package ugtk2; use diagnostics; use strict; use vars qw(@ISA %EXPORT_TAGS @EXPORT_OK @icon_paths $wm_icon $grab $border); #- leave it on one line, for automatic removal of the line at package creation @ISA = qw(Exporter); %EXPORT_TAGS = ( wrappers => [ qw(gtkadd gtkadd_widget gtkappend gtkappend_page gtkappenditems gtkcombo_setpopdown_strings gtkdestroy gtkentry gtkflush gtkhide gtkmodify_font gtkmove gtkpack gtkpack2 gtkpack2_ gtkpack2__ gtkpack_ gtkpack__ gtkpowerpack gtkput gtkradio gtkresize gtkroot gtkset_active gtkset_border_width gtkset_editable gtkset_justify gtkset_alignment gtkset_layout gtkset_line_wrap gtkset_markup gtkset_modal gtkset_mousecursor gtkset_mousecursor_normal gtkset_mousecursor_wait gtkset_name gtkset_property gtkset_relief gtkset_selectable gtkset_sensitive gtkset_shadow_type gtkset_size_request gtkset_text gtkset_tip gtkset_visibility gtksetstyle gtkshow gtksignal_connect gtksize gtktext_append gtktext_insert ) ], helpers => [ qw(add2notebook add_icon_path escape_text_for_TextView_markup_format gtkcolor gtkcreate_img gtkcreate_pixbuf gtkfontinfo gtkset_background gtktreeview_children set_back_pixmap get_default_step_items set_default_step_items string_size string_width) ], create => [ qw(create_adjustment create_box_with_title create_dialog create_factory_menu create_factory_popup_menu create_hbox create_hpaned create_menu create_notebook create_okcancel create_packtable create_scrolled_window create_vbox create_vpaned _create_dialog gtkcreate_frame) ], ask => [ qw(ask_browse_tree_info ask_browse_tree_info_given_widgets ask_dir ask_from_entry ask_okcancel ask_warn ask_yesorno) ], dialogs => [ qw(err_dialog info_dialog warn_dialog) ], ); $EXPORT_TAGS{all} = [ map { @$_ } values %EXPORT_TAGS ]; @EXPORT_OK = map { @$_ } values %EXPORT_TAGS; use c; use log; use common; use mygtk2 qw(gtknew); #- do not import gtkadd which conflicts with ugtk2 version use Gtk2; use Gtk2::Gdk::Keysyms; $border = 5; sub wm_icon() { $wm_icon || $::Wizard_pix_up || "wiz_default_up.png" } # -=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=--- # wrappers # # Functional-style wrappers to existing Gtk functions; allows to program in # a more functional way, and especially, first, to avoid using temp # variables, and second, to "see" directly in the code the user interface # you're building. sub gtkdestroy { mygtk2::may_destroy($_[0]) } sub gtkflush() { mygtk2::flush() } sub gtkhide { $_[0]->hide; $_[0] } sub gtkmove { $_[0]->window->move($_[1], $_[2]); $_[0] } sub gtkpack { gtkpowerpack(1, 1, @_) } sub gtkpack_ { gtkpowerpack('arg', 1, @_) } sub gtkpack__ { gtkpowerpack(0, 1, @_) } sub gtkpack2 { gtkpowerpack(1, 0, @_) } sub gtkpack2_ { gtkpowerpack('arg', 0, @_) } sub gtkpack2__ { gtkpowerpack(0, 0, @_) } sub gtkput { $_[0]->put(gtkshow($_[1]), $_[2], $_[3]); $_[0] } sub gtkresize { $_[0]->window->resize($_[1], $_[2]); $_[0] } sub gtkset_active { $_[0]->set_active($_[1]); $_[0] } sub gtkset_border_width { $_[0]->set_border_width($_[1]); $_[0] } sub gtkset_editable { $_[0]->set_editable($_[1]); $_[0] } sub gtkset_selectable { $_[0]->set_selectable($_[1]); $_[0] } sub gtkset_justify { $_[0]->set_justify($_[1]); $_[0] } sub gtkset_alignment { $_[0]->set_alignment($_[1], $_[2]); $_[0] } sub gtkset_layout { $_[0]->set_layout($_[1]); $_[0] } sub gtkset_modal { $_[0]->set_modal($_[1]); $_[0] } sub gtkset_mousecursor_normal { gtkset_mousecursor('left-ptr', @_) } sub gtkset_mousecursor_wait { gtkset_mousecursor('watch', @_) } sub gtkset_relief { $_[0]->set_relief($_[1]); $_[0] } sub gtkset_sensitive { $_[0]->set_sensitive($_[1]); $_[0] } sub gtkset_visibility { $_[0]->set_visibility($_[1]); $_[0] } sub gtkset_tip { $_[0]->set_tip($_[1], $_[2]) if $_[2]; $_[1] } sub gtkset_shadow_type { $_[0]->set_shadow_type($_[1]); $_[0] } sub gtkset_style { $_[0]->set_style($_[1]); $_[0] } sub gtkset_size_request { $_[0]->set_size_request($_[1], $_[2]); $_[0] } sub gtkshow { $_[0]->show; $_[0] } sub gtksize { $_[0]->size($_[1], $_[2]); $_[0] } sub gtkset_markup { $_[0]->set_markup($_[1]); $_[0] } sub gtkset_line_wrap { $_[0]->set_line_wrap($_[1]); $_[0] } sub gtkadd { my $w = shift; foreach my $l (@_) { ref $l or $l = gtknew('WrappedLabel', text => $l); $w->add(gtkshow($l)); } $w; } sub gtkadd_widget { my $sg = shift; map { my $l = $_; ref $l or $l = gtknew('WrappedLabel', text => $l); $sg->add_widget($l); $l; } @_; } sub gtkappend { my $w = shift; foreach my $l (@_) { ref $l or $l = gtknew('WrappedLabel', text => $l); $w->append(gtkshow($l)); } $w; } sub gtkappenditems { my $w = shift; $_->show foreach @_; $w->append_items(@_); $w; } # append page to a notebook sub gtkappend_page { my ($notebook, $page, $o_title) = @_; $notebook->append_page($page, $o_title); $notebook; } sub gtkentry { my ($o_text) = @_; my $e = gtknew('Entry'); $o_text and $e->set_text($o_text); $e; } sub gtksetstyle { my ($w, $s) = @_; $w->set_style($s); $w; } sub gtkradio { my $def = shift; my $radio; map { gtkset_active($radio = Gtk2::RadioButton->new_with_label($radio ? $radio->get_group : undef, $_), $_ eq $def) } @_; } sub gtkroot() { mygtk2::root_window() } sub gtkcolor { &mygtk2::rgb2color } sub gtkset_background { &mygtk2::set_root_window_background } sub gtkset_text { my ($w, $s) = @_; $w->set_text($s); $w; } sub gtkcombo_setpopdown_strings { my $w = shift; $w->set_popdown_strings(@_); $w; } sub gtkset_mousecursor { my ($type, $w) = @_; ($w || gtkroot())->set_cursor(Gtk2::Gdk::Cursor->new($type)); $w; } sub gtksignal_connect { my $w = shift; $w->signal_connect(@_); $w; } sub gtkset_name { my ($widget, $name) = @_; $widget->set_name($name); $widget; } sub gtkpowerpack { #- Get Default Attributes (if any). 2 syntaxes allowed : #- gtkpowerpack( {expand => 1, fill => 0}, $box...) : the attributes are picked from a specified hash ref #- gtkpowerpack(1, 0, 1, $box, ...) : the attributes are picked from the non-ref list, in the order (expand, fill, padding, pack_end). my @attributes_list = qw(expand fill padding pack_end); my $default_attrs = {}; if (ref($_[0]) eq 'HASH') { $default_attrs = shift; } elsif (!ref($_[0])) { foreach (@attributes_list) { ref($_[0]) and last; $default_attrs->{$_} = shift; } } my $box = shift; while (@_) { #- Get attributes (if specified). 4 syntaxes allowed (default values are undef ie. false...) : #- gtkpowerpack({defaultattrs}, $box, $widget1, $widget2, ...) : the attrs are picked from the default ones (if they exist) #- gtkpowerpack($box, {fill=>1, expand=>0, ...}, $widget1, ...) : the attributes are picked from a specified hash ref #- gtkpowerpack($box, [1,0,1], $widget1, ...) : the attributes are picked from the array ref : (expand, fill, padding, pack_end). #- gtkpowerpack({attr=>'arg'}, $box, 1, $widget1, 0, $widget2, etc...) : the 'arg' value will tell gtkpowerpack to always read the #- attr value directly in the arg list (avoiding confusion between value 0 and Gtk::Label("0"). That can simplify some writings but #- this arg(s) MUST then be present... my (%attr, $attrs); ref($_[0]) eq 'HASH' || ref($_[0]) eq 'ARRAY' and $attrs = shift; foreach (@attributes_list) { if (($default_attrs->{$_} || '') eq 'arg') { ref($_[0]) and internal_error "error in packing definition\n"; $attr{$_} = shift; ref($attrs) eq 'ARRAY' and shift @$attrs; } elsif (ref($attrs) eq 'HASH' && defined($attrs->{$_})) { $attr{$_} = $attrs->{$_}; } elsif (ref($attrs) eq 'ARRAY') { $attr{$_} = shift @$attrs; } elsif (defined($default_attrs->{$_})) { $attr{$_} = int $default_attrs->{$_}; } else { $attr{$_} = 0; } } #- Get and pack the widget (create it if necessary to a label...) my $widget = ref($_[0]) ? shift : gtknew('WrappedLabel', text => shift); my $pack_call = 'pack_' . ($attr{pack_end} ? 'end' : 'start'); $box->$pack_call($widget, $attr{expand}, $attr{fill}, $attr{padding}); $widget->show; } return $box; } sub gtktreeview_children { my ($model, $iter) = @_; my @l; $model or return; for (my $p = $model->iter_children($iter); $p; $p = $model->iter_next($p)) { push @l, $p; } @l; } # -=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=--- # create # # Helpers that allow omitting common operations on common widgets # (e.g. create widgets with good default properties) sub create_pixbutton { my ($label, $pix, $reverse_order) = @_; my @label_and_pix = (0, $label, if_($pix, 0, $pix)); gtkadd(gtknew('Button'), gtknew('HBox', spacing => 3, children => [ 1, "", $reverse_order ? reverse(@label_and_pix) : @label_and_pix, 1, "", ])); } sub create_adjustment { my ($val, $min, $max) = @_; Gtk2::Adjustment->new($val, $min, $max + 1, 1, ($max - $min + 1) / 10, 1); } sub create_scrolled_window { my ($W, $o_policy, $o_viewport_shadow) = @_; gtknew('ScrolledWindow', ($o_policy ? (h_policy => $o_policy->[0], v_policy => $o_policy->[1]) : ()), child => $W, if_($o_viewport_shadow, shadow_type => $o_viewport_shadow)); } sub n_line_size { my ($nbline, $type, $widget) = @_; my $spacing = ${{ text => 3, various => 17 }}{$type}; my %fontinfo = gtkfontinfo($widget); round($nbline * ($fontinfo{ascent} + $fontinfo{descent} + $spacing) + 8); } # Glib::Markup::escape_text() if no use for us because it'll do extra # s/X/&foobar;/ (such as s/'/'/) that are suitable for # Gtk2::Labels but are not for Gtk2::TextViews, resulting in # displaying the raw enriched text instead... # sub escape_text_for_TextView_markup_format { my ($str) = @_; my %rules = ('&' => '&', '<' => '<', '>' => '>', ); eval { $str =~ s!([&<>])!$rules{$1}!g }; #^(&(amp|lt|gt);)!!) { if (my $err = $@) { internal_error("$err\n$str"); } $str; } sub markup_to_TextView_format { my ($s, $o_default_attrs) = @_; require interactive; my $l = interactive::markup_parse($s) or return $s; foreach (@$l) { my ($_txt, $attrs) = @$_; if ($attrs) { $attrs->{weight} eq 'bold' and $attrs->{weight} = do { require Gtk2::Pango; Gtk2::Pango->PANGO_WEIGHT_BOLD }; $attrs->{size} eq 'larger' and do { require Gtk2::Pango; $attrs->{scale} = Gtk2::Pango->PANGO_SCALE_X_LARGE; # equivalent to Label's size => 'larger' delete $attrs->{size}; }; } #- nb: $attrs may be empty, need special handling if $o_default_attrs is used add2hash_($_->[1] ||= {}, $o_default_attrs) if $o_default_attrs; } $l; } sub create_box_with_title { my ($o, @l) = @_; my $nbline = sum(map { round(length($_) / 60 + 1/2) } map { split "\n" } @l); my $box = gtknew('VBox'); if ($nbline == 0) { $o->{box_size} = 0; return $box; } $o->{box_size} = n_line_size($nbline, 'text', $box); if (@l <= 2 && $nbline > 4) { $o->{icon} && !$::isWizard and eval { gtkpack__($box, gtknew('HBox', border_width => 5, children_loose => [ gtkcreate_img($o->{icon}) ])) }; my $wanted = $o->{box_size}; $o->{box_size} = min(200, $o->{box_size}); my $has_scroll = $o->{box_size} < $wanted; chomp(my $text = join("\n", @l)); my $wtext = gtknew('TextView', text => markup_to_TextView_format($text)); $wtext->set_left_margin(3); $wtext->can_focus($has_scroll); my $width = 400; my $scroll = gtknew('ScrolledWindow', child => $wtext, width => $width, height => 200); $scroll->signal_connect(realize => sub { my $layout = $wtext->create_pango_layout($text); $layout->set_width(($width - 10) * Gtk2::Pango->scale); $wtext->set_size_request($width, min(200, ($layout->get_pixel_size)[1] + 10)); $scroll->set_size_request($width, min(200, ($layout->get_pixel_size)[1] + 10)); $o->{rwindow}->queue_resize; }); gtkpack_($box, $o->{box_allow_grow} || 0, $scroll); } else { my $new_label = sub { my ($txt) = @_; ref($txt) ? $txt : gtknew('WrappedLabel', text_markup => $txt, width=> 490); }; gtkpack__($box, if_($::isWizard, gtknew('Label', height => 10)), (map { my $w = $new_label->($_); $::isWizard ? gtknew('HBox', children_tight => [ gtknew('Label', width => 20), $w ]) : $w; } @l), if_($::isWizard, gtknew('Label', height => 15)), ); } } sub _create_dialog { my ($title, $o_options) = @_; my $options = $o_options || {}; #- keep compatibility with "transient" now called "transient_for" $options->{transient_for} = delete $options->{transient} if $options->{transient}; gtknew('Dialog', title => $title, position_policy => 'center-on-parent', # center-on-parent does not work modal => 1, if_(!$::isInstall, icon_no_error => wm_icon()), %$options, allow_unknown_options => 1, ); } # drakfloppy / drakfont / harddrake2 / mcc sub create_dialog { my ($title, $label, $o_options) = @_; my $ret = 0; $o_options ||= {}; $o_options->{transient_for} = $::main_window if !$o_options->{transient_for} && $::main_window; my $dialog = gtkset_border_width(_create_dialog($title, $o_options), 10); $dialog->set_border_width(10); my $text = ref($label) ? $label : $o_options->{use_markup} ? gtknew('WrappedLabel', text_markup => $label) : gtknew('WrappedLabel', text => $label); gtkpack($dialog->vbox, gtknew('HBox', children => [ if_($o_options->{stock}, 0, Gtk2::Image->new_from_stock($o_options->{stock}, 'dialog'), 0, gtknew('Label', text => " "), ), 1, $o_options->{scroll} ? create_scrolled_window($text, [ 'never', 'automatic' ]) : $text, ]), ); if ($o_options->{cancel}) { $dialog->action_area->pack_start( gtknew('Button', text => N("Cancel"), clicked => sub { $ret = 0; $dialog->destroy; Gtk2->main_quit }, can_default => 1), 1, 1, 0); } my $button = gtknew('Button', text => N("Ok"), can_default => 1, clicked => sub { $ret = 1; $dialog->destroy; Gtk2->main_quit }); $dialog->action_area->pack_start($button, 1, 1, 0); $button->grab_default; $dialog->set_has_separator(0); $dialog->show_all; Gtk2->main; $ret; } sub info_dialog { my ($title, $label, $o_options) = @_; $o_options ||= { }; add2hash_($o_options, { stock => 'gtk-dialog-info' }); create_dialog($title, $label, $o_options); } sub warn_dialog { my ($title, $label, $o_options) = @_; $o_options ||= { }; add2hash_($o_options, { stock => 'gtk-dialog-warning', cancel => 1 }); create_dialog($title, $label, $o_options); } sub err_dialog { my ($title, $label, $o_options) = @_; $o_options ||= { }; add2hash_($o_options, { stock => 'gtk-dialog-error' }); create_dialog($title, $label, $o_options); } sub create_hbox { gtknew('HButtonBox', layout => $_[0]) } sub create_vbox { gtknew('VButtonBox', layout => $_[0]) } sub create_factory_menu_ { my ($type, $name, $window, @menu_items) = @_; my $widget = Gtk2::ItemFactory->new($type, $name, my $accel_group = Gtk2::AccelGroup->new); $widget->create_items($window, @menu_items); $window->add_accel_group($accel_group); ($widget->get_widget($name), $widget); } sub create_factory_popup_menu { create_factory_menu_("Gtk2::Menu", '
', @_) } sub create_factory_menu { create_factory_menu_("Gtk2::MenuBar", '
', @_) } sub create_menu { my $title = shift; my $w = Gtk2::MenuItem->new($title); $w->set_submenu(gtkshow(gtkappend(Gtk2::Menu->new, @_))); $w; } sub create_notebook { my $book = gtknew('Notebook'); while (@_) { my ($page, $title) = splice(@_, 0, 2); gtkappend_page($book, $page, $title); } $book; } sub create_packtable { my ($options, @l) = @_; my $w = Gtk2::Table->new(0, 0, $options->{homogeneous} || 0); add2hash_($options, { xpadding => 5, ypadding => 0 }); each_index { my ($i, $l) = ($::i, $_); each_index { my $j = $::i; if ($_) { ref $_ or $_ = gtknew('WrappedLabel', text => $_); $j != $#$l && !$options->{mcc} ? $w->attach($_, $j, $j + 1, $i, $i + 1, 'fill', 'fill', $options->{xpadding}, $options->{ypadding}) : $w->attach($_, $j, $j + 1, $i, $i + 1, ['expand', 'fill'], ref($_) eq 'Gtk2::ScrolledWindow' || $_->get_data('must_grow') ? ['expand', 'fill'] : [], 0, 0); $_->show; } } @$l; } @l; $w->set_col_spacings($options->{col_spacings} || 0); $w->set_row_spacings($options->{row_spacings} || 0); gtkset_border_width($w, $::isInstall ? 3 : 10); } my $wm_is_kde; sub create_okcancel { my ($w, $o_ok, $o_cancel, $_o_spread, @other) = @_; # @other is a list of extra buttons (usually help (eg: XFdrake/drakx caller) or advanced (eg: interactive caller) button) # extra buttons have the following structure [ label, handler, is_first, pack_right ] local $::isWizard = $::isWizard && !$w->{pop_it}; my $cancel; if (defined $o_cancel || defined $o_ok) { $cancel = $o_cancel; } elsif (!$::Wizard_no_previous) { $cancel = $::isWizard ? N("Previous") : N("Cancel"); } my $ok = defined $o_ok ? $o_ok : $::isWizard ? ($::Wizard_finished ? N("Finish") : N("Next")) : N("Ok"); my $bok = $ok && ($w->{ok} = gtknew('Button', text => $ok, clicked => $w->{ok_clicked} || sub { $w->{retval} = 1; Gtk2->main_quit })); my $bprev; if ($cancel) { $bprev = $w->{cancel} = gtknew('Button', text => $cancel, clicked => $w->{cancel_clicked} || sub { log::l("default cancel_clicked"); undef $w->{retval}; Gtk2->main_quit }); } $w->{wizcancel} = gtknew('Button', text => N("Cancel"), clicked => sub { die 'wizcancel' }) if $::isWizard && !$::isInstall; if (!defined $wm_is_kde) { require any; $wm_is_kde = !$::isInstall && any::running_window_manager() eq "kwin" || 0; } my $f = sub { $w->{buttons}{$_[0][0]} = gtknew('Button', text => $_[0][0], clicked => $_[0][1]) }; my @left = ((map { $f->($_) } grep { $_->[2] && !$_->[3] } @other), map { $f->($_) } grep { !$_->[2] && !$_->[3] } @other); my @right = ((map { $f->($_) } grep { $_->[2] && $_->[3] } @other), map { $f->($_) } grep { !$_->[2] && $_->[3] } @other); # we put space to group buttons in two packs (but if there's only one when not in wizard mode) # but in the installer where all windows run in wizard mode because of design even when not in a wizard step $bprev = gtknew('Label') if !$cancel && $::Wizard_no_previous && !@left && !@right; if ($::isWizard) { # wizard mode: order is cancel/left_extras/white/right_extras/prev/next unshift @left, $w->{wizcancel} if !$::isInstall; push @right, $bprev, $bok; } else { # normal mode: cancel/ok button follow GNOME's HIG unshift @left, ($wm_is_kde ? $bok : $bprev); push @left, gtknew('Label') if $ok && $cancel; # space buttons but if there's only one button push @right, ($wm_is_kde ? $bprev : $bok); } gtknew('VBox', spacing => 5, children_loose => [ gtknew('HBox', height => 5), gtknew('HSeparator'), gtknew('HBox', children_loose => [ map { gtknew('HButtonBox', layout => $_->[1], children_loose => [ map { $_->can_default($::isWizard); $_; } grep { $_ } @{$_->[0]} ]); } ([ \@left, 'start' ], [ \@right, 'end' ], ) ]), ]); } sub _setup_paned { my ($paned, $child1, $child2, %options) = @_; foreach ([ 'resize1', 0 ], [ 'shrink1', 1 ], [ 'resize2', 1 ], [ 'shrink2', 1 ]) { $options{$_->[0]} = $_->[1] unless defined($options{$_->[0]}); } $paned->pack1(gtkshow($child1), $options{resize1}, $options{shrink1}); $paned->pack2(gtkshow($child2), $options{resize2}, $options{shrink2}); gtkshow($paned); } sub create_vpaned { _setup_paned(Gtk2::VPaned->new, @_); } sub create_hpaned { _setup_paned(Gtk2::HPaned->new, @_); } sub gtkcreate_frame { my ($label) = @_; gtknew('Frame', text => $label, border_width => 5); } # -=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=--- # helpers # # Functions that do typical operations on widgets, that you may need in # several places of your programs. sub _find_imgfile { my ($name) = @_; if ($name =~ m|/| && -f $name) { $name; } else { foreach my $path (icon_paths()) { foreach ('', '.png', '.xpm') { my $file = "$path/$name$_"; -f $file and return $file; } } } } # use it if you want to display an icon/image in your app sub gtkcreate_img { my ($file, $o_size) = @_; gtknew('Image', file => $file, if_($o_size, size => $o_size)); } # use it if you want to draw an image onto a drawingarea sub gtkcreate_pixbuf { my ($file, $o_size) = @_; gtknew('Pixbuf', file => $_[0], if_($o_size, size => $o_size)); } sub gtktext_append { gtktext_insert(@_, append => 1) } sub may_set_icon { my ($w, $name) = @_; if (my $f = $name && _find_imgfile($name)) { $w->set_icon(gtkcreate_pixbuf($f)); } } sub gtktext_insert { &mygtk2::_text_insert } sub icon_paths { &mygtk2::_icon_paths } sub add_icon_path { &mygtk2::add_icon_path } sub set_main_window_size { my ($o) = @_; mygtk2::set_main_window_size($o->{rwindow}); } # extracts interesting font metrics for a given widget sub gtkfontinfo { my ($widget) = @_; my $context = $widget->get_pango_context; my $metrics = $context->get_metrics($context->get_font_description, $context->get_language); my %fontinfo; foreach (qw(ascent descent approximate_char_width approximate_digit_width)) { no strict; my $func = "get_$_"; $fontinfo{$_} = Gtk2::Pango->pixels($metrics->$func); } %fontinfo; } sub gtkmodify_font { my ($w, $arg) = @_; $w->modify_font(ref($arg) ? $arg : Gtk2::Pango::FontDescription->from_string($arg)); $w; } sub gtkset_property { my ($w, $property, $value) = @_; $w->set_property($property, $value); $w; } sub set_back_pixbuf { my ($widget, $pixbuf) = @_; my $window = $widget->window; my ($width, $height) = ($pixbuf->get_width, $pixbuf->get_height); my $pixmap = Gtk2::Gdk::Pixmap->new($window, $width, $height, $window->get_depth); $pixbuf->render_to_drawable($pixmap, $widget->style->fg_gc('normal'), 0, 0, 0, 0, $width, $height, 'none', 0, 0); $window->set_back_pixmap($pixmap, 0); } sub set_back_pixmap { my ($w) = @_; return if !$w->realized; my $window = $w->window; my $pixmap = $w->{back_pixmap} ||= Gtk2::Gdk::Pixmap->new($window, 1, 2, $window->get_depth); my $style = $w->get_style; $pixmap->draw_points($style->bg_gc('normal'), 0, 0); $pixmap->draw_points($style->base_gc('normal'), 0, 1); $window->set_back_pixmap($pixmap); } sub add2notebook { my ($n, $title, $book) = @_; $n->append_page($book, gtkshow(gtknew('Label', text => $title))); $book->show; } sub string_size { my ($widget, $text) = @_; my $layout = $widget->create_pango_layout($text); my @size = $layout->get_pixel_size; @size; } sub string_width { my ($widget, $text) = @_; my ($width, undef) = string_size($widget, $text); $width; } my ($def_step_icon, $def_step_title); sub set_default_step_items { ($def_step_icon, $def_step_title) = @_; } sub get_default_step_items { ($def_step_icon, $def_step_title) } # -=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=--- # toplevel window creation helper # # Use the 'new' function as a method constructor and then 'main' on it to # launch the main loop. Use $o->{retval} to indicate that the window needs # to terminate. # Set $::isWizard to have a wizard appearance. # Set $::isEmbedded and $::XID so that the window will plug. sub new { my ($type, $title, %opts) = @_; my $o = bless { %opts }, $type; while (my $e = shift @tempory::objects) { $e->destroy } my $icon = find { _find_imgfile($_) } $opts{icon}, (get_default_step_items())[0], 'banner-generic-ad'; my $banner_title = $opts{banner_title}; my $window = gtknew( 'MagicWindow', title => $title || '', pop_it => $o->{pop_it}, $::isInstall ? (banner => Gtk2::Banner->new($icon, $title || (get_default_step_items())[1])) : (), $::isStandalone && $banner_title && $icon ? (banner => Gtk2::Banner->new($icon, $banner_title)) : (), child => gtknew('VBox'), width => $opts{width}, height => $opts{height}, default_width => $opts{default_width}, default_height => $opts{default_height}, modal => $opts{modal} || $grab || $o->{grab} || $o->{modal} || $o->{transient}, no_Window_Manager => exists $opts{no_Window_Manager} ? $opts{no_Window_Manager} : !$::isStandalone, if_(!$::isInstall, icon_no_error => wm_icon()), if_($o->{transient}, transient_for => $o->{transient}), ); $window->set_border_width(10) if !$window->{pop_it} && !$::noborderWhenEmbedded; $o->{rwindow} = $o->{window} = $window; $o->{real_window} = $window->{real_window}; $o->{pop_it} = $window->{pop_it}; $o; } sub main { my ($o, $o_completed, $o_canceled) = @_; gtkset_mousecursor_normal(); $o->show; mygtk2::main($o->{rwindow}, sub { $o->{retval} ? !$o_completed || $o_completed->() : !$o_canceled || $o_canceled->() }); $o->{retval}; } sub show($) { my ($o) = @_; $o->{rwindow}->show; } sub destroy($) { my ($o) = @_; $o->{rwindow}->destroy; flush(); } sub DESTROY { goto &destroy } sub sync { my ($o) = @_; show($o); flush(); } sub flush() { gtkflush() } sub shrink_topwindow { my ($o) = @_; $o->{real_window}->signal_emit('size_allocate', Gtk2::Gdk::Rectangle->new(-1, -1, -1, -1)); } sub exit { gtkset_mousecursor_normal(); #- for restoring a normal in any case flush(); if ($::isStandalone) { require standalone; standalone::__exit($_[1]); #- workaround } else { c::_exit($_[1]); #- workaround } } #- in case "exit" above was not called by the program END { &exit() } # -=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=---=-=--- # ask # # Full UI managed functions that will return to you the value that the # user chose. sub ask_warn { my $w = ugtk2->new(shift @_, grab => 1); $w->_ask_warn(@_); main($w) } sub ask_yesorno { my $w = ugtk2->new(shift @_, grab => 1); $w->_ask_okcancel(@_, N("Yes"), N("No")); main($w) } sub ask_okcancel { my $w = ugtk2->new(shift @_, grab => 1); $w->_ask_okcancel(@_, N("Is this correct?"), N("Ok"), N("Cancel")); main($w) } sub ask_from_entry { my $w = ugtk2->new(shift @_, grab => 1); $w->_ask_from_entry(@_); main($w) } sub ask_dir { my $w = ugtk2->new(shift @_, grab => 1); $w->_ask_dir(@_); main($w) } sub _ask_from_entry($$@) { my ($o, @msgs) = @_; my $entry = gtknew('Entry'); my $f = sub { $o->{retval} = $entry->get_text; Gtk2->main_quit }; $o->{ok_clicked} = $f; $o->{cancel_clicked} = sub { undef $o->{retval}; Gtk2->main_quit }; gtkadd($o->{window}, gtkpack($o->create_box_with_title(@msgs), gtksignal_connect($entry, 'activate' => $f), ($o->{hide_buttons} ? () : create_okcancel($o))), ); $entry->grab_focus; } sub _ask_warn($@) { my ($o, @msgs) = @_; gtkadd($o->{window}, gtkpack($o->create_box_with_title(@msgs), my $w = gtknew('Button', text => N("Ok"), clicked => sub { Gtk2->main_quit }), ), ); $w->grab_focus; } sub _ask_okcancel($@) { my ($o, @msgs) = @_; my ($ok, $cancel) = splice @msgs, -2; gtkadd($o->{window}, gtkpack(create_box_with_title($o, @msgs), create_okcancel($o, $ok, $cancel), ) ); $o->{ok}->grab_focus; } sub create_file_selector { my (%opts) = @_; my $w = ugtk2->new(delete $opts{title}, modal => 1); my ($message, $save, $want_a_dir) = (delete $opts{message}, delete $opts{save}, delete $opts{want_a_dir}); my $action = $want_a_dir ? ($save ? 'create_folder' : 'select_folder') : ($save ? 'save' : 'open'); add2hash(\%opts, { width => 480, height => 250 }); gtkadd($w->{window}, gtkpack_(create_box_with_title($w, $message), 1, $w->{chooser} = gtknew('FileChooser', action => $action, %opts), 0, create_okcancel($w), )); $w->{chooser}->signal_connect(file_activated => sub { $w->{ok}->clicked }); $w; } sub file_selected_check { my ($save, $want_a_dir, $file) = @_; if (!$file) { N("No file chosen"); } elsif (-f $file && $want_a_dir) { N("You have chosen a file, not a directory"); } elsif (-d $file && !$want_a_dir) { N("You have chosen a directory, not a file"); } elsif (!-e $file && !$save) { $want_a_dir ? N("No such directory") : N("No such file"); } else { ''; } } sub _ask_file { my ($o, $title, $path) = @_; my $w = create_file_selector(title => $title, want_a_dir => 0, directory => $path); put_in_hash($o, $w); $w->{ok}->signal_connect(clicked => sub { $o->{retval} = $w->{chooser}->get_filename }); } sub _ask_dir { my ($o, $title, $path) = @_; my $w = create_file_selector(title => $title, want_a_dir => 1, directory => $path); put_in_hash($o, $w); $w->{ok}->signal_connect(clicked => sub { $o->{retval} = $w->{chooser}->get_filename }); } sub ask_browse_tree_info { my ($common) = @_; my $w = ugtk2->new($common->{title}); my $tree_model = Gtk2::TreeStore->new("Glib::String", "Gtk2::Gdk::Pixbuf", "Glib::String"); my $tree = Gtk2::TreeView->new_with_model($tree_model); $tree->get_selection->set_mode('browse'); $tree->append_column(my $textcolumn = Gtk2::TreeViewColumn->new_with_attributes(undef, Gtk2::CellRendererText->new, 'text' => 0)); $tree->append_column(my $pixcolumn = Gtk2::TreeViewColumn->new_with_attributes(undef, Gtk2::CellRendererPixbuf->new, 'pixbuf' => 1)); $tree->append_column(Gtk2::TreeViewColumn->new_with_attributes(undef, Gtk2::CellRendererText->new, 'text' => 2)); $tree->set_headers_visible(0); $tree->set_rules_hint(1); $textcolumn->set_min_width(200); $textcolumn->set_max_width(200); gtkadd($w->{window}, gtknew('VBox', spacing => 5, children => [ 0, $common->{message}, 1, gtknew('HBox', children_loose => [ gtknew('ScrolledWindow', child => $tree), gtknew('Frame', text => N("Info"), child => gtknew('ScrolledWindow', child => my $info = gtknew('TextView')), ) ]), 0, my $status = gtknew('Label'), if_($common->{auto_deps}, 0, gtknew('CheckButton', text => $common->{auto_deps}, active_ref => \$common->{state}{auto_deps}) ), 0, my $box2 = gtknew('HBox', spacing => 10), ])); #gtkpack__($box2, my $toolbar = Gtk2::Toolbar->new('horizontal', 'icons')); gtkpack__($box2, my $toolbar = Gtk2::Toolbar->new); my @l = ([ $common->{ok}, 1 ], if_($common->{cancel}, [ $common->{cancel}, 0 ])); @l = reverse @l if !$::isInstall; my @buttons = map { my ($t, $val) = @$_; $box2->pack_end(my $w = gtknew('Button', text => $t, clicked => sub { $w->{retval} = $val; Gtk2->main_quit; }), 0, 1, 20); $w->show; $w; } @l; @buttons = reverse @buttons if !$::isInstall; gtkpack__($box2, gtknew('Button', text => N("Help"), clicked => sub { ask_warn(N("Help"), $common->{interactive_help}->()); })) if $common->{interactive_help}; $status->show; $w->{window}->set_size_request(map { $_ - 2 * $border - 4 } $w->{windowwidth}, $w->{windowheight}) if !$::isInstall; $buttons[0]->grab_focus; $w->{rwindow}->show; my @toolbar = (ftout => [ N("Expand Tree"), sub { $tree->expand_all } ], ftin => [ N("Collapse Tree"), sub { $tree->collapse_all } ], reload => [ N("Toggle between flat and group sorted"), sub { invbool(\$common->{state}{flat}); $common->{rebuild_tree}->() } ]); foreach my $ic (@{$common->{icons} || []}) { push @toolbar, ($ic->{icon} => [ $ic->{help}, sub { if ($ic->{code}) { my $_w = $ic->{wait_message} && $common->{wait_message}->('', $ic->{wait_message}); $ic->{code}(); $common->{rebuild_tree}->(); } } ]); } my %toolbar = @toolbar; foreach (grep_index { $::i % 2 == 0 } @toolbar) { $toolbar->append_item(undef, $toolbar{$_}[0], undef, gtkcreate_img("$_.png"), $toolbar{$_}[1]); } $pixcolumn->{is_pix} = 1; $common->{widgets} = { w => $w, tree => $tree, tree_model => $tree_model, info => $info, status => $status }; ask_browse_tree_info_given_widgets($common); } sub ask_browse_tree_info_given_widgets { my ($common) = @_; my $w = $common->{widgets}; my ($curr, $prev_label, $idle, $mouse_toggle_pending); my (%wtree, %ptree, %pix, %node_state, %state_stats); my $update_size = sub { if ($w->{status}) { my $new_label = $common->{get_status}(); $prev_label ne $new_label and $w->{status}->set($prev_label = $new_label); } }; my $set_node_state_flat = sub { my ($iter, $state) = @_; $state eq 'XXX' and return; $pix{$state} ||= gtkcreate_pixbuf($state); $w->{tree_model}->set($iter, 1 => $pix{$state}); }; my $set_node_state_tree; $set_node_state_tree = sub { my ($iter, $state) = @_; my $iter_str = $w->{tree_model}->get_path_str($iter); $state eq 'XXX' and return; $pix{$state} ||= gtkcreate_pixbuf($state); if ($node_state{$iter_str} ne $state) { my $parent; if (!$w->{tree_model}->iter_has_child($iter) && ($parent = $w->{tree_model}->iter_parent($iter))) { my $parent_str = $w->{tree_model}->get_path_str($parent); my $stats = $state_stats{$parent_str} ||= {}; $stats->{$node_state{$iter_str}}--; $stats->{$state}++; my @list = grep { $stats->{$_} > 0 } keys %$stats; my $new_state = @list == 1 ? $list[0] : 'semiselected'; $node_state{$parent_str} ne $new_state and $set_node_state_tree->($parent, $new_state); } $w->{tree_model}->set($iter, 1 => $pix{$state}); $node_state{$iter_str} = $state; #- cache for efficiency } }; my $set_node_state = $common->{state}{flat} ? $set_node_state_flat : $set_node_state_tree; my $set_leaf_state = sub { my ($leaf, $state) = @_; $set_node_state->($_, $state) foreach @{$ptree{$leaf}}; }; my $add_parent; $add_parent = sub { my ($root, $state) = @_; $root or return undef; if (my $w = $wtree{$root}) { return $w } my $s; foreach (split '\|', $root) { my $s2 = $s ? "$s|$_" : $_; $wtree{$s2} ||= do { my $iter = $w->{tree_model}->append_set($s ? $add_parent->($s, $state) : undef, [ 0 => $_ ]); $iter; }; $s = $s2; } $set_node_state->($wtree{$s}, $state); #- use this state by default as tree is building. $wtree{$s}; }; my $add_node = sub { my ($leaf, $root, $options) = @_; my $state = $common->{node_state}($leaf) or return; if ($leaf) { my $iter = $w->{tree_model}->append_set($add_parent->($root, $state), [ 0 => $leaf ]); $set_node_state->($iter, $state); push @{$ptree{$leaf}}, $iter; } else { my $parent = $add_parent->($root, $state); #- hackery for partial displaying of trees, used in rpmdrake: #- if leaf is void, we may create the parent and one child (to have the [+] in front of the parent in the ctree) #- though we use '' as the label of the child; then rpmdrake will connect on tree_expand, and whenever #- the first child has '' as the label, it will remove the child and add all the "right" children $options->{nochild} or $w->{tree_model}->append_set($parent, [ 0 => '' ]); } }; my $clear_all_caches = sub { foreach (values %ptree) { foreach my $n (@$_) { delete $node_state{$w->{tree_model}->get_path_str($n)}; } } foreach (values %wtree) { my $iter_str = $w->{tree_model}->get_path_str($_); delete $node_state{$iter_str}; delete $state_stats{$iter_str}; } %ptree = %wtree = (); }; $common->{delete_all} = sub { $clear_all_caches->(); $w->{tree_model}->clear; }; $common->{rebuild_tree} = sub { $common->{delete_all}->(); $set_node_state = $common->{state}{flat} ? $set_node_state_flat : $set_node_state_tree; $common->{build_tree}($add_node, $common->{state}{flat}, $common->{tree_mode}); &$update_size; }; $common->{delete_category} = sub { my ($cat) = @_; exists $wtree{$cat} or return; foreach (keys %ptree) { my @to_remove; foreach my $node (@{$ptree{$_}}) { my $category; my $parent = $node; my @parents; while ($parent = $w->{tree_model}->iter_parent($parent)) { #- LEAKS my $parent_name = $w->{tree_model}->get($parent, 0); $category = $category ? "$parent_name|$category" : $parent_name; $_->[1] = "$parent_name|$_->[1]" foreach @parents; push @parents, [ $parent, $category ]; } if ($category =~ /^\Q$cat/) { push @to_remove, $node; foreach (@parents) { next if $_->[1] eq $cat || !exists $wtree{$_->[1]}; delete $wtree{$_->[1]}; delete $node_state{$w->{tree_model}->get_path_str($_->[0])}; delete $state_stats{$w->{tree_model}->get_path_str($_->[0])}; } } } foreach (@to_remove) { delete $node_state{$w->{tree_model}->get_path_str($_)}; } @{$ptree{$_}} = difference2($ptree{$_}, \@to_remove); } if (exists $wtree{$cat}) { my $iter_str = $w->{tree_model}->get_path_str($wtree{$cat}); delete $node_state{$iter_str}; delete $state_stats{$iter_str}; $w->{tree_model}->remove($wtree{$cat}); delete $wtree{$cat}; } &$update_size; }; $common->{add_nodes} = sub { my (@nodes) = @_; $add_node->($_->[0], $_->[1], $_->[2]) foreach @nodes; &$update_size; }; $common->{display_info} = sub { gtktext_insert($w->{info}, $common->{get_info}($curr)); 0 }; my $children = sub { map { $w->{tree_model}->get($_, 0) } gtktreeview_children($w->{tree_model}, $_[0]) }; my $toggle = sub { if (ref($curr) && !$_[0]) { $w->{tree}->toggle_expansion($w->{tree_model}->get_path($curr)); } else { if (ref $curr) { my @l = $common->{grep_allowed_to_toggle}($children->($curr)) or return; my @unsel = $common->{grep_unselected}(@l); my @p = @unsel ? #- not all is selected, select all if no option to potentially override (exists $common->{partialsel_unsel} && $common->{partialsel_unsel}->(\@unsel, \@l) ? difference2(\@l, \@unsel) : @unsel) : @l; $common->{toggle_nodes}($set_leaf_state, @p); &$update_size; } else { $common->{check_interactive_to_toggle}($curr) and $common->{toggle_nodes}($set_leaf_state, $curr); &$update_size; } } }; $w->{tree}->signal_connect(key_press_event => sub { my $c = chr($_[1]->keyval & 0xff); if ($_[1]->keyval >= 0x100 ? $c eq "\r" || $c eq "\x8d" : $c eq ' ') { $toggle->(0); } 0; }); $w->{tree}->get_selection->signal_connect(changed => sub { my ($model, $iter) = $_[0]->get_selected; $model && $iter or return; Glib::Source->remove($idle) if $idle; if (!$model->iter_has_child($iter)) { $curr = $model->get($iter, 0); $idle = Glib::Timeout->add(100, $common->{display_info}); } else { $curr = $iter; } #- the following test for equality is because we can have a button_press_event first, then #- two changed events, the first being on a different row :/ (is it a bug in gtk2?) - that #- happens in rpmdrake when doing a "search" and directly trying to select a found package if ($mouse_toggle_pending eq $model->get($iter, 0)) { $toggle->(1); $mouse_toggle_pending = 0; } 0; }); $w->{tree}->signal_connect(button_press_event => sub { #- not too good, but CellRendererPixbuf does not have the needed signals :( my ($path, $column) = $w->{tree}->get_path_at_pos($_[1]->x, $_[1]->y); if ($path && $column) { $column->{is_pix} and $mouse_toggle_pending = $w->{tree_model}->get($w->{tree_model}->get_iter($path), 0); } 0; }); $common->{rebuild_tree}->(); &$update_size; $common->{initial_selection} and $common->{toggle_nodes}($set_leaf_state, @{$common->{initial_selection}}); my $_b = before_leaving { $clear_all_caches->() }; $common->{init_callback}->() if $common->{init_callback}; $w->{w}->main; } sub gtk_set_treelist { my ($treelist, $l) = @_; my $list = $treelist->get_model; $list->clear; $list->append_set([ 0 => $_ ]) foreach @$l; } sub gtk_TextView_get_log { my ($log_w, $command, $filter_output, $when_command_is_over) = @_; my $pid = open(my $F, "$command |") or return; common::nonblock($F); my $gtk_buffer = $log_w->get_buffer; $log_w->signal_connect(destroy => sub { kill 9, $pid if $pid; #- we do not continue in background $pid = $gtk_buffer = ''; #- ensure $gtk_buffer is valid when its value is non-null }); Glib::Timeout->add(100, sub { if ($gtk_buffer) { my $end = $gtk_buffer->get_end_iter; while (defined (my $s = <$F>)) { $gtk_buffer->insert($end, $filter_output->($s)); } $log_w->{to_bottom}->(); } if (waitpid($pid, c::WNOHANG()) > 0) { #- we do not call $when_command_is_over if $gtk_buffer does not exist anymore #- since it is not a normal case $when_command_is_over->($gtk_buffer) if $when_command_is_over && $gtk_buffer; $pid = ''; 0; } else { to_bool($gtk_buffer); } }); $pid; #- $pid becomes invalid after $when_command_is_over is called } sub gtk_new_TextView_get_log { my ($command, $filter_output, $when_command_is_over) = @_; my $log_w = gtknew('TextView', editable => 0); my $log_scroll = gtknew('ScrolledWindow', child => $log_w, to_bottom => 1); my $pid = gtk_TextView_get_log($log_w, $command, $filter_output, $when_command_is_over) or return; $log_scroll, $pid; } # misc helpers: package Gtk2::TreeStore; sub append_set { my ($model, $parent, @values) = @_; # compatibility: @values = @{$values[0]} if @values == 1 && ref($values[0]) eq 'ARRAY'; my $iter = $model->append($parent); $model->set($iter, @values); return $iter; } package Gtk2::ListStore; # Append a new row, set the values, return the TreeIter sub append_set { my ($model, @values) = @_; # compatibility: @values = @{$values[0]} if @values == 1 && ref($values[0]) eq 'ARRAY'; my $iter = $model->append; $model->set($iter, @values); return $iter; } package Gtk2::TreeModel; # gets the string representation of a TreeIter sub get_path_str { my ($self, $iter) = @_; my $path = $self->get_path($iter); $path or return; $path->to_string; } sub iter_each_children { my ($model, $iter, $f) = @_; for (my $child = $model->iter_children($iter); $child; $child = $model->iter_next($child)) { $f->($child); } } package Gtk2::TreeView; # likewise gtk-1.2 function sub toggle_expansion { my ($self, $path, $b_open_all) = @_; if ($self->row_expanded($path)) { $self->collapse_row($path); } else { $self->expand_row($path, $b_open_all || 0); } } # With GTK+, for more GUIes coherency, GtkOptionMenu is recommended instead of a # combo if the user is selecting from a fixed set of options. # # That is, non-editable combo boxes are not encouraged. GtkOptionMenu is much # easier to use than GtkCombo as well. Use GtkCombo only when you need the # editable text entry. # # GtkOptionMenu is a much better-implemented widget and also the right UI for # noneditable sets of choices.) # # GtkCombo is deprecated in 2.4.x because it still uses deprecated # GtkList. GtkOption menu is deprecated in order to have an unified widget. # # GtkComBox widget replaces GtkOption menu whereas GtkComBoxEntry replaces GtkCombo. # # # This layer try to make OptionMenu and ComboBox look being api # compatible with Combo since its API is quite nice. package Gtk2::OptionMenu; use common; # try to get combox <==> option menu mapping sub set_popdown_strings { my ($w, @strs) = @_; my $menu = Gtk2::Menu->new; # keep string list around for ->set_text compatibilty helper $w->{strings} = \@strs; #$w->set_menu((ugtk2::create_factory_menu($window, [ "File", (undef) x 3, '' ], map { [ "File/" . $_, (undef) x 3, '' ] } @strs))[0]); $menu->append(ugtk2::gtkshow(Gtk2::MenuItem->new_with_label($_))) foreach @strs; $w->set_menu($menu); $w; } sub new_with_strings { my ($class, $strs, $o_val) = @_; my $w = $class->new; $w->set_popdown_strings(@$strs); $w->set_text($o_val) if $o_val; $w; } sub entry { my ($w) = @_; return $w; } sub get_text { my ($w) = @_; $w->get_history == -1 ? '' : $w->{strings}[$w->get_history]; } sub set_text { my ($w, $val) = @_; each_index { if ($_ eq $val) { $w->set_history($::i); return; } } @{$w->{strings}}; } package Gtk2::ComboBox; use common; # try to get combox <==> option menu mapping sub set_popdown_strings { my ($w, @strs) = @_; $w->get_model->clear; # keep string list around for ->set_text compatibilty helper $w->{strings} = \@strs; $w->append_text($_) foreach @strs; $w; } sub new_with_strings { my ($class, $strs, $o_val) = @_; my $w = $class->new_text; $w->set_popdown_strings(@$strs); $w->set_text($o_val) if $o_val; $w; } sub entry { my ($w) = @_; return $w; } sub get_text { my ($w) = @_; $w->get_active == -1 ? '' : $w->{strings}[$w->get_active]; } sub set_text { my ($w, $val) = @_; eval { my $val_index = find_index { $_ eq $val } @{$w->{strings}}; $w->set_active($val_index); }; # internal_error(qq(impossible to lookup "$val":\n\t) . chomp_($@)) if $@; } package Gtk2::Label; sub set { my ($label, $text) = @_; mygtk2::gtkset($label, text => $text); } package Gtk2::WrappedLabel; sub new { my ($_type, $o_text, $o_align) = @_; mygtk2::gtknew('WrappedLabel', text => $o_text || '', alignment => [ $o_align || 0, 0.5 ]); } package Gtk2::Entry; sub new_with_text { my ($_class, $o_text) = @_; mygtk2::gtknew('Entry', text => $o_text); } package Gtk2::Banner; use ugtk2 qw(:helpers :wrappers); sub set_pixmap { my ($darea) = @_; return if !$darea->realized; ugtk2::set_back_pixmap($darea); $darea->{layout} = $darea->create_pango_layout($darea->{text}); $darea->{txt_width} = ($darea->{layout}->get_pixel_size)[0]; $darea->queue_draw; } sub new { my ($_class, $icon, $text, $o_options) = @_; my $darea = Gtk2::DrawingArea->new; $darea->set_name('Banner') if $::isInstall; my $d_height = $::isInstall ? 45 : 75; $darea->set_size_request(-1, $d_height); $darea->modify_font(Gtk2::Pango::FontDescription->from_string("Sans Bold 14")); $darea->{icon} = ugtk2::gtkcreate_pixbuf($icon); $darea->{text} = $text; require lang; my $is_rtl = lang::text_direction_rtl(); $darea->signal_connect(realize => \&set_pixmap); $darea->signal_connect("style-set" => \&set_pixmap); $darea->signal_connect(expose_event => sub { my $style = $darea->get_style; my $height = $darea->{icon}->get_height; my $width = $darea->{icon}->get_width; # fix icon position when not using the default height: (undef, undef, undef, $d_height) = $darea->window->get_geometry; my $padding = int(($d_height - $height)/2); my $d_width = $darea->allocation->width; my $x_icon = $is_rtl ? $d_width - $padding - $width : $padding; my $x_text = $is_rtl ? $x_icon - $padding - $darea->{txt_width} : $width + $padding*2; $darea->{icon}->render_to_drawable($darea->window, $style->bg_gc('normal'), 0, 0, $x_icon, $padding, -1, -1, 'none', 0, 0); $darea->window->draw_layout($style->fg_gc('normal'), $x_text, $o_options->{txt_ypos} || $::isInstall && 13 || $d_height/3, $darea->{layout}); 1; }); return $darea; } package Gtk2::MDV::CellRendererPixWithLabel; use MDK::Common; use Glib::Object::Subclass "Gtk2::CellRenderer", properties => [ Glib::ParamSpec->string("label", "Label", "A meaningfull label", "", [qw(readable writable)]), Glib::ParamSpec->object("pixbuf", "Pixbuf file", "Something nice to display", 'Gtk2::Gdk::Pixbuf', [qw(readable writable)]), ]; my $x_padding = 2; my $y_padding = 2; sub INIT_INSTANCE {} sub pixbuf_size { my ($cell) = @_; my $pixbuf = $cell->get('pixbuf'); $pixbuf ? ($pixbuf->get_width, $pixbuf->get_height) : (0, 0); } sub calc_size { my ($cell, $layout) = @_; my ($width, $height) = $layout->get_pixel_size; my ($pwidth, $pheight) = pixbuf_size($cell); return (0, 0, $width + $x_padding * 3 + $pwidth, max($pheight, $height + $y_padding * 2)); } sub GET_SIZE { my ($cell, $widget, $_cell_area) = @_; my $layout = $cell->get_layout($widget); $layout->set_text($cell->get('label')); return calc_size($cell, $layout); } sub get_layout { my ($_cell, $widget) = @_; return $widget->create_pango_layout(""); } sub RENDER { # not that efficient... my ($cell, $window, $widget, $_background_area, $cell_area, $_expose_area, $flags) = @_; my $state; if ($flags & 'selected') { $state = $widget->has_focus ? 'selected' : 'active'; } else { $state = $widget->state eq 'insensitive' ? 'insensitive' : 'normal'; } my $layout = $cell->get_layout($widget); $layout->set_text($cell->get('label')); my $is_rtl = lang::text_direction_rtl(); my $txt_width = ($layout->get_pixel_size)[0]; my ($x_offset, $y_offset, $_width, $_height) = calc_size($cell, $layout); my $pixbuf = $cell->get('pixbuf'); my ($pwidth, $pheight) = pixbuf_size($cell); my $txt_offset = $cell_area->x + $x_offset + $x_padding * 2 + $pwidth; if ($pixbuf) { $pixbuf->render_to_drawable($window, $widget->style->fg_gc('normal'), 0, 0, $is_rtl ? $cell_area->width - $cell_area->x - $pwidth : $cell_area->x ,#+ $x_padding, $cell_area->y, #+ $y_padding, $pwidth, $pheight, 'none', 0, 0); } $widget->get_style->paint_layout($window, $state, 1, $cell_area, $widget, "cellrenderertext", $is_rtl ? $cell_area->width - $txt_width - $txt_offset : $txt_offset, $cell_area->y + $y_offset + $y_padding, $layout); } 1; package Gtk2::NotificationBubble::Queue; sub new { my ($class) = @_; require Gtk2::NotificationBubble; my $self = bless { bubble => Gtk2::NotificationBubble->new, queue => [], display => 5000, delay => 500, }, $class; $self->{bubble}->signal_connect(timeout => sub { my $info = $self->{queue}[0]; $info->{timeout}->() if $info->{timeout}; $self->process_next; }); $self->{bubble}->signal_connect(clicked => sub { $self->{bubble}->hide; my $info = $self->{queue}[0]; if ($info->{clicked}) { #- has to call process_next when done $info->{clicked}->(); } else { $self->process_next; } }); $self; } sub process_next { my ($self) = @_; shift @{$self->{queue}}; #- wait for some time so that the new bubble is noticeable @{$self->{queue}} and Glib::Timeout->add($self->{delay}, sub { $self->show; 0 }); } sub add { my ($self, $info) = @_; push @{$self->{queue}}, $info; @{$self->{queue}} == 1 and $self->show; } sub show { my ($self) = @_; # perl_checker: $self = Gtk2::NotificationBubble->new my $info = $self->{queue}[0]; $self->{bubble}->set($info->{title}, Gtk2::Image->new_from_pixbuf($info->{pixbuf}), $info->{message}); $self->{bubble}->show($self->{display}); } 1; package Gtk2::GUI_Update_Guard; use MDK::Common::Func qw(before_leaving); use ugtk2; sub new() { my $old_signal = $SIG{ALRM}; $SIG{ALRM} = sub { ugtk2::gtkflush(); alarm(1); }; alarm(1); return before_leaving { alarm(0); $SIG{ALRM} = $old_signal || 'DEFAULT'; # restore default action }; } 1; ='n1404' href='#n1404'>1404 1405 1406 1407 1408 1409 1410 1411 1412 1413 1414 1415 1416 1417 1418 1419 1420 1421 1422 1423 1424 1425 1426 1427 1428 1429 1430 1431 1432 1433 1434 1435 1436 1437 1438 1439 1440 1441 1442 1443 1444 1445 1446 1447 1448 1449 1450 1451 1452 1453 1454 1455 1456 1457 1458 1459 1460 1461 1462 1463 1464 1465 1466 1467 1468 1469 1470 1471 1472 1473 1474 1475 1476 1477 1478 1479 1480 1481 1482 1483 1484 1485 1486 1487 1488 1489 1490 1491 1492 1493 1494 1495 1496 1497 1498 1499 1500 1501 1502 1503 1504 1505 1506 1507 1508 1509 1510 1511 1512 1513 1514 1515 1516 1517 1518 1519 1520 1521 1522 1523 1524 1525 1526 1527 1528 1529 1530 1531 1532 1533 1534 1535 1536 1537 1538 1539 1540 1541 1542 1543 1544 1545 1546 1547 1548 1549 1550 1551 1552 1553 1554 1555 1556 1557 1558 1559 1560 1561 1562 1563 1564 1565 1566 1567 1568 1569 1570 1571 1572 1573 1574 1575 1576 1577
package any; # $Id$

use diagnostics;
use strict;

#-######################################################################################
#- misc imports
#-######################################################################################
use common;
use detect_devices;
use partition_table;
use fs::type;
use lang;
use run_program;
use devices;
use modules;
use log;
use fs;
use c;

sub facesdir() {
    "$::prefix/usr/share/mdk/faces/";
}
sub face2png {
    my ($face) = @_;
    facesdir() . $face . ".png";
}
sub facesnames() {
    my $dir = facesdir();
    my @l = grep { /^[A-Z]/ } all($dir);
    map { if_(/(.*)\.png/, $1) } (@l ? @l : all($dir));
}

sub addKdmIcon {
    my ($user, $icon) = @_;
    my $dest = "$::prefix/usr/share/faces/$user.png";
    eval { cp_af(facesdir() . $icon . ".png", $dest) } if $icon;
}

sub alloc_user_faces {
    my ($users) = @_;
    my @m = my @l = facesnames();
    foreach (grep { !$_->{icon} || $_->{icon} eq "automagic" } @$users) {
	$_->{auto_icon} = splice(@m, rand(@m), 1); #- known biased (see cookbook for better)
	log::l("auto_icon is $_->{auto_icon}");
	@m = @l unless @m;
    }
}

sub create_user {
    my ($u, $authentication) = @_;

    my @existing = stat("$::prefix/home/$u->{name}");

    if (!getpwnam($u->{name})) {
	my $uid = $u->{uid} || $existing[4];
	if ($uid && getpwuid($uid)) {
	    undef $uid; #- suggested uid already in use
	}
	my $gid = $u->{gid} || $existing[5] || int getgrnam($u->{name});
	if ($gid) {
	    if (getgrgid($gid)) {
		undef $gid if getgrgid($gid) ne $u->{name};
	    } else {
		run_program::rooted($::prefix, 'groupadd', '-g', $gid, $u->{name});
	    }
	} elsif ($u->{rename_from}) {
	    run_program::rooted($::prefix, 'groupmod', '-n', $u->{name}, $u->{rename_from});
	}

	require authentication;
	my $symlink_home_from = $u->{rename_from} && (getpwnam($u->{rename_from}))[7];
	run_program::raw({ root => $::prefix, sensitive_arguments => 1 },
			    ($u->{rename_from} ? 'usermod' : 'adduser'), 
			    '-p', authentication::user_crypted_passwd($u, $authentication),
			    if_($uid, '-u', $uid), if_($gid, '-g', $gid), 
			    if_($u->{realname}, '-c', $u->{realname}),
			    if_($u->{home}, '-d', $u->{home}, if_($u->{rename_from}, '-m')),
			    if_($u->{shell}, '-s', $u->{shell}), 
			    ($u->{rename_from}
			     ? ('-l', $u->{name}, $u->{rename_from})
			     : $u->{name}));
	symlink($u->{home}, $symlink_home_from) if $symlink_home_from;
    }

    my (undef, undef, $uid, $gid, undef, undef, undef, $home) = getpwnam($u->{name});

    if (@existing && $::isInstall && ($uid != $existing[4] || $gid != $existing[5])) {
	log::l("chown'ing $home from $existing[4].$existing[5] to $uid.$gid");
	eval { common::chown_('recursive', $uid, $gid, "$::prefix$home") };
    }
}

sub add_users {
    my ($users, $authentication) = @_;

    alloc_user_faces($users);

    foreach (@$users) {
	create_user($_, $authentication);
	run_program::rooted($::prefix, "usermod", "-G", join(",", @{$_->{groups}}), $_->{name}) if !is_empty_array_ref($_->{groups});
	addKdmIcon($_->{name}, delete $_->{auto_icon} || $_->{icon});
    }
}

sub install_bootloader_pkgs {
    my ($do_pkgs, $b) = @_;

    bootloader::ensure_pkg_is_installed($do_pkgs, $b);
    install_acpi_pkgs($do_pkgs, $b);
}

sub install_acpi_pkgs {
    my ($do_pkgs, $b) = @_;

    my $acpi = bootloader::get_append_with_key($b, 'acpi');
    my $use_acpi = !member($acpi, 'off', 'ht');
    if ($use_acpi) {
	$do_pkgs->ensure_is_installed('acpi', '/usr/bin/acpi', $::isInstall);
	$do_pkgs->ensure_is_installed('acpid', '/usr/sbin/acpid', $::isInstall);
    }
    require services;
    services::set_status($_, $use_acpi, $::isInstall) foreach qw(acpi acpid);
}

sub setupBootloaderBeforeStandalone {
    my ($do_pkgs, $b, $all_hds, $fstab) = @_;
    require keyboard;
    my $keyboard = keyboard::read_or_default();
    my $allow_fb = listlength(cat_("/proc/fb"));
    my $cmdline = cat_('/proc/cmdline');
    my $vga_fb = first($cmdline =~ /\bvga=(\S+)/);