# --
# Copyright (C) 2001-2019 OTRS AG, https://otrs.com/
# --
# This software comes with ABSOLUTELY NO WARRANTY. For details, see
# the enclosed file COPYING for license information (GPL). If you
# did not receive this file, see https://www.gnu.org/licenses/gpl-3.0.txt.
# --
package Kernel::System::Package;
use strict;
use warnings;
use utf8;
use MIME::Base64;
use File::Copy;
use Kernel::Config;
use Kernel::System::SysConfig;
use Kernel::System::WebUserAgent;
use Kernel::System::VariableCheck qw(:all);
use Kernel::Language qw(Translatable);
use parent qw(Kernel::System::EventHandler);
our @ObjectDependencies = (
'Kernel::Config',
'Kernel::System::Cache',
'Kernel::System::CloudService::Backend::Run',
'Kernel::System::DateTime',
'Kernel::System::DB',
'Kernel::System::Encode',
'Kernel::System::Environment',
'Kernel::System::JSON',
'Kernel::System::Loader',
'Kernel::System::Log',
'Kernel::System::Main',
'Kernel::System::OTRSBusiness',
'Kernel::System::Scheduler',
'Kernel::System::SysConfig::Migration',
'Kernel::System::SysConfig::XML',
'Kernel::System::SystemData',
'Kernel::System::XML',
);
=head1 NAME
Kernel::System::Package - to manage application packages/modules
=head1 DESCRIPTION
All functions to manage application packages/modules.
=encoding utf-8
=head1 PUBLIC INTERFACE
=head2 new()
create an object
my $PackageObject = $Kernel::OM->Get('Kernel::System::Package');
=cut
sub new {
my ( $Type, %Param ) = @_;
# allocate new hash for object
my $Self = {};
bless( $Self, $Type );
# get needed objects
$Self->{ConfigObject} = $Kernel::OM->Get('Kernel::Config');
$Self->{PackageMap} = {
Name => 'SCALAR',
Version => 'SCALAR',
Vendor => 'SCALAR',
BuildDate => 'SCALAR',
BuildHost => 'SCALAR',
License => 'SCALAR',
URL => 'SCALAR',
ChangeLog => 'ARRAY',
Description => 'ARRAY',
Framework => 'ARRAY',
OS => 'ARRAY',
PackageRequired => 'ARRAY',
ModuleRequired => 'ARRAY',
IntroInstall => 'ARRAY',
IntroUninstall => 'ARRAY',
IntroUpgrade => 'ARRAY',
IntroReinstall => 'ARRAY',
PackageMerge => 'ARRAY',
# package flags
PackageIsVisible => 'SCALAR',
PackageIsDownloadable => 'SCALAR',
PackageIsRemovable => 'SCALAR',
PackageAllowDirectUpdate => 'SCALAR',
# *(Pre|Post) - just for compat. to 2.2
IntroInstallPre => 'ARRAY',
IntroInstallPost => 'ARRAY',
IntroUninstallPre => 'ARRAY',
IntroUninstallPost => 'ARRAY',
IntroUpgradePre => 'ARRAY',
IntroUpgradePost => 'ARRAY',
IntroReinstallPre => 'ARRAY',
IntroReinstallPost => 'ARRAY',
CodeInstall => 'ARRAY',
CodeUpgrade => 'ARRAY',
CodeUninstall => 'ARRAY',
CodeReinstall => 'ARRAY',
};
$Self->{PackageMapFileList} = {
File => 'ARRAY',
};
$Self->{Home} = $Self->{ConfigObject}->Get('Home');
# init of event handler
$Self->EventHandlerInit(
Config => 'Package::EventModulePost',
);
# reserve space for merged packages
$Self->{MergedPackages} = {};
# check if cloud services are disabled
$Self->{CloudServicesDisabled} = $Self->{ConfigObject}->Get('CloudServices::Disabled') || 0;
return $Self;
}
=head2 RepositoryList()
returns a list of repository packages
my @List = $PackageObject->RepositoryList();
my @List = $PackageObject->RepositoryList(
Result => 'short', # will only return name, version, install_status md5sum, vendor and build commit ID
instead of the structure
);
=cut
sub RepositoryList {
my ( $Self, %Param ) = @_;
my $Result = 'Full';
if ( defined $Param{Result} && lc $Param{Result} eq 'short' ) {
$Result = 'Short';
}
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# check cache
my $Cache = $CacheObject->Get(
Type => "RepositoryList",
Key => $Result . 'List',
);
return @{$Cache} if $Cache;
# get database object
my $DBObject = $Kernel::OM->Get('Kernel::System::DB');
# get repository list
$DBObject->Prepare(
SQL => 'SELECT name, version, install_status, content, vendor
FROM package_repository
ORDER BY name, create_time',
);
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
# fetch the data
my @Data;
while ( my @Row = $DBObject->FetchrowArray() ) {
my %Package = (
Name => $Row[0],
Version => $Row[1],
Status => $Row[2],
Vendor => $Row[4],
);
my $Content = $Row[3];
if ( $Content && !$DBObject->GetDatabaseFunction('DirectBlob') ) {
# Backwards compatibility: don't decode existing values that were not yet properly Base64 encoded.
if ( $Content =~ m{ \A [a-zA-Z0-9+/\n]+ ={0,2} [\n]? \z }smx ) { # Does it look like Base64?
$Content = decode_base64($Content);
$Kernel::OM->Get('Kernel::System::Encode')->EncodeInput( \$Content );
}
}
# Correct any 'dos-style' line endings that might have been introduced by saving an
# opm file from a mail client on Windows (see http://bugs.otrs.org/show_bug.cgi?id=9838).
$Content =~ s{\r\n}{\n}xmsg;
$Package{MD5sum} = $MainObject->MD5sum( String => \$Content );
# Extract and include build commit ID.
if ( $Content =~ m{ (.*) }smx ) {
$Package{BuildCommitID} = $1;
$Package{BuildCommitID} =~ s{ ^\s+|\s+$ }{}gsmx;
}
# get package attributes
if ( $Content && $Result eq 'Short' ) {
push @Data, {%Package};
}
elsif ($Content) {
my %Structure = $Self->PackageParse( String => \$Content );
push @Data, { %Package, %Structure };
}
}
# set cache
$CacheObject->Set(
Type => 'RepositoryList',
Key => $Result . 'List',
Value => \@Data,
TTL => 30 * 24 * 60 * 60,
);
return @Data;
}
=head2 RepositoryGet()
get a package from local repository
my $Package = $PackageObject->RepositoryGet(
Name => 'Application A',
Version => '1.0',
);
my $PackageScalar = $PackageObject->RepositoryGet(
Name => 'Application A',
Version => '1.0',
Result => 'SCALAR',
DisableWarnings => 1, # optional
);
=cut
sub RepositoryGet {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(Name Version)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# check cache
my $CacheKey = $Param{Name} . $Param{Version};
my $Cache = $CacheObject->Get(
Type => 'RepositoryGet',
Key => $CacheKey,
);
return $Cache if $Cache && $Param{Result} && $Param{Result} eq 'SCALAR';
return ${$Cache} if $Cache;
# get database object
my $DBObject = $Kernel::OM->Get('Kernel::System::DB');
# get repository
$DBObject->Prepare(
SQL => 'SELECT content FROM package_repository WHERE name = ? AND version = ?',
Bind => [ \$Param{Name}, \$Param{Version} ],
Limit => 1,
);
# fetch data
my $Package = '';
ROW:
while ( my @Row = $DBObject->FetchrowArray() ) {
$Package = $Row[0];
next ROW if $DBObject->GetDatabaseFunction('DirectBlob');
# Backwards compatibility: don't decode existing values that were not yet properly Base64 encoded.
next ROW if $Package !~ m{ \A [a-zA-Z0-9+/\n]+ ={0,2} [\n]? \z }smx; # looks like Base64?
$Package = decode_base64($Package);
$Kernel::OM->Get('Kernel::System::Encode')->EncodeInput( \$Package );
}
if ( !$Package ) {
return if $Param{DisableWarnings};
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'notice',
Message => "No such package: $Param{Name}-$Param{Version}!",
);
return;
}
# set cache
$CacheObject->Set(
Type => 'RepositoryGet',
Key => $CacheKey,
Value => \$Package,
TTL => 30 * 24 * 60 * 60,
);
return \$Package if $Param{Result} && $Param{Result} eq 'SCALAR';
return $Package;
}
=head2 RepositoryAdd()
add a package to local repository
$PackageObject->RepositoryAdd(
String => $FileString,
FromCloud => 0, # optional 1 or 0, it indicates if package came from Cloud or not
);
=cut
sub RepositoryAdd {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{String} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'String not defined!',
);
return;
}
# get from cloud flag
$Param{FromCloud} //= 0;
# get package attributes
my %Structure = $Self->PackageParse(%Param);
if ( !IsHashRefWithData( \%Structure ) ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Invalid Package!',
);
return;
}
if ( !$Structure{Name} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need Name!',
);
return;
}
if ( !$Structure{Version} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need Version!',
);
return;
}
# check if package already exists
my $PackageExists = $Self->RepositoryGet(
Name => $Structure{Name}->{Content},
Version => $Structure{Version}->{Content},
Result => 'SCALAR',
DisableWarnings => 1,
);
# get database object
my $DBObject = $Kernel::OM->Get('Kernel::System::DB');
if ($PackageExists) {
$DBObject->Do(
SQL => 'DELETE FROM package_repository WHERE name = ? AND version = ?',
Bind => [ \$Structure{Name}->{Content}, \$Structure{Version}->{Content} ],
);
}
# add new package
my $FileName = $Structure{Name}->{Content} . '-' . $Structure{Version}->{Content} . '.xml';
my $Content = $Param{String};
if ( !$DBObject->GetDatabaseFunction('DirectBlob') ) {
$Kernel::OM->Get('Kernel::System::Encode')->EncodeOutput( \$Content );
$Content = encode_base64($Content);
}
return if !$DBObject->Do(
SQL => 'INSERT INTO package_repository (name, version, vendor, filename, '
. ' content_type, content, install_status, '
. ' create_time, create_by, change_time, change_by)'
. ' VALUES (?, ?, ?, ?, \'text/xml\', ?, \''
. Translatable('not installed') . '\', '
. ' current_timestamp, 1, current_timestamp, 1)',
Bind => [
\$Structure{Name}->{Content}, \$Structure{Version}->{Content},
\$Structure{Vendor}->{Content}, \$FileName, \$Content,
],
);
# cleanup cache
$Kernel::OM->Get('Kernel::System::Cache')->CleanUp(
Type => 'RepositoryList',
);
return 1;
}
=head2 RepositoryRemove()
remove a package from local repository
$PackageObject->RepositoryRemove(
Name => 'Application A',
Version => '1.0',
);
=cut
sub RepositoryRemove {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{Name} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Name not defined!',
);
return;
}
# create sql
my @Bind = ( \$Param{Name} );
my $SQL = 'DELETE FROM package_repository WHERE name = ?';
if ( $Param{Version} ) {
$SQL .= ' AND version = ?';
push @Bind, \$Param{Version};
}
return if !$Kernel::OM->Get('Kernel::System::DB')->Do(
SQL => $SQL,
Bind => \@Bind,
);
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# cleanup cache
$Self->_RepositoryCacheClear();
return 1;
}
=head2 PackageInstall()
install a package
$PackageObject->PackageInstall(
String => $FileString,
Force => 1, # optional 1 or 0, for to install package even if validation fails
FromCloud => 1, # optional 1 or 0, it indicates if package's origin is Cloud or not
);
=cut
sub PackageInstall {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{String} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'String not defined!',
);
return;
}
# Cleanup the repository cache before the package installation to have the current state
# during the installation.
$Self->_RepositoryCacheClear();
# get from cloud flag
my $FromCloud = $Param{FromCloud} || 0;
# conflict check
my %Structure = $Self->PackageParse(%Param);
# check if package is already installed
if ( $Self->PackageIsInstalled( Name => $Structure{Name}->{Content} ) ) {
if ( !$Param{Force} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'notice',
Message => 'Package already installed, try upgrade!',
);
return $Self->PackageUpgrade(%Param);
}
}
# write permission check
return if !$Self->_FileSystemCheck();
# check OS
if ( $Structure{OS} && !$Param{Force} ) {
return if !$Self->_OSCheck( OS => $Structure{OS} );
}
# check framework
if ( $Structure{Framework} && !$Param{Force} ) {
my %Check = $Self->AnalyzePackageFrameworkRequirements(
Framework => $Structure{Framework},
);
return if !$Check{Success};
}
# check required packages
if ( $Structure{PackageRequired} && !$Param{Force} ) {
return if !$Self->_CheckPackageRequired(
%Param,
PackageRequired => $Structure{PackageRequired},
);
}
# check required modules
if ( $Structure{ModuleRequired} && !$Param{Force} ) {
return if !$Self->_CheckModuleRequired(
%Param,
ModuleRequired => $Structure{ModuleRequired},
);
}
# check merged packages
if ( $Structure{PackageMerge} ) {
# upgrade merged packages (no files)
return if !$Self->_MergedPackages(
%Param,
Structure => \%Structure,
);
}
# check files
my $FileCheckOk = 1;
if ( !$FileCheckOk && !$Param{Force} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'File conflict, can\'t install package!',
);
return;
}
# check if one of this files is already intalled by an other package
if ( %Structure && !$Param{Force} ) {
return if !$Self->_PackageFileCheck(
Structure => \%Structure,
);
}
# install code (pre)
if ( $Structure{CodeInstall} ) {
$Self->_Code(
Code => $Structure{CodeInstall},
Type => 'pre',
Structure => \%Structure,
);
}
# install database (pre)
if ( $Structure{DatabaseInstall} && $Structure{DatabaseInstall}->{pre} ) {
my $DatabaseInstall = $Self->_CheckDBInstalledOrMerged( Database => $Structure{DatabaseInstall}->{pre} );
if ( IsArrayRefWithData($DatabaseInstall) ) {
$Self->_Database( Database => $DatabaseInstall );
}
}
# install files
if ( $Structure{Filelist} && ref $Structure{Filelist} eq 'ARRAY' ) {
for my $File ( @{ $Structure{Filelist} } ) {
$Self->_FileInstall( File => $File );
}
}
# add package
return if !$Self->RepositoryAdd(
String => $Param{String},
FromCloud => $FromCloud,
);
# update package status
return if !$Kernel::OM->Get('Kernel::System::DB')->Do(
SQL => 'UPDATE package_repository SET install_status = \''
. Translatable('installed') . '\''
. ' WHERE name = ? AND version = ?',
Bind => [
\$Structure{Name}->{Content},
\$Structure{Version}->{Content},
],
);
# install config
$Self->_ConfigurationDeploy(
Comments => "Package Install $Structure{Name}->{Content} $Structure{Version}->{Content}",
Package => $Structure{Name}->{Content},
Action => 'PackageInstall',
);
# install database (post)
if ( $Structure{DatabaseInstall} && $Structure{DatabaseInstall}->{post} ) {
my $DatabaseInstall = $Self->_CheckDBInstalledOrMerged( Database => $Structure{DatabaseInstall}->{post} );
if ( IsArrayRefWithData($DatabaseInstall) ) {
$Self->_Database( Database => $DatabaseInstall );
}
}
# install code (post)
if ( $Structure{CodeInstall} ) {
$Self->_Code(
Code => $Structure{CodeInstall},
Type => 'post',
Structure => \%Structure,
);
}
$Kernel::OM->Get('Kernel::System::Cache')->CleanUp(
KeepTypes => [
'XMLParse',
'SysConfigDefaultListGet',
'SysConfigDefaultList',
'SysConfigDefault',
'SysConfigPersistent',
'SysConfigModifiedList',
],
);
$Kernel::OM->Get('Kernel::System::Loader')->CacheDelete();
# trigger event
$Self->EventHandler(
Event => 'PackageInstall',
Data => {
Name => $Structure{Name}->{Content},
Vendor => $Structure{Vendor}->{Content},
Version => $Structure{Version}->{Content},
},
UserID => 1,
);
return 1;
}
=head2 PackageReinstall()
reinstall files of a package
$PackageObject->PackageReinstall( String => $FileString );
=cut
sub PackageReinstall {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{String} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'String not defined!',
);
return;
}
# Cleanup the repository cache before the package reinstallation to have the current state
# during the reinstallation.
$Self->_RepositoryCacheClear();
# parse source file
my %Structure = $Self->PackageParse(%Param);
# write permission check
return if !$Self->_FileSystemCheck();
# check OS
if ( $Structure{OS} && !$Param{Force} ) {
return if !$Self->_OSCheck( OS => $Structure{OS} );
}
# check framework
if ( $Structure{Framework} && !$Param{Force} ) {
my %Check = $Self->AnalyzePackageFrameworkRequirements(
Framework => $Structure{Framework},
);
return if !$Check{Success};
}
# reinstall code (pre)
if ( $Structure{CodeReinstall} ) {
$Self->_Code(
Code => $Structure{CodeReinstall},
Type => 'pre',
Structure => \%Structure,
);
}
# install files
if ( $Structure{Filelist} && ref $Structure{Filelist} eq 'ARRAY' ) {
for my $File ( @{ $Structure{Filelist} } ) {
# install file
$Self->_FileInstall(
File => $File,
Reinstall => 1,
);
}
}
# install config
$Self->_ConfigurationDeploy(
Comments => "Package Reinstall $Structure{Name}->{Content} $Structure{Version}->{Content}",
Package => $Structure{Name}->{Content},
Action => 'PackageReinstall',
);
# reinstall code (post)
if ( $Structure{CodeReinstall} ) {
$Self->_Code(
Code => $Structure{CodeReinstall},
Type => 'post',
Structure => \%Structure,
);
}
$Kernel::OM->Get('Kernel::System::Cache')->CleanUp(
KeepTypes => [
'XMLParse',
'SysConfigDefaultListGet',
'SysConfigDefaultList',
'SysConfigDefault',
'SysConfigPersistent',
'SysConfigModifiedList',
],
);
$Kernel::OM->Get('Kernel::System::Loader')->CacheDelete();
# trigger event
$Self->EventHandler(
Event => 'PackageReinstall',
Data => {
Name => $Structure{Name}->{Content},
Vendor => $Structure{Vendor}->{Content},
Version => $Structure{Version}->{Content},
},
UserID => 1,
);
return 1;
}
=head2 PackageUpgrade()
upgrade a package
$PackageObject->PackageUpgrade(
String => $FileString,
Force => 1, # optional 1 or 0, for to install package even if validation fails
);
=cut
sub PackageUpgrade {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{String} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'String not defined!',
);
return;
}
# Cleanup the repository cache before the package upgrade to have the current state
# during the upgrade.
$Self->_RepositoryCacheClear();
# conflict check
my %Structure = $Self->PackageParse(%Param);
# check if package is already installed
my %InstalledStructure;
my $Installed = 0;
my $InstalledVersion = 0;
for my $Package ( $Self->RepositoryList() ) {
if ( $Structure{Name}->{Content} eq $Package->{Name}->{Content} ) {
if ( $Package->{Status} =~ /^installed$/i ) {
$Installed = 1;
$InstalledVersion = $Package->{Version}->{Content};
%InstalledStructure = %{$Package};
}
}
}
if ( !$Installed ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'notice',
Message => 'Package is not installed, try a installation!',
);
return $Self->PackageInstall(%Param);
}
# write permission check
return if !$Self->_FileSystemCheck();
# check OS
if ( $Structure{OS} && !$Param{Force} ) {
return if !$Self->_OSCheck( OS => $Structure{OS} );
}
# check framework
if ( $Structure{Framework} && !$Param{Force} ) {
my %Check = $Self->AnalyzePackageFrameworkRequirements(
Framework => $Structure{Framework},
);
return if !$Check{Success};
}
# check required packages
if ( $Structure{PackageRequired} && !$Param{Force} ) {
return if !$Self->_CheckPackageRequired(
%Param,
PackageRequired => $Structure{PackageRequired},
);
}
# check required modules
if ( $Structure{ModuleRequired} && !$Param{Force} ) {
return if !$Self->_CheckModuleRequired(
%Param,
ModuleRequired => $Structure{ModuleRequired},
);
}
# check merged packages
if ( $Structure{PackageMerge} ) {
# upgrade merged packages (no files)
return if !$Self->_MergedPackages(
%Param,
Structure => \%Structure,
);
}
# check version
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Structure{Version}->{Content},
VersionInstalled => $InstalledVersion,
Type => 'Max',
);
if ( !$CheckVersion ) {
if ( $Structure{Version}->{Content} eq $InstalledVersion ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message =>
"Can't upgrade, package '$Structure{Name}->{Content}-$InstalledVersion' already installed!",
);
return if !$Param{Force};
}
else {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message =>
"Can't upgrade, installed package '$InstalledVersion' is newer as '$Structure{Version}->{Content}'!",
);
return if !$Param{Force};
}
}
# check if one of this files is already installed by an other package
if ( %Structure && !$Param{Force} ) {
return if !$Self->_PackageFileCheck(
Structure => \%Structure,
);
}
# remove old package
return if !$Self->RepositoryRemove( Name => $Structure{Name}->{Content} );
# add new package
return if !$Self->RepositoryAdd( String => $Param{String} );
# update package status
return if !$Kernel::OM->Get('Kernel::System::DB')->Do(
SQL => 'UPDATE package_repository SET install_status = \''
. Translatable('installed') . '\''
. ' WHERE name = ? AND version = ?',
Bind => [
\$Structure{Name}->{Content}, \$Structure{Version}->{Content},
],
);
# upgrade code (pre)
if ( $Structure{CodeUpgrade} && ref $Structure{CodeUpgrade} eq 'ARRAY' ) {
my @Parts;
PART:
for my $Part ( @{ $Structure{CodeUpgrade} } ) {
if ( $Part->{Version} ) {
# skip code upgrade block if its version is bigger than the new package version
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $Structure{Version}->{Content},
Type => 'Max',
);
next PART if $CheckVersion;
$CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $InstalledVersion,
Type => 'Min',
);
if ( !$CheckVersion ) {
push @Parts, $Part;
}
}
else {
push @Parts, $Part;
}
}
$Self->_Code(
Code => \@Parts,
Type => 'pre',
Structure => \%Structure,
);
}
# upgrade database (pre)
if ( $Structure{DatabaseUpgrade}->{pre} && ref $Structure{DatabaseUpgrade}->{pre} eq 'ARRAY' ) {
my @Parts;
my $Use = 0;
my $UseInstalled;
my $NotUseTag;
my $NotUseTagLevel;
PARTDB:
for my $Part ( @{ $Structure{DatabaseUpgrade}->{pre} } ) {
if ( !$UseInstalled ) {
if (
$Part->{TagType} eq 'End'
&& ( defined $NotUseTag && $Part->{Tag} eq $NotUseTag )
&& ( defined $NotUseTagLevel && $Part->{TagLevel} eq $NotUseTagLevel )
)
{
$UseInstalled = 1;
}
next PARTDB;
}
elsif (
(
defined $Part->{IfPackage}
&& !$Self->{MergedPackages}->{ $Part->{IfPackage} }
)
|| (
defined $Part->{IfNotPackage}
&&
(
defined $Self->{MergedPackages}->{ $Part->{IfNotPackage} }
|| $Self->PackageIsInstalled( Name => $Part->{IfNotPackage} )
)
)
)
{
# store Tag and TagLevel to be used later and found the end of this level
$NotUseTag = $Part->{Tag};
$NotUseTagLevel = $Part->{TagLevel};
$UseInstalled = 0;
next PARTDB;
}
if ( $Part->{TagLevel} == 3 && $Part->{Version} ) {
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $InstalledVersion,
Type => 'Min',
);
if ( !$CheckVersion ) {
$Use = 1;
@Parts = ();
push @Parts, $Part;
}
}
elsif ( $Use && $Part->{TagLevel} == 3 && $Part->{TagType} eq 'End' ) {
$Use = 0;
push @Parts, $Part;
$Self->_Database( Database => \@Parts );
}
elsif ($Use) {
push @Parts, $Part;
}
}
}
# uninstall old package files
if ( $InstalledStructure{Filelist} && ref $InstalledStructure{Filelist} eq 'ARRAY' ) {
for my $File ( @{ $InstalledStructure{Filelist} } ) {
# remove file
$Self->_FileRemove( File => $File );
}
}
# install files
if ( $Structure{Filelist} && ref $Structure{Filelist} eq 'ARRAY' ) {
for my $File ( @{ $Structure{Filelist} } ) {
# install file
$Self->_FileInstall( File => $File );
}
}
# install config
$Self->_ConfigurationDeploy(
Comments => "Package Upgrade $Structure{Name}->{Content} $Structure{Version}->{Content}",
Package => $Structure{Name}->{Content},
Action => 'PackageUpgrade',
);
# upgrade database (post)
if ( $Structure{DatabaseUpgrade}->{post} && ref $Structure{DatabaseUpgrade}->{post} eq 'ARRAY' )
{
my @Parts;
my $Use = 0;
my $UseInstalled = 1;
my $NotUseTag;
my $NotUseTagLevel;
PARTDB:
for my $Part ( @{ $Structure{DatabaseUpgrade}->{post} } ) {
if ( !$UseInstalled ) {
if (
$Part->{TagType} eq 'End'
&& ( defined $NotUseTag && $Part->{Tag} eq $NotUseTag )
&& ( defined $NotUseTagLevel && $Part->{TagLevel} eq $NotUseTagLevel )
)
{
$UseInstalled = 1;
}
next PARTDB;
}
elsif (
(
defined $Part->{IfPackage}
&& !$Self->{MergedPackages}->{ $Part->{IfPackage} }
)
|| (
defined $Part->{IfNotPackage}
&& (
defined $Self->{MergedPackages}->{ $Part->{IfNotPackage} }
|| $Self->PackageIsInstalled( Name => $Part->{IfNotPackage} )
)
)
)
{
# store Tag and TagLevel to be used later and found the end of this level
$NotUseTag = $Part->{Tag};
$NotUseTagLevel = $Part->{TagLevel};
$UseInstalled = 0;
next PARTDB;
}
if ( $Part->{TagLevel} == 3 && $Part->{Version} ) {
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $InstalledVersion,
Type => 'Min',
);
if ( !$CheckVersion ) {
$Use = 1;
@Parts = ();
push @Parts, $Part;
}
}
elsif ( $Use && $Part->{TagLevel} == 3 && $Part->{TagType} eq 'End' ) {
$Use = 0;
push @Parts, $Part;
$Self->_Database( Database => \@Parts );
}
elsif ($Use) {
push @Parts, $Part;
}
}
}
# upgrade code (post)
if ( $Structure{CodeUpgrade} && ref $Structure{CodeUpgrade} eq 'ARRAY' ) {
my @Parts;
PART:
for my $Part ( @{ $Structure{CodeUpgrade} } ) {
if ( $Part->{Version} ) {
# skip code upgrade block if its version is bigger than the new package version
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $Structure{Version}->{Content},
Type => 'Max',
);
next PART if $CheckVersion;
$CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $InstalledVersion,
Type => 'Min',
);
if ( !$CheckVersion ) {
push @Parts, $Part;
}
}
else {
push @Parts, $Part;
}
}
$Self->_Code(
Code => \@Parts,
Type => 'post',
Structure => \%Structure,
);
}
$Kernel::OM->Get('Kernel::System::Cache')->CleanUp(
KeepTypes => [
'XMLParse',
'SysConfigDefaultListGet',
'SysConfigDefaultList',
'SysConfigDefault',
'SysConfigPersistent',
'SysConfigModifiedList',
],
);
$Kernel::OM->Get('Kernel::System::Loader')->CacheDelete();
# trigger event
$Self->EventHandler(
Event => 'PackageUpgrade',
Data => {
Name => $Structure{Name}->{Content},
Vendor => $Structure{Vendor}->{Content},
Version => $Structure{Version}->{Content},
},
UserID => 1,
);
return 1;
}
=head2 PackageUninstall()
uninstall a package
$PackageObject->PackageUninstall( String => $FileString );
=cut
sub PackageUninstall {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{String} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'String not defined!'
);
return;
}
# Cleanup the repository cache before the package uninstallation to have the current state
# during the uninstallation.
$Self->_RepositoryCacheClear();
# parse source file
my %Structure = $Self->PackageParse(%Param);
# check depends
if ( !$Param{Force} ) {
return if !$Self->_CheckPackageDepends( Name => $Structure{Name}->{Content} );
}
# write permission check
return if !$Self->_FileSystemCheck();
# uninstall code (pre)
if ( $Structure{CodeUninstall} ) {
$Self->_Code(
Code => $Structure{CodeUninstall},
Type => 'pre',
Structure => \%Structure,
);
}
# uninstall database (pre)
if ( $Structure{DatabaseUninstall} && $Structure{DatabaseUninstall}->{pre} ) {
$Self->_Database( Database => $Structure{DatabaseUninstall}->{pre} );
}
# files
my $FileCheckOk = 1;
if ( $Structure{Filelist} && ref $Structure{Filelist} eq 'ARRAY' ) {
for my $File ( @{ $Structure{Filelist} } ) {
# remove file
$Self->_FileRemove( File => $File );
}
}
# remove old packages
$Self->RepositoryRemove( Name => $Structure{Name}->{Content} );
# install config
$Self->_ConfigurationDeploy(
Comments => "Package Uninstall $Structure{Name}->{Content} $Structure{Version}->{Content}",
Package => $Structure{Name}->{Content},
Action => 'PackageUninstall',
);
# uninstall database (post)
if ( $Structure{DatabaseUninstall} && $Structure{DatabaseUninstall}->{post} ) {
$Self->_Database( Database => $Structure{DatabaseUninstall}->{post} );
}
# uninstall code (post)
if ( $Structure{CodeUninstall} ) {
$Self->_Code(
Code => $Structure{CodeUninstall},
Type => 'post',
Structure => \%Structure,
);
}
# install config
$Self->{ConfigObject} = Kernel::Config->new( %{$Self} );
$Kernel::OM->Get('Kernel::System::Cache')->CleanUp(
KeepTypes => [
'XMLParse',
'SysConfigDefaultListGet',
'SysConfigDefaultList',
'SysConfigDefault',
'SysConfigPersistent',
'SysConfigModifiedList',
],
);
$Kernel::OM->Get('Kernel::System::Loader')->CacheDelete();
# trigger event
$Self->EventHandler(
Event => 'PackageUninstall',
Data => {
Name => $Structure{Name}->{Content},
Vendor => $Structure{Vendor}->{Content},
Version => $Structure{Version}->{Content},
},
UserID => 1,
);
return 1;
}
=head2 PackageOnlineRepositories()
returns a list of available online repositories
my %List = $PackageObject->PackageOnlineRepositories();
=cut
sub PackageOnlineRepositories {
my ( $Self, %Param ) = @_;
# check if online repository should be fetched
return () if !$Self->{ConfigObject}->Get('Package::RepositoryRoot');
# get repository list
my $XML = '';
URL:
for my $URL ( @{ $Self->{ConfigObject}->Get('Package::RepositoryRoot') } ) {
$XML = $Self->_Download( URL => $URL );
last URL if $XML;
}
return if !$XML;
my @XMLARRAY = $Kernel::OM->Get('Kernel::System::XML')->XMLParse( String => $XML );
my %List;
my $Name = '';
TAG:
for my $Tag (@XMLARRAY) {
# just use start tags
next TAG if $Tag->{TagType} ne 'Start';
# reset package data
if ( $Tag->{Tag} eq 'Repository' ) {
$Name = '';
}
elsif ( $Tag->{Tag} eq 'Name' ) {
$Name = $Tag->{Content};
}
elsif ( $Tag->{Tag} eq 'URL' ) {
if ($Name) {
$List{ $Tag->{Content} } = $Name;
}
}
}
return %List;
}
=head2 PackageOnlineList()
returns a list of available on-line packages
my @List = $PackageObject->PackageOnlineList(
URL => '',
Lang => 'en',
Cache => 0, # (optional) do not use cached data
FromCloud => 1, # optional 1 or 0, it indicates if a Cloud Service
# should be used for getting the packages list
IncludeSameVersion => 1, # (optional) to also get packages already installed and with the same version
);
=cut
sub PackageOnlineList {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(URL Lang)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
if ( !defined $Param{Cache} ) {
if ( $Param{URL} =~ m{ \.otrs\.org\/ }xms ) {
$Param{Cache} = 1;
}
else {
$Param{Cache} = 0;
}
}
$Param{IncludeSameVersion} //= 0;
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# check cache
my $CacheKey = $Param{URL} . '-' . $Param{Lang} . '-' . $Param{IncludeSameVersion};
if ( $Param{Cache} ) {
my $Cache = $CacheObject->Get(
Type => 'PackageOnlineList',
Key => $CacheKey,
);
return @{$Cache} if $Cache;
}
my @Packages;
my %Package;
my $Filelist;
if ( !$Param{FromCloud} ) {
my $XML = $Self->_Download( URL => $Param{URL} . '/otrs.xml' );
return if !$XML;
my @XMLARRAY = $Kernel::OM->Get('Kernel::System::XML')->XMLParse( String => $XML );
if ( !@XMLARRAY ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => Translatable('Unable to parse repository index document.'),
);
return;
}
TAG:
for my $Tag (@XMLARRAY) {
# remember package
if ( $Tag->{TagType} eq 'End' && $Tag->{Tag} eq 'Package' ) {
if (%Package) {
push @Packages, {%Package};
}
next TAG;
}
# just use start tags
next TAG if $Tag->{TagType} ne 'Start';
# reset package data
if ( $Tag->{Tag} eq 'Package' ) {
%Package = ();
$Filelist = 0;
}
elsif ( $Tag->{Tag} eq 'Framework' ) {
push @{ $Package{Framework} }, $Tag;
}
elsif ( $Tag->{Tag} eq 'Filelist' ) {
$Filelist = 1;
}
elsif ( $Filelist && $Tag->{Tag} eq 'FileDoc' ) {
push @{ $Package{Filelist} }, $Tag;
}
elsif ( $Tag->{Tag} eq 'Description' ) {
if ( !$Package{Description} ) {
$Package{Description} = $Tag->{Content};
}
if ( $Tag->{Lang} eq $Param{Lang} ) {
$Package{Description} = $Tag->{Content};
}
}
elsif ( $Tag->{Tag} eq 'PackageRequired' ) {
push @{ $Package{PackageRequired} }, $Tag;
}
else {
$Package{ $Tag->{Tag} } = $Tag->{Content};
}
}
}
else {
# On this case a cloud service is used, a URL is not
# needed, instead a operation name, present on the URL
# parameter in order to match with the previous structure
my $Operation = $Param{URL};
# get list from cloud
my $ListResult = $Self->CloudFileGet(
Operation => $Operation,
Data => {
Language => $Param{Lang},
PackageRequired => 1,
},
);
# check result structure
return if !IsHashRefWithData($ListResult);
my $CurrentFramework = $Kernel::OM->Get('Kernel::Config')->Get('Version');
FRAMEWORKVERSION:
for my $FrameworkVersion ( sort keys %{$ListResult} ) {
my $FrameworkVersionMatch = $FrameworkVersion;
$FrameworkVersionMatch =~ s/\./\\\./g;
$FrameworkVersionMatch =~ s/x/.+?/gi;
if ( $CurrentFramework =~ m{ \A $FrameworkVersionMatch }xms ) {
@Packages = @{ $ListResult->{$FrameworkVersion} };
last FRAMEWORKVERSION;
}
}
}
# if not packages found, just return
return if !@Packages;
# just framework packages
my @NewPackages;
my $PackageForRequestedFramework = 0;
for my $Package (@Packages) {
my $FWCheckOk = 0;
if ( $Package->{Framework} ) {
my %Check = $Self->AnalyzePackageFrameworkRequirements(
Framework => $Package->{Framework},
NoLog => 1
);
if ( $Check{Success} ) {
$FWCheckOk = 1;
$PackageForRequestedFramework = 1;
}
}
if ($FWCheckOk) {
push @NewPackages, $Package;
}
}
# return if there are packages, just not for this framework version
if ( @Packages && !$PackageForRequestedFramework ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message =>
Translatable(
'No packages for your framework version found in this repository, it only contains packages for other framework versions.'
),
);
}
@Packages = @NewPackages;
# just the newest packages
my %Newest;
for my $Package (@Packages) {
if ( !$Newest{ $Package->{Name} } ) {
$Newest{ $Package->{Name} } = $Package;
}
else {
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Package->{Version},
VersionInstalled => $Newest{ $Package->{Name} }->{Version},
Type => 'Min',
);
if ( !$CheckVersion ) {
$Newest{ $Package->{Name} } = $Package;
}
}
}
# get possible actions
@NewPackages = ();
my @LocalList = $Self->RepositoryList();
for my $Data ( sort keys %Newest ) {
my $InstalledSameVersion = 0;
PACKAGE:
for my $Package (@LocalList) {
next PACKAGE if $Newest{$Data}->{Name} ne $Package->{Name}->{Content};
$Newest{$Data}->{Local} = 1;
next PACKAGE if $Package->{Status} ne 'installed';
$Newest{$Data}->{Installed} = 1;
if (
!$Self->_CheckVersion(
VersionNew => $Newest{$Data}->{Version},
VersionInstalled => $Package->{Version}->{Content},
Type => 'Min',
)
)
{
$Newest{$Data}->{Upgrade} = 1;
}
# check if version or lower is already installed
elsif (
!$Self->_CheckVersion(
VersionNew => $Newest{$Data}->{Version},
VersionInstalled => $Package->{Version}->{Content},
Type => 'Max',
)
)
{
$InstalledSameVersion = 1;
}
}
# add package if not already installed
if ( !$InstalledSameVersion || $Param{IncludeSameVersion} ) {
push @NewPackages, $Newest{$Data};
}
}
@Packages = @NewPackages;
# set cache
if ( $Param{Cache} ) {
$CacheObject->Set(
Type => 'PackageOnlineList',
Key => $CacheKey,
Value => \@Packages,
TTL => 60 * 60,
);
}
return @Packages;
}
=head2 PackageOnlineGet()
download of an online package and put it into the local repository
$PackageObject->PackageOnlineGet(
Source => 'http://host.example.com/',
File => 'SomePackage-1.0.opm',
);
=cut
sub PackageOnlineGet {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(File Source)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
#check if file might be retrieved from cloud
my $RepositoryCloudList;
if ( !$Self->{CloudServicesDisabled} ) {
$RepositoryCloudList = $Self->RepositoryCloudList();
}
if ( IsHashRefWithData($RepositoryCloudList) && $RepositoryCloudList->{ $Param{Source} } ) {
my $PackageFromCloud;
# On this case a cloud service is used, Source contains an
# operation name in order to match with the previous structure
my $Operation = $Param{Source} . 'FileGet';
# download package from cloud
my $PackageResult = $Self->CloudFileGet(
Operation => $Operation,
Data => {
File => $Param{File},
},
);
if (
IsHashRefWithData($PackageResult)
&& $PackageResult->{Package}
)
{
$PackageFromCloud = $PackageResult->{Package};
}
elsif ( IsStringWithData($PackageResult) ) {
return 'ErrorMessage:' . $PackageResult;
}
return $PackageFromCloud;
}
return $Self->_Download( URL => $Param{Source} . '/' . $Param{File} );
}
=head2 DeployCheck()
check if package (files) is deployed, returns true if it's ok
$PackageObject->DeployCheck(
Name => 'Application A',
Version => '1.0',
Log => 1, # Default: 1
);
=cut
sub DeployCheck {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(Name Version)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
if ( !defined $Param{Log} ) {
$Param{Log} = 1;
}
my $Package = $Self->RepositoryGet( %Param, Result => 'SCALAR' );
my %Structure = $Self->PackageParse( String => $Package );
$Self->{DeployCheckInfo} = undef;
return 1 if !$Structure{Filelist};
return 1 if ref $Structure{Filelist} ne 'ARRAY';
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
my $Hit = 0;
for my $File ( @{ $Structure{Filelist} } ) {
my $LocalFile = $Self->{Home} . '/' . $File->{Location};
if ( !-e $LocalFile ) {
if ( $Param{Log} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Param{Name}-$Param{Version}: No such file: $LocalFile!",
);
}
$Self->{DeployCheckInfo}->{File}->{ $File->{Location} } = Translatable('File is not installed!');
$Hit = 1;
}
elsif ( -e $LocalFile ) {
my $Content = $MainObject->FileRead(
Location => $Self->{Home} . '/' . $File->{Location},
Mode => 'binmode',
);
if ($Content) {
if ( ${$Content} ne $File->{Content} ) {
if ( $Param{Log} && !$Kernel::OM->Get('Kernel::Config')->Get('Package::AllowLocalModifications') ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Param{Name}-$Param{Version}: $LocalFile is different!",
);
}
$Hit = 1;
$Self->{DeployCheckInfo}->{File}->{ $File->{Location} } = Translatable('File is different!');
}
}
else {
if ( $Param{Log} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't read $LocalFile!",
);
}
$Self->{DeployCheckInfo}->{File}->{ $File->{Location} } = Translatable('Can\'t read file!');
}
}
}
return if $Hit;
return 1;
}
=head2 DeployCheckInfo()
returns the info of the latest DeployCheck(), what's not deployed correctly
my %Hash = $PackageObject->DeployCheckInfo();
=cut
sub DeployCheckInfo {
my ( $Self, %Param ) = @_;
return %{ $Self->{DeployCheckInfo} }
if $Self->{DeployCheckInfo};
return ();
}
=head2 PackageVerify()
check if package is verified by the vendor
$PackageObject->PackageVerify(
Package => $Package,
Structure => \%Structure,
);
or
$PackageObject->PackageVerify(
Package => $Package,
Name => 'FAQ',
);
=cut
sub PackageVerify {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !$Param{Package} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Need Package!",
);
return;
}
if ( !$Param{Structure} && !$Param{Name} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need Structure or Name!',
);
return;
}
# Check if installation of packages, which are not verified by us, is possible.
my $PackageAllowNotVerifiedPackages = $Kernel::OM->Get('Kernel::Config')->Get('Package::AllowNotVerifiedPackages');
# define package verification info
my $PackageVerifyInfo;
if ($PackageAllowNotVerifiedPackages) {
$PackageVerifyInfo = {
Description =>
Translatable(
"If you continue to install this package, the following issues may occur:
- Security problems
- Stability problems
- Performance problems
Please note that issues that are caused by working with this package are not covered by OTRS service contracts.
"
),
Title =>
Translatable('Package not verified by the OTRS Group! It is recommended not to use this package.'),
PackageInstallPossible => 1,
};
}
else {
$PackageVerifyInfo = {
Description =>
Translatable(
'The installation of packages which are not verified by the OTRS Group is not possible by default. You can activate the installation of not verified packages via the "AllowNotVerifiedPackages" system configuration setting.
'
),
Title =>
Translatable('Package not verified by the OTRS Group! It is recommended not to use this package.'),
PackageInstallPossible => 0,
};
}
# return package as verified if cloud services are disabled
if ( $Self->{CloudServicesDisabled} ) {
my $Verify = $PackageAllowNotVerifiedPackages ? 'verified' : 'not_verified';
if ( $Verify eq 'not_verified' ) {
$PackageVerifyInfo->{VerifyCSSClass} = 'NotVerifiedPackage';
}
$Self->{PackageVerifyInfo} = $PackageVerifyInfo;
return $Verify;
}
# investigate name
my $Name = $Param{Structure}->{Name}->{Content} || $Param{Name};
# correct any 'dos-style' line endings - http://bugs.otrs.org/show_bug.cgi?id=9838
$Param{Package} =~ s{\r\n}{\n}xmsg;
# create MD5 sum
my $Sum = $Kernel::OM->Get('Kernel::System::Main')->MD5sum( String => $Param{Package} );
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# lookup cache
my $CachedValue = $CacheObject->Get(
Type => 'PackageVerification',
Key => $Sum,
);
if ($CachedValue) {
if ( $CachedValue eq 'not_verified' ) {
$PackageVerifyInfo->{VerifyCSSClass} = 'NotVerifiedPackage';
}
$Self->{PackageVerifyInfo} = $PackageVerifyInfo;
return $CachedValue;
}
my $CloudService = 'PackageManagement';
my $Operation = 'PackageVerify';
# prepare cloud service request
my %RequestParams = (
RequestData => {
$CloudService => [
{
Operation => $Operation,
Data => {
Package => [
{
Name => $Name,
MD5sum => $Sum,
}
],
},
},
],
},
);
# get cloud service object
my $CloudServiceObject = $Kernel::OM->Get('Kernel::System::CloudService::Backend::Run');
# dispatch the cloud service request
my $RequestResult = $CloudServiceObject->Request(%RequestParams);
# as this is the only operation an unsuccessful request means that the operation was also
# unsuccessful, in such case set the package as verified
return 'unknown' if !IsHashRefWithData($RequestResult);
my $OperationResult = $CloudServiceObject->OperationResultGet(
RequestResult => $RequestResult,
CloudService => $CloudService,
Operation => $Operation,
);
# if there was no result for this specific operation or the operation was not success, then
# set the package as verified
return 'unknown' if !IsHashRefWithData($OperationResult);
return 'unknown' if !$OperationResult->{Success};
my $VerificationData = $OperationResult->{Data};
# extract response
my $PackageVerify = $VerificationData->{$Name};
return 'unknown' if !$PackageVerify;
return 'unknown' if $PackageVerify ne 'not_verified' && $PackageVerify ne 'verified';
# set package verification info
if ( $PackageVerify eq 'not_verified' ) {
$PackageVerifyInfo->{VerifyCSSClass} = 'NotVerifiedPackage';
$Self->{PackageVerifyInfo} = $PackageVerifyInfo;
}
# set cache
$CacheObject->Set(
Type => 'PackageVerification',
Key => $Sum,
Value => $PackageVerify,
TTL => 30 * 24 * 60 * 60, # 30 days
);
return $PackageVerify;
}
=head2 PackageVerifyInfo()
returns the info of the latest PackageVerify()
my %Hash = $PackageObject->PackageVerifyInfo();
=cut
sub PackageVerifyInfo {
my ( $Self, %Param ) = @_;
return () if !$Self->{PackageVerifyInfo};
return () if ref $Self->{PackageVerifyInfo} ne 'HASH';
return () if !%{ $Self->{PackageVerifyInfo} };
return %{ $Self->{PackageVerifyInfo} };
}
=head2 PackageVerifyAll()
check if all installed packages are installed by the vendor
returns a hash with package names and verification status.
my %VerificationInfo = $PackageObject->PackageVerifyAll();
returns:
%VerificationInfo = (
FAQ => 'verified',
Support => 'verified',
MyHack => 'not_verified',
);
=cut
sub PackageVerifyAll {
my ( $Self, %Param ) = @_;
# get installed package list
my @PackageList = $Self->RepositoryList(
Result => 'Short',
);
return () if !@PackageList;
# create a mapping of Package Name => md5 pairs
my %PackageList = map { $_->{Name} => $_->{MD5sum} } @PackageList;
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
my %Result;
my @PackagesToVerify;
# first check the cache for each package
for my $Package (@PackageList) {
my $Verification = $CacheObject->Get(
Type => 'PackageVerification',
Key => $Package->{MD5sum},
);
# add to result if we have it already
if ($Verification) {
$Result{ $Package->{Name} } = $Verification;
}
else {
$Result{ $Package->{Name} } = 'unknown';
push @PackagesToVerify, {
Name => $Package->{Name},
MD5sum => $Package->{MD5sum},
};
}
}
return %Result if !@PackagesToVerify;
return %Result if $Self->{CloudServicesDisabled};
my $CloudService = 'PackageManagement';
my $Operation = 'PackageVerify';
# prepare cloud service request
my %RequestParams = (
RequestData => {
$CloudService => [
{
Operation => $Operation,
Data => {
Package => \@PackagesToVerify,
},
},
],
},
);
# get cloud service object
my $CloudServiceObject = $Kernel::OM->Get('Kernel::System::CloudService::Backend::Run');
# dispatch the cloud service request
my $RequestResult = $CloudServiceObject->Request(%RequestParams);
# as this is the only operation an unsuccessful request means that the operation was also
# unsuccessful, then return all packages as verified (or cache)
return %Result if !IsHashRefWithData($RequestResult);
my $OperationResult = $CloudServiceObject->OperationResultGet(
RequestResult => $RequestResult,
CloudService => $CloudService,
Operation => $Operation,
);
# if no operation result found or it was not successful the return all packages as verified
# (or cache)
return %Result if !IsHashRefWithData($OperationResult);
return %Result if !$OperationResult->{Success};
my $VerificationData = $OperationResult->{Data};
PACKAGE:
for my $Package ( sort keys %Result ) {
next PACKAGE if !$Package;
next PACKAGE if !$VerificationData->{$Package};
# extract response
my $PackageVerify = $VerificationData->{$Package};
next PACKAGE if !$PackageVerify;
next PACKAGE if $PackageVerify ne 'not_verified' && $PackageVerify ne 'verified';
# process result
$Result{$Package} = $PackageVerify;
# set cache
$CacheObject->Set(
Type => 'PackageVerification',
Key => $PackageList{$Package},
Value => $PackageVerify,
TTL => 30 * 24 * 60 * 60, # 30 days
);
}
return %Result;
}
=head2 PackageBuild()
build an opm package
my $Package = $PackageObject->PackageBuild(
Name => {
Content => 'SomePackageName',
},
Version => {
Content => '1.0',
},
Vendor => {
Content => 'OTRS AG',
},
URL => {
Content => 'L',
},
License => {
Content => 'GNU GENERAL PUBLIC LICENSE Version 3, November 2007',
}
Description => [
{
Lang => 'en',
Content => 'english description',
},
{
Lang => 'de',
Content => 'german description',
},
],
Filelist = [
{
Location => 'Kernel/System/Lala.pm'
Permission => '644',
Content => $FileInString,
},
{
Location => 'Kernel/System/Lulu.pm'
Permission => '644',
Content => $FileInString,
},
],
);
=cut
sub PackageBuild {
my ( $Self, %Param ) = @_;
my $XML = '';
my $Home = $Param{Home} || $Self->{ConfigObject}->Get('Home');
# check needed stuff
for my $Needed (qw(Name Version Vendor License Description)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
# find framework, may we need do some things different to be compat. to 2.2
my $Framework;
if ( $Param{Framework} ) {
FW:
for my $FW ( @{ $Param{Framework} } ) {
next FW if $FW->{Content} !~ /2\.2\./;
$Framework = '2.2';
last FW;
}
}
# build xml
if ( !$Param{Type} ) {
$XML .= '';
$XML .= "\n";
$XML .= '';
$XML .= "\n";
}
TAG:
for my $Tag (
qw(Name Version Vendor URL License ChangeLog Description Framework OS
IntroInstall IntroUninstall IntroReinstall IntroUpgrade
PackageIsVisible PackageIsDownloadable PackageIsRemovable PackageAllowDirectUpdate PackageMerge
PackageRequired ModuleRequired CodeInstall CodeUpgrade CodeUninstall CodeReinstall)
)
{
# don't use CodeInstall CodeUpgrade CodeUninstall CodeReinstall in index mode
if ( $Param{Type} && $Tag =~ /(Code|Intro)(Install|Upgrade|Uninstall|Reinstall)/ ) {
next TAG;
}
if ( ref $Param{$Tag} eq 'HASH' ) {
my %OldParam;
for my $Item (qw(Content Encode TagType Tag TagLevel TagCount TagKey TagLastLevel)) {
$OldParam{$Item} = $Param{$Tag}->{$Item} || '';
delete $Param{$Tag}->{$Item};
}
$XML .= " <$Tag";
for my $Item ( sort keys %{ $Param{$Tag} } ) {
$XML .= " $Item=\"" . $Self->_Encode( $Param{$Tag}->{$Item} ) . "\"";
}
$XML .= ">";
$XML .= $Self->_Encode( $OldParam{Content} ) . "\n";
}
elsif ( ref $Param{$Tag} eq 'ARRAY' ) {
for my $Item ( @{ $Param{$Tag} } ) {
my $TagSub = $Tag;
my %Hash = %{$Item};
my %OldParam;
for my $HashParam (
qw(Content Encode TagType Tag TagLevel TagCount TagKey TagLastLevel)
)
{
$OldParam{$HashParam} = $Hash{$HashParam} || '';
delete $Hash{$HashParam};
}
# compat. to 2.2
if ( $Framework && $Tag =~ /^Intro/ ) {
if ( $Hash{Type} eq 'pre' ) {
$Hash{Type} = 'Pre';
}
else {
$Hash{Type} = 'Post';
}
$TagSub = $Tag . $Hash{Type};
delete $Hash{Type};
}
$XML .= " <$TagSub";
for my $Item ( sort keys %Hash ) {
$XML .= " $Item=\"" . $Self->_Encode( $Hash{$Item} ) . "\"";
}
$XML .= ">";
$XML .= $Self->_Encode( $OldParam{Content} ) . "\n";
}
}
}
# don't use Build* in index mode
if ( !$Param{Type} ) {
# get time object
my $DateTimeObject = $Kernel::OM->Create('Kernel::System::DateTime');
$XML .= " " . $DateTimeObject->ToString() . "\n";
$XML .= " " . $Self->{ConfigObject}->Get('FQDN') . "\n";
}
if ( $Param{Filelist} ) {
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
$XML .= " \n";
FILE:
for my $File ( @{ $Param{Filelist} } ) {
my %OldParam;
for my $Item (qw(Content Encode TagType Tag TagLevel TagCount TagKey TagLastLevel)) {
$OldParam{$Item} = $File->{$Item} || '';
delete $File->{$Item};
}
# do only use doc/* Filelist in index mode
next FILE if $Param{Type} && $File->{Location} !~ /^doc\//;
if ( !$Param{Type} ) {
$XML .= " _Encode($Item) . "=\""
. $Self->_Encode( $File->{$Item} ) . "\"";
}
}
# don't use content in in index mode
if ( !$Param{Type} ) {
$XML .= " Encode=\"Base64\">";
my $FileContent = $MainObject->FileRead(
Location => $Home . '/' . $File->{Location},
Mode => 'binmode',
);
return if !defined $FileContent;
$XML .= encode_base64( ${$FileContent}, '' );
$XML .= "\n";
}
else {
$XML .= " >";
$XML .= "\n";
}
}
$XML .= " \n";
}
# don't use Database* in index mode
return $XML if $Param{Type};
TAG:
for my $Item (qw(DatabaseInstall DatabaseUpgrade DatabaseReinstall DatabaseUninstall)) {
if ( ref $Param{$Item} ne 'HASH' ) {
next TAG;
}
for my $Type ( sort %{ $Param{$Item} } ) {
if ( $Param{$Item}->{$Type} ) {
my $Counter = 1;
for my $Tag ( @{ $Param{$Item}->{$Type} } ) {
if ( $Tag->{TagType} eq 'Start' ) {
my $Space = '';
for ( 1 .. $Counter ) {
$Space .= ' ';
}
$Counter++;
$XML .= $Space . "<$Tag->{Tag}";
if ( $Tag->{TagLevel} == 3 ) {
$XML .= " Type=\"$Type\"";
}
KEY:
for my $Key ( sort keys %{$Tag} ) {
next KEY if $Key eq 'Tag';
next KEY if $Key eq 'Content';
next KEY if $Key eq 'TagType';
next KEY if $Key eq 'TagLevel';
next KEY if $Key eq 'TagCount';
next KEY if $Key eq 'TagKey';
next KEY if $Key eq 'TagLastLevel';
next KEY if !defined $Tag->{$Key};
next KEY if $Tag->{TagLevel} == 3 && lc $Key eq 'type';
$XML .= ' '
. $Self->_Encode($Key) . '="'
. $Self->_Encode( $Tag->{$Key} ) . '"';
}
$XML .= ">";
if ( $Tag->{TagLevel} <= 3 || $Tag->{Tag} =~ /(Foreign|Reference|Index)/ ) {
$XML .= "\n";
}
}
if (
defined( $Tag->{Content} )
&& $Tag->{TagLevel} >= 4
&& $Tag->{Tag} !~ /(Foreign|Reference|Index)/
)
{
$XML .= $Self->_Encode( $Tag->{Content} );
}
if ( $Tag->{TagType} eq 'End' ) {
$Counter = $Counter - 1;
if ( $Tag->{TagLevel} > 3 && $Tag->{Tag} !~ /(Foreign|Reference|Index)/ ) {
$XML .= "{Tag}>\n";
}
else {
my $Space = '';
for ( 1 .. $Counter ) {
$Space .= ' ';
}
$XML .= $Space . "{Tag}>\n";
}
}
}
}
}
}
$XML .= '';
return $XML;
}
=head2 PackageParse()
parse a package
my %Structure = $PackageObject->PackageParse( String => $FileString );
=cut
sub PackageParse {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{String} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'String not defined!',
);
return;
}
# create checksum
my $CookedString = ref $Param{String} ? ${ $Param{String} } : $Param{String};
$Kernel::OM->Get('Kernel::System::Encode')->EncodeOutput( \$CookedString );
# create checksum
my $Checksum = $Kernel::OM->Get('Kernel::System::Main')->MD5sum(
String => \$CookedString,
);
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# check cache
if ($Checksum) {
my $Cache = $CacheObject->Get(
Type => 'PackageParse',
Key => $Checksum,
# Don't store complex structure in memory as it will be modified later.
CacheInMemory => 0,
);
return %{$Cache} if $Cache;
}
# get xml object
my $XMLObject = $Kernel::OM->Get('Kernel::System::XML');
my @XMLARRAY = eval {
$XMLObject->XMLParse(%Param);
};
if ( !IsArrayRefWithData( \@XMLARRAY ) ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Invalid XMLParse in PackageParse()!",
);
return;
}
my %Package;
# parse package
my %PackageMap = %{ $Self->{PackageMap} };
TAG:
for my $Tag (@XMLARRAY) {
next TAG if $Tag->{TagType} ne 'Start';
if ( $PackageMap{ $Tag->{Tag} } && $PackageMap{ $Tag->{Tag} } eq 'SCALAR' ) {
$Package{ $Tag->{Tag} } = $Tag;
}
elsif ( $PackageMap{ $Tag->{Tag} } && $PackageMap{ $Tag->{Tag} } eq 'ARRAY' ) {
# For compat. to 2.2 - convert Intro(Install|Upgrade|Unintall)(Pre|Post) to
# e. g. .
if ( $Tag->{Tag} =~ /^(Intro(Install|Upgrade|Uninstall))(Pre|Post)/ ) {
$Tag->{Tag} = $1;
$Tag->{Type} = lc $3;
}
# Set default type of Code* and Intro* to post.
elsif ( $Tag->{Tag} =~ /^(Code|Intro)/ && !$Tag->{Type} ) {
$Tag->{Type} = 'post';
}
push @{ $Package{ $Tag->{Tag} } }, $Tag;
}
}
# define names and locations that are not allowed for files in a package
my $FilesNotAllowed = [
'Kernel/Config.pm$',
'Kernel/Config/Files/ZZZAuto.pm$',
'Kernel/Config/Files/ZZZAAuto.pm$',
'Kernel/Config/Files/ZZZProcessManagement.pm$',
'var/tmp/Cache',
'var/log/',
'\.\./',
'^/',
];
my $Open = 0;
TAG:
for my $Tag (@XMLARRAY) {
if ( $Open && $Tag->{Tag} eq 'Filelist' ) {
$Open = 0;
}
elsif ( !$Open && $Tag->{Tag} eq 'Filelist' ) {
$Open = 1;
next TAG;
}
if ( $Open && $Tag->{TagType} eq 'Start' ) {
# check for allowed file names and locations
FILECHECK:
for my $FileNotAllowed ( @{$FilesNotAllowed} ) {
next FILECHECK if $Tag->{Location} !~ m{ $FileNotAllowed }xms;
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Invalid file/location '$Tag->{Location}' in PackageParse()!",
);
next TAG;
}
# get attachment size
{
if ( $Tag->{Content} ) {
my $ContentPlain = 0;
if ( $Tag->{Encode} && $Tag->{Encode} eq 'Base64' ) {
$Tag->{Encode} = '';
$Tag->{Content} = decode_base64( $Tag->{Content} );
}
$Tag->{Size} = bytes::length( $Tag->{Content} );
}
}
push @{ $Package{Filelist} }, $Tag;
}
}
for my $Key (qw(DatabaseInstall DatabaseUpgrade DatabaseReinstall DatabaseUninstall)) {
my $Type = 'post';
TAG:
for my $Tag (@XMLARRAY) {
if ( $Open && $Tag->{Tag} eq $Key ) {
$Open = 0;
push( @{ $Package{$Key}->{$Type} }, $Tag );
}
elsif ( !$Open && $Tag->{Tag} eq $Key ) {
$Open = 1;
if ( $Tag->{Type} ) {
$Type = $Tag->{Type};
}
}
next TAG if !$Open;
push @{ $Package{$Key}->{$Type} }, $Tag;
}
}
# check if a structure is present
if ( !%Package ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Invalid package structure in PackageParse()!",
);
return;
}
# set cache
if ($Checksum) {
$CacheObject->Set(
Type => 'PackageParse',
Key => $Checksum,
Value => \%Package,
TTL => 30 * 24 * 60 * 60,
# Don't store complex structure in memory as it will be modified later.
CacheInMemory => 0,
);
}
return %Package;
}
=head2 PackageExport()
export files of an package
$PackageObject->PackageExport(
String => $FileString,
Home => '/path/to/export'
);
=cut
sub PackageExport {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(String Home)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
# parse source file
my %Structure = $Self->PackageParse(%Param);
return 1 if !$Structure{Filelist};
return 1 if ref $Structure{Filelist} ne 'ARRAY';
# install files
for my $File ( @{ $Structure{Filelist} } ) {
$Self->_FileInstall(
File => $File,
Home => $Param{Home},
);
}
return 1;
}
=head2 PackageIsInstalled()
returns true if the package is already installed
$PackageObject->PackageIsInstalled(
String => $PackageString, # Attribute String or Name is required
Name => $NameOfThePackage,
);
=cut
sub PackageIsInstalled {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !$Param{String} && !$Param{Name} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need String (PackageString) or Name (Name of the package)!',
);
return;
}
if ( $Param{String} ) {
my %Structure = $Self->PackageParse(%Param);
$Param{Name} = $Structure{Name}->{Content};
}
# get database object
my $DBObject = $Kernel::OM->Get('Kernel::System::DB');
$DBObject->Prepare(
SQL => "SELECT name FROM package_repository "
. "WHERE name = ? AND install_status = 'installed'",
Bind => [ \$Param{Name} ],
Limit => 1,
);
my $Flag = 0;
while ( my @Row = $DBObject->FetchrowArray() ) {
$Flag = 1;
}
return $Flag;
}
=head2 PackageInstallDefaultFiles()
returns true if the distribution package (located under ) can get installed
$PackageObject->PackageInstallDefaultFiles();
=cut
sub PackageInstallDefaultFiles {
my ( $Self, %Param ) = @_;
# write permission check
return if !$Self->_FileSystemCheck();
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
my $Directory = $Self->{ConfigObject}->Get('Home') . '/var/packages';
my @PackageFiles = $MainObject->DirectoryRead(
Directory => $Directory,
Filter => '*.opm',
);
# read packages and install
LOCATION:
for my $Location (@PackageFiles) {
# read package
my $ContentSCALARRef = $MainObject->FileRead(
Location => $Location,
Mode => 'binmode',
Type => 'Local',
Result => 'SCALAR',
);
next LOCATION if !$ContentSCALARRef;
# install package (use eval to be safe)
eval {
$Self->PackageInstall( String => ${$ContentSCALARRef} );
};
next LOCATION if !$@;
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => $@,
);
}
return 1;
}
=head2 PackageFileGetMD5Sum()
generates a MD5 Sum for all files in a given package
my $MD5Sum = $PackageObject->PackageFileGetMD5Sum(
Name => 'Package Name',
Version => 123.0,
);
returns:
$MD5SumLookup = {
'Direcoty/File1' => 'f3f30bd59afadf542770d43edb280489'
'Direcoty/File2' => 'ccb8a0b86adf125a36392e388eb96778'
};
=cut
sub PackageFileGetMD5Sum {
my ( $Self, %Param ) = @_;
for my $Needed (qw(Name Version)) {
if ( !$Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Need $Needed!",
);
}
}
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# check cache
my $CacheKey = $Param{Name} . $Param{Version};
my $Cache = $CacheObject->Get(
Type => 'PackageFileGetMD5Sum',
Key => $CacheKey,
);
return $Cache if IsHashRefWithData($Cache);
# get the package contents
my $Package = $Self->RepositoryGet(
%Param,
Result => 'SCALAR',
);
my %Structure = $Self->PackageParse( String => $Package );
return {} if !$Structure{Filelist};
return {} if ref $Structure{Filelist} ne 'ARRAY';
# cleanup the Home variable (remove tailing "/")
my $Home = $Self->{Home};
$Home =~ s{\/\z}{};
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
my %MD5SumLookup;
for my $File ( @{ $Structure{Filelist} } ) {
my $LocalFile = $Home . '/' . $File->{Location};
# generate the MD5Sum
my $MD5Sum = $MainObject->MD5sum(
String => \$File->{Content},
);
$MD5SumLookup{$LocalFile} = $MD5Sum;
}
# set cache
$CacheObject->Set(
Type => 'PackageFileGetMD5Sum',
Key => $CacheKey,
Value => \%MD5SumLookup,
TTL => 6 * 30 * 24 * 60 * 60, # 6 Months (Aprox)
);
return \%MD5SumLookup;
}
=head2 AnalyzePackageFrameworkRequirements()
Compare a framework array with the current framework.
my %CheckOk = $PackageObject->AnalyzePackageFrameworkRequirements(
Framework => $Structure{Framework}, # [ { 'Content' => '4.0.x', 'Minimum' => '4.0.4'} ]
NoLog => 1, # optional
);
%CheckOK = (
Success => 1, # 1 || 0
RequiredFramework => '5.0.x',
RequiredFrameworkMinimum => '5.0.10',
RequiredFrameworkMaximum => '5.0.16',
);
=cut
sub AnalyzePackageFrameworkRequirements {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{Framework} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Framework not defined!',
);
return;
}
# check format
if ( ref $Param{Framework} ne 'ARRAY' ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need array ref in Framework param!',
);
return;
}
my %Response = (
Success => 0,
);
my $FWCheck = 0;
my $CurrentFramework = $Self->{ConfigObject}->Get('Version');
my $PossibleFramework = '';
if ( ref $Param{Framework} eq 'ARRAY' ) {
FW:
for my $FW ( @{ $Param{Framework} } ) {
next FW if !$FW;
# add framework versions for the log entry
$PossibleFramework .= $FW->{Content} . ';';
my $Framework = $FW->{Content};
# add required framework to response hash
$Response{RequiredFramework} = $Framework;
# regexp modify
$Framework =~ s/\./\\\./g;
$Framework =~ s/x/.+?/gi;
# skip to next framework, if we get no positive match
next FW if $CurrentFramework !~ /^$Framework$/i;
# framework is correct
$FWCheck = 1;
if ( !$Param{IgnoreMinimumMaximum} ) {
# get minimum and/or maximum values
# e.g. the opm contains 5.0.x
my $FrameworkMinimum = $FW->{Minimum} || '';
my $FrameworkMaximum = $FW->{Maximum} || '';
# check for minimum or maximum required framework, if it was defined
if ( $FrameworkMinimum || $FrameworkMaximum ) {
# prepare hash for framework comparsion
my %FrameworkComparsion;
$FrameworkComparsion{MinimumFrameworkRequired} = $FrameworkMinimum;
$FrameworkComparsion{MaximumFrameworkRequired} = $FrameworkMaximum;
$FrameworkComparsion{CurrentFramework} = $CurrentFramework;
# prepare version parts hash
my %VersionParts;
TYPE:
for my $Type (qw(MinimumFrameworkRequired MaximumFrameworkRequired CurrentFramework)) {
# split version string
my @ThisVersionParts = split /\./, $FrameworkComparsion{$Type};
$VersionParts{$Type} = \@ThisVersionParts;
}
# check minimum required framework
if ($FrameworkMinimum) {
COUNT:
for my $Count ( 0 .. 2 ) {
$VersionParts{MinimumFrameworkRequired}->[$Count] ||= 0;
$VersionParts{CurrentFramework}->[$Count] ||= 0;
# skip equal version parts
next COUNT
if $VersionParts{MinimumFrameworkRequired}->[$Count] eq
$VersionParts{CurrentFramework}->[$Count];
# skip current framework verion parts containing "x"
next COUNT if $VersionParts{CurrentFramework}->[$Count] =~ /x/;
if (
$VersionParts{CurrentFramework}->[$Count]
> $VersionParts{MinimumFrameworkRequired}->[$Count]
)
{
$FWCheck = 1;
last COUNT;
}
else {
# add required minimum version for the log entry
$PossibleFramework .= 'Minimum Version ' . $FrameworkMinimum . ';';
# add required minimum version to response hash
$Response{RequiredFrameworkMinimum} = $FrameworkMinimum;
$FWCheck = 0;
}
}
}
# check maximum required framework, if the framework check is still positive so far
if ( $FrameworkMaximum && $FWCheck ) {
COUNT:
for my $Count ( 0 .. 2 ) {
$VersionParts{MaximumFrameworkRequired}->[$Count] ||= 0;
$VersionParts{CurrentFramework}->[$Count] ||= 0;
next COUNT
if $VersionParts{MaximumFrameworkRequired}->[$Count] eq
$VersionParts{CurrentFramework}->[$Count];
# skip current framework verion parts containing "x"
next COUNT if $VersionParts{CurrentFramework}->[$Count] =~ /x/;
if (
$VersionParts{CurrentFramework}->[$Count]
< $VersionParts{MaximumFrameworkRequired}->[$Count]
)
{
$FWCheck = 1;
last COUNT;
}
else {
# add required maximum version for the log entry
$PossibleFramework .= 'Maximum Version ' . $FrameworkMaximum . ';';
# add required maximum version to response hash
$Response{RequiredFrameworkMaximum} = $FrameworkMaximum;
$FWCheck = 0;
}
}
}
}
}
}
}
if ($FWCheck) {
$Response{Success} = 1;
}
elsif ( !$Param{NoLog} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Sorry, can't install/upgrade package, because the framework version required"
. " by the package ($PossibleFramework) does not match your Framework ($CurrentFramework)!",
);
}
return %Response;
}
=head2 PackageUpgradeAll()
Updates installed packages to their latest version. Also updates OTRS Business Solution™ if system
is entitled and there is an update.
my %Result = $PackageObject->PackageUpgradeAll(
Force => 1, # optional 1 or 0, Upgrades packages even if validation fails.
SkipDeployCheck => 1, # optional 1 or 0, If active it does not check file deployment status
# for already updated packages.
);
%Result = (
Updated => { # updated packages to the latest on-line repository version
PackageA => 1,
PackageB => 1,
PackageC => 1,
# ...
},
Installed => { # packages installed as a result of missing dependencies
PackageD => 1,
# ...
},
AlreadyInstalled { # packages that are already installed with the latest version
PackageE => 1,
# ...
}
Undeployed { # packages not correctly deployed
PackageK => 1,
# ...
}
Failed => { # or {} if no failures
Cyclic => { # packages with cyclic dependencies
PackageF => 1,
# ...
},
NotFound => { # packages not listed in the on-line repositories
PackageG => 1,
# ...
},
WrongVersion => { # packages that requires a mayor version that the available in the on-line repositories
PackageH => 1,
# ...
},
DependencyFail => { # packages with dependencies that fail on any of the above reasons
PackageI => 1,
# ...
},
},
);
=cut
sub PackageUpgradeAll {
my ( $Self, %Param ) = @_;
# Set system data as communication channel with the GUI
my $SystemDataObject = $Kernel::OM->Get('Kernel::System::SystemData');
my $DataGroup = 'Package_UpgradeAll';
my %SystemData = $SystemDataObject->SystemDataGroupGet(
Group => $DataGroup,
);
if (%SystemData) {
KEY:
for my $Key (qw(StartTime UpdateTime InstalledPackages UpgradeResult Status Success))
{ # remove any existing information
next KEY if !defined $SystemData{$Key};
my $Success = $SystemDataObject->SystemDataDelete(
Key => "${DataGroup}::${Key}",
UserID => 1,
);
if ( !$Success ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Could not delete key ${DataGroup}::${Key} from SystemData!",
);
}
}
}
my $CurrentDateTimeObject = $Kernel::OM->Create('Kernel::System::DateTime');
$SystemDataObject->SystemDataAdd(
Key => "${DataGroup}::StartTime",
Value => $CurrentDateTimeObject->ToString(),
UserID => 1,
);
$SystemDataObject->SystemDataAdd(
Key => "${DataGroup}::UpdateTime",
Value => $CurrentDateTimeObject->ToString(),
UserID => 1,
);
$SystemDataObject->SystemDataAdd(
Key => "${DataGroup}::Status",
Value => "Running",
UserID => 1,
);
my %OnlinePackages = $Self->_PackageOnlineListGet();
my @PackageOnlineList = @{ $OnlinePackages{PackageList} };
my %PackageSoruceLookup = %{ $OnlinePackages{PackageLookup} };
my @PackageInstalledList = $Self->RepositoryList(
Result => 'short',
);
# Modify @PackageInstalledList if ITSM packages are installed from Bundle (see bug#13778).
if ( grep { $_->{Name} eq 'ITSM' } @PackageInstalledList && grep { $_->{Name} eq 'ITSM' } @PackageOnlineList ) {
my @TmpPackages = (
'GeneralCatalog',
'ITSMCore',
'ITSMChangeManagement',
'ITSMConfigurationManagement',
'ITSMIncidentProblemManagement',
'ITSMServiceLevelManagement',
'ImportExport'
);
my %Values = map { $_ => 1 } @TmpPackages;
@PackageInstalledList = grep { !$Values{ $_->{Name} } } @PackageInstalledList;
}
my $JSONObject = $Kernel::OM->Get('Kernel::System::JSON');
my $JSON = $JSONObject->Encode(
Data => \@PackageInstalledList,
);
$SystemDataObject->SystemDataAdd(
Key => "${DataGroup}::InstalledPackages",
Value => $JSON,
UserID => 1,
);
$SystemDataObject->SystemDataAdd(
Key => "${DataGroup}::UpgradeResult",
Value => '{}',
UserID => 1,
);
my %Result = $Self->PackageInstallOrderListGet(
InstalledPackages => \@PackageInstalledList,
OnlinePackages => \@PackageOnlineList,
);
my %InstallOrder = %{ $Result{InstallOrder} };
my $Success = 1;
if ( IsHashRefWithData( $Result{Failed} ) ) {
$Success = 0;
}
my %Failed = %{ $Result{Failed} };
my %Installed;
my %Updated;
my %AlreadyUpdated;
my %Undeployed;
my %InstalledVersions = map { $_->{Name} => $_->{Version} } @PackageInstalledList;
PACKAGENAME:
for my $PackageName ( sort { $InstallOrder{$b} <=> $InstallOrder{$a} } keys %InstallOrder ) {
if ( $PackageName eq 'OTRSBusiness' ) {
my $UpdateSuccess = $Kernel::OM->Get('Kernel::System::OTRSBusiness')->OTRSBusinessUpdate();
if ( !$UpdateSuccess ) {
$Success = 0;
$Failed{UpdateError}->{$PackageName} = 1;
next PACKAGENAME;
}
$Updated{'OTRS Business Solution™'} = 1;
next PACKAGENAME;
}
my $MetaPackage = $PackageSoruceLookup{$PackageName};
next PACKAGENAME if !$MetaPackage;
if ( $MetaPackage->{Version} eq ( $InstalledVersions{$PackageName} || '' ) ) {
if ( $Param{SkipDeployCheck} ) {
$AlreadyUpdated{$PackageName} = 1;
next PACKAGENAME;
}
my $CheckSuccess = $Self->DeployCheck(
Name => $PackageName,
Version => $MetaPackage->{Version},
Log => 0
);
if ( !$CheckSuccess ) {
$Undeployed{$PackageName} = 1;
next PACKAGENAME;
}
$AlreadyUpdated{$PackageName} = 1;
next PACKAGENAME;
}
my $Package = $Self->PackageOnlineGet(
Source => $MetaPackage->{URL},
File => $MetaPackage->{File},
);
if ( !$InstalledVersions{$PackageName} ) {
my $InstallSuccess = $Self->PackageInstall(
String => $Package,
FromCloud => $MetaPackage->{FromCloud},
Force => $Param{Force} || 0,
);
if ( !$InstallSuccess ) {
$Success = 0;
$Failed{InstallError}->{$PackageName} = 1;
next PACKAGENAME;
}
$Installed{$PackageName} = 1;
next PACKAGENAME;
}
my $UpdateSuccess = $Self->PackageUpgrade(
String => $Package,
Force => $Param{Force} || 0,
);
if ( !$UpdateSuccess ) {
$Success = 0;
$Failed{UpdateError}->{$PackageName} = 1;
next PACKAGENAME;
}
$Updated{$PackageName} = 1;
next PACKAGENAME;
}
continue {
my $JSON = $JSONObject->Encode(
Data => {
Updated => \%Updated,
Installed => \%Installed,
AlreadyUpdated => \%AlreadyUpdated,
Undeployed => \%Undeployed,
Failed => \%Failed,
},
);
$SystemDataObject->SystemDataUpdate(
Key => "${DataGroup}::UpdateTime",
Value => $Kernel::OM->Create('Kernel::System::DateTime')->ToString(),
UserID => 1,
);
$SystemDataObject->SystemDataUpdate(
Key => "${DataGroup}::UpgradeResult",
Value => $JSON,
UserID => 1,
);
}
$SystemDataObject->SystemDataAdd(
Key => "${DataGroup}::Success",
Value => $Success,
UserID => 1,
);
$SystemDataObject->SystemDataUpdate(
Key => "${DataGroup}::Status",
Value => 'Finished',
UserID => 1,
);
return (
Success => $Success,
Updated => \%Updated,
Installed => \%Installed,
AlreadyUpdated => \%AlreadyUpdated,
Undeployed => \%Undeployed,
Failed => \%Failed,
);
}
=head2 PackageInstallOrderListGet()
Gets a list of packages and its corresponding install order including is package dependencies. Higher
install order means to install first.
my %Result = $PackageObject->PackageInstallOrderListGet(
InstalledPackages => \@PakageList, # as returned from RepositoryList(Result => 'short')
OnlinePackages => \@PakageList, # as returned from PackageOnlineList()
);
%Result = (
InstallOrder => {
PackageA => 3,
PackageB => 2,
PackageC => 1,
PackageD => 1,
# ...
},
Failed => { # or {} if no failures
Cyclic => { # packages with cyclic dependencies
PackageE => 1,
# ...
},
NotFound => { # packages not listed in the on-line repositories
PackageF => 1,
# ...
},
WrongVersion => { # packages that requires a mayor version that the available in the on-line repositories
PackageG => 1,
# ...
},
DependencyFail => { # packages with dependencies that fail on any of the above reasons
PackageH => 1,
# ...
}
},
);
=cut
sub PackageInstallOrderListGet {
my ( $Self, %Param ) = @_;
for my $Needed (qw(InstalledPackages OnlinePackages)) {
if ( !$Param{$Needed} || ref $Param{$Needed} ne 'ARRAY' ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed is missing or invalid!",
);
return;
}
}
my %InstalledVersions = map { $_->{Name} => $_->{Version} } @{ $Param{InstalledPackages} };
my %OnlinePackageLookup = map { $_->{Name} => $_ } @{ $Param{OnlinePackages} };
my %InstallOrder;
my %Failed;
my $OTRSBusinessObject = $Kernel::OM->Get('Kernel::System::OTRSBusiness');
if ( $OTRSBusinessObject->OTRSBusinessIsInstalled() && $OTRSBusinessObject->OTRSBusinessIsUpdateable() ) {
$InstallOrder{OTRSBusiness} = 9999;
}
my $DependenciesSuccess = $Self->_PackageInstallOrderListGet(
Callers => {},
InstalledVersions => \%InstalledVersions,
TargetPackages => \%InstalledVersions,
InstallOrder => \%InstallOrder,
OnlinePackageLookup => \%OnlinePackageLookup,
Failed => \%Failed,
IsDependency => 0,
);
return (
InstallOrder => \%InstallOrder,
Failed => \%Failed,
);
}
=head2 PackageUpgradeAllDataDelete()
Removes all Package Upgrade All data from the database.
my $Success = $PackageObject->PackageUpgradeAllDataDelete();
=cut
sub PackageUpgradeAllDataDelete {
my ( $Self, %Param ) = @_;
my $SystemDataObject = $Kernel::OM->Get('Kernel::System::SystemData');
my $DataGroup = 'Package_UpgradeAll';
my %SystemData = $SystemDataObject->SystemDataGroupGet(
Group => $DataGroup,
);
my $Success = 1;
KEY:
for my $Key (qw(StartTime UpdateTime InstalledPackages UpgradeResult Status Success)) {
next KEY if !$SystemData{$Key};
my $DeleteSuccess = $SystemDataObject->SystemDataDelete(
Key => "${DataGroup}::${Key}",
UserID => 1,
);
if ( !$DeleteSuccess ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Could not delete key ${DataGroup}::${Key} from SystemData!",
);
$Success = 0;
}
}
return 1;
}
=head2 PackageUpgradeAllIsRunning()
Check if there is a Package Upgrade All process running by checking the scheduler tasks and the
system data.
my %Result = $PackageObject->PackageUpgradeAllIsRunning();
Returns:
%Result = (
IsRunning => 1, # or 0 if it is not running
UpgradeStatus => 'Running' # (optional) 'Running' or 'Finished' or 'TimedOut',
UpgradeSuccess => 1, # (optional) 1 or 0,
);
=cut
sub PackageUpgradeAllIsRunning {
my ( $Self, %Param ) = @_;
my $IsRunning;
# Check if there is a task for the scheduler daemon (process started from GUI).
my @List = $Kernel::OM->Get('Kernel::System::Scheduler')->TaskList(
Type => 'AsynchronousExecutor',
);
if ( grep { $_->{Name} eq 'Kernel::System::Package-PackageUpgradeAll()' } @List ) {
$IsRunning = 1;
}
my $SystemDataObject = $Kernel::OM->Get('Kernel::System::SystemData');
my %SystemData = $SystemDataObject->SystemDataGroupGet(
Group => 'Package_UpgradeAll',
);
# If there is no task running but there is system data it might be that the is a running
# process from the CLI.
if (
!$IsRunning
&& %SystemData
&& $SystemData{Status}
&& $SystemData{Status} eq 'Running'
)
{
$IsRunning = 1;
# Check if the last update was more than 5 minutes ago (timed out).
my $CurrentDateTimeObject = $Kernel::OM->Create('Kernel::System::DateTime');
my $TargetDateTimeObject = $Kernel::OM->Create(
'Kernel::System::DateTime',
ObjectParams => {
String => $SystemData{UpdateTime},
}
);
$TargetDateTimeObject->Add( Minutes => 5 );
if ( $CurrentDateTimeObject > $TargetDateTimeObject ) {
$IsRunning = 0;
$SystemData{Status} = 'TimedOut';
}
}
return (
IsRunning => $IsRunning // 0,
UpgradeStatus => $SystemData{Status} || '',
UpgradeSuccess => $SystemData{Success} || '',
);
}
=begin Internal:
=cut
sub _Download {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{URL} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'URL not defined!',
);
return;
}
my $WebUserAgentObject = Kernel::System::WebUserAgent->new(
Timeout => $Self->{ConfigObject}->Get('Package::Timeout'),
Proxy => $Self->{ConfigObject}->Get('Package::Proxy'),
);
my %Response = $WebUserAgentObject->Request(
URL => $Param{URL},
);
return if !$Response{Content};
return ${ $Response{Content} };
}
sub _Database {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{Database} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Database not defined!',
);
return;
}
if ( ref $Param{Database} ne 'ARRAY' ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need array ref in Database param!',
);
return;
}
# get database object
my $DBObject = $Kernel::OM->Get('Kernel::System::DB');
my @SQL = $DBObject->SQLProcessor(
Database => $Param{Database},
);
for my $SQL (@SQL) {
print STDERR "Notice: $SQL\n";
$DBObject->Do( SQL => $SQL );
}
my @SQLPost = $DBObject->SQLProcessorPost();
for my $SQL (@SQLPost) {
print STDERR "Notice: $SQL\n";
$DBObject->Do( SQL => $SQL );
}
return 1;
}
sub _Code {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(Code Type Structure)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
# check format
if ( ref $Param{Code} ne 'ARRAY' ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need array ref in Code param!',
);
return;
}
# execute code
CODE:
for my $Code ( @{ $Param{Code} } ) {
next CODE if !$Code->{Content};
next CODE if $Param{Type} !~ /^$Code->{Type}$/i;
# if the merged packages was already installed or not
if (
(
defined $Code->{IfPackage}
&& !$Self->{MergedPackages}->{ $Code->{IfPackage} }
)
|| (
defined $Code->{IfNotPackage}
&& (
$Self->{MergedPackages}->{ $Code->{IfNotPackage} }
|| $Self->PackageIsInstalled( Name => $Code->{IfNotPackage} )
)
)
)
{
next CODE;
}
print STDERR "Code: $Code->{Content}\n";
if ( !eval $Code->{Content} . "\n1;" ) { ## no critic
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Code: $@",
);
return;
}
}
return 1;
}
sub _OSCheck {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{OS} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'OS not defined!',
);
return;
}
# check format
if ( ref $Param{OS} ne 'ARRAY' ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need array ref in OS param!',
);
return;
}
# check OS
my $OSCheck = 0;
my $CurrentOS = $^O;
my @TestedOS;
OS:
for my $OS ( @{ $Param{OS} } ) {
next OS if !$OS->{Content};
push @TestedOS, $OS->{Content};
next OS if $CurrentOS !~ /^$OS->{Content}$/i;
$OSCheck = 1;
last OS;
}
return 1 if $OSCheck;
return if $Param{NoLog};
my $PossibleOS = join ', ', @TestedOS;
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Sorry, can't install/upgrade package, because OS of package "
. "($PossibleOS) does not match your OS ($CurrentOS)!",
);
return;
}
=head2 _CheckVersion()
Compare the two version strings $VersionNew and $VersionInstalled.
The type is either 'Min' or 'Max'.
'Min' returns a true value if $VersionInstalled >= $VersionNew.
'Max' returns a true value if $VersionInstalled < $VersionNew.
Otherwise undef is returned in scalar context.
my $CheckOk = $PackageObject->_CheckVersion(
VersionNew => '1.3.92',
VersionInstalled => '1.3.91',
Type => 'Min', # 'Min' or 'Max'
ExternalPackage => 1, # optional
)
=cut
sub _CheckVersion {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(VersionNew VersionInstalled Type)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
# check Type
if ( $Param{Type} ne 'Min' && $Param{Type} ne 'Max' ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Invalid Type!',
);
return;
}
# prepare parts hash
my %Parts;
TYPE:
for my $Type (qw(VersionNew VersionInstalled)) {
# split version string
my @ThisParts = split /\./, $Param{$Type};
$Parts{$Type} = \@ThisParts;
$Parts{ $Type . 'Num' } = scalar @ThisParts;
}
# if it is not an external package, and the versions are different
# we want to add a 0 at the end of the shorter version number
# (1.2.3 will be modified to 1.2.3.0)
# This is important to compare with a test-release version number
if ( !$Param{ExternalPackage} && $Parts{VersionNewNum} ne $Parts{VersionInstalledNum} ) {
TYPE:
for my $Type (qw(VersionNew VersionInstalled)) {
next TYPE if $Parts{ $Type . 'Num' } > 3;
# add a zero at the end if number has less than 4 digits
push @{ $Parts{$Type} }, 0;
$Parts{ $Type . 'Num' } = scalar @{ $Parts{$Type} };
}
}
COUNT:
for my $Count ( 0 .. 5 ) {
$Parts{VersionNew}->[$Count] ||= 0;
$Parts{VersionInstalled}->[$Count] ||= 0;
next COUNT if $Parts{VersionNew}->[$Count] eq $Parts{VersionInstalled}->[$Count];
# compare versions
if ( $Param{Type} eq 'Min' ) {
return 1 if $Parts{VersionInstalled}->[$Count] >= $Parts{VersionNew}->[$Count];
return;
}
elsif ( $Param{Type} eq 'Max' ) {
return 1 if $Parts{VersionInstalled}->[$Count] < $Parts{VersionNew}->[$Count];
return;
}
}
return 1 if $Param{Type} eq 'Min';
return;
}
sub _CheckPackageRequired {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{PackageRequired} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'PackageRequired not defined!',
);
return;
}
return 1 if !$Param{PackageRequired};
return 1 if ref $Param{PackageRequired} ne 'ARRAY';
# get repository list
my @RepositoryList = $Self->RepositoryList();
# check required packages
PACKAGE:
for my $Package ( @{ $Param{PackageRequired} } ) {
next PACKAGE if !$Package;
my $Installed = 0;
my $InstalledVersion = 0;
LOCAL:
for my $Local (@RepositoryList) {
next LOCAL if $Local->{Name}->{Content} ne $Package->{Content};
next LOCAL if $Local->{Status} ne 'installed';
$Installed = 1;
$InstalledVersion = $Local->{Version}->{Content};
last LOCAL;
}
if ( !$Installed ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Sorry, can't install package, because package "
. "$Package->{Content} v$Package->{Version} is required!",
);
return;
}
my $VersionCheck = $Self->_CheckVersion(
VersionNew => $Package->{Version},
VersionInstalled => $InstalledVersion,
Type => 'Min',
);
next PACKAGE if $VersionCheck;
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Sorry, can't install package, because "
. "package $Package->{Content} v$Package->{Version} is required!",
);
return;
}
return 1;
}
sub _CheckModuleRequired {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{ModuleRequired} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'ModuleRequired not defined!',
);
return;
}
# check required perl modules
if ( $Param{ModuleRequired} && ref $Param{ModuleRequired} eq 'ARRAY' ) {
my $EnvironmentObject = $Kernel::OM->Get('Kernel::System::Environment');
MODULE:
for my $Module ( @{ $Param{ModuleRequired} } ) {
next MODULE if !$Module;
# Check if module is installed by querying its version number via environment object.
# Some required modules might already be loaded by existing process, and might not support reloading.
# Because of this, opt not to use the main object an its Require() method at this point.
my $Installed = 0;
my $InstalledVersion = $EnvironmentObject->ModuleVersionGet(
Module => $Module->{Content},
);
if ($InstalledVersion) {
$Installed = 1;
}
if ( !$Installed ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Sorry, can't install package, because module "
. "$Module->{Content} v$Module->{Version} is required "
. "and not installed!",
);
return;
}
# return if no version is required
return 1 if !$Module->{Version};
# return if no module version is available
return 1 if !$InstalledVersion;
# check version
my $Ok = $Self->_CheckVersion(
VersionNew => $Module->{Version},
VersionInstalled => $InstalledVersion,
Type => 'Min',
ExternalPackage => 1,
);
if ( !$Ok ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Sorry, can't install package, because module "
. "$Module->{Content} v$Module->{Version} is required and "
. "$InstalledVersion is installed! You need to upgrade "
. "$Module->{Content} to $Module->{Version} or higher first!",
);
return;
}
}
}
return 1;
}
sub _CheckPackageDepends {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{Name} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Name not defined!',
);
return;
}
for my $Local ( $Self->RepositoryList() ) {
if (
$Local->{PackageRequired}
&& ref $Local->{PackageRequired} eq 'ARRAY'
&& $Local->{Name}->{Content} ne $Param{Name}
&& $Local->{Status} eq 'installed'
)
{
for my $Module ( @{ $Local->{PackageRequired} } ) {
if ( $Param{Name} eq $Module->{Content} && !$Param{Force} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message =>
"Sorry, can't uninstall package $Param{Name}, "
. "because package $Local->{Name}->{Content} depends on it!",
);
return;
}
}
}
}
return 1;
}
sub _PackageFileCheck {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{Structure} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Structure not defined!',
);
return;
}
# check if one of the files is already installed by another package
PACKAGE:
for my $Package ( $Self->RepositoryList() ) {
next PACKAGE if $Param{Structure}->{Name}->{Content} eq $Package->{Name}->{Content};
for my $FileNew ( @{ $Param{Structure}->{Filelist} } ) {
FILEOLD:
for my $FileOld ( @{ $Package->{Filelist} } ) {
$FileNew->{Location} =~ s/\/\//\//g;
$FileOld->{Location} =~ s/\/\//\//g;
next FILEOLD if $FileNew->{Location} ne $FileOld->{Location};
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't install/upgrade package, file $FileNew->{Location} already "
. "used in package $Package->{Name}->{Content}-$Package->{Version}->{Content}!",
);
return;
}
}
}
return 1;
}
sub _FileInstall {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(File)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
for my $Item (qw(Location Content Permission)) {
if ( !defined $Param{File}->{$Item} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Item not defined in File!",
);
return;
}
}
my $Home = $Param{Home} || $Self->{Home};
# check Home
if ( !-e $Home ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "No such home directory: $Home!",
);
return;
}
# get real file name in fs
my $RealFile = $Home . '/' . $Param{File}->{Location};
$RealFile =~ s/\/\//\//g;
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
# backup old file (if reinstall, don't overwrite .backup and .save files)
if ( -e $RealFile ) {
if ( $Param{File}->{Type} && $Param{File}->{Type} =~ /^replace$/i ) {
if ( !$Param{Reinstall} || ( $Param{Reinstall} && !-e "$RealFile.backup" ) ) {
move( $RealFile, "$RealFile.backup" );
}
}
else {
# check if we reinstall the same file, create a .save if it is not the same
my $Save = 0;
if ( $Param{Reinstall} && !-e "$RealFile.save" ) {
# check if it's not the same
my $Content = $MainObject->FileRead(
Location => $RealFile,
Mode => 'binmode',
);
if ( $Content && ${$Content} ne $Param{File}->{Content} ) {
# check if it's a framework file, create .save file
my %File = $Self->_ReadDistArchive( Home => $Home );
if ( $File{ $Param{File}->{Location} } ) {
$Save = 1;
}
}
}
# if it's no reinstall or reinstall and framework file but different, back it up
if ( !$Param{Reinstall} || ( $Param{Reinstall} && $Save ) ) {
move( $RealFile, "$RealFile.save" );
}
}
}
# check directory of location (in case create a directory)
if ( $Param{File}->{Location} =~ /^(.*)\/(.+?|)$/ ) {
my $Directory = $1;
my @Directories = split( /\//, $Directory );
my $DirectoryCurrent = $Home;
DIRECTORY:
for my $Directory (@Directories) {
$DirectoryCurrent .= '/' . $Directory;
next DIRECTORY if -d $DirectoryCurrent;
if ( mkdir $DirectoryCurrent ) {
print STDERR "Notice: Create Directory $DirectoryCurrent!\n";
}
else {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't create directory: $DirectoryCurrent: $!",
);
}
}
}
# write file
return if !$MainObject->FileWrite(
Location => $RealFile,
Content => \$Param{File}->{Content},
Mode => 'binmode',
Permission => $Param{File}->{Permission},
);
print STDERR "Notice: Install $RealFile ($Param{File}->{Permission})!\n";
return 1;
}
sub _FileRemove {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(File)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
for my $Item (qw(Location)) {
if ( !defined $Param{File}->{$Item} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Item not defined in File!",
);
return;
}
}
my $Home = $Param{Home} || $Self->{Home};
# check Home
if ( !-e $Home ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "No such home directory: $Home!",
);
return;
}
# get real file name in fs
my $RealFile = $Home . '/' . $Param{File}->{Location};
$RealFile =~ s/\/\//\//g;
# check if file exists
if ( !-e $RealFile ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'debug',
Message => "No such file: $RealFile!",
);
return;
}
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
# check if we should backup this file, if it is touched/different
if ( $Param{File}->{Content} ) {
my $Content = $MainObject->FileRead(
Location => $RealFile,
Mode => 'binmode',
);
if ( $Content && ${$Content} ne $Param{File}->{Content} ) {
print STDERR "Notice: Backup for changed file: $RealFile.backup\n";
copy( $RealFile, "$RealFile.custom_backup" );
}
}
# check if it's a framework file and if $RealFile.(backup|save) exists
# then do not remove it!
my %File = $Self->_ReadDistArchive( Home => $Home );
if ( $File{ $Param{File}->{Location} } && ( !-e "$RealFile.backup" && !-e "$RealFile.save" ) ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't remove file $RealFile, because it a framework file and no "
. "other one exists!",
);
return;
}
# remove old file
if ( !$MainObject->FileDelete( Location => $RealFile ) ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't remove file $RealFile: $!!",
);
return;
}
print STDERR "Notice: Removed file: $RealFile\n";
# restore old file (if exists)
if ( -e "$RealFile.backup" ) {
print STDERR "Notice: Recovered: $RealFile.backup\n";
move( "$RealFile.backup", $RealFile );
}
# restore old file (if exists)
elsif ( -e "$RealFile.save" ) {
print STDERR "Notice: Recovered: $RealFile.save\n";
move( "$RealFile.save", $RealFile );
}
return 1;
}
sub _ReadDistArchive {
my ( $Self, %Param ) = @_;
my $Home = $Param{Home} || $Self->{Home};
# check cache
return %{ $Self->{Cache}->{DistArchive}->{$Home} }
if $Self->{Cache}->{DistArchive}->{$Home};
# check if ARCHIVE exists
if ( !-e "$Home/ARCHIVE" ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "No such file: $Home/ARCHIVE!",
);
return;
}
# read ARCHIVE file
my $Content = $Kernel::OM->Get('Kernel::System::Main')->FileRead(
Directory => $Home,
Filename => 'ARCHIVE',
Result => 'ARRAY',
);
my %File;
if ($Content) {
for my $ContentRow ( @{$Content} ) {
my @Row = split /::/, $ContentRow;
$Row[1] =~ s/\/\///g;
$Row[1] =~ s/(\n|\r)//g;
$File{ $Row[1] } = $Row[0];
}
}
else {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't open $Home/ARCHIVE: $!",
);
}
# set in memory cache
$Self->{Cache}->{DistArchive}->{$Home} = \%File;
return %File;
}
sub _FileSystemCheck {
my ( $Self, %Param ) = @_;
return 1 if $Self->{FileSystemCheckAlreadyDone};
my $Home = $Param{Home} || $Self->{Home};
# check Home
if ( !-e $Home ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "No such home directory: $Home!",
);
return;
}
my @Filepaths = (
'/bin/',
'/Kernel/',
'/Kernel/System/',
'/Kernel/Output/',
'/Kernel/Output/HTML/',
'/Kernel/Modules/',
);
# check write permissions
FILEPATH:
for my $Filepath (@Filepaths) {
next FILEPATH if -w $Home . $Filepath;
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "ERROR: Need write permissions for directory $Home$Filepath\n"
. " Try: $Home/bin/otrs.SetPermissions.pl!",
);
return;
}
$Self->{FileSystemCheckAlreadyDone} = 1;
return 1;
}
sub _Encode {
my ( $Self, $Text ) = @_;
return $Text if !defined $Text;
$Text =~ s/&/&/g;
$Text =~ s//>/g;
$Text =~ s/"/"/g;
return $Text;
}
=head2 _PackageUninstallMerged()
ONLY CALL THIS METHOD FROM A DATABASE UPGRADING SCRIPT DURING FRAMEWORK UPDATES
OR FROM A CODEUPGRADE SECTION IN AN SOPM FILE OF A PACKAGE THAT INCLUDES A MERGED FEATURE ADDON.
Uninstall an already framework (or module) merged package.
Package files that are not in the framework ARCHIVE file will be deleted, DatabaseUninstall() and
CodeUninstall are not called.
$Success = $PackageObject->_PackageUninstallMerged(
Name => 'some package name',
Home => 'OTRS Home path', # Optional
DeleteSaved => 1, # or 0, 1 Default, Optional: if set to 1 it also
# delete .save files
);
=cut
sub _PackageUninstallMerged {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !$Param{Name} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need Name (Name of the package)!',
);
return;
}
my $Home = $Param{Home} || $Self->{Home};
# check Home
if ( !-e $Home ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "No such home directory: $Home!",
);
return;
}
if ( !defined $Param{DeleteSaved} ) {
$Param{DeleteSaved} = 1;
}
# check if the package is installed, otherwise return success (nothing to do)
my $PackageInstalled = $Self->PackageIsInstalled(
Name => $Param{Name},
);
return 1 if !$PackageInstalled;
# get the package details
my @PackageList = $Self->RepositoryList();
my %PackageListLookup = map { $_->{Name}->{Content} => $_ } @PackageList;
my %PackageDetails = %{ $PackageListLookup{ $Param{Name} } };
# get the list of framework files
my %FrameworkFiles = $Self->_ReadDistArchive( Home => $Home );
# can not continue if there are no framework files
return if !%FrameworkFiles;
# remove unneeded files (if exists)
if ( IsArrayRefWithData( $PackageDetails{Filelist} ) ) {
# get main object
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
FILE:
for my $FileHash ( @{ $PackageDetails{Filelist} } ) {
my $File = $FileHash->{Location};
# get real file name in fs
my $RealFile = $Home . '/' . $File;
$RealFile =~ s/\/\//\//g;
# check if file exists
if ( -e $RealFile ) {
# check framework files (use $File instead of $RealFile)
if ( $FrameworkFiles{$File} ) {
if ( $Param{DeleteSaved} ) {
# check if file was overridden by the package
my $SavedFile = $RealFile . '.save';
if ( -e $SavedFile ) {
# remove old file
if ( !$MainObject->FileDelete( Location => $SavedFile ) ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't remove file $SavedFile: $!!",
);
return;
}
print STDERR "Notice: Removed old backup file: $SavedFile\n";
}
}
# skip framework file
print STDERR "Notice: Skiped framework file: $RealFile\n";
next FILE;
}
# remove old file
if ( !$MainObject->FileDelete( Location => $RealFile ) ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Can't remove file $RealFile: $!!",
);
return;
}
print STDERR "Notice: Removed file: $RealFile\n";
}
}
}
# delete package from the database
my $PackageRemove = $Self->RepositoryRemove(
Name => $Param{Name},
);
$Kernel::OM->Get('Kernel::System::Cache')->CleanUp(
KeepTypes => [
'XMLParse',
'SysConfigDefaultListGet',
'SysConfigDefaultList',
'SysConfigDefault',
'SysConfigPersistent',
'SysConfigModifiedList',
],
);
$Kernel::OM->Get('Kernel::System::Loader')->CacheDelete();
return $PackageRemove;
}
sub _MergedPackages {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{Structure}->{PackageMerge} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'PackageMerge not defined!',
);
return;
}
return 1 if !$Param{Structure}->{PackageMerge};
return 1 if ref $Param{Structure}->{PackageMerge} ne 'ARRAY';
# get repository list
my @RepositoryList = $Self->RepositoryList();
my %PackageListLookup = map { $_->{Name}->{Content} => $_ } @RepositoryList;
# check required packages
PACKAGE:
for my $Package ( @{ $Param{Structure}->{PackageMerge} } ) {
next PACKAGE if !$Package;
my $Installed = 0;
my $InstalledVersion = 0;
my $TargetVersion = $Package->{TargetVersion};
my %PackageDetails;
# check if the package is installed, otherwise go next package (nothing to do)
my $PackageInstalled = $Self->PackageIsInstalled(
Name => $Package->{Name},
);
# do nothing if package is not installed
next PACKAGE if !$PackageInstalled;
# get complete package info
%PackageDetails = %{ $PackageListLookup{ $Package->{Name} } };
# verify package version
$InstalledVersion = $PackageDetails{Version}->{Content};
# store package name and version for
# use it on code and database installation
# for principal package
$Self->{MergedPackages}->{ $Package->{Name} } = $InstalledVersion;
my $CheckTargetVersion = $Self->_CheckVersion(
VersionNew => $TargetVersion,
VersionInstalled => $InstalledVersion,
Type => 'Max',
);
if ( $TargetVersion eq $InstalledVersion ) {
# do nothing, installed version is the correct one,
# code and database are up to date
}
# merged package shouldn't be newer than the known mergeable target version
elsif ( !$CheckTargetVersion ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Sorry, can't install package, because package "
. "$Package->{Name} v$InstalledVersion newer than required v$TargetVersion!",
);
return;
}
else {
# upgrade code (merge)
if (
$Param{Structure}->{CodeUpgrade}
&& ref $Param{Structure}->{CodeUpgrade} eq 'ARRAY'
)
{
my @Parts;
PART:
for my $Part ( @{ $Param{Structure}->{CodeUpgrade} } ) {
if ( $Part->{Version} ) {
# if VersionNew >= VersionInstalled add code for execution
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $TargetVersion,
Type => 'Min',
);
if ($CheckVersion) {
push @Parts, $Part;
}
}
else {
push @Parts, $Part;
}
}
$Self->_Code(
Code => \@Parts,
Type => 'merge',
Structure => $Param{Structure},
);
}
# upgrade database (merge)
if (
$Param{Structure}->{DatabaseUpgrade}->{merge}
&& ref $Param{Structure}->{DatabaseUpgrade}->{merge} eq 'ARRAY'
)
{
my @Parts;
my $Use = 0;
for my $Part ( @{ $Param{Structure}->{DatabaseUpgrade}->{merge} } ) {
if ( $Part->{TagLevel} == 3 && $Part->{Version} ) {
my $CheckVersion = $Self->_CheckVersion(
VersionNew => $Part->{Version},
VersionInstalled => $InstalledVersion,
Type => 'Min',
);
if ( !$CheckVersion ) {
$Use = 1;
@Parts = ();
push @Parts, $Part;
}
}
elsif ( $Use && $Part->{TagLevel} == 3 && $Part->{TagType} eq 'End' ) {
$Use = 0;
push @Parts, $Part;
$Self->_Database( Database => \@Parts );
}
elsif ($Use) {
push @Parts, $Part;
}
}
}
}
# purge package
if ( IsArrayRefWithData( $PackageDetails{Filelist} ) ) {
for my $File ( @{ $PackageDetails{Filelist} } ) {
# remove file
$Self->_FileRemove( File => $File );
}
}
# remove merged package from repository
return if !$Self->RepositoryRemove(
Name => $Package->{Name},
Version => $InstalledVersion,
);
}
return 1;
}
sub _CheckDBInstalledOrMerged {
my ( $Self, %Param ) = @_;
# check needed stuff
if ( !defined $Param{Database} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Database not defined!',
);
return;
}
if ( ref $Param{Database} ne 'ARRAY' ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Need array ref in Database param!',
);
return;
}
my @Parts;
my $Use = 1;
my $NotUseTag;
my $NotUseTagLevel;
PART:
for my $Part ( @{ $Param{Database} } ) {
if ( $Use eq 0 ) {
if (
$Part->{TagType} eq 'End'
&& ( defined $NotUseTag && $Part->{Tag} eq $NotUseTag )
&& ( defined $NotUseTagLevel && $Part->{TagLevel} eq $NotUseTagLevel )
)
{
$Use = 1;
}
next PART;
}
elsif (
(
defined $Part->{IfPackage}
&& !$Self->{MergedPackages}->{ $Part->{IfPackage} }
)
|| (
defined $Part->{IfNotPackage}
&&
(
defined $Self->{MergedPackages}->{ $Part->{IfNotPackage} }
|| $Self->PackageIsInstalled( Name => $Part->{IfNotPackage} )
)
)
)
{
# store Tag and TagLevel to be used later and found the end of this level
$NotUseTag = $Part->{Tag};
$NotUseTagLevel = $Part->{TagLevel};
$Use = 0;
next PART;
}
push @Parts, $Part;
}
return \@Parts;
}
=head2 RepositoryCloudList()
returns a list of available cloud repositories
my $List = $PackageObject->RepositoryCloudList();
=cut
sub RepositoryCloudList {
my ( $Self, %Param ) = @_;
# get cache object
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
# check cache
my $CacheKey = "Repository::List::From::Cloud";
my $Cache = $CacheObject->Get(
Type => 'RepositoryCloudList',
Key => $CacheKey,
);
$Param{NoCache} //= 0;
# check if use cache is needed
if ( !$Param{NoCache} ) {
return $Cache if IsHashRefWithData($Cache);
}
my $RepositoryResult = $Self->CloudFileGet(
Operation => 'RepositoryListAvailable',
);
return if !IsHashRefWithData($RepositoryResult);
# set cache
$CacheObject->Set(
Type => 'RepositoryCloudList',
Key => $CacheKey,
Value => $RepositoryResult,
TTL => 60 * 60,
);
return $RepositoryResult;
}
=head2 CloudFileGet()
returns a file from cloud
my $List = $PackageObject->CloudFileGet(
Operation => 'OperationName', # used as operation name by the Cloud Service API
# Possible operation names:
# - RepositoryListAvailable
# - FAOListAssigned
# - FAOListAssignedFileGet
);
=cut
sub CloudFileGet {
my ( $Self, %Param ) = @_;
return if $Self->{CloudServicesDisabled};
# check needed stuff
if ( !defined $Param{Operation} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => 'Operation not defined!',
);
return;
}
my %Data;
if ( IsHashRefWithData( $Param{Data} ) ) {
%Data = %{ $Param{Data} };
}
my $CloudService = 'PackageManagement';
# prepare cloud service request
my %RequestParams = (
RequestData => {
$CloudService => [
{
Operation => $Param{Operation},
Data => \%Data,
},
],
},
);
# get cloud service object
my $CloudServiceObject = $Kernel::OM->Get('Kernel::System::CloudService::Backend::Run');
# dispatch the cloud service request
my $RequestResult = $CloudServiceObject->Request(%RequestParams);
# as this is the only operation an unsuccessful request means that the operation was also
# unsuccessful
if ( !IsHashRefWithData($RequestResult) ) {
my $ErrorMessage = "Can't connect to cloud server!";
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => $ErrorMessage,
);
return $ErrorMessage;
}
my $OperationResult = $CloudServiceObject->OperationResultGet(
RequestResult => $RequestResult,
CloudService => $CloudService,
Operation => $Param{Operation},
);
if ( !IsHashRefWithData($OperationResult) ) {
my $ErrorMessage = "Can't get result from server";
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => $ErrorMessage,
);
return $ErrorMessage;
}
elsif ( !$OperationResult->{Success} ) {
my $ErrorMessage = $OperationResult->{ErrorMessage}
|| "Can't get list from server!";
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => $ErrorMessage,
);
return $ErrorMessage;
}
# return if not correct structure
return if !IsHashRefWithData( $OperationResult->{Data} );
# return repo list
return $OperationResult->{Data};
}
sub _ConfigurationDeploy {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(Package Action)) {
if ( !$Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Need $Needed!",
);
return;
}
}
#
# Normally, on package modifications, a configuration settings cleanup needs to happen,
# to prevent old configuration settings from breaking the system.
#
# This does not work in the case of updates: there we can have situations where the packages
# only exist in the DB, but not yet on the file system, and need to be reinstalled. We have
# to prevent the cleanup until all packages are properly installed again.
#
# Please see bug#13754 for more information.
#
my $CleanUp = 1;
PACKAGE:
for my $Package ( $Self->RepositoryList() ) {
# Only check the deployment state of the XML configuration files for performance reasons.
# Otherwise, this would be too slow on systems with many packages.
$CleanUp = $Self->_ConfigurationFilesDeployCheck(
Name => $Package->{Name}->{Content},
Version => $Package->{Version}->{Content},
);
# Stop if any package has its configuration wrong deployed, configuration cleanup should not
# take place in the lines below. Otherwise modified setting values can be lost.
last PACKAGE if !$CleanUp;
}
my $SysConfigObject = Kernel::System::SysConfig->new();
if (
!$SysConfigObject->ConfigurationXML2DB(
UserID => 1,
Force => 1,
CleanUp => $CleanUp,
)
)
{
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "There was a problem writing XML to DB.",
);
return;
}
# get OTRS home directory
my $Home = $Kernel::OM->Get('Kernel::Config')->Get('Home');
# build file location for OTRS5 config file
my $OTRS5ConfigFile = "$Home/Kernel/Config/Backups/ZZZAutoOTRS5.pm";
# if this is a Packageupgrade and if there is a ZZZAutoOTRS5.pm file in the backup location
# (this file has been copied there during the migration from OTRS 5 to OTRS 6)
if ( ( IsHashRefWithData( $Self->{MergedPackages} ) || $Param{Action} eq 'PackageUpgrade' ) && -e $OTRS5ConfigFile )
{
# delete categories cache
$Kernel::OM->Get('Kernel::System::Cache')->Delete(
Type => 'SysConfig',
Key => 'ConfigurationCategoriesGet',
);
# get all config categories
my %Categories = $SysConfigObject->ConfigurationCategoriesGet();
# to store all setting names from this package
my @PackageSettings;
# get all config files names for this package
CONFIGXMLFILE:
for my $ConfigXMLFile ( @{ $Categories{ $Param{Package} }->{Files} } ) {
my $FileLocation = "$Home/Kernel/Config/Files/XML/$ConfigXMLFile";
# get the content of the XML file
my $ContentRef = $Kernel::OM->Get('Kernel::System::Main')->FileRead(
Location => $FileLocation,
Mode => 'utf8',
Result => 'SCALAR',
);
# check error, but continue
if ( !$ContentRef ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Could not read content of $FileLocation!",
);
next CONFIGXMLFILE;
}
# get all settings from this package
my @SettingList = $Kernel::OM->Get('Kernel::System::SysConfig::XML')->SettingListParse(
XMLInput => ${$ContentRef},
XMLFilename => $ConfigXMLFile,
);
# get all the setting names from this file
for my $Setting (@SettingList) {
push @PackageSettings, $Setting->{XMLContentParsed}->{Name};
}
}
# sort the settings
@PackageSettings = sort @PackageSettings;
# run the migration of the effective values (only for the package settings)
my $Success = $Kernel::OM->Get('Kernel::System::SysConfig::Migration')->MigrateConfigEffectiveValues(
FileClass => 'Kernel::Config::Backups::ZZZAutoOTRS5',
FilePath => $OTRS5ConfigFile,
PackageSettings => \@PackageSettings, # only migrate the given package settings
NoOutput => 1, # we do not want to print status output to the screen
);
# deploy only the package settings
# (even if the migration of the effective values was not or only party successfull)
$Success = $SysConfigObject->ConfigurationDeploy(
Comments => $Param{Comments},
NoValidation => 1,
UserID => 1,
Force => 1,
DirtySettings => \@PackageSettings,
);
# check error
if ( !$Success ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Could not deploy configuration!",
);
return;
}
}
else {
my $Success = $SysConfigObject->ConfigurationDeploy(
Comments => $Param{Comments},
NotDirty => 1,
UserID => 1,
Force => 1,
);
if ( !$Success ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "Could not deploy configuration!",
);
return;
}
}
return 1;
}
=head2 _PackageInstallOrderListGet()
Helper function for PackageInstallOrderListGet() to process the packages and its dependencies recursively.
my $Success = $PackageObject->_PackageInstallOrderListGet(
Callers => { # packages in the recursive chain
PackageA => 1,
# ...
},
InstalledVersions => { # list of installed packages and their versions
PackageA => '1.0.1',
# ...
},
TargetPackages => {
PackageA => '1.0.1', # list of packages to process
# ...
}
InstallOrder => { # current install order
PackageA => 2,
PacakgeB => 1,
# ...
},
Failed => { # current failed packages or dependencies
Cyclic => {},
NotFound => {},
WrongVersion => {},
DependencyFail => {},
},
OnlinePackageLookup => {
PackageA => {
Name => 'PackageA',
Version => '1.0.1',
PackageRequired => [
{
Content => 'PackageB',
Version => '1.0.2',
},
# ...
],
},
},
IsDependency => 1, # 1 or 0
);
=cut
sub _PackageInstallOrderListGet {
my ( $Self, %Param ) = @_;
my $Success = 1;
PACKAGENAME:
for my $PackageName ( sort keys %{ $Param{TargetPackages} } ) {
next PACKAGENAME if $PackageName eq 'OTRSBusiness';
# Prevent cyclic dependencies.
if ( $Param{Callers}->{$PackageName} ) {
$Param{Failed}->{Cyclic}->{$PackageName} = 1;
$Success = 0;
next PACKAGENAME;
}
my $OnlinePackage = $Param{OnlinePackageLookup}->{$PackageName};
# Check if the package can be obtained on-line.
if ( !$OnlinePackage || !IsHashRefWithData($OnlinePackage) ) {
$Param{Failed}->{NotFound}->{$PackageName} = 1;
$Success = 0;
next PACKAGENAME;
}
# Check if the version of the on-line package is grater (or equal) to the required version,
# in case of equal, reference still counts, but at update or install package must be
# skipped.
if ( $OnlinePackage->{Version} ne $Param{TargetPackages}->{$PackageName} ) {
my $CheckOk = $Self->_CheckVersion(
VersionNew => $OnlinePackage->{Version},
VersionInstalled => $Param{TargetPackages}->{$PackageName},
Type => 'Max',
);
if ( !$CheckOk ) {
$Param{Failed}->{WrongVersion}->{$PackageName} = 1;
$Success = 0;
next PACKAGENAME;
}
}
my %PackageDependencies = map { $_->{Content} => $_->{Version} } @{ $OnlinePackage->{PackageRequired} };
# Update callers list locally to start recursion
my %Callers = (
%{ $Param{Callers} },
$PackageName => 1,
);
# Start recursion with package dependencies.
my $DependenciesSuccess = $Self->_PackageInstallOrderListGet(
Callers => \%Callers,
InstalledVersions => $Param{InstalledVersions},
TargetPackages => \%PackageDependencies,
InstallOrder => $Param{InstallOrder},
OnlinePackageLookup => $Param{OnlinePackageLookup},
Failed => $Param{Failed},
IsDependency => 1,
);
if ( !$DependenciesSuccess ) {
$Param{Failed}->{DependencyFail}->{$PackageName} = 1;
$Success = 0;
# Do not process more dependencies.
last PACKAGENAME if $Param{IsDependency};
# Keep processing other initial packages.
next PACKAGENAME;
}
if ( $Param{InstallOrder}->{$PackageName} ) {
# Only increase the counter if is a dependency, if its a first level package then skip,
# as it was already set from the dependencies of another package.
if ( $Param{IsDependency} ) {
$Param{InstallOrder}->{$PackageName}++;
}
next PACKAGENAME;
}
# If package wasn't set before it initial value must be 1, but in case the package is added
# because its a dependency then it must be sum of all packages that requires it at the
# moment + 1 e.g.
# ITSMCore -> GeneralCatalog, Then GeneralCatalog needs to be 2
# ITSMIncidenProblemManagement -> ITSMCore -> GeneralCatalog, Then GeneralCatalog needs to be 3
my $InitialValue = $Param{IsDependency} ? scalar keys %Callers : 1;
$Param{InstallOrder}->{$PackageName} = $InitialValue;
}
return $Success;
}
=head2 _PackageOnlineListGet()
Helper function that gets the full list of available on-line packages.
my %OnlinePackages = $PackageObject->_PackageOnlineListGet();
Returns:
%OnlinePackages = (
PackageList => [
{
Name => 'Test',
Version => '6.0.20',
File => 'Test-6.0.20.opm',
ChangeLog => 'InitialRelease',
Description => 'Test package.',
Framework => [
{
Content => '6.0.x',
Minimum => '6.0.2',
# ... ,
}
],
License => 'GNU GENERAL PUBLIC LICENSE Version 3, November 2007',
PackageRequired => [
{
Content => 'TestRequitement',
Version => '6.0.20',
# ... ,
},
],
URL => 'http://otrs.org/',
Vendor => 'OTRS AG',
},
# ...
];
PackageLookup => {
Test => {
URL => 'http://otrs.org/',
FromCloud => 1, # 1 or 0,
Version => '6.0.20',
File => 'Test-6.0.20.opm',
},
# ...
},
);
=cut
sub _PackageOnlineListGet {
my ( $Self, %Param ) = @_;
my $ConfigObject = $Kernel::OM->Get('Kernel::Config');
my %RepositoryList = $Self->_ConfiguredRepositoryDefinitionGet();
# Show cloud repositories if system is registered.
my $RepositoryCloudList;
my $RegistrationState = $Kernel::OM->Get('Kernel::System::SystemData')->SystemDataGet(
Key => 'Registration::State',
) || '';
if ( $RegistrationState eq 'registered' && !$Self->{CloudServicesDisabled} ) {
$RepositoryCloudList = $Self->RepositoryCloudList( NoCache => 1 );
}
my %RepositoryListAll = ( %RepositoryList, %{ $RepositoryCloudList || {} } );
my @PackageOnlineList;
my %PackageSoruceLookup;
for my $URL ( sort keys %RepositoryListAll ) {
my $FromCloud = 0;
if ( $RepositoryCloudList->{$URL} ) {
$FromCloud = 1;
}
my @OnlineList = $Self->PackageOnlineList(
URL => $URL,
Lang => 'en',
Cache => 1,
FromCloud => $FromCloud,
IncludeSameVersion => 1,
);
@PackageOnlineList = ( @PackageOnlineList, @OnlineList );
for my $Package (@OnlineList) {
$PackageSoruceLookup{ $Package->{Name} } = {
URL => $URL,
FromCloud => $FromCloud,
Version => $Package->{Version},
File => $Package->{File},
};
}
}
return (
PackageList => \@PackageOnlineList,
PackageLookup => \%PackageSoruceLookup,
);
}
=head2 _ConfiguredRepositoryDefinitionGet()
Helper function that gets the full list of configured package repositories updated for the current
framework version.
my %RepositoryList = $PackageObject->_ConfiguredRepositoryDefinitionGet();
Returns:
%RepositoryList = (
'http://ftp.otrs.org/pub/otrs/packages' => 'OTRS Freebie Features',
# ...,
);
=cut
sub _ConfiguredRepositoryDefinitionGet {
my ( $Self, %Param ) = @_;
my $ConfigObject = $Kernel::OM->Get('Kernel::Config');
my %RepositoryList;
if ( $ConfigObject->Get('Package::RepositoryList') ) {
%RepositoryList = %{ $ConfigObject->Get('Package::RepositoryList') };
}
if ( $ConfigObject->Get('Package::RepositoryRoot') ) {
%RepositoryList = ( %RepositoryList, $Self->PackageOnlineRepositories() );
}
return () if !%RepositoryList;
# Make sure ITSM repository matches the current framework version.
my @Matches = grep { $_ =~ m{http://ftp\.otrs\.org/pub/otrs/itsm/packages\d+/}msxi } sort keys %RepositoryList;
return %RepositoryList if !@Matches;
my @FrameworkVersionParts = split /\./, $Self->{ConfigObject}->Get('Version');
my $FrameworkVersion = $FrameworkVersionParts[0];
my $CurrentITSMRepository = "http://ftp.otrs.org/pub/otrs/itsm/packages$FrameworkVersion/";
# Delete all old ITSM repositories, but leave the current if exists
for my $Repository (@Matches) {
if ( $Repository ne $CurrentITSMRepository ) {
delete $RepositoryList{$Repository};
}
}
return %RepositoryList if exists $RepositoryList{$CurrentITSMRepository};
# Make sure that current ITSM repository is in the list.
$RepositoryList{$CurrentITSMRepository} = "OTRS::ITSM $FrameworkVersion Master";
return %RepositoryList;
}
=head2 _RepositoryCacheClear()
Remove all caches related to the package repository.
my $Success = $PackageObject->_RepositoryCacheClear();
=cut
sub _RepositoryCacheClear {
my ( $Self, %Param ) = @_;
my $CacheObject = $Kernel::OM->Get('Kernel::System::Cache');
$CacheObject->CleanUp(
Type => 'RepositoryList',
);
$CacheObject->CleanUp(
Type => 'RepositoryGet',
);
return 1;
}
=head2 _ConfigurationFilesDeployCheck()
check if package configuration files are deployed correctly.
my $Success = $PackageObject->_ConfigurationFilesDeployCheck(
Name => 'Application A',
Version => '1.0',
);
=cut
sub _ConfigurationFilesDeployCheck {
my ( $Self, %Param ) = @_;
# check needed stuff
for my $Needed (qw(Name Version)) {
if ( !defined $Param{$Needed} ) {
$Kernel::OM->Get('Kernel::System::Log')->Log(
Priority => 'error',
Message => "$Needed not defined!",
);
return;
}
}
my $Package = $Self->RepositoryGet( %Param, Result => 'SCALAR' );
my %Structure = $Self->PackageParse( String => $Package );
return 1 if !$Structure{Filelist};
return 1 if ref $Structure{Filelist} ne 'ARRAY';
my $MainObject = $Kernel::OM->Get('Kernel::System::Main');
my $Success = 1;
FILE:
for my $File ( @{ $Structure{Filelist} } ) {
my $Extension = substr $File->{Location}, -4, 4;
next FILE if lc $Extension ne '.xml';
my $LocalFile = $Self->{Home} . '/' . $File->{Location};
if ( !-e $LocalFile ) {
$Success = 0;
last FILE;
}
my $Content = $MainObject->FileRead(
Location => $Self->{Home} . '/' . $File->{Location},
Mode => 'binmode',
);
if ( !$Content ) {
$Success = 0;
last FILE;
}
if ( ${$Content} ne $File->{Content} ) {
$Success = 0;
last FILE;
}
}
return $Success;
}
sub DESTROY {
my $Self = shift;
# execute all transaction events
$Self->EventHandlerTransaction();
return 1;
}
1;
=end Internal:
=head1 TERMS AND CONDITIONS
This software is part of the OTRS project (L).
This software comes with ABSOLUTELY NO WARRANTY. For details, see
the enclosed file COPYING for license information (GPL). If you
did not receive this file, see L.
=cut