Saravanan666/pypi-org huggingface dataset:
Package: basewordle
Base-wordleWhat the world(le) needs is another word-based encoding system for
binary data. In this case, a 9-bit encoding system, with one of 512 5
letter words standing in for each set of 9 bits... mostly.9 bits may seem crazy, but there are a few advantages:Every word can be five letters long, so the encoded string length
has a stepwise linear relationship to the source data.Every word can be uniquely pronounceable, such that there is no
ambiguity when restricted to the list of common 5 letter English
words.Every word can have its accent on the first syllable, to make
reading out loud easier for everyone.Base64 is a very common 6 bit format, and 6 and 9 have a least
common multiple of 18, so it isfairlyeasy to alternate and
convert between base64 and base-wordle.The words are built on prior art; mostly, this is theBIP39 English wordlist,
filtered to 5 letter words, then filtered again for various words that
don't fit the above restrictions or that I felt like dropping for no
particular reason. Since this leaves less than 512 words, I added some
four letter words from the BIPS wordlist that have an adjectival
version ending iny.Why would I actually use this?There are a lot of cases where we want to represent something
determinstically and uniquely. One of the common cases is to provide a
unique, unopinionated, compressed reference to it. This is sometimes
called ahash.Hashes have really nice properties, but they also have some not-nice
properties, and perhaps the main one is that they are just a jumble of
characters. For instance, here is a shortened, 6-character hash of a
commit from the BIP39 repo:ce1862. That hash contains 24 bits of
entropy, which is sufficient in most cases to uniquely identify a
moment in time in the life of your repository.What itisn'tis memorable, or easy to communicate. But 24 bits is
very easy to communicate using base-wordle, because you can use 3 of
these 9-bit words to represent those three bytes.ce1862(in
hexadecimal) isSprayCrawlNightin base-wordle. I bet you can
remember that for long enough to switch browser tabs!Leftovers/padding...docs coming soon.base-wordle1, base-wordle2, etc.Numbers can make these things even easier to communicate!When encoding, you can add one or more digits after each 5-letter word.Numbers actually encode more information per character, and most of
them are one syllable, easy to read, and easy to remember.This behavior is not enabled by default but is available via the
minimal CLI and also via theencodePython function.Installation/Usagepip install basewordleencode:cat <file> | python -m basewordlepython -m basewordle --input-file <file>decode:echo "CrashHairySpawnPolarErrorRebelOrbitZilch" | python -m basewordle -d > output.bpython -m basewordle -d --input-file input.b --output-file output.b
Package: base-x
basexEncoding/decoding of any given alphabet with any base using bitcoin style leading zero compressionThis is a port of js base-x package fromcryptocoinjs/base-x.WARNING:This module isNOT RFC3548compliant,  it cannot be used for base16 (hex), base32, or base64 encoding in a standards compliant manner.ExampleBase58frombaseximportbasexBASE58='123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz'bs58=basex(BASE58)decoded=bs58.decode('5Kd3NBUAdUnhyzenEwVLy9pBKxSwXvE9FMPyR4UKZvpe6E3AgLr')print(decoded)# => bytearray(b'\x80\xed\xdb\xdc\x11h\xf1\xda\xea\xdb\xd3\xe4L\x1e?\x8fZ(L )\xf7\x8a\xd2j\xf9\x85\x83\xa4\x99\xde[\x19\x13\xa4\xf8c')print(bs58.encode(decoded))# => 5Kd3NBUAdUnhyzenEwVLy9pBKxSwXvE9FMPyR4UKZvpe6E3AgLrAlphabetsSee below for a list of commonly recognized alphabets, and their respective base.BaseAlphabet201801234567110123456789a160123456789abcdef320123456789ABCDEFGHJKMNPQRSTVWXYZ32ybndrfg8ejkmcpqxot1uwisza345h769(z-base-32)360123456789abcdefghijklmnopqrstuvwxyz58123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz620123456789abcdefghijklmnopqrstuvwxyzABCDEFGHIJKLMNOPQRSTUVWXYZ64ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/67ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_.!~How it worksIt encodes octet arrays by doing long divisions on all significant digits in the
array, creating a representation of that number in the new base. Then for every
leading zero in the input (not significant as a number) it will encode as a
single leader character. This is the first in the alphabet and will decode as 8
bits. The other characters depend upon the base. For example, a base58 alphabet
packs roughly 5.858 bits per character.This means the encoded string 000f (using a base16, 0-f alphabet) will actually decode
to 4 bytes unlike a canonical hex encoding which uniformly packs 4 bits into each
character.While unusual, this does mean that no padding is required and it works for bases
like 43.LICENSEMITA direct derivation of the base58 implementation frombitcoin/bitcoin,  generalized for variable length alphabets.
Package: basex-ex
BASEXA package with basic functionalities for EX AnalysisInstallationTo install the package, run the following:pipinstallbasexThen you can use it's modules, by importing it in your code, as below:importbasexorfrombaseximportadaModulesbender (Biblioteca de ENcapsulamento de Dados e ExtraÃ§Ãµes Recorrentes): FunÃ§Ãµes relacionadas a tratamentode bases a partir do DW. Ex.: puxar respostas a partir de um CP.ada (Algorithms for Data Arithmetics, also Ada Lovelace): CÃ¡lculos bÃ¡sicos. Ex. eNPS e favorabilidadesgeraudo (GERador AUtomatizado de conteÃšDO): Gerador automatizado de conteÃºdos. Ex.: slides e planilhaslygia (LibrarY for Graphics, Images and Art, also Lygia Clark): GrÃ¡ficos bÃ¡sicos e derivados de produtos,inclusive com padrÃ£o de cores. Ex. gauge eNPS e barras de favorabilidades.
Package: base-x-fast
base-x-fastThis is a python binding for the Rust fork ofhttps://github.com/cryptocoinjs/base-ximplemented inhttps://github.com/OrKoN/base-x-rsWARNING: This module is NOT RFC3548 compliant, it cannot be used for base16 (hex), base32, or base64 encoding in a standards compliant manner.Usageimport base_x_fastMY_ALPHABET = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"base_x_fast.encode(MY_ALPHABET,[2,3,4,5])'CAwQF'base_x_fast.decode(MY_ALPHABET,"CAwQF")[2, 3, 4, 5]
Package: basextools
BASEXA package with basic functionalities for EX AnalysisInstallationTo install the package, run the following:pipinstallbasextoolsThen you can use it's modules, by importing it in your code, as below:importbasexorfrombaseximportadaModulesada (Algorithms for Data Arithmetics, also Ada Lovelace): CÃ¡lculos bÃ¡sicos. Ex. eNPS e favorabilidades.bender (Biblioteca de ENcapsulamento de Dados e ExtraÃ§Ãµes Recorrentes): FunÃ§Ãµes relacionadas a tratamentode bases a partir do DW. Ex.: puxar respostas a partir de um CP.chandler (Creation of Heatmaps AND Large Extensions of Rows, also Chandler Bing): CriaÃ§Ã£o de heatmaps (nÃ£ogrÃ¡ficos) e tabelas.lygia (LibrarY for Graphics, Images and Art, also Lygia Clark): GrÃ¡ficos bÃ¡sicos e derivados de produtos,inclusive com padrÃ£o de cores. Ex. gauge eNPS e barras de favorabilidades.comments (still needs a cool name): ManipulaÃ§Ã£o de comentÃ¡rios.
Package: baseXtoY
DescriptionbaseXtoYis a simple multi-base converter.
It supports base conversions from base 1 to base 36.
Numbers contain characters from 1 to 9, and from A to Z.
Note thatbaseXtoYis case-insensitive.Usage>>> import baseXtoY
>>> baseXtoY.license()  -->  displays license
baseXtoY.baseXtoY(num, **X, **Y)  -->  converts num from base X to base Y
# X and Y are keywords arguments

# example:
>>> baseXtoY.baseXtoY('FF', X=16, Y=10)  # will work
255
>>> baseXtoY.baseXtoY('FF', 16, 10)  # will not work since X and Y are not positional.
Traceback (most recent call last):
  File "<stdin>", line 1, in <module>
TypeError: baseXtoY() takes 1 positional argument but 3 were given
Package: baseZhang
ver: 1.6.3 plot signal envelopever: 1.6.2 temproal smoothing and pitch trackver: 1.6.1 get spec and plot specver: 1.6.0 f1 precision acc recallver: 1.5.6 add html procession methodver: 1.5.5 change / to os.sep so it can work on windows platformver: 1.5.4 mid value filter and get acc from pre and truver: 1.5.3 sing voice seprationver: 1.4.6 split youZhangver: 1.4.4 fdu-network and update countDaysver: 1.4.3 downGUI betaver: 1.4.1  calc combine audio features and extract subFeat from the combine onever: 1.4.0  calc librosa spectral featurever: 1.3.31 downGUIver: 1.3.30 youtubePdfDownver: 1.3.28 spec gammatone and both plotver: 1.3.27 add gammatone specver: 1.3.25 get spec and graph specver: 1.3.23 reduce List Filterver: 1.3.21 download youtube linkver: 1.3.20 write matver: 1.3.19 scalerver: 1.3.18 normalize dataver: 1.3.17 ./ver: 1.3.16 ./ver: 1.3.15 /docsver: 1.3.14 del datafile for subdirver: 1.3.13 modify indexver: 1.3.12 index.md modifyver: 1.3.11 add datafilesver: 1.3.10 add normalization dataset minmax and meanstdver: 1.3.9  just add chang log modify long description# A python module for audio and music processing# baseZhang
[![baseZhang](https://img.shields.io/pypi/v/baseZhang.svg)](https://pypi.python.org/pypi/baseZhang)
[![baseZhang](https://img.shields.io/pypi/dm/baseZhang.svg“PyPi Downloads”)](https://pypi.python.org/pypi/baseZhang)# @macInstall Homebrew/usr/bin/ruby -e “$(curl -fsSLhttps://raw.githubusercontent.com/Homebrew/install/master/install)”install portaudiobrew install portaudioinstall pyaudiopip install pyaudiouse pip install baseZhang# @windowschoose python 2.7.13 and pls use the X86 not the X86-X64 installer package.install [scipy](https://sourceforge.net/projects/scipy/files/scipy/0.16.1/) by the 32bit installer package of exe.change backend from tensorflow to theanosearch your file system and find the keras.json file. change the contends from tensorflow to theano.download and install ffmpeg from ffmpeg.orguse  pip install baseZhang
Package: bas-geoplot
GeoPlotGeoPlot is an interactive and static plotting toolkit developed by members of the BAS Artificial
Intelligence Lab and designed to be used in combination with other software packages under development by the same team.InstallationThe software package can be installed either from PyPI or by downloading the GitHub repo and installing from a local copy.Installation from PyPI:pip install bas-geoplotInstallation from source:git clone https://github.com/Antarctica/Geoplot
pip install -e ./GeoPlotUse of-eis optional, based on whether you want to be able to edit the installed copy of the package.Some features of this software package require GDAL and Fiona to be installed, this requires additional steps during the installation process on Windows. These additional steps are as follows:Windows only:pip install pipwin
    pipwin install gdal
    pipwin install fiona
    pipwin install cartopySee the project'sPyPIpage for more info.Command Line InterfaceOnce installed, bas-geoplot can be used to generate plots of geospatial data, including meshes generated byPolarRouteorMeshiPhi. To generate an interactive plot from such a mesh:plot_mesh <mesh.json>optional arguments are:-v '(turn on verbose logging)'
-o '(set output location for plot)'
-s '(create a static plot as opposed to an interactive html file)'
-t '(remove the title bar from the plot)'
-r '(plot an additional route from the given file)'
-a '(add directional arrows to all routes)'
-b '(create the plot without a basemap layer)'Development & ContributionsDevelopment of software package is conducted by theBAS AI Lab.For contributions and feature additions please contactpolarroute@bas.ac.uk.LicenseDistributed under the MIT license. SeeLICENSEfor more information.
Package: bash
A library that enables easy running and concatenation of bash commands in
pythonInstallationInstall using pip:pip install bashUsageRun commands as you would in bash:>>> from bash import bash
>>> bash('ls . | grep ".pyc"')
bash.pyc
tests.pycChain commands for the same effect:>>> bash('ls . ').bash('grep ".pyc"')
bash.pyc
tests.pycThis becomes increasingly useful if you later need to reuse one such command:>>> b = bash('ls . ')
>>> b.bash('grep ".pyc"')
bash.pyc
tests.pyc
>>> b.bash('grep ".py$')
bash.py
tests.pyAccess stdout and stderr attributes:>>> b = bash('ls tests.py')
>>> b.stdout
'tests.py\n'
>>> b.stderr
''Get the return code generated by a command:>>> b = bash('ls tests.py')
>>> b
tests.py
>>> b.code
0To get a stripped, unicode string version of bash.stdout call value():>>> b = bash('ls tests.py').value()
u'tests.py'MotivationI found that I was often having to write the same lines of code to handle
running bash commands from python.This provides a pip-installable, tested shortcut to writing:from subprocess import PIPE, Popen

p = Popen(cmd, shell=True, stdout=PIPE, stdin=PIPE, stderr=PIPE)
output, err = p.communicate()WarningPlease note that this library usesshell=Trueunder the hood. This means
that this library isNOTsuitable for running untrusted commands.(See explanation)Running the testsSimply use a test runner.$ nosetestsSupport + ContributingFeel free to make pull requests, or report issues via the repo:https://github.com/alexcouper/bash
Package: bashate
A pep8 equivalent for bash scriptsThis program attempts to be an automated style checker for bash scripts
to fill the same part of code review that pep8 does in most OpenStack
projects. It started from humble beginnings in the DevStack project,
and will continue to evolve over time.The output format aims to followpycodestyle (pep8) default output format.Free software: Apache licenseDocumentation:https://docs.openstack.org/bashateSource:https://opendev.org/openstack/bashate/Bugs:https://bugs.launchpad.net/bash8Release notes:https://docs.openstack.org/releasenotes/bashate/index.htmlContributing:https://docs.openstack.org/bashate/latest/contributor/index.htmlCurrently Supported ChecksErrorsBasic white space errors, for consistent indentingE001: check that lines do not end with trailing whitespaceE002: ensure that indents are only spaces, and not hard tabsE003: ensure all indents are a multiple of 4 spacesE004: file did not end with a newlineE005: file does not begin with #! or have a .sh prefixE006: check for lines longer than 79 columnsStructure ErrorsA set of rules that help keep things consistent in control blocks.
These are ignored on long lines that have a continuation, because
unrolling that is kind of “interesting”E010:donot on the same line asforE011:thennot on the same line asiforelifE012: heredoc didn’t end before EOFE020: Function declaration not in format^function name {$Obsolete, deprecated or unsafe syntaxRules to identify obsolete, deprecated or unsafe syntax that should
not be usedE040: Syntax errors reported bybash -nE041: Usage of $[ for arithmetic is deprecated for $((E042: local declaration hides errorsE043: arithmetic compound has inconsistent return semanticsE044: Use [[ for =~,<,> comparisions
Package: bashate-mod-ds
bashate-mod-dsA modified version of bashatemodified requirement for function declaration (require brackets)check that local variables are in lower caseDescription of original bashate is belowA pep8 equivalent for bash scriptsThis program attempts to be an automated style checker for bash scripts
to fill the same part of code review that pep8 does in most OpenStack
projects. It started from humble beginnings in the DevStack project,
and will continue to evolve over time.The output format aims to followpycodestyle (pep8) default output format.Free software: Apache licenseDocumentation:https://docs.openstack.org/bashateSource:https://opendev.org/openstack/bashate/Bugs:https://bugs.launchpad.net/bash8Release notes:https://docs.openstack.org/releasenotes/bashate/index.htmlContributing:https://docs.openstack.org/bashate/latest/contributor/index.htmlCurrently Supported ChecksErrorsBasic white space errors, for consistent indentingE001: check that lines do not end with trailing whitespaceE002: ensure that indents are only spaces, and not hard tabsE003: ensure all indents are a multiple of 4 spacesE004: file did not end with a newlineE005: file does not begin with #! or have a .sh prefixE006: check for lines longer than 79 columnsStructure ErrorsA set of rules that help keep things consistent in control blocks.
These are ignored on long lines that have a continuation, because
unrolling that is kind of “interesting”E010:donot on the same line asforE011:thennot on the same line asiforelifE012: heredoc didn’t end before EOFE020: Function declaration not in format^function name() {$Obsolete, deprecated or unsafe syntaxRules to identify obsolete, deprecated or unsafe syntax that should
not be usedE040: Syntax errors reported bybash -nE041: Usage of $[ for arithmetic is deprecated for $((E042: local declaration hides errorsE043: arithmetic compound has inconsistent return semanticsE044: Use [[ for =~,<,> comparisions
Package: bashbot
BashBotWork In ProgressBashBot brings the power of OpenAI'sgpt-3.5-turboto your command-line, plus gives you the additional ability to work in the console while talking to ChatGPT, autosaving code that ChatGPT generates, and giving you the ability to quickly save, run, and view that generated code.Installation and Config//installing
$:pipinstallbashbot

//settingup
$:bashbotconfigUsage//startingBashBotsessionwithautosave=onandlanguage=JS
$:bashbot-SjsFlags-S [lang]: Autosave generated code in specified language (eitherjs,py,c, orjsx)-N [name]: Name of autosaved code (default: bashbot_code)-P [relative path]: Path where code will be autosaved (default: directory from which bashbot was called)-L: Enable loggingSpecial Keywords:These words, if entered by themselves during a BashBot session, will trigger different things locally but will not be sent as a prompt to ChatGPT:console: opens the system console, useexit_consoleto return to the BashBot sessionrun: run the last saved codeopen: open the last saved code in vim in the terminalexit: terminate the BashBot sessionLanguages:Through the-Sflag, code generated in these languages will be saved, and can be executed without leaving the BashBot session.PythonJavaScriptJSX (React)C
Package: bashbot-package
BashBotWork In ProgressBashBot brings the power of OpenAI'sgpt-3.5-turboto your command-line, plus gives you the additional ability to work in the console while talking to ChatGPT, autosaving code that ChatGPT generates, and giving you the ability to quickly save, run, and view that generated code.Installation and Config//installing
$:pipinstallbashbot

//settingup
$:bashbotconfigUsage//startingBashBotsessionwithautosave=onandlanguage=JS
$:bashbot-SjsFlags-S [lang]: Autosave generated code in specified language (eitherjs,py,c, orjsx)-N [name]: Name of autosaved code (default: bashbot_code)-P [relative path]: Path where code will be autosaved (default: directory from which bashbot was called)-L: Enable loggingSpecial Keywords:These words, if entered by themselves during a BashBot session, will trigger different things locally but will not be sent as a prompt to ChatGPT:console: opens the system console, useexit_consoleto return to the BashBot sessionrun: run the last saved codeopen: open the last saved code in vim in the terminalexit: terminate the BashBot sessionLanguages:Through the-Sflag, code generated in these languages will be saved, and can be executed without leaving the BashBot session.PythonJavaScriptJSX (React)C
Package: bashcalc
bashcalcInstant calculating from the terminal into the terminalbashcalcis an instant command-line tool for calculating directly mathematical expression into the terminal.It is designed for working on cluster-server, where numbers or expressions have to be calculated without starting a new application or blogging any terminal windows. Therefore it will just show the result and immediately close. For this purpose, it is a purepythonbased and does not require any additional packages.The idea is to have a simplistic tool that can quickly plot the results to the screen with various options:simple example╰─bashcalc1230/2
>>>615advanced example╰─pipenvrunbashcalc"2*exp(3+(2//3))">>>40.1710738463753358473695698194205760955810546875advanced example with rounded output╰─pipenvrunbashcalc"2*exp(3+(2//3))"-r5>>>40.17107advanced example as scientific output╰─pipenvrunbashcalc"2*exp(3+(2//3))"-s5-b
>>>4.01711E+1Installationpip install bashcalcorpip install https://github.com/Anselmoo/bashcalc.gitorpythonsetup.pyinstallOptions╰─pipenvrunbashcalc-h
usage:bashcalc[-h][-cCOLOR][-b][-u][-i][-rROUND][-sSCIENCE][-v]infile

copyorrenameanyfile(s)toahash-securedfilenameviaterminal

positionalarguments:infileWritethemathematicexpressionlike:"(2 + 4) * 3"optionalarguments:-h,--helpshowthishelpmessageandexit-cCOLOR,--colorCOLORdefinethecoloroftheoutput.Thefollowingoptionsareavailable:default,black,red,green,yellow,blue,magenta,cyan,lightgray,darkgray,lightred,lightgreen,lightyellow,lightblue,lightmagenta,lightcyan,white-b,--boldPrintresultsinboldmode-u,--underlinedPrintresultsinunderlinedmode-i,--intResultwillbeprintedasintiger-value-rROUND,--roundROUNDResultwillbeprintedasroundedfloat-valueforgivennumberofdigits-sSCIENCE,--scienceSCIENCEResultwillbeprintedinscientificnotation-v,--versiondisplaysthecurrentversionofbashcalcAuthorAnselm HahnContributionsI'm happy to accept how to improve batchplot; please forward yourissuesorpull requests.Keep in mind thatpull requestshave to pass TravisCI in combination withflake8,black, andpydocstyle.LicenseThe source code ofbashplotis licensed under theMIT license.CHANGESChangesTODOTODO
Package: bashcolor
Bash colorAvailable colorsBLACKREDGREENBROWNBLUEPURPLECYANLIGHT_GRAYDEFAULTDARK_GRAYLIGHT_REDLIGHT_GREENYELLOWLIGHT_BLUELIGHT_PURPLELIGHT_CYANWHITEAvailable effectBOLDDIM (not working on Konsole)UNDERLINEBLINK (not working on Konsole and Gnome Terminal)INVERSEHIDDEN (not working on Konsole)ExamplefrombashcolorimportRED,UNDERLINE,colorizeprint(colorize('Red color',RED))print(colorize('Red background',background=RED))print(colorize('Underline',effects=[UNDERLINE]))APIdefcolorize(text,color=None,background=None,effects=[],color_256=None,background_256=None,with_end=True):
Package: bash-completion
A package that provides python interface for bash completionUsage exampleIn the simplest case, we can just complete from the end of the line using,bash_complete_line():frombash_completionimportbash_complete_lineIn[1]:bash_complete_line('git s',return_line=True)Out[1]:{'git shortlog','git show','git show-branch','git stage','git stash','git status','git submodule','git subtree'}However, there is also a lower-level API that more closely matches the actual Bash completion
interface, for those who need it!frombash_completionimportbash_completionsdefget_completions(line):split=line.split()iflen(split)>1andnotline.endswith(' '):prefix=split[-1]begidx=len(line.rsplit(prefix)[0])else:prefix=''begidx=len(line)endidx=len(line)returnbash_completions(prefix,line,begidx,endidx)In[1]:get_completions('git s')Out[1]:({'shortlog','show','show-branch','stage','stash','status','submodule','subtree'},1)You may also use this as a simple command line utility:$python-mbash_completion"ls --s"ls--show-control-charsls--sils--sizels--sortls--sort=
Package: bashdown
bashdownA markdown pre-processor for inline bash.Have you ever written a command line tool and wanted to include it's output
in your documentation?Then bashdown is for you.Write your markdown files as usual and include bash code sections as normal
using "```bash".When you pass this file through bashdown, it will run the code in the
code block and include that output inside the rest of the markdown.This README.md was generated using bashdown.
Check README.bashdown for the file that's used to generate README.mdThis project was inspired by tools like quarto and Rmarkdown, but has
significantly fewer dependencies due to it's much more limited scope.UsageBasic usage is as follows:# bashdown README.bashdown > README.mdFull usage information can be obtained from the built in help.bashdown--helpusage: bashdown [-h] filenameProcesses in-line bash in markdown filespositional arguments:filenameoptional arguments:-h, --help  show this help message and exitFor more information please see the docsLicenseMIT © Mark Sellors