+/* Test program for the Gedcom library.
+ Copyright (C) 2001, 2002 The Genes Development Team
+ This file is part of the Gedcom parser library.
+ Contributed by Peter Verthez <Peter.Verthez@advalvas.be>, 2001.
+
+ The Gedcom parser library is free software; you can redistribute it
+ and/or modify it under the terms of the GNU Lesser General Public
+ License as published by the Free Software Foundation; either
+ version 2.1 of the License, or (at your option) any later version.
+
+ The Gedcom parser library is distributed in the hope that it will be
+ useful, but WITHOUT ANY WARRANTY; without even the implied warranty of
+ MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
+ Lesser General Public License for more details.
+
+ You should have received a copy of the GNU Lesser General Public
+ License along with the Gedcom parser library; if not, write to the
+ Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA
+ 02111-1307 USA. */
+
+/* $Id$ */
+/* $Name$ */
+
+#include "dump_gom.h"
+#include "output.h"
+#include "gom.h"
+#include "gedcom.h"
+
+char* make_prefix(int depth)
+{
+ char* prefix = (char*)calloc(depth+1, sizeof(char));
+ memset(prefix, ' ', depth);
+ return prefix;
+}
+
+void dump_xref(int st, int prefix_depth, struct xref_value* xr);
+
+void dump_user_data(int st, int prefix_depth, struct user_data* data)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (data) {
+ output(st, "\n");
+ for (data; data; data = data->next) {
+ output(st, "%sData: \n", prefix);
+ output(st, "%s %d, %s, %s\n", prefix, data->level, data->tag, data->str_value);
+ output(st, "%s reference: ", prefix);
+ dump_xref(st, prefix_depth + 4, data->xref_value);
+ }
+ }
+ else {
+ output(st, "%p\n", data);
+ }
+ free(prefix);
+}
+
+void dump_address(int st, int prefix_depth, struct address* addr)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (addr) {
+ output(st, "\n");
+ output(st, "%sFull label: %s\n", prefix, addr->full_label);
+ output(st, "%sLine 1: %s\n", prefix, addr->line1);
+ output(st, "%sLine 2: %s\n", prefix, addr->line2);
+ output(st, "%sCity: %s\n", prefix, addr->city);
+ output(st, "%sState: %s\n", prefix, addr->state);
+ output(st, "%sPostal: %s\n", prefix, addr->postal);
+ output(st, "%sCountry: %s\n", prefix, addr->country);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, addr->extra);
+ }
+ else {
+ output(st, "%p\n", addr);
+ }
+ free(prefix);
+}
+
+void dump_date(int st, int prefix_depth, struct date_value* dv)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (dv) {
+ output(st, "\n");
+ output(st, "%stype: %d\n", prefix, dv->type);
+ output(st, "%sdate1:\n", prefix);
+ output(st, "%s calendar type: %d\n", prefix, dv->date1.cal);
+ output(st, "%s day: %s\n", prefix, dv->date1.day_str);
+ output(st, "%s month: %s\n", prefix, dv->date1.month_str);
+ output(st, "%s year: %s\n", prefix, dv->date1.year_str);
+ output(st, "%s date type: %d\n", prefix, dv->date1.type);
+ output(st, "%s sdn1: %ld\n", prefix, dv->date1.sdn1);
+ output(st, "%s sdn2: %ld\n", prefix, dv->date1.sdn2);
+ output(st, "%sdate2:\n", prefix);
+ output(st, "%s calendar type: %d\n", prefix, dv->date2.cal);
+ output(st, "%s day: %s\n", prefix, dv->date2.day_str);
+ output(st, "%s month: %s\n", prefix, dv->date2.month_str);
+ output(st, "%s year: %s\n", prefix, dv->date2.year_str);
+ output(st, "%s date type: %d\n", prefix, dv->date2.type);
+ output(st, "%s sdn1: %ld\n", prefix, dv->date2.sdn1);
+ output(st, "%s sdn2: %ld\n", prefix, dv->date2.sdn2);
+ output(st, "%sphrase: %s\n", prefix, dv->phrase);
+ }
+ else {
+ output(st, "%p\n", dv);
+ }
+ free(prefix);
+}
+
+void dump_age(int st, int prefix_depth, struct age_value* age)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (age) {
+ output(st, "\n");
+ output(st, "%stype: %d\n", prefix, age->type);
+ output(st, "%smodifier: %d\n", prefix, age->mod);
+ output(st, "%syears: %d\n", prefix, age->years);
+ output(st, "%smonths: %d\n", prefix, age->months);
+ output(st, "%sdays: %d\n", prefix, age->days);
+ output(st, "%sphrase: %s\n", prefix, age->phrase);
+ }
+ else {
+ output(st, "%p\n", age);
+ }
+ free(prefix);
+}
+
+void dump_xref(int st, int prefix_depth, struct xref_value* xr)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (xr) {
+ output(st, "\n");
+ output(st, "%stype: %d\n", prefix, xr->type);
+ output(st, "%sxref: %s\n", prefix, xr->string);
+ output(st, "%sobject: %p\n", prefix, xr->object);
+ }
+ else {
+ output(st, "%p\n", xr);
+ }
+ free(prefix);
+}
+
+void dump_xref_list(int st, int prefix_depth, struct xref_list* xr)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (xr) {
+ output(st, "\n");
+ for (xr; xr; xr = xr->next) {
+ output(st, "%sreference: ", prefix);
+ dump_xref(st, prefix_depth + 2, xr->xref);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, xr->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", xr);
+ }
+ free(prefix);
+}
+
+void dump_texts(int st, int prefix_depth, struct text* t)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (t) {
+ output(st, "\n");
+ for (t; t; t = t->next) {
+ output(st, "%sText: %s\n", prefix, t->text);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, t->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", t);
+ }
+ free(prefix);
+}
+
+void dump_user_ref(int st, int prefix_depth, struct user_ref_number* ref)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (ref) {
+ output(st, "\n");
+ for (ref; ref; ref = ref->next) {
+ output(st, "%sValue: %s\n", prefix, ref->value);
+ output(st, "%sType: %s\n", prefix, ref->type);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, ref->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", ref);
+ }
+ free(prefix);
+}
+
+void dump_citations(int st, int prefix_depth, struct source_citation* cit);
+
+void dump_note_sub(int st, int prefix_depth, struct note_sub* note)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (note) {
+ output(st, "\n");
+ for (note; note; note = note->next) {
+ output(st, "%sNote: \n", prefix);
+ output(st, "%s text: %s\n", prefix, note->text);
+ output(st, "%s reference: ", prefix);
+ dump_xref(st, prefix_depth + 4, note->reference);
+ output(st, "%s citations: ", prefix);
+ dump_citations(st, prefix_depth + 4, note->citation);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, note->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", note);
+ }
+ free(prefix);
+}
+
+void dump_mm_links(int st, int prefix_depth, struct multimedia_link* link)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (link) {
+ output(st, "\n");
+ for (link; link; link = link->next) {
+ output(st, "%slink: \n", prefix);
+ output(st, "%s reference: ", prefix);
+ dump_xref(st, prefix_depth + 4, link->reference);
+ output(st, "%s Form: %s\n", prefix, link->form);
+ output(st, "%s Title: %s\n", prefix, link->title);
+ output(st, "%s File: %s\n", prefix, link->file);
+ output(st, "%s notes: ", prefix);
+ dump_note_sub(st, prefix_depth + 4, link->note);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, link->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", link);
+ }
+ free(prefix);
+}
+
+void dump_citations(int st, int prefix_depth, struct source_citation* cit)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (cit) {
+ output(st, "\n");
+ for (cit; cit; cit = cit->next) {
+ output(st, "%sCitation: \n", prefix);
+ output(st, "%s description: %s\n", prefix, cit->description);
+ output(st, "%s reference: ", prefix);
+ dump_xref(st, prefix_depth + 4, cit->reference);
+ output(st, "%s page: %s\n", prefix, cit->page);
+ output(st, "%s event: %s\n", prefix, cit->event);
+ output(st, "%s role: %s\n", prefix, cit->role);
+ output(st, "%s Date: ", prefix);
+ dump_date(st, prefix_depth + 4, cit->date);
+ output(st, "%s texts: ", prefix, prefix);
+ dump_texts(st, prefix_depth + 4, cit->text);
+ output(st, "%s quality: %s\n", prefix, cit->quality);
+ output(st, "%s multimedia links: ", prefix);
+ dump_mm_links(st, prefix_depth + 4, cit->mm_link);
+ output(st, "%s notes: ", prefix);
+ dump_note_sub(st, prefix_depth + 4, cit->note);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, cit->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", cit);
+ }
+ free(prefix);
+}
+
+void dump_lds(int st, int prefix_depth, struct lds_event* lds)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (lds) {
+ output(st, "\n");
+ for (lds; lds; lds = lds->next) {
+ output(st, "%sDate status: %s\n", prefix, lds->date);
+ output(st, "%sDate: ", prefix);
+ dump_date(st, prefix_depth + 2, lds->date);
+ output(st, "%sTemple code: %s\n", prefix, lds->temple_code);
+ output(st, "%sPlace living ordinance: %s\n", prefix,
+ lds->place_living_ordinance);
+ output(st, "%scitations: ", prefix);
+ dump_citations(st, prefix_depth + 2, lds->citation);
+ output(st, "%snotes: ", prefix);
+ dump_note_sub(st, prefix_depth + 2, lds->note);
+ output(st, "%sfamily: ", prefix);
+ dump_xref(st, prefix_depth + 2, lds->family);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, lds->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", lds);
+ }
+ free(prefix);
+}
+
+void dump_change_date(int st, int prefix_depth, struct change_date* chan)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (chan) {
+ output(st, "\n");
+ output(st, "%sDate: ", prefix);
+ dump_date(st, prefix_depth + 2, chan->date);
+ output(st, "%sTime: %s\n", prefix, chan->time);
+ output(st, "%snotes: ", prefix);
+ dump_note_sub(st, prefix_depth + 2, chan->note);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, chan->extra);
+ }
+ else {
+ output(st, "%p\n", chan);
+ }
+ free(prefix);
+}
+
+void dump_personal_name(int st, int prefix_depth, struct personal_name* name)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (name) {
+ output(st, "\n");
+ for (name; name; name = name->next) {
+ output(st, "%sName: \n", prefix);
+ output(st, "%s Name: %s\n", prefix, name->name);
+ output(st, "%s Prefix: %s\n", prefix, name->prefix);
+ output(st, "%s Given: %s\n", prefix, name->given);
+ output(st, "%s Nickname: %s\n", prefix, name->nickname);
+ output(st, "%s Surname prefix: %s\n", prefix, name->surname_prefix);
+ output(st, "%s Surname: %s\n", prefix, name->surname);
+ output(st, "%s Suffix: %s\n", prefix, name->suffix);
+ output(st, "%s citations: ", prefix);
+ dump_citations(st, prefix_depth + 4, name->citation);
+ output(st, "%s notes: ", prefix);
+ dump_note_sub(st, prefix_depth + 4, name->note);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, name->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", name);
+ }
+ free(prefix);
+}
+
+void dump_pedigree(int st, int prefix_depth, struct pedigree* p)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (p) {
+ output(st, "\n");
+ for (p; p; p = p->next) {
+ output(st, "%sPedigree: %s\n", prefix, p->pedigree);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, p->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", p);
+ }
+ free(prefix);
+}
+
+void dump_family_link(int st, int prefix_depth, struct family_link *link)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (link) {
+ output(st, "\n");
+ for (link; link; link = link->next) {
+ output(st, "%sFamily:\n", prefix);
+ output(st, "%s Family: ", prefix);
+ dump_xref(st, prefix_depth + 4, link->family);
+ output(st, "%s pedigrees: ", prefix);
+ dump_pedigree(st, prefix_depth + 4, link->pedigree);
+ output(st, "%s notes: ", prefix);
+ dump_note_sub(st, prefix_depth + 4, link->note);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, link->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", link);
+ }
+ free(prefix);
+}
+
+void dump_association(int st, int prefix_depth, struct association *assoc)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (assoc) {
+ output(st, "\n");
+ for (assoc; assoc; assoc = assoc->next) {
+ output(st, "%sAssociation:\n", prefix);
+ output(st, "%s To:\n", prefix);
+ dump_xref(st, prefix_depth + 4, assoc->to);
+ output(st, "%s Type: %s\n", prefix, assoc->type);
+ output(st, "%s Relation: %s\n", assoc->relation);
+ output(st, "%s citations: ", prefix);
+ dump_citations(st, prefix_depth + 4, assoc->citation);
+ output(st, "%s notes: ", prefix);
+ dump_note_sub(st, prefix_depth + 4, assoc->note);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, assoc->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", assoc);
+ }
+ free(prefix);
+}
+
+void dump_place(int st, int prefix_depth, struct place* place)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (place) {
+ output(st, "\n");
+ output(st, "%svalue: %s\n", prefix, place->value);
+ output(st, "%splace_hierarchy: %s\n", prefix, place->place_hierarchy);
+ output(st, "%scitations: ", prefix);
+ dump_citations(st, prefix_depth + 2, place->citation);
+ output(st, "%snotes: ", prefix);
+ dump_note_sub(st, prefix_depth + 2, place->note);
+ output(st, "%sUser data:", prefix);
+ dump_user_data(st, prefix_depth + 2, place->extra);
+ }
+ else {
+ output(st, "%p\n", place);
+ }
+ free(prefix);
+}
+
+void dump_source_events(int st, int prefix_depth, struct source_event* evt)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (evt) {
+ output(st, "\n");
+ for (evt; evt; evt = evt->next) {
+ output(st, "%sEvent:\n", prefix);
+ output(st, "%s Recorded events: %s\n", prefix, evt->recorded_events);
+ output(st, "%s Date period: ", prefix);
+ dump_date(st, prefix_depth + 4, evt->date_period);
+ output(st, "%s Jurisdiction: %s\n", prefix, evt->jurisdiction);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, evt->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", evt);
+ }
+ free(prefix);
+}
+
+void dump_source_descriptions(int st, int prefix_depth,
+ struct source_description* desc)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (desc) {
+ output(st, "\n");
+ for (desc; desc; desc = desc->next) {
+ output(st, "%sSource description:\n", prefix);
+ output(st, "%s Call number: %s\n", prefix, desc->call_number);
+ output(st, "%s Media: %s\n", prefix, desc->media);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, desc->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", desc);
+ }
+ free(prefix);
+}
+
+void dump_events(int st, int prefix_depth, struct event *evt)
+{
+ char* prefix = make_prefix(prefix_depth);
+ if (evt) {
+ output(st, "\n");
+ for (evt; evt; evt = evt->next) {
+ output(st, "%sEvent: %d (%s)\n", prefix, evt->event, evt->event_name);
+ output(st, "%s Value: %s\n", prefix, evt->val);
+ output(st, "%s Type: %s\n", prefix, evt->type);
+ output(st, "%s Date: ", prefix);
+ dump_date(st, prefix_depth + 4, evt->date);
+ output(st, "%s Place: ", prefix);
+ dump_place(st, prefix_depth + 4, evt->place);
+ output(st, "%s Address: ", prefix);
+ dump_address(st, prefix_depth + 4, evt->address);
+ output(st, "%s Phone 1: %s\n", prefix, evt->phone[0]);
+ output(st, "%s Phone 2: %s\n", prefix, evt->phone[1]);
+ output(st, "%s Phone 3: %s\n", prefix, evt->phone[2]);
+ output(st, "%s Age: ", prefix);
+ dump_age(st, prefix_depth + 4, evt->age);
+ output(st, "%s Agency: %s\n", prefix, evt->agency);
+ output(st, "%s Cause: %s\n", prefix, evt->cause);
+ output(st, "%s citations: ", prefix);
+ dump_citations(st, prefix_depth + 4, evt->citation);
+ output(st, "%s multimedia links: ", prefix);
+ dump_mm_links(st, prefix_depth + 4, evt->mm_link);
+ output(st, "%s notes: ", prefix);
+ dump_note_sub(st, prefix_depth + 4, evt->note);
+ output(st, "%s Age of husband: ", prefix);
+ dump_age(st, prefix_depth + 4, evt->husband_age);
+ output(st, "%s Age of wife: ", prefix);
+ dump_age(st, prefix_depth + 4, evt->wife_age);
+ output(st, "%s Family: ", prefix);
+ dump_xref(st, prefix_depth + 4, evt->family);
+ output(st, "%s Adoption parent: %s\n", prefix, evt->adoption_parent);
+ output(st, "%s User data:", prefix);
+ dump_user_data(st, prefix_depth + 4, evt->extra);
+ }
+ }
+ else {
+ output(st, "%p\n", evt);
+ }
+ free(prefix);
+}
+
+void dump_header()
+{
+ struct header* header = gom_get_header();
+ output(1, "=== HEADER ===\n");
+ output(0, "Source:\n");
+ output(0, " ID: %s\n", header->source.id);
+ output(0, " Name: %s\n", header->source.name);
+ output(0, " Version: %s\n", header->source.version);
+ output(0, " Corporation:\n");
+ output(0, " Name: %s\n", header->source.corporation.name);
+ output(0, " Address: ");
+ dump_address(0, 6, header->source.corporation.address);
+ output(0, " Phone 1: %s\n", header->source.corporation.phone[0]);
+ output(0, " Phone 2: %s\n", header->source.corporation.phone[1]);
+ output(0, " Phone 3: %s\n", header->source.corporation.phone[2]);
+ output(0, " Data:\n");
+ output(0, " Name: %s\n", header->source.data.name);
+ output(0, " Date: ");
+ dump_date(0, 6, header->source.data.date);
+ output(0, " Copyright: %s\n", header->source.data.copyright);
+ output(0, "Destination: %s\n", header->destination);
+ output(0, "Date: ");
+ dump_date(0, 2, header->date);
+ output(0, "Time: %s\n", header->time);
+ output(0, "Submitter: ");
+ dump_xref(0, 2, header->submitter);
+ output(0, "Submission: ");
+ dump_xref(0, 2, header->submission);
+ output(0, "File name: %s\n", header->filename);
+ output(0, "Copyright: %s\n", header->copyright);
+ output(0, "Gedcom:\n");
+ output(0, " Version: %s\n", header->gedcom.version);
+ output(0, " Form: %s\n", header->gedcom.form);
+ output(0, "Character set:\n");
+ output(0, " Name: %s\n", header->charset.name);
+ output(0, " Version: %s\n", header->charset.version);
+ output(0, "Language: %s\n", header->language);
+ output(0, "Place hierarchy: %s\n", header->place_hierarchy);
+ output(0, "Note:\n");
+ output(0, "====\n");
+ output(0, "%s\n", header->note);
+ output(0, "====\n");
+ output(0, "User data:");
+ dump_user_data(0, 2, header->extra);
+}
+
+void dump_submission()
+{
+ struct submission* subn = gom_get_submission();
+ if (subn) {
+ output(1, "=== SUBMISSION (%s) ===\n", subn->xrefstr);
+ output(0, "Submitter: ");
+ dump_xref(0, 2, subn->submitter);
+ output(0, "Family file: %s\n", subn->family_file);
+ output(0, "Temple code: %s\n", subn->temple_code);
+ output(0, "Nr of ancestor generations: %s\n", subn->nr_of_ancestor_gens);
+ output(0, "Nr of descendant generations: %s\n",
+ subn->nr_of_descendant_gens);
+ output(0, "Ordinance process flag: %s\n", subn->ordinance_process_flag);
+ output(0, "Record id: %s\n", subn->record_id);
+ output(0, "User data:");
+ dump_user_data(0, 2, subn->extra);
+ }
+}
+
+void dump_families()
+{
+ struct family* fam = gom_get_first_family();
+ for (fam; fam; fam = fam->next) {
+ output(1, "=== FAMILY (%s) ===\n", fam->xrefstr);
+ output(0, "Family events: ");
+ dump_events(0, 2, fam->event);
+ output(0, "Husband: ");
+ dump_xref(0, 2, fam->husband);
+ output(0, "Wife: ");
+ dump_xref(0, 2, fam->wife);
+ output(0, "Children: ");
+ dump_xref_list(0, 2, fam->children);
+ output(0, "Number of children: %s\n", fam->nr_of_children);
+ output(0, "Submitters: ");
+ dump_xref_list(0, 2, fam->submitters);
+ output(0, "LDS spouse sealings: ");
+ dump_lds(0, 2, fam->lds_spouse_sealing);
+ output(0, "citations: ");
+ dump_citations(0, 2, fam->citation);
+ output(0, "multimedia links: ");
+ dump_mm_links(0, 2, fam->mm_link);
+ output(0, "notes: ");
+ dump_note_sub(0, 2, fam->note);
+ output(0, "user refs: ");
+ dump_user_ref(0, 2, fam->ref);
+ output(0, "Record ID: %s\n", fam->record_id);
+ output(0, "change date: ");
+ dump_change_date(0, 2, fam->change_date);
+ output(0, "User data:");
+ dump_user_data(0, 2, fam->extra);
+ }
+}
+
+void dump_individuals()
+{
+ struct individual* indiv = gom_get_first_individual();
+ for (indiv; indiv; indiv = indiv->next) {
+ output(1, "=== INDIVIDUAL (%s) ===\n", indiv->xrefstr);
+ output(0, "Restriction notice: %s\n", indiv->restriction_notice);
+ output(0, "names: ");
+ dump_personal_name(0, 2, indiv->name);
+ output(0, "Sex: %s\n", indiv->sex);
+ output(0, "Individual events: ");
+ dump_events(0, 2, indiv->event);
+ output(0, "Individual attributes: ");
+ dump_events(0, 2, indiv->attribute);
+ output(0, "LDS individual ordinance: ");
+ dump_lds(0, 2, indiv->lds_individual_ordinance);
+ output(0, "Child to family links: ");
+ dump_family_link(0, 2, indiv->child_to_family);
+ output(0, "Spouse to family links: ");
+ dump_family_link(0, 2, indiv->spouse_to_family);
+ output(0, "Submitters: ");
+ dump_xref_list(0, 2, indiv->submitters);
+ output(0, "Associations: ");
+ dump_association(0, 2, indiv->association);
+ output(0, "Aliases: ");
+ dump_xref_list(0, 2, indiv->alias);
+ output(0, "Ancestor interest: ");
+ dump_xref_list(0, 2, indiv->ancestor_interest);
+ output(0, "Descendant interest: ");
+ dump_xref_list(0, 2, indiv->descendant_interest);
+ output(0, "citations: ");
+ dump_citations(0, 2, indiv->citation);
+ output(0, "multimedia links: ");
+ dump_mm_links(0, 2, indiv->mm_link);
+ output(0, "notes: ");
+ dump_note_sub(0, 2, indiv->note);
+ output(0, "Record file nr: %s\n", indiv->record_file_nr);
+ output(0, "Ancestral file nr: %s\n", indiv->ancestral_file_nr);
+ output(0, "user refs: ");
+ dump_user_ref(0, 2, indiv->ref);
+ output(0, "Record ID: %s\n", indiv->record_id);
+ output(0, "change date: ");
+ dump_change_date(0, 2, indiv->change_date);
+ output(0, "User data:");
+ dump_user_data(0, 2, indiv->extra);
+ }
+}
+
+void dump_multimedia()
+{
+ struct multimedia* obj = gom_get_first_multimedia();
+ for (obj; obj; obj = obj->next) {
+ output(1, "=== MULTIMEDIA (%s) ===\n", obj->xrefstr);
+ output(0, "Form: %s\n", obj->form);
+ output(0, "Title: %s\n", obj->title);
+ output(0, "notes: ");
+ dump_note_sub(0, 2, obj->note);
+ output(0, "Data: %s\n", obj->data);
+ output(0, "Continued: ");
+ dump_xref(0, 2, obj->continued);
+ output(0, "user refs: ");
+ dump_user_ref(0, 2, obj->ref);
+ output(0, "Record ID: %s\n", obj->record_id);
+ output(0, "change date: ");
+ dump_change_date(0, 2, obj->change_date);
+ output(0, "User data:");
+ dump_user_data(0, 2, obj->extra);
+ }
+}
+
+void dump_notes()
+{
+ struct note* note = gom_get_first_note();
+ for (note; note; note = note->next) {
+ output(1, "=== NOTE (%s) ===\n", note->xrefstr);
+ output(0, "Text: %s\n", note->text);
+ output(0, "citations: ");
+ dump_citations(0, 2, note->citation);
+ output(0, "user refs: ");
+ dump_user_ref(0, 2, note->ref);
+ output(0, "Record ID: %s\n", note->record_id);
+ output(0, "change date: ");
+ dump_change_date(0, 2, note->change_date);
+ output(0, "User data:");
+ dump_user_data(0, 2, note->extra);
+ }
+}
+
+void dump_repositories()
+{
+ struct repository* repo = gom_get_first_repository();
+ for (repo; repo; repo = repo->next) {
+ output(1, "=== REPOSITORY (%s) ===\n", repo->xrefstr);
+ output(0, "Name: %s\n", repo->name);
+ output(0, "Address: ");
+ dump_address(0, 2, repo->address);
+ output(0, "Phone 1: %s\n", repo->phone[0]);
+ output(0, "Phone 2: %s\n", repo->phone[1]);
+ output(0, "Phone 3: %s\n", repo->phone[2]);
+ output(0, "notes: ");
+ dump_note_sub(0, 2, repo->note);
+ output(0, "user refs: ");
+ dump_user_ref(0, 2, repo->ref);
+ output(0, "Record ID: %s\n", repo->record_id);
+ output(0, "change date: ");
+ dump_change_date(0, 2, repo->change_date);
+ output(0, "User data:");
+ dump_user_data(0, 2, repo->extra);
+ }
+}
+
+void dump_sources()
+{
+ struct source* sour = gom_get_first_source();
+ for (sour; sour; sour = sour->next) {
+ output(1, "=== SOURCE (%s) ===\n", sour->xrefstr);
+ output(0, "Data: \n");
+ output(0, " events: ");
+ dump_source_events(0, 4, sour->data.event);
+ output(0, " Agency: %s\n", sour->data.agency);
+ output(0, " notes: ");
+ dump_note_sub(0, 4, sour->data.note);
+ output(0, "Author: %s\n", sour->author);
+ output(0, "Title: %s\n", sour->title);
+ output(0, "Abbreviation: %s\n", sour->abbreviation);
+ output(0, "Publication: %s\n", sour->publication);
+ output(0, "Text: %s\n", sour->text);
+ output(0, "Repository:\n");
+ output(0, " Link: ");
+ dump_xref(0, 4, sour->repository.link);
+ output(0, " notes: ");
+ dump_note_sub(0, 4, sour->repository.note);
+ output(0, " source descriptions: ");
+ dump_source_descriptions(0, 4, sour->repository.description);
+ output(0, "multimedia links: ");
+ dump_mm_links(0, 2, sour->mm_link);
+ output(0, "notes: ");
+ dump_note_sub(0, 2, sour->note);
+ output(0, "user refs: ");
+ dump_user_ref(0, 2, sour->ref);
+ output(0, "Record ID: %s\n", sour->record_id);
+ output(0, "change date: ");
+ dump_change_date(0, 2, sour->change_date);
+ output(0, "User data:");
+ dump_user_data(0, 2, sour->extra);
+ }
+}
+
+void dump_submitters()
+{
+ struct submitter* subm = gom_get_first_submitter();
+ for (subm; subm; subm = subm->next) {
+ output(1, "=== SUBMITTER (%s) ===\n", subm->xrefstr);
+ output(0, "Name: %s\n", subm->name);
+ output(0, "Address: ");
+ dump_address(0, 2, subm->address);
+ output(0, "Phone 1: %s\n", subm->phone[0]);
+ output(0, "Phone 2: %s\n", subm->phone[1]);
+ output(0, "Phone 3: %s\n", subm->phone[2]);
+ output(0, "multimedia links: ");
+ dump_mm_links(0, 2, subm->mm_link);
+ output(0, "Language 1: %s\n", subm->language[0]);
+ output(0, "Language 2: %s\n", subm->language[1]);
+ output(0, "Language 3: %s\n", subm->language[2]);
+ output(0, "Record file nr: %s\n", subm->record_file_nr);
+ output(0, "Record ID: %s\n", subm->record_id);
+ output(0, "change date: ");
+ dump_change_date(0, 2, subm->change_date);
+ output(0, "User data:");
+ dump_user_data(0, 2, subm->extra);
+ }
+}
+
+void dump_user_records()
+{
+ struct user_rec* rec = gom_get_first_user_rec();
+ for (rec; rec; rec = rec->next) {
+ output(1, "=== USER RECORD (%s) ===\n", rec->xrefstr);
+ output(0, "Tag: %s\n", rec->tag);
+ output(0, "String value: %s\n", rec->str_value);
+ output(0, "Xref value: ");
+ dump_xref(0, 2, rec->xref_value);
+ output(0, "User data:");
+ dump_user_data(0, 2, rec->extra);
+ }
+}
+
+void show_data()
+{
+ dump_header();
+ dump_submission();
+ dump_families();
+ dump_individuals();
+ dump_multimedia();
+ dump_notes();
+ dump_repositories();
+ dump_sources();
+ dump_submitters();
+ dump_user_records();
+}
projects / gedcom-parse.git / commitdiff