source: main/trunk/greenstone2/perllib/basebuildproc.pm@ 31960

Last change on this file since 31960 was 27917, checked in by ak19, 11 years ago
  1. Reference to undefined variable. 2. Using FileUtils:: subroutines in place of deprecated utils:: ones.
  • Property svn:keywords set to Author Date Id Revision
File size: 23.5 KB
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1##########################################################################
2#
3# basebuildproc.pm --
4# A component of the Greenstone digital library software
5# from the New Zealand Digital Library Project at the
6# University of Waikato, New Zealand.
7#
8# Copyright (C) 1999 New Zealand Digital Library Project
9#
10# This program is free software; you can redistribute it and/or modify
11# it under the terms of the GNU General Public License as published by
12# the Free Software Foundation; either version 2 of the License, or
13# (at your option) any later version.
14#
15# This program is distributed in the hope that it will be useful,
16# but WITHOUT ANY WARRANTY; without even the implied warranty of
17# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
18# GNU General Public License for more details.
19#
20# You should have received a copy of the GNU General Public License
21# along with this program; if not, write to the Free Software
22# Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
23#
24###########################################################################
25
26# This document processor outputs a document for indexing (should be
27# implemented by subclass) and storing in the database
28
29package basebuildproc;
30
31eval {require bytes};
32
33use classify;
34use dbutil;
35use doc;
36use docproc;
37use strict;
38no strict 'subs';
39no strict 'refs';
40use util;
41use FileUtils;
42
43BEGIN {
44 @basebuildproc::ISA = ('docproc');
45}
46
47sub new()
48 {
49 my ($class, $collection, $source_dir, $build_dir, $keepold, $verbosity, $outhandle) = @_;
50 my $self = new docproc ();
51
52 # outhandle is where all the debugging info goes
53 # output_handle is where the output of the plugins is piped
54 # to (i.e. mg, database etc.)
55 $outhandle = STDERR unless defined $outhandle;
56
57 $self->{'collection'} = $collection;
58 $self->{'source_dir'} = $source_dir;
59 $self->{'build_dir'} = $build_dir;
60 $self->{'keepold'} = $keepold;
61 $self->{'verbosity'} = $verbosity;
62 $self->{'outhandle'} = $outhandle;
63
64 $self->{'classifiers'} = [];
65 $self->{'mode'} = "text";
66 $self->{'assocdir'} = $build_dir;
67 $self->{'dontdb'} = {};
68 $self->{'store_metadata_coverage'} = "false";
69
70 $self->{'index'} = "section:text";
71 $self->{'indexexparr'} = [];
72
73 $self->{'separate_cjk'} = 0;
74
75 my $found_num_data = 0;
76 my $buildconfigfile = undef;
77
78 if ($keepold) {
79 # For incremental building need to seed num_docs etc from values
80 # stored in build.cfg (if present)
81 $buildconfigfile = &FileUtils::filenameConcatenate($build_dir, "build.cfg");
82 if (-e $buildconfigfile) {
83 $found_num_data = 1;
84 }
85 else {
86 # try the index dir
87 $buildconfigfile = &FileUtils::filenameConcatenate($ENV{'GSDLCOLLECTDIR'},
88 "index", "build.cfg");
89 if (-e $buildconfigfile) {
90 $found_num_data = 1;
91 }
92 }
93
94 }
95
96 if ($found_num_data)
97 {
98 #print STDERR "Found_Num_Data!\n";
99 my $buildcfg = &colcfg::read_build_cfg($buildconfigfile);
100 $self->{'starting_num_docs'} = $buildcfg->{'numdocs'};
101 #print STDERR "- num_docs: $self->{'starting_num_docs'}\n";
102 $self->{'starting_num_sections'} = $buildcfg->{'numsections'};
103 #print STDERR "- num_sections: $self->{'starting_num_sections'}\n";
104 $self->{'starting_num_bytes'} = $buildcfg->{'numbytes'};
105 #print STDERR "- num_bytes: $self->{'starting_num_bytes'}\n";
106 }
107 else
108 {
109 #print STDERR "NOT Found_Num_Data!\n";
110 $self->{'starting_num_docs'} = 0;
111 $self->{'starting_num_sections'} = 0;
112 $self->{'starting_num_bytes'} = 0;
113 }
114
115 $self->{'output_handle'} = "STDOUT";
116 $self->{'num_docs'} = $self->{'starting_num_docs'};
117 $self->{'num_sections'} = $self->{'starting_num_sections'};
118 $self->{'num_bytes'} = $self->{'starting_num_bytes'};
119
120 $self->{'num_processed_bytes'} = 0;
121 $self->{'store_text'} = 1;
122
123 # what level (section/document) the database - indexer intersection is
124 $self->{'db_level'} = "section";
125 #used by browse interface
126 $self->{'doclist'} = [];
127
128 $self->{'indexing_text'} = 0;
129
130 return bless $self, $class;
131
132}
133
134sub reset {
135 my $self = shift (@_);
136
137 $self->{'num_docs'} = $self->{'starting_num_docs'};
138 $self->{'num_sections'} = $self->{'starting_num_sections'};
139 $self->{'num_bytes'} = $self->{'starting_num_bytes'};
140
141 $self->{'num_processed_bytes'} = 0;
142}
143
144sub zero_reset {
145 my $self = shift (@_);
146
147 $self->{'num_docs'} = 0;
148 $self->{'num_sections'} = 0;
149 # reconstructed docs have no text, just metadata, so we need to
150 # remember how many bytes we had initially
151 #$self->{'num_bytes'} = $self->{'starting_num_bytes'};
152 $self->{'num_bytes'} = 0; # we'll store num bytes in db for reconstructed docs.
153 $self->{'num_processed_bytes'} = 0;
154}
155
156sub is_incremental_capable
157{
158 # By default we return 'no' as the answer
159 # Safer to assume non-incremental to start with, and then override in
160 # inherited classes that are.
161
162 return 0;
163}
164
165sub get_num_docs {
166 my $self = shift (@_);
167
168 return $self->{'num_docs'};
169}
170
171sub get_num_sections {
172 my $self = shift (@_);
173
174 return $self->{'num_sections'};
175}
176
177# num_bytes is the actual number of bytes in the collection
178# this is normally the same as what's processed during text compression
179sub get_num_bytes {
180 my $self = shift (@_);
181
182 return $self->{'num_bytes'};
183}
184
185# num_processed_bytes is the number of bytes actually passed
186# to mg for the current index
187sub get_num_processed_bytes {
188 my $self = shift (@_);
189
190 return $self->{'num_processed_bytes'};
191}
192
193sub set_output_handle {
194 my $self = shift (@_);
195 my ($handle) = @_;
196
197 $self->{'output_handle'} = $handle;
198 # The output handle isn't always an actual handle. In a couple of the
199 # database drivers (MSSQL and GDBMServer) it's actually a reference
200 # to an object. Thus we need to test the type before setting binmode.
201 # [jmt12]
202 if (ref $handle eq "GLOB")
203 {
204 binmode($handle,":utf8");
205 }
206}
207
208
209sub set_mode {
210 my $self = shift (@_);
211 my ($mode) = @_;
212
213 $self->{'mode'} = $mode;
214}
215
216sub get_mode {
217 my $self = shift (@_);
218
219 return $self->{'mode'};
220}
221
222sub set_assocdir {
223 my $self = shift (@_);
224 my ($assocdir) = @_;
225
226 $self->{'assocdir'} = $assocdir;
227}
228
229sub set_dontdb {
230 my $self = shift (@_);
231 my ($dontdb) = @_;
232
233 $self->{'dontdb'} = $dontdb;
234}
235
236sub set_infodbtype
237{
238 my $self = shift(@_);
239 my $infodbtype = shift(@_);
240 $self->{'infodbtype'} = $infodbtype;
241}
242
243sub set_index {
244 my $self = shift (@_);
245 my ($index, $indexexparr) = @_;
246
247 $self->{'index'} = $index;
248 $self->{'indexexparr'} = $indexexparr if defined $indexexparr;
249}
250
251sub set_index_languages {
252 my $self = shift (@_);
253 my ($lang_meta, $langarr) = @_;
254 $lang_meta =~ s/^ex\.([^.]+)$/$1/; # strip any ex. namespace iff it's the only namespace prefix (will leave ex.dc.* intact)
255
256 $self->{'lang_meta'} = $lang_meta;
257 $self->{'langarr'} = $langarr;
258}
259
260sub get_index {
261 my $self = shift (@_);
262
263 return $self->{'index'};
264}
265
266sub set_classifiers {
267 my $self = shift (@_);
268 my ($classifiers) = @_;
269
270 $self->{'classifiers'} = $classifiers;
271}
272
273sub set_indexing_text {
274 my $self = shift (@_);
275 my ($indexing_text) = @_;
276
277 $self->{'indexing_text'} = $indexing_text;
278}
279
280sub get_indexing_text {
281 my $self = shift (@_);
282
283 return $self->{'indexing_text'};
284}
285
286sub set_store_text {
287 my $self = shift (@_);
288 my ($store_text) = @_;
289
290 $self->{'store_text'} = $store_text;
291}
292
293sub set_store_metadata_coverage {
294 my $self = shift (@_);
295 my ($store_metadata_coverage) = @_;
296
297 $self->{'store_metadata_coverage'} = $store_metadata_coverage || "";
298}
299
300sub get_doc_list {
301 my $self = shift(@_);
302
303 return @{$self->{'doclist'}};
304}
305
306# the standard database level is section, but you may want to change it to document
307sub set_db_level {
308 my $self= shift (@_);
309 my ($db_level) = @_;
310
311 $self->{'db_level'} = $db_level;
312}
313
314sub set_sections_index_document_metadata {
315 my $self= shift (@_);
316 my ($index_type) = @_;
317
318 $self->{'sections_index_document_metadata'} = $index_type;
319}
320
321sub set_separate_cjk {
322 my $self = shift (@_);
323 my ($sep_cjk) = @_;
324
325 $self->{'separate_cjk'} = $sep_cjk;
326}
327
328sub process {
329 my $self = shift (@_);
330 my $method = $self->{'mode'};
331
332 $self->$method(@_);
333}
334
335# post process text depending on field. Currently don't do anything here
336# except cjk separation, and only for indexing
337# should only do this for indexed text (if $self->{'indexing_text'}),
338# but currently search term highlighting doesn't work if you do that.
339# once thats fixed up, then fix this.
340sub filter_text {
341 my $self = shift (@_);
342 my ($field, $text) = @_;
343
344 # lets do cjk seg here
345 my $new_text =$text;
346 if ($self->{'separate_cjk'}) {
347 $new_text = &cnseg::segment($text);
348 }
349 return $new_text;
350}
351
352
353sub infodb_metadata_stats
354{
355 my $self = shift (@_);
356 my ($field,$edit_mode) = @_;
357
358 # Keep some statistics relating to metadata sets used and
359 # frequency of particular metadata fields within each set
360
361 # Union of metadata prefixes and frequency of fields
362 # (both scoped for this document alone, and across whole collection)
363
364 if ($field =~ m/^(.+)\.(.*)$/) {
365 my $prefix = $1;
366 my $core_field = $2;
367
368 if (($edit_mode eq "add") || ($edit_mode eq "update")) {
369 $self->{'doc_mdprefix_fields'}->{$prefix}->{$core_field}++;
370 $self->{'mdprefix_fields'}->{$prefix}->{$core_field}++;
371 }
372 else {
373 # delete
374 $self->{'doc_mdprefix_fields'}->{$prefix}->{$core_field}--;
375 $self->{'mdprefix_fields'}->{$prefix}->{$core_field}--;
376 }
377
378 }
379 elsif ($field =~ m/^[[:upper:]]/) {
380 # implicit 'ex' metadata set
381
382 if (($edit_mode eq "add") || ($edit_mode eq "update")) {
383
384 $self->{'doc_mdprefix_fields'}->{'ex'}->{$field}++;
385 $self->{'mdprefix_fields'}->{'ex'}->{$field}++;
386 }
387 else {
388 # delete
389 $self->{'doc_mdprefix_fields'}->{'ex'}->{$field}--;
390 $self->{'mdprefix_fields'}->{'ex'}->{$field}--;
391 }
392 }
393
394}
395
396
397sub infodbedit {
398 my $self = shift (@_);
399 my ($doc_obj, $filename, $edit_mode) = @_;
400
401 # only output this document if it is a "indexed_doc" or "info_doc" (database only) document
402 my $doctype = $doc_obj->get_doc_type();
403 return if ($doctype ne "indexed_doc" && $doctype ne "info_doc");
404
405 my $archivedir = "";
406 if (defined $filename)
407 {
408 # doc_obj derived directly from file
409 my ($dir) = $filename =~ /^(.*?)(?:\/|\\)[^\/\\]*$/;
410 $dir = "" unless defined $dir;
411 $dir =~ s/\\/\//g;
412 $dir =~ s/^\/+//;
413 $dir =~ s/\/+$//;
414
415 $archivedir = $dir;
416
417 if ($edit_mode eq "delete") {
418 # record this doc so we don't process the reconstructed doc later
419 $self->{'dont_process_reconstructed'}->{$doc_obj->get_OID()} = 1;
420 # we don't need to do anything else for the info database for a deleted document. The infodb starts from scratch each time, so no deletion is necessary
421 $self->delete_assoc_files ($archivedir, "delete");
422 return;
423 }
424 if ($edit_mode eq "update") {
425 # we don't want to process the reconstructed doc later, but we will process this version now.
426 $self->{'dont_process_reconstructed'}->{$doc_obj->get_OID()} = 1;
427 # delete the old assoc files as they may have changed
428 $self->delete_assoc_files ($archivedir, "update");
429 }
430
431 # resolve the final filenames of the files associated with this document
432 # now save the new assoc files for an update/new doc.
433 $self->assoc_files ($doc_obj, $archivedir);
434 }
435 else
436 {
437 # doc_obj reconstructed from database (has metadata, doc structure but no text)
438 my $top_section = $doc_obj->get_top_section();
439 $archivedir = $doc_obj->get_metadata_element($top_section,"archivedir");
440 }
441
442 # rest of code used for add and update. In both cases, we add to the classifiers and to the info database.
443
444 #add this document to the browse structure
445 push(@{$self->{'doclist'}},$doc_obj->get_OID())
446 unless ($doctype eq "classification");
447 $self->{'num_docs'} += 1 unless ($doctype eq "classification");
448
449 if (!defined $filename) {
450 # a reconstructed doc
451 my $num_reconstructed_bytes = $doc_obj->get_metadata_element ($doc_obj->get_top_section (), "total_numbytes");
452 if (defined $num_reconstructed_bytes) {
453 $self->{'num_bytes'} += $num_reconstructed_bytes;
454 }
455 }
456 # classify the document
457 &classify::classify_doc ($self->{'classifiers'}, $doc_obj);
458
459 # now add all the sections to the infodb.
460
461 # is this a paged or a hierarchical document
462 my ($thistype, $childtype) = $self->get_document_type ($doc_obj);
463
464 my $section = $doc_obj->get_top_section ();
465 my $doc_OID = $doc_obj->get_OID();
466 my $first = 1;
467 my $infodb_handle = $self->{'output_handle'};
468
469 $self->{'doc_mdprefix_fields'} = {};
470
471 while (defined $section)
472 {
473 my $section_OID = $doc_OID;
474 if ($section ne "")
475 {
476 $section_OID = $doc_OID . "." . $section;
477 }
478 my %section_infodb = ();
479
480 # update a few statistics
481 $self->{'num_bytes'} += $doc_obj->get_text_length ($section);
482 $self->{'num_sections'} += 1 unless ($doctype eq "classification");
483
484 # output the fact that this document is a document (unless doctype
485 # has been set to something else from within a plugin
486 my $dtype = $doc_obj->get_metadata_element ($section, "doctype");
487 if (!defined $dtype || $dtype !~ /\w/) {
488 $section_infodb{"doctype"} = [ "doc" ];
489 }
490
491 if ($first && defined $filename) {
492 # if we are at the top level of the document, and we are not a reconstructed document, set the total_text_length - used to count bytes when we reconstruct later
493 my $length = $doc_obj->get_total_text_length();
494 $section_infodb{"total_numbytes"} = [ $length ];
495 }
496 # Output whether this node contains text
497 #
498 # If doc_obj reconstructed from database file then no need to
499 # explicitly add <hastxt> as this is preserved as metadata when
500 # the database file is loaded in
501 if (defined $filename)
502 {
503 # doc_obj derived directly from file
504 if ($doc_obj->get_text_length($section) > 0) {
505 $section_infodb{"hastxt"} = [ "1" ];
506 } else {
507 $section_infodb{"hastxt"} = [ "0" ];
508 }
509 }
510
511 # output all the section metadata
512 my $metadata = $doc_obj->get_all_metadata ($section);
513 foreach my $pair (@$metadata) {
514 my ($field, $value) = (@$pair);
515
516 if ($field ne "Identifier" && $field !~ /^gsdl/ &&
517 defined $value && $value ne "") {
518
519 # escape problematic stuff
520 $value =~ s/([^\\])\\([^\\])/$1\\\\$2/g;
521 $value =~ s/\n/\\n/g;
522 $value =~ s/\r/\\r/g;
523 # remove any ex. iff it's the only namespace prefix (will leave ex.dc.* intact)
524 $field =~ s/^ex\.([^.]+)$/$1/; # $field =~ s/^ex\.//;
525
526 # special case for UTF8URL metadata
527 if ($field =~ m/^UTF8URL$/i) {
528 &dbutil::write_infodb_entry($self->{'infodbtype'}, $infodb_handle,
529 $value, { 'section' => [ $section_OID ] });
530 }
531
532 if (!defined $self->{'dontdb'}->{$field}) {
533 push(@{$section_infodb{$field}}, $value);
534
535 if ($section eq ""
536 && (($self->{'store_metadata_coverage'} =~ /^true$/i)
537 || $self->{'store_metadata_coverage'} eq "1"))
538 {
539 $self->infodb_metadata_stats($field,$edit_mode);
540 }
541 }
542 }
543 }
544
545 if ($section eq "")
546 {
547 my $doc_mdprefix_fields = $self->{'doc_mdprefix_fields'};
548
549 foreach my $prefix (keys %$doc_mdprefix_fields)
550 {
551 push(@{$section_infodb{"metadataset"}}, $prefix);
552
553 foreach my $field (keys %{$doc_mdprefix_fields->{$prefix}})
554 {
555 push(@{$section_infodb{"metadatalist-$prefix"}}, $field);
556
557 my $val = $doc_mdprefix_fields->{$prefix}->{$field};
558 push(@{$section_infodb{"metadatafreq-$prefix-$field"}}, $val);
559 }
560 }
561 }
562
563 # If doc_obj reconstructed from database file then no need to
564 # explicitly add <archivedir> as this is preserved as metadata when
565 # the database file is loaded in
566 if (defined $filename)
567 {
568 # output archivedir if at top level
569 if ($section eq $doc_obj->get_top_section()) {
570 $section_infodb{"archivedir"} = [ $archivedir ];
571 }
572 }
573
574 # output document display type
575 if ($first) {
576 $section_infodb{"thistype"} = [ $thistype ];
577 }
578
579 if ($self->{'db_level'} eq "document") {
580 # doc num is num_docs not num_sections
581 # output the matching document number
582 $section_infodb{"docnum"} = [ $self->{'num_docs'} ];
583 }
584 else {
585 # output a list of children
586 my $children = $doc_obj->get_children ($section);
587 if (scalar(@$children) > 0) {
588 $section_infodb{"childtype"} = [ $childtype ];
589 my $contains = "";
590 foreach my $child (@$children)
591 {
592 $contains .= ";" unless ($contains eq "");
593 if ($child =~ /^.*?\.(\d+)$/)
594 {
595 $contains .= "\".$1";
596 }
597 else
598 {
599 $contains .= "\".$child";
600 }
601 }
602 $section_infodb{"contains"} = [ $contains ];
603 }
604 # output the matching doc number
605 $section_infodb{"docnum"} = [ $self->{'num_sections'} ];
606 }
607
608 if(defined $section_infodb{'assocfilepath'})
609 {
610 &dbutil::write_infodb_entry($self->{'infodbtype'}, $infodb_handle, $section_infodb{'assocfilepath'}[0], { 'contains' => [ $section_OID ]});
611 }
612 &dbutil::write_infodb_entry($self->{'infodbtype'}, $infodb_handle, $section_OID, \%section_infodb);
613
614 # output a database entry for the document number, unless we are incremental
615 unless ($self->is_incremental_capable())
616 {
617 if ($self->{'db_level'} eq "document") {
618 &dbutil::write_infodb_entry($self->{'infodbtype'}, $infodb_handle, $self->{'num_docs'}, { 'section' => [ $doc_OID ] });
619 }
620 else {
621 &dbutil::write_infodb_entry($self->{'infodbtype'}, $infodb_handle, $self->{'num_sections'}, { 'section' => [ $section_OID ] });
622 }
623 }
624
625 $first = 0;
626 $section = $doc_obj->get_next_section($section);
627 last if ($self->{'db_level'} eq "document"); # if no sections wanted, only add the docs
628 } # while defined section
629
630}
631
632
633
634
635sub infodb {
636 my $self = shift (@_);
637 my ($doc_obj, $filename) = @_;
638
639 $self->infodbedit($doc_obj,$filename,"add");
640}
641
642sub infodbreindex {
643 my $self = shift (@_);
644 my ($doc_obj, $filename) = @_;
645
646 $self->infodbedit($doc_obj,$filename,"update");
647}
648
649sub infodbdelete {
650 my $self = shift (@_);
651 my ($doc_obj, $filename) = @_;
652
653 $self->infodbedit($doc_obj,$filename,"delete");
654}
655
656
657sub text {
658 my $self = shift (@_);
659 my ($doc_obj) = @_;
660
661 my $handle = $self->{'outhandle'};
662 print $handle "basebuildproc::text function must be implemented in sub classes\n";
663 die "\n";
664}
665
666sub textreindex
667{
668 my $self = shift @_;
669
670 my $outhandle = $self->{'outhandle'};
671 print $outhandle "basebuildproc::textreindex function must be implemented in sub classes\n";
672 if (!$self->is_incremental_capable()) {
673
674 print $outhandle " This operation is only possible with indexing tools with that support\n";
675 print $outhandle " incremental building\n";
676 }
677 die "\n";
678}
679
680sub textdelete
681{
682 my $self = shift @_;
683
684 my $outhandle = $self->{'outhandle'};
685 print $outhandle "basebuildproc::textdelete function must be implemented in sub classes\n";
686 if (!$self->is_incremental_capable()) {
687
688 print $outhandle " This operation is only possible with indexing tools with that support\n";
689 print $outhandle " incremental building\n";
690 }
691 die "\n";
692}
693
694
695# should the document be indexed - according to the subcollection and language
696# specification.
697sub is_subcollection_doc {
698 my $self = shift (@_);
699 my ($doc_obj) = @_;
700
701 my $indexed_doc = 1;
702 foreach my $indexexp (@{$self->{'indexexparr'}}) {
703 $indexed_doc = 0;
704 my ($field, $exp, $options) = split /\//, $indexexp;
705 if (defined ($field) && defined ($exp)) {
706 my ($bool) = $field =~ /^(.)/;
707 $field =~ s/^.// if $bool eq '!';
708 my @metadata_values;
709 if ($field =~ /^filename$/i) {
710 push(@metadata_values, $doc_obj->get_source_filename());
711 }
712 else {
713 $field =~ s/^ex\.([^.]+)$/$1/; # remove any ex. iff it's the only namespace prefix (will leave ex.dc.* intact)
714 @metadata_values = @{$doc_obj->get_metadata($doc_obj->get_top_section(), $field)};
715 }
716 next unless @metadata_values;
717 foreach my $metadata_value (@metadata_values) {
718 if ($bool eq '!') {
719 if (defined $options && $options =~ /^i$/i) {
720 if ($metadata_value !~ /$exp/i) {$indexed_doc = 1; last;}
721 } else {
722 if ($metadata_value !~ /$exp/) {$indexed_doc = 1; last;}
723 }
724 } else {
725 if (defined $options && $options =~ /^i$/i) {
726 if ($metadata_value =~ /$exp/i) {$indexed_doc = 1; last;}
727 } else {
728 if ($metadata_value =~ /$exp/) {$indexed_doc = 1; last;}
729 }
730 }
731 }
732
733 last if ($indexed_doc == 1);
734 }
735 }
736
737 # if this doc is so far in the sub collection, and we have lang info,
738 # now we check the languages to see if it matches
739 if($indexed_doc && defined $self->{'lang_meta'}) {
740 $indexed_doc = 0;
741 my $field = $doc_obj->get_metadata_element($doc_obj->get_top_section(), $self->{'lang_meta'});
742 if (defined $field) {
743 foreach my $lang (@{$self->{'langarr'}}) {
744 my ($bool) = $lang =~ /^(.)/;
745 if ($bool eq '!') {
746 $lang =~ s/^.//;
747 if ($field !~ /$lang/) {
748 $indexed_doc = 1; last;
749 }
750 } else {
751 if ($field =~ /$lang/) {
752 $indexed_doc = 1; last;
753 }
754 }
755 }
756 }
757 }
758 return $indexed_doc;
759
760}
761
762# use 'Paged' if document has no more than 2 levels
763# and each section at second level has a number for
764# Title metadata
765# also use Paged if gsdlthistype metadata is set to Paged
766sub get_document_type {
767 my $self = shift (@_);
768 my ($doc_obj) = @_;
769
770 my $thistype = "VList";
771 my $childtype = "VList";
772 my $title;
773 my @tmp = ();
774
775 my $section = $doc_obj->get_top_section ();
776
777 my $gsdlthistype = $doc_obj->get_metadata_element ($section, "gsdlthistype");
778 if (defined $gsdlthistype) {
779 if ($gsdlthistype =~ /^paged$/i) {
780 $childtype = "Paged";
781 if ($doc_obj->get_text_length ($doc_obj->get_top_section())) {
782 $thistype = "Paged";
783 } else {
784 $thistype = "Invisible";
785 }
786
787 return ($thistype, $childtype);
788 }
789 # gs3 pagedhierarchy option
790 elsif ($gsdlthistype =~ /^pagedhierarchy$/i) {
791 $childtype = "PagedHierarchy";
792 if ($doc_obj->get_text_length ($doc_obj->get_top_section())) {
793 $thistype = "PagedHierarchy";
794 } else {
795 $thistype = "Invisible";
796 }
797
798 return ($thistype, $childtype);
799 } elsif ($gsdlthistype =~ /^hierarchy$/i) {
800 return ($thistype, $childtype); # use VList, VList
801 }
802 }
803 my $first = 1;
804 while (defined $section) {
805 @tmp = split /\./, $section;
806 if (scalar(@tmp) > 1) {
807 return ($thistype, $childtype);
808 }
809 if (!$first) {
810 $title = $doc_obj->get_metadata_element ($section, "Title");
811 if (!defined $title || $title !~ /^\d+$/) {
812 return ($thistype, $childtype);
813 }
814 }
815 $first = 0;
816 $section = $doc_obj->get_next_section($section);
817 }
818 if ($doc_obj->get_text_length ($doc_obj->get_top_section())) {
819 $thistype = "Paged";
820 } else {
821 $thistype = "Invisible";
822 }
823 $childtype = "Paged";
824 return ($thistype, $childtype);
825}
826
827sub assoc_files
828{
829 my $self = shift (@_);
830 my ($doc_obj, $archivedir) = @_;
831 my ($afile);
832
833 foreach my $assoc_file (@{$doc_obj->get_assoc_files()}) {
834 #rint STDERR "Processing associated file - copy " . $assoc_file->[0] . " to " . $assoc_file->[1] . "\n";
835 # if assoc file starts with a slash, we put it relative to the assoc
836 # dir, otherwise it is relative to the HASH... directory
837 if ($assoc_file->[1] =~ m@^[/\\]@) {
838 $afile = &FileUtils::filenameConcatenate($self->{'assocdir'}, $assoc_file->[1]);
839 } else {
840 $afile = &FileUtils::filenameConcatenate($self->{'assocdir'}, $archivedir, $assoc_file->[1]);
841 }
842
843 &FileUtils::hardLink($assoc_file->[0], $afile, $self->{'verbosity'});
844 }
845}
846
847sub delete_assoc_files
848{
849 my $self = shift (@_);
850 my ($archivedir, $edit_mode) = @_;
851
852 my $assoc_dir = &FileUtils::filenameConcatenate($self->{'assocdir'}, $archivedir);
853 if (-d $assoc_dir) {
854 &FileUtils::removeFilesRecursive($assoc_dir);
855 }
856}
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