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#
# Gramps - a GTK+/GNOME based genealogy program
#
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# Copyright (C) 2000-2006 Donald N. Allingham
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#
# 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
#
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# $Id$
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#-------------------------------------------------------------------------
#
# Standard python modules
#
#-------------------------------------------------------------------------
import os
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import sys
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import locale
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import random
import time
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from gettext import gettext as _
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try :
set ( )
except :
from sets import Set as set
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#-------------------------------------------------------------------------
#
# GNOME/GTK
#
#-------------------------------------------------------------------------
import gtk
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import gtk . gdk
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#-------------------------------------------------------------------------
#
# Gramps modules
#
#-------------------------------------------------------------------------
import const
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import Mime
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import NameDisplay
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import RelLib
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import Errors
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from QuestionDialog import WarningDialog
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#-------------------------------------------------------------------------
#
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# Integer to String mappings for constants
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#
#-------------------------------------------------------------------------
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gender = {
RelLib . Person . MALE : _ ( " male " ) ,
RelLib . Person . FEMALE : _ ( " female " ) ,
RelLib . Person . UNKNOWN : _ ( " unknown " ) ,
}
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def format_gender ( type ) :
return gender . get ( type [ 0 ] , _ ( " Invalid " ) )
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confidence = {
RelLib . SourceRef . CONF_VERY_HIGH : _ ( " Very High " ) ,
RelLib . SourceRef . CONF_HIGH : _ ( " High " ) ,
RelLib . SourceRef . CONF_NORMAL : _ ( " Normal " ) ,
RelLib . SourceRef . CONF_LOW : _ ( " Low " ) ,
RelLib . SourceRef . CONF_VERY_LOW : _ ( " Very Low " ) ,
}
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def format_confidence ( type ) :
return confidence . get ( type [ 0 ] , _ ( " Invalid id %d ( ' %s ' ) " ) % type )
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personal_attributes = {
RelLib . Attribute . UNKNOWN : _ ( " Unknown " ) ,
RelLib . Attribute . CUSTOM : _ ( " Custom " ) ,
RelLib . Attribute . CASTE : _ ( " Caste " ) ,
RelLib . Attribute . DESCRIPTION : _ ( " Description " ) ,
RelLib . Attribute . ID : _ ( " Identification Number " ) ,
RelLib . Attribute . NATIONAL : _ ( " National Origin " ) ,
RelLib . Attribute . NUM_CHILD : _ ( " Number of Children " ) ,
RelLib . Attribute . SSN : _ ( " Social Security Number " ) ,
}
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def format_personal_attribute ( type ) :
if type [ 0 ] == RelLib . Attribute . CUSTOM :
return type [ 1 ]
return personal_attributes . get ( type [ 0 ] , _ ( " Invalid id %d ( ' %s ' ) " ) % type )
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family_attributes = {
RelLib . Attribute . UNKNOWN : _ ( " Unknown " ) ,
RelLib . Attribute . CUSTOM : _ ( " Custom " ) ,
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RelLib . Attribute . NUM_CHILD : _ ( " Number of Children " ) ,
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}
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def format_family_attribute ( type ) :
if type [ 0 ] == RelLib . Attribute . CUSTOM :
return type [ 1 ]
return family_attributes . get ( type [ 0 ] , _ ( " Invalid id %d ( ' %s ' ) " ) % type )
def format_attribute ( type ) :
if type [ 0 ] == RelLib . Attribute . CUSTOM :
return type [ 1 ]
val = personal_attributes . get ( type [ 0 ] )
if not val :
val = family_attributes . get ( type [ 0 ] , _ ( " Invalid id %d ( ' %s ' ) " ) % type )
return val
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family_rel_descriptions = {
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RelLib . FamilyRelType . MARRIED : _ ( " A legal or common-law relationship "
" between a husband and wife " ) ,
RelLib . FamilyRelType . UNMARRIED : _ ( " No legal or common-law relationship "
" between man and woman " ) ,
RelLib . FamilyRelType . CIVIL_UNION : _ ( " An established relationship between "
" members of the same sex " ) ,
RelLib . FamilyRelType . UNKNOWN : _ ( " Unknown relationship between a man "
" and woman " ) ,
RelLib . FamilyRelType . CUSTOM : _ ( " An unspecified relationship "
" a man and woman " ) ,
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}
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#-------------------------------------------------------------------------
#
# Integer to GEDCOM tag mappings for constants
#
#-------------------------------------------------------------------------
familyConstantEvents = {
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RelLib . EventType . ANNULMENT : " ANUL " ,
RelLib . EventType . DIV_FILING : " DIVF " ,
RelLib . EventType . DIVORCE : " DIV " ,
RelLib . EventType . ENGAGEMENT : " ENGA " ,
RelLib . EventType . MARR_BANNS : " MARB " ,
RelLib . EventType . MARR_CONTR : " MARC " ,
RelLib . EventType . MARR_LIC : " MARL " ,
RelLib . EventType . MARR_SETTL : " MARS " ,
RelLib . EventType . MARRIAGE : " MARR "
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}
personalConstantEvents = {
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RelLib . EventType . ADOPT : " ADOP " ,
RelLib . EventType . ADULT_CHRISTEN : " CHRA " ,
RelLib . EventType . BIRTH : " BIRT " ,
RelLib . EventType . DEATH : " DEAT " ,
RelLib . EventType . BAPTISM : " BAPM " ,
RelLib . EventType . BAR_MITZVAH : " BARM " ,
RelLib . EventType . BAS_MITZVAH : " BASM " ,
RelLib . EventType . BLESS : " BLES " ,
RelLib . EventType . BURIAL : " BURI " ,
RelLib . EventType . CAUSE_DEATH : " CAUS " ,
RelLib . EventType . ORDINATION : " ORDI " ,
RelLib . EventType . CENSUS : " CENS " ,
RelLib . EventType . CHRISTEN : " CHR " ,
RelLib . EventType . CONFIRMATION : " CONF " ,
RelLib . EventType . CREMATION : " CREM " ,
RelLib . EventType . DEGREE : " _DEG " ,
RelLib . EventType . DIV_FILING : " DIVF " ,
RelLib . EventType . EDUCATION : " EDUC " ,
RelLib . EventType . ELECTED : " " ,
RelLib . EventType . EMIGRATION : " EMIG " ,
RelLib . EventType . FIRST_COMMUN : " FCOM " ,
RelLib . EventType . GRADUATION : " GRAD " ,
RelLib . EventType . MED_INFO : " _MDCL " ,
RelLib . EventType . MILITARY_SERV : " _MILT " ,
RelLib . EventType . NATURALIZATION : " NATU " ,
RelLib . EventType . NOB_TITLE : " TITL " ,
RelLib . EventType . NUM_MARRIAGES : " NMR " ,
RelLib . EventType . IMMIGRATION : " IMMI " ,
RelLib . EventType . OCCUPATION : " OCCU " ,
RelLib . EventType . PROBATE : " PROB " ,
RelLib . EventType . PROPERTY : " PROP " ,
RelLib . EventType . RELIGION : " RELI " ,
RelLib . EventType . RESIDENCE : " RESI " ,
RelLib . EventType . RETIREMENT : " RETI " ,
RelLib . EventType . WILL : " WILL " ,
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}
familyConstantAttributes = {
RelLib . Attribute . NUM_CHILD : " NCHI " ,
}
personalConstantAttributes = {
RelLib . Attribute . CASTE : " CAST " ,
RelLib . Attribute . DESCRIPTION : " DSCR " ,
RelLib . Attribute . ID : " IDNO " ,
RelLib . Attribute . NATIONAL : " NATI " ,
RelLib . Attribute . NUM_CHILD : " NCHI " ,
RelLib . Attribute . SSN : " SSN " ,
}
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#-------------------------------------------------------------------------
#
# modified flag
#
#-------------------------------------------------------------------------
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_history_brokenFlag = 0
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def history_broken ( ) :
global _history_brokenFlag
_history_brokenFlag = 1
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data_recover_msg = _ ( ' The data can only be recovered by Undo operation '
' or by quitting with abandoning changes. ' )
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def fix_encoding ( value ) :
if type ( value ) != unicode :
try :
return unicode ( value )
except :
codeset = locale . getpreferredencoding ( )
if codeset == ' UTF-8 ' :
codeset = ' latin1 '
return unicode ( value , codeset )
else :
return value
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def xml_lang ( ) :
( loc , enc ) = locale . getlocale ( )
if loc == None :
return " "
else :
return loc . replace ( ' _ ' , ' - ' )
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#-------------------------------------------------------------------------
#
# force_unicode
#
#-------------------------------------------------------------------------
def force_unicode ( n ) :
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if type ( n ) != unicode :
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return ( unicode ( n ) . lower ( ) , unicode ( n ) )
else :
return ( n . lower ( ) , n )
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#-------------------------------------------------------------------------
#
# Clears the modified flag. Should be called after data is saved.
#
#-------------------------------------------------------------------------
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def clearHistory_broken ( ) :
global _history_brokenFlag
_history_brokenFlag = 0
def wasHistory_broken ( ) :
return _history_brokenFlag
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#-------------------------------------------------------------------------
#
# Short hand function to return either the person's name, or an empty
# string if the person is None
#
#-------------------------------------------------------------------------
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def family_name ( family , db ) :
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""" Builds a name for the family from the parents names """
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father_handle = family . get_father_handle ( )
mother_handle = family . get_mother_handle ( )
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father = db . get_person_from_handle ( father_handle )
mother = db . get_person_from_handle ( mother_handle )
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if father and mother :
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fname = NameDisplay . displayer . display ( father )
mname = NameDisplay . displayer . display ( mother )
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name = _ ( " %(father)s and %(mother)s " ) % {
" father " : fname ,
" mother " : mname }
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elif father :
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name = NameDisplay . displayer . display ( father )
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elif mother :
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name = NameDisplay . displayer . display ( mother )
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else :
name = _ ( " unknown " )
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return name
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def family_upper_name ( family , db ) :
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""" Builds a name for the family from the parents names """
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father_handle = family . get_father_handle ( )
mother_handle = family . get_mother_handle ( )
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father = db . get_person_from_handle ( father_handle )
mother = db . get_person_from_handle ( mother_handle )
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if father and mother :
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fname = father . get_primary_name ( ) . get_upper_name ( )
mname = mother . get_primary_name ( ) . get_upper_name ( )
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name = _ ( " %s and %s " ) % ( fname , mname )
elif father :
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name = father . get_primary_name ( ) . get_upper_name ( )
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else :
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name = mother . get_primary_name ( ) . get_upper_name ( )
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return name
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#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def destroy_passed_object ( obj ) :
obj . destroy ( )
while gtk . events_pending ( ) :
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gtk . main_iteration ( )
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#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def get_detail_text ( obj , priv = 1 ) :
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if obj . get_note ( ) != " " :
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details = " %s " % _ ( " Note " )
else :
details = " "
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if len ( obj . get_source_references ( ) ) > 0 :
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if details == " " :
details = _ ( " Source " )
else :
details = " %s , %s " % ( details , _ ( " Source " ) )
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if priv and obj . get_privacy ( ) == 1 :
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if details == " " :
details = _ ( " Private " )
else :
details = " %s , %s " % ( details , _ ( " Private " ) )
return details
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def redraw_list ( dlist , clist , func ) :
clist . clear ( )
index = 0
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for obj in dlist :
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col = 0
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node = clist . append ( )
for data in func ( obj ) :
clist . set_value ( node , col , data )
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col = col + 1
index = index + 1
return index
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def delete_selected ( obj , list ) :
sel = obj . get_selection ( )
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model , node = sel . get_selected ( )
if node :
index = model . get_path ( node ) [ 0 ]
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del list [ index ]
return 1
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def add_menuitem ( menu , msg , obj , func ) :
item = gtk . MenuItem ( msg )
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item . set_data ( ' o ' , obj )
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item . connect ( " activate " , func )
item . show ( )
menu . append ( item )
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def view_photo ( photo ) :
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mime_type = photo . get_mime_type ( )
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try :
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data = Mime . get_application ( mime_type )
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prog = data [ 0 ]
except :
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return
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launch ( prog , photo . get_path ( ) )
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def find_file ( filename ) :
# try the filename we got
try :
fname = filename
if os . path . isfile ( filename ) :
return ( filename )
except :
pass
# Build list of elternate encodings
encodings = [ sys . getfilesystemencoding ( ) , locale . getpreferredencoding ( ) , ' UTF-8 ' , ' ISO-8859-1 ' ]
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encodings = list ( set ( encodings ) )
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for enc in encodings :
try :
fname = filename . encode ( enc )
if os . path . isfile ( fname ) :
return fname
except :
pass
# not found
return ' '
def find_folder ( filename ) :
# try the filename we got
try :
fname = filename
if os . path . isdir ( filename ) :
return ( filename )
except :
pass
# Build list of elternate encodings
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try :
encodings = [ sys . getfilesystemencoding ( ) , locale . getpreferredencoding ( ) ,
' UTF-8 ' , ' ISO-8859-1 ' ]
except :
encodings = [ sys . getfilesystemencoding ( ) , ' UTF-8 ' , ' ISO-8859-1 ' ]
encodings = list ( set ( encodings ) )
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for enc in encodings :
try :
fname = filename . encode ( enc )
if os . path . isdir ( fname ) :
return fname
except :
pass
# not found
return ' '
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#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def build_string_optmenu ( mapping , start_val ) :
index = 0
start_index = 0
keys = mapping . keys ( )
keys . sort ( )
myMenu = gtk . Menu ( )
for key in keys :
if key == " default " :
menuitem = gtk . MenuItem ( _ ( " default " ) )
else :
menuitem = gtk . MenuItem ( key )
menuitem . set_data ( " d " , mapping [ key ] )
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menuitem . set_data ( " l " , key )
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menuitem . show ( )
myMenu . append ( menuitem )
if key == start_val :
start_index = index
index = index + 1
if start_index :
myMenu . set_active ( start_index )
return myMenu
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#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def build_columns ( tree , list ) :
cnum = 0
for name in list :
renderer = gtk . CellRendererText ( )
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renderer . set_fixed_height_from_font ( 1 )
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column = gtk . TreeViewColumn ( name [ 0 ] , renderer , text = cnum )
column . set_min_width ( name [ 1 ] )
if name [ 2 ] > = 0 :
column . set_sort_column_id ( name [ 2 ] )
if name [ 0 ] == ' ' :
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column . set_clickable ( True )
column . set_visible ( False )
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cnum = cnum + 1
tree . append_column ( column )
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#-------------------------------------------------------------------------
#
# Iterate over ancestors.
#
#-------------------------------------------------------------------------
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def for_each_ancestor ( db , start , func , data ) :
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"""
Recursively iterate ( breadth - first ) over ancestors of
people listed in start .
Call func ( data , pid ) for the Id of each person encountered .
Exit and return 1 , as soon as func returns true .
Return 0 otherwise .
"""
todo = start
doneIds = { }
while len ( todo ) :
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p_handle = todo . pop ( )
p = db . get_person_from_handle ( p_handle )
# Don't process the same handle twice. This can happen
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# if there is a cycle in the database, or if the
# initial list contains X and some of X's ancestors.
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if doneIds . has_key ( p_handle ) :
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continue
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doneIds [ p_handle ] = 1
if func ( data , p_handle ) :
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return 1
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for fam_handle in p . get_parent_family_handle_list ( ) :
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fam = db . get_family_from_handle ( fam_handle )
if fam :
f_handle = fam . get_father_handle ( )
m_handle = fam . get_mother_handle ( )
if f_handle : todo . append ( f_handle )
if m_handle : todo . append ( m_handle )
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return 0
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def title ( n ) :
return ' <span weight= " bold " size= " larger " > %s </span> ' % n
def set_title_label ( xmlobj , t ) :
title_label = xmlobj . get_widget ( ' title ' )
title_label . set_text ( ' <span weight= " bold " size= " larger " > %s </span> ' % t )
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title_label . set_use_markup ( True )
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def set_titles ( window , title , t , msg = None ) :
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if title :
title . set_text ( ' <span weight= " bold " size= " larger " > %s </span> ' % t )
title . set_use_markup ( True )
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if msg :
window . set_title ( ' %s - GRAMPS ' % msg )
else :
window . set_title ( ' %s - GRAMPS ' % t )
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window . set_icon_from_file ( const . icon )
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def gfloat ( val ) :
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""" Converts to floating number, taking care of possible locale differences.
Useful for reading float values from text entry fields
while under non - English locale .
"""
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try :
return float ( val )
except :
try :
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return float ( val . replace ( ' . ' , ' , ' ) )
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except :
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return float ( val . replace ( ' , ' , ' . ' ) )
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return 0.0
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def gformat ( val ) :
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""" Performs ( ' %.3f ' % val) formatting with the resulting string always
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using dot ( ' . ' ) as a decimal point .
Useful for writing float values into XML when under non - English locale .
"""
decimal_point = locale . localeconv ( ) [ ' decimal_point ' ]
return_val = " %.3f " % val
return return_val . replace ( decimal_point , ' . ' )
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def search_for ( name ) :
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name = name . split ( ) [ 0 ]
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for i in os . environ [ ' PATH ' ] . split ( ' : ' ) :
fname = os . path . join ( i , name )
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if os . access ( fname , os . X_OK ) and not os . path . isdir ( fname ) :
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return 1
return 0
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#-------------------------------------------------------------------------
#
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# Change label appearance
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#
#-------------------------------------------------------------------------
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def bold_label ( label , widget = None ) :
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if label . __class__ == gtk . Label :
text = unicode ( label . get_text ( ) )
text = text . replace ( ' <i> ' , ' ' )
text = text . replace ( ' </i> ' , ' ' )
label . set_text ( " <b> %s </b> " % text )
label . set_use_markup ( True )
else :
clist = label . get_children ( )
text = unicode ( clist [ 1 ] . get_text ( ) )
text = text . replace ( ' <i> ' , ' ' )
text = text . replace ( ' </i> ' , ' ' )
clist [ 0 ] . show ( )
clist [ 1 ] . set_text ( " <b> %s </b> " % text )
clist [ 1 ] . set_use_markup ( True )
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if widget :
widget . window . set_cursor ( None )
def unbold_label ( label , widget = None ) :
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if label . __class__ == gtk . Label :
text = unicode ( label . get_text ( ) )
text = text . replace ( ' <b> ' , ' ' )
text = text . replace ( ' </b> ' , ' ' )
text = text . replace ( ' <i> ' , ' ' )
text = text . replace ( ' </i> ' , ' ' )
label . set_text ( text )
label . set_use_markup ( False )
else :
clist = label . get_children ( )
text = unicode ( clist [ 1 ] . get_text ( ) )
text = text . replace ( ' <b> ' , ' ' )
text = text . replace ( ' </b> ' , ' ' )
text = text . replace ( ' <i> ' , ' ' )
text = text . replace ( ' </i> ' , ' ' )
clist [ 0 ] . hide ( )
clist [ 1 ] . set_text ( text )
clist [ 1 ] . set_use_markup ( False )
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if widget :
widget . window . set_cursor ( None )
def temp_label ( label , widget = None ) :
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if label . __class__ == gtk . Label :
text = unicode ( label . get_text ( ) )
text = text . replace ( ' <b> ' , ' ' )
text = text . replace ( ' </b> ' , ' ' )
label . set_text ( " <i> %s </i> " % text )
label . set_use_markup ( True )
else :
clist = label . get_children ( )
text = unicode ( clist [ 1 ] . get_text ( ) )
text = text . replace ( ' <b> ' , ' ' )
text = text . replace ( ' </b> ' , ' ' )
clist [ 0 ] . hide ( )
clist [ 1 ] . set_text ( " <i> %s </i> " % text )
clist [ 1 ] . set_use_markup ( True )
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if widget :
widget . window . set_cursor ( gtk . gdk . Cursor ( gtk . gdk . WATCH ) )
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2004-06-30 09:36:10 +05:30
#-------------------------------------------------------------------------
#
# create_id
#
#-------------------------------------------------------------------------
rand = random . Random ( time . time ( ) )
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def create_id ( ) :
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return " %08x %08x " % ( int ( time . time ( ) * 10000 ) ,
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rand . randint ( 0 , sys . maxint ) )
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def probably_alive ( person , db , current_year = None , limit = 0 ) :
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""" Returns true if the person may be alive.
This works by a process of emlimination . If we can ' t find a good
reason to believe that someone is dead then we assume they must
be alive .
"""
if not current_year :
time_struct = time . localtime ( time . time ( ) )
current_year = time_struct [ 0 ]
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death_year = None
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# If the recorded death year is before current year then
# things are simple.
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if person . death_ref :
death = db . get_event_from_handle ( person . death_ref . ref )
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if death . get_date_object ( ) . get_start_date ( ) != RelLib . Date . EMPTY :
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death_year = death . get_date_object ( ) . get_year ( )
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if death_year - limit < current_year :
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return False
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2004-10-08 09:29:55 +05:30
# Look for Cause Of Death, Burial or Cremation events.
# These are fairly good indications that someone's not alive.
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for ev_ref in person . event_ref_list :
ev = db . get_event_from_handle ( ev_ref . ref )
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if ev and int ( ev . get_type ( ) ) in [ RelLib . EventType . CAUSE_DEATH ,
RelLib . EventType . BURIAL ,
RelLib . EventType . CREMATION ] :
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if not death_year :
death_year = ev . get_date_object ( ) . get_year ( )
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if ev . get_date_object ( ) . get_start_date ( ) != RelLib . Date . EMPTY :
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if ev . get_date_object ( ) . get_year ( ) - limit < current_year :
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return False
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# For any other event of this person, check whether it happened
# too long ago. If so then the person is likely dead now.
elif ev and too_old ( ev . get_date_object ( ) , current_year ) :
return False
2004-10-08 09:29:55 +05:30
2005-04-08 15:10:15 +05:30
birth_year = None
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# If they were born within 100 years before current year then
# assume they are alive (we already know they are not dead).
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if person . birth_ref :
birth = db . get_event_from_handle ( person . birth_ref . ref )
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if birth . get_date_object ( ) . get_start_date ( ) != RelLib . Date . EMPTY :
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if not birth_year :
birth_year = birth . get_date_object ( ) . get_year ( )
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# Check whether the birth event is too old because the
# code above did not look at birth, only at other events
if too_old ( birth . get_date_object ( ) , current_year ) :
return False
if not_too_old ( birth . get_date_object ( ) , current_year ) :
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return True
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if not birth_year and death_year :
if death_year > current_year + 110 :
# person died more tha 110 after current year
return False
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2004-10-08 09:29:55 +05:30
# Neither birth nor death events are available. Try looking
# for descendants that were born more than a lifespan ago.
min_generation = 13
def descendants_too_old ( person , years ) :
for family_handle in person . get_family_handle_list ( ) :
family = db . get_family_from_handle ( family_handle )
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2006-04-14 00:59:36 +05:30
for child_ref in family . get_child_ref_list ( ) :
child_handle = child_ref . ref
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child = db . get_person_from_handle ( child_handle )
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if child . birth_ref :
child_birth = db . get_event_from_handle ( child . birth_ref . ref )
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dobj = child_birth . get_date_object ( )
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if dobj . get_start_date ( ) != RelLib . Date . EMPTY :
d = RelLib . Date ( dobj )
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val = d . get_start_date ( )
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val = d . get_year ( ) - years
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d . set_year ( val )
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if not not_too_old ( d , current_year ) :
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return True
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if child . death_ref :
child_death = db . get_event_from_handle ( child . death_ref . ref )
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dobj = child_death . get_date_object ( )
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if dobj . get_start_date ( ) != RelLib . Date . EMPTY :
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if not not_too_old ( dobj , current_year ) :
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return True
if descendants_too_old ( child , years + min_generation ) :
return True
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return False
2004-10-08 09:29:55 +05:30
2005-04-08 13:39:18 +05:30
# If there are descendants that are too old for the person to have
# been alive in the current year then they must be dead.
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try :
if descendants_too_old ( person , min_generation ) :
return False
except RuntimeError :
raise Errors . DatabaseError (
_ ( " Database error: %s is defined as his or her own ancestor " ) %
NameDisplay . displayer . display ( person ) )
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average_generation_gap = 20
def ancestors_too_old ( person , year ) :
family_handle = person . get_main_parents_family_handle ( )
if family_handle :
family = db . get_family_from_handle ( family_handle )
father_handle = family . get_father_handle ( )
if father_handle :
father = db . get_person_from_handle ( father_handle )
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if father . birth_ref :
father_birth = db . get_event_from_handle ( father . birth_ref . ref )
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dobj = father_birth . get_date_object ( )
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if dobj . get_start_date ( ) != RelLib . Date . EMPTY :
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if not not_too_old ( dobj , year - average_generation_gap ) :
#print father.get_primary_name().get_name(), " father of ", person.get_primary_name().get_name(), " is too old by birth. birth year ", dobj.get_year(), " test year ", year - average_generation_gap
return True
#else:
#print father.get_primary_name().get_name(), " father of ", person.get_primary_name().get_name(), " is NOT too old by birth. birth year ", dobj.get_year(), " test year ", year - average_generation_gap
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if father . death_ref :
father_death = db . get_event_from_handle ( father . death_ref . ref )
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dobj = father_death . get_date_object ( )
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if dobj . get_start_date ( ) != RelLib . Date . EMPTY :
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if dobj . get_year ( ) < year - average_generation_gap :
#print father.get_primary_name().get_name(), " father of ", person.get_primary_name().get_name(), " is too old by death."
return True
if ancestors_too_old ( father , year - average_generation_gap ) :
return True
mother_handle = family . get_mother_handle ( )
if mother_handle :
mother = db . get_person_from_handle ( mother_handle )
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if mother . birth_ref :
mother_birth = db . get_event_from_handle ( mother . birth_ref . ref )
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dobj = mother_birth . get_date_object ( )
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if dobj . get_start_date ( ) != RelLib . Date . EMPTY :
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if not not_too_old ( dobj , year - average_generation_gap ) :
#print mother.get_primary_name().get_name(), " mother of ", person.get_primary_name().get_name(), " is too old by birth. birth year ", dobj.get_year(), " test year ", year - average_generation_gap
return True
#else:
#print mother.get_primary_name().get_name(), " mother of ", person.get_primary_name().get_name(), " is NOT too old by birth. birth year ", dobj.get_year(), " test year ", year - average_generation_gap
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if mother . death_ref :
mother_death = db . get_event_from_handle ( mother . death_ref . ref )
2005-04-08 13:39:18 +05:30
dobj = mother_death . get_date_object ( )
2006-02-04 03:33:53 +05:30
if dobj . get_start_date ( ) != RelLib . Date . EMPTY :
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if dobj . get_year ( ) < year - average_generation_gap :
#print mother.get_primary_name().get_name(), " mother of ", person.get_primary_name().get_name(), " is too old by death."
return True
if ancestors_too_old ( mother , year - average_generation_gap ) :
return True
2004-10-08 09:29:55 +05:30
return False
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# If there are ancestors that would be too old in the current year
# then assume our person must be dead too.
if ancestors_too_old ( person , current_year ) :
#print person.get_primary_name().get_name(), " is dead because ancestors are too old."
return False
# If we can't find any reason to believe that they are dead we
# must assume they are alive.
#print person.get_primary_name().get_name(), " is probably alive."
return True
2004-10-08 09:29:55 +05:30
2005-04-06 21:22:52 +05:30
def not_too_old ( date , current_year = None ) :
if not current_year :
time_struct = time . localtime ( time . time ( ) )
current_year = time_struct [ 0 ]
2004-10-11 04:52:12 +05:30
year = date . get_year ( )
2005-04-07 02:26:24 +05:30
if year > current_year :
return False
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return ( year != 0 and current_year - year < 110 )
def too_old ( date , current_year = None ) :
if current_year :
the_current_year = current_year
else :
time_struct = time . localtime ( time . time ( ) )
the_current_year = time_struct [ 0 ]
year = date . get_year ( )
if year > the_current_year :
return True
return ( year != 0 and the_current_year - year > 150 )
2004-10-11 04:52:12 +05:30
2005-03-12 02:35:46 +05:30
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
def get_source_referents ( source_handle , db ) :
"""
Find objects that refer the source .
This function finds all primary objects that refer ( directly or through
secondary child - objects ) to a given source handle in a given database .
"""
# Persons
person_list = [ handle \
for handle in db . get_person_handles ( sort_handles = False ) \
if db . get_person_from_handle ( handle ) . has_source_reference ( source_handle )
]
# Families
family_list = [ handle for handle in db . get_family_handles ( ) \
if db . get_family_from_handle ( handle ) . has_source_reference ( source_handle )
]
# Events
event_list = [ handle for handle in db . get_event_handles ( ) \
if db . get_event_from_handle ( handle ) . has_source_reference ( source_handle )
]
# Places
place_list = [ handle for handle in db . get_place_handles ( ) \
if db . get_place_from_handle ( handle ) . has_source_reference ( source_handle )
]
# Sources
source_list = [ handle for handle in db . get_source_handles ( ) \
if db . get_source_from_handle ( handle ) . has_source_reference ( source_handle )
]
# Media Objects
media_list = [ handle for handle in db . get_media_object_handles ( ) \
if db . get_object_from_handle ( handle ) . has_source_reference ( source_handle )
]
return ( person_list , family_list , event_list ,
place_list , source_list , media_list )
2005-03-12 06:14:11 +05:30
def get_media_referents ( media_handle , db ) :
"""
Find objects that refer the media object .
This function finds all primary objects that refer
to a given media handle in a given database .
"""
# Persons
person_list = [ handle \
for handle in db . get_person_handles ( sort_handles = False ) \
if media_handle in \
[ photo . get_reference_handle ( ) for photo \
in db . get_person_from_handle ( handle ) . get_media_list ( ) ]
]
# Families
family_list = [ handle for handle in db . get_family_handles ( ) \
if media_handle in \
[ photo . get_reference_handle ( ) for photo \
in db . get_family_from_handle ( handle ) . get_media_list ( ) ]
]
# Events
event_list = [ handle for handle in db . get_event_handles ( ) \
if media_handle in \
[ photo . get_reference_handle ( ) for photo \
in db . get_event_from_handle ( handle ) . get_media_list ( ) ]
]
# Places
place_list = [ handle for handle in db . get_place_handles ( ) \
if media_handle in \
[ photo . get_reference_handle ( ) for photo \
in db . get_place_from_handle ( handle ) . get_media_list ( ) ]
]
# Sources
source_list = [ handle for handle in db . get_source_handles ( ) \
if media_handle in \
[ photo . get_reference_handle ( ) for photo \
in db . get_source_from_handle ( handle ) . get_media_list ( ) ]
]
return ( person_list , family_list , event_list , place_list , source_list )
2005-05-27 23:13:04 +05:30
2004-07-09 23:49:47 +05:30
#-------------------------------------------------------------------------
#
#
#
#-------------------------------------------------------------------------
* src/Plugins.py: Add native_format flag to import plugin registration.
* src/ReadXML.py, src/ReadGedcom.py: Register as native formats
to prevent loading twice on File->Open.
* src/data/gramps.schemas: Add keys for last import and export dirs.
* src/GrampsCfg.py (get_last_import_dir, save_last_import_dir,
get_last_export_dir, save_last_export_dir): Add functions.
* src/Exportder.py (suggest_filename): Try last export and last
import folders before falling back to Home; (save): Save export folder.
* src/Utils.py (get_new_filename): Add optional folder argument.
* src/DbPrompter.py (ExistingDbPrompter.chooser): Only add
importers for non-native formats, the rest is already taken care of;
Try last file, last import, last export, then home folders;
(ImportDbPrompter.chooser): Save import folder; Try last import,
last file, last export, then home folders.
(NewNativeDbPrompter): Try last file, last import, last export folders,
then fall back to home.
svn: r3493
2004-08-24 03:35:55 +05:30
_NEW_NAME_PATTERN = ' %s Untitled_ %d . %s '
2004-07-09 23:49:47 +05:30
* src/Plugins.py: Add native_format flag to import plugin registration.
* src/ReadXML.py, src/ReadGedcom.py: Register as native formats
to prevent loading twice on File->Open.
* src/data/gramps.schemas: Add keys for last import and export dirs.
* src/GrampsCfg.py (get_last_import_dir, save_last_import_dir,
get_last_export_dir, save_last_export_dir): Add functions.
* src/Exportder.py (suggest_filename): Try last export and last
import folders before falling back to Home; (save): Save export folder.
* src/Utils.py (get_new_filename): Add optional folder argument.
* src/DbPrompter.py (ExistingDbPrompter.chooser): Only add
importers for non-native formats, the rest is already taken care of;
Try last file, last import, last export, then home folders;
(ImportDbPrompter.chooser): Save import folder; Try last import,
last file, last export, then home folders.
(NewNativeDbPrompter): Try last file, last import, last export folders,
then fall back to home.
svn: r3493
2004-08-24 03:35:55 +05:30
def get_new_filename ( ext , folder = ' ~/ ' ) :
2004-07-09 23:49:47 +05:30
ix = 1
* src/Plugins.py: Add native_format flag to import plugin registration.
* src/ReadXML.py, src/ReadGedcom.py: Register as native formats
to prevent loading twice on File->Open.
* src/data/gramps.schemas: Add keys for last import and export dirs.
* src/GrampsCfg.py (get_last_import_dir, save_last_import_dir,
get_last_export_dir, save_last_export_dir): Add functions.
* src/Exportder.py (suggest_filename): Try last export and last
import folders before falling back to Home; (save): Save export folder.
* src/Utils.py (get_new_filename): Add optional folder argument.
* src/DbPrompter.py (ExistingDbPrompter.chooser): Only add
importers for non-native formats, the rest is already taken care of;
Try last file, last import, last export, then home folders;
(ImportDbPrompter.chooser): Save import folder; Try last import,
last file, last export, then home folders.
(NewNativeDbPrompter): Try last file, last import, last export folders,
then fall back to home.
svn: r3493
2004-08-24 03:35:55 +05:30
while os . path . isfile ( os . path . expanduser ( _NEW_NAME_PATTERN % ( folder , ix , ext ) ) ) :
2004-07-09 23:49:47 +05:30
ix = ix + 1
* src/Plugins.py: Add native_format flag to import plugin registration.
* src/ReadXML.py, src/ReadGedcom.py: Register as native formats
to prevent loading twice on File->Open.
* src/data/gramps.schemas: Add keys for last import and export dirs.
* src/GrampsCfg.py (get_last_import_dir, save_last_import_dir,
get_last_export_dir, save_last_export_dir): Add functions.
* src/Exportder.py (suggest_filename): Try last export and last
import folders before falling back to Home; (save): Save export folder.
* src/Utils.py (get_new_filename): Add optional folder argument.
* src/DbPrompter.py (ExistingDbPrompter.chooser): Only add
importers for non-native formats, the rest is already taken care of;
Try last file, last import, last export, then home folders;
(ImportDbPrompter.chooser): Save import folder; Try last import,
last file, last export, then home folders.
(NewNativeDbPrompter): Try last file, last import, last export folders,
then fall back to home.
svn: r3493
2004-08-24 03:35:55 +05:30
return os . path . expanduser ( _NEW_NAME_PATTERN % ( folder , ix , ext ) )
2004-12-22 07:26:37 +05:30
def get_type_converter ( val ) :
"""
Returns function that converts strings into the type of val .
"""
val_type = type ( val )
if val_type in ( str , unicode ) :
return unicode
elif val_type == int :
return int
elif val_type == float :
return float
elif val_type in ( list , tuple ) :
return list
def type_name ( val ) :
"""
Returns the name the type of val .
Only numbers and strings are supported .
The rest becomes strings ( unicode ) .
"""
val_type = type ( val )
if val_type == int :
return ' int '
elif val_type == float :
return ' float '
elif val_type in ( str , unicode ) :
return ' unicode '
return ' unicode '
def get_type_converter_by_name ( val_str ) :
"""
Returns function that converts strings into the type given by val_str .
Only numbers and strings are supported .
The rest becomes strings ( unicode ) .
"""
if val_str == ' int ' :
return int
elif val_str == ' float ' :
return float
elif val_str in ( ' str ' , ' unicode ' ) :
return unicode
return unicode
2005-07-09 01:54:54 +05:30
2006-02-05 04:59:44 +05:30
def relative_path ( original , base ) :
if not os . path . exists ( original ) or not os . path . isdir ( base ) :
return original
base_list = ( os . path . abspath ( base ) ) . split ( os . sep )
target_list = ( os . path . abspath ( original ) ) . split ( os . sep )
# Starting from the filepath root, work out how much of the filepath is
# shared by base and target.
for i in range ( min ( len ( base_list ) , len ( target_list ) ) ) :
if base_list [ i ] < > target_list [ i ] : break
else :
i + = 1
rel_list = [ os . pardir ] * ( len ( base_list ) - i ) + target_list [ i : ]
return os . path . join ( * rel_list )
2005-08-18 11:28:28 +05:30
class ProgressMeter :
"""
Progress meter class for GRAMPS .
"""
def __init__ ( self , title , header = ' ' ) :
"""
Specify the title and the current pass header .
"""
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self . old_val = - 1
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self . ptop = gtk . Dialog ( )
2006-03-01 01:24:35 +05:30
self . ptop . connect ( ' delete_event ' , self . warn )
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self . ptop . set_has_separator ( False )
self . ptop . set_title ( title )
self . ptop . set_border_width ( 12 )
self . ptop . vbox . set_spacing ( 10 )
lbl = gtk . Label ( ' <span size= " larger " weight= " bold " > %s </span> ' % title )
lbl . set_use_markup ( True )
self . lbl = gtk . Label ( header )
self . lbl . set_use_markup ( True )
self . ptop . vbox . add ( lbl )
self . ptop . vbox . add ( self . lbl )
self . ptop . vbox . set_border_width ( 24 )
self . pbar = gtk . ProgressBar ( )
self . ptop . set_size_request ( 350 , 125 )
self . ptop . vbox . add ( self . pbar )
self . ptop . show_all ( )
if header == ' ' :
self . lbl . hide ( )
def set_pass ( self , header , total ) :
"""
Reset for another pass . Provide a new header and define number
of steps to be used .
"""
if header == ' ' :
self . lbl . hide ( )
else :
self . lbl . show ( )
self . pbar_max = total
self . pbar_index = 0.0
self . lbl . set_text ( header )
self . pbar . set_fraction ( 0.0 )
while gtk . events_pending ( ) :
gtk . main_iteration ( )
def step ( self ) :
""" Click the progress bar over to the next value. Be paranoid
and insure that it doesn ' t go over 100 % . " " "
self . pbar_index = self . pbar_index + 1.0
if ( self . pbar_index > self . pbar_max ) :
self . pbar_index = self . pbar_max
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val = int ( 100 * self . pbar_index / self . pbar_max )
if val != self . old_val :
self . pbar . set_text ( " %d %% " % val )
self . pbar . set_fraction ( val / 100.0 )
self . old_val = val
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while gtk . events_pending ( ) :
gtk . main_iteration ( )
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def warn ( self , * obj ) :
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WarningDialog (
_ ( " Attempt to force closing the dialog " ) ,
_ ( " Please do not force closing this important dialog. " ) ,
self . ptop )
return True
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def close ( self ) :
"""
Close the progress meter
"""
self . ptop . destroy ( )
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def launch ( prog_str , path ) :
subval = {
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' %F ' : path ,
' %f ' : path ,
' %u ' : path ,
' % U ' : path ,
' % n ' : path ,
' % N ' : path ,
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}
prog_data = prog_str . split ( )
prog = prog_data [ 0 ]
prog_list = [ ]
need_path = True
if len ( prog_data ) > 1 :
for item in prog_data :
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if subval . has_key ( item ) :
need_path = False
value = subval [ item ]
else :
value = item
prog_list . append ( value )
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else :
prog_list = [ prog_data [ 0 ] ]
if need_path :
prog_list . append ( path )
os . spawnvpe ( os . P_NOWAIT , prog , prog_list , os . environ )