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const int t[4] = { 4, 2 };
const struct { int i1; int i2;} u[3] = { 2, 5, 3, 7};
struct s {
int i;
int j ;
struct v { int k; int l;} v;
};
const struct s s = { 5, 8, 3 };
struct T;
volatile int c;
void main() {
unsigned int i = 0;
//@ loop pragma UNROLL sizeof(t)/sizeof(t[0]); // 4
while (c) {
i++;
}
//@ loop pragma UNROLL \offset(&s.v.l); // 12
while (c) {
i++;
}
//@ loop pragma UNROLL s.i + s.v.l; // 5+0
while (c) {
i++;
}
//@ loop pragma UNROLL \max(t[..]); // 4
while (c) {
i++;
}
//@ loop pragma UNROLL \min(t[..]); // 0 because of missing initializer
while (c) {
i++;
}
//@ loop pragma UNROLL \max(\union(1, 1+s.i)); // 6
while (c) {
i++;
}
//@ loop pragma UNROLL \min(t[\union(1, 3)]) + \max(t[\union(1, 3)]); // 2+0
while (c) {
i++;
}
//@ loop pragma UNROLL \min(u[..1].i1) * \max(u[..1].i1); // 2*3
while (c) {
i++;
}
}
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