void runSuccess() { lrint(1.0); lrint(0.0); lrint(43.56); lrint(-2.5); lrint(anydouble()); }
void runSuccess() { asinh(1.0); asinh(0.0); asinh(-1.0); asinh(2.0); asinh(-2.0); asinh(anydouble()); }
void runSuccess() { log(1.0); log(0.0); log(-1.0); log(outrange()); log(inrange()); log(anydouble()); }
void testValues() { f = 2; double result; fabs(anydouble()); //@ assert f == 2; //@ assert vacuous: \false; }
void runSuccess() { asin(1.0); asin(0.0); asin(-1.0); asin(2.0); asin(-2.0); asin(inrange()); asin(outrange()); asin(anydouble()); }
void testValues() { f = 2; int d,n; char* result = fcvt(anydouble(), anyint(), &d, &n); //@ assert \valid(result); //@ assert f == 2; //@ assert vacuous: \false; }
void runFailure1() { frexp(anydouble(), NULL); }
void runFailure() { fcvt(anydouble(), anyint(), NULL, NULL); }
void runSuccess() { int d,n; fcvt(anydouble(), anyint(), &d, &n); }
void runSuccess() { scalbln(1.0, 1); scalbln(0.0, 0); scalbln(-1.0, -1); scalbln(anydouble(), anyint()); }
void runSuccess() { fabs(1.0); fabs(0.0); fabs(-1.0); fabs(anydouble()); }
void runSuccess() { isinf(anydouble()); }
void runSuccess() { remainder(0.1,4.0); remainder(1.2,0.0); remainder(2.0,4.3); remainder(anydouble(),anydouble()); }