/// <inheritdoc/>
public async Task <int> RunAsync()
{
// Remove the synchronization context
await default(SynchronizationContextRemover);
// Populate the class catalog (if we haven't already)
_classCatalog.Populate();
// Run bootstrapper configurators first
Configurators.Configure <IConfigurableBootstrapper>(this);
Configurators.Configure <IBootstrapper>(this);
// Create the service collection
IServiceCollection serviceCollection = CreateServiceCollection() ?? new ServiceCollection();
serviceCollection.TryAddSingleton <IConfigurableBootstrapper>(this);
serviceCollection.TryAddSingleton <IBootstrapper>(this);
serviceCollection.TryAddSingleton(_classCatalog); // The class catalog is retrieved later for deferred logging once a service provider is built
// Run configurators on the service collection
ConfigurableServices configurableServices = new ConfigurableServices(serviceCollection);
Configurators.Configure(configurableServices);
// Add simple logging to make sure it's available in commands before the engine adds in
serviceCollection.AddLogging();
// Create the stand-alone command line service container and register a few types needed for the CLI
CommandServiceTypeRegistrar registrar = new CommandServiceTypeRegistrar();
registrar.RegisterInstance(typeof(IServiceCollection), serviceCollection);
registrar.RegisterInstance(typeof(IConfiguratorCollection), Configurators);
// Create the command line parser and run the command
ICommandApp app = _getCommandApp(registrar);
app.Configure(x =>
{
x.ValidateExamples();
ConfigurableCommands configurableCommands = new ConfigurableCommands(x);
Configurators.Configure(configurableCommands);
});
return(await app.RunAsync(Args));
}
/// <inheritdoc/>
public async Task <int> RunAsync()
{
// Remove the synchronization context
await default(SynchronizationContextRemover);
// Populate the class catalog (if we haven't already)
_classCatalog.Populate();
// Run bootstrapper configurators first
Configurators.Configure <IConfigurableBootstrapper>(this);
Configurators.Configure <IBootstrapper>(this);
// Run the configuration configurator and get the configuration root
SettingsConfigurationProvider settingsProvider = new SettingsConfigurationProvider();
IConfigurationBuilder configurationBuilder = new ConfigurationBuilder();
ConfigurableConfiguration configurableConfiguration = new ConfigurableConfiguration(configurationBuilder);
Configurators.Configure(configurableConfiguration);
configurationBuilder.Add(settingsProvider);
IConfigurationRoot configurationRoot = configurationBuilder.Build();
ConfigurationSettings configurationSettings = new ConfigurationSettings(settingsProvider, configurationRoot);
// Create the service collection
IServiceCollection serviceCollection = CreateServiceCollection() ?? new ServiceCollection();
serviceCollection.TryAddSingleton <IConfigurableBootstrapper>(this);
serviceCollection.TryAddSingleton <IBootstrapper>(this);
serviceCollection.TryAddSingleton(_classCatalog); // The class catalog is retrieved later for deferred logging once a service provider is built
serviceCollection.TryAddSingleton <IConfiguration>(configurationRoot);
// Run configurators on the service collection
ConfigurableServices configurableServices = new ConfigurableServices(serviceCollection, configurationRoot);
Configurators.Configure(configurableServices);
// Add simple logging to make sure it's available in commands before the engine adds in,
// but add it after the configurators have a chance to configure logging
serviceCollection.AddLogging();
// Create the stand-alone command line service container and register a few types needed for the CLI
CommandServiceTypeRegistrar registrar = new CommandServiceTypeRegistrar();
registrar.RegisterInstance(typeof(IConfigurationSettings), configurationSettings);
registrar.RegisterInstance(typeof(IConfigurationRoot), configurationRoot);
registrar.RegisterInstance(typeof(IServiceCollection), serviceCollection);
registrar.RegisterInstance(typeof(IConfiguratorCollection), Configurators);
registrar.RegisterInstance(typeof(IBootstrapper), this);
// Create the command line parser and run the command
ICommandApp app = _getCommandApp(registrar);
app.Configure(commandConfigurator =>
{
commandConfigurator.ValidateExamples();
ConfigurableCommands configurableCommands = new ConfigurableCommands(commandConfigurator);
Configurators.Configure(configurableCommands);
});
int exitCode = await app.RunAsync(Arguments);
// Dispose all instances of the console logger to flush the message queue and stop the listening thread
ConsoleLoggerProvider.DisposeAll();
return(exitCode);
}
