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[/] [openrisc/] [trunk/] [gnu-old/] [binutils-2.18.50/] [gas/] [testsuite/] [gas/] [mips/] [set-arch.s] - Rev 816
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.text .set noreorder .set noat .set arch=4010 flushi flushd flushid madd $4,$5 maddu $5,$6 ffc $6,$7 ffs $7,$8 msub $8,$9 msubu $9,$10 selsl $10,$11,$12 selsr $11,$12,$13 waiti wb 16($14) addciu $14,$15,16 .set arch=4100 hibernate standby suspend .set arch=4650 mad $4,$5 madu $5,$6 mul $6,$7,$8 # test mips4 instructions. .set arch=mips4 text_label: bc1f text_label bc1f $fcc1,text_label bc1fl $fcc1,text_label bc1t $fcc1,text_label bc1tl $fcc2,text_label c.f.d $f4,$f6 c.f.d $fcc1,$f4,$f6 ldxc1 $f2,$4($5) lwxc1 $f2,$4($5) madd.d $f0,$f2,$f4,$f6 madd.s $f0,$f2,$f4,$f6 movf $4,$5,$fcc4 movf.d $f4,$f6,$fcc0 movf.s $f4,$f6,$fcc0 movn $4,$6,$6 movn.d $f4,$f6,$6 movn.s $f4,$f6,$6 movt $4,$5,$fcc4 movt.d $f4,$f6,$fcc0 movt.s $f4,$f6,$fcc0 movz $4,$6,$6 movz.d $f4,$f6,$6 movz.s $f4,$f6,$6 msub.d $f0,$f2,$f4,$f6 msub.s $f0,$f2,$f4,$f6 nmadd.d $f0,$f2,$f4,$f6 nmadd.s $f0,$f2,$f4,$f6 nmsub.d $f0,$f2,$f4,$f6 nmsub.s $f0,$f2,$f4,$f6 # We don't test pref because currently the disassembler will # disassemble it as lwc3. lwc3 is correct for mips1 to mips3, # while pref is correct for mips4. Unfortunately, the # disassembler does not know which architecture it is # disassembling for. # pref 4,0($4) prefx 4,$4($5) recip.d $f4,$f6 recip.s $f4,$f6 rsqrt.d $f4,$f6 rsqrt.s $f4,$f6 sdxc1 $f4,$4($5) swxc1 $f4,$4($5) # test mips5 instructions. .set arch=mips5 abs.ps $f0, $f2 add.ps $f2, $f4, $f6 alnv.ps $f6, $f8, $f10, $3 c.eq.ps $f8, $f10 c.eq.ps $fcc2, $f10, $f12 c.f.ps $f8, $f10 c.f.ps $fcc2, $f10, $f12 c.le.ps $f8, $f10 c.le.ps $fcc2, $f10, $f12 c.lt.ps $f8, $f10 c.lt.ps $fcc2, $f10, $f12 c.nge.ps $f8, $f10 c.nge.ps $fcc2, $f10, $f12 c.ngl.ps $f8, $f10 c.ngl.ps $fcc2, $f10, $f12 c.ngle.ps $f8, $f10 c.ngle.ps $fcc2, $f10, $f12 c.ngt.ps $f8, $f10 c.ngt.ps $fcc2, $f10, $f12 c.ole.ps $f8, $f10 c.ole.ps $fcc2, $f10, $f12 c.olt.ps $f8, $f10 c.olt.ps $fcc2, $f10, $f12 c.seq.ps $f8, $f10 c.seq.ps $fcc2, $f10, $f12 c.sf.ps $f8, $f10 c.sf.ps $fcc2, $f10, $f12 c.ueq.ps $f8, $f10 c.ueq.ps $fcc2, $f10, $f12 c.ule.ps $f8, $f10 c.ule.ps $fcc2, $f10, $f12 c.ult.ps $f8, $f10 c.ult.ps $fcc2, $f10, $f12 c.un.ps $f8, $f10 c.un.ps $fcc2, $f10, $f12 cvt.ps.s $f12, $f14, $f16 cvt.s.pl $f16, $f18 cvt.s.pu $f18, $f20 luxc1 $f20, $4($5) madd.ps $f20, $f22, $f24, $f26 mov.ps $f24, $f26 movf.ps $f26, $f28, $fcc2 movn.ps $f26, $f28, $3 movt.ps $f28, $f30, $fcc4 movz.ps $f28, $f30, $5 msub.ps $f30, $f0, $f2, $f4 mul.ps $f2, $f4, $f6 neg.ps $f6, $f8 nmadd.ps $f6, $f8, $f10, $f12 nmsub.ps $f6, $f8, $f10, $f12 pll.ps $f10, $f12, $f14 plu.ps $f14, $f16, $f18 pul.ps $f16, $f18, $f20 puu.ps $f20, $f22, $f24 sub.ps $f22, $f24, $f26 suxc1 $f26, $6($7) c.eq.ps $fcc3, $f10, $f12 # warns movf.ps $f26, $f28, $fcc3 # warns # test assembly of mips32 instructions .set arch=mips32 # unprivileged CPU instructions clo $1, $2 clz $3, $4 madd $5, $6 maddu $7, $8 msub $9, $10 msubu $11, $12 mul $13, $14, $15 pref 4, ($16) pref 4, 32767($17) pref 4, -32768($18) ssnop # unprivileged coprocessor instructions. # these tests use cp2 to avoid other (cp0, fpu, prefetch) opcodes. bc2f text_label nop bc2fl text_label nop bc2t text_label nop bc2tl text_label nop # XXX other BCzCond encodings not currently expressable cfc2 $1, $2 cop2 0x1234567 # disassembles as c2 ... ctc2 $2, $3 mfc2 $3, $4 mfc2 $4, $5, 0 # disassembles without sel mfc2 $5, $6, 7 mtc2 $6, $7 mtc2 $7, $8, 0 # disassembles without sel mtc2 $8, $9, 7 # privileged instructions cache 5, ($1) cache 5, 32767($2) cache 5, -32768($3) eret tlbp tlbr tlbwi tlbwr wait wait 0 # disassembles without code wait 0x56789 # For a while break for the mips32 ISA interpreted a single argument # as a 20-bit code, placing it in the opcode differently to # traditional ISAs. This turned out to cause problems, so it has # been removed. This test is to assure consistent interpretation. break break 0 # disassembles without code break 0x345 break 0x48,0x345 # this still specifies a 20-bit code # Instructions in previous ISAs or CPUs which are now slightly # different. sdbbp sdbbp 0 # disassembles without code sdbbp 0x56789 # test assembly of mips32r2 instructions .set arch=mips32r2 # unprivileged CPU instructions ehb ext $4, $5, 6, 8 ins $4, $5, 6, 8 jalr.hb $8 jalr.hb $20, $9 jr.hb $8 # Note, further testing of rdhwr is done in hwr-names-mips32r2.d rdhwr $10, $0 rdhwr $11, $1 rdhwr $12, $2 rdhwr $13, $3 rdhwr $14, $4 rdhwr $15, $5 # This file checks that in fact HW rotate will # be used for this arch, and checks assembly # of the official MIPS mnemonics. (Note that disassembly # uses the traditional "ror" and "rorv" mnemonics.) # Additional rotate tests are done by rol-hw.d. rotl $25, $10, 4 rotr $25, $10, 4 rotl $25, $10, $4 rotr $25, $10, $4 rotrv $25, $10, $4 seb $7 seb $8, $10 seh $7 seh $8, $10 synci 0x5555($10) wsbh $7 wsbh $8, $10 # cp0 instructions di di $0 di $10 ei ei $0 ei $10 rdpgpr $10, $25 wrpgpr $10, $25 # FPU (cp1) instructions # # Even registers are supported w/ 32-bit FPU, odd # registers supported only for 64-bit FPU. # Only the 32-bit FPU instructions are tested here. mfhc1 $17, $f0 mthc1 $17, $f0 # cp2 instructions mfhc2 $17, 0x5555 mthc2 $17, 0x5555 .set arch=mips64 # test assembly of mips64 instructions # unprivileged CPU instructions dclo $1, $2 dclz $3, $4 # unprivileged coprocessor instructions. # these tests use cp2 to avoid other (cp0, fpu, prefetch) opcodes. dmfc2 $3, $4 dmfc2 $4, $5, 0 # disassembles without sel dmfc2 $5, $6, 7 dmtc2 $6, $7 dmtc2 $7, $8, 0 # disassembles without sel dmtc2 $8, $9, 7 .set arch=vr4111 dmadd16 $4,$5 madd16 $5,$6 .set arch=vr4120 # Include mflos to check for nop insertion. mflo $4 dmacc $4,$5,$6 dmacchi $4,$5,$6 dmacchis $4,$5,$6 dmacchiu $4,$5,$6 dmacchius $4,$5,$6 dmaccs $4,$5,$6 dmaccu $4,$5,$6 dmaccus $4,$5,$6 mflo $4 macc $4,$5,$6 macchi $4,$5,$6 macchis $4,$5,$6 macchiu $4,$5,$6 macchius $4,$5,$6 maccs $4,$5,$6 maccu $4,$5,$6 maccus $4,$5,$6 .set arch=vr5400 /* Integer instructions. */ mulu $4,$5,$6 mulhi $4,$5,$6 mulhiu $4,$5,$6 muls $4,$5,$6 mulsu $4,$5,$6 mulshi $4,$5,$6 mulshiu $4,$5,$6 macc $4,$5,$6 maccu $4,$5,$6 macchi $4,$5,$6 macchiu $4,$5,$6 msac $4,$5,$6 msacu $4,$5,$6 msachi $4,$5,$6 msachiu $4,$5,$6 ror $4,$5,25 rorv $4,$5,$6 dror $4,$5,25 dror $4,$5,57 /* Should expand to dror32 $4,$5,25. */ dror32 $4,$5,25 drorv $4,$5,$6 /* Debug instructions. */ dbreak dret mfdr $3,$3 mtdr $3,$3 /* Coprocessor 0 instructions, minus standard ISA 3 ones. That leaves just the performance monitoring registers. */ mfpc $4,1 mfps $4,1 mtpc $4,1 mtps $4,1 /* Multimedia instructions. */ .macro nsel2 op /* Test each form of each vector opcode. */ \op $f0,$f2 \op $f4,$f6[2] \op $f6,15 .if 0 /* Which is right?? */ /* Test negative numbers in immediate-value slot. */ \op $f4,-3 .else /* Test that it's recognized as an unsigned field. */ \op $f4,31 .endif .endm .macro nsel3 op /* Test each form of each vector opcode. */ \op $f0,$f2,$f4 \op $f2,$f4,$f6[2] \op $f6,$f4,15 .if 0 /* Which is right?? */ /* Test negative numbers in immediate-value slot. */ \op $f4,$f6,-3 .else /* Test that it's recognized as an unsigned field. */ \op $f4,$f6,31 .endif .endm nsel3 add.ob nsel3 and.ob nsel2 c.eq.ob nsel2 c.le.ob nsel2 c.lt.ob nsel3 max.ob nsel3 min.ob nsel3 mul.ob nsel2 mula.ob nsel2 mull.ob nsel2 muls.ob nsel2 mulsl.ob nsel3 nor.ob nsel3 or.ob nsel3 pickf.ob nsel3 pickt.ob nsel3 sub.ob nsel3 xor.ob /* ALNI, SHFL: Vector only. */ alni.ob $f0,$f2,$f4,5 shfl.mixh.ob $f0,$f2,$f4 shfl.mixl.ob $f0,$f2,$f4 shfl.pach.ob $f0,$f2,$f4 shfl.pacl.ob $f0,$f2,$f4 /* SLL,SRL: Scalar or immediate. */ sll.ob $f2,$f4,$f6[3] sll.ob $f4,$f6,14 srl.ob $f2,$f4,$f6[3] srl.ob $f4,$f6,14 /* RZU: Immediate, must be 0, 8, or 16. */ rzu.ob $f2,13 /* No selector. */ rach.ob $f2 racl.ob $f2 racm.ob $f2 wach.ob $f2 wacl.ob $f2,$f4 ror $4,$5,$6 rol $4,$5,15 dror $4,$5,$6 drol $4,$5,31 drol $4,$5,62 .set arch=vr5500 /* Prefetch instructions. */ # We don't test pref because currently the disassembler will # disassemble it as lwc3. lwc3 is correct for mips1 to mips3, # while pref is correct for mips4. Unfortunately, the # disassembler does not know which architecture it is # disassembling for. # pref 4,0($4) prefx 4,$4($5) /* Miscellaneous instructions. */ wait wait 0 # disassembles without code wait 0x56789 ssnop clo $3,$4 dclo $3,$4 clz $3,$4 dclz $3,$4 luxc1 $f0,$4($2) suxc1 $f2,$4($2) tlbp tlbr .set arch=default # make objdump print ... .space 8