gen

type Container struct {
	// Name identifies the container to be created
	Name string
	// Exported indicates if the Container should be exported or not.
	// The Container is not exported by default.
	Exported *bool
}

type ContainerGenerator struct {
	// HeaderFile specifies the header text (e.g. license) to prepend to generated files.
	HeaderFile string `marker:",optional"`

	// Year specifies the year to substitute for " YEAR" in the header file.
	Year string `marker:",optional"`
}

type ValueFunc struct {
	// Name identifies the func that will be used to access the defined value
	Name string
	// Container (optional string) specifies the di.Container's Name that will be used to store the Value.
	//    - Container should always resolve to a di.Container defined in the current pkg.
	//    - In other words, the "consumer" of a di.Value, defines both the di.Value and the di.Container in the same
	//      package where the di.Value is consumed.
	//      It's the job of the "producer" of the injectable value to import the ValueFunc from the getter package.
	//      In use cases where an interface is necessary to decouple "consumer" and the "producer", it is a best
	//      practice to create an "interface package" that defines both di.Value & di.Container, which can be imported
	//      by the "consumers" and the "producers" (!! Concurrent producers should NEVER be allowed: greatly reduce the
	//      side effects)
	Container *string
	// Type defines the `type` T to the Value[T].
	Type string
	// TypeImport defines package import for the specific type.
	TypeImport *string
	// Exported indicates if the ValueFunc should be exported or not.
	// Container is exported by default.
	Exported *bool
}

type ValueFuncGenerator struct {
	// HeaderFile specifies the header text (e.g. license) to prepend to generated files.
	HeaderFile string `marker:",optional"`

	// Year specifies the year to substitute for " YEAR" in the header file.
	Year string `marker:",optional"`
}