Views

import Vapor

Vapor is a framework for building server applications, APIs and websites in Swift. It provides a safe, performant and scalable foundation for building large complex backends.

final class Application

Core type representing a Vapor application.

static func make(_ environment: Environment = .development, _ eventLoopGroupProvider: EventLoopGroupProvider = .singleton) async throws -> Application

var allocator: ByteBufferAllocator { get }

var asyncCommands: AsyncCommands { get set }

var cache: Cache { get }

Current application cache. See Request.cache for caching in request handlers.

var caches: Caches { get }

Controls application’s configured caches.

var client: Client { get }

var clients: Clients { get }

var commands: Commands { get set }

var console: Console { get set }

var didShutdown: Bool { get }

var directory: DirectoryConfiguration { get set }

var environment: Environment { get set }

let eventLoopGroup: EventLoopGroup

let eventLoopGroupProvider: EventLoopGroupProvider

var fileio: NonBlockingFileIO { get }

var http: HTTP { get }

var lifecycle: Lifecycle { get set }

var locks: Locks { get set }

var logger: Logger { get set }

var middleware: Middlewares { get set }

var password: Password { get }

var passwords: Passwords { get }

var responder: Responder { get }

var routes: Routes { get }

var running: Running? { get set }

var server: Server { get }

var servers: Servers { get }

var services: Services { get }

var sessions: Sessions { get }

var storage: Storage { get set }

var sync: NIOLock { get }

var threadPool: NIOThreadPool { get set }

The application thread pool. Vapor uses NIOSingletons.posixBlockingThreadPool by default for this, which defaults to a thread pool of size equal to the number of available cores.

var traceAutoPropagation: Bool { get set }

If enabled, tracing propagation is automatically handled by restoring & setting request.serviceContext automatically across Vapor-internal EventLoopFuture boundaries. If disabled, traces will not automatically nest, and the user should restore & set request.serviceContext manually where needed. There are performance implications to enabling this feature.

var view: ViewRenderer { get }

var views: Views { get }

func add(_ route: Route)

func asyncBoot() async throws

Called when the applications starts up, will trigger the lifecycle handlers. The asynchronous version of boot

func asyncShutdown() async throws

func boot() throws

func execute() async throws

Starts the Application asynchronous using the startup method, then waits for any running tasks to complete. If your application is started without arguments, the default argument is used.

func run() throws

Starts the Application using the start method, then waits for any running tasks to complete. If your application is started without arguments, the default argument is used.

func shutdown()

func start() throws

When called, this will execute the startup command provided through an argument. If no startup command is provided, the default is used. Under normal circumstances, this will start running Vapor’s webserver.

func startup() async throws

When called, this will asynchronously execute the startup command provided through an argument. If no startup command is provided, the default is used. Under normal circumstances, this will start running Vapor’s webserver.

struct Caches

struct Clients

struct Core

enum EventLoopGroupProvider

struct HTTP

struct Lifecycle

final class Locks

struct Password

struct Passwords

struct Responder

struct Running

struct Servers

struct Service<ServiceType>

struct Services

struct Sessions

convenience init(_ environment: Environment = .development, _ eventLoopGroupProvider: EventLoopGroupProvider = .singleton)

protocol Sendable

var plaintext: PlaintextRenderer { get }

@preconcurrency func use(_ makeRenderer: @escaping (Application) -> (ViewRenderer))

func use(_ provider: Provider)

struct Provider