This C program demonstrates the conversion of a Binary Search Tree (BST) into a linked list. The program includes functions to create a BST, traverse it in-order, and print the corresponding linked list. The main function initializes a sample BST, performs the conversion, and outputs the result.
Compile the program using a C compiler:
gcc BSTLinkedList.c -o BSTLinkedListRun the executable:
./BSTLinkedList- BSTLinkedList.c: The main source code file containing the implementation.
- README.md: Project documentation.
The program defines structures for nodes in a BST and linked list. It includes functions to create a new node, insert nodes into the BST, and traverse the BST to create a linked list. The main function initializes a sample BST, performs the conversion, and prints the result.
The program initializes a BST and prints its in-order traversal. It then converts the BST into a linked list and prints the linked list.
This C program demonstrates how to perform integer division without using the "/" or "*" operators. The divide function takes two integers as input and calculates the quotient and remainder without using the mentioned operators.
Compile the program using a C compiler:
gcc integerDivision.c -o integerDivisionRun the executable:
./integerDivision- integerDivision.c: The main source code file containing the implementation.
- README.md: Project documentation.
The program defines a divide function that takes two integers as input and calculates the quotient and remainder without using the "/" or "*" operators. The main function demonstrates the usage of the divide function.
The program initializes two integers, performs the integer division, and prints the quotient.
This C program provides an algorithm to reverse the direction of a given singly linked list. The program defines structures for linked list nodes and includes functions to add nodes at the beginning, print the list, reverse the list, and free the allocated memory.
Compile the program using a C compiler:
gcc reverseLinkedList.c -o reverseLinkedListRun the executable:
./reverseLinkedList- reverseLinkedList.c: The main source code file containing the implementation.
- README.md: Project documentation.
The program defines a reverse function to reverse the direction of a given singly linked list. The main function initializes a sample linked list, prints it, reverses it, and prints the reversed list.
The program initializes a linked list, prints it, reverses it, and prints the reversed list.
This C program reverses a series of input lines, effectively reversing the order of words in each line and the order of lines themselves.
Compile the program using a C compiler:
gcc reverseSentence.c -o reverseSentenceRun the executable:
./reverseSentence- reverseSentence.c: The main source code file containing the implementation.
- README.md: Project documentation.
The program reads a series of lines as input, reverses the order of words in each line, and then reverses the order of lines. It utilizes dynamic memory allocation to store lines.
Enter a series of lines as input, and the program will output the reversed sentences.
Feel free to compile and run these programs on your local machine to observe their functionality. If you have any questions or need further clarification, please let me know!