Welcome! This repository will contain 100+ Python projects which are a part of the #100DaysOfCode challenge. You can review or use the projects I'll be sharing on this repository to empower your learning on Python. You can clone the repository on your local device using the following git command below. Don't forget to drop a star. You can always contact me using Instagram or Discord. Happy hacking ;)
git clone https://github.com/newbierash/100daysofcode.git
This is a basic program which uses the inputs: the city you grew up in and your pet's name to generate a band name. You can click here to preview demo on without influencing your device.
This program gets the total bill, tip amount and the amount of people as input and automatically calculates the amout of money which every person should pay. You can click here to preview demo on without influencing your device.
This is a game where you aim to reach the treasure on the island. One of the scenarios prepared according to the direction, action and color preference questions asked by the program takes place. There is only one winning scenario. You can also fork the project to add new scenarios or modify existing scenarios.
This is a basic rock-paper-scissors game supported with ASCII arts. Program gets our move as an input and generates random move for the computer. Then the program decides who the winner is according to the rules of the game. Click here to know more about the game rock-paper-scissors.
It's a simple password generator app that generates a password with as many letters, symbols and numbers as you enter. The description of this exercise, which consists of two levels: simple and difficult, is as follows: At the simple level the password is generated with a static sequence of random letters, symbols and numbers, while at the hard level it is generated in random order.
While I can't provide much clarity on this exercise, you can check out the original site by clicking here to see the code in action. It is a game where you aim to reach the final point by moving through the walls in a randomly generated frame. Note: since the code has built-in functions, it can only be run through the built-in editor of the site via the link I mentioned.
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