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#**************************************************************
#
# Licensed to the Apache Software Foundation (ASF) under one
# or more contributor license agreements. See the NOTICE file
# distributed with this work for additional information
# regarding copyright ownership. The ASF licenses this file
# to you under the Apache License, Version 2.0 (the
# "License"); you may not use this file except in compliance
# with the License. You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing,
# software distributed under the License is distributed on an
# "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
# KIND, either express or implied. See the License for the
# specific language governing permissions and limitations
# under the License.
#
#**************************************************************
package installer::windows::component;
use installer::converter;
use installer::existence;
use installer::exiter;
use installer::files;
use installer::globals;
use installer::windows::idtglobal;
use installer::windows::language;
use strict;
##############################################################
# Returning a globally unique ID (GUID) for a component
# If the component is new, a unique guid has to be created.
# If the component already exists, the guid has to be
# taken from a list component <-> guid
# Sample for a guid: {B68FD953-3CEF-4489-8269-8726848056E8}
##############################################################
sub get_component_guid ($)
{
my ($componentname) = @_;
# At this time only a template
my $returnvalue = "\{COMPONENTGUID\}";
# Returning a ComponentID, that is assigned in scp project
if ( exists($installer::globals::componentid{$componentname}) )
{
$installer::logger::Lang->printf("reusing guid %s for component %s\n",
$installer::globals::componentid{$componentname},
$componentname);
$returnvalue = "\{" . $installer::globals::componentid{$componentname} . "\}";
}
return $returnvalue;
}
##############################################################
# Returning the directory for a file component.
##############################################################
sub get_file_component_directory ($$$)
{
my ($componentname, $filesref, $dirref) = @_;
my ($component, $uniquedir);
foreach my $onefile (@$filesref)
{
if ($onefile->{'componentname'} eq $componentname)
{
return get_file_component_directory_for_file($onefile, $dirref);
}
}
# This component can be ignored, if it exists in a version with
# extension "_pff" (this was renamed in file::get_sequence_for_file() )
my $ignore_this_component = 0;
my $origcomponentname = $componentname;
my $componentname_pff = $componentname . "_pff";
foreach my $onefile (@$filesref)
{
if ($onefile->{'componentname'} eq $componentname_pff)
{
return "IGNORE_COMP";
}
}
installer::exiter::exit_program(
"ERROR: Did not find component \"$origcomponentname\" in file collection",
"get_file_component_directory");
}
sub get_file_component_directory_for_file ($$)
{
my ($onefile, $dirref) = @_;
my $localstyles = $onefile->{'Styles'};
$localstyles = "" unless defined $localstyles;
if ( $localstyles =~ /\bFONT\b/ ) # special handling for font files
{
return $installer::globals::fontsfolder;
}
my $destdir = "";
if ( $onefile->{'Dir'} ) { $destdir = $onefile->{'Dir'}; }
if ( $destdir =~ /\bPREDEFINED_OSSHELLNEWDIR\b/ ) # special handling for shellnew files
{
return $installer::globals::templatefolder;
}
my $destination = $onefile->{'destination'};
installer::pathanalyzer::get_path_from_fullqualifiedname(\$destination);
$destination =~ s/\Q$installer::globals::separator\E\s*$//;
# This path has to be defined in the directory collection at "HostName"
my $uniquedir = undef;
if ($destination eq "") # files in the installation root
{
$uniquedir = "INSTALLLOCATION";
}
else
{
my $found = 0;
foreach my $directory (@$dirref)
{
if ($directory->{'HostName'} eq $destination)
{
$found = 1;
$uniquedir = $directory->{'uniquename'};
last;
}
}
if ( ! $found)
{
installer::exiter::exit_program(
"ERROR: Did not find destination $destination in directory collection",
"get_file_component_directory");
}
if ( $uniquedir eq $installer::globals::officeinstalldirectory )
{
$uniquedir = "INSTALLLOCATION";
}
}
$onefile->{'uniquedirname'} = $uniquedir; # saving it in the file collection
return $uniquedir
}
##############################################################
# Returning the directory for a registry component.
# This cannot be a useful value
##############################################################
sub get_registry_component_directory
{
my $componentdir = "INSTALLLOCATION";
return $componentdir;
}
##############################################################
# Returning the attributes for a file component.
# Always 8 in this first try?
##############################################################
sub get_file_component_attributes
{
my ($componentname, $filesref, $allvariables) = @_;
my $attributes;
$attributes = 2;
# special handling for font files
my $onefile;
my $found = 0;
for ( my $i = 0; $i <= $#{$filesref}; $i++ )
{
$onefile = ${$filesref}[$i];
my $component = $onefile->{'componentname'};
if ( $component eq $componentname )
{
$found = 1;
last;
}
}
if (!($found))
{
installer::exiter::exit_program("ERROR: Did not find component in file collection", "get_file_component_attributes");
}
my $localstyles = "";
if ( $onefile->{'Styles'} ) { $localstyles = $onefile->{'Styles'}; }
if ( $localstyles =~ /\bFONT\b/ )
{
$attributes = 8; # font files will be deinstalled if the ref count is 0
}
if ( $localstyles =~ /\bASSEMBLY\b/ )
{
$attributes = 0; # Assembly files cannot run from source
}
if ((defined $onefile->{'Dir'} && $onefile->{'Dir'} =~ /\bPREDEFINED_OSSHELLNEWDIR\b/)
|| $onefile->{'needs_user_registry_key'})
{
$attributes = 4; # Files in shellnew dir and in non advertised startmenu entries must have user registry key as KeyPath
}
# Adding 256, if this is a 64 bit installation set.
if (( $allvariables->{'64BITPRODUCT'} ) && ( $allvariables->{'64BITPRODUCT'} == 1 )) { $attributes = $attributes + 256; }
return $attributes
}
##############################################################
# Returning the attributes for a registry component.
# Always 4, indicating, the keypath is a defined in
# table registry
##############################################################
sub get_registry_component_attributes
{
my ($componentname, $allvariables) = @_;
my $attributes;
$attributes = 4;
# Adding 256, if this is a 64 bit installation set.
if (( $allvariables->{'64BITPRODUCT'} ) && ( $allvariables->{'64BITPRODUCT'} == 1 )) { $attributes = $attributes + 256; }
if ( exists($installer::globals::dontdeletecomponents{$componentname}) ) { $attributes = $attributes + 16; }
return $attributes
}
##############################################################
# Returning the conditions for a component.
# This is important for language dependent components
# in multilingual installation sets.
##############################################################
sub get_file_component_condition
{
my ($componentname, $filesref) = @_;
my $condition = "";
if (exists($installer::globals::componentcondition{$componentname}))
{
$condition = $installer::globals::componentcondition{$componentname};
}
# there can be also tree conditions for multilayer products
if (exists($installer::globals::treeconditions{$componentname}))
{
if ( $condition eq "" )
{
$condition = $installer::globals::treeconditions{$componentname};
}
else
{
$condition = "($condition) And ($installer::globals::treeconditions{$componentname})";
}
}
return $condition
}
##############################################################
# Returning the conditions for a registry component.
##############################################################
sub get_component_condition
{
my ($componentname) = @_;
my $condition;
$condition = ""; # Always ?
if (exists($installer::globals::componentcondition{$componentname}))
{
$condition = $installer::globals::componentcondition{$componentname};
}
return $condition
}
####################################################################
# Returning the keypath for a component.
# This will be the name of the first file/registry, found in the
# collection $itemsref
# Attention: This has to be the unique (file)name, not the
# real filename!
####################################################################
sub get_component_keypath ($$)
{
my ($componentname, $itemsref) = @_;
foreach my $oneitem (@$itemsref)
{
my $component = $oneitem->{'componentname'};
if ( ! defined $component)
{
installer::scriptitems::print_script_item($oneitem);
installer::logger::PrintError("item in get_component_keypath has no 'componentname'\n");
return "";
}
if ( $component eq $componentname )
{
my $keypath = $oneitem->{'uniquename'}; # "uniquename", not "Name"
# Special handling for components in
# PREDEFINED_OSSHELLNEWDIR. These components need as
# KeyPath a RegistryItem in HKCU
if ($oneitem->{'userregkeypath'})
{
$keypath = $oneitem->{'userregkeypath'};
}
# saving it in the file and registry collection
$oneitem->{'keypath'} = $keypath;
return $keypath
}
}
installer::exiter::exit_program(
"ERROR: Did not find component in file/registry collection, function get_component_keypath",
"get_component_keypath");
}
sub remove_ooversion_from_component_name($)
{
my ($component_name) = @_;
$component_name =~ s/_openoffice\d+//;
return $component_name;
}
sub prepare_component_table_creation ($$$)
{
my ($file_components, $registry_components, $variables) = @_;
if ($installer::globals::is_release)
{
my %source_component_data = ();
# Collect the components that are used in the source release.
my $component_table = $installer::globals::source_msi->GetTable("Component");
foreach my $row (@{$component_table->GetAllRows()})
{
$source_component_data{$row->GetValue("Component")} = $row;
}
# Find source components that do not exist in the target components, ie have been removed.
# Process file components.
my @missing_source_component_names = ();
my %file_component_hash = map {$_ => 1} @$file_components;
foreach my $source_component_name (keys %source_component_data)
{
# In this loop we only process components for files and ignore those for registry entries.
next if $source_component_name =~ /^registry_/;
if ( ! defined $file_component_hash{$source_component_name})
{
push @missing_source_component_names, [$source_component_name, $source_component_name];
$installer::logger::Info->printf("missing file component %s\n", $source_component_name);
}
}
# Process registry components.
my %registry_component_hash = map {$_ => 1} @$registry_components;
my %registry_component_hash_normalized = map {remove_ooversion_from_component_name($_) => $_} @$registry_components;
my %target_registry_component_translation = ();
foreach my $source_component_name (keys %source_component_data)
{
# In this loop we only process components for registry entries and ignore those for files.
next if $source_component_name !~ /^registry_/;
if (defined $registry_component_hash{$source_component_name})
{
# Found the non-normalized name.
}
elsif (defined $registry_component_hash_normalized{
remove_ooversion_from_component_name($source_component_name)})
{
# Found the normalized name.
my $target_component_name = $registry_component_hash_normalized{
remove_ooversion_from_component_name($source_component_name)};
$target_registry_component_translation{$target_component_name} = $source_component_name;
$installer::logger::Info->printf("found normalized component name %s\n", $source_component_name);
$installer::logger::Info->printf(" %s -> %s\n", $target_component_name, $source_component_name);
}
else
{
# Source component was not found.
push @missing_source_component_names, $source_component_name;
$installer::logger::Info->printf("missing component %s\n", $source_component_name);
}
}
if (scalar @missing_source_component_names > 0)
{
$installer::logger::Info->printf("Error: there are %d missing components\n",
scalar @missing_source_component_names);
return {};
}
else
{
return \%target_registry_component_translation;
}
}
return {};
}
sub get_component_data ($$$$)
{
my ($file_component_names,
$registry_component_names,
$files,
$registry_entries) = @_;
# When we are building a release then prepare building a patch by looking up some data
# from the previous release.
my %source_data = ();
if ($installer::globals::is_release)
{
my $source_component_table = $installer::globals::source_msi->GetTable("Component");
my $component_column_index = $source_component_table->GetColumnIndex("Component");
my $component_id_column_index = $source_component_table->GetColumnIndex("ComponentId");
my $key_path_column_index = $source_component_table->GetColumnIndex("KeyPath");
foreach my $source_row (@{$source_component_table->GetAllRows()})
{
my $component_name = $source_row->GetValue($component_column_index);
my $component_id = $source_row->GetValue($component_id_column_index);
my $key_path = $source_row->GetValue($key_path_column_index);
$source_data{$component_name} = {
'component_id' => $component_id,
'key_path' => $key_path
};
}
}
# Set up data for the target release.
# Use data from the source version where possible.
# Create missind data where necessary.
# Set up the target data with flags that remember whether a
# component contains files or registry entries.
my %target_data = ();
foreach my $name (@$file_component_names)
{
$target_data{$name} = {'is_file' => 1};
}
foreach my $name (@$registry_component_names)
{
$target_data{$name} = {'is_file' => 0};
}
# Add values for the ComponentId column.
$installer::logger::Lang->printf("preparing Component->ComponentId values\n");
foreach my $name (@$file_component_names,@$registry_component_names)
{
# Determine the component id.
my $guid = $installer::globals::is_release
? $source_data{$name}->{'component_id'}
: undef;
if (defined $guid)
{
$installer::logger::Lang->printf(" reusing guid %s\n", $guid);
}
else
{
$guid = "{" . installer::windows::msiglobal::create_guid() . "}";
$installer::logger::Lang->printf(" creating new guid %s\n", $guid);
}
$target_data{$name}->{'component_id'} = $guid;
}
# Add values for the KeyPath column.
$installer::logger::Lang->printf("preparing Component->KeyPath values\n");
foreach my $component_name (@$file_component_names,@$registry_component_names)
{
# Determine the key path.
my $key_path = $installer::globals::is_release
? $source_data{$component_name}->{'key_path'}
: undef;
if (defined $key_path)
{
$installer::logger::Lang->printf(" reusing key path %s for component %s\n",
$key_path,
$component_name);
}
else
{
if ($target_data{$component_name}->{'is_file'})
{
$key_path = get_component_keypath($component_name, $files);
}
else
{
$key_path = get_component_keypath($component_name, $registry_entries);
}
$installer::logger::Lang->printf(" created key path %s for component %s\n",
$key_path,
$component_name);
}
$target_data{$component_name}->{'key_path'} = $key_path;
}
return \%target_data;
}
sub create_component_table_data ($$$$$$)
{
my ($filesref, $registryref, $dirref, $allfilecomponentsref, $allregistrycomponents, $allvariables) = @_;
my $target_data = get_component_data($allfilecomponentsref, $allregistrycomponents, $filesref, $registryref);
my @table_data = ();
# File components
foreach my $name (@$allfilecomponentsref)
{
my %onecomponent = ();
$onecomponent{'name'} = $name;
$onecomponent{'guid'} = $target_data->{$name}->{'component_id'};
$onecomponent{'directory'} = get_file_component_directory($name, $filesref, $dirref);
if ( $onecomponent{'directory'} eq "IGNORE_COMP" ) { next; }
$onecomponent{'attributes'} = get_file_component_attributes($name, $filesref, $allvariables);
$onecomponent{'condition'} = get_file_component_condition($name, $filesref);
$onecomponent{'keypath'} = $target_data->{$name}->{'key_path'};
push @table_data, \%onecomponent;
}
# Registry components
foreach my $name (@$allregistrycomponents)
{
my %onecomponent = ();
$onecomponent{'name'} = $name;
$onecomponent{'guid'} = $target_data->{$name}->{'component_id'};
$onecomponent{'directory'} = get_registry_component_directory();
$onecomponent{'attributes'} = get_registry_component_attributes($name, $allvariables);
$onecomponent{'condition'} = get_component_condition($name);
$onecomponent{'keypath'} = $target_data->{$name}->{'key_path'};
push(@table_data, \%onecomponent);
}
return \@table_data;
}
###################################################################
# Creating the file Componen.idt dynamically
# Content:
# Component ComponentId Directory_ Attributes Condition KeyPath
###################################################################
sub create_component_table ($$)
{
my ($table_data, $basedir) = @_;
my @componenttable = ();
my ($oneline, $infoline);
installer::windows::idtglobal::write_idt_header(\@componenttable, "component");
foreach my $item (@$table_data)
{
$oneline = sprintf("%s\t%s\t%s\t%s\t%s\t%s\n",
$item->{'name'},
$item->{'guid'},
$item->{'directory'},
$item->{'attributes'},
$item->{'condition'},
$item->{'keypath'});
push(@componenttable, $oneline);
}
# Saving the file
my $componenttablename = $basedir . $installer::globals::separator . "Componen.idt";
installer::files::save_file($componenttablename ,\@componenttable);
$infoline = "Created idt file: $componenttablename\n";
$installer::logger::Lang->print($infoline);
}
####################################################################################
# Returning a component for a scp module gid.
# Pairs are saved in the files collector.
####################################################################################
sub get_component_name_from_modulegid
{
my ($modulegid, $filesref) = @_;
my $componentname = "";
for ( my $i = 0; $i <= $#{$filesref}; $i++ )
{
my $onefile = ${$filesref}[$i];
if ( $onefile->{'modules'} )
{
my $filemodules = $onefile->{'modules'};
my $filemodulesarrayref = installer::converter::convert_stringlist_into_array_without_newline(\$filemodules, ",");
if (installer::existence::exists_in_array($modulegid, $filemodulesarrayref))
{
$componentname = $onefile->{'componentname'};
last;
}
}
}
return $componentname;
}
####################################################################################
# Updating the file Environm.idt dynamically
# Content:
# Environment Name Value Component_
####################################################################################
sub set_component_in_environment_table
{
my ($basedir, $filesref) = @_;
my $infoline = "";
my $environmentfilename = $basedir . $installer::globals::separator . "Environm.idt";
if ( -f $environmentfilename ) # only do something, if file exists
{
my $environmentfile = installer::files::read_file($environmentfilename);
for ( my $i = 3; $i <= $#{$environmentfile}; $i++ ) # starting in line 4 of Environm.idt
{
if ( ${$environmentfile}[$i] =~ /^\s*(.*?)\t(.*?)\t(.*?)\t(.*?)\s*$/ )
{
my $modulegid = $4; # in Environment table a scp module gid can be used as component replacement
my $componentname = get_component_name_from_modulegid($modulegid, $filesref);
if ( $componentname ) # only do something if a component could be found
{
$infoline = "Updated Environment table:\n";
$installer::logger::Lang->print($infoline);
$infoline = "Old line: ${$environmentfile}[$i]\n";
$installer::logger::Lang->print($infoline);
${$environmentfile}[$i] =~ s/$modulegid/$componentname/;
$infoline = "New line: ${$environmentfile}[$i]\n";
$installer::logger::Lang->print($infoline);
}
}
}
# Saving the file
installer::files::save_file($environmentfilename ,$environmentfile);
$infoline = "Updated idt file: $environmentfilename\n";
$installer::logger::Lang->print($infoline);
}
}
sub apply_component_translation ($@)
{
my ($translation_map, @component_names) = @_;
my @translated_names = ();
foreach my $component_name (@component_names)
{
my $translated_name = $translation_map->{$component_name};
if (defined $translated_name)
{
push @translated_names, $translated_name;
}
else
{
push @translated_names, $component_name;
}
}
return @translated_names;
}
1;