source: main/trunk/greenstone2/perllib/plugouts/BasePlugout.pm@ 28212

Last change on this file since 28212 was 28212, checked in by ak19, 11 years ago

Removed unused variable
  • Property svn:keywords set to Author Date Id Revision
File size: 37.6 KB
Line 
1###########################################################################
2#
3# BasePlugout.pm -- base class for all the plugout modules
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) 2006 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
26package BasePlugout;
27
28eval {require bytes};
29
30use strict;
31no strict 'subs';
32no strict 'refs';
33
34use dbutil;
35use gsprintf 'gsprintf';
36use printusage;
37use parse2;
38use util;
39use FileUtils;
40
41# suppress the annoying "subroutine redefined" warning that various
42# gets cause under perl 5.6
43$SIG{__WARN__} = sub {warn($_[0]) unless ($_[0] =~ /Subroutine\s+\S+\sredefined/)};
44
45my $arguments = [
46 { 'name' => "group_size",
47 'desc' => "{BasPlugout.group_size}",
48 'type' => "int",
49 'deft' => "1",
50 'reqd' => "no",
51 'hiddengli' => "no"},
52 { 'name' => "output_info",
53 'desc' => "{BasPlugout.output_info}",
54 'type' => "string",
55 'reqd' => "yes",
56 'hiddengli' => "yes"},
57 { 'name' => "xslt_file",
58 'desc' => "{BasPlugout.xslt_file}",
59 'type' => "string",
60 'reqd' => "no",
61 'deft' => "",
62 'hiddengli' => "no"},
63 { 'name' => "output_handle",
64 'desc' => "{BasPlugout.output_handle}",
65 'type' => "string",
66 'deft' => 'STDERR',
67 'reqd' => "no",
68 'hiddengli' => "yes"},
69 { 'name' => "verbosity",
70 'desc' => "{BasPlugout.verbosity}",
71 'type' => "int",
72 'deft' => "0",
73 'reqd' => "no",
74 'hiddengli' => "no"},
75 { 'name' => "gzip_output",
76 'desc' => "{BasPlugout.gzip_output}",
77 'type' => "flag",
78 'reqd' => "no",
79 'hiddengli' => "no"},
80 { 'name' => "debug",
81 'desc' => "{BasPlugout.debug}",
82 'type' => "flag",
83 'reqd' => "no",
84 'hiddengli' => "yes"},
85 { 'name' => "subdir_split_length",
86 'desc' => "{BasPlugout.subdir_split_length}",
87 'type' => "int",
88 'reqd' => "no",
89 'deft' => "8",
90 'hiddengli' => "no"},
91 { 'name' => "subdir_hash_prefix",
92 'desc' => "{BasPlugout.subdir_hash_prefix}",
93 'type' => "flag",
94 'reqd' => "no",
95 'deft' => "0",
96 'hiddengli' => "no"},
97 { 'name' => 'no_rss',
98 'desc' => '{BasPlugout.no_rss}',
99 'type' => 'flag',
100 'reqd' => 'no',
101 'hiddengli' => 'yes'}
102];
103
104my $options = { 'name' => "BasePlugout",
105 'desc' => "{BasPlugout.desc}",
106 'abstract' => "yes",
107 'inherits' => "no",
108 'args' => $arguments};
109
110sub new
111{
112 my $class = shift (@_);
113
114 my ($plugoutlist,$args,$hashArgOptLists) = @_;
115 push(@$plugoutlist, $class);
116
117 my $plugout_name = (defined $plugoutlist->[0]) ? $plugoutlist->[0] : $class;
118
119 push(@{$hashArgOptLists->{"ArgList"}},@{$arguments});
120 push(@{$hashArgOptLists->{"OptList"}},$options);
121
122 my $self = {};
123 $self->{'plugout_type'} = $class;
124 $self->{'option_list'} = $hashArgOptLists->{"OptList"};
125 $self->{"info_only"} = 0;
126
127 # Check if gsdlinfo is in the argument list or not - if it is, don't parse
128 # the args, just return the object.
129 foreach my $strArg (@{$args})
130 {
131 if(defined $strArg && $strArg eq "-gsdlinfo")
132 {
133 $self->{"info_only"} = 1;
134 return bless $self, $class;
135 }
136 }
137
138 delete $self->{"info_only"};
139
140 if(parse2::parse($args,$hashArgOptLists->{"ArgList"},$self) == -1)
141 {
142 my $classTempClass = bless $self, $class;
143 print STDERR "<BadPlugout d=$plugout_name>\n";
144 &gsprintf(STDERR, "\n{BasPlugout.bad_general_option}\n", $plugout_name);
145 $classTempClass->print_txt_usage(""); # Use default resource bundle
146 die "\n";
147 }
148
149
150 if(defined $self->{'xslt_file'} && $self->{'xslt_file'} ne "")
151 {
152 my $full_file_path = &util::locate_config_file($self->{'xslt_file'});
153 if (!defined $full_file_path) {
154 print STDERR "Can not find $self->{'xslt_file'}, please make sure you have supplied the correct file path\n";
155 die "\n";
156 }
157 $self->{'xslt_file'} = $full_file_path;
158 }
159
160 $self->{'gs_count'} = 0;
161
162 $self->{'keep_import_structure'} = 0;
163
164 return bless $self, $class;
165
166}
167
168sub print_xml_usage
169{
170 my $self = shift(@_);
171 my $header = shift(@_);
172 my $high_level_information_only = shift(@_);
173
174 # XML output is always in UTF-8
175 gsprintf::output_strings_in_UTF8;
176
177 if ($header) {
178 &PrintUsage::print_xml_header("plugout");
179 }
180 $self->print_xml($high_level_information_only);
181}
182
183
184sub print_xml
185{
186 my $self = shift(@_);
187 my $high_level_information_only = shift(@_);
188
189 my $optionlistref = $self->{'option_list'};
190 my @optionlist = @$optionlistref;
191 my $plugoutoptions = shift(@$optionlistref);
192 return if (!defined($plugoutoptions));
193
194 gsprintf(STDERR, "<PlugoutInfo>\n");
195 gsprintf(STDERR, " <Name>$plugoutoptions->{'name'}</Name>\n");
196 my $desc = gsprintf::lookup_string($plugoutoptions->{'desc'});
197 $desc =~ s/</&amp;lt;/g; # doubly escaped
198 $desc =~ s/>/&amp;gt;/g;
199 gsprintf(STDERR, " <Desc>$desc</Desc>\n");
200 gsprintf(STDERR, " <Abstract>$plugoutoptions->{'abstract'}</Abstract>\n");
201 gsprintf(STDERR, " <Inherits>$plugoutoptions->{'inherits'}</Inherits>\n");
202 unless (defined($high_level_information_only)) {
203 gsprintf(STDERR, " <Arguments>\n");
204 if (defined($plugoutoptions->{'args'})) {
205 &PrintUsage::print_options_xml($plugoutoptions->{'args'});
206 }
207 gsprintf(STDERR, " </Arguments>\n");
208
209 # Recurse up the plugout hierarchy
210 $self->print_xml();
211 }
212 gsprintf(STDERR, "</PlugoutInfo>\n");
213}
214
215
216sub print_txt_usage
217{
218 my $self = shift(@_);
219
220 # Print the usage message for a plugout (recursively)
221 my $descoffset = $self->determine_description_offset(0);
222 $self->print_plugout_usage($descoffset, 1);
223}
224
225sub determine_description_offset
226{
227 my $self = shift(@_);
228 my $maxoffset = shift(@_);
229
230 my $optionlistref = $self->{'option_list'};
231 my @optionlist = @$optionlistref;
232 my $plugoutoptions = pop(@$optionlistref);
233 return $maxoffset if (!defined($plugoutoptions));
234
235 # Find the length of the longest option string of this download
236 my $plugoutargs = $plugoutoptions->{'args'};
237 if (defined($plugoutargs)) {
238 my $longest = &PrintUsage::find_longest_option_string($plugoutargs);
239 if ($longest > $maxoffset) {
240 $maxoffset = $longest;
241 }
242 }
243
244 # Recurse up the download hierarchy
245 $maxoffset = $self->determine_description_offset($maxoffset);
246 $self->{'option_list'} = \@optionlist;
247 return $maxoffset;
248}
249
250
251sub print_plugout_usage
252{
253 my $self = shift(@_);
254 my $descoffset = shift(@_);
255 my $isleafclass = shift(@_);
256
257 my $optionlistref = $self->{'option_list'};
258 my @optionlist = @$optionlistref;
259 my $plugoutoptions = shift(@$optionlistref);
260 return if (!defined($plugoutoptions));
261
262 my $plugoutname = $plugoutoptions->{'name'};
263 my $plugoutargs = $plugoutoptions->{'args'};
264 my $plugoutdesc = $plugoutoptions->{'desc'};
265
266 # Produce the usage information using the data structure above
267 if ($isleafclass) {
268 if (defined($plugoutdesc)) {
269 gsprintf(STDERR, "$plugoutdesc\n\n");
270 }
271 gsprintf(STDERR, " {common.usage}: plugout $plugoutname [{common.options}]\n\n");
272 }
273
274 # Display the download options, if there are some
275 if (defined($plugoutargs)) {
276 # Calculate the column offset of the option descriptions
277 my $optiondescoffset = $descoffset + 2; # 2 spaces between options & descriptions
278
279 if ($isleafclass) {
280 gsprintf(STDERR, " {common.specific_options}:\n");
281 }
282 else {
283 gsprintf(STDERR, " {common.general_options}:\n", $plugoutname);
284 }
285
286 # Display the download options
287 &PrintUsage::print_options_txt($plugoutargs, $optiondescoffset);
288 }
289
290 # Recurse up the download hierarchy
291 $self->print_plugout_usage($descoffset, 0);
292 $self->{'option_list'} = \@optionlist;
293}
294
295
296sub error
297{
298 my ($strFunctionName,$strError) = @_;
299 {
300 print "Error occoured in BasePlugout.pm\n".
301 "In Function: ".$strFunctionName."\n".
302 "Error Message: ".$strError."\n";
303 exit(-1);
304 }
305}
306
307# OIDtype may be "hash" or "hash_on_full_filename" or "incremental" or "filename" or "dirname" or "full_filename" or "assigned"
308sub set_OIDtype {
309 my $self = shift (@_);
310 my ($type, $metadata) = @_;
311
312 if ($type =~ /^(hash|hash_on_full_filename|incremental|filename|dirname|full_filename|assigned)$/) {
313 $self->{'OIDtype'} = $type;
314 } else {
315 $self->{'OIDtype'} = "hash";
316 }
317 if ($type =~ /^assigned$/) {
318 if (defined $metadata) {
319 $self->{'OIDmetadata'} = $metadata;
320 } else {
321 $self->{'OIDmetadata'} = "dc.Identifier";
322 }
323 }
324}
325
326sub set_output_dir
327{
328 my $self = shift @_;
329 my ($output_dir) = @_;
330
331 $self->{'output_dir'} = $output_dir;
332}
333
334sub setoutputdir
335{
336 my $self = shift @_;
337 my ($output_dir) = @_;
338
339 $self->{'output_dir'} = $output_dir;
340}
341
342sub get_output_dir
343{
344 my $self = shift (@_);
345
346 return $self->{'output_dir'};
347}
348
349sub getoutputdir
350{
351 my $self = shift (@_);
352
353 return $self->{'output_dir'};
354}
355
356sub getoutputinfo
357{
358 my $self = shift (@_);
359
360 return $self->{'output_info'};
361}
362
363
364sub get_output_handler
365{
366 my $self = shift (@_);
367
368 my ($output_file_name) = @_;
369
370 my $fh;
371 &FileUtils::openFileHandle($output_file_name, '>', \$fh) or die('Can not open a file handler for: ' . $output_file_name . "\n");
372
373 return $fh;
374}
375
376sub release_output_handler
377{
378 my $self = shift (@_);
379 my ($outhandler) = @_;
380
381 close($outhandler);
382
383}
384
385sub output_xml_header {
386 my $self = shift (@_);
387 my ($handle,$docroot,$nondoctype) = @_;
388
389
390 #print $handle '<?xml version="1.0" encoding="UTF-8" standalone="no"?>' . "\n";
391
392 #For Dspace must be UTF in lower case
393 print $handle '<?xml version="1.0" encoding="utf-8" standalone="no"?>' . "\n";
394
395 if (!defined $nondoctype){
396 my $doctype = (defined $docroot) ? $docroot : "Section";
397
398 # Used to be '<!DOCTYPE Archive SYSTEM ...'
399
400 print $handle "<!DOCTYPE $doctype SYSTEM \"http://greenstone.org/dtd/Archive/1.0/Archive.dtd\">\n";
401 }
402
403 print $handle "<$docroot>\n" if defined $docroot;
404}
405
406sub output_xml_footer {
407 my $self = shift (@_);
408 my ($handle,$docroot) = @_;
409 print $handle "</$docroot>\n" if defined $docroot;
410}
411
412
413sub output_general_xml_header
414{
415 my $self = shift (@_);
416 my ($handle,$docroot,$opt_attributes,$opt_dtd, $opt_doctype) = @_;
417
418 print $handle '<?xml version="1.0" encoding="utf-8" standalone="no"?>' . "\n";
419
420 if (defined $opt_dtd) {
421 my $doctype = (defined $opt_doctype) ? $opt_doctype : $docroot;
422 print $handle "<!DOCTYPE $doctype SYSTEM \"$opt_dtd\">\n";
423 }
424
425 if (defined $docroot) {
426 my $full_docroot = $docroot;
427 if (defined $opt_attributes) {
428 $full_docroot .= " $opt_attributes";
429 }
430
431 print $handle "<$full_docroot>\n"
432 }
433}
434
435sub output_general_xml_footer
436{
437 output_xml_footer(@_);
438}
439
440
441sub process {
442 my $self = shift (@_);
443 my ($doc_obj) = @_;
444
445 # for OAI purposes
446 $doc_obj->set_lastmodified();
447 $doc_obj->set_oailastmodified();
448
449 if ($self->{'group_size'} > 1) {
450 $self->group_process ($doc_obj);
451 return;
452 }
453
454 my $OID = $doc_obj->get_OID();
455 $OID = "NULL" unless defined $OID;
456
457 my $top_section = $doc_obj->get_top_section();
458
459 #get document's directory
460 my $doc_dir = $self->get_doc_dir ($OID, $doc_obj->get_source_filename());
461
462 my $output_info = $self->{'output_info'};
463 return if (!defined $output_info);
464
465 ##############################
466 # call subclass' saveas method
467 ##############################
468 $self->saveas($doc_obj,$doc_dir);
469 $self->archiveinf_db($doc_obj,$doc_dir);
470
471}
472
473sub store_output_info_reference {
474 my $self = shift (@_);
475 my ($doc_obj) = @_;
476
477 my $output_info = $self->{'output_info'};
478 my $metaname = $self->{'sortmeta'};
479
480 if (!defined $metaname || $metaname !~ /\S/) {
481 my $OID = $doc_obj->get_OID();
482 $output_info->add_info($OID,$self->{'short_doc_file'}, undef, "");
483 return;
484 }
485
486 if ($metaname eq "OID") { # sort by OID
487 my $OID = $doc_obj->get_OID();
488 $output_info->add_info($OID,$self->{'short_doc_file'}, undef, $OID);
489 return;
490 }
491
492 my $metadata = "";
493 my $top_section = $doc_obj->get_top_section();
494
495 my @commameta_list = split(/,/, $metaname);
496 foreach my $cmn (@commameta_list) {
497 my $meta = $doc_obj->get_metadata_element($top_section, $cmn);
498 if ($meta) {
499 # do remove prefix/suffix - this will apply to all values
500 $meta =~ s/^$self->{'removeprefix'}// if defined $self->{'removeprefix'};
501 $meta =~ s/$self->{'removesuffix'}$// if defined $self->{'removesuffix'};
502 $meta = &sorttools::format_metadata_for_sorting($cmn, $meta, $doc_obj);
503 $metadata .= $meta if ($meta);
504 }
505 }
506
507 # store reference in the output_info
508 $output_info->add_info($doc_obj->get_OID(),$self->{'short_doc_file'}, undef, $metadata);
509
510}
511
512sub group_process {
513
514 my $self = shift (@_);
515 my ($doc_obj) = @_;
516
517 my $OID = $doc_obj->get_OID();
518 $OID = "NULL" unless defined $OID;
519
520 my $groupsize = $self->{'group_size'};
521 my $gs_count = $self->{'gs_count'};
522 my $open_new_file = (($gs_count % $groupsize)==0);
523 my $outhandle = $self->{'output_handle'};
524
525 # opening a new file, or document has assoicated files => directory needed
526 if (($open_new_file) || (scalar(@{$doc_obj->get_assoc_files()})>0)) {
527
528 # The directory the archive file (doc.xml) and all associated files
529 # should end up in
530 my $doc_dir;
531 # If we've determined its time for a new file, open it now
532 if ($open_new_file || !defined($self->{'gs_doc_dir'}))
533 {
534 $doc_dir = $self->get_doc_dir ($OID, $doc_obj->get_source_filename());
535 # only if opening new file
536 my $output_dir = $self->get_output_dir();
537 &FileUtils::makeAllDirectories($output_dir) unless &FileUtils::directoryExists($output_dir);
538 my $doc_file = &FileUtils::filenameConcatenate($output_dir, $doc_dir, "doc.xml");
539 my $short_doc_file = &FileUtils::filenameConcatenate($doc_dir, "doc.xml");
540
541 if ($gs_count>0)
542 {
543 return if (!$self->close_file_output());
544 }
545
546 open (GROUPPROCESS, ">$doc_file") or (print $outhandle "BasePlugout::group_process could not write to file $doc_file\n" and return);
547
548
549 $self->{'gs_filename'} = $doc_file;
550 $self->{'short_doc_file'} = $short_doc_file;
551 $self->{'gs_OID'} = $OID;
552 $self->{'gs_doc_dir'} = $doc_dir;
553
554 $self->output_xml_header('BasePlugout::GROUPPROCESS','Archive');
555 }
556 # Otherwise load the same archive document directory used last time
557 else
558 {
559 $doc_dir = $self->{'gs_doc_dir'};
560 }
561
562 # copy all the associated files, add this information as metadata
563 # to the document
564 print $outhandle "Writing associated files to $doc_dir\n";
565 $self->process_assoc_files ($doc_obj, $doc_dir);
566
567 # look up 'gsdlmetafile' metadata and store that information
568 # explicitly in $doc_obj
569 $self->process_metafiles_metadata ($doc_obj);
570 }
571
572 # save this document
573 my $section_text = &docprint::get_section_xml($doc_obj,$doc_obj->get_top_section());
574 print GROUPPROCESS $section_text;
575
576 $self->{'gs_count'}++;
577}
578
579
580sub saveas {
581 my $self = shift (@_);
582
583 die "Basplug::saveas function must be implemented in sub classes\n";
584}
585
586sub get_doc_dir {
587 my $self = shift (@_);
588 my ($OID, $source_filename) = @_;
589
590 my $working_dir = $self->get_output_dir();
591 my $working_info = $self->{'output_info'};
592 return if (!defined $working_info);
593
594 my $doc_info = $working_info->get_info($OID);
595 my $doc_dir = '';
596
597 if (defined $doc_info && scalar(@$doc_info) >= 1)
598 {
599 # This OID already has an archives directory, so use it again
600 $doc_dir = $doc_info->[0];
601 $doc_dir =~ s/\/?((doc(mets)?)|(dublin_core))\.xml(\.gz)?$//;
602 }
603 elsif ($self->{'keep_import_structure'})
604 {
605 $source_filename = &File::Basename::dirname($source_filename);
606 $source_filename =~ s/[\\\/]+/\//g;
607 $source_filename =~ s/\/$//;
608
609 $doc_dir = substr($source_filename, length($ENV{'GSDLIMPORTDIR'}) + 1);
610 }
611
612 # We have to use a new archives directory for this document
613 if ($doc_dir eq "")
614 {
615 $doc_dir = $self->get_new_doc_dir ($working_info, $working_dir, $OID);
616 }
617
618 if (!defined $self->{'group'} || !$self->{'group'}){
619 &FileUtils::makeAllDirectories(&FileUtils::filenameConcatenate($working_dir, $doc_dir));
620 }
621
622 return $doc_dir;
623}
624
625# Before parallel building, this was the method that created the new doc dirs in archives
626sub get_new_doc_dir_OLD {
627 my $self = shift (@_);
628 my($working_info,$working_dir,$OID) = @_;
629
630
631 my $doc_dir = "";
632 my $doc_dir_rest = $OID;
633
634 # remove any \ and / from the OID
635 $doc_dir_rest =~ s/[\\\/]//g;
636
637 # Remove ":" if we are on Windows OS, as otherwise they get confused with the drive letters
638 $doc_dir_rest =~ s/\://g if ($ENV{'GSDLOS'} =~ /^windows$/i);
639
640 my $doc_dir_num = 0;
641
642 do {
643 $doc_dir .= "/" if $doc_dir_num > 0;
644 my $pattern = '^(.{1,' . $self->{'subdir_split_length'} . '})';
645 if ($self->{'subdir_hash_prefix'})
646 {
647 $pattern = '^((HASH)?.{1,' . $self->{'subdir_split_length'} . '})';
648 }
649 #if ($doc_dir_rest =~ s/^(.{1,$limit})//) {
650 if ($doc_dir_rest =~ s/$pattern//i)
651 {
652 $doc_dir .= $1;
653 $doc_dir_num++;
654 }
655 } while ($doc_dir_rest ne "" &&
656 ((-d &FileUtils::filenameConcatenate($working_dir, "$doc_dir.dir")) ||
657 ($working_info->size() >= 1024 && $doc_dir_num < 2)));
658 my $i = 1;
659 my $doc_dir_base = $doc_dir;
660 while (-d &FileUtils::filenameConcatenate($working_dir, "$doc_dir.dir")) {
661 $doc_dir = "$doc_dir_base-$i";
662 $i++;
663 }
664
665 return "$doc_dir.dir";
666}
667
668## @function get_new_doc_dir()
669#
670# Once a doc object is ready to write to disk (and hence has a nice OID),
671# generate a unique subdirectory to write the information to.
672#
673# - create the directory as part of this call, to try and avoid race conditions
674# found in parallel processing [jmt12]
675#
676# @todo figure out what the rule regarding $work_info->size() is meant to do
677#
678# @todo determine what $self->{'group'} is, and whether it should affect
679# directory creation
680#
681sub get_new_doc_dir
682{
683 my $self = shift (@_);
684 my($working_info,$working_dir,$OID) = @_;
685
686 my $doc_dir = "";
687 my $doc_dir_rest = $OID;
688
689 # remove any \ and / from the OID
690 $doc_dir_rest =~ s/[\\\/]//g;
691
692 # Remove ":" if we are on Windows OS, as otherwise they get confused with the drive letters
693 if ($ENV{'GSDLOS'} =~ /^windows$/i)
694 {
695 $doc_dir_rest =~ s/\://g;
696 }
697
698 # we generally create a unique directory by adding consequtive fragments of
699 # the document identifier (split by some predefined length - defaulting to
700 # 8) until we find a directory that doesn't yet exist. Note that directories
701 # that contain a document have a suffix ".dir" (whereas those that contain
702 # only subdirectories have no suffix).
703 my $doc_dir_num = 0; # how many directories deep we are
704 my $created_directory = 0; # have we successfully created a new directory
705 do
706 {
707 # (does this work on windows? - jmt12)
708 if ($doc_dir_num > 0)
709 {
710 $doc_dir .= '/';
711 }
712
713 # the default matching pattern grabs the next 'subdir_split_length'
714 # characters of the OID to act as the next subdirectory
715 my $pattern = '^(.{1,' . $self->{'subdir_split_length'} . '})';
716
717 # Do we count any "HASH" prefix against the split length limit?
718 if ($self->{'subdir_hash_prefix'} && $doc_dir_num == 0)
719 {
720 $pattern = '^((HASH)?.{1,' . $self->{'subdir_split_length'} . '})';
721 }
722
723 # Note the use of 's' to both capture the next chuck of OID and to remove
724 # it from OID at the same time
725 if ($doc_dir_rest =~ s/$pattern//i)
726 {
727 $doc_dir .= $1;
728 $doc_dir_num++;
729
730 my $full_doc_dir = &FileUtils::filenameConcatenate($working_dir, $doc_dir . '.dir');
731 if(!FileUtils::directoryExists($full_doc_dir))
732 {
733 &FileUtils::makeAllDirectories($full_doc_dir);
734 $created_directory = 1;
735 }
736
737 ###rint STDERR "[DEBUG] BasePlugout::get_new_doc_dir(<working_info>, $working_dir, $oid)\n";
738 ###rint STDERR " - create directory: $full_doc_dir => $created_directory\n";
739 ###rint STDERR " - rest: $doc_dir_rest\n";
740 ###rint STDERR " - working_info->size(): " . $working_info->size() . " [ < 1024 ?]\n";
741 ###rint STDERR " - doc_dir_num: " . $doc_dir_num . "\n";
742 }
743 }
744 while ($doc_dir_rest ne '' && ($created_directory == 0 || ($working_info->size() >= 1024 && $doc_dir_num < 2)));
745
746 # not unique yet? Add on an incremental suffix until we are unique
747 my $i = 1;
748 my $doc_dir_base = $doc_dir;
749 while ($created_directory == 0)
750 {
751 $doc_dir = $doc_dir_base . '-' . $i;
752 $created_directory = &FileUtils::makeAllDirectories(&FileUtils::filenameConcatenate($working_dir, $doc_dir . '.dir'));
753 $i++;
754 }
755
756 # in theory this should never happen
757 if (!$created_directory)
758 {
759 die("Error! Failed to create directory for document: " . $doc_dir_base . "\n");
760 }
761
762 return $doc_dir . '.dir';
763}
764## get_new_doc_dir()
765
766
767sub process_assoc_files {
768 my $self = shift (@_);
769 my ($doc_obj, $doc_dir, $handle) = @_;
770
771 my $outhandle = $self->{'output_handle'};
772
773 my $output_dir = $self->get_output_dir();
774 return if (!defined $output_dir);
775
776 &FileUtils::makeAllDirectories($output_dir) unless &FileUtils::directoryExists($output_dir);
777
778 my $working_dir = &FileUtils::filenameConcatenate($output_dir, $doc_dir);
779 &FileUtils::makeAllDirectories($working_dir) unless &FileUtils::directoryExists($working_dir);
780
781 my @assoc_files = ();
782 my $filename;;
783
784 my $source_filename = $doc_obj->get_source_filename();
785
786 my $collect_dir = $ENV{'GSDLCOLLECTDIR'};
787
788 if (defined $collect_dir) {
789 my $dirsep_regexp = &util::get_os_dirsep();
790
791 if ($collect_dir !~ /$dirsep_regexp$/) {
792 $collect_dir .= &util::get_dirsep(); # ensure there is a slash at the end
793 }
794
795 # This test is never going to fail on Windows -- is this a problem?
796
797 if ($source_filename !~ /^$dirsep_regexp/) {
798 $source_filename = &FileUtils::filenameConcatenate($collect_dir, $source_filename);
799 }
800 }
801
802
803 # set the assocfile path (even if we have no assoc files - need this for lucene)
804 $doc_obj->set_utf8_metadata_element ($doc_obj->get_top_section(),
805 "assocfilepath",
806 "$doc_dir");
807 foreach my $assoc_file_rec (@{$doc_obj->get_assoc_files()}) {
808 my ($dir, $afile) = $assoc_file_rec->[1] =~ /^(.*?)([^\/\\]+)$/;
809 $dir = "" unless defined $dir;
810
811 my $utf8_real_filename = $assoc_file_rec->[0];
812
813 # for some reasons the image associate file has / before the full path
814 $utf8_real_filename =~ s/^\\(.*)/$1/i;
815
816## my $real_filename = &util::utf8_to_real_filename($utf8_real_filename);
817 my $real_filename = $utf8_real_filename;
818 $real_filename = &util::downgrade_if_dos_filename($real_filename);
819
820 if (&FileUtils::fileExists($real_filename)) {
821
822 $filename = &FileUtils::filenameConcatenate($working_dir, $afile);
823
824 &FileUtils::hardLink($real_filename, $filename, $self->{'verbosity'});
825
826 $doc_obj->add_utf8_metadata ($doc_obj->get_top_section(),
827 "gsdlassocfile",
828 "$afile:$assoc_file_rec->[2]:$dir");
829 } elsif ($self->{'verbosity'} > 1) {
830 print $outhandle "BasePlugout::process couldn't copy the associated file " .
831 "$real_filename to $afile\n";
832 }
833 }
834}
835
836
837sub process_metafiles_metadata
838{
839 my $self = shift (@_);
840 my ($doc_obj) = @_;
841
842 my $top_section = $doc_obj->get_top_section();
843 my $metafiles = $doc_obj->get_metadata($top_section,"gsdlmetafile");
844
845 foreach my $metafile_pair (@$metafiles) {
846 my ($full_metafile,$metafile) = split(/ : /,$metafile_pair);
847
848 $doc_obj->metadata_file($full_metafile,$metafile);
849 }
850
851 $doc_obj->delete_metadata($top_section,"gsdlmetafile");
852}
853
854sub archiveinf_files_to_field
855{
856 my $self = shift(@_);
857 my ($files,$field,$collect_dir,$oid_files,$reverse_lookups) = @_;
858
859 foreach my $file_rec (@$files) {
860 my $real_filename = (ref $file_rec eq "ARRAY") ? $file_rec->[0] : $file_rec;
861 my $full_file = (ref $file_rec eq "ARRAY") ? $file_rec->[1] : $file_rec;
862 # for some reasons the image associate file has / before the full path
863 $real_filename =~ s/^\\(.*)/$1/i;
864
865 my $raw_filename = &util::downgrade_if_dos_filename($real_filename);
866
867 if (&FileUtils::fileExists($raw_filename)) {
868
869# if (defined $collect_dir) {
870# my $collect_dir_re_safe = $collect_dir;
871# $collect_dir_re_safe =~ s/\\/\\\\/g; # use &util::filename_to_regex()
872# $collect_dir_re_safe =~ s/\./\\./g;##
873
874# $real_filename =~ s/^$collect_dir_re_safe//;
875# }
876
877 if (defined $reverse_lookups) {
878 $reverse_lookups->{$real_filename} = 1;
879 }
880
881 if($field =~ m@assoc-file|src-file|meta-file@) {
882 $raw_filename = &util::abspath_to_placeholders($raw_filename);
883 }
884
885### push(@{$oid_files->{$field}},$full_file);
886 push(@{$oid_files->{$field}},$raw_filename);
887 }
888 else {
889 print STDERR "Warning: archiveinf_files_to_field()\n $real_filename does not appear to be on the file system\n";
890 }
891 }
892}
893
894sub archiveinf_db
895{
896 my $self = shift (@_);
897 my ($doc_obj) = @_;
898
899 my $verbosity = $self->{'verbosity'};
900
901 my $collect_dir = $ENV{'GSDLCOLLECTDIR'};
902 if (defined $collect_dir) {
903 my $dirsep_regexp = &util::get_os_dirsep();
904
905 if ($collect_dir !~ /$dirsep_regexp$/) {
906 # ensure there is a slash at the end
907 $collect_dir .= &util::get_dirsep();
908 }
909 }
910
911 my $oid = $doc_obj->get_OID();
912 my $source_filename = $doc_obj->get_unmodified_source_filename();
913 my $working_info = $self->{'output_info'};
914 my $doc_info = $working_info->get_info($oid);
915
916 my ($doc_file,$index_status,$sortmeta) = @$doc_info;
917 # doc_file is the path to the archive doc.xml. Make sure it has unix
918 # slashes, then if the collection is copied to linux, it can be built without reimport
919 $doc_file =~ s/\\/\//g;
920 my $oid_files = { 'doc-file' => $doc_file,
921 'index-status' => $index_status,
922 'src-file' => $source_filename,
923 'sort-meta' => $sortmeta,
924 'assoc-file' => [],
925 'meta-file' => [] };
926
927 my $reverse_lookups = { $source_filename => "1" };
928
929
930 $self->archiveinf_files_to_field($doc_obj->get_source_assoc_files(),"assoc-file",
931 $collect_dir,$oid_files,$reverse_lookups);
932
933
934 $self->archiveinf_files_to_field($doc_obj->get_meta_files(),"meta-file",
935 $collect_dir,$oid_files);
936
937 # Get the infodbtype value for this collection from the arcinfo object
938 my $infodbtype = $self->{'output_info'}->{'infodbtype'};
939 my $output_dir = $self->{'output_dir'};
940
941 my $doc_db = &dbutil::get_infodb_file_path($infodbtype, "archiveinf-doc", $output_dir);
942
943 ##print STDERR "*** To set in db: \n\t$doc_db\n\t$oid\n\t$doc_db_text\n";
944
945 if (!$self->{'no_rss'})
946 {
947 if (($oid_files->{'index-status'} eq "I") || ($oid_files->{'index-status'} eq "R")) {
948 my $top_section = $doc_obj->get_top_section();
949
950 my $dc_titles = $doc_obj->get_metadata($top_section,"dc.Title");
951 my $dc_title = join("; ", @$dc_titles);
952
953 if ($oid_files->{'index-status'} eq "R") {
954 $dc_title .= " (Updated)";
955 }
956
957 my $rss_entry = "<item>\n";
958 $rss_entry .= " <title>$dc_title</title>\n";
959 $rss_entry .= " <link>_httpdomain__httpcollection_/document/$oid</link>\n";
960 $rss_entry .= "</item>";
961
962 if (defined(&dbutil::supportsRSS) && &dbutil::supportsRSS($infodbtype))
963 {
964 my $rss_db = &dbutil::get_infodb_file_path($infodbtype, 'rss-items', $output_dir);
965 my $rss_db_fh = &dbutil::open_infodb_write_handle($infodbtype, $rss_db, 'append');
966 &dbutil::write_infodb_rawentry($infodbtype, $rss_db_fh, $oid, $rss_entry);
967 &dbutil::close_infodb_write_handle($infodbtype, $rss_db_fh);
968 }
969 else
970 {
971 my $rss_filename = &FileUtils::filenameConcatenate($output_dir,"rss-items.rdf");
972 my $rss_fh;
973 if (&FileUtils::openFileHandle($rss_filename, '>>', \$rss_fh))
974 {
975 print $rss_fh $rss_entry . "\n";
976 &FileUtils::closeFileHandle($rss_filename, \$rss_fh);
977 }
978 else
979 {
980 print STDERR "**** Failed to open $rss_filename\n$!\n";
981 }
982 }
983 }
984 }
985
986 $oid_files->{'doc-file'} = [ $oid_files->{'doc-file'} ];
987 $oid_files->{'index-status'} = [ $oid_files->{'index-status'} ];
988 $oid_files->{'src-file'} = &util::abspath_to_placeholders($oid_files->{'src-file'});
989 $oid_files->{'src-file'} = [ $oid_files->{'src-file'} ];
990 $oid_files->{'sort-meta'} = [ $oid_files->{'sort-meta'} ];
991
992 my $infodb_file_handle = &dbutil::open_infodb_write_handle($infodbtype, $doc_db, "append");
993 &dbutil::write_infodb_entry($infodbtype, $infodb_file_handle, $oid, $oid_files);
994 &dbutil::close_infodb_write_handle($infodbtype, $infodb_file_handle);
995
996 foreach my $rl (keys %$reverse_lookups) {
997 $working_info->add_reverseinfo($rl,$oid);
998 }
999
1000 # meta files not set in reverese entry, but need to set the metadata flag
1001 if (defined $doc_obj->get_meta_files()) {
1002 foreach my $meta_file_rec(@{$doc_obj->get_meta_files()}) {
1003 my $full_file = (ref $meta_file_rec eq "ARRAY") ? $meta_file_rec->[0] : $meta_file_rec;
1004 $working_info->set_meta_file_flag($full_file);
1005 }
1006 }
1007}
1008
1009
1010sub set_sortmeta {
1011 my $self = shift (@_);
1012 my ($sortmeta, $removeprefix, $removesuffix) = @_;
1013
1014 $self->{'sortmeta'} = $sortmeta;
1015 if (defined ($removeprefix) && $removeprefix ) {
1016 $removeprefix =~ s/^\^//; # don't need a leading ^
1017 $self->{'removeprefix'} = $removeprefix;
1018 }
1019 if (defined ($removesuffix) && $removesuffix) {
1020 $removesuffix =~ s/\$$//; # don't need a trailing $
1021 $self->{'removesuffix'} = $removesuffix;
1022 }
1023}
1024
1025sub open_xslt_pipe
1026{
1027 my $self = shift @_;
1028 my ($output_file_name, $xslt_file)=@_;
1029
1030 return unless defined $xslt_file and $xslt_file ne "" and &FileUtils::fileExists($xslt_file);
1031
1032 my $java_class_path = &FileUtils::filenameConcatenate($ENV{'GSDLHOME'},"bin","java","ApplyXSLT.jar");
1033
1034 my $mapping_file_path = "";
1035
1036 if ($ENV{'GSDLOS'} eq "windows"){
1037 $java_class_path .=";".&FileUtils::filenameConcatenate($ENV{'GSDLHOME'},"bin","java","xalan.jar");
1038 # this file:/// bit didn't work for me on windows XP
1039 #$xslt_file = "\"file:///".$xslt_file."\"";
1040 #$mapping_file_path = "\"file:///";
1041 }
1042 else{
1043 $java_class_path .=":".&FileUtils::filenameConcatenate($ENV{'GSDLHOME'},"bin","java","xalan.jar");
1044 }
1045
1046
1047 $java_class_path = "\"".$java_class_path."\"";
1048
1049 my $cmd = "| java -cp $java_class_path org.nzdl.gsdl.ApplyXSLT -t \"$xslt_file\" ";
1050
1051 if (defined $self->{'mapping_file'} and $self->{'mapping_file'} ne ""){
1052 my $mapping_file_path = "\"".$self->{'mapping_file'}."\"";
1053 $cmd .= "-m $mapping_file_path";
1054 }
1055
1056 open(*XMLWRITER, $cmd)
1057 or die "can't open pipe to xslt: $!";
1058
1059
1060 $self->{'xslt_writer'} = *XMLWRITER;
1061
1062 print XMLWRITER "<?DocStart?>\n";
1063 print XMLWRITER "$output_file_name\n";
1064
1065
1066 }
1067
1068
1069sub close_xslt_pipe
1070{
1071 my $self = shift @_;
1072
1073
1074 return unless defined $self->{'xslt_writer'} ;
1075
1076 my $xsltwriter = $self->{'xslt_writer'};
1077
1078 print $xsltwriter "<?DocEnd?>\n";
1079 close($xsltwriter);
1080
1081 undef $self->{'xslt_writer'};
1082
1083}
1084
1085sub close_file_output
1086{
1087 my ($self) = @_;
1088
1089 # make sure that the handle has been opened - it won't be if we failed
1090 # to import any documents...
1091 if (defined(fileno(GROUPPROCESS))) {
1092 $self->output_xml_footer('GROUPPROCESS','Archive');
1093 close GROUPPROCESS;
1094 }
1095
1096 my $OID = $self->{'gs_OID'};
1097 my $short_doc_file = $self->{'short_doc_file'};
1098
1099 if ($self->{'gzip'}) {
1100 my $doc_file = $self->{'gs_filename'};
1101 `gzip $doc_file`;
1102 $doc_file .= ".gz";
1103 $short_doc_file .= ".gz";
1104 if (!&FileUtils::fileExists($doc_file)) {
1105 my $outhandle = $self->{'output_handle'};
1106 print $outhandle "error while gzipping: $doc_file doesn't exist\n";
1107 return 0;
1108 }
1109 }
1110
1111 # store reference in output_info
1112 my $output_info = $self->{'output_info'};
1113 return 0 if (!defined $output_info);
1114 $output_info->add_info($OID, $short_doc_file, undef, undef);
1115 return 1;
1116}
1117
1118
1119#the subclass should implement this method if is_group method could return 1.
1120sub close_group_output{
1121 my $self = shift (@_);
1122}
1123
1124sub is_group {
1125 my $self = shift (@_);
1126 return 0;
1127}
1128
1129my $dc_set = { Title => 1,
1130 Creator => 1,
1131 Subject => 1,
1132 Description => 1,
1133 Publisher => 1,
1134 Contributor => 1,
1135 Date => 1,
1136 Type => 1,
1137 Format => 1,
1138 Identifier => 1,
1139 Source => 1,
1140 Language => 1,
1141 Relation => 1,
1142 Coverage => 1,
1143 Rights => 1};
1144
1145
1146# returns an XML representation of the dublin core metadata
1147# if dc meta is not found, try ex meta
1148# This method is not used by the DSpacePlugout, which has its
1149# own method to save its dc metadata
1150sub get_dc_metadata {
1151 my $self = shift(@_);
1152 my ($doc_obj, $section, $version) = @_;
1153
1154 # build up string of dublin core metadata
1155 $section="" unless defined $section;
1156
1157 my $section_ptr = $doc_obj->_lookup_section($section);
1158 return "" unless defined $section_ptr;
1159
1160
1161 my $explicit_dc = {};
1162 my $explicit_ex_dc = {};
1163 my $explicit_ex = {};
1164
1165 my $all_text="";
1166
1167 # We want high quality dc metadata to go in first, so we store all the
1168 # assigned dc.* values first. Then, for all those dc metadata names in
1169 # the official dc set that are as yet unassigned, we look to see whether
1170 # embedded ex.dc.* metadata has defined some values for them. If not,
1171 # then for the same missing dc metadata names, we look in ex metadata.
1172
1173 foreach my $data (@{$section_ptr->{'metadata'}}){
1174 my $escaped_value = &docprint::escape_text($data->[1]);
1175 if ($data->[0]=~ m/^dc\./) {
1176 $data->[0] =~ tr/[A-Z]/[a-z]/;
1177
1178 $data->[0] =~ m/^dc\.(.*)/;
1179 my $dc_element = $1;
1180
1181 if (!defined $explicit_dc->{$dc_element}) {
1182 $explicit_dc->{$dc_element} = [];
1183 }
1184 push(@{$explicit_dc->{$dc_element}},$escaped_value);
1185
1186 if (defined $version && ($version eq "oai_dc")) {
1187 $all_text .= " <dc:$dc_element>$escaped_value</dc:$dc_element>\n";
1188 }
1189 else {
1190 # qualifier???
1191 $all_text .= ' <dcvalue element="'. $dc_element.'">'. $escaped_value. "</dcvalue>\n";
1192 }
1193
1194 } elsif ($data->[0]=~ m/^ex\.dc\./) { # now look through ex.dc.* to fill in as yet unassigned fields in dc metaset
1195 $data->[0] =~ m/^ex\.dc\.(.*)/;
1196 my $ex_dc_element = $1;
1197 my $lc_ex_dc_element = lc($ex_dc_element);
1198
1199 # only store the ex.dc value for this dc metaname if no dc.* was assigned for it
1200 if (defined $dc_set->{$ex_dc_element}) {
1201 if (!defined $explicit_ex_dc->{$lc_ex_dc_element}) {
1202 $explicit_ex_dc->{$lc_ex_dc_element} = [];
1203 }
1204 push(@{$explicit_ex_dc->{$lc_ex_dc_element}},$escaped_value);
1205 }
1206 }
1207 elsif (($data->[0] =~ m/^ex\./) || ($data->[0] !~ m/\./)) { # look through ex. meta (incl. meta without prefix)
1208 $data->[0] =~ m/^(ex\.)?(.*)/;
1209 my $ex_element = $2;
1210 my $lc_ex_element = lc($ex_element);
1211
1212 if (defined $dc_set->{$ex_element}) {
1213 if (!defined $explicit_ex->{$lc_ex_element}) {
1214 $explicit_ex->{$lc_ex_element} = [];
1215 }
1216 push(@{$explicit_ex->{$lc_ex_element}},$escaped_value);
1217 }
1218 }
1219 }
1220
1221 # go through dc_set and for any element *not* defined in explicit_dc
1222 # that does exist in explicit_ex, add it in as metadata
1223 foreach my $k ( keys %$dc_set ) {
1224 my $lc_k = lc($k);
1225
1226 if (!defined $explicit_dc->{$lc_k}) {
1227 # try to find if ex.dc.* defines this dc.* meta,
1228 # if not, then look for whether there's an ex.* equivalent
1229
1230 if (defined $explicit_ex_dc->{$lc_k}) {
1231 foreach my $v (@{$explicit_ex_dc->{$lc_k}}) {
1232 my $dc_element = $lc_k;
1233 my $escaped_value = $v;
1234
1235 if (defined $version && ($version eq "oai_dc")) {
1236 $all_text .= " <dc:$dc_element>$escaped_value</dc:$dc_element>\n";
1237 }
1238 else {
1239 $all_text .= ' <dcvalue element="'. $dc_element.'">'. $escaped_value. "</dcvalue>\n";
1240 }
1241 }
1242 } elsif (defined $explicit_ex->{$lc_k}) {
1243 foreach my $v (@{$explicit_ex->{$lc_k}}) {
1244 my $dc_element = $lc_k;
1245 my $escaped_value = $v;
1246
1247 if (defined $version && ($version eq "oai_dc")) {
1248 $all_text .= " <dc:$dc_element>$escaped_value</dc:$dc_element>\n";
1249 }
1250 else {
1251 $all_text .= ' <dcvalue element="'. $dc_element.'">'. $escaped_value. "</dcvalue>\n";
1252 }
1253 }
1254 }
1255 }
1256 }
1257
1258 if ($all_text eq "") {
1259 $all_text .= " There is no Dublin Core metatdata in this document\n";
1260 }
1261 $all_text =~ s/[\x00-\x09\x0B\x0C\x0E-\x1F]//g;
1262
1263 return $all_text;
1264}
1265
1266# Build up dublin_core metadata. Priority given to dc.* over ex.*
1267# This method was apparently added by Jeffrey and committed by Shaoqun.
1268# But we don't know why it was added, so not using it anymore.
1269sub new_get_dc_metadata {
1270
1271 my $self = shift(@_);
1272 my ($doc_obj, $section, $version) = @_;
1273
1274 # build up string of dublin core metadata
1275 $section="" unless defined $section;
1276
1277 my $section_ptr=$doc_obj->_lookup_section($section);
1278 return "" unless defined $section_ptr;
1279
1280 my $all_text = "";
1281 foreach my $data (@{$section_ptr->{'metadata'}}){
1282 my $escaped_value = &docprint::escape_text($data->[1]);
1283 my $dc_element = $data->[0];
1284
1285 my @array = split('\.',$dc_element);
1286 my ($type,$name);
1287
1288 if(defined $array[1])
1289 {
1290 $type = $array[0];
1291 $name = $array[1];
1292 }
1293 else
1294 {
1295 $type = "ex";
1296 $name = $array[0];
1297 }
1298
1299 $all_text .= ' <Metadata Type="'. $type.'" Name="'.$name.'">'. $escaped_value. "</Metadata>\n";
1300 }
1301 return $all_text;
1302}
1303
1304
13051;
Note: See TracBrowser for help on using the repository browser.