# # Gramps - a GTK+/GNOME based genealogy program # # Copyright (C) 2000 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 # #------------------------------------------------------------------------- # # python modules # #------------------------------------------------------------------------- import pickle #------------------------------------------------------------------------- # # GTK/Gnome modules # #------------------------------------------------------------------------- import gobject import gtk import gtk.glade #------------------------------------------------------------------------- # # gramps modules # #------------------------------------------------------------------------- import const import Utils import GrampsCfg import Sources import ImageSelect from intl import gettext as _ #------------------------------------------------------------------------- # # Constants # #------------------------------------------------------------------------- pycode_tgts = [('url', 0, 0)] #------------------------------------------------------------------------- # # EditPlace # #------------------------------------------------------------------------- class EditPlace: def __init__(self,parent,place,func=None): self.place = place self.db = parent.db self.parent = parent self.callback = func self.path = parent.db.getSavePath() self.not_loaded = 1 self.ref_not_loaded = 1 self.lists_changed = 0 if place: self.srcreflist = place.getSourceRefList() else: self.srcreflist = [] self.top_window = gtk.glade.XML(const.placesFile,"placeEditor") self.top = self.top_window.get_widget("placeEditor") self.iconlist = self.top_window.get_widget('iconlist') title_label = self.top_window.get_widget('title') Utils.set_titles(self.top,title_label,_('Place Editor')) self.glry = ImageSelect.Gallery(place, self.path, self.iconlist, self.db, self) self.title = self.top_window.get_widget("place_title") self.city = self.top_window.get_widget("city") self.parish = self.top_window.get_widget("parish") self.county = self.top_window.get_widget("county") self.state = self.top_window.get_widget("state") self.country = self.top_window.get_widget("country") self.longitude = self.top_window.get_widget("longitude") self.latitude = self.top_window.get_widget("latitude") self.note = self.top_window.get_widget("place_note") self.web_list = self.top_window.get_widget("web_list") self.web_url = self.top_window.get_widget("web_url") self.web_go = self.top_window.get_widget("web_go") self.web_description = self.top_window.get_widget("url_des") # event display self.web_model = gtk.ListStore(gobject.TYPE_STRING,gobject.TYPE_STRING) self.build_columns(self.web_list, [(_('Path'),150), (_('Description'),150)]) self.web_list.set_model(self.web_model) self.web_list.get_selection().connect('changed',self.on_web_list_select_row) self.loc_list = self.top_window.get_widget("loc_list") self.loc_city = self.top_window.get_widget("loc_city") self.loc_county = self.top_window.get_widget("loc_county") self.loc_state = self.top_window.get_widget("loc_state") self.loc_parish = self.top_window.get_widget("loc_parish") self.loc_country = self.top_window.get_widget("loc_country") self.ulist = place.getUrlList()[:] self.llist = place.get_alternate_locations()[:] self.loc_model = gtk.ListStore(gobject.TYPE_STRING,gobject.TYPE_STRING, gobject.TYPE_STRING,gobject.TYPE_STRING) self.build_columns(self.loc_list, [(_('City'),150), (_('County'),100), (_('State'),100), (_('Country'),50)]) self.loc_list.set_model(self.loc_model) self.sel = self.loc_list.get_selection() self.sel.connect('changed',self.on_loc_list_select_row) self.title.set_text(place.get_title()) mloc = place.get_main_location() self.city.set_text(mloc.get_city()) self.county.set_text(mloc.get_county()) self.state.set_text(mloc.get_state()) self.parish.set_text(mloc.get_parish()) self.country.set_text(mloc.get_country()) self.longitude.set_text(place.get_longitude()) self.latitude.set_text(place.get_latitude()) self.refinfo = self.top_window.get_widget("refinfo") self.slist = self.top_window.get_widget("slist") self.note_buffer = self.note.get_buffer() self.note_buffer.set_text(place.getNote()) self.top_window.signal_autoconnect({ "destroy_passed_object" : self.close, "on_switch_page" : self.on_switch_page, "on_addphoto_clicked" : self.glry.on_add_photo_clicked, "on_deletephoto_clicked" : self.glry.on_delete_photo_clicked, "on_edit_photo_clicked" : self.glry.on_edit_photo_clicked, "on_edit_properties_clicked": self.glry.popup_change_description, "on_add_url_clicked" : self.on_add_url_clicked, "on_delete_url_clicked" : self.on_delete_url_clicked, "on_update_url_clicked" : self.on_update_url_clicked, "on_add_loc_clicked" : self.on_add_loc_clicked, "on_delete_loc_clicked" : self.on_delete_loc_clicked, "on_update_loc_clicked" : self.on_update_loc_clicked, "on_web_go_clicked" : self.on_web_go_clicked, "on_apply_clicked" : self.on_place_apply_clicked }) self.sourcetab = Sources.SourceTab(self.srcreflist,self, self.top_window,self.slist, self.top_window.get_widget('add_src'), self.top_window.get_widget('edit_src'), self.top_window.get_widget('del_src')) if self.place.getId() == "": self.top_window.get_widget("add_photo").set_sensitive(0) self.top_window.get_widget("delete_photo").set_sensitive(0) self.web_list.drag_dest_set(gtk.DEST_DEFAULT_ALL, pycode_tgts,gtk.gdk.ACTION_COPY) self.web_list.drag_source_set(gtk.gdk.BUTTON1_MASK, pycode_tgts, gtk.gdk.ACTION_COPY) self.web_list.connect('drag_data_get', self.url_source_drag_data_get) self.web_list.connect('drag_data_received', self.url_dest_drag_data_received) self.redraw_url_list() self.redraw_location_list() def close(self,obj): self.glry.close() self.top.destroy() def build_columns(self,tree,list): cnum = 0 for name in list: renderer = gtk.CellRendererText() column = gtk.TreeViewColumn(name[0],renderer,text=cnum) column.set_min_width(name[1]) cnum = cnum + 1 tree.append_column(column) def url_dest_drag_data_received(self,widget,context,x,y,sel_data,info,time): if sel_data and sel_data.data: exec 'data = %s' % sel_data.data exec 'mytype = "%s"' % data[0] exec 'place = "%s"' % data[1] if place == self.place.getId() or mytype != 'url': return foo = pickle.loads(data[2]); self.ulist.append(foo) self.lists_changed = 1 self.redraw_url_list() def url_source_drag_data_get(self,widget, context, sel_data, info, time): ev = widget.get_row_data(widget.focus_row) bits_per = 8; # we're going to pass a string pickled = pickle.dumps(ev); data = str(('url',self.place.getId(),pickled)); sel_data.set(sel_data.target, bits_per, data) def update_lists(self): self.place.setUrlList(self.ulist) self.place.set_alternate_locations(self.llist) if self.lists_changed: Utils.modified() def redraw_url_list(self): length = Utils.redraw_list(self.ulist,self.web_model,disp_url) if length > 0: self.web_go.set_sensitive(1) else: self.web_go.set_sensitive(0) self.web_url.set_text("") self.web_description.set_text("") def redraw_location_list(self): Utils.redraw_list(self.llist,self.loc_model,disp_loc) def on_web_go_clicked(self,obj): import gnome.url text = obj.get() if text != "": gnome.url.show(text) def set(self,field,getf,setf): text = field.get_text() if text != getf(): setf(text) Utils.modified() def on_place_apply_clicked(self,obj): note = self.note_buffer.get_text(self.note_buffer.get_start_iter(), self.note_buffer.get_end_iter(),gtk.FALSE) mloc = self.place.get_main_location() self.set(self.city,mloc.get_city,mloc.set_city) self.set(self.parish,mloc.get_parish,mloc.set_parish) self.set(self.state,mloc.get_state,mloc.set_state) self.set(self.county,mloc.get_county,mloc.set_county) self.set(self.country,mloc.get_country,mloc.set_country) self.set(self.title,self.place.get_title,self.place.set_title) self.set(self.longitude,self.place.get_longitude, self.place.set_longitude) self.set(self.latitude,self.place.get_latitude, self.place.set_latitude) if self.lists_changed: self.place.setSourceRefList(self.srcreflist) Utils.modified() if note != self.place.getNote(): self.place.setNote(note) Utils.modified() self.update_lists() self.close(None) if self.callback: self.callback(self.place) def on_switch_page(self,obj,a,page): if page == 3 and self.not_loaded: self.not_loaded = 0 self.glry.load_images() elif page == 5 and self.ref_not_loaded: self.ref_not_loaded = 0 self.display_references() def on_update_url_clicked(self,obj): import UrlEdit if len(obj.selection) > 0: row = obj.selection[0] if self.place: name = _("Internet Address Editor for %s") % self.place.get_title() else: name = _("Internet Address Editor") UrlEdit.UrlEditor(self,name,obj.get_row_data(row)) def on_update_loc_clicked(self,obj): import LocEdit if obj.selection: row = obj.selection[0] LocEdit.LocationEditor(self,obj.get_row_data(row)) def on_delete_url_clicked(self,obj): if Utils.delete_selected(obj,self.ulist): self.lists_changed = 1 self.redraw_url_list() def on_delete_loc_clicked(self,obj): if Utils.delete_selected(obj,self.llist): self.lists_changed = 1 self.redraw_location_list() def on_add_url_clicked(self,obj): import UrlEdit if self.place: name = _("Internet Address Editor for %s") % self.place.get_title() else: name = _("Internet Address Editor") UrlEdit.UrlEditor(self,name,None) def on_add_loc_clicked(self,obj): import LocEdit LocEdit.LocationEditor(self,None) def on_web_list_select_row(self,obj): store,iter = obj.get_selected() if not iter: self.web_url.set_text("") self.web_go.set_sensitive(0) self.web_description.set_text("") else: row = store.get_path(iter) url = self.ulist[row[0]] path = url.get_path() self.web_url.set_text(path) self.web_go.set_sensitive(1) self.web_description.set_text(url.get_description()) def on_loc_list_select_row(self,obj,row,b,c): loc = obj.get_row_data(row) self.loc_city.set_text(loc.get_city()) self.loc_county.set_text(loc.get_county()) self.loc_state.set_text(loc.get_state()) self.loc_parish.set_text(loc.get_parish()) self.loc_country.set_text(loc.get_country()) def display_references(self): pevent = [] fevent = [] msg = "" for key in self.db.getPersonKeys(): p = self.db.getPerson(key) for event in [p.getBirth(), p.getDeath()] + p.getEventList(): if event.getPlace() == self.place: pevent.append((p,event)) for f in self.db.getFamilyMap().values(): for event in f.getEventList(): if event.getPlace() == self.place: fevent.append((f,event)) if len(pevent) > 0: msg = msg + _("People") + "\n" msg = msg + "_________________________\n\n" t = _("%s [%s]: event %s\n") for e in pevent: msg = msg + ( t % (GrampsCfg.nameof(e[0]),e[0].getId(),e[1].getName())) if len(fevent) > 0: msg = msg + "\n%s\n" % _("Families") msg = msg + "_________________________\n\n" t = _("%s [%s]: event %s\n") for e in fevent: father = e[0].getFather() mother = e[0].getMother() if father and mother: fname = "%s and %s" % (GrampsCfg.nameof(father),GrampsCfg.nameof(mother)) elif father: fname = "%s" % GrampsCfg.nameof(father) else: fname = "%s" % GrampsCfg.nameof(mother) msg = msg + ( t % (fname,e[0].getId(),e[1].getName())) self.refinfo.get_buffer().set_text(msg) #------------------------------------------------------------------------- # # disp_url # #------------------------------------------------------------------------- def disp_url(url): return [url.get_path(),url.get_description()] #------------------------------------------------------------------------- # # disp_loc # #------------------------------------------------------------------------- def disp_loc(loc): return [loc.get_city(),loc.get_county(),loc.get_state(),loc.get_country()] #------------------------------------------------------------------------- # # DeletePlaceQuery # #------------------------------------------------------------------------- class DeletePlaceQuery: def __init__(self,place,db,update): self.db = db self.place = place self.update = update def query_response(self): self.db.removePlace(self.place.getId()) Utils.modified() for key in self.db.getPersonKeys(): p = self.db.getPerson(key) for event in [p.getBirth(), p.getDeath()] + p.getEventList(): if event.getPlace() == self.place: event.setPlace(None) for f in self.db.getFamilyMap().values(): for event in f.getEventList(): if event.getPlace() == self.place: event.setPlace(None) self.update(None)