Python Programming Bootcamp 2023 from Basics to Advanced

Explore four ways to run a Python program: interactive prompt, script file, IDLE, and Jupyter notebook, and learn practical steps to execute, save, and launch these tools.

Access external materials for Python learning, including Jupiter notebooks, cheat sheets, and textbooks, via the ethics lecture's document; explore dupatta notebooks, handwritten notes, and practice problems to reinforce concepts.

Master the Python print statement and its syntax with single or double quotes. Learn output rules for strings, integers, and floats, escape characters, the type function, and comments.

Access the Python objects and data structure basics homework notebook, explore data types and related questions, and review solutions to reinforce fundamentals.

Learn how to use Python's if, elif, and else statements with proper syntax, indentation, and conditions; explore nested ifs and real-world examples selecting options based on budget.

Explore how the while loop in Python executes code while a condition stays true, including syntax, indentation, and practical uses, with break and continue to control flow.

Explore how Python loops and statements reduce repeated code, access the homework notebook and its self-assessment questions, and review solutions in the related notebook to reinforce learning.

Learn the difference between methods and functions in Python, explore inbuilt list methods like count, and review the official Python documentation to understand usage and examples.

Discover why functions enable reusable, repeatable blocks of code. Explore how predefined methods like pop differ from user-defined blocks and practice with handwritten notes.

Explore the intermediate section solutions for the practice functions notebook: build a number guessing game with random 0-100 feedback, plus capitalization and reversal via split and join.

Master functions by solving a hard practice set: implement a coin-change calculator, simulate a random card draw, and check pentagrams with sets.

Learn to count the number of positions where two strings share identical length-b substrings, iterate over the smaller string, and compare corresponding characters to update the count.

Rotate a list in Python by moving the first n elements to the end, creating a rotated sequence. Illustrate the technique with the example [1,2,3,4,5,6] with n=2, yielding [3,4,5,6,1,2].

Build a menu-driven bank application in Python, enabling multiple accounts with create, check balance, deposit, and withdraw functions. Learn input validation and account-level operations.

Kick off milestone project one by building a fully functional tic tac toe game in python, starting with a warm-up that teaches interactive input, variable updates, and visual display.

Build four Python functions in milestone project one solution part one for a two-player tic-tac-toe game: print a 3x3 board, collect names and symbols, validate moves, and check a win.

Complete the milestone project by implementing the next four functions, bringing the total to eight, including a tie/board-full check, play again input, and random turn logic.

Explore errors and exception handling in Python by solving homework problems with try/except blocks, finally, and input validation to ensure integers and handle division by zero.

Discover how Pylint analyzes Python code for errors and style issues, installs and runs from the command prompt, and enforces indentation with four spaces for cleaner, reliable projects.

Learn to use python's inbuilt special methods, such as __init__ for automatic initialization, __len__ for length, __str__ for string conversion, and __del__ for deletion, with practical class and object examples.

Solve object oriented programming homework by implementing a line class computing slope and distance from tuples, and a cylinder class that computes volume and surface area with pi and defaults.

Solve the object oriented programming challenge by implementing a bank account class with owner and balance, supporting deposit and withdraw operations with balance checks and a clear print representation.