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alx-low_level_programming

alx-pre_course

I'm now a ALX Student, this is my first repository as a full-stack engineer

alx-system_engineering-devops

alx-zero_day

I'm now a ALX Student, this is my first repository as a full-stack engineer

css-flexbox-and-grid-task

A) Recreate a 3-column card design using CSS Flexbox Layout - This task should be on the index.html file . - All information and images needed for the design can be found in this folder here B) Recreate the design using CSS Grid Layout - This task should be on the grid.html file. - You can use any background color of your choice

django-crud-task

[Django CRUD] Create a new GitHub repository with a README.md, and Python .gitignore file. Clone it to your machine/computer, that will create a new folder on your computer with your repository’s content. Create a new virtual environment in that folder named env and install django in it. Create a new django project. Use your Zuriboard Student ID as the name of the project. Create a new application using the django startapp command. The app should be called blog. Add the blog app to the main_projects INSTALLED_APPS. Replace the content of blog/models.py with the content of this starter file: https://github.com/TobeTek/Zuri/blob/main/starter-files/Django-CRUD/models.py . We should now have a Post model in blog/models.py. Create migrations for your new model using the makemigrations django command. Run all migrations using, migrate django command. To make our Post model accessible from the admin site, register the Post model in blog/admin.py Now for the views. In blog/views.py, create a new view/class PostListView, which inherits django’s generic ListView, it’s config/attributes should be: model = Post Create another view, PostCreateView, which inherits django’s generic CreateView, with attributes: model = Post fields = “__all__” success_url = reverse_lazy(“blog:all”) Create another view, PostDetailView, which inherits django’s generic DetailView, with attributes: model = Post Create another view PostUpdateView, which inherits django’s generic UpdateView, with attributes: model = Post fields = “__all__” success_url = reverse_lazy(“blog:all”) Create another view PostDeleteView, which inherits django’s generic UpdateView, with attributes: model = Post fields = “__all__” success_url = reverse_lazy(“blog:all”) Time to create templates. Create a new folder templates under the blog app. Copy all the files and folders from https://github.com/TobeTek/Zuri/tree/main/starter-files/Django-CRUD/templates to blog/templates folder. Create a file, blog/urls.py, if it doesn’t already exist. Replace the content of blog/urls.py with the content of https://github.com/TobeTek/Zuri/blob/main/starter-files/Django-CRUD/urls.py Go to your project_app/urls.py and add a new url pattern with the following content: path("blog/", include("blog.urls", namespace="blog"))

django-models

Create a new GitHub repository with a README.md, and Python .gitignore file. Clone it to your machine/computer, which will create a new folder on your computer with your repository’s content. Create a new virtual environment in that folder named .env and install Django in it. Create a new Django project. Use your Zuriboard Student ID as the name of the project. Create a new application using the Django startapp command. The app should be called blog. Add the blog app to the main_projects INSTALLED_APPS.

django-urls

Create a new GitHub repository with a README.md, and Python .gitignore file. Clone it to your machine/computer, which will create a new folder on your computer with your repository’s content. Create a new virtual environment in that folder named env and install Django in it. Create a new Django project. Use your Zuriboard username as the name of the project. Run all migrations for your project. Create a new admin account for the project using the createsuperuser command. Start the development server using python manage.py runserver Open the URL http://127.0.0.1:8000/admin and login with your new admin details. Now logout. Open project_app/urls.py and change the URL Path for the Django Admin dashboard to zuri-admin/ You should be able to open http://127.0.0.1:8000/zuri-admin/ and login to the admin dashboard. Stage and Commit your Django project and push your changes to your GitHub repository. Do not add your database (db.sqlite) to version control (GitHub). Ensure your final code/submission is on the default branch of your GitHub repository. Submit the link to your Github repository e.g https://github.com/github_username/repo_name

furnishub

A website for a furniture Selling website. This is my first work ever and needs lots of finetuning

github-slideshow

A robot powered training repository :robot:

honeylens-photograpy

A Photographer Portfolio Page

huddle

Responsive website design

intro-to-js-task

Write a javascript code that prints out your name, height, and country on the screen Submission mode:

javascript-calculator

Build a basic arithmetic calculator without a frontend. The calculator should be able to perform basic operations like Addition, Subtraction, Multiplication, & Division

kode-camp-cleaning-website

This is a Stage 3 task from kode camp on mobile responsiveness

kodecamp-bonus-task

This is a task from the kodecamp Training

kronos-service-page

moaba-real-estate

moabah

Config files for my GitHub profile.

moabah.github.io

responsive-form-task

Build a single-page responsive registration form using the design. https://drive.google.com/drive/folders/1QH_6FFiDwxguJbAMf2s0SSRwQJox9SQI

resume

A Resume Created for a Stage 2 Task in HNG internship

rock-paper-scissors-game

[Rock-Paper-Scissors] Rock-Paper-Scissors is a simple two-player game where, at a signal, players make figures with their hands, representing a rock, a piece of paper, or a pair of scissors. The winner is determined according to a set of rules. You can find the official rules under the Resources. A brief summary: If the two players choose the same “character” it’s a tie, and the game repeats Rock beats Scissors Paper beats Rock Scissors beats Paper You have been tasked to create a simple version of this game with Python. In your version, one player will be controlled by the computer and the other player controlled by you - the user (i.e CPU vs Player). You should make use of the inbuilt Python module random and its choice method. Instructions: Create a new Python file and call it main.py. Inside it you'll create your game. Create a list to store all possible options: "R" for "rock", "P" for "paper", "S" for "scissors". When the program is run, ask the user to pick an option between "R", "P" or "S" If user input is invalid (not amongst our options), print an error, and ask for their input again (should be a loop) Use the `choice` function from the inbuilt Python `random` module to make a choice for CPU player(computer). Print both player's moves in the format: `Player (Rock) : CPU (Paper)` Check both player's moves: If there is a winner, print the winner, and the program ends. If it's a tie (the computer and player pick the same move), restart the game from step 3

simple_shell

stage-2-kodecamp

Landing page design as part of Kodecamp Training. Focuses on using css Flexbox

zc_plugin_dm

Direct Message Plugin

zero_day

This is my first repository as a full-stack engineer

zuri-django-project-task

zuri_dm_revamp