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package install_steps_auto_install; # $Id$

use diagnostics;
use strict;
use vars qw(@ISA $graphical @graphical_steps);

@ISA = qw(install_steps);

#-######################################################################################
#- misc imports
#-######################################################################################
use common;
use install_steps;

sub new {
    my ($type, $o) = @_;

    # Handle legacy options
    $o->{interactive} ||= 'gtk' if $graphical || !is_empty_array_ref($o->{interactiveSteps});
    push @{$o->{interactiveSteps}}, qw(installPackages exitInstall), @graphical_steps;

    if ($o->{interactive}) {
        my $interactiveClass = "install_steps_$o->{interactive}";
	require "$interactiveClass.pm";

	@ISA = ($interactiveClass, @ISA);

	for (my $f = $o->{steps}{first}; $f; $f = $o->{steps}{$f}{next}) {
	    my $auto_name = member($f, @{$o->{interactiveSteps}}) ? 'noauto' : 'auto';
	    $o->{steps}{$f}{$auto_name} = 1;
	}

	goto &{$::{$interactiveClass . "::"}{new}};
    } else {
	@ISA = ('install_steps_auto_install_non_interactive', @ISA);
	(bless {}, ref $type || $type)->install_steps::new($o);
    }
}


sub exitInstall {
    my ($o, $alldone) = @_;
    return if $o->{autoExitInstall};

    if ($o->{interactive}) {
	$o->SUPER::exitInstall($alldone);
    } else {
	install_steps::exitInstall($o);
	print "\a";
	print "Auto installation complete (the postInstall is not done yet though)\n";
	print "Press <Enter> to reboot\n";
	<STDIN>;
    }
}


#-######################################################################################
#- install_steps_auto_install_non_interactive package
#-######################################################################################
package install_steps_auto_install_non_interactive;

use install_steps;
use lang;
use modules;
use common;
use log;

sub configureNetwork {
    my ($o) = @_;
    modules::load_category('network/main|usb');
    goto &install_steps::configureNetwork;
}

sub enteringStep {
    my ($o, $step) = @_;
    my ($s, $t) = (N_("Entering step `%s'\n"), $o->{steps}{$step}{text});
    ($s, $t) = (translate($s), translate($t)) if $ENV{LANG} !~ /ja|ko|zh/;
    print sprintf($s, $t);
    $o->install_steps::enteringStep($step);
}

sub rebootNeeded {
    my ($o) = @_;
    print "\nWhile partitioning, the partition table re-read failed, needing a reboot\n";
    print "This is plain wrong for an auto_install\n";
    errorInStep();
}

sub ask_warn {
    log::l(ref $_[1] ? join " ", @{$_[1]} : $_[1]);
}

sub wait_message {}

sub errorInStep {
    print "error :(\n"; 
    print "switch to console f2 for a shell\n";
    print "Press <Enter> to reboot\n";
    <STDIN>;
    c::_exit(0);
}


#-######################################################################################
#- Steps Functions
#-######################################################################################
sub selectLanguage {
    my ($o) = @_;
    $o->install_steps::selectLanguage;
    lang::load_console_font($o->{lang});
}

sub installPackages {
    my ($o, $packages) = @_;
    catch_cdie { $o->install_steps::installPackages($packages) } sub { print "$@\n"; 1 }
}

1;
ass="hl opt">=~ s/[A-Z,]*(.*)/$1/; $sbus_table_network{$prob_name} and push @$sbus_probed, [ "NETWORK", @{$sbus_table_network{$prob_name}} ]; #- TODO for Sun Quad Ethernet (qe) } #- probe for scsi devices. if ($sbus && ($prob_type eq 'scsi' || $prob_name =~ /^(soc|socal)$/)) { $prob_name =~ s/[A-Z,]*(.*)/$1/; $sbus_table_scsi{$prob_name} and push @$sbus_probed, [ "SCSI", @{$sbus_table_scsi{$prob_name}} ]; } #- probe for audio devices, there are no type to check here. if ($sbus_table_audio{$prob_name}) { $prob_name =~ /,/ and $prob_name =~ s/[A-Z,]*(.*)/$1/; my $ext = $prob_name eq 'CS4231' && $ebus && "_PCI"; $sbus_table_audio{$prob_name . $ext} ? push @$sbus_probed, [ "AUDIO", @{$sbus_table_audio{$prob_name . $ext}} ] : push @$sbus_probed, [ "AUDIO", @{$sbus_table_audio{$prob_name}} ]; } #- probe for video devices. if ($prob_type eq 'display' && ($sbus || $prob_name =~ /^(ffb|afb|cgfourteen)$/)) { $prob_name =~ s/[A-Z,]*(.*)/$1/; my $ext = ($prob_name eq 'mgx' && prom_getint('fb_size') == 0x400000 && '_4M' || $prob_name eq 'cgsix' && do { my ($chiprev, $vmsize) = (prom_getint('chiprev'), prom_getint('vmsize')); my $result = ''; $chiprev >= 1 && $chiprev <= 4 and $result = '_dbl'; $chiprev >= 5 && $chiprev <= 9 and $result = '_sgl'; $chiprev == 11 && $vmsize == 2 and $result = '_t1M'; $chiprev == 11 && $vmsize == 4 and $result = '_tp'; $chiprev == 11 && !$result and $result = '_t'; $result; } || $prob_name eq 'leo' && c::prom_getstring('model') =~ /501-2503/ && '_t' || $prob_name eq 'tcx' && c::prom_getbool('tcx-8-bit') && '_8b' || $prob_name eq 'afb' && sprintf "_btx%x", prom_getint('board_type') || $prob_name eq 'ffb' && sprintf "_btx%x", prom_getint('board_type')); $sbus_table_video{$prob_name . $ext} ? push @$sbus_probed, [ "VIDEO", @{$sbus_table_video{$prob_name . $ext}} ] : push @$sbus_probed, [ "VIDEO", @{$sbus_table_video{$prob_name}} ]; } #- parse prom tree. $prob_name eq 'sbus' || $prob_name eq 'sbi' and $nsbus = 1; $prob_name eq 'ebus' and $nebus = 1; $nextnode = c::prom_getchild($node) and prom_walk($sbus_probed, $nextnode, $nsbus, $nebus); $nextnode = c::prom_getsibling($node) and prom_walk($sbus_probed, $nextnode, $sbus, $ebus); } sub probe { eval { modules::load("openprom") } if arch() =~ /sparc/; my $root_node = c::prom_open(); my @l; prom_walk(\@l, $root_node, 0, 0); c::prom_close(); map { my %l; @l{qw(type description drivers)} = @$_ } @l; }