def test_car_route_extra_options():
"""Test routing API for car route."""
place_options = PlaceOptions(
course=ROUTE_COURSE.west,
sideof_street_hint=[52.512149, 13.304076],
match_sideof_street=ROUTE_MATCH_SIDEOF_STREET.always,
radius=10,
min_course_distance=10,
)
via_waypoint_options = WayPointOptions(stop_duration=0, pass_through=True)
dest_waypoint_options = WayPointOptions(stop_duration=10,
pass_through=False)
ls = LS(api_key=LS_API_KEY)
_ = ls.car_route(
origin=[52.51375, 13.42462],
destination=[52.52332, 13.42800],
via=[(52.52426, 13.43000), (52.123, 13.22), (52.343, 13.444)],
origin_place_options=place_options,
destination_place_options=place_options,
via_place_options=place_options,
via_waypoint_options=via_waypoint_options,
destination_waypoint_options=dest_waypoint_options,
return_results=[ROUTING_RETURN.polyline, ROUTING_RETURN.elevation],
departure_time=datetime.now(),
spans=[ROUTING_SPANS.names],
)
def test_car_route():
"""Test routing API for car route."""
ls = LS(api_key=LS_API_KEY)
avoid_areas = [
AvoidBoundingBox(68.1766451354, 7.96553477623, 97.4025614766,
35.4940095078)
]
avoid_features = [ROUTING_AVOID_FEATURES.tollRoad]
result = ls.car_route(
origin=[52.51375, 13.42462],
destination=[52.52332, 13.42800],
via=[(52.52426, 13.43000)],
return_results=[ROUTING_RETURN.polyline, ROUTING_RETURN.elevation],
departure_time=datetime.now(),
spans=[ROUTING_SPANS.names],
avoid_areas=avoid_areas,
avoid_features=avoid_features,
exclude=["IND", "NZL", "AUS"],
)
assert result.response["routes"][0]["sections"][0]["departure"]["place"][
"location"] == {
"lat": 52.5137479,
"lng": 13.4246242,
"elv": 76.0,
}
assert result.response["routes"][0]["sections"][1]["departure"]["place"][
"location"] == {
"lat": 52.5242323,
"lng": 13.4301462,
"elv": 80.0,
}
assert type(result.to_geojson()) == FeatureCollection
def test_car_route_extra_options():
"""Test routing API for car route."""
place_options = PlaceOptions(
course=ROUTE_COURSE.west,
sideof_street_hint=[52.512149, 13.304076],
match_sideof_street=ROUTE_MATCH_SIDEOF_STREET.always,
radius=10,
min_course_distance=10,
)
assert json.loads(place_options.__str__()) == {
"course": 270,
"sideOfStreetHint": "52.512149,13.304076",
"matchSideOfStreet": "always",
"namehint": None,
"radius": 10,
"minCourseDistance": 10,
}
via_waypoint_options = WayPointOptions(stop_duration=0, pass_through=True)
assert json.loads(via_waypoint_options.__str__()) == {"stopDuration": 0, "passThrough": True}
dest_waypoint_options = WayPointOptions(stop_duration=10, pass_through=False)
ls = LS(api_key=LS_API_KEY)
_ = ls.car_route(
origin=[52.51375, 13.42462],
destination=[52.52332, 13.42800],
via=[(52.52426, 13.43000), (52.123, 13.22), (52.343, 13.444)],
origin_place_options=place_options,
destination_place_options=place_options,
via_place_options=place_options,
via_waypoint_options=via_waypoint_options,
destination_waypoint_options=dest_waypoint_options,
return_results=[ROUTING_RETURN.polyline, ROUTING_RETURN.elevation],
departure_time=datetime.now(),
spans=[ROUTING_SPANS.names],
)
def test_car_route():
"""Test routing API for car route."""
ls = LS(api_key=LS_API_KEY)
result = ls.car_route(
origin=[52.51375, 13.42462],
destination=[52.52332, 13.42800],
via=[(52.52426, 13.43000)],
return_results=[ROUTING_RETURN.polyline, ROUTING_RETURN.elevation],
departure_time=datetime.now(),
spans=[ROUTING_SPANS.names],
)
assert result.response["routes"][0]["sections"][0]["departure"]["place"][
"location"] == {
"lat": 52.5137479,
"lng": 13.4246242,
"elv": 76.0,
}
assert result.response["routes"][0]["sections"][1]["departure"]["place"][
"location"] == {
"lat": 52.5242323,
"lng": 13.4301462,
"elv": 80.0,
}
assert type(result.to_geojson()) == FeatureCollection
def route(
ctx,
transport_mode,
origin,
destination,
via,
routing_mode,
alternatives,
lang,
apikey,
raw,
display,
):
"""
find route between two or more locations.
"""
apikey = apikey or os.environ.get("HERE_APIKEY")
if apikey is None:
raise ApiKeyNotFoundError(
"Please pass HERE API KEY as --apikey or set it as environment "
"variable in HERE_APIKEY "
)
ctx.obj["apikey"] = apikey
ls = LS(api_key=apikey)
if transport_mode == "car":
result = ls.car_route(
origin=origin.split(","),
destination=destination.split(","),
via=via if via else None,
routing_mode=routing_mode,
alternatives=alternatives,
lang=lang,
return_results=[
ROUTING_RETURN.polyline,
ROUTING_RETURN.elevation,
ROUTING_RETURN.instructions,
ROUTING_RETURN.actions,
],
)
elif transport_mode == "truck":
result = ls.truck_route(
origin=origin.split(","),
destination=destination.split(","),
via=via if via else None,
routing_mode=routing_mode,
alternatives=alternatives,
lang=lang,
return_results=[
ROUTING_RETURN.polyline,
ROUTING_RETURN.elevation,
ROUTING_RETURN.instructions,
ROUTING_RETURN.actions,
],
)
elif transport_mode == "pedestrian":
result = ls.pedestrian_route(
origin=origin.split(","),
destination=destination.split(","),
via=via if via else None,
routing_mode=routing_mode,
alternatives=alternatives,
lang=lang,
return_results=[
ROUTING_RETURN.polyline,
ROUTING_RETURN.elevation,
ROUTING_RETURN.instructions,
ROUTING_RETURN.actions,
],
)
elif transport_mode == "bicycle":
result = ls.bicycle_route(
origin=origin.split(","),
destination=destination.split(","),
via=via if via else None,
routing_mode=routing_mode,
alternatives=alternatives,
lang=lang,
return_results=[
ROUTING_RETURN.polyline,
ROUTING_RETURN.elevation,
ROUTING_RETURN.instructions,
ROUTING_RETURN.actions,
],
)
elif transport_mode == "scooter":
result = ls.scooter_route(
origin=origin.split(","),
destination=destination.split(","),
via=via if via else None,
routing_mode=routing_mode,
alternatives=alternatives,
lang=lang,
return_results=[
ROUTING_RETURN.polyline,
ROUTING_RETURN.elevation,
ROUTING_RETURN.instructions,
ROUTING_RETURN.actions,
],
)
if raw:
click.secho(json.dumps(result.response, indent=2), fg="green")
elif display:
geo_display(json.dumps(result.to_geojson(), indent=2))
else:
click.secho(json.dumps(result.routes, indent=2), fg="green")
