Top Python and Ruby Programming Bundle

Build fizz buzz by iterating numbers 1 to 100, using modulus to print fizz, buzz, or fizz buzz, with while loops and if-elif-else logic.

Build your own functions, call them with arguments, and see how they run inside your program, with examples like the print function.

Explore how returning a value from a function lets you store it in a variable, print it, or use it with other operations like the upper function, lists, or hashes.

Explore Python modules, import external code, and create a custom namer module. Learn how to save as .py, import, and call a function to modularize code.

Finish the course with a solid grasp of Python fundamentals, including classes and object-oriented programming, and plan to explore Python 3 documentation and modules for continued learning.

Download and install the Sublime Text editor and the Git Bash terminal to set up Ruby development. Windows users will install Ruby later, while macOS and Linux already include Ruby.

Learn how variables act as buckets to store data in Ruby, using underscores for multiword names and lowercase conventions, while case signals strings, numbers, or classes.

Master Ruby math basics by exploring integers vs floats, standard operators, modulus, and exponentiation, and learn how decimal precision affects division outcomes.

Master if/else conditionals and comparison operators to test outcomes and drive program flow. Apply these basics to numbers and strings in Ruby with practical examples.

Build a fizz buzz program from 1 to 100 using loops and conditional logic to print fizz, buzz, or fizz buzz when numbers are divisible by 3, 5, or both.

Define and call Ruby methods to run code blocks, pass parameters like names or numbers, and control program flow by placing methods at the top and invoking them when needed.

Explore methods part 2 by learning to pass multiple arguments, use variables, return strings, and print results with puts, giving flexible output control.

Implement a side length getter in a square class to return the instance variable representing the side length, enabling object oriented access to square properties.

Learn to define a class with initialize, getter, and setter methods to manage side length, using the equal sign convention and a new side_length value.

Discover how Ruby's attr_accessor automatically creates getter and setter methods, simplifying class design by handling initialize parameters like side length and area.

Explore a bonus lecture promoting a lifetime membership to 60+ Python, Ruby, and other programming courses, with a $49 one-time discount, certificates, and new course updates.