Debian System Wide Information Manager
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# Package administration and research tool for Debian
# Copyright (C) 1999-2001 Jonathan D. Rosenbaum
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
package SWIM::DB;
use strict;
use SWIM::DB_Library qw(:Db);
use SWIM::Format;
use SWIM::Conf qw(:Path);
use SWIM::Global;
use vars qw(@ISA @EXPORT_OK);
use Exporter;
@ISA = qw(Exporter);
@EXPORT_OK = qw(db rebuildflatdb);
# --db --rebuildflatdb db() rebuildflatdb()
# The goal here is to save some time by just updating the database rather
# than rebuilding it. Generally, though, swim -i <package> would be the
# favorable way of doing this, and ultimately may become the primary way of
# setting up the databases after the required packages for this program are
# set-up. This is because --db has to check the status file, whereas -i
# uses statusindex.db, and grabs package information right from the
# package, there are exceptions to this, certain things like the status
# will have to be found from the status file or some other method.
sub db {
# Well, we better check for any changes in the status file, before we
# attempt anything. This is made easy by the version reference hash created
# when --initdb or --rebuilddb is run, and then comparing this to the new
# results when --db is run. Only then will we process, add, and remove
# packages when we know what is gone, and what is new (whether its a
# new package name, or a package with a new version or older version).
# The statusindex.deb could be used for version checking, instead the
# important status field is compared, so if we have situations like
# "deinstall ok config-file" this will be recognized as a CHANGE. The
# update takes place so that the status field remain proper.
my ($commands) = @_;
my %commands = %$commands;
# description stuff
my (@description, @ldescription);
# my @dpackage; # not needed here
# does status exist
my $the_status;
# Keep track of changes to the status file
my $rootsky = "/.";
my @package;
my @name;
my $status;
my @changed_packages;
my @gone;
my (@GONE, @CHANGED, @NEW);
my @before;
my %compare;
# The mys for NEW
my $count = 0;
# a special one to deal with package[1] version change.
my $packv;
my (@essential,$priority,$section,$installed_size,$maintainer,$source);
my (%group, $group);
# Keeps a package->version database
# to save time over using status
my @status;
my ($replaces, $provides, $depends, $pre_depends, $recommends, $suggests,
$conflicts);
my (@conffiles,$line_before,@conf,@complete,@form,@formly);
my $format_deb = "$tmp/format.deb";
dbi(\%commands); ib(\%commands); sb(\%commands);
# Check differences now.
print "checking for new, changed, and removed packages\n";
if (($commands->{"dbpath"} && $commands->{"root"}) ||
($commands->{"dbpath"} && !$commands->{"root"}) ||
(!$commands->{"dbpath"} && !$commands->{"root"})) {
open(DIFFERENCE,"$parent$library/status");
}
elsif (!$commands->{"dbpath"} && $commands->{"root"}) {
open(DIFFERENCE,"$parent$base/status");
}
while (<DIFFERENCE>) {
# Package name
if (/^Package:/i) {
@package = split(/: /,$_);
chomp $package[1];
}
elsif (/^Status:/) {
chomp;
$status = substr($_,8);
# a test
#if ($status eq "purge ok not-installed") {
# if (defined $db{$package[1]}) {
# print "$db{$package[1]}\n";
# }
#}
}
# hold ok not-installed - may want to change this just to
# non-installed.
###########
# VERSION #
###########
elsif (/^Version:/ && $status !~ /not-installed/) {
my $version = $_; chomp $version;
my $ver = m,Version:\s(.*),; my $statusname;
if (defined $sb{$package[1]}) {
$statusname = (split(/\s/,$sb{$package[1]}))[3];
$statusname =~ s/:/ /g;
}
########
# GONE #
########
if (defined $db{$package[1]}) {
push(@gone,"$package[1]_$1");
if ("$package[1]_$1" ne $db{$package[1]}) {
$compare{$package[1]} = "$package[1]_$1";
}
# Version remained the same, but status changed
# even though $statusname may be undefined..this
# routine is only done when it does exist.
######
# CR #
######
elsif ("$package[1]_$1" eq $db{$package[1]} &&
$statusname ne $status) {
push(@changed_packages, "$package[1]");
$compare{$package[1]} = "$package[1]_$1";
}
}
#######
# NEW #
#######
elsif (!defined $db{$package[1]}) {
push(@NEW,$package[1]);
$compare{$package[1]} = "$package[1]_$1";
push(@gone,"$package[1]_$1");
}
}
}
close(DIFFERENCE);
# lets find what existed before, ofcourse mistakes in /. better be
# taken care of beforehand, because this ignores those here. Some time
# may have been saved by using a separate database rather than /., but,
# this keeps things clean.
if ($ib{$rootsky}){
@before = split(/\s/,$ib{$rootsky});
my %tracker;
grep($tracker{$_}++,@gone);
my @goners = grep(!$tracker{$_},@before);
foreach (@goners) {
m,(^.*)_.*$,;
if (!defined $compare{$1}) {
push(@GONE,$1);
}
else {
# these will be process like @GONE for original, and @NEW for
# new
push(@CHANGED,$1);
}
}
}
else {
print "swim: missing important database\n"; exit;
}
foreach (@GONE) {
print "GONE $_\n";
}
foreach (@CHANGED) {
print "CHANGED $_\n";
}
foreach (@changed_packages) {
push(@CHANGED,$_);
print "CHANGED STATUS $_\n";
}
foreach (@NEW) {
print "NEW $_\n";
}
my $new=$#NEW + 1; my $cr=$#changed_packages + 1;
my $ch=($#CHANGED + 1) - $cr; my $gon= $#GONE + 1;
if ($commands->{"check"}) {
print "\n TOTAL\n -----\n";
print "NEW $new\n"; print "GONE $gon\n";
print "CHANGED $ch\n"; print "CHANGED STATUS $cr\n"; exit;
}
print "\n TOTAL\n -----\n";
print "NEW $new\n"; print "GONE $gon\n";
print "CHANGED $ch\n"; print "CHANGED STATUS $cr\n";
@GONE = (@GONE,@CHANGED);
@NEW = (@NEW,@CHANGED);
undef @before; # can use below.
untie %db;
undef %db;
untie %ib;
undef %ib;
# Going to be adding some stuff to nsearchindex.deb and ndirindex.deb
# so better remove any compressed versions if they exist
if (@GONE || @NEW) {
if (($commands->{"dbpath"} && $commands->{"root"}) ||
($commands->{"dbpath"} && !$commands->{"root"}) ||
(!$commands->{"dbpath"} && !$commands->{"root"})) {
if (-e "$main::home$parent$library/searchindex.deb") {
unlink("$main::home$parent$library/searchindex.deb.gz");
unlink("$main::home$parent$library/dirindex.deb.gz");
}
}
elsif (!$commands->{"dbpath"} && $commands->{"root"}) {
if (-e "$main::home$parent$base/searchindex.deb") {
unlink("$main::home$parent$base/searchindex.deb.gz");
unlink("$main::home$parent$base/dirindex.deb.gz");
}
}
}
# Time for some fun stuff
# There are three states: GONE - all information about this package
# needs to be removed from the databases. NEW - all information about
# this package needs to be put in the databases. CHANGED - a
# combination of the two previous, information could be cross
# referenced and checked for changes, but it's probably no saving of
# time, so first remove information from the same package of a
# different version, then add the information about the package of the
# new version (older or newer)
#############
# #
# GONE #
# #
#############
# GONE. (reverse applies to NEW)
# For package.deb - Delete description
# (packagename_version), packagenameREP, packagenamePRO,
# packagenameDEP, packagenamePRE, packagenameREC,
# packagenameSUG, packagenameCON, packagenameCONF. delete package ->
# version.
#
# for fileindex.deb -
# Find all files and directories associated with the package. Delete
# these files (keys). Find all directories where the file
# exists..delete package name from value, delete whole key if it is the
# only package name.
#
# for groupindex - delete package name (value) from Section
# it belonged to..humm, find section package belongs to in
# statusuindex.deb, and delete whole Section key if only one.
#
# for statusindex.deb -
# delete package -> version group.
#
# for flat files dirindex and searchindex -
# the removal of files and/or directories can be put on hold, and
# done with an option at a later time, since fileindex.deb remembers
# current state, at a later time the old state of the flat files can be
# compared to the new state of fileindex, and these files can be
# rewritten. This is all o.k. because these extra files or directories
# will return undef in search() if the packages don't exist.
ping(\%commands); # uses $ping for package.deb
zing(\%commands); # uses $zing for fileindex.deb
ging(\%commands); # uses $ging for groupindex.deb
sing(\%commands); # uses $sing for statusindex.deb
$| = 1; my $x = 1;
foreach (@GONE) {
print "G|C|CS $x $_.list\r";
$x++;
#first delete keys from package.deb
# If I kept this the name_version would be remembered.
$ping->del($_);
my $orig_argument = $_;
my $packname_version = (split(/\s/,$sb{$orig_argument}))[0];
$packname_version =~ s,\+,\\\+,g;
$argument = "$_";
ver(\%commands);
$ping->del($argument);
my $conf = $argument . "CONF";
$ping->del($conf);
$conf = $argument . "REP";
$ping->del($conf);
$conf = $argument . "PRO";
$ping->del($conf);
$conf = $argument . "DEP";
$ping->del($conf);
$conf = $argument . "PRE";
$ping->del($conf);
$conf = $argument . "REC";
$ping->del($conf);
$conf = $argument . "SUG";
$ping->del($conf);
$conf = $argument . "CON";
$ping->del($conf);
untie $ping;
# next let's go into fileindex.deb and hunt down all directories and
# files associated with this package. It would be kind of nice to use
# package_name.list, but it's probably more realistic not to depend on
# the existence of these file..unless a backup is made. Now if -i is used
# this would be a simple matter, but in this case things are different.
# A database to accomplish this wasn't realistic, so the backup
# files for *.list are in ./info/backup/*.list.bk. We will also have to
# deal with those rare cases that forget /. (smail 2.0v). We should remove
# this file as well as the packagename-conf.md5sums file below.
my $file = "$parent$base/info/backup/$_.list.bk";
my $md5sum_file = "$parent$base/info/$_-conf.md5sums";
open(LIST,"$file");
while (<LIST>) {
chomp;
if (defined $ib{$_}) {
my $status = ($ib{$_} =~ s,$packname_version ,,);
if ($status eq "") {
$status = ($ib{$_} =~ s, $packname_version,,);
if ($status eq "") {
$ib{$_} =~ s,$packname_version,,;
}
}
if ($ib{$_} eq "") {
$zing->del($_);
}
} # if defined
}
close(LIST);
unlink("$file");
#######################
# deinstall situation #
#######################
my $yit = (split(/\s/,$sb{$orig_argument}))[3];
if ($yit eq "deinstall:ok:config-files" ||
$yit eq "purge:ok:config-files") {
if (defined $ib{"/."}) {
my $status = ($ib{"/."} =~ s,$packname_version ,,);
if ($status eq "") {
$status = ($ib{"/."} =~ s, $packname_version,,);
if ($status eq "") {
$ib{"/."} =~ s,$packname_version,,;
}
}
if ($ib{"/."} eq "") {
$zing->del($_);
}
} # if defined
} # deinstall situation
if (-e $md5sum_file) {
unlink("$md5sum_file");
}
# remove from the group, and if only one remove the group.
# Let's first find out which group this monster belongs to.
if (defined $sb{$orig_argument}) {
(my $oa = $orig_argument) =~ s,\+,\\\+,g;
my($section) = (split(/\s/,$sb{$orig_argument}))[1];
if (defined $gb{$section}) {
my $status = ($gb{$section} =~ s,$oa ,,);
if ($status eq "") {
$status = ($gb{$section} =~ s, $oa,,);
if ($status eq "") {
$gb{$section} =~ s,$oa,,;
}
}
if ($gb{$section} eq "") {
$ging->del($section);
}
}
}
# Now ditch the package->version group in statusindex.deb
$sing->del($orig_argument);
untie $sing;
} # end foreach OLD
print "\n" if $#GONE != -1 && $#NEW == -1;
#############
# #
# NEW #
# #
#############
if (-e "$parent$base/status" && -e "$parent$base/info") {
$the_status = "$parent$base/status";
}
else {
print "swim: crucial file(s)/directories are missing in $parent\n";
exit;
}
my %exacts;
my $goon;
print "\n" if $#NEW != -1; $x = 1;
foreach (@NEW) {
$exacts{$_} = "yes";
}
# first let's find the fields to put into packages.deb
# We'll have to go through the status file again, something we
# wouldn't have had to do with swim -i. As it turns out, a good
# percentage of the information can be processed into the database
# while going through status.
open(PRETTY, ">$format_deb");
open(AVAIL, "$the_status");
while (<AVAIL>) {
# here's the difference with database(), we just find the packages
# which belong to the hash %exacts
# Package name
if (/^Package:|^PACKAGE:/) {
@package = split(/: /,$_);
chomp $package[1];
if (defined $exacts{$package[1]}) {
print "N|C|CS $x\r"; $x++;
$goon = "yes";
}
else {
$goon = "no";
undef @package;
next;
}
}
elsif ($goon eq "no") {
next;
}
elsif (/^Status:/) {
$status = $_;
}
elsif (/^Essential/) {
@essential = split(/: /,$_);
}
# missing priority and section will be dealt with below
elsif (/^Priority:/) {
$priority = $_;
}
elsif (/^Section:/) {
$section = $_;
# make the hash for the groupindex.deb
$group = substr($section,9);
chomp $group;
# we will put not-installed in their own group for reference
if ($status !~ /not-installed/) {
if (!defined $gb{$group}) {
$ging->put($group,$package[1]);
}
else {
my $change_group = "$gb{$group} $package[1]";
$ging->del($group);
$ging->put($group,"$change_group");
}
}
}
elsif (/^Installed-Size:/) {
$installed_size = $_;
}
elsif (/^Maintainer:/) {
$maintainer = $_;
}
elsif (/^Source:/) {
$source = $_;
}
# hold ok not-installed - may want to change this just to
# non-installed.
elsif (/^Version:/ && $status !~ /not-installed/) {
my $version = $_;
chomp $version;
###########
# SECTION #
###########
if ($section) {
chomp $section;
}
else {
nsb(\%commands);
if (defined $nsb{$package[1]}) {
my ($nvname,$ngname,$npriorname) =
split(/\s/,"$nsb{$package[1]}",3);
$group = $ngname;
}
else {
$group = "unavailable";
}
}
$col1 = "Package: $package[1]";
$col2 = $status;
write PRETTY;
$col1 = $version;
my $ver = m,Version:\s(.*),;
# This creates a name -> version index in package.deb,
# and the statusindex.deb database which will serve to
# determine if the status has changed when --db or -i is
# run.
$packv = "$package[1]_$1";
$ping->put($package[1],$packv);
my ($priory,$statusy);
############
# PRIORITY #
############
if ($priority) {
$priory = substr($priority,10);
}
else {
nsb(\%commands);
if (defined $nsb{$package[1]}) {
my ($nvname,$ngname,$npriorname) =
split(/\s/,"$nsb{$package[1]}",3);
$priory = $npriorname;
}
else {
$priory = "unavailable";
}
}
chomp $priory;
$statusy = substr($status,8);
chomp $statusy;
$statusy =~ s/\s/:/g;
my $thimk = "$packv $group $priory $statusy";
$sing->put($package[1],$thimk);
$package[1] = "$packv";
if(defined($essential[1])) {
$col2 = "Essential: $essential[1]";
@essential = ();
}
else {
$col2 = "Essential: no\n";
}
write PRETTY;
######################
# SECTION & PRIORITY #
######################
if ($section) {
$col1 = $section;
}
else {
nsb(\%commands);
$package[1] =~ m,(.*)_.*,;
my $packthing = $1;
if (defined $nsb{$packthing}) {
my ($nvname,$ngname,$npriorname) =
split(/\s/,"$nsb{$packthing}",3);
$col1 = "Section: $ngname";
# we can put it in now, no deletion needed
if (!defined $gb{$group}) {
$ging->put($group,$packthing);
}
else {
my $change_group = "$gb{$group} $packthing";
$ging->del($group);
$ging->put($group,"$change_group");
}
}
else {
$col1 = "Section: unavailable";
}
}
if (defined $priority) {
$col2 = $priority;
}
else {
nsb(\%commands);
$package[1] =~ m,(.*)_.*,;
my $packthing = $1;
if (defined $nsb{$packthing}) {
my ($nvname,$ngname,$npriorname) =
split(/\s/,"$nsb{$packthing}",3);
$col2 = "Section: $npriorname";
}
else {
$col2 = "Priority: unavailable\n";
}
}
write PRETTY;
#my $cool = $installed_size . $maintainer;
#print PRETTY $cool;
$col1 = $installed_size;
if ($source) {
$col2 = $source;
}
else {
$col2 = "";
}
write PRETTY;
undef $source;
print PRETTY $maintainer
}
# This stuff will be available with seperate query flags or All
elsif (/^Replaces:/) {
$replaces = $_;
if (defined($replaces)) {
$ping->put("$package[1]REP",$replaces);
}
}
elsif (/^Provides:/) {
$provides = $_;
if (defined($provides)) {
$ping->put("$package[1]PRO",$provides);
}
}
elsif (/^Depends:/) {
$depends = $_;
if (defined($depends)) {
$ping->put("$package[1]DEP",$depends);
}
}
elsif (/^Pre-Depends:/) {
$pre_depends = $_;
if (defined($pre_depends)) {
$ping->put("$package[1]PRE",$pre_depends);
}
}
elsif (/^Recommends:/) {
$recommends = $_;
if (defined($recommends)) {
$ping->put("$package[1]REC",$recommends);
}
}
elsif (/^Suggests:/) {
$suggests = $_;
if (defined($suggests)) {
$ping->put("$package[1]SUG",$suggests);
}
}
elsif (/^Conflicts:/) {
$conflicts = $_;
if (defined($conflicts)) {
$ping->put("$package[1]CON",$conflicts);
}
}
# Gather the Configuration Files, Description comes after.
# Available with a single flag.
elsif (/^Conffiles:/) {
my $line = <AVAIL>;
while ($line !~ /^Description:/) {
push(@conffiles,$line);
$line = <AVAIL>;
if ($line =~ /^Description/) {
$line_before = $line;
# put conffiles into one variable
if (defined $package[1]) {
}
my ($c, $cool);
if ($#conffiles != 0) {
for ($c = $#conffiles; $c >= 0; $c--) {
if ($c > 0) {
$cool = $conffiles[$c-1] .= $conffiles[$c];
}
} #end for
}
else {
$cool = $conffiles[0];
}
@conffiles = ();
$ping->put("$package[1]CONF",$cool);
} #if ($line =~ /^Desc
} # while ($line ! /^Desc
} # elsif (/^Conffiles
untie %nsb;
# Only interested in available packages..so this is fine.
# To be combined with first fields.
if (/Description:|^\s\w*|^\s\.\w*/ ||
defined($line_before) =~ /^Description/){
my $many_lines;
if (defined($line_before)) {
push(@ldescription, $line_before);
push(@ldescription, $_);
$line_before = ();
}
else {
$many_lines = $_;
}
if ($_ !~ /^\n$/) {
$count++;
if ($count == 1) {
if (defined $package[1]) {
#chomp $package[1];
#push(@dpackage,$package[1]);
push(@description,$package[1]);
}
}
if (defined($many_lines)) {
push(@ldescription,$many_lines);
}
} # end if ($_ !~ /^\n$/
else {
$count = 0;
# let's put each description into one scalar
my ($c, $cool);
if ($#ldescription != 0) {
for ($c = $#ldescription; $c >= 0; $c--) {
if ($c > 0) {
$cool = $ldescription[$c-1] .= $ldescription[$c];
}
} #end for
} # end if ($#ld
else {
$cool = $ldescription[0];
}
if (defined $cool) {
push(@description,$cool);
}
@ldescription = ();
} # end else
$line_before = ();
}
untie $ping;
untie $ging;
untie $sing;
} # end while (<AVAIL>)
close(PRETTY);
# Let's put together the description with the rest of its fields.
open(FIELDS,"$format_deb");
while (<FIELDS>) {
push(@form,$_);
}
close(FIELDS);
foreach (@form) {
push(@formly,$_);
my ($cool);
$count++;
if ($count == 5) {
my ($c, $cool);
if ($#formly != 0) {
for ($c = $#formly; $c >= 0; $c--) {
if ($c > 0) {
$cool = $formly[$c-1] .= $formly[$c];
}
} #end for
} # end if ($#ld
else {
$cool = $formly[0];
}
push(@complete,$cool);
@formly = ();
$count = 0;
}
}
my $name_version;
foreach (@description) {
if ($count == 1) {
# -i
my $lingo = shift(@complete);
$lingo = $lingo . $_;
#push(@Tdescription, $lingo);
$ping->put($name_version,$lingo);
$lingo = ();
$count = 1;
}
else {
# packagename_version
#push(@Tdescription, $_);
$name_version = $_;
$count = 0;
}
$count++;
untie $ping;
}
undef $ping;
unlink($format_deb);
# Now time to do some file/dir stuff. A backup of *list needs to be
# made, might as well use this. There is a possibility this can be
# used instead of fastswim for initial fileindex.deb.
my $package_name;
if (!-d "$parent$base/info/backup") {
mkdir("$parent$base/info/backup",0666);
}
print "\n" if $#NEW != -1; $x = 1;
foreach $package_name (@NEW) {
open(FILENAME,"$parent$base/info/$package_name.list");
open(CP,">$parent$base/info/backup/$package_name.list.bk");
while (<FILENAME>) {
print CP $_;
}
close(FILENAME);
close(CP);
my $file = "$parent$base/info/backup/$package_name.list.bk";
print "#$x"; print " N|C $package_name.list \r";
$x++;
open(LIST,"$file");
while (<LIST>) {
chomp;
# Better add the new stuff to the flat files first
if (!defined $ib{$_}) {
if (($commands->{"dbpath"} && $commands->{"root"}) ||
($commands->{"dbpath"} && !$commands->{"root"}) ||
(!$commands->{"dbpath"} && !$commands->{"root"})) {
open(SEARCHINDEX,">>$main::home$parent$library/searchindex.deb");
}
elsif (!$commands->{"dbpath"} && $commands->{"root"}) {
open(SEARCHINDEX,">>$main::home$parent$base/searchindex.deb");
}
if (!-d) {
print SEARCHINDEX "$_\n";
}
if (($commands->{"dbpath"} && $commands->{"root"}) ||
($commands->{"dbpath"} && !$commands->{"root"}) ||
(!$commands->{"dbpath"} && !$commands->{"root"})) {
open(DIRINDEX,">>$main::home$parent$library/dirindex.deb");
}
elsif (!$commands->{"dbpath"} && $commands->{"root"}) {
open(DIRINDEX,">>$main::home$parent$base/dirindex.deb");
}
if (-d) {
print DIRINDEX "$_\n";
}
} # !defined
# If the directory already exists we can just append
# to the end of the value
if (defined $ib{$_}) {
dbi(\%commands);
my $cvalue = $ib{$_} . " $db{$package_name}";
# put overwrites by default!
$zing->put($_,$cvalue);
} # if defined
else {
dbi(\%commands);
$zing->put($_,$db{$package_name});
}
untie %db;
untie $zing;
}
close(LIST);
close(SEARCHINDEX);
close(DIRINDEX);
my $zit; my ($nit,$yit) = (split(/\s/,$sb{$package_name}))[0,3];
if ($yit eq "deinstall:ok:config-files" ||
$yit eq "purge:ok:config-files") {
($zit = $nit) =~ s,\+,\\\+,;
if ($ib{"/."} !~ m,$zit,) {
$ib{"/."} = $ib{"/."} . " $zit";
}
}
} # end foreach NEW
print "\n" if $#NEW != -1;
} # end sub db
# Generally, it's unecessary to rebuild the flat databases unless major
# changes have occurred to a person's installation, and the database has
# become very repetitive, or a file has changed into a directory. This
# function has also been tried by tieing the flat file to an array, but
# there doesn't seem to be that much of a speed advantage unless ib()
# happens to be in memory, but more experimentation will be tried in the
# future.
sub rebuildflatdb {
my($commands) = @_;
my %commands = %$commands;
ib(\%commands);
print scalar(localtime), "\n";
my $file;
my $dir;
if (($commands->{"dbpath"} && $commands->{"root"}) ||
($commands->{"dbpath"} && !$commands->{"root"}) ||
!($commands->{"dbpath"} && $commands->{"root"})) {
if (-e "$main::home$parent$library/searchindex.deb") {
$dir = "$main::home$parent$library/dirindex.deb";
$file = "$main::home$parent$library/searchindex.deb";
unlink($file);
unlink("$file.gz") if -e "$file.gz";
unlink($dir);
unlink("$dir.gz") if -e "$dir.gz";
}
else {
print "swim: operation only implemented for installed system\n";
exit;
}
}
elsif (!$commands->{"dbpath"} && $commands->{"root"}) {
if (-e "$main::home$parent$base/searchindex.deb") {
$file = "$main::home$parent$base/searchindex.deb";
$dir = "$main::home$parent$base/dirindex.deb";
unlink($file);
unlink("$file.gz") if -e "$file.gz";
unlink($dir);
unlink("$dir.gz") if -e "$dir.gz";
}
else {
print "swim: operation only implemented for installed system\n";
exit;
}
}
open(DIR,">$dir");
open(FILE,">$file");
# We need to reconstruct long.debian & DEBIAN*, but can't take into account
# weirdisms with the database - NEW packages which aren't NEW.
foreach (keys %ib) {
if (defined $ib{$_}) {
my $filedir = $_;
my $package = $ib{$_};
#$package =~ s/\s/\n/g;
my @the_amount = split(/\s/, $package);
if ($#the_amount > 0) {
print DIR "$filedir\n";
}
elsif ($#the_amount == 0) {
print FILE "$filedir\n";
}
}
}
untie %ib;
print scalar(localtime), "\n";
} # end sub rebuildflatdb
1;