gbfs-typescript-types/v3.0/test-type-checkers/vehicle_types-ti.ts

Language Bindings for GBFS in Typescript.

/**
 * This module was automatically generated by `ts-interface-builder`
 */
import * as t from "ts-interface-checker";
// tslint:disable:object-literal-key-quotes

export const VehicleTypes = t.iface([], {
  "data": "Data",
  "last_updated": "string",
  "ttl": "number",
  "version": "Version",
  [t.indexKey]: "any",
});

export const Data = t.iface([], {
  "vehicle_types": t.array("VehicleType"),
  [t.indexKey]: "any",
});

export const VehicleType = t.iface([], {
  "cargo_load_capacity": t.opt("number"),
  "cargo_volume_capacity": t.opt("number"),
  "color": t.opt("string"),
  "default_pricing_plan_id": t.opt("string"),
  "default_reserve_time": t.opt("number"),
  "description": t.opt(t.array("Description")),
  "eco_labels": t.opt(t.array("EcoLabel")),
  "form_factor": "FormFactor",
  "g_CO2_km": t.opt("number"),
  "make": t.opt(t.array("Make")),
  "max_permitted_speed": t.opt("number"),
  "max_range_meters": t.opt("number"),
  "model": t.opt(t.array("Model")),
  "name": t.opt(t.array("Name")),
  "pricing_plan_ids": t.opt(t.array("string")),
  "propulsion_type": "PropulsionType",
  "rated_power": t.opt("number"),
  "return_constraint": t.opt("ReturnConstraint"),
  "rider_capacity": t.opt("number"),
  "vehicle_accessories": t.opt(t.array("VehicleAccessory")),
  "vehicle_assets": t.opt("VehicleAssets"),
  "vehicle_image": t.opt("string"),
  "vehicle_type_id": "string",
  "wheel_count": t.opt("number"),
  [t.indexKey]: "any",
});

export const Description = t.iface([], {
  "language": "string",
  "text": "string",
  [t.indexKey]: "any",
});

export const EcoLabel = t.iface([], {
  "country_code": t.opt("string"),
  "eco_sticker": t.opt("string"),
  [t.indexKey]: "any",
});

export const FormFactor = t.union(t.lit("bicycle"), t.lit("cargo_bicycle"), t.lit("car"), t.lit("moped"), t.lit("scooter_standing"), t.lit("scooter_seated"), t.lit("other"), t.lit("scooter"));

export const Make = t.iface([], {
  "language": "string",
  "text": "string",
  [t.indexKey]: "any",
});

export const Model = t.iface([], {
  "language": "string",
  "text": "string",
  [t.indexKey]: "any",
});

export const Name = t.iface([], {
  "language": "string",
  "text": "string",
  [t.indexKey]: "any",
});

export const PropulsionType = t.union(t.lit("human"), t.lit("electric_assist"), t.lit("electric"), t.lit("combustion"), t.lit("combustion_diesel"), t.lit("hybrid"), t.lit("plug_in_hybrid"), t.lit("hydrogen_fuel_cell"));

export const ReturnConstraint = t.union(t.lit("free_floating"), t.lit("roundtrip_station"), t.lit("any_station"), t.lit("hybrid"));

export const VehicleAccessory = t.union(t.lit("air_conditioning"), t.lit("automatic"), t.lit("manual"), t.lit("convertible"), t.lit("cruise_control"), t.lit("doors_2"), t.lit("doors_3"), t.lit("doors_4"), t.lit("doors_5"), t.lit("navigation"));

export const VehicleAssets = t.iface([], {
  "icon_last_modified": "string",
  "icon_url": "string",
  "icon_url_dark": t.opt("string"),
  [t.indexKey]: "any",
});

export const Version = t.lit("3.0");

const exportedTypeSuite: t.ITypeSuite = {
  VehicleTypes,
  Data,
  VehicleType,
  Description,
  EcoLabel,
  FormFactor,
  Make,
  Model,
  Name,
  PropulsionType,
  ReturnConstraint,
  VehicleAccessory,
  VehicleAssets,
  Version,
};
export default exportedTypeSuite;