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#define bool _Bool
bool bfimp(float a) { return a; }
bool bfexp(float a) { return (bool)a; }
bool bfnot(float a) { return !a; }
int ifnot(float a) { return !a; }
bool bfior(float a, float b) { return a || b; }
int ifior(float a, float b) { return a || b; }
bool bfand(float a, float b) { return a && b; }
int ifand(float a, float b) { return a && b; }
/*
* check-name: bool context fp
* check-command: test-linearize -Wno-decl $file
*
* check-output-start
bfimp:
.L0:
<entry-point>
setfval.32 %r2 <- 0.000000
fcmpune.1 %r3 <- %arg1, %r2
ret.1 %r3
bfexp:
.L2:
<entry-point>
setfval.32 %r6 <- 0.000000
fcmpune.1 %r7 <- %arg1, %r6
ret.1 %r7
bfnot:
.L4:
<entry-point>
setfval.32 %r10 <- 0.000000
fcmpoeq.1 %r12 <- %arg1, %r10
ret.1 %r12
ifnot:
.L6:
<entry-point>
setfval.32 %r15 <- 0.000000
fcmpoeq.32 %r16 <- %arg1, %r15
ret.32 %r16
bfior:
.L8:
<entry-point>
setfval.32 %r19 <- 0.000000
fcmpune.1 %r20 <- %arg1, %r19
fcmpune.1 %r23 <- %arg2, %r19
or.1 %r24 <- %r20, %r23
ret.1 %r24
ifior:
.L10:
<entry-point>
setfval.32 %r29 <- 0.000000
fcmpune.1 %r30 <- %arg1, %r29
fcmpune.1 %r33 <- %arg2, %r29
or.1 %r34 <- %r30, %r33
zext.32 %r35 <- (1) %r34
ret.32 %r35
bfand:
.L12:
<entry-point>
setfval.32 %r38 <- 0.000000
fcmpune.1 %r39 <- %arg1, %r38
fcmpune.1 %r42 <- %arg2, %r38
and.1 %r43 <- %r39, %r42
ret.1 %r43
ifand:
.L14:
<entry-point>
setfval.32 %r48 <- 0.000000
fcmpune.1 %r49 <- %arg1, %r48
fcmpune.1 %r52 <- %arg2, %r48
and.1 %r53 <- %r49, %r52
zext.32 %r54 <- (1) %r53
ret.32 %r54
* check-output-end
*/
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