[−][src]Crate google_maps
google_maps
An unofficial Google Maps Platform API for the Rust programming language.
Welcome
As of version 0.1.0 this crate is expected to work well, work reliably, and have the most important features implemented. There are some creature comforts and specialized APIs not implemented yet.
While an early release, for most people this crate should work fine as is.
Example Request
use google_maps::*; let directions = DirectionsRequest::new( // Canadian Museum of Nature Location::Address(String::from("240 McLeod St, Ottawa, ON K2P 2R1")), // Canada Science and Technology Museum Location::Address(String::from("1867 St Laurent Blvd, Ottawa, ON K1G 5A3")), GOOGLE_API_KEY ) .with_travel_mode(TravelMode::Transit) .with_arrival_time(PrimitiveDateTime::new( Date::try_from_ymd(2021, 1, 10).unwrap(), Time::try_from_hms(13, 00, 0).unwrap() )) .validate().unwrap() .build() .get().unwrap(); println!("{:#?}", directions);
To do:
- Distance Matrix API
- Geolocation API
- Places API
- Roads API
- Automatic Rate Limiting
- Retry on Failure
- Asynchronous
Re-exports
pub extern crate time; |
pub use crate::bounds::Bounds; |
pub use crate::language::Language; |
pub use crate::latlng::LatLng; |
pub use crate::place_type::PlaceType; |
pub use crate::region::Region; |
pub use crate::directions::request::avoid::Avoid; |
pub use crate::directions::request::departure_time::DepartureTime; |
pub use crate::directions::request::location::Location; |
pub use crate::directions::request::Request as DirectionsRequest; |
pub use crate::directions::request::traffic_model::TrafficModel; |
pub use crate::directions::request::transit_mode::TransitMode; |
pub use crate::directions::request::transit_route_preference::TransitRoutePreference; |
pub use crate::directions::request::unit_system::UnitSystem; |
pub use crate::directions::request::waypoint::Waypoint; |
pub use crate::directions::response::Response as Directions; |
pub use crate::directions::response::status::Status as DirectionsStatus; |
pub use crate::directions::travel_mode::TravelMode; |
pub use crate::elevation::error::Error as ElevationError; |
pub use crate::elevation::request::Locations as ElevationLocations; |
pub use crate::elevation::request::Request as ElevationRequest; |
pub use crate::elevation::response::Response as Elevation; |
pub use crate::elevation::response::Status as ElevationStatus; |
pub use crate::geocoding::error::Error as GeocodingError; |
pub use crate::geocoding::forward::component::Component as GeocodingComponent; |
pub use crate::geocoding::forward::ForwardRequest as GeocodingForwardRequest; |
pub use crate::geocoding::location_type::LocationType; |
pub use crate::geocoding::response::Response as Geocoding; |
pub use crate::geocoding::response::Status as GeocodingStatus; |
pub use crate::geocoding::reverse::ReverseRequest as GeocodingReverseRequest; |
pub use crate::time_zone::error::Error as TimeZoneError; |
pub use crate::time_zone::request::Request as TimeZoneRequest; |
pub use crate::time_zone::response::Response as TimeZone; |
pub use crate::time_zone::response::Status as TimeZoneStatus; |
Modules
bounds | |
directions | The Directions API is a service that calculates directions between locations. You can search for directions for several modes of transportation, including transit, driving, walking, or cycling. |
elevation | The Elevation API provides elevation data for all locations on the surface of the earth, including depth locations on the ocean floor (which return negative values). |
geocoding | The Geocoding API is a service that provides geocoding and reverse geocoding of addresses. |
language | |
latlng | |
place_type | |
region | |
time_zone | The Time Zone API provides time offset data for locations on the surface of the earth. You request the time zone information for a specific latitude/longitude pair and date. The API returns the name of that time zone, the time offset from UTC, and the daylight savings offset. |
Structs
Date | Calendar date. |
PrimitiveDateTime | Combined date and time. |
Time | The clock time within a given date. Nanosecond precision. |