RSpec.describe GeoArea, type: :model do describe '#area' do let(:geo_area) { build(:geo_area, :polygon, champ: nil) } it { expect(geo_area.area).to eq(103.6) } end describe '#area (hourglass polygon)' do let(:geo_area) { build(:geo_area, :hourglass_polygon, champ: nil) } it { expect(geo_area.area).to eq(32.4) } end describe '#length' do let(:geo_area) { build(:geo_area, :line_string, champ: nil) } it { expect(geo_area.length).to eq(21.2) } end describe '#location' do let(:geo_area) { build(:geo_area, :point, champ: nil) } it { expect(geo_area.location).to eq("46°32'19\"N 2°25'42\"E") } end describe 'validations' do context 'geometry' do subject! { geo_area.validate } context 'polygon' do let(:geo_area) { build(:geo_area, :polygon, champ: nil) } it { expect(geo_area.errors).not_to have_key(:geometry) } end context 'line_string' do let(:geo_area) { build(:geo_area, :line_string, champ: nil) } it { expect(geo_area.errors).not_to have_key(:geometry) } end context 'point' do let(:geo_area) { build(:geo_area, :point, champ: nil) } it { expect(geo_area.errors).not_to have_key(:geometry) } end context "allow empty {}" do let(:geo_area) { build(:geo_area, geometry: {}) } it { expect(geo_area.errors).not_to have_key(:geometry) } end context "nil" do let(:geo_area) { build(:geo_area, geometry: nil) } it { expect(geo_area.errors).to have_key(:geometry) } end context 'invalid point' do let(:geo_area) { build(:geo_area, :invalid_point, champ: nil) } it { expect(geo_area.errors).to have_key(:geometry) } end context.skip 'invalid_right_hand_rule_polygon' do let(:geo_area) { build(:geo_area, :invalid_right_hand_rule_polygon, champ: nil) } it { expect(geo_area.errors).to have_key(:geometry) } end context.skip 'hourglass_polygon' do let(:geo_area) { build(:geo_area, :hourglass_polygon, champ: nil) } it { expect(geo_area.errors).to have_key(:geometry) } end end end describe "cadastre properties" do let(:geo_area) { build(:geo_area, :cadastre, champ: nil) } let(:legacy_geo_area) { build(:geo_area, :legacy_cadastre, champ: nil) } it "should be backward compatible" do expect("#{geo_area.code_dep}#{geo_area.code_com}").to eq(geo_area.commune) expect(geo_area.code_arr).to eq(geo_area.prefixe) expect(geo_area.surface_parcelle).to eq(geo_area.surface) end context "(legacy)" do it "should be forward compatible" do expect("#{legacy_geo_area.code_dep}#{legacy_geo_area.code_com}").to eq(legacy_geo_area.commune) expect(legacy_geo_area.code_arr).to eq(legacy_geo_area.prefixe) expect(legacy_geo_area.surface_parcelle).to eq(legacy_geo_area.surface) expect(legacy_geo_area.cid).to eq(geo_area.cid) end end end describe 'description' do context 'when properties is nil' do let(:geo_area) { build(:geo_area, properties: nil, champ: nil) } it { expect(geo_area.description).to be_nil } end end describe "#label" do context "when geo is a line" do let(:geo_area) { build(:geo_area, :selection_utilisateur, :line_string, champ: nil) } it "should return the label" do expect(geo_area.label).to eq("Une ligne longue de 21,2 m") end it "should return unknown length" do geo_area.geometry["coordinates"] = [] expect(geo_area.label).to eq("Une ligne de longueur inconnue") end end context "when geo is a polygon" do let(:geo_area) { build(:geo_area, :selection_utilisateur, :polygon, champ: nil) } it "should return the label" do expect(geo_area.label).to eq("Une aire de surface 103,6 m²") end it "should return unknown surface" do geo_area.geometry["coordinates"] = [] expect(geo_area.label).to eq("Une aire de surface inconnue") end end context "when geo is a cadastre parcelle" do let(:geo_area) { build(:geo_area, :selection_utilisateur, :cadastre, champ: nil) } it "should return the label" do expect(geo_area.label).to eq("Parcelle n° 42 - Feuille 000 A11 - 123 m² – commune 75127") end end end end