gas/testsuite/gas/bfin/arithmetic.d

   1 #objdump: -dr
   2 #name: arithmetic
   3 .*: +file format .*
   4
   5
   6 Disassembly of section .text:
   7
   8 00000000 <abs>:
   9    0:   10 c4 [0-3][[:xdigit:]] 00      A0 = ABS A0;
  10    4:   10 c4 [0-3][[:xdigit:]] 40      A0 = ABS A1;
  11    8:   30 c4 [0-3][[:xdigit:]] 00      A1 = ABS A0;
  12    c:   30 c4 [0-3][[:xdigit:]] 40      A1 = ABS A1;
  13   10:   10 c4 [0-3][[:xdigit:]] c0      A1 = ABS A1, A0 = ABS A0;
  14   14:   07 c4 10 80     R0 = ABS R2;
  15
  16 00000018 <add>:
  17   18:   86 5b           SP = SP \+ P0;
  18   1a:   96 5b           SP = SP \+ P2;
  19   1c:   f9 5b           FP = P1 \+ FP;
  20   1e:   04 c4 3a 0e     R7 = R7 \+ R2 \(NS\);
  21   22:   04 c4 30 2c     R6 = R6 \+ R0 \(S\);
  22   26:   02 c4 10 a8     R4.L = R2.H \+ R0.L \(S\);
  23   2a:   22 c4 09 aa     R5.H = R1.H \+ R1.L \(S\);
  24   2e:   02 c4 35 0c     R6.L = R6.L \+ R5.L \(NS\);
  25
  26 00000032 <add_sub_prescale_down>:
  27   32:   05 c4 01 98     R4.L = R0 \+ R1 \(RND20\);
  28   36:   25 c4 28 96     R3.H = R5 \+ R0 \(RND20\);
  29   3a:   05 c4 3d d2     R1.L = R7 - R5 \(RND20\);
  30
  31 0000003e <add_sub_prescale_up>:
  32   3e:   05 c4 01 04     R2.L = R0 \+ R1 \(RND12\);
  33   42:   25 c4 3e 0e     R7.H = R7 \+ R6 \(RND12\);
  34   46:   05 c4 1a 4a     R5.L = R3 - R2 \(RND12\);
  35   4a:   25 c4 0a 44     R2.H = R1 - R2 \(RND12\);
  36
  37 0000004e <add_immediate>:
  38   4e:   05 66           R5 \+= -0x40;.*
  39   50:   fa 65           R2 \+= 0x3f;.*
  40   52:   60 9f           I0 \+= 0x2;.*
  41   54:   63 9f           I3 \+= 0x2;.*
  42   56:   6a 9f           I2 \+= 0x4;.*
  43   58:   69 9f           I1 \+= 0x4;.*
  44   5a:   20 6c           P0 \+= 0x4;.*
  45   5c:   86 6c           SP \+= 0x10;.*
  46   5e:   07 6f           FP \+= -0x20;.*
  47
  48 00000060 <divide_primitive>:
  49   60:   6b 42           DIVS \(R3, R5\);
  50   62:   2b 42           DIVQ \(R3, R5\);
  51
  52 00000064 <expadj>:
  53   64:   07 c6 25 0c     R6.L = EXPADJ \(R5, R4.L\);
  54   68:   07 c6 08 ca     R5.L = EXPADJ \(R0.H, R1.L\);
  55   6c:   07 c6 2b 48     R4.L = EXPADJ \(R3, R5.L\) \(V\);
  56
  57 00000070 <max>:
  58   70:   07 c4 2a 0c     R6 = MAX \(R5, R2\);
  59   74:   07 c4 0b 00     R0 = MAX \(R1, R3\);
  60
  61 00000078 <min>:
  62   78:   07 c4 13 4a     R5 = MIN \(R2, R3\);
  63   7c:   07 c4 38 48     R4 = MIN \(R7, R0\);
  64
  65 00000080 <modify_decrement>:
  66   80:   0b c4 [0-3][[:xdigit:]] c0      A0 -= A1;
  67   84:   0b c4 [0-3][[:xdigit:]] e0      A0 -= A1 \(W32\);
  68   88:   17 44           FP -= P2;
  69   8a:   06 44           SP -= P0;
  70   8c:   73 9e           I3 -= M0;
  71   8e:   75 9e           I1 -= M1;
  72
  73 00000090 <modify_increment>:
  74   90:   0b c4 [0-3][[:xdigit:]] 80      A0 \+= A1;
  75   94:   0b c4 [0-3][[:xdigit:]] a0      A0 \+= A1 \(W32\);
  76   98:   4e 45           SP \+= P1 \(BREV\);
  77   9a:   7d 45           P5 \+= FP \(BREV\);
  78   9c:   6a 9e           I2 \+= M2;
  79   9e:   e0 9e           I0 \+= M0 \(BREV\);
  80   a0:   0b c4 [0-3][[:xdigit:]] 0e      R7 = \(A0 \+= A1\);
  81   a4:   0b c4 [0-3][[:xdigit:]] 4c      R6.L = \(A0 \+= A1\);
  82   a8:   2b c4 [0-3][[:xdigit:]] 40      R0.H = \(A0 \+= A1\);
  83
  84 000000ac <multiply16>:
  85   ac:   00 c2 0a 24     R0.L = R1.H \* R2.L;
  86   b0:   20 c2 68 26     R1.L = R5.H \* R0.H \(S2RND\);
  87   b4:   80 c2 db 23     R7.L = R3.L \* R3.H \(FU\);
  88   b8:   28 c3 15 27     R4 = R2.H \* R5.H \(ISS2\);
  89   bc:   08 c3 0b 20     R0 = R1.L \* R3.L \(IS\);
  90   c0:   08 c2 a8 25     R6 = R5.H \* R0.L;
  91   c4:   94 c3 be 40     R2.H = R7.L \* R6.H \(M, IU\);
  92   c8:   04 c2 e8 80     R3.H = R5.H \* R0.L;
  93   cc:   14 c2 09 40     R0.H = R1.L \* R1.H \(M\);
  94   d0:   1c c3 3e 80     R1 = R7.H \* R6.L \(M, IS\);
  95   d4:   0c c2 02 41     R5 = R0.L \* R2.H;
  96   d8:   1c c2 b0 c0     R3 = R6.H \* R0.H \(M\);
  97
  98 000000dc <multiply32>:
  99   dc:   c4 40           R4 \*= R0;
 100   de:   d7 40           R7 \*= R2;
 101
 102 000000e0 <multiply_accumulate>:
 103   e0:   63 c0 2f 02     A0 = R5.L \* R7.H \(W32\);
 104   e4:   03 c0 00 04     A0 = R0.H \* R0.L;
 105   e8:   83 c0 13 0a     A0 \+= R2.L \* R3.H \(FU\);
 106   ec:   03 c0 21 0c     A0 \+= R4.H \* R1.L;
 107   f0:   03 c1 3e 12     A0 -= R7.L \* R6.H \(IS\);
 108   f4:   03 c0 2a 16     A0 -= R5.H \* R2.H;
 109   f8:   10 c0 08 58     A1 = R1.L \* R0.H \(M\);
 110   fc:   00 c0 10 98     A1 = R2.H \* R0.L;
 111  100:   70 c0 3e 98     A1 = R7.H \* R6.L \(M, W32\);
 112  104:   81 c0 1a 18     A1 \+= R3.L \* R2.L \(FU\);
 113  108:   01 c0 31 98     A1 \+= R6.H \* R1.L;
 114  10c:   02 c1 03 58     A1 -= R0.L \* R3.H \(IS\);
 115  110:   02 c0 17 58     A1 -= R2.L \* R7.H;
 116
 117 00000114 <multiply_accumulate_half>:
 118  114:   03 c0 f5 25     R7.L = \(A0 = R6.H \* R5.L\);
 119  118:   c3 c0 0a 24     R0.L = \(A0 = R1.H \* R2.L\) \(TFU\);
 120  11c:   03 c0 ac 28     R2.L = \(A0 \+= R5.L \* R4.L\);
 121  120:   43 c0 fe 2e     R3.L = \(A0 \+= R7.H \* R6.H\) \(T\);
 122  124:   03 c0 1a 36     R0.L = \(A0 -= R3.H \* R2.H\);
 123  128:   63 c1 6c 30     R1.L = \(A0 -= R5.L \* R4.L\) \(IH\);
 124  12c:   04 c0 48 58     R1.H = \(A1 = R1.L \* R0.H\);
 125  130:   34 c1 83 98     R2.H = \(A1 = R0.H \* R3.L\) \(M, ISS2\);
 126  134:   05 c0 bf 59     R6.H = \(A1 \+= R7.L \* R7.H\);
 127  138:   25 c0 d3 19     R7.H = \(A1 \+= R2.L \* R3.L\) \(S2RND\);
 128  13c:   06 c0 a2 d9     R6.H = \(A1 -= R4.H \* R2.H\);
 129  140:   d6 c0 5f 99     R5.H = \(A1 -= R3.H \* R7.L\) \(M, TFU\);
 130
 131 00000144 <multiply_accumulate_data_reg>:
 132  144:   0b c0 0a 20     R0 = \(A0 = R1.L \* R2.L\);
 133  148:   0b c1 8a 20     R2 = \(A0 = R1.L \* R2.L\) \(IS\);
 134  14c:   0b c0 3e 2d     R4 = \(A0 \+= R7.H \* R6.L\);
 135  150:   2b c0 ab 2b     R6 = \(A0 \+= R5.L \* R3.H\) \(S2RND\);
 136  154:   0b c0 97 35     R6 = \(A0 -= R2.H \* R7.L\);
 137  158:   8b c0 06 33     R4 = \(A0 -= R0.L \* R6.H\) \(FU\);
 138  15c:   0c c0 81 99     R7 = \(A1 = R0.H \* R1.L\);
 139  160:   9c c0 13 d9     R5 = \(A1 = R2.H \* R3.H\) \(M, FU\);
 140  164:   0d c0 bd 18     R3 = \(A1 \+= R7.L \* R5.L\);
 141  168:   2d c1 17 d8     R1 = \(A1 \+= R2.H \* R7.H\) \(ISS2\);
 142  16c:   0e c0 80 58     R3 = \(A1 -= R0.L \* R0.H\);
 143  170:   1e c1 17 59     R5 = \(A1 -= R2.L \* R7.H\) \(M, IS\);
 144  174:   8d c1 8b d9     R7 = \(A1 \+= R1.H \* R3.H\) \(IU\);
 145
 146 00000178 <negate>:
 147  178:   85 43           R5 = -R0;
 148  17a:   07 c4 10 ee     R7 = -R2 \(S\);
 149  17e:   07 c4 10 ce     R7 = -R2 \(NS\);
 150  182:   0e c4 [0-3][[:xdigit:]] 00      A0 = -A0;
 151  186:   0e c4 [0-3][[:xdigit:]] 40      A0 = -A1;
 152  18a:   2e c4 [0-3][[:xdigit:]] 00      A1 = -A0;
 153  18e:   2e c4 [0-3][[:xdigit:]] 40      A1 = -A1;
 154  192:   0e c4 [0-3][[:xdigit:]] c0      A1 = -A1, A0 = -A0;
 155
 156 00000196 <round_half>:
 157  196:   0c c4 18 ca     R5.L = R3 \(RND\);
 158  19a:   2c c4 00 cc     R6.H = R0 \(RND\);
 159
 160 0000019e <saturate>:
 161  19e:   08 c4 [0-3][[:xdigit:]] 20      A0 = A0 \(S\);
 162  1a2:   08 c4 [0-3][[:xdigit:]] 60      A1 = A1 \(S\);
 163  1a6:   08 c4 [0-3][[:xdigit:]] a0      A1 = A1 \(S\), A0 = A0 \(S\);
 164
 165 000001aa <signbits>:
 166  1aa:   05 c6 00 0a     R5.L = SIGNBITS R0;
 167  1ae:   05 c6 07 80     R0.L = SIGNBITS R7.H;
 168  1b2:   06 c6 00 06     R3.L = SIGNBITS A0;
 169  1b6:   06 c6 00 4e     R7.L = SIGNBITS A1;
 170
 171 000001ba <subtract>:
 172  1ba:   43 53           R5 = R3 - R0;
 173  1bc:   04 c4 38 6e     R7 = R7 - R0 \(S\);
 174  1c0:   04 c4 11 46     R3 = R2 - R1 \(NS\);
 175  1c4:   03 c4 37 ea     R5.L = R6.H - R7.H \(S\);
 176  1c8:   23 c4 1b 40     R0.H = R3.L - R3.H \(NS\);
 177
 178 000001cc <subtract_immediate>:
 179  1cc:   66 9f           I2 -= 0x2;.*
 180  1ce:   6c 9f           I0 -= 0x4;.*