d_flockproto=''
d_fork=''
d_fp_class=''
-d_fp_classify=''
d_fp_classl=''
d_fpclass=''
+d_fp_classify=''
d_fpclassify=''
d_fpclassl=''
d_fpgetround=''
# The most common problem is -D_REENTRANT for threads.
# This heuristic catches that case, but gets false positives
# if -Dusethreads was not actually specified. Better to
- # bail out here with a useful message than fail
+ # bail out here with a useful message than fail
# mysteriously later. Should we perhaps just try to
# re-invoke Configure -Dcc=gcc config_args ?
if $test -f usethreads.cbu; then
- $cat >&4 <<EOM
+ $cat >&4 <<EOM
*** However, any setting of the C compiler flags (e.g. for thread support)
*** will be lost. It may be necessary for you to restart Configure and
echo "Cannot find myread, sorry. Aborting." >&2
exit 1
fi
- fi
+ fi
case "$ans" in
[yY]*) cc=gcc; ccname=gcc; ccflags=''; despair=no;
esac
$startsh
EOS
cat <<'EOSC' >>checkcc
-case "$cc" in
+case "$cc" in
'') ;;
-*) $rm -f try try.*
+*) $rm -f try try.*
$cat >try.c <<EOM
int main(int argc, char *argv[]) {
return 0;
if $test X"$despair" = Xyes; then
echo "Uh-oh, the C compiler '$cc' doesn't seem to be working." >&4
fi
- $cat >&4 <<EOM
+ $cat >&4 <<EOM
You need to find a working C compiler.
Either (purchase and) install the C compiler supplied by your OS vendor,
or for a free C compiler try http://gcc.gnu.org/
set $yyy; shift; shift; yyy=$@;
done'
-: see if stdint is available
-set stdint.h i_stdint
-eval $inhdr
-
: see if stdlib is available
set stdlib.h i_stdlib
eval $inhdr
esac
$rm_try
-: see if this is a fenv.h system
-set fenv.h i_fenv
-eval $inhdr
-
: see if this is a float.h system
set float.h i_float
eval $inhdr
cat <<EOM >&4
$me: FATAL ERROR:
-This version of $package can only be compiled by a compiler that
-understands function prototypes. Unfortunately, your C compiler
+This version of $package can only be compiled by a compiler that
+understands function prototypes. Unfortunately, your C compiler
$cc $ccflags
doesn't seem to understand them. Sorry about that.
-If GNU cc is available for your system, perhaps you could try that instead.
+If GNU cc is available for your system, perhaps you could try that instead.
Eventually, we hope to support building Perl with pre-ANSI compilers.
If you would like to help in that effort, please contact <perlbug@perl.org>.
set fp_class d_fp_class
eval $inlibc
+: see if this is a math.h system
+set math.h i_math
+eval $inhdr
+
+: check for fpclassify
+echo "Checking to see if you have fpclassify..." >&4
+$cat >try.c <<EOCP
+#$i_math I_MATH
+#ifdef I_MATH
+#include <math.h>
+#endif
+int main() { return fpclassify(1.0) == FP_NORMAL ? 0 : 1; }
+EOCP
+set try
+if eval $compile; then
+ val="$define"
+ echo "You have fpclassify."
+else
+ val="$undef"
+ echo "You do not have fpclassify."
+fi
+$rm_try
+set d_fpclassify
+eval $setvar
+
+: see if fp_classify exists
+set fp_classify d_fp_classify
+eval $inlibc
+
: see if fp_classl exists
set fp_classl d_fp_classl
eval $inlibc
set fpclass d_fpclass
eval $inlibc
-: see if fp_classify exists
-set fp_classify d_fp_classify
-eval $inlibc
-
: see if fpclassl exists
set fpclassl d_fpclassl
eval $inlibc
eval $setvar
$rm -f isblank*
+: check for isfinite
+echo "Checking to see if you have isfinite..." >&4
+$cat >try.c <<EOCP
+#$i_math I_MATH
+#ifdef I_MATH
+#include <math.h>
+#endif
+int main() { return isfinite(0.0); }
+EOCP
+set try
+if eval $compile; then
+ val="$define"
+ echo "You have isfinite."
+else
+ val="$undef"
+ echo "You do not have isfinite."
+fi
+$rm_try
+set d_isfinite
+eval $setvar
+
: see if isfinitel exists
set isfinitel d_isfinitel
eval $inlibc
+: check for isinf
+echo "Checking to see if you have isinf..." >&4
+$cat >try.c <<EOCP
+#$i_math I_MATH
+#ifdef I_MATH
+#include <math.h>
+#endif
+int main() { return isinf(0.0); }
+EOCP
+set try
+if eval $compile; then
+ val="$define"
+ echo "You have isinf."
+else
+ val="$undef"
+ echo "You do not have isinf."
+fi
+$rm_try
+set d_isinf
+eval $setvar
+
: see if isinfl exists
set isinfl d_isinfl
eval $inlibc
+: check for isnan
+echo "Checking to see if you have isnan..." >&4
+$cat >try.c <<EOCP
+#$i_math I_MATH
+#ifdef I_MATH
+#include <math.h>
+#endif
+int main() { return isnan(0.0); }
+EOCP
+set try
+if eval $compile; then
+ val="$define"
+ echo "You have isnan."
+else
+ val="$undef"
+ echo "You do not have isnan."
+fi
+$rm_try
+set d_isnan
+eval $setvar
+
: see if isnanl exists
set isnanl d_isnanl
eval $inlibc
set d_ldbl_dig
eval $setvar
-: see if this is a math.h system
-set math.h i_math
-eval $inhdr
-
: check to see if math.h defines _LIB_VERSION
d_libm_lib_version="$undef"
case $i_math in
esac
-: check for fpclassify
-echo " "
-echo "Checking to see if you have fpclassify..." >&4
-$cat >try.c <<EOCP
-#$i_math I_MATH
-#ifdef I_MATH
-#include <math.h>
-#endif
-int main() { return fpclassify(1.0) == FP_NORMAL ? 0 : 1; }
-EOCP
-set try
-if eval $compile; then
- val="$define"
- echo "You have fpclassify."
-else
- val="$undef"
- echo "You do not have fpclassify."
-fi
-$rm_try
-set d_fpclassify
-eval $setvar
-
-: check for isfinite
-echo " "
-echo "Checking to see if you have isfinite..." >&4
-$cat >try.c <<EOCP
-#$i_math I_MATH
-#ifdef I_MATH
-#include <math.h>
-#endif
-int main() { return isfinite(0.0); }
-EOCP
-set try
-if eval $compile; then
- val="$define"
- echo "You have isfinite."
-else
- val="$undef"
- echo "You do not have isfinite."
-fi
-$rm_try
-set d_isfinite
-eval $setvar
-
-: check for isinf
-echo " "
-echo "Checking to see if you have isinf..." >&4
-$cat >try.c <<EOCP
-#$i_math I_MATH
-#ifdef I_MATH
-#include <math.h>
-#endif
-int main() { return isinf(0.0); }
-EOCP
-set try
-if eval $compile; then
- val="$define"
- echo "You have isinf."
-else
- val="$undef"
- echo "You do not have isinf."
-fi
-$rm_try
-set d_isinf
-eval $setvar
-
-: check for isnan
-echo " "
-echo "Checking to see if you have isnan..." >&4
-$cat >try.c <<EOCP
-#$i_math I_MATH
-#ifdef I_MATH
-#include <math.h>
-#endif
-int main() { return isnan(0.0); }
-EOCP
-set try
-if eval $compile; then
- val="$define"
- echo "You have isnan."
-else
- val="$undef"
- echo "You do not have isnan."
-fi
-$rm_try
-set d_isnan
-eval $setvar
-
: see if link exists
set link d_link
eval $inlibc
set size_t sizetype 'unsigned int' stdio.h sys/types.h
eval $typedef_ask
-: check for type of arguments to gethostbyaddr.
+: check for type of arguments to gethostbyaddr.
if test "X$netdb_host_type" = X -o "X$netdb_hlen_type" = X; then
case "$d_gethbyaddr" in
$define)
Checking to see what type of arguments are accepted by gethostbyaddr().
EOM
hdrs="$define sys/types.h
- $d_socket sys/socket.h
- $i_niin netinet/in.h
+ $d_socket sys/socket.h
+ $i_niin netinet/in.h
$i_netdb netdb.h
$i_unistd unistd.h"
: The first arg can 'char *' or 'void *'
netdb_hlen_type="$sizetype"
;;
esac
- # Remove the "const" if needed. -- but then we'll have a
+ # Remove the "const" if needed. -- but then we'll have a
# prototype clash!
# netdb_host_type=`echo "$netdb_host_type" | sed 's/^const //'`
fi
-: check for type of argument to gethostbyname.
+: check for type of argument to gethostbyname.
if test "X$netdb_name_type" = X ; then
case "$d_gethbyname" in
$define)
Checking to see what type of argument is accepted by gethostbyname().
EOM
hdrs="$define sys/types.h
- $d_socket sys/socket.h
- $i_niin netinet/in.h
+ $d_socket sys/socket.h
+ $i_niin netinet/in.h
$i_netdb netdb.h
$i_unistd unistd.h"
for xxx in "const char *" "char *"; do
esac
fi
-: check for type of 1st argument to getnetbyaddr.
+: check for type of 1st argument to getnetbyaddr.
if test "X$netdb_net_type" = X ; then
case "$d_getnbyaddr" in
$define)
Checking to see what type of 1st argument is accepted by getnetbyaddr().
EOM
hdrs="$define sys/types.h
- $d_socket sys/socket.h
- $i_niin netinet/in.h
+ $d_socket sys/socket.h
+ $i_niin netinet/in.h
$i_netdb netdb.h
$i_unistd unistd.h"
for xxx in in_addr_t "unsigned long" long "unsigned int" int; do
set execinfo.h i_execinfo
eval $inhdr
+: see if this is a fenv.h system
+set fenv.h i_fenv
+eval $inhdr
+
: see if this is a fp.h system
set fp.h i_fp
eval $inhdr
set stddef.h i_stddef
eval $inhdr
+: see if stdint is available
+set stdint.h i_stdint
+eval $inhdr
+
: see if sys/access.h is available
set sys/access.h i_sysaccess
eval $inhdr
This variable conditionally defines the HAS_FP_CLASS symbol, which
indicates to the C program that the fp_class() routine is available.
-d_fp_class_l (d_fp_classl.U):
- This variable conditionally defines the HAS_FP_CLASSL symbol, which
- indicates to the C program that the fp_classl() routine is available.
-
-d_fp_classify (d_fp_classify.U):
+d_fp_classify (d_fpclassify.U):
This variable conditionally defines the HAS_FP_CLASSIFY symbol, which
indicates to the C program that the fp_classify() routine is available.
+d_fp_classl (d_fp_classl.U):
+ This variable conditionally defines the HAS_FP_CLASSL symbol, which
+ indicates to the C program that the fp_classl() routine is available.
+
d_fpathconf (d_pathconf.U):
This variable conditionally defines the HAS_FPATHCONF symbol, which
indicates to the C program that the pathconf() routine is available
indicates to the C program that the fpclassl() routine is available.
d_fpgetround (d_fpgetround.U):
- This variable conditionally defines HAS_FPGETROUND if fpgetround() is
- available to get the floating point rounding mode.
+ This variable conditionally defines HAS_FPGETROUND if fpgetround()
+ is available to get the floating point rounding mode.
d_fpos64_t (d_fpos64_t.U):
This symbol will be defined if the C compiler supports fpos64_t.
indicates to the C program that the isnanl() routine is available.
d_j0 (d_j0.U):
-
This variable conditionally defines the HAS_J0 symbol, which
indicates to the C program that the j0() routine is available.
-d_j0l (d_j0l.U):
-
+d_j0l (d_j0.U):
This variable conditionally defines the HAS_J0L symbol, which
indicates to the C program that the j0l() routine is available.
This variable controls the value of I_FCNTL (which tells
the C program to include <fcntl.h>).
+i_fenv (i_fenv.U):
+ This variable conditionally defines the I_FENV symbol, which
+ indicates to the C program that <fenv.h> exists and should
+ be included.
+
i_float (i_float.U):
This variable conditionally defines the I_FLOAT symbol, and indicates
whether a C program may include <float.h> to get symbols like DBL_MAX
*/
#$d_fcntl HAS_FCNTL /**/
-/* HAS_FEGETROUND:
- * This symbol, if defined, indicates that the fegetround routine is
- * available to get the floating point rounding mode.
- */
-#$d_fegetround HAS_FEGETROUND /**/
-
/* HAS_FGETPOS:
* This symbol, if defined, indicates that the fgetpos routine is
* available to get the file position indicator, similar to ftell().
*/
#$d_inetaton HAS_INET_ATON /**/
-/* HAS_J0:
- * This symbol, if defined, indicates to the C program that the
- * j0() function is available for Bessel functions of the first
- * kind of the order zero.
- */
-#$d_j0 HAS_J0 /**/
-
-/* HAS_J0L:
- * This symbol, if defined, indicates to the C program that the
- * j0l() function is available for Bessel functions of the first
- * kind of the order zero, for long doubles.
- */
-#$d_j0l HAS_J0L /**/
-
/* HAS_KILLPG:
* This symbol, if defined, indicates that the killpg routine is available
* to kill process groups. If unavailable, you probably should use kill
*/
#$i_fcntl I_FCNTL /**/
-/* I_FENV:
- * This symbol, if defined, indicates to the C program that it should
- * include <fenv.h> to get the floating point environment definitions.
- */
-#$i_fenv I_FENV /**/
-
/* I_FLOAT:
* This symbol, if defined, indicates to the C program that it should
* include <float.h> to get definition of symbols like DBL_MAX or
*/
#$i_stddef I_STDDEF /**/
-/* I_STDINT:
- * This symbol, if defined, indicates that <stdint.h> exists and should
- * be included.
- */
-#$i_stdint I_STDINT /**/
-
/* I_STDLIB:
* This symbol, if defined, indicates that <stdlib.h> exists and should
* be included.
/* HAS_ACOSH:
* This symbol, if defined, indicates that the acosh routine is
- * available.
+ * available to do the inverse hyperbolic cosine function.
*/
#$d_acosh HAS_ACOSH /**/
*/
#$d_fcntl_can_lock FCNTL_CAN_LOCK /**/
+/* HAS_FEGETROUND:
+ * This symbol, if defined, indicates that the fegetround routine is
+ * available to return the macro corresponding to the current rounding
+ * mode.
+ */
+#$d_fegetround HAS_FEGETROUND /**/
+
/* HAS_FINITE:
* This symbol, if defined, indicates that the finite routine is
* available to check whether a double is finite (non-infinity non-NaN).
/* HAS_FP_CLASSL:
* This symbol, if defined, indicates that the fp_classl routine is
- * available to classify doubles. Available for example in Digital UNIX.
- * See HAS_FP_CLASS.
- *
+ * available to classify long doubles. Available for example in
+ * Digital UNIX. See for possible values HAS_FP_CLASS.
*/
#$d_fp_classl HAS_FP_CLASSL /**/
-/* HAS_FP_CLASSIFY:
- * This symbol, if defined, indicates that the fp_classify routine is
- * available to classify doubles.
- * The returned values are defined in <math.h> and are:
- *
- * FP_NAN
- * FP_INFINITE
- * FP_NORMAL
- * FP_SUBNORMAL
- * FP_ZERO
- */
-#$d_fp_classify HAS_FP_CLASSIFY /**/
-
/* HAS_FPCLASS:
* This symbol, if defined, indicates that the fpclass routine is
* available to classify doubles. Available for example in Solaris/SVR4.
* FP_NAN NaN
*
*/
-#$d_fpclassify HAS_FPCLASSIFY /**/
+/* HAS_FP_CLASSIFY:
+ * This symbol, if defined, indicates that the fp_classify routine is
+ * available to classify doubles. The values are defined in <math.h>
+ *
+ * FP_NORMAL Normalized
+ * FP_ZERO Zero
+ * FP_INFINITE Infinity
+ * FP_SUBNORMAL Denormalized
+ * FP_NAN NaN
+ *
+ */
+#$d_fpclassify HAS_FPCLASSIFY /**/
+#$d_fp_classify HAS_FP_CLASSIFY /**/
/* HAS_FPCLASSL:
* This symbol, if defined, indicates that the fpclassl routine is
#$d_isfinite HAS_ISFINITE /**/
/* HAS_ISFINITEL:
- * This symbol, if defined, indicates that the isfinite routine is
- * available to check whether a long double is finitel
+ * This symbol, if defined, indicates that the isfinitel routine is
+ * available to check whether a long double is finite.
* (non-infinity non-NaN).
*/
#$d_isfinitel HAS_ISFINITEL /**/
*/
#$d_isinf HAS_ISINF /**/
-/* HAS_ISINF:
- * This symbol, if defined, indicates that the isinf routine is
+/* HAS_ISINFL:
+ * This symbol, if defined, indicates that the isinfl routine is
* available to check whether a long double is an infinity.
*/
#$d_isinfl HAS_ISINFL /**/
*/
#$d_isnanl HAS_ISNANL /**/
+/* HAS_J0:
+ * This symbol, if defined, indicates to the C program that the
+ * j0() function is available for Bessel functions of the first
+ * kind of the order zero, for doubles.
+ */
+/* HAS_J0L:
+ * This symbol, if defined, indicates to the C program that the
+ * j0l() function is available for Bessel functions of the first
+ * kind of the order zero, for long doubles.
+ */
+#$d_j0 HAS_J0 /**/
+#$d_j0l HAS_J0L /**/
+
/* HAS_LDBL_DIG:
* This symbol, if defined, indicates that this system's <float.h>
* or <limits.h> defines the symbol LDBL_DIG, which is the number
#define DB_VERSION_MINOR_CFG $db_version_minor /**/
#define DB_VERSION_PATCH_CFG $db_version_patch /**/
+/* I_FENV:
+ * This symbol, if defined, indicates to the C program that it should
+ * include <fenv.h> to get the floating point environment definitions.
+ */
+#$i_fenv I_FENV /**/
+
/* I_FP:
* This symbol, if defined, indicates that <fp.h> exists and
* should be included.
*/
#$i_stdbool I_STDBOOL /**/
+/* I_STDINT:
+ * This symbol, if defined, indicates that <stdint.h> exists and
+ * should be included.
+ */
+#$i_stdint I_STDINT /**/
+
/* I_SUNMATH:
* This symbol, if defined, indicates that <sunmath.h> exists and
* should be included.
* in Configure, this is the way to force them into availability.
*
* BOOTSTRAP_CHARSET
- * CHARBITS
+ * HAS_ACOSH
* HAS_ASCTIME64
- * HAS_BACKTRACE
* HAS_CTIME64
* HAS_DIFFTIME64
* HAS_DLADDR
+ * HAS_FEGETROUND
+ * HAS_FPCLASSIFY
* HAS_GMTIME64
- * HAS_ISBLANK
+ * HAS_ISFINITEL
+ * HAS_ISINFL
+ * HAS_J0
* HAS_LOCALTIME64
- * HAS_IP_MREQ
- * HAS_IP_MREQ_SOURCE
- * HAS_IPV6_MREQ
- * HAS_IPV6_MREQ_SOURCE
* HAS_MKTIME64
* HAS_PRCTL
* HAS_PSEUDOFORK
* HAS_TIMEGM
- * HAS_SOCKADDR_IN6
* I16SIZE
* I64SIZE
* I8SIZE
* LOCALTIME_R_NEEDS_TZSET
* U8SIZE
* USE_CBACKTRACE
- * USE_KERN_PROC_PATHNAME
- * USE_NSGETEXECUTABLEPATH
- *
*/
*/
/*#define HAS_FCNTL / **/
-/* HAS_FEGETROUND:
- * This symbol, if defined, indicates that the fegetround routine is
- * available to get the floating point rounding mode.
- */
-/*#define HAS_FEGETROUND / **/
-
/* HAS_FGETPOS:
* This symbol, if defined, indicates that the fgetpos routine is
* available to get the file position indicator, similar to ftell().
*/
/*#define HAS_INET_ATON / **/
-/* HAS_J0:
- * This symbol, if defined, indicates to the C program that the
- * j0() function is available for Bessel functions of the first
- * kind of the order zero.
- */
-/*#define HAS_J0 / **/
-
-/* HAS_J0L:
- * This symbol, if defined, indicates to the C program that the
- * j0l() function is available for Bessel functions of the first
- * kind of the order zero, for long doubles.
- */
-/*#define HAS_J0L / **/
-
/* HAS_KILLPG:
* This symbol, if defined, indicates that the killpg routine is available
* to kill process groups. If unavailable, you probably should use kill
*/
/*#define I_FCNTL / **/
-/* I_FENV:
- * This symbol, if defined, indicates to the C program that it should
- * include <fenv.h> to get the floating point environment definitions.
- */
-/*#define I_FENV / **/
-
/* I_FLOAT:
* This symbol, if defined, indicates to the C program that it should
* include <float.h> to get definition of symbols like DBL_MAX or
*/
#define I_STDDEF /**/
-/* I_STDINT:
- * This symbol, if defined, indicates that <stdint.h> exists and should
- * be included.
- */
-/*#define I_STDINT / **/
-
/* I_STDLIB:
* This symbol, if defined, indicates that <stdlib.h> exists and should
* be included.
/* HAS_ACOSH:
* This symbol, if defined, indicates that the acosh routine is
- * available.
+ * available to do the inverse hyperbolic cosine function.
*/
/*#define HAS_ACOSH / **/
*/
/*#define FCNTL_CAN_LOCK / **/
+/* HAS_FEGETROUND:
+ * This symbol, if defined, indicates that the fegetround routine is
+ * available to return the macro corresponding to the current rounding
+ * mode.
+ */
+/*#define HAS_FEGETROUND / **/
+
/* HAS_FINITE:
* This symbol, if defined, indicates that the finite routine is
* available to check whether a double is finite (non-infinity non-NaN).
/* HAS_FP_CLASSL:
* This symbol, if defined, indicates that the fp_classl routine is
- * available to classify doubles. Available for example in Digital UNIX.
- * See HAS_FP_CLASS.
- *
+ * available to classify long doubles. Available for example in
+ * Digital UNIX. See for possible values HAS_FP_CLASS.
*/
/*#define HAS_FP_CLASSL / **/
-/* HAS_FP_CLASSIFY:
- * This symbol, if defined, indicates that the fp_classify routine is
- * available to classify doubles.
- * The returned values are defined in <math.h> and are:
- *
- * FP_NAN
- * FP_INFINITE
- * FP_NORMAL
- * FP_SUBNORMAL
- * FP_ZERO
- */
-/*#define HAS_FP_CLASSIFY / **/
-
/* HAS_FPCLASS:
* This symbol, if defined, indicates that the fpclass routine is
* available to classify doubles. Available for example in Solaris/SVR4.
* FP_NAN NaN
*
*/
-/*#define HAS_FPCLASSIFY / **/
+/* HAS_FP_CLASSIFY:
+ * This symbol, if defined, indicates that the fp_classify routine is
+ * available to classify doubles. The values are defined in <math.h>
+ *
+ * FP_NORMAL Normalized
+ * FP_ZERO Zero
+ * FP_INFINITE Infinity
+ * FP_SUBNORMAL Denormalized
+ * FP_NAN NaN
+ *
+ */
+/*#define HAS_FPCLASSIFY / **/
+/*#define HAS_FP_CLASSIFY / **/
/* HAS_FPCLASSL:
* This symbol, if defined, indicates that the fpclassl routine is
/*#define HAS_ISFINITE / **/
/* HAS_ISFINITEL:
- * This symbol, if defined, indicates that the isfinite routine is
- * available to check whether a long double is finitel
+ * This symbol, if defined, indicates that the isfinitel routine is
+ * available to check whether a long double is finite.
* (non-infinity non-NaN).
*/
/*#define HAS_ISFINITEL / **/
*/
/*#define HAS_ISINF / **/
-/* HAS_ISINF:
- * This symbol, if defined, indicates that the isinf routine is
+/* HAS_ISINFL:
+ * This symbol, if defined, indicates that the isinfl routine is
* available to check whether a long double is an infinity.
*/
/*#define HAS_ISINFL / **/
*/
/*#define HAS_ISNANL / **/
+/* HAS_J0:
+ * This symbol, if defined, indicates to the C program that the
+ * j0() function is available for Bessel functions of the first
+ * kind of the order zero, for doubles.
+ */
+/* HAS_J0L:
+ * This symbol, if defined, indicates to the C program that the
+ * j0l() function is available for Bessel functions of the first
+ * kind of the order zero, for long doubles.
+ */
+/*#define HAS_J0 / **/
+/*#define HAS_J0L / **/
+
/* HAS_LDBL_DIG:
* This symbol, if defined, indicates that this system's <float.h>
* or <limits.h> defines the symbol LDBL_DIG, which is the number
#define DB_VERSION_MINOR_CFG 0 /**/
#define DB_VERSION_PATCH_CFG 0 /**/
+/* I_FENV:
+ * This symbol, if defined, indicates to the C program that it should
+ * include <fenv.h> to get the floating point environment definitions.
+ */
+/*#define I_FENV / **/
+
/* I_FP:
* This symbol, if defined, indicates that <fp.h> exists and
* should be included.
*/
/*#define I_STDBOOL / **/
+/* I_STDINT:
+ * This symbol, if defined, indicates that <stdint.h> exists and
+ * should be included.
+ */
+/*#define I_STDINT / **/
+
/* I_SUNMATH:
* This symbol, if defined, indicates that <sunmath.h> exists and
* should be included.
#endif
/* Generated from:
- * 2f54acea42d3f924568021e83a8122d708d2beb715c56fd532dc312d69c2b3c3 config_h.SH
+ * 7e76a333a9371f1ff08dfca439fb5f6232dfaf68acc41ac20176cbce581fe5c7 config_h.SH
* c152ea695301aeff5abcae519813f0bc4f3a875ba6f38e4a841302baa7bb5c7b uconfig.sh
* ex: set ro: */
https://perl5.git.perl.org / perl5.git / commitdiff