package harddrake::ui;
use strict;
use diagnostics;
require harddrake::data;
use common;
use ugtk2 qw(:create :helpers :wrappers);
use interactive;
# { field => [ short_translation, full_description] }
my %fields =
(
"alternative_drivers" => [ N("Alternative drivers"),
N("the list of alternative drivers for this sound card") ],
"bus" =>
[ N("Bus"),
N("this is the physical bus on which the device is plugged (eg: PCI, USB, ...)") ],
"channel" => [N("Channel"), N("EIDE/SCSI channel")],
"bogomips" => [N("Bogomips"), N("The GNU/Linux kernel needs to do run a calculation loop at boot time
to initialize a timer counter. Its result is stored as bogomips as a way to \"benchmark\" the cpu.")],
"bus_id" =>
[ N("Bus identification"),
N("- PCI and USB devices: this list the vendor, device, subvendor and subdevice PCI/USB ids") ],
"bus_location" =>
[ N("Location on the bus"),
N("- pci devices: this gives the PCI slot, device and function of this card
- eide devices: the device is either a slave or a master device
- scsi devices: the scsi bus and the scsi device ids") ],
"cache size" => [ N("Cache size"), N("Size of the (second level) cpu cache") ],
"coma_bug" => [ N("Coma bug:"), N("Does this cpu has Cyrix 6x86 Coma bug ?") ],
"cpu family" => [ N("Cpuid family"), N("Family of the cpu (eg: 6 for i686 class)") ],
"cpuid level" => [ N("Cpuid level"), N("Information level that one can obtain through the cpuid instruction") ],
"cpu MHz" => [ N("Frequency (MHz)"), N("The cpu frequency in Mhz (Mega herz which in first approximation may be coarsely assimilated to number of instructions the cpu is able to execute per second)") ],
"description" => [ N("Description"), N("This field describe the device") ],
"device" => [ N("Old device file"),
N("old static device name used in dev package") ],
"devfs_device" => [ N("New devfs device"),
N("new dinamic device name generated by incore kernel devfs") ],
"driver" => [ N("Module"), N("the module of the GNU/Linux kernel that handle that device") ],
"flags" => [ N("Flags"), N("CPU flags reported by the kernel") ],
"fdiv_bug" => [ N("Fdiv bug"),
N("Early Intel Pentium chips manufactured have a bug in their floating point processor which did not achieve the attended precision when performing a Floating point DIVision (FDIV)") ],
"fpu" => [ N("Is FPU present"), N("yes means the processor has an arithmetic coprocessor") ],
"fpu_exception" => [ N("Does FPU have an irq vector"), N("yes means the arithmetic coprocessor has an exception vector attached") ],
"f00f_bug" => [N("F00f bug"), N("Early pentium were buggy and freezed when decoding the F00F bytecode")],
"hlt_bug" => [ N("Halt bug"),
N("Some of the early i486DX-100 chips cannot reliably return to operating mode after the \"halt\" instruction is used") ],
"info" => [N("Floppy format"), N("Format of floppies the drive accept")],
"level" => [N("Level"), N("Sub generation of the cpu")],
"media_type" => [ N("Media class"), N("class of hardware device") ],
"Model" => [N("Model"), N("hard disk model")],
"model" => [N("Model"), N("Generation of the cpu (eg: 8 for PentiumIII, ...)")],
"model name" => [N("Model name"), N("Official vendor name of the cpu")],
"nbuttons" => [ N("Number of buttons"), "the number of buttons the mouse have" ],
"name" => [ N("Name"), "the name of the cpu" ],
"port" => [N("Port"), N("network printer port")],
"processor" => [ N("Processor ID"), N("the number of the processor") ],
"stepping" => [ N("Model stepping"), N("Stepping of the cpu (sub model (generation) number)") ],
"type" => [ N("Type"), N("The type of bus on which the mouse is connected") ],
"Vendor" => [ N("Vendor"), N("the vendor name of the device") ],
"vendor_id" => [ N("Vendor"), N("the vendor name of the processor") ]
);
my ($in, %IDs, $pid, $w);
my (%options, %check_boxes);
my $conffile = "/etc/sysconfig/harddrake2/ui.conf";
my ($modem_check_box, $printer_check_box, $current_device, $current_configurator);
my @menu_items =
(
{ path => N("/_File"), type => '<Branch>' },
{ path => N("/_File").N("/_Quit"), accelerator => N("<control>Q"), callback => \&quit_global },
{ path => N("/_Options").N("/Autodetect _printers"), type => '<CheckItem>',
callback => sub { $options{PRINTERS_DETECTION} = $check_boxes{PRINTERS_DETECTION}->active } },
{ path => N("/_Options").N("/Autodetect _modems"), type => '<CheckItem>',
callback => sub { $options{MODEMS_DETECTION} = $check_boxes{MODEMS_DETECTION}->active } },
{ path => N("/_Help"), type => '<Branch>' },
{
path => N("/_Help").N("/_Help..."),
callback => sub {
if ($current_device) {
$in->ask_warn(N("Harddrake help"),
N("Description of the fields:\n\n")
. join("\n\n", map { if_($fields{$_}[0], "$fields{$_}[0]: $fields{$_}[1]") } sort keys %$current_device))
} else {
$in->ask_warn(N("Select a device !"), N("Once you've selected a device, you'll be able to see explanations on fields displayed on the right frame (\"Information\")"))
}
}
},
{ path => N("/_Help").N("/_Report Bug"),
callback => sub { unless (fork()) { exec("drakbug --report harddrake2 &") } } },
{ path => N("/_Help").N("/_About..."),
callback => sub {
$in->ask_warn(N("About Harddrake"),
join("", N("This is HardDrake, a Mandrake hardware configuration tool.\nVersion:"), " $harddrake::data::version\n",
N("Author:"), " Thierry Vignaud <tvignaud\@mandrakesoft.com> \n\n",
formatAlaTeX($::license)));
}
}
);
# fill the devices tree
sub detect {
my @class_tree;
foreach (@harddrake::data::tree) {
my ($Ident, $title, $icon, $configurator, $detector) = @$_;
next if ref($detector) ne "CODE"; #skip class witouth detector
next if $Ident =~ /(MODEM|PRINTER)/ && $::testing;
next if $Ident =~ /MODEM/ && !$options{MODEMS_DETECTION};
next if $Ident =~ /PRINTER/ && !$options{PRINTERS_DETECTION};
# print N("Probing %s class\n", $Ident);
# standalone::explanations("Probing %s class\n", $Ident);
my @devices = &$detector;
next if !listlength(@devices); # Skip empty class (no devices)
my $devices_list;
foreach (@devices) {
$_->{custom_id} = harddrake::data::custom_id($_, $title);
if (exists $_->{bus} && $_->{bus} eq "PCI") {
my $i = $_;
$_->{bus_id} = join ':', map { if_($i->{$_} ne "65535", sprintf("%lx", $i->{$_})) } qw(vendor id subvendor subid);
$_->{bus_location} = join ':', map { sprintf("%lx", $i->{$_}) } qw(pci_bus pci_device pci_function);
}
# we really should test for $title there:
# split description into manufacturer/description
($_->{Vendor}, $_->{description}) = split(/\|/, $_->{description}) if exists $_->{description};
if (exists $_->{val}) { # Scanner ?
my $val = $_->{val};
($_->{Vendor}, $_->{description}) = split(/\|/, $val->{DESCRIPTION});
}
# EIDE detection incoherency:
if (exists $_->{bus} && $_->{bus} eq 'ide') {
$_->{channel} = $_->{channel} ? N("secondary") : N("primary");
delete $_->{info};
} elsif ((exists $_->{id}) && $_->{bus} !~ /USB|PCI/) {
# SCSI detection incoherency:
my $i = $_;
$_->{bus_location} = join ':', map { sprintf("%lx", $i->{$_}) } qw(bus id);
}
if ($Ident eq "AUDIO") {
require harddrake::sound;
my $alter = harddrake::sound::get_alternative($_->{driver});
$_->{alternative_drivers} = join(':', @$alter) if $alter->[0] ne 'unknown';
}
foreach my $i (qw(vendor id subvendor subid pci_bus pci_device pci_function MOUSETYPE XMOUSETYPE unsafe val devfs_prefix wacom auxmouse)) { delete $_->{$i} };
$_->{device} = '/dev/'.$_->{device} if exists $_->{device};
push @$devices_list, $_;
}
push @class_tree, [ $devices_list, $title, $icon, $configurator ];
}
@class_tree;
}
sub new {
my ($sig_id, $wait);
$in = 'interactive'->vnew('su', 'default');
$wait = $in->wait_message(N("Please wait"), N("Detection in progress"));
gtkflush();
%options = getVarsFromSh($conffile);
my @class_tree = &detect;
# Build the gui
add_icon_path('/usr/share/pixmaps/harddrake2/');
$w = ugtk2->new(N("Harddrake2 version ") . $harddrake::data::version);
$w->{window}->set_size_request(760, 550) unless $::isEmbedded;
my ($menubar, $factory) = create_factory_menu($w->{rwindow}, @menu_items);
my $tree_model = Gtk2::TreeStore->new(Gtk2::GType->OBJECT, Gtk2::GType->STRING);
my $statusbar;
$w->{window}->add(gtkpack_(0, Gtk2::VBox->new(0, 0),
if_(!$::isEmbedded, 0, $menubar),
1, create_hpaned(gtkadd(new Gtk2::Frame(N("Detected hardware")),
create_scrolled_window(my $tree = Gtk2::TreeView->new_with_model($tree_model))),
gtkpack_(0, Gtk2::VBox->new(0, 0),
1, gtkadd(gtkset_size_request(new Gtk2::Frame(N("Information")), 300, 450),
create_scrolled_window(my $text = Gtk2::TextView->new)),
0, my $module_cfg_button = gtksignal_connect(new Gtk2::Button(N("Configure module")),
clicked => sub {
require modules::interactive;
modules::interactive::config_window($in, $current_device);
gtkset_mousecursor_normal();
}),
0, my $config_button = gtksignal_connect(new Gtk2::Button(N("Run config tool")),
# we've a configurator, let's add a button for it and show it
clicked => sub {
return 1 if defined $pid;
if ($pid = fork()) {
$sig_id = $statusbar->push($statusbar->get_context_id("id"),
N("Running \"%s\" ...", $current_configurator));
} else {
exec($current_configurator) or die "$current_configurator missing\n";
}
})
),
'resize2' => 1
),
0, $statusbar = new Gtk2::Statusbar,
if_($::isEmbedded, 0, gtksignal_connect(my $but = new Gtk2::Button(N("Quit")),
'clicked' => \&quit_global))
)
);
my $color = gtkcolor(0x3100, 0x6400, 0xbc00);
my $wcolor = gtkcolor(0xFFFF, 0x6400, 0x6400);
# $tree->set_column_auto_resize(0, 1);
my (%data, %configurators);
gtktext_append($text, [ [ N_("Click on a device in the left tree in order to get its information displayed here.") ] ]);
$tree->append_column(my $pixcolumn = Gtk2::TreeViewColumn->new_with_attributes(undef, Gtk2::CellRendererPixbuf->new, 'pixbuf' => 0));
$tree->append_column(my $textcolumn = Gtk2::TreeViewColumn->new_with_attributes(undef, Gtk2::CellRendererText->new, 'text' => 1));
# $textcolumn->set_min_width(350);
$tree->set_headers_visible(0);
my $select_count;
my $selection = gtksignal_connect($tree->get_selection(), 'changed' => sub {
my ($select) = @_;
# gtk+ send us a dummy signal on realization
unless ($select_count) {
$select_count = 1;
return 1;
}
my ($model, $iter) = $select->get_selected();
if ($model) {
my $id = $model->get($iter, 1);
$current_device = $data{$id};
if ($current_device) {
gtktext_insert($text, [ map {
if ($fields{$_}[0]) {
[ $fields{$_}[0] . ": ", { 'foreground' => 'royalblue3' } ],
[ "$current_device->{$_}\n\n", { 'foreground' => ($_ eq 'driver' && $current_device->{$_} eq 'unknown' ? 'indian red' : 'black') } ]
} else {
print "Warning: skip \"$_\" field => \"$current_device->{$_}\"\n\n";
();
}
} sort keys %$current_device ]);
# we've valid driver, let's offer to configure it
if (exists $current_device->{driver} && $current_device->{driver} !~ /(unknown|.*\|.*)/ && $current_device->{driver} !~ /^Card:/) {
$module_cfg_button->show;
}
$current_configurator = $configurators{$id};
$config_button->show if -x $current_configurator;
return 1;
}
}
# hide buttons if needed
$text->get_buffer->set_text('', -1); # erase all previous text
$config_button->hide;
$module_cfg_button->hide;
});
# Fill the graphic tree with a "tree branch" widget per device category
foreach (@class_tree) {
my ($devices_list, $title, $icon, $configurator) = @$_;
my $parent_iter = Gtk2::TreeIter->new;
$tree_model->append($parent_iter, undef);
$tree_model->set($parent_iter, [ 0 => gtkcreate_pixbuf($icon), 1 => $title ]);
# Fill the graphic tree with a "tree leaf" widget per device
foreach (@$devices_list) {
my $custom_id = $_->{custom_id};
delete $_->{custom_id};
$custom_id .= ' ' while exists($data{$custom_id}); # get a unique id for eg bt8xx audio/video funtions
$tree_model->append_set($parent_iter, [ 1 => $custom_id ]);
$data{$custom_id} = $_;
$configurators{$custom_id} = $configurator;
}
#$tree->expand_to_path($tree_model->get_path($iter)) unless ($title eq "Unknown/Others");
$tree->expand_row($tree_model->get_path($parent_iter), 1) unless ($title eq "Unknown/Others");
}
$SIG{CHLD} = sub { undef $pid; $statusbar->pop($sig_id) };
$w->{rwindow}->signal_connect(delete_event => \&quit_global);
$w->{rwindow}->set_position('center') unless $::isEmbedded;
foreach (['PRINTERS_DETECTION', N("/Autodetect printers")], ['MODEMS_DETECTION', N("/Autodetect modems")]) {
$check_boxes{$_->[0]} = $factory->get_widget("<main>".N("/Options").$_->[1]);
$options{$_->[0]} = 0 unless defined($options{$_->[0]}); # force detection by default
$check_boxes{$_->[0]}->set_active($options{$_->[0]}); # restore saved values
}
$w->{rwindow}->show_all();
undef $wait;
gtkset_mousecursor_normal();
$_->hide foreach $module_cfg_button, $config_button; # hide buttons while no device
$w->main;
}
sub quit_global {
kill(15, $pid) if $pid;
setVarsInSh($conffile, \%options);
ugtk2->exit(0);
}
1;