• What is the MIPS instructions corresponding to this C code: Int leaf_example (int g, h, i, j) { int f; f = (g-h) - (i + j); return f; } arguments g. ..., j in $a0, ..., $a3, f in $50 (hence, need to save $50 on stack), Result in $v0
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- Code with comments and output screenshot is must for an Upvote Create a Java function that uses a stack and no arithmetic to compare the number of 0's and 1's in a string. If # of 0's is greater, return -1. If # of 1's is greater, return 1. If equal, return 0.Use a stack to reverse the input integer values. Check the stack grows as more elements are pushed. Use with and without function pointer in each of the problem (Please give correct answer with explanation)Question#3.Write a Python program to reverse a stack using recursion. Problem Solution Hints: 1. Create a class Stack with instance variable items initialized to an empty list. 2. Define methods push, pop, is_empty and display inside the class Stack. 3. The method push appends data to items. 4. The method pop pops the first element in items. 5. The method is_empty returns True only if items is empty. 6. The method display prints the elements of the stack from top to bottom. 7. Define function insert_at_bottom which takes a stack and a data item as arguments. 8. The function insert_at_bottom adds the data item to the bottom of the stack using recursion. 9. Define function reverse_stack which takes a stack as argument. 10. The function reverse_stack reverses the stack using recursion. 11. Create an instance of Stack, push data to it and reverse the stack.
- In Go Lang 4. Program stack. For the following code, answer the following questions. Assume we are putting everything for our function calls on the stack. · Show what a stack frame/activation record for main() looks like · Show what the stack frame/activation record for the 2nd call to ctTarg look like? (Yes, this means you can skip the other stack frames) · We note that targ does not change value in any recursive call. Why doesn't the compiler just store targ once in one block of memory big enough to store a string? int ctTarg(string* list, int len, string targ) { if (len <= 0) return 0; if (*list == targ) return 1 + ctTarg(list + 1, len - 1, targ); return ctTarg(list + 1, len - 1, targ); } int main() { string pets[] = {"cat", "dog", "mouse", "cat"}; cout << ctTarg(pets, 4, "cat") << endl; }Consider the following segment of code:procedure Mvar x: integer;procedure A (c: integer)var a, b: integer;procedure Bvar b, c, d: integer;begin {B}….a := c – d;….end B;begin {A}….x := b + c;….B()….end A;begin {M}….A(3)….end M;Assuming the definition of M is at static nesting level 0. Draw the runtime stack that will be ineffect at the execution of “a := c – d;”. Show the static and dynamic links, and the currentpositions of the EP and SP pointers.What is the static distance to x’s environment of definition and the offset within the environmentwhen “a := c – d;” is executed?question 1 Write a program to evaluate a postfix expression. Input: a postfix expression. E.g. 3 5 + Output: the result of the expression. E.g. the result for the above input is 8. Note: You must use the stack to implement this task. And please give the stack solutions for both the following implementations: Implement the array-based stack Implement the pointer-based stack Test your program using the following expressions: 3 5 + 3 5 + 6 * 3 5 6 + * 3 5 6 * 8 - 2 / + 12 20 + 16 / do not copy from chegg and do in c++
- Please explain the distinction between the restricted version of the stack and the unlimited version of the stack.Don't use inbuilt stack and provide codes for .cpp and .h Please provide a clear codes and output. Need ASAP. Thank you!Suppose you have a stack with a maximum size of 1000 elements and you want to perform the following operations: Push 500 elements onto the stack. Pop 200 elements from the stack. Push 800 elements onto the stack. Pop all remaining elements from the stack. What is the final size of the stack after performing all these operations?
- Do not copy from chegg and do it in c++ Write a program to evaluate a postfix expression. Input: a postfix expression. E.g. 3 5 + Output: the result of the expression. E.g. the result for the above input is 8. Note: You must use the stack to implement this task. And please give the stack solutions for both the following implementations: Implement the array-based stack Implement the pointer-based stack Test your program using the following expressions: 3 5 + 3 5 + 6 * 3 5 6 + * 3 5 6 * 8 – 2 / + 12 20 + 16 /write a function that takes a pointer to the top of a stack <double> and creates and returns a new stack double where the new stack contains all nodes from the original stack with data == 0 c++SOLVE THE MAZE FUNCTION USING STACK.PLEASE ONLY C CODE,DONT USE C++ AND C#. /* R\C 0 1 2 3 4 5 6 7 *//* 0 */ {0, 0, 0, 1, 0, 0, 0, 0},/* 1 */ {0, 1, 1, 1, 0, 0, 1, 0},/* 2 */ {0, 1, 0, 1, 0, 0, 1, 0},/* 3 */ {0, 1, 0, 1, 1, 1, 1, 0},/* 4 */ {0, 1, 0, 0, 0, 0, 1, 1},/* 5 */ {0, 1, 1, 0, 1, 1, 1, 0},/* 6 */ {0, 0, 0, 0, 1, 0, 0, 0},/* 7 */ {0, 0, 0, 0, 1, 0, 0, 0}, #include <stdio.h>#include <stdlib.h>#include <string.h> typedef struct LINKED_STACK_NODE_s *LINKED_STACK_NODE; typedef struct LINKED_STACK_NODE_s{LINKED_STACK_NODE next;void *data;} LINKED_STACK_NODE_t[1]; typedef struct LINKED_STACK_s{LINKED_STACK_NODE head;int count;} LINKED_STACK_t[1], *LINKED_STACK; typedef struct{int R;int C;} POS_t[1], *POS; LINKED_STACK stack_init();void stack_free(LINKED_STACK stack);void stack_push(LINKED_STACK stack, void *data);void *stack_pop(LINKED_STACK stack);void *stack_top(LINKED_STACK stack);int is_empty(LINKED_STACK stack); int is_empty(LINKED_STACK stack){return…