Script started on Mon Apr 5 23:23:04 1999 zap:/tmp/perl/perl5.005_03# ./Configure 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... Would you like to see the instructions? [n] Locating common programs... awk is in /usr/bin/awk. cat is in /bin/cat. comm is in /usr/bin/comm. cp is in /bin/cp. echo is in /bin/echo. expr is in /usr/bin/expr. find is in /usr/bin/find. grep is in /usr/bin/grep. ls is in /bin/ls. make is in /usr/bin/make. mkdir is in /bin/mkdir. rm is in /bin/rm. sed is in /usr/bin/sed. sort is in /usr/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... I don't see Mcc out there, offhand. ar is in /usr/bin/ar. I don't see byacc out there, either. cpp is in /usr/bin/cpp. csh is in /bin/csh. date is in /bin/date. egrep is in /usr/bin/egrep. gzip is in /bin/gzip. less is in /usr/bin/less. I don't see line out there, either. ln is in /bin/ln. more is in /bin/more. nm is in /usr/bin/nm. nroff is in /usr/bin/nroff. perl is in /usr/bin/perl. I don't see pg out there, either. sendmail is in /usr/sbin/sendmail. tee is in /usr/bin/tee. test is in /usr/bin/test. uname is in /bin/uname. zip is in /usr/bin/zip. 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. Symbolic links are supported. Good, your tr supports [:lower:] and [:upper:] to convert case. Using [:upper:] and [:lower:] to convert case. I see a config.sh file. Shall I use it to set the defaults? [y] Fetching default answers from your old config.sh file... 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? [2.2.5] Perl can be built to take advantage of threads, on some systems. To do so, Configure must be run with -Dusethreads. Note that threading is a highly experimental feature, and some known race conditions still remain. If you choose to try it, be very sure to not actually deploy it for production purposes. README.threads has more details, and is required reading if you enable threads. Build a threading Perl? [n] What is your architecture name [i386-linux] AFS does not seem to be running... By default, perl5 will be installed in /usr/bin, manual pages under /usr/man, etc..., i.e. with /usr as prefix for all installation directories. Typically set to /usr/local, but you may choose /usr if you wish to install perl5 among your system binaries. If you wish to have binaries under /bin but manual pages under /usr/local/man, 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] Getting the current patchlevel... (You have perl5 5.0 patchlevel 5 subversion 3.) 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/lib/perl5] 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/lib/perl5/i386-linux] 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... 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 previous value is *not* secure. Does your kernel have *secure* setuid scripts? [n] Some systems have disabled setuid scripts, especially systems where setuid scripts cannot be secure. On systems where setuid scripts have been disabled, the setuid/setgid bits on scripts are currently useless. It is possible for perl5 to detect those bits and emulate setuid/setgid in a secure fashion. This emulation will only work if setuid scripts have been disabled in your kernel. Do you want to do setuid/setgid emulation? [n] System manual is in /usr/man/man1. Some systems have different model sizes. On most systems they are called small, medium, large, and huge. On the PDP11 they are called unsplit and split. If your system doesn't support different memory models, say "none". If you wish to force everything to one memory model, say "none" here and put the appropriate flags later when it asks you for other cc and ld flags. Venix systems may wish to put "none" and let the compiler figure things out. (In the following question multiple model names should be space separated.) The default for most systems is "none". Which memory models are supported? [none] Use which C compiler? [gcc] Checking for GNU cc in disguise and/or its version number... You are using GNU cc 2.7.2.3. Hmm... Doesn't look like a MIPS system. Now, how can we feed standard input to your C preprocessor... You used to use gcc -E - so we'll use that again. (And we'll use gcc -E - to preprocess directly.) 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? [/lib /usr/lib] On some systems, shared libraries may be available. Answer 'none' if you want to suppress searching of shared libraries for the remaining of this configuration. What is the file extension used for shared libraries? [so] Checking for optional libraries... No -lsfio. No -lsocket. No -linet. No -lnsl. No -lnm. Found -lndbm (shared). Found -lgdbm (shared). Found -ldbm (shared). Found -ldb (shared). No -lmalloc. Found -ldl (shared). No -ldld. No -lld. No -lsun. Found -lm (shared). Found -lc (shared). No -lcposix. No -lposix. No -lndir. No -ldir. No -lcrypt. No -lucb. No -lBSD. No -lPW. No -lx. Some versions of Unix support shared libraries, which make executables smaller but make load time slightly longer. On some systems, mostly System V Release 3's, the shared library is included by putting the option "-lc_s" as the last thing on the cc command line when linking. Other systems use shared libraries by default. There may be other libraries needed to compile perl5 on your machine as well. If your system needs the "-lc_s" option, include it here. Include any other special libraries here as well. Say "none" for none. Any additional libraries? [-lndbm -lgdbm -ldbm -ldb -ldl -lm -lc] Some C compilers have problems with their optimizers. 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] 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? [-Dbool=char -DHAS_BOOL -I/usr/local/include] Let me guess what the preprocessor flags are... They appear to be: -Dbool=char -DHAS_BOOL -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 /lib /usr/lib To use no flags, specify the word "none". Any additional ld flags (NOT including libraries)? [none] 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. found. found. 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. Checking out function prototypes... Your C compiler appears to support function prototypes. Pathname where the public executables will reside? (~name ok) [/usr/bin] Checking for GNU C Library... You are not using 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? [y] Your C library seems to be in /lib/libc.so.5.4.46, as you said before. If the guess above is wrong (which it might be if you're using a strange compiler, or your machine supports multiple models), you can override it here. Where is your C library? [/lib/libc.so.5.4.46] Extracting names from the following files for later perusal: /lib/libc.so.5.4.46 /lib/libdl.so.1.9.9 /lib/libgdbm.so.1.7.3 /lib/libm.so.5.0.9 /usr/lib/libdb.so.1.85.4 /usr/lib/libdbm.so /usr/lib/libndbm.so This may take a while.....done NOT found. dlopen() found. Do you wish to use dynamic loading? [y] The following dynamic loading files are available: ext/DynaLoader/dl_aix.xs ext/DynaLoader/dl_hpux.xs ext/DynaLoader/dl_beos.xs ext/DynaLoader/dl_mpeix.xs ext/DynaLoader/dl_cygwin32.xs ext/DynaLoader/dl_next.xs ext/DynaLoader/dl_dld.xs ext/DynaLoader/dl_none.xs ext/DynaLoader/dl_dlopen.xs ext/DynaLoader/dl_vms.xs Source file to use for dynamic loading [ext/DynaLoader/dl_dlopen.xs] Some systems may require passing special flags to gcc -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 gcc -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 gcc. What command should be used to create dynamic libraries? [gcc] Some systems may require passing special flags to gcc 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 gcc to create a dynamically loaded library? [-shared] Some systems may require passing special flags to gcc to indicate that the resulting executable will use dynamic linking. To use no flags, say "none". Any special flags to pass to gcc to use dynamic loading? [-rdynamic] 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 affect on performance. The default is probably sensible for your system. Build a shared libperl.so (y/n) [n] 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/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/lib/perl5/man/man3] What suffix should be used for the perl5 library man pages? [3] Figuring out host name... Your host name appears to be "zap". Right? [y] What is your domain name? [.slackware.com] 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 the reality but may not be valid from outside your organization... What is your e-mail address? [root@zap.slackware.com] 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.com. You may enter "none" for no administrator. Perl administrator e-mail address [root@localhost] I'll use #!/usr/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/bin] The installation process will also create a directory for site-specific extensions and modules. Some users find it convenient to place all local files in this directory rather than in the main distribution directory. Pathname for the site-specific library files? (~name ok) [/usr/lib/perl5/site_perl] 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/lib/perl5/site_perl/i386-linux] Previous version of perl5 used the standard IO mechanisms as defined in . Versions 5.003_02 and later of perl allow alternate IO mechanisms via a "PerlIO" abstraction, but the stdio mechanism is still the default. This 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. Using PerlIO with stdio is safe, but it is slower than plain stdio and therefore is not the default. If this doesn't make any sense to you, just accept the default 'n'. Use the experimental PerlIO abstraction layer? [n] Ok, doing things the stdio way access() found. defines the *_OK access constants. alarm() found. Checking whether your compiler can handle __attribute__ ... Your C compiler supports __attribute__. bcmp() found. bcopy() found. found. getpgrp() found. Checking to see which flavor of getpgrp is in use... (I see you are running Configure as super-user...) You have to use getpgrp() instead of getpgrp(pid). setpgrp() found. Checking to see which flavor of setpgrp is in use... (I see you are running Configure as super-user...) You have to use setpgrp() instead of setpgrp(pid,pgrp). bzero() found. You have void (*signal())(). 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. Checking to see if your C compiler knows about "const"... Yup, it does. crypt() found. cuserid() found. found. found. DBL_DIG found. difftime() found. found. found. Your directory entries are struct dirent. Your directory entry does not know about the d_namlen field. dlerror() found. 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. dup2() found. endhostent() found. endnetent() found. endprotoent() found. endservent() found. defines the O_* constants... and you have the 3 argument form of open(). Figuring out the flag used by open() for non-blocking I/O... Using previous value O_NONBLOCK. Let's see what value errno gets from read() on a O_NONBLOCK file... Using previous value EAGAIN. Your read() returns -1 when no data is present. And you can see EOF because read() returns 0. fchmod() found. fchown() found. fcntl() found. fgetpos() found. flock() found. fork() found. pathconf() found. fpathconf() found. fsetpos() found. gethostbyaddr() found. gethostbyname() found. found. found. fstatfs() found. NOT found. fstatvfs() NOT found. gethostent() found. found. gethostent() prototype found. getlogin() found. getnetbyaddr() found. getnetbyname() found. getnetent() found. getnetent() prototype found. getprotobyname() found. getprotobynumber() found. getprotoent() found. found. getmntent() found. hasmntopt() found. getpgid() found. getpgrp2() NOT found. getppid() found. getpriority() found. getprotoent() prototype found. getservbyname() found. getservbyport() found. getservent() found. getservent() prototype found. gettimeofday() found. found. found. htonl() found. Using instead of . strchr() found. inet_aton() found. isascii() found. killpg() found. lchown() NOT found. link() found. localeconv() found. lockf() found. Checking to see if your system supports long doubles... Yup, it does. Checking to see if your system supports long long... Yup, it does. lstat() found. mblen() found. mbstowcs() found. mbtowc() found. memcmp() found. memcpy() found. memmove() found. memset() found. mkdir() found. mkfifo() found. mktime() found. msgctl() found. msgget() found. msgsnd() found. msgrcv() found. You have the full msg*(2) library. nice() found. pause() found. pipe() found. poll() found. pthread_yield() found. sched_yield() found. found. NOT found. found. setpwent() found. getpwent() found. endpwent() found. readdir() found. seekdir() found. telldir() found. rewinddir() found. readlink() found. rename() found. rmdir() found. found. Checking to see if your bcopy() can do overlapping copies... Yes, it can. Checking to see if your memcpy() can do overlapping copies... It can't, sorry. But that's Ok since you have memmove(). Checking if your memcmp() can compare relative magnitude... Yes, it can. select() found. semctl() found. semget() found. semop() found. You have the full sem*(2) library. You have union semun in . You can use union semun for semctl IPC_STAT. You can also use struct semid_ds* for semctl IPC_STAT. setegid() found. seteuid() found. sethostent() found. setlinebuf() found. setlocale() found. setnetent() found. setprotoent() found. setpgid() found. setpgrp2() NOT found. setpriority() found. setregid() found. setresgid() found. setreuid() found. setresuid() NOT found. setrgid() NOT found. setruid() NOT found. setservent() found. setsid() found. setvbuf() found. NOT found. shmctl() found. shmget() found. shmat() found. and it returns (char *). shmdt() found. You have the full shm*(2) library. sigaction() found. POSIX sigsetjmp found. Hmm... Looks like you have Berkeley networking support. socketpair() found. (Looks like you have stdio.h from Linux.) Checking how std your stdio is... Your stdio acts pretty std. And its _base field acts std. strcoll() found. Checking to see if your C compiler can copy structs... Yup, it can. strtod() found. strtol() found. strtoul() found. strxfrm() found. symlink() found. syscall() found. sysconf() found. system() found. tcgetpgrp() found. tcsetpgrp() found. found. times() found. truncate() found. tzname[] found. umask() found. uname() found. 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(). found. NOT found. found. closedir() found. Checking whether closedir() returns a status... Yes, it does. Checking to see if your C compiler knows about "volatile"... Yup, it does. wait4() found. waitpid() found. wcstombs() found. wctomb() found. Doubles must be aligned on a how-many-byte boundary? [4] Checking to see how your cpp does stuff like catenate tokens... Oh! Smells like ANSI's been here. We can catify or stringify, separately or together! found. Checking Berkeley DB version ... You have Berkeley DB Version 1 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. Checking to see how well your C compiler groks the void type... Determining whether or not we are on an EBCDIC system... Nope, no EBCDIC. Assuming ASCII or some ISO Latin. Looking for the type for group ids returned by getgid(). gid_t found. 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] Checking if your /usr/bin/make program sets $(MAKE)... Yup, it does. What pager is used on your system? [/usr/bin/less] How many bits does your rand() function produce? [31] Checking how to generate random libraries on your machine... /usr/bin/ar appears to generate random libraries itself. NOT found. Checking to see how well your C compiler handles fd_set and friends ... Well, your system knows about the normal fd_set typedef... and you have the normal fd_set macros (just as I'd expect). Generating a list of signal names and numbers... signal.c: In function `main': signal.c:127: `_NSIG' undeclared (first use this function) signal.c:127: (Each undeclared identifier is reported only once signal.c:127: for each function it appears in.) (I can't seem be able to compile the whole test program) (I'll try it in little pieces.) NSIG 32 SIGABRT found. SIGALRM found. SIGBUS found. SIGCHLD found. SIGCLD found. SIGCONT found. SIGDIL NOT found. SIGEMT NOT found. SIGFPE found. SIGHUP found. SIGILL found. SIGINT found. SIGIO found. SIGIOT found. SIGKILL found. SIGLOST NOT found. SIGPHONE NOT found. SIGPIPE found. SIGPOLL found. SIGPROF found. SIGPWR found. SIGQUIT found. SIGRTMAX NOT found. SIGRTMIN found. SIGSEGV found. SIGSTKFLT found. SIGSTKSZ found. SIGSTOP found. SIGSYS NOT found. SIGTERM found. SIGTRAP found. SIGTSTP found. SIGTTIN found. SIGTTOU found. SIGUNUSED found. SIGURG found. SIGUSR1 found. SIGUSR2 found. SIGUSR3 NOT found. SIGUSR4 NOT found. SIGVTALRM found. SIGWINCH found. SIGWIND NOT found. SIGWINDOW NOT found. SIGXCPU found. SIGXFSZ found. The following 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 SIGUNUSED SIGIOT SIGCLD SIGPOLL 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. dbmclose() found. found. found. We'll be including . found. We don't need to include if we include . found. setgrent() found. getgrent() found. endgrent() found. found. found. found. dbm_open() found. NOT found. Hmm... Your C compiler and pre-processor define these symbols: __i386 __i386__ __i486__ __linux__ __unix __unix__ i386 linux unix Your C pre-processor also defines the following symbols: __STDC__ Your C compiler further defines the following cpp symbols: __ELF__ __GNUC_MINOR__=7 __GNUC__=2 __linux cpu=i386 machine=i386 system=posix system=unix tcsetattr() found. You have POSIX termios.h... good! found. found. We'll include to get va_dcl definition. found. NOT found. found. found. found. found. found. found. found. gdbm_open() 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? [B DB_File Data/Dumper Fcntl GDBM_File IO IPC/SysV NDBM_File ODBM_File Opcode POSIX SDBM_File Socket attrs re] What extensions do you wish to load statically? [ ] End of configuration questions. Stripping down executable paths... Creating config.sh... 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 Makefile (with variable substitutions) Extracting Policy.sh (with variable substitutions) Extracting cflags (with variable substitutions) Extracting config.h (with variable substitutions) Extracting makeaperl (with variable substitutions) Extracting makedepend (with variable substitutions) Extracting makedir (with variable substitutions) Extracting perl.exp Extracting writemain (with variable substitutions) Extracting x2p/Makefile (with variable substitutions) Extracting x2p/cflags (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/perl5.005_03' sh writemain lib/auto/DynaLoader/DynaLoader.a > tmp sh mv-if-diff tmp perlmain.c File perlmain.c not changed. echo av.c scope.c op.c doop.c doio.c dump.c hv.c mg.c byterun.c perl.c perly.c pp.c pp_hot.c pp_ctl.c pp_sys.c regcomp.c regexec.c gv.c sv.c taint.c toke.c util.c deb.c run.c universal.c globals.c perlio.c miniperlmain.c perlmain.c | tr ' ' '\n' >.clist make[1]: Leaving directory `/tmp/perl/perl5.005_03' 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 hv.o. Finding dependencies for mg.o. Finding dependencies for byterun.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 gv.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 globals.o. Finding dependencies for perlio.o. Finding dependencies for miniperlmain.o. Finding dependencies for perlmain.o. make[1]: Entering directory `/tmp/perl/perl5.005_03' echo Makefile.SH cflags.SH config_h.SH makeaperl.SH makedepend.SH makedir.SH perl_exp.SH writemain.SH | tr ' ' '\n' >.shlist make[1]: Leaving directory `/tmp/perl/perl5.005_03' Updating makefile... test -s perlmain.c && touch perlmain.c cd x2p; make depend make[1]: Entering directory `/tmp/perl/perl5.005_03/x2p' sh ../makedepend MAKE=make make[2]: Entering directory `/tmp/perl/perl5.005_03/x2p' echo hash.c str.c util.c walk.c | tr ' ' '\n' >.clist make[2]: Leaving directory `/tmp/perl/perl5.005_03/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/perl5.005_03/x2p' echo Makefile.SH cflags.SH | tr ' ' '\n' >.shlist make[2]: Leaving directory `/tmp/perl/perl5.005_03/x2p' Updating makefile... make[1]: Leaving directory `/tmp/perl/perl5.005_03/x2p' Now you must run a 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. zap:/tmp/perl/perl5.005_03# exit Script done on Mon Apr 5 23:24:12 1999