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|
#!/usr/bin/env perl
#
# sboupgrade
# script to update an installed SlackBuild.
#
# author: Jacob Pipkin <j@dawnrazor.net>
# date: Boomtime, the 39th day of Discord in the YOLD 3178
# license: WTFPL <http://sam.zoy.org/wtfpl/COPYING>
use SBO::Lib;
use File::Basename;
use Getopt::Std;
use Text::Tabulate;
use File::Copy;
use strict;
use warnings FATAL => 'all';
my %config = %SBO::Lib::config;
my $self = basename ($0);
sub show_usage {
print <<EOF
Usage: $self (options) [package]
Options:
-h: this screen.
-v: version information.
-c: do not clean working files/directories after the build.
-d: clean distfiles afterward.
-f: force an update, even if the "upgrade" version is the same or lower.
-i: do not run installpkg at the end of the build process.
-j: specify "-j" setting to make, for SMP systems; overrides conf file.
-N: install any new SBo's listed.
-r: skip viewing of the SBo README.
Example:
$self -d libsexy
$self -ca
EOF
}
my %options;
getopts ('hvacdfj:Nriop',\%options);
show_usage () && exit (0) if exists $options{h};
show_version () && exit (0) if exists $options{v};
my $noclean = exists $options{c} ? 'FALSE' : $config{NOCLEAN};
my $distclean = exists $options{d} ? 'TRUE' : $config{DISTCLEAN};
my $force = exists $options{f} ? 'TRUE' : 'FALSE';
my $jobs = exists $options{j} ? $options{j} : $config{JOBS};
my $install_new = exists $options{N} ? 'TRUE' : 'FALSE';
my $no_readme = exists $options{r} ? 'TRUE' : 'FALSE';
my $no_install = exists $options{i} ? 'TRUE' : 'FALSE';
my $only_new = exists $options{o} ? 'TRUE' : 'FALSE';
my $compat32 = exists $options{p} ? 'TRUE' : 'FALSE';
show_usage () and exit (1) unless exists $ARGV[0];
slackbuilds_or_fetch ();
my %locations;
for my $sbo_name (@ARGV) {
$locations{$sbo_name} = get_sbo_location ($sbo_name);
unless (defined $locations{$sbo_name}) {
print "Unable to locate $sbo_name in the SlackBuilds.org tree.\n";
exit 1;
}
}
sub get_readme_path {
script_error ('get_readme_path requires an argument.') unless exists $_[0];
my $sbo = shift;
my $location = $locations{$sbo};
return $location .'/README';
}
sub readme_prompt {
script_error ('readme_prompt requires an argument.') unless exists $_[0];
my $sbo = shift;
my $readme_path = get_readme_path ($sbo);
open my $readme,'<',$readme_path;
print "\n",<$readme>;
close ($readme);
print "\nProceed with $sbo? [yn]: ";
my $test = <STDIN>;
exit (0) unless $test =~ /^[Yy]/;
return 1;
}
sub process_sbos {
script_error ('process_sbos requires an argument.') unless exists $_[0];
my (@todo) = @_;
my @failures;
for my $sbo (@todo) {
readme_prompt ($sbo) unless $no_readme eq 'TRUE';
$compat32 = 'TRUE' if $sbo =~ /-compat32$/;
my $version;
eval {
$version = do_slackbuild ($jobs,$sbo,$locations{$sbo},$compat32);
};
if ($@) {
push (@failures,$sbo);
} else {
unless ($distclean eq 'TRUE') {
if ($noclean eq 'FALSE') {
make_clean ($sbo,$version);
}
} else {
make_distclean ($sbo,$version,$locations{$sbo});
}
my $pkg = get_pkg_name ($sbo,$version,$compat32);
do_upgradepkg ($pkg) unless $no_install eq 'TRUE';
unless ($config{PKG_DIR} eq 'FALSE') {
unless (-d $config{PKG_DIR}) {
mkdir ($config{PKG_DIR}) or
warn "Unable to create $config{PKG_DIR}\n";
}
if (-d $config{PKG_DIR}) {
move ($pkg,$config{PKG_DIR});
print "$pkg stored in $config{PKG_DIR}\n";
} else {
warn "$pkg left in /tmp\n";
}
} elsif ($distclean eq 'TRUE') {
unlink ($pkg);
}
}
}
return @failures;
}
my @installed = get_installed_sbos();
my @failed;
sub print_failures {
if (exists $failed[0]) {
print "Failures:\n";
print " $_\n" for (@failed);
exit 1;
}
}
unless ($only_new eq 'TRUE') {
my @updates unless $force eq 'TRUE';
unless ($force eq 'TRUE') {
my @updates_array = get_available_updates ();
for my $index (keys @updates_array) {
push(@updates,$updates_array[$index]{name});
}
}
my @todo_upgrade;
unless ($force eq 'TRUE') {
for (@ARGV) {
if ($_ ~~ @updates) {
push (@todo_upgrade,$_);
}
}
} else {
for (@ARGV) {
SECOND: for my $c (keys @installed) {
if ($_ eq $installed[$c]{name}) {
push (@todo_upgrade,$_);
last SECOND;
}
}
}
}
@failed = process_sbos (@todo_upgrade) if exists $todo_upgrade[0];
print_failures () unless $install_new eq 'TRUE';
}
if ($install_new eq 'TRUE') {
my @todo_install;
my $has = 'FALSE';
for my $sbo (@ARGV) {
my $name = $compat32 eq 'TRUE' ? "$sbo-compat32" : $sbo;
SECOND: for my $index (keys @installed) {
if ($name eq $installed[$index]{name}) {
$has = 'TRUE';
last SECOND;
}
}
unless ($has eq 'TRUE') {
push (@todo_install,$sbo);
} else {
print "$name already installed.\n";
}
$has = 'FALSE';
}
@failed = process_sbos (@todo_install) if exists $todo_install[0];
print_failures ();
}
exit 0;
|
