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gramps/src/plugins/import/ImportXml.py
Vassilii Khachaturov 499dae6a2d 7125/7102: fix with DTD change as OKed by NickH 
impex.sh test currently broken until the new DTD/schema go online

svn: r23347
2013-10-20 12:57:22 +00:00

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#
# Gramps - a GTK+/GNOME based genealogy program
#
# Copyright (C) 2000-2007 Donald N. Allingham
# Copyright (C) 2009 Douglas S. Blank
# Copyright (C) 2010-2011 Nick Hall
# Copyright (C) 2011 Michiel D. Nauta
# Copyright (C) 2011 Tim G L Lyons
#
# 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
#
# $Id$
#-------------------------------------------------------------------------
#
# Standard Python Modules
#
#-------------------------------------------------------------------------
import os
import sys
import time
from xml.parsers.expat import ExpatError, ParserCreate
from gen.ggettext import gettext as _
import re
import logging
LOG = logging.getLogger(".ImportXML")
#-------------------------------------------------------------------------
#
# Gramps Modules
#
#-------------------------------------------------------------------------
from QuestionDialog import ErrorDialog, WarningDialog
import gen.mime
import gen.lib
from gen.db import DbTxn
from gen.db.write import CLASS_TO_KEY_MAP
from Errors import GrampsImportError
import Utils
import DateHandler
from gen.display.name import displayer as name_displayer
from gen.db.dbconst import (PERSON_KEY, FAMILY_KEY, SOURCE_KEY, EVENT_KEY,
MEDIA_KEY, PLACE_KEY, REPOSITORY_KEY, NOTE_KEY,
TAG_KEY, CITATION_KEY)
from gen.updatecallback import UpdateCallback
import const
import libgrampsxml
#-------------------------------------------------------------------------
#
# Try to detect the presence of gzip
#
#-------------------------------------------------------------------------
try:
import gzip
GZIP_OK = True
except:
GZIP_OK = False
PERSON_RE = re.compile(r"\s*\<person\s(.*)$")
CHILD_REL_MAP = {
"Birth" : gen.lib.ChildRefType(gen.lib.ChildRefType.BIRTH),
"Adopted" : gen.lib.ChildRefType(gen.lib.ChildRefType.ADOPTED),
"Stepchild" : gen.lib.ChildRefType(gen.lib.ChildRefType.STEPCHILD),
"Sponsored" : gen.lib.ChildRefType(gen.lib.ChildRefType.SPONSORED),
"Foster" : gen.lib.ChildRefType(gen.lib.ChildRefType.FOSTER),
"Unknown" : gen.lib.ChildRefType(gen.lib.ChildRefType.UNKNOWN),
}
# feature requests 2356, 1658: avoid genitive form
EVENT_FAMILY_STR = _("%(event_name)s of %(family)s")
# feature requests 2356, 1658: avoid genitive form
EVENT_PERSON_STR = _("%(event_name)s of %(person)s")
HANDLE = 0
INSTANTIATED = 1
#-------------------------------------------------------------------------
#
# Importing data into the currently open database.
# Must takes care of renaming media files according to their new IDs.
#
#-------------------------------------------------------------------------
def importData(database, filename, callback=None):
## return Utils.profile(importDataPro, database, filename, callback, cl)
##def importDataPro(database, filename, callback=None, cl=0):
filename = os.path.normpath(filename)
basefile = os.path.dirname(filename)
database.smap = {}
database.pmap = {}
database.fmap = {}
line_cnt = 0
person_cnt = 0
with ImportOpenFileContextManager(filename) as xml_file:
if xml_file is None:
return
if filename == '-':
change = time.time()
else:
change = os.path.getmtime(filename)
parser = GrampsParser(database, callback, change)
if filename != '-':
linecounter = LineParser(filename)
line_cnt = linecounter.get_count()
person_cnt = linecounter.get_person_count()
read_only = database.readonly
database.readonly = False
try:
info = parser.parse(xml_file, line_cnt, person_cnt)
except GrampsImportError, err: # version error
ErrorDialog(*err.messages())
return
except IOError, msg:
ErrorDialog(_("Error reading %s") % filename, str(msg))
import traceback
traceback.print_exc()
return
except ExpatError, msg:
ErrorDialog(_("Error reading %s") % filename,
str(msg) + "\n" +
_("The file is probably either corrupt or not a "
"valid Gramps database."))
return
database.readonly = read_only
return info
## TODO - WITH MEDIA PATH, IS THIS STILL NEEDED?
## BETTER LEAVE ALL RELATIVE TO NEW RELATIVE PATH
## save_path is in .gramps/dbbase, no good place !
## # copy all local images into <database>.images directory
## db_dir = os.path.abspath(os.path.dirname(database.get_save_path()))
## db_base = os.path.basename(database.get_save_path())
## img_dir = os.path.join(db_dir, db_base)
## first = not os.path.exists(img_dir)
##
## for m_id in database.get_media_object_handles():
## mobject = database.get_object_from_handle(m_id)
## oldfile = mobject.get_path()
## if oldfile and not os.path.isabs(oldfile):
## if first:
## os.mkdir(img_dir)
## first = 0
## newfile = os.path.join(img_dir, oldfile)
##
## try:
## oldfilename = os.path.join(basefile, oldfile)
## shutil.copyfile(oldfilename, newfile)
## try:
## shutil.copystat(oldfilename, newfile)
## except:
## pass
## mobject.set_path(newfile)
## database.commit_media_object(mobject, None, change)
## except (IOError, OSError), msg:
## ErrorDialog(_('Could not copy file'), str(msg))
#-------------------------------------------------------------------------
#
# Remove extraneous spaces
#
#-------------------------------------------------------------------------
def rs(text):
return ' '.join(text.split())
def fix_spaces(text_list):
return '\n'.join(map(rs, text_list))
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
class ImportInfo(object):
"""
Class object that can hold information about the import
"""
keyorder = [PERSON_KEY, FAMILY_KEY, SOURCE_KEY, EVENT_KEY, MEDIA_KEY,
PLACE_KEY, REPOSITORY_KEY, NOTE_KEY, TAG_KEY, CITATION_KEY]
key2data = {
PERSON_KEY : 0,
FAMILY_KEY : 1,
SOURCE_KEY: 2,
EVENT_KEY: 3,
MEDIA_KEY: 4,
PLACE_KEY: 5,
REPOSITORY_KEY: 6,
NOTE_KEY: 7,
TAG_KEY: 8,
CITATION_KEY: 9
}
def __init__(self):
"""
Init of the import class.
This creates the datastructures to hold info
"""
self.data_mergecandidate = [{}, {}, {}, {}, {}, {}, {}, {}, {}, {}]
self.data_newobject = [0] * 10
self.data_unknownobject = [0] * 10
self.data_families = ''
self.expl_note = ''
self.data_relpath = False
def add(self, category, key, obj, sec_obj=None):
"""
Add info of a certain category. Key is one of the predefined keys,
while obj is an object of which information will be extracted
"""
if category == 'merge-candidate':
self.data_mergecandidate[self.key2data[key]][obj.handle] = \
self._extract_mergeinfo(key, obj, sec_obj)
elif category == 'new-object':
self.data_newobject[self.key2data[key]] += 1
elif category == 'unknown-object':
self.data_unknownobject[self.key2data[key]] += 1
elif category == 'relative-path':
self.data_relpath = True
elif category == 'unlinked-family':
# This is a bit ugly because it isn't using key in the same way as
# the rest of the categories, but it is only the calling routine
# that really knows what the error message should be.
self.data_families += key + "\n"
def _extract_mergeinfo(self, key, obj, sec_obj):
"""
Extract info from obj about 'merge-candidate', Key is one of the
predefined keys.
"""
if key == PERSON_KEY:
return _(" %(id)s - %(text)s with %(id2)s\n") % {
'id': obj.gramps_id,
'text' : name_displayer.display(obj),
'id2': sec_obj.gramps_id
}
elif key == FAMILY_KEY :
return _(" Family %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
elif key == SOURCE_KEY:
return _(" Source %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
elif key == EVENT_KEY:
return _(" Event %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
elif key == MEDIA_KEY:
return _(" Media Object %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
elif key == PLACE_KEY:
return _(" Place %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
elif key == REPOSITORY_KEY:
return _(" Repository %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
elif key == NOTE_KEY:
return _(" Note %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
elif key == TAG_KEY:
pass # Tags can't be merged
elif key == CITATION_KEY:
return _(" Citation %(id)s with %(id2)s\n") % {
'id': obj.gramps_id, 'id2': sec_obj.gramps_id}
def info_text(self):
"""
Construct an info message from the data in the class.
"""
key2string = {
PERSON_KEY : _(' People: %d\n'),
FAMILY_KEY : _(' Families: %d\n'),
SOURCE_KEY : _(' Sources: %d\n'),
EVENT_KEY : _(' Events: %d\n'),
MEDIA_KEY : _(' Media Objects: %d\n'),
PLACE_KEY : _(' Places: %d\n'),
REPOSITORY_KEY : _(' Repositories: %d\n'),
NOTE_KEY : _(' Notes: %d\n'),
TAG_KEY : _(' Tags: %d\n'),
CITATION_KEY : _(' Citations: %d\n'),
}
txt = _("Number of new objects imported:\n")
for key in self.keyorder:
if any(self.data_unknownobject):
strng = key2string[key][0:-1] + ' (%d)\n'
txt += strng % (self.data_newobject[self.key2data[key]],
self.data_unknownobject[self.key2data[key]])
else:
txt += key2string[key] % self.data_newobject[self.key2data[key]]
if any(self.data_unknownobject):
txt += _("\n The imported file was not self-contained.\n"
"To correct for that, %d objects were created and\n"
"their typifying attribute was set to 'Unknown'.\n"
"The breakdown per category is depicted by the\n"
"number in parentheses. Where possible these\n"
"'Unkown' objects are referenced by note %s.\n"
) % (sum(self.data_unknownobject), self.expl_note)
if self.data_relpath:
txt += _("\nMedia objects with relative paths have been\n"
"imported. These paths are considered relative to\n"
"the media directory you can set in the preferences,\n"
"or, if not set, relative to the user's directory.\n"
)
merge = False
for key in self.keyorder:
if self.data_mergecandidate[self.key2data[key]]:
merge = True
break
if merge:
txt += _("\n\nObjects that are candidates to be merged:\n")
for key in self.keyorder:
datakey = self.key2data[key]
for handle in self.data_mergecandidate[datakey].keys():
txt += self.data_mergecandidate[datakey][handle]
if self.data_families:
txt += "\n\n"
txt += self.data_families
return txt
class LineParser(object):
def __init__(self, filename):
self.count = 0
self.person_count = 0
if GZIP_OK:
use_gzip = 1
try:
f = gzip.open(filename, "r")
f.read(1)
f.close()
except IOError, msg:
use_gzip = 0
except ValueError, msg:
use_gzip = 1
else:
use_gzip = 0
try:
if use_gzip:
ofile = gzip.open(filename, "rb")
else:
ofile = open(filename, "r")
for line in ofile:
self.count += 1
if PERSON_RE.match(line):
self.person_count += 1
ofile.close()
except:
self.count = 0
self.person_count = 0
def get_count(self):
return self.count
def get_person_count(self):
return self.person_count
#-------------------------------------------------------------------------
#
# ImportOpenFileContextManager
#
#-------------------------------------------------------------------------
class ImportOpenFileContextManager:
"""
Context manager to open a file or stdin for reading.
"""
def __init__(self, filename):
self.filename = filename
self.filehandle = None
def __enter__(self):
if self.filename == '-':
self.filehandle = sys.stdin
else:
self.filehandle = self.open_file(self.filename)
return self.filehandle
def __exit__(self, exc_type, exc_value, traceback):
if self.filename != '-':
self.filehandle.close()
return False
def open_file(self, filename):
"""
Open the xml file.
Return a valid file handle if the file opened sucessfully.
Return None if the file was not able to be opened.
"""
if GZIP_OK:
use_gzip = True
try:
ofile = gzip.open(filename, "r")
ofile.read(1)
ofile.close()
except IOError, msg:
use_gzip = False
except ValueError, msg:
use_gzip = True
else:
use_gzip = False
try:
if use_gzip:
xml_file = gzip.open(filename, "rb")
else:
xml_file = open(filename, "r")
except IOError, msg:
ErrorDialog(_("%s could not be opened") % filename, str(msg))
xml_file = None
except:
ErrorDialog(_("%s could not be opened") % filename)
xml_file = None
return xml_file
#-------------------------------------------------------------------------
#
# Gramps database parsing class. Derived from SAX XML parser
#
#-------------------------------------------------------------------------
class GrampsParser(UpdateCallback):
def __init__(self, database, callback, change):
UpdateCallback.__init__(self, callback)
self.__gramps_version = 'unknown'
self.__xml_version = '1.0.0'
self.stext_list = []
self.scomments_list = []
self.note_list = []
self.tlist = []
self.conf = 2
self.gid2id = {}
self.gid2fid = {}
self.gid2eid = {}
self.gid2pid = {}
self.gid2oid = {}
self.gid2sid = {}
self.gid2rid = {}
self.gid2nid = {}
self.childref_map = {}
self.change = change
self.dp = DateHandler.parser
self.info = ImportInfo()
self.all_abs = True
self.db = database
# Data with handles already present in the db will overwrite existing
# data, so all imported data gets a new handle. This behavior is not
# needed and even unwanted if data is imported in an empty family tree
# because NarWeb urls are based on handles. Also for debugging purposes
# it can be advantageous to preserve the orginal handle.
self.replace_import_handle = (self.db.get_number_of_people() > 0 and
not LOG.isEnabledFor(logging.DEBUG))
self.ord = None
self.objref = None
self.object = None
self.repo = None
self.reporef = None
self.pref = None
self.use_p = 0
self.in_note = 0
self.in_stext = 0
self.in_scomments = 0
self.note = None
self.note_text = None
self.note_tags = []
self.in_witness = False
self.photo = None
self.person = None
self.family = None
self.address = None
self.citation = None
self.in_old_sourceref = False
self.source = None
self.attribute = None
self.placeobj = None
self.locations = 0
self.place_map = {}
self.resname = ""
self.resaddr = ""
self.reslocality = ""
self.rescity = ""
self.resstate = ""
self.rescon = ""
self.respos = ""
self.resphone = ""
self.resemail = ""
self.mediapath = ""
self.pmap = {}
self.fmap = {}
self.smap = {}
self.lmap = {}
self.media_file_map = {}
# List of new name formats and a dict for remapping them
self.name_formats = []
self.name_formats_map = {}
self.taken_name_format_numbers = [num[0]
for num in self.db.name_formats]
self.event = None
self.eventref = None
self.childref = None
self.personref = None
self.name = None
self.surname = None
self.surnamepat = None
self.home = None
self.owner = gen.lib.Researcher()
self.func_list = [None]*50
self.func_index = 0
self.func = None
self.witness_comment = ""
self.idswap = {}
self.fidswap = {}
self.eidswap = {}
self.cidswap = {}
self.sidswap = {}
self.pidswap = {}
self.oidswap = {}
self.ridswap = {}
self.nidswap = {}
self.eidswap = {}
self.import_handles = {}
self.func_map = {
#name part
"name": (self.start_name, self.stop_name),
"first": (None, self.stop_first),
"call": (None, self.stop_call),
"aka": (self.start_name, self.stop_aka), #deprecated < 1.3.0
"last": (self.start_last, self.stop_last), #deprecated in 1.4.0
"nick": (None, self.stop_nick),
"title": (None, self.stop_title),
"suffix": (None, self.stop_suffix),
"patronymic": (self.start_patronymic, self.stop_patronymic), #deprecated in 1.4.0
"familynick": (None, self.stop_familynick), #new in 1.4.0
"group": (None, self.stop_group), #new in 1.4.0, replaces attribute
#new in 1.4.0
"surname": (self.start_surname, self.stop_surname),
#
"namemaps": (None, None),
"name-formats": (None, None),
#other
"address": (self.start_address, self.stop_address),
"addresses": (None, None),
"childlist": (None, None),
"attribute": (self.start_attribute, self.stop_attribute),
"attr_type": (None, self.stop_attr_type),
"attr_value": (None, self.stop_attr_value),
"bookmark": (self.start_bmark, None),
"bookmarks": (None, None),
"format": (self.start_format, None),
"child": (self.start_child, None),
"childof": (self.start_childof, None),
"childref": (self.start_childref, self.stop_childref),
"personref": (self.start_personref, self.stop_personref),
"citation": (self.start_citation, self.stop_citation),
"citationref": (self.start_citationref, None),
"citations": (None, None),
"city": (None, self.stop_city),
"county": (None, self.stop_county),
"country": (None, self.stop_country),
"comment": (None, self.stop_comment),
"confidence": (None, self.stop_confidence),
"created": (self.start_created, None),
"ref": (None, self.stop_ref),
"database": (self.start_database, self.stop_database),
"phone": (None, self.stop_phone),
"date": (None, self.stop_date),
"cause": (None, self.stop_cause),
"description": (None, self.stop_description),
"event": (self.start_event, self.stop_event),
"type": (None, self.stop_type),
"witness": (self.start_witness, self.stop_witness),
"eventref": (self.start_eventref, self.stop_eventref),
"data_item": (self.start_data_item, None),
"families": (None, self.stop_families),
"family": (self.start_family, self.stop_family),
"rel": (self.start_rel, None),
"region": (self.start_region, None),
"father": (self.start_father, None),
"gender": (None, self.stop_gender),
"header": (None, self.stop_header),
"map": (self.start_namemap, None),
"mediapath": (None, self.stop_mediapath),
"mother": (self.start_mother, None),
"note": (self.start_note, self.stop_note),
"noteref": (self.start_noteref, None),
"p": (None, self.stop_ptag),
"parentin": (self.start_parentin, None),
"people": (self.start_people, self.stop_people),
"person": (self.start_person, self.stop_person),
"img": (self.start_photo, self.stop_photo),
"objref": (self.start_objref, self.stop_objref),
"object": (self.start_object, self.stop_object),
"file": (self.start_file, None),
"page": (None, self.stop_page),
"place": (self.start_place, self.stop_place),
"dateval": (self.start_dateval, None),
"daterange": (self.start_daterange, None),
"datespan": (self.start_datespan, None),
"datestr": (self.start_datestr, None),
"places": (None, self.stop_places),
"placeobj": (self.start_placeobj, self.stop_placeobj),
"ptitle": (None, self.stop_ptitle),
"location": (self.start_location, None),
"lds_ord": (self.start_lds_ord, self.stop_lds_ord),
"temple": (self.start_temple, None),
"status": (self.start_status, None),
"sealed_to": (self.start_sealed_to, None),
"coord": (self.start_coord, None),
"pos": (self.start_pos, None),
"postal": (None, self.stop_postal),
"range": (self.start_range, None),
"researcher": (None, self.stop_research),
"resname": (None, self.stop_resname),
"resaddr": (None, self.stop_resaddr),
"reslocality": (None, self.stop_reslocality),
"rescity": (None, self.stop_rescity),
"resstate": (None, self.stop_resstate),
"rescountry": (None, self.stop_rescountry),
"respostal": (None, self.stop_respostal),
"resphone": (None, self.stop_resphone),
"resemail": (None, self.stop_resemail),
"sauthor": (None, self.stop_sauthor),
"sabbrev": (None, self.stop_sabbrev),
"scomments": (None, self.stop_scomments),
"source": (self.start_source, self.stop_source),
"sourceref": (self.start_sourceref, self.stop_sourceref),
"sources": (None, None),
"spage": (None, self.stop_spage),
"spubinfo": (None, self.stop_spubinfo),
"state": (None, self.stop_state),
"stext": (None, self.stop_stext),
"stitle": (None, self.stop_stitle),
"street": (None, self.stop_street),
"style": (self.start_style, None),
"tag": (self.start_tag, self.stop_tag),
"tagref": (self.start_tagref, None),
"tags": (None, None),
"text": (None, self.stop_text),
"url": (self.start_url, None),
"repository": (self.start_repo, self.stop_repo),
"reporef": (self.start_reporef, self.stop_reporef),
"rname": (None, self.stop_rname),
}
self.grampsuri = re.compile(r"^gramps://(?P<object_class>[A-Z][a-z]+)/"
"handle/(?P<handle>\w+)$")
def inaugurate(self, handle, target, prim_obj):
"""
Assign a handle (identity) to a primary object (and create it if it
doesn't exist yet) and add it to the database.
This method can be called with an object instance or with a
class object. Be aware that in the first case the side effect of this
function is to fill the object instance with the data read from the db.
In the second case, an empty object with the correct handle will be
created.
:param handle: The handle of the primary object, typically as read
directly from the XML attributes.
:type handle: str
:param target: Indicates the primary object type this handle relates to.
:type targe": str, identical to target attr of bookmarks.
:param prim_obj: template of the primary object that is to be created.
:type prim_obj: Either an empty instance of a primary object or the
class object of a primary object.
:returns: The handle of the primary object.
:rtype: str
"""
handle = str(handle.replace('_', ''))
orig_handle = handle
if (orig_handle in self.import_handles and
target in self.import_handles[orig_handle]):
handle = self.import_handles[handle][target][HANDLE]
if not callable(prim_obj):
# This method is called by a start_<primary_object> method.
get_raw_obj_data = {"person": self.db.get_raw_person_data,
"family": self.db.get_raw_family_data,
"event": self.db.get_raw_event_data,
"place": self.db.get_raw_place_data,
"source": self.db.get_raw_source_data,
"citation": self.db.get_raw_citation_data,
"repository": self.db.get_raw_repository_data,
"media": self.db.get_raw_object_data,
"note": self.db.get_raw_note_data,
"tag": self.db.get_raw_tag_data}[target]
raw = get_raw_obj_data(handle)
prim_obj.unserialize(raw)
self.import_handles[orig_handle][target][INSTANTIATED] = True
return handle
elif handle in self.import_handles:
LOG.warn("The file you import contains duplicate handles "
"which is illegal and being fixed now.")
handle = Utils.create_id()
while handle in self.import_handles:
handle = Utils.create_id()
self.import_handles[orig_handle][target] = [handle, False]
else:
orig_handle = handle
if self.replace_import_handle:
handle = Utils.create_id()
while handle in self.import_handles:
handle = Utils.create_id()
else:
has_handle_func = {"person": self.db.has_person_handle,
"family": self.db.has_family_handle,
"event": self.db.has_event_handle,
"place": self.db.has_place_handle,
"source": self.db.has_source_handle,
"citation": self.db.get_raw_citation_data,
"repository": self.db.has_repository_handle,
"media": self.db.has_object_handle,
"note": self.db.has_note_handle,
"tag": self.db.has_tag_handle}[target]
while has_handle_func(handle):
handle = Utils.create_id()
self.import_handles[orig_handle] = {target: [handle, False]}
if callable(prim_obj): # method is called by a reference
prim_obj = prim_obj()
else:
self.import_handles[orig_handle][target][INSTANTIATED] = True
prim_obj.set_handle(handle)
if target == "tag":
self.db.add_tag(prim_obj, self.trans)
else:
add_func = {"person": self.db.add_person,
"family": self.db.add_family,
"event": self.db.add_event,
"place": self.db.add_place,
"source": self.db.add_source,
"citation": self.db.add_citation,
"repository": self.db.add_repository,
"media": self.db.add_object,
"note": self.db.add_note}[target]
add_func(prim_obj, self.trans, set_gid=False)
return handle
def inaugurate_id(self, id_, key, prim_obj):
"""
Equivalent of inaugurate but for old style XML.
"""
if id_ is None:
raise GrampsImportError(_("The Gramps Xml you are trying to "
"import is malformed."), _("Attributes that link the data "
"together are missing."))
id2handle_map = [self.gid2id, self.gid2fid, self.gid2sid,
self.gid2eid, self.gid2oid, self.gid2pid,
self.gid2rid, 'reference', self.gid2nid][key]
has_handle_func = [self.db.has_person_handle,
self.db.has_family_handle,
self.db.has_source_handle,
self.db.has_event_handle,
self.db.has_object_handle,
self.db.has_place_handle,
self.db.has_repository_handle,
'reference',
self.db.has_note_handle][key]
add_func = [self.db.add_person,
self.db.add_family,
self.db.add_source,
self.db.add_event,
self.db.add_object,
self.db.add_place,
self.db.add_repository,
'reference',
self.db.add_note][key]
get_raw_obj_data = [self.db.get_raw_person_data,
self.db.get_raw_family_data,
self.db.get_raw_source_data,
self.db.get_raw_event_data,
self.db.get_raw_object_data,
self.db.get_raw_place_data,
self.db.get_raw_repository_data,
'reference', self.db.get_raw_note_data][key]
id2id_map = [self.idswap, self.fidswap, self.sidswap, self.eidswap,
self.oidswap, self.pidswap, self.ridswap, 'reference',
self.nidswap][key]
id2user_format = [self.db.id2user_format, self.db.fid2user_format,
self.db.sid2user_format, self.db.eid2user_format,
self.db.oid2user_format, self.db.pid2user_format,
self.db.rid2user_format, 'reference',
self.db.nid2user_format][key]
find_next_gramps_id = [self.db.find_next_person_gramps_id,
self.db.find_next_family_gramps_id,
self.db.find_next_source_gramps_id,
self.db.find_next_event_gramps_id,
self.db.find_next_object_gramps_id,
self.db.find_next_place_gramps_id,
self.db.find_next_repository_gramps_id,
'reference',
self.db.find_next_note_gramps_id][key]
gramps_id = self.legalize_id(id_, key, id2id_map, id2user_format,
find_next_gramps_id)
handle = id2handle_map.get(gramps_id)
if handle:
raw = get_raw_obj_data(handle)
prim_obj.unserialize(raw)
else:
handle = Utils.create_id()
while has_handle_func(handle):
handle = Utils.create_id()
if callable(prim_obj):
prim_obj = prim_obj()
prim_obj.set_handle(handle)
prim_obj.set_gramps_id(gramps_id)
add_func(prim_obj, self.trans)
id2handle_map[gramps_id] = handle
return handle
def legalize_id(self, id_, key, gramps_ids, id2user_format,
find_next_gramps_id):
"""
Given an import id, adjust it so that it fits with the existing data.
:param id_: The id as it is in the Xml import file, might be None.
:type id_: str
:param key: Indicates kind of primary object this id is for.
:type key: int
:param gramps_ids: Dictionary with id's that have already been imported.
:type import_ids: dict
:param id2user_format: Function to convert a raw id into the format as
specified in the prefixes.
:type id2user_format: func
:param find_next_gramps_id: function to get the next available id.
:type find_next_gramps_id: func
:returns: The id.
:rtype: str
"""
gramps_id = id2user_format(id_)
if gramps_id is None or not gramps_ids.get(id_):
if gramps_id is None or self.db.has_gramps_id(key, gramps_id):
gramps_ids[id_] = find_next_gramps_id()
else:
gramps_ids[id_] = gramps_id
return gramps_ids[id_]
def parse(self, ifile, linecount=0, personcount=0):
"""
Parse the xml file
:param ifile: must be a file handle that is already open, with position
at the start of the file
"""
if personcount < 1000:
no_magic = True
else:
no_magic = False
with DbTxn(_("Gramps XML import"), self.db, batch=True,
no_magic=no_magic) as self.trans:
self.set_total(linecount)
self.db.disable_signals()
self.p = ParserCreate()
self.p.StartElementHandler = self.startElement
self.p.EndElementHandler = self.endElement
self.p.CharacterDataHandler = self.characters
self.p.ParseFile(ifile)
if len(self.name_formats) > 0:
# add new name formats to the existing table
self.db.name_formats += self.name_formats
# Register new formats
name_displayer.set_name_format(self.db.name_formats)
self.db.set_researcher(self.owner)
if self.home is not None:
person = self.db.get_person_from_handle(self.home)
self.db.set_default_person_handle(person.handle)
#set media path, this should really do some parsing to convert eg
# windows path to unix ?
if self.mediapath:
oldpath = self.db.get_mediapath()
if not oldpath:
self.db.set_mediapath(self.mediapath)
elif not oldpath == self.mediapath:
ErrorDialog(_("Could not change media path"),
_("The opened file has media path %s, which conflicts with"
" the media path of the family tree you import into. "
"The original media path has been retained. Copy the "
"files to a correct directory or change the media "
"path in the Preferences."
) % self.mediapath )
self.fix_not_instantiated()
self.fix_families()
for key in self.func_map.keys():
del self.func_map[key]
del self.func_map
del self.func_list
del self.p
del self.update
self.db.enable_signals()
self.db.request_rebuild()
return self.info
def start_database(self, attrs):
"""
Get the xml version of the file.
"""
if 'xmlns' in attrs:
xmlns = attrs.get('xmlns').split('/')
if len(xmlns)>= 2 and not xmlns[2] == 'gramps-project.org':
self.__xml_version = '0.0.0'
else:
try:
self.__xml_version = xmlns[4]
except:
#leave version at 1.0.0 although it could be 0.0.0 ??
pass
else:
#1.0 or before xml, no dtd schema yet on
# http://www.gramps-project.org/xml/
self.__xml_version = '0.0.0'
def start_created(self, attrs):
"""
Get the Gramps version that produced the file.
"""
if 'sources' in attrs:
self.num_srcs = int(attrs['sources'])
else:
self.num_srcs = 0
if 'places' in attrs:
self.num_places = int(attrs['places'])
else:
self.num_places = 0
if 'version' in attrs:
self.__gramps_version = attrs.get('version')
def stop_header(self, *dummy):
"""
Check the version of Gramps and XML.
"""
if self.__gramps_version == 'unknown':
msg = _("The .gramps file you are importing does not contain information about "
"the version of Gramps with, which it was produced.\n\n"
"The file will not be imported.")
raise GrampsImportError(_('Import file misses Gramps version'), msg)
if not re.match("\d+\.\d+\.\d+", self.__xml_version):
msg = _("The .gramps file you are importing does not contain a "
"valid xml-namespace number.\n\n"
"The file will not be imported.")
raise GrampsImportError(_('Import file contains unacceptable XML '
'namespace version'), msg)
if self.__xml_version > libgrampsxml.GRAMPS_XML_VERSION:
msg = _("The .gramps file you are importing was made by "
"version %(newer)s of "
"Gramps, while you are running an older version %(older)s. "
"The file will not be imported. Please upgrade to the "
"latest version of Gramps and try again." ) % {
'newer' : self.__gramps_version, 'older' : const.VERSION }
raise GrampsImportError('', msg)
if self.__xml_version < '1.0.0':
msg = _("The .gramps file you are importing was made by version "
"%(oldgramps)s of Gramps, while you are running a more "
"recent version %(newgramps)s.\n\n"
"The file will not be imported. Please use an older version"
" of Gramps that supports version %(xmlversion)s of the "
"xml.\nSee\n "
"http://gramps-project.org/wiki/index.php?title=GRAMPS_XML"
"\n for more info."
) % {'oldgramps': self.__gramps_version,
'newgramps': const.VERSION,
'xmlversion': self.__xml_version,
}
raise GrampsImportError(_('The file will not be imported'), msg)
elif self.__xml_version < '1.1.0':
msg = _("The .gramps file you are importing was made by version "
"%(oldgramps)s of Gramps, while you are running a much "
"more recent version %(newgramps)s.\n\n"
"Ensure after import everything is imported correctly. In "
"the event of problems, please submit a bug and use an "
"older version of Gramps in the meantime to import this "
"file, which is version %(xmlversion)s of the xml.\nSee\n "
"http://gramps-project.org/wiki/index.php?title=GRAMPS_XML"
"\nfor more info."
) % {'oldgramps': self.__gramps_version,
'newgramps': const.VERSION,
'xmlversion': self.__xml_version,
}
WarningDialog(_('Old xml file'), msg)
def start_lds_ord(self, attrs):
self.ord = gen.lib.LdsOrd()
self.ord.set_type_from_xml(attrs['type'])
self.ord.private = bool(attrs.get("priv"))
if self.person:
self.person.lds_ord_list.append(self.ord)
elif self.family:
self.family.lds_ord_list.append(self.ord)
def start_temple(self, attrs):
self.ord.set_temple(attrs['val'])
def start_data_item(self, attrs):
if self.source:
self.source.set_data_item(attrs['key'], attrs['value'])
else:
self.citation.set_data_item(attrs['key'], attrs['value'])
def start_status(self, attrs):
try:
# old xml with integer statuses
self.ord.set_status(int(attrs['val']))
except ValueError:
# string
self.ord.set_status_from_xml(attrs['val'])
def start_sealed_to(self, attrs):
"""
Add a family reference to the LDS ordinance currently processed.
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "family", gen.lib.Family)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), FAMILY_KEY,
gen.lib.Family)
self.ord.set_family_handle(handle)
def start_place(self, attrs):
"""A reference to a place in an object: event or lds_ord
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "place", gen.lib.Place)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), PLACE_KEY,
gen.lib.Place)
if self.ord:
self.ord.set_place_handle(handle)
elif self.event:
self.event.set_place_handle(handle)
def start_placeobj(self, attrs):
"""
Add a place object to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
self.placeobj = gen.lib.Place()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_place_handle(orig_handle))
self.inaugurate(orig_handle, "place", self.placeobj)
gramps_id = self.legalize_id(attrs.get('id'), PLACE_KEY,
self.pidswap, self.db.pid2user_format,
self.db.find_next_place_gramps_id)
self.placeobj.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_place = self.db.get_place_from_handle(orig_handle)
self.info.add('merge-candidate', PLACE_KEY, orig_place,
self.placeobj)
else:
self.inaugurate_id(attrs.get('id'), PLACE_KEY, self.placeobj)
self.placeobj.private = bool(attrs.get("priv"))
self.placeobj.change = int(attrs.get('change', self.change))
self.info.add('new-object', PLACE_KEY, self.placeobj)
# GRAMPS LEGACY: title in the placeobj tag
self.placeobj.title = attrs.get('title', '')
self.locations = 0
self.update(self.p.CurrentLineNumber)
return self.placeobj
def start_location(self, attrs):
"""Bypass the function calls for this one, since it appears to
take up quite a bit of time"""
loc = gen.lib.Location()
loc.street = attrs.get('street', '')
loc.locality = attrs.get('locality', '')
loc.city = attrs.get('city', '')
loc.parish = attrs.get('parish', '')
loc.county = attrs.get('county', '')
loc.state = attrs.get('state', '')
loc.country = attrs.get('country', '')
loc.postal = attrs.get('postal', '')
loc.phone = attrs.get('phone', '')
if self.locations > 0:
self.placeobj.add_alternate_locations(loc)
else:
self.placeobj.set_main_location(loc)
self.locations = self.locations + 1
def start_witness(self, attrs):
"""
Add a note about a witness to the currently processed event or add
an event reference connecting that event with a person assigning the
role of witness.
"""
# Parse witnesses created by older gramps
self.in_witness = True
self.witness_comment = ""
if 'name' in attrs:
note = gen.lib.Note()
note.handle = Utils.create_id()
note.set(_("Witness name: %s") % attrs['name'])
note.type.set(gen.lib.NoteType.EVENT)
note.private = self.event.private
self.db.add_note(note, self.trans)
#set correct change time
self.db.commit_note(note, self.trans, self.change)
self.info.add('new-object', NOTE_KEY, note)
self.event.add_note(note.handle)
return
person = gen.lib.Person()
if 'hlink' in attrs:
self.inaugurate(attrs['hlink'], "person", person)
elif 'ref' in attrs:
self.inaugurate_id(attrs['ref'], PERSON_KEY, person)
else:
person = None
# Add an EventRef from that person
# to this event using ROLE_WITNESS role
if person:
event_ref = gen.lib.EventRef()
event_ref.ref = self.event.handle
event_ref.role.set(gen.lib.EventRoleType.WITNESS)
person.event_ref_list.append(event_ref)
self.db.commit_person(person, self.trans, self.change)
def start_coord(self, attrs):
self.placeobj.lat = attrs.get('lat', '')
self.placeobj.long = attrs.get('long', '')
def start_event(self, attrs):
"""
Add an event object to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
if self.person or self.family:
# GRAMPS LEGACY: old events that were written inside
# person or family objects.
self.event = gen.lib.Event()
self.event.handle = Utils.create_id()
self.event.type = gen.lib.EventType()
self.event.type.set_from_xml_str(attrs['type'])
self.db.add_event(self.event, self.trans)
#set correct change time
self.db.commit_event(self.event, self.trans, self.change)
self.info.add('new-object', EVENT_KEY, self.event)
else:
# This is new event, with ID and handle already existing
self.update(self.p.CurrentLineNumber)
self.event = gen.lib.Event()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_event_handle(orig_handle))
self.inaugurate(orig_handle, "event", self.event)
gramps_id = self.legalize_id(attrs.get('id'), EVENT_KEY,
self.eidswap, self.db.eid2user_format,
self.db.find_next_event_gramps_id)
self.event.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_event = self.db.get_event_from_handle(orig_handle)
self.info.add('merge-candidate', EVENT_KEY, orig_event,
self.event)
else: #old style XML
self.inaugurate_id(attrs.get('id'), EVENT_KEY, self.event)
self.event.private = bool(attrs.get("priv"))
self.event.change = int(attrs.get('change', self.change))
self.info.add('new-object', EVENT_KEY, self.event)
return self.event
def start_eventref(self, attrs):
"""
Add an event reference to the object currently processed.
"""
self.eventref = gen.lib.EventRef()
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "event", gen.lib.Event)
else: # there is no old style XML
raise GrampsImportError(_("The Gramps Xml you are trying to "
"import is malformed."), _("Any event reference must have a "
"'hlink' attribute."))
self.eventref.ref = handle
self.eventref.private = bool(attrs.get('priv'))
if 'role' in attrs:
self.eventref.role.set_from_xml_str(attrs['role'])
# We count here on events being already parsed prior to parsing
# people or families. This code will fail if this is not true.
event = self.db.get_event_from_handle(self.eventref.ref)
if not event:
return
if self.family:
event.personal = False
self.family.add_event_ref(self.eventref)
elif self.person:
event.personal = True
if (event.type == gen.lib.EventType.BIRTH) \
and (self.eventref.role == gen.lib.EventRoleType.PRIMARY) \
and (self.person.get_birth_ref() is None):
self.person.set_birth_ref(self.eventref)
elif (event.type == gen.lib.EventType.DEATH) \
and (self.eventref.role == gen.lib.EventRoleType.PRIMARY) \
and (self.person.get_death_ref() is None):
self.person.set_death_ref(self.eventref)
else:
self.person.add_event_ref(self.eventref)
def start_attribute(self, attrs):
self.attribute = gen.lib.Attribute()
self.attribute.private = bool(attrs.get("priv"))
self.attribute.type = gen.lib.AttributeType()
if 'type' in attrs:
self.attribute.type.set_from_xml_str(attrs["type"])
self.attribute.value = attrs.get("value", '')
if self.photo:
self.photo.add_attribute(self.attribute)
elif self.object:
self.object.add_attribute(self.attribute)
elif self.objref:
self.objref.add_attribute(self.attribute)
elif self.event:
self.event.add_attribute(self.attribute)
elif self.eventref:
self.eventref.add_attribute(self.attribute)
elif self.person:
self.person.add_attribute(self.attribute)
elif self.family:
self.family.add_attribute(self.attribute)
def start_address(self, attrs):
self.address = gen.lib.Address()
self.address.private = bool(attrs.get("priv"))
def start_bmark(self, attrs):
"""
Add a bookmark to db.
"""
target = attrs.get('target')
if not target:
# Old XML. Can be either handle or id reference
# and this is guaranteed to be a person bookmark
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "person",
gen.lib.Person)
else:
handle = self.inaugurate_id(attrs.get('ref'), PERSON_KEY,
gen.lib.Person)
self.db.bookmarks.append(handle)
return
# This is new XML, so we are guaranteed to have a handle ref
handle = attrs['hlink'].replace('_', '')
handle = self.import_handles[handle][target][HANDLE]
# Due to pre 2.2.9 bug, bookmarks might be handle of other object
# Make sure those are filtered out.
# Bookmarks are at end, so all handle must exist before we do bookmrks
if target == 'person':
if (self.db.get_person_from_handle(handle) is not None
and handle not in self.db.bookmarks.get() ):
self.db.bookmarks.append(handle)
elif target == 'family':
if (self.db.get_family_from_handle(handle) is not None
and handle not in self.db.family_bookmarks.get() ):
self.db.family_bookmarks.append(handle)
elif target == 'event':
if (self.db.get_event_from_handle(handle) is not None
and handle not in self.db.event_bookmarks.get() ):
self.db.event_bookmarks.append(handle)
elif target == 'source':
if (self.db.get_source_from_handle(handle) is not None
and handle not in self.db.source_bookmarks.get() ):
self.db.source_bookmarks.append(handle)
elif target == 'citation':
if (self.db.get_citation_from_handle(handle) is not None
and handle not in self.db.citation_bookmarks.get() ):
self.db.citation_bookmarks.append(handle)
elif target == 'place':
if (self.db.get_place_from_handle(handle) is not None
and handle not in self.db.place_bookmarks.get() ):
self.db.place_bookmarks.append(handle)
elif target == 'media':
if (self.db.get_object_from_handle(handle) is not None
and handle not in self.db.media_bookmarks.get() ):
self.db.media_bookmarks.append(handle)
elif target == 'repository':
if (self.db.get_repository_from_handle(handle)
is not None and handle not in self.db.repo_bookmarks.get()):
self.db.repo_bookmarks.append(handle)
elif target == 'note':
if (self.db.get_note_from_handle(handle) is not None
and handle not in self.db.note_bookmarks.get() ):
self.db.note_bookmarks.append(handle)
def start_format(self, attrs):
number = int(attrs['number'])
name = attrs['name']
fmt_str = attrs['fmt_str']
active = bool(attrs.get('active', True))
if number in self.taken_name_format_numbers:
number = self.remap_name_format(number)
self.name_formats.append((number, name, fmt_str, active))
def remap_name_format(self, old_number):
if old_number in self.name_formats_map: # This should not happen
return self.name_formats_map[old_number]
# Find the lowest new number not taken yet:
new_number = -1
while new_number in self.taken_name_format_numbers:
new_number -= 1
# Add this to the taken list
self.taken_name_format_numbers.append(new_number)
# Set up the mapping entry
self.name_formats_map[old_number] = new_number
# Return new number
return new_number
def start_person(self, attrs):
"""
Add a person to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
self.update(self.p.CurrentLineNumber)
self.person = gen.lib.Person()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_person_handle(orig_handle))
self.inaugurate(orig_handle, "person", self.person)
gramps_id = self.legalize_id(attrs.get('id'), PERSON_KEY,
self.idswap, self.db.id2user_format,
self.db.find_next_person_gramps_id)
self.person.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_person = self.db.get_person_from_handle(orig_handle)
self.info.add('merge-candidate', PERSON_KEY, orig_person,
self.person)
else: # old style XML
self.inaugurate_id(attrs.get('id'), PERSON_KEY, self.person)
self.person.private = bool(attrs.get("priv"))
self.person.change = int(attrs.get('change', self.change))
self.info.add('new-object', PERSON_KEY, self.person)
self.convert_marker(attrs, self.person)
return self.person
def start_people(self, attrs):
"""
Store the home person of the database.
"""
if 'home' in attrs:
handle = self.inaugurate(attrs['home'], "person", gen.lib.Person)
self.home = handle
def start_father(self, attrs):
"""
Add a father reference to the family currently processed.
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "person", gen.lib.Person)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), PERSON_KEY,
gen.lib.Person)
self.family.set_father_handle(handle)
def start_mother(self, attrs):
"""
Add a mother reference to the family currently processed.
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "person", gen.lib.Person)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), PERSON_KEY,
gen.lib.Person)
self.family.set_mother_handle(handle)
def start_child(self, attrs):
"""
Add a child reference to the family currently processed.
Here we are handling the old XML, in which
frel and mrel belonged to the "childof" tag
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "person", gen.lib.Person)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), PERSON_KEY,
gen.lib.Person)
# If that were the case then childref_map has the childref ready
if (self.family.handle, handle) in self.childref_map:
self.family.add_child_ref(
self.childref_map[(self.family.handle, handle)])
def start_childref(self, attrs):
"""
Add a child reference to the family currently processed.
Here we are handling the new XML, in which frel and mrel
belong to the "childref" tag under family.
"""
self.childref = gen.lib.ChildRef()
handle = self.inaugurate(attrs['hlink'], "person", gen.lib.Person)
self.childref.ref = handle
self.childref.private = bool(attrs.get('priv'))
mrel = gen.lib.ChildRefType()
if attrs.get('mrel'):
mrel.set_from_xml_str(attrs['mrel'])
frel = gen.lib.ChildRefType()
if attrs.get('frel'):
frel.set_from_xml_str(attrs['frel'])
if not mrel.is_default():
self.childref.set_mother_relation(mrel)
if not frel.is_default():
self.childref.set_father_relation(frel)
self.family.add_child_ref(self.childref)
def start_personref(self, attrs):
"""
Add a person reference to the person currently processed.
"""
self.personref = gen.lib.PersonRef()
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "person", gen.lib.Person)
else: # there is no old style XML
raise GrampsImportError(_("The Gramps Xml you are trying to "
"import is malformed."), _("Any person reference must have a "
"'hlink' attribute."))
self.personref.ref = handle
self.personref.private = bool(attrs.get('priv'))
self.personref.rel = attrs['rel']
self.person.add_person_ref(self.personref)
def start_url(self, attrs):
if "href" not in attrs:
return
url = gen.lib.Url()
url.path = attrs["href"]
url.set_description(attrs.get("description", ''))
url.private = bool(attrs.get('priv'))
url.type.set_from_xml_str(attrs.get('type', ''))
if self.person:
self.person.add_url(url)
elif self.placeobj:
self.placeobj.add_url(url)
elif self.repo:
self.repo.add_url(url)
def start_family(self, attrs):
"""
Add a family object to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
self.update(self.p.CurrentLineNumber)
self.family = gen.lib.Family()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_family_handle(orig_handle))
self.inaugurate(orig_handle, "family", self.family)
gramps_id = self.legalize_id(attrs.get('id'), FAMILY_KEY,
self.fidswap, self.db.fid2user_format,
self.db.find_next_family_gramps_id)
self.family.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_family = self.db.get_family_from_handle(orig_handle)
self.info.add('merge-candidate', FAMILY_KEY, orig_family,
self.family)
else: # old style XML
self.inaugurate_id(attrs.get('id'), FAMILY_KEY, self.family)
self.family.private = bool(attrs.get("priv"))
self.family.change = int(attrs.get('change', self.change))
self.info.add('new-object', FAMILY_KEY, self.family)
# GRAMPS LEGACY: the type now belongs to <rel> tag
# Here we need to support old format of <family type="Married">
if 'type' in attrs:
self.family.type.set_from_xml_str(attrs["type"])
self.convert_marker(attrs, self.family)
return self.family
def start_rel(self, attrs):
if 'type' in attrs:
self.family.type.set_from_xml_str(attrs["type"])
def start_file(self, attrs):
self.object.mime = attrs['mime']
if 'description' in attrs:
self.object.desc = attrs['description']
else:
self.object.desc = ""
#keep value of path, no longer make absolute paths on import
src = attrs["src"]
if src:
self.object.path = src
if self.all_abs and not os.path.isabs(src):
self.all_abs = False
self.info.add('relative-path', None, None)
def start_childof(self, attrs):
"""
Add a family reference to the person currently processed in which that
person is a child.
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "family", gen.lib.Family)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), FAMILY_KEY,
gen.lib.Family)
# Here we are handling the old XML, in which
# frel and mrel belonged to the "childof" tag
mrel = gen.lib.ChildRefType()
frel = gen.lib.ChildRefType()
if 'mrel' in attrs:
mrel.set_from_xml_str(attrs['mrel'])
if 'frel' in attrs:
frel.set_from_xml_str(attrs['frel'])
childref = gen.lib.ChildRef()
childref.ref = self.person.handle
if not mrel.is_default():
childref.set_mother_relation(mrel)
if not frel.is_default():
childref.set_father_relation(frel)
self.childref_map[(handle, self.person.handle)] = childref
self.person.add_parent_family_handle(handle)
def start_parentin(self, attrs):
"""
Add a family reference to the person currently processed in which that
person is a parent.
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "family", gen.lib.Family)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), FAMILY_KEY,
gen.lib.Family)
self.person.add_family_handle(handle)
def start_name(self, attrs):
if not self.in_witness:
self.name = gen.lib.Name()
name_type = attrs.get('type', "Birth Name")
# Mapping "Other Name" from gramps 2.0.x to Unknown
if (self.__xml_version == '1.0.0') and (name_type == 'Other Name'):
self.name.set_type(gen.lib.NameType.UNKNOWN)
else:
self.name.type.set_from_xml_str(name_type)
self.name.private = bool(attrs.get("priv", 0))
self.alt_name = bool(attrs.get("alt", 0))
try:
sort_as = int(attrs["sort"])
# check if these pointers need to be remapped
# and set the name attributes
if sort_as in self.name_formats_map:
self.name.sort_as = self.name_formats_map[sort_as]
else:
self.name.sort_as = sort_as
except KeyError:
pass
try:
display_as = int(attrs["display"])
# check if these pointers need to be remapped
# and set the name attributes
if display_as in self.name_formats_map:
self.name.display_as = self.name_formats_map[display_as]
else:
self.name_display_as = display_as
except KeyError:
pass
def start_surname(self, attrs):
self.surname = gen.lib.Surname()
self.surname.set_prefix(attrs.get("prefix", ""))
self.surname.set_primary(attrs.get("prim", "1") == "1")
self.surname.set_connector(attrs.get("connector", ""))
origin_type = attrs.get("derivation", "")
self.surname.origintype.set_from_xml_str(origin_type)
def start_namemap(self, attrs):
type = attrs.get('type')
key = attrs['key']
value = attrs['value']
if type == 'group_as':
if self.db.has_name_group_key(key) :
present = self.db.get_name_group_mapping(key)
if not value == present:
msg = _('Your family tree groups name "%(key)s" together'
' with "%(parent)s", did not change this grouping to "%(value)s".') % {
'key' : key, 'parent' : present, 'value' : value }
WarningDialog(_("Gramps ignored a name grouping"), msg)
else:
self.db.set_name_group_mapping(key, value)
def start_last(self, attrs):
""" This is the element in version < 1.4.0 to do the surname"""
self.surname = gen.lib.Surname()
self.surname.prefix = attrs.get('prefix', '')
self.name.group_as = attrs.get('group', '')
def start_patronymic(self, attrs):
""" This is the element in version < 1.4.0 to do the patronymic"""
self.surnamepat = gen.lib.Surname()
self.surnamepat.set_origintype(gen.lib.NameOriginType(
gen.lib.NameOriginType.PATRONYMIC))
def start_style(self, attrs):
"""
Styled text tag in notes (v1.4.0 onwards).
"""
tagtype = gen.lib.StyledTextTagType()
tagtype.set_from_xml_str(attrs['name'].lower())
try:
val = attrs['value']
match = self.grampsuri.match(val)
if match:
target = {"Person":"person", "Family":"family",
"Event":"event", "Place":"place", "Source":"source",
"Citation":"citation",
"Repository":"repository", "Media":"media",
"Note":"note"}[str(match.group('object_class'))]
if match.group('handle') in self.import_handles:
if target in self.import_handles[match.group('handle')]:
val = "gramps://%s/handle/%s" % (
match.group('object_class'),
self.import_handles[match.group('handle')]
[target][HANDLE])
tagvalue = gen.lib.StyledTextTagType.STYLE_TYPE[int(tagtype)](val)
except KeyError:
tagvalue = None
except ValueError:
return
self.note_tags.append(gen.lib.StyledTextTag(tagtype, tagvalue))
def start_tag(self, attrs):
"""
Tag definition.
"""
if self.note is not None:
# Styled text tag in notes (prior to v1.4.0)
self.start_style(attrs)
return
# Tag defintion
self.tag = gen.lib.Tag()
self.inaugurate(attrs['handle'], "tag", self.tag)
self.tag.change = int(attrs.get('change', self.change))
self.info.add('new-object', TAG_KEY, self.tag)
self.tag.set_name(attrs.get('name', _('Unknown when imported')))
self.tag.set_color(attrs.get('color', '#000000000000'))
self.tag.set_priority(int(attrs.get('priority', 0)))
return self.tag
def stop_tag(self, *tag):
if self.note is not None:
# Styled text tag in notes (prior to v1.4.0)
return
self.db.commit_tag(self.tag, self.trans, self.tag.get_change_time())
self.tag = None
def start_tagref(self, attrs):
"""
Tag reference in a primary object.
"""
handle = self.inaugurate(attrs['hlink'], "tag", gen.lib.Tag)
if self.person:
self.person.add_tag(handle)
if self.family:
self.family.add_tag(handle)
if self.object:
self.object.add_tag(handle)
if self.note:
self.note.add_tag(handle)
def start_range(self, attrs):
self.note_tags[-1].ranges.append((int(attrs['start']),
int(attrs['end'])))
def start_note(self, attrs):
"""
Add a note to db if it doesn't exist yet and assign
id, privacy, changetime, format and type.
"""
self.in_note = 0
if 'handle' in attrs:
# This is new note, with ID and handle already existing
self.update(self.p.CurrentLineNumber)
self.note = gen.lib.Note()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_note_handle(orig_handle))
self.inaugurate(orig_handle, "note", self.note)
gramps_id = self.legalize_id(attrs.get('id'), NOTE_KEY,
self.nidswap, self.db.nid2user_format,
self.db.find_next_note_gramps_id)
self.note.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_note = self.db.get_note_from_handle(orig_handle)
self.info.add('merge-candicate', NOTE_KEY, orig_note,
self.note)
else:
self.inaugurate_id(attrs.get('id'), NOTE_KEY, self.note)
self.note.private = bool(attrs.get("priv"))
self.note.change = int(attrs.get('change', self.change))
self.info.add('new-object', NOTE_KEY, self.note)
self.note.format = int(attrs.get('format', gen.lib.Note.FLOWED))
self.note.type.set_from_xml_str(attrs.get('type',
gen.lib.NoteType.UNKNOWN))
self.convert_marker(attrs, self.note)
# Since StyledText was introduced (XML v1.3.0) the clear text
# part of the note is moved between <text></text> tags.
# To catch the different versions here we reset the note_text
# variable. It will be checked in stop_note() then.
self.note_text = None
self.note_tags = []
else:
# GRAMPS LEGACY: old notes that were written inside other objects
# We need to create a top-level note, it's type depends on
# the caller object, and inherits privacy from caller object
# On stop_note the reference to this note will be added
self.note = gen.lib.Note()
self.note.handle = Utils.create_id()
self.note.format = int(attrs.get('format', gen.lib.Note.FLOWED))
# The order in this long if-then statement should reflect the
# DTD: most deeply nested elements come first.
if self.citation:
self.note.type.set(gen.lib.NoteType.CITATION)
self.note.private = self.citation.private
elif self.address:
self.note.type.set(gen.lib.NoteType.ADDRESS)
self.note.private = self.address.private
elif self.ord:
self.note.type.set(gen.lib.NoteType.LDS)
self.note.private = self.ord.private
elif self.attribute:
self.note.type.set(gen.lib.NoteType.ATTRIBUTE)
self.note.private = self.attribute.private
elif self.object:
self.note.type.set(gen.lib.NoteType.MEDIA)
self.note.private = self.object.private
elif self.objref:
self.note.type.set(gen.lib.NoteType.MEDIAREF)
self.note.private = self.objref.private
elif self.photo:
self.note.type.set(gen.lib.NoteType.MEDIA)
self.note.private = self.photo.private
elif self.name:
self.note.type.set(gen.lib.NoteType.PERSONNAME)
self.note.private = self.name.private
elif self.eventref:
self.note.type.set(gen.lib.NoteType.EVENTREF)
self.note.private = self.eventref.private
elif self.reporef:
self.note.type.set(gen.lib.NoteType.REPOREF)
self.note.private = self.reporef.private
elif self.source:
self.note.type.set(gen.lib.NoteType.SOURCE)
self.note.private = self.source.private
elif self.event:
self.note.type.set(gen.lib.NoteType.EVENT)
self.note.private = self.event.private
elif self.personref:
self.note.type.set(gen.lib.NoteType.ASSOCIATION)
self.note.private = self.personref.private
elif self.person:
self.note.type.set(gen.lib.NoteType.PERSON)
self.note.private = self.person.private
elif self.childref:
self.note.type.set(gen.lib.NoteType.CHILDREF)
self.note.private = self.childref.private
elif self.family:
self.note.type.set(gen.lib.NoteType.FAMILY)
self.note.private = self.family.private
elif self.placeobj:
self.note.type.set(gen.lib.NoteType.PLACE)
self.note.private = self.placeobj.private
elif self.repo:
self.note.type.set(gen.lib.NoteType.REPO)
self.note.private = self.repo.private
self.db.add_note(self.note, self.trans)
#set correct change time
self.db.commit_note(self.note, self.trans, self.change)
self.info.add('new-object', NOTE_KEY, self.note)
return self.note
def start_noteref(self, attrs):
"""
Add a note reference to the object currently processed.
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "note", gen.lib.Note)
else:
raise GrampsImportError(_("The Gramps Xml you are trying to "
"import is malformed."), _("Any note reference must have a "
"'hlink' attribute."))
# The order in this long if-then statement should reflect the
# DTD: most deeply nested elements come first.
if self.citation:
self.citation.add_note(handle)
elif self.address:
self.address.add_note(handle)
elif self.ord:
self.ord.add_note(handle)
elif self.attribute:
self.attribute.add_note(handle)
elif self.object:
self.object.add_note(handle)
elif self.objref:
self.objref.add_note(handle)
elif self.photo:
self.photo.add_note(handle)
elif self.name:
self.name.add_note(handle)
elif self.eventref:
self.eventref.add_note(handle)
elif self.reporef:
self.reporef.add_note(handle)
elif self.source:
self.source.add_note(handle)
elif self.event:
self.event.add_note(handle)
elif self.personref:
self.personref.add_note(handle)
elif self.person:
self.person.add_note(handle)
elif self.childref:
self.childref.add_note(handle)
elif self.family:
self.family.add_note(handle)
elif self.placeobj:
self.placeobj.add_note(handle)
elif self.repo:
self.repo.add_note(handle)
def __add_citation(self, citation_handle):
"""
Add a citation to the object currently processed.
"""
if self.photo:
self.photo.add_citation(citation_handle)
elif self.ord:
self.ord.add_citation(citation_handle)
elif self.attribute:
self.attribute.add_citation(citation_handle)
elif self.object:
self.object.add_citation(citation_handle)
elif self.objref:
self.objref.add_citation(citation_handle)
elif self.event:
self.event.add_citation(citation_handle)
elif self.address:
self.address.add_citation(citation_handle)
elif self.name:
self.name.add_citation(citation_handle)
elif self.placeobj:
self.placeobj.add_citation(citation_handle)
elif self.childref:
self.childref.add_citation(citation_handle)
elif self.family:
self.family.add_citation(citation_handle)
elif self.personref:
self.personref.add_citation(citation_handle)
elif self.person:
self.person.add_citation(citation_handle)
def start_citationref(self, attrs):
"""
Add a citation reference to the object currently processed.
"""
handle = self.inaugurate(attrs['hlink'], "citation", gen.lib.Citation)
self.__add_citation(handle)
def start_citation(self, attrs):
"""
Add a citation object to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
self.update(self.p.CurrentLineNumber)
self.citation = gen.lib.Citation()
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_citation_handle(orig_handle))
self.inaugurate(orig_handle, "citation", self.citation)
gramps_id = self.legalize_id(attrs.get('id'), CITATION_KEY,
self.cidswap, self.db.cid2user_format,
self.db.find_next_citation_gramps_id)
self.citation.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_citation = self.db.get_citation_from_handle(orig_handle)
self.info.add('merge-candidate', CITATION_KEY, orig_citation,
self.citation)
self.citation.private = bool(attrs.get("priv"))
self.citation.change = int(attrs.get('change', self.change))
self.citation.confidence = (
self.conf if self.__xml_version >= '1.5.1'
else 0 ) # See bug# 7125
self.info.add('new-object', CITATION_KEY, self.citation)
return self.citation
def start_sourceref(self, attrs):
"""
Add a source reference to the object currently processed.
"""
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "source", gen.lib.Source)
else:
handle = self.inaugurate_id(attrs.get('ref'), SOURCE_KEY,
gen.lib.Source)
if self.citation:
self.citation.set_reference_handle(handle)
else:
# GRAMPS LEGACY: Prior to v1.5.0 there were no citation objects.
# We need to copy the contents of the old SourceRef into a new
# Citation object.
self.in_old_sourceref = True
self.citation = gen.lib.Citation()
self.citation.set_reference_handle(handle)
self.citation.confidence = int(attrs.get("conf", self.conf))
self.citation.private = bool(attrs.get("priv"))
citation_handle = self.db.add_citation(self.citation, self.trans)
self.__add_citation(citation_handle)
def start_source(self, attrs):
"""
Add a source object to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
self.update(self.p.CurrentLineNumber)
self.source = gen.lib.Source()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_source_handle(orig_handle))
self.inaugurate(orig_handle, "source", self.source)
gramps_id = self.legalize_id(attrs.get('id'), SOURCE_KEY,
self.sidswap, self.db.sid2user_format,
self.db.find_next_source_gramps_id)
self.source.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_source = self.db.get_source_from_handle(orig_handle)
self.info.add('merge-candidate', SOURCE_KEY, orig_source,
self.source)
else: # old style XML
self.inaugurate_id(attrs.get('id'), SOURCE_KEY, self.source)
self.source.private = bool(attrs.get("priv"))
self.source.change = int(attrs.get('change', self.change))
self.info.add('new-object', SOURCE_KEY, self.source)
return self.source
def start_reporef(self, attrs):
"""
Add a repository reference to the source currently processed.
"""
self.reporef = gen.lib.RepoRef()
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "repository",
gen.lib.Repository)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), REPOSITORY_KEY,
gen.lib.Repository)
self.reporef.ref = handle
self.reporef.call_number = attrs.get('callno', '')
if 'medium' in attrs:
self.reporef.media_type.set_from_xml_str(attrs['medium'])
self.reporef.private = bool(attrs.get("priv"))
# we count here on self.source being available
# reporefs can only be found within source
self.source.add_repo_reference(self.reporef)
def start_objref(self, attrs):
"""
Add a media object reference to the object currently processed.
"""
self.objref = gen.lib.MediaRef()
if 'hlink' in attrs:
handle = self.inaugurate(attrs['hlink'], "media",
gen.lib.MediaObject)
else: # old style XML
handle = self.inaugurate_id(attrs.get('ref'), MEDIA_KEY,
gen.lib.MediaObject)
self.objref.ref = handle
self.objref.private = bool(attrs.get('priv'))
if self.event:
self.event.add_media_reference(self.objref)
elif self.family:
self.family.add_media_reference(self.objref)
elif self.source:
self.source.add_media_reference(self.objref)
elif self.person:
self.person.add_media_reference(self.objref)
elif self.placeobj:
self.placeobj.add_media_reference(self.objref)
elif self.citation:
self.citation.add_media_reference(self.objref)
def start_region(self, attrs):
rect = (int(attrs.get('corner1_x')),
int(attrs.get('corner1_y')),
int(attrs.get('corner2_x')),
int(attrs.get('corner2_y')) )
self.objref.set_rectangle(rect)
def start_object(self, attrs):
"""
Add a media object to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
self.object = gen.lib.MediaObject()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_object_handle(orig_handle))
self.inaugurate(orig_handle, "media", self.object)
gramps_id = self.legalize_id(attrs.get('id'), MEDIA_KEY,
self.oidswap, self.db.oid2user_format,
self.db.find_next_object_gramps_id)
self.object.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_object = self.db.get_object_from_handle(orig_handle)
self.info.add('merge-candidate', MEDIA_KEY, orig_object,
self.object)
else:
self.inaugurate_id(attrs.get('id'), MEDIA_KEY, self.object)
self.object.private = bool(attrs.get("priv"))
self.object.change = int(attrs.get('change', self.change))
self.info.add('new-object', MEDIA_KEY, self.object)
# GRAMPS LEGACY: src, mime, and description attributes
# now belong to the <file> tag. Here we are supporting
# the old format of <object src="blah"...>
self.object.mime = attrs.get('mime', '')
self.object.desc = attrs.get('description', '')
src = attrs.get("src", '')
if src:
self.object.path = src
return self.object
def start_repo(self, attrs):
"""
Add a repository to db if it doesn't exist yet and assign
id, privacy and changetime.
"""
self.repo = gen.lib.Repository()
if 'handle' in attrs:
orig_handle = attrs['handle'].replace('_', '')
is_merge_candidate = (self.replace_import_handle and
self.db.has_repository_handle(orig_handle))
self.inaugurate(orig_handle, "repository", self.repo)
gramps_id = self.legalize_id(attrs.get('id'), REPOSITORY_KEY,
self.ridswap, self.db.rid2user_format,
self.db.find_next_repository_gramps_id)
self.repo.set_gramps_id(gramps_id)
if is_merge_candidate:
orig_repo = self.db.get_repository_from_handle(orig_handle)
self.info.add('merge-candidate', REPOSITORY_KEY, orig_repo,
self.repo)
else: # old style XML
self.inaugurate_id(attrs.get('id'), REPOSITORY_KEY, self.repo)
self.repo.private = bool(attrs.get("priv"))
self.repo.change = int(attrs.get('change', self.change))
self.info.add('new-object', REPOSITORY_KEY, self.repo)
return self.repo
def stop_people(self, *tag):
pass
def stop_database(self, *tag):
self.update(self.p.CurrentLineNumber)
def stop_object(self, *tag):
self.db.commit_media_object(self.object, self.trans,
self.object.get_change_time())
self.object = None
def stop_objref(self, *tag):
self.objref = None
def stop_repo(self, *tag):
self.db.commit_repository(self.repo, self.trans,
self.repo.get_change_time())
self.repo = None
def stop_reporef(self, *tag):
self.reporef = None
def start_photo(self, attrs):
self.photo = gen.lib.MediaObject()
self.pref = gen.lib.MediaRef()
self.pref.set_reference_handle(self.photo.get_handle())
for key in attrs.keys():
if key == "descrip" or key == "description":
self.photo.set_description(attrs[key])
elif key == "priv":
self.pref.set_privacy(int(attrs[key]))
self.photo.set_privacy(int(attrs[key]))
elif key == "src":
src = attrs["src"]
self.photo.set_path(src)
else:
attr = gen.lib.Attribute()
attr.set_type(key)
attr.set_value(attrs[key])
self.photo.add_attribute(attr)
self.photo.set_mime_type(gen.mime.get_type(self.photo.get_path()))
self.db.add_object(self.photo, self.trans)
#set correct change time
self.db.commit_media_object(self.photo, self.trans, self.change)
self.info.add('new-object', MEDIA_KEY, self.photo)
if self.family:
self.family.add_media_reference(self.pref)
elif self.source:
self.source.add_media_reference(self.pref)
elif self.person:
self.person.add_media_reference(self.pref)
elif self.placeobj:
self.placeobj.add_media_reference(self.pref)
def start_daterange(self, attrs):
self.start_compound_date(attrs, gen.lib.Date.MOD_RANGE)
def start_datespan(self, attrs):
self.start_compound_date(attrs, gen.lib.Date.MOD_SPAN)
def start_compound_date(self, attrs, mode):
if self.citation:
date_value = self.citation.get_date_object()
elif self.ord:
date_value = self.ord.get_date_object()
elif self.object:
date_value = self.object.get_date_object()
elif self.address:
date_value = self.address.get_date_object()
elif self.name:
date_value = self.name.get_date_object()
else:
date_value = self.event.get_date_object()
start = attrs['start'].split('-')
stop = attrs['stop'].split('-')
try:
year = int(start[0])
except ValueError:
year = 0
try:
month = int(start[1])
except:
month = 0
try:
day = int(start[2])
except:
day = 0
try:
rng_year = int(stop[0])
except:
rng_year = 0
try:
rng_month = int(stop[1])
except:
rng_month = 0
try:
rng_day = int(stop[2])
except:
rng_day = 0
if "cformat" in attrs:
cal = gen.lib.Date.calendar_names.index(attrs['cformat'])
else:
cal = gen.lib.Date.CAL_GREGORIAN
if 'quality' in attrs:
val = attrs['quality']
if val == 'estimated':
qual = gen.lib.Date.QUAL_ESTIMATED
elif val == 'calculated':
qual = gen.lib.Date.QUAL_CALCULATED
else:
qual = gen.lib.Date.QUAL_NONE
else:
qual = gen.lib.Date.QUAL_NONE
dualdated = False
if 'dualdated' in attrs:
val = attrs['dualdated']
if val == "1":
dualdated = True
newyear = gen.lib.Date.NEWYEAR_JAN1
if 'newyear' in attrs:
newyear = attrs['newyear']
if newyear.isdigit():
newyear = int(newyear)
else:
newyear = gen.lib.Date.newyear_to_code(newyear)
date_value.set(qual, mode, cal,
(day, month, year, dualdated,
rng_day, rng_month, rng_year, dualdated),
newyear=newyear)
def start_dateval(self, attrs):
if self.citation:
date_value = self.citation.get_date_object()
elif self.ord:
date_value = self.ord.get_date_object()
elif self.object:
date_value = self.object.get_date_object()
elif self.address:
date_value = self.address.get_date_object()
elif self.name:
date_value = self.name.get_date_object()
else:
date_value = self.event.get_date_object()
bce = 1
val = attrs['val']
if val[0] == '-':
bce = -1
val = val[1:]
start = val.split('-')
try:
year = int(start[0])*bce
except:
year = 0
try:
month = int(start[1])
except:
month = 0
try:
day = int(start[2])
except:
day = 0
if "cformat" in attrs:
cal = gen.lib.Date.calendar_names.index(attrs['cformat'])
else:
cal = gen.lib.Date.CAL_GREGORIAN
if 'type' in attrs:
val = attrs['type']
if val == "about":
mod = gen.lib.Date.MOD_ABOUT
elif val == "after":
mod = gen.lib.Date.MOD_AFTER
else:
mod = gen.lib.Date.MOD_BEFORE
else:
mod = gen.lib.Date.MOD_NONE
if 'quality' in attrs:
val = attrs['quality']
if val == 'estimated':
qual = gen.lib.Date.QUAL_ESTIMATED
elif val == 'calculated':
qual = gen.lib.Date.QUAL_CALCULATED
else:
qual = gen.lib.Date.QUAL_NONE
else:
qual = gen.lib.Date.QUAL_NONE
dualdated = False
if 'dualdated' in attrs:
val = attrs['dualdated']
if val == "1":
dualdated = True
newyear = gen.lib.Date.NEWYEAR_JAN1
if 'newyear' in attrs:
newyear = attrs['newyear']
if newyear.isdigit():
newyear = int(newyear)
else:
newyear = gen.lib.Date.newyear_to_code(newyear)
date_value.set(qual, mod, cal, (day, month, year, dualdated),
newyear=newyear)
def start_datestr(self, attrs):
if self.citation:
date_value = self.citation.get_date_object()
elif self.ord:
date_value = self.ord.get_date_object()
elif self.object:
date_value = self.object.get_date_object()
elif self.address:
date_value = self.address.get_date_object()
elif self.name:
date_value = self.name.get_date_object()
else:
date_value = self.event.get_date_object()
date_value.set_as_text(attrs['val'])
def start_pos(self, attrs):
self.person.position = (int(attrs["x"]), int(attrs["y"]))
def stop_attribute(self, *tag):
self.attribute = None
def stop_comment(self, tag):
# Parse witnesses created by older gramps
if tag.strip():
self.witness_comment = tag
else:
self.witness_comment = ""
def stop_witness(self, tag):
# Parse witnesses created by older gramps
if self.witness_comment:
text = self.witness_comment
elif tag.strip():
text = tag
else:
text = None
if text is not None:
note = gen.lib.Note()
note.handle = Utils.create_id()
note.set(_("Witness comment: %s") % text)
note.type.set(gen.lib.NoteType.EVENT)
note.private = self.event.private
self.db.add_note(note, self.trans)
#set correct change time
self.db.commit_note(note, self.trans, self.change)
self.info.add('new-object', NOTE_KEY, note)
self.event.add_note(note.handle)
self.in_witness = False
def stop_attr_type(self, tag):
self.attribute.set_type(tag)
def stop_attr_value(self, tag):
self.attribute.set_value(tag)
def stop_address(self, *tag):
if self.person:
self.person.add_address(self.address)
elif self.repo:
self.repo.add_address(self.address)
self.address = None
def stop_places(self, *tag):
self.placeobj = None
def stop_photo(self, *tag):
self.photo = None
def stop_ptitle(self, tag):
self.placeobj.title = tag
def stop_placeobj(self, *tag):
if self.placeobj.title == "":
loc = self.placeobj.get_main_location()
self.placeobj.title = build_place_title(loc)
self.db.commit_place(self.placeobj, self.trans,
self.placeobj.get_change_time())
self.placeobj = None
def stop_family(self, *tag):
self.db.commit_family(self.family, self.trans,
self.family.get_change_time())
self.family = None
def stop_type(self, tag):
if self.event:
# Event type
self.event.type.set_from_xml_str(tag)
elif self.repo:
# Repository type
self.repo.type.set_from_xml_str(tag)
def stop_childref(self, tag):
self.childref = None
def stop_personref(self, tag):
self.personref = None
def stop_eventref(self, tag):
self.eventref = None
def stop_event(self, *tag):
if self.family:
ref = gen.lib.EventRef()
ref.ref = self.event.handle
ref.private = self.event.private
ref.role.set(gen.lib.EventRoleType.FAMILY)
self.family.add_event_ref(ref)
elif self.person:
ref = gen.lib.EventRef()
ref.ref = self.event.handle
ref.private = self.event.private
ref.role.set(gen.lib.EventRoleType.PRIMARY)
if (self.event.type == gen.lib.EventType.BIRTH) \
and (self.person.get_birth_ref() is None):
self.person.set_birth_ref(ref)
elif (self.event.type == gen.lib.EventType.DEATH) \
and (self.person.get_death_ref() is None):
self.person.set_death_ref(ref)
else:
self.person.add_event_ref(ref)
if self.event.get_description() == "" and \
self.event.get_type() != gen.lib.EventType.CUSTOM:
if self.family:
text = EVENT_FAMILY_STR % {
'event_name' : str(self.event.get_type()),
'family' : Utils.family_name(self.family, self.db),
}
elif self.person:
text = EVENT_PERSON_STR % {
'event_name' : str(self.event.get_type()),
'person' : name_displayer.display(self.person),
}
else:
text = u''
self.event.set_description(text)
self.db.commit_event(self.event, self.trans,
self.event.get_change_time())
self.event = None
def stop_name(self, tag):
if self.in_witness:
# Parse witnesses created by older gramps
note = gen.lib.Note()
note.handle = Utils.create_id()
note.set(_("Witness name: %s") % tag)
note.type.set(gen.lib.NoteType.EVENT)
note.private = self.event.private
self.db.add_note(note, self.trans)
#set correct change time
self.db.commit_note(note, self.trans, self.change)
self.info.add('new-object', NOTE_KEY, note)
self.event.add_note(note.handle)
else:
#first correct old xml that has no nametype set
if self.alt_name:
# alternate name or former aka tag
if self.name.get_type() == "":
self.name.set_type(gen.lib.NameType.AKA)
else:
if self.name.get_type() == "":
self.name.set_type(gen.lib.NameType.BIRTH)
#same logic as bsddb upgrade for xml < 1.4.0 which will
#have a surnamepat and/or surname. From 1.4.0 surname has been
#added to name in self.stop_surname
if not self.surnamepat:
#no patronymic, only add surname if present
if self.surname:
self.name.add_surname(self.surname)
self.name.set_primary_surname(0)
else:
#a patronymic, if no surname, a single surname
if not self.surname:
self.name.add_surname(self.surnamepat)
self.name.set_primary_surname(0)
else:
#two surnames, first patronymic, then surname which is primary
self.name.add_surname(self.surnamepat)
self.name.add_surname(self.surname)
self.name.set_primary_surname(1)
if self.alt_name:
self.person.add_alternate_name(self.name)
else:
self.person.set_primary_name(self.name)
self.name = None
self.surname = None
self.surnamepat = None
def stop_aka(self, tag):
if self.name.get_type() == "":
self.name.set_type(gen.lib.NameType.AKA)
if not self.surnamepat:
#no patronymic, only add surname if present
if self.surname:
self.name.add_surname(self.surname)
self.name.set_primary_surname(0)
else:
#a patronymic, if no surname, a single surname
if not self.surname:
self.name.add_surname(self.surnamepat)
self.name.set_primary_surname(0)
else:
#two surnames, first patronymic, then surname which is primary
self.name.add_surname(self.surnamepat)
self.name.add_surname(self.surname)
self.name.set_primary_surname(1)
self.person.add_alternate_name(self.name)
self.name = None
def stop_rname(self, tag):
# Repository name
self.repo.name = tag
def stop_ref(self, tag):
"""
Parse witnesses created by older gramps
"""
person = gen.lib.Person()
self.inaugurate_id(tag, PERSON_KEY, person)
# Add an EventRef from that person
# to this event using ROLE_WITNESS role
event_ref = gen.lib.EventRef()
event_ref.ref = self.event.handle
event_ref.role.set(gen.lib.EventRoleType.WITNESS)
person.event_ref_list.append(event_ref)
self.db.commit_person(person, self.trans, self.change)
def stop_place(self, tag):
"""end of a reference to place, should do nothing ...
Note, if we encounter <place>blabla</place> this method is called
with tag='blabla
"""
##place = None
##handle = None
##if self.place_ref is None: #todo, add place_ref in start and init
## #legacy cody? I see no reason for this, but it was present
## if tag in self.place_map:
## place = self.place_map[tag]
## handle = place.get_handle()
## place = None
## else:
## place = RelLib.Place()
## place.set_title(tag)
## handle = place.get_handle()
## if self.ord:
## self.ord.set_place_handle(handle)
## elif self.object:
## self.object.set_place_handle(handle)
## else:
## self.event.set_place_handle(handle)
## if place :
## self.db.commit_place(self.placeobj,self.trans,self.change)
##self.place_ref = None
pass
def stop_date(self, tag):
if tag:
if self.address:
DateHandler.set_date(self.address, tag)
else:
DateHandler.set_date(self.event, tag)
def stop_first(self, tag):
self.name.set_first_name(tag)
def stop_call(self, tag):
self.name.set_call_name(tag)
def stop_families(self, *tag):
self.family = None
def stop_person(self, *tag):
self.db.commit_person(self.person, self.trans,
self.person.get_change_time())
self.person = None
def stop_description(self, tag):
self.event.set_description(tag)
def stop_cause(self, tag):
# The old event's cause is now an attribute
attr = gen.lib.Attribute()
attr.set_type(gen.lib.AttributeType.CAUSE)
attr.set_value(tag)
self.event.add_attribute(attr)
def stop_gender(self, tag):
t = tag
if t == "M":
self.person.set_gender (gen.lib.Person.MALE)
elif t == "F":
self.person.set_gender (gen.lib.Person.FEMALE)
else:
self.person.set_gender (gen.lib.Person.UNKNOWN)
def stop_stitle(self, tag):
self.source.title = tag
def stop_sourceref(self, *tag):
# if we are in an old style sourceref we need to commit the citation
if self.in_old_sourceref:
self.db.commit_citation(self.citation, self.trans,
self.citation.get_change_time())
self.citation = None
self.in_old_sourceref = False
def stop_source(self, *tag):
self.db.commit_source(self.source, self.trans,
self.source.get_change_time())
self.source = None
def stop_citation(self, *tag):
self.db.commit_citation(self.citation, self.trans,
self.citation.get_change_time())
self.citation = None
def stop_sauthor(self, tag):
self.source.author = tag
def stop_phone(self, tag):
self.address.phone = tag
def stop_street(self, tag):
self.address.street = tag
def stop_locality(self, tag):
self.address.locality = tag
def stop_city(self, tag):
self.address.city = tag
def stop_county(self, tag):
self.address.county = tag
def stop_state(self, tag):
self.address.state = tag
def stop_country(self, tag):
self.address.country = tag
def stop_postal(self, tag):
self.address.set_postal_code(tag)
def stop_spage(self, tag):
# Valid for version <= 1.4.0
self.citation.set_page(tag)
def stop_page(self, tag):
# Valid for version >= 1.5.0
self.citation.set_page(tag)
def stop_confidence(self, tag):
# Valid for version >= 1.5.0
self.citation.set_confidence_level(int(tag))
def stop_lds_ord(self, *tag):
self.ord = None
def stop_spubinfo(self, tag):
self.source.set_publication_info(tag)
def stop_sabbrev(self, tag):
self.source.set_abbreviation(tag)
def stop_stext(self, tag):
if self.use_p:
self.use_p = 0
text = fix_spaces(self.stext_list)
else:
text = tag
# This is old XML. We no longer have "text" attribute in soure_ref.
# So we create a new note, commit, and add the handle to note list.
note = gen.lib.Note()
note.handle = Utils.create_id()
note.private = self.citation.private
note.set(text)
note.type.set(gen.lib.NoteType.SOURCE_TEXT)
self.db.add_note(note, self.trans)
#set correct change time
self.db.commit_note(note, self.trans, self.change)
self.info.add('new-object', NOTE_KEY, note)
self.citation.add_note(note.handle)
def stop_scomments(self, tag):
if self.use_p:
self.use_p = 0
text = fix_spaces(self.scomments_list)
else:
text = tag
note = gen.lib.Note()
note.handle = Utils.create_id()
note.private = self.citation.private
note.set(text)
note.type.set(gen.lib.NoteType.CITATION)
self.db.add_note(note, self.trans)
#set correct change time
self.db.commit_note(note, self.trans, self.change)
self.info.add('new-object', NOTE_KEY, note)
self.citation.add_note(note.handle)
def stop_last(self, tag):
if self.surname:
self.surname.set_surname(tag)
if not tag.strip() and not self.surname.get_prefix().strip():
#consider empty surname as no surname
self.surname = None
def stop_surname(self, tag):
"""Add surname to name, validating only one primary."""
if self.name:
self.surname.set_surname(tag)
if any(sname.get_primary() for sname in self.name.get_surname_list()):
self.surname.set_primary(False)
self.name.add_surname(self.surname)
self.surname = None
def stop_group(self, tag):
""" group name of a name"""
if self.name:
self.name.set_group_as(tag)
def stop_suffix(self, tag):
if self.name:
self.name.set_suffix(tag)
def stop_patronymic(self, tag):
if self.surnamepat:
self.surnamepat.set_surname(tag)
if not tag.strip():
self.surnamepat = None
def stop_title(self, tag):
if self.name:
self.name.set_title(tag)
def stop_nick(self, tag):
"""in < 1.3.0 nick is on person and mapped to attribute
from 1.4.0 it is a name element
"""
if self.name:
self.name.set_nick_name(tag)
elif self.person:
attr = gen.lib.Attribute()
attr.set_type(gen.lib.AttributeType.NICKNAME)
attr.set_value(tag)
self.person.add_attribute(attr)
def stop_familynick(self, tag):
if self.name:
self.name.set_family_nick_name(tag)
def stop_text(self, tag):
self.note_text = tag
def stop_note(self, tag):
self.in_note = 0
if self.use_p:
self.use_p = 0
text = fix_spaces(self.note_list)
elif self.note_text is not None:
text = self.note_text
else:
text = tag
self.note.set_styledtext(gen.lib.StyledText(text, self.note_tags))
# The order in this long if-then statement should reflect the
# DTD: most deeply nested elements come first.
if self.address:
self.address.add_note(self.note.handle)
elif self.ord:
self.ord.add_note(self.note.handle)
elif self.attribute:
self.attribute.add_note(self.note.handle)
elif self.object:
self.object.add_note(self.note.handle)
elif self.objref:
self.objref.add_note(self.note.handle)
elif self.photo:
self.photo.add_note(self.note.handle)
elif self.name:
self.name.add_note(self.note.handle)
elif self.eventref:
self.eventref.add_note(self.note.handle)
elif self.reporef:
self.reporef.add_note(self.note.handle)
elif self.source:
self.source.add_note(self.note.handle)
elif self.event:
self.event.add_note(self.note.handle)
elif self.personref:
self.personref.add_note(self.note.handle)
elif self.person:
self.person.add_note(self.note.handle)
elif self.childref:
self.childref.add_note(self.note.handle)
elif self.family:
self.family.add_note(self.note.handle)
elif self.placeobj:
self.placeobj.add_note(self.note.handle)
elif self.repo:
self.repo.add_note(self.note.handle)
self.db.commit_note(self.note, self.trans, self.note.get_change_time())
self.note = None
def stop_note_asothers(self, *tag):
self.db.commit_note(self.note, self.trans, self.note.get_change_time())
self.note = None
def stop_research(self, tag):
self.owner.set_name(self.resname)
self.owner.set_address(self.resaddr)
self.owner.set_locality(self.reslocality)
self.owner.set_city(self.rescity)
self.owner.set_state(self.resstate)
self.owner.set_country(self.rescon)
self.owner.set_postal_code(self.respos)
self.owner.set_phone(self.resphone)
self.owner.set_email(self.resemail)
def stop_resname(self, tag):
self.resname = tag
def stop_resaddr(self, tag):
self.resaddr = tag
def stop_reslocality(self, tag):
self.reslocality = tag
def stop_rescity(self, tag):
self.rescity = tag
def stop_resstate(self, tag):
self.resstate = tag
def stop_rescountry(self, tag):
self.rescon = tag
def stop_respostal(self, tag):
self.respos = tag
def stop_resphone(self, tag):
self.resphone = tag
def stop_resemail(self, tag):
self.resemail = tag
def stop_mediapath(self, tag):
self.mediapath = tag
def stop_ptag(self, tag):
self.use_p = 1
if self.in_note:
self.note_list.append(tag)
elif self.in_stext:
self.stext_list.append(tag)
elif self.in_scomments:
self.scomments_list.append(tag)
def startElement(self, tag, attrs):
self.func_list[self.func_index] = (self.func, self.tlist)
self.func_index += 1
self.tlist = []
try:
f, self.func = self.func_map[tag]
if f:
f(attrs)
except KeyError:
self.func_map[tag] = (None, None)
self.func = None
def endElement(self, tag):
if self.func:
self.func(''.join(self.tlist))
self.func_index -= 1
self.func, self.tlist = self.func_list[self.func_index]
def characters(self, data):
if self.func:
self.tlist.append(data)
def convert_marker(self, attrs, obj):
"""
Convert markers into tags.
Old and new markers: complete=1 and marker=word
"""
if attrs.get('complete'): # this is only true for complete=1
tag_name = 'Complete'
else:
tag_name = attrs.get('marker')
if tag_name is not None:
tag_name = _(tag_name)
tag = self.db.get_tag_from_name(tag_name)
if tag is None:
tag = gen.lib.Tag()
tag.set_name(tag_name)
tag.set_priority(self.db.get_number_of_tags())
tag_handle = self.db.add_tag(tag, self.trans)
else:
tag_handle = tag.get_handle()
obj.add_tag(tag_handle)
def fix_not_instantiated(self):
uninstantiated = []
for orig_handle in self.import_handles.keys():
tglist = [target for target in self.import_handles[orig_handle].keys() if
not self.import_handles[orig_handle][target][INSTANTIATED]]
for target in tglist:
uninstantiated += [(orig_handle, target)]
if uninstantiated:
expl_note = Utils.create_explanation_note(self.db)
self.db.commit_note(expl_note, self.trans, time.time())
self.info.expl_note = expl_note.get_gramps_id()
for orig_handle, target in uninstantiated:
class_arg = {'handle': orig_handle, 'id': None, 'priv': False}
if target == 'family':
objs = Utils.make_unknown(class_arg, expl_note.handle,
self.func_map[target][0], self.func_map[target][1],
self.trans, db=self.db)
elif target == 'citation':
objs = Utils.make_unknown(class_arg, expl_note.handle,
self.func_map[target][0], self.func_map[target][1],
self.trans,
source_class_func=self.func_map['source'][0],
source_commit_func=self.func_map['source'][1],
source_class_arg={'handle':Utils.create_id(), 'id':None, 'priv':False})
elif target == 'note':
objs = Utils.make_unknown(class_arg, expl_note.handle,
self.func_map[target][0], self.stop_note_asothers,
self.trans)
else:
if target == 'place':
target = 'placeobj'
elif target == 'media':
target = 'object'
objs = Utils.make_unknown(class_arg, expl_note.handle,
self.func_map[target][0], self.func_map[target][1],
self.trans)
for obj in objs:
key = CLASS_TO_KEY_MAP[obj.__class__.__name__]
self.info.add('unknown-object', key, obj)
def fix_families(self):
# Fix any imported families where there is a link from the family to an
# individual, but no corresponding link from the individual to the
# family.
for orig_handle in self.import_handles.keys():
for target in self.import_handles[orig_handle].keys():
if target == 'family':
family_handle = self.import_handles[orig_handle][target][HANDLE]
family = self.db.get_family_from_handle(family_handle)
father_handle = family.get_father_handle()
mother_handle = family.get_mother_handle()
if father_handle:
father = self.db.get_person_from_handle(father_handle)
if father and \
family_handle not in father.get_family_handle_list():
father.add_family_handle(family_handle)
self.db.commit_person(father, self.trans)
txt = _("Error: family '%(family)s'"
" father '%(father)s'"
" does not refer"
" back to the family."
" Reference added." %
{'family' : family.gramps_id,
'father' : father.gramps_id})
self.info.add('unlinked-family', txt, None)
LOG.warn(txt)
if mother_handle:
mother = self.db.get_person_from_handle(mother_handle)
if mother and \
family_handle not in mother.get_family_handle_list():
mother.add_family_handle(family_handle)
self.db.commit_person(mother, self.trans)
txt = _("Error: family '%(family)s'"
" mother '%(mother)s'"
" does not refer"
" back to the family."
" Reference added." %
{'family' : family.gramps_id,
'mother' : mother.gramps_id})
self.info.add('unlinked-family', txt, None)
LOG.warn(txt)
for child_ref in family.get_child_ref_list():
child_handle = child_ref.ref
child = self.db.get_person_from_handle(child_handle)
if child:
if family_handle not in \
child.get_parent_family_handle_list():
# The referenced child has no reference to the
# family. There was a link from the FAM record
# to the child, but no FAMC link from the child
# to the FAM.
child.add_parent_family_handle(family_handle)
self.db.commit_person(child, self.trans)
txt = _("Error: family '%(family)s'"
" child '%(child)s'"
" does not "
"refer back to the family. "
"Reference added." %
{'family' : family.gramps_id,
'child' : child.gramps_id})
self.info.add('unlinked-family', txt, None)
LOG.warn(txt)
def append_value(orig, val):
if orig:
return "%s, %s" % (orig, val)
else:
return val
def build_place_title(loc):
"Builds a title from a location"
value = ""
if loc.parish:
value = loc.parish
if loc.city:
value = append_value(value, loc.city)
if loc.county:
value = append_value(value, loc.county)
if loc.state:
value = append_value(value, loc.state)
if loc.country:
value = append_value(value, loc.country)
return value
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