gas/testsuite/gas/m68hc11/insns-dwarf2.d

   1 #objdump: -S
   2 #as: -m68hc11 -gdwarf2
   3 #name: Dwarf2 test on insns.s
   4 #source: insns.s
   5
   6 # Test handling of basic instructions.
   7
   8 .*: +file format elf32\-m68hc11
   9
  10 Disassembly of section .text:
  11
  12 00000000 <_start>:
  13         .globl _start
  14         .sect .text
  15
  16 _start:
  17         lds #stack\+1024
  18    0:   8e 04 00        lds     #400 <stack_end>
  19         ldx #1
  20    3:   ce 00 01        ldx     #1 <_start\+0x1>
  21
  22 0+06 <Loop>:
  23 Loop:
  24         jsr test
  25    6:   bd 00 00        jsr     0 <_start>
  26         dex
  27    9:   09              dex
  28         bne Loop
  29    a:   26 fa           bne     6 <Loop>
  30
  31 0000000c <Stop>:
  32    c:   cd 03           .byte   0xcd, 0x03
  33 Stop:
  34
  35         .byte 0xcd
  36         .byte 3
  37         bra _start
  38    e:   20 f0           bra     0 <_start>
  39
  40 00000010 <test>:
  41
  42 test:
  43         ldd #2
  44   10:   cc 00 02        ldd     #2 <_start\+0x2>
  45         jsr test2
  46   13:   bd 00 00        jsr     0 <_start>
  47         rts
  48   16:   39              rts
  49
  50 00000017 <test2>:
  51
  52 B_low = 12
  53 A_low = 44
  54 D_low = 50
  55 value = 23
  56
  57         .globl test2
  58 test2:
  59         ldx value,y
  60   17:   cd ee 17        ldx     23,y
  61         std value,x
  62   1a:   ed 17           std     23,x
  63         ldd ,x
  64   1c:   ec 00           ldd     0,x
  65         sty ,y
  66   1e:   18 ef 00        sty     0,y
  67         stx ,y
  68   21:   cd ef 00        stx     0,y
  69         brclr 6,x,#4,test2
  70   24:   1f 06 04 ef     brclr   6,x #\$04 17 <test2>
  71         brclr 12,x #8 test2
  72   28:   1f 0c 08 eb     brclr   12,x #\$08 17 <test2>
  73         ldd \*ZD1
  74   2c:   dc 00           ldd     \*0 <_start>
  75         ldx \*ZD1\+2
  76   2e:   de 02           ldx     \*2 <_start\+0x2>
  77         clr \*ZD2
  78   30:   7f 00 00        clr     0 <_start>
  79         clr \*ZD2\+1
  80   33:   7f 00 01        clr     1 <_start\+0x1>
  81         bne .-4
  82   36:   26 fc           bne     34 <test2\+0x1d>
  83         beq .\+2
  84   38:   27 02           beq     3c <test2\+0x25>
  85         bclr \*ZD1\+1, #32
  86   3a:   15 01 20        bclr    \*1 <_start\+0x1> #\$20
  87         brclr \*ZD2\+2, #40, test2
  88   3d:   13 02 28 d6     brclr   \*2 <_start\+0x2> #\$28 17 <test2>
  89         ldy #24\+_start-44
  90   41:   18 ce ff ec     ldy     #ffec <stack_end\+0xfbec>
  91         ldd B_low,y
  92   45:   18 ec 0c        ldd     12,y
  93         addd A_low,y
  94   48:   18 e3 2c        addd    44,y
  95         addd D_low,y
  96   4b:   18 e3 32        addd    50,y
  97         subd A_low
  98   4e:   b3 00 2c        subd    2c <test2\+0x15>
  99         subd #A_low
 100   51:   83 00 2c        subd    #2c <test2\+0x15>
 101         jmp Stop
 102   54:   7e 00 00        jmp     0 <_start>
 103
 104 00000057 <L1>:
 105 L1:
 106         anda #%lo\(test2\)
 107   57:   84 17           anda    #23
 108         andb #%hi\(test2\)
 109   59:   c4 00           andb    #0
 110         ldab #%page\(test2\)    ; Check that the relocs are against symbol
 111   5b:   c6 00           ldab    #0
 112         ldy  #%addr\(test2\)    ; otherwise linker relaxation fails
 113   5d:   18 ce 00 00     ldy     #0 <_start>
 114         rts
 115   61:   39              rts