source: trunk/protemix/src/recpt/browsetools.cpp@ 3168

Last change on this file since 3168 was 3168, checked in by sjboddie, 22 years ago

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  • Property svn:keywords set to Author Date Id Revision
File size: 26.4 KB
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1
2/**********************************************************************
3 *
4 * browsetools.cpp --
5 * Copyright (C) 1999 The New Zealand Digital Library Project
6 *
7 * A component of the Greenstone digital library software
8 * from the New Zealand Digital Library Project at the
9 * University of Waikato, New Zealand.
10 *
11 * This program is free software; you can redistribute it and/or modify
12 * it under the terms of the GNU General Public License as published by
13 * the Free Software Foundation; either version 2 of the License, or
14 * (at your option) any later version.
15 *
16 * This program is distributed in the hope that it will be useful,
17 * but WITHOUT ANY WARRANTY; without even the implied warranty of
18 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
19 * GNU General Public License for more details.
20 *
21 * You should have received a copy of the GNU General Public License
22 * along with this program; if not, write to the Free Software
23 * Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
24 *
25 *
26 *********************************************************************/
27
28#include "browsetools.h"
29#include "OIDtools.h"
30
31// output_controls displays the detach, expand/contract contents,
32// expand/contract text and highlighting/no highlighting buttons
33
34void output_controls (cgiargsclass &args, const text_tarray &ibuttons,
35 recptproto * /*collectproto*/, displayclass &disp,
36 outconvertclass &outconvert, ostream &textout,
37 ostream &/*logout*/) {
38
39 textout << outconvert << disp
40 << "_document:imagepagepdf_"
41 << "_document:imagearticlepdf_"
42 << "_document:imagedetach_";
43 if (args["hl"] == "1") {
44 textout << outconvert << disp << "_document:imagenohighlight_";
45 } else {
46 textout << outconvert << disp << "_document:imagehighlight_";
47 }
48}
49
50// at the moment this just writes out the html to display
51// the cover image (assuming it's called cover.jpg)
52// this whole thing should be done with a call to the collection
53// server which would send a link to the cover image if there
54// was one otherwise send title, author and stuff
55void output_cover_image (cgiargsclass &args, recptproto * /*collectproto*/,
56 displayclass &disp, outconvertclass &outconvert,
57 ostream &textout, ostream &/*logout*/) {
58
59 if (args["d"].empty()) return;
60
61 textout << outconvert << disp <<
62 "<img src=\"_httpcollimg_/_thisOID_/cover.jpg\"><br>\n";
63}
64
65void output_titles (cgiargsclass &args, recptproto *collectproto,
66 formatinfo_t &formatinfo, displayclass &disp,
67 outconvertclass &outconvert, ostream &textout,
68 ostream &logout) {
69
70 if (args["d"].empty()) return;
71
72 text_tset metadata;
73 bool getParents;
74 FilterResponse_t response;
75
76 format_t *formatlistptr = new format_t();
77 parse_formatstring (formatinfo.DocumentHeading, formatlistptr, metadata, getParents);
78
79 if (!get_info (args["d"], args["c"], metadata, getParents, collectproto, response, logout))
80 return;
81
82 textout << outconvert << disp
83 << get_formatted_string (args["c"],collectproto,
84 response.docInfo[0], disp, formatlistptr,
85 logout);
86}
87
88//this function outputs the related documents in the format specified
89//in the collection configuration file if the collection preferences
90//indicate they wish related documents to be displayed.
91void output_related_docs (cgiargsclass &args, recptproto *collectproto,
92 formatinfo_t &formatinfo, displayclass &disp,
93 outconvertclass &outconvert, ostream &textout,
94 ostream &logout) {
95
96 if (args["d"].empty()) return; //if no OID
97 if (args["rd"] != "1") return; //if preferences say no related documents
98
99 text_tset metadata;
100 bool getParents;
101 FilterResponse_t response;
102
103 //create new format pointer and parse the related doc format
104 //string specified in the collection config file
105 format_t *formatlistptr = new format_t();
106 parse_formatstring (formatinfo.RelatedDocuments, formatlistptr, metadata, getParents);
107
108 if (!get_info (args["d"], args["c"], metadata, getParents, collectproto, response, logout))
109 return;
110
111 //get the format string from formattools.cpp
112 text_t relateddocs = get_formatted_string (args["c"],collectproto, response.docInfo[0],
113 disp, formatlistptr, logout);
114 //output the related documents
115 textout << outconvert << disp << relateddocs;
116}
117
118
119
120static void recurse_contents (ResultDocInfo_t &section, cgiargsclass &args, bool fulltoc,
121 browserclass *bptr, text_tset &metadata, bool &getParents,
122 format_t *formatlistptr, format_tmap &formatlistmap,
123 formatinfo_t &formatinfo, browsermapclass *browsermap,
124 int tabcount, recptproto *collectproto, displayclass &disp,
125 outconvertclass &outconvert, ostream &textout, ostream &logout) {
126 text_t formatstring;
127
128 bool is_classify = false;
129 if (args["d"].empty() || fulltoc) is_classify = true;
130
131 // output this section
132 bool use_table = is_table_content (formatlistptr);
133 tabcount += bptr->output_section_group (section, args, "", tabcount, formatlistptr, use_table,
134 metadata, getParents, collectproto, disp, outconvert,
135 textout, logout);
136
137 text_t classification;
138 if (!is_classify) classification = "Document";
139 else get_top (args["cl"], classification);
140
141 int haschildren = section.metadata["haschildren"].values[0].getint();
142 const text_t &doctype = section.metadata["doctype"].values[0];
143 text_t classifytype = section.metadata["childtype"].values[0];
144 // HLists and DateLists are displayed as VLists when contents
145 // are expanded, Paged documents are displayed as HLists
146 if (classifytype == "HList" || classifytype == "DateList") classifytype = "VList";
147 if (classifytype == "Paged") classifytype = "HList";
148
149 // recurse through children
150 if ((haschildren == 1) && (!is_classify || fulltoc || doctype == "classify")) {
151
152 // get browser for displaying children
153 bptr = browsermap->getbrowser (classifytype);
154 bptr->load_metadata_defaults (metadata);
155
156 // get the formatstring if there is one
157 if (!get_formatstring (classification, classifytype,
158 formatinfo.formatstrings, formatstring))
159 formatstring = bptr->get_default_formatstring();
160
161 format_tmap::const_iterator it = formatlistmap.find (formatstring);
162 // check if formatlistptr is cached
163 if (it != formatlistmap.end()) formatlistptr = (*it).second;
164 else {
165 formatlistptr = new format_t();
166 parse_formatstring (formatstring, formatlistptr, metadata, getParents);
167 formatlistmap[formatstring] = formatlistptr;
168 }
169
170 FilterResponse_t tmp;
171 get_children (section.OID, args["c"], metadata, getParents, collectproto, tmp, logout);
172 ResultDocInfo_tarray::iterator thisdoc = tmp.docInfo.begin();
173 ResultDocInfo_tarray::iterator lastdoc = tmp.docInfo.end();
174
175 while (thisdoc != lastdoc) {
176 recurse_contents (*thisdoc, args, fulltoc, bptr, metadata, getParents,
177 formatlistptr, formatlistmap, formatinfo, browsermap,
178 tabcount, collectproto, disp, outconvert, textout, logout);
179 thisdoc ++;
180 }
181 }
182}
183
184
185// expanded_contents recurses through all contents. there's a special case
186// for an HList when contents are expanded (i.e. it's displayed as a VList)
187//
188// if we're inside a document we expand all contents from the top,
189// if we're at classification level we'll just expand out those contents below
190// the current one
191
192void expanded_contents (cgiargsclass &args, int tabcount, bool fulltoc,
193 browsermapclass *browsermap, formatinfo_t &formatinfo,
194 recptproto *collectproto, displayclass &disp,
195 outconvertclass &outconvert, ostream &textout,
196 ostream &logout) {
197
198 if (args["d"].empty() && args["cl"].empty()) return;
199 text_t OID;
200
201 FilterResponse_t response;
202 bool getParents = false;
203 text_tset metadata;
204 text_t classifytype, classification, formatstring;
205
206 if (!args["d"].empty()) {
207 // document level
208 if (fulltoc) {
209 get_top (args["cl"], OID);
210 classification = OID;
211 }
212 else {
213 // always expand document level from top
214 get_top (args["d"], OID);
215 classification = "Document";
216 }
217 } else {
218 // classification level
219 OID = args["cl"];
220 get_top (args["cl"], classification);
221 }
222
223 // get classifytype of this level
224 text_t tOID;
225 if (is_top(OID)) {
226 classifytype = "thistype";
227 tOID = OID;
228 } else {
229 classifytype = "childtype";
230 tOID = get_parent (OID);
231 }
232 metadata.insert (classifytype);
233
234 if (!get_info (tOID, args["c"], metadata, getParents, collectproto, response, logout))
235 return;
236 classifytype = response.docInfo[0].metadata[classifytype].values[0];
237 // if we still don't have a classifytype we'll use the default
238 if (classifytype.empty()) {
239 browserclass *bptr = browsermap->get_default_browser ();
240 classifytype = bptr->get_browser_name ();
241 }
242
243 // HLists are displayed as VLists when contents are expanded,
244 // Paged documents are displayed as HLists
245 if (classifytype == "HList") {
246 classifytype = "VList";
247 text_t pOID = get_parent (OID);
248 if (!pOID.empty()) {
249 OID = pOID;
250 // this is assuming that top levels are always 'Invisible' !!!
251 if (is_top (OID)) classifytype = "Invisible";
252 }
253 }
254 if (classifytype == "Paged") classifytype = "HList";
255
256 metadata.erase (metadata.begin(), metadata.end());
257
258 // metadata elements needed by recurse_contents
259 metadata.insert ("childtype");
260 metadata.insert ("doctype");
261 metadata.insert ("haschildren");
262
263 // load up metadata array with browser defaults
264 browserclass *bptr = browsermap->getbrowser (classifytype);
265 bptr->load_metadata_defaults (metadata);
266
267 // get the formatstring if there is one or use the browsers default
268 if (!get_formatstring (classification, classifytype,
269 formatinfo.formatstrings, formatstring))
270 formatstring = bptr->get_default_formatstring();
271
272 format_t *formatlistptr = new format_t();
273 parse_formatstring (formatstring, formatlistptr, metadata, getParents);
274
275 // protocol call
276 if (!get_info (OID, args["c"], metadata, getParents, collectproto, response, logout))
277 return;
278
279 format_tmap formatlistmap;
280 formatlistmap[formatstring] = formatlistptr;
281
282 recurse_contents (response.docInfo[0], args, fulltoc, bptr, metadata,
283 getParents, formatlistptr, formatlistmap, formatinfo, browsermap,
284 tabcount, collectproto, disp, outconvert, textout, logout);
285
286 // clean up format list pointers
287 format_tmap::const_iterator here = formatlistmap.begin();
288 format_tmap::const_iterator end = formatlistmap.end();
289 while (here != end) {
290 delete (*here).second;
291 here ++;
292 }
293}
294
295
296static void load_formatstring (const text_t &classifytype, text_tset &metadata,
297 bool &getParents, const text_t &classification,
298 browsermapclass *browsermap, formatinfo_t &formatinfo,
299 format_tmap &formatlistmap) {
300 text_t formatstring;
301
302 // load up metadata array with browser defaults
303 browserclass *bptr = browsermap->getbrowser (classifytype);
304 bptr->load_metadata_defaults (metadata);
305
306 // get the formatstring if there is one or use the browsers default
307 if (!get_formatstring (classification, classifytype,
308 formatinfo.formatstrings, formatstring))
309 formatstring = bptr->get_default_formatstring();
310
311 // see if it's cached
312 format_tmap::const_iterator it = formatlistmap.find (formatstring);
313 if (it == formatlistmap.end()) {
314 format_t *formatlistptr = new format_t();
315 parse_formatstring (formatstring, formatlistptr, metadata, getParents);
316 formatlistmap[formatstring] = formatlistptr;
317 }
318}
319
320static void load_formatstrings (FilterResponse_t &response, text_tset &metadata,
321 bool &getParents, const text_t &classification,
322 browsermapclass *browsermap, formatinfo_t &formatinfo,
323 format_tmap &formatlistmap) {
324
325 text_tset cache;
326
327 ResultDocInfo_tarray::iterator thisdoc = response.docInfo.begin();
328 ResultDocInfo_tarray::iterator lastdoc = response.docInfo.end();
329
330 while (thisdoc != lastdoc) {
331
332 if (is_top ((*thisdoc).OID))
333 load_formatstring ((*thisdoc).metadata["thistype"].values[0], metadata,
334 getParents, classification, browsermap, formatinfo,
335 formatlistmap);
336
337 text_t &childtype = (*thisdoc).metadata["childtype"].values[0];
338 text_tset::const_iterator it = cache.find (childtype);
339 if (it == cache.end()) {
340 load_formatstring (childtype, metadata, getParents, classification,
341 browsermap, formatinfo, formatlistmap);
342 cache.insert (childtype);
343 }
344 thisdoc ++;
345 }
346}
347
348static void output_parents (FilterResponse_t &response, cgiargsclass &args,
349 browsermapclass *browsermap, formatinfo_t &formatinfo,
350 format_tmap &formatlistmap, const text_t &classification,
351 int &tabcount, text_tset &metadata, bool &getParents,
352 recptproto *collectproto, displayclass &disp,
353 outconvertclass &outconvert, ostream &textout,
354 ostream &logout) {
355
356 format_t *formatlistptr = NULL;
357 text_t classifytype, formatstring;
358 bool use_table, first = true;
359 ResultDocInfo_tarray::iterator thisparent = response.docInfo.begin();
360 ResultDocInfo_tarray::iterator lastparent = response.docInfo.end();
361 while (thisparent != lastparent) {
362
363 // get classifytype of this level
364 if (is_top ((*thisparent).OID)) classifytype = (*thisparent).metadata["thistype"].values[0];
365 else if (!first) classifytype = (*(thisparent-1)).metadata["childtype"].values[0];
366
367 // if we still don't have a classifytype we'll use the default
368 if (classifytype.empty()) {
369 browserclass *bptr = browsermap->get_default_browser ();
370 classifytype = bptr->get_browser_name ();
371 }
372
373 browserclass *bptr = browsermap->getbrowser (classifytype);
374
375 // get the formatstring if there is one or use the browsers default
376 if (!get_formatstring (classification, classifytype,
377 formatinfo.formatstrings, formatstring))
378 formatstring = bptr->get_default_formatstring();
379
380 // see if it's cached
381 format_tmap::const_iterator it = formatlistmap.find (formatstring);
382 if (it != formatlistmap.end()) formatlistptr = (*it).second;
383 else {
384 logout << "browsetools error\n";
385 return;
386 }
387
388 use_table = is_table_content (formatlistptr);
389 tabcount += bptr->output_section_group (*thisparent, args, "", tabcount, formatlistptr,
390 use_table, metadata, getParents, collectproto,
391 disp, outconvert, textout, logout);
392 first = false;
393 thisparent ++;
394 }
395}
396
397void contracted_contents (cgiargsclass &args, int tabcount, bool fulltoc,
398 browsermapclass *browsermap, formatinfo_t &formatinfo,
399 recptproto *collectproto, displayclass &disp,
400 outconvertclass &outconvert, ostream &textout,
401 ostream &logout) {
402
403 FilterResponse_t response;
404 text_tset metadata;
405 bool getParents = false;
406 text_t formatstring;
407 text_tarray parents;
408 text_t OID = args["d"];
409 text_t classification = "Document";
410
411 // if we're not outputting the TOC for a valid OID, then we should be giving
412 // the TOC of a classification
413 if (OID.empty()) {
414 OID = args["cl"];
415 get_top (OID, classification);
416 }
417 // if we're to give the full TOC of a document, get the parent for the whole
418 // document now
419 else if (fulltoc)
420 get_top (args["cl"], classification);
421
422 bool haschildren = has_children (OID, args["c"], collectproto, logout);
423
424 if ((!args["d"].empty()) && fulltoc)
425 get_parents_array (args["cl"] + ".fc", parents);
426 if (haschildren) get_parents_array (OID + ".fc", parents);
427 else get_parents_array (OID, parents);
428
429 if (!parents.empty()) {
430 // get classifytypes of each parent
431 metadata.insert ("thistype");
432 metadata.insert ("childtype");
433
434 if (!get_info (parents, args["c"], metadata, getParents, collectproto, response, logout))
435 return;
436
437 // get formatstrings for all parents
438 format_tmap formatlistmap;
439 load_formatstrings (response, metadata, getParents, classification,
440 browsermap, formatinfo, formatlistmap);
441
442 if (!get_info (parents, args["c"], metadata, getParents, collectproto, response, logout))
443 return;
444
445 // display each parent
446 output_parents (response, args, browsermap, formatinfo, formatlistmap,
447 classification, tabcount, metadata, getParents,
448 collectproto, disp, outconvert, textout, logout);
449
450 metadata.erase (metadata.begin(), metadata.end());
451
452 // clean up cached format list pointers
453 format_tmap::const_iterator here = formatlistmap.begin();
454 format_tmap::const_iterator end = formatlistmap.end();
455 while (here != end) {
456 delete (*here).second;
457 here ++;
458 }
459 }
460
461 // get childrens classifytype
462 text_t classifytype;
463 int numparents = response.docInfo.size();
464 if (!parents.empty())
465 classifytype = response.docInfo[numparents-1].metadata["childtype"].values[0];
466 else {
467 // use the default
468 browserclass *bptr = browsermap->get_default_browser ();
469 classifytype = bptr->get_browser_name ();
470 }
471
472 // load up metadata array with browser defaults
473 browserclass *bptr = browsermap->getbrowser (classifytype);
474 bptr->load_metadata_defaults (metadata);
475
476 // get the formatstring if there is one or use the browsers default
477 if (!get_formatstring (classification, classifytype,
478 formatinfo.formatstrings, formatstring))
479 formatstring = bptr->get_default_formatstring();
480
481 format_t *formatlistptr = new format_t();
482 parse_formatstring (formatstring, formatlistptr, metadata, getParents);
483
484 if (haschildren)
485 get_children (OID, args["c"], metadata, getParents,
486 collectproto, response, logout);
487 else if (!is_top(OID)) {
488 get_children (OID + ".pr", args["c"], metadata, getParents,
489 collectproto, response, logout);
490 haschildren = true;
491 }
492
493 // display children
494 if (haschildren) {
495 bool use_table = is_table_content (formatlistptr);
496 // collection used to be "" // **** // check with Stef!!!!
497 bptr->output_section_group (response, args, args["c"], tabcount, formatlistptr, use_table,
498 metadata, getParents, collectproto, disp, outconvert,
499 textout, logout);
500 }
501 delete formatlistptr;
502}
503
504/**
505 * This function outputs contents of a classifier to the reader
506 * including parent levels
507 */
508void expand_show_contents (cgiargsclass &args, int tabcount, bool fulltoc,
509 browsermapclass *browsermap, formatinfo_t &formatinfo,
510 recptproto *collectproto, displayclass &disp,
511 outconvertclass &outconvert, ostream &textout,
512 ostream &logout)
513{
514
515 int coloffset = 0;
516 text_tarray parents;
517 FilterResponse_t response;
518 text_t OID = args["d"];
519 if (OID.empty()) OID = args["cl"];
520
521 bool haschildren = has_children (OID, args["c"], collectproto, logout);
522
523 // get parents list
524 if (!is_top(OID)) get_parents_array (OID, parents);
525 if (args["d"].empty() || haschildren || parents.empty())
526 parents.push_back(OID);
527
528 // if inside a book top title is needed
529 if (!args["d"].empty()) {
530
531 coloffset = 1;
532 text_t classification, classifytype, formatstring, topOID = parents[0];
533 text_tset metadata;
534 format_t *formatlistptr = new format_t();
535 bool use_table, getParents = false;
536
537 get_top (args["cl"], classification);
538
539 // getting information about top OID
540 metadata.insert ("thistype");
541
542 get_info ( topOID, args["c"], metadata, getParents, collectproto, response, logout);
543 if (!response.docInfo[0].metadata["thistype"].values.empty())
544 classifytype = response.docInfo[0].metadata["thistype"].values[0];
545
546 browserclass *bptr = browsermap->getbrowser (classifytype);
547
548 if (classifytype.empty()) {
549 bptr = browsermap->get_default_browser();
550 }
551
552 // get the formatstring if there is one or use the browsers default
553 if (!get_formatstring (classification, classifytype,
554 formatinfo.formatstrings, formatstring))
555 formatstring = bptr->get_default_formatstring();
556
557 parse_formatstring (formatstring, formatlistptr, metadata, getParents);
558
559 metadata.insert ("doctype");
560 metadata.insert ("haschildren");
561
562 get_info (topOID, args["c"], metadata, getParents, collectproto, response, logout);
563
564 // ouput top OID section
565 use_table = is_table_content (formatlistptr);
566 bptr->output_section_group (response.docInfo[0], args, "", tabcount, formatlistptr, use_table,
567 metadata, getParents, collectproto, disp, outconvert, textout, logout);
568
569 }
570
571 recurse_contents_levels (parents, args, coloffset, tabcount, fulltoc, browsermap,
572 formatinfo, collectproto, disp, outconvert, textout, logout);
573
574 textout << "</table></td></tr></table>\n";
575}
576
577void recurse_contents_levels (text_tarray &parents,
578 cgiargsclass &args, int coloffset, int tabcount, bool fulltoc,
579 browsermapclass *browsermap, formatinfo_t &formatinfo,
580 recptproto *collectproto, displayclass &disp,
581 outconvertclass &outconvert, ostream &textout,
582 ostream &logout)
583{
584 FilterResponse_t response;
585 text_tset metadata;
586 text_t OID, formatstring, classification, classifytype;;
587 bool use_table, getParents = false;
588 int haschildren = 0;
589 format_t *formatlistptr = new format_t();
590
591 // display children for last level
592 if (tabcount == (parents.size() - 1)) {
593
594 logout << "@@@lastlevel@@@\n";
595 // setting metadata fields
596 metadata.insert ("thistype");
597 metadata.insert ("childtype");
598 metadata.insert ("haschildren");
599
600 OID = parents[tabcount];
601 get_info (OID, args["c"], metadata, getParents, collectproto, response, logout);
602 get_top (OID, classification);
603
604 if (!response.docInfo.empty())
605 haschildren = response.docInfo[0].metadata["haschildren"].values[0].getint();
606
607 // get childrens classifytype
608 if (!response.docInfo.empty())
609 classifytype = response.docInfo[0].metadata["childtype"].values[0];
610 else {
611 // use the default
612 browserclass *bptr = browsermap->get_default_browser ();
613 classifytype = bptr->get_browser_name ();
614 }
615
616 // load up metadata array with browser defaults
617 browserclass *bptr = browsermap->getbrowser (classifytype);
618 bptr->load_metadata_defaults (metadata);
619
620 // get the formatstring if there is one or use the browsers default
621 if (!get_formatstring (classification, classifytype,
622 formatinfo.formatstrings, formatstring))
623 formatstring = bptr->get_default_formatstring();
624
625 parse_formatstring (formatstring, formatlistptr, metadata, getParents);
626
627 if (haschildren)
628 get_children (OID, args["c"], metadata, getParents,
629 collectproto, response, logout);
630 else if (!is_top(OID)) {
631 get_children (OID + ".pr", args["c"], metadata, getParents,
632 collectproto, response, logout);
633 haschildren = true;
634 }
635
636 // display children
637 if (haschildren) {
638 use_table = is_table_content (formatlistptr);
639 bptr->output_section_group (response, args, args["c"], coloffset + tabcount, formatlistptr, use_table,
640 metadata, getParents, collectproto, disp, outconvert,
641 textout, logout);
642 }
643
644 } else {
645
646 text_t pOID;
647 OID = parents[tabcount];
648 get_top (OID, classification);
649
650 // load metadata fields
651 metadata.insert ("thistype");
652 metadata.insert ("childtype");
653 metadata.insert ("haschildren");
654 metadata.insert ("doctype");
655
656 if (tabcount) pOID = parents[tabcount-1];
657 else pOID = OID;
658 get_info (pOID, args["c"], metadata, getParents, collectproto, response, logout);
659
660 // get classifytype of this level
661 if (is_top (pOID)) classifytype = response.docInfo[0].metadata["childtype"].values[0];
662 else classifytype = response.docInfo[0].metadata["thistype"].values[0];
663
664 // if we still don't have a classifytype we'll use the default
665 if (classifytype.empty()) {
666 browserclass *bptr = browsermap->get_default_browser ();
667 classifytype = bptr->get_browser_name ();
668 }
669
670 browserclass *bptr = browsermap->getbrowser (classifytype);
671
672 // get the formatstring if there is one or use the browsers default
673 if (!get_formatstring (classification, classifytype,
674 formatinfo.formatstrings, formatstring))
675 formatstring = bptr->get_default_formatstring();
676
677
678 // parse format string
679 parse_formatstring (formatstring, formatlistptr, metadata, getParents);
680
681 use_table = is_table_content (formatlistptr);
682
683 get_children (OID, args["c"], metadata, getParents, collectproto, response, logout);
684
685 ResultDocInfo_tarray::iterator thissibling = response.docInfo.begin();
686 ResultDocInfo_tarray::iterator lastsibling = response.docInfo.end();
687
688 while (thissibling != lastsibling) {
689
690 logout << "@@@level:@@@" << tabcount << "\n";
691
692 bptr->output_section_group (*thissibling, args, args["c"], coloffset + tabcount, formatlistptr,
693 use_table, metadata, getParents, collectproto,
694 disp, outconvert, textout, logout);
695
696 if ((*thissibling).OID == parents[tabcount+1]) {
697 recurse_contents_levels (parents, args, coloffset, tabcount+1, fulltoc, browsermap,
698 formatinfo, collectproto, disp, outconvert,textout, logout);
699 }
700
701 thissibling ++;
702 }
703 }
704 delete formatlistptr;
705}
706
707/**
708 * This function outputs the contents of a classifier list to the reader -
709 * the document will in fact be empty, so this does the "real" output
710 */
711void output_toc (cgiargsclass &args, browsermapclass *browsermap,
712 formatinfo_t &formatinfo, recptproto *collectproto,
713 displayclass &disp, outconvertclass &outconvert,
714 ostream &textout, ostream &logout) {
715
716 int tabcount = 0;
717 bool havecontrols = false;
718 bool fulltoc = false;
719
720 if (args["cl"] != "search") {
721 // see if there's a FullTOC string
722 text_t cl_top, full_toc;
723 get_top (args["cl"], cl_top);
724 if (get_formatstring (cl_top, "FullTOC", formatinfo.formatstrings, full_toc))
725 if (full_toc == "true") fulltoc = true;
726 }
727
728 // get the cover image (if there is one) and the control buttons
729 // if we're inside a book
730 if ((!fulltoc) && (!args["d"].empty())) {
731 textout << "<center>\n";
732 textout << outconvert << disp
733 << "<p><table width=\"_pagewidth_\" cellpadding=\"0\" cellspacing=\"0\">\n"
734 << "<tr valign=\"top\">\n"
735 << "<td>\n";
736 output_titles (args, collectproto, formatinfo, disp, outconvert, textout, logout);
737 textout << "</td></tr>\n"
738 << "<tr><td>\n";
739 havecontrols = true;
740 }
741
742 if (formatinfo.DocumentContents || args["d"].empty()) {
743 if (args.getintarg("gc") == 1) {
744
745 // expanded table of contents
746 expanded_contents (args, tabcount, fulltoc, browsermap, formatinfo,
747 collectproto, disp, outconvert, textout, logout);
748 } else if (args.getintarg("gc") == 2) {
749
750 // expand visible levels of table of contents
751 expand_show_contents(args, tabcount, fulltoc, browsermap, formatinfo,
752 collectproto, disp, outconvert, textout, logout);
753 } else {
754
755 // contracted table of contents
756 contracted_contents (args, tabcount, fulltoc, browsermap, formatinfo,
757 collectproto, disp, outconvert, textout, logout);
758 }
759 }
760
761 if (havecontrols) {
762 textout << "</td></tr>\n"
763 << "<tr><td>\n";
764 output_controls (args, formatinfo.DocumentButtons, collectproto, disp,
765 outconvert, textout, logout);
766 textout << "</td></tr></table></center>\n";
767 }
768}
769
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