1// Class funk has a constructor and an ordinary method 2// Test for CHFts23426 3 4class funk 5{ 6public: 7 funk(); 8 void getFunky(int a, int b); 9 int data_; 10}; 11 12funk::funk() 13 : data_(33) 14{ 15} 16 17void funk::getFunky(int a, int b) 18{ 19 int res; 20 res = a + b - data_; 21 data_ = res; 22} 23 24// Class A has const and volatile methods 25 26class A { 27public: 28 int x; 29 int y; 30 int foo (int arg); 31 int bar (int arg) const; 32 int baz (int arg, char c) volatile; 33 int qux (int arg, float f) const volatile; 34}; 35 36int A::foo (int arg) 37{ 38 x += arg; 39 return arg *2; 40} 41 42int A::bar (int arg) const 43{ 44 return arg + 2 * x; 45} 46 47int A::baz (int arg, char c) volatile 48{ 49 return arg - 2 * x + c; 50} 51 52int A::qux (int arg, float f) const volatile 53{ 54 if (f > 0) 55 return 2 * arg - x; 56 else 57 return 2 * arg + x; 58} 59 60 61int main() 62{ 63 A a; 64 int k; 65 66 k = 10; 67 a.x = k * 2; 68 69 k = a.foo(13); 70 71 k += a.bar(15); 72 73 // Test for CHFts23426 follows 74 funk f; 75 f.getFunky(1, 2); 76 return 0; 77} 78 79 80 81