def AssocRegion(guid):
region = melt.fias_AONode(guid)
if not region.kind:
adm_id = FindAssocPlace(region, None)
if adm_id != None:
assoc = melt.PlaceAssoc(region.f_id, adm_id)
region.session.add(assoc)
region.session.commit()
region = melt.fias_AONode(guid, 2, adm_id)
AssociateO(region)
region.session.commit()
return ":".join((region.name, str(region.kind)))
def AssocRegion(guid):
region = melt.fias_AONode(guid)
if not region.kind:
adm_id = FindAssocPlace(region, None)
if adm_id != None:
assoc = melt.PlaceAssoc(region.f_id, adm_id)
region.session.add(assoc)
region.session.commit()
region = melt.fias_AONode(guid, 2, adm_id)
AssociateO(region)
region.session.commit()
return u":".join((region.name, str(region.kind)))
def AssocRegion(guid, session):
region = melt.fias_AONode(guid, session=session)
logging.info(u"Start " + region.name)
if not region.kind:
adm_id = FindAssocPlace(region, None)
if adm_id is not None:
assoc = melt.PlaceAssoc(region.f_id, adm_id)
session.add(assoc)
session.commit()
region = melt.fias_AONode(guid, 2, adm_id)
AssociateO(region)
session.commit()
return u":".join((region.name, str(region.kind)))
def found_view(request):
guid = request.matchdict["guid"]
typ = request.matchdict["typ"]
bld = typ.endswith('_b')
if typ not in ('all', 'found', 'street', 'not found',
'all_b', 'found_b', 'not found_b'):
raise HTTPBadRequest()
if not guid:
#root is ok
guid = None
else:
#Make check for malformed guid
try:
guid = uuid.UUID(guid)
except ValueError:
raise HTTPBadRequest()
#Make check for area exist
myself = melt.fias_AONode(guid)
if guid and not myself.isok:
raise HTTPNotFound()
fullstat = guid is not None and myself.stat_db_full
fullstat = fullstat or all([it.stat_db_full for it in myself.subO('all')])
if bld:
alist = myself.subB(typ)
alist.sort(key=lambda el: el.onestr)
else:
alist = myself.subO(typ)
alist.sort(key=lambda el: el.offname)
if request.matchdict["offset"] or len(alist) > (off_border * 1.5):
offset = int(request.matchdict['offset'])
myself.offlinks = True
alist = alist[offset:offset + off_border]
else:
myself.offlinks = False
def links(self, typ_l):
if typ_l in ('all', 'found', 'street', 'not found',
'all_b', 'found_b', 'not found_b'):
return request.route_url('found0', guid=self.guid, typ=typ_l)
elif typ_l == 'details':
return request.route_url('details', guid=self.guid, kind='ao')
elif typ_l == 'top':
if self.parent.guid:
return request.route_url('found0', guid=self.parentguid,
typ='all')
else:
return request.route_url('foundroot0', typ='all')
elif typ_l == "prev":
return request.route_url('found', guid=self.guid, typ=typ,
offset=max(0, offset - off_border))
elif typ_l == "next":
return request.route_url('found', guid=self.guid, typ=typ,
offset=min(self.stat(typ) - 1,
offset + off_border))
return {"list": alist, "myself": myself, "links": links,
'bld': bld, 'fullstat': fullstat}
def details_view(request):
#Make check for malformed guid
try:
guid = uuid.UUID(request.matchdict["guid"])
except ValueError:
raise HTTPBadRequest()
myself = melt.fias_AONode(guid)
statlink = request.route_url('found0', guid=guid, typ='all')
return {"myself": myself, "statlink": statlink, "name": myself.name}
def details_view(request):
#Make check for malformed guid
try:
guid = uuid.UUID(request.matchdict["guid"])
except ValueError:
raise HTTPBadRequest()
myself = melt.fias_AONode(guid)
statlink = request.route_url('found0', guid=guid, typ='all')
return {"myself": myself, "statlink": statlink, "name": myself.name}
def node4guid(guid=None):
if guid == 'None' or not guid:
guid = None
else:
# Make check for malformed guid
try:
guid = uuid.UUID(guid)
except ValueError:
raise HTTPBadRequest()
return melt.fias_AONode(guid, session=Session())
def node4guid(guid=None):
if guid == 'None' or not guid:
guid = None
else:
# Make check for malformed guid
try:
guid = uuid.UUID(guid)
except ValueError:
raise HTTPBadRequest()
return melt.fias_AONode(guid, session=Session())
def found_view(request):
guid = request.matchdict["guid"]
typ = request.matchdict["typ"]
if typ not in ('all', 'found', 'street', 'not found', 'all_b', 'found_b',
'not found_b'):
raise HTTPBadRequest()
if not guid:
#root is ok
guid = None
else:
#Make check for malformed guid
try:
guid = uuid.UUID(guid)
except ValueError:
raise HTTPBadRequest()
#Make check for area exist
myself = melt.fias_AONode(guid)
if guid and not myself.isok:
raise HTTPNotFound()
fullstat = all([it.stat_db_full for it in myself.subO('all')])
alist = myself.subO(typ)
if typ.endswith('_b'):
alist.sort(key=lambda el: el.onestr)
else:
alist.sort(key=lambda el: el.offname)
if request.matchdict["offset"] or len(alist) > (off_border * 1.5):
offset = int(request.matchdict['offset'])
myself.offlinks = True
alist = alist[offset:offset + off_border]
else:
myself.offlinks = False
def links(self, typ_l):
if typ_l in ('all', 'found', 'street', 'not found', 'all_b', 'found_b',
'not found_b'):
return request.route_url('found0', guid=self.guid, typ=typ_l)
elif typ_l == 'details':
return request.route_url('details', guid=self.guid, kind='ao')
elif typ_l == 'top':
if self.parent.guid:
return request.route_url('found0',
guid=self.parentguid,
typ='all')
else:
return request.route_url('foundroot0', typ='all')
elif typ_l == "prev":
return request.route_url('found',
guid=self.guid,
typ=typ,
offset=max(0, offset - off_border))
elif typ_l == "next":
return request.route_url('found',
guid=self.guid,
typ=typ,
offset=min(
self.stat(typ) - 1,
offset + off_border))
return {
"list": alist,
"myself": myself,
"links": links,
'bld': typ.endswith('_b'),
'fullstat': fullstat
}
def AssociateO(elem):
'''Search and save association for all subelements of elem
This function should work for elements with partitially associated subs
as well as elements without associated subs
'''
if not elem.kind:
return
#Precache subs list
# practically it's 'not found', filling others subs as side-effect
elem.subO('all', True)
#run processing for found to parse their subs
for sub in tuple(elem.subO('found', True)):
AssociateO(melt.fias_AONode(sub))
#find new elements for street if any
for sub in tuple(elem.subO('street', True)):
sub_ = melt.fias_AONode(sub)
streets=FindAssocStreet(sub_,elem.geom)
if streets<>None:
pre = elem.session.query(melt.StreetAssoc).filter_by(ao_id=sub.f_id).all()
pre = set([it.osm_way for it in pre])
for street in streets:
if street not in pre:
assoc = melt.StreetAssoc(sub.f_id, street)
elem.session.add(assoc)
elem.session.commit()
AssociateO(sub_)
#search for new areas
subareas = Subareas(elem)
for sub in tuple(elem.subO('not found', True)):
if sub.fullname in way_only:
continue
sub_ = melt.fias_AONode(sub)
adm_id = None
if subareas:
for name in sub_.names():
if name in subareas:
adm_id = subareas.pop(name)
break
if adm_id is None:
adm_id = FindAssocPlace(sub_, elem.geom)
if not (adm_id is None):
assoc = melt.PlaceAssoc(sub.f_id, adm_id)
elem.session.add(assoc)
elem.child_found(sub, 'found')
sub_.osmid = adm_id
sub_.kind = 2
AssociateO(sub_)
#search for new streets
for sub in tuple(elem.subO('not found', False)):
if sub.fullname in pl_only:
continue
sub_ = melt.fias_AONode(sub)
streets = FindAssocStreet(sub_, elem.geom)
if not streets is None:
for street in streets:
assoc = melt.StreetAssoc(sub.f_id, street)
elem.session.add(assoc)
elem.session.commit()
elem.child_found(sub, 'street')
sub_.kind = 1
sub_.osmid = streets[0]
AssociateO(sub_)
#Search for buildings
AssocBuild(elem, 0)
AssocBuild(elem, 1)
elem.stat('not found', 1)
elem.stat('not found_b', 1)
elem.session.commit()
def AssociateO(elem):
'''Search and save association for all subelements of elem
This function should work for elements with partitially associated subs
as well as elements without associated subs
'''
if not elem.kind:
return
#Precache subs list
elem.subO('all', False)
#run processing for found to parse their subs
for sub in tuple(elem.subO('found', False)):
AssociateO(melt.fias_AONode(sub))
#find new elements for street if any
for sub in tuple(elem.subO('street', False)):
sub_ = melt.fias_AONode(sub)
streets = FindAssocStreet(sub_, elem.geom)
if streets <> None:
pre = elem.session.query(
melt.StreetAssoc).filter_by(ao_id=sub.f_id).all()
pre = set([it.osm_way for it in pre])
for street in streets:
if street not in pre:
assoc = melt.StreetAssoc(sub.f_id, street)
elem.session.add(assoc)
elem.session.commit()
AssociateO(sub_)
#search for new areas
subareas = Subareas(elem)
for sub in tuple(elem.subO('not found', False)):
if sub.fullname in way_only:
continue
sub_ = melt.fias_AONode(sub)
adm_id = None
if subareas:
for name in sub_.names():
if name in subareas:
adm_id = subareas.pop(name)
break
if adm_id is None:
adm_id = FindAssocPlace(sub_, elem.geom)
if not (adm_id is None):
assoc = melt.PlaceAssoc(sub.f_id, adm_id)
elem.session.add(assoc)
elem.child_found(sub, 'found')
sub_.osmid = adm_id
sub_.kind = 2
AssociateO(sub_)
#search for new streets
for sub in tuple(elem.subO('not found', False)):
if sub.fullname in pl_only:
continue
sub_ = melt.fias_AONode(sub)
streets = FindAssocStreet(sub_, elem.geom)
if not streets is None:
#print sub.name, streets
for street in streets:
assoc = melt.StreetAssoc(sub.f_id, street)
elem.session.add(assoc)
elem.session.commit()
elem.child_found(sub, 'street')
sub_.kind = 1
sub_.osmid = streets[0]
AssociateO(sub_)
#Search for buildings
AssocBuild(elem, 0)
AssocBuild(elem, 1)
elem.session.commit()
def found_view(request):
guid = request.matchdict.get("guid")
typ = request.matchdict.get("typ", "all")
if request.matched_route.name == 'rest_json_list':
typ = request.GET.get('kind', 'all')
bld = typ.endswith('_b')
if typ not in ('all', 'found', 'street', 'not found', 'all_b', 'found_b',
'not found_b'):
raise HTTPBadRequest()
if not guid or guid == 'None':
#root is ok
guid = None
else:
#Make check for malformed guid
try:
guid = uuid.UUID(guid)
except ValueError:
raise HTTPBadRequest()
#Make check for area exist
myself = melt.fias_AONode(guid)
if guid and not myself.isok:
raise HTTPNotFound()
if bld:
alist = myself.subB(typ)
alist.sort(key=lambda el: el.onestr)
else:
alist = myself.subO(typ, not ('rest' in request.url))
alist.sort(key=lambda el: el.offname)
fullstat = guid is not None and myself.stat_db_full
fullstat = fullstat or all([it.stat_db_full for it in myself.subO('all')])
offset = int(request.matchdict.get("offset", 0))
myself.need_more = (len(alist) > (off_border * 1.5)
and len(alist) > off_border + offset)
if 'rest' in request.url:
request.response.content_type = 'text/xml'
myself.need_more = False
if (offset or myself.need_more):
myself.offlinks = True
alist = alist[offset:offset + off_border]
else:
myself.offlinks = False
def links(self, typ_l):
if typ_l in ('all', 'found', 'street', 'not found', 'all_b', 'found_b',
'not found_b'):
return request.route_url('found0', guid=self.guid, typ=typ_l)
elif typ_l == 'details':
return request.route_url('details', guid=self.guid, kind='ao')
elif typ_l == 'top':
if self.parent.guid:
return request.route_url('found0',
guid=self.parentguid,
typ='all')
else:
return request.route_url('foundroot0', typ='all')
elif typ_l == "prev":
return request.route_url('found',
guid=self.guid,
typ=typ,
offset=max(0, offset - off_border))
elif typ_l == "next":
return request.route_url('found',
guid=self.guid,
typ=typ,
offset=min(
self.stat(typ) - 1,
offset + off_border))
return {
"list": alist,
"myself": myself,
"links": links,
'bld': bld,
'fullstat': fullstat
}
def found_view(request):
guid = request.matchdict.get("guid")
typ = request.matchdict.get("typ", "all")
if request.matched_route.name == 'rest_json_list':
typ = request.GET.get('kind', 'all')
bld = typ.endswith('_b')
if typ not in ('all', 'found', 'street', 'not found',
'all_b', 'found_b', 'not found_b'):
raise HTTPBadRequest()
if not guid or guid == 'None':
#root is ok
guid = None
else:
#Make check for malformed guid
try:
guid = uuid.UUID(guid)
except ValueError:
raise HTTPBadRequest()
#Make check for area exist
myself = melt.fias_AONode(guid)
if guid and not myself.isok:
raise HTTPNotFound()
if bld:
alist = myself.subB(typ)
alist.sort(key=lambda el: el.onestr)
else:
alist = myself.subO(typ, not('rest' in request.url))
alist.sort(key=lambda el: el.offname)
fullstat = guid is not None and myself.stat_db_full
fullstat = fullstat or all([it.stat_db_full for it in myself.subO('all')])
offset = int(request.matchdict.get("offset", 0))
myself.need_more = (len(alist) > (off_border * 1.5)
and len(alist) > off_border + offset)
if 'rest' in request.url:
request.response.content_type = 'text/xml'
myself.need_more = False
if (offset or myself.need_more):
myself.offlinks = True
alist = alist[offset:offset + off_border]
else:
myself.offlinks = False
def links(self, typ_l):
if typ_l in ('all', 'found', 'street', 'not found',
'all_b', 'found_b', 'not found_b'):
return request.route_url('found0', guid=self.guid, typ=typ_l)
elif typ_l == 'details':
return request.route_url('details', guid=self.guid, kind='ao')
elif typ_l == 'top':
if self.parent.guid:
return request.route_url('found0', guid=self.parentguid,
typ='all')
else:
return request.route_url('foundroot0', typ='all')
elif typ_l == "prev":
return request.route_url('found', guid=self.guid, typ=typ,
offset=max(0, offset - off_border))
elif typ_l == "next":
return request.route_url('found', guid=self.guid, typ=typ,
offset=min(self.stat(typ) - 1,
offset + off_border))
return {"list": alist, "myself": myself, "links": links,
'bld': bld, 'fullstat': fullstat}