Perl 5.14.1 configure output on Fedora 14

Beginning of configuration questions for perl5.

Checking echo to see how to suppress newlines...
...using -n.
The star should be here-->*

First let's make sure your kit is complete.  Checking...
Looks good...


This installation shell script will examine your system and ask you questions
to determine how the perl5 package should be installed. If you get
stuck on a question, you may use a ! shell escape to start a subshell or
execute a command.  Many of the questions will have default answers in square
brackets; typing carriage return will give you the default.

On some of the questions which ask for file or directory names you are allowed
to use the ~name construct to specify the login directory belonging to "name",
even if you don't have a shell which knows about that.  Questions where this is
allowed will be marked "(~name ok)".

[Type carriage return to continue]

The prompter used in this script allows you to use shell variables and
backticks in your answers.  You may use $1, $2, etc...  to refer to the words
in the default answer, as if the default line was a set of arguments given to a
script shell.  This means you may also use $* to repeat the whole default line,
so you do not have to re-type everything to add something to the default.

Every time there is a substitution, you will have to confirm.  If there is an
error (e.g. an unmatched backtick), the default answer will remain unchanged
and you will be prompted again.

If you are in a hurry, you may run 'Configure -d'.  This will bypass nearly all
the questions and use the computed defaults (or the previous answers if there
was already a config.sh file). Type 'Configure -h' for a list of options.
You may also start interactively and then answer '& -d' at any prompt to turn
on the non-interactive behaviour for the remainder of the execution.

[Type carriage return to continue]

Much effort has been expended to ensure that this shell script will run on any
Unix system.  If despite that it blows up on yours, your best bet is to edit
Configure and run it again.  If you can't run Configure for some reason,
you'll have to generate a config.sh file by hand.  Whatever problems you
have, let me (perlbug@perl.org) know how I blew it.

This installation script affects things in two ways:

1) it may do direct variable substitutions on some of the files included
   in this kit.
2) it builds a config.h file for inclusion in C programs.  You may edit
   any of these files as the need arises after running this script.

If you make a mistake on a question, there is no easy way to back up to it
currently.  The easiest thing to do is to edit config.sh and rerun all the SH
files.  Configure will offer to let you do this before it runs the SH files.

[Type carriage return to continue]

Locating common programs...
awk is in /usr/bin/awk.
cat is in /bin/cat.
chmod is in /bin/chmod.
comm is in /usr/bin/comm.
cp is in /bin/cp.
echo is in /bin/echo.
expr is in /usr/bin/expr.
grep is in /bin/grep.
ls is in /bin/ls.
mkdir is in /bin/mkdir.
rm is in /bin/rm.
sed is in /bin/sed.
sort is in /bin/sort.
touch is in /bin/touch.
tr is in /usr/bin/tr.
uniq is in /usr/bin/uniq.

Don't worry if any of the following aren't found...
ar is in /usr/bin/ar.
I don't see bison out there, offhand.
I don't see byacc out there, either.
cpp is in /usr/bin/cpp.
I don't see csh out there, either.
date is in /bin/date.
egrep is in /bin/egrep.
gmake is in /usr/bin/gmake.
gzip is in /usr/bin/gzip.
less is in /usr/bin/less.
ln is in /bin/ln.
make is in /usr/bin/make.
more is in /bin/more.
nm is in /usr/bin/nm.
nroff is in /usr/bin/nroff.
perl is in /home/mpeters/perl5/perlbrew/perls/perl-5.8.9/bin/perl.
I don't see pg out there, either.
test is in /usr/bin/test.
uname is in /bin/uname.
zip is in /usr/bin/zip.
Substituting less -R for less.
Using the test built into your sh.

Checking compatibility between /bin/echo and builtin echo (if any)...
They are compatible.  In fact, they may be identical.
The following message is sponsored by

  Dresden.pm<--The stars should be here.

Dear Perl user, system administrator or package
maintainer, the Perl community sends greetings to
you. Do you (emblematical) greet back [Y/n]? n


Symbolic links are supported.

Checking how to test for symbolic links...
You can test for symbolic links with 'test -h'.


Good, your tr supports [:lower:] and [:upper:] to convert case.
Using [:upper:] and [:lower:] to convert case.

First time through, eh?  I have some defaults handy for some systems
that need some extra help getting the Configure answers right:

3b1   	      dragonfly       irix_6_1        opus   	    super-ux
aix_3         dynixptx        irix_6          os2   	    svr4
aix_4         dynix   	      isc_2   	      os390   	    svr5
aix   	      epix   	      isc   	      os400   	    ti1500
altos486      esix4   	      linux   	      posix-bc      titanos
amigaos       fps   	      lynxos          powerux       ultrix_4
atheos        freebsd         midnightbsd     qnx   	    umips
aux_3         genix   	      mips   	      rhapsody      unicosmk
beos          gnukfreebsd     mirbsd          riscos        unicos
bsdos         gnuknetbsd      mpc   	      sco_2_3_0     unisysdynix
catamount     gnu   	      mpeix   	      sco_2_3_1     utekv
convexos      greenhills      ncr_tower       sco_2_3_2     uts
cxux          haiku   	      netbsd          sco_2_3_3     uwin
cygwin        hpux   	      newsos4         sco_2_3_4     vmesa
darwin        i386   	      next_3_0        sco   	    vos
dcosx         interix         next_3          solaris_2
dec_osf       irix_4          next_4          stellar
dgux          irix_5          nonstopux       sunos_4_0
dos_djgpp     irix_6_0        openbsd         sunos_4_1

You may give one or more space-separated answers, or "none" if appropriate.
If you have a handcrafted Policy.sh file or a Policy.sh file generated by a
previous run of Configure, you may specify it as well as or instead of
OS-specific hints.  If hints are provided for your OS, you should use them:
although Perl can probably be built without hints on many platforms, using
hints often improve performance and may enable features that Configure can't
set up on its own. If there are no hints that match your OS, specify "none";
DO NOT give a wrong version or a wrong OS.

Which of these apply, if any? [linux]

You appear to have ELF support.  I'll try to use it for dynamic loading.
If dynamic loading doesn't work, read hints/linux.sh for further information.

You appear to have a working bash.  Good.
nm: /usr/lib/libdb.so: no symbols

Configure uses the operating system name and version to set some defaults.
The default value is probably right if the name rings a bell. Otherwise,
since spelling matters for me, either accept the default or answer "none"
to leave it blank.

Operating system name? [linux]

Operating system version? [2.6.35.13-92.fc14.i686]

By default, perl5 will be installed in /usr/local/bin, manual pages
under /usr/local/man, etc..., i.e. with /usr/local as prefix for all
installation directories. Typically this is something like /usr/local.
If you wish to have binaries under /usr/bin but other parts of the
installation under /usr/local, that's ok: you will be prompted
separately for each of the installation directories, the prefix being
only used to set the defaults.

Installation prefix to use? (~name ok) [/usr/local]

AFS does not seem to be running...

In some special cases, particularly when building perl5 for distribution,
it is convenient to distinguish the directory in which files should be
installed from the directory (/usr/local) in which they will
eventually reside.  For most users, these two directories are the same.

What installation prefix should I use for installing files? (~name ok)
[/usr/local]

Perl can be built to use the SOCKS proxy protocol library.  To do so,
Configure must be run with -Dusesocks.  If you use SOCKS you also need
to use the PerlIO abstraction layer, this will be implicitly selected.

If this doesn't make any sense to you, just accept the default 'n'.
Build Perl for SOCKS? [n]

Previous version of perl5 used the standard IO mechanisms as
defined in <stdio.h>.  Versions 5.003_02 and later of perl5 allow
alternate IO mechanisms via the PerlIO abstraction layer, but the
stdio mechanism is still available if needed.  The abstraction layer
can use AT&T's sfio (if you already have sfio installed) or regular stdio.
Using PerlIO with sfio may cause problems with some extension modules.

If this doesn't make any sense to you, just accept the default 'y'.
Use the PerlIO abstraction layer? [y]

Getting the current patchlevel...
(You have perl5 version 14 subversion 1.)

Perl can be built to take advantage of threads on some systems.
To do so, Configure can be run with -Dusethreads.

Note that Perl built with threading support runs slightly slower
and uses more memory than plain Perl. The current implementation
is believed to be stable, but it is fairly new, and so should be
treated with caution.

If this doesn't make any sense to you, just accept the default 'n'.
Build a threading Perl? [n]
Your platform has some specific hints regarding threaded builds, using them...

Perl can be built so that multiple Perl interpreters can coexist
within the same Perl executable.

If this doesn't make any sense to you, just accept the default 'n'.
Build Perl for multiplicity? [n]

Use which C compiler? [cc]

Hmm...  Looks kind of like a Version 7 system, but we'll see...

Congratulations.  You aren't running Eunice.

It's not Xenix...

Nor is it Venix...

Checking for GNU cc in disguise and/or its version number...
You are using GNU cc 4.5.1 20100924 (Red Hat 4.5.1-4).

Hmm...  Doesn't look like a MIPS system.

Now, how can we feed standard input to your C preprocessor...
Maybe "cc -E" will work...
Nope...maybe "cc -E -" will work...
Yup, it does.

Some systems have incompatible or broken versions of libraries.  Among
the directories listed in the question below, please remove any you
know not to be holding relevant libraries, and add any that are needed.
Say "none" for none.

Directories to use for library searches? [/usr/local/lib /lib /usr/lib]

On some systems, shared libraries may be available.  Answer 'none' if
you want to suppress searching of shared libraries for the remainder
of this configuration.

What is the file extension used for shared libraries? [so]

Perl can be built to take advantage of long doubles which
(if available) may give more accuracy and range for floating point numbers.

If this doesn't make any sense to you, just accept the default 'n'.
Try to use long doubles if available? [n]

Checking for optional libraries...
No -lsfio.
No -lsocket.
No -linet.
Found -lnsl (shared).
No -lnm.
No -lndbm.
Found -lgdbm (shared).
No -ldbm.
Found -ldb (shared).
No -lmalloc.
Found -ldl (shared).
No -ldld.
No -lld.
No -lsun.
Found -lm (shared).
Found -lcrypt (shared).
No -lsec.
Found -lutil (shared).
Found -lc (shared).
No -lcposix.
No -lposix.
No -lucb.
No -lBSD.
Found -lgdbm_compat (shared).

In order to compile perl5 on your machine, a number of libraries
are usually needed.  Include any other special libraries here as well.
Say "none" for none.  The default list is almost always right.

What libraries to use?
[-lnsl -lgdbm -ldb -ldl -lm -lcrypt -lutil -lc -lgdbm_compat]

By default, perl5 compiles with the -O flag to use the optimizer.
Alternately, you might want to use the symbolic debugger, which uses
the -g flag (on traditional Unix systems).  Either flag can be
specified here.  To use neither flag, specify the word "none".

What optimizer/debugger flag should be used? [-O2]

Checking if your compiler accepts -fno-strict-aliasing
Yes, it does.

Checking if your compiler accepts -pipe
Yes, it does.

Checking if your compiler accepts -fstack-protector
Yes, it does.

Your C compiler may want other flags.  For this question you should include
-I/whatever and -DWHATEVER flags and any other flags used by the C compiler,
but you should NOT include libraries or ld flags like -lwhatever.  If you
want perl5 to honor its debug switch, you should include -DDEBUGGING here.
Your C compiler might also need additional flags, such as -D_POSIX_SOURCE.

To use no flags, specify the word "none".

Any additional cc flags?
[-fno-strict-aliasing -pipe -fstack-protector -I/usr/local/include]

Let me guess what the preprocessor flags are...
They appear to be: -fno-strict-aliasing -pipe -fstack-protector -I/usr/local/include

Your C linker may need flags.  For this question you should
include -L/whatever and any other flags used by the C linker, but you
should NOT include libraries like -lwhatever.

Make sure you include the appropriate -L/path flags if your C linker
does not normally search all of the directories you specified above,
namely
	/usr/local/lib /lib /usr/lib
To use no flags, specify the word "none".

Any additional ld flags (NOT including libraries)?
[ -fstack-protector -L/usr/local/lib]

Checking your choice of C compiler and flags for coherency...
OK, that should do.

Computing filename position in cpp output for #include directives...
Your cpp writes the filename in the third field of the line.

<stdlib.h> found.

Checking to see how big your integers are...
Your integers are 4 bytes long.
Your long integers are 4 bytes long.
Your short integers are 2 bytes long.

Checking to see if you have long long...
You have long long.

Checking to see how big your long longs are...
Your long longs are 8 bytes long.

<inttypes.h> found.

Checking to see if you have int64_t...
You have int64_t.

Checking which 64-bit integer type we could use...
We could use 'long long' for 64-bit integers.

Perl can be built to take advantage of 64-bit integer types
on some systems.  To do so, Configure can be run with -Duse64bitint.
Choosing this option will most probably introduce binary incompatibilities.

If this doesn't make any sense to you, just accept the default 'n'.
(The default has been chosen based on your configuration.)
Try to use 64-bit integers, if available? [n]

You may also choose to try maximal 64-bitness.  It means using as much
64-bitness as possible on the platform.  This in turn means even more
binary incompatibilities.  On the other hand, your platform may not
have any more 64-bitness available than what you already have chosen.

If this doesn't make any sense to you, just accept the default 'n'.
(The default has been chosen based on your configuration.)
Try to use maximal 64-bit support, if available? [n]

Checking to see how big your double precision numbers are...
Your double is 8 bytes long.

Checking to see if you have long double...
You have long double.

Checking to see how big your long doubles are...
Your long doubles are 12 bytes long.

What is your architecture name [i686-linux]
Perlio selected.

Pathname where the public executables will reside? (~name ok)
[/usr/local/bin]

Would you like to build Perl so that the installation is relocatable, so that
library paths in @INC are determined relative to the path of the perl binary?
This is not advised for system Perl installs, or if you need to run setid
scripts or scripts under taint mode.

If this doesn't make any sense to you, just accept the default 'n'.
Use relocatable @INC? [n]

There are some auxiliary files for perl5 that need to be put into a
private library directory that is accessible by everyone.

Pathname where the private library files will reside? (~name ok)
[/usr/local/lib/perl5/5.14.1]

Perl5 contains architecture-dependent library files.  If you are
sharing libraries in a heterogeneous environment, you might store
these files in a separate location.  Otherwise, you can just include
them with the rest of the public library files.

Where do you want to put the public architecture-dependent libraries? (~name ok)
[/usr/local/lib/perl5/5.14.1/i686-linux]

Some kernels have a bug that prevents setuid #! scripts from being
secure.  Some sites have disabled setuid #! scripts because of this.

First let's decide if your kernel supports secure setuid #! scripts.
(If setuid #! scripts would be secure but have been disabled anyway,
don't say that they are secure if asked.)

If you are not sure if they are secure, I can check but I'll need a
username and password different from the one you are using right now.
If you don't have such a username or don't want me to test, simply
enter 'none'.

Other username to test security of setuid scripts with? [none]
Well, the recommended value is *not* secure.
Does your kernel have *secure* setuid scripts? [n]
Looking for a previously installed perl5.005 or later...
Using /home/mpeters/perl5/perlbrew/perls/perl-5.8.9/bin/perl.

After perl5 is installed, you may wish to install various
add-on modules and utilities.  Typically, these add-ons will
be installed under /usr/local with the rest
of this package.  However, you may wish to install such add-ons
elsewhere under a different prefix.

If you do not wish to put everything under a single prefix, that's
ok.  You will be prompted for the individual locations; this siteprefix
is only used to suggest the defaults.

The default should be fine for most people.

Installation prefix to use for add-on modules and utilities? (~name ok)
[/usr/local]

The installation process will create a directory for
site-specific extensions and modules.  Most users find it convenient
to place all site-specific files in this directory rather than in the
main distribution directory.

Pathname for the site-specific library files? (~name ok)
[/usr/local/lib/perl5/site_perl/5.14.1]

In order to ease the process of upgrading, this version of perl
can be configured to use modules built and installed with earlier
versions of perl that were installed under /usr/local.  Specify here
the list of earlier versions that this version of perl should check.
If Configure detected no earlier versions of perl installed under
/usr/local, then the list will be empty.  Answer 'none' to tell perl
to not search earlier versions.

The default should almost always be sensible, so if you're not sure,
just accept the default.
List of earlier versions to include in @INC? [none]

<malloc/malloc.h> NOT found.

<malloc.h> found.

Checking to see how well your C compiler groks the void type...
Good.  It appears to support void to the level perl5 wants.

Checking to see how big your pointers are...
Your pointers are 4 bytes long.

Do you wish to wrap malloc calls to protect against potential overflows? [y]

Do you wish to attempt to use the malloc that comes with perl5? [n]

Your system wants malloc to return 'void *', it would seem.
Your system uses void free(), it would seem.

The installation process will also create a directory for
architecture-dependent site-specific extensions and modules.

Pathname for the site-specific architecture-dependent library files? (~name ok)
[/usr/local/lib/perl5/site_perl/5.14.1/i686-linux]

The installation process will also create a directory for
vendor-supplied add-ons.  Vendors who supply perl with their system
may find it convenient to place all vendor-supplied files in this
directory rather than in the main distribution directory.  This will
ease upgrades between binary-compatible maintenance versions of perl.

Of course you may also use these directories in whatever way you see
fit.  For example, you might use them to access modules shared over a
company-wide network.

The default answer should be fine for most people.
This causes further questions about vendor add-ons to be skipped
and no vendor-specific directories will be configured for perl.

Do you want to configure vendor-specific add-on directories? [n]

Lastly, you can have perl look in other directories for extensions and
modules in addition to those already specified.
These directories will be searched after
	/usr/local/lib/perl5/site_perl/5.14.1/i686-linux
	/usr/local/lib/perl5/site_perl/5.14.1

Enter a colon-separated set of extra paths to include in perl's @INC
search path, or enter 'none' for no extra paths.

Colon-separated list of additional directories for perl to search? [none]

Checking out function prototypes...
Your C compiler appears to support function prototypes.

Perl can be built to support DTrace on platforms that support it.
DTrace is a diagnosis and performance analysis tool from Sun.

If this doesn't make any sense to you, just accept the default 'none'.
Support DTrace if available? [n]

Perl can be built with extra modules or bundles of modules which
will be fetched from the CPAN and installed alongside Perl.

Notice that you will need access to the CPAN; either via the Internet,
or a local copy, for example a CD-ROM or a local CPAN mirror.  (You will
be asked later to configure the CPAN.pm module which will in turn do
the installation of the rest of the extra modules or bundles.)

Notice also that if the modules require any external software such as
libraries and headers (the libz library and the zlib.h header for the
Compress::Zlib module, for example) you MUST have any such software
already installed, this configuration process will NOT install such
things for you.

If this doesn't make any sense to you, just accept the default 'n'.
Install any extra modules (y or n)? [n]


If you wish to install html files for programs in Perl5, indicate
the appropriate directory here.  To skip installing html files,
answer "none".
Directory for the main Perl5 html pages? (~name ok) [none]

If you wish to install html files for modules associated with Perl5,
indicate the appropriate directory here.  To skip installing html files,
answer "none".
Directory for the Perl5 module html pages? (~name ok) [none]

Many scripts expect perl to be installed as /usr/bin/perl.

If you want to, I can install the perl you are about to compile
as /usr/bin/perl (in addition to /usr/local/bin/perl).

However, please note that because you already have a /usr/bin/perl,
overwriting that with a new Perl would very probably cause problems.
Therefore I'm assuming you don't want to do that (unless you insist).

Do you want to install perl as /usr/bin/perl? [n]

Checking for GNU C Library...
You are using the GNU C Library version 2.13

nm probably won't work on the GNU C Library.

I can use /usr/bin/nm to extract the symbols from your C libraries. This
is a time consuming task which may generate huge output on the disk (up
to 3 megabytes) but that should make the symbols extraction faster. The
alternative is to skip the 'nm' extraction part and to compile a small
test program instead to determine whether each symbol is present. If
you have a fast C compiler and/or if your 'nm' output cannot be parsed,
this may be the best solution.

You probably shouldn't let me use 'nm' if you are using the GNU C Library.

Shall I use /usr/bin/nm to extract C symbols from the libraries? [n]

<dld.h> NOT found.

Checking for C++...
You are not using a C++ compiler.

dlopen() found.

<unistd.h> found.

Do you wish to use dynamic loading? [y]
The following dynamic loading files are available:
ext/DynaLoader/dl_aix.xs      ext/DynaLoader/dl_mpeix.xs
ext/DynaLoader/dl_beos.xs     ext/DynaLoader/dl_next.xs
ext/DynaLoader/dl_dld.xs      ext/DynaLoader/dl_none.xs
ext/DynaLoader/dl_dllload.xs  ext/DynaLoader/dl_symbian.xs
ext/DynaLoader/dl_dlopen.xs   ext/DynaLoader/dl_vmesa.xs
ext/DynaLoader/dl_dyld.xs     ext/DynaLoader/dl_vms.xs
ext/DynaLoader/dl_hpux.xs     ext/DynaLoader/dl_win32.xs
Source file to use for dynamic loading [ext/DynaLoader/dl_dlopen.xs]

Some systems may require passing special flags to cc -c to
compile modules that will be used to create a shared library.
To use no flags, say "none".

Any special flags to pass to cc -c to compile shared library modules?
[-fPIC]

Some systems use ld to create libraries that can be dynamically loaded,
while other systems (such as those using ELF) use cc.

You appear to have ELF support.  I'll use cc to build dynamic libraries.
What command should be used to create dynamic libraries? [cc]

Some systems may require passing special flags to cc to create a
library that can be dynamically loaded.  If your ld flags include
-L/other/path options to locate libraries outside your loader's normal
search path, you may need to specify those -L options here as well.  To
use no flags, say "none".

Any special flags to pass to cc to create a dynamically loaded library?
[-shared -O2 -L/usr/local/lib -fstack-protector]

Some systems may require passing special flags to cc to indicate that
the resulting executable will use dynamic linking.  To use no flags,
say "none".

Any special flags to pass to cc to use dynamic linking? [-Wl,-E]

The perl executable is normally obtained by linking perlmain.c with
libperl.a, any static extensions (usually just DynaLoader), and
any other libraries needed on this system (such as -lm, etc.).  Since
your system supports dynamic loading, it is probably possible to build
a shared libperl.so.  If you will have more than one executable linked
to libperl.so, this will significantly reduce the size of each
executable, but it may have a noticeable effect on performance.  The
default is probably sensible for your system.


Build a shared libperl.so (y/n) [n]

System manual is in /usr/share/man/man1.

Perl5 has manual pages available in source form.
If you don't want the manual sources installed, answer 'none'.

Where do the main Perl5 manual pages (source) go? (~name ok)
[/usr/local/share/man/man1]
What suffix should be used for the main Perl5 man pages? [1]

You can have filenames longer than 14 characters.

Perl5 has manual pages for many of the library modules.
If you don't want the manual sources installed, answer 'none'.

Where do the perl5 library man pages (source) go? (~name ok)
[/usr/local/share/man/man3]
What suffix should be used for the perl5 library man pages? [3]

Figuring out host name...
Maybe "hostname" will work...
Your host name appears to be "giles". Right? [y]
(Normalizing case in your host name)
(You do not have fully-qualified names in the hosts database)
(Attempting domain name extraction from /etc/resolv.conf)
(No help from resolv.conf either -- attempting clever guess)

What is your domain name? [.(none)]
(Normalizing case in your domain name)

I need to get your e-mail address in Internet format if possible, i.e.
something like user@host.domain. Please answer accurately since I have
no easy means to double check it. The default value provided below
is most probably close to reality but may not be valid from outside
your organization...

What is your e-mail address? [mpeters@giles.(none)]

If you or somebody else will be maintaining perl at your site, please
fill in the correct e-mail address here so that they may be contacted
if necessary. Currently, the "perlbug" program included with perl
will send mail to this address in addition to perlbug@perl.org. You may
enter "none" for no administrator.

Perl administrator e-mail address [mpeters@giles.(none)]

Do you want to install only the version-specific parts of the perl
distribution?  Usually you do *not* want to do this.
Do you want to install only the version-specific parts of perl? [n]

I can use the #! construct to start perl on your system. This will
make startup of perl scripts faster, but may cause problems if you
want to share those scripts and perl is not in a standard place
(/usr/local/bin/perl) on all your platforms. The alternative
is to force a shell by starting the script with a single ':' character.

What shall I put after the #! to start up perl ("none" to not use #!)?
[/usr/local/bin/perl]
I'll use #!/usr/local/bin/perl to start perl scripts.

Some installations have a separate directory just for executable scripts so
that they can mount it across multiple architectures but keep the scripts in
one spot.  You might, for example, have a subdirectory of /usr/share for this.
Or you might just lump your scripts in with all your other executables.

Where do you keep publicly executable scripts? (~name ok) [/usr/local/bin]
Pathname where the add-on public executables should be installed? (~name ok)
[/usr/local/bin]
Pathname where the site-specific html pages should be installed? (~name ok)
[none]
Pathname where the site-specific library html pages should be installed? (~name ok)
[none]
Pathname where the site-specific manual pages should be installed? (~name ok)
[/usr/local/share/man/man1]
Pathname where the site-specific library manual pages should be installed? (~name ok)
[/usr/local/share/man/man3]
Pathname where add-on public executable scripts should be installed? (~name ok)
[/usr/local/bin]

Perl can be built to use 'fast stdio', which means using the stdio
library but also directly manipulating the stdio buffers to enable
faster I/O.  Using stdio is better for backward compatibility (especially
for Perl extensions), but on the other hand since Perl 5.8 the 'perlio'
interface has been preferred instead of stdio.

If this doesn't make any sense to you, just accept the default 'n'.
Use the "fast stdio" if available? [n]

Looking for the type used for lseek's offset on this system.
off_t found.

Checking to see how big your file offsets are...
Your file offsets are 4 bytes long.

Looking for the type for file position used by fsetpos().
fpos_t found.

Checking the size of fpos_t...
Your fpos_t is 12 bytes long.

Perl can be built to understand large files (files larger than 2 gigabytes)
on some systems.  To do so, Configure can be run with -Duselargefiles.

If this doesn't make any sense to you, just accept the default 'y'.
Try to understand large files, if available? [y]
Your platform has some specific hints regarding large file builds, using them...

Rechecking to see how big your file offsets are...
Your file offsets are now 8 bytes long.
Rechecking the size of fpos_t... 16 bytes.

Using <string.h> instead of <strings.h>.

qgcvt() found.

Checking how to print long doubles...
We will use %Lf.

Checking for an efficient way to convert floats to strings.
Trying gconvert...
gconvert NOT found.
Trying gcvt...
gcvt() found.
I'll use gcvt to convert floats into a string.

fwalk() NOT found.

access() found.

<sys/file.h> defines the *_OK access constants.

accessx() NOT found.

aintl() NOT found.

alarm() found.

ctime64() NOT found.

localtime64() NOT found.

gmtime64() NOT found.

mktime64() NOT found.

difftime64() NOT found.

asctime64() NOT found.

<pthread.h> found.

<sys/types.h> found.

<sys/select.h> found.

Testing to see if we should include <time.h>, <sys/time.h> or both.
I'm now running the test program......
Succeeded with -DI_TIME -DI_SYSTIME -DS_TIMEVAL
We'll include <time.h>.
We'll include <sys/time.h>.

Checking to see if your struct tm has tm_zone field...
Yes, it does.

Checking to see if your struct tm has tm_gmtoff field...
Yes, it does.

asctime_r() found.

atolf() NOT found.

atoll() found.

Checking whether your compiler can handle __attribute__((format)) ...
Your C compiler supports __attribute__((format)).

Checking whether your compiler allows __printf__ format to be null ...
Your C compiler allows __printf__ format to be null.

Checking whether your compiler can handle __attribute__((malloc)) ...
Your C compiler supports __attribute__((malloc)).

Checking whether your compiler can handle __attribute__((nonnull(1))) ...
Your C compiler supports __attribute__((nonnull)).

Checking whether your compiler can handle __attribute__((noreturn)) ...
Your C compiler supports __attribute__((noreturn)).

Checking whether your compiler can handle __attribute__((pure)) ...
Your C compiler supports __attribute__((pure)).

Checking whether your compiler can handle __attribute__((unused)) ...
Your C compiler supports __attribute__((unused)).

Checking whether your compiler can handle __attribute__((deprecated)) ...
Your C compiler supports __attribute__((deprecated)).

Checking whether your compiler can handle __attribute__((warn_unused_result)) ...
Your C compiler supports __attribute__((warn_unused_result)).

bcmp() found.

bcopy() found.

getpgrp() found.

Checking to see which flavor of getpgrp is in use...
You have to use getpgrp() instead of getpgrp(pid).

setpgrp() found.

Checking to see which flavor of setpgrp is in use...
You have to use setpgrp() instead of setpgrp(pid,pgrp).

Checking whether your compiler can handle __builtin_choose_expr ...
All good!
Your C compiler supports __builtin_choose_expr.

Checking whether your compiler can handle __builtin_expect ...
Your C compiler supports __builtin_expect.

bzero() found.

<stdarg.h> found.

<varargs.h> found.

We'll include <stdarg.h> to get va_dcl definition.
You have <stdarg.h> and <stdlib.h>, so checking for C99 variadic macros.
You have C99 variadic macros.

I can't determine whether signal handler returns void or int...
What type does your signal handler return? [void]

Checking whether your C compiler can cast large floats to int32.
Nope, it can't.

Checking whether your C compiler can cast negative float to unsigned.
Yup, it can.

vprintf() found.
Your vsprintf() returns (int).

chown() found.

chroot() found.

chsize() NOT found.

class() NOT found.

clearenv() found.

Hmm... Looks like you have Berkeley networking support.

socketpair() found.

Checking the availability sa_len in the sock struct ...

Checking the availability sin6_scope_id in struct sockaddr_in6 ...

Checking the availability of certain socket constants...

<sys/uio.h> found.

Checking to see if your system supports struct cmsghdr...
Yes, it does.

Checking to see if your C compiler knows about "const"...
Yup, it does.

copysignl() found.


crypt() found.

<crypt.h> found.

crypt_r() found.

ctermid() found.

ctermid_r() NOT found.

ctime_r() found.

cuserid() found.

<limits.h> found.

<float.h> found.

DBL_DIG found.

dbmclose() found.

<dbm.h> NOT found.

<rpcsvc/dbm.h> NOT found.

dbminit() prototype NOT found.

difftime() found.

<dirent.h> found.

Your directory entries are struct dirent.

Your directory entry does not know about the d_namlen field.
Checking to see if DIR has a dd_fd member variable
No, it does not.

<sys/dir.h> found.

<sys/ndir.h> NOT found.

dirfd() found.

dlerror() found.

<dlfcn.h> found.

On a few systems, the dynamically loaded modules that perl generates and uses
will need a different extension than shared libs. The default will probably
be appropriate.

What is the extension of dynamically loaded modules [so]

Checking whether your dlsym() needs a leading underscore ...
dlsym doesn't need a leading underscore.

drand48_r() found.

drand48() prototype found.

dup2() found.

eaccess() found.

endgrent() found.

<grp.h> found.

endgrent_r() NOT found.

endhostent() found.

<netdb.h> found.

endhostent_r() NOT found.

endnetent() found.

endnetent_r() NOT found.

endprotoent() found.

endprotoent_r() NOT found.

endpwent() found.

<pwd.h> found.

endpwent_r() NOT found.

endservent() found.

endservent_r() NOT found.

<sys/file.h> defines the O_* constants...
and you have the 3 argument form of open().

<sys/file.h> found.

We'll be including <sys/file.h>.

<fcntl.h> found.

We don't need to include <fcntl.h> if we include <sys/file.h>.

fork() found.

pipe() found.

Figuring out the flag used by open() for non-blocking I/O...
Seems like we can use O_NONBLOCK.

Let's see what value errno gets from read() on a O_NONBLOCK file...
A read() system call with no data present returns -1.
Your read() sets errno to EAGAIN when no data is available.
And it correctly returns 0 to signal EOF.

(Looks like you have stdio.h from Linux.)
Checking how std your stdio is...
Your stdio acts pretty std.
Checking to see what happens if we set the stdio ptr...
Increasing ptr in your stdio decreases cnt by the same amount.  Good.
And its _base field acts std.
You seem to have 'fast stdio' to directly manipulate the stdio buffers.

fchdir() found.

fchmod() found.

fchown() found.

fcntl() found.

Checking if fcntl-based file locking works...
Yes, it seems to work.

Checking to see how well your C compiler handles fd_set and friends ...
Hmm, your compiler has some difficulty with fd_set.  Checking further...
Well, your system has some sort of fd_set available...
and you have the normal fd_set macros.

fgetpos() found.

finite() found.

finitel() found.

flock() found.

flock() prototype found.

fp_class() NOT found.

pathconf() found.

fpathconf() found.

fpclass() NOT found.

fpclassify() NOT found.

fpclassl() NOT found.

Checking to see if you have fpos64_t...
You do not have fpos64_t.

frexpl() found.

<sys/param.h> found.

<sys/mount.h> found.

Checking to see if your system supports struct fs_data...
No, it doesn't.

fseeko() found.

fsetpos() found.

fstatfs() found.

statvfs() found.

fstatvfs() found.

fsync() found.

ftello() found.

Checking if you have a working futimes()
Yes, you have

<ndbm.h> NOT found.

<gdbm/ndbm.h> found.

<gdbm-ndbm.h> NOT found.

dbm_open() found.
Checking if your <gdbm/ndbm.h> uses prototypes...
Your <gdbm/ndbm.h> does not seem to have prototypes

getaddrinfo() found.

getcwd() found.

getespwnam() NOT found.

getfsstat() NOT found.

getgrent() found.

getgrent_r() found.

getgrgid_r() found.

getgrnam_r() found.

gethostbyaddr() found.

gethostbyname() found.

gethostent() found.

gethostname() found.
uname() found.

Every now and then someone has a gethostname() that lies about the hostname
but can't be fixed for political or economic reasons.  If you wish, I can
pretend gethostname() isn't there and maybe compute hostname at run-time
thanks to the 'hostname' command.

Shall I ignore gethostname() from now on? [n]

gethostbyaddr_r() found.

gethostbyname_r() found.

gethostent_r() found.

gethostent() prototype found.

getitimer() found.

getlogin() found.

getlogin_r() found.

getmnt() NOT found.

getmntent() found.

getnameinfo() found.

getnetbyaddr() found.

getnetbyname() found.

getnetent() found.

getnetbyaddr_r() found.

getnetbyname_r() found.

getnetent_r() found.

getnetent() prototype found.

getpagesize() found.

getprotobyname() found.

getprotobynumber() found.

getprotoent() found.

getpgid() found.

getpgrp2() NOT found.

getppid() found.

getpriority() found.

getprotobyname_r() found.

getprotobynumber_r() found.

getprotoent_r() found.

getprotoent() prototype found.

getprpwnam() NOT found.

getpwent() found.

getpwent_r() found.

getpwnam_r() found.

getpwuid_r() found.

getservbyname() found.

getservbyport() found.

getservent() found.

getservbyname_r() found.

getservbyport_r() found.

getservent_r() found.

getservent() prototype found.

getspnam() found.

<shadow.h> found.

getspnam_r() found.

gettimeofday() found.

gmtime_r() found.

hasmntopt() found.

<netinet/in.h> found.

<arpa/inet.h> found.

htonl() found.

ilogbl() found.

strchr() found.

inet_aton() found.

inet_ntop() found.

inet_pton() found.

isascii() found.

isfinite() NOT found.

isinf() found.

isnan() found.

isnanl() found.

killpg() found.

lchown() found.

LDBL_DIG found.

<math.h> found.

Checking to see if your libm supports _LIB_VERSION...
Yes, it does (2)

link() found.

localtime_r() found.

localeconv() found.

lockf() found.

lseek() prototype found.

lstat() found.

madvise() found.

malloc_size() NOT found.

malloc_good_size() NOT found.

mblen() found.

mbstowcs() found.

mbtowc() found.

memchr() found.

memcmp() found.

memcpy() found.

memmove() found.

memset() found.

mkdir() found.

mkdtemp() found.

mkfifo() found.

mkstemp() found.

mkstemps() found.

mktime() found.

<sys/mman.h> found.

mmap() found.
and it returns (void *).

sqrtl() found.

scalbnl() found.

modfl() found.

modfl() prototype found.
Checking to see whether your modfl() is okay for large values...
Your modfl() seems okay for large values.

mprotect() found.

msgctl() found.

msgget() found.

msgsnd() found.

msgrcv() found.

You have the full msg*(2) library.

Checking to see if your system supports struct msghdr...
Yes, it does.

msync() found.

munmap() found.

nice() found.

<langinfo.h> found.

nl_langinfo() found.

Checking to see if your C compiler knows about "volatile"...
Yup, it does.

Choosing the C types to be used for Perl's internal types...
(IV will be long, 4 bytes)
(UV will be unsigned long, 4 bytes)
(NV will be double, 8 bytes)
Checking how many bits of your UVs your NVs can preserve...
Your NVs can preserve all 32 bits of your UVs.
Checking to find the largest integer value your NVs can hold...
The largest integer your NVs can preserve is equal to 256.0*256.0*256.0*256.0*256.0*256.0*2.0*2.0*2.0*2.0*2.0
Checking whether NV 0.0 is all bits zero in memory...
0.0 is represented as all bits zero in memory

Checking to see if you have off64_t...
You do not have off64_t.
(Your off_t is 64 bits, so you could use that.)

pause() found.

poll() found.

prctl() found.
Your prctl (PR_SET_NAME, ...) works

readlink() found.

You have Linux-like /proc/self/exe.

vfork() found.


Perl can only use a vfork() that doesn't suffer from strict
restrictions on calling functions or modifying global data in
the child.  For example, glibc-2.1 contains such a vfork()
that is unsuitable.  If your system provides a proper fork()
call, chances are that you do NOT want perl to use vfork().

Do you still want to use vfork()? [n]
Ok, we won't use vfork().

pthread_attr_setscope() found.

random_r() found.

readdir() found.

seekdir() found.

telldir() found.

rewinddir() found.

readdir64_r() found.

readdir_r() found.

readv() found.

recvmsg() found.

rename() found.

rmdir() found.

<memory.h> found.

We won't be including <memory.h>.

I'll use memmove() instead of bcopy() for overlapping copies.

I'll use memmove() instead of memcpy() for overlapping copies.

Checking if your memcmp() can compare relative magnitude...
Yes, it can.

sbrk() prototype found.

select() found.

semctl() found.

semget() found.

semop() found.

You have the full sem*(2) library.

You do not have union semun in <sys/sem.h>.

You can use union semun for semctl IPC_STAT.
You can also use struct semid_ds* for semctl IPC_STAT.

sendmsg() found.

setegid() found.

seteuid() found.

setgrent() found.

setgrent_r() NOT found.

sethostent() found.

sethostent_r() NOT found.

setitimer() found.

setlinebuf() found.

setlocale() found.

<locale.h> found.

setlocale_r() NOT found.

setnetent() found.

setnetent_r() NOT found.

setprotoent() found.

setpgid() found.

setpgrp2() NOT found.

setpriority() found.

setproctitle() NOT found.

setprotoent_r() NOT found.

setpwent() found.

setpwent_r() NOT found.

setregid() found.

setresgid() found.

setreuid() found.

setresuid() found.

setrgid() NOT found.

setruid() NOT found.

setservent() found.

setservent_r() NOT found.

setsid() found.

setvbuf() found.

<sfio.h> NOT found.

shmctl() found.

shmget() found.

shmat() found.
and it returns (void *).

shmdt() found.

You have the full shm*(2) library.

sigaction() found.

<sunmath.h> NOT found.
Checking to see if you have signbit() available to work on double... Yes.

sigprocmask() found.

POSIX sigsetjmp found.

snprintf() found.

vsnprintf() found.
Checking whether your snprintf() and vsnprintf() work okay...
Your snprintf() and vsnprintf() seem to be working okay.

sockatmark() found.

sockatmark() prototype found.

socks5_init() NOT found.
Checking whether sprintf returns the length of the string...
sprintf returns the length of the string (as ANSI says it should)

srand48_r() found.

srandom_r() found.

setresgid() prototype NOT found.

setresuid() prototype NOT found.

<sys/stat.h> found.

Checking to see if your struct stat has st_blocks field...

<sys/vfs.h> found.

<sys/statfs.h> found.

Checking to see if your system supports struct statfs...
Yes, it does.

Checking to see if your struct statfs has f_flags field...
Yes, it does.

Checking to see if your system supports static inline...
Your compiler supports static __inline__.
Checking how to access stdio streams by file descriptor number...
I can't figure out how to access stdio streams by file descriptor number.

strcoll() found.

Checking to see if your C compiler can copy structs...
Yup, it can.

strerror() found.
(You also have sys_errlist[], so we could roll our own strerror.)

strerror_r() found.

strftime() found.

strlcat() NOT found.

strlcpy() NOT found.

strtod() found.

strtol() found.

strtold() found.

strtoll() found.
Checking whether your strtoll() works okay...
Your strtoll() seems to be working okay.

strtoq() found.

strtoul() found.
Checking whether your strtoul() works okay...
Your strtoul() seems to be working okay.

strtoull() found.
Checking whether your strtoull() works okay...
Your strtoull() seems to be working okay.

strtouq() found.
Checking whether your strtouq() works okay...
Your strtouq() seems to be working okay.

strxfrm() found.

symlink() found.

syscall() found.

syscall() prototype found.

sysconf() found.

system() found.

tcgetpgrp() found.

tcsetpgrp() found.

telldir() prototype found.

time() found.

Looking for the type returned by time() on this system.
time_t found.

timegm() found.

<sys/times.h> found.

times() found.

Looking for the type returned by times() on this system.
clock_t found.

tmpnam_r() found.

truncate() found.

ttyname_r() found.

tzname[] found.

In the following, larger digits indicate more significance.  A big-endian
machine like a Pyramid or a Motorola 680?0 chip will come out to 4321. A
little-endian machine like a Vax or an Intel 80?86 chip would be 1234. Other
machines may have weird orders like 3412.  A Cray will report 87654321,
an Alpha will report 12345678. If the test program works the default is
probably right.
I'm now running the test program...
(The test program ran ok.)
byteorder=1234

Checking to see whether you can access character data unalignedly...
(Testing for character data alignment may crash the test.  That's okay.)
You can access character data pretty unalignedly.

ualarm() found.

umask() found.

unordered() NOT found.

unsetenv() found.

usleep() found.

usleep() prototype found.

ustat() found.

closedir() found.

Checking whether closedir() returns a status...
Yes, it does.

wait4() found.

waitpid() found.

wcstombs() found.

wctomb() found.

writev() found.

Checking alignment constraints...
Doubles must be aligned on a how-many-byte boundary? [4]
Checking how long a character is (in bits)...
What is the length of a character (in bits)? [8]

Checking to see how your cpp does stuff like concatenate tokens...
Oh!  Smells like ANSI's been here.
We can catify or stringify, separately or together!

<db.h> found.

Checking Berkeley DB version ...
You have Berkeley DB Version 2 or greater.
db.h is from Berkeley DB Version 5.0.26
libdb is from Berkeley DB Version 5.0.26
db.h and libdb are compatible.
Looks OK.

Checking return type needed for hash for Berkeley DB ...
Your version of Berkeley DB uses u_int32_t for hash.

Checking return type needed for prefix for Berkeley DB ...
Your version of Berkeley DB uses size_t for prefix.

Looking for a random number function...
Good, found drand48().

Use which function to generate random numbers? [drand48]

Determining whether or not we are on an EBCDIC system...
Nope, no EBCDIC, probably ASCII or some ISO Latin. Or UTF-8.

Checking how to flush all pending stdio output...
Your fflush(NULL) works okay for output streams.
Let's see if it clobbers input pipes...
fflush(NULL) seems to behave okay with input streams.

Looking for the type for group ids returned by getgid().
gid_t found.

Checking the size of gid_t...
Your gid_t is 4 bytes long.

Checking the sign of gid_t...
Your gid_t is unsigned.

Checking how to print 64-bit integers...
We will use %Ld.

Checking the format strings to be used for Perl's internal types...

Checking the format string to be used for gids...

getgroups() found.

setgroups() found.

What type of pointer is the second argument to getgroups() and setgroups()?
Usually this is the same as group ids, gid_t, but not always.

What type pointer is the second argument to getgroups() and setgroups()?
[gid_t]

Would you like to build with Misc Attribute Decoration? This is development
work leading to a Perl 5 to Perl 6 convertor, which imposes a space and speed
overhead on the interpreter.

If this doesn't make any sense to you, just accept the default 'n'.
Build Perl with MAD? [n]

Checking if your /usr/bin/make program sets $(MAKE)...
Yup, it does.

Looking for the type used for file modes for system calls (e.g. fchmod()).
mode_t found.

It seems that you don't need va_copy().

Looking for the type used for the length parameter for string functions.
size_t found.

Checking to see what type of arguments are accepted by gethostbyaddr().
Your system accepts const void * for the first arg.
...and size_t for the second arg.

Checking to see what type of argument is accepted by gethostbyname().
Your system accepts const char *.

Checking to see what type of 1st argument is accepted by getnetbyaddr().
Your system accepts in_addr_t.

What pager is used on your system? [/usr/bin/less -R]
File /usr/bin/less -R doesn't exist.  Use that name anyway? [y]

Looking for the type of process ids on this system.
pid_t found.

Checking how to generate random libraries on your machine...
/usr/bin/ar appears to generate random libraries itself.

<values.h> found.
Checking max offsets that gmtime () accepts
Sizeof time_t = 4
Checking max offsets that localtime () accepts

Checking to see what type of arguments are accepted by select().
Your system accepts fd_set *.

Checking to see on how many bits at a time your select() operates...
Your select() operates on 32 bits at a time.

Generating a list of signal names and numbers...
The following 65 signals are available:

SIGZERO SIGHUP SIGINT SIGQUIT SIGILL SIGTRAP SIGABRT SIGBUS SIGFPE
SIGKILL SIGUSR1 SIGSEGV SIGUSR2 SIGPIPE SIGALRM SIGTERM SIGSTKFLT
SIGCHLD SIGCONT SIGSTOP SIGTSTP SIGTTIN SIGTTOU SIGURG SIGXCPU
SIGXFSZ SIGVTALRM SIGPROF SIGWINCH SIGIO SIGPWR SIGSYS SIGNUM32
SIGNUM33 SIGRTMIN SIGNUM35 SIGNUM36 SIGNUM37 SIGNUM38 SIGNUM39
SIGNUM40 SIGNUM41 SIGNUM42 SIGNUM43 SIGNUM44 SIGNUM45 SIGNUM46
SIGNUM47 SIGNUM48 SIGNUM49 SIGNUM50 SIGNUM51 SIGNUM52 SIGNUM53
SIGNUM54 SIGNUM55 SIGNUM56 SIGNUM57 SIGNUM58 SIGNUM59 SIGNUM60
SIGNUM61 SIGNUM62 SIGNUM63 SIGRTMAX SIGIOT SIGCLD SIGPOLL SIGUNUSED

Checking the size of size_t...
Your size_t size is 4 bytes.

Checking to see if you have socklen_t...
You have socklen_t.

<socks.h> NOT found.

Checking to see what type is the last argument of accept().
Your system accepts 'socklen_t *' for the last argument of accept().

I'll be using ssize_t for functions returning a byte count.

Your stdio uses signed chars.

Looking for the type for user ids returned by getuid().
uid_t found.

Checking the size of uid_t...
Your uid_t is 4 bytes long.

Checking the sign of uid_t...
Your uid_t is unsigned.

Checking the format string to be used for uids...

It appears we'll be able to prototype varargs functions.

Which compiler compiler (yacc) shall I use? [yacc]

<assert.h> found.

<fp.h> NOT found.

<fp_class.h> NOT found.

<gdbm.h> found.

gdbm_open() found.

<ieeefp.h> NOT found.

<libutil.h> NOT found.

<mntent.h> found.

<net/errno.h> NOT found.

<netinet/tcp.h> found.

<poll.h> found.

<prot.h> NOT found.

Guessing which symbols your C compiler and preprocessor define...
try.c: In function ‘main’:
try.c:4045:17: warning: extra tokens at end of #ifdef directive
try.c:4048:18: warning: extra tokens at end of #ifdef directive
try.c:4051:19: warning: extra tokens at end of #ifdef directive
try.c:4054:19: warning: extra tokens at end of #ifdef directive
try.c:4081:17: warning: extra tokens at end of #ifdef directive
try.c:4084:18: warning: extra tokens at end of #ifdef directive
try.c:4087:19: warning: extra tokens at end of #ifdef directive
try.c:4090:19: warning: extra tokens at end of #ifdef directive
try.c:4141:17: warning: extra tokens at end of #ifdef directive
try.c:4144:18: warning: extra tokens at end of #ifdef directive
try.c:4147:19: warning: extra tokens at end of #ifdef directive
try.c:4150:19: warning: extra tokens at end of #ifdef directive
try.c:4177:16: warning: extra tokens at end of #ifdef directive
try.c:4180:17: warning: extra tokens at end of #ifdef directive
try.c:4183:18: warning: extra tokens at end of #ifdef directive
try.c:4186:18: warning: extra tokens at end of #ifdef directive
try.c:4441:18: warning: extra tokens at end of #ifdef directive
try.c:4444:19: warning: extra tokens at end of #ifdef directive
try.c:4447:20: warning: extra tokens at end of #ifdef directive
try.c:4450:20: warning: extra tokens at end of #ifdef directive
try.c:10093:18: warning: extra tokens at end of #ifdef directive
try.c:10096:19: warning: extra tokens at end of #ifdef directive
try.c:10099:20: warning: extra tokens at end of #ifdef directive
try.c:10102:20: warning: extra tokens at end of #ifdef directive
try.c:10129:18: warning: extra tokens at end of #ifdef directive
try.c:10132:19: warning: extra tokens at end of #ifdef directive
try.c:10135:20: warning: extra tokens at end of #ifdef directive
try.c:10138:20: warning: extra tokens at end of #ifdef directive
try.c:10165:18: warning: extra tokens at end of #ifdef directive
try.c:10168:19: warning: extra tokens at end of #ifdef directive
try.c:10171:20: warning: extra tokens at end of #ifdef directive
try.c:10174:20: warning: extra tokens at end of #ifdef directive
try.c:10201:17: warning: extra tokens at end of #ifdef directive
try.c:10204:18: warning: extra tokens at end of #ifdef directive
try.c:10207:19: warning: extra tokens at end of #ifdef directive
try.c:10210:19: warning: extra tokens at end of #ifdef directive
try.c:10429:19: warning: extra tokens at end of #ifdef directive
try.c:10432:20: warning: extra tokens at end of #ifdef directive
try.c:10435:21: warning: extra tokens at end of #ifdef directive
try.c:10438:21: warning: extra tokens at end of #ifdef directive
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tcsetattr() found.

You have POSIX termios.h... good!

<stddef.h> found.

<sys/access.h> NOT found.

<sys/filio.h> NOT found.

<sys/ioctl.h> found.

<sys/sockio.h> not found, assuming socket ioctls are in <sys/ioctl.h>.

<syslog.h> found.

<sys/mode.h> NOT found.

<sys/poll.h> found.

<sys/resource.h> found.

<sys/security.h> NOT found.

<sys/statvfs.h> found.

<sys/un.h> found.

<sys/utsname.h> found.

<sys/wait.h> found.

<ustat.h> found.

<utime.h> found.

Looking for extensions...
A number of extensions are supplied with perl5.  You may choose to
compile these extensions for dynamic loading (the default), compile
them into the perl5 executable (static loading), or not include
them at all.  Answer "none" to include no extensions.
Note that DynaLoader is always built and need not be mentioned here.

What extensions do you wish to load dynamically? [none]
What extensions do you wish to load statically? [none]


End of configuration questions.


Stripping down executable paths...

Creating config.sh...
Hmm...You had some extra variables I don't know about...I'll try to keep 'em...
    Propagating recommended variable $libdb_needs_pthread...

If you'd like to make any changes to the config.sh file before I begin
to configure things, do it as a shell escape now (e.g. !vi config.sh).

Press return or use a shell escape to edit config.sh:
Doing variable substitutions on .SH files...
Extracting config.h (with variable substitutions)
Extracting cflags (with variable substitutions)
Not re-extracting config.h
Extracting makedepend (with variable substitutions)
Extracting Makefile (with variable substitutions)
Extracting myconfig (with variable substitutions)
Extracting pod/Makefile (with variable substitutions)
Extracting Policy.sh (with variable substitutions)
Extracting runtests (with variable substitutions)
Extracting utils/Makefile (with variable substitutions)
Extracting x2p/cflags (with variable substitutions)
Extracting x2p/Makefile (with variable substitutions)

Now you need to generate make dependencies by running "make depend".
You might prefer to run it in background: "make depend > makedepend.out &"
It can take a while, so you might not want to run it right now.

Run make depend now? [y]
sh ./makedepend MAKE=make
make[1]: Entering directory `/tmp/perl-5.14.1'
rm -f opmini.c
/bin/ln -s op.c opmini.c
rm -f perlmini.c
/bin/ln -s perl.c perlmini.c
echo av.c scope.c op.c doop.c doio.c dump.c gv.c hv.c mg.c reentr.c mro.c perl.c perly.c pp.c pp_hot.c pp_ctl.c pp_sys.c regcomp.c regexec.c utf8.c sv.c taint.c toke.c util.c deb.c run.c universal.c pad.c globals.c keywords.c perlio.c perlapi.c numeric.c mathoms.c locale.c pp_pack.c pp_sort.c   miniperlmain.c opmini.c perlmini.c | tr ' ' '\n' >.clist
make[1]: Leaving directory `/tmp/perl-5.14.1'
Finding dependencies for av.o.
Finding dependencies for scope.o.
Finding dependencies for op.o.
Finding dependencies for doop.o.
Finding dependencies for doio.o.
Finding dependencies for dump.o.
Finding dependencies for gv.o.
Finding dependencies for hv.o.
Finding dependencies for mg.o.
Finding dependencies for reentr.o.
Finding dependencies for mro.o.
Finding dependencies for perl.o.
Finding dependencies for perly.o.
Finding dependencies for pp.o.
Finding dependencies for pp_hot.o.
Finding dependencies for pp_ctl.o.
Finding dependencies for pp_sys.o.
Finding dependencies for regcomp.o.
Finding dependencies for regexec.o.
Finding dependencies for utf8.o.
Finding dependencies for sv.o.
Finding dependencies for taint.o.
Finding dependencies for toke.o.
Finding dependencies for util.o.
Finding dependencies for deb.o.
Finding dependencies for run.o.
Finding dependencies for universal.o.
Finding dependencies for pad.o.
Finding dependencies for globals.o.
Finding dependencies for keywords.o.
Finding dependencies for perlio.o.
Finding dependencies for perlapi.o.
Finding dependencies for numeric.o.
Finding dependencies for mathoms.o.
Finding dependencies for locale.o.
Finding dependencies for pp_pack.o.
Finding dependencies for pp_sort.o.
Finding dependencies for miniperlmain.o.
Finding dependencies for opmini.o.
Finding dependencies for perlmini.o.
make[1]: Entering directory `/tmp/perl-5.14.1'
echo Makefile.SH cflags.SH config_h.SH makedepend.SH myconfig.SH pod/Makefile.SH | tr ' ' '\n' >.shlist
make[1]: Leaving directory `/tmp/perl-5.14.1'
Updating makefile...
cd x2p; make depend
make[1]: Entering directory `/tmp/perl-5.14.1/x2p'
sh ../makedepend MAKE=make
make[2]: Entering directory `/tmp/perl-5.14.1/x2p'
echo hash.c  str.c util.c walk.c | tr ' ' '\n' >.clist
make[2]: Leaving directory `/tmp/perl-5.14.1/x2p'
Finding dependencies for hash.o.
Finding dependencies for str.o.
Finding dependencies for util.o.
Finding dependencies for walk.o.
make[2]: Entering directory `/tmp/perl-5.14.1/x2p'
echo Makefile.SH cflags.SH | tr ' ' '\n' >.shlist
make[2]: Leaving directory `/tmp/perl-5.14.1/x2p'
Updating makefile...
make[1]: Leaving directory `/tmp/perl-5.14.1/x2p'
Now you must run 'make'.

If you compile perl5 on a different machine or from a different object
directory, copy the Policy.sh file from this object directory to the
new one before you run Configure -- this will help you with most of
the policy defaults.