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Cleanup encoding in comments 

Replace non-UTF-8 and non-ASCII characters in comments with their UTF-8
equivalents so that files don't end up with mixed encodings.  With this,
all files (except tests that actually test different encodings) have a
single encoding.

Signed-off-by: Siddhesh Poyarekar <siddhesh@sourceware.org>
This commit is contained in:
Siddhesh Poyarekar 2021-12-13 10:01:45 +05:30
parent 23645707f1
commit 5afe4c0d69
4 changed files with 32 additions and 32 deletions
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20
sysdeps/i386/fpu/e_pow.S
View File

@ -79,7 +79,7 @@ ENTRY(__ieee754_pow)
cmpb $0x40, %ah // is y == 0 ? cmpb $0x40, %ah // is y == 0 ?
je 11f je 11f
cmpb $0x05, %ah // is y == ±inf ? cmpb $0x05, %ah // is y == ±inf ?
je 12f je 12f
cmpb $0x01, %ah // is y == NaN ? cmpb $0x01, %ah // is y == NaN ?
@ -95,10 +95,10 @@ ENTRY(__ieee754_pow)
movb %ah, %dh movb %ah, %dh
andb $0x45, %ah andb $0x45, %ah
cmpb $0x40, %ah cmpb $0x40, %ah
je 20f // x is ±0 je 20f // x is ±0
cmpb $0x05, %ah cmpb $0x05, %ah
je 15f // x is ±inf je 15f // x is ±inf
cmpb $0x01, %ah cmpb $0x01, %ah
je 32f // x is NaN je 32f // x is NaN
@ -173,7 +173,7 @@ ENTRY(__ieee754_pow)
DBL_NARROW_EVAL_UFLOW_NONNAN DBL_NARROW_EVAL_UFLOW_NONNAN
ret ret
/* y is ±NAN */ /* y is ±NAN */
30: fldl 4(%esp) // x : y 30: fldl 4(%esp) // x : y
fldl MO(one) // 1.0 : x : y fldl MO(one) // 1.0 : x : y
fucomp %st(1) // x : y fucomp %st(1) // x : y
@ -267,13 +267,13 @@ ENTRY(__ieee754_pow)
ret ret
// pow(x,±0) = 1 // pow(x,±0) = 1
.align ALIGNARG(4) .align ALIGNARG(4)
11: fstp %st(0) // pop y 11: fstp %st(0) // pop y
fldl MO(one) fldl MO(one)
ret ret
// y == ±inf // y == ±inf
.align ALIGNARG(4) .align ALIGNARG(4)
12: fstp %st(0) // pop y 12: fstp %st(0) // pop y
fldl MO(one) // 1 fldl MO(one) // 1
@ -304,7 +304,7 @@ ENTRY(__ieee754_pow)
cfi_adjust_cfa_offset (8) cfi_adjust_cfa_offset (8)
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±inf // x is ±inf
15: fstp %st(0) // y 15: fstp %st(0) // y
testb $2, %dh testb $2, %dh
jz 16f // jump if x == +inf jz 16f // jump if x == +inf
@ -362,12 +362,12 @@ ENTRY(__ieee754_pow)
cfi_adjust_cfa_offset (8) cfi_adjust_cfa_offset (8)
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±0 // x is ±0
20: fstp %st(0) // y 20: fstp %st(0) // y
testb $2, %dl testb $2, %dl
jz 21f // y > 0 jz 21f // y > 0
// x is ±0 and y is < 0. We must find out whether y is an odd integer. // x is ±0 and y is < 0. We must find out whether y is an odd integer.
testb $2, %dh testb $2, %dh
jz 25f jz 25f
@ -414,7 +414,7 @@ ENTRY(__ieee754_pow)
cfi_adjust_cfa_offset (8) cfi_adjust_cfa_offset (8)
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±0 and y is > 0. We must find out whether y is an odd integer. // x is ±0 and y is > 0. We must find out whether y is an odd integer.
21: testb $2, %dh 21: testb $2, %dh
jz 22f jz 22f

20
sysdeps/i386/fpu/e_powl.S
View File

@ -85,7 +85,7 @@ ENTRY(__ieee754_powl)
cmpb $0x40, %ah // is y == 0 ? cmpb $0x40, %ah // is y == 0 ?
je 11f je 11f
cmpb $0x05, %ah // is y == ±inf ? cmpb $0x05, %ah // is y == ±inf ?
je 12f je 12f
cmpb $0x01, %ah // is y == NaN ? cmpb $0x01, %ah // is y == NaN ?
@ -101,10 +101,10 @@ ENTRY(__ieee754_powl)
movb %ah, %dh movb %ah, %dh
andb $0x45, %ah andb $0x45, %ah
cmpb $0x40, %ah cmpb $0x40, %ah
je 20f // x is ±0 je 20f // x is ±0
cmpb $0x05, %ah cmpb $0x05, %ah
je 15f // x is ±inf je 15f // x is ±inf
cmpb $0x01, %ah cmpb $0x01, %ah
je 32f // x is NaN je 32f // x is NaN
@ -195,7 +195,7 @@ ENTRY(__ieee754_powl)
LDBL_CHECK_FORCE_UFLOW_NONNAN LDBL_CHECK_FORCE_UFLOW_NONNAN
ret ret
/* y is ±NAN */ /* y is ±NAN */
30: fldt 4(%esp) // x : y 30: fldt 4(%esp) // x : y
fldl MO(one) // 1.0 : x : y fldl MO(one) // 1.0 : x : y
fucomp %st(1) // x : y fucomp %st(1) // x : y
@ -247,7 +247,7 @@ ENTRY(__ieee754_powl)
cfi_adjust_cfa_offset (-36) cfi_adjust_cfa_offset (-36)
ret ret
// pow(x,±0) = 1, unless x is sNaN // pow(x,±0) = 1, unless x is sNaN
.align ALIGNARG(4) .align ALIGNARG(4)
11: fstp %st(0) // pop y 11: fstp %st(0) // pop y
fldt 4(%esp) // x fldt 4(%esp) // x
@ -265,7 +265,7 @@ ENTRY(__ieee754_powl)
fadd %st(0) fadd %st(0)
ret ret
// y == ±inf // y == ±inf
.align ALIGNARG(4) .align ALIGNARG(4)
12: fstp %st(0) // pop y 12: fstp %st(0) // pop y
fldl MO(one) // 1 fldl MO(one) // 1
@ -297,7 +297,7 @@ ENTRY(__ieee754_powl)
cfi_adjust_cfa_offset (8) cfi_adjust_cfa_offset (8)
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±inf // x is ±inf
15: fstp %st(0) // y 15: fstp %st(0) // y
testb $2, %dh testb $2, %dh
jz 16f // jump if x == +inf jz 16f // jump if x == +inf
@ -358,12 +358,12 @@ ENTRY(__ieee754_powl)
cfi_adjust_cfa_offset (8) cfi_adjust_cfa_offset (8)
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±0 // x is ±0
20: fstp %st(0) // y 20: fstp %st(0) // y
testb $2, %dl testb $2, %dl
jz 21f // y > 0 jz 21f // y > 0
// x is ±0 and y is < 0. We must find out whether y is an odd integer. // x is ±0 and y is < 0. We must find out whether y is an odd integer.
testb $2, %dh testb $2, %dh
jz 25f jz 25f
@ -413,7 +413,7 @@ ENTRY(__ieee754_powl)
cfi_adjust_cfa_offset (8) cfi_adjust_cfa_offset (8)
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±0 and y is > 0. We must find out whether y is an odd integer. // x is ±0 and y is > 0. We must find out whether y is an odd integer.
21: testb $2, %dh 21: testb $2, %dh
jz 22f jz 22f

4
sysdeps/ia64/fpu/s_tanf.S
View File

@ -224,7 +224,7 @@ LOCAL_OBJECT_END(coeff_B)
LOCAL_LIBM_ENTRY(cotf) LOCAL_LIBM_ENTRY(cotf)
{ .mlx { .mlx
getf.exp rExp = f8 // ***** Get 2ˆ17 * s + E getf.exp rExp = f8 // ***** Get 2^17 * s + E
movl rSigRcpPiby2= 0xA2F9836E4E44152A // significand of 2/Pi movl rSigRcpPiby2= 0xA2F9836E4E44152A // significand of 2/Pi
} }
{ .mlx { .mlx
@ -251,7 +251,7 @@ LOCAL_LIBM_END(cotf)
GLOBAL_IEEE754_ENTRY(tanf) GLOBAL_IEEE754_ENTRY(tanf)
{ .mlx { .mlx
getf.exp rExp = f8 // ***** Get 2ˆ17 * s + E getf.exp rExp = f8 // ***** Get 2^17 * s + E
movl rSigRcpPiby2= 0xA2F9836E4E44152A // significand of 2/Pi movl rSigRcpPiby2= 0xA2F9836E4E44152A // significand of 2/Pi
} }
{ .mlx { .mlx

20
sysdeps/x86_64/fpu/e_powl.S
View File

@ -80,7 +80,7 @@ ENTRY(__ieee754_powl)
cmpb $0x40, %ah // is y == 0 ? cmpb $0x40, %ah // is y == 0 ?
je 11f je 11f
cmpb $0x05, %ah // is y == ±inf ? cmpb $0x05, %ah // is y == ±inf ?
je 12f je 12f
cmpb $0x01, %ah // is y == NaN ? cmpb $0x01, %ah // is y == NaN ?
@ -93,10 +93,10 @@ ENTRY(__ieee754_powl)
movb %ah, %dh movb %ah, %dh
andb $0x45, %ah andb $0x45, %ah
cmpb $0x40, %ah cmpb $0x40, %ah
je 20f // x is ±0 je 20f // x is ±0
cmpb $0x05, %ah cmpb $0x05, %ah
je 15f // x is ±inf je 15f // x is ±inf
cmpb $0x01, %ah cmpb $0x01, %ah
je 31f // x is NaN je 31f // x is NaN
@ -180,7 +180,7 @@ ENTRY(__ieee754_powl)
LDBL_CHECK_FORCE_UFLOW_NONNAN LDBL_CHECK_FORCE_UFLOW_NONNAN
ret ret
/* y is ±NAN */ /* y is ±NAN */
30: fldt 8(%rsp) // x : y 30: fldt 8(%rsp) // x : y
fldl MO(one) // 1.0 : x : y fldl MO(one) // 1.0 : x : y
fucomip %st(1),%st // x : y fucomip %st(1),%st // x : y
@ -223,7 +223,7 @@ ENTRY(__ieee754_powl)
cfi_adjust_cfa_offset (-40) cfi_adjust_cfa_offset (-40)
ret ret
// pow(x,±0) = 1, unless x is sNaN // pow(x,±0) = 1, unless x is sNaN
.align ALIGNARG(4) .align ALIGNARG(4)
11: fstp %st(0) // pop y 11: fstp %st(0) // pop y
fldt 8(%rsp) // x fldt 8(%rsp) // x
@ -241,7 +241,7 @@ ENTRY(__ieee754_powl)
fadd %st(0) fadd %st(0)
ret ret
// y == ±inf // y == ±inf
.align ALIGNARG(4) .align ALIGNARG(4)
12: fstp %st(0) // pop y 12: fstp %st(0) // pop y
fldl MO(one) // 1 fldl MO(one) // 1
@ -277,7 +277,7 @@ ENTRY(__ieee754_powl)
ret ret
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±inf // x is ±inf
15: fstp %st(0) // y 15: fstp %st(0) // y
testb $2, %dh testb $2, %dh
jz 16f // jump if x == +inf jz 16f // jump if x == +inf
@ -343,12 +343,12 @@ ENTRY(__ieee754_powl)
ret ret
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±0 // x is ±0
20: fstp %st(0) // y 20: fstp %st(0) // y
testb $2, %dl testb $2, %dl
jz 21f // y > 0 jz 21f // y > 0
// x is ±0 and y is < 0. We must find out whether y is an odd integer. // x is ±0 and y is < 0. We must find out whether y is an odd integer.
testb $2, %dh testb $2, %dh
jz 25f jz 25f
@ -392,7 +392,7 @@ ENTRY(__ieee754_powl)
ret ret
.align ALIGNARG(4) .align ALIGNARG(4)
// x is ±0 and y is > 0. We must find out whether y is an odd integer. // x is ±0 and y is > 0. We must find out whether y is an odd integer.
21: testb $2, %dh 21: testb $2, %dh
jz 22f jz 22f