#require ADIWG::Mdtranslator::Readers::SbJson.readerModule('module_temporalElement')
#require ADIWG::Mdtranslator::Readers::SbJson.readerModule('module_verticalElement')
#require ADIWG::Mdtranslator::Readers::SbJson.readerModule('module_resourceIdentifier')

module ADIWG
    module Mdtranslator
        module Readers
            module SbJson

                module GeoProperties

                    def self.unpack(hGeoProps, intElement, responseObj)

                        # set element extent - (default true)
                        intElement[:elementIncludeData] = true
                        if hGeoProps.has_key?('includesData')
                            if !hGeoProps['includesData']
                                intElement[:elementIncludeData] = false
                            end
                        end

                        # set element feature name
                        if hGeoProps.has_key?('featureName')
                            s = hGeoProps['featureName']
                            if s != ''
                                intElement[:elementName] = s
                            end
                        end

                        # set element description
                        if hGeoProps.has_key?('description')
                            s = hGeoProps['description']
                            if s != ''
                                intElement[:elementDescription] = s
                            end
                        end

                        # # set temporal information
                        # if hGeoProps.has_key?('temporalElement')
                        #     hTempEle = hGeoProps['temporalElement']
                        #     unless hTempEle.empty?
                        #         intElement[:temporalElements] = TemporalElement.unpack(hTempEle, responseObj)
                        #     end
                        # end
                        #
                        # # set vertical information
                        # if hGeoProps.has_key?('verticalElement')
                        #     aVertEle = hGeoProps['verticalElement']
                        #     unless aVertEle.empty?
                        #         aVertEle.each do |hVertEle|
                        #             intElement[:verticalElements] << VerticalElement.unpack(hVertEle, responseObj)
                        #         end
                        #     end
                        # end
                        #
                        # # set other assigned IDs
                        # if hGeoProps.has_key?('identifier')
                        #     aResIds = hGeoProps['identifier']
                        #     unless aResIds.empty?
                        #         aResIds.each do |hIdentifier|
                        #             intElement[:elementIdentifiers] << ResourceIdentifier.unpack(hIdentifier, responseObj)
                        #         end
                        #     end
                        # end
                        #
                        # # set feature scope
                        # if hGeoProps.has_key?('featureScope')
                        #     s = hGeoProps['featureScope']
                        #     if s != ''
                        #         intElement[:elementScope] = s
                        #     end
                        # end
                        #
                        # # set feature acquisition methodology
                        # if hGeoProps.has_key?('featureAcquisitionMethod')
                        #     s = hGeoProps['featureAcquisitionMethod']
                        #     if s != ''
                        #         intElement[:elementAcquisition] = s
                        #     end
                        # end

                        return intElement

                    end

                end

            end
        end
    end
end