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Class SharedWorkerAcceptor<Provider>

SharedWorker acceptor for client.

  • available only in Web Browser.

The SharedWorkerAcceptor is a communicator class communicating with the remote client (SharedWorkerConnector) using RFC (Remote Function Call). The SharedAcceptor objects are always created by the SharedWorkerServer class whenever a remote client connects to its server.

To accept connection and start interaction with the remote client, call the accept() method with special Provider. Also, don't forget to closing the connection after your business has been completed.

author

Jeongho Nam http://samchon.org

Type parameters

  • Provider: object

    Type of features provided for remote system.

Hierarchy

  • Communicator<Provider | null | undefined>
    • SharedWorkerAcceptor

Implements

Index

Accessors

arguments

  • get arguments(): string[]

state

  • get state(): SharedWorkerAcceptor.State

Methods

accept

  • accept(provider?: Provider | null): Promise<void>

close

  • close(): Promise<void>
  • Close connection.

    Close connection between the remote worker system.

    It destroies all RFCs (remote function calls) between this and the remote system (through Driver<Controller>) that are not returned (completed) yet. The destruction causes all incompleted RFCs to throw exceptions.

    Returns Promise<void>

Protected destructor

  • destructor(error?: Error): Promise<void>
  • Destory the communicator.

    A destory function must be called when the network communication has been closed. It would destroy all function calls in the remote system (by Driver<Controller>), which are not returned yet.

    The error instance would be thrown to those function calls. If the disconnection is abnormal, then write the detailed reason why into the error instance.

    Parameters

    • Optional error: Error

      An error instance to be thrown to the unreturned functions.

    Returns Promise<void>

getDriver

  • getDriver<Controller, UseParametric>(): Driver<Controller, UseParametric>
  • Get Driver for RFC (Remote Function Call).

    The Controller is an interface who defines provided functions from the remote system. The Driver is an object who makes to call remote functions, defined in the Controller and provided by Provider in the remote system, possible.

    In other words, calling a functions in the Driver<Controller>, it means to call a matched function in the remote system's Provider object.

    • Controller: Definition only
    • Driver: Remote Function Call

    Type parameters

    • Controller: object

      An interface for provided features (functions & objects) from the remote system (Provider).

    • UseParametric: boolean

      Whether to convert type of function parameters to be compatible with their pritimive.

    Returns Driver<Controller, UseParametric>

    A Driver for the RFC.

getProvider

  • getProvider(): Provider | null | undefined
  • Get current Provider.

    Get an object providing features (functions & objects) for remote system. The remote system would call the features (Provider) by using its Driver<Controller>.

    Returns Provider | null | undefined

    Current Provider object

join

  • join(): Promise<void>
  • join(ms: number): Promise<boolean>
  • join(at: Date): Promise<boolean>

reject

  • reject(reason?: string): Promise<void>
  • Reject connection.

    Reject without acceptance, any interaction. The connection would be closed immediately.

    Parameters

    • Default value reason: string = "Rejected by server"

      Detailed reason of the rejection. Default is "Rejected by server".

    Returns Promise<void>

Protected replyData

  • replyData(invoke: Invoke): void
  • Data Reply Function.

    A function should be called when data has come from the remote system.

    When you receive a message from the remote system, then parse the message with your special protocol and covert it to be an Invoke object. After the conversion, call this method.

    Parameters

    • invoke: Invoke

      Structured data converted by your special protocol.

    Returns void

setProvider

  • setProvider(obj: Provider | null | undefined): void

Static create

  • create<Provider>(port: MessagePort, args: string[], eraser: function): SharedWorkerAcceptor<Provider>

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