Assume a language, L, that combines both static and dynamic scoping: all variables (global, parameters and local) that start with the prefix "static_" follow static scope; others starting with the prefix "dynamic_" follow dynamic scoping. Show all the outputs of the following program.

 

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int static x; // global statically scoped variable int dynamic y; // global dynamically scoped variable void f(int static x) (//local variable static x dynamic y printf *d *d\n'', static x, dynamic_y): if (static x <= 0) return; dynamic_y - 1; = static_x, dynamic_y) ; else g(static x-1); printf (*d $d\n'', static_x, dynamic_y): void g(int dynamic y) { / /local variable dynamic_y static x = static x -1; printf ('d *d\n'', static_x, dynamic_y): if (dynamic y <= 0) return; else f(dynamic_y-1): printf (*d $d\n'', static_x, dynamic_y): void main () { static_x f(static_x); printf (*d d\n'', static_x, dynamic_y); := 3; dynamic y := 2; int static x; // global statically scoped variable int dynamic y; // global dynamically scoped variable void f(int static x) (//local variable static x dynamic y printf *d *d\n'', static x, dynamic_y): if (static x <= 0) return; dynamic_y - 1; = static_x, dynamic_y) ; else g(static x-1); printf (*d $d\n'', static_x, dynamic_y): void g(int dynamic y) { / /local variable dynamic_y static x = static x -1; printf ('d *d\n'', static_x, dynamic_y): if (dynamic y <= 0) return; else f(dynamic_y-1): printf (*d $d\n'', static_x, dynamic_y): void main () { static_x f(static_x); printf (*d d\n'', static_x, dynamic_y); := 3; dynamic y := 2;

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