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data); ListNode previousPtr - NULL; ListNode currentPtr-SPtr; // loop to find the correct location in the list while (currentPtr !- MUL.L. SE value > current Ptr->data) { previous Ptr - currentPtr; // walk to... currentPtr = currentPtr->next.Ptr; //... next node //printf ("previous pointer p \t current pointer p press return...\n", previcusPtr, currentPtr); //scant ("tc", scontinu): // insert new node at beginning of list. ir (previousPtr == NULL) newPtr->nextPtr - *SPtr: *SPtr - newPtr: else i // insert. new node between previous Ptr and currentPtr previous Ptr->nextPtr = newPtr: newPtr->next.Ptr = currentPtr: else ( printf("sc not inserted. No memory available. \n", value): Stacks and Queues [Lecture 8 notes] • Describe, using an example, what is a stack data structure and how/where it can be used in the execution of a program (mm i ks) • Describe, using examples, what is a queue data structure and give two examples of where it may used in operating systems (uns rks) • Explain, using examples (include node addresses), how to impelement the enqueue and dequeue functions of a queue (1euue ks) • Explain, using examples (include node addresses), how to implement the push and pop functions functions of a stack ('k.Anurks) "/>
Extracted text: // insert a new value into the list in sorted order void insert (ListNode sPtr, char value) char continu; ListNode* newPtr - malloc (sizeof (ListNode)); // create node if (newPtr !- NULL) { // is space available newPtr->data - value; // place value in node newPtr->nextPtr - NULL; // node does not link to another node printf ("the address of the new node is tp; the contents of the data field is: tein", newetr, newPtr->data); ListNode previousPtr - NULL; ListNode currentPtr-SPtr; // loop to find the correct location in the list while (currentPtr !- MUL.L. SE value > current Ptr->data) { previous Ptr - currentPtr; // walk to... currentPtr = currentPtr->next.Ptr; //... next node //printf ("previous pointer p \t current pointer p press return...\n", previcusPtr, currentPtr); //scant ("tc", scontinu): // insert new node at beginning of list. ir (previousPtr == NULL) newPtr->nextPtr - *SPtr: *SPtr - newPtr: else i // insert. new node between previous Ptr and currentPtr previous Ptr->nextPtr = newPtr: newPtr->next.Ptr = currentPtr: else ( printf("sc not inserted. No memory available. \n", value): Stacks and Queues [Lecture 8 notes] • Describe, using an example, what is a stack data structure and how/where it can be used in the execution of a program (mm i ks) • Describe, using examples, what is a queue data structure and give two examples of where it may used in operating systems (uns rks) • Explain, using examples (include node addresses), how to impelement the enqueue and dequeue functions of a queue (1euue ks) • Explain, using examples (include node addresses), how to implement the push and pop functions functions of a stack ('k.Anurks)