binutils-gdb/sim/testsuite/frv/mqmulhs.cgs
Mike Frysinger 1368b914e9 sim: testsuite: flatten tree
Now that all port tests live under testsuite/sim/*/, and none live
in testsuite/ directly, flatten the structure by moving all of the
dirs under testsuite/sim/ to testsuite/ directly.

We need to stop passing --tool to dejagnu so that it searches all
dirs and not just ones that start with "sim".  Since we have no
other dirs in this tree, and no plans to add any, should be fine.
2021-01-15 19:18:34 -05:00

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# frv testcase for mqmulhs $GRi,$GRj,$ACCk
# mach: all
.include "testutils.inc"
start
.global mqmulhs
mqmulhs:
; Positive operands
set_fr_iimmed 2,3,fr8 ; multiply small numbers
set_fr_iimmed 3,2,fr10
set_fr_iimmed 0,1,fr9 ; multiply by 0
set_fr_iimmed 2,0,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0,accg0
test_acc_immed 6,acc0
test_accg_immed 0,accg1
test_acc_immed 6,acc1
test_accg_immed 0,accg2
test_acc_immed 0,acc2
test_accg_immed 0,accg3
test_acc_immed 0,acc3
set_fr_iimmed 2,1,fr8 ; multiply by 1
set_fr_iimmed 1,2,fr10
set_fr_iimmed 0x3fff,2,fr9 ; 15 bit result
set_fr_iimmed 2,0x3fff,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0,accg0
test_acc_immed 2,acc0
test_accg_immed 0,accg1
test_acc_immed 2,acc1
test_accg_immed 0,accg2
test_acc_limmed 0,0x7ffe,acc2
test_accg_immed 0,accg3
test_acc_limmed 0,0x7ffe,acc3
set_fr_iimmed 0x4000,2,fr8 ; 16 bit result
set_fr_iimmed 2,0x4000,fr10
set_fr_iimmed 0x7fff,0x7fff,fr9 ; max positive result
set_fr_iimmed 0x7fff,0x7fff,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0,accg0
test_acc_limmed 0x0000,0x8000,acc0
test_accg_immed 0,accg1
test_acc_limmed 0x0000,0x8000,acc1
test_accg_immed 0,accg2
test_acc_limmed 0x3fff,0x0001,acc2
test_accg_immed 0,accg3
test_acc_limmed 0x3fff,0x0001,acc3
; Mixed operands
set_fr_iimmed 2,0xfffd,fr8 ; multiply small numbers
set_fr_iimmed 0xfffd,2,fr10
set_fr_iimmed 0xfffe,1,fr9 ; multiply by 1
set_fr_iimmed 1,0xfffe,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0xff,accg0
test_acc_immed -6,acc0
test_accg_immed 0xff,accg1
test_acc_immed -6,acc1
test_accg_immed 0xff,accg2
test_acc_immed -2,acc2
test_accg_immed 0xff,accg3
test_acc_immed -2,acc3
set_fr_iimmed 0xfffe,0,fr8 ; multiply by 0
set_fr_iimmed 0,0xfffe,fr10
set_fr_iimmed 0x2001,0xfffe,fr9 ; 15 bit result
set_fr_iimmed 0xfffe,0x2001,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0,accg0
test_acc_immed 0,acc0
test_accg_immed 0,accg1
test_acc_immed 0,acc1
test_accg_immed 0xff,accg2
test_acc_limmed 0xffff,0xbffe,acc2
test_accg_immed 0xff,accg3
test_acc_limmed 0xffff,0xbffe,acc3
set_fr_iimmed 0x4000,0xfffe,fr8 ; 16 bit result
set_fr_iimmed 0xfffe,0x4000,fr10
set_fr_iimmed 0x7fff,0x8000,fr9 ; max negative result
set_fr_iimmed 0x8000,0x7fff,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0xff,accg0
test_acc_limmed 0xffff,0x8000,acc0
test_accg_immed 0xff,accg1
test_acc_limmed 0xffff,0x8000,acc1
test_accg_immed 0xff,accg2
test_acc_limmed 0xc000,0x8000,acc2
test_accg_immed 0xff,accg3
test_acc_limmed 0xc000,0x8000,acc3
; Negative operands
set_fr_iimmed 0xfffe,0xfffd,fr8 ; multiply small numbers
set_fr_iimmed 0xfffd,0xfffe,fr10
set_fr_iimmed 0xffff,0xfffe,fr9 ; multiply by -1
set_fr_iimmed 0xfffe,0xffff,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0,accg0
test_acc_immed 6,acc0
test_accg_immed 0,accg1
test_acc_immed 6,acc1
test_accg_immed 0,accg2
test_acc_immed 2,acc2
test_accg_immed 0,accg3
test_acc_immed 2,acc3
set_fr_iimmed 0x8001,0x8001,fr8 ; almost max positive result
set_fr_iimmed 0x8001,0x8001,fr10
set_fr_iimmed 0x8000,0x8000,fr9 ; max positive result
set_fr_iimmed 0x8000,0x8000,fr11
mqmulhs fr8,fr10,acc0
test_accg_immed 0,accg0
test_acc_immed 0x3fff0001,acc0
test_accg_immed 0,accg1
test_acc_immed 0x3fff0001,acc1
test_accg_immed 0,accg2
test_acc_immed 0x40000000,acc2
test_accg_immed 0,accg3
test_acc_immed 0x40000000,acc3
pass