[ViewVC] Annotation of: cvs/CV/bin/cvc

#!/opt/bin/perl

use Gtk2 -init;
use Gtk2::Gdk::Keysyms;

use Gtk2::CV::ImageWindow;
use Gtk2::CV::Schnauzer;

require Gtk2::CV::Plugin;
require "$ENV{HOME}/.cvrc" if -r "$ENV{HOME}/.cvrc";

$VERSION = 0.1;

my $viewer;

package cluster;

use Glib::Object::Subclass Gtk2::Window;

use Gtk2::SimpleList;

sub INIT_INSTANCE {
   my ($self) = @_;
   
   $self->set_default_size (900, 700);

   my $box = new Gtk2::HPaned;
   $self->add ($box);

   $box->child2_resize (1);
   $box->set (position => 260);

   $box->add (my $sw = new Gtk2::ScrolledWindow);
   $sw->add (
      $self->{list} = new Gtk2::SimpleList
         "#"    => "int",
         "Name" => "text",
   );

   $box->add ($self->{schnauzer} = new Gtk2::CV::Schnauzer);
   $self->{schnauzer}->set_geometry_hints;
   $self->{schnauzer}->signal_connect (activate => sub { $viewer->load_image ($_[1]) });

   Gtk2::CV::Plugin->call (new_schnauzer => $self->{schnauzer});

   $self->{list}->get_column(0)->set_sort_column_id(0);
   $self->{list}->get_column(1)->set_sort_column_id(1);

   $self->{list}->signal_connect (key_press_event => sub {
      my $key = $_[1]->keyval;
      my $state = $_[1]->state;

      my $ctrl = grep $_ eq "control-mask", @{$_[1]->state};

      if ($key == $Gtk2::Gdk::Keysyms{Up}) {
         return 0;
      } elsif ($key == $Gtk2::Gdk::Keysyms{Down}) {
         return 0;
      } else {
         return $self->{schnauzer}->signal_emit (key_press_event => $_[1]);
      }
      return 1;

   });

   $self->{list}->signal_connect (cursor_changed => sub {
      my $row = scalar +($_[0]->get_selection->get_selected_rows)[0]->get_indices;

      my $k = $_[0]{data}[$row][1];
      $k = $self->{cluster}{$k};

      $self->{schnauzer}->set_paths (
         [map "$self->{path}/$_", @$k],
      );

      1;

   });
}

sub analyse {
   my ($self, $path) = @_;

   opendir my $dir, $path
      or die "$path: $!";

   $self->{path} = $path;

   my @files = map {
                     my $path = $_ = Glib::filename_to_unicode $_;
                     s/[\-_ ]+/ /g;
                     s/\.[^\.]+$//g;
                     s/(?<=[0-9 ])(?:fc|bc|front|back|cover|lq|hq)?[a-z]{0,3}$//;
                     s/(?<=[0-9])\[\d+\]$//;
                     s/ +$//;
                     [$_, $path]
                   }
                   grep !/\.(sfv|crc|par|par2)$/i, readdir $dir;

   my %cluster;
   $self->{cluster} = \%cluster;

   my @regexps = (
#      qr<^(\d\d\d\w?) >,
      qr<^(.+?)\ *(\d+)$>,
      qr<^(.+?)\ *\((\d+)\)$>,
      qr<^(.+?)(\d+)\ +(\d+)$>,
      qr<^(.+?)(\d+)\ +\((\d+)\)$>,

      qr<((?:199[0-9]|200[0-9])(?:0[1-9]|1[012])(?:0[1-9]|[12][0-9]|3[01]))>,
      qr<((?:0[1-9]|[12][0-9]|3[01])(?:0[1-9]|1[012])(?:199[0-9]|200[0-9]))>,
#      qr<^(\d*[^0-9].*?)\ *[0-9_ ]+$>,
#      qr<^(\d*[^0-9].*?)\ *\([0-9_ ]+\)$>,
#      qr<^[0-9_ ]+\ *([^0-9].*)$>,
#      qr<^(.*)[_ \-]+.*?$>,
#      qr<^.*?[_ \-]+(.*)$>,
#      qr<^(.*)[_ \-]+\d+[_ \-]+.*?$>,
   );

   for my $re (@regexps) {
      for (@files) {
         #print "$_->[0]\n" if $_->[1] =~ /^kisa.tan/;
         #if ($_->[0] =~ $re && $_->[0] =~ $info->[1]) {
         if ($_->[0] =~ $re) {
            $cluster{$1}{$_->[1]} = 1;
            # print "PUSH $1 : $_->[1] $_->[0] $re $info->[1] \n";
         }
      }
   }
   #push @{$cluster{"THE REST"}->[1]}, $_ for keys %chk_files;

   my %file_sorted;

   my @rest;
   for my $k (keys %cluster) {
      my @v = keys %{ $cluster{$k }};
      $cluster{$k} = \@v;
      if (@v > 2) {
         push @{$self->{list}{data}}, [scalar @v, $k];
         $file_sorted{$_} = 1 for @v;
      }
   }

   my @remaining = grep !$file_sorted{$_},
                        map $_->[1],
                            @files;
   $cluster{"REMAINING FILES"} = \@remaining;
   push @{$self->{list}{data}}, [(scalar @remaining), "REMAINING FILES"];
}

package main;

sub new_schnauzer {
   my $w = new Gtk2::Window;
   $w->add (my $s = new Gtk2::CV::Schnauzer);

   $s->signal_connect (activate => sub { $viewer->load_image ($_[1]) });
   $s->signal_connect (key_press_event => \&std_keys);

   $s->set_dir (".");
   $w->show_all;

   $w;
}

sub std_keys {
   my $key = $_[1]->keyval;

   my $ctrl = grep $_ eq "control-mask", @{$_[1]->state};

   if ($key == $Gtk2::Gdk::Keysyms{q}) {
      main_quit Gtk2;
   } elsif ($ctrl && $key == $Gtk2::Gdk::Keysyms{v}) {
      new_schnauzer;
   } else {
      return 0;
   }

   1;
}

$viewer = new Gtk2::CV::ImageWindow;
$viewer->signal_connect (key_press_event => \&std_keys);
$viewer->signal_connect (delete_event => sub { main_quit Gtk2 });
Gtk2::CV::Plugin->call (new_imagewindow => $viewer);
$viewer->show_all;

my $cluster = new cluster;

$cluster->analyse ($ARGV[0]);
$cluster->show_all;

main Gtk2;


Revision:	1.31
Committed:	Wed Jun 29 22:11:56 2005 UTC (18 years, 11 months ago) by root
Branch:	MAIN
Changes since 1.30:	+11 -7 lines
Log Message:	* empty log message *
#	User	Rev	Content
1	root	1.7	#!/opt/bin/perl
2	root	1.1
3			use Gtk2 -init;
4			use Gtk2::Gdk::Keysyms;
5
6			use Gtk2::CV::ImageWindow;
7			use Gtk2::CV::Schnauzer;
8
9	root	1.28	require Gtk2::CV::Plugin;
10			require "$ENV{HOME}/.cvrc" if -r "$ENV{HOME}/.cvrc";
11
12	root	1.1	$VERSION = 0.1;
13
14			my $viewer;
15
16			package cluster;
17
18			use Glib::Object::Subclass Gtk2::Window;
19
20			use Gtk2::SimpleList;
21
22			sub INIT_INSTANCE {
23			my ($self) = @_;
24
25	root	1.2	$self->set_default_size (900, 700);
26
27	root	1.25	my $box = new Gtk2::HPaned;
28	root	1.6	$self->add ($box);
29	root	1.1
30	root	1.25	$box->child2_resize (1);
31			$box->set (position => 260);
32
33	root	1.1	$box->add (my $sw = new Gtk2::ScrolledWindow);
34			$sw->add (
35			$self->{list} = new Gtk2::SimpleList
36			"#" => "int",
37			"Name" => "text",
38			);
39
40			$box->add ($self->{schnauzer} = new Gtk2::CV::Schnauzer);
41	root	1.25	$self->{schnauzer}->set_geometry_hints;
42	root	1.1	$self->{schnauzer}->signal_connect (activate => sub { $viewer->load_image ($_[1]) });
43
44	root	1.28	Gtk2::CV::Plugin->call (new_schnauzer => $self->{schnauzer});
45
46	root	1.1	$self->{list}->get_column(0)->set_sort_column_id(0);
47			$self->{list}->get_column(1)->set_sort_column_id(1);
48
49	root	1.2	$self->{list}->signal_connect (key_press_event => sub {
50			my $key = $_[1]->keyval;
51	root	1.3	my $state = $_[1]->state;
52	root	1.2
53			my $ctrl = grep $_ eq "control-mask", @{$_[1]->state};
54
55	root	1.30	if ($key == $Gtk2::Gdk::Keysyms{Up}) {
56	root	1.3	return 0;
57			} elsif ($key == $Gtk2::Gdk::Keysyms{Down}) {
58			return 0;
59	root	1.2	} else {
60	root	1.29	return $self->{schnauzer}->signal_emit (key_press_event => $_[1]);
61	root	1.2	}
62			return 1;
63
64			});
65
66	root	1.1	$self->{list}->signal_connect (cursor_changed => sub {
67			my $row = scalar +($_[0]->get_selection->get_selected_rows)[0]->get_indices;
68
69			my $k = $_[0]{data}[$row][1];
70			$k = $self->{cluster}{$k};
71
72			$self->{schnauzer}->set_paths (
73	root	1.20	[map "$self->{path}/$_", @$k],
74	root	1.1	);
75
76			1;
77
78			});
79			}
80
81			sub analyse {
82			my ($self, $path) = @_;
83
84			opendir my $dir, $path
85			or die "$path: $!";
86
87			$self->{path} = $path;
88
89			my @files = map {
90	root	1.18	my $path = $_ = Glib::filename_to_unicode $_;
91	root	1.15	s/[\-_ ]+/ /g;
92			s/\.[^\.]+$//g;
93	root	1.20	s/(?<=[0-9 ])(?:fc\|bc\|front\|back\|cover\|lq\|hq)?[a-z]{0,3}$//;
94			s/(?<=[0-9])\[\d+\]$//;
95	root	1.15	s/ +$//;
96			[$_, $path]
97	root	1.1	}
98	root	1.15	grep !/\.(sfv\|crc\|par\|par2)$/i, readdir $dir;
99	root	1.1
100			my %cluster;
101	root	1.20	$self->{cluster} = \%cluster;
102	root	1.1
103			my @regexps = (
104	root	1.31	# qr<^(\d\d\d\w?) >,
105			qr<^(.+?)\ *(\d+)$>,
106			qr<^(.+?)\ *\((\d+)\)$>,
107			qr<^(.+?)(\d+)\ +(\d+)$>,
108			qr<^(.+?)(\d+)\ +\((\d+)\)$>,
109	root	1.24
110	root	1.26	qr<((?:199[0-9]\|200[0-9])(?:0[1-9]\|1[012])(?:0[1-9]\|[12][0-9]\|3[01]))>,
111			qr<((?:0[1-9]\|[12][0-9]\|3[01])(?:0[1-9]\|1[012])(?:199[0-9]\|200[0-9]))>,
112	root	1.31	# qr<^(\d[^0-9].?)\ *[0-9_ ]+$>,
113			# qr<^(\d[^0-9].?)\ *\([0-9_ ]+\)$>,
114			# qr<^[0-9_ ]+\ ([^0-9].)$>,
115			# qr<^(.)[_ \-]+.?$>,
116			# qr<^.?[_ \-]+(.)$>,
117			# qr<^(.)[_ \-]+\d+[_ \-]+.?$>,
118	root	1.1	);
119
120	root	1.20	for my $re (@regexps) {
121	root	1.1	for (@files) {
122	root	1.19	#print "$_->[0]\n" if $_->[1] =~ /^kisa.tan/;
123	root	1.20	#if ($_->[0] =~ $re && $_->[0] =~ $info->[1]) {
124			if ($_->[0] =~ $re) {
125	root	1.21	$cluster{$1}{$_->[1]} = 1;
126			# print "PUSH $1 : $_->[1] $_->[0] $re $info->[1] \n";
127	root	1.1	}
128			}
129			}
130	root	1.6	#push @{$cluster{"THE REST"}->[1]}, $_ for keys %chk_files;
131	root	1.1
132	root	1.18	my %file_sorted;
133
134	root	1.6	my @rest;
135	root	1.21	for my $k (keys %cluster) {
136			my @v = keys %{ $cluster{$k }};
137			$cluster{$k} = \@v;
138			if (@v > 2) {
139			push @{$self->{list}{data}}, [scalar @v, $k];
140			$file_sorted{$_} = 1 for @v;
141	root	1.6	}
142			}
143	root	1.18
144			my @remaining = grep !$file_sorted{$_},
145			map $_->[1],
146			@files;
147	root	1.20	$cluster{"REMAINING FILES"} = \@remaining;
148	root	1.18	push @{$self->{list}{data}}, [(scalar @remaining), "REMAINING FILES"];
149	root	1.1	}
150
151			package main;
152
153			sub new_schnauzer {
154			my $w = new Gtk2::Window;
155			$w->add (my $s = new Gtk2::CV::Schnauzer);
156
157			$s->signal_connect (activate => sub { $viewer->load_image ($_[1]) });
158			$s->signal_connect (key_press_event => \&std_keys);
159
160			$s->set_dir (".");
161			$w->show_all;
162
163			$w;
164			}
165
166			sub std_keys {
167			my $key = $_[1]->keyval;
168
169			my $ctrl = grep $_ eq "control-mask", @{$_[1]->state};
170
171			if ($key == $Gtk2::Gdk::Keysyms{q}) {
172			main_quit Gtk2;
173			} elsif ($ctrl && $key == $Gtk2::Gdk::Keysyms{v}) {
174			new_schnauzer;
175			} else {
176			return 0;
177			}
178
179			1;
180			}
181
182			$viewer = new Gtk2::CV::ImageWindow;
183			$viewer->signal_connect (key_press_event => \&std_keys);
184			$viewer->signal_connect (delete_event => sub { main_quit Gtk2 });
185	root	1.28	Gtk2::CV::Plugin->call (new_imagewindow => $viewer);
186	root	1.1	$viewer->show_all;
187
188			my $cluster = new cluster;
189
190	root	1.2	$cluster->analyse ($ARGV[0]);
191	root	1.1	$cluster->show_all;
192
193			main Gtk2;
194
195