The Complete Python Bootcamp: From Beginner to Advanced

Explore how to create and use Python dictionaries, key-value pairs, and nested structures for quick lookups. Compare dictionaries with lists, access values by keys, and store any data type.

Explore Python tuples, an immutable, memory-efficient, unordered sequence of elements that stores mixed types, supports indexing, slicing, and operations like count, index, len, concatenation, and repetition.

Explore python sets as unordered, unique-element collections created with curly braces or the set constructor. Learn operations such as add, update, remove, and intersections and unions to manage data.

Learn boolean values in Python, including True and False capitalization, and, or, not operators, comparison operators, truthy and falsy values, and using booleans in if statements to control flow.

Master file input and output in python using open, read, write, and close, and apply modes like r, w, a, r+, w+, a+, with automatic closing.

Define functions with def, pass parameters, use default values, and distinguish print from return; use modulus to check even numbers and apply early returns in lists.

Explain Python's *args and **kwargs, showing how *args collects arbitrary positional inputs into a tuple and **kwargs collects keyword inputs into a dictionary for flexible functions.

Warm up with interactive Python exercises, linking input, variables, and display to create a tic tac toe game. Master core components—visual representation, user input, and processing updates—via print and input.

Learn how to display information in Python by building a tic tac toe board with the print function, custom functions, and lists, featuring formatted output and dynamic, interactive updates.

Learn how to accept user input in python using the input function, and cast strings to int or float. Handle invalid input with try/except and note Jupyter notebook quirks.

Validate user input in python by repeatedly prompting until a valid number between 0 and 10 is entered, using isdigit or is numeric, try and exception approach for error handling.

Build a simple interactive Python game that reinforces loops, input validation, and list manipulation by replacing elements in a three-item list and choosing to continue.

Explore object oriented programming as a paradigm creating objects with attributes and methods. Learn how classes are blueprints, objects are instances, and self keyword with init enables encapsulation and reuse.

Learn Python object oriented programming by defining a custom class with the class keyword, creating object instances, and assigning attributes via the init method using self.

Explore class object attributes and methods in Python, including class vs. instance attributes, the role of self and init, and defining and calling a bark method.

Master inheritance by building an animal and a dog subclass that calls super and overrides who am I, then explore polymorphism with dog and cat speaking differently.

Define special methods to enable Python built-in operations on custom objects, leveraging __str__, __len__, and __del__ to control printing, length, and object deletion (as shown with a book example).

Create a bank account class with owner and balance attributes, implement deposit and withdraw methods with withdrawal validation, and customize object display with a __str__ method.

Create and test a Python account class with owner and balance, implement deposit and withdraw methods, include a string representation, and test with deposits and withdrawals.

Master installing external Python packages with pip and PyPI, explore using virtual environments, and discover libraries like requests and colorama to extend Python capabilities.

Learn how to write Python modules and packages, where a .py file is a module and a directory with init.py becomes a package, with examples of importing modules.

Explain how the __name__ == '__main__' check tells Python whether to run a script directly or import it as a module, enabling better code organization and testing.