Saravanan666/pypi-org huggingface dataset:
Package: kyTools
自己写的帮助自己科研的工具已有模块ASCATASCAT 数据下载ASCAT nat数据读取模块介绍ASCAT.Download支持的产品，参见https://api.eumetsat.int/data/browse/collectionsASCAT.Reader经过测试的产品ASCAT Level 1 Sigma0 Full Resolution - Metop - GlobalASCAT Level 1 Sigma0 resampled at 25 km Swath Grid - Metop - GlobalASCAT Level 1 Sigma0 resampled at 12.5 km Swath Grid - Metop - Global安装方法pipinstall-ihttps://test.pypi.org/simple/kyTools每个模块的使用方法可以参见tests文件夹
Package: kytos
WARNING: As previously announced on our communication channels, the Kytos
project will enter the “shutdown” phase on May 31, 2021. After this date,
only critical patches (security and core bug fixes) will be accepted, and the
project will be in “critical-only” mode for another six months (until November
30, 2021). For more information visit the FAQ at <https://kytos.io/faq>. We’ll
have eternal gratitude to the entire community of developers and users that made
the project so far.Kytos SDN Platformis the fastest way to deploy an SDN
Network. With this you can deploy a basic OpenFlow controller or your own
controller. Kytos was designed to be easy to install, use, develop and share
Network Apps (NApps). Kytos is incredibly powerful and easy, its modular design
makes Kytos a lightweight SDN Platform.Kytos is conceived to ease SDN controllers development and deployment. It was
motivated by some gaps left by common SDN solutions. Moreover, it has strong
tights with a community view, so it is centered on the development of
applications by its users. Thus, our intention is not only to build a new SDN
solution, but also to build a community of developers around it, creating new
applications that benefit from the SDN paradigm.The project was born in 2014 and has been under active development since
2016.For more information about this project, please visitKytos project website.
Package: kytos-utils
WARNING: As previously announced on our communication channels, the Kytos
project will enter the “shutdown” phase on May 31, 2021. After this date,
only critical patches (security and core bug fixes) will be accepted, and the
project will be in “critical-only” mode for another six months (until November
30, 2021). For more information visit the FAQ at <https://kytos.io/faq>. We’ll
have eternal gratitude to the entire community of developers and users that made
the project so far.This is a command line interface (cli) forKytos SDN Platform. With these utilities you can interact with Kytos daemon
and manage Network Applications (NApps) on your controller.QuickStartInstallingIn order to use this software please install python3.6 or greater into your
environment beforehand.We are doing a huge effort to make Kytos and its components available on all
common distros. So, we recommend you to download it from your distro repository.But if you are trying to test, develop or just want a more recent version of
our software no problem: Download now, the latest release (it still a beta
software), from our repository:First you need to clonekytos-utilsrepository:$gitclonehttps://github.com/kytos/kytos-utils.gitAfter cloning, the installation process is done by standardsetuptoolsinstall
procedure:$cdkytos-utils$sudopython3setup.pyinstallUsageIn order to executekytoscommand line, please run:$kytos--helpAuthorsFor a complete list of authors, please openAUTHORS.rstfile.ContributingIf you want to contribute to this project, please readKytos Documentationwebsite.LicenseThis software is underMIT-License. For more information please readLICENSEfile.
Package: kyujipy
kyujipykyujipyis a  Python library to convert Japanese texts fromShinjitai(新字体) toKyūjitai, (舊字體) and vice versa.kyujipyis based on thekyujitai.jsproject, originally authored byKoki Takahashi.Installation (viaPip)$ pip install kyujipyUsageIn Python shell (or inside Python script):# Import main class
>>> from kyujipy import KyujitaiConverter

# Instantiate Shinjitai <-> Kyujitai converter
>>> converter = KyujitaiConverter()

# Convert a text from Shinjitai to Kyujitai
>>> print(converter.shinjitai_to_kyujitai("新字体"))
新字體

# Convert a text from Kyujitai to Shinjitai
>>> print(converter.kyujitai_to_shinjitai("舊字體"))
旧字体API Referenceshinjitai_to_kyujitai(string)Convert a text from Shinjitai (新字体) to Kyūjitai (舊字體)kyujitai_to_shinjitai(string)Convert a text from Kyūjitai (舊字體) to Shinjitai (新字体)Licensekyujipyis licensed under the MIT license.© 2017-2023Emmanuel Ternon
Package: kyupy
KyuPy is a Python package for processing and analysis of non-hierarchical gate-level VLSI designs.
It contains fundamental building blocks for research software in the fields of VLSI test, diagnosis and reliability:Efficient data structures for gate-level circuits and related design data.Partiallarkparsers for common design files like
bench, gate-level Verilog, standard delay format (SDF), standard test interface language (STIL), design exchange format (DEF).Bit-parallel gate-level 2-, 4-, and 8-valued logic simulation.GPU-accelerated high-throughput gate-level timing simulation.High-performance through the use ofnumpyandnumba.Getting StartedKyuPy is available inPyPI.
It requires Python 3.8 or newer,lark-parser, andnumpy.
Although optional,numbashould be installed for best performance.
GPU/CUDA support in numba mayrequire some additional setup.
If numba is not available, KyuPy will automatically fall back to slow, pure Python execution.The Jupyter NotebookIntroduction.ipynbcontains some useful examples to get familiar with the API.DevelopmentTo work with the latest pre-release source code, clone theKyuPy GitHub repository.
Runpip install-e.within your local checkout to make the package available in your Python environment.
The source code comes with tests that can be run withpytest.
Package: kyutils
kyutilskyu's utilsexamplesbehaviorgiven the extracted DIO dat files from a SpikeGadgetsrecfile, plots the time course of the animal's decisions in the W-track task and indicates rewarded trialsplots place fieldnwbbasic NWB conversion of ephys dataprobeprobeinterface.Probeobjects for the 15um and 20um versions of the Livermore polymer probesspikegadgetsgenerates a trodesconf file based on a list of Livermore probe types; e.g. if implanting three Livermore probes (one 15um type and two 20um type) in alternating order, can pass the list[20, 15, 20]and will generate a trodesconf file with the contacts arranged geometricallygenerate a trodesconf file given the number of channels; good for reconfiguringparses the header of a SpikeGadgetsrecfilespikesortingplots spike waveform in probe geometrycomputes standard metrisc for frank labgenerates figurlinstallationpip install kyutilsfor the version that creates figurls, dopip install "kyutils[figurl]"and set upkachery-cloud.
Package: kzconfig
# kzconfigGeneral kazoo configuration wrappers and helpers.  Wraps the following libraries:* python-couchdb* kazoo-sdk* pyrkube* dnsimple## CustomizingSubclass `kzconfig.Context`.  In this example, I've chosen to show how a user who wants to use the default conventions except for using a different provider for DNS.```pythonfrom kzconfig import Context, metaclass MyContext(Context):_configs = ('environment',)_secrets = ('couchdb', 'rabbitmq', 'master-account', 'dns.coredns')def __init__(self, domain='example.org'):self.domain = domain@meta.lazy_propertydef dns(self):return MyDNS(self, self.domain)...import CoreDNSclass MyDNS:def __init__(self, context, domain):self.context = contextself.domain = domaincreds = self.context.secrets['dns.coredns']self.api = CoreDNS(username=creds['email'],password=creds['password'])```Quick example of subclassing without a DNS implementation.```pythonfrom kzconfig import Context, metaclass MyContext(Context):_configs = ('environment',)_secrets = ('couchdb', 'rabbitmq', 'master-account', 'dns.coredns')_domain = 'example.org'def __init__(self, domain='example.org'):self.domain = domaindef dns(self):raise NotImplemented```## Usage### Initializing a new context```pythonfrom kzconfig import Context, metacontext = Context()```### Kubernetes```python# get the pod named rabbitmqrabbit_pod = context.kube.api.get('pod', 'rabbitmq')# defaults to default namespaceall_pods = context.kube.api.get('pod')# all kube-system podsall_system_pods = context.kube.api.get('pod', namespace='kube-system')# get first pod using label selector app=couchdbfirst_couchdb_pod = context.kube.api.get_first('pod', selector=dict(app='couchdb'))```for more see my pyrkube library...### CouchDB```python# get the system_config databasedb = context.couchdb['system_config']doc = dict(_id='hello')# save new document to itdb.save(doc)```### Kazoo```python# get the master account object in kazoomaster_acct = context.kazoo.get_account(context.secrets['master-account'])```### DNS```pythoncontext.dns.add('A', '192.168.0.1')```### Sup```pythoncontext.sup.kz_nodes.status()```## CLI Commands### `sup`#### Usage```Usage: sup [OPTIONS] MODULE FUNCTION [ARGS]...Options:--help  Show this message and exit.```### `install-kubectl`#### Usage```Usage: install-kubectl [OPTIONS]Options:--help  Show this message and exit.```Installs kubectl version == KUBECTL_VERSION || 1.7.8If you override the version using environment variables, be sure to override KUBECTL_SHA256 also.#### Example```sup kz_nodes status```
Package: kz-iin-validator
kz-iin-validatorkz-iin-validator- Библиотека для проверки и извлечения данных из ИИН на Python 3. ИИН - это Индивидуальный Идентификационный Номер граждан Республики Казахстан (РК) и юридических лиц РКВозможности:Production-ready библиотека100% code coverage - Библиотека полностью покрыта тестамиZero-depency - Не требует дополнительных зависимостейБазовая валидация данных ИИН, таких как дата, месяц, годГенератор ИИНПроверка целостности по хэш сумме ИИН. Алгоритм формирования ИИН регулируется Постановлением правительства РК "Об утверждении Программы перехода на единый номер физического (юридического) лица (индивидуальный идентификационный номер (бизнес-идентификационный номер) в целях создания Национальных реестров идентификационных номеров Республики Казахстан" от 11 июня 2003 года N 565 -Ссылка на источник приказаТребования:Python 3.7 и выше * *** судя по информации утилиты Vermin** я могу адаптировать (забэкпортить) библиотеку для более старых версии Python, но стоит ли оно? Если что дайте мне знатьTODO:Реализовать поддержку валидации БИНУлучшить документацияStatic type hint using MypyСхема формирования ИИН:СхемаУстановка:PyPI:python3-mpipinstallkz-iin-validatorИз GIT репозиторий:python3-mpipinstallgit+https://github.com/ZhymabekRoman/kz-iin-validatorИспользование:Валидация ИИН:fromkz_iin_validatorimportsafe_validate_iin,validate_iiniin="061211600012"# use kz_iin_validator as in Golang (preferred in production)validated_iin,error=safe_validate_iin(iin)# or directly with exceptions raising:# validated_iin = validate_iin(iin)print(f"ИИН:{iin}")# Print IIN owner gender:print(f"Пол:{validated_iin.gender.name.upper()}")# Print IIN owner born information:print(f"День:{validated_iin.born_date.day}")print(f"Месяц:{validated_iin.born_date.month}")print(f"Год:{validated_iin.born_date.year}")# or directly access to datetime object:# validated_iin.born_date.datetimeГенератор ИИН:fromkz_iin_validatorimportgenerate_iingenerated_iin=generate_iin()print(generated_iin)# return generated valid IIN as stringИзвлечь ИИН из текста:fromkz_iin_validatorimportextract_iintext="Lorem ipsum dolor sit amet, consectetur adipiscing elit - 251112401047. Aliquam vel diam ac enim consequat rhoncus 700911204362!."extracted_iin_list=extract_iin(text)print(extracted_iin_list)
Package: kzr-snowflake
kzr_snowflakeSnowflake helper libraryFree software: GNU General Public License v3Documentation:https://github.com/kzraryan-mu/kzr_snowflakeFeaturesTODOCreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History0.0.1 (2022-01-07)First release on PyPI.