tests/x86/x86_simd_cvt.ins

   1 | for X = [SI2SS, SI2SD] do
   2   CVT$(X){_XW} XMM1, EDX                {|XMM1/rw,RDX/r}
   3   CVT$(X){_XM32} XMM1, <dword> [RAX]    {|XMM1/rw,RAX/r}
   4 64:  CVT$(X){_XD} XMM1, RDX             {|XMM1/rw,RDX/r}
   5 64:  CVT$(X){_XM64} XMM1, <qword> [RAX] {|XMM1/rw,RAX/r}
   6 | endfor
   7 | for X = [SS2SI, TSS2SI] do
   8   CVT$(X){_WX} EDX, XMM2                {|XMM1/r,RDX/w}
   9   CVT$(X){_WM32} EDX, [RAX]             {|RDX/w,RAX/r}
  10 64:  CVT$(X){_DX} RDX, XMM2             {|XMM1/r,RDX/w}
  11 64:  CVT$(X){_DM32} RDX, [RAX]          {|RDX/w,RAX/r}
  12 | endfor
  13 | for X = [SD2SI, TSD2SI] do
  14   CVT$(X){_WX} EDX, XMM2                {|XMM1/r,RDX/w}
  15   CVT$(X){_WM64} EDX, [RAX]             {|RDX/w,RAX/r}
  16 64:  CVT$(X){_DX} RDX, XMM2             {|XMM1/r,RDX/w}
  17 64:  CVT$(X){_DM64} RDX, [RAX]          {|RDX/w,RAX/r}
  18 | endfor
  19   CVTSS2SD{_XX}   XMM1, XMM2            {|XMM1/rw,XMM2/r}
  20   CVTSS2SD{_XM32} XMM1, [RAX]           {|XMM1/rw,RAX/r}
  21   CVTSD2SS{_XX}   XMM1, XMM2            {|XMM1/rw,XMM2/r}
  22   CVTSD2SS{_XM64} XMM1, [RAX]           {|XMM1/rw,RAX/r}
  23
  24
  25 | for X = [DQ2PS, PS2DQ, TPS2DQ] do
  26   CVT$(X){_XX} XMM1, XMM2               {|XMM1/w,XMM2/r}
  27   CVT$(X){_XM} XMM1, [RAX]              {|XMM1/w,RAX/r}
  28 | endfor
  29 | for X = [PD2DQ, TPD2DQ, PD2PS] do
  30   CVT$(X){_XX} XMM1, XMM2               {|XMM1/w,XMM2/r}
  31   CVT$(X){_XM128} XMM1, [RAX]           {|XMM1/w,RAX/r}
  32 | endfor
  33 | for X = [PS2PD, DQ2PD] do
  34   CVT$(X){_XX} XMM1, XMM2               {|XMM1/w,XMM2/r}
  35   CVT$(X){_XM64} XMM1, [RAX]            {|XMM1/w,RAX/r}
  36 | endfor
  37
  38 | for X = [USWB, SSWB, SSDW, USDW] do
  39   PACK$(X){_XX} XMM1, XMM2              {|XMM1/rw,XMM2/r}
  40   PACK$(X){_XM} XMM1, [RAX]             {|XMM1/rw,RAX/r}
  41 | endfor
  42 | for X = [BW, WD, DQ] do
  43   PMOVSX$(X){_XX} XMM1, XMM2            {|XMM1/w,XMM2/r}
  44   PMOVSX$(X){_XM64} XMM1, [RAX]         {|XMM1/w,RAX/r}
  45   PMOVZX$(X){_XX} XMM1, XMM2            {|XMM1/w,XMM2/r}
  46   PMOVZX$(X){_XM64} XMM1, [RAX]         {|XMM1/w,RAX/r}
  47 | endfor
  48 | for X = [BD, WQ] do
  49   PMOVSX$(X){_XX} XMM1, XMM2            {|XMM1/w,XMM2/r}
  50   PMOVSX$(X){_XM32} XMM1, [RAX]         {|XMM1/w,RAX/r}
  51   PMOVZX$(X){_XX} XMM1, XMM2            {|XMM1/w,XMM2/r}
  52   PMOVZX$(X){_XM32} XMM1, [RAX]         {|XMM1/w,RAX/r}
  53 | endfor
  54 | for X = [BQ] do
  55   PMOVSX$(X){_XX} XMM1, XMM2            {|XMM1/w,XMM2/r}
  56   PMOVSX$(X){_XM16} XMM1, [RAX]         {|XMM1/w,RAX/r}
  57   PMOVZX$(X){_XX} XMM1, XMM2            {|XMM1/w,XMM2/r}
  58   PMOVZX$(X){_XM16} XMM1, [RAX]         {|XMM1/w,RAX/r}
  59 | endfor