g0t4

// Out of the box, WebViewPage essentially does this to write content:

    Output.Write(HttpUtility.HtmlEncode(content));
    
// And HttpUtility.HtmlEncode will encode anything not marked with the IHtmlString interface
// If we have a custom html builder we have to use something like this:

    @Html.Raw(safeBuilder)
    
// This is a lot of extra typing

g0t4

// At this time Nancy's Razor view engine doesn't let you set a default base class like ASP.NET web pages does with pageBaseType, if you want to hack one in here is how:

// First create your custom type, this one writes out hack for everything, so obviously remove that unless you want that :)

	public abstract class MyRazorPage<T> : NancyRazorViewBase<T>
	{
		public override void Write(object value)
		{
			base.WriteLiteral("hack");
		}

g0t4

// In Kotlin, I can force the source of a reference to ensure it's not null, that way every thing thereafter doesn't have to deal with null references
// This is what I refer to as fixing things up stream, of course when appropriate.
// Typically sources of references don't both to check for null and even if they do, they can't make explicit that they've taken care of that check. So every consumer of that reference theoretically may need to check.
// In this example, there's no reason the userId, password and serverUrl should ever be null. Unfortunately because of interop with java, that's not a contractual guarantee.
// So at the point that I produce these values for my own use, I perfom the check in one place, stop everything if my assumption is not valid, and otherwise be on my merry way never to worry about null references after this point
abstract class Restore(val runner: BuildRunnerContext) {
    val logger: SimpleBuildLogger = runner.getBuild().getBuildLogger()
    val client: TeamCityClient
    {

g0t4

public class ArgumentBuilder(private val runnerParameters: Map<String, String>) {

    public fun build(): List<String> {
        return arrayListOf<String>()
            .addIfSet("--Project", RunnerSettings.PROJECT_FILE)
            .addIfSet("--Output", RunnerSettings.OUTPUT)
            .addFlagIfSet("--Flag1", RunnerSettings.FLAG_1)
            .addFlagIfSet("--Flag2", RunnerSettings.FLAG_2)
            .addFlagIfSet("--Flag3", RunnerSettings.FLAG_3)
            .addMultipleIfSet("--InputFiles", RunnerSettings.INPUTS)

g0t4

private QueryAnalysis[] GetQueriesToAnalyze()
{
	var queries = _Project.GetRulesInProjectFileAndInRuleFilesAndDeclaredInSourceCode(_Analysis.RulesExtractedFromCode).RootParent;
	var activeQueries = queries.GetActiveQueries();
	var compiledQueriesByQueryString = GetCompiledQueriesByQueryString(activeQueries);
	var justMyCode = queries.ComputeJustMyCode(_Analysis.CodeBase);

	return activeQueries
		.Select(query => new QueryAnalysis(query, compiledQueriesByQueryString[query.QueryString], justMyCode, _Project))
		.ToArray();

g0t4

desc "Setup dependencies for nuget packages"
task :dep do
	package_folder = File.expand_path('src\\packages')
    packages = FileList["**/packages.config"].map{|f| File.expand_path(f)}
	packages.each do |file|
		sh %Q{nuget install #{file} /OutputDirectory #{package_folder}}
    end
end

g0t4

// Sometimes it's easier to make assumptions about performance as a trade off for simplified code, but why not make it easy to notify us when that assumption is violated?  Next step might be StopAndNotify

// Usage

using (new NotifyIfTakesMoreThan(TimeSpan.FromMinutes(5), "XYZ Import - checking all data instead of more complex code to optimize it"))
{
	//operation
}

// Implementation

g0t4

public class Approved
{
	public virtual Guid Id { get; set; }
	public virtual IEnumerable<Guid> EntryIds { get; set; }
}

// Mapping, Table specifies the table name to use, element specifies the column the Guid is stored in, KeyColumn specifies the foreign key in the table to link back to the parent Approved item

HasMany(x => x.EntryIds)
	.Table("ApprovedEntryIds")

g0t4

public class Approved
{
	public virtual Guid Id { get; set; }
	public virtual IEnumerable<Entry> Entries { get; set; }
}

public class Entry
{
	public virtual Guid Id { get; set; }
	public virtual Guid Description { get; set; }

g0t4

// I run across this type of code often (note ASP.Net MVC)

[HttpPost]
public string Delete(ObjectId id)
{
	var record = _Database.Get<Record>(id);
	if (record == null)
	{
		return "No matching record!";
	}