/// <inheritdoc />
public (IMarkDocLogger logger, IReadOnlyCollection <IProcess> processes, Func <CancellationToken, ValueTask> executor) GenerateExecutor(IReadOnlyDictionary <string, IReadOnlyDictionary <string, string> > configuration)
{
var globalSettings = GetSettings <IGlobalSettings>(configuration);
var linkerSettings = (LinkerSettings)GetSettings <ILinkerSettings>(configuration);
var memberSettings = GetSettings <IMemberSettings>(configuration);
var docSettings = GetSettings <IDocSettings>(configuration);
var logger = TypeResolver.Resolve <IMarkDocLogger>();
var memberProcess = new DefiniteProcess("Assembly resolver", memberSettings.Paths.Count);
var documentationProcess = new DefiniteProcess("Documentation resolver", docSettings.Paths.Count);
var printerProcess = new IndefiniteProcess("Printer");
var processes = new IProcess[] { memberProcess, documentationProcess, printerProcess };
return(logger, processes, async _ =>
{
var resolver = new Resolver(logger, memberProcess);
var docResolver = new DocResolver(resolver, docSettings, logger, documentationProcess);
await Task.WhenAll(resolver.ResolveAsync(memberSettings, globalSettings), docResolver.ResolveAsync())
.ConfigureAwait(false);
var linker = new Linker(resolver, linkerSettings);
var diagrams = linkerSettings.Platform.Equals("3", StringComparison.InvariantCultureIgnoreCase)
? new EmptyDiagramResolver()
: new MermaidResolver(linker) as IDiagramResolver;
var composer = new TypeComposer(new Creator(false, linker.GetRawUrl()), docResolver, resolver, linker, diagrams);
var printer = new PrinterMarkdown(composer, linker, printerProcess);
await printer.Print(resolver.Types.Value.Values.SelectMany(Linq.XtoX), globalSettings.OutputPath)
.ConfigureAwait(false);
});
}
