Eine entwicklerfreundliche API für
Nissan LEAF
Fahrzeuge

Mobility apps and services use Smartcar’s APIs to verify their customers’ mileage, issue digital car keys, manage EV charging, and track fleets. Our platform allows your customers with Nissan LEAF vehicles to log in with their Nissan Connect account and connect their car to your app in just a few clicks.

Was ist Smartcar?

Smartcar enables developers to integrate their apps and services with Nissan LEAF vehicles. Easily retrieve data and trigger actions with our simple and secure API for Nissan LEAF vehicles. Our Nissan LEAF API endpoints enable you to manage charging, track location, verify mileage, and much more.

Der Smartcar-Unterschied

Instead of building your own Nissan LEAF integration, Smartcar's integration offers mobility businesses a range of benefits:

  • Kompatibel mit 36 Automarken

    Ein leistungsstarkes Entwicklererlebnis

    Anpassbare, kollaborative und benutzerfreundliche Funktionen für eine schnellere Entwicklung. Unsere Entwicklertools umfassen robuste Dokumente, 8 SDKs, Zustimmungsmanagement, Testsimulatoren, Dashboard-Einblicke und mehr.

  • Kompatibel mit 36 Automarken

    Umfassende Fahrzeugunterstützung und Wachstum

    Integrieren Sie einmal und behalten Sie eine einzige Integration für 39 Automarken in Nordamerika und Europa bei.

  • Kompatibel mit 36 Automarken

    Ein Bekenntnis zum Verbraucherdatenschutz

    Ein granulares Genehmigungssystem, das den Datenschutz und die Transparenz für Fahrzeugbesitzer verbessert.

  • Learn more about Smartcar's Nissan LEAF integration

Der beste Weg, Apps zu erstellen für
Nissan LEAF
Fahrzeuge

Our RESTful API for Nissan LEAF is fast, reliable, and easy to use with every tech stack. No matter which framework your mobile or web app is built in, our documentation and SDKs support every major language.

Standort
Kilometerzähler
Sperren/Entsperren
EV-Batterie
Laden von Elektrofahrzeugen
Treibstofftank
Reifendruck
Lebensdauer des Motoröls
Fahrzeugmerkmale
VIN
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's location
const location = await vehicle.location();


// Example http response from Smartcar
{
  "latitude": 37.4292,
  "longitude": 122.1381
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's location
location = vehicle.location()


// Example http response from Smartcar
{
  "latitude": 37.4292,
  "longitude": 122.1381
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's location
VehicleLocation location = vehicle.location();


// Example http response from Smartcar
{
  "latitude": 37.4292,
  "longitude": 122.1381
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's location
var fuel, resErr = vehicle.GetLocation(context.TODO());


// Example http response from Smartcar
{
  "latitude": 37.4292,
  "longitude": 122.1381
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's location
location = vehicle.location()


// Example http response from Smartcar
{
  "latitude": 37.4292,
  "longitude": 122.1381
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's odometer
const odometer = await vehicle.odometer();


// Example http response from Smartcar
{
  "distance": 104.32
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's odometer
odometer = vehicle.odometer()


// Example http response from Smartcar
{
  "distance": 104.32
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's odometer
VehicleOdometer odometer = vehicle.odometer();


// Example http response from Smartcar
{
  "distance": 104.32
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's odometer
var odometer, resErr = vehicle.GetOdometer(context.TODO());


// Example http response from Smartcar
{
  "distance": 104.32
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's odometer
odometer = vehicle.odometer()


// Example http response from Smartcar
{
  "distance": 104.32
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Lock the vehicle
await vehicle.lock();

// Unlock the vehicle
await vehicle.unlock();


// Example http response from Smartcar
{
  "status": "success"
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Lock the vehicle
vehicle.lock()

# Unlock the vehicle
vehicle.unlock()


// Example http response from Smartcar
{
  "status": "success"
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Lock the vehicle
vehicle.lock();

// Unlock the vehicle
vehicle.unlock();


// Example http response from Smartcar
{
  "status": "success"
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Lock the vehicle
var lock, resErr = vehicle.Lock(context.TODO());

// Unlock the vehicle
var unlock, resErr = vehicle.Unlock(context.TODO());


// Example http response from Smartcar
{
  "status": "success"
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Lock the vehicle
vehicle.lock!

# Unlock the vehicle
vehicle.unlock!


// Example http response from Smartcar
{
  "status": "success"
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's battery level
const battery = await vehicle.battery();

// Fetch the vehicle's battery capacity 
const batteryCapacity = await vehicle.batteryCapacity();


// Example http response from Smartcar (battery level)
{
  "percentRemaining": 0.3,
  "range": 40.5,
}

// Example http response from Smartcar (battery capacity)
{
  "capacity": 28.7,
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's battery level
battery = vehicle.battery()

# Fetch the vehicle's battery capacity 
battery_capacity = vehicle.battery_capacity()


// Example http response from Smartcar (battery level)
{
  "percentRemaining": 0.3,
  "range": 40.5,
}

// Example http response from Smartcar (battery capacity)
{
  "capacity": 28.7,
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's battery level
VehicleBattery battery = vehicle.battery();

// Fetch the vehicle's battery capacity 
VehicleBatteryCapacity batteryCapacity = vehicle.batteryCapacity();


// Example http response from Smartcar (battery level)
{
  "percentRemaining": 0.3,
  "range": 40.5,
}

// Example http response from Smartcar (battery capacity)
{
  "capacity": 28.7,
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's battery level
var battery, resErr = vehicle.GetBattery(context.TODO());

// Fetch the vehicle's battery capacity 
var batteryCapacity, resErr = vehicle.GetBatteryCapacity(context.TODO());


// Example http response from Smartcar (battery level)
{
  "percentRemaining": 0.3,
  "range": 40.5,
}

// Example http response from Smartcar (battery capacity)
{
  "capacity": 28.7,
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's battery level
battery = vehicle.battery()

# Fetch the vehicle's battery capacity 
battery_capacity = vehicle.battery_capacity()


// Example http response from Smartcar (battery level)
{
  "percentRemaining": 0.3,
  "range": 40.5,
}

// Example http response from Smartcar (battery capacity)
{
  "capacity": 28.7,
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's charging status
const charge = await vehicle.charge();

// Start the vehicle's charging session
await vehicle.startCharge();

// Set the vehicle's charge limit
await vehicle.setChargeLimit(0.8);


// Example http response from Smartcar (charging status)
{
  "isPluggedIn": true,
  "state":"FULLY_CHARGED"
}

// Example http response from Smartcar (start charge)
{
  "status": "success"
}

// Example http response from Smartcar (set charge limit)
{
  "status": "success"
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's charging status
charge = vehicle.charge()

# Start the vehicle's charging session
vehicle.start_charge()

# Set the vehicle's charge limit
vehicle.set_charge_limit(0.8)


// Example http response from Smartcar (charging status)
{
  "isPluggedIn": true,
  "state":"FULLY_CHARGED"
}

// Example http response from Smartcar (start charge)
{
  "status": "success"
}

// Example http response from Smartcar (set charge limit)
{
  "status": "success"
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's charging status
VehicleCharge charge = vehicle.charge();

// Start the vehicle's charging session
vehicle.startCharge();

// Set the vehicle's charge limit
vehicle.setChargeLimit(0.8)


// Example http response from Smartcar (charging status)
{
  "isPluggedIn": true,
  "state":"FULLY_CHARGED"
}

// Example http response from Smartcar (start charge)
{
  "status": "success"
}

// Example http response from Smartcar (set charge limit)
{
  "status": "success"
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's charging status
var charge, resErr = vehicle.GetCharge(context.TODO());

// Start the vehicle's charging session
var startCharge, resErr = vehicle.StartCharge(context.TODO());


// Example http response from Smartcar (charging status)
{
  "isPluggedIn": true,
  "state":"FULLY_CHARGED"
}

// Example http response from Smartcar (start charge)
{
  "status": "success"
}

// Example http response from Smartcar (set charge limit)
{
  "status": "success"
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's charging status
charge = vehicle.charge()

# Start the vehicle's charging session
vehicle.startCharge!

# Set the vehicle's charge limit
vehicle.set_charge_limit!(0.8)


// Example http response from Smartcar (charging status)
{
  "isPluggedIn": true,
  "state":"FULLY_CHARGED"
}

// Example http response from Smartcar (start charge)
{
  "status": "success"
}

// Example http response from Smartcar (set charge limit)
{
  "status": "success"
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's fuel tank level
const fuel = await vehicle.fuel();


// Example http response from Smartcar
{
  "amountRemaining": 53.2,
  "percentRemaining": 0.3,
  "range": 40.5
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's fuel tank level
fuel = vehicle.fuel()


// Example http response from Smartcar
{
  "amountRemaining": 53.2,
  "percentRemaining": 0.3,
  "range": 40.5
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's fuel tank level
VehicleFuel fuel = vehicle.fuel();


// Example http response from Smartcar
{
  "amountRemaining": 53.2,
  "percentRemaining": 0.3,
  "range": 40.5
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's fuel tank level
var fuel, resErr = vehicle.GetFuel(context.TODO());


// Example http response from Smartcar
{
  "amountRemaining": 53.2,
  "percentRemaining": 0.3,
  "range": 40.5
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's fuel tank level
fuel = vehicle.fuel()


// Example http response from Smartcar
{
  "amountRemaining": 53.2,
  "percentRemaining": 0.3,
  "range": 40.5
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's tire pressure
const tirePressure = await vehicle.tirePressure();


// Example http response from Smartcar
{
  "backLeft": 219.3,
  "backRight": 219.3,
  "frontLeft": 219.3,
  "frontRight": 219.3,
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's tire pressure
tire_pressure = vehicle.tirePressure()


// Example http response from Smartcar
{
  "backLeft": 219.3,
  "backRight": 219.3,
  "frontLeft": 219.3,
  "frontRight": 219.3,
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's attributes
VehicleTirePressure tirePressure = vehicle.tirePressure();


// Example http response from Smartcar
{
  "backLeft": 219.3,
  "backRight": 219.3,
  "frontLeft": 219.3,
  "frontRight": 219.3,
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"}
);

// Fetch the vehicle's tire pressure
var tirePressure, resErr = vehicle.GetTirePressure(context.TODO());


// Example http response from Smartcar
{
  "backLeft": 219.3,
  "backRight": 219.3,
  "frontLeft": 219.3,
  "frontRight": 219.3,
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's tire pressure
tire_pressure = vehicle.tire_pressure()


// Example http response from Smartcar
{
  "backLeft": 219.3,
  "backRight": 219.3,
  "frontLeft": 219.3,
  "frontRight": 219.3,
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's engine oil life
const oil = await vehicle.oil();


// Example http response from Smartcar
{
  "lifeRemaining": 0.35
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's engine oil life
oil = vehicle.oil()


// Example http response from Smartcar
{
  "lifeRemaining": 0.35
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's engine oil life
VehicleEngineOil oil = vehicle.oil();


// Example http response from Smartcar
{
  "lifeRemaining": 0.35
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's engine oil life
var oil, resErr = vehicle.GetOil(context.TODO());


// Example http response from Smartcar
{
  "lifeRemaining": 0.35
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's engine oil life
engine_oil = vehicle.engine_oil()


// Example http response from Smartcar
{
  "lifeRemaining": 0.35
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's attributes
const vehicleAttributes = await vehicle.attributes();


// Example http response from Smartcar
{
  "id": "36ab27d0-fd9d-4455-823a-ce30af709ffc",
  "make": "TESLA",
  "model": "Model S",
  "year": 2014
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's attributes
vehicle_attributes = vehicle.attributes()


// Example http response from Smartcar
{
  "id": "36ab27d0-fd9d-4455-823a-ce30af709ffc",
  "make": "TESLA",
  "model": "Model S",
  "year": 2014
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's attributes
VehicleAttributes vehicleAttributes = vehicle.attributes();


// Example http response from Smartcar
{
  "id": "36ab27d0-fd9d-4455-823a-ce30af709ffc",
  "make": "TESLA",
  "model": "Model S",
  "year": 2014
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's attributes
var info, resErr = vehicle.GetInfo(context.TODO());


// Example http response from Smartcar
{
  "id": "36ab27d0-fd9d-4455-823a-ce30af709ffc",
  "make": "TESLA",
  "model": "Model S",
  "year": 2014
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's attributes
vehicle_attributes = vehicle.attributes()


// Example http response from Smartcar
{
  "id": "36ab27d0-fd9d-4455-823a-ce30af709ffc",
  "make": "TESLA",
  "model": "Model S",
  "year": 2014
}
Knoten
Python
Java
Geh
Rubin
const smartcar = require('smartcar');

// Get all vehicles associated with this access token
const {vehicles} = await smartcar.getVehicles("<access-token>");

// Construct a new vehicle instance using the first vehicle's id
const vehicle = new smartcar.Vehicle(vehicles[0], "<access-token>");

// Fetch the vehicle's VIN
const vin = await vehicle.vin();


// Example http response from Smartcar
{
  "vin": "1234A67Q90F2T4567"
}

import smartcar

# Get all vehicles associated with this access token
response = smartcar.get_vehicles("<access-token>")

# Construct a new vehicle instance using the first vehicle's id
vehicle = smartcar.Vehicle(response.vehicles[0], "<access-token>")

# Fetch the vehicle's VIN
vin = vehicle.vin()


// Example http response from Smartcar
{
  "vin": "1234A67Q90F2T4567"
}

import com.smartcar.sdk.*;

// Get all vehicles associated with this access token
VehicleIds response = Smartcar.getVehicles("<access-token>");
String[] vehicleIds = response.getVehicleIds();

// Construct a new vehicle instance using the first vehicle's id
Vehicle vehicle = new Vehicle(vehicleIds[0], "<access-token>");

// Fetch the vehicle's VIN
VehicleVin vin = vehicle.vin();


// Example http response from Smartcar
{
  "vin": "1234A67Q90F2T4567"
}

import (
  "context"
  smartcar "github.com/smartcar/go-sdk"
);

// Create a smartcar client
var smartcarClient = smartcar.NewClient();

// Get all vehicles associated with this access token
var vehicleIDs, resErr = smartcarClient.GetVehicleIDs(
  context.TODO(),
  &smartcar.VehicleIDsParams{Access: "<access-token>"},
);

// Construct a new vehicle instance using the first vehicle's id
var vehicle = smartcarClient.NewVehicle(&smartcar.VehicleParams{
  ID: vehicleIDs.VehicleIDs[0],
  AccessToken: "<access-token>"},
);

// Fetch the vehicle's VIN
var VIN, resErr = vehicle.GetVIN(context.TODO());


// Example http response from Smartcar
{
  "vin": "1234A67Q90F2T4567"
}

require 'smartcar'

# Get all vehicles associated with this access token
all_vehicles =  Smartcar.get_vehicles(token: token)

# Construct a new vehicle instance using the first vehicle's id
vehicle = Smartcar::Vehicle.new(
  token: "<access-token>",
  id: all_vehicles.vehicles.first
)

# Fetch the vehicle's VIN
vin = vehicle.vin()


// Example http response from Smartcar
{
  "vin": "1234A67Q90F2T4567"
}
Sehen Sie sich die API-Dokumente an

Eigenschaften des Produkts

  • Kompatibel mit 36 Automarken

    kompatibel mit
    Nissan LEAF
    Telematik

  • Benutzerfreundlicher Zustimmungsfluss

    Umfangreiche Dokumentation und SDKs

  • Funktioniert mit Fahrzeugen von 2015 und neueren

    Benutzerfreundlicher Zustimmungsfluss

  • Vertrauenswürdig und sicher

    Vertrauenswürdig und sicher

  • Live-Daten abrufen und Aktionen auslösen

    Zugriff auf Live-Fahrzeugdaten

  • SDKs für Go, Java, Node.js, Python und Ruby

    Keine Aftermarket-Hardware erforderlich

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