gas/testsuite/gas/bfin/bit2.d

   1 #objdump: -dr
   2 #name: bit2
   3 .*: +file format .*
   4
   5 Disassembly of section .text:
   6
   7 00000000 <.text>:
   8    0:   07 4c           BITCLR \(R7,0x0\);
   9    2:   ff 4c           BITCLR \(R7,0x1f\);
  10    4:   7f 4c           BITCLR \(R7,0xf\);
  11    6:   01 4c           BITCLR \(R1,0x0\);
  12    8:   0a 4c           BITCLR \(R2,0x1\);
  13    a:   9b 4c           BITCLR \(R3,0x13\);
  14    c:   07 4a           BITSET \(R7,0x0\);
  15    e:   ff 4a           BITSET \(R7,0x1f\);
  16   10:   7f 4a           BITSET \(R7,0xf\);
  17   12:   01 4a           BITSET \(R1,0x0\);
  18   14:   0a 4a           BITSET \(R2,0x1\);
  19   16:   9b 4a           BITSET \(R3,0x13\);
  20   18:   07 4b           BITTGL \(R7,0x0\);
  21   1a:   ff 4b           BITTGL \(R7,0x1f\);
  22   1c:   7f 4b           BITTGL \(R7,0xf\);
  23   1e:   01 4b           BITTGL \(R1,0x0\);
  24   20:   0a 4b           BITTGL \(R2,0x1\);
  25   22:   9b 4b           BITTGL \(R3,0x13\);
  26   24:   07 49           CC = BITTST \(R7,0x0\);
  27   26:   ff 49           CC = BITTST \(R7,0x1f\);
  28   28:   7f 49           CC = BITTST \(R7,0xf\);
  29   2a:   01 49           CC = BITTST \(R1,0x0\);
  30   2c:   0a 49           CC = BITTST \(R2,0x1\);
  31   2e:   9b 49           CC = BITTST \(R3,0x13\);
  32   30:   07 48           CC = ! BITTST \(R7,0x0\);
  33   32:   ff 48           CC = ! BITTST \(R7,0x1f\);
  34   34:   7f 48           CC = ! BITTST \(R7,0xf\);
  35   36:   01 48           CC = ! BITTST \(R1,0x0\);
  36   38:   0a 48           CC = ! BITTST \(R2,0x1\);
  37   3a:   9b 48           CC = ! BITTST \(R3,0x13\);
  38   3c:   0a c6 08 8e     R7=DEPOSIT\(R0,R1\);
  39   40:   0a c6 0f 8e     R7=DEPOSIT\(R7,R1\);
  40   44:   0a c6 3f 8e     R7=DEPOSIT\(R7,R7\);
  41   48:   0a c6 08 82     R1=DEPOSIT\(R0,R1\);
  42   4c:   0a c6 0f 84     R2=DEPOSIT\(R7,R1\);
  43   50:   0a c6 3f 86     R3=DEPOSIT\(R7,R7\);
  44   54:   0a c6 08 ce     R7=DEPOSIT\(R0,R1\)\(X\);
  45   58:   0a c6 0f ce     R7=DEPOSIT\(R7,R1\)\(X\);
  46   5c:   0a c6 3f ce     R7=DEPOSIT\(R7,R7\)\(X\);
  47   60:   0a c6 08 c2     R1=DEPOSIT\(R0,R1\)\(X\);
  48   64:   0a c6 0f c4     R2=DEPOSIT\(R7,R1\)\(X\);
  49   68:   0a c6 3f c6     R3=DEPOSIT\(R7,R7\)\(X\);
  50   6c:   0a c6 08 0e     R7=EXTRACT\(R0,R1.L\) \(Z\);
  51   70:   0a c6 0f 0e     R7=EXTRACT\(R7,R1.L\) \(Z\);
  52   74:   0a c6 3f 0e     R7=EXTRACT\(R7,R7.L\) \(Z\);
  53   78:   0a c6 08 02     R1=EXTRACT\(R0,R1.L\) \(Z\);
  54   7c:   0a c6 0f 04     R2=EXTRACT\(R7,R1.L\) \(Z\);
  55   80:   0a c6 3f 06     R3=EXTRACT\(R7,R7.L\) \(Z\);
  56   84:   0a c6 08 4e     R7=EXTRACT\(R0,R1.L\)\(X\);
  57   88:   0a c6 0f 4e     R7=EXTRACT\(R7,R1.L\)\(X\);
  58   8c:   0a c6 3f 4e     R7=EXTRACT\(R7,R7.L\)\(X\);
  59   90:   0a c6 08 42     R1=EXTRACT\(R0,R1.L\)\(X\);
  60   94:   0a c6 0f 44     R2=EXTRACT\(R7,R1.L\)\(X\);
  61   98:   0a c6 3f 46     R3=EXTRACT\(R7,R7.L\)\(X\);
  62   9c:   08 c6 01 00     BITMUX \(R0,R1,A0 \)\(ASR\);
  63   a0:   08 c6 02 00     BITMUX \(R0,R2,A0 \)\(ASR\);
  64   a4:   08 c6 0b 00     BITMUX \(R1,R3,A0 \)\(ASR\);
  65   a8:   08 c6 01 40     BITMUX \(R0,R1,A0 \)\(ASL\);
  66   ac:   08 c6 0a 40     BITMUX \(R1,R2,A0 \)\(ASL\);
  67   b0:   06 c6 00 c0     R0.L=ONES R0;
  68   b4:   06 c6 01 c0     R0.L=ONES R1;
  69   b8:   06 c6 06 c2     R1.L=ONES R6;
  70   bc:   06 c6 07 c4     R2.L=ONES R7;