Saravanan666/pypi-org huggingface dataset:
Package: kio
kioPython data types for the Apache Kafka® Protocol.FeaturesExposes immutable dataclass entities for all protocol messages, generated from thesame sourceas used internally in Apache Kafka®.Message classes are simply light-weight data containers and does not inherit anything
or expose any methods other than a vanilla dataclass. Encoding and decoding is enabled
by making all the necessary details about Kafka encoding introspectable.Supports encoding and decoding of messages throughIO[bytes].Test suite with focus on roundtrip property tests using Hypothesis.Installation$pipinstall--require-virtualenvkioDevelopmentInstall development requirements.$pipinstall--require-virtualenv-e.[all]The test suite contains integration tests that expects to be able to connect to an
Apache Kafka® instance running on127.0.0.1:9092. There is a Docker Compose file incontainer/compose.ymlthat you can use to conveniently start up an instance.$dockercompose--file=container/compose.ymlup-dRun tests.$python3-Xdev-mpytest--covSetup pre-commit to run on push.$pre-commitinstall-tpre-push[!WARNING]Building the schema will delete thesrc/kio/schemadirectory and recreate it again, hence
all of the files under this directory will be deleted. Make sure to not put unrelated files
there and accidentally wipe out your own work.Fetch, generate, and format schema.$makebuild-schema
Package: kioku
kiokuSimple Cache Library for Python.UsageQuick StartimporttimefromkiokuimportCachecache=Cache('./cache.pkl')@cache.use()defcalc():time.sleep(3)return42# It takes 3 sec...print(calc())# => 42# Without to run calc() by using cache.print(calc())# => 42# Cache is saved as dict.# And key is function name.print(cache.get('calc'))# => 42Basic# Set manuallycache.set('key',123)print(cache.get('key'))# => 123# Clearcache.clear('key')print(cache.get('key'))# => NoneAuto Reloading Cache Filecache=Cache('cache.pkl',auto_reload=True)DevelopmentRequirements: poetry, pyenv# Setuppoetryinstall# Lint & Testmkdir-preport
poetryrunflake8--format=html--htmldir=report/flake-report.
mypysrc/tests/--html-reportreport/mypy
poetryrunpytest\--html=report/pytest/index.html\--cov-reporthtml:report/coverage# Build and publishpoetrybuild
poetrypublish
Package: kios
ContentsIntroductionUsageLicenseIntroductionKios is a tool to collect and store TCP/UDP port usage data. Currently Kios supports netstat on
Windows platform as the only source of port data and SQLite as the only database backend.Ports bound to loopback interfaces are ignored.UsageAdd application and associate executable to track (more than one executable
per app is supported):kios add Application1 application1.exeThen use commandscanto periodically executenetstat, look for
ports listened on byapplication1.exeand save protocol/number data, associating
it withApplication1. Use optional positional argument next toscanto
override default scan interval, which is 5 seconds:kios scan 10Note, that this command requires elevated privileges. If it is not desirable to run
Kios as administrator (it is not), then usenetstatoutput captured in a file with
commandimport:kios import D:\out.txtTo capture output in a compatible format, executenetstatwith arguments given below:netstat -a -b -n > C:\out.txtUse commandlistto print all tracked applications:C:\>kios list
Known applications:
 Application1Commandshowis used to print all information gathered on a specified application:C:\>kios show Application1
Data for Application1
Ports:
 IPv4   TCP     1
 IPv4   UDP     2
 IPv6   TCP     3
 IPv6   UDP     4
Executables:
 application1.exeIt is possible to un-track executable with commandremove:kios remove application1.exeand deleteallinformation associated with a specified app using commandpurge:kios purge Application1To get information about optional arguments not mentioned here, usekios --helpandkios COMMAND --helpLicenseKios is released under version 2.0 of theApache License.
Package: kiosk-bot
kiosk_botKoGPT2를 이용한 간단한 kiosk chatbot 입니다.데이터는 AiHub의한국어대화 데이터를 사용했습니다.데이터는 학습만 진행하였고 공개는 하지 않습니다.ArchitectureHugging face의 예제들을 보며 구현하였습니다.input은User + <BOS> + System + <EOS>로 구현하였다.output은P(system|user)를 최대화 시키기위해 모델을 학습하였다.Installgit clone https://github.com/momozzing/kiosk_bot.git
git lfs pull     ## lfs 가 없으면 설치하셔야 합니다. 
pip install requirements.txtHow to train?기존 학습된 데이터로 대화를 하고 싶으시면install후How to chat으로 넘어가셔도 됩니다.cd kiosk_bot/data  ## 안에 원하시는 데이터를 넣으시면 됩니다. 

kiosk_bot/GPT-2_fine_tune.py  ## 안에 데이터 loader들의 파일이름을 변경해주시면 됩니다. 

deepspeed --num_gpus=1 GPT-2_fine_tune.py ## 변경후 이것으로 실행하시면 됩니다. 

그후 생성된 skt-kogpt2-base-v2.pt 를 사용하시면 됩니다.How to chat?python interactive.py   ##기존 데이터로 채팅하기

python new_data_interactive.py  ##새로운 데이터로 파인튜닝한것 pt파일 불러와서 채팅하기.

--기존 데이터 채팅--

User: 아메리카노 주세요
System: 따뜻한 거 드릴까요?

User: 아이스로 주세요
System: 사이즈는 톨 괜찮으세요?

User: 그란데 사이즈로 주세요
System: 죄송한데 저희 가게에는 레귤러랑 라지 사이즈 밖에 없어요

User:  그럼 라지사이즈로 주세요
System: 네 고객님 테이크아웃 하시나요?

User: 먹고갈게요
System: 네 그럼 머그잔으로 준비해드리겠습니다

User: 감사합니다
System: 좋은 하루 보내세요ReferenceHuggingFaceKoGPT2AIHUB
Package: kiox
kiox: A composable experience replay buffer librarykiox is a composable experience replay buffer library.fromkiox.kioximportKioxfromkiox.transition_bufferimportFIFOTransitionBufferfromkiox.transition_factoryimportSimpleTransitionFactorykiox=Kiox(FIFOTransitionBuffer(1000),SimpleTransitionFactory())# collect experienceskiox.collect(<obsrvation>,<action>,<reward>,<terminal>)# sample batchbatch=kiox.sample(256)key features:zap: Composable experience replay bufferkiox is composable and fully Pythonic library. You can add your own sampling algorithms and inject sampling-time logics (e.g. loading image data from disk just before sampling).:beginner: User-friendly APIkiox provides user-friendly API so that you can instantly incorporate kiox with your RL algorithms.:rocket: Distributed RL training supportkiox supports distributed RL training by using ProtocolBuffer and gRPC. Your custom modules will work without any code changes.installationkiox supports Linux, macOS and Windows.$ pip install kioxexamplesMany extensiveexamplesare available.distributed trainingIn actor process:fromkiox.distributed.step_senderimportStepSendersender=StepSender("localhost",8000,1)sender.collect(<obsrvation>,<action>,<reward>,<terminal>)In trainer process:# trainer processfromkiox.distributed.serverimportKioxServerdeftransition_buffer_builder():returnFIFOTransitionBuffer(1000)deftransition_factory_builder():returnSimpleTransitionFactory()# setup serverserver=KioxServer(host="localhost",port=8000,observation_shape=(4,),action_shape=(1,),reward_shape=(1,),batch_size=8,transition_buffer_builder=transition_buffer_builder,transition_factory_builder=transition_factory_builder,)server.start()# sample batchbatch=server.sample()from offline data# from offline datafromkiox.offlineimportcreate_simple_kiox_from_datakiox=create_simple_kiox_from_data(observations=<observations>,actions=<actions>,rewards=<rewards>,terminals=<terminals>,)build$ pip install grpcio-tools
$ scripts/build-protobuf
$ pip install -e .contributionsAny kind of contribution to kiox would be highly appreciated!
Please check thecontribution guide.
Package: kipa
KIPAConvert Kurdish text and words to IPA phonetics.Why to use it?Convert texts to IPA with different alternativesConvert numbers to its corresponding Kurdish textIt prioritizes the word's sound in the Kurdish Wiktionary (Wikiferheng) and return the generalized one if it doesn't exist.Quick example:fromkipaimportkipaprint(kipa.translate_text("Dema we baş be! Ev kîpa ye,\nûew1ekemînmektebeyejibovêmijarê!"))| dɛmɑː wɛ bɑːʃ bɛ |

 ɛv kiːpɑː jɛ |

 uː ɛw jɛkɛkɛmiːn mɛktɛbɛ jɛ ʒɪ boː veː mɪʒɑːɾeː |InstallationpipinstallkipaUsages:To get only the translated text (IPA phonetics text):importkipaipa_text=kipa.translate_text('SOME_KURDISH_TEXT')To get an object of the result:importkipaipa_text=kipa.get_ipa('SOME_KURDISH_TEXT')To convert a number to its Kurdish text:importkipanumber_in_text=kipa.convert(382442)number_ordinal=kipa.get_ordinal(32)normal_fraction=kipa.get_fraction('4/5')fraction_has_name=kipa.get_fraction('1/2')numerator_bigger_than_denominator=kipa.get_fraction('45/12')decimal_simple=kipa.get_decimal('34.675',False)decimal_complex=kipa.get_decimal('34.675',False)negative_fraction=kipa.get_fraction('-14/22')negative_complex_decimal=kipa.get_decimal('-1.00067',True)negaive_weird_decimal=kipa.get_decimal('-00000000000001.000000000000000067',True)negative_weird_fraction=kipa.get_fraction('-0001/0003')negative_fraction_with_decimals=kipa.get_fraction('-000.9999/0009.999')sêsed û heştê û du hezar û çarsed û çil û du

sî û duyemîn

ji pêncan çar

nîv

çil û pênc belavî dwanzdehan

sî û çar nûqte şeşsed û heftê û pênc

sî û çar û ji hezaran şeşsed û heftê û pênc

negatîf ji bîst û duan çardeh

negatîf yek û ji sed hezaran şêst û heft

negatîf yek nûqte sifir sifir sifir sifir sifir sifir sifir sifir sifir sifir sifir sifir sifir sifir sifir sifir şêst û heft

negatîf ji sêyan yek

negatîf ji neh nûqte nehsed û nod û nehan sifir nûqte neh hezar û nehsed û nod û neNote:Kipa automatically translates the numbers to its corresponding IPA phonetics too.
Package: kipi
KiPIA tool for downloading and installing kiCad packages, primarily for KiCad v5.Runs on Windows, should run on Linux (MacOs might also work).DescriptionCurrently supports footprints, symbols and templates. Configurations for KiCad
official v5 libraries and templates, SparkFun, DigiKey and Walter Lain libraries.Typically where available, point releases are downloaded as a zip file. Otherwise, latest
versions of git repositories can be cloned locally.This script can use git to:Clone a repository if you don’t have itPull the latest repository if you already have it locally (does an update).Content types:Footprints can be installed to fp-lib-table.Symbols can be installed to sym-lib-table.Templates are copied to ~/Documents/kicad/templates3dmodels are copied to ${KISYS3DMOD}Scripts are copied to ${APPDATA}/kicad/scriptingExisting xx-lib-table will be saved to xx-lib-table-old.Usagekipi [options] <package spec> [<version>]Package spec contains the packages to download/install.
Version is a valid version from the package file or “latest”.Options are:-h,--helpshows a help screen on the command line-v,--verboseshow verbose messages-q,--quietdon’t show logging-t,--testdry run, don’t perform actions--config<local folder>configure kipi. The local folder is the folder you want all your local data put in.--downloaddownload package data only--installinstall package data into KiCad (implies download)--listlist installed packages--removeremove an installed package from KiCad--updateupdate installed packagesExample Usagekipi –config c:\kicad_datakipi -v –install https://raw.githubusercontent.com/bobc/kicad-getlibs/master/packages/kicad-official-libraries-v5-no-3d.ymlDependenciesYou need to have git installed to clone/update local git repositories.Otherwise it should just run with a standard distribution of python 2.x, there
are no special libraries used.Bugs/Feature RequestsPlease raise issue on github.CreditsKiPI is derived from projecthttps://github.com/hairymnstr/kicad-getlibs.Content TypesContent typeKicad v4KiCad v5footprintYesYessymbolNoYes3dmodelYes*Yes*templateYesYesscriptNoYesFootprintFootprints are installed in global fp-lib-table.Symbol[v5] Symbols are installed in global sym-lib-table.[v4] Installing symbols is not supported because sym-lib-table is not supported in v43dmodel3dmodels can be installed if KISYS3DMOD is a writable location by user and does
not require admin permissions. On Windows the default path c:\program files...
is not writable, so the user must re-configure KISYS3DMOD to writable location,
e.g “C:\kicad_data\3dmodels”TemplateTemplates are installed to user’s templates folder.ScriptScripts may be pcbnew scripts or footprints wizards.[v5] Scripts are copied to global kicad/scripting folder.[v4] May work on Linux but does not work on Windows since v4 does not have a search path for user scripts.
Package: kipo-kpg
Python Kipo KPG Library: make payment easy with kipoPython Kipo KPG Library make it easy to stablish payment with kipo gateway.InstallationQuick Start and ExamplesPropertiesHTML Form to transfer user to KPGInstallationAdd KipoKPG files to Your project
or simply runpip install kipo-kpgQuick Start and ExamplesInitial Kipo KPG and request shopping key from kipo server.fromKipoKPGimportKipoKPG"""Initial Kipo Library and craete object from KipoKPG classMerchant key is merchant phone number"""kipo=KipoKPG("YOUR MERCHANT KEY")"""Replace "YOUR CALLBACK URL" and "AMOUNT" with what you wantkpg_initiate return a DictionarySuccessful - {"status": True, "shopping_key": SHOPING_KEY}Failed - {"status": false, "message": ERROR_CODE}"""kpg_initiate=kipo.kpg_initiate(AMOUNT,'YOUR CALLBACK URL')ifkpg_initiate['status']:"""Store kpg_initiate["shopping_key"] to session to verfiypayment after user came back from gatewayCall render_form function to render a html form and senduser to Kipo KPG Gateway (you can create this form manuallywhere you want - form example is at the end of Quick Start"""kipo.render_form(kpg_initiate['shopping_key'])else:"""Show error to userYou can call getErrorMessage and send error code to that as inputand get error messagekipo.get_error_message(ERROR_CODE)"""Verify payment after user return back toCALLBACK URL"""Replace "SHOPPING_KEY" with your SHOPPING_KEY that you taken fromInitiate functionkpg_inquery return a dictionary for resultSuccessful - {"status": True, "referent_code": REFERENT_CODE}Failed - {"status": False, "message": ERROR_CODE}"""kpg_inquery=kipo.kpg_inquery(SHOPPING_KEY)# Get shopping key after kpg_initiate calledkipo.get_shopping_key()# Get referent code after kpg_inquery calledkipo.get_referent_code()Properties"""URL of Kipo server - https://kpg.kipopay.com:8091/V1.0/processors/json/This server create shopping key and"""kipo.request_url"""URL of Kipo KPG - http://webgate.kipopay.com/Shopping key must post to this url with SK name"""kipo.kipo_webgate_urlHTML Form to transfer user to KPG<formid="kipopay-gateway"method="post"action="KIPO_WEBGATE_URL"style="display: none;"><inputtype="hidden"id="sk"name="sk"value="SHOPING_KEY"/></form><scriptlanguage="javascript">document.forms['kipopay-gateway'].submit();</script>
Package: kipp
# Kipp![kipp](https://s3.laisky.com/uploads/2019/06/nolan-comic-ft.jpg):—————————————————————:Humanistic Utilities[![versions](https://img.shields.io/badge/version-v0.2.11-blue.svg)]()
[![License: MIT](https://img.shields.io/badge/License-MIT-yellow.svg)](https://opensource.org/licenses/MIT)
[![PyPI version](https://badge.fury.io/py/kipp.svg)](https://badge.fury.io/py/kipp)
[![Commitizen friendly](https://img.shields.io/badge/commitizen-friendly-brightgreen.svg)](http://commitizen.github.io/cz-cli/)—[Github](https://github.com/Laisky/kipp/tree/master/kipp)## DocumentTBD—## InstallRun:`sh $ pip install kipp `
Package: kipp3
# Kipp3Only support Python 3.8+![kipp3](https://s3.laisky.com/uploads/2019/06/nolan-comic-ft.jpg):—————————————————————:Humanistic Utilities[![versions](https://img.shields.io/badge/version-v0.0.3-blue.svg)]()
[![License: MIT](https://img.shields.io/badge/License-MIT-yellow.svg)](https://opensource.org/licenses/MIT)
[![PyPI version](https://badge.fury.io/py/kipp3.svg)](https://badge.fury.io/py/kipp3)
[![Commitizen friendly](https://img.shields.io/badge/commitizen-friendly-brightgreen.svg)](http://commitizen.github.io/cz-cli/)—[Github](https://github.com/Laisky/kipp/tree/master/kipp)## DocumentTBD—## InstallRun:`sh $ pip install kipp3 `
Package: kippo-extra
Set of extra commands for the kippo SSH honeypot daemon
(https://github.com/desaster/kippo/).Provided commands/usr/bin/env- current environment variables/usr/bin/gcc- fake compiler with file output/sbin/iptables- fake firewall management, supports flush and
list for different tables/chains/bin/which- path of binary/bin/netstat- work in progress/bin/sleep- sleep command/bin/uname- kernel and OS identificationThe commands are based on the x64 build of Debian 5.InstallationPlease read the full installation part.Python 2.7 or later is required (Python 3.x isn’t). Install kippo-extra
via one of the methods below.pip installkippo-extrapip installgit+git://github.com/basilfx/kippo-extra.git.To check if everything works, you can runpython-c'import kippo_extra'which should not produce any errors.Kippo doesn’t come with a plugin system. Therefore, the kippo source
should be modified. Open the fileKIPPO_ROOT/kippo/__init__.py. By
default, it is an empty file. Insert the linefrom kippo_extra import loaderand save the file.Note 1The commands require you have a fake filesystem ready with fake links to
the commands. Therefore, make sure the/path/to/commandis in your
fake filesystem. If a command does not work in a session, try totouch /path/to/commandand then try again. If it works now, then you
do not have the fake links in your fake filesystem.Note 2A small portion of the kippo source code is modified at runtime by
intercepting imports (See PEP302). However, these patches are dependend
on the version of kippo. At this moment, the patches are based onrevision
4999618.
In case a new version is available and kippo fails to start, you can try
to manually apply the patches to the kippo source (see the directorykippo_extra/patches). InsertPATCH_SOURCE = FalseinKIPPO_ROOT/kippo/__init__.pyto disable runtime patching.Known issuesProbably a lot. Of course, not all commands are complete and are
functional. I have implemented the basic options to make an honeypot
session more realistic.Feel free to fork or submit issues!LicenseSee theLICENSEfile (MIT license).This work uses of some code ofMerge-in-Memoryby
Daniel Moniz.
Package: kippt
# Kippt for PythonKippt for Python is an API wrapper for [Kippt](http://www.kippt.com).The library strives to stay as close to the actual API structure by having each resource in
it’s own class, and having each method return the original JSON without any modifications.### Installationpip install kippt### Usage
Browse through the [repository](kippt) to see the various methods available. All methods are
documented and should be fairly obvious - If not, please create an issue and I’ll do what I can
to update it!Setup your application to use Kippt, and authenticate! Kippt for Python takes either a
user/pass or user/token combination. If a password is given, Kippt will attempt to
authenticate immediately - And if successful, will grab the api_token and use that
for any further requests.from kippt import Kipptk = Kippt(‘my_username’, password=’my_password’)
# or..
k = Kippt(‘my_username’, api_token=’my_crazy_long_api_token’)Checkout your profile:k.account()Checkout some other user’s profile:k.users().user(12345).profile()Checkout your Kippt news feed:k.clips().feed()How about with a larger limit?:k.clips().feed(limit=100)Or offset?:k.clips().feed(limit=40, offset=5)### License[MIT](LICENSE)### Contributing in 4 easy steps!
- Fork the project.
- Create a new feature branch.
- Hack.
- Submit a pull request.
Package: kipsum
kipsumkipsum은 python 코드로 작성된 한글판 lorem ipsum 생성기입니다.InstallationpipinstallkipsumUsagekipsum은 기본적으로Kipsum클래스의 인스턴스를 생성하여 사용이 가능합니다.importkipsumkip=kipsum.Kipsum()# shortcutkip.sentence(6)>>>'더운지라 가진 사랑의 밥을 두손을 있는가?'kip.sentences(3)>>>['찬미를 살 인생의 있는 노년에게서 약동하다.','얼음 새가 내려온 하였으며, 생의 보라.','품었기 노년에게서 심장의 보는 때에, 힘있다.']kip.sentences(3,sep='$')>>>'물방아 크고 하여도 목숨을 더운지라 이상!$인도하겠다는 못할 못할 소금이라 곳이 부패뿐이다.$놀이 커다란 설산에서 이것이야말로 거친 아름다우냐?'kip.paragraph(3)>>>'모래뿐일 피어나기 날카로우나 보는 생생하며, 말이다. 따뜻한 기쁘며, 그와 고행을 설레는 힘있다. 동력은 사랑의 없으면 꽃 낙원을 그리하였는가?'kip.paragraphs(3)>>>['몸이 능히 놀이 인류의 속잎나고, 황금시대다. 크고 방황하여도, 만물은 가진 능히 부패뿐이다. 그것을 관현악이며, 투명하되 피는 위하여 끓는다.','그림자는 긴지라 살 보배를 앞이 힘있다. 착목한는 있는 하여도 찾아다녀도, 바이며, 피다. 것이 청춘은 길을 원대하고, 풀이 운다.','천지는 발휘하기 너의 착목한는 이것을 쓸쓸하랴? 따뜻한 긴지라 거친 작고 찾아다녀도, 사막이다. 구할 못하다 끝에 피에 심장은 있는가?']클래스 인스턴스를 생성하지 않고 shortcut을 이용하는 방법도 있습니다. 매개변수는 동일합니다.importkipsumkipsum.sentence(6)>>>'더운지라 가진 사랑의 밥을 두손을 있는가?'kipsum.sentences(3)>>>['찬미를 살 인생의 있는 노년에게서 약동하다.','얼음 새가 내려온 하였으며, 생의 보라.','품었기 노년에게서 심장의 보는 때에, 힘있다.']kipsum.paragraph(3)>>>'모래뿐일 피어나기 날카로우나 보는 생생하며, 말이다. 따뜻한 기쁘며, 그와 고행을 설레는 힘있다. 동력은 사랑의 없으면 꽃 낙원을 그리하였는가?'kipsum.paragraphs(3)>>>['몸이 능히 놀이 인류의 속잎나고, 황금시대다. 크고 방황하여도, 만물은 가진 능히 부패뿐이다. 그것을 관현악이며, 투명하되 피는 위하여 끓는다.','그림자는 긴지라 살 보배를 앞이 힘있다. 착목한는 있는 하여도 찾아다녀도, 바이며, 피다. 것이 청춘은 길을 원대하고, 풀이 운다.','천지는 발휘하기 너의 착목한는 이것을 쓸쓸하랴? 따뜻한 긴지라 거친 작고 찾아다녀도, 사막이다. 구할 못하다 끝에 피에 심장은 있는가?']Methodssentence(nb_words: int = 6)문장 하나를 생성합니다. 문장 내에서 사용되는 단어의 개수는nb_words로 결정됩니다.sentences(nb: int = 3, sep: str = None)문장 여러개를 생성합니다. 문장의 수는nb에 의해 결정됩니다.sep값이 주어지지 않았다면 리스트 형태로 반환됩니다. 값이 주어진다면 해당 값으로 문장을join한 결과를 반환합니다.paragraph(nb_sentences: int = 3)문단 하나를 생성합니다. 문단 내의 문장 개수는nb_sentences로 결정됩니다.paragraphs(nb: int = 3, sep: str = None)문단 여러개를 생성합니다. 문단의 개수는nb로 결정됩니다.sep값이 주어지지 않았다면 리스트 형태로 반환됩니다. 값이 주어진다면 해당 값으로 문장을join한 결과를 반환합니다.
Package: kipu-client
Kipu Python ClientThe aim of this repository is to host the Python client that will enable customers to interact without platform and the solvers it contains:DCQODCQC (direct and variational)Those will be indirectly used as the focus of the library will be to ease the usage by requesting the minimum amount of information required and automate all decisions made in order to achieve user goals (precision, execution time or cost among others).AuthenticationIn order to access the platform users will need to log in to it.import os
from kipu import Client

client = Client(api_key=os.environ["API_KEY"])This way the communication with the backend will be granted by the use of the API key.Ising modelthe most basic function on the client is the composition of a circuit solving an Ising type of model$$H = \sum_i^N h_i\sigma_i^z + \sum_i^N \sum_{j>i}^N J_{ij}\sigma_i^z\sigma_j^z.$$By providing the $h$ and $J$ coefficients one can ask the library to compose the corresponding circuit to be executed on a gate-based quantum device.h = [0.0, ...]
J = {
    "0-1" : 0.01,...
}

qasm_text = client.compose_circuit(h, J)That way one would retrieve the QASM code of the circuit.OptimizationBasically, each enabled case translates the problem to be solved to an Ising Hamiltonian whose ground state is solved by the corresponding endpoint. For FEATURE SELECTION for example, given a dataset we will select which one is the target column and the number of assets we would like to select (maximum number).target_columns = "target"
max_features = 6

client.feature_selection(df, target_columns, max_features)
Package: kiqpo
KiqpoBuild web apps faster than everQuick start⚠️ Kiqpo isUnsuitable for productionas of now.Try and contribute | pre-alphaInstallationUsageContributionDocumentationAbout KiqpoBy making use ofKIQPO, you can build beautiful, fast, and reliable web applications without relying onJavaScriptframeworks,HTMLtemplates, request parsing, or state management. All of this is done usingPythonand we're targeting web,Windows,macOS,LinuxplatformsBeautiful user interfaceWe want to enable designers to deliver their full creative vision without being forced to water it down due to limitations of the underlying framework.
that's why we followgoogle'smaterial designsystem.Productive developmentKiqpo offers hot reload, allowing you to make changes to your code and see the results instantly & No HTML/CSS/JavaScript required for KiqpoKiqpo is a fully open-source project, and we welcome contributions. Information on how to get started can be found in our contributor guide.
Package: kiqpolivereload
KiqpoLiveServerPython live reload server build as part ofkiqpo.ContributingPlease readCONTRIBUTINGfor details on ourCODE OF CONDUCT, and the process for submitting pull requests to us.VersioningThis project is developed byleptureand letter kiqpo redesigned for our use using theSemantic Versioning specification. For the versions available, see thereleases on this repository.Change logSee theCHANGELOGfile for details.AuthorsFirst DevelopedLepture- AuthorLead DevelopersShajin-RedesignThanksLeptureSee the list ofcontributorswho participated in this project.LicenseThis project is licensed under theMIT License- see theLICENSEfile for details.AcknowledgmentsHat tip to anyone who's code was usedInspirations:LiveReload