def search(self, term=None, around=None,
controller=DummyController(), maxResults=8 ,
radius=constants.DEFAULT_LOCAL_SEARCH_RADIUS, **kwargs):
"""Search for POI using Google local search API"""
if term is None and around is None:
log.error("Google local search: term and location not set")
return []
elif term is None:
log.error("Google local search: term not set")
return []
elif around is None:
log.error("Google local search: location not set")
return []
controller.status = "online POI search"
(query, location) = self._constructGLSQuery(term, around)
sensor = 'false'
if 'sensor' in kwargs:
sensor = kwargs['sensor']
log.info("Google local search query: %s" % query)
gMap = _getGmapsInstance()
if gMap:
response = gMap.local_search(query, maxResults, location = location,
sensor = sensor, radius=radius)
controller.status = "processing POI from search"
points = self._processGLSResponse(response)
controller.status = "online POI search done"
return points
else:
log.error("Google local search: no Google maps instance")
def search(self,
waypoints,
route_params=RouteParameters(),
controller=DummyController()):
# check if we have at least 2 points
routingStart = time.time()
if len(waypoints) < 2:
log.error(
"GoogleRouting provider: ERROR, need at least 2 points for routing"
)
return RoutingResult(None, route_params)
start = waypoints[0]
destination = waypoints[-1]
inBetweenPoints = waypoints[1:-1]
log.info("GoogleRouting: routing from %s to %s", start, destination)
log.info(route_params)
controller.status = "online routing in progress"
route, returnCode, errorMessage = _googleDirections(
start, destination, inBetweenPoints, route_params)
controller.status = "online routing done"
# return the data from the routing function and add elapsed time in ms
return RoutingResult(route,
route_params,
returnCode=returnCode,
errorMessage=errorMessage,
lookupDuration=time.time() - routingStart)
def search(self, term=None, around=None, controller=DummyController(), **kwargs):
"""Search for an address using Google geocoding API"""
if term is None:
log.error("GoogleAddressSearch: term is None")
return []
controller.status = "starting online address search"
controller.status = "online address search done"
def search(self, term=None, around=None, controller=DummyController(), **kwargs):
"""Search for Wikipedia articles around the given location"""
if term is None:
log.error("Nominatim Wikipedia search: term not set")
return []
controller.status = "online Wikipedia search"
results = geonames.wikipediaSearch(term)
controller.status = "online Wikipedia search done"
return results
def search(self, term=None, around=None, controller=DummyController(), **kwargs):
controller.status = "starting provider test"
log.debug("starting provider test")
for i in range(1,7,1):
controller.status = "waiting %d seconds" % i
log.debug("waiting %d seconds" % i)
time.sleep(1)
controller.status = "provider test done"
log.debug("provider test done")
return None
def search(self,
term=None,
around=None,
controller=DummyController(),
**kwargs):
"""Search for an address using the OSM Scout Server geocoding API"""
if term is None:
log.error("OSMScoutServerSearch: term is None")
return []
results = []
controller.status = "OSM Scout Server place search"
try:
term = term.encode("utf-8")
params = {
'limit': 16, # TODO: make this configurable
'search': term
}
queryUrl = OSM_SCOUT_SERVER_POI_SEARCH_URL + urlencode(params)
reply = urlopen(queryUrl)
if reply:
# json in Python 3 really needs it encoded like this
replyData = reply.read().decode("utf-8")
jsonReply = json.loads(replyData)
for result in jsonReply:
name = result.get("title")
# Summary generation is based on how Poor Maps does this
items = []
try:
poi_type = result["type"]
poi_type = poi_type.replace("amenity", "")
poi_type = poi_type.replace("_", " ").strip()
items.append(poi_type.capitalize())
except:
pass
try:
items.append(result["admin_region"])
except:
pass
summary = ", ".join(items) or "–"
lat = float(result["lat"])
lon = float(result["lng"])
# create Point object instance
point = Point(lat,
lon,
name=name,
summary=summary,
message=summary)
results.append(point)
except Exception:
log.exception("OSMScoutServerPlaceSearch: failed with exception")
controller.status = "offline place search done"
return results
def search(self,
term=None,
around=None,
controller=DummyController(),
**kwargs):
"""Search for an address for coordinates using the Nominatim
reverse geocoding API
"""
if term is None:
log.error("Nominatim reverse geocoding: term is None")
return []
results = []
controller.status = "starting online reverse geocoding"
try:
params = {
'lat': term.lat,
'lon': term.lon,
'zoom': 18,
'format': 'json',
'addressdetails': 0
}
queryUrl = NOMINATIM_REVERSE_GEOCODING_URL + urlencode(params)
reply = urlopen(queryUrl)
if reply:
# json in Python 3 really needs it encoded like this
replyData = reply.read().decode("utf-8")
result = json.loads(replyData)
# split a prefix from the display name
description = result.get("display_name")
# get the first 2 elements for name
name = description.split(", ")[0:2]
name = ", ".join(name)
# and first three elements for summary
summary = description.split(", ")[0:3]
# recombined back to ", " delimited string
summary = ", ".join(summary)
lat = float(result["lat"])
lon = float(result["lon"])
# create Point object instance
point = Point(lat,
lon,
name=name,
summary=summary,
message=description)
results.append(point)
except Exception:
log.exception("Nominatim reverse geocoding: failed with exception")
controller.status = "online reverse geocoding done"
return results
def search(self,
waypoints,
route_params=None,
controller=DummyController()):
routingStart = time.time()
controller.status = "OSM Scout Server routing"
try:
route_type = "auto" # car directions are the default
if route_params.routeMode == constants.ROUTE_BIKE:
route_type = "bicycle"
elif route_params.routeMode == constants.ROUTE_PEDESTRIAN:
route_type = "pedestrian"
locations = []
for waypoint in waypoints:
location_dict = {'lat': waypoint.lat, 'lon': waypoint.lon}
# include heading when available
if waypoint.heading is not None:
location_dict["heading"] = waypoint.heading
locations.append(location_dict)
params = {
'costing': route_type,
'directions_options': {
'language': route_params.language
},
'locations': locations
}
queryUrl = OSM_SCOUT_SERVER_ROUTING_URL + "json=" + json.dumps(
params)
reply = urlopen(queryUrl)
if reply:
# json in Python 3 really needs it encoded like this
replyData = reply.read().decode("utf-8")
jsonReply = json.loads(replyData)
if "API version" in jsonReply and jsonReply[
'API version'] == "libosmscout V1":
route = Way.from_osm_scout_json(jsonReply)
else:
route = Way.from_valhalla(jsonReply)
return RoutingResult(route,
route_params,
constants.ROUTING_SUCCESS,
lookupDuration=time.time() - routingStart)
except Exception:
log.exception("OSM Scout Server routing: failed with exception")
def search(self,
waypoints,
route_params=None,
controller=DummyController()):
routingStart = time.time()
if self._monav.data_path is not None:
result = None
try:
if not self._monav.server_running:
controller.status = "starting Monav routing server"
self._monav.start_server()
controller.status = "Monav offline routing in progress"
log.info(route_params)
result = self._monav.get_monav_directions(
waypoints, route_params)
controller.status = "Monav offline routing done"
except Exception:
log.exception('Monav route lookup failed')
if result is None: # routing failed for unknown reasons
return RoutingResult(None, route_params)
if result.type == result.SUCCESS:
# convert the Monav result to a Way object usable
# for turn-by-turn navigation using the instruction
# generator set in the Monav wrapper
route = Way.from_monav_result(result)
return RoutingResult(route,
route_params,
constants.ROUTING_SUCCESS,
lookupDuration=time.time() - routingStart)
elif result.type == result.LOAD_FAILED:
return RoutingResult(None, route_params,
constants.ROUTING_LOAD_FAILED)
elif result.type == result.LOOKUP_FAILED:
return RoutingResult(None, route_params,
constants.ROUTING_LOOKUP_FAILED)
elif result.type == result.ROUTE_FAILED:
return RoutingResult(None, route_params,
constants.ROUTING_ROUTE_FAILED)
else:
return RoutingResult(None, route_params)
else:
log.error("no Monav routing data - can't route")
return RoutingResult(None, route_params, constants.ROUTING_NO_DATA)
def search(self, waypoints, routeParams=None, controller=DummyController()):
# get mode based sub-folder
routingStart = time.time()
if self.monav.dataPath is not None:
result = None
try:
if self.monav.monavServer is None:
controller.status = "starting Monav routing server"
self.monav.startServer()
controller.status = "Monav offline routing in progress"
result = self.monav.monavDirections(waypoints)
controller.status = "Monav offline routing done"
except Exception:
log.exception('Monav route lookup failed')
if result is None: # routing failed for unknown reasons
return RoutingResult(None, routeParams)
if result.type == result.SUCCESS:
# convert the Monav result to a Way object usable
# for turn-by-turn navigation using the instruction
# generator set in the Monav wrapper
route = way.fromMonavResult(result, self.monav.result2turns)
return RoutingResult(route,
routeParams,
constants.ROUTING_SUCCESS,
lookupDuration=time.time() - routingStart)
elif result.type == result.LOAD_FAILED:
return RoutingResult(None, routeParams, constants.ROUTING_LOAD_FAILED)
elif result.type == result.LOOKUP_FAILED:
return RoutingResult(None, routeParams, constants.ROUTING_LOOKUP_FAILED)
elif result.type == result.ROUTE_FAILED:
RoutingResult(None, routeParams, constants.ROUTING_ROUTE_FAILED)
else:
return RoutingResult(None, routeParams)
else:
log.error("no Monav routing data - can't route")
RoutingResult(None, routeParams, constants.ROUTING_NO_DATA)
def search(self,
term=None,
around=None,
controller=DummyController(),
maxResults=8,
radius=constants.DEFAULT_LOCAL_SEARCH_RADIUS,
**kwargs):
"""Search for POI using OSM Scout Server"""
if term is None and around is None:
log.error(
"OSM Scout Server local search: term and location not set")
return []
elif term is None:
log.error("OSM Scout Server local search: term not set")
return []
elif around is None:
log.error("OSM Scout Server local search: location not set")
return []
controller.status = "OSM Scout Server local search"
results = []
controller.status = "OSM Scout Server local search"
try:
point_type = "amenity"
# check if type override has been specified by prefix
term_split = term.split(":", 1)
if len(term_split) > 1:
point_type = term_split[0]
term = term_split[1]
term = term.encode("utf-8")
params = {
'limit': maxResults,
'query': term,
'radius': radius,
'lat': around.lat,
'lng': around.lon
}
query_url = OSM_SCOUT_SERVER_LOCAL_SEARCH_URL + urlencode(params)
log.debug("OSM Scout Server local search query URL:")
log.debug(query_url)
reply = urlopen(query_url)
if reply:
# json in Python 3 really needs it encoded like this
replyData = reply.read().decode("utf-8")
jsonReply = json.loads(replyData)
for result in jsonReply.get("results"):
name = result.get("title")
# Summary generation is based on how Poor Maps does this
items = []
try:
poi_type = result["type"]
poi_type = poi_type.replace("amenity", "")
poi_type = poi_type.replace("_", " ").strip()
items.append(poi_type.capitalize())
except:
pass
try:
items.append(result["admin_region"])
except:
pass
summary = ", ".join(items) or "–"
lat = float(result["lat"])
lon = float(result["lng"])
# create Point object instance
point = Point(lat,
lon,
name=name,
summary=summary,
message=summary)
results.append(point)
except Exception:
log.exception("OSMScoutServerPlaceSearch: failed with exception")
controller.status = "offline place search done"
return results
