1. For each function and block (including global) in the program, list the compilar generated offset-pairs for every varaible or function name that can be referenced in that block.

2. Assume that a possible calling sequence for the above program is:

main calls f

f enters X

X calls f

f calls g

g enters Y.

Show the stack with all activation records, including static and dynamic links, when this execution reaches position 1.

int A, B; void g(int C) void f (int B) fint B, C; //block X void g(int C) fint A, B; //block Y main () (int c; For the above skeletal C++ program, do the following: 1. For each function and block (including global) in the above program, list the compiler generated offset-pairs for every variable or function name that can be referenced in that block. 2. Assume that a possible calling sequence for the above program is: main calls f f enters X x calls f f calls g g enters Y. Show the stack with all activation records, including static and dynamic links, when this execution reaches position (1 int A, B; void g(int C) void f (int B) fint B, C; //block X void g(int C) fint A, B; //block Y main () (int c; For the above skeletal C++ program, do the following: 1. For each function and block (including global) in the above program, list the compiler generated offset-pairs for every variable or function name that can be referenced in that block. 2. Assume that a possible calling sequence for the above program is: main calls f f enters X x calls f f calls g g enters Y. Show the stack with all activation records, including static and dynamic links, when this execution reaches position (1