Completion
After we have defined all the necessary functions - it's time to use them!
Swipe to start coding
- Create nodes with values of type int;
- Display all nodes of the list;
- Free the memory allocated for the list.
Solution
This completes the basic implementation of a single-linked list.
Basic because the program allocates memory for nodes, appends nodes to the end of the list, prints the list to the screen, and frees the memory.
You can create a huge variety of functions to interact with or process your list, it all depends on the task!
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Completion rate improved to 4.17Completion
Swipe to show menu
After we have defined all the necessary functions - it's time to use them!
Swipe to start coding
- Create nodes with values of type int;
- Display all nodes of the list;
- Free the memory allocated for the list.
Solution
This completes the basic implementation of a single-linked list.
Basic because the program allocates memory for nodes, appends nodes to the end of the list, prints the list to the screen, and frees the memory.
You can create a huge variety of functions to interact with or process your list, it all depends on the task!
Switch to desktop for real-world practiceContinue from where you are using one of the options belowThanks for your feedback!
Awesome!
Completion rate improved to 4.17single
