LoongArch 64: instruction inventory

Generated by gasm-sdk's _gen from the Go toolchain's instruction table (cmd/internal/obj/loong64/anames.go, go1.27.1); DO NOT EDIT. This page lists every mnemonic go tool asm accepts on this target, which is the upper bound of the language on it: a name absent here is not an instruction of the target, and a name present here may still be one gasm's encoder cannot emit yet.

The inventory carries no per-mnemonic encoder column: on this target encodability is decided per operand shape, and the live measured coverage is reported by gasm audit-instructions.

Mnemonic	Notes
`CALL`
`DUFFCOPY`
`DUFFZERO`
`END`
`FUNCDATA`
`GETCALLERPC`
`JMP`
`NOP`	No operation
`PCALIGN`
`PCALIGNMAX`
`PCDATA`
`RET`	Return
`TEXT`
`UNDEF`
`ABSD`
`ABSF`
`ADD`	Integer add (word)
`ADDD`	Add doubleword
`ADDF`
`ADDV`
`ADDV16`
`ADDVU`
`ADDW`	Add word
`ALSLV`
`ALSLW`
`ALSLWU`
`AMADDDBV`
`AMADDDBW`
`AMADDV`
`AMADDW`
`AMANDDBV`
`AMANDDBW`
`AMANDV`
`AMANDW`
`AMCASB`
`AMCASDBB`
`AMCASDBH`
`AMCASDBV`
`AMCASDBW`
`AMCASH`
`AMCASV`
`AMCASW`
`AMMAXDBV`
`AMMAXDBVU`
`AMMAXDBW`
`AMMAXDBWU`
`AMMAXV`
`AMMAXVU`
`AMMAXW`
`AMMAXWU`
`AMMINDBV`
`AMMINDBVU`
`AMMINDBW`
`AMMINDBWU`
`AMMINV`
`AMMINVU`
`AMMINW`
`AMMINWU`
`AMORDBV`
`AMORDBW`
`AMORV`
`AMORW`
`AMSWAPB`
`AMSWAPDBB`
`AMSWAPDBH`
`AMSWAPDBV`
`AMSWAPDBW`
`AMSWAPH`
`AMSWAPV`
`AMSWAPW`
`AMXORDBV`
`AMXORDBW`
`AMXORV`
`AMXORW`
`AND`	Bitwise AND
`ANDN`
`BEQ`	Branch if equal
`BFPF`
`BFPT`
`BGE`	Branch if greater or equal
`BGEU`	Branch if greater or equal unsigned
`BGEZ`
`BGTZ`
`BITREV4B`
`BITREV8B`
`BITREVV`
`BITREVW`
`BLEZ`
`BLT`	Branch if less than
`BLTU`	Branch if less than unsigned
`BLTZ`
`BNE`	Branch if not equal
`BREAK`	Breakpoint
`BSTRINSV`
`BSTRINSW`
`BSTRPICKV`
`BSTRPICKW`
`CLOV`
`CLOW`
`CLZV`
`CLZW`
`CMPEQD`
`CMPEQF`
`CMPGED`
`CMPGEF`
`CMPGTD`
`CMPGTF`
`CPUCFG`
`CRCCWBW`
`CRCCWHW`
`CRCCWVW`
`CRCCWWW`
`CRCWBW`
`CRCWHW`
`CRCWVW`
`CRCWWW`
`CTOV`
`CTOW`
`CTZV`
`CTZW`
`DBAR`	Barrier
`DIV`	Divide (word)
`DIVD`	Divide doubleword
`DIVF`
`DIVU`
`DIVV`
`DIVVU`
`DIVW`	Divide word
`DIVWU`
`EXTWB`
`EXTWH`
`FCLASSD`
`FCLASSF`
`FCOPYSGD`
`FCOPYSGF`
`FFINTDV`
`FFINTDW`
`FFINTFV`
`FFINTFW`
`FLOGBD`
`FLOGBF`
`FMADDD`
`FMADDF`
`FMAXAD`
`FMAXAF`
`FMAXD`
`FMAXF`
`FMINAD`
`FMINAF`
`FMIND`
`FMINF`
`FMSUBD`
`FMSUBF`
`FNMADDD`
`FNMADDF`
`FNMSUBD`
`FNMSUBF`
`FSCALEBD`
`FSCALEBF`
`FSEL`
`FTINTRMVD`
`FTINTRMVF`
`FTINTRMWD`
`FTINTRMWF`
`FTINTRNEVD`
`FTINTRNEVF`
`FTINTRNEWD`
`FTINTRNEWF`
`FTINTRPVD`
`FTINTRPVF`
`FTINTRPWD`
`FTINTRPWF`
`FTINTRZVD`
`FTINTRZVF`
`FTINTRZWD`
`FTINTRZWF`
`FTINTVD`
`FTINTVF`
`FTINTWD`
`FTINTWF`
`JIRL`	Jump indirect with link
`LL`
`LLV`
`LU12IW`
`LU32ID`
`LU52ID`
`LUI`
`MASKEQZ`
`MASKNEZ`
`MOVB`
`MOVBU`
`MOVD`
`MOVDF`
`MOVDV`
`MOVDW`
`MOVF`
`MOVFD`
`MOVFV`
`MOVFW`
`MOVH`
`MOVHU`
`MOVV`
`MOVVD`
`MOVVF`
`MOVVP`
`MOVW`
`MOVWD`
`MOVWF`
`MOVWP`
`MOVWU`
`MUL`	Multiply (word)
`MULD`	Multiply doubleword
`MULF`
`MULH`
`MULHU`
`MULHV`
`MULHVU`
`MULV`
`MULVU`
`MULW`	Multiply word
`MULWVW`
`MULWVWU`
`NEGD`
`NEGF`
`NEGV`
`NEGW`
`NOOP`
`NOR`	Bitwise NOR
`OR`	Bitwise OR
`ORN`
`PCADDU12I`
`PCALAU12I`
`PRELD`
`PRELDX`
`RDTIMED`
`RDTIMEHW`
`RDTIMELW`
`REM`
`REMU`
`REMV`
`REMVU`
`REMW`
`REMWU`
`REVB2H`
`REVB2W`
`REVB4H`
`REVBV`
`REVH2W`
`REVHV`
`RFE`
`ROTR`	Rotate right
`ROTRV`
`SC`
`SCV`
`SGT`
`SGTU`
`SLL`	Shift left logical
`SLLV`
`SQRTD`
`SQRTF`
`SRA`	Shift right arithmetic
`SRAV`
`SRL`	Shift right logical
`SRLV`
`SUB`	Subtract (word)
`SUBD`	Subtract doubleword
`SUBF`
`SUBV`
`SUBVU`
`SUBW`	Subtract word
`SYSCALL`	System call
`TEQ`
`TNE`
`TRUNCDV`
`TRUNCDW`
`TRUNCFV`
`TRUNCFW`
`VADDB`
`VADDBU`
`VADDD`
`VADDF`
`VADDH`
`VADDHU`
`VADDQ`
`VADDV`
`VADDVU`
`VADDW`
`VADDWEVHB`
`VADDWEVHBU`
`VADDWEVQV`
`VADDWEVQVU`
`VADDWEVVW`
`VADDWEVVWU`
`VADDWEVWH`
`VADDWEVWHU`
`VADDWODHB`
`VADDWODHBU`
`VADDWODQV`
`VADDWODQVU`
`VADDWODVW`
`VADDWODVWU`
`VADDWODWH`
`VADDWODWHU`
`VADDWU`
`VANDB`
`VANDNV`
`VANDV`
`VBITCLRB`
`VBITCLRH`
`VBITCLRV`
`VBITCLRW`
`VBITREVB`
`VBITREVH`
`VBITREVV`
`VBITREVW`
`VBITSETB`
`VBITSETH`
`VBITSETV`
`VBITSETW`
`VDIVB`
`VDIVBU`
`VDIVD`
`VDIVF`
`VDIVH`
`VDIVHU`
`VDIVV`
`VDIVVU`
`VDIVW`
`VDIVWU`
`VEXTRINSB`
`VEXTRINSH`
`VEXTRINSV`
`VEXTRINSW`
`VFCLASSD`
`VFCLASSF`
`VFRECIPD`
`VFRECIPF`
`VFRINTD`
`VFRINTF`
`VFRINTRMD`
`VFRINTRMF`
`VFRINTRNED`
`VFRINTRNEF`
`VFRINTRPD`
`VFRINTRPF`
`VFRINTRZD`
`VFRINTRZF`
`VFRSQRTD`
`VFRSQRTF`
`VFSQRTD`
`VFSQRTF`
`VILVHB`
`VILVHH`
`VILVHV`
`VILVHW`
`VILVLB`
`VILVLH`
`VILVLV`
`VILVLW`
`VMADDB`
`VMADDH`
`VMADDV`
`VMADDW`
`VMADDWEVHB`
`VMADDWEVHBU`
`VMADDWEVHBUB`
`VMADDWEVQV`
`VMADDWEVQVU`
`VMADDWEVQVUV`
`VMADDWEVVW`
`VMADDWEVVWU`
`VMADDWEVVWUW`
`VMADDWEVWH`
`VMADDWEVWHU`
`VMADDWEVWHUH`
`VMADDWODHB`
`VMADDWODHBU`
`VMADDWODHBUB`
`VMADDWODQV`
`VMADDWODQVU`
`VMADDWODQVUV`
`VMADDWODVW`
`VMADDWODVWU`
`VMADDWODVWUW`
`VMADDWODWH`
`VMADDWODWHU`
`VMADDWODWHUH`
`VMODB`
`VMODBU`
`VMODH`
`VMODHU`
`VMODV`
`VMODVU`
`VMODW`
`VMODWU`
`VMOVQ`
`VMSUBB`
`VMSUBH`
`VMSUBV`
`VMSUBW`
`VMUHB`
`VMUHBU`
`VMUHH`
`VMUHHU`
`VMUHV`
`VMUHVU`
`VMUHW`
`VMUHWU`
`VMULB`
`VMULD`
`VMULF`
`VMULH`
`VMULV`
`VMULW`
`VMULWEVHB`
`VMULWEVHBU`
`VMULWEVHBUB`
`VMULWEVQV`
`VMULWEVQVU`
`VMULWEVQVUV`
`VMULWEVVW`
`VMULWEVVWU`
`VMULWEVVWUW`
`VMULWEVWH`
`VMULWEVWHU`
`VMULWEVWHUH`
`VMULWODHB`
`VMULWODHBU`
`VMULWODHBUB`
`VMULWODQV`
`VMULWODQVU`
`VMULWODQVUV`
`VMULWODVW`
`VMULWODVWU`
`VMULWODVWUW`
`VMULWODWH`
`VMULWODWHU`
`VMULWODWHUH`
`VNEGB`
`VNEGH`
`VNEGV`
`VNEGW`
`VNORB`
`VNORV`
`VORB`
`VORNV`
`VORV`
`VPCNTB`
`VPCNTH`
`VPCNTV`
`VPCNTW`
`VPERMIW`
`VROTRB`
`VROTRH`
`VROTRV`
`VROTRW`
`VSADDB`
`VSADDBU`
`VSADDH`
`VSADDHU`
`VSADDV`
`VSADDVU`
`VSADDW`
`VSADDWU`
`VSEQB`
`VSEQH`
`VSEQV`
`VSEQW`
`VSETALLNEB`
`VSETALLNEH`
`VSETALLNEV`
`VSETALLNEW`
`VSETANYEQB`
`VSETANYEQH`
`VSETANYEQV`
`VSETANYEQW`
`VSETEQV`
`VSETNEV`
`VSHUF4IB`
`VSHUF4IH`
`VSHUF4IV`
`VSHUF4IW`
`VSHUFB`
`VSHUFH`
`VSHUFV`
`VSHUFW`
`VSLLB`
`VSLLH`
`VSLLV`
`VSLLW`
`VSLTB`
`VSLTBU`
`VSLTH`
`VSLTHU`
`VSLTV`
`VSLTVU`
`VSLTW`
`VSLTWU`
`VSRAB`
`VSRAH`
`VSRAV`
`VSRAW`
`VSRLB`
`VSRLH`
`VSRLV`
`VSRLW`
`VSSUBB`
`VSSUBBU`
`VSSUBH`
`VSSUBHU`
`VSSUBV`
`VSSUBVU`
`VSSUBW`
`VSSUBWU`
`VSUBB`
`VSUBBU`
`VSUBD`
`VSUBF`
`VSUBH`
`VSUBHU`
`VSUBQ`
`VSUBV`
`VSUBVU`
`VSUBW`
`VSUBWEVHB`
`VSUBWEVHBU`
`VSUBWEVQV`
`VSUBWEVQVU`
`VSUBWEVVW`
`VSUBWEVVWU`
`VSUBWEVWH`
`VSUBWEVWHU`
`VSUBWODHB`
`VSUBWODHBU`
`VSUBWODQV`
`VSUBWODQVU`
`VSUBWODVW`
`VSUBWODVWU`
`VSUBWODWH`
`VSUBWODWHU`
`VSUBWU`
`VXORB`
`VXORV`
`WORD`
`XOR`	Bitwise XOR
`XVADDB`
`XVADDBU`
`XVADDD`
`XVADDF`
`XVADDH`
`XVADDHU`
`XVADDQ`
`XVADDV`
`XVADDVU`
`XVADDW`
`XVADDWEVHB`
`XVADDWEVHBU`
`XVADDWEVQV`
`XVADDWEVQVU`
`XVADDWEVVW`
`XVADDWEVVWU`
`XVADDWEVWH`
`XVADDWEVWHU`
`XVADDWODHB`
`XVADDWODHBU`
`XVADDWODQV`
`XVADDWODQVU`
`XVADDWODVW`
`XVADDWODVWU`
`XVADDWODWH`
`XVADDWODWHU`
`XVADDWU`
`XVANDB`
`XVANDNV`
`XVANDV`
`XVBITCLRB`
`XVBITCLRH`
`XVBITCLRV`
`XVBITCLRW`
`XVBITREVB`
`XVBITREVH`
`XVBITREVV`
`XVBITREVW`
`XVBITSETB`
`XVBITSETH`
`XVBITSETV`
`XVBITSETW`
`XVDIVB`
`XVDIVBU`
`XVDIVD`
`XVDIVF`
`XVDIVH`
`XVDIVHU`
`XVDIVV`
`XVDIVVU`
`XVDIVW`
`XVDIVWU`
`XVEXTRINSB`
`XVEXTRINSH`
`XVEXTRINSV`
`XVEXTRINSW`
`XVFCLASSD`
`XVFCLASSF`
`XVFRECIPD`
`XVFRECIPF`
`XVFRINTD`
`XVFRINTF`
`XVFRINTRMD`
`XVFRINTRMF`
`XVFRINTRNED`
`XVFRINTRNEF`
`XVFRINTRPD`
`XVFRINTRPF`
`XVFRINTRZD`
`XVFRINTRZF`
`XVFRSQRTD`
`XVFRSQRTF`
`XVFSQRTD`
`XVFSQRTF`
`XVILVHB`
`XVILVHH`
`XVILVHV`
`XVILVHW`
`XVILVLB`
`XVILVLH`
`XVILVLV`
`XVILVLW`
`XVMADDB`
`XVMADDH`
`XVMADDV`
`XVMADDW`
`XVMADDWEVHB`
`XVMADDWEVHBU`
`XVMADDWEVHBUB`
`XVMADDWEVQV`
`XVMADDWEVQVU`
`XVMADDWEVQVUV`
`XVMADDWEVVW`
`XVMADDWEVVWU`
`XVMADDWEVVWUW`
`XVMADDWEVWH`
`XVMADDWEVWHU`
`XVMADDWEVWHUH`
`XVMADDWODHB`
`XVMADDWODHBU`
`XVMADDWODHBUB`
`XVMADDWODQV`
`XVMADDWODQVU`
`XVMADDWODQVUV`
`XVMADDWODVW`
`XVMADDWODVWU`
`XVMADDWODVWUW`
`XVMADDWODWH`
`XVMADDWODWHU`
`XVMADDWODWHUH`
`XVMODB`
`XVMODBU`
`XVMODH`
`XVMODHU`
`XVMODV`
`XVMODVU`
`XVMODW`
`XVMODWU`
`XVMOVQ`
`XVMSUBB`
`XVMSUBH`
`XVMSUBV`
`XVMSUBW`
`XVMUHB`
`XVMUHBU`
`XVMUHH`
`XVMUHHU`
`XVMUHV`
`XVMUHVU`
`XVMUHW`
`XVMUHWU`
`XVMULB`
`XVMULD`
`XVMULF`
`XVMULH`
`XVMULV`
`XVMULW`
`XVMULWEVHB`
`XVMULWEVHBU`
`XVMULWEVHBUB`
`XVMULWEVQV`
`XVMULWEVQVU`
`XVMULWEVQVUV`
`XVMULWEVVW`
`XVMULWEVVWU`
`XVMULWEVVWUW`
`XVMULWEVWH`
`XVMULWEVWHU`
`XVMULWEVWHUH`
`XVMULWODHB`
`XVMULWODHBU`
`XVMULWODHBUB`
`XVMULWODQV`
`XVMULWODQVU`
`XVMULWODQVUV`
`XVMULWODVW`
`XVMULWODVWU`
`XVMULWODVWUW`
`XVMULWODWH`
`XVMULWODWHU`
`XVMULWODWHUH`
`XVNEGB`
`XVNEGH`
`XVNEGV`
`XVNEGW`
`XVNORB`
`XVNORV`
`XVORB`
`XVORNV`
`XVORV`
`XVPCNTB`
`XVPCNTH`
`XVPCNTV`
`XVPCNTW`
`XVPERMIQ`
`XVPERMIV`
`XVPERMIW`
`XVROTRB`
`XVROTRH`
`XVROTRV`
`XVROTRW`
`XVSADDB`
`XVSADDBU`
`XVSADDH`
`XVSADDHU`
`XVSADDV`
`XVSADDVU`
`XVSADDW`
`XVSADDWU`
`XVSEQB`
`XVSEQH`
`XVSEQV`
`XVSEQW`
`XVSETALLNEB`
`XVSETALLNEH`
`XVSETALLNEV`
`XVSETALLNEW`
`XVSETANYEQB`
`XVSETANYEQH`
`XVSETANYEQV`
`XVSETANYEQW`
`XVSETEQV`
`XVSETNEV`
`XVSHUF4IB`
`XVSHUF4IH`
`XVSHUF4IV`
`XVSHUF4IW`
`XVSHUFB`
`XVSHUFH`
`XVSHUFV`
`XVSHUFW`
`XVSLLB`
`XVSLLH`
`XVSLLV`
`XVSLLW`
`XVSLTB`
`XVSLTBU`
`XVSLTH`
`XVSLTHU`
`XVSLTV`
`XVSLTVU`
`XVSLTW`
`XVSLTWU`
`XVSRAB`
`XVSRAH`
`XVSRAV`
`XVSRAW`
`XVSRLB`
`XVSRLH`
`XVSRLV`
`XVSRLW`
`XVSSUBB`
`XVSSUBBU`
`XVSSUBH`
`XVSSUBHU`
`XVSSUBV`
`XVSSUBVU`
`XVSSUBW`
`XVSSUBWU`
`XVSUBB`
`XVSUBBU`
`XVSUBD`
`XVSUBF`
`XVSUBH`
`XVSUBHU`
`XVSUBQ`
`XVSUBV`
`XVSUBVU`
`XVSUBW`
`XVSUBWEVHB`
`XVSUBWEVHBU`
`XVSUBWEVQV`
`XVSUBWEVQVU`
`XVSUBWEVVW`
`XVSUBWEVVWU`
`XVSUBWEVWH`
`XVSUBWEVWHU`
`XVSUBWODHB`
`XVSUBWODHBU`
`XVSUBWODQV`
`XVSUBWODQVU`
`XVSUBWODVW`
`XVSUBWODVWU`
`XVSUBWODWH`
`XVSUBWODWHU`
`XVSUBWU`
`XVXORB`
`XVXORV`
`JAL`

Recognised: 814 mnemonics.

15 KiB Raw Blame History

LoongArch 64: instruction inventory

15 KiB

Raw Blame History