/usr/share/perl5/Apache/Ocsinventory/Interface/Inventory.pm is in ocsinventory-server 2.0.5-1.1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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## OCSINVENTORY-NG
## Copyleft Pascal DANEK 2008
## Web : http://www.ocsinventory-ng.org
##
## This code is open source and may be copied and modified as long as the source
## code is always made freely available.
## Please refer to the General Public Licence http://www.gnu.org/ or Licence.txt
################################################################################
package Apache::Ocsinventory::Interface::Inventory;
use Apache::Ocsinventory::Map;
use Apache::Ocsinventory::Server::Constants;
use Apache::Ocsinventory::Interface::Database;
use Apache::Ocsinventory::Interface::Internals;
use strict;
require Exporter;
our @ISA = qw /Exporter/;
our @EXPORT = qw /
/;
sub get_computers {
my $request = decode_xml( shift );
my %build_functions = (
'INVENTORY' => \&Apache::Ocsinventory::Interface::Inventory::build_xml_inventory,
'META' => \&Apache::Ocsinventory::Interface::Inventory::build_xml_meta
);
# Returned values
my @result;
# First xml parsing
my $parsed_request = XML::Simple::XMLin( $request ) or die($!);
# Max number of responses sent back to client
my $max_responses = $ENV{OCS_OPT_WEB_SERVICE_RESULTS_LIMIT};
my @ids;
# Generate boundaries
my $begin;
if( defined $parsed_request->{'OFFSET'} ){
return send_error('BAD_OFFSET') unless $parsed_request->{'OFFSET'} =~ /^\d+$/;
$begin = $parsed_request->{'OFFSET'}*$ENV{OCS_OPT_WEB_SERVICE_RESULTS_LIMIT};
}
elsif( defined $parsed_request->{'BEGIN'}){
return send_error('BAD_BEGIN_VALUE') unless $parsed_request->{'BEGIN'} =~ /^\d+$/;
$begin = $parsed_request->{'BEGIN'};
}
else{
$begin = 0;
}
# Call search_engine stub
Apache::Ocsinventory::Interface::Internals::search_engine($parsed_request->{ENGINE}, $request, \@ids, $begin);
# Type of requested data (meta datas, inventories, special features..
my $type=$parsed_request->{'ASKING_FOR'}||'INVENTORY';
$type =~ s/^(.+)$/\U$1/;
# Generate xml responses
for(@ids){
push @result, &{ $build_functions{ $type } }($_, $parsed_request->{CHECKSUM}, $parsed_request->{WANTED});#Wanted=>special sections bitmap
}
# Send
return "<COMPUTERS>\n", @result, "</COMPUTERS>\n";
}
# Build whole inventory (sections specified using checksum)
sub build_xml_inventory {
my ($computer, $checksum, $wanted) = @_;
my %xml;
my %special_sections = (
accountinfo => 1,
dico_soft => 2
);
# Whole inventory by default
$checksum = CHECKSUM_MAX_VALUE unless $checksum=~/\d+/;
# Build each section using ...standard_section
for( keys(%DATA_MAP) ){
#Don't process the sections that are use for capacities special inventory
next if $DATA_MAP{$_}->{capacities};
if( ($checksum & $DATA_MAP{$_}->{mask} ) ){
&build_xml_standard_section($computer, \%xml, $_) or die;
}
}
# Accountinfos
for( keys( %special_sections ) ){
&build_xml_special_section($computer, \%xml, $_) if $special_sections{$_} & $wanted;
}
# Return the xml response to interface
return XML::Simple::XMLout( \%xml, 'RootName' => 'COMPUTER' ) or die;
}
# Build metadata of a computer
sub build_xml_meta {
my $id = shift;
my %xml;
# For mapped fields
my @mapped_fields = qw / NAME TAG DEVICEID LASTDATE LASTCOME CHECKSUM DATABASEID/;
# For others
my @other_fields = qw //;
my $sql_str = qq/
SELECT
hardware.DEVICEID AS DEVICEID,
hardware.LASTDATE AS LASTDATE,
hardware.LASTCOME AS LASTCOME,
hardware.checksum AS CHECKSUM,
hardware.ID AS DATABASEID,
hardware.NAME AS NAME,
accountinfo.TAG AS TAG
FROM hardware,accountinfo
WHERE accountinfo.HARDWARE_ID=hardware.ID
AND ID=?
/;
my $sth = get_sth( $sql_str, $id);
while( my $row = $sth->fetchrow_hashref ){
for( @mapped_fields ){
$xml{ $_ }=[$row->{ $_ }];
}
}
$sth->finish;
return XML::Simple::XMLout( \%xml, 'RootName' => 'COMPUTER' ) or die;
}
# Build a database mapped inventory section
sub build_xml_standard_section{
my ($id, $xml_ref, $section) = @_;
my %element;
my @tmp;
# Request database
my $deviceid = get_table_pk($section);
my $sth = get_sth("SELECT * FROM $section WHERE $deviceid=?", $id);
# Build data structure...
while ( my $row = $sth->fetchrow_hashref() ){
for( keys(%{$DATA_MAP{ $section }->{fields}}) ){
next if $DATA_MAP{ $section }->{fields}->{$_}->{noSql};
# New DB schema support
if( $DATA_MAP{ $section }->{fields}->{$_}->{type} ){
$row->{ $_ } = get_type_name($section, $_, $row->{ $_ });
}
$element{$_} = [ $row->{ $_ } ];
}
push @tmp, { %element };
%element = ();
}
$section =~ s/$section/\U$&/g;
$xml_ref->{$section}=[ @tmp ];
@tmp = ();
$sth->finish;
}
# For non-standard sections
sub build_xml_special_section {
my ($id, $xml_ref, $section) = @_;
# Accountinfos retrieving
if($section eq 'accountinfo'){
my %element;
my @tmp;
# Request database
my $sth = get_sth('SELECT * FROM accountinfo WHERE HARDWARE_ID=?', $id);
# Build data structure...
my $row = $sth->fetchrow_hashref();
for( keys( %$row ) ){
next if $_ eq get_table_pk('accountinfo');
push @tmp, { Name => $_ , content => $row->{ $_ } };
}
$xml_ref->{'ACCOUNTINFO'}{'ENTRY'} = [ @tmp ];
$sth->finish;
}
elsif($section eq 'dico_soft'){
my @tmp;
my $sth = get_sth('SELECT DISTINCT dico_soft.FORMATTED AS FORMAT FROM softwares,dico_soft WHERE HARDWARE_ID=? AND EXTRACTED=NAME', $id);
while( my $row = $sth->fetchrow_hashref() ){
push @tmp, $row->{FORMAT};
}
$xml_ref->{'DICO_SOFT'}{WORD} = [ @tmp ];
$sth->finish;
}
}
# Return software name alias
sub get_dico_soft_extracted{
my $extracted = shift;
my $sth = get_sth('SELECT DISTINCT FORMATTED FROM dico_soft WHERE EXTRACTED=?', $extracted);
unless($sth->rows){
$sth->finish();
return undef;
}
my ($formatted) = $sth->fetchrow_array;
$sth->finish();
return $formatted;
}
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