refactor(champs): extract dossier champ related methods in to a concern

This commit is contained in:
Paul Chavard 2024-04-18 10:09:42 +02:00
parent 1588d1b12c
commit c479d46b47
2 changed files with 57 additions and 51 deletions

View file

@ -0,0 +1,56 @@
module DossierChampsConcern
extend ActiveSupport::Concern
def champs_for_revision(scope: nil, root: false)
champs_index = champs.group_by(&:stable_id)
# Due to some bad data we can have multiple copies of the same champ. Ignore extra copy.
.transform_values { _1.sort_by(&:id).uniq(&:row_id) }
if scope.is_a?(TypeDeChamp)
revision
.children_of(scope)
.flat_map { champs_index[_1.stable_id] || [] }
.filter(&:child?) # TODO: remove once bad data (child champ without a row id) is cleaned
else
revision
.types_de_champ_for(scope:, root:)
.flat_map { champs_index[_1.stable_id] || [] }
end
end
# Get all the champs values for the types de champ in the final list.
# Dossier might not have corresponding champ display nil.
# To do so, we build a virtual champ when there is no value so we can call for_export with all indexes
def champs_for_export(types_de_champ, row_id = nil)
types_de_champ.flat_map do |type_de_champ|
champ = champ_for_export(type_de_champ, row_id)
type_de_champ.libelles_for_export.map do |(libelle, path)|
[libelle, champ&.for_export(path)]
end
end
end
def project_champ(type_de_champ, row_id)
champ = champs_by_public_id[type_de_champ.public_id(row_id)]
if champ.nil?
type_de_champ.build_champ(dossier: self, row_id:)
else
champ
end
end
private
def champs_by_public_id
@champs_by_public_id ||= champs.sort_by(&:id).index_by(&:public_id)
end
def champ_for_export(type_de_champ, row_id)
champ = champs_by_public_id[type_de_champ.public_id(row_id)]
if champ.blank? || !champ.visible?
nil
else
champ
end
end
end

View file

@ -9,6 +9,7 @@ class Dossier < ApplicationRecord
include DossierSearchableConcern
include DossierSectionsConcern
include DossierStateConcern
include DossierChampsConcern
enum state: {
brouillon: 'brouillon',
@ -1036,18 +1037,6 @@ class Dossier < ApplicationRecord
columns + champs_for_export(types_de_champ)
end
# Get all the champs values for the types de champ in the final list.
# Dossier might not have corresponding champ display nil.
# To do so, we build a virtual champ when there is no value so we can call for_export with all indexes
def champs_for_export(types_de_champ, row_id = nil)
types_de_champ.flat_map do |type_de_champ|
champ = champ_for_export(type_de_champ, row_id)
type_de_champ.libelles_for_export.map do |(libelle, path)|
[libelle, champ&.for_export(path)]
end
end
end
def linked_dossiers_for(instructeur_or_expert)
dossier_ids = champs_for_revision.filter(&:dossier_link?).filter_map(&:value)
instructeur_or_expert.dossiers.where(id: dossier_ids)
@ -1141,45 +1130,10 @@ class Dossier < ApplicationRecord
user.france_connected_with_one_identity?
end
def champs_for_revision(scope: nil, root: false)
champs_index = champs.group_by(&:stable_id)
# Due to some bad data we can have multiple copies of the same champ. Ignore extra copy.
.transform_values { _1.sort_by(&:id).uniq(&:row_id) }
if scope.is_a?(TypeDeChamp)
revision
.children_of(scope)
.flat_map { champs_index[_1.stable_id] || [] }
.filter(&:child?) # TODO: remove once bad data (child champ without a row id) is cleaned
else
revision
.types_de_champ_for(scope:, root:)
.flat_map { champs_index[_1.stable_id] || [] }
end
end
def has_annotations?
revision.revision_types_de_champ_private.present?
end
def project_champ(type_de_champ, row_id)
champ = champs_by_public_id[type_de_champ.public_id(row_id)]
if champ.nil?
type_de_champ.build_champ(dossier: self, row_id:)
else
champ
end
end
def champ_for_export(type_de_champ, row_id)
champ = champs_by_public_id[type_de_champ.public_id(row_id)]
if champ.blank? || !champ.visible?
nil
else
champ
end
end
def hide_info_with_accuse_lecture?
procedure.accuse_lecture? && termine? && accuse_lecture_agreement_at.blank?
end
@ -1190,10 +1144,6 @@ class Dossier < ApplicationRecord
private
def champs_by_public_id
@champs_by_public_id ||= champs.sort_by(&:id).index_by(&:public_id)
end
def create_missing_traitemets
if en_construction_at.present? && traitements.en_construction.empty?
self.traitements.passer_en_construction(processed_at: en_construction_at)