#include <process/ServiceProvider.hpp>

Inheritance diagram for xentara::process::ServiceProvider::Environment:

Public Member Functions
virtual	~Environment ()=0
	Virtual destructor.

virtual auto	createMicroservice (const MicroserviceClass &microserviceClass, plugin::SharedFactory< Microservice > &factory) -> std::shared_ptr< Microservice >=0
	Called by the framework to create a new microservice.

Public Member Functions inherited from xentara::utils::tools::DisableCopy
constexpr	DisableCopy () noexcept=default

	DisableCopy (const DisableCopy &)=delete

DisableCopy &	operator= (const DisableCopy &)=delete

Constructor & Destructor Documentation

◆ ~Environment()

xentara::process::ServiceProvider::Environment::~Environment ( )

pure virtualdefault

Virtual destructor.

virtual auto xentara::process::ServiceProvider::Environment::createMicroservice	(	const MicroserviceClass &	microserviceClass,
		plugin::SharedFactory< Microservice > &	factory
	)		-> std::shared_ptr< Microservice >

pure virtual

Called by the framework to create a new microservice.

The implementation for this method must use the given factory to create a new microservice of the given microservice class:

return factory.makeShared<MyService>();

If your service provider requires access to the microservice later, you must store an std::weak_ptr to it somewhere.

The framework will call loadConfig() on the newly created microservice.

Parameters

microserviceClass	The class for the new microservice
factory	The factory that must be used to create the microservice

Returns: The newly created microservice, or nullptr if the provider does not support microservices of the given class

Exceptions

std::runtime_error The function must throw this exception (or a suitable subclass) if an error occurs