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//! **Look in this module for documentation on building your _Directions API_
//! query**. In particular, look at the _Request_ struct for examples of the
//! builder pattern. This module contains the tools (enums, structs, methods)
//! for building your Google Maps Platform request.
pub mod avoid;
mod build;
pub mod departure_time;
mod end_point;
pub mod location;
mod new;
mod query_string;
pub mod traffic_model;
pub mod transit_mode;
pub mod transit_route_preference;
pub mod unit_system;
mod validatable;
pub mod waypoint;
mod with_alternatives;
mod with_arrival_time;
mod with_departure_time;
mod with_language;
mod with_region;
mod with_restrictions;
mod with_traffic_model;
mod with_transit_modes;
mod with_transit_route_preference;
mod with_travel_mode;
mod with_unit_system;
mod with_waypoint_optimization;
mod with_waypoints;
#[cfg(feature = "reqwest")]
mod execute;
#[cfg(feature = "reqwest")]
mod get;
#[cfg(feature = "reqwest")]
mod request_headers;
// -----------------------------------------------------------------------------
use crate::directions::request::{
avoid::Avoid,
departure_time::DepartureTime,
location::Location,
traffic_model::TrafficModel,
transit_mode::TransitMode,
transit_route_preference::TransitRoutePreference,
unit_system::UnitSystem,
waypoint::Waypoint,
};
// -----------------------------------------------------------------------------
//
/// **Look at this `Request` struct for documentation on how to build your
/// _Directions API_ query**. The methods implemented for this struct are what's
/// used to build your request.
#[derive(Debug)]
pub struct Request<'r> {
// Required parameters:
// --------------------
/// This structure contains the application's API key and other
/// user-definable settings such as "maximum retries."
client: &'r crate::client::Client,
/// The address, latitude/longitude, or place ID to which you wish to
/// calculate directions.
destination: Location,
/// The address, latitude/longitude, or place ID from which you wish to
/// calculate directions.
origin: Location,
// Optional parameters:
// --------------------
/// Whether service may provide more than one route alternative in the
/// response. See method `with_alternatives()` for more information.
alternatives: Option<bool>,
/// Desired arrival time. See method `with_arrival_time()` for more
/// information.
arrival_time: Option<chrono::NaiveDateTime>,
/// Desired departure time. See files `departure_time.rs` and method
/// `with_departure_time()` for more information.
departure_time: Option<DepartureTime>,
/// Language in which to return results. See file `language.rs` and method
/// `with_language()` for more information.
language: Option<crate::types::Language>,
/// Region bias. See file `region.rs` and method `with_region()` for more
/// information.
region: Option<crate::types::Region>,
/// Features that routes should avoid. See file `avoid.rs` and method
/// `with_restrictions()` for more information.
restrictions: Vec<Avoid>,
/// Assumptions to use when calculating time in traffic. See file
/// `traffic_model.rs` and method `with_traffic_model()` for more
/// information.
traffic_model: Option<TrafficModel>,
/// Preferred modes of transit. See file `transit_mode.rs` and method
/// `with_transit_modes()` for more information.
transit_modes: Vec<TransitMode>,
/// Preferences for transit routes. See file `transit_route_preference.rs`
/// and method `with_transit_route_preference()` for more information.
transit_route_preference: Option<TransitRoutePreference>,
/// Mode of transportation. See file `travel_mode.rs` and method
/// `with_travel_mode()` for more information.
travel_mode: Option<crate::directions::travel_mode::TravelMode>,
/// Unit system to use when displaying results. See file `unit_system.rs`
/// and method `with_unit_system()` for more information.
unit_system: Option<UnitSystem>,
/// Whether the order of the intermediate locations should be optimized or
/// not. See the method `with_waypoint_optimization()` for more information.
waypoint_optimization: bool,
/// Pass throughs or stopovers at intermediate locations. See file
/// `waypoint.rs` and method `with_waypoints()` for more information.
waypoints: Vec<Waypoint>,
} // struct