/* Show values of uninitialised crunch registers */
volatile union u {
	unsigned long long ll;
	double d;
	struct {
		float f0, f1;
	} f;
	struct {
		long l0, l1;
	} l;
} u;

main(int argc, char **argv)
{
	register volatile union u *up = &u;

	asm("ldr	r7,=42");
	asm("cfmvdlr	mvd3,r7");

	asm("cfstr64	mvdx0, [%0]"::"r" (up));
	printf("mvdx0 = %llu\n", u.ll);
u.d=42.0;
	asm("cfstr64	mvdx1, [%0]"::"r" (up));
	printf("mvdx1 = %llu\n", u.ll);

	asm("cfstr64	mvdx2, [%0]"::"r" (up));
	printf("mvdx2 = %llu\n", u.ll);

	asm("cfstr64	mvdx3, [%0]"::"r" (up));
	printf("mvdx3 = %llu\n", u.ll);

	asm("cfstr64	mvdx4, [%0]"::"r" (up));
	printf("mvdx4 = %llu\n", u.ll);

	asm("cfstr64	mvdx5, [%0]"::"r" (up));
	printf("mvdx5 = %llu\n", u.ll);

	asm("cfstr64	mvdx6, [%0]"::"r" (up));
	printf("mvdx6 = %llu\n", u.ll);

	asm("cfstr64	mvdx7, [%0]"::"r" (up));
	printf("mvdx7 = %llu\n", u.ll);

	asm("cfstr64	mvdx8, [%0]"::"r" (up));
	printf("mvdx8 = %llu\n", u.ll);

	asm("cfstr64	mvdx9, [%0]"::"r" (up));
	printf("mvdx9 = %llu\n", u.ll);

	asm("cfstr64	mvdx10, [%0]"::"r" (up));
	printf("mvdx10 = %llu\n", u.ll);

	asm("cfstr64	mvdx11, [%0]"::"r" (up));
	printf("mvdx11 = %llu\n", u.ll);

	asm("cfstr64	mvdx12, [%0]"::"r" (up));
	printf("mvdx12 = %llu\n", u.ll);

	asm("cfstr64	mvdx13, [%0]"::"r" (up));
	printf("mvdx13 = %llu\n", u.ll);

	asm("cfstr64	mvdx14, [%0]"::"r" (up));
	printf("mvdx14 = %llu\n", u.ll);

	asm("cfstr64	mvdx15, [%0]"::"r" (up));
	printf("mvdx15 = %llu\n", u.ll);

	asm("cfmv64a	mvdx15, mvax0");
	asm("cfstr64	mvdx15, [%0]"::"r" (up));
	printf("mvax0 = %llu\n", u.ll);

	asm("cfmv64a	mvdx15, mvax1");
	asm("cfstr64	mvdx15, [%0]"::"r" (up));
	printf("mvax1 = %llu\n", u.ll);

	asm("cfmv64a	mvdx15, mvax2");
	asm("cfstr64	mvdx15, [%0]"::"r" (up));
	printf("mvax2 = %llu\n", u.ll);

	asm("cfmv64a	mvdx15, mvax3");
	asm("cfstr64	mvdx15, [%0]"::"r" (up));
	printf("mvax3 = %llu\n", u.ll);
}