device

type DeviceAdder interface {
	AddDevice(d contract.Device, commands []contract.Command) (string, error)
	DeviceProfileLoader
	DeviceServiceLoader
}

type DeviceAllExecutor interface {
	Execute() ([]contract.Device, error)
}

type DeviceCreator interface {
	Execute() (id string, err error)
}

type DeviceEvent struct {
	DeviceId   string
	DeviceName string
	Error      error
	HttpMethod string
	ServiceId  string
}

type DeviceLoader interface {
	GetAllDevices() ([]contract.Device, error)
	GetDevicesByProfileId(pid string) ([]contract.Device, error)
}

type DeviceProfileLoader interface {
	GetDeviceProfileById(id string) (contract.DeviceProfile, error)
	GetDeviceProfileByName(n string) (contract.DeviceProfile, error)
}

type DeviceServiceLoader interface {
	GetDeviceServiceById(id string) (contract.DeviceService, error)
	GetDeviceServiceByName(n string) (contract.DeviceService, error)
}

type DeviceUpdateExecutor interface {
	Execute() (err error)
}

type DeviceUpdater interface {
	UpdateDevice(d contract.Device) error
	GetDeviceById(id string) (contract.Device, error)
	GetDeviceByName(name string) (contract.Device, error)
	DeviceProfileLoader
	DeviceServiceLoader
}

type Notifier interface {
	// Execute performs the main logic of the Notifier implementation.
	// This function is meant to be called from a goroutine, thus log eny errors and do not return them.
	Execute()
}

type ProfileIdExecutor interface {
	Execute() ([]contract.Device, error)
}

type RequestType int

type Requester interface {
	// Execute will invoke the supplied request. I'm not thrilled about providing the extra parameter here, but it
	// follows from the net/http/Client.Do(req *Request) from the Go std lib. That is, I don't know the actual request
	// to be performed until runtime and if I am to mock this properly, I don't know the request at the time of
	// injection.
	Execute(req *http.Request)
}