Task - Implementing a Generic Class
You can clone the base code from the GithHub Repository.
A stack is a special kind of data structure which stores data according to the Last In, First Out (LIFO) principle. A stack has two main methods, namely, Push
and Pop
. The Push
adds a new element to the stack, and Pop
removes the most recently added element from the stack. You can imagine it like a stack of books, or any other item. By using Push
you add a new item on the top, and by using Pop
you remove the item at the top. This is the LIFO principle.
The program contains a class which implements the Stack data structure, however, it only supports integers. Make changes in the class code so that it is able to support any data type.
Bedankt voor je feedback!
Vraag AI
Vraag AI
Vraag wat u wilt of probeer een van de voorgestelde vragen om onze chat te starten.
Awesome!
Completion rate improved to 3.7
Task - Implementing a Generic Class
Veeg om het menu te tonen
You can clone the base code from the GithHub Repository.
A stack is a special kind of data structure which stores data according to the Last In, First Out (LIFO) principle. A stack has two main methods, namely, Push
and Pop
. The Push
adds a new element to the stack, and Pop
removes the most recently added element from the stack. You can imagine it like a stack of books, or any other item. By using Push
you add a new item on the top, and by using Pop
you remove the item at the top. This is the LIFO principle.
The program contains a class which implements the Stack data structure, however, it only supports integers. Make changes in the class code so that it is able to support any data type.
Bedankt voor je feedback!