# frozen_string_literal: true class Column # include validations to enable procedure_presentation.validate_associate, # which enforces the deserialization of columns in the displayed_columns attribute # and raises an error if a column is not found include ActiveModel::Validations TYPE_DE_CHAMP_TABLE = 'type_de_champ' attr_reader :table, :column, :label, :type, :scope, :value_column, :filterable, :displayable def initialize(procedure_id:, table:, column:, label: nil, type: :text, value_column: :value, filterable: true, displayable: true, scope: '') @procedure_id = procedure_id @table = table @column = column @label = label || I18n.t(column, scope: [:activerecord, :attributes, :procedure_presentation, :fields, table]) @type = type @scope = scope @value_column = value_column @filterable = filterable @displayable = displayable end # the id is a String to be used in forms def id = h_id.to_json # the h_id is a Hash and hold enough information to find the column # in the ColumnType class, aka be able to do the h_id -> column conversion def h_id = { procedure_id: @procedure_id, column_id: "#{table}/#{column}" } def ==(other) = h_id == other.h_id # using h_id instead of id to avoid inversion of keys def to_json { table:, column:, label:, type:, scope:, value_column:, filterable:, displayable: } end def notifications? = [table, column] == ['notifications', 'notifications'] def dossier_state? = [table, column] == ['self', 'state'] def groupe_instructeur? = [table, column] == ['groupe_instructeur', 'id'] def type_de_champ? = table == TYPE_DE_CHAMP_TABLE def self.find(h_id) begin procedure = Procedure.with_discarded.find(h_id[:procedure_id]) rescue ActiveRecord::RecordNotFound raise ActiveRecord::RecordNotFound.new("Column: unable to find procedure #{h_id[:procedure_id]} from h_id #{h_id}") end procedure.find_column(h_id: h_id) end def get_value(champ) return if champ.nil? value = get_raw_value(champ) if should_cast? # FIXME: remove this, once displayable is implemented through columns return nil if champ.last_write_type_champ == TypeDeChamp.type_champs.fetch(:linked_drop_down_list) from_type = champ.last_write_column_type to_type = type parsed_value = parse_value(value, from_type) cast_value(parsed_value, from_type:, to_type:) else value end end private def get_raw_value(champ) champ.public_send(value_column) end def should_cast? true end def parse_value(value, type) return if value.blank? case type when :boolean parse_boolean(value) when :integer value.to_i when :decimal value.to_f when :datetime parse_datetime(value) when :date parse_datetime(value)&.to_date when :enums parse_enums(value) else value end end def cast_value(value, from_type:, to_type:) return if value.blank? return value if from_type == to_type case [from_type, to_type] when [:integer, :decimal] # recast numbers automatically value.to_f when [:decimal, :integer] # may lose some data, but who cares ? value.to_i when [:integer, :text], [:decimal, :text] # number to text value.to_s when [:enum, :enums] # single list can become multi [value] when [:enum, :text] # single list can become text value when [:enums, :enum] # multi list can become single list value.first when [:enums, :text] # multi list can become text value.join(', ') when [:date, :datetime] # date <=> datetime value.to_datetime when [:datetime, :date] # may lose some data, but who cares ? value.to_date else nil end end def parse_boolean(value) case value when 'true', 'on', '1' true when 'false' false end end def parse_enums(value) JSON.parse(value) rescue JSON::ParserError nil end def parse_datetime(value) Time.zone.parse(value) rescue ArgumentError nil end end