func NewProtoModuleReferencesForModuleReferences(moduleReferences ...ModuleReference) []*modulev1alpha1.ModuleReference {
	if len(moduleReferences) == 0 {
		return nil
	}
	protoModuleReferences := make([]*modulev1alpha1.ModuleReference, len(moduleReferences))
	for i, moduleReference := range moduleReferences {
		protoModuleReferences[i] = NewProtoModuleReferenceForModuleReference(moduleReference)
	}
	return protoModuleReferences
}
// NewProtoModuleReferencesForModuleReferences maps the given module references into the protobuf representation.
NewProtoModuleReferencesForModuleReferences maps the given module references into the protobuf representation.
// NewProtoModuleReferencesForModuleReferences maps the given module references into the protobuf representation .
func NewProtoModuleReferencesForModuleReferences(moduleReferences ...ModuleReference) []*modulev1alpha1.ModuleReference {
	if len(moduleReferences) == 0 {
		return nil
	}
	protoModuleReferences := make([]*modulev1alpha1.ModuleReference, len(moduleReferences))
	for i, moduleReference := range moduleReferences {
		protoModuleReferences[i] = NewProtoModuleReferenceForModuleReference(moduleReference)
	}
	return protoModuleReferences
}
func NewProtoModuleReferencesForModuleReferences ( moduleReferences ... ModuleReference ) [ ] * modulev1alpha1 . ModuleReference { if len ( moduleReferences ) == 0 { return nil } protoModuleReferences := make ( [ ] * modulev1alpha1 . ModuleReference , len ( moduleReferences ) ) for i , moduleReference := range moduleReferences { protoModuleReferences [ i ] = NewProtoModuleReferenceForModuleReference ( moduleReference ) } return protoModuleReferences }
NewProtoModuleReferencesForModuleReferences maps the given module references into the protobuf representation.
NewProtoModuleReferencesForModuleReferences maps the given module references into the protobuf representation .