# # Gramps - a GTK+/GNOME based genealogy program # # Copyright (C) 2000-2007 Donald N. Allingham # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program 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 General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA # # $Id$ """ Contains the interface to allow a database to get written using GRAMPS' XML file format. This module contains all that is needed for xml write, however it does not provide the export plugin functionality. That is provided in _WriteXML.py """ #------------------------------------------------------------------------- # # load standard python libraries # #------------------------------------------------------------------------- import time import os import codecs from xml.sax.saxutils import escape from gettext import gettext as _ #------------------------------------------------------------------------ # # Set up logging # #------------------------------------------------------------------------ import logging log = logging.getLogger(".WriteXML") #------------------------------------------------------------------------- # # load GRAMPS libraries # #------------------------------------------------------------------------- import gen.lib from BasicUtils import UpdateCallback from gen.db.exceptions import GrampsDbWriteFailure #------------------------------------------------------------------------- # # Attempt to load the GZIP library. Some version of python do not seem # to be compiled with this available. # #------------------------------------------------------------------------- try: import gzip _gzip_ok = 1 except: _gzip_ok = 0 _xml_version = "1.2.0" # table for skipping control chars from XML strip_dict = dict.fromkeys(range(9)+range(12,20)) def escxml(d): return escape(d, { '"' : '"' } ) #------------------------------------------------------------------------- # # # #------------------------------------------------------------------------- def quick_write(database, filename, version="unknown"): g = GrampsDbXmlWriter(database,0,1,version) g.write(filename) #------------------------------------------------------------------------- # # # #------------------------------------------------------------------------- class GrampsDbXmlWriter(UpdateCallback): """ Writes a database to the XML file. """ def __init__(self, db, strip_photos=0, compress=1, version="unknown", callback=None): """ Initializes, but does not write, an XML file. db - database to write strip_photos - remove paths off of media object paths > 0: do not touch the paths > 1: remove everything expect the filename > 2: remove leading slash compress - attempt to compress the database """ UpdateCallback.__init__(self, callback) self.compress = compress if not _gzip_ok: self.compress = False self.db = db self.strip_photos = strip_photos self.version = version self.status = None def write(self,filename): """ Write the database to the specified file. """ base = os.path.dirname(filename) if os.path.isdir(base): if not os.access(base,os.W_OK) or not os.access(base,os.R_OK): raise GrampsDbWriteFailure( _('Failure writing %s') % filename, _("The database cannot be saved because you do " "not have permission to write to the directory. " "Please make sure you have write access to the " "directory and try again.")) return 0 if os.path.exists(filename): if not os.access(filename,os.W_OK): raise GrampsDbWriteFailure( _('Failure writing %s') % filename, _("The database cannot be saved because you do " "not have permission to write to the file. " "Please make sure you have write access to the " "file and try again.")) return 0 self.fileroot = os.path.dirname(filename) try: if self.compress and _gzip_ok: try: g = gzip.open(filename,"wb") except: g = open(filename,"w") else: g = open(filename,"w") except IOError,msg: print str(msg) raise GrampsDbWriteFailure((_('Failure writing %s') % filename, str(msg))) return 0 self.g = codecs.getwriter("utf8")(g) self.write_xml_data() g.close() return 1 def write_handle(self,handle): """ Write the database to the specified file handle. """ if self.compress and _gzip_ok: try: g = gzip.GzipFile(mode="wb",fileobj=handle) except: g = handle else: g = handle self.g = codecs.getwriter("utf8")(g) self.write_xml_data() g.close() return 1 def write_xml_data(self): date = time.localtime(time.time()) owner = self.db.get_researcher() person_len = self.db.get_number_of_people() family_len = self.db.get_number_of_families() event_len = self.db.get_number_of_events() source_len = self.db.get_number_of_sources() place_len = self.db.get_number_of_places() repo_len = self.db.get_number_of_repositories() obj_len = self.db.get_number_of_media_objects() note_len = self.db.get_number_of_notes() total_steps = person_len + family_len + event_len + source_len \ + place_len + repo_len + obj_len + note_len self.set_total(total_steps) self.g.write('\n') self.g.write('\n' % (_xml_version,_xml_version)) self.g.write('\n' % _xml_version) self.g.write("
\n") self.g.write(' \n") self.g.write(" \n") self.write_line("resname",owner.get_name(),3) self.write_line("resaddr",owner.get_address(),3) self.write_line("rescity",owner.get_city(),3) self.write_line("resstate",owner.get_state(),3) self.write_line("rescountry",owner.get_country(),3) self.write_line("respostal",owner.get_postal_code(),3) self.write_line("resphone",owner.get_phone(),3) self.write_line("resemail",owner.get_email(),3) self.g.write(" \n") self.write_metadata() self.g.write("
\n") # First write name formats: we need to know all formats # by the time we get to person's names self.write_name_formats() if event_len > 0: self.g.write(" \n") for handle in self.db.get_event_handles(): event = self.db.get_event_from_handle(handle) self.write_event(event,2) self.update() self.g.write(" \n") if person_len > 0: self.g.write(" \n') for handle in self.db.get_person_handles(): person = self.db.get_person_from_handle(handle) self.write_person(person, 2) self.update() self.g.write(" \n") if family_len > 0: self.g.write(" \n") for handle in self.db.get_family_handles(): family = self.db.get_family_from_handle(handle) self.write_family(family,2) self.update() self.g.write(" \n") if source_len > 0: self.g.write(" \n") for handle in self.db.get_source_handles(): source = self.db.get_source_from_handle(handle) self.write_source(source,2) self.g.write(" \n") if place_len > 0: self.g.write(" \n") for key in self.db.get_place_handles(): # try: place = self.db.get_place_from_handle(key) self.write_place_obj(place,2) self.update() self.g.write(" \n") if obj_len > 0: self.g.write(" \n") for handle in self.db.get_media_object_handles(): obj = self.db.get_object_from_handle(handle) self.write_object(obj,2) self.update() self.g.write(" \n") if repo_len > 0: self.g.write(" \n") for key in self.db.get_repository_handles(): repo = self.db.get_repository_from_handle(key) self.write_repository(repo,2) self.update() self.g.write(" \n") if note_len > 0: self.g.write(" \n") for key in self.db.get_note_handles(): note = self.db.get_note_from_handle(key) self.write_note(note,2) self.update() self.g.write(" \n") # Data is written, now write bookmarks. self.write_bookmarks() self.write_namemaps() self.g.write("\n") # self.status.end() # self.status = None def write_metadata(self): """ Method to write out metadata of the database """ mediapath= self.db.get_mediapath() if mediapath is not None: self.write_line("mediapath", mediapath, 2) def write_namemaps(self): group_map = self.db.get_name_group_keys() name_len = len(group_map) if name_len > 0: self.g.write(" \n") for key in group_map: value = self.db.get_name_group_mapping(key) self.g.write(' \n' % (key, value) ) self.g.write(" \n") def write_bookmarks(self): bm_person_len = len(self.db.bookmarks.get()) bm_family_len = len(self.db.family_bookmarks.get()) bm_event_len = len(self.db.event_bookmarks.get()) bm_source_len = len(self.db.source_bookmarks.get()) bm_place_len = len(self.db.place_bookmarks.get()) bm_repo_len = len(self.db.repo_bookmarks.get()) bm_obj_len = len(self.db.media_bookmarks.get()) bm_note_len = len(self.db.note_bookmarks.get()) bm_len = bm_person_len + bm_family_len + bm_event_len \ + bm_source_len + bm_place_len + bm_repo_len \ + bm_obj_len + bm_note_len if bm_len > 0: self.g.write(" \n") for handle in self.db.get_bookmarks().get(): self.g.write(' \n' % handle ) for handle in self.db.get_family_bookmarks().get(): self.g.write(' \n' % handle ) for handle in self.db.get_event_bookmarks().get(): self.g.write(' \n' % handle ) for handle in self.db.get_source_bookmarks().get(): self.g.write(' \n' % handle ) for handle in self.db.get_place_bookmarks().get(): self.g.write(' \n' % handle ) for handle in self.db.get_media_bookmarks().get(): self.g.write(' \n' % handle ) for handle in self.db.get_repo_bookmarks().get(): self.g.write(' \n' % handle ) for handle in self.db.get_note_bookmarks().get(): self.g.write(' \n' % handle ) self.g.write(" \n") def write_name_formats(self): if len(self.db.name_formats) > 0: self.g.write(" \n") for number,name,fmt_str,active in self.db.name_formats: self.g.write('%s\n' % (' ',number,name,fmt_str,int(active)) ) self.g.write(" \n") def fix(self,line): try: l = unicode(line) except: l = unicode(str(line),errors='replace') l = l.strip().translate(strip_dict) return escxml(l) def write_note_list(self,note_list,indent=0): for handle in note_list: self.write_ref("noteref",handle,indent) def write_note(self,note,index=1): if not note: return self.write_primary_tag("note",note,2,close=False) ntype = escxml(note.get_type().xml_str()) format = note.get_format() text = note.get(markup=True) self.g.write(' type="%s"' % ntype) if format != note.FLOWED: self.g.write(' format="%d"' % format) self.g.write('>') self.g.write(self.fix(text.rstrip())) self.g.write("\n") def write_text(self,val,text,indent=0): if not text: return if indent != 0: self.g.write(" " * indent) self.g.write('<%s>' % val) self.g.write(self.fix(text.rstrip())) self.g.write("\n" % val) def write_person(self,person,index=1): sp = " "*index self.write_primary_tag("person",person,index) if person.get_gender() == gen.lib.Person.MALE: self.write_line("gender","M",index+1) elif person.get_gender() == gen.lib.Person.FEMALE: self.write_line("gender","F",index+1) else: self.write_line("gender","U",index+1) self.dump_name(person.get_primary_name(),False,index+1) for name in person.get_alternate_names(): self.dump_name(name,True,index+1) #self.dump_event_ref(person.get_birth_ref(),index+1) #self.dump_event_ref(person.get_death_ref(),index+1) for event_ref in person.get_event_ref_list(): self.dump_event_ref(event_ref,index+1) for lds_ord in person.lds_ord_list: self.dump_ordinance(lds_ord,index+1) self.write_media_list(person.get_media_list(),index+1) self.write_address_list(person,index+1) self.write_attribute_list(person.get_attribute_list()) self.write_url_list(person.get_url_list(),index+1) for family_handle in person.get_parent_family_handle_list(): self.write_ref("childof",family_handle,index+1) for family_handle in person.get_family_handle_list(): self.write_ref("parentin",family_handle,index+1) for person_ref in person.get_person_ref_list(): self.dump_person_ref(person_ref,index+1) self.write_note_list(person.get_note_list(),index+1) for s in person.get_source_references(): self.dump_source_ref(s,index+2) self.g.write("%s\n" % sp) def write_family(self,family,index=1): sp = " "*index self.write_family_handle(family,index) fhandle = family.get_father_handle() mhandle = family.get_mother_handle() if fhandle: self.write_ref("father",fhandle,index+1) if mhandle: self.write_ref("mother",mhandle,index+1) for event_ref in family.get_event_ref_list(): self.dump_event_ref(event_ref,3) for lds_ord in family.lds_ord_list: self.dump_ordinance(lds_ord,index+1) self.write_media_list(family.get_media_list(),index+1) for child_ref in family.get_child_ref_list(): self.dump_child_ref(child_ref,index+1) self.write_attribute_list(family.get_attribute_list()) self.write_note_list(family.get_note_list(),index+1) for s in family.get_source_references(): self.dump_source_ref(s,index+1) self.g.write("%s\n" % sp) def write_source(self,source,index=1): sp = " "*index self.write_primary_tag("source",source,index) self.write_force_line("stitle",source.get_title(),index+1) self.write_line("sauthor",source.get_author(),index+1) self.write_line("spubinfo",source.get_publication_info(),index+1) self.write_line("sabbrev",source.get_abbreviation(),index+1) self.write_note_list(source.get_note_list(),index+1) self.write_media_list(source.get_media_list(),index+1) self.write_data_map(source.get_data_map()) self.write_reporef_list(source.get_reporef_list(),index+1) self.g.write("%s\n" % sp) def write_repository(self,repo,index=1): sp = " "*index self.write_primary_tag("repository",repo,index) #name self.write_line('rname',repo.name,index+1) rtype = repo.type.xml_str() if rtype: self.write_line('type',rtype,index+1) #address list self.write_address_list(repo,index+1) # url list self.write_url_list(repo.get_url_list(),index+1) self.write_note_list(repo.get_note_list(),index+1) self.g.write("%s\n" % sp) def write_address_list(self,obj,index=1): if len(obj.get_address_list()) == 0: return sp = " "*index for address in obj.get_address_list(): self.g.write('%s\n' % (sp,conf_priv(address))) self.write_date(address.get_date_object(),index+1) self.write_line("street",address.get_street(),index+1) self.write_line("city",address.get_city(),index+1) self.write_line("county",address.get_county(),index+1) self.write_line("state",address.get_state(),index+1) self.write_line("country",address.get_country(),index+1) self.write_line("postal",address.get_postal_code(),index+1) self.write_line("phone",address.get_phone(),index+1) self.write_note_list(address.get_note_list(),index+1) for s in address.get_source_references(): self.dump_source_ref(s,index+2) self.g.write('%s\n' % sp) def dump_person_ref(self,personref,index=1): if not personref or not personref.ref: return sp = " "*index priv_text = conf_priv(personref) rel_text = ' rel="%s"' % escxml(personref.get_relation()) sreflist = personref.get_source_references() nreflist = personref.get_note_list() if (len(sreflist) + len(nreflist) == 0): self.write_ref('personref',personref.ref,index,close=True, extra_text=priv_text+rel_text) else: self.write_ref('personref',personref.ref,index,close=False, extra_text=priv_text+rel_text) for sref in sreflist: self.dump_source_ref(sref,index+1) self.write_note_list(nreflist,index+1) self.g.write('%s\n' % sp) def dump_child_ref(self,childref,index=1): if not childref or not childref.ref: return sp = " "*index priv_text = conf_priv(childref) if childref.frel.is_default(): frel_text = '' else: frel_text = ' frel="%s"' % escxml(childref.frel.xml_str()) if childref.mrel.is_default(): mrel_text = '' else: mrel_text = ' mrel="%s"' % escxml(childref.mrel.xml_str()) sreflist = childref.get_source_references() nreflist = childref.get_note_list() if (len(sreflist)+len(nreflist) == 0): self.write_ref('childref',childref.ref,index,close=True, extra_text=priv_text+mrel_text+frel_text) else: self.write_ref('childref',childref.ref,index,close=False, extra_text=priv_text+mrel_text+frel_text) for sref in sreflist: self.dump_source_ref(sref,index+1) self.write_note_list(nreflist,index+1) self.g.write('%s\n' % sp) def dump_event_ref(self,eventref,index=1): if not eventref or not eventref.ref: return sp = " "*index priv_text = conf_priv(eventref) role = escxml(eventref.role.xml_str()) if role: role_text = ' role="%s"' % role else: role_text = '' attribute_list = eventref.get_attribute_list() note_list = eventref.get_note_list() if (len(attribute_list) + len(note_list) == 0): self.write_ref('eventref',eventref.ref,index, close=True,extra_text=priv_text+role_text) else: self.write_ref('eventref',eventref.ref,index, close=False,extra_text=priv_text+role_text) self.write_attribute_list(attribute_list,index+1) self.write_note_list(note_list,index+1) self.g.write('%s\n' % sp) def write_event(self,event,index=1): if not event: return self.write_primary_tag("event",event,2) sp = " " * index etype = event.get_type().xml_str() self.g.write(' %s%s\n' % (sp,self.fix(etype)) ) self.write_date(event.get_date_object(),index+1) self.write_ref("place",event.get_place_handle(),index+1) self.write_line("description",event.get_description(),index+1) self.write_attribute_list(event.get_attribute_list(),index+1) self.write_note_list(event.get_note_list(),index+1) for s in event.get_source_references(): self.dump_source_ref(s,index+1) self.write_media_list(event.get_media_list(),index+1) self.g.write("%s\n" % sp) def dump_ordinance(self,ord,index=1): name = ord.type2xml() sp = " " * index sp2 = " " * (index+1) priv = conf_priv(ord) self.g.write('%s\n' % (sp,name,priv)) dateobj = ord.get_date_object() if dateobj and not dateobj.is_empty(): self.write_date(dateobj,index+1) if ord.get_temple(): self.g.write('%s\n' % (sp2,self.fix(ord.get_temple()))) self.write_ref("place",ord.get_place_handle(),index+1) if ord.get_status() != 0: self.g.write('%s\n' % (sp2,ord.status2xml())) if ord.get_family_handle(): self.g.write('%s\n' % (sp2,"_"+ord.get_family_handle())) self.write_note_list(ord.get_note_list(),index+1) for s in ord.get_source_references(): self.dump_source_ref(s,index+1) self.g.write('%s\n' % sp) def dump_source_ref(self,source_ref,index=1): source = self.db.get_source_from_handle( source_ref.get_reference_handle()) if source: p = source_ref.get_page() n = source_ref.get_note_list() d = source_ref.get_date_object() q = source_ref.get_confidence_level() self.g.write(" " * index) priv = conf_priv(source_ref) if p == "" and n == [] and d.is_empty() and q == 2: self.g.write('\n' % ("_"+source.get_handle(), priv)) else: if q == 2: self.g.write('\n' % ("_"+source.get_handle(), priv)) else: self.g.write('\n' % ( "_"+source.get_handle(),q, priv)) self.write_line("spage",p,index+1) self.write_note_list(n,index+1) self.write_date(d,index+1) self.g.write("%s\n" % (" " * index)) def write_ref(self,tagname,handle,index=1,close=True,extra_text=''): if handle: if close: close_tag = "/" else: close_tag = "" sp = " "*index self.g.write('%s<%s hlink="_%s"%s%s>\n' % (sp,tagname,handle,extra_text,close_tag)) def write_primary_tag(self,tagname,obj,index=1,close=True): if not obj: return sp = " "*index marker = obj.get_marker().xml_str() if marker: marker_text = ' marker="%s"' % escxml(marker) else: marker_text = '' priv_text = conf_priv(obj) change_text = ' change="%d"' % obj.get_change_time() handle_id_text = ' id="%s" handle="_%s"' % (obj.gramps_id,obj.handle) obj_text = '%s<%s' % (sp,tagname) self.g.write(obj_text + handle_id_text + priv_text + marker_text + change_text) if close: self.g.write('>\n') def write_family_handle(self,family,index=1): sp = " "*index self.write_primary_tag('family',family,index) if family: rel = escxml(family.get_relationship().xml_str()) if rel != "": self.g.write(' %s\n' % (sp,rel) ) def write_last(self,name,indent=1): p = name.get_surname_prefix() n = name.get_surname() g = name.get_group_as() self.g.write('%s%s\n' % self.fix(n)) def write_line(self,tagname,value,indent=1): if value: self.g.write('%s<%s>%s\n' % (' '*indent,tagname,self.fix(value),tagname)) def write_line_nofix(self,tagname,value,indent=1): '''Writes a line, but does not escape characters. Use this instead of write_line is the value is already fixed, this avoids & becoming &amp; ''' if value: self.g.write('%s<%s>%s\n' % (' '*indent, tagname, value, tagname)) def get_iso_date(self,date): if date[2] == 0: y = "????" else: y = "%04d" % date[2] if date[1] == 0: if date[0] == 0: m = "" else: m = "-??" else: m = "-%02d" % (date[1]) if date[0] == 0: d = '' else: d = "-%02d" % date[0] ret = "%s%s%s" % (y,m,d) # If the result does not contain anything beyond dashes # and question marks then it's as good as empty if ret.replace('-','').replace('?','') == '': ret = '' return ret def write_date(self,date,indent=1): sp = ' '*indent cal= date.get_calendar() if cal != gen.lib.Date.CAL_GREGORIAN: calstr = ' cformat="%s"' % gen.lib.Date.calendar_names[cal] else: calstr = '' qual = date.get_quality() if qual == gen.lib.Date.QUAL_ESTIMATED: qual_str = ' quality="estimated"' elif qual == gen.lib.Date.QUAL_CALCULATED: qual_str = ' quality="calculated"' else: qual_str = "" mode = date.get_modifier() if date.is_compound(): if mode == gen.lib.Date.MOD_RANGE: tagname = 'daterange' else: tagname = 'datespan' d1 = self.get_iso_date(date.get_start_date()) d2 = self.get_iso_date(date.get_stop_date()) if d1 != "" or d2 != "": self.g.write('%s<%s start="%s" stop="%s"%s%s/>\n' % (sp,tagname,d1,d2,qual_str,calstr)) elif mode != gen.lib.Date.MOD_TEXTONLY: date_str = self.get_iso_date(date.get_start_date()) if date_str == "": return if mode == gen.lib.Date.MOD_BEFORE: mode_str = ' type="before"' elif mode == gen.lib.Date.MOD_AFTER: mode_str = ' type="after"' elif mode == gen.lib.Date.MOD_ABOUT: mode_str = ' type="about"' else: mode_str = "" self.g.write('%s\n' % (sp,date_str,mode_str,qual_str,calstr)) else: self.g.write('%s\n' %(sp,self.fix(date.get_text()))) def write_force_line(self,label,value,indent=1): if value != None: self.g.write('%s<%s>%s\n' % (' '*indent,label,self.fix(value),label)) def dump_name(self,name,alternative=False,index=1): sp = " "*index name_type = name.get_type().xml_str() self.g.write('%s\n') self.write_line("first",name.get_first_name(),index+1) self.write_line("call",name.get_call_name(),index+1) self.write_last(name,index+1) self.write_line("suffix",name.get_suffix(),index+1) self.write_line("patronymic",name.get_patronymic(),index+1) self.write_line("title",name.get_title(),index+1) if name.date: self.write_date(name.date,4) self.write_note_list(name.get_note_list(),index+1) for s in name.get_source_references(): self.dump_source_ref(s,index+1) self.g.write('%s\n' % sp) def append_value(self,orig,val): if orig: return "%s, %s" % (orig,val) else: return val def build_place_title(self,loc): "Builds a title from a location" city = self.fix(loc.get_city()) street = self.fix(loc.get_street()) parish = self.fix(loc.get_parish()) state = self.fix(loc.get_state()) country = self.fix(loc.get_country()) county = self.fix(loc.get_county()) value = "" if street: value = street if city: value = self.append_value(value,city) if parish: value = self.append_value(value,parish) if county: value = self.append_value(value,county) if state: value = self.append_value(value,state) if country: value = self.append_value(value,country) return value def dump_location(self,loc): "Writes the location information to the output file" if loc.is_empty(): return city = self.fix(loc.get_city()) parish = self.fix(loc.get_parish()) state = self.fix(loc.get_state()) country = self.fix(loc.get_country()) county = self.fix(loc.get_county()) zip_code = self.fix(loc.get_postal_code()) phone = self.fix(loc.get_phone()) street = self.fix(loc.get_street()) self.g.write(' \n') def write_attribute_list(self, list, indent=3): sp = ' ' * indent for attr in list: self.g.write('%s\n') else: self.g.write('>\n') for s in attr.get_source_references(): self.dump_source_ref(s,indent+1) self.write_note_list(attr.get_note_list(),indent+1) self.g.write('%s\n' % sp) def write_media_list(self,list,indent=3): sp = ' '*indent for photo in list: mobj_id = photo.get_reference_handle() self.g.write('%s\n") else: self.g.write(">\n") if rect is not None : self.g.write(' %s\n' % (sp,corner1_x,corner1_y,corner2_x,corner2_y)) self.write_attribute_list(proplist,indent+1) for ref in refslist: self.dump_source_ref(ref, indent+1) self.write_note_list(nreflist, indent+1) self.g.write('%s\n' % sp) def write_data_map(self,datamap,indent=3): if len(datamap) == 0: return sp = ' '*indent for key in datamap.keys(): self.g.write('%s\n' % (sp,self.fix(key), self.fix(datamap[key]))) def write_reporef_list(self, rrlist, index=1): for reporef in rrlist: if not reporef or not reporef.ref: continue if reporef.get_privacy(): priv_text = ' priv="1"' else: priv_text = '' if reporef.call_number == "": callno_text = '' else: callno_text = ' callno="%s"' % escxml(reporef.call_number) mtype = reporef.media_type.xml_str() if mtype: type_text = ' medium="%s"' % escxml(mtype) else: type_text = '' note_list = reporef.get_note_list() if len(note_list) == 0: self.write_ref('reporef', reporef.ref, index, close=True, extra_text=priv_text+callno_text+type_text) else: self.write_ref('reporef', reporef.ref, index, close=False, extra_text=priv_text+callno_text+type_text) self.write_note_list(note_list, index+1) sp = " "*index self.g.write('%s\n' % sp) def write_url_list(self, list, index=1): sp = " "*index for url in list: url_type = url.get_type().xml_str() if url_type: type_text = ' type="%s"' % escxml(url_type) else: type_text = '' priv_text = conf_priv(url) if url.get_description() != "": desc_text = ' description="%s"' % self.fix( url.get_description()) else: desc_text = '' path_text = ' href="%s"' % self.fix(url.get_path()) self.g.write('%s\n' % \ (sp, priv_text, path_text, type_text, desc_text)) def write_place_obj(self, place, index=1): self.write_primary_tag("placeobj", place, index) title = self.fix(place.get_title()) longitude = self.fix(place.get_longitude()) lat = self.fix(place.get_latitude()) handle = place.get_gramps_id() main_loc = place.get_main_location() llen = len(place.get_alternate_locations()) \ + len(place.get_url_list()) + \ len(place.get_media_list()) + \ len(place.get_source_references()) ml_empty = main_loc.is_empty() if title == "": title = self.build_place_title(place.get_main_location()) self.write_line_nofix("ptitle", title, index+1) if longitude or lat: self.g.write('%s\n' % (" "*(index+1), longitude, lat)) self.dump_location(main_loc) for loc in place.get_alternate_locations(): self.dump_location(loc) self.write_media_list(place.get_media_list(), index+1) self.write_url_list(place.get_url_list()) self.write_note_list(place.get_note_list(), index+1) for s in place.get_source_references(): self.dump_source_ref(s, index+1) self.g.write("%s\n" % (" "*index)) def write_object(self, obj, index=1): self.write_primary_tag("object", obj, index) handle = obj.get_gramps_id() mime_type = obj.get_mime_type() path = obj.get_path() desc = obj.get_description() if desc: desc_text = ' description="%s"' % self.fix(desc) else: desc_text = '' if self.strip_photos == 1: path = os.path.basename(path) elif self.strip_photos == 2 and (len(path)>0 and os.path.isabs(path)): drive, path = os.path.splitdrive(path) path = path[1:] self.g.write('%s\n' % (" "*(index+1), self.fix(path), mime_type, desc_text)) self.write_attribute_list(obj.get_attribute_list()) self.write_note_list(obj.get_note_list(), index+1) dval = obj.get_date_object() if not dval.is_empty(): self.write_date(dval, index+1) for s in obj.get_source_references(): self.dump_source_ref(s, index+1) self.g.write("%s\n" % (" "*index)) #------------------------------------------------------------------------- # # # #------------------------------------------------------------------------- def sortById(first,second): fid = first.get_gramps_id() sid = second.get_gramps_id() if fid < sid: return -1 else: return fid != sid #------------------------------------------------------------------------- # # # #------------------------------------------------------------------------- def conf_priv(obj): if obj.get_privacy() != 0: return ' priv="%d"' % obj.get_privacy() else: return '' #------------------------------------------------------------------------- # # # #------------------------------------------------------------------------- # Don't export a writer for plugins, that is the task of _WriteXML.py