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[/] [openrisc/] [trunk/] [gnu-old/] [binutils-2.18.50/] [gas/] [testsuite/] [gas/] [tic4x/] [allopcodes.S] - Rev 856
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;;;
;;; Test all opcodes and argument permuation
;;; To make our job a lot simpler, we define a couple of
;;; insn classes, that we use to generate the proper
;;; test output.
;;;
;;; To rebuild this file you must use
;;; ./rebuild.sh
;;;
;;; These definitions are used within this file:
;;; TEST_C3X Enables testing of c3x opcodes
;;; TEST_C4X Enables testing of c4x opcodes
;;; TEST_ENH Enable testing of enhanced opcodes
;;; TEST_IDLE2 Enable testing of IDLE2 command
;;; TEST_LPWR Enable testing of LOPOWER commands
;;;
#include "opclasses.h"
.text
;;------------------------------------
;; C3X INSNS
;;------------------------------------
start: B_CLASS( absf, TEST_C3X )
P_CLASS( absf, stf, TEST_C3X )
A_CLASS( absi, TEST_C3X )
P_CLASS( absi, sti, TEST_C3X )
A_CLASS( addc, TEST_C3X )
TC_CLASS( addc, TEST_C3X )
B_CLASS( addf, TEST_C3X )
SC_CLASS( addf, TEST_C3X )
QC_CLASS( addf, stf, TEST_C3X )
A_CLASS( addi, TEST_C3X )
TC_CLASS( addi, TEST_C3X )
QC_CLASS( addi, sti, TEST_C3X )
AU_CLASS( and, TEST_C3X )
TC_CLASS( and, TEST_C3X )
QC_CLASS( and, sti, TEST_C3X )
AU_CLASS( andn, TEST_C3X )
T_CLASS( andn, TEST_C3X )
A_CLASS( ash, TEST_C3X )
T_CLASS( ash, TEST_C3X )
Q_CLASS( ash, sti, TEST_C3X )
J_CLASS( bC, b, TEST_C3X )
J_CLASS( bCd, bd, TEST_C3X )
.ifdef TEST_C3X
br_I: br start
brd_I: brd start
call_I: call start
call_JS: callc R0
callc start
.endif
B_CLASS( cmpf, TEST_C3X )
S2_CLASS( cmpf, TEST_C3X )
A_CLASS( cmpi, TEST_C3X )
T2_CLASS( cmpi, TEST_C3X )
D_CLASS( dbC, db, TEST_C3X )
D_CLASS( dbCd, dbd, TEST_C3X )
AF_CLASS( fix, TEST_C3X )
P_CLASS( fix, sti, TEST_C3X )
BI_CLASS( float, TEST_C3X )
P_CLASS( float, stf, TEST_C3X )
.ifdef TEST_C3X
iack_Z: iack @start
iack *+AR0(1)
idle_Z: idle
.endif
.ifdef TEST_IDLE2
idle2_Z: idle2
.endif
B_CLASS( lde, TEST_C3X )
B_CLASS( ldf, TEST_C3X )
LL_CLASS( ldf, TEST_C3X )
P_CLASS( ldf, stf, TEST_C3X )
BB_CLASS( ldfC, TEST_C3X )
B6_CLASS( ldfi, TEST_C3X )
A_CLASS( ldi, TEST_C3X )
LL_CLASS( ldi, TEST_C3X )
P_CLASS( ldi, sti, TEST_C3X )
AB_CLASS( ldiC, TEST_C3X )
A6_CLASS( ldii, TEST_C3X )
.ifdef TEST_C3X
ldp_Z: ldp start
.endif
B_CLASS( ldm, TEST_C3X )
.ifdef TEST_LPWR
lopower_Z: lopower
.endif
A_CLASS( lsh, TEST_C3X )
T_CLASS( lsh, TEST_C3X )
Q_CLASS( lsh, sti, TEST_C3X )
.ifdef TEST_LPWR
maxspeed_Z: maxspeed
.endif
B_CLASS( mpyf, TEST_C3X )
SC_CLASS( mpyf, TEST_C3X )
M_CLASS( mpyf, addf, TEST_C3X )
QC_CLASS( mpyf, stf, TEST_C3X )
M_CLASS( mpyf, subf, TEST_C3X )
A_CLASS( mpyi, TEST_C3X )
TC_CLASS( mpyi, TEST_C3X )
M_CLASS( mpyi, addi, TEST_C3X )
QC_CLASS( mpyi, sti, TEST_C3X )
M_CLASS( mpyi, subi, TEST_C3X )
A_CLASS( negb, TEST_C3X )
B_CLASS( negf, TEST_C3X )
P_CLASS( negf, stf, TEST_C3X )
A_CLASS( negi, TEST_C3X )
P_CLASS( negi, sti, TEST_C3X )
A2_CLASS( nop, TEST_C3X )
B_CLASS( norm, TEST_C3X )
AU_CLASS( not, TEST_C3X )
P_CLASS( not, sti, TEST_C3X )
AU_CLASS( or, TEST_C3X )
TC_CLASS( or, TEST_C3X )
QC_CLASS( or, sti, TEST_C3X )
R_CLASS( pop, TEST_C3X )
RF_CLASS( popf, TEST_C3X )
R_CLASS( push, TEST_C3X )
RF_CLASS( pushf, TEST_C3X )
.ifdef TEST_C3X
reti_Z: retiC
reti
rets_Z: retsC
rets
.endif
B_CLASS( rnd, TEST_C3X )
R_CLASS( rol, TEST_C3X )
R_CLASS( rolc, TEST_C3X )
R_CLASS( ror, TEST_C3X )
R_CLASS( rorc, TEST_C3X )
.ifdef TEST_C3X
rptb_I2: rptb start
.endif
A3_CLASS( rpts, TEST_C3X )
.ifdef TEST_C3X
sigi_Z: sigi
.endif
B7_CLASS( stf, TEST_C3X )
LS_CLASS( stf, TEST_C3X )
B7_CLASS( stfi, TEST_C3X )
A7_CLASS( sti, TEST_C3X )
LS_CLASS( sti, TEST_C3X )
A7_CLASS( stii, TEST_C3X )
A_CLASS( subb, TEST_C3X )
T_CLASS( subb, TEST_C3X )
A_CLASS( subc, TEST_C3X )
B_CLASS( subf, TEST_C3X )
S_CLASS( subf, TEST_C3X )
Q_CLASS( subf, stf, TEST_C3X )
A_CLASS( subi, TEST_C3X )
T_CLASS( subi, TEST_C3X )
Q_CLASS( subi, sti, TEST_C3X )
A_CLASS( subrb, TEST_C3X )
B_CLASS( subrf, TEST_C3X )
A_CLASS( subri, TEST_C3X )
.ifdef TEST_C3X
swi_Z: swi
trap_Z: trapC 10
trap 10
.endif
AU_CLASS( tstb, TEST_C3X )
T2C_CLASS( tstb, TEST_C3X )
AU_CLASS( xor, TEST_C3X )
TC_CLASS( xor, TEST_C3X )
QC_CLASS( xor, sti, TEST_C3X )
;;------------------------------------
;; C4X INSNS
;;------------------------------------
.ifdef TEST_C4X
J_CLASS( bCaf, baf, TEST_C4X )
J_CLASS( bCat, bat, TEST_C4X )
B6_CLASS( frieee, TEST_C4X )
P_CLASS( frieee, stf, TEST_C4X )
.ifdef TEST_C4X
laj_I: laj start
laj_JS: lajc R0
lajc start
lat_Z: latC 10
.endif
A_CLASS( lb0, TEST_C4X )
A_CLASS( lb1, TEST_C4X )
A_CLASS( lb2, TEST_C4X )
A_CLASS( lb3, TEST_C4X )
AU_CLASS( lbu0, TEST_C4X )
AU_CLASS( lbu1, TEST_C4X )
AU_CLASS( lbu2, TEST_C4X )
AU_CLASS( lbu3, TEST_C4X )
AY_CLASS( lda, TEST_C4X )
.ifdef TEST_C4X
ldep_Z: ldep IVTP, AR0
ldhi_Z: ldhi 35, R0
ldhi start, R0
ldpe_Z: ldpe AR0, IVTP
ldpk_Z: ldpk start
.endif
A_CLASS( lh0, TEST_C4X )
A_CLASS( lh1, TEST_C4X )
AU_CLASS( lhu0, TEST_C4X )
AU_CLASS( lhu1, TEST_C4X )
A_CLASS( lwl0, TEST_C4X )
A_CLASS( lwl1, TEST_C4X )
A_CLASS( lwl2, TEST_C4X )
A_CLASS( lwl3, TEST_C4X )
A_CLASS( lwr0, TEST_C4X )
A_CLASS( lwr1, TEST_C4X )
A_CLASS( lwr2, TEST_C4X )
A_CLASS( lwr3, TEST_C4X )
A_CLASS( mb0, TEST_C4X )
A_CLASS( mb1, TEST_C4X )
A_CLASS( mb2, TEST_C4X )
A_CLASS( mb3, TEST_C4X )
A_CLASS( mh0, TEST_C4X )
A_CLASS( mh1, TEST_C4X )
A_CLASS( mh2, TEST_C4X )
A_CLASS( mh3, TEST_C4X )
A_CLASS( mpyshi, TEST_C4X )
TC_CLASS( mpyshi, TEST_C4X )
A_CLASS( mpyuhi, TEST_C4X )
TC_CLASS( mpyuhi, TEST_C4X )
BA_CLASS( rcpf, TEST_C4X )
.ifdef TEST_C4X
retid_Z: retiCd
retid
rptb2_I2: rptb AR0
rptbd_I2: rptbd start
rptbd AR0
.endif
B_CLASS( rsqrf, TEST_C4X )
A6_CLASS( sigi, TEST_C4X )
.ifdef TEST_C4X
sti2_A7: sti -5, @start
sti -5, *+AR0(5)
stik_Z: stik -5, @start
stik -5, *+AR0(5)
.endif
B_CLASS( toieee, TEST_C4X )
P_CLASS( toieee, stf, TEST_C4X )
.endif
.end
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