# == Schema Information # # Table name: champs # # id :integer not null, primary key # data :jsonb # fetch_external_data_exceptions :string is an Array # private :boolean default(FALSE), not null # rebased_at :datetime # row :integer # type :string # value :string # value_json :jsonb # created_at :datetime # updated_at :datetime # dossier_id :integer # etablissement_id :integer # external_id :string # parent_id :bigint # type_de_champ_id :integer # class Champ < ApplicationRecord belongs_to :dossier, inverse_of: false, touch: true, optional: false belongs_to :type_de_champ, inverse_of: :champ, optional: false belongs_to :parent, class_name: 'Champ', optional: true has_one_attached :piece_justificative_file # We declare champ specific relationships (Champs::CarteChamp, Champs::SiretChamp and Champs::RepetitionChamp) # here because otherwise we can't easily use includes in our queries. has_many :geo_areas, -> { order(:created_at) }, dependent: :destroy, inverse_of: :champ belongs_to :etablissement, optional: true, dependent: :destroy has_many :champs, -> { ordered }, foreign_key: :parent_id, inverse_of: :parent, dependent: :destroy delegate :procedure, to: :dossier delegate :libelle, :type_champ, :description, :drop_down_list_options, :drop_down_other?, :drop_down_list_options?, :drop_down_list_disabled_options, :drop_down_list_enabled_non_empty_options, :drop_down_secondary_libelle, :drop_down_secondary_description, :collapsible_explanation_enabled?, :collapsible_explanation_text, :exclude_from_export?, :exclude_from_view?, :repetition?, :block?, :dossier_link?, :titre_identite?, :header_section?, :simple_drop_down_list?, :linked_drop_down_list?, :non_fillable?, :fillable?, :cnaf?, :dgfip?, :pole_emploi?, :mesri?, :rna?, :siret?, :carte?, :stable_id, :mandatory?, to: :type_de_champ scope :updated_since?, -> (date) { where('champs.updated_at > ?', date) } scope :public_only, -> { where(private: false) } scope :private_only, -> { where(private: true) } scope :ordered, -> do includes(:type_de_champ) .joins(dossier: { revision: :revision_types_de_champ }) .where('procedure_revision_types_de_champ.type_de_champ_id = champs.type_de_champ_id') .order(:row, :position) end scope :public_ordered, -> { public_only.ordered } scope :private_ordered, -> { private_only.ordered } scope :root, -> { where(parent_id: nil) } before_create :set_dossier_id, if: :needs_dossier_id? before_validation :set_dossier_id, if: :needs_dossier_id? before_save :cleanup_if_empty before_save :normalize after_update_commit :fetch_external_data_later def public? !private? end def child? parent_id.present? end def sections @sections ||= dossier.sections_for(self) end # used for the `required` html attribute # check visibility to avoid hidden required input # which prevent the form from being sent. def required? type_de_champ.mandatory? && visible? end def mandatory_blank? mandatory? && blank? end def blank? value.blank? end def search_terms [to_s] end def to_s value.present? ? value.to_s : '' end def for_export value.presence end def for_api value end def for_api_v2 to_s end def for_tag value.present? ? value.to_s : '' end def main_value_name :value end def to_typed_id if row.present? GraphQL::Schema::UniqueWithinType.encode('Champ', "#{stable_id}|#{row}") else type_de_champ.to_typed_id end end def self.decode_typed_id(typed_id) _, stable_id_with_maybe_row = GraphQL::Schema::UniqueWithinType.decode(typed_id) stable_id_with_maybe_row.split('|') end def html_label? true end def input_group_id "champ-#{html_id}" end def input_id "#{html_id}-input" end # A predictable string to use when generating an input name for this champ. # # Rail's FormBuilder can auto-generate input names, using the form "dossier[champs_public_attributes][5]", # where [5] is the index of the field in the form. # However the field index makes it difficult to render a single field, independent from the ordering of the others. # # Luckily, this is only used to make the name unique, but the actual value is ignored when Rails parses nested # attributes. So instead of the field index, this method uses the champ id; which gives us an independent and # predictable input name. def input_name if parent_id "#{parent.input_name}[champs_attributes][#{id}]" else "dossier[#{champs_attributes_accessor}][#{id}]" end end def labelledby_id "#{html_id}-label" end def describedby_id "#{html_id}-description" if description.present? end def log_fetch_external_data_exception(exception) exceptions = self.fetch_external_data_exceptions ||= [] exceptions << exception.inspect update_column(:fetch_external_data_exceptions, exceptions) end def fetch_external_data? false end def fetch_external_data raise NotImplemented.new(:fetch_external_data) end def conditional? type_de_champ.read_attribute_before_type_cast('condition').present? end def visible? if conditional? type_de_champ.condition.compute(champs_for_condition) else true end end def clone(dossier:, parent: nil) kopy = deep_clone(only: (private? ? [] : [:value, :value_json, :data, :external_id]) + [:private, :row, :type, :type_de_champ_id], include: private? ? [] : [:etablissement, :geo_areas]) kopy.dossier = dossier kopy.parent = parent if parent case self when Champs::RepetitionChamp kopy.champs = (private? ? champs.where(row: 0) : champs).map do |champ_de_repetition| champ_de_repetition.clone(dossier: dossier, parent: kopy) end when Champs::PieceJustificativeChamp, Champs::TitreIdentiteChamp PiecesJustificativesService.clone_attachments(self, kopy) if !private? && piece_justificative_file.attached? end kopy end private def champs_for_condition private? ? dossier.champs_private : dossier.champs_public end def html_id "#{stable_id}-#{id}" end def champs_attributes_accessor if private? "champs_private_attributes" else "champs_public_attributes" end end def needs_dossier_id? !dossier_id && parent_id end def set_dossier_id self.dossier_id = parent.dossier_id end def cleanup_if_empty if external_id_changed? self.data = nil end end def fetch_external_data_later if fetch_external_data? && external_id.present? && data.nil? ChampFetchExternalDataJob.perform_later(self, external_id) end end def normalize return if value.nil? self.value = value.delete("\u0000") end class NotImplemented < ::StandardError def initialize(method) super(":#{method} not implemented") end end end