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[/] [openrisc/] [trunk/] [gnu-old/] [gdb-6.8/] [sim/] [testsuite/] [sim/] [frv/] [fr550/] [mmachs.cgs] - Blame information for rev 24

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Line No. Rev Author Line
1 24 jeremybenn
# frv testcase for mmachs $GRi,$GRj,$ACCk
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# mach: all
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        .include "../testutils.inc"
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        start
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        .global mmachs
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mmachs:
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        ; Positive operands
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        set_fr_iimmed   2,3,fr7         ; multiply small numbers
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        set_fr_iimmed   3,2,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_immed  6,acc0
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        test_accg_immed         0,accg1
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        test_acc_immed  6,acc1
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        set_fr_iimmed   0,1,fr7         ; multiply by 0
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        set_fr_iimmed   2,0,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_immed  6,acc0
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        test_accg_immed         0,accg1
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        test_acc_immed  6,acc1
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        set_fr_iimmed   2,1,fr7         ; multiply by 1
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        set_fr_iimmed   1,2,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_immed  8,acc0
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        test_accg_immed         0,accg1
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        test_acc_immed  8,acc1
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        set_fr_iimmed   0x3fff,2,fr7    ; 15 bit result
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        set_fr_iimmed   2,0x3fff,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0,0x8006,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0,0x8006,acc1
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        set_fr_iimmed   0x4000,2,fr7    ; 16 bit result
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        set_fr_iimmed   2,0x4000,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0x0001,0x0006,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0x0001,0x0006,acc1
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        set_fr_iimmed   0x7fff,0x7fff,fr7       ; max positive result
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        set_fr_iimmed   0x7fff,0x7fff,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0x4000,0x0007,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0x4000,0x0007,acc1
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        ; Mixed operands
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        set_fr_iimmed   2,0xfffd,fr7            ; multiply small numbers
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        set_fr_iimmed   0xfffd,2,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0x4000,0x0001,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0x4000,0x0001,acc1
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        set_fr_iimmed   0xfffe,1,fr7            ; multiply by 1
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        set_fr_iimmed   1,0xfffe,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0x3fff,0xffff,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0x3fff,0xffff,acc1
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108
        set_fr_iimmed   0xfffe,0,fr7            ; multiply by 0
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        set_fr_iimmed   0,0xfffe,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0x3fff,0xffff,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0x3fff,0xffff,acc1
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120
        set_fr_iimmed   0x2001,0xfffe,fr7       ; 15 bit result
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        set_fr_iimmed   0xfffe,0x2001,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0x3fff,0xbffd,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0x3fff,0xbffd,acc1
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        set_fr_iimmed   0x4000,0xfffe,fr7       ; 16 bit result
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        set_fr_iimmed   0xfffe,0x4000,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_limmed 0x3fff,0x3ffd,acc0
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        test_accg_immed         0,accg1
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        test_acc_limmed 0x3fff,0x3ffd,acc1
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144
        set_fr_iimmed   0x7fff,0x8000,fr7       ; max negative result
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        set_fr_iimmed   0x8000,0x7fff,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0xff,accg0
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        test_acc_limmed 0xffff,0xbffd,acc0
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        test_accg_immed         0xff,accg1
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        test_acc_limmed 0xffff,0xbffd,acc1
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        ; Negative operands
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        set_fr_iimmed   0xfffe,0xfffd,fr7               ; multiply small numbers
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        set_fr_iimmed   0xfffd,0xfffe,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0xff,accg0
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        test_acc_limmed 0xffff,0xc003,acc0
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        test_accg_immed         0xff,accg1
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        test_acc_limmed 0xffff,0xc003,acc1
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        set_fr_iimmed   0xffff,0xfffe,fr7               ; multiply by -1
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        set_fr_iimmed   0xfffe,0xffff,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0xff,accg0
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        test_acc_limmed 0xffff,0xc005,acc0
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        test_accg_immed         0xff,accg1
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        test_acc_limmed 0xffff,0xc005,acc1
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        set_fr_iimmed   0x8001,0x8001,fr7       ; almost max positive result
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        set_fr_iimmed   0x8001,0x8001,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
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        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_immed  0x3ffec006,acc0
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        test_accg_immed         0,accg1
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        test_acc_immed  0x3ffec006,acc1
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        set_fr_iimmed   0x8000,0x8000,fr7       ; max positive result
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        set_fr_iimmed   0x8000,0x8000,fr8
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        mmachs          fr7,fr8,acc0
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        test_spr_bits   0x3c,2,0,msr0           ; msr0.sie is clear
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        test_spr_bits   2,1,0,msr0              ; msr0.ovf not set
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        test_spr_bits   1,0,0,msr0              ; msr0.aovf not set
199
        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt always set
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        test_accg_immed         0,accg0
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        test_acc_immed  0x7ffec006,acc0
202
        test_accg_immed         0,accg1
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        test_acc_immed  0x7ffec006,acc1
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205
        set_accg_immed  0x7f,accg0              ; saturation
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        set_acc_immed   0xffffffff,acc0
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        set_accg_immed  0x7f,accg1
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        set_acc_immed   0xffffffff,acc1
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        set_fr_iimmed   1,1,fr7
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        set_fr_iimmed   1,1,fr8
211
        mmachs          fr7,fr8,acc0
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        test_accg_immed         0x7f,accg0
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        test_acc_limmed 0xffff,0xffff,acc0
214
        test_accg_immed         0x7f,accg1
215
        test_acc_limmed 0xffff,0xffff,acc1
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217
        set_fr_iimmed   0x7fff,0x7fff,fr7       ; saturation
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        set_fr_iimmed   0x7fff,0x7fff,fr8
219
        mmachs          fr7,fr8,acc0
220
        test_spr_bits   0x3c,2,0xc,msr0         ; msr0.sie is set
221
        test_spr_bits   2,1,1,msr0              ; msr0.ovf is set
222
        test_spr_bits   1,0,1,msr0              ; msr0.aovf is set
223
        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt is set
224
        test_accg_immed         0x7f,accg0
225
        test_acc_limmed 0xffff,0xffff,acc0
226
        test_accg_immed         0x7f,accg1
227
        test_acc_limmed 0xffff,0xffff,acc1
228
 
229
        set_accg_immed  0x80,accg0              ; saturation
230
        set_acc_immed   0,acc0
231
        set_accg_immed  0x80,accg1
232
        set_acc_immed   0,acc1
233
        set_fr_iimmed   0xffff,0,fr7
234
        set_fr_iimmed   1,0xffff,fr8
235
        mmachs          fr7,fr8,acc0
236
        test_spr_bits   0x3c,2,0x8,msr0         ; msr0.sie is set
237
        test_spr_bits   2,1,1,msr0              ; msr0.ovf is set
238
        test_spr_bits   1,0,1,msr0              ; msr0.aovf is set
239
        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt is set
240
        test_accg_immed         0x80,accg0
241
        test_acc_immed  0,acc0
242
        test_accg_immed         0x80,accg1
243
        test_acc_immed  0,acc1
244
 
245
        set_fr_iimmed   0x0000,0x8000,fr7       ; saturation
246
        set_fr_iimmed   0x7fff,0x7fff,fr8
247
        mmachs          fr7,fr8,acc0
248
        test_spr_bits   0x3c,2,0x4,msr0         ; msr0.sie is set
249
        test_spr_bits   2,1,1,msr0              ; msr0.ovf is set
250
        test_spr_bits   1,0,1,msr0              ; msr0.aovf is set
251
        test_spr_bits   0x7000,12,1,msr0        ; msr0.mtt is set
252
        test_accg_immed         0x80,accg0
253
        test_acc_immed  0,acc0
254
        test_accg_immed         0x80,accg1
255
        test_acc_immed  0,acc1
256
 
257
        pass
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