Saravanan666/pypi-org huggingface dataset:
Package: hexhamming
What does it do?This module performs a fast bitwise hamming distance of two hexadecimal strings.This looks like:DEADBEEF = 11011110101011011011111011101111
00000000 = 00000000000000000000000000000000
XOR      = 11011110101011011011111011101111
Hamming  = number of ones in DEADBEEF ^ 00000000 = 24This essentially amounts to>>> import gmpy
>>> gmpy.popcount(0xdeadbeef ^ 0x00000000)
24except with Python strings, so>>> import gmpy
>>> gmpy.popcount(int("deadbeef", 16) ^ int("00000000", 16))
24A few assumptions are made and enforced:this is a valid hexadecimal string (i.e.,[a-fA-F0-9]+)the strings are the same lengththe strings do not begin with"0x"Why yet another Hamming distance library?There are a lot of fantastic (python) libraries that offer methods to calculate
various edit distances, including Hamming distances: Distance, textdistance,
scipy, jellyfish, etc.In this case, I needed a hamming distance library that worked on hexadecimal
strings (i.e., a Pythonstr) and performed blazingly fast.
Furthermore, I often did not care about hex strings greater than 256 bits.
That length constraint is different vs all the other libraries and enabled me
to explore vectorization techniques vianumba,numpy, andSSE/AVXintrinsics.Lastly, I wanted to minimize dependencies, meaning you do not need to installnumpy,gmpy,cython,pypy,pythran, etc.Eventually, after playing around withgmpy.popcount,numba.jit,pythran.run,numpy, I decided to write what I wanted
in essentially raw C. At this point, I’m using rawchar*andint*, so exploring re-writing this in Fortran makes little sense.InstallationTo install, ensure you have Python 3.6+. Runpip install hexhammingor to install from sourcegit clone https://github.com/mrecachinas/hexhamming
cd hexhamming
python setup.py install # or pip install .If you want to contribute to hexhamming, you should install the dev
dependenciespip install -r requirements-dev.txtand make sure the tests pass withpython -m pytest -vls .ExampleUsinghexhammingis as simple as>>> from hexhamming import hamming_distance_string
>>> hamming_distance_string("deadbeef", "00000000")
24New in v2.0.0:hexhammingnow supportsbyte`s via ``hamming_distance_bytes`.
You use it in the exact same way as before, except you pass in a byte string.>>> from hexhamming import hamming_distance_bytes
>>> hamming_distance_bytes(b"\xde\xad\xbe\xef", b"\x00\x00\x00\x00")
24BenchmarkBelow is a benchmark usingpytest-benchmarkwith hexhamming==v1.3.2
my 2020 2.0 GHz quad-core Intel Core i5 16 GB 3733 MHz LPDDR4 macOS Catalina (10.15.5)
with Python 3.7.3 and Apple clang version 11.0.3 (clang-1103.0.32.62).NameMean (ns)Std (ns)Median (ns)RoundsIterationstest_hamming_distance_bench_393.810.594.353268200test_hamming_distance_bench_3_same94.215.294.9102146100test_check_hexstrings_within_dist_bench231.9104.2216.519512222test_hamming_distance_bench_25697.534.194.019512222test_hamming_distance_bench_1000489.8159.4477.59441120test_hamming_distance_bench_1000_same497.887.8496.61897120test_hamming_distance_bench_1024509.9299.5506.71865210test_hamming_distance_bench_1024_same467.4205.9450.418181910
Package: hexia-blog
=====Blog=====Blog is a simple Django Blog app.Blogs can have tags,  title, image, short description and a rich text blog.Tags are created in Admin and Users can then add as many as they like.Detailed documentation is needs writing.Quick start-----------1. pip install hexia-blog2. Add "blog" and dependencies to your INSTALLED_APPS setting like this::INSTALLED_APPS = [...'ckeditor','ckeditor_uploader','blog',]3. Add "blog.context_processors.hexia_blog" to your context_processors::'OPTIONS': {'context_processors': [...'blog.context_processors.hexia_blog',],},4. Include the blog URLconf in your project urls.py like this::path('blog/', include('blog.urls')),5. Run `python manage.py migrate` to create the blog models.6. Start the development server and visit http://127.0.0.1:8000/admin/to create a Tag (you'll need the Admin app enabled).7. There are 5 URLs provided.<a href="{% url 'blog:blog-detail' object.slug %}">Blog Detail</a> provides the detail of a specific blog.Template: blog/blog_detail.html<a href="{% url 'blog:blog-list' %}">Blog List</a> will list all blogs.Template: blog/blog_list.htmlThere is a special case of list where 'tag' and/or 'search_string' get be set.  When set, only blogs matchingthese criteria will be returned.  See blog/blog_list.html to see it implemented.<a href="{% url 'blog:blog-tag-list' tag.slug %}">Tag List</a> provides a list of blogs with the associated Tag.<a href="{% url 'blog:blog-month-list' month=xx year=yyyy %}">Month List</a> provides a list of blogs within the associated Month.<a href="{% url 'blog:blog-create' %}">Blog Create</a> will allow you to create a new blog (or you can via admin)Template: blog/blog_form.htmlWhen using create you must set the blog auther to the user who it is associated with.7b. There aprev and next blog functions providedFor a given `blog` object you can access the previous and next blog with `blog.prev_blog` and `blog.next_blog`8. Visit http://127.0.0.1:8000/.Settings--------Blog uses AUTH_USER_MODEL as the default user model.  It will default tothe Django User model if AUTH_USER_MODEL is not set in settings.pyBLOG_PAGINATION:The number of blogs shown on a single page when using listing.Default = 20Context Processors------------------There is a single context_processor provided, 'hexia_blog_tags', which provides a list of all Tags.It is used in blog_list.html.
Package: hexia-pages
===========Hexia Pages===========Hexia Pages is a simple Django app for create pages editable within Admin.  It is useful for things liketerms and conditions and privacy policy where you might want to edit the pages, don't need a full CMSbut don't want to be changing templates all the time.Detailed documentation is needs writing.Quick start-----------1. pip install hexia-pages2. Add "hexia_pages" and dependencies to your INSTALLED_APPS setting like this::INSTALLED_APPS = [...'ckeditor','ckeditor_uploader','hexia_pages',]3. Include the hexia_pages URLconf in your project urls.py like this::path('pages/', include('hexia_pages.urls', namespace='hexia_pages')),4. Run `python manage.py migrate` to create the hexia_pages models.5. Start the development server and visit http://127.0.0.1:8000/admin/to create a Page (you'll need the Admin app enabled).  Simple create a page with a unique slug.6. Add a link to your template.<a href="{% url 'hexia_pages:page_view' object.slug %}">Link Text</a> provides the detail of a specific page.Template: hexia_pages/page_detail.html7. Visit http://127.0.0.1:8000/.
Package: hexia-parameters
================Hexia Parameters================Hexia Parametersges is a Django app to provide the ability to change specific site parameters from admin.This will allow the user to change background images, site title etc by specifying the parameter and then usingthe parameter within the Django templates.Detailed documentation is needs writing.Quick start-----------1. pip install hexia-parameters2. Add "hexia_parameters" and dependencies to your INSTALLED_APPS setting like this::INSTALLED_APPS = [...'hexia_pages',]3. Add "hexia_parameters" to your coontext processors'OPTIONS': {'context_processors': [...'hexia_parameters.context_processors.hexia_parameters',],}4. Run `python manage.py migrate` to create the hexia_parameters models.5. Add the parameters you want generated to settings.pyHEXIA_PARAMETERS_LIST = ['Site_Title','Tag_Line','Banner','Video',]6. Run `python manage.py initialise_hexia_parameters` to create these records7. Start the development server and visit http://127.0.0.1:8000/admin/to enter initial values.8. Add a parameter your templates.{{ Site_Title.text }}
Package: hexintcalc
Some functions to do mathematical operations on int/hex (automatic conversion of input dtypes - returns hex)Input formats:Here are some variations you can pass to the functions:"0x00000000`00000003""0x00000003""00000000`00000003""00000003""3""0x3"33.0(floatwillbeconvertedtoint)fromhexintcalcimport(hadd,hbitwiseand,hdivide,heq,hge,hgt,hexcalc,hle,hlshift,hlt,hmod,hmul,hne,number_to_hex,number_to_int,hor_,hpow,hrshift,hsub,hxor,)n1=hadd(n1=50,n2='0xf',zfill=0,backtick=True,add0x=True)print(n1,int(n1.replace("`",""),base=16))n1=hdivide(n1=50,n2='0xf',zfill=0,backtick=True,add0x=True)print(n1,int(n1.replace("`",""),base=16))n1=hbitwiseand(n1=50,n2='0xf',zfill=8,backtick=False,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hxor(n1=50,n2=100,zfill=0,backtick=False,add0x=True)print(n1,int(n1.replace("`",""),base=16))n1=hor_(n1=50,n2='0xf',zfill=0,backtick=True,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hpow(n1=50,n2='a',zfill=0,backtick=False,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hlshift(n1=50,n2='0xf',zfill=0,backtick=True,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hmod(n1=50,n2='0xf',zfill=0,backtick=False,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hmul(n1=50,n2='0xf',zfill=0,backtick=False,add0x=True)print(n1,int(n1.replace("`",""),base=16))n1=hrshift(n1=50,n2='0xf',zfill=0,backtick=True,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hsub(n1=50,n2='0xf',zfill=0,backtick=True,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hlt(n1=50,n2='0xf',zfill=0,backtick=False,add0x=True)print(n1,int(n1.replace("`",""),base=16))n1=hle(n1=50,n2='0xf',zfill=0,backtick=False,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=heq(n1=50,n2='0xf',zfill=0,backtick=False,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hne(n1=50,n2='0xf',zfill=0,backtick=False,add0x=True)print(n1,int(n1.replace("`",""),base=16))n1=hge(n1=50,n2='0xf',zfill=0,backtick=False,add0x=False)print(n1,int(n1.replace("`",""),base=16))n1=hgt(n1=50,n2='0xf',zfill=0,backtick=False,add0x=False)print(n1,int(n1.replace("`",""),base=16))0x00000000`00000041650x00000000`0000000330000000220x568600000000`0000003f6315af1d78b58c4009765625000000000000000000`001900001638400550x2ee75000000000`00000000000000000`00000023350x0000000x111111number_to_int('ff')Out[9]:255number_to_hex(512)Out[7]:'0x200'
Package: hexit
HexitSimple python utility for creating HEX versions of binary files.
I needed a hex version of binary code to insert it in x64dbg so I created this script.Usagepython -m hexit [-h] -i INPUT [-o OUTPUT]

options:
  -h, --help            show this help message and exit
  -i INPUT, --input INPUT
                        Input .bin file
  -o OUTPUT, --output OUTPUT
                        Output .hex file```
Package: hex-json
hex-jsonConvert [python dictionary | ASCII JSON string] into hexadecimal string.Restore from a hexadecimal string to [python dictionary | ASCII JSON string].Useful for ethereum transaction data signature.https://github.com/Sobolev5/hex-jsonInstallTo install run:pip install hex-jsonConvert and restore dictfromhex_jsonimporthex_serialize,hex_deserialized={"hello":"world"}hex_s=hex_serialize(d)print(hex_s)# 7b2268656c6c6f223a22776f726c64227dd=hex_deserialize(hex_s)print(d)# {'hello': 'world'}print(type(d))# <class 'str'>Convert and restore ASCII JSON stringfromhex_jsonimporthex_serialize,hex_deserializes='{"hello": "world"}'hex_s=hex_serialize(s)print(hex_s)# 227b5c2268656c6c6f5c223a205c22776f726c645c227d22s=hex_deserialize(hex_s)print(s)# {"hello": "world"}print(type(s))# <class 'str'>Teststox
Package: hexlet
Установкаpip install hexletСоздание урокаПример готового урока, который можно пройти на hexlet.io: * урок на
сайте –http://hexlet.io/lessons/example/* исходник –https://github.com/Hexlet/example_lessonСгенерируем скелет нового урока:hexlet-lesson initУрок состоит из юнитов (theory, quiz, terminal, codex, code)lesson.ymlname – название урокаlanguage – язык(и) программирования, используемый в уроке. Например,
python, java, godescription – описание урока в произвольном формате, без описания
цели и аудитории. Опционально.mission - цель урока/курса в ответа нв вопрос “что это даст”. Пример
– “После этого урока вы сможете балансировать двоичные деревья”audience – для кого этот урок/курс. Пример – “Урок рассчитан на
людей, знакомых с базовыми принципами программирования”units – список юнитов, которые будут содержаться в этом уроке.
Перечислите только юниты, которые вы реализовали (см. пример в файле
lesson.yml)Теория (theory unit)В main.yml указывается id ролика на youtube (например, eXI_TFW5Cdo).
Опционально (если вы решили использовать видео для урока).main.md - текст урока. Опционально.transcription.md - расшифровка видео урока. Опционально.Тесты (quiz unit)Поддерживаются два вида вопросов: выбор ответа (quiz) и заполнение
бланков (fill in). Для каждого вопроса необходимо прописывать уникальный
slug (ключ верхнего уровня). В main.yml есть примеры вопросов.type: answersВ блоке correct_answers можно перечислять несколько допустимых
правильных ответов. См. пример в quiz/main.ymltype: fillingВ блоке text помещаются блоки %{something}, в блоке correct_answers
помешаются допустимые ответы для something. См. пример в quiz/main.ymlТерминал (terminal unit)# FIXMEКод в браузере (codex unit)# FIXMEКод (code unit)Для унификации и простоты работы мы составили следующую схему: В папке
code должен лежать файлMakefileкоторый имеет три команды: *install- если необходимо делать установку дополнительных библиотек,
создавать файлы, менять права и т.п. *run- если нужно запускать,
например, сервер. *stop- для остановки (если run демонизирует) *test- основная команда, которая запускает тесты и по которой мы
определяем выполненность задания.Описание задания обязатально и должно находиться в файлеREADME.md.
Оно будет отображаться на сайте в соответствующем юните.Отправка урокаСначала нужно авторизоваться, используя свой логин и API_KEY со
страницыhttp://hexlet.io/account/profile:hexlet-lesson login <LOGIN> <API_KEY>Теперь можно отправить урок на модерацию:hexlet-lesson submit <ПУТЬ_ДО_УРОКА>
Package: hexlet-code-dddarknight
Brain GamesBrain Games is a Python library that provides oppotunity to play games with mathematical calculations.Hexlet tests and linter status:CodeClimate:LinksThis project was built using these tools:ToolDescriptionpoetry"Python dependency management and packaging made easy"DescriptionIn each game you have to give 3 right answers to become a winner, otherwise the game ends.
You can play any of the following games:Game nameDescriptionbrain-calcYou need to make calculations with 2 given numbersbrain-evenYou need to answer whether the given number is even or notbrain-gcdYou need to find the greatest common divisor of given numbersbrain-primeYou need to answer whether the given number is prime or notbrain-progressionYou need to find the missing number in the progressionUsage$ brain-calc
$ brain-even
$ brain-gcd
$ brain-prime
$ brain-progressionAsciinema record:LicenseGNU GPLv3
Package: hexlet-graphs
python-graphsInstallpipinstallhexlet-graphsUsage examplefromhexlet.fsimport(build_tree_from_leafmake_joints,sortTree)tree=['B',[['D'],['A',[['C',[['F'],['E'],]],]],]]joints=make_joints(tree)transformed=build_tree_from_leaf(joints)# ['C', [#     ['F'],#     ['E'],#     ['A', [#         ['B', [#             ['D'],#         ]],#     ]],# ]]sort_tree(transformed)# ['C', [#     ['A', [#         ['B', [#             ['D'],#         ]],#     ]],#     ['E'],#     ['F'],# ]]For more information, see theFull DocumentationThis repository is created and maintained by the team and the community of Hexlet, an educational project.Read more about Hexlet (in Russian).See most active contributers onhexlet-friends.
Package: hexlet-immutable-fs-trees
python-immutable-fs-treesInstallpipinstallhexlet-immutable-fs-treesUsage example>>>importhexlet.fsasfs>>>fs.is_file(fs.mkfile('config'))True>>>fs.is_directory(fs.mkdir('etc'))True>>>tree=fs.mkdir('etc',[fs.mkfile('config'),fs.mkfile('hosts')])>>>children=fs.get_children(tree)>>>fs.get_name(children[0])'config'>>>list(map(lambdaitem:fs.get_name(item),children))['config','hosts']>>>This repository is created and maintained by the team and the community of Hexlet, an educational project.Read more about Hexlet (in Russian).See most active contributers onhexlet-friends.
Package: hexlet-pairs
hexlet-pairsA SICP'ish Functional Pairs implemented in Python.Usage>>> from hexlet import pairs
>>> p = pairs.cons(42, 'foo')
>>> pairs.is_pair(p)
True
>>> pairs.car(p)
42
>>> pairs.cdr(p)
'foo'
>>> print(pairs.to_string(p))
(42, 'foo')
Package: hexlet-points
hexlet-pointsA SICP'ish Points implemented in Python using hexlet-pairs.Usage>>> from hexlet import points
>>> p = points.make(100, 200)
>>> print(points.to_string(p))
(100, 200)
>>> points.get_x(p)
100
>>> points.get_y(p)
200
>>> points.get_quadrant(p)
1
Package: hexlib
DescriptionBasic tools to read, format, filter and display hex valuesInstallationpip install hexlibUsageThe classHexTwinis a hexadecimal representation of a fileHexTwinreads a file in 16 byte chunksEach of this chunks is saved as as tuple together with the following information:tuple[0] = Offsettuple[1] = A bytearray containing the 16 bytestuple[2] = A boolean indicating if the bytes are all zerotuple[3] = A boolean indicating if the bytes are all non ASCII valuesThe classHexdumpformat and printsHexTwininstancesExamplefromhexlib.HexTwinimportHexTwinfromhexlib.HexdumpimportHexdump# 1.) HexTwin instancetwin=HexTwin("path/to/file/test.txt")dump=Hexdump()# Activates filtering for zero rowsdump.filter(filterZeroRows=True)dump.printTwin("path/to/result.txt",twin)# Activates filtering for non-ascii rows (Includes also zero rows)dump.filter(filterNonAsciiRows=True)dump.printTwin("path/to/result.txt",twin)# 2.) Create HexTwin from bytes (Filtering can also be used here)f=open("path/to/file","rb")twinFromBytes=HexTwin.fromBytes(f.read(16))dumpFromBytes=Hexdump()dumpfromBytes.printTwin("path/to/bytes-result.txt",twinFromBytes)# 3.) Create a HexTwin from a offset reading x bytes (Filtering can also be used here)twinFromOffset=HexTwin.fromOffset("path/to/file.txt",offset=50,noOfBytes=10)dumpFromOffset=Hexdump()dumpFromOffset.printTwin("path/to/offset-result.txt",twinFromOffset)LicenseMIT
Package: hexmap
A library for hexagonal grid storage and manipulation.Free software: BSD licenseInstallationpip install hexmapDocumentationhttps://hexmap.readthedocs.io/DevelopmentTo run the all tests run:toxNote, to combine the coverage data from all the tox environments run:Windowsset PYTEST_ADDOPTS=--cov-append
toxOtherPYTEST_ADDOPTS=--cov-append toxChangelog0.0.0 (2016-09-10)First release on PyPI.
Package: hex-maze
hex_mazeCreate random hexagonal mazes and export them to svg.It's possible to add margin to the tiles:You can omit tiles from beeing part of the labyrinth too:Changelog0.0.2: fix bug that prevented a maze to be shuffled when the entry point was not(0,0)0.0.1: initial releasePackage and upload to pip@seethis tutorialrm-rfbuild/dist/hex_maze.egg-info/&&\python3setup.pysdistbdist_wheel&&\python3-mtwineuploaddist/*
Package: hexo2notionnext
Hexo to NotionNext中文English一个简单的 hexo 导入到NotionNext或nobeliumdatabase 的库使用在使用此库之前，您需要完成以下准备工作：Notion Databasenotionnext:https://tangly1024.com/article/vercel-deploy-notion-nextnobelium:https://github.com/craigary/nobeliumHexo 博客的 _post 目录安装pip install hexo2notionnext在安装完库之后，创建配置文件 config.yaml 的配置token_v2: <your_token>
database_url: <your_notion_database_url>
hexo_post_path: <your_hexo_post_path>
sulg_format: ':year-:day-:month-:name'
type: notionnext # or nobeliumtoken_v2notion.so  cookie 中 token_v2 的值database_url如果没有, duplicate 下面的到你的 notion
notionNext  Duplicate 这个notionNext Notion templatenobelium Duplicate 这个nobeliumNotion templatehexo_post_path本地 Hexo 目录 的source/_posts目录sulg_format路径的格式参考https://hexo.io/zh-cn/docs/permalinks,不支持 :id,typenotionnext  or nobelium配置完成后,使用以下命令将Hexo文章导入到NotionNext 的 database 中：hexo2notionnext -c config.yaml问题For those getting 'HTTPError( requests.exceptions.HTTPError: Invalid input.)'
出现这个问题在终端上运行pip show notion获取 notion 包位置并访问其内容（例如/usr/local/lib/python3.9/site-packages/notion）。将store.py第 280 行更改为limit: 100https://github.com/paperboi/kindle2notion/issues/14感谢https://github.com/Cobertos/md2notionhttps://github.com/jamalex/notion-py许可证The MIT License.
Package: hexomega
HexOmega is a simple, turn-key task management django app written for
Murdoch University.Detailed documentation is in the “docs” directory.Quick startAdd “users” and “log” to your INSTALLED_APPS setting like this:INSTALLED_APPS = [
    ...
    'users',
    'log',
]Include the users URLconf in your project urls.py like this:url(r'', include('users.urls')),Runpython manage.py migrateto create the users models.Runpython manage.py setup_initto create default users and the roles table.
Package: hexonet.ispapicli
ISPAPI CLIAboutThis tool enables you to connect to our backend system API and to manage your account through GUI or Command Line Interface.ResourcesFind our documentationhereFeaturesManage your account via Shell or GUI remotelyLogin/Logout and Session managementSave the command to a file for your referenceCommand auto-completeMinimum parameters featureCopy/paste the command and the results
Package: hexor
hexorColoring texts and their backgrounds in command line interface (cli), with rgb or hex types.Languages:* python3Supported Distributions:DistributionVersion CheckPython VersionSupportedStatusEverything worksUbuntuLast version3.7 --> 3.11✓✓✓WindwosLast version3.7 --> 3.11✓✓✓MacOSLast version3.7 --> 3.11✓✓✓Android-termuxLast version3.7 --> 3.11✓✓✓NethunterLast version3.7 --> 3.11✓✓✓Python Package Installation:# install from pypi:
❯ pip install hexor

# local install:
❯ git clone https://github.com/yasserbdj96/hexor.git
❯ cd hexor
❯ pip install .Script Usage:fromhexorimporthexor# Usage example:# p1 = hexor(return_option)## return_option: [True, False]### True to return results### False to print results## color_format: ['hex', 'rgb']### 'hex' for hex colors (e.g., #ffffff, #cccccc)### 'rgb' for rgb colors (e.g., (255, 255, 255), rgb(250, 12, 0))# The default options are: hexor() = hexor(False)p1=hexor(<return_option>)# To change text color only:p1.c("<TEXT>","<FOREGROUND>")# To change text color and background together:p1.c("<TEXT>","<FOREGROUND>","<BACKGROUND>")Script Examples:fromhexorimport*# Example:1p1=hexor()p1.c("Text is red","#ff0000")p1.c("Text is red and background is blue","#ff0000","#1a73e8")# Example:2p2=hexor(True)print(p2.c("Text is red","#ff0000"))print(p2.c("Text is red and background is blue","#ff0000","#1a73e8"))# Example:3p3=hexor()p3.c("Text is red","255,0,0")p3.c("Text is red and background is blue","255,0,0","26,115,232")# Example:4p4=hexor(True)print(p4.c("Text is red","255,0,0"))print(p4.c("Text is red and background is blue","255,0,0","26,115,232"))# Example:5p5=hexor()p5.c("Text is red","rgb(255,0,0)")p5.c("Text is red and background is blue","rgb(255,0,0)","rgb(26,115,232)")# Example:6p6=hexor(True)print(p6.c("Text is red","rgb(255,0,0)"))print(p6.c("Text is red and background is blue","rgb(255,0,0)","rgb(26,115,232)"))# Example:7p7=hexor()p7.c("Text is red and background is blue","rgb(255,0,0)","26,115,232")p7.c("Text is red and background is blue","255,0,0","rgb(26,115,232)")p7.c("Text is red and background is blue","rgb(255,0,0)","#1a73e8")p7.c("Text is red and background is blue","255,0,0","#1a73e8")# Example:8hexor().c("Text is red","#ff0000")hexor().c("Text is red and background is blue","255,0,0","rgb(26,115,232)")# Example:9print(hexor(True).c("Text is red","#ff0000"))print(hexor(True).c("Text is red and background is blue","255,0,0","rgb(26,115,232)"))Screenshot:Changelog History:Click to See changelog HistoryDevelopment By:Developer / Author:yasserbdj96License:The content of this repository is bound by the followingLICENSE.Support:If you enjoy this project and would like to see it continue to improve, or if you would like me to create more interesting projects, please considersponsoring me.website.github.gitlab.linkedin.twitter.instagram.facebook.youtube.pypi.docker.telegram.gitter.e-mail.sponsor