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# frv testcase to generate compound exception

# mach: fr500 frv

        .include "testutils.inc"

        start

        .global align

align:

        and_spr_immed   -4081,tbr               ; clear tbr.tt

        set_gr_spr      tbr,gr17

        inc_gr_immed    0x200,gr17              ; address of exception handler

        set_bctrlr_0_0  gr17

        set_spr_immed   128,lcr

        set_spr_addr    ok1,lr

        or_spr_immed    0x04000000,fsr0         ; enabled div/0 fp_exception

        set_psr_et      1

        set_gr_immed    0,gr15

        set_fr_iimmed   0x7f7f,0xffff,fr0

        set_fr_iimmed   0x0000,0x0000,fr1

        and_spr_immed   0xfffffffe,isr          ; enable mem_address_not_aligned

        set_gr_addr     store,gr16

        set_gr_addr     dividei,gr17

        set_gr_immed    0xdeadbeef,gr8

        inc_gr_immed    2,sp                    ; misalign

store:  sti.p           gr8,@(sp,0)             ; misaligned write

dividef:fdivs.p         fr0,fr1,fr2             ; fp_exception

dividei:sdiv            gr1,gr0,gr1             ; division exception

        test_gr_immed   1,gr15

        pass

; exception handler

ok1:

        ; check interrupt on store

        test_spr_immed  0x102,esfr1             ; esr8 and esr1 are active

        test_spr_gr     epcr8,gr16

        test_spr_bits   0x0001,0,0x1,esr8       ; esr8 is valid

        test_spr_bits   0x003e,1,0xb,esr8       ; esr8.ec is set

        test_spr_bits   0x0800,11,0x1,esr8      ; esr8.eav is set

        test_spr_gr     ear8,sp

        test_spr_bits   0x01000,12,0x1,esr8     ; esr8.edv is set

        test_spr_bits   0x1e000,13,0x3,esr8     ; esr8.edn is 3

        test_spr_gr     edr3,gr8                ; edr3 is set

        ; check on fp_exception

        test_spr_bits   0x100000,20,0x1,fsr0    ; fsr0.qne is set

        test_spr_bits   0xe0000,17,0x1,fsr0     ; fsr0.ftt is set

        test_spr_bits   0xfc00,10,0x0,fsr0      ; fsr0.aexc is clear

        test_spr_bits   0x80000000,31,0x0,fqst2 ; fq2.miv is set

        test_spr_bits   0x18000,15,0x0,fqst2    ; fq2.sie is set

        test_spr_bits   0x380,7,0x1,fqst2       ; fq2.ftt is set

        test_spr_bits   0x7e,1,0x4,fqst2        ; fq2.cexc is set

        test_spr_bits   0x1,0,0x1,fqst2         ; fq2.valid is set

        test_spr_immed  0x05e40241,fqop2        ; fq2.opc

        ; check interrupt on dividei

        test_spr_gr     epcr1,gr17

        test_spr_bits   0x0001,0,0x1,esr1       ; esr1 is valid

        test_spr_bits   0x003e,1,0x13,esr1      ; esr1.ec is set

        inc_gr_immed    1,gr15

        rett            0

        fail