Serilog.Sinks.NamedPipe.Factories 2.0.1-ci0002

Serilog.Sinks.NamedPipe.Factories

Provides functionality for creating a factory that provides a pipe to read/write log events.

Getting started

You probably want to use this package together with the Serilog.Sinks.NamedPipe package or the Serilog.Sinks.NamedPipe.Reader package. Both include this one as a transitive dependency so you shouldn't need to install this separately.

Install the package from NuGet:

dotnet add package Serilog.Sinks.NamedPipe.Factories

Usage

This package provides a static NamedPipeFactories class with several methods for creating named-pipe factories:

See the examples below for how to use these methods and their parameters.

Examples

CreateFactory

Allows manually creating a custom factory that provides a connected PipeStream:

// This overload is useful if the getStream parameter can be synchronous. The connect parameter is always async.
var factory = NamedPipeFactories.CreateFactory(
    getStream: () => new NamedPipeClientStream(".", "myCustomPipe", PipeDirection.Out, PipeOptions.Asynchronous),
    connect: (pipe, cancellationToken) => pipe.ConnectAsync(cancellationToken)
);

// This overload is useful if the getStream parameter needs to do some asynchronous work. The connect parameter is always async.
var factory = NamedPipeFactories.CreateFactory(
    getStream: async () => {
        await DoSomeWorkAsync();
        return new NamedPipeClientStream(".", "myCustomPipe", PipeDirection.Out, PipeOptions.Asynchronous);
    },
    connect: (pipe, cancellationToken) => pipe.ConnectAsync(cancellationToken)
);

The getStream function delegate parameter must create/provide an instance of PipeStream.

The connect function delegate parameter should connect the PipeStream to the other end of the pipe. It must not return until the connection has opened or been cancelled. The cancellationToken parameter is provided by the sink and will be used for cancelling connection attempts. This function will be called when a new pipe is needed, including whenever the pipe connection is broken and needs to be reconnected.

DefaultClientFactory

Creates a factory for named-pipe clients with some predefined defaults. Any NamedPipeClientStream it creates will be assumed to be: local, Asynchronous, and will use Byte transmission mode.

// This overload uses a pipe direction of PipeDirection.InOut by default
var factory = NamedPipeFactories.DefaultClientFactory("myDefaultByteStreamPipe");

// This overload explicitly overrides the pipe direction
var factory = NamedPipeFactories.DefaultClientFactory("myDefaultByteStreamPipe", PipeDirection.Out);

DefaultServerFactory

Creates a factory for named-pipe servers with some predefined defaults. Any NamedPipeServerStream it creates will be Asynchronous and will use Byte transmission mode.

// This overload uses a pipe direction of PipeDirection.InOut by default
var factory = NamedPipeFactories.DefaultServerFactory("myDefaultByteStreamPipe");

// This overload explicitly overrides the pipe direction
var factory = NamedPipeFactories.DefaultServerFactory("myDefaultByteStreamPipe", PipeDirection.In);

DefaultMessageClientFactory

Creates a factory for named-pipe clients with some predefined defaults. Any NamedPipeClientStream it creates will be assumed to be: local, asynchronous, InOut direction, and use Message transmission-mode.

Note: Message transmission mode is only supported on Windows.

var factory = NamedPipeFactories.DefaultMessageClientFactory("myDefaultMessageStreamPipe");

DefaultMessageServerFactory

Creates a factory for named-pipe servers with some predefined defaults. Any NamedPipeServerStream it creates will be assumed to be: asynchronous, InOut direction, and use Message transmission-mode.

Note: Message transmission mode is only supported on Windows.

var factory = NamedPipeFactories.DefaultMessageServerFactory("myDefaultMessageStreamPipe");

License

This library is licensed under the MIT License.