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45d29dc2a6
gramps/src/GrampsDbUtils/_ReadGedcom.py
Richard Taylor f96b6f5dc2 refactor GrampsDb and clean RelLib deps. 
svn: r8032
2007-02-03 17:11:05 +00:00

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#
# Gramps - a GTK+/GNOME based genealogy program
#
# Copyright (C) 2000-2006 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
#
# $Id$
"Import from GEDCOM"
#-------------------------------------------------------------------------
#
# standard python modules
#
#-------------------------------------------------------------------------
import os
import re
import string
import time
from bsddb import db
from gettext import gettext as _
#------------------------------------------------------------------------
#
# Set up logging
#
#------------------------------------------------------------------------
import logging
log = logging.getLogger(".GedcomImport")
#-------------------------------------------------------------------------
#
# GRAMPS modules
#
#-------------------------------------------------------------------------
import const
import Errors
import RelLib
from DateHandler._DateParser import DateParser
import NameDisplay
import Utils
import Mime
import LdsUtils
from ansel_utf8 import ansel_to_utf8
from _GedcomInfo import *
from _GedTokens import *
from QuestionDialog import ErrorDialog, WarningDialog
from GrampsDb._GrampsDbConst import EVENT_KEY
from BasicUtils import UpdateCallback
try:
import Config
DEFAULT_SOURCE = Config.get(Config.DEFAULT_SOURCE)
except:
log.warn("No Config module available using defaults.")
DEFAULT_SOURCE = False
#-------------------------------------------------------------------------
#
# Address/Place constants
#
#-------------------------------------------------------------------------
addr_re = re.compile('(.+)([\n\r]+)(.+)\s*,(.+)\s+(\d+)\s*(.*)')
addr2_re = re.compile('(.+)([\n\r]+)(.+)\s*,(.+)\s+(\d+)')
addr3_re = re.compile('(.+)([\n\r]+)(.+)\s*,(.+)')
_place_field = []
_place_match = {
'addr' : RelLib.Location.set_street,
'subdivision' : RelLib.Location.set_street,
'addr1' : RelLib.Location.set_street,
'adr1' : RelLib.Location.set_street,
'city' : RelLib.Location.set_city,
'town' : RelLib.Location.set_city,
'village' : RelLib.Location.set_city,
'county' : RelLib.Location.set_county,
'country' : RelLib.Location.set_country,
'state' : RelLib.Location.set_state,
'region' : RelLib.Location.set_state,
'province' : RelLib.Location.set_state,
'area code' : RelLib.Location.set_postal_code,
}
#-------------------------------------------------------------------------
#
# latin/utf8 conversions
#
#-------------------------------------------------------------------------
def _empty_func(a,b):
return
def utf8_to_latin(s):
return s.encode('iso-8859-1','replace')
def latin_to_utf8(s):
if type(s) == unicode:
return s
else:
return unicode(s,'iso-8859-1')
def nocnv(s):
return unicode(s)
#-------------------------------------------------------------------------
#
# constants
#
#-------------------------------------------------------------------------
ANSEL = 1
UNICODE = 2
UPDATE = 25
_TYPE_BIRTH = RelLib.ChildRefType()
_TYPE_ADOPT = RelLib.ChildRefType(RelLib.ChildRefType.ADOPTED)
_TYPE_FOSTER = RelLib.ChildRefType(RelLib.ChildRefType.FOSTER)
rel_types = (RelLib.ChildRefType.BIRTH,
RelLib.ChildRefType.UNKNOWN,
RelLib.ChildRefType.NONE,
)
pedi_type = {
'birth' : RelLib.ChildRefType(),
'natural': RelLib.ChildRefType(),
'step' : _TYPE_ADOPT,
'adopted': _TYPE_ADOPT,
'foster' : _TYPE_FOSTER,
}
mime_map = {
'jpeg' : 'image/jpeg', 'jpg' : 'image/jpeg',
'rtf' : 'text/rtf', 'pdf' : 'application/pdf',
'mpeg' : 'video/mpeg', 'mpg' : 'video/mpeg',
'gif' : 'image/gif', 'bmp' : 'image/x-ms-bmp',
'tiff' : 'image/tiff', 'aif' : 'audio/x-aiff',
'text' : 'text/plain', 'w8bn' : 'application/msword',
'wav' : 'audio/x-wav', 'mov' : 'video/quicktime',
}
_event_family_str = _("%(event_name)s of %(family)s")
_event_person_str = _("%(event_name)s of %(person)s")
_transtable = string.maketrans('','')
_delc = _transtable[0:8] + _transtable[10:31]
_transtable2 = _transtable[0:128] + ('?' * 128)
#-------------------------------------------------------------------------
#
# GEDCOM events to GRAMPS events conversion
#
#-------------------------------------------------------------------------
ged2gramps = {}
for _val in personalConstantEvents.keys():
_key = personalConstantEvents[_val]
if _key != "":
ged2gramps[_key] = _val
ged2fam = {}
for _val in familyConstantEvents.keys():
_key = familyConstantEvents[_val]
if _key != "":
ged2fam[_key] = _val
ged2fam_custom = {}
#-------------------------------------------------------------------------
#
# regular expressions
#
#-------------------------------------------------------------------------
intRE = re.compile(r"\s*(\d+)\s*$")
nameRegexp = re.compile(r"/?([^/]*)(/([^/]*)(/([^/]*))?)?")
snameRegexp = re.compile(r"/([^/]*)/([^/]*)")
modRegexp = re.compile(r"\s*(EST|CAL)\s+(.*)$")
calRegexp = re.compile(r"\s*(ABT|BEF|AFT)?\s*@#D([^@]+)@\s*(.*)$")
rangeRegexp = re.compile(r"\s*BET\s+@#D([^@]+)@\s*(.*)\s+AND\s+@#D([^@]+)@\s*(.*)$")
spanRegexp = re.compile(r"\s*FROM\s+@#D([^@]+)@\s*(.*)\s+TO\s+@#D([^@]+)@\s*(.*)$")
intRegexp = re.compile(r"\s*INT\s+([^(]+)\((.*)\)$")
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def importData(database, filename, callback=None, use_trans=False):
try:
f = open(filename,"r")
except IOError:
return
ansel = False
gramps = False
for index in range(50):
line = f.readline().split()
if len(line) == 0:
break
if len(line) > 2 and line[1][0:4] == 'CHAR' and line[2] == "ANSEL":
ansel = True
if len(line) > 2 and line[1][0:4] == 'SOUR' and line[2] == "GRAMPS":
gramps = True
f.close()
if not gramps and ansel:
import gtk
glade_file = "%s/gedcomimport.glade" % os.path.dirname(__file__)
top = gtk.glade.XML(glade_file,'encoding','gramps')
code = top.get_widget('codeset')
code.set_active(0)
dialog = top.get_widget('encoding')
dialog.run()
codeset = code.get_active()
dialog.destroy()
else:
codeset = None
import2(database, filename, callback, codeset, use_trans)
def import2(database, filename, callback, codeset, use_trans):
# add some checking here
try:
np = NoteParser(filename, False, codeset)
g = GedcomParser(database,filename, callback, codeset, np.get_map(),
np.get_lines(),np.get_persons())
except IOError,msg:
ErrorDialog(_("%s could not be opened\n") % filename,str(msg))
return
if database.get_number_of_people() == 0:
use_trans = False
try:
ro = database.readonly
database.readonly = False
close = g.parse_gedcom_file(use_trans)
database.readonly = ro
except IOError,msg:
errmsg = _("%s could not be opened\n") % filename
ErrorDialog(errmsg,str(msg))
return
except db.DBSecondaryBadError, msg:
WarningDialog(_('Database corruption detected'),
_('A problem was detected with the database. Please '
'run the Check and Repair Database tool to fix the '
'problem.'))
return
except Errors.GedcomError, msg:
ErrorDialog(_('Error reading GEDCOM file'), str(msg))
return
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
class DateStruct:
def __init__(self):
self.date = ""
self.time = ""
class GedcomDateParser(DateParser):
month_to_int = {
'jan' : 1, 'feb' : 2, 'mar' : 3, 'apr' : 4,
'may' : 5, 'jun' : 6, 'jul' : 7, 'aug' : 8,
'sep' : 9, 'oct' : 10, 'nov' : 11, 'dec' : 12,
}
class IdFinder:
def __init__(self,keys,prefix):
self.ids = set(keys)
self.index = 0
self.prefix = prefix
def find_next(self):
"""
Returns the next available GRAMPS' ID for a Event object based
off the person ID prefix.
"""
index = self.prefix % self.index
while str(index) in self.ids:
self.index += 1
index = self.prefix % self.index
self.ids.add(index)
self.index += 1
return index
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
noteRE = re.compile(r"\s*\d+\s+\@(\S+)\@\s+NOTE(.*)$")
contRE = re.compile(r"\s*\d+\s+CONT\s?(.*)$")
concRE = re.compile(r"\s*\d+\s+CONC\s?(.*)$")
personRE = re.compile(r"\s*\d+\s+\@(\S+)\@\s+INDI(.*)$")
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
class CurrentState:
def __init__(self):
self.note = ""
self.name_cnt = 0
self.person = None
self.level =0
def add_to_note(self,text):
self.note += text
def get_text(self):
return self.note
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
class NoteParser:
def __init__(self, filename,broken,override):
if override:
if override == 1:
self.cnv = ansel_to_utf8
elif override == 2:
self.cnv = latin_to_utf8
else:
self.cnv = nocnv
else:
f = open(filename,"rU")
for index in range(50):
line = f.readline().split()
if len(line) > 2 and line[1] == 'CHAR':
if line[2] == "ANSEL":
self.cnv = ansel_to_utf8
elif line[2] in ["UNICODE","UTF-8","UTF8"]:
self.cnv = nocnv
else:
self.cnv = latin_to_utf8
f.close()
self.name_map = {}
self.count = 0
self.person_count = 0
f = open(filename,"rU")
innote = False
for line in f:
try:
text = string.translate(line,_transtable,_delc)
except:
text = line
try:
text = self.cnv(text)
except:
text = string.translate(text,_transtable2)
self.count += 1
if innote:
match = contRE.match(text)
if match:
noteobj.append("\n" + match.groups()[0])
continue
match = concRE.match(text)
if match:
if broken:
noteobj.append(" " + match.groups()[0])
else:
noteobj.append(match.groups()[0])
continue
# Here we have finished parsing CONT/CONC tags for the NOTE
# and ignored the rest of the tags (SOUR,CHAN,REFN,RIN).
innote = False
match = noteRE.match(text)
if match:
data = match.groups()[0]
noteobj = RelLib.Note()
self.name_map["@%s@" % data] = noteobj
noteobj.append(match.groups()[1])
innote = True
elif personRE.match(line):
self.person_count += 1
f.close()
def get_map(self):
return self.name_map
def get_lines(self):
return self.count
def get_persons(self):
return self.person_count
#-------------------------------------------------------------------------
#
# Reader - serves as the lexical analysis engine
#
#-------------------------------------------------------------------------
class Reader:
def __init__(self,name):
self.f = open(name,'rU')
self.current_list = []
self.eof = False
self.cnv = lambda s: unicode(s)
self.broken_conc = False
self.cnt = 0
self.index = 0
def set_charset_fn(self,cnv):
self.cnv = cnv
def set_broken_conc(self,broken):
self.broken_conc = broken
def read(self):
if len(self.current_list) <= 1 and not self.eof:
self.readahead()
try:
self.current = self.current_list.pop()
return self.current
except:
return None
def readahead(self):
while len(self.current_list) < 5:
old_line = self.f.readline()
self.index += 1
line = old_line.strip('\r\n')
if line == "" and line != old_line:
continue
if line == "":
self.f.close()
self.eof = True
break
line = line.split(None,2) + ['']
try:
val = line[2].translate(_transtable,_delc)
except IndexError:
msg = _("Invalid GEDCOM syntax at line %d was ignored.") % self.index
log.warning(msg)
continue
try:
val = self.cnv(val)
except:
val = self.cnv(val.translate(_transtable2))
try:
level = int(line[0])
except:
level = 0
data = (level,tokens.get(line[1],TOKEN_UNKNOWN),val,
self.cnv(line[1]),self.index)
if data[1] == TOKEN_CONT:
l = self.current_list[0]
self.current_list[0] = (l[0],l[1],l[2]+'\n'+data[2],l[3],l[4])
elif data[1] == TOKEN_CONC:
l = self.current_list[0]
if self.broken_conc:
new_value = u"%s %s" % (l[2],data[2])
else:
new_value = l[2] + data[2]
self.current_list[0] = (l[0],l[1],new_value,l[3],l[4])
else:
self.current_list.insert(0,data)
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
class GedcomParser(UpdateCallback):
SyntaxError = "Syntax Error"
BadFile = "Not a GEDCOM file"
def __init__(self,dbase,filename,callback,codeset,note_map,lines,people):
UpdateCallback.__init__(self,callback)
self.set_total(lines)
self.repo2id = {}
self.maxpeople = people
self.dp = GedcomDateParser()
self.db = dbase
self.emapper = IdFinder(dbase.get_gramps_ids(EVENT_KEY),
dbase.eprefix)
self.person = None
self.inline_srcs = {}
self.media_map = {}
self.fmap = {}
self.smap = {}
self.note_map = note_map
self.refn = {}
self.added = set()
self.gedmap = GedcomInfoDB()
self.gedsource = self.gedmap.get_from_source_tag('GEDCOM 5.5')
self.use_def_src = DEFAULT_SOURCE
if self.use_def_src:
self.def_src = RelLib.Source()
fname = os.path.basename(filename).split('\\')[-1]
self.def_src.set_title(_("Import from %s") % unicode(fname))
self.dir_path = os.path.dirname(filename)
self.localref = 0
self.placemap = {}
self.broken_conc_list = [ 'FamilyOrigins', 'FTW' ]
self.is_ftw = 0
self.idswap = {}
self.gid2id = {}
self.oid2id = {}
self.sid2id = {}
self.lid2id = {}
self.fid2id = {}
self.rid2id = {}
self.repo_func = {
TOKEN_NAME : self.func_repo_name,
TOKEN_ADDR : self.func_repo_addr,
TOKEN_RIN : self.func_repo_ignore,
}
self.name_func = {
TOKEN_ALIA : self.func_name_alia,
TOKEN_NPFX : self.func_name_npfx,
TOKEN_GIVN : self.func_name_givn,
TOKEN_SPFX : self.func_name_spfx,
TOKEN_SURN : self.func_name_surn,
TOKEN__MARNM : self.func_name_marnm,
TOKEN_TITL : self.func_name_titl,
TOKEN_NSFX : self.func_name_nsfx,
TOKEN_NICK : self.func_name_nick,
TOKEN__AKA : self.func_name_aka,
TOKEN_SOUR : self.func_name_sour,
TOKEN_NOTE : self.func_name_note,
}
self.generic_event_map = {
TOKEN_TYPE : self.func_event_type,
TOKEN__PRIV : self.func_event_privacy,
TOKEN_DATE : self.func_event_date,
TOKEN_SOUR : self.func_event_source,
TOKEN_PLAC : self.func_event_place,
TOKEN_ADDR : self.func_event_addr,
TOKEN_CAUS : self.func_event_cause,
TOKEN_AGNC : self.func_event_agnc,
TOKEN_AGE : self.func_event_age,
TOKEN_NOTE : self.func_event_note,
TOKEN_OFFI : self.func_event_note,
TOKEN_PHON : self.func_event_ignore,
TOKEN__GODP : self.func_event_ignore,
TOKEN__WITN : self.func_event_ignore,
TOKEN__WTN : self.func_event_ignore,
TOKEN_RELI : self.func_event_ignore,
TOKEN_TIME : self.func_event_ignore,
TOKEN_ASSO : self.func_event_ignore,
TOKEN_IGNORE : self.func_event_ignore,
TOKEN_STAT : self.func_event_ignore,
TOKEN_TEMP : self.func_event_ignore,
TOKEN_HUSB : self.func_event_husb,
TOKEN_WIFE : self.func_event_wife,
TOKEN_OBJE : self.func_event_object,
TOKEN_FAMC : self.func_person_birth_famc,
}
self.person_adopt_map = {
TOKEN_TYPE : self.func_event_type,
TOKEN__PRIV : self.func_event_privacy,
TOKEN_DATE : self.func_event_date,
TOKEN_SOUR : self.func_event_source,
TOKEN_PLAC : self.func_event_place,
TOKEN_ADDR : self.func_event_addr,
TOKEN_CAUS : self.func_event_cause,
TOKEN_AGNC : self.func_event_agnc,
TOKEN_AGE : self.func_event_age,
TOKEN_NOTE : self.func_event_note,
TOKEN_OFFI : self.func_event_note,
TOKEN__GODP : self.func_event_ignore,
TOKEN__WITN : self.func_event_ignore,
TOKEN__WTN : self.func_event_ignore,
TOKEN_RELI : self.func_event_ignore,
TOKEN_TIME : self.func_event_ignore,
TOKEN_ASSO : self.func_event_ignore,
TOKEN_IGNORE : self.func_event_ignore,
TOKEN_STAT : self.func_event_ignore,
TOKEN_TEMP : self.func_event_ignore,
TOKEN_OBJE : self.func_event_object,
TOKEN_FAMC : self.func_person_adopt_famc,
}
self.person_func = {
TOKEN_NAME : self.func_person_name,
TOKEN_ALIA : self.func_person_alt_name,
TOKEN_OBJE : self.func_person_object,
TOKEN_NOTE : self.func_person_note,
TOKEN__COMM : self.func_person_note,
TOKEN_SEX : self.func_person_sex,
TOKEN_BAPL : self.func_person_bapl,
TOKEN_CONL : self.func_person_conl,
TOKEN_ENDL : self.func_person_endl,
TOKEN_SLGC : self.func_person_slgc,
TOKEN_FAMS : self.func_person_fams,
TOKEN_FAMC : self.func_person_famc,
TOKEN_RESI : self.func_person_resi,
TOKEN_ADDR : self.func_person_addr,
TOKEN_PHON : self.func_person_phon,
TOKEN_BIRT : self.func_person_birt,
TOKEN_ADOP : self.func_person_adop,
TOKEN_DEAT : self.func_person_deat,
TOKEN_EVEN : self.func_person_even,
TOKEN_SOUR : self.func_person_sour,
TOKEN_REFN : self.func_person_refn,
TOKEN_RESN : self.func_person_resn,
TOKEN_AFN : self.func_person_attr,
TOKEN_RFN : self.func_person_attr,
TOKEN__UID : self.func_person_attr,
TOKEN_ASSO : self.func_person_asso,
TOKEN_ANCI : self.skip_record,
TOKEN_SUBM : self.skip_record,
TOKEN_DESI : self.skip_record,
TOKEN_RIN : self.skip_record,
TOKEN__TODO : self.skip_record,
TOKEN_CHAN : self.func_person_chan,
}
self.person_attr = {
TOKEN_TYPE : self.func_person_attr_type,
TOKEN_CAUS : self.func_person_attr_ignore,
TOKEN_DATE : self.func_person_attr_ignore,
TOKEN_TIME : self.func_person_attr_ignore,
TOKEN_ADDR : self.func_person_attr_ignore,
TOKEN_IGNORE: self.func_person_attr_ignore,
TOKEN_STAT : self.func_person_attr_ignore,
TOKEN_TEMP : self.func_person_attr_ignore,
TOKEN_OBJE : self.func_person_attr_ignore,
TOKEN_SOUR : self.func_person_attr_source,
TOKEN_PLAC : self.func_person_attr_place,
TOKEN_NOTE : self.func_person_attr_note,
}
self.family_func = {
TOKEN_HUSB : self.func_family_husb,
TOKEN_WIFE : self.func_family_wife,
TOKEN_SLGS : self.func_family_slgs,
TOKEN_ADDR : self.func_family_addr,
TOKEN_CHIL : self.func_family_chil,
TOKEN_NCHI : self.func_family_nchil,
TOKEN_SOUR : self.func_family_source,
TOKEN_RIN : self.func_family_ignore,
TOKEN_SUBM : self.func_family_ignore,
TOKEN_REFN : self.func_family_ignore,
TOKEN_OBJE : self.func_family_object,
TOKEN__COMM : self.func_family_comm,
TOKEN_NOTE : self.func_family_note,
TOKEN_CHAN : self.func_family_chan,
}
self.source_func = {
TOKEN_TITL : self.func_source_title,
TOKEN_TAXT : self.func_source_taxt_peri,
TOKEN_PERI : self.func_source_taxt_peri,
TOKEN_AUTH : self.func_source_auth,
TOKEN_PUBL : self.func_source_publ,
TOKEN_NOTE : self.func_source_note,
TOKEN_TEXT : self.func_source_text,
TOKEN_ABBR : self.func_source_abbr,
TOKEN_REFN : self.func_source_ignore,
TOKEN_RIN : self.func_source_ignore,
TOKEN_REPO : self.func_source_repo,
TOKEN_OBJE : self.func_source_object,
TOKEN_CHAN : self.func_source_chan,
TOKEN_DATA : self.func_source_ignore,
TOKEN_IGNORE: self.func_source_ignore,
}
self.obje_func = {
TOKEN_FORM : self.func_obje_form,
TOKEN_TITL : self.func_obje_title,
TOKEN_FILE : self.func_obje_file,
TOKEN_NOTE : self.func_obje_note,
TOKEN_BLOB : self.func_obje_blob,
TOKEN_REFN : self.func_obje_refn,
TOKEN_TYPE : self.func_obje_type,
TOKEN_RIN : self.func_obje_rin,
TOKEN_CHAN : self.func_obje_chan,
}
self.place_names = {}
cursor = dbase.get_place_cursor()
data = cursor.next()
while data:
(handle,val) = data
self.place_names[val[2]] = handle
data = cursor.next()
cursor.close()
self.lexer = Reader(filename)
self.filename = filename
self.backoff = False
self.override = codeset
if self.db.get_number_of_people() == 0:
self.map_gid = self.map_gid_empty
else:
self.map_gid = self.map_gid_not_empty
if self.override != 0:
if self.override == 1:
self.lexer.set_charset_fn(ansel_to_utf8)
elif self.override == 2:
self.lexer.set_charset_fn(latin_to_utf8)
self.geddir = os.path.dirname(os.path.normpath(os.path.abspath(filename)))
self.error_count = 0
amap = personalConstantAttributes
self.attrs = amap.values()
self.gedattr = {}
for val in amap.keys():
self.gedattr[amap[val]] = val
self.search_paths = []
def errmsg(self,msg):
log.warning(msg)
def infomsg(self,msg):
log.warning(msg)
def find_file(self,fullname,altpath):
tries = []
fullname = fullname.replace('\\',os.path.sep)
tries.append(fullname)
if os.path.isfile(fullname):
return (1,fullname)
other = os.path.join(altpath,fullname)
tries.append(other)
if os.path.isfile(other):
return (1,other)
other = os.path.join(altpath,os.path.basename(fullname))
tries.append(other)
if os.path.isfile(other):
return (1,other)
if len(fullname) > 3:
if fullname[1] == ':':
fullname = fullname[2:]
for path in self.search_paths:
other = os.path.normpath("%s/%s" % (path,fullname))
tries.append(other)
if os.path.isfile(other):
return (1,other)
return (0,tries)
else:
return (0,tries)
def level_is_finished(self, text, level):
"""
Check to see if the level has been completed, indicated by finding
a level indiciated by the passed level value. If the level is finished,
then make sure to call self.backup to reset the text pointer.
"""
done = int(text[0]) < level
if done:
self.backup()
return True
return False
def parse_name_personal(self, text):
name = RelLib.Name()
# parse the substrings into a format of (Given, Surname, Suffix)
m = snameRegexp.match(text)
if m:
names = m.groups()
name.set_first_name(names[1].strip())
name.set_surname(names[0].strip())
else:
try:
names = nameRegexp.match(text).groups()
name.set_first_name(names[0].strip())
name.set_surname(names[2].strip())
name.set_suffix(names[4].strip())
except:
name.set_first_name(text.strip())
return name
def get_next(self):
if not self.backoff:
self.groups = self.lexer.read()
self.update()
# EOF ?
if not self.groups:
self.text = "";
self.backoff = False
msg = _("Your GEDCOM file is corrupted. It appears to have been truncated.")
self.errmsg(msg)
self.error_count += 1
self.groups = (-1, TOKEN_UNKNOWN, "","")
raise Errors.GedcomError(msg)
self.backoff = False
return self.groups
def not_recognized(self,level):
msg = _("Line %d was not understood, so it was ignored.") % self.groups[4]
self.errmsg(msg)
self.error_count += 1
self.ignore_sub_junk(level)
def warn(self,msg):
self.errmsg(msg)
self.error_count += 1
def backup(self):
self.backoff = True
def parse_gedcom_file(self,use_trans=False):
if self.maxpeople < 1000:
no_magic = True
else:
no_magic = False
self.trans = self.db.transaction_begin("",not use_trans,no_magic)
self.db.disable_signals()
self.fam_count = 0
self.indi_count = 0
self.repo_count = 0
self.source_count = 0
self.parse_header()
self.parse_submitter()
if self.use_def_src:
self.db.add_source(self.def_src,self.trans)
self.parse_record()
self.parse_trailer()
for value in self.inline_srcs.keys():
title,note = value
handle = self.inline_srcs[value]
src = RelLib.Source()
src.set_handle(handle)
src.set_title(title)
if note:
src.set_note(note)
self.db.add_source(src,self.trans)
self.db.transaction_commit(self.trans,_("GEDCOM import"))
self.db.enable_signals()
self.db.request_rebuild()
def parse_trailer(self):
try:
matches = self.get_next()
if matches[0] >= 0 and matches[1] != TOKEN_TRLR:
self.not_recognized(0)
except TypeError:
pass
def parse_header(self):
self.parse_header_head()
self.parse_header_source()
def parse_submitter(self):
matches = self.get_next()
if matches[2] != "SUBM":
self.backup()
return
else:
self.parse_submitter_data(1)
def parse_submitter_data(self,level):
while True:
matches = self.get_next()
if self.level_is_finished(matches,level):
break
elif matches[1] == TOKEN_NAME:
if self.use_def_src:
self.def_src.set_author(matches[2])
elif matches[1] == TOKEN_ADDR:
self.ignore_sub_junk(level+1)
def parse_source(self, name, level):
"""
n @<XREF:SOUR>@ SOUR {1:1}
+1 DATA {0:1}
+2 EVEN <EVENTS_RECORDED> {0:M}
+3 DATE <DATE_PERIOD> {0:1}
+3 PLAC <SOURCE_JURISDICTION_PLACE> {0:1}
+2 AGNC <RESPONSIBLE_AGENCY> {0:1}
+2 <<NOTE_STRUCTURE>> {0:M}
+1 AUTH <SOURCE_ORIGINATOR> {0:1}
+1 TITL <SOURCE_DESCRIPTIVE_TITLE> {0:1}
+1 ABBR <SOURCE_FILED_BY_ENTRY> {0:1}
+1 PUBL <SOURCE_PUBLICATION_FACTS> {0:1}
+1 TEXT <TEXT_FROM_SOURCE> {0:1}
+1 <<SOURCE_REPOSITORY_CITATION>> {0:1}
+1 <<MULTIMEDIA_LINK>> {0:M}
+1 <<NOTE_STRUCTURE>> {0:M}
+1 REFN <USER_REFERENCE_NUMBER> {0:M}
+2 TYPE <USER_REFERENCE_TYPE> {0:1}
+1 RIN <AUTOMATED_RECORD_ID> {0:1}
+1 <<CHANGE_DATE>> {0:1}
"""
self.source = self.find_or_create_source(name[1:-1])
self.source.set_title("No title - ID %s" % self.source.get_gramps_id())
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
else:
func = self.source_func.get(matches[1], self.func_source_undef)
func(matches, self.source, level)
self.db.commit_source(self.source, self.trans)
def func_source_undef(self, matches, source, level):
self.not_recognized(level+1)
def func_source_ignore(self, matches, source, level):
self.ignore_sub_junk(level+1)
def func_source_repo(self, matches, source, level):
if matches[2] and matches[2][0] == '@':
gid = matches[2][1:-1]
repo = self.find_or_create_repository(gid)
else:
gid = self.repo2id.get(matches[2])
repo = self.find_or_create_repository(gid)
self.repo2id[matches[2]] = repo.get_gramps_id()
repo.set_name(matches[2])
self.db.commit_repository(repo, self.trans)
repo_ref = RelLib.RepoRef()
repo_ref.set_reference_handle(repo.handle)
self.parse_repo_ref(matches,repo_ref,level+1)
source.add_repo_reference(repo_ref)
def func_source_abbr(self, matches, source, level):
source.set_abbreviation(matches[2])
def func_source_agnc(self, matches, source, level):
a = RelLib.Attribute()
a.set_type(RelLib.AttributeType.AGENCY)
a.set_value(matches[2])
source.add_attribute(a)
def func_source_text(self, matches, source, level):
source.set_note(matches[2])
def func_source_note(self, matches, source, level):
note = self.parse_note(matches, source, level+1, '')
source.set_note(note)
def func_source_auth(self, matches, source, level):
source.set_author(matches[2])
def func_source_publ(self, matches, source, level):
source.set_publication_info(matches[2])
def func_source_title(self, matches, source, level):
title = matches[2]
title = title.replace('\n',' ')
source.set_title(title)
def func_source_taxt_peri(self, matches, source, level):
if source.get_title() == "":
source.set_title(matches[2].replace('\n',' '))
def func_obje_form(self, matches, media, level):
self.ignore_sub_junk(level+1)
def func_obje_file(self, matches, media, level):
(ok, filename) = self.find_file(matches[2], self.dir_path)
if not ok:
self.warn(_("Could not import %s") % filename[0])
path = filename[0].replace('\\',os.path.sep)
media.set_path(path)
media.set_mime_type(Mime.get_type(path))
if not media.get_description():
media.set_description(path)
def func_obje_ignore(self, matches, media, level):
self.ignore_sub_junk(level+1)
def func_obje_title(self, matches, media, level):
media.set_description(matches[2])
def func_obje_note(self, matches, media, level):
note = self.parse_note(matches, media, level+1, '')
media.set_note(note)
def func_obje_blob(self, matches, media, level):
self.ignore_sub_junk(level+1)
def func_obje_refn(self, matches, media, level):
self.ignore_sub_junk(level+1)
def func_obje_type(self, matches, media, level):
self.ignore_sub_junk(level+1)
def func_obje_rin(self, matches, media, level):
self.ignore_sub_junk(level+1)
def func_obje_chan(self, matches, media, level):
self.ignore_sub_junk(level+1)
def parse_record(self):
while True:
matches = self.get_next()
key = matches[2].strip()
if matches[0] < 0 or matches[1] == TOKEN_TRLR:
self.backup()
break
if key in ("FAM","FAMILY"):
self.parse_FAM(matches)
elif key in ("INDI","INDIVIDUAL"):
self.parse_INDI(matches)
elif key in ("OBJE","OBJECT"):
self.parse_OBJE(matches)
elif key in ("REPO","REPOSITORY"):
self.repo_count += 1
self.repo = self.find_or_create_repository(matches[3][1:-1])
self.added.add(self.repo.handle)
self.parse_repository(self.repo)
self.db.commit_repository(self.repo, self.trans)
del self.repo
elif key in ("SUBM", "SUBN", "SUBMITTER"):
self.ignore_sub_junk(1)
elif matches[1] in (TOKEN_SUBM, TOKEN_SUBN, TOKEN_IGNORE):
self.ignore_sub_junk(1)
elif key in ("SOUR","SOURCE"):
self.parse_source(matches[3],1)
elif matches[2].startswith("SOUR ") or matches[2].startswith("SOURCE "):
# A source formatted in a single line, for example:
# 0 @S62@ SOUR This is the title of the source
source = self.find_or_create_source(matches[3][1:-1])
source.set_title( matches[2][5:])
self.db.commit_source(source, self.trans)
elif key[0:4] == "NOTE":
self.ignore_sub_junk(1)
elif key in ("_LOC") :
self.ignore_sub_junk(1)
elif matches[3] in ("_EVENT_DEFN") :
self.ignore_sub_junk(1)
else:
self.not_recognized(1)
def map_gid_empty(self,gid):
return gid
def map_gid_not_empty(self,gid):
if self.idswap.get(gid):
return self.idswap[gid]
else:
if self.db.id_trans.get(str(gid)):
self.idswap[gid] = self.db.find_next_person_gramps_id()
else:
self.idswap[gid] = gid
return self.idswap[gid]
def find_or_create_person(self,gramps_id):
person = RelLib.Person()
intid = self.gid2id.get(gramps_id)
if self.db.has_person_handle(intid):
person.unserialize(self.db.get_raw_person_data(intid))
else:
intid = self.find_person_handle(gramps_id)
person.set_handle(intid)
person.set_gramps_id(gramps_id)
return person
def find_person_handle(self,gramps_id):
intid = self.gid2id.get(gramps_id)
if not intid:
intid = create_id()
self.gid2id[gramps_id] = intid
return intid
def find_object_handle(self,gramps_id):
intid = self.oid2id.get(gramps_id)
if not intid:
intid = create_id()
self.oid2id[gramps_id] = intid
return intid
def find_or_create_family(self,gramps_id):
family = RelLib.Family()
intid = self.fid2id.get(gramps_id)
if self.db.has_family_handle(intid):
family.unserialize(self.db.get_raw_family_data(intid))
else:
intid = self.find_family_handle(gramps_id)
family.set_handle(intid)
family.set_gramps_id(gramps_id)
return family
def find_or_create_repository(self,gramps_id):
repository = RelLib.Repository()
if not gramps_id:
need_commit = True
gramps_id = self.db.find_next_repository_gramps_id()
else:
need_commit = False
intid = self.rid2id.get(gramps_id)
if self.db.has_repository_handle(intid):
repository.unserialize(self.db.get_raw_repository_data(intid))
else:
intid = self.find_repository_handle(gramps_id)
repository.set_handle(intid)
repository.set_gramps_id(gramps_id)
if need_commit:
self.db.commit_repository(repository, self.trans)
return repository
def find_or_create_object(self, gramps_id):
obj = RelLib.MediaObject()
intid = self.oid2id.get(gramps_id)
if self.db.has_object_handle(intid):
obj.unserialize(self.db.get_raw_object_data(intid))
else:
intid = self.find_object_handle(gramps_id)
obj.set_handle(intid)
obj.set_gramps_id(gramps_id)
return obj
def find_repository_handle(self,gramps_id):
intid = self.rid2id.get(gramps_id)
if not intid:
intid = create_id()
self.rid2id[gramps_id] = intid
return intid
def find_family_handle(self,gramps_id):
intid = self.fid2id.get(gramps_id)
if not intid:
intid = create_id()
self.fid2id[gramps_id] = intid
return intid
def find_or_create_source(self,gramps_id):
source = RelLib.Source()
intid = self.sid2id.get(gramps_id)
if self.db.has_source_handle(intid):
source.unserialize(self.db.get_raw_source_data(intid))
else:
intid = create_id()
source.set_handle(intid)
source.set_gramps_id(gramps_id)
self.db.add_source(source,self.trans)
self.sid2id[gramps_id] = intid
return source
def find_or_create_place(self,title):
place = RelLib.Place()
# check to see if we've encountered this name before
# if we haven't we need to get a new GRAMPS ID
intid = self.place_names.get(title)
if intid == None:
intid = self.lid2id.get(title)
if intid == None:
new_id = self.db.find_next_place_gramps_id()
else:
new_id = None
else:
new_id = None
# check to see if the name already existed in the database
# if it does, create a new name by appending the GRAMPS ID.
# generate a GRAMPS ID if needed
if self.db.has_place_handle(intid):
place.unserialize(self.db.get_raw_place_data(intid))
else:
intid = create_id()
place.set_handle(intid)
place.set_title(title)
load_place_values(place,title,_place_field)
place.set_gramps_id(new_id)
self.db.add_place(place,self.trans)
self.lid2id[title] = intid
return place
def parse_cause(self,event,level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_SOUR:
event.add_source_reference(self.handle_source(matches,level+1))
else:
self.not_recognized(1)
def parse_repo_caln(self, matches, repo, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_CALN:
repo.set_call_number(matches[2])
#self.parse_repo_caln(matches, repo. level+1)
elif matches[1] == TOKEN_NOTE:
repo.set_note(matches[2])
else:
self.not_recognized(1)
def parse_repo_ref(self, matches, repo_ref, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_CALN:
repo_ref.set_call_number(matches[2])
self.parse_repo_ref_caln(repo_ref, level+1)
elif matches[1] == TOKEN_NOTE:
note = self.parse_note(matches,repo_ref,level+1,"")
repo_ref.set_note(note)
else:
self.not_recognized(1)
def parse_repo_ref_caln(self, reporef, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_MEDI:
reporef.media_type.set(matches[2])
else:
self.not_recognized(1)
def parse_note_data(self,level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] in (TOKEN_SOUR, TOKEN_CHAN, TOKEN_REFN,
TOKEN_IGNORE):
self.ignore_sub_junk(level+1)
elif matches[1] == TOKEN_RIN:
pass
else:
self.not_recognized(level+1)
def parse_ftw_relations(self,level):
mrel = RelLib.ChildRefType()
frel = RelLib.ChildRefType()
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
# FTW
elif matches[1] == TOKEN__FREL:
frel = pedi_type.get(matches[2].lower(),_TYPE_BIRTH)
# FTW
elif matches[1] == TOKEN__MREL:
mrel = pedi_type.get(matches[2].lower(),_TYPE_BIRTH)
elif matches[1] == TOKEN_ADOP:
mrel = _TYPE_ADOPT
frel = _TYPE_ADOPT
# Legacy
elif matches[1] == TOKEN__STAT:
mrel = _TYPE_BIRTH
frel = _TYPE_BIRTH
# Legacy _PREF
elif matches[1] and matches[1] == TOKEN__PRIMARY:
pass
else:
self.not_recognized(level+1)
return (mrel,frel)
def parse_FAM(self, matches):
# create a family
self.fam_count += 1
self.family = self.find_or_create_family(matches[3][1:-1])
# parse the family
self.addr = None
while True:
matches = self.get_next()
if self.level_is_finished(matches, 1):
break
if matches[1] == TOKEN__UID:
a = RelLib.Attribute()
a.set_type((RelLib.AttributeType.CUSTOM, matches[3]))
a.set_value(matches[2])
self.family.add_attribute(a)
else:
if matches[1] not in (TOKEN_ENDL, TOKEN_BAPL, TOKEN_CONL):
func = self.family_func.get(matches[1], self.func_family_event)
func(self.family, matches, 2)
# handle addresses attached to families
if self.addr != None:
father_handle = self.family.get_father_handle()
father = self.db.get_person_from_handle(father_handle)
if father:
father.add_address(self.addr)
self.db.commit_person(father, self.trans)
mother_handle = self.family.get_mother_handle()
mother = self.db.get_person_from_handle(mother_handle)
if mother:
mother.add_address(self.addr)
self.db.commit_person(mother, self.trans)
for child_ref in self.family.get_child_ref_list():
child_handle = child_ref.ref
child = self.db.get_person_from_handle(child_handle)
if child:
child.add_address(self.addr)
self.db.commit_person(child, self.trans)
# add default reference if no reference exists
if self.use_def_src and len(self.family.get_source_references()) == 0:
sref = RelLib.SourceRef()
sref.set_reference_handle(self.def_src.handle)
self.family.add_source_reference(sref)
# commit family to database
if self.family.change:
self.db.commit_family(self.family, self.trans,
change_time=self.family.change)
else:
self.db.commit_family(self.family, self.trans)
del self.family
def func_family_husb(self, family, matches, level):
gid = matches[2]
handle = self.find_person_handle(self.map_gid(gid[1:-1]))
self.family.set_father_handle(handle)
def func_family_wife(self, family, matches, level):
gid = matches[2]
handle = self.find_person_handle(self.map_gid(gid[1:-1]))
self.family.set_mother_handle(handle)
def func_family_slgs(self, family, matches, level):
lds_ord = RelLib.LdsOrd()
lds_ord.set_type(RelLib.LdsOrd.SEAL_TO_SPOUSE)
self.family.lds_ord_list.append(lds_ord)
self.parse_ord(lds_ord,2)
def func_family_addr(self, family, matches, level):
self.addr = RelLib.Address()
self.addr.set_street(matches[2])
self.parse_address(self.addr, level)
def func_family_chil(self, family, matches, level):
mrel,frel = self.parse_ftw_relations(2)
gid = matches[2]
child = self.find_or_create_person(self.map_gid(gid[1:-1]))
reflist = [ ref for ref in self.family.get_child_ref_list() \
if ref.ref == child.handle ]
if reflist:
ref = reflist[0]
if mrel != RelLib.ChildRefType.BIRTH or \
frel != RelLib.ChildRefType.BIRTH:
ref.set_father_relation(frel)
ref.set_mother_relation(mrel)
else:
ref = RelLib.ChildRef()
ref.ref = child.handle
ref.set_father_relation(frel)
ref.set_mother_relation(mrel)
family.add_child_ref(ref)
def func_family_nchil(self, family, matches, level):
a = RelLib.Attribute()
a.set_type(RelLib.AttributeType.NUM_CHILD)
a.set_value(matches[2])
self.family.add_attribute(a)
def func_family_source(self, family, matches, level):
source_ref = self.handle_source(matches,2)
self.family.add_source_reference(source_ref)
def func_family_ignore(self, family, matches, level):
self.ignore_sub_junk(2)
def func_family_object(self, family, matches, level):
if matches[2] and matches[2][0] == '@':
self.not_recognized(level)
else:
(form, filename, title, note) = self.parse_obje(level)
self.build_media_object(self.family, form, filename, title, note)
def func_event_object(self, matches, event_ref, event, level):
if matches[2] and matches[2][0] == '@':
self.not_recognized(level)
else:
(form, filename, title, note) = self.parse_obje(level)
self.build_media_object(event, form, filename, title, note)
def func_place_object(self, matches, place, level):
if matches[2] and matches[2][0] == '@':
self.not_recognized(level)
else:
(form, filename, title, note) = self.parse_obje(level)
self.build_media_object(place, form, filename, title, note)
def func_source_object(self, matches, source, level):
if matches[2] and matches[2][0] == '@':
self.not_recognized(level)
else:
(form, filename, title, note) = self.parse_obje(level+1)
self.build_media_object(source, form, filename, title, note)
def parse_obje(self, level):
"""
n OBJE {1:1}
+1 FORM <MULTIMEDIA_FORMAT> {1:1}
+1 TITL <DESCRIPTIVE_TITLE> {0:1}
+1 FILE <MULTIMEDIA_FILE_REFERENCE> {1:1}
+1 <<NOTE_STRUCTURE>> {0:M}
"""
form = ""
filename = ""
title = ""
note = ""
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_FORM:
form = matches[2].lower()
elif matches[1] == TOKEN_TITL:
title = matches[2]
elif matches[1] == TOKEN_FILE:
filename = matches[2]
elif matches[1] == TOKEN_NOTE:
note = matches[2]
elif matches[1] == TOKEN_IGNORE:
self.ignore_sub_junk(level+1)
else:
self.not_recognized(level+1)
return (form, filename, title, note)
def func_family_comm(self, family, matches, level):
note = matches[2]
self.family.set_note(note)
self.ignore_sub_junk(2)
def func_family_note(self, family, matches, level):
self.parse_note(matches, self.family, 1, '')
def func_family_event(self, family, matches, level):
event = RelLib.Event()
event.set_gramps_id(self.emapper.find_next())
try:
event.set_type(RelLib.EventType(ged2fam[matches[3]]))
except:
if ged2fam_custom.has_key(matches[3]):
event.set_type((RelLib.EventType.CUSTOM,
ged2fam_custom[matches[3]]))
elif matches[3]:
event.set_type((RelLib.EventType.CUSTOM,
matches[3]))
else:
event.set_type(RelLib.EventType.UNKNOWN)
if matches[2] and not event.get_description() and \
matches[2] != 'Y':
event.set_description(matches[2])
event_ref = RelLib.EventRef()
self.parse_event(event_ref, event, self.generic_event_map, 2)
if int(event.get_type()) == RelLib.EventType.MARRIAGE:
descr = event.get_description()
if descr == "Civil Union":
self.family.type.set(RelLib.FamilyRelType.CIVIL_UNION)
event.set_description('')
elif descr == "Unmarried":
self.family.type.set(RelLib.FamilyRelType.UNMARRIED)
event.set_description('')
else:
self.family.type.set(RelLib.FamilyRelType.MARRIED)
if int(event.get_type()) != RelLib.EventType.CUSTOM:
if not event.get_description():
text = _event_family_str % {
'event_name' : str(event.get_type()),
'family' : Utils.family_name(self.family,self.db),
}
event.set_description(text)
self.db.add_event(event,self.trans)
event_ref.set_reference_handle(event.handle)
event_ref.set_role(RelLib.EventRoleType.FAMILY)
self.family.add_event_ref(event_ref)
del event
def parse_note_base(self,matches,obj,level,old_note,task):
# reference to a named note defined elsewhere
if matches[2] and matches[2][0] == "@":
note_obj = self.note_map.get(matches[2])
if note_obj:
new_note = note_obj.get()
else:
new_note = u""
else:
new_note = matches[2]
self.ignore_sub_junk(level+1)
if old_note:
note = u"%s\n%s" % (old_note,matches[2])
else:
note = new_note
task(note)
return note
def parse_note_simple(self, matches, level):
# reference to a named note defined elsewhere
if matches[2] and matches[2][0] == "@":
note_obj = self.note_map.get(matches[2])
note = note_obj.get()
else:
note = matches[2]
self.ignore_sub_junk(level+1)
return note
def parse_note(self,matches,obj,level,old_note):
return self.parse_note_base(matches,obj,level,old_note,obj.set_note)
def parse_comment(self,matches,obj,level,old_note):
return self.parse_note_base(matches,obj,level,old_note,obj.set_note)
def extract_gramps_id(self, value):
"""
Extracts a value to use for the GRAMPS ID value from the GEDCOM
reference token. The value should be in the form of @XXX@, and the
returned value will be XXX
"""
return value[1:-1]
def parse_OBJE(self, matches):
"""
n @XREF:OBJE@ OBJE {1:1}
+1 FORM <MULTIMEDIA_FORMAT> {1:1} p.*
+1 TITL <DESCRIPTIVE_TITLE> {0:1} p.*
+1 <<NOTE_STRUCTURE>> {0:M} p.*
+1 BLOB {1:1}
+2 CONT <ENCODED_MULTIMEDIA_LINE> {1:M} p.*
+1 OBJE @<XREF:OBJE>@ /* chain to continued object */ {0:1} p.*
+1 REFN <USER_REFERENCE_NUMBER> {0:M} p.*
+2 TYPE <USER_REFERENCE_TYPE> {0:1} p.*
+1 RIN <AUTOMATED_RECORD_ID> {0:1} p.*
+1 <<CHANGE_DATE>> {0:1} p.*
"""
gid = self.extract_gramps_id(matches[3])
self.media = self.find_or_create_object(self.map_gid(gid))
while True:
matches = self.get_next()
if self.level_is_finished(matches, 1):
break
else:
func = self.obje_func.get(matches[1], self.func_obje_ignore)
func(matches, self.media, 1)
# Add the default reference if no source has found
if self.use_def_src and len(self.media.get_source_references()) == 0:
sref = RelLib.SourceRef()
sref.set_reference_handle(self.def_src.handle)
self.media.add_source_reference(sref)
# commit the person to the database
if self.media.change:
self.db.commit_media_object(self.media, self.trans,
change_time=self.media.change)
else:
self.db.commit_media_object(self.media, self.trans)
del self.media
#----------------------------------------------------------------------
#
# INDI parsing
#
#----------------------------------------------------------------------
def parse_INDI(self, matches):
"""
Handling of the GEDCOM INDI tag.
n @XREF:INDI@ INDI {1:1}
+1 RESN <RESTRICTION_NOTICE> {0:1}
+1 <<PERSONAL_NAME_STRUCTURE>> {0:M}
+1 SEX <SEX_VALUE> {0:1}
+1 <<INDIVIDUAL_EVENT_STRUCTURE>> {0:M}
+1 <<INDIVIDUAL_ATTRIBUTE_STRUCTURE>> {0:M}
+1 <<LDS_INDIVIDUAL_ORDINANCE>> {0:M}
+1 <<CHILD_TO_FAMILY_LINK>> {0:M}
+1 <<SPOUSE_TO_FAMILY_LINK>> {0:M}
+1 SUBM @<XREF:SUBM>@ {0:M}
+1 <<ASSOCIATION_STRUCTURE>> {0:M}
+1 ALIA @<XREF:INDI>@ {0:M}
+1 ANCI @<XREF:SUBM>@ {0:M}
+1 DESI @<XREF:SUBM>@ {0:M}
+1 <<SOURCE_CITATION>> {0:M}
+1 <<MULTIMEDIA_LINK>> {0:M}
+1 <<NOTE_STRUCTURE>> {0:M}
+1 RFN <PERMANENT_RECORD_FILE_NUMBER> {0:1}
+1 AFN <ANCESTRAL_FILE_NUMBER> {0:1}
+1 REFN <USER_REFERENCE_NUMBER> {0:M}
+2 TYPE <USER_REFERENCE_TYPE> {0:1}
+1 RIN <AUTOMATED_RECORD_ID> {0:1}
+1 <<CHANGE_DATE>> {0:1}
"""
# find the person
self.indi_count += 1
gid = self.extract_gramps_id(matches[3])
self.person = self.find_or_create_person(self.map_gid(gid))
self.added.add(self.person.handle)
# do the actual parsing
state = CurrentState()
state.person = self.person
state.level = 1
while True:
matches = self.get_next()
if self.level_is_finished(matches, 1):
if state.get_text():
state.person.set_note(state.get_text())
break
else:
func = self.person_func.get(matches[1], self.func_person_event)
func(matches, state)
# Add the default reference if no source has found
if self.use_def_src and len(self.person.get_source_references()) == 0:
sref = RelLib.SourceRef()
sref.set_reference_handle(self.def_src.handle)
self.person.add_source_reference(sref)
# commit the person to the database
if self.person.change:
self.db.commit_person(self.person, self.trans,
change_time=state.person.change)
else:
self.db.commit_person(self.person, self.trans)
del self.person
def parse_optional_note(self,level):
note = ""
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
return note
elif matches[1] == TOKEN_NOTE:
if not matches[2].strip() or matches[2] and matches[2][0] != "@":
note = matches[2]
self.parse_note_data(level+1)
else:
self.ignore_sub_junk(level+1)
else:
self.not_recognized(level+1)
return None
def parse_famc_type(self,level,person):
ftype = _TYPE_BIRTH
note = ""
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_PEDI:
ftype = pedi_type.get(matches[2].lower(),RelLib.ChildRefType.UNKNOWN)
elif matches[1] == TOKEN_SOUR:
source_ref = self.handle_source(matches,level+1)
person.primary_name.add_source_reference(source_ref)
elif matches[1] == TOKEN__PRIMARY:
pass #type = matches[1]
elif matches[1] == TOKEN_NOTE:
if not matches[2].strip() or matches[2] and matches[2][0] != "@":
note = matches[2]
self.parse_note_data(level+1)
else:
self.ignore_sub_junk(level+1)
else:
self.not_recognized(level+1)
return (ftype,note)
def parse_address(self,address,level):
first = 0
note = ""
while True:
matches = self.get_next()
if int(matches[0]) < level:
if matches[1] == TOKEN_PHON:
address.set_phone(matches[2])
else:
self.backup()
break
elif matches[1] in (TOKEN_ADDR, TOKEN_ADR1, TOKEN_ADR2):
val = address.get_street()
if first == 0:
val = matches[2]
first = 1
else:
val = "%s,%s" % (val,matches[2])
address.set_street(val)
elif matches[1] == TOKEN_DATE:
address.set_date_object(self.extract_date(matches[2]))
elif matches[1] == TOKEN_CITY:
address.set_city(matches[2])
elif matches[1] == TOKEN_STAE:
address.set_state(matches[2])
elif matches[1] == TOKEN_POST:
address.set_postal_code(matches[2])
elif matches[1] == TOKEN_CTRY:
address.set_country(matches[2])
elif matches[1] == TOKEN_PHON:
address.set_phone(matches[2])
elif matches[1] == TOKEN_SOUR:
address.add_source_reference(self.handle_source(matches,level+1))
elif matches[1] == TOKEN_NOTE:
note = self.parse_note(matches,address,level+1,'')
elif matches[1] in (TOKEN__LOC, TOKEN__NAME):
pass # ignore unsupported extended location syntax
elif matches[1] in (TOKEN_IGNORE, TOKEN_TYPE, TOKEN_CAUS):
self.ignore_sub_junk(level+1)
else:
self.not_recognized(level+1)
def parse_place_as_address(self, street, level):
note = None
location = RelLib.Location()
if street:
location.set_street(street)
added = True
else:
added = False
while True:
matches = self.get_next()
if self.level_is_finished(matches,level):
break
elif matches[1] in (TOKEN_ADDR, TOKEN_ADR1, TOKEN_ADR2):
val = location.get_street()
if val:
val = "%s, %s" % (val, matches[2].strip())
else:
val = matches[2].strip()
location.set_street(val.replace('\n',' '))
added = True
elif matches[1] == TOKEN_DATE:
location.set_date_object(self.extract_date(matches[2]))
added = True
elif matches[1] == TOKEN_CITY:
location.set_city(matches[2])
added = True
elif matches[1] == TOKEN_STAE:
location.set_state(matches[2])
added = True
elif matches[1] == TOKEN_POST:
location.set_postal_code(matches[2])
added = True
elif matches[1] == TOKEN_CTRY:
location.set_country(matches[2])
added = True
elif matches[1] == TOKEN_NOTE:
note = self.parse_note_simple(matches, level+1)
added = True
elif matches[1] in (TOKEN__LOC, TOKEN__NAME, TOKEN_PHON):
pass # ignore unsupported extended location syntax
else:
self.not_recognized(level+1)
if added:
return (location, note)
else:
return (None, None)
def parse_ord(self,lds_ord,level):
note = ""
pf = _place_field
place = None
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
if place:
load_place_values(place,place.get_title(),pf)
break
elif matches[1] == TOKEN_TEMP:
value = self.extract_temple(matches)
if value:
lds_ord.set_temple(value)
elif matches[1] == TOKEN_DATE:
lds_ord.set_date_object(self.extract_date(matches[2]))
elif matches[1] == TOKEN_FAMC:
lds_ord.set_family_handle(self.find_family_handle(matches[2][1:-1]))
elif matches[1] == TOKEN_FORM:
pf = self.parse_place_form_line(matches)
elif matches[1] == TOKEN_PLAC:
try:
place = self.find_or_create_place(matches[2])
place.set_title(matches[2])
place_handle = place.handle
lds_ord.set_place_handle(place_handle)
self.ignore_sub_junk(level+1)
except NameError:
pass
elif matches[1] == TOKEN_SOUR:
lds_ord.add_source_reference(
self.handle_source(matches,level+1))
elif matches[1] == TOKEN_NOTE:
note = self.parse_note(matches,lds_ord,level+1,'')
elif matches[1] == TOKEN_STAT:
lds_ord.set_status(
lds_status.get(matches[2],RelLib.LdsOrd.STATUS_NONE))
else:
self.not_recognized(level+1)
def parse_event(self, event_ref, event, func_map, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches,level):
break
else:
func = func_map.get(matches[1], self.func_event_undef)
func(matches, event_ref, event, level+1)
def func_event_ignore(self, matches, event_ref, event, level):
self.ignore_sub_junk(level)
def func_event_undef(self, matches, event_ref, event, level):
self.not_recognized(level)
def func_event_type(self, matches, event_ref, event, level):
if event.get_type().is_custom():
if ged2gramps.has_key(matches[2]):
name = RelLib.EventType(ged2gramps[matches[2]])
else:
val = self.gedsource.tag2gramps(matches[2])
if val:
name = RelLib.EventType((RelLib.EventType.CUSTOM,val))
else:
name = RelLib.EventType((RelLib.EventType.CUSTOM,matches[3]))
event.set_type(name)
else:
try:
if not ged2gramps.has_key(matches[2]) and \
not ged2fam.has_key(matches[2]) and \
matches[2][0] != 'Y':
event.set_description(matches[2])
except IndexError:
pass
def func_event_privacy(self, matches, event_ref, event, level):
event.set_privacy(True)
def func_person_adopt_famc(self, matches, event_ref, event, level):
handle = self.find_family_handle(matches[2][1:-1])
mrel,frel = self.parse_adopt_famc(level);
if self.person.get_main_parents_family_handle() == handle:
self.person.set_main_parent_family_handle(None)
self.person.add_parent_family_handle(handle)
family = self.db.find_family_from_handle(handle, self.trans)
reflist = [ ref for ref in family.get_child_ref_list() \
if ref.ref == self.person.handle ]
if reflist:
ref = reflist[0]
ref.set_father_relation(frel)
ref.set_mother_relation(mrel)
else:
ref = RelLib.ChildRef()
ref.ref = self.person.handle
ref.set_father_relation(frel)
ref.set_mother_relation(mrel)
family.add_child_ref(ref)
self.db.commit_family(family, self.trans)
def func_person_birth_famc(self, matches, event_ref, event, level):
handle = self.find_family_handle(matches[2][1:-1])
if self.person.get_main_parents_family_handle() == handle:
self.person.set_main_parent_family_handle(None)
self.person.add_parent_family_handle(handle)
frel = mrel = RelLib.ChildRefType.BIRTH
family = self.db.find_family_from_handle(handle, self.trans)
reflist = [ ref for ref in family.get_child_ref_list() \
if ref.ref == self.person.handle ]
if reflist:
ref = reflist[0]
ref.set_father_relation(frel)
ref.set_mother_relation(mrel)
else:
ref = RelLib.ChildRef()
ref.ref = self.person.handle
ref.set_father_relation(frel)
ref.set_mother_relation(mrel)
family.add_child_ref(ref)
self.db.commit_family(family, self.trans)
def func_event_note(self, matches, event_ref, event, level):
self.parse_note(matches,event,level+1,'')
def func_event_date(self, matches, event_ref, event, level):
event.set_date_object(self.extract_date(matches[2]))
def func_event_source(self, matches, event_ref, event, level):
event.add_source_reference(self.handle_source(matches,level))
def func_event_addr(self, matches, event_ref, event, level):
(location, note) = self.parse_place_as_address(matches[2], level)
if location:
index = matches[2] + location.get_street()
else:
index = matches[2]
place_handle = event.get_place_handle()
if place_handle:
place = self.db.get_place_from_handle(place_handle)
main_loc = place.get_main_location()
if main_loc and main_loc.get_street() != location.get_street():
old_title = place.get_title()
place = self.find_or_create_place(index)
place.set_title(old_title)
place_handle = place.handle
else:
place = self.find_or_create_place(index)
place.set_title(matches[2])
place_handle = place.handle
load_place_values(place,matches[2])
if location:
place.set_main_location(location)
if note:
place.set_note(note)
event.set_place_handle(place_handle)
self.db.commit_place(place, self.trans)
def func_event_place(self, matches, event_ref, event, level):
"""
n PLAC <PLACE_VALUE> {1:1}
+1 FORM <PLACE_HIERARCHY> {0:1}
+1 <<SOURCE_CITATION>> {0:M}
+1 <<NOTE_STRUCTURE>> {0:M}
"""
val = matches[2]
n = event.get_type()
if self.is_ftw and int(n) in [RelLib.EventType.OCCUPATION,
RelLib.EventType.DEGREE]:
event.set_description(val)
else:
place = self.find_or_create_place(val)
place_handle = place.handle
place.set_title(matches[2])
event.set_place_handle(place_handle)
pf = _place_field
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
load_place_values(place,place.get_title(),pf)
break
elif matches[1] == TOKEN_NOTE:
note = self.parse_note(matches, place, level+1, '')
place.set_note(note)
elif matches[1] == TOKEN_FORM:
pf = self.parse_place_form_line(matches)
elif matches[1] == TOKEN_OBJE:
self.func_place_object(matches, place, level+1)
elif matches[1] == TOKEN_SOUR:
place.add_source_reference(
self.handle_source(matches,level+1))
self.db.commit_place(place, self.trans)
def func_event_cause(self, matches, event_ref, event, level):
a = RelLib.Attribute()
a.set_type(RelLib.AttributeType.CAUSE)
a.set_value(matches[2])
event.add_attribute(a)
self.parse_cause(a,level+1)
def func_event_age(self, matches, event_ref, event, level):
a = RelLib.Attribute()
a.set_type(RelLib.AttributeType.AGE)
a.set_value(matches[2])
event_ref.add_attribute(a)
def func_event_husb(self, matches, event_ref, event, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_AGE:
a = RelLib.Attribute()
a.set_type(RelLib.AttributeType.FATHER_AGE)
a.set_value(matches[2])
event_ref.add_attribute(a)
def func_event_wife(self, matches, event_ref, event, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_AGE:
a = RelLib.Attribute()
a.set_type(RelLib.AttributeType.MOTHER_AGE)
a.set_value(matches[2])
event_ref.add_attribute(a)
def func_event_agnc(self, matches, event_ref, event, level):
a = RelLib.Attribute()
a.set_type(RelLib.AttributeType.AGENCY)
a.set_value(matches[2])
event.add_attribute(a)
def parse_adopt_famc(self,level):
mrel = _TYPE_BIRTH
frel = _TYPE_BIRTH
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_ADOP:
if matches[2] == "HUSB":
frel = _TYPE_ADOPT
elif matches[2] == "WIFE":
mrel = _TYPE_ADOPT
else:
self.not_recognized(level+1)
return (mrel,frel)
def parse_person_attr(self,attr,level):
"""
GRAMPS uses an Attribute to store some information. Technically,
GEDCOM does not make a distinction between Attributes and Events,
so what GRAMPS considers to be an Attribute can have more information
than what we allow.
"""
while True:
matches = self.get_next()
if self.level_is_finished(matches,level):
break
else:
func = self.person_attr.get(matches[1],
self.func_person_attr_undef)
func(attr, matches, level+1)
def func_person_attr_undef(self, attr, matches, level):
"""
Called when an undefined token is found
"""
self.not_recognized(level)
def func_person_attr_ignore(self, attr, matches, level):
"""
Called when an attribute is found that we know we want to ignore
"""
self.ignore_sub_junk(level)
def func_person_attr_type(self, attr, matches, level):
if attr.get_type() == "":
if ged2gramps.has_key(matches[2]):
name = ged2gramps[matches[2]]
else:
val = self.gedsource.tag2gramps(matches[2])
if val:
name = val
else:
name = matches[2]
attr.set_type(name)
def func_person_attr_source(self, attr, matches, level):
attr.add_source_reference(self.handle_source(matches,level))
def func_person_attr_place(self, attr, matches, level):
val = matches[2]
if attr.get_value() == "":
attr.set_value(val)
self.ignore_sub_junk(level)
def func_person_attr_note(self, attr, matches, level):
info = self.parse_note(matches, attr, level+1, '')
attr.set_note(info)
def parse_source_reference(self, source, level, handle):
"""Reads the data associated with a SOUR reference"""
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_PAGE:
source.set_page(matches[2])
elif matches[1] == TOKEN_DATE:
source.set_date_object(self.extract_date(matches[2]))
elif matches[1] == TOKEN_DATA:
date,text = self.parse_source_data(level+1)
if date:
d = self.dp.parse(date)
source.set_date_object(d)
source.set_text(text)
elif matches[1] == TOKEN_OBJE:
if matches[2] and matches[2][0] == '@':
self.not_recognized(level)
else:
src = self.db.get_source_from_handle(handle)
(form, filename, title, note) = self.parse_obje(level)
self.build_media_object(src, form, filename,
title, note)
self.db.commit_source(src, self.trans)
elif matches[1] in (TOKEN_REFN, TOKEN_EVEN,
TOKEN_IGNORE, TOKEN__LKD):
self.ignore_sub_junk(level+1)
elif matches[1] == TOKEN_QUAY:
try:
val = int(matches[2])
except ValueError:
return
# If value is greater than 3, cap at 3
val = min(val,3)
if val > 1:
source.set_confidence_level(val+1)
else:
source.set_confidence_level(val)
elif matches[1] == TOKEN_NOTE:
note = self.parse_comment(matches,source,level+1,'')
source.set_note(note)
elif matches[1] == TOKEN_TEXT:
note = self.parse_comment(matches,source,level+1,'')
source.set_text(note)
else:
self.not_recognized(level+1)
def parse_source_data(self,level):
"""Parses the source data"""
date = ""
note = ""
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_DATE:
date = matches[2]
elif matches[1] == TOKEN_TEXT:
note = matches[2]
else:
self.not_recognized(level+1)
return (date,note)
def parse_marnm(self,person,text):
data = text.split()
if len(data) == 1:
name = RelLib.Name(person.primary_name)
name.set_surname(data[0].strip())
name.set_type(RelLib.NameType.MARRIED)
person.add_alternate_name(name)
elif len(data) > 1:
name = RelLib.Name()
name.set_surname(data[-1].strip())
name.set_first_name(' '.join(data[0:-1]))
name.set_type(RelLib.NameType.MARRIED)
person.add_alternate_name(name)
def parse_header_head(self):
"""validiates that this is a valid GEDCOM file"""
line = self.lexer.read()
if line[1] != TOKEN_HEAD:
raise Errors.GedcomError("%s is not a GEDCOM file" % self.filename)
def parse_header_source(self):
genby = ""
note = ""
while True:
matches = self.get_next()
if self.level_is_finished(matches, 1):
return
elif matches[1] == TOKEN_SOUR:
self.gedsource = self.gedmap.get_from_source_tag(matches[2])
self.lexer.set_broken_conc(self.gedsource.get_conc())
if matches[2] == "FTW":
self.is_ftw = 1
genby = matches[2]
elif matches[1] == TOKEN_NAME:
pass
elif matches[1] == TOKEN_VERS:
if self.use_def_src:
self.def_src.set_data_item('Generated by',"%s %s" %
(genby,matches[2]))
elif matches[1] == TOKEN_FILE:
if self.use_def_src:
filename = os.path.basename(matches[2]).split('\\')[-1]
self.def_src.set_title(_("Import from %s") % filename)
elif matches[1] == TOKEN_COPR:
if self.use_def_src:
self.def_src.set_publication_info(matches[2])
elif matches[1] == TOKEN_SUBM:
self.parse_subm(2)
elif matches[1] in (TOKEN_CORP, TOKEN_DATA, TOKEN_SUBN,
TOKEN_LANG, TOKEN_TIME):
self.ignore_sub_junk(2)
elif matches[1] == TOKEN_DEST:
if genby == "GRAMPS":
self.gedsource = self.gedmap.get_from_source_tag(matches[2])
self.lexer.set_broken_conc(self.gedsource.get_conc())
elif matches[1] == TOKEN_CHAR and not self.override:
if matches[2] == "ANSEL":
self.lexer.set_charset_fn(ansel_to_utf8)
elif matches[2] not in ("UNICODE","UTF-8","UTF8"):
self.lexer.set_charset_fn(latin_to_utf8)
self.ignore_sub_junk(2)
elif matches[1] == TOKEN_GEDC:
self.ignore_sub_junk(2)
elif matches[1] == TOKEN__SCHEMA:
self.parse_ftw_schema(2)
elif matches[1] == TOKEN_PLAC:
self.parse_place_form(2)
elif matches[1] == TOKEN_DATE:
date = self.parse_date(2)
date.date = matches[2]
if self.use_def_src:
self.def_src.set_data_item('Creation date',matches[2])
elif matches[1] == TOKEN_NOTE:
if self.use_def_src:
note = self.parse_note(matches,self.def_src,2,'')
elif matches[1] == TOKEN_UNKNOWN:
self.ignore_sub_junk(2)
else:
self.not_recognized(2)
def parse_subm(self, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_NAME:
if self.use_def_src:
self.def_src.set_author(matches[2])
else:
self.ignore_sub_junk(2)
def parse_ftw_schema(self,level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_INDI:
self.parse_ftw_indi_schema(level+1)
elif matches[1] == TOKEN_FAM:
self.parse_ftw_fam_schema(level+1)
else:
self.not_recognized(2)
def parse_ftw_indi_schema(self,level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
else:
ged2gramps[matches[1]] = self.parse_label(level+1)
def parse_label(self,level):
value = None
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_LABL:
value = matches[2]
else:
self.not_recognized(2)
return value
def parse_ftw_fam_schema(self,level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
else:
ged2fam_custom[matches[3]] = self.parse_label(level+1)
def ignore_sub_junk(self,level):
while True:
matches = self.get_next()
if self.level_is_finished(matches,level):
break
def ignore_change_data(self,level):
matches = self.get_next()
if matches[1] == TOKEN_CHAN:
self.ignore_sub_junk(level+1)
else:
self.backup()
def parse_place_form(self, level):
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_FORM:
global _place_field
_place_field = self.parse_place_form_line(matches)
else:
self.not_recognized(level+1)
def parse_place_form_line(self, matches):
pf = []
for item in matches[2].split(','):
item = item.lower().strip()
fcn = _place_match.get(item,_empty_func)
pf.append(fcn)
return pf
def parse_date(self,level):
date = DateStruct()
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_TIME:
date.time = matches[2]
else:
self.not_recognized(level+1)
return date
def extract_date(self,text):
dateobj = RelLib.Date()
try:
match = intRegexp.match(text)
if match:
int_val = True
text, comment = match.groups()
else:
int_val = False
match = modRegexp.match(text)
if match:
(mod, text) = match.groups()
if mod == "CAL":
dateobj.set_quality(RelLib.Date.QUAL_CALCULATED)
elif mod == "EST":
dateobj.set_quality(RelLib.Date.QUAL_ESTIMATED)
match = rangeRegexp.match(text)
if match:
(cal1,data1,cal2,data2) = match.groups()
if cal1 != cal2:
pass
if cal1 == "FRENCH R":
cal = RelLib.Date.CAL_FRENCH
elif cal1 == "JULIAN":
cal = RelLib.Date.CAL_JULIAN
elif cal1 == "HEBREW":
cal = RelLib.Date.CAL_HEBREW
else:
cal = RelLib.Date.CAL_GREGORIAN
start = self.dp.parse(data1)
stop = self.dp.parse(data2)
dateobj.set(RelLib.Date.QUAL_NONE, RelLib.Date.MOD_RANGE, cal,
start.get_start_date() + stop.get_start_date())
if int_val:
dateobj.set_text_value(comment)
return dateobj
match = spanRegexp.match(text)
if match:
(cal1,data1,cal2,data2) = match.groups()
if cal1 != cal2:
pass
if cal1 == "FRENCH R":
cal = RelLib.Date.CAL_FRENCH
elif cal1 == "JULIAN":
cal = RelLib.Date.CAL_JULIAN
elif cal1 == "HEBREW":
cal = RelLib.Date.CAL_HEBREW
else:
cal = RelLib.Date.CAL_GREGORIAN
start = self.dp.parse(data1)
stop = self.dp.parse(data2)
dateobj.set(RelLib.Date.QUAL_NONE, RelLib.Date.MOD_SPAN, cal,
start.get_start_date() + stop.get_start_date())
if int_val:
dateobj.set_text_value(comment)
return dateobj
match = calRegexp.match(text)
if match:
(abt,cal,data) = match.groups()
dateobj = self.dp.parse("%s %s" % (abt, data))
if cal == "FRENCH R":
dateobj.set_calendar(RelLib.Date.CAL_FRENCH)
elif cal == "JULIAN":
dateobj.set_calendar(RelLib.Date.CAL_JULIAN)
elif cal == "HEBREW":
dateobj.set_calendar(RelLib.Date.CAL_HEBREW)
return dateobj
else:
dval = self.dp.parse(text)
if int_val:
dateobj.set_text_value(comment)
return dval
except IOError:
return self.dp.set_text(text)
def handle_source(self,matches,level):
source_ref = RelLib.SourceRef()
if matches[2] and matches[2][0] != "@":
title = matches[2]
note = ''
handle = self.inline_srcs.get((title,note),Utils.create_id())
self.inline_srcs[(title,note)] = handle
self.parse_source_reference(source_ref, level, handle)
else:
handle = self.find_or_create_source(matches[2][1:-1]).handle
self.parse_source_reference(source_ref,level, handle)
source_ref.set_reference_handle(handle)
return source_ref
def resolve_refns(self):
return
prefix = self.db.iprefix
index = 0
new_pmax = self.db.pmap_index
for pid in self.added:
index = index + 1
if self.refn.has_key(pid):
val = self.refn[pid]
new_key = prefix % val
new_pmax = max(new_pmax,val)
person = self.db.get_person_from_handle(pid,self.trans)
# new ID is not used
if not self.db.has_person_handle(new_key):
self.db.remove_person(pid,self.trans)
person.set_handle(new_key)
person.set_gramps_id(new_key)
self.db.add_person(person,self.trans)
else:
tp = self.db.get_person_from_handle(new_key,self.trans)
# same person, just change it
if person == tp:
self.db.remove_person(pid,self.trans)
person.set_handle(new_key)
person.set_gramps_id(new_key)
self.db.add_person(person,self.trans)
# give up trying to use the refn as a key
else:
pass
self.db.pmap_index = new_pmax
def invert_year(self,subdate):
return (subdate[0],subdate[1],-subdate[2],subdate[3])
#--------------------------------------------------------------------
#
#
#
#--------------------------------------------------------------------
def func_person_name(self,matches,state):
"""
Parsers the NAME token in a GEDCOM file. The text is in the format
of (according to the GEDCOM Spec):
> <TEXT>|/<TEXT>/|<TEXT>/<TEXT>/|/<TEXT>/<TEXT>|<TEXT>/<TEXT>/<TEXT>
We have encountered some variations that use:
> <TEXT>/
The basic Name structure is:
> n NAME <NAME_PERSONAL> {1:1}
> +1 NPFX <NAME_PIECE_PREFIX> {0:1}
> +1 GIVN <NAME_PIECE_GIVEN> {0:1}
> +1 NICK <NAME_PIECE_NICKNAME> {0:1}
> +1 SPFX <NAME_PIECE_SURNAME_PREFIX {0:1}
> +1 SURN <NAME_PIECE_SURNAME> {0:1}
> +1 NSFX <NAME_PIECE_SUFFIX> {0:1}
> +1 <<SOURCE_CITATION>> {0:M}
> +1 <<NOTE_STRUCTURE>> {0:M}
"""
# build a RelLib.Name structure from the text
name = self.parse_name_personal(matches[2])
# Add the name as the primary name if this is the first one that
# we have encountered for this person. Assume that if this is the
# first name, that it is a birth name. Otherwise, label it as an
# "Also Known As (AKA)". GEDCOM does not seem to have the concept
# of different name types
if state.name_cnt == 0:
name.set_type(RelLib.NameType.BIRTH)
state.person.set_primary_name(name)
else:
name.set_type(RelLib.NameType.AKA)
state.person.add_alternate_name(name)
state.name_cnt += 1
#
# Create a new state, and parse the remainder of the NAME level
sub_state = CurrentState()
sub_state.person = state.person
sub_state.name = name
sub_state.level = 2
while True:
matches = self.get_next()
if self.level_is_finished(matches,2):
name.set_note(sub_state.get_text())
break
else:
func = self.name_func.get(matches[1], self.func_name_undefined)
func(matches, sub_state)
def func_person_chan(self, matches, state):
self.parse_change(matches, state.person, state.level+1)
def func_family_chan(self, family, matches, level):
self.parse_change(matches, family, level)
def func_source_chan(self, matches, source, level):
self.parse_change(matches, source, level+1)
def parse_change(self, matches, obj, level):
"""
CHANGE_DATE:=
> n CHAN {1:1}
> +1 DATE <CHANGE_DATE> {1:1}
> +2 TIME <TIME_VALUE> {0:1}
> +1 <<NOTE_STRUCTURE>> {0:M}
The Note structure is ignored, since we have nothing
corresponding in GRAMPS.
Based on the values calculated, attempt to convert to a valid
change time using time.strptime. If this fails (and it shouldn't
unless the value is meaningless and doesn't conform to the GEDCOM
spec), the value is ignored.
"""
tstr = None
dstr = None
while True:
matches = self.get_next()
if self.level_is_finished(matches, level):
break
elif matches[1] == TOKEN_TIME:
tstr = matches[2]
elif matches[1] == TOKEN_DATE:
dstr = matches[2]
elif matches[1] == TOKEN_NOTE:
self.ignore_sub_junk(level+1)
else:
self.not_recognized(level+1)
# Attempt to convert the values to a valid change time
if tstr:
try:
if dstr:
tstruct = time.strptime("%s %s" % (dstr, tstr),
"%d %b %Y %H:%M:%S")
else:
tstruct = time.strptime(tstr, "%d %b %Y")
val = time.mktime(tstruct)
obj.change = val
except ValueError:
# parse of time structure failed, so ignore
pass
def func_person_asso(self, matches, state):
"""
Parse the ASSO tag, add the the referenced person to the person we
are currently parsing. The GEDCOM spec indicates that valid ASSOC tag
is:
> n ASSO @<XREF:INDI>@ {0:M}
And the the sub tags are:
> ASSOCIATION_STRUCTURE:=
> +1 TYPE <RECORD_TYPE> {1:1}
> +1 RELA <RELATION_IS_DESCRIPTOR> {1:1}
> +1 <<NOTE_STRUCTURE>> {0:M}
> +1 <<SOURCE_CITATION>> {0:M}
GRAMPS only supports ASSO records to people, so if the TYPE is
something other than INDI, the record is ignored.
"""
# find the id and person that we are referencing
gid = self.extract_gramps_id(matches[2])
handle = self.find_person_handle(self.map_gid(gid))
# create a new PersonRef, and assign the handle, add the
# PersonRef to the active person
ref = RelLib.PersonRef()
ref.ref = handle
ignore = False
while True:
matches = self.get_next()
if self.level_is_finished(matches,2):
if not ignore:
state.person.add_person_ref(ref)
break
elif matches[1] == TOKEN_TYPE:
if matches[2] != "INDI":
ignore = True
elif matches[1] == TOKEN_RELA:
ref.rel = matches[2]
elif matches[1] == TOKEN_SOUR:
ref.add_source_reference(self.handle_source(matches,2))
elif matches[1] == TOKEN_NOTE:
note = self.parse_note(matches,ref,2,"")
ref.set_note(note)
else:
self.not_recognized(2)
def func_person_alt_name(self,matches,state):
"""
Parse a altername name, usually indicated by a AKA or _AKA
tag. This is not valid GEDCOM, but several programs will add
this just to make life interesting. Odd, since GEDCOM supports
multiple NAME indicators, which is the correct way of handling
multiple names.
"""
name = self.parse_name_personal(matches[2])
name.set_type(RelLib.NameType.AKA)
state.person.add_alternate_name(name)
#
# Create a new state, and parse the remainder of the NAME level
sub_state = CurrentState()
sub_state.person = state.person
sub_state.name = name
sub_state.level = 2
while True:
matches = self.get_next()
if self.level_is_finished(matches,2):
name.set_note(sub_state.get_text())
break
else:
func = self.name_func.get(matches[1],self.func_name_undefined)
func(matches,sub_state)
def func_person_object(self, matches, state):
"""
Currently, the embedded form is not supported
Embedded form
> n OBJE @<XREF:OBJE>@ {1:1}
Linked form
> n OBJE {1:1}
> +1 FORM <MULTIMEDIA_FORMAT> {1:1}
> +1 TITL <DESCRIPTIVE_TITLE> {0:1}
> +1 FILE <MULTIMEDIA_FILE_REFERENCE> {1:1}
> +1 <<NOTE_STRUCTURE>> {0:M}
"""
if matches[2] and matches[2][0] == '@':
ref = RelLib.MediaRef()
handle = self.find_object_handle(matches[2][1:-1])
ref.set_reference_handle(handle)
self.person.add_media_reference(ref)
else:
(form, filename, title, note) = self.parse_obje(state.level+1)
self.build_media_object(state.person, form, filename, title, note)
def build_media_object(self, obj, form, filename, title, note):
if form == "url":
url = RelLib.Url()
url.set_path(filename)
url.set_description(title)
obj.add_url(url)
else:
(ok,path) = self.find_file(filename,self.dir_path)
if not ok:
self.warn(_("Could not import %s") % filename)
path = filename.replace('\\',os.path.sep)
photo_handle = self.media_map.get(path)
if photo_handle == None:
photo = RelLib.MediaObject()
photo.set_path(path)
photo.set_description(title)
full_path = os.path.abspath(path)
if os.path.isfile(full_path):
photo.set_mime_type(Mime.get_type(full_path))
else:
photo.set_mime_type(mime_map.get(form.lower(),'unknown'))
self.db.add_object(photo, self.trans)
self.media_map[path] = photo.handle
else:
photo = self.db.get_object_from_handle(photo_handle)
oref = RelLib.MediaRef()
oref.set_reference_handle(photo.handle)
oref.set_note(note)
obj.add_media_reference(oref)
def func_person_note(self,matches,state):
self.note = self.parse_note(matches,self.person,1,state.note)
def func_person_sex(self,matches,state):
"""
> +1 SEX <SEX_VALUE> {0:1}
Valid values for <SEX_VALUE> are:
> M = Male
> F = Female
"""
if matches[2] == '':
state.person.set_gender(RelLib.Person.UNKNOWN)
elif matches[2][0] == "M":
state.person.set_gender(RelLib.Person.MALE)
elif matches[2][0] == "F":
state.person.set_gender(RelLib.Person.FEMALE)
else:
state.person.set_gender(RelLib.Person.UNKNOWN)
def func_person_bapl(self,matches,state):
lds_ord = RelLib.LdsOrd()
lds_ord.set_type(RelLib.LdsOrd.BAPTISM)
state.person.lds_ord_list.append(lds_ord)
self.parse_ord(lds_ord,2)
def func_person_conl(self,matches,state):
lds_ord = RelLib.LdsOrd()
lds_ord.set_type(RelLib.LdsOrd.CONFIRMATION)
state.person.lds_ord_list.append(lds_ord)
self.parse_ord(lds_ord,2)
def func_person_endl(self,matches,state):
lds_ord = RelLib.LdsOrd()
lds_ord.set_type(RelLib.LdsOrd.ENDOWMENT)
state.person.lds_ord_list.append(lds_ord)
self.parse_ord(lds_ord,2)
def func_person_slgc(self,matches,state):
lds_ord = RelLib.LdsOrd()
lds_ord.set_type(RelLib.LdsOrd.SEAL_TO_PARENTS)
state.person.lds_ord_list.append(lds_ord)
self.parse_ord(lds_ord,2)
def func_person_fams(self,matches,state):
handle = self.find_family_handle(matches[2][1:-1])
state.person.add_family_handle(handle)
state.add_to_note(self.parse_optional_note(2))
def func_person_famc(self,matches,state):
ftype,famc_note = self.parse_famc_type(2,state.person)
gid = matches[2][1:-1]
handle = self.find_family_handle(gid)
for f in self.person.get_parent_family_handle_list():
if f[0] == handle:
break
else:
if int(ftype) in rel_types:
state.person.add_parent_family_handle(handle)
else:
if state.person.get_main_parents_family_handle() == handle:
state.person.set_main_parent_family_handle(None)
state.person.add_parent_family_handle(handle)
# search childrefs
family = self.db.find_family_from_handle(handle, self.trans)
family.set_gramps_id(gid)
for ref in family.get_child_ref_list():
if ref.ref == state.person.handle:
ref.set_mother_relation(ftype)
ref.set_father_relation(ftype)
break
else:
ref = RelLib.ChildRef()
ref.ref = state.person.handle
ref.set_mother_relation(ftype)
ref.set_father_relation(ftype)
family.add_child_ref(ref)
self.db.commit_family(family, self.trans)
def func_person_resi(self,matches,state):
"""
The RESI tag follows the EVENT_DETAIL structure, which is:
> n TYPE <EVENT_DESCRIPTOR> {0:1}
> n DATE <DATE_VALUE> {0:1}
> n <<PLACE_STRUCTURE>> {0:1}
> n <<ADDRESS_STRUCTURE>> {0:1}
> n AGE <AGE_AT_EVENT> {0:1}
> n AGNC <RESPONSIBLE_AGENCY> {0:1}
> n CAUS <CAUSE_OF_EVENT> {0:1}
> n <<SOURCE_CITATION>> {0:M}
> n <<MULTIMEDIA_LINK>> {0:M}
> n <<NOTE_STRUCTURE>> {0:M}
Currently, the TYPE, AGE, CAUSE, STAT, and other tags which
do not apply to an address are ignored.
"""
addr = RelLib.Address()
state.person.add_address(addr)
note = ""
while True:
matches = self.get_next()
if self.level_is_finished(matches, state.level+1):
break
elif matches[1] == TOKEN_DATE:
addr.set_date_object(self.extract_date(matches[2]))
elif matches[1] == TOKEN_ADDR:
addr.set_street(matches[2])
self.parse_address(addr, state.level+1)
elif matches[1] == TOKEN_SOUR:
addr.add_source_reference(self.handle_source(matches,
state.level+1))
elif matches[1] == TOKEN_PLAC:
addr.set_street(matches[2])
self.parse_address(addr, state.level+1)
elif matches[1] == TOKEN_PHON:
if addr.get_street() == "":
addr.set_street("Unknown")
addr.set_phone(matches[2])
elif matches[1] == TOKEN_NOTE:
note = self.parse_note(matches, addr, state.level+1, '')
elif matches[1] in (TOKEN_IGNORE, TOKEN_CAUS, TOKEN_STAT,
TOKEN_TEMP, TOKEN_OBJE, TOKEN_TYPE):
self.ignore_sub_junk(state.level+2)
else:
self.not_recognized(state.level+1)
def func_person_addr(self,matches,state):
"""
Parses the Address structure by calling parse_address.
"""
addr = RelLib.Address()
addr.set_street(matches[2])
self.parse_address(addr,2)
state.person.add_address(addr)
def func_person_phon(self,matches,state):
addr = RelLib.Address()
addr.set_street("Unknown")
addr.set_phone(matches[2])
state.person.add_address(addr)
def func_person_birt(self,matches,state):
"""
> n BIRT [Y|<NULL>] {1:1}
> +1 <<EVENT_DETAIL>> {0:1} p.*
> +1 FAMC @<XREF:FAM>@ {0:1} p.*
I'm not sure what value the FAMC actually offers here, since
the FAMC record should handle this. Why it is a valid sub value
is beyond me.
"""
event = RelLib.Event()
event_ref = RelLib.EventRef()
event.set_gramps_id(self.emapper.find_next())
event.set_type(RelLib.EventType.BIRTH)
self.parse_event(event_ref, event, self.generic_event_map, 2)
person_event_name(event,state.person)
self.db.add_event(event, self.trans)
event_ref.set_reference_handle(event.handle)
if state.person.get_birth_ref():
state.person.add_event_ref(event_ref)
else:
state.person.set_birth_ref(event_ref)
def func_person_adop(self,matches,state):
"""
n BIRT [Y|<NULL>] {1:1}
+1 <<EVENT_DETAIL>> {0:1} p.*
+1 FAMC @<XREF:FAM>@ {0:1} p.*
+2 ADOP <ADOPTED_BY_WHICH_PARENT> {0:1}
"""
event = RelLib.Event()
event.set_gramps_id(self.emapper.find_next())
event.set_type(RelLib.EventType.ADOPT)
event_ref = RelLib.EventRef()
self.parse_event(event_ref, event, self.person_adopt_map, 2)
person_event_name(event,state.person)
self.db.add_event(event, self.trans)
event_ref.set_reference_handle(event.handle)
state.person.add_event_ref(event_ref)
def func_person_deat(self,matches,state):
"""
n DEAT [Y|<NULL>] {1:1}
+1 <<EVENT_DETAIL>> {0:1} p.*
"""
event = RelLib.Event()
event_ref = RelLib.EventRef()
event.set_gramps_id(self.emapper.find_next())
if matches[2] and matches[2] != 'Y':
event.set_description(matches[2])
event.type.set(RelLib.EventType.DEATH)
self.parse_event(event_ref, event, self.generic_event_map, 2)
person_event_name(event,state.person)
self.db.add_event(event, self.trans)
event_ref.set_reference_handle(event.handle)
if state.person.get_death_ref():
state.person.add_event_ref(event_ref)
else:
state.person.set_death_ref(event_ref)
def func_person_even(self,matches,state):
"""
n <<EVENT_TYPE>> {1:1}
+1 <<EVENT_DETAIL>> {0:1} p.*
"""
event = RelLib.Event()
event_ref = RelLib.EventRef()
event.set_type((RelLib.EventType.CUSTOM,""))
event.set_gramps_id(self.emapper.find_next())
if matches[2] and matches[2] != 'Y':
event.set_description(matches[2])
self.parse_event(event_ref, event, self.generic_event_map, 2)
the_type = event.get_type()
if int(the_type) == RelLib.EventType.CUSTOM \
and str(the_type) in self.attrs:
attr = RelLib.Attribute()
new_type = self.gedattr.get(str(the_type),RelLib.AttributeType.CUSTOM)
attr.set_type(new_type)
attr.set_value(event.get_description())
state.person.add_attribute(attr)
else:
self.db.add_event(event, self.trans)
event_ref.set_reference_handle(event.handle)
state.person.add_event_ref(event_ref)
def func_person_sour(self,matches,state):
source_ref = self.handle_source(matches,2)
state.person.add_source_reference(source_ref)
def func_person_refn(self,matches,state):
if intRE.match(matches[2]):
try:
self.refn[self.person.handle] = int(matches[2])
except:
pass
def func_person_attr(self,matches,state):
attr = RelLib.Attribute()
n = matches[3]
atype = self.gedattr.get(n,RelLib.AttributeType.CUSTOM)
if atype == RelLib.AttributeType.CUSTOM:
attr.set_type((atype,n))
else:
attr.set_type(atype)
attr.set_value(matches[2])
state.person.add_attribute(attr)
def func_person_resn(self,matches,state):
attr = RelLib.Attribute()
attr.set_type((RelLib.AttributeType.CUSTOM, 'RESN'))
state.person.add_attribute(attr)
def func_person_event(self,matches,state):
n = matches[3].strip()
if self.gedattr.has_key(n):
attr = RelLib.Attribute()
attr.set_type((self.gedattr[n],''))
attr.set_value(matches[2])
state.person.add_attribute(attr)
self.parse_person_attr(attr,2)
return
elif ged2gramps.has_key(n):
event = RelLib.Event()
event.set_gramps_id(self.emapper.find_next())
event.set_type((ged2gramps[n],''))
else:
event = RelLib.Event()
event.set_gramps_id(self.emapper.find_next())
val = self.gedsource.tag2gramps(n)
if val:
event.set_type((RelLib.EventType.CUSTOM,val))
else:
event.set_type((RelLib.EventType.CUSTOM,n))
event_ref = RelLib.EventRef()
self.parse_event(event_ref, event, self.generic_event_map, 2)
if matches[2] and matches[2] != 'Y':
event.set_description(matches[2])
person_event_name(event,state.person)
self.db.add_event(event, self.trans)
event_ref.set_reference_handle(event.handle)
state.person.add_event_ref(event_ref)
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def func_name_undefined(self,matches,state):
self.not_recognized(state.level+1)
def func_name_note(self,matches,state):
state.add_to_note(self.parse_note(matches,state.name,
state.level+1,state.note))
def func_name_alia(self,matches,state):
"""
The ALIA tag is supposed to cross reference another person.
However, we do not support this.
Some systems use the ALIA tag as an alternate NAME tag, which
is not legal in GEDCOM, but oddly enough, is easy to support.
"""
if matches[2][0] == '@':
aka = RelLib.Name()
try:
names = nameRegexp.match(matches[2]).groups()
except:
names = (matches[2],"","","","")
if names[0]:
aka.set_first_name(names[0].strip())
if names[2]:
aka.set_surname(names[2].strip())
if names[4]:
aka.set_suffix(names[4].strip())
state.person.add_alternate_name(aka)
else:
pass
def func_name_npfx(self,matches,state):
state.name.set_title(matches[2].strip())
def func_name_givn(self,matches,state):
state.name.set_first_name(matches[2].strip())
def func_name_spfx(self,matches,state):
state.name.set_surname_prefix(matches[2].strip())
def func_name_surn(self,matches,state):
state.name.set_surname(matches[2].strip())
def func_name_marnm(self,matches,state):
self.parse_marnm(state.person,matches[2].strip())
def func_name_titl(self,matches,state):
state.name.set_suffix(matches[2])
def func_name_nsfx(self,matches,state):
if state.name.get_suffix() == "":
state.name.set_suffix(matches[2])
def func_name_nick(self,matches,state):
attr = RelLib.Attribute()
attr.set_type(RelLib.AttributeType.NICKNAME)
attr.set_value(matches[2])
state.person.add_attribute(attr)
def func_name_aka(self, matches, state):
lname = matches[2].split()
l = len(lname)
if l == 1:
attr = RelLib.Attribute()
attr.set_type(RelLib.AttributeType.NICKNAME)
attr.set_value(matches[2])
state.person.add_attribute(attr)
else:
name = RelLib.Name()
name.set_surname(lname[-1].strip())
name.set_first_name(' '.join(lname[0:l-1]))
state.person.add_alternate_name(name)
def func_name_sour(self, matches, state):
sref = self.handle_source(matches,state.level+1)
state.name.add_source_reference(sref)
def parse_repository(self,repo):
state = CurrentState()
state.repo = repo
while True:
matches = self.get_next()
if self.level_is_finished(matches, 1):
break
else:
func = self.repo_func.get(matches[1],self.func_repo_ignore)
func(matches, repo, 1)
def func_repo_name(self, matches, repo, level):
repo.set_name(matches[2])
def func_repo_ignore(self, matches, repo, level):
self.ignore_sub_junk(level)
def func_repo_addr(self, matches, repo, level):
"""
n ADDR <ADDRESS_LINE> {0:1}
+1 CONT <ADDRESS_LINE> {0:M}
+1 ADR1 <ADDRESS_LINE1> {0:1}
+1 ADR2 <ADDRESS_LINE2> {0:1}
+1 CITY <ADDRESS_CITY> {0:1}
+1 STAE <ADDRESS_STATE> {0:1}
+1 POST <ADDRESS_POSTAL_CODE> {0:1}
+1 CTRY <ADDRESS_COUNTRY> {0:1}
n PHON <PHONE_NUMBER> {0:3}
Some repositories do not try to break up the address,
instead they put everything on a single line. Try to determine
if this happened, and try to fix it.
"""
addr = RelLib.Address()
matched = False
addr.set_street(matches[2])
self.parse_address(addr, 2)
text = addr.get_street()
if not addr.get_city() and not addr.get_state() and \
not addr.get_postal_code() and not addr.get_country():
match = addr_re.match(text)
if match:
groups = match.groups()
addr.set_street(groups[0].strip())
addr.set_city(groups[2].strip())
addr.set_state(groups[3].strip())
addr.set_postal_code(groups[4].strip())
addr.set_country(groups[5].strip())
matched = True
match = addr2_re.match(text)
if match:
groups = match.groups()
addr.set_street(groups[0].strip())
addr.set_city(groups[2].strip())
addr.set_state(groups[3].strip())
addr.set_postal_code(groups[4].strip())
matched = True
match = addr3_re.match(text)
if match:
groups = match.groups()
addr.set_street(groups[0].strip())
addr.set_city(groups[2].strip())
addr.set_state(groups[3].strip())
matched = True
repo.add_address(addr)
def skip_record(self,matches,state):
self.ignore_sub_junk(2)
def extract_temple(self, matches):
def get_code(code):
if LdsUtils.temple_to_abrev.has_key(code):
return code
elif LdsUtils.temple_codes.has_key(code):
return LdsUtils.temple_codes[code]
c = get_code(matches[2])
if c: return c
## Not sure why we do this. Kind of ugly.
c = get_code(matches[2].split()[0])
if c: return c
## Okay we have no clue which temple this is.
## We should tell the user and store it anyway.
self.warn("Invalid temple code '%s'" % (matches[2],))
return matches[2]
def person_event_name(event,person):
if event.get_type().is_custom():
if not event.get_description():
text = _event_person_str % {
'event_name' : str(event.get_type()),
'person' : NameDisplay.displayer.display(person),
}
event.set_description(text)
def load_place_values(place,text,pf=None):
items = [item.strip() for item in text.split(',')]
if not pf:
pf = _place_field
if len(items) != len(pf):
return
loc = place.get_main_location()
index = 0
for item in items:
pf[index](loc,item)
index += 1
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def create_id():
return Utils.create_id()
if __name__ == "__main__":
import sys
import hotshot#, hotshot.stats
from GrampsDb import gramps_db_factory
def callback(val):
pass
form = logging.Formatter(fmt="%(levelname)s: %(filename)s: line %(lineno)d: %(message)s")
stderrh = logging.StreamHandler(sys.stderr)
stderrh.setFormatter(form)
stderrh.setLevel(logging.DEBUG)
# Setup the base level logger, this one gets
# everything.
l = logging.getLogger()
l.setLevel(logging.DEBUG)
l.addHandler(stderrh)
codeset = None
db_class = gramps_db_factory(const.app_gramps)
database = db_class()
database.load("test.grdb",lambda x: None, mode="w")
np = NoteParser(sys.argv[1], False, 0)
g = GedcomParser(database,sys.argv[1],callback, codeset, np.get_map(),np.get_lines(),np.get_persons())
if False:
pr = hotshot.Profile('mystats.profile')
print "Start"
pr.runcall(g.parse_gedcom_file,False)
print "Finished"
pr.close()
## print "Loading profile"
## stats = hotshot.stats.load('mystats.profile')
## print "done"
## stats.strip_dirs()
## stats.sort_stats('time','calls')
## stats.print_stats(100)
else:
t = time.time()
g.parse_gedcom_file(False)
print time.time() - t
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