here is the file example0.c

int main() { int a=5; int b=10; int sum=a+b; }

Exercise 2: Here's the listing for add-2-num.?. 1 #include 3 int add2(int x, int y) ( 4 5 int n2 y; 6 int n3 n1+n2; 7 return n3; 8 10 int main (int argc, char **argv) f 11 int a-15; 12 int b 5; 13 int c- e; 14 C-add2(a, b); 15 printf("The sum is %d ", c); Assemble and compile the program as in Exercise 0. Run gdb. Set a breakpoint at line 7 (breakpoint 1) and line 15 (breakpoint 2) Q1. How many frames are on the stack at breakpoint 1? Why? Q2. How many frames are on the stack at breakpoint 2? Why? Q3. Reconstruct the top stack frame and the register contents at breakpoint 1 using output from the various gdb commands (like we did for example0.c in Exercise 0). Fill in the values in a template similar Exercise 2: Here's the listing for add-2-num.?. 1 #include 3 int add2(int x, int y) ( 4 5 int n2 y; 6 int n3 n1+n2; 7 return n3; 8 10 int main (int argc, char **argv) f 11 int a-15; 12 int b 5; 13 int c- e; 14 C-add2(a, b); 15 printf("The sum is %d ", c); Assemble and compile the program as in Exercise 0. Run gdb. Set a breakpoint at line 7 (breakpoint 1) and line 15 (breakpoint 2) Q1. How many frames are on the stack at breakpoint 1? Why? Q2. How many frames are on the stack at breakpoint 2? Why? Q3. Reconstruct the top stack frame and the register contents at breakpoint 1 using output from the various gdb commands (like we did for example0.c in Exercise 0). Fill in the values in a template similar