kgsueme/kgsueme/gtk.pl

package gtk;

use Carp;

our $text_renderer = new Gtk2::CellRendererText;
our $int_renderer  = new Gtk2::CellRendererText;
$int_renderer->set (xalign => 1);

our $state = $util::state->{gtk} ||= {};

# shows the properties of a glib object
sub info {
   my ($idx, $obj) = @_;
   return if $seen{$idx}++;
   print "\n$idx\n";
   for ($obj->list_properties) {
      printf "%-16s %-24s %-24s %s\n", $_->{name}, $_->{type}, (join ":", @{$_->{flags}}), $_->{descr};
   }
}

my %get = (
   window_size     => sub { [ ($_[0]->allocation->values)[2,3] ] },
   #window_pos     => sub { die KGS::Listener::Debug::dumpval [ $_[0]->get_root_origin ] },
   column_size     => sub { $_[0]->get("width") || $_[0]->get("fixed_width") },
   modelsortorder  => sub { [ $_[0]->get_sort_column_id ] },
);

my %set = (
   window_size     => sub { $_[0]->set_default_size (@{$_[1]}) },
   #window_pos     => sub { $_[0]->set_uposition (@{$_[1]}) if @{$_[1]} },
   column_size     => sub { $_[0]->set (fixed_width => $_[1]) },
   modelsortorder  => sub { $_[0]->set_sort_column_id (@{$_[1]}) },
);

my %widget;

sub state {
   my ($widget, $class, $instance, %attr) = @_;

   while (my ($k, $v) = each %attr) {
      my ($set, $get) = $k =~ /=/ ? split /=/, $k : ($k, $k);

      $v = $state->{$class}{"*"}{$get}
         if exists $state->{$class}{"*"} && exists $state->{$class}{"*"}{$get};

      $v = $state->{$class}{$instance}{$get}
         if defined $instance
         && exists $state->{$class}{$instance} && exists $state->{$class}{$instance}{$get};

      $set{$get} ? $set{$get}->($widget, $v) : $widget->set($set => $v);

      my $vx = KGS::Listener::Debug::dumpval $v; $vx =~ s/\s+/ /g; warn "set $class ($instance) $set => $vx\n";#d#
   }

   #$widget->signal_connect(destroy => sub { delete $widget{$widget}; 0 });

   $widget{$widget} = [$widget, $class, $instance, \%attr];
   Scalar::Util::weaken $widget{$widget}[0];
}

sub save_state {
   for (grep $_, values %widget) {
      my ($widget, $class, $instance, $attr) = @$_;

      next unless $widget; # no destroy => widget may be undef

      $widget->realize if $widget->can("realize");

      while (my ($k, $v) = each %$attr) {
         my ($set, $get) = $k =~ /=/ ? split /=/, $k : ($k, $k);
         $v = $get{$get} ? $get{$get}->($widget) : $widget->get($get);

         $state->{$class}{"*"}{$get}       = $v;
         $state->{$class}{$instance}{$get} = $v if defined $instance;

         my $vx = KGS::Listener::Debug::dumpval $v; $vx =~ s/\s+/ /g; warn "get $class ($instance) $get => $vx\n";#d#
      }
   }
}

package gtk::widget;

# hacked gtk pseudo-widget

sub new {
   my $class = shift;
   bless { @_ }, $class;
}

sub widget { $_[0]{widget} }

sub AUTOLOAD {
   $AUTOLOAD =~ /::([^:]+)$/ or Carp::confess "$AUTOLOAD: no such method (illegal name)";
   ref $_[0]{widget} or Carp::confess "AUTOLOAD: non-method call $AUTOLOAD(@_)\n";
   my $method = $_[0]{widget}->can($1)
      or Carp::confess "$AUTOLOAD: no such method";
   # do NOT cache.. we are fats enough this way
   unshift @_, shift->{widget};
   &$method;
}

sub destroy {
   my ($self) = @_;
   for (keys %$self) {
      (delete $self->{$_})->destroy
         if UNIVERSAL::isa ($self->{$_}, Glib::Object) && $self->{$_}->can("destroy");
   }
}

sub DESTROY {
   my ($self) = @_;
}

package gtk::text;

use base gtk::widget;

sub new {
   my $class = shift;
   my $self = $class->SUPER::new(@_);

   $self->{buffer} = new Gtk2::TextBuffer undef;

   $self->{widget} = new_with_buffer Gtk2::TextView $self->{buffer};

   $self->{widget}->set_wrap_mode ("word");

   $self;
}

sub append_text {
   my ($self, $text) = @_;

   $self->{buffer}->insert ($self->{buffer}->get_end_iter, $text);
}

sub set_text {
   my ($self, $text) = @_;

   $self->{buffer}->set_text ("");
   $self->append_text ($text);
}

1;

Revision:	1.11
Committed:	Sun Jun 1 07:20:56 2003 UTC (21 years ago) by pcg
Content type:	text/plain
Branch:	MAIN
Changes since 1.10:	+0 -1 lines
Log Message:	* empty log message *
#	User	Rev	Content
1	pcg	1.1	package gtk;
2
3	pcg	1.3	use Carp;
4
5	pcg	1.1	our $text_renderer = new Gtk2::CellRendererText;
6			our $int_renderer = new Gtk2::CellRendererText;
7			$int_renderer->set (xalign => 1);
8
9	pcg	1.5	our $state = $util::state->{gtk} \|\|= {};
10	pcg	1.1
11			# shows the properties of a glib object
12	pcg	1.3	sub info {
13	pcg	1.1	my ($idx, $obj) = @_;
14	pcg	1.5	return if $seen{$idx}++;
15	pcg	1.1	print "\n$idx\n";
16			for ($obj->list_properties) {
17			printf "%-16s %-24s %-24s %s\n", $_->{name}, $_->{type}, (join ":", @{$_->{flags}}), $_->{descr};
18			}
19			}
20
21			my %get = (
22			window_size => sub { [ ($_[0]->allocation->values)[2,3] ] },
23			#window_pos => sub { die KGS::Listener::Debug::dumpval [ $_[0]->get_root_origin ] },
24	pcg	1.5	column_size => sub { $_[0]->get("width") \|\| $_[0]->get("fixed_width") },
25	pcg	1.10	modelsortorder => sub { [ $_[0]->get_sort_column_id ] },
26	pcg	1.1	);
27
28			my %set = (
29	pcg	1.8	window_size => sub { $_[0]->set_default_size (@{$_[1]}) },
30			#window_pos => sub { $_[0]->set_uposition (@{$_[1]}) if @{$_[1]} },
31			column_size => sub { $_[0]->set (fixed_width => $_[1]) },
32	pcg	1.10	modelsortorder => sub { $_[0]->set_sort_column_id (@{$_[1]}) },
33	pcg	1.1	);
34
35	pcg	1.5	my %widget;
36
37	pcg	1.1	sub state {
38			my ($widget, $class, $instance, %attr) = @_;
39
40			while (my ($k, $v) = each %attr) {
41			my ($set, $get) = $k =~ /=/ ? split /=/, $k : ($k, $k);
42	pcg	1.9
43			$v = $state->{$class}{"*"}{$get}
44			if exists $state->{$class}{""} && exists $state->{$class}{""}{$get};
45
46			$v = $state->{$class}{$instance}{$get}
47			if defined $instance
48			&& exists $state->{$class}{$instance} && exists $state->{$class}{$instance}{$get};
49
50	pcg	1.1	$set{$get} ? $set{$get}->($widget, $v) : $widget->set($set => $v);
51	pcg	1.9
52			my $vx = KGS::Listener::Debug::dumpval $v; $vx =~ s/\s+/ /g; warn "set $class ($instance) $set => $vx\n";#d#
53	pcg	1.1	}
54
55	pcg	1.8	#$widget->signal_connect(destroy => sub { delete $widget{$widget}; 0 });
56	pcg	1.1
57	pcg	1.5	$widget{$widget} = [$widget, $class, $instance, \%attr];
58			Scalar::Util::weaken $widget{$widget}[0];
59	pcg	1.1	}
60
61			sub save_state {
62	pcg	1.5	for (grep $_, values %widget) {
63			my ($widget, $class, $instance, $attr) = @$_;
64
65	pcg	1.8	next unless $widget; # no destroy => widget may be undef
66
67	pcg	1.5	$widget->realize if $widget->can("realize");
68
69			while (my ($k, $v) = each %$attr) {
70			my ($set, $get) = $k =~ /=/ ? split /=/, $k : ($k, $k);
71			$v = $get{$get} ? $get{$get}->($widget) : $widget->get($get);
72
73			$state->{$class}{"*"}{$get} = $v;
74			$state->{$class}{$instance}{$get} = $v if defined $instance;
75	pcg	1.9
76			my $vx = KGS::Listener::Debug::dumpval $v; $vx =~ s/\s+/ /g; warn "get $class ($instance) $get => $vx\n";#d#
77	pcg	1.1	}
78			}
79			}
80
81	pcg	1.2	package gtk::widget;
82
83			# hacked gtk pseudo-widget
84
85	pcg	1.3	sub new {
86			my $class = shift;
87			bless { @_ }, $class;
88			}
89
90	pcg	1.2	sub widget { $_[0]{widget} }
91
92			sub AUTOLOAD {
93	pcg	1.3	$AUTOLOAD =~ /::([^:]+)$/ or Carp::confess "$AUTOLOAD: no such method (illegal name)";
94	pcg	1.5	ref $_[0]{widget} or Carp::confess "AUTOLOAD: non-method call $AUTOLOAD(@_)\n";
95	pcg	1.3	my $method = $_[0]{widget}->can($1)
96			or Carp::confess "$AUTOLOAD: no such method";
97			# do NOT cache.. we are fats enough this way
98			unshift @_, shift->{widget};
99			&$method;
100			}
101
102	pcg	1.5	sub destroy {
103			my ($self) = @_;
104			for (keys %$self) {
105			(delete $self->{$_})->destroy
106			if UNIVERSAL::isa ($self->{$_}, Glib::Object) && $self->{$_}->can("destroy");
107			}
108			}
109
110			sub DESTROY {
111			my ($self) = @_;
112			}
113
114	pcg	1.3	package gtk::text;
115
116			use base gtk::widget;
117
118			sub new {
119			my $class = shift;
120			my $self = $class->SUPER::new(@_);
121
122			$self->{buffer} = new Gtk2::TextBuffer undef;
123
124	pcg	1.5	$self->{widget} = new_with_buffer Gtk2::TextView $self->{buffer};
125	pcg	1.3
126	pcg	1.6	$self->{widget}->set_wrap_mode ("word");
127
128	pcg	1.3	$self;
129			}
130
131	pcg	1.4	sub append_text {
132	pcg	1.5	my ($self, $text) = @_;
133
134			$self->{buffer}->insert ($self->{buffer}->get_end_iter, $text);
135	pcg	1.4	}
136
137	pcg	1.3	sub set_text {
138			my ($self, $text) = @_;
139	pcg	1.4
140	pcg	1.5	$self->{buffer}->set_text ("");
141			$self->append_text ($text);
142	pcg	1.1	}
143
144			1;
145