5271   __ Rdvl(x0, 0);  in TEST_SVE()  local
5272   __ Rdvl(x1, 1);  in TEST_SVE()  local
5273   __ Rdvl(x2, 2);  in TEST_SVE()  local
5274   __ Rdvl(x3, 31);  in TEST_SVE()  local
5275   __ Rdvl(x4, -1);  in TEST_SVE()  local
5276   __ Rdvl(x5, -2);  in TEST_SVE()  local
5277   __ Rdvl(x6, -32);  in TEST_SVE()  local
5281   __ Rdvl(x10, 32);  in TEST_SVE()  local
5282   __ Rdvl(x11, -33);  in TEST_SVE()  local
5283   __ Rdvl(x12, 42);  in TEST_SVE()  local
5284   __ Rdvl(x13, -42);  in TEST_SVE()  local
5289   __ Rdvl(x14, 0x007fffffffffffff);  in TEST_SVE()  local
5290   __ Rdvl(x15, -0x0080000000000000);  in TEST_SVE()  local
7490   __ Rdvl(x2, 3);  // Make offsets VL-dependent so we can avoid overlap.  in TEST_SVE()  local
7503   __ Rdvl(x3, -3);  in TEST_SVE()  local
7510   __ Rdvl(x4, 1);  in TEST_SVE()  local
7874   __ Rdvl(x1, -1);  // Make offsets VL-dependent so we can avoid overlap.  in TEST_SVE()  local
7888   __ Rdvl(x2, 5);  // (5 * vl) << 1 = 10 * vl  in TEST_SVE()  local
7910   __ Rdvl(x3, -5);  // -(5 * vl) << 2 = -20 * vl  in TEST_SVE()  local
7924   __ Rdvl(x4, -1);  // -(1 * vl) << 3 = -8 * vl  in TEST_SVE()  local
8340   __ Rdvl(x1, -1);  // Make offsets VL-dependent so we can avoid overlap.  in TEST_SVE()  local
8362   __ Rdvl(x2, 7);  // (7 * vl) << 1 = 14 * vl  in TEST_SVE()  local
8392   __ Rdvl(x3, -5);  // -(5 * vl) << 2 = -20 * vl  in TEST_SVE()  local
8414   __ Rdvl(x4, -1);  // -(1 * vl) << 3 = -8 *vl  in TEST_SVE()  local
8584   __ Rdvl(x0, 0);  in TEST_SVE()  local
8591   __ Rdvl(x1, 2);  in TEST_SVE()  local
8600   __ Rdvl(x2, 2 + 3);  in TEST_SVE()  local
10474   __ Rdvl(x1, 1);  in TEST_SVE()  local
10481   __ Rdvl(x1, -1);  in TEST_SVE()  local
10488   __ Rdvl(x1, 7);  in TEST_SVE()  local
10495   __ Rdvl(x1, -8);  in TEST_SVE()  local