Saravanan666/pypi-org huggingface dataset:
Package: neet-nanopore
NEET - Nanopore Error pattern Exploration ToolkitThe Nanopore Error pattern Exploration Toolkit (NEET) provides a range of functionalities that provide an easily accessible and interactive analysis approach for (systematic) base-calling errors in direct RNA nanopore sequencing data. The implemented modules include options for condensing, visualizing and differentiating error features contained in direct RNA sequencing data - including mismatch, deletion and insertion rates, among others.InstallationIt is recommended to use Conda/Mamba and pip for installation:conda create -y -n neet python==3.10 && conda activate neet
pip install neet-nanopore
neet --versionFor more information and alternative installation approaches refer to theWiki.General usageOnce installedNEETcan be accessed via the terminal:neet --helpIndividual modules can be accessed as follows:neet [MODULE] --helpAvailable modules are: Pileup Extractor (extractor), Summary (summmary), Position-of-Interest Analyzer (analyzepoi), Two-Sample Extractor (twosample), Position Summary (possummary), Filter (filter) and Bedops (bedops).
The modules are interconnected to provide different workflows for different scenarios. An overview of the main workflows is given below:A detailled description of all available modules is provided in theWiki. The Wiki also provideswalkthroughsfor some possible use cases.
Package: neets
Neets API CLICLI to interact with theneets.aiText To Speech
and completions API.InstallationpipinstallneetsA neets.ai API key must be set as an environment variable.exportNEETS_API_KEY=<yourapikey>CompletionsUse thechatcommand to generate completions.neetschat--prompt"How soon will I be unemployed?"By default, thechatcommand will use theNeets-7Bmodel.
you can specify a different model with the--modelflag.neetschat--prompt"why is the sky blue?"--model"mistralai/Mixtral-8X7B-Instruct-v0.1"Text To SpeechUse thettscommand to generate audio from text.neetstts--voice"mark-zuckerberg"--text"I'm out here smoking some meats"To get a list of available voices, use thevoicescommand.To specify an output file, use the--output-fileflag.To specify the output format, use the--output-fmtThe default output file is[voice]_uuid.[output-fmt]in the current directory.The default output format iswav
Package: nef
nefsimple command line client for aws cloudwatch logs.in the search for a cloudwatch CLI, you will find several other (3 as of writing this) tools:https://github.com/jorgebastida/awslogshttps://github.com/winebarrel/cwlihttps://github.com/knqyf263/uternwhile these tools are great, they all have more features than i needed, and those i've tried are kind of complicated to figure out.my goal in writingnefwas to have a command line tool that lets me view logs and log groups easily and quickly without logging into the aws web console. it amounts to a thin wrapper for the aws cli log command, which simplifies both the input and the output.see below for installation and usage info. see the project homepage for more info:https://gitlab.com/shindagger/nefinstallationpip install nefdependenciesaws clipython 3.6flagspositional arguments:
  log            Which log group to view

optional arguments:
  -h, --help     show this help message and exit
  --start START  optional. give a start date and time.
                 format: YYYY-MM-DD HH:MM:SS
                 example: nef /path/to/log-group --start 2019-11-25
                 example 2: nef /path/to/log-group --start "2019-11-25 10:24"
                 example 3: nef /path/to/log-group --start "2019-11-25 10:24:32"
                 default (if arg not given): 2019-11-25 15:26:50
  --end END      optional. define an end date/time.
                 see --start for formatting info
  -c, --columns  show log groups in columns
  -j, --json     display output as json
  -v, --version  show program's version number and exitusage$ nef -hshow help message and exit.$ nefprint out all log groups.$ nef -cprint log groups in concise columnar format.$ nef /path/to/log_groupshow info (the last 24 hours) of the log group/path/to/log_group$ nef /path/to/log_group --start 2019-11-25show logs since the 25th of Nov 2019.$ nef /path/to/log_group --start "2019-11-25 10:30"optionally include a time part (be sure to wrap the string in quotes for the space).example
Package: nefertari
#Nefertari[![Build Status](https://travis-ci.org/ramses-tech/nefertari.svg?branch=master)](https://travis-ci.org/ramses-tech/nefertari)
[![Documentation](https://readthedocs.org/projects/nefertari/badge/?version=stable)](http://nefertari.readthedocs.org)Nefertari is a REST API framework sitting on top of [Pyramid](https://github.com/Pylons/pyramid) and [Elasticsearch](https://www.elastic.co/downloads/elasticsearch). She currently offers two backend engines: [SQLA](https://github.com/ramses-tech/nefertari-sqla) and [MongoDB](https://github.com/ramses-tech/nefertari-mongodb).
Package: nefertari-guards
#nefertari-guards[![Build Status](https://travis-ci.org/ramses-tech/nefertari-guards.svg?branch=master)](https://travis-ci.org/ramses-tech/nefertari-guards)
[![Documentation](https://readthedocs.org/projects/nefertari-guards/badge/?version=stable)](http://nefertari-guards.readthedocs.org)Advanced ACLs for [Nefertari](https://github.com/ramses-tech/nefertari).
Package: nefertem
Library for data quality processnefertemis an exetensible framework for monitoring and managing data quality processes. Withnefertemyou can define your own data quality process, run them and get the results. You can also create specific plugins that enable the use of your favourite data quality frameworks.Overviewnefertemadopt arunexecution model. A user defines an executionrunwith aclientthat handles also the I/O storages. Every run is executed under anexperiment, an organizational unit.Runningnefertemproduces in-memory objects, deriving from the execution frameworks plugged-in (e.g. frictionless, ydata_profiling, etc.), a bunch of process descriptive metadata and a series of artifacts that can be persisted on various backend storage.The typical workflow involves the configuration of the resources, of the input storages in which the resources are saved (local or remote filesystems, databases and datalakes) and the configuration of the run itself, where the user specifies the desired operations and the frameworks to be used.Out-of-the-boxnefertemsupports the followingdata quality operation:ValidationInferenceProfilingMetricsExampleimportnefertem# Set configurationsoutput_path="./nefertem_run"store={"name":"local","store_type":"local"}data_resource={"name":"resource_name","path":"path/to/resource","store":"local",}run_config={"operation":"inference","exec_config":[{"framework":"frictionless"}]}# Create a client and runclient=nefertem.create_client(output_path=output_path,store=[store])withclient.create_run([data_resource],run_config)asnt_run:nt_run.infer()nt_run.log_schema()nt_run.persist_schema()DocumentationInstallation and requirementsConfigurationModules
Package: nefila
nefilaNefila is an elegant and simple Fortinet Security Fabric library for Python.Python3.7.4(default,Sep72019,18:27:02)>>>importnefila>>>device=nefila.FortiGate('192.0.2.1')>>>device.open()>>>device.status{'version':'v6.2.2','serial':'FG81EP4Q17002000','forticare':'registered','hostname':'FW01','model':'FortiGate-81E-POE','uptime':22625}FeaturesEnvironment variables based authenticationStandard methods across all supported devicesSupported DevicesFortiOS v6.2FortiAnalyzer v6.2FortiManager v6.2FortiTester v4.0FortiSwitch v6.0Requirements and InstallationNefila requires Python 3.7. You can installnefilausing pip:pip install nefilaCredentialsYou can pass device credentials during requests or you can load them
automatically using the following methods:Setup your device credentials at ~/.nefila/credentials in the
following format:[DEFAULT]username=<your username>password=<your password>You can also have device specific credentials:[192.0.2.1]username=<your username>password=<your password>Alternatively you can also use an access token:[DEFAULT]token=<your access token>Environment VariablesexportNEFILA_HOSTNAME=10.10.10.10exportNEFILA_USERNAME=adminexportNEFILA_PASSWORD=passwordLicenseThis library is distributed under theGNU General Public License v3.0.
Package: nefile
Like its namesakepefiledoes for the modern Portable Executable format, thisnefilelibrary parses the ancient 16-bit New Executable (NE) format.I drafted this library because here are not many good cross-platform tools for analyzing and extracting data (more than just code) from NE files. For instance, Ghidra is great at decompilation but not really at resources.wrestoolandicoutilsare the only tools I have found to date that can extract resources from NE files, but I ran into multiple issues usingwrestool, including resources being corrupted upon extraction.This library fills the gap. Also, I just love Windows 3.1.Currently there is read-only support for the NE header and resources, as that's all I need at the moment. Feel free to contribute if you need other functionality from Python!Spec ReferencesThe main spec reference used is the Microsoft Windows 3.1 Programmer's Reference, Volume 4 (Resources), referred to
in the code asW3.1PRV4.The Microsoft MS-DOS Programmer's Reference helped provide insight into the DOS MZ header.InstallationGet iton PyPI:pip3 install nefileUsageimportnefilefromnefile.resource_tableimportResourceType# OPEN THE WINDOWS 3.1 PROGRAM MANAGER.progman=nefile.NE('/media/windows-3.1/WINDOWS/PROGMAN.EXE')print(progman.header.target_operating_system)# <TargetOperatingSystem.WINDOWS_3X: 2>print(progman.header.expected_windows_version)# 3.10# See the resource types defined in Program Manager.print(progman.resource_table.resource_type_tables.keys())# Known resource types are replaced with an enum member. There can also be integer and string IDs# for resource types that don't have a globally-defined type.# dict_keys([<ResourceType.RT_GROUP_ICON: 14>, <ResourceType.RT_MENU: 4>, <ResourceType.RT_DIALOG: 5>,#            <ResourceType.RT_STRING: 6>, <ResourceType.RT_ACCELERATOR: 9>, <ResourceType.RT_VERSION: 16>,#            <ResourceType.RT_ICON: 3>])## List all the bitmap resources defined in Program Manager.print(progman.resource_table.resource_type_tables[ResourceType.RT_GROUP_ICON])# Individual resource IDs are either integer or string IDs, as dictated in the file.# {3: <nefile.resources.Resource object at 0x7f0d72c79fa0>, 6: <nefile.resources.Resource object at 0x7f0d72c7af40>,#  'DATAICON': <nefile.resources.Resource object at 0x7f0d72c7a0d0>, 'COMMICON': <nefile.resources.Resource object at 0x7f0d72c7afd0>,#  'MSDOSICON': <nefile.resources.Resource object at 0x7f0d72c7ab80>}# OPEN THE WINDOWS 3.1 SHELL.# This is where the famous easter egg is stored! I actually wrote this library# because I wanted to get at those resources solely in Python and not bother# with `wrestool`.shell=nefile.NE('/media/windows-3.1/WINDOWS/SYSTEM/SHELL.DLL')# dict_keys([<ResourceType.RT_BITMAP: 2>, <ResourceType.RT_DIALOG: 5>, <ResourceType.RT_STRING: 6>,#            <ResourceType.RT_RCDATA: 10>, <ResourceType.RT_VERSION: 16>, 100])shell.export_resources("/root/shell")# Produces files with names like "SHELL.DLL-RT_BITMAP-130.bmp".
Package: nefindata
nefindataPython and R packages to download data from NEFIN, the Brazilian Center for Research in Financial Economics of the University of São Paulo (http://www.nefin.com.br/)InstallationThe python package can be installed via pip. Run the following command:pipinstallnefindataRisk FactorsCollect data of risk factors such as Market Factor, SMB, WML, HML, IML and Risk Free.Usage example:fromnefindata.risk_factorsimportget_risk_factorsfactors=['Mkt','SMB']# for all factors, set it to 'all' or Nonedf=get_risk_factors(factors)df_agg=get_risk_factors(factors,agg='month',agg_func='last')Cost of CapitalCollect data of cost of capital for industrial sectors such as Basic Products, Construction, Consumer, Energy, Finance, Manufacturing and Other.
Data is available for 1, 5, 10 and 20-year projects.Usage example:fromnefindata.cost_capitalimportget_sector_cost_of_capitalsector='Basic'df=get_sector_cost_of_capital(sector)df_agg=get_sector_cost_of_capital(sector,agg='year',agg_func='last')Other dataSimilar functions get other data such as. The syntax is similar as above.Dividend Yield:get_dividend_yield()Illiquidity Index:get_illiquidity_index()Loan Fees:get_load_fees()Short Interest:get_short_interest()Next StepsInclude data downloaders fromPortfoliosSpot Rate CurveVolatility Index
Package: nefis
NEFIS is a library of functions designed for scientific programs.
These programs are characterised by their large volume of input and output data.
NEFIS is able to store and retrieve large volumes of data on file or in shared memory.
To achieve a good performance when storing and retrieving data, the files are self-describing binary direct access files.
Furthermore one of the array dimensions may be variable and the sequence on the file can be prescribed.
NEFIS also allows users to store data in a machine-independent way on files, which means that the
data files can be interchanged between computer systems without having to be converted.
Data within NEFIS is divided into a hierarchical structure of groups, cells and elements.
This hierarchical structure is used to find the location in the file where the data should be stored or retrieved.
An element is the smallest unit which can be accessed at one time.
One or more elements make up a cell; and a group is defined as one or more dimensional arrays of cells.
This shows the logical cohesion of the data to be represented.
Flags (in this context referred as attributes) can be attached to groups as desired.
These attributes can, for example, define a match between groups.
They may also contain superscripts and subscripts for graphic design.
NEFIS can exist of one file for input and retrieval of data (i.e. a definition and a data part).
The previous NEFIS version needed two files for input and retrieval of data (i.e. a data file and a definition file).
A data file contains the data supplied by the user and the attributes hat have been added.
The definition file contains the description of the structure.
The relationship between a data file and a definition file is determined by the application.
This means that one definition file can be used by various data files.
The opposite is also possible (i.e. a data file can be used from different definition files).
More over, a well-defined definition file is able to scope all data files of a company.
Package: nefit-client
Bosch Nefit Easy™ ClientInstallpipinstallnefit-clientUsageusage:Nefitclient[options]Nefitclient

optionalarguments:-h,--helpshowthishelpmessageandexit--serialSERIALSerial,9numberdigit--access-keyACCESS_KEYAccesskey,12long--passwordPASSWORDPassword,usuallypostalcode+housenumber--statusStatus--get-year-totalDisplaythecurrenttotalgasusage--display-codeDisplaycode--set-temperatureSET_TEMPERATURESettemperature-v,--verboseIncreaseoutputverbosity--versionshowprogramsversionnumberandexit
Package: nefnir
nefnirThis is a package wrappinghttps://github.com/jonfd/nefnirAll credits to the author of that excellent project.A lemmatizer for Icelandic text See e.g _IceNLP_bridge for help creating tokenized and tagged text.Free software: Apache Software License 2.0Documentation:https://nefnir.readthedocs.io.FeaturesSeeNefnirfor full description.Simple lemmatizer for Icelandic.Exampleimport nefnirnefnir.lemmatize(‘Hvað’, ‘fshen’)CreditsThis package was created withCookiecutterand theaudreyr/cookiecutter-pypackageproject template.History1.0 (2019-09-14)First release on PyPI.
Package: negar
reviewwhat is negarcall negar module in your python source code and write error log & text log to a file ...installationinstall by pip# linux

sudo python3 -m pip install negar

# windows

py -m pip install negarinstall by setup.py# linux

sudo python3 -m pip install https://github.com/sys113/negar/archive/0.5.0.zip

# windows

py -m pip install https://github.com/sys113/negar/archive/0.5.0.zipexampletext functionexample one|example twoerror functionexample one|example twodescriptionlog_text# write 'log_text' to log filelog_text='negar'line# set 'Flase' and 'True' value for show line python file in log file , default is False ...line=Truedate# set 'Flase' and 'True' value for show date in log file , default is True ...line=Truetime# set 'Flase' and 'True' value for time in log file , default is True ...line=Truesave# write log to 'negar-log.txt'save='negar-log.txt'size# set 'size' for log filesize=2tipslog file default size is 2 ...log file size range is 1 ... 5 number ...maximum size of python file name support is 15 character ...maximum number to numbering lines support is 9999999 ...maximum python source code line number support is 999999 ...default log file name is log.txt ...previously defined log file size can'not be resized!copyrightcopyright SYS113 - 2019.licenseMIT license , please see LICENSE file.donatefor iranian users   :          id pay       -https://idpay.ir/sys113for global users   :  BTC wallet id  -   149JgUmFqG6MvFg79Ldrvdk2bN35ByhMuwcontact meemailtelegraminstagramthanksmohamad moradiyani for negar module logoHamed 169 for optimize negar module source codelast wordhope this is negar useful to you and enjoy it.
Package: negar-cli
Negar Command Line InterfaceHow to useUsage ofnegar-cli:$ negar-cli [ARGUMENTS] -i <INPUT_FILENAME> [-o OUTPUT_FILENAME]Arguments are:-h,--helpDisplay this help and exit.-v,--versionPrint version number and exit-i,--input-file=INPUT_FILE_NAMESpecify [INPUT_FILE]. The file that you want to edit.-o,--output-file=OUTPUT_FILE_NAMESpecify [OUT_PUT_FILE]. The file that you want the program’s output written into it. If you don’t specify this option negar-cli will output into standard output.--fix-dashesDisable fix dashes feature--fix-three-dotsDisable fix three dots feature--fix-english-quotesDisable fix english quotes feature--fix-hamzehDisable fix ‘Hamzeh’ feature--hamzeh-with-yehUse ‘Hamzeh’ instead of ‘yeh’ for fix ‘Hamzeh’ feature--fix-spacing-bqDisable fix spacing braces and ‘qoutes’ feature--fix-arabic-numDisable fix arabic num feature--fix-english-numDisable fix english num feature--fix-non-persian-charsDisable fix misc non persian chars feature--fix-p-spacingDisable fix prefix spacing feature--fix-p-separateDisable fix prefix separating feature--fix-s-spacingDisable fix suffix spacing feature--fix-s-separateDisable fix suffix separating feature--aggresiveDisable aggresive feature--cleanup-kashidasDisable cleanup ‘kashidas’ feature--cleanup-ex-marksDisable cleanup extra marks feature--cleanup-spacingDisable cleanup spacing feature--trim-lt-whitespacesDisable trim leading trailing whitespaces
Package: negar-gui
Negar-GUIGraphical User interface fornegarInstallationPyPipython-negaris available onPyPi:$ pip install negar-guiGitYou can get latest stable changes from github server:$ git clone https://github.com/javadr/negar-gui.git
$ cd negar-gui
$ python setup.py installZip, TarballYou can download the latest tarball.*nixGet the latest tarball & install:$ wget -O negar-gui-master.tar.gz https://github.com/javadr/negar-gui/archive/master.tar.gz
$ tar xvzf negar-gui-master.tar.gz && cd negar-gui-master
$ python setup.py installWindowsDownload latest zip archive.https://github.com/javadr/negar-gui/archive/master.zipDecompress it, and run the following command in root directory ofnegar-gui$ python setup.py installRequirementsThe GUI is relied onpython-negaras well asPyQt5,pyperclip,pyuca,regex,requests,qrcode,docopt,Image,pyqtdarktheme, andtoml.
If you want to just run it by calling the script, you need to install its dependencies.$ pip install python-negar PyQt5 pyuca pyperclip regex requests qrcode docopt Image pyqtdarktheme tomlUsageJust use one of the following in your terminal.$ negar-guior simply$ negar
Package: negative-i18n
=============================negative-i18n=============================.. image:: https://badge.fury.io/py/negative-i18n.png:target: http://badge.fury.io/py/negative-i18n.. image:: https://travis-ci.org/negative-space/negative-i18n.png?branch=master:target: https://travis-ci.org/negative-space/negative-i18nDatabase-stored translation strings for DjangoFeatures--------* Strore translations in database* Download translations as po file* Import translations from po file* Simple admin interface for editing translations* Instant refresh of translation strings* negative-inline-editor integrationInstallation---------------pip install negative-i18nAdd 'negative_i18n' to installed apps.Configuration------------------settings.COLLECT_I18N_STATSdefault: Truemeaning: collect strings to databaseUsage in templates---------------------{% load negative_i18n %}<div><h1>{{ 'i18n test'|_ }}</h1></div>Usage in views-------------------from negative_i18n.trans_utils import __('Some text')Documentation-------------The full documentation is at http://negative-i18n.rtfd.org.History-------0.1.0 (2019-02-14)++++++++++++++++++* First release on PyPI.
Package: negative-inline-editor
=============================negative_inline_editor=============================.. image:: https://badge.fury.io/py/negative-inline-editor.png:target: http://badge.fury.io/py/negative-inline-editor.. image:: https://travis-ci.org/negative-space/negative-inline-editor.png?branch=master:target: https://travis-ci.org/negative-space/negative-inline-editorOn-site editing for DjangoFeatures--------* Nicely looking panel for inline editing* Edit single model fields on-site* Edit list with drag-and-drop and add/delete support* Medium-like content-editing integrated* negative-i18n integrationInstallation---------------pip install negative-inline-editorAdd 'negative_inline_editor' to installed apps and add middleware:INSTALLED_APPS += ['negative_inline_editor']MIDDLEWARE += ['negative_inline_editor.middleware.EditableMiddleware']Configuration------------------Add to the settings application that are allowed to edit through fronted (by super-user only).NEGATIVE_INLINE_MODELS = ['negative_i18n','my_app',]Usage---------------Single field editing{% editable page->title %}Documentation-------------The full documentation is at http://negative-inline-editor.rtfd.org.History-------0.1.0 (2019-02-14)++++++++++++++++++* First release on PyPI.
Package: negentropy
negentropyNegentropy is a disassembler for the C64 that I'm working on written in Python. It's my first real Python program and is still a work in progress, but nevertheless it's quite useful. Here's a list of some of the features currently implemented:Generate HTML pages, complete with images and links.Disassemble 6502 machine code.List BASIC programs.Annotate the generated output with labels and comments provided in configuration files.Generate images for character sets.Links, including in BASIC programs, machine code programs and even from SYS commands in BASIC to the target code.In addition to Python's standard library the following packages are used:Jinja2- used for templates. Currently only HTML is supported (there are other incomplete templates). Checkout its websiteherePillow- for image generation. It'swebsiteLark- for parsing. It's LALR parser is bloody fast (and its author tolerant of stupid questionsðŸ˜Š). It'swebsite
Package: negetis
neGetiSStatic site generatorInstalationpip install negetisUsagenegetis newsite my-first-site
cd ./my-first-site
negetis addtheme basic
negetis post my-first-post
nano ./content/posts/my-first-post.md
negetis server -Dopen browser athttp://localhost:8888/DevelopRequirements:poetrygit clone https://github.com/AxGrid/neGetiS.git
cd ./neGetiS
poetry install
Package: negf
NEGF CalculatonThis project is a tool for calculating the quantum transport properties of condensed matter systems based on the
principle of non-equilibrium Green's functions(NEGF).About the NEGF method, 《Quantum Transport -Atom to Transistor》-Supriyo Datta orhttps://zhuanlan.zhihu.com/p/269595149This is an early version of the tool that is currently capable of performing iterative Green's function calculations
only. The specific calculation methods detail can be found in the code provided in the 'tests' folder.