gas/testsuite/gas/bfin/flow2.d

   1 #objdump: -d
   2 #name: flow2
   3 .*: +file format .*
   4
   5 Disassembly of section .text:
   6
   7 00000000 <MY_LABEL1-0x2a>:
   8    0:   50 00           JUMP \(P0\);
   9    2:   51 00           JUMP \(P1\);
  10    4:   52 00           JUMP \(P2\);
  11    6:   53 00           JUMP \(P3\);
  12    8:   54 00           JUMP \(P4\);
  13    a:   55 00           JUMP \(P5\);
  14    c:   56 00           JUMP \(SP\);
  15    e:   57 00           JUMP \(FP\);
  16   10:   80 00           JUMP \(PC \+ P0\);
  17   12:   81 00           JUMP \(PC \+ P1\);
  18   14:   82 00           JUMP \(PC \+ P2\);
  19   16:   83 00           JUMP \(PC \+ P3\);
  20   18:   84 00           JUMP \(PC \+ P4\);
  21   1a:   85 00           JUMP \(PC \+ P5\);
  22   1c:   86 00           JUMP \(PC \+ SP\);
  23   1e:   87 00           JUMP \(PC \+ FP\);
  24   20:   00 20           JUMP.S 0x20 <MY_LABEL1-0xa>;
  25   22:   69 22           JUMP.S 0x4f4 .*
  26   24:   97 2d           JUMP.S 0xfffffb52 .*
  27   26:   01 20           JUMP.S 0x28 <MY_LABEL1-0x2>;
  28   28:   ff 2f           JUMP.S 0x26 <MY_LABEL1-0x4>;
  29
  30 0000002a <MY_LABEL1>:
  31   2a:   00 20           JUMP.S 0x2a <MY_LABEL1>;
  32   2c:   69 22           JUMP.S 0x4fe .*
  33   2e:   97 2d           JUMP.S 0xfffffb5c .*
  34   30:   01 20           JUMP.S 0x32 <MY_LABEL1\+0x8>;
  35   32:   ff 2f           JUMP.S 0x30 <MY_LABEL1\+0x6>;
  36   34:   c0 e2 00 00     JUMP.L 0xff800034 .*
  37   38:   3f e2 ff ff     JUMP.L 0x800036 .*
  38   3c:   00 e2 00 00     JUMP.L 0x3c <MY_LABEL1\+0x12>;
  39   40:   00 e2 69 02     JUMP.L 0x512 .*
  40   44:   ff e2 97 fd     JUMP.L 0xfffffb72 .*
  41   48:   00 e2 01 00     JUMP.L 0x4a <MY_LABEL1\+0x20>;
  42   4c:   ff e2 ff ff     JUMP.L 0x4a <MY_LABEL1\+0x20>;
  43   50:   ed 2f           JUMP.S 0x2a <MY_LABEL1>;
  44   52:   d7 2f           JUMP.S 0x0 .*
  45   54:   d6 2f           JUMP.S 0x0 .*
  46   56:   d5 2f           JUMP.S 0x0 .*
  47   58:   04 1b           IF CC JUMP 0xfffffe60 .*
  48   5a:   5a 18           IF CC JUMP 0x10e .*
  49   5c:   00 18           IF CC JUMP 0x5c <MY_LABEL1\+0x32>;
  50   5e:   04 1f           IF CC JUMP 0xfffffe66 .*\(BP\);
  51   60:   5a 1c           IF CC JUMP 0x114 .*\(BP\);
  52   62:   91 13           IF !CC JUMP 0xffffff84 .*;
  53   64:   90 10           IF !CC JUMP 0x184 .*;
  54   66:   91 17           IF !CC JUMP 0xffffff88 .*\(BP\);
  55   68:   90 14           IF !CC JUMP 0x188 .*\(BP\);
  56   6a:   e0 1b           IF CC JUMP 0x2a <MY_LABEL1>;
  57   6c:   ca 1b           IF CC JUMP 0x0 <MY_LABEL1-0x2a>;
  58   6e:   de 1f           IF CC JUMP 0x2a <MY_LABEL1> \(BP\);
  59   70:   c8 1f           IF CC JUMP 0x0 <MY_LABEL1-0x2a> \(BP\);
  60   72:   dc 13           IF !CC JUMP 0x2a <MY_LABEL1>;
  61   74:   c6 13           IF !CC JUMP 0x0 <MY_LABEL1-0x2a>;
  62   76:   da 17           IF !CC JUMP 0x2a <MY_LABEL1> \(BP\);
  63   78:   c4 17           IF !CC JUMP 0x0 <MY_LABEL1-0x2a> \(BP\);
  64   7a:   60 00           CALL \(P0\);
  65   7c:   61 00           CALL \(P1\);
  66   7e:   62 00           CALL \(P2\);
  67   80:   63 00           CALL \(P3\);
  68   82:   64 00           CALL \(P4\);
  69   84:   65 00           CALL \(P5\);
  70   86:   70 00           CALL \(PC \+ P0\);
  71   88:   71 00           CALL \(PC \+ P1\);
  72   8a:   72 00           CALL \(PC \+ P2\);
  73   8c:   73 00           CALL \(PC \+ P3\);
  74   8e:   74 00           CALL \(PC \+ P4\);
  75   90:   75 00           CALL \(PC \+ P5\);
  76   92:   09 e3 2b 1a     CALL 0x1234e8 .*;
  77   96:   ff e3 97 fd     CALL 0xfffffbc4 .*;
  78   9a:   ff e3 c8 ff     CALL 0x2a <MY_LABEL1>;
  79   9e:   ff e3 b1 ff     CALL 0x0 <MY_LABEL1-0x2a>;
  80   a2:   10 00           RTS;
  81   a4:   11 00           RTI;
  82   a6:   12 00           RTX;
  83   a8:   13 00           RTN;
  84   aa:   14 00           RTE;
  85   ac:   82 e0 02 00     LSETUP\(0xb0 <MY_LABEL1\+0x86>, 0xb0 <MY_LABEL1\+0x86>\) LC0;
  86   b0:   84 e0 06 00     LSETUP\(0xb8 <beg_poll_bit>, 0xbc <end_poll_bit>\) LC0;
  87   b4:   00 00           NOP;
  88         ...
  89
  90 000000b8 <beg_poll_bit>:
  91   b8:   80 e1 01 00     R0 = 0x1 \(Z\);.*
  92
  93 000000bc <end_poll_bit>:
  94   bc:   81 e1 02 00     R1 = 0x2 \(Z\);.*
  95   c0:   92 e0 03 00     LSETUP\(0xc4 <end_poll_bit\+0x8>, 0xc6 <end_poll_bit\+0xa>\) LC1;
  96   c4:   93 e0 05 00     LSETUP\(0xca <FIR_filter>, 0xce <bottom_of_FIR_filter>\) LC1;
  97         ...
  98
  99 000000ca <FIR_filter>:
 100   ca:   80 e1 01 00     R0 = 0x1 \(Z\);.*
 101
 102 000000ce <bottom_of_FIR_filter>:
 103   ce:   81 e1 02 00     R1 = 0x2 \(Z\);.*
 104   d2:   a2 e0 04 10     LSETUP\(0xd6 <bottom_of_FIR_filter\+0x8>, 0xda <bottom_of_FIR_filter\+0xc>\) LC0 = P1;
 105   d6:   e2 e0 04 10     LSETUP\(0xda <bottom_of_FIR_filter\+0xc>, 0xde <bottom_of_FIR_filter\+0x10>\) LC0 = P1 >> 0x1;
 106   da:   82 e0 03 00     LSETUP\(0xde <bottom_of_FIR_filter\+0x10>, 0xe0 <bottom_of_FIR_filter\+0x12>\) LC0;
 107   de:   08 60           R0 = 0x1 \(X\);.*
 108   e0:   11 60           R1 = 0x2 \(X\);.*
 109   e2:   90 e0 00 00     LSETUP\(0xe2 <bottom_of_FIR_filter\+0x14>, 0xe2 <bottom_of_FIR_filter\+0x14>\) LC1;
 110         ...