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#include <stdio.h>
// case 1: call and function in the same namespace
namespace N1 {
int foo() {
return 1;
}
const int var = foo();
}
// case 2: call outside the namespace, function inside
namespace N2 {
int foo() {
return 1;
}
}
int var2_1 = N2::foo(), var2_2 = N2::foo ();
// case 3: call inside the namespace, function outside
int bar() { return 42; }
namespace N3 {
int var = ::bar();
}
// case 4: static attribute initialization
class Test {
public:
static int var;
};
int Test::var = bar ();
// case 5: static attribute initialization in a namespace
namespace N3 {
class Test {
public:
static int var;
};
int Test::var = bar ();
}
// case 6: static attribute initialization of class in namespace
namespace N4 {
class Test {
public:
static int var;
};
}
int N4::Test::var = bar ();
// case 7: a call in an initializer list
class WithInitializer {
int attr;
public:
WithInitializer () : attr (bar ()) {}
WithInitializer (int);
};
WithInitializer::WithInitializer (int v) : attr (v + bar ()) {}
int main() {
printf ("StandAloneCalls:\n");
printf ("===============================================================\n");
printf ("here starts main, but we should have seen our advice already\n");
printf ("global var 1 = %d\n", N1::var);
printf ("global var 2-1 = %d, 2-2 = %d\n", var2_1, var2_2);
printf ("global var 3 = %d\n", N3::var);
printf ("---------------------------------------------------------------\n");
printf ("Now the advice for calls in constructor init lists is checked\n");
WithInitializer wi1;
WithInitializer wi2 (3);
printf ("---------------------------------------------------------------\n");
return 0;
}
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