Create the PushButton Class cpp File - Implementation

The video tutorial covers the process of including header files in a C program, implementing methods, and writing logic for a class constructor. It explains how to handle pin attributes and initialize input modes, particularly focusing on managing floating states using pull-up resistors. The tutorial also demonstrates how to read digital inputs and save the state within a class, ensuring that the state can be accessed by other functions.

What is the purpose of including a header file in a C++ program?

• To define the main function

• To declare functions and classes used in the program

• To execute the program

• To compile the program

How can you resolve a name collision between a class attribute and a function parameter in C++?

• By changing the function name

• By using the 'this' pointer

• By renaming the class

• By using a different data type

What is the role of the 'this' pointer in C++?

• To initialize the program

• To point to the main function

• To access global variables

• To refer to the current object instance

Why is an input pull-up resistor used in a push button setup?

• To decrease the current

• To prevent the button state from floating

• To increase the voltage

• To enhance the button's durability

What is the benefit of saving the state of a button within a class?

• To simplify the code

• To increase processing speed

• To allow other functions to access the state

• To reduce memory usage