package BCD::Genisoimage; use strict; use XML::Simple; use BCD::Common qw(:DEFAULT $isoconf $wd $name $arch $version $builddir $isodir $error_color $repo $based_on $support); use BCD::Media qw(:DEFAULT parse_synthesis); use URPM; our @ISA = qw(Exporter); our @EXPORT = qw(main_iso create_idx); our @EXPORT_OK = qw($isoname); my $LOG="GENISOIMAGE -"; my $color = "green"; # mandriva-linux-free-2009.1-i586 our $isoname = $isoconf->{nameid} . '-' . $isoconf->{mediainfo}{version} . '-' . $isoconf->{arch} . '-' . $isoconf->{support}; # genisoimage -f -sort /home/plop/tmp/build/2009.1/11.sort -r -J -hide-rr-moved -nobak -cache-inodes -A "Mandriva Linux - 2009 Spring (Free64)" -publisher "Mandriva" -sysid "Mandriva Linux" -p "Mandriva-Linux" -volset "Mandriva Linux - 2009 Spring (Free64) - DVD x86_64 [1/1]" -V "Free-20091-x86_64" -o /home/plop/iso/2009.1/11-2009.1.iso -b x86_64/isolinux/isolinux.bin -c x86_64/isolinux/boot.cat -no-emul-boot -boot-load-size 4 -boot-info-table "/home/plop/build/2009.1/first/11" /home/plop/build/2009.1/11 sub create_version { # create the VERSION file available on the base of the ISO my $version_file = "$builddir/VERSION"; print_color("$LOG create the $version_file file", $color); open my $VERSION, ">$version_file"; my ($sec, $min, $hour, $mday, $mon, $year, $wday, $yday, $isdst) = gmtime(time()); $year += 1900; my $tag = $isoconf->{iso}{tag}; my $product = $isoconf->{iso}{product}; my $publisher = $isoconf->{iso}{header}{publisherid}; printf $VERSION "$publisher $name $tag %04d%02d%02d $hour:%02d\n", $year, $mon+1, $mday, $min; close $VERSION; } sub create_productid { # vendor=Mandriva,distribution=Mandriva Linux,type=basic,version=2009.1,branch=cooker,release=0.1,arch=i586,product=maratangua print_color("$LOG create the $builddir/product.id", $color); my $productid_file = "$builddir/product.id"; open my $product_id, ">$productid_file"; print $product_id "vendor=$isoconf->{iso}{header}{publisherid},"; print $product_id "distribution=$isoconf->{iso}{header}{systemid},"; print $product_id "type=$isoconf->{iso}{type},"; print $product_id "version=$isoconf->{based_on},"; print $product_id "branch=$isoconf->{iso}{branch},"; print $product_id "release=$isoconf->{iso}{minor}.$isoconf->{iso}{subversion},"; print $product_id "arch=$arch,"; print $product_id "product=$isoconf->{iso}{product}"; close $product_id; } sub create_idx { print_color("$LOG create the IDX file from $builddir/pkg-$version-$isoconf->{iso}{tag}.idx", $color); # pkg-2009.1-pauillac.idx my $idx = "$builddir/pkg-$version-$isoconf->{iso}{tag}.idx"; system("cp -vf /dev/null $idx"); use Data::Dumper; my $urpm = URPM->new; my @hdlists = glob("$builddir/media/media_info/hdlist_*.cz"); my @tab; foreach (@hdlists) { print_color("$LOG parsing $_ hslist", $color); $urpm->parse_hdlist($_); $urpm->traverse(sub { my $pkg = shift; my $pkgname = $pkg->name; my $version = $pkg->version; my $arch = $pkg->arch; push @tab, "$pkgname-$version ($arch)"; } ); } my %hashtab = map { $_ => 1 } @tab; my @orderedpkgs = sort keys %hashtab; open my $FILE_IDX, ">>$idx"; foreach (@orderedpkgs) { print $FILE_IDX "$isoconf->{iso}{header}{volumeid} $_\n"; } close $FILE_IDX; system("cp -v $builddir/pkg-$version-$isoconf->{iso}{tag}.idx $isodir/$isoname.idx"); } sub create_iso { # build the ISO with all args print_color("$LOG Building the ISO", $color); my $cmd = "genisoimage $isoconf->{iso}{genisoimage}{options} \\ -A '$isoconf->{iso}{header}{applicationid}' \\ -publisher '$isoconf->{iso}{header}{publisherid}' \\ -sysid '$isoconf->{iso}{header}{systemid}' \\ -p '$isoconf->{iso}{header}{datapreparer}' \\ -volset '$isoconf->{iso}{header}{volumesetid}' \\ -V '$isoconf->{iso}{header}{volumeid}' \\ -o '$isodir/$isoname.iso' \\ -b isolinux/isolinux.bin \\ -boot-info-table \\ $builddir/../ "; #-quiet \\ print_color("\n------------\n $cmd", $color); system($cmd); system("du -h $isodir/$isoname.iso"); system("du -sh $builddir/install"); my $size_iso = -s "$isodir/$isoname.iso"; if ($size_iso > 3900338176) { print_color("WARNING: THE SIZE OF THE ISO IS TOO BIG. PLEASE CHECK AGAIN.", $error_color); } } sub create_md5 { # create the MD5 of the ISO print_color("$LOG Create the MD5 and SHA1 of the ISO", $color); my $ISOFILE = "$isodir/$isoname.iso"; if (! -f $ISOFILE) { print_color("$LOG can't find $ISOFILE", $error_color); exit 1; } else { print_color("$LOG do a: md5sum $ISOFILE > $ISOFILE.md5", $color); system("cd $isodir && md5sum $isoname.iso > $ISOFILE.md5 &"); print_color("$LOG do a: sha1sum $ISOFILE > $ISOFILE.sha1", $color); system("cd $isodir && sha1sum $isoname.iso > $ISOFILE.sha1 &"); } } sub isohybrid { print_color("$LOG isohybrid the ISO", $color); my $ISOFILE = "$isodir/$isoname.iso"; system("isohybrid $isoconf->{iso}{isohybrid}{options} $ISOFILE") == 0 or die "$LOG system isohybrid failed: $?\n"; } sub copy_textfiles { map { system("cp -vf $repo/$based_on/$arch/$_ $builddir/"); } qw(COPYING INSTALL.txt install.htm LICENSE.txt LICENSE-APPS.txt README.txt index.htm release-notes.html release-notes.txt); } sub main_iso { my ($option) = @_; create_version; create_productid; copy_textfiles; create_idx; if ($option =~ /noiso/) { print_color("$LOG skipping ISO creation", $color); } else { create_iso; isohybrid; create_md5; } } 1;