()Clear terminal or command prompt screen.count(name='counter')Counts number of times thatnamewas called using this method. It is useful for couting number of times that a function is called. See the example bellow:defgreet():terminal.log('Welcome!')terminal.count('greet')greet()greet()The output will be:greet:1greet:2check_bool(boolean: bool, callback: Any)PrintscallbackifbooleanisFalse.table(dictionary_list: List[Dict])Printsdictionary_listas table.DecoratorToolsThese are the available methods fromDecoratorToolsclass (all methods are static):log(*args, type='log')Prints every element passed in*argsusing custom color.typeargument defines the color. The available types are'log','warn','error', and'success'.count(*args)Counts number of times that a function was called.stopwatch(*args)Counts how long a function takes to run.override(*args, **kwargs)Check if the current method exists in its parent object. See the example bellow:classHuman:defwalk(self):terminal.log('Human is walking...')classPerson(Human):@overridedefwalk(self):terminal.log('Person is walking...')This code is OK. But if you removewalk()fromHumanclass, an error message will appear in the output.If you want the program to stop in this situations, setget_erroroption toTrue:@override(get_error=True)defwalk(self):ContributionsFeel free to use this package and to contribute on this repository with your ideas!
Package: letsdns
LetsDNSManage DANE TLSA records in DNS servers. Supports multiple domains with multiple TLS certificates each. LetsDNS can be
invoked manually, from cron jobs, or called in hook functions of ACME-clients likedehydratedorcertbot.Documentation is available on theLetsDNS homepage.Copyright © 2022-2023 Ralph Seichter. Hosted onGitHub.