Bug 192054: Bugzilla dependencies upgrade messages in wrong order

Patch By Max Kanat-Alexander <mkanat@bugzilla.org> (module owner) a=mkanat
This commit is contained in:
mkanat%bugzilla.org 2007-03-20 21:36:45 +00:00
Родитель 2c832499fa
Коммит 9a235b0295
1 изменённых файлов: 62 добавлений и 47 удалений

Просмотреть файл

@ -106,6 +106,12 @@ sub OPTIONAL_MODULES {
version => '1.20',
feature => 'Graphical Reports, New Charts, Old Charts'
},
{
package => 'Chart',
module => 'Chart::Base',
version => '1.0',
feature => 'New Charts, Old Charts'
},
{
package => 'Template-GD',
# This module tells us whether or not Template-GD is installed
@ -114,12 +120,6 @@ sub OPTIONAL_MODULES {
version => 0,
feature => 'Graphical Reports'
},
{
package => 'Chart',
module => 'Chart::Base',
version => '1.0',
feature => 'New Charts, Old Charts'
},
{
package => 'GDGraph',
module => 'GD::Graph',
@ -264,7 +264,7 @@ sub check_requirements {
print "\n", install_string('checking_modules'), "\n" if $output;
my $root = ROOT_USER;
my %missing = _check_missing(REQUIRED_MODULES, $output);
my $missing = _check_missing(REQUIRED_MODULES, $output);
print "\n", install_string('checking_dbd'), "\n" if $output;
my $have_one_dbd = 0;
@ -275,19 +275,19 @@ sub check_requirements {
}
print "\n", install_string('checking_optional'), "\n" if $output;
my %missing_optional = _check_missing(OPTIONAL_MODULES, $output);
my $missing_optional = _check_missing(OPTIONAL_MODULES, $output);
# If we're running on Windows, reset the input line terminator so that
# console input works properly - loading CGI tends to mess it up
$/ = "\015\012" if ON_WINDOWS;
my $pass = !scalar(keys %missing) && $have_one_dbd;
my $pass = !scalar(@$missing) && $have_one_dbd;
return {
pass => $pass,
one_dbd => $have_one_dbd,
missing => \%missing,
optional => \%missing_optional,
any_missing => !$pass || scalar(keys %missing_optional),
missing => $missing,
optional => $missing_optional,
any_missing => !$pass || scalar(@$missing_optional),
};
}
@ -295,14 +295,14 @@ sub check_requirements {
sub _check_missing {
my ($modules, $output) = @_;
my %missing;
my @missing;
foreach my $module (@$modules) {
unless (have_vers($module, $output)) {
$missing{$module->{package}} = $module;
push(@missing, $module);
}
}
return %missing;
return \@missing;
}
sub print_module_instructions {
@ -337,7 +337,7 @@ EOT
}
# Required Modules
if (my %missing = %{$check_results->{missing}}) {
if (my @missing = @{$check_results->{missing}}) {
print <<EOT;
***********************************************************************
* REQUIRED MODULES *
@ -351,8 +351,8 @@ EOT
EOT
print "COMMANDS:\n\n";
foreach my $package (keys %missing) {
my $command = install_command($missing{$package});
foreach my $package (@missing) {
my $command = install_command($package);
print " $command\n";
}
print "\n";
@ -386,7 +386,7 @@ EOT
return unless $output;
if (my %missing = %{$check_results->{optional}}) {
if (my @missing = @{$check_results->{optional}}) {
print <<EOT;
**********************************************************************
* OPTIONAL MODULES *
@ -402,12 +402,8 @@ EOT
**********************************************************************
EOT
# We want to sort them so that they are ordered by feature.
my @missing_names = sort {$missing{$a}->{feature}
cmp $missing{$b}->{feature}} (keys %missing);
# Now we have to determine how large the table cols will be.
my $longest_name = max(map(length($_), @missing_names));
my $longest_name = max(map(length($_->{package}), @missing));
# The first column header is at least 11 characters long.
$longest_name = 11 if $longest_name < 11;
@ -420,16 +416,16 @@ EOT
printf "* \%${longest_name}s * %-${remaining_space}s *\n",
'MODULE NAME', 'ENABLES FEATURE(S)';
print '*' x 71 . "\n";
foreach my $name (@missing_names) {
foreach my $package (@missing) {
printf "* \%${longest_name}s * %-${remaining_space}s *\n",
$name, $missing{$name}->{feature};
$package->{package}, $package->{feature};
}
print '*' x 71 . "\n";
print "COMMANDS TO INSTALL:\n\n";
foreach my $module (@missing_names) {
my $command = install_command($missing{$module});
printf "%15s: $command\n", $module;
foreach my $module (@missing) {
my $command = install_command($module);
printf "%15s: $command\n", $module->{package};
}
}
}
@ -549,7 +545,6 @@ sub install_command {
return sprintf $command, $package;
}
1;
__END__
@ -581,26 +576,46 @@ represent the name of the module and the version that we require.
=over 4
=item C<check_requirements($output)>
=item C<check_requirements>
Description: This checks what optional or required perl modules
are installed, like C<checksetup.pl> does.
=over
Params: C<$output> - C<true> if you want the function to print
out information about what it's doing,
and the versions of everything installed.
If you don't pass the minimum requirements,
the will always print out something,
regardless of this parameter.
=item B<Description>
Returns: A hashref containing three values:
C<pass> - Whether or not we have all the mandatory
requirements.
C<missing> - A hash showing which mandatory requirements
are missing. The key is the module name,
and the value is the version we require.
C<optional> - Which optional modules are installed and
up-to-date enough for Bugzilla.
This checks what optional or required perl modules are installed, like
C<checksetup.pl> does.
=item B<Params>
=over
=item C<$output> - C<true> if you want the function to print out information
about what it's doing, and the versions of everything installed.
=back
=item B<Returns>
A hashref containing these values:
=over
=item C<pass> - Whether or not we have all the mandatory requirements.
=item C<missing> - An arrayref containing any required modules that
are not installed or that are not up-to-date. Each item in the array is
a hashref in the format of items from L</REQUIRED_MODULES>.
=item C<optional> - The same as C<missing>, but for optional modules.
=item C<have_one_dbd> - True if at least one C<DBD::> module is installed.
=item C<any_missing> - True if there are any missing modules, even optional
modules.
=back
=back
=item C<check_graphviz($output)>