ghidra/Ghidra/Processors/Sparc/data/languages/SparcVIS.sinc

# The Sparc VIS1 vector instruction set
# The opcodes below that have their pcodeop uncommented have been checked to make sure
# that the register width is correct. If the call to the pcodeop is still commented out
# that means that the register width may be incorrect. For example, a call to a 64 bit
# floating point register may really use a 32 bit register.
# VIS2 or VIS2+ instructions are not included in this file.

define pcodeop alignaddr;
:alignaddr RS1,RS2,rd is opf = 0x18 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = alignaddr(RS1,RS2);
}

define pcodeop alignaddrl;
:alignaddrl RS1,RS2,rd is opf = 0x1a & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = alignaddrl(RS1,RS2);
}

define pcodeop array16;
:array16 RS1,RS2,rd is opf = 0x12 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = array16(RS1,RS2);
}

define pcodeop array32;
:array32 RS1,RS2,rd is opf = 0x14 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = array32(RS1,RS2);
}

define pcodeop array8;
:array8 RS1,RS2,rd is opf = 0x10 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = array8(RS1,RS2);
}

define pcodeop edge16cc;
:edge16cc RS1,RS2,rd is opf = 0x4 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = edge16cc(RS1,RS2);
}

define pcodeop edge16lcc;
:edge16lcc RS1,RS2,rd is opf = 0x6 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = edge16lcc(RS1,RS2);
}

define pcodeop edge32cc;
:edge32cc RS1,RS2,rd is opf = 0x8 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = edge32cc(RS1,RS2);
}

define pcodeop edge32lcc;
:edge32lcc RS1,RS2,rd is opf = 0xa & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = edge32lcc(RS1,RS2);
}

define pcodeop edge8cc;
:edge8cc RS1,RS2,rd is opf = 0x0 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = edge8cc(RS1,RS2);
}

define pcodeop edge8lcc;
:edge8lcc RS1,RS2,rd is opf = 0x2 & op3 = 0x36 & op = 0x2 & RS1 & RS2 & rd
{
	rd = edge8lcc(RS1,RS2);
}

define pcodeop faligndata;
:faligndata fdrs1,fdrs2,fdrd is opf = 0x48 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = faligndata(fdrs1,fdrs2);
}

define pcodeop fandd;
:fandd fdrs1,fdrs2,fdrd is opf = 0x70 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fandd(fdrs1,fdrs2);
}

define pcodeop fandnot1d;
:fandnot1d fdrs1,fdrs2,fdrd is opf = 0x68 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fandnot1d(fdrs1,fdrs2);
}

define pcodeop fandnot1s;
:fandnot1s fdrs1,fdrs2,fdrd is opf = 0x69 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fandnot1s(fdrs1,fdrs2);
}

define pcodeop fandnot2d;
:fandnot2d fdrs1,fdrs2,fdrd is opf = 0x64 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fandnot2d(fdrs1,fdrs2);
}

define pcodeop fandnot2s;
:fandnot2s fdrs1,fdrs2,fdrd is opf = 0x65 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fandnot2s(fdrs1,fdrs2);
}

define pcodeop fands;
:fands fdrs1,fdrs2,fdrd is opf = 0x71 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fands(fdrs1,fdrs2);
}

define pcodeop fexpand;
:fexpand fsrs2,fdrd is opf = 0x4d & op3 = 0x36 & op = 0x2 & fsrs2 & fdrd
{
	fdrd = fexpand(fsrs2);
}

define pcodeop fmul8sux16;
:fmul8sux16 fdrs1,fdrs2,fdrd is opf = 0x36 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fmul8sux16(fdrs1,fdrs2);
}

define pcodeop fmul8ulx16;
:fmul8ulx16 fdrs1,fdrs2,fdrd is opf = 0x37 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fmul8ulx16(fdrs1,fdrs2);
}

define pcodeop fmul8x16;
:fmul8x16 fdrs1,fdrs2,fdrd is opf = 0x31 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fmul8x16(fdrs1,fdrs2);
}

define pcodeop fmul8x16al;
:fmul8x16al fdrs1,fdrs2,fdrd is opf = 0x35 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fmul8x16al(fdrs1,fdrs2);
}

define pcodeop fmul8x16au;
:fmul8x16au fdrs1,fdrs2,fdrd is opf = 0x33 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fmul8x16au(fdrs1,fdrs2);
}

define pcodeop fmuld8sux16;
:fmuld8sux16 fdrs1,fdrs2,fdrd is opf = 0x38 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fmuld8sux16(fdrs1,fdrs2);
}

define pcodeop fmuld8ulx16;
:fmuld8ulx16 fdrs1,fdrs2,fdrd is opf = 0x39 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fmuld8ulx16(fdrs1,fdrs2);
}

define pcodeop fnandd;
:fnandd fdrs1,fdrs2,fdrd is opf = 0x6e & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fnandd(fdrs1,fdrs2);
}

define pcodeop fnands;
:fnands fdrs1,fdrs2,fdrd is opf = 0x6f & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fnands(fdrs1,fdrs2);
}

define pcodeop fnord;
:fnord fdrs1,fdrs2,fdrd is opf = 0x62 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fnord(fdrs1,fdrs2);
}

define pcodeop fnors;
:fnors fdrs1,fdrs2,fdrd is opf = 0x63 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fnors(fdrs1,fdrs2);
}

define pcodeop fnot1d;
:fnot1d fdrs1,fdrd is opf = 0x6a & op3 = 0x36 & op = 0x2 & fdrs1 & fdrd
{
	fdrd = fnot1d(fdrs1);
}

define pcodeop fnot1s;
:fnot1s fdrs1,fdrd is opf = 0x6b & op3 = 0x36 & op = 0x2 & fdrs1 & fdrd
{
	fdrd = fnot1s(fdrs1);
}

define pcodeop fnot2d;
:fnot2d fdrs2,fdrd is opf = 0x66 & op3 = 0x36 & op = 0x2 & fdrs2 & fdrd
{
	fdrd = fnot2d(fdrs2);
}

define pcodeop fnot2s;
:fnot2s fdrs2,fdrd is opf = 0x67 & op3 = 0x36 & op = 0x2 & fdrs2 & fdrd
{
	fdrd = fnot2s(fdrs2);
}

define pcodeop foned;
:foned fdrd is opf = 0x7e & op3 = 0x36 & op = 0x2 & fdrd
{
	fdrd = foned();
}

define pcodeop fones;
:fones fsrd is opf = 0x7f & op3 = 0x36 & op = 0x2 & fsrd
{
	fsrd = fones();
}

define pcodeop ford;
:ford fdrs1,fdrs2,fdrd is opf = 0x7c & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = ford(fdrs1,fdrs2);
}

define pcodeop fornot1d;
:fornot1d fdrs1,fdrs2,fdrd is opf = 0x7a & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fornot1d(fdrs1,fdrs2);
}

define pcodeop fornot1s;
:fornot1s fdrs1,fdrs2,fdrd is opf = 0x7b & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fornot1s(fdrs1,fdrs2);
}

define pcodeop fornot2d;
:fornot2d fdrs1,fdrs2,fdrd is opf = 0x76 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fornot2d(fdrs1,fdrs2);
}

define pcodeop fornot2s;
:fornot2s fdrs1,fdrs2,fdrd is opf = 0x77 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fornot2s(fdrs1,fdrs2);
}

define pcodeop fors;
:fors fdrs1,fdrs2,fdrd is opf = 0x7d & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fors(fdrs1,fdrs2);
}

define pcodeop fpack16;
:fpack16 fdrs2,fsrd is opf = 0x3b & op3=0x36 & op = 0x2 & fdrs2 & fsrd
{
	fsrd = fpack16(fdrs2);
}

define pcodeop fpack32;
:fpack32 fdrs1,fdrs2,fdrd is opf = 0x3a & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpack32(fdrs1,fdrs2);
}

define pcodeop fpackfix;
:fpackfix fdrs2,fsrd is opf = 0x3d & op3 = 0x36 & op = 0x2 & fdrs2 & fsrd
{
	fsrd = fpackfix(fdrs2);
}

define pcodeop fpadd16;
:fpadd16 fdrs1,fdrs2,fdrd is opf = 0x50 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpadd16(fdrs1,fdrs2);
}

define pcodeop fpadd16s;
:fpadd16s fdrs1,fdrs2,fdrd is opf = 0x51 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpadd16s(fdrs1,fdrs2);
}

define pcodeop fpadd32;
:fpadd32 fdrs1,fdrs2,fdrd is opf = 0x52 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpadd32(fdrs1,fdrs2);
}

define pcodeop fpadd32s;
:fpadd32s fdrs1,fdrs2,fdrd is opf = 0x53 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpadd32s(fdrs1,fdrs2);
}

define pcodeop fpcmpeq16;
:fpcmpeq16 fdrs1,fdrs2,rd is opf = 0x2a & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmpeq16(fdrs1,fdrs2);
}

define pcodeop fpcmpeq32;
:fpcmpeq32 fdrs1,fdrs2,rd is opf = 0x2e & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmpeq32(fdrs1,fdrs2);
}

define pcodeop fpcmpgt16;
:fpcmpgt16 fdrs1,fdrs2,rd is opf = 0x28 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmpgt16(fdrs1,fdrs2);
}

define pcodeop fpcmpgt32;
:fpcmpgt32 fdrs1,fdrs2,rd is opf = 0x2c & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmpgt32(fdrs1,fdrs2);
}

define pcodeop fpcmple16;
:fpcmple16 fdrs1,fdrs2,rd is opf = 0x20 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmple16(fdrs1,fdrs2);
}

define pcodeop fpcmple32;
:fpcmple32 fdrs1,fdrs2,rd is opf = 0x24 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmple32(fdrs1,fdrs2);
}

define pcodeop fpcmpne16;
:fpcmpne16 fdrs1,fdrs2,rd is opf = 0x22 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmpne16(fdrs1,fdrs2);
}

define pcodeop fpcmpne32;
:fpcmpne32 fdrs1,fdrs2,rd is opf = 0x26 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & rd
{
	rd = fpcmpne32(fdrs1,fdrs2);
}

define pcodeop fpmerge;
:fpmerge fdrs1,fdrs2,fdrd is opf = 0x4b & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpmerge(fdrs1,fdrs2);
}

define pcodeop fpsub16;
:fpsub16 fdrs1,fdrs2,fdrd is opf = 0x54 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpsub16(fdrs1,fdrs2);
}

define pcodeop fpsub16s;
:fpsub16s fdrs1,fdrs2,fdrd is opf = 0x55 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpsub16s(fdrs1,fdrs2);
}

define pcodeop fpsub32;
:fpsub32 fdrs1,fdrs2,fdrd is opf = 0x56 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpsub32(fdrs1,fdrs2);
}

define pcodeop fpsub32s;
:fpsub32s fdrs1,fdrs2,fdrd is opf = 0x57 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fpsub32s(fdrs1,fdrs2);
}

define pcodeop fsrc1d;
:fsrc1d fdrs1,fdrd is opf = 0x74 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrd
{
	fdrd = fsrc1d(fdrs1);
}

define pcodeop fsrc1s;
:fsrc1s fdrs1,fdrd is opf = 0x75 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrd
{
	fdrd = fsrc1s(fdrs1);
}

define pcodeop fsrc2d;
:fsrc2d fdrs2,fdrd is opf = 0x78 & op3 = 0x36 & op = 0x2 & fdrs2 & fdrd
{
	fdrd = fsrc2d(fdrs2);
}

define pcodeop fsrc2s;
:fsrc2s fdrs2,fdrd is opf = 0x79 & op3 = 0x36 & op = 0x2 & fdrs2 & fdrd
{
	fdrd = fsrc2s(fdrs2);
}

define pcodeop fxnord;
:fxnord fdrs1,fdrs2,fdrd is opf = 0x72 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fxnord(fdrs1,fdrs2);
}

define pcodeop fxnors;
:fxnors fdrs1,fdrs2,fdrd is opf = 0x73 & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fxnors(fdrs1,fdrs2);
}

define pcodeop fxord;
:fxord fdrs1,fdrs2,fdrd is opf = 0x6c & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fxord(fdrs1,fdrs2);
}

define pcodeop fxors;
:fxors fdrs1,fdrs2,fdrd is opf = 0x6d & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = fxors(fdrs1,fdrs2);
}

define pcodeop fzerod;
:fzerod fdrd is opf = 0x60 & op3 = 0x36 & op = 0x2 & fdrd
{
	fdrd = fzerod();
}

define pcodeop fzeros;
:fzeros fsrd is opf = 0x61 & op3 = 0x36 & op = 0x2 & fsrd
{
	fsrd = fzeros();
}

define pcodeop pdist;
:pdist fdrs1,fdrs2,fdrd is opf = 0x3e & op3 = 0x36 & op = 0x2 & fdrs1 & fdrs2 & fdrd
{
	fdrd = pdist(fdrs1,fdrs2);
}