validation/optim/canonical-fcmp.c

   1 extern double g;
   2
   3 int  fcmp_eq(double a) { return  (g == a); }
   4 int  fcmp_ne(double a) { return  (g != a); }
   5
   6 int  fcmp_gt(double a) { return  (g >  a); }
   7 int  fcmp_ge(double a) { return  (g >= a); }
   8 int  fcmp_le(double a) { return  (g <= a); }
   9 int  fcmp_lt(double a) { return  (g <  a); }
  10
  11 int nfcmp_ne(double a) { return !(g == a); }
  12 int nfcmp_eq(double a) { return !(g != a); }
  13
  14 int nfcmp_le(double a) { return !(g >  a); }
  15 int nfcmp_lt(double a) { return !(g >= a); }
  16 int nfcmp_gt(double a) { return !(g <= a); }
  17 int nfcmp_ge(double a) { return !(g <  a); }
  18
  19 /*
  20  * check-name: canonical-cmp
  21  * check-command: test-linearize -Wno-decl $file
  22  *
  23  * check-output-excludes: \\$123,
  24  *
  25  * check-output-start
  26 fcmp_eq:
  27 .L0:
  28         <entry-point>
  29         load.64     %r1 <- 0[g]
  30         fcmpoeq.32  %r3 <- %r1, %arg1
  31         ret.32      %r3
  32
  33
  34 fcmp_ne:
  35 .L2:
  36         <entry-point>
  37         load.64     %r5 <- 0[g]
  38         fcmpune.32  %r7 <- %r5, %arg1
  39         ret.32      %r7
  40
  41
  42 fcmp_gt:
  43 .L4:
  44         <entry-point>
  45         load.64     %r9 <- 0[g]
  46         fcmpogt.32  %r11 <- %r9, %arg1
  47         ret.32      %r11
  48
  49
  50 fcmp_ge:
  51 .L6:
  52         <entry-point>
  53         load.64     %r13 <- 0[g]
  54         fcmpoge.32  %r15 <- %r13, %arg1
  55         ret.32      %r15
  56
  57
  58 fcmp_le:
  59 .L8:
  60         <entry-point>
  61         load.64     %r17 <- 0[g]
  62         fcmpole.32  %r19 <- %r17, %arg1
  63         ret.32      %r19
  64
  65
  66 fcmp_lt:
  67 .L10:
  68         <entry-point>
  69         load.64     %r21 <- 0[g]
  70         fcmpolt.32  %r23 <- %r21, %arg1
  71         ret.32      %r23
  72
  73
  74 nfcmp_ne:
  75 .L12:
  76         <entry-point>
  77         load.64     %r25 <- 0[g]
  78         fcmpune.32  %r28 <- %r25, %arg1
  79         ret.32      %r28
  80
  81
  82 nfcmp_eq:
  83 .L14:
  84         <entry-point>
  85         load.64     %r30 <- 0[g]
  86         fcmpoeq.32  %r33 <- %r30, %arg1
  87         ret.32      %r33
  88
  89
  90 nfcmp_le:
  91 .L16:
  92         <entry-point>
  93         load.64     %r35 <- 0[g]
  94         fcmpule.32  %r38 <- %r35, %arg1
  95         ret.32      %r38
  96
  97
  98 nfcmp_lt:
  99 .L18:
 100         <entry-point>
 101         load.64     %r40 <- 0[g]
 102         fcmpult.32  %r43 <- %r40, %arg1
 103         ret.32      %r43
 104
 105
 106 nfcmp_gt:
 107 .L20:
 108         <entry-point>
 109         load.64     %r45 <- 0[g]
 110         fcmpugt.32  %r48 <- %r45, %arg1
 111         ret.32      %r48
 112
 113
 114 nfcmp_ge:
 115 .L22:
 116         <entry-point>
 117         load.64     %r50 <- 0[g]
 118         fcmpuge.32  %r53 <- %r50, %arg1
 119         ret.32      %r53
 120
 121
 122  * check-output-end
 123  */