use strict;

use lib qw( builder );

use Build;

my $mb = Build->new;

$mb->change_versions(1);

$mb->create_build_script;

        'Linux::Distribution' => 0,

        'Unix::Processors'    => 0,

        'Sys::Info::Base'     => '0.72',

    },

    build_requires => {

        'Test::Sys::Info'     => '0.15',

package Sys::Info::Driver::Linux;

use strict;

use vars qw( $VERSION @ISA @EXPORT );

$VERSION = '0.73';

@EXPORT  = qw( proc );

    loadavg  => '/proc/loadavg', # average cpu load

    cpuinfo  => '/proc/cpuinfo', # cpu information

    uptime   => '/proc/uptime',  # uptime file

package Sys::Info::Driver::Linux::Device;

use strict;

use vars qw( $VERSION );

$VERSION = '0.70';

package Sys::Info::Driver::Linux::Device::CPU;

use strict;

use vars qw($VERSION);

use base qw(Sys::Info::Base);

use Sys::Info::Driver::Linux;

use Unix::Processors;

use POSIX ();

$VERSION = '0.70';

    my $flags = $cpu[0]->{flags};

    if ( $flags ) {

        my $lm = grep { $_ eq 'lm' } @{$flags};

    }

}

sub load {

    my $self  = shift;

    my $level = shift;

    return $loads[$level];

}

sub _parse_cpuinfo {

    my $self = shift;

    my($k, $v);

    my %cpu;

        $cpu{$k} = $v;

    }

    my %flags = map { $_ => 1 } @flags;

    my $up    = Unix::Processors->new;

    (my $name  = $cpu{'model name'}) =~ s[ \s{2,} ][ ]xms;

    return(

        processor_id                 => $cpu{processor},

        bus_speed                    => undef,

        speed                        => $cpu{'cpu MHz'},

        name                         => $name,

package Sys::Info::Driver::Linux::OS;

use strict;

use vars qw( $VERSION );

use base qw( Sys::Info::Base );

use POSIX ();

use Carp qw( croak );

use Sys::Info::Driver::Linux;

use Sys::Info::Constants qw( :linux );

$VERSION = '0.70';

    lenny  => '5.0',

);

# unimplemented

sub logon_server {}

sub edition {

    my $self = shift->_populate_osversion;

}

sub tz {

    $info{system_manufacturer}       = undef;

    $info{system_model}              = undef;

    $info{page_file_path}            = join ', ', map { $_->{Filename} } @swaps;

sub tick_count {

    my $self = shift;

    my $uptime = $self->slurp( proc->{uptime} ) || return 0;

    # this file has two entries. uptime is the first one. second: idle time

    return $uptime[LIN_UP_TIME];

}

sub name {

    my $id   = $opt{long} ? ($opt{edition} ? 'LONGNAME_EDITION' : 'LONGNAME')

             :              ($opt{edition} ? 'NAME_EDITION'     : 'NAME'    )

             ;

    my $id   = POSIX::geteuid();

    my $gid  = POSIX::getegid();

    return 0 if $@;

    return $id == 0 && $gid == 0 && $name eq 'root';

}

sub login_name {

    my $login = POSIX::getlogin() || return;

    my $rv    = eval { $opt{real} ? (getpwnam $login)[LIN_REAL_NAME_FIELD] : $login };

    $rv =~ s{ [,]{3,} \z }{}xms if $opt{real};

    return $rv;

}

sub domain_name {

    my $self = shift;

    foreach my $line ( $self->read_file( proc->{resolv} ) ) {

        chomp $line;

    my(@fstab, @junk, $re);

    foreach my $line( $self->read_file( proc->{fstab} ) ) {

        chomp $line;

        next if lc($junk[LIN_FS_TYPE]) eq 'swap'; # ignore swaps

        $re = $junk[LIN_MOUNT_POINT];

        push @fstab, [ $re, $junk[LIN_FS_TYPE] ];

    }

    my $fstype = $fstab[0]->[1];

    my $attr   = $self->_fs_attributes( $fstype );

        filesystem => $fstype,

        ($attr ? %{$attr} : ())

}

# ------------------------[ P R I V A T E ]------------------------ #

sub _parse_meminfo {

    my $self = shift;

    my %mem;

        chomp $line;

    }

    return %mem;

}

sub _parse_swap {

    my $self = shift;

    my @swap_list;

    foreach my $line ( @swaps ) {

        chomp $line;

        push @swap_list,

            {

                map { $swap_title[$_] => $data[$_] } 0..$#swap_title

    my $self = shift;

    my $raw  = qx(ifconfig);

    return if not $raw;

        return $1;

    }

    return;

sub _populate_osversion {

    return if %OSVERSION;

    my $self    = shift;

    if (  -e proc->{'version'} && -f _) {

        $version =  $self->trim(

                    );

    }

    #$build_date = "1 Fri Jul 23 20:48:29 CDT 2004';";

    #$build_date = "1 SMP Mon Aug 16 09:25:06 EDT 2004";

    # format: 'Linux version 1.2.3 (foo@bar.com)'

    # format: 'Linux version 1.2.3 (foo@bar.com) (gcc 1.2.3)'

    # format: 'Linux version 1.2.3 (foo@bar.com) (gcc 1.2.3 (Redhat blah blah))'

        }

    }

    # kernel build date

    $build_date = $self->date2time($build_date) if $build_date;

    require Linux::Distribution;

    my $linux = Linux::Distribution->new;

    }

    if ( ! $edition && $dv !~ m{[0-9]}xms ) {

            if ( my $test = $DEBIAN_VFIX{ lc $buf[0] } ) {

                # Debian version comes as the edition name

                $edition = $dv;

    %OSVERSION = (

        NAME             => $osname,

        NAME_EDITION     => $edition ? "$osname ($edition)" : $osname,

        VERSION  => $V,

        KERNEL   => $kernel,

        RAW      => {

                    },

    );

                                   @OSVERSION{ qw/ NAME         VERSION / },

                                   $kernel;

                                   @OSVERSION{ qw/ NAME_EDITION VERSION / },

                                   $kernel;

    return;

sub _fs_attributes {

    my $self = shift;

    my $fs   = shift;

    return {

        ext3 => {

#!/usr/bin/env perl -w

use strict;

use Test::Sys::Info;

driver_ok('Linux');