static int Main(string[] args)
{
// to retrieve the log file name, we must first parse the command settings
// this will require us to delay setting the file path for the file writer.
// With serilog we can use an enricher and Serilog.Sinks.Map to dynamically
// pull this setting.
var serviceCollection = new ServiceCollection()
.AddLogging(configure =>
configure.AddSerilog(new LoggerConfiguration()
// log level will be dynamically be controlled by our log interceptor upon running
.MinimumLevel.ControlledBy(LogInterceptor.LogLevel)
// the log enricher will add a new property with the log file path from the settings
// that we can use to set the path dynamically
.Enrich.With <LoggingEnricher>()
// serilog.sinks.map will defer the configuration of the sink to be ondemand
// allowing us to look at the properties set by the enricher to set the path appropriately
.WriteTo.Map(LoggingEnricher.LogFilePathPropertyName,
(logFilePath, wt) => wt.File($"{logFilePath}"), 1)
.CreateLogger()
)
);
var registrar = new TypeRegistrar(serviceCollection);
var app = new CommandApp(registrar);
app.Configure(config =>
{
config.SetInterceptor(new LogInterceptor()); // add the interceptor
config.AddCommand <HelloCommand>("hello");
});
return(app.Run(args));
}
public static int Main(string[] args)
{
// Create a type registrar and register any dependencies.
// A type registrar is an adapter for a DI framework.
var registrations = new ServiceCollection();
registrations.AddSingleton <IGreeter, HelloWorldGreeter>();
var registrar = new TypeRegistrar(registrations);
// Create a new command app with the registrar
// and run it with the provided arguments.
var app = new CommandApp <DefaultCommand>(registrar);
return(app.Run(args));
}
