packageBinaries.pl

    # Create symbolic link for those ICU libraries
    #
    if (length($ICUROOT) > 0) {
        pchdir ("$targetdir/lib");

        #
        # copy icudata dll
        # on AIX/Solaris, it is called libicudt20b.so
        # on HP, it is called libicudt20b.sl
        # on Linux, it is called libicudt20l.so
        #
        psystem("rm -f libicudata*");
        psystem("find . -name 'libicudt20*.so' -exec ln -s {} libicudata.so \\;");
        psystem("find . -name 'libicudt20*.sl' -exec ln -s {} libicudata.sl \\;");

        #
        # copy icuuc dll
        # on AIX, it is called libicuuc20.2.so
        # on Solaris/Linux, it is called libicuuc.so.20.2
        # on HP, it is called libicuuc.sl.20.2
        #
        psystem("rm -f libicuuc.so");
        psystem("rm -f libicuuc20.so");
        psystem("rm -f libicuuc.so.20");
        psystem("rm -f libicuuc.sl");
        psystem("rm -f libicuuc.sl.20");

        psystem("find . -name 'libicuuc20.2.so' -exec ln -s {} libicuuc.so \\;");
        psystem("find . -name 'libicuuc20.2.so' -exec ln -s {} libicuuc20.so \\;");

        psystem("find . -name 'libicuuc.so.20.2' -exec ln -s {} libicuuc.so \\;");
        psystem("find . -name 'libicuuc.so.20.2' -exec ln -s {} libicuuc.so.20 \\;");

        psystem("find . -name 'libicuuc.sl.20.2' -exec ln -s {} libicuuc.sl \\;");
        psystem("find . -name 'libicuuc.sl.20.2' -exec ln -s {} libicuuc.sl.20 \\;");

    }

    # Populate the etc output directory like config.status and the map file
    print ("\n\nCopying misc output to etc ...\n");
    psystem("cp -Rf $XERCESCROOT/src/xercesc/config.status $targetdir/etc");
    psystem("cp -Rf $XERCESCROOT/obj/*.map $targetdir/etc");

    # Populate the samples directory
    print ("\n\nCopying sample files ...\n");
    foreach $iii ('config.guess', 'config.h.in', 'config.sub', 'configure', 'configure.in',
                  'install-sh', 'runConfigure', 'Makefile.in', 'Makefile.incl', 'Makefile') {
        psystem("cp -f $XERCESCROOT/samples/$iii $targetdir/samples");
    }

    psystem("cp -Rf $XERCESCROOT/samples/data/* $targetdir/samples/data");
    psystem("cp -Rf $XERCESCROOT/samples/SAXCount/* $targetdir/samples/SAXCount");
    psystem("rm -f $targetdir/samples/SAXCount/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/SAX2Count/* $targetdir/samples/SAX2Count");
    psystem("rm -f $targetdir/samples/SAX2Count/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/SAXPrint/* $targetdir/samples/SAXPrint");
    psystem("rm -f $targetdir/samples/SAXPrint/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/SAX2Print/* $targetdir/samples/SAX2Print");
    psystem("rm -f $targetdir/samples/SAX2Print/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/DOMCount/* $targetdir/samples/DOMCount");
    psystem("rm -f $targetdir/samples/DOMCount/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/DOMPrint/* $targetdir/samples/DOMPrint");
    psystem("rm -f $targetdir/samples/DOMPrint/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/Redirect/* $targetdir/samples/Redirect");
    psystem("rm -f $targetdir/samples/Redirect/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/MemParse/* $targetdir/samples/MemParse");
    psystem("rm -f $targetdir/samples/MemParse/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/PParse/* $targetdir/samples/PParse");
    psystem("rm -f $targetdir/samples/PParse/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/StdInParse/* $targetdir/samples/StdInParse");
    psystem("rm -f $targetdir/samples/StdInParse/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/EnumVal/* $targetdir/samples/EnumVal");
    psystem("rm -f $targetdir/samples/EnumVal/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/SEnumVal/* $targetdir/samples/SEnumVal");
    psystem("rm -f $targetdir/samples/SEnumVal/Makefile");
    psystem("cp -Rf $XERCESCROOT/samples/CreateDOMDocument/* $targetdir/samples/CreateDOMDocument");
    psystem("rm -f $targetdir/samples/CreateDOMDocument/Makefile");
    psystem("rm -f $targetdir/samples/Makefile");

    # Populate the docs directory
    print ("\n\nCopying documentation ...\n");
    psystem("cp -Rf $XERCESCROOT/doc/* $targetdir/doc");
    psystem("cp $XERCESCROOT/Readme.html $targetdir");
    psystem("cp $XERCESCROOT/credits.txt $targetdir");
    psystem("cp $XERCESCROOT/LICENSE.txt $targetdir");
    if (length($ICUROOT) > 0) {
        psystem("cp $XERCESCROOT/license.html $targetdir");
        psystem("cp $XERCESCROOT/XLicense.html $targetdir");
    }
    psystem("rm -f $targetdir/doc/Doxyfile");
    psystem("rm -rf $targetdir/doc/dtd");
    psystem("rm -f $targetdir/doc/*.xml");
    psystem("rm -f $targetdir/doc/*.ent");
    psystem("rm -f $targetdir/doc/*.gif");

    # Change the directory permissions
    psystem ("chmod 644 `find $targetdir -type f`");
    psystem ("chmod 755 $targetdir/bin/* $targetdir/lib/*");
    psystem ("chmod +x $targetdir/samples/runConfigure $targetdir/samples/configure $targetdir/samples/install-sh");
    psystem ("chmod +x $targetdir/samples/config.sub $targetdir/samples/config.guess $targetdir/samples/config.status");
    psystem ("chmod 755 `find $targetdir -type d`");

    # Now package it all up using tar
    print ("\n\nTARing up all files ...\n");
    pchdir ("$targetdir/..");
    $zipname = $targetdir . ".tar";
    $platformzipname = $zipname;

    psystem ("tar -cvf $platformzipname $zipfiles");

    # Finally compress the files
    print ("Compressing $platformzipname ...\n");
    psystem ("gzip $platformzipname");
}

#
#  psystem subroutine both prints and executes a system command.
#
sub psystem() {
    print("$_[0]\n");
    system($_[0]);
    }


#
#  chdir subroutine both prints and executes a chdir
#
sub pchdir() {
    print("chdir $_[0]\n");
    chdir $_[0];
    }


sub change_windows_project_for_ICU() {
    my ($thefile) = @_;
    print "\nConverting Windows Xerces library project ($thefile) for ICU usage...";
    my $thefiledotbak = $thefile . ".bak";
    rename ($thefile, $thefiledotbak);

    open (FIZZLE, $thefiledotbak);
    open (FIZZLEOUT, ">$thefile");
    while ($line = <FIZZLE>) {
        if ($line =~ /Win32 Debug/) {
            $icuuc = "icuucd";
            }
        if ($line =~ /Win32 Release/) {
            $icuuc = "icuuc";
            }

        $line =~ s[/D "PROJ_XMLPARSER"][/I "$ICUROOT\\include" /D "PROJ_XMLPARSER"];
        $line =~ s[Debug/xerces-c_2D.lib"][Debug/xerces-c_2D.lib" /libpath:"$ICUROOT\\lib" /libpath:"$ICUROOT\\source\\data"];
        $line =~ s[Release/xerces-c_2.lib"][Release/xerces-c_2.lib" /libpath:"$ICUROOT\\lib" /libpath:"$ICUROOT\\source\\data"];
        $line =~ s/XML_USE_WIN32_TRANSCODER/XML_USE_ICU_TRANSCODER/g;
        $line =~ s/user32.lib/user32.lib $icuuc.lib icudata.lib/g;
        $line =~ s/Transcoders\\Win32\\Win32TransService.cpp/Transcoders\\ICU\\ICUTransService.cpp/g;
        $line =~ s/Transcoders\\Win32\\Win32TransService.hpp/Transcoders\\ICU\\ICUTransService.hpp/g;
        print FIZZLEOUT $line;
    }
    close (FIZZLEOUT);
    close (FIZZLE);
    unlink ($thefiledotbak);
}


#
# This subroutine is used to munge the XercesLib project file to remove all
# traces of WinSock based NetAccessor. Once no NetAccessor is specified, the
# project file is configured for using the 'FileOnly' NetAccessor.
#
# For this function to work the assumption is that project file in CMVC is
# preconfigured to already use the WinSock based NetAccessor. So, the changes
# that need to be done are:
#   - to remove references to any #defines
#   - to remove references to wsock32.lib
#   - to remove references to the source files for the WinSock based NetAccessor.
#

sub changeWindowsProjectForFileOnlyNA() {
    my ($thefile) = @_;
    print "\nConfiguring Xerces library project ($thefile) for FileOnly NetAccessor...";
    my $thefiledotbak = $thefile . ".bak";
    rename ($thefile, $thefiledotbak);

    open (PROJFILEIN, $thefiledotbak);
    open (PROJFILEOUT, ">$thefile");

    while ($aline = <PROJFILEIN>) {
        # By skipping over lines between the NetAccessors group
        # we can references to the WinSock based NetAccessor files.
        if ($aline =~ m/^# Begin Group \"NetAccessors\"/g) {
            # ...found it. Write out the line as a place holder. Also...
            print PROJFILEOUT $aline;
            # ...preserve the next two lines.
            $aline = <PROJFILEIN>;
            print PROJFILEOUT $aline;
            $aline = <PROJFILEIN>;
            print PROJFILEOUT $aline;
            # Skip over the lines till you hit the WinSock NetAccessor 'End Group'.
            while ($aline = <PROJFILEIN>) { # read the next line
                last if ($aline =~ m/^# End Group/g);
            }
            # We need to preserve the 'End Group' line. The last statement of the
            # enclosing while loop prints it out.
        }

        # From the remaining lines, remove any references to the #defines and
        # the WinSock library.
        $aline =~ s/\/D \"XML_USE_NETACCESSOR_WINSOCK\" //g;  # "
        $aline =~ s/wsock32.lib //g;

        print PROJFILEOUT $aline;
    }
    close (PROJFILEOUT);
    close (PROJFILEIN);
    unlink ($thefiledotbak);
}