droyad

 services.AddAuthentication(options =>
{
    // custom scheme defined in .AddPolicyScheme() below
    options.DefaultScheme = "JwtOrApiKey";
    options.DefaultChallengeScheme = "JwtOrApiKey";
})
.AddPolicyScheme("JwtOrApiKey", "JwtOrApiKey", options =>
{
    // runs on each request
    options.ForwardDefaultSelector = context =>

droyad

Stop Loss Kata (original source: https://gist.github.com/gregoryyoung/1500720) Developing solutions when time is involved is tricky, but testing when time is involved is yet another problem.

A trailing stop loss is a term used in financial trading. For a very in depth explanation you can read here (http://www.investopedia.com/articles/trading/03/080603.asp) and here (http://en.wikipedia.org/wiki/Order_(exchange)#Stop_orders), however we do not need a huge amount of background in order to do the kata as we are going to limit the problem a bit.

Say you buy into a stock at $10. You want it to automatically get sold if the stock goes below $9 to limit your exposure. This threshold is set by subtracting 10% from the original position. The term "trailing" means that if the price goes up to $11 then the sell point becomes $10, if it goes up to $15 then the sell point becomes $14, maintaining the original 10% margin of $1.

The kata is to create something that implements a trailing stop loss and to do it with TDD.

droyad

/// <summary>
    /// Work around for https://github.com/dotnet/corefx/issues/27326
    /// </summary>
    public class NonFlushingStream : Stream
    {
        private readonly Stream _stream;

        public NonFlushingStream(Stream stream)
        {
            _stream = stream;

droyad

using NuGet.Packaging;
using NuGet.Frameworks;

using (var reader = new PackageArchiveReader(stream, true))
{
    var nuspecFile = reader.GetNuspecFile();
    if (nuspecFile == null)
        throw new Exception("Package does not contain a nuspec file");

    using (var s = reader.GetStream(nuspecFile))

droyad

#!/bin/bash

# Users can write their own custom script via a machine policy, which is appended here via MachinePolicyCustomScript.

function perform_standardhealthcheck
{
    # Mono is required if not using self-contained Calamari
	requiresMono={{RequiresMono}} 

	# Ensure required commands are available

droyad

Add-Type -Path 'C:\Program Files\Octopus Deploy\Octopus\Octopus.Client.dll'

$octopusURI = 'http://myserver' # Your server address

# Create using API key
# $endpoint = new-object Octopus.Client.OctopusServerEndpoint $octopusURI,'API-GHRWGHEWJGHWJEGHW' # Get this from your profile
# $repository = new-object Octopus.Client.OctopusRepository $endpoint

# OR create using username/password
$endpoint = new-object Octopus.Client.OctopusServerEndpoint $octopusURI

droyad

# Users can write their own custom script via a machine policy, which is appended here via MachinePolicyCustomScript.
$hasErrors = $false
$details = @()

function Convert-ServiceMessageValue([string]$value)
{
	$valueBytes = [System.Text.Encoding]::UTF8.GetBytes($value)
	return [Convert]::ToBase64String($valueBytes)
}

droyad

var endpoint = new OctopusServerEndpoint("http://localhost");
var repository = new OctopusRepository(endpoint);
repository.Users.SignIn("Admin", "foo");

var mySet = repository.LibraryVariableSets.FindByName("MySet");
var projectNames = repository.Projects.GetAll().Where(p => p.IncludedLibraryVariableSetIds.Contains(mySet.Id)).Select(p => p.Name);

droyad

void Main()
{
	Halibut.Logging.LogProvider.SetCurrentLogProvider(new ConsoleLogProvider());
	var rt = new HalibutRuntime(new X509Certificate2());
	rt.Poll(new Uri("http://example.com"), new ServiceEndPoint("http://example.com", ""));
	Thread.Sleep(10000);
}

class ConsoleLogProvider : Halibut.Logging.ILogProvider
{

droyad

// Output
// 8
// 9
// 10
// 11
// 12
// 13
// 14
// 15
// 16