Simple library that allows one to host dot net core application as windows services. Perfect solution to power micro-services architecture.

Using nuget: Install-Package PeterKottas.DotNetCore.WindowsService

1. Create .NETCore console app with a project.json simmilar to this:

   {
   	"version": "1.0.0-*",
   	"buildOptions": {
   		"emitEntryPoint": true
   	},
   	"frameworks": {
   		"netcoreapp1.1": {
   			"dependencies": {
   				"Microsoft.NETCore.App": {
   					"version": "1.1.0"//Optionally add "type": "platform" if you don't want self contained app
   				}
   			},
   			"imports": "dnxcore50"
   		}
   	},
   	"runtimes": { //Optionally add runtimes that you want to support
   		"win81-x64": {}
   	}
   }

2. Create your first service, something like this:

   public class ExampleService : IMicroService
   {
   	public void Start()
   	{
   		Console.WriteLine("I started");
   	}
   	
   	public void Stop()
   	{
   		Console.WriteLine("I stopped");
   	}
   }

3. You can also inherit MicroService base class and take advantage of built in timers:

   public class ExampleService : MicroService, IMicroService
   {
   	public void Start()
   	{
   		this.StartBase();
   		Timers.Start("Poller", 1000, () =>
   		{
   			Console.WriteLine("Polling at {0}\n", DateTime.Now.ToString("o")));
   		},
   		(e) =>
   		{
   			Console.WriteLine("Exception while polling: {0}\n", e.ToString()));
   		});
   		Console.WriteLine("I started");
   	}
   	
   	public void Stop()
   	{
   		this.StopBase();
   		Console.WriteLine("I stopped");
   	}
   }

4. Api for services (and yeah, it's simmilar to Topshelf, thanks for inspiration, I just couldn't wait for you guys to implement this):

   ServiceRunner<ExampleService>.Run(config =>
   {
   	var name = config.GetDefaultName();
   	config.Service(serviceConfig =>
   		{
   			serviceConfig.ServiceFactory((extraArguments) =>
   		{
   			return new ExampleService();
   		});
   		serviceConfig.OnStart((service, extraArguments) =>
   		{
   			Console.WriteLine("Service {0} started", name);
   			service.Start();
   		});
   
   		serviceConfig.OnStop(service =>
   		{
   			Console.WriteLine("Service {0} stopped", name);
   			service.Stop();
   		});
   
   		serviceConfig.OnError(e =>
   		{
   			Console.WriteLine("Service {0} errored with exception : {1}", name, e.Message);
   		});
   	});
   });

5. Optionally set the name of the service like this:

   ServiceRunner<ExampleService>.Run(config =>
   {
   	config.SetName("MyTestService");
   });

6. Run the service without arguments and it runs like console app.

7. Run the service with action:install and it will install the service.

8. Run the service with action:uninstall and it will uninstall the service.

9. Run the service with action:start and it will start the service.

10. Run the service with action:stop and it will stop the service.

11. Run the service with username:YOUR_USERNAME, password:YOUR_PASSWORD and action:install which installs it for the given account.

12. Run the service with description:YOUR_DESCRIPTION and it setup description for the service.

13. Run the service with displayName:YOUR_DISPLAY_NAME and it setup Display name for the service.

14. Run the service with name:YOUR_NAME and it setup name for the service.

15. You can find the complete example in PeterKottas.DotNetCore.Example project.

1. Fork it!
2. Create your feature branch: git checkout -b my-new-feature
3. Commit your changes: git commit -am 'Add some feature'
4. Push to the branch: git push origin my-new-feature
5. Submit a pull request :D

MIT

Huge thanks goes to @dasMulli the guy behind a useful lib which is one of the dependecies for this library.