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basiclib/Config.pm-txt view on Meta::CPAN

d_shmat='undef'
d_shmatprototype='undef'
d_shmctl='undef'
d_shmdt='undef'
d_shmget='undef'
d_sigaction='undef'
d_sigsetjmp='undef'
d_socket='define'
d_socklen_t='undef'
d_sockpair='undef'
d_socks5_init='undef'
d_sqrtl='undef'
d_statblks='undef'
d_statfs_f_flags='undef'
d_statfs_s='undef'
d_statvfs='undef'
d_stdio_cnt_lval='define'
d_stdio_ptr_lval='define'
d_stdio_ptr_lval_nochange_cnt='undef'
d_stdio_ptr_lval_sets_cnt='undef'
d_stdio_stream_array='undef'
d_stdiobase='define'
d_stdstdio='define'
d_strchr='define'
d_strcoll='define'
d_strctcpy='define'
d_strerrm='strerror(e)'
d_strerror='define'
d_strtod='define'
d_strtol='define'
d_strtold='undef'
d_strtoll='undef'
d_strtoul='define'
d_strtoull='undef'
d_strtouq='undef'
d_strxfrm='define'
d_suidsafe='undef'
d_symlink='undef'
d_syscall='undef'
d_sysconf='undef'
d_sysernlst=''
d_syserrlst='define'
d_system='define'
d_tcgetpgrp='undef'
d_tcsetpgrp='undef'
d_telldir='define'
d_telldirproto='define'
d_time='define'
d_times='define'
d_truncate='undef'
d_tzname='define'
d_umask='define'
d_uname='define'
d_union_semun='define'
d_ustat='undef'
d_vendorarch='undef'
d_vendorbin='undef'
d_vendorlib='undef'
d_vfork='undef'
d_void_closedir='undef'
d_voidsig='define'
d_voidtty=''
d_volatile='define'
d_vprintf='define'
d_wait4='undef'
d_waitpid='define'
d_wcstombs='define'
d_wctomb='define'
d_xenix='undef'
date='date'
db_hashtype='int'
db_prefixtype='int'
defvoidused='15'
direntrytype='struct direct'
dlext='dll'
doublesize='8'
drand01='(rand()/(double)((unsigned)1<<RANDBITS))'
eagain='EAGAIN'
ebcdic='undef'
echo='echo'
egrep='egrep'
emacs=''
eunicefix=':'
exe_ext='.exe'
expr='expr'
fflushNULL='define'
fflushall='undef'
find='find'
firstmakefile='makefile'
flex=''
fpossize='4'
fpostype='fpos_t'
freetype='void'
full_ar=''
full_csh=''
full_sed=''
gccosandvers=''
gccversion=''
gidformat='"ld"'
gidsign='-1'
gidsize='4'
gidtype='gid_t'
glibpth='/usr/shlib  /lib/pa1.1 /usr/lib/large /lib /usr/lib /usr/lib/386 /lib/386 /lib/large /usr/lib/small /lib/small /usr/ccs/lib /usr/ucblib /usr/shlib '
grep='grep'
groupcat=''
groupstype='gid_t'
gzip='gzip'
h_fcntl='false'
h_sysfile='true'
hint='recommended'
hostcat='ypcat hosts'
i16size='2'
i16type='short'
i32size='4'
i32type='long'
i64size='8'
i64type='__int64'
i8size='1'
i8type='char'
i_arpainet='define'
i_bsdioctl=''
i_db='undef'
i_dbm='undef'
i_dirent='define'
i_dld='undef'
i_dlfcn='define'
i_fcntl='define'
i_float='define'
i_gdbm='undef'
i_grp='undef'
i_iconv='undef'
i_ieeefp='undef'
i_inttypes='undef'
i_libutil='undef'
i_limits='define'
i_locale='define'
i_machcthr='undef'
i_malloc='define'
i_math='define'
i_memory='undef'
i_mntent='undef'
i_ndbm='undef'
i_netdb='undef'
i_neterrno='undef'
i_netinettcp='undef'
i_niin='undef'
i_poll='undef'
i_prot='undef'
i_pthread='undef'
i_pwd='undef'
i_rpcsvcdbm='define'
i_sfio='undef'
i_sgtty='undef'
i_shadow='undef'
i_socks='undef'
i_stdarg='define'
i_stddef='define'
i_stdlib='define'
i_string='define'
i_sunmath='undef'

basiclib/Config.pm-txt view on Meta::CPAN

shmattype='void *'
shortsize='2'
shrpenv=''
sig_count='26'
sig_name_init='"ZERO", "NUM01", "INT", "QUIT", "ILL", "NUM05", "NUM06", "NUM07", "FPE", "KILL", "NUM10", "SEGV", "NUM12", "PIPE", "ALRM", "TERM", "NUM16", "NUM17", "NUM18", "NUM19", "CHLD", "BREAK", "ABRT", "STOP", "NUM24", "CONT", "CLD", 0'
sig_num_init='0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 20, 0'
signal_t='void'
sitearch='C:\Perl\site\lib'
sitearchexp='C:\Perl\site\lib'
sitebin='C:\Perl\site\bin'
sitebinexp='C:\Perl\site\bin'
sitelib='C:\Perl\site\lib'
sitelib_stem=''
sitelibexp='C:\Perl\site\lib'
siteprefix='C:\Perl\site'
siteprefixexp='C:\Perl\site'
sizesize='4'
sizetype='size_t'
sleep=''
smail=''
sockethdr=''
socketlib=''
socksizetype='int'
sort='sort'
spackage='Perl5'
spitshell=''
src=''
ssizetype='int'
startperl='#!perl'
stdchar='char'
stdio_base='((fp)->_base)'
stdio_bufsiz='((fp)->_cnt + (fp)->_ptr - (fp)->_base)'
stdio_cnt='((fp)->_cnt)'
stdio_filbuf=''
stdio_ptr='((fp)->_ptr)'
stdio_stream_array=''
strings='/usr/include/string.h'
submit=''
subversion='1'
sysman='/usr/man/man1'
tail=''
tar=''
tbl=''
tee=''
test=''
timeincl='/usr/include/sys/time.h '
timetype='time_t'
touch='touch'
tr=''
trnl='\012'
troff=''
u16size='2'
u16type='unsigned short'
u32size='4'
u32type='unsigned long'
u64size='8'
u64type='unsigned __int64'
u8size='1'
u8type='unsigned char'
uidformat='"ld"'
uidsign='-1'
uidsize='4'
uidtype='uid_t'
uname='uname'
uniq='uniq'
uquadtype='unsigned __int64'
use5005threads='undef'
use64bitall='undef'
use64bitint='undef'
usedl='define'
useithreads='define'
uselargefiles='undef'
uselongdouble='undef'
usemorebits='undef'
usemultiplicity='define'
usemymalloc='n'
usenm='false'
useopcode='true'
useperlio='undef'
useposix='true'
usesfio='false'
useshrplib='yes'
usesocks='undef'
usethreads='undef'
usevendorprefix='undef'
usevfork='false'
usrinc='/usr/include'
uuname=''
uvXUformat='"lX"'
uvoformat='"lo"'
uvsize='4'
uvtype='unsigned long'
uvuformat='"lu"'
uvxformat='"lx"'
vendorarch=''
vendorarchexp=''
vendorbin=''
vendorbinexp=''
vendorlib=''
vendorlib_stem=''
vendorlibexp=''
vendorprefix=''
vendorprefixexp=''
version='5.6.1'
versiononly='undef'
vi=''
voidflags='15'
xlibpth='/usr/lib/386 /lib/386'
xs_apiversion='5.6.0'
zcat=''
zip='zip'
!END!

my $summary = <<'!END!';
Summary of my $package (revision $baserev version $PERL_VERSION subversion $PERL_SUBVERSION) configuration:
  Platform:
    osname=$osname, osvers=$osvers, archname=$archname
    uname='$myuname'
    config_args='$config_args'
    hint=$hint, useposix=$useposix, d_sigaction=$d_sigaction
    usethreads=$usethreads use5005threads=$use5005threads useithreads=$useithreads usemultiplicity=$usemultiplicity

basiclib/Config.pm-txt view on Meta::CPAN

From F<d_umask.U>:

This variable conditionally defines the C<HAS_UMASK> symbol, which
indicates to the C program that the umask() routine is available.
to set and get the value of the file creation mask.

=item C<d_uname>

From F<d_gethname.U>:

This variable conditionally defines the C<HAS_UNAME> symbol, which
indicates to the C program that the uname() routine may be
used to derive the host name.

=item C<d_union_semun>

From F<d_union_semun.U>:

This variable conditionally defines C<HAS_UNION_SEMUN> if the
union semun is defined by including <sys/sem.h>.

=item C<d_ustat>

From F<d_ustat.U>:

This variable conditionally defines C<HAS_USTAT> if ustat() is
available to query file system statistics by dev_t.

=item C<d_vendorarch>

From F<vendorarch.U>:

This variable conditionally defined C<PERL_VENDORARCH>.

=item C<d_vendorbin>

From F<vendorbin.U>:

This variable conditionally defines C<PERL_VENDORBIN>.

=item C<d_vendorlib>

From F<vendorlib.U>:

This variable conditionally defines C<PERL_VENDORLIB>.

=item C<d_vfork>

From F<d_vfork.U>:

This variable conditionally defines the C<HAS_VFORK> symbol, which
indicates the vfork() routine is available.

=item C<d_void_closedir>

From F<d_closedir.U>:

This variable conditionally defines C<VOID_CLOSEDIR> if closedir()
does not return a value.

=item C<d_voidsig>

From F<d_voidsig.U>:

This variable conditionally defines C<VOIDSIG> if this system
declares "void (*signal(...))()" in F<signal.h>.  The old way was to
declare it as "int (*signal(...))()".

=item C<d_voidtty>

From F<i_sysioctl.U>:

This variable conditionally defines C<USE_IOCNOTTY> to indicate that the
ioctl() call with C<TIOCNOTTY> should be used to void tty association.
Otherwise (on C<USG> probably), it is enough to close the standard file
decriptors and do a setpgrp().

=item C<d_volatile>

From F<d_volatile.U>:

This variable conditionally defines the C<HASVOLATILE> symbol, which
indicates to the C program that this C compiler knows about the
volatile declaration.

=item C<d_vprintf>

From F<d_vprintf.U>:

This variable conditionally defines the C<HAS_VPRINTF> symbol, which
indicates to the C program that the vprintf() routine is available
to printf with a pointer to an argument list.

=item C<d_wait4>

From F<d_wait4.U>:

This variable conditionally defines the HAS_WAIT4 symbol, which
indicates the wait4() routine is available.

=item C<d_waitpid>

From F<d_waitpid.U>:

This variable conditionally defines C<HAS_WAITPID> if waitpid() is
available to wait for child process.

=item C<d_wcstombs>

From F<d_wcstombs.U>:

This variable conditionally defines the C<HAS_WCSTOMBS> symbol, which
indicates to the C program that the wcstombs() routine is available
to convert wide character strings to multibyte strings.

=item C<d_wctomb>

From F<d_wctomb.U>:

This variable conditionally defines the C<HAS_WCTOMB> symbol, which
indicates to the C program that the wctomb() routine is available
to convert a wide character to a multibyte.

basiclib/Config.pm-txt view on Meta::CPAN


This variable contains the return type of free().  It is usually
void, but occasionally int.

=item C<full_ar>

From F<Loc_ar.U>:

This variable contains the full pathname to C<ar>, whether or
not the user has specified C<portability>.  This is only used
in the F<Makefile.SH>.

=item C<full_csh>

From F<d_csh.U>:

This variable contains the full pathname to C<csh>, whether or
not the user has specified C<portability>.  This is only used
in the compiled C program, and we assume that all systems which
can share this executable will have the same full pathname to
F<csh.>

=item C<full_sed>

From F<Loc_sed.U>:

This variable contains the full pathname to C<sed>, whether or
not the user has specified C<portability>.  This is only used
in the compiled C program, and we assume that all systems which
can share this executable will have the same full pathname to
F<sed.>

=back

=head2 g

=over

=item C<gccosandvers>

From F<gccvers.U>:

If C<GNU> cc (gcc) is used, this variable the operating system and
version used to compile the gcc.  It is set to '' if not gcc,
or if nothing useful can be parsed as the os version.

=item C<gccversion>

From F<gccvers.U>:

If C<GNU> cc (gcc) is used, this variable holds C<1> or C<2> to 
indicate whether the compiler is version 1 or 2.  This is used in
setting some of the default cflags.  It is set to '' if not gcc.

=item C<gidformat>

From F<gidf.U>:

This variable contains the format string used for printing a Gid_t.

=item C<gidsign>

From F<gidsign.U>:

This variable contains the signedness of a gidtype.
1 for unsigned, -1 for signed.

=item C<gidsize>

From F<gidsize.U>:

This variable contains the size of a gidtype in bytes.

=item C<gidtype>

From F<gidtype.U>:

This variable defines Gid_t to be something like gid_t, int,
ushort, or whatever type is used to declare the return type
of getgid().  Typically, it is the type of group ids in the kernel.

=item C<glibpth>

From F<libpth.U>:

This variable holds the general path (space-separated) used to
find libraries.  It may contain directories that do not exist on
this platform, libpth is the cleaned-up version.

=item C<grep>

From F<Loc.U>:

This variable is used internally by Configure to determine the
full pathname (if any) of the grep program.  After Configure runs,
the value is reset to a plain C<grep> and is not useful.

=item C<groupcat>

From F<nis.U>:

This variable contains a command that produces the text of the
F</etc/group> file.  This is normally "cat F</etc/group>", but can be
"ypcat group" when C<NIS> is used.
On some systems, such as os390, there may be no equivalent
command, in which case this variable is unset.

=item C<groupstype>

From F<groupstype.U>:

This variable defines Groups_t to be something like gid_t, int, 
ushort, or whatever type is used for the second argument to
getgroups() and setgroups().  Usually, this is the same as
gidtype (gid_t), but sometimes it isn't.

=item C<gzip>

From F<Loc.U>:

This variable is used internally by Configure to determine the
full pathname (if any) of the gzip program.  After Configure runs,
the value is reset to a plain C<gzip> and is not useful.

basiclib/Config.pm-txt view on Meta::CPAN

=item C<shsharp>

From F<spitshell.U>:

This variable tells further Configure units whether your sh can
handle # comments.

=item C<sig_count>

From F<sig_name.U>:

This variable holds a number larger than the largest valid
signal number.  This is usually the same as the C<NSIG> macro.

=item C<sig_name>

From F<sig_name.U>:

This variable holds the signal names, space separated. The leading
C<SIG> in signal name is removed.  A C<ZERO> is prepended to the
list.  This is currently not used.

=item C<sig_name_init>

From F<sig_name.U>:

This variable holds the signal names, enclosed in double quotes and
separated by commas, suitable for use in the C<SIG_NAME> definition 
below.  A C<ZERO> is prepended to the list, and the list is 
terminated with a plain 0.  The leading C<SIG> in signal names
is removed. See sig_num.

=item C<sig_num>

From F<sig_name.U>:

This variable holds the signal numbers, space separated. A C<ZERO> is
prepended to the list (corresponding to the fake C<SIGZERO>), and 
the list is terminated with a 0.  Those numbers correspond to 
the value of the signal listed in the same place within the
sig_name list.

=item C<sig_num_init>

From F<sig_name.U>:

This variable holds the signal numbers, enclosed in double quotes and
separated by commas, suitable for use in the C<SIG_NUM> definition 
below.  A C<ZERO> is prepended to the list, and the list is 
terminated with a plain 0.

=item C<sig_size>

From F<sig_name.U>:

This variable contains the number of elements of the sig_name
and sig_num arrays, excluding the final C<NULL> entry.

=item C<signal_t>

From F<d_voidsig.U>:

This variable holds the type of the signal handler (void or int).

=item C<sitearch>

From F<sitearch.U>:

This variable contains the eventual value of the C<SITEARCH> symbol,
which is the name of the private library for this package.  It may
have a F<~> on the front. It is up to the makefile to eventually create
this directory while performing installation (with F<~> substitution).
The standard distribution will put nothing in this directory.
After perl has been installed, users may install their own local
architecture-dependent modules in this directory with
MakeMaker F<Makefile.PL>
or equivalent.  See C<INSTALL> for details.

=item C<sitearchexp>

From F<sitearch.U>:

This variable is the F<~name> expanded version of sitearch, so that you
may use it directly in Makefiles or shell scripts.

=item C<sitebin>

From F<sitebin.U>:

This variable holds the name of the directory in which the user wants
to put add-on publicly executable files for the package in question.  It
is most often a local directory such as F</usr/local/bin>. Programs using
this variable must be prepared to deal with F<~name> substitution.
The standard distribution will put nothing in this directory.
After perl has been installed, users may install their own local
executables in this directory with
MakeMaker F<Makefile.PL>
or equivalent.  See C<INSTALL> for details.

=item C<sitebinexp>

From F<sitebin.U>:

This is the same as the sitebin variable, but is filename expanded at
configuration time, for use in your makefiles.

=item C<sitelib>

From F<sitelib.U>:

This variable contains the eventual value of the C<SITELIB> symbol,
which is the name of the private library for this package.  It may
have a F<~> on the front. It is up to the makefile to eventually create
this directory while performing installation (with F<~> substitution).
The standard distribution will put nothing in this directory.
After perl has been installed, users may install their own local
architecture-independent modules in this directory with
MakeMaker F<Makefile.PL>
or equivalent.  See C<INSTALL> for details.

=item C<sitelib_stem>

basiclib/Config.pm-txt view on Meta::CPAN

=back

=head2 u

=over

=item C<u16size>

From F<perlxv.U>:

This variable is the size of an U16 in bytes.

=item C<u16type>

From F<perlxv.U>:

This variable contains the C type used for Perl's U16.

=item C<u32size>

From F<perlxv.U>:

This variable is the size of an U32 in bytes.

=item C<u32type>

From F<perlxv.U>:

This variable contains the C type used for Perl's U32.

=item C<u64size>

From F<perlxv.U>:

This variable is the size of an U64 in bytes.

=item C<u64type>

From F<perlxv.U>:

This variable contains the C type used for Perl's U64.

=item C<u8size>

From F<perlxv.U>:

This variable is the size of an U8 in bytes.

=item C<u8type>

From F<perlxv.U>:

This variable contains the C type used for Perl's U8.

=item C<uidformat>

From F<uidf.U>:

This variable contains the format string used for printing a Uid_t.

=item C<uidsign>

From F<uidsign.U>:

This variable contains the signedness of a uidtype.
1 for unsigned, -1 for signed.

=item C<uidsize>

From F<uidsize.U>:

This variable contains the size of a uidtype in bytes.

=item C<uidtype>

From F<uidtype.U>:

This variable defines Uid_t to be something like uid_t, int, 
ushort, or whatever type is used to declare user ids in the kernel.

=item C<uname>

From F<Loc.U>:

This variable is used internally by Configure to determine the
full pathname (if any) of the uname program.  After Configure runs,
the value is reset to a plain C<uname> and is not useful.

=item C<uniq>

From F<Loc.U>:

This variable is used internally by Configure to determine the
full pathname (if any) of the uniq program.  After Configure runs,
the value is reset to a plain C<uniq> and is not useful.

=item C<uquadtype>

From F<quadtype.U>:

This variable defines Uquad_t to be something like unsigned long,
unsigned int, unsigned long long, uint64_t, or whatever type is
used for 64-bit integers.

=item C<use5005threads>

From F<usethreads.U>:

This variable conditionally defines the USE_5005THREADS symbol,
and indicates that Perl should be built to use the 5.005-based
threading implementation.

=item C<use64bitall>

From F<use64bits.U>:

This variable conditionally defines the USE_64_BIT_ALL symbol,
and indicates that 64-bit integer types should be used
when available.  The maximal possible
64-bitness is employed: LP64 or ILP64, meaning that you will
be able to use more than 2 gigabytes of memory.  This mode is
even more binary incompatible than USE_64_BIT_INT. You may not
be able to run the resulting executable in a 32-bit C<CPU> at all or

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