jaredpar

using System;
using System.Runtime.CompilerServices;

class await {
    async async async(async async) => await async(async(async));
}

[AsyncMethodBuilder(typeof(builder))]
delegate async async(async async);

pamolloy

Download the latest ugw3 package from https://github.com/Lochnair/vyatta-wireguard/releases and install it on your USG using dpkg -i wireguard-ugw3-<version>.deb.

cd /config/auth
umask 077
mkdir wireguard
cd wireguard
wg genkey > wg_private.key
wg pubkey < wg_private.key > wg_public.key

GrabYourPitchforks

Memory<T> usage guidelines

This document describes the relationship between Memory<T> and its related classes (MemoryPool<T>, IMemoryOwner<T>, etc.). It also describes best practices when accepting Memory<T> instances in public API surface. Following these guidelines will help developers write clear, bug-free code.

First, a tour of the basic exchange types

• Span<T> is the basic exchange type that represents contiguous buffers. These buffers may be backed by managed memory (such as T[] or System.String). They may also be backed by unmanaged memory (such as via stackalloc or a raw void*). The Span<T> type is not heapable, meaning that it cannot appear as a field in classes, and it cannot be used across yield or await boundaries.

• Memory is a wrapper around an object that can generate a Span. For instance, Memory instances can be backed by T[], System.String (readonly), and even SafeHandle instances. Memory cannot be backed by "transient" unmanaged me

janv8000

public interface IAsyncRunner
{
    void Run<T>(Action<T> action);
}

public class AsyncRunner : IAsyncRunner
{
    public ILifetimeScope LifetimeScope { get; set; }

    public AsyncRunner(ILifetimeScope lifetimeScope)

patroza

    public abstract class BaseHub : Hub
    {
        public EventHandler Disposing;
        bool _disposed;
        
        protected override void Dispose(bool disposing) {
            if (_disposed)
                return;
            _disposed = true;