Files
openfoodnetwork/spec/models/spree/variant_spec.rb
Maikel Linke dcb6f4676d Remove all unnecessary spec_helper require statements
The `.rspec` file is doing this for us.
2026-01-21 12:35:34 +11:00

1005 lines
31 KiB
Ruby

# frozen_string_literal: false
require 'spree/localized_number'
RSpec.describe Spree::Variant do
subject(:variant) { build(:variant) }
it { is_expected.to have_many :semantic_links }
it { is_expected.to belong_to(:product).required }
it { is_expected.to belong_to(:supplier).required }
it { is_expected.to have_many(:inventory_units) }
it { is_expected.to have_many(:line_items) }
it { is_expected.to have_many(:stock_items) }
it { is_expected.to have_many(:images) }
it { is_expected.to have_one(:default_price) }
it { is_expected.to have_many(:prices) }
it { is_expected.to have_many(:exchange_variants) }
it { is_expected.to have_many(:exchanges).through(:exchange_variants) }
it { is_expected.to have_many(:variant_overrides) }
it { is_expected.to have_many(:inventory_items) }
it { is_expected.to have_many(:supplier_properties).through(:supplier) }
describe "shipping category" do
it "sets a shipping category if none provided" do
variant = build(:variant, shipping_category: nil)
expect(variant).to be_valid
expect(variant.shipping_category).not_to be_nil
end
end
describe "supplier properties" do
subject { create(:variant) }
it "has no supplier properties to start with" do
expect(subject.supplier_properties).to eq []
end
it "includes the supplier's properties" do
subject.supplier.set_producer_property("certified", "yes")
expect(subject.supplier_properties.map(&:presentation)).to eq ["certified"]
end
end
describe "validations" do
describe "variant_unit" do
subject(:variant) { build(:variant) }
it { is_expected.to validate_presence_of :variant_unit }
context "when the unit is items" do
subject(:variant) { build(:variant, variant_unit: "items", variant_unit_name: "box") }
it "is valid with only unit value set" do
variant.unit_value = 1
variant.unit_description = nil
expect(variant).to be_valid
end
it "is valid with only unit description set" do
variant.unit_value = nil
variant.unit_description = 'Medium'
expect(variant).to be_valid
end
it "sets unit_value to 1.0 before validation if it's nil" do
variant.unit_value = nil
variant.unit_description = nil
expect(variant).to be_valid
expect(variant.unit_value).to eq 1.0
end
end
context "when the product's unit is non-weight" do
subject(:variant) { build(:variant, variant_unit: "volume") }
it "sets weight to decimal before save if it's integer" do
variant.weight = 1
variant.save!
expect(variant.weight).to eq 1.0
end
it "sets weight to 0.0 before save if it's nil" do
variant.weight = nil
variant.save!
expect(variant.weight).to eq 0.0
end
it "sets weight to 0.0 if input is a non numerical string" do
variant.weight = "BANANAS!"
variant.save!
expect(variant.weight).to eq 0.0
end
it "sets weight to correct decimal value if input is numerical string" do
variant.weight = "2"
variant.save!
expect(variant.weight).to eq 2.0
end
end
end
describe "price" do
it { is_expected.to validate_presence_of :price }
it "should validate price is greater than 0" do
variant.price = -1
expect(variant).not_to be_valid
end
it "should validate price is 0" do
variant.price = 0
expect(variant).to be_valid
end
it "should validate unit_value is greater than 0" do
variant.unit_value = 0
expect(variant).not_to be_valid
end
end
describe "unit_value" do
subject(:variant) { build(:variant, variant_unit: "item", unit_value: "") }
it { is_expected.not_to validate_presence_of(:unit_value) }
%w(weight volume).each do |unit|
context "when variant_unit is #{unit}" do
subject(:variant) { build(:variant, variant_unit: unit) }
it { is_expected.to validate_presence_of(:unit_value) }
it { is_expected.to validate_numericality_of(:unit_value).is_greater_than(0) }
end
end
end
describe "unit_description" do
subject(:variant) { build(:variant) }
it { expect(variant).to be_valid }
it { is_expected.not_to validate_presence_of(:unit_description) }
context "when variant_unit is set and unit_value is nil" do
subject(:variant) {
build(:variant, variant_unit: "item", unit_value: nil, unit_description: "box")
}
it { is_expected.to validate_presence_of(:unit_description) }
end
end
describe "variant_unit_scale" do
subject(:variant) { build(:variant, variant_unit: "box") }
it { is_expected.not_to validate_presence_of :variant_unit_scale }
%w(weight volume).each do |unit|
context "when variant_unit is #{unit}" do
subject(:variant) { build(:variant, variant_unit: unit, variant_unit_scale: 1.0) }
it { is_expected.to validate_presence_of :variant_unit_scale }
end
end
end
describe "variant_unit_name" do
subject(:variant) { build(:variant) }
it { is_expected.not_to validate_presence_of :variant_unit_name }
context "when variant_unit is items" do
subject(:variant) { build(:variant, variant_unit: "items") }
it { is_expected.to validate_presence_of :variant_unit_name }
end
end
describe "variant_unit_scale" do
subject(:variant) { build(:variant, variant_unit: "box") }
it { is_expected.not_to validate_presence_of :variant_unit_scale }
%w(weight volume).each do |unit|
context "when variant_unit is #{unit}" do
subject(:variant) { build(:variant, variant_unit: unit, variant_unit_scale: 1.0) }
it { is_expected.to validate_presence_of :variant_unit_scale }
end
end
end
describe "variant_unit_name" do
subject(:variant) { build(:variant) }
it { is_expected.not_to validate_presence_of :variant_unit_name }
context "when variant_unit is items" do
subject(:variant) { build(:variant, variant_unit: "items") }
it { is_expected.to validate_presence_of :variant_unit_name }
end
end
describe "tax category" do
# `build_stubbed` avoids creating a tax category in the database.
subject(:variant) { build_stubbed(:variant) }
it "is valid when empty by default" do
expect(variant.tax_category).to eq nil
expect(variant).to be_valid
end
it "loads the default tax category" do
default = create(:tax_category, is_default: true)
expect(variant.tax_category).to eq default
expect {
variant.tax_category = nil
}.not_to change {
variant.tax_category
}
expect(variant).to be_valid
end
it "doesn't load any tax category" do
non_default = create(:tax_category, is_default: false)
expect(variant.tax_category).to eq nil
end
context "when a tax category is required" do
before { Spree::Config.products_require_tax_category = true }
it { is_expected.to validate_presence_of :tax_category }
end
end
end
describe "#changed?" do
subject(:variant) { create(:variant) }
it { is_expected.not_to be_changed }
it "is changed when basic fields are changed" do
subject.display_name = "blah"
expect(subject).to be_changed
end
describe "default_price" do
it "price" do
subject.price = 100
expect(subject).to be_changed
end
it "currency" do
subject.currency = "USD"
expect(subject).to be_changed
end
end
end
context "price parsing" do
context "price=" do
context "with decimal point" do
it "captures the proper amount for a formatted price" do
variant.price = '1,599.99'
expect(variant.price).to eq 1599.99
end
end
context "with decimal comma" do
it "captures the proper amount for a formatted price" do
I18n.with_locale(:es) do
variant.price = '1.599,99'
expect(variant.price).to eq 1599.99
end
end
end
context "with a numeric price" do
it "uses the price as is" do
I18n.with_locale(:es) do
variant.price = 1599.99
expect(variant.price).to eq 1599.99
end
end
end
end
end
context "#currency" do
it "returns the globally configured currency" do
variant.save!
expect(variant.currency).to eq "AUD"
end
end
context "#display_amount" do
it "returns a Spree::Money" do
variant.price = 21.22
expect(variant.display_amount.to_s).to eq "$21.22"
end
end
context "#cost_currency" do
context "when cost currency is nil" do
before { variant.cost_currency = nil }
it "populates cost currency with the default value on save" do
variant.save!
expect(variant.cost_currency).to eq "AUD"
end
end
end
describe '.price_in' do
before do
variant.prices << create(:price, variant:, currency: "EUR", amount: 33.33)
end
subject { variant.price_in(currency).display_amount }
context "when currency is not specified" do
let(:currency) { nil }
it "returns 0" do
expect(subject.to_s).to eq "$0.00"
end
end
context "when currency is EUR" do
let(:currency) { 'EUR' }
it "returns the value in EUR" do
expect(subject.to_s).to eq "€33.33"
end
end
context "when currency is AUD" do
let(:currency) { 'AUD' }
it "returns the value in AUD" do
expect(subject.to_s).to eq "$19.99"
end
end
end
describe '.amount_in' do
before do
variant.prices << create(:price, variant:, currency: "EUR", amount: 33.33)
end
subject { variant.amount_in(currency) }
context "when currency is not specified" do
let(:currency) { nil }
it "returns nil" do
expect(subject).to be_nil
end
end
context "when currency is EUR" do
let(:currency) { 'EUR' }
it "returns the value in EUR" do
expect(subject).to eq 33.33
end
end
context "when currency is AUD" do
let(:currency) { 'AUD' }
it "returns the value in AUD" do
expect(subject).to eq 19.99
end
end
end
describe '#in_stock?' do
# Stock data can only be stored against a persisted variant.
subject(:variant) { create(:variant) }
context 'when stock_items are not backorderable' do
before do
allow_any_instance_of(Spree::StockItem).to receive_messages(backorderable: false)
end
context 'when stock_items in stock' do
before do
allow_any_instance_of(Spree::StockItem).to receive_messages(count_on_hand: 10)
end
it 'returns true if stock_items in stock' do
expect(variant.in_stock?).to be_truthy
end
end
context 'when stock_items out of stock' do
before do
allow_any_instance_of(Spree::StockItem).to receive_messages(backorderable: false)
allow_any_instance_of(Spree::Stock::Quantifier).to receive_messages(total_on_hand: 0)
end
it 'return false if stock_items out of stock' do
expect(variant.in_stock?).to be_falsy
end
end
context 'when providing quantity param' do
before do
variant.stock_items.first.update_attribute(:count_on_hand, 10)
end
it 'returns correct value' do
expect(variant.in_stock?).to be_truthy
expect(variant.in_stock?(2)).to be_truthy
expect(variant.in_stock?(10)).to be_truthy
expect(variant.in_stock?(11)).to be_falsy
end
end
end
context 'when stock_items are backorderable' do
before do
allow_any_instance_of(Spree::StockItem).to receive_messages(backorderable?: true)
end
context 'when stock_items out of stock' do
before do
allow_any_instance_of(Spree::StockItem).to receive_messages(count_on_hand: 0)
end
it 'returns true if stock_items in stock' do
expect(variant.in_stock?).to be_truthy
end
end
end
end
describe '#total_on_hand' do
it 'matches quantifier total_on_hand' do
variant = build(:variant)
expect(variant.total_on_hand).to eq(Spree::Stock::Quantifier.new(variant).total_on_hand)
end
end
describe "scopes" do
# TODO rename describer below with scope names
describe "finding variants in a distributor" do
let!(:d1) { create(:distributor_enterprise) }
let!(:d2) { create(:distributor_enterprise) }
let!(:p1) { create(:simple_product) }
let!(:p2) { create(:simple_product) }
let!(:oc1) { create(:simple_order_cycle, distributors: [d1], variants: [p1.variants.first]) }
let!(:oc2) { create(:simple_order_cycle, distributors: [d2], variants: [p2.variants.first]) }
it "shows variants in an order cycle distribution" do
expect(Spree::Variant.in_distributor(d1)).to eq([p1.variants.first])
end
it "doesn't show duplicates" do
oc_dup = create(:simple_order_cycle, distributors: [d1], variants: [p1.variants.first])
expect(Spree::Variant.in_distributor(d1)).to eq([p1.variants.first])
end
end
describe "finding variants in an order cycle" do
let!(:d1) { create(:distributor_enterprise) }
let!(:d2) { create(:distributor_enterprise) }
let!(:p1) { create(:product) }
let!(:p2) { create(:product) }
let!(:oc1) { create(:simple_order_cycle, distributors: [d1], variants: [p1.variants.first]) }
let!(:oc2) { create(:simple_order_cycle, distributors: [d2], variants: [p2.variants.first]) }
it "shows variants in an order cycle" do
expect(Spree::Variant.in_order_cycle(oc1)).to eq([p1.variants.first])
end
it "doesn't show duplicates" do
ex = create(:exchange, order_cycle: oc1, sender: oc1.coordinator, receiver: d2)
ex.variants << p1.variants.first
expect(Spree::Variant.in_order_cycle(oc1)).to eq([p1.variants.first])
end
end
describe "finding variants for an order cycle and hub" do
let(:oc) { create(:simple_order_cycle) }
let(:s) { create(:supplier_enterprise) }
let(:d1) { create(:distributor_enterprise) }
let(:d2) { create(:distributor_enterprise) }
let(:p1) { create(:simple_product) }
let(:p2) { create(:simple_product) }
let(:v1) { create(:variant, product: p1) }
let(:v2) { create(:variant, product: p2) }
let(:p_external) { create(:simple_product) }
let(:v_external) { create(:variant, product: p_external) }
let!(:ex_in) {
create(:exchange, order_cycle: oc, sender: s, receiver: oc.coordinator,
incoming: true, variants: [v1, v2])
}
let!(:ex_out1) {
create(:exchange, order_cycle: oc, sender: oc.coordinator, receiver: d1,
incoming: false, variants: [v1])
}
let!(:ex_out2) {
create(:exchange, order_cycle: oc, sender: oc.coordinator, receiver: d2,
incoming: false, variants: [v2])
}
it "returns variants in the order cycle and distributor" do
expect(p1.variants.for_distribution(oc, d1)).to eq([v1])
expect(p2.variants.for_distribution(oc, d2)).to eq([v2])
end
it "does not return variants in the order cycle but not the distributor" do
expect(p1.variants.for_distribution(oc, d2)).to be_empty
expect(p2.variants.for_distribution(oc, d1)).to be_empty
end
it "does not return variants not in the order cycle" do
expect(p_external.variants.for_distribution(oc, d1)).to be_empty
end
end
describe "finding variants based on visiblity in inventory" do
let(:enterprise) { create(:distributor_enterprise) }
let!(:new_variant) { create(:variant) }
let!(:hidden_variant) { create(:variant) }
let!(:visible_variant) { create(:variant) }
let!(:hidden_inventory_item) {
create(:inventory_item, enterprise:, variant: hidden_variant, visible: false )
}
let!(:visible_inventory_item) {
create(:inventory_item, enterprise:, variant: visible_variant, visible: true )
}
context "finding variants that are not hidden from an enterprise's inventory" do
context "when the enterprise given is nil" do
let!(:variants) { Spree::Variant.not_hidden_for(nil) }
it "returns an empty list" do
expect(variants).to eq []
end
end
context "when an enterprise is given" do
let!(:variants) { Spree::Variant.not_hidden_for(enterprise) }
it "lists any variants that are not listed as visible=false" do
expect(variants).to include new_variant, visible_variant
expect(variants).not_to include hidden_variant
end
context "when inventory items exist for other enterprises" do
let(:other_enterprise) { create(:distributor_enterprise) }
let!(:new_inventory_item) {
create(:inventory_item, enterprise: other_enterprise, variant: new_variant,
visible: true )
}
let!(:hidden_inventory_item2) {
create(:inventory_item, enterprise: other_enterprise, variant: visible_variant,
visible: false )
}
let!(:visible_inventory_item2) {
create(:inventory_item, enterprise: other_enterprise, variant: hidden_variant,
visible: true )
}
it "lists any variants not listed as visible=false only for the relevant enterprise" do
expect(variants).to include new_variant, visible_variant
expect(variants).not_to include hidden_variant
end
end
end
end
context "finding variants that are visible in an enterprise's inventory" do
let!(:variants) { Spree::Variant.visible_for(enterprise) }
it "lists any variants that are listed as visible=true" do
expect(variants).to include visible_variant
expect(variants).not_to include new_variant, hidden_variant
end
end
end
describe ".with_properties" do
let!(:variant_without_wanted_property_on_supplier) {
create(:variant, supplier: supplier_without_wanted_property)
}
let!(:variant_with_wanted_property_on_supplier) {
create(:variant, supplier: supplier_with_wanted_property)
}
let(:supplier_with_wanted_property) {
create(:supplier_enterprise, properties: [wanted_property])
}
let(:supplier_without_wanted_property) {
create(:supplier_enterprise, properties: [unwanted_property])
}
let(:wanted_property) { create(:property, presentation: 'Certified Organic') }
let(:unwanted_property) { create(:property, presentation: 'Latest Hype') }
it "returns no products without a property id" do
expect(Spree::Variant.with_properties([])).to eq []
end
it "returns only variants with the wanted property set on supplier" do
expect(
Spree::Variant.with_properties([wanted_property.id])
).to match_array [variant_with_wanted_property_on_supplier]
end
end
end
describe "indexing variants by id" do
let!(:v1) { create(:variant) }
let!(:v2) { create(:variant) }
let!(:v3) { create(:variant) }
it "indexes variants by id" do
expect(Spree::Variant.where(id: [v1, v2, v3]).indexed).to eq(
v1.id => v1, v2.id => v2, v3.id => v3
)
end
end
describe ".linked_to" do
let!(:variant_unlinked) { create(:variant) }
let!(:variant_linked) { create(:variant, semantic_links: [link]) }
let!(:variant_linked_unrelated) { create(:variant, semantic_links: [unrelated_link]) }
let(:link) { SemanticLink.new(semantic_id: "#my_precious") }
let(:unrelated_link) { SemanticLink.new(semantic_id: "#other") }
it "finds a variant by link" do
expect(Spree::Variant.linked_to("#my_precious"))
.to eq variant_linked
end
end
describe "generating the product and variant name" do
let(:product) { variant.product }
context "when full_name starts with the product name" do
before do
product.name = "Apple"
variant.display_as = "Apple Pink Lady"
end
it "does not show the product name twice" do
expect(variant.product_and_full_name).to eq "Apple Pink Lady"
end
end
context "when full_name does not start with the product name" do
before do
product.name = "Apple"
variant.display_as = "Pink Lady"
end
it "prepends the product name to the full name" do
expect(variant.product_and_full_name).to eq "Apple - Pink Lady"
end
end
context "handling nil values for related naming attributes" do
it "returns empty string or product name" do
product.name = "Apple"
product.display_as = nil
variant.variant_unit = "items"
variant.display_as = nil
variant.display_name = nil
expect(variant.full_name).to eq ""
expect(variant.product_and_full_name).to eq product.name
end
it "uses the display name correctly" do
product.name = "Apple"
product.display_as = nil
variant.variant_unit = "items"
variant.display_as = nil
variant.unit_presentation = nil
variant.display_name = "Green"
expect(variant.full_name).to eq "Green"
expect(variant.product_and_full_name).to eq "Apple - Green"
end
end
end
describe "calculating the price with enterprise fees" do
it "returns the price plus the fees" do
distributor = instance_double(Enterprise)
order_cycle = instance_double(OrderCycle)
variant = Spree::Variant.new price: 100
expect(variant).to receive(:fees_for).with(distributor, order_cycle) { 23 }
expect(variant.price_with_fees(distributor, order_cycle)).to eq(123)
end
end
describe "calculating the fees" do
it "delegates to EnterpriseFeeCalculator" do
distributor = instance_double(Enterprise)
order_cycle = instance_double(OrderCycle)
variant = Spree::Variant.new
expect_any_instance_of(OpenFoodNetwork::EnterpriseFeeCalculator)
.to receive(:fees_for).with(variant) { 23 }
expect(variant.fees_for(distributor, order_cycle)).to eq(23)
end
end
describe "calculating fees broken down by fee type" do
it "delegates to EnterpriseFeeCalculator" do
distributor = instance_double(Enterprise)
order_cycle = instance_double(OrderCycle)
variant = Spree::Variant.new
fees = instance_double(EnterpriseFee)
expect_any_instance_of(OpenFoodNetwork::EnterpriseFeeCalculator)
.to receive(:fees_by_type_for).with(variant) { fees }
expect(variant.fees_by_type_for(distributor, order_cycle)).to eq(fees)
end
end
describe "unit value/description" do
let(:v) { Spree::Variant.new(unit_presentation: "small" ) }
describe "generating the full name" do
it "returns unit_to_display when display_name is blank" do
v.display_name = ""
expect(v.full_name).to eq("small")
end
it "returns display_name when it contains unit_to_display" do
v.display_name = "a small apple"
expect(v.full_name).to eq "a small apple"
end
it "returns unit_to_display when it contains display_name" do
v.display_name = "small"
v.unit_presentation = "small size"
expect(v.full_name).to eq "small size"
end
it "returns a combination otherwise" do
v.display_name = "apple"
expect(v.full_name).to eq "apple (small)"
end
it "is resilient to regex chars" do
v.display_name = ")))"
v.unit_presentation = ")))"
expect(v.full_name).to eq(")))")
end
end
describe "getting name for display" do
it "returns display_name if present" do
v.display_name = "foo"
expect(v.name_to_display).to eq("foo")
end
it "returns product name if display_name is empty" do
v.product = Spree::Product.new(name: "Apple")
v.display_name = nil
expect(v.name_to_display).to eq "Apple"
v.display_name = ""
expect(v.name_to_display).to eq "Apple"
end
end
describe "getting unit for display" do
it "returns display_as if present" do
v.display_as = "foo"
expect(v.unit_to_display).to eq("foo")
end
it "returns options_text if display_as is blank" do
v.display_as = nil
expect(v.unit_to_display).to eq("small")
v.display_as = ""
expect(v.unit_to_display).to eq("small")
end
end
describe "setting the variant's weight from the unit value" do
it "sets the variant's weight when unit is weight" do
v = create(:variant, weight: 0)
v.update!(
variant_unit: 'weight', variant_unit_scale: 1, unit_value: 10, unit_description: 'foo'
)
expect(v.reload.weight).to eq(0.01)
end
it "does nothing when unit is not weight" do
v = create(:variant, weight: 123, variant_unit: 'volume')
v.update! variant_unit: 'volume', variant_unit_scale: 1, unit_value: 10,
unit_description: 'foo'
expect(v.reload.weight).to eq(123)
end
it "does nothing when unit_value is not set" do
v = create(:variant, weight: 123, variant_unit: 'volume')
# Although invalid, this calls the before_validation callback, which would
# error if not handling unit_value == nil case
expect(
v.update(variant_unit: "weight", variant_unit_scale: 1, unit_value: nil,
unit_description: "foo")
).to be false
expect(v.reload.weight).to eq(123)
end
end
context "when the variant already has a value set" do
let!(:v) {
create(:variant, variant_unit: 'weight', variant_unit_scale: 1, unit_value: 5,
unit_description: 'bar')
}
it "assigns the new option value" do
expect(v.unit_presentation).to eq "5g bar"
v.update!(unit_value: 10, unit_description: 'foo')
expect(v.unit_presentation).to eq "10g foo"
end
end
context "when the variant does not have a display_as value set" do
let!(:v) {
create(:variant, variant_unit: 'weight', variant_unit_scale: 1, unit_value: 5,
unit_description: 'bar', display_as: '')
}
it "requests the new value from OptionValueName" do
expect_any_instance_of(VariantUnits::OptionValueNamer)
.to receive(:name).exactly(1).times.and_call_original
v.update(unit_value: 10, unit_description: 'foo')
expect(v.unit_presentation).to eq "10g foo"
end
end
context "when the variant has a display_as value set" do
let!(:v) {
create(:variant, variant_unit: 'weight', variant_unit_scale: 1, unit_value: 5,
unit_description: 'bar', display_as: 'FOOS!')
}
it "does not request the new value from OptionValueName" do
expect_any_instance_of(VariantUnits::OptionValueNamer).not_to receive(:name)
v.update!(unit_value: 10, unit_description: 'foo')
expect(v.unit_presentation).to eq("FOOS!")
end
end
end
context "extends LocalizedNumber" do
subject! { build_stubbed(:variant) }
it_behaves_like "a model using the LocalizedNumber module", [:price, :weight]
end
context "in a circular order cycle setup" do
let(:enterprise1) { create(:distributor_enterprise, is_primary_producer: true) }
let(:enterprise2) { create(:distributor_enterprise, is_primary_producer: true) }
let(:variant1) { create(:variant) }
let(:variant2) { create(:variant) }
let!(:order_cycle) do
enterprise1.supplied_variants << variant1
enterprise2.supplied_variants << variant2
create(
:simple_order_cycle,
coordinator: enterprise1,
suppliers: [enterprise1, enterprise2],
distributors: [enterprise1, enterprise2],
variants: [variant1, variant2]
)
end
it "saves without infinite loop" do
expect(variant1.update(price: 1)).to be_truthy
end
end
describe "destruction" do
it "destroys exchange variants" do
variant = create(:variant)
exchange = create(:exchange, variants: [variant])
variant.destroy
expect(exchange.reload.variant_ids).to be_empty
end
it "touches the supplier" do
supplier = create(:supplier_enterprise, updated_at: 1.hour.ago)
variant = create(:variant, supplier:)
expect { variant.destroy }.to change { supplier.reload.updated_at }
end
it "touches distributors" do
variant = create(:variant)
updated_at = 1.hour.ago
distributor1 = create(:distributor_enterprise, updated_at:)
distributor2 = create(:distributor_enterprise, updated_at:)
create(:simple_order_cycle, distributors: [distributor1], variants: [variant])
create(:simple_order_cycle, distributors: [distributor2], variants: [variant])
expect { variant.destroy }
.to change { distributor1.reload.updated_at }
.and change { distributor2.reload.updated_at }
end
end
describe "#ensure_unit_value" do
let(:variant) { create(:variant, variant_unit: "weight") }
context "when variant_unit value is changed from weight to items" do
it "sets the variant's unit_value to 1" do
variant.update(variant_unit: "items")
expect(variant.unit_value).to eq 1
end
end
context "trying to set an invalid unit_value" do
it "does not allow NaN" do
variant.update(unit_value: Float::NAN)
expect(variant.reload.unit_value).to eq(1.0)
end
end
end
describe "#default_price" do
let(:variant) { create(:variant) }
let(:default_price) { variant.default_price }
context "when the default price is soft-deleted" do
it "can access the default price" do
price_id = default_price.id
default_price.destroy
expect(variant.reload.default_price).to be_a Spree::Price
expect(variant.default_price.id).to eq price_id
end
end
end
describe "after save callback" do
let(:variant) { create(:variant) }
it "updates units and unit_presenation when saved change to variant unit" do
variant.variant_unit = 'items'
variant.variant_unit_scale = nil
variant.variant_unit_name = 'loaf'
variant.save!
expect(variant.variant_unit_name).to eq 'loaf'
expect(variant.unit_presentation).to eq "1 loaf"
variant.update(variant_unit_name: 'bag')
expect(variant.variant_unit_name).to eq 'bag'
expect(variant.unit_presentation).to eq "1 bag"
variant.variant_unit = 'weight'
variant.variant_unit_scale = 1
variant.save!
expect(variant.variant_unit).to eq 'weight'
expect(variant.unit_presentation).to eq "1g"
expect(variant.variant_unit_name).to eq('')
variant.update(variant_unit: 'volume')
expect(variant.variant_unit).to eq 'volume'
expect(variant.unit_presentation).to eq "1L"
variant.update(display_as: 'My display')
expect(variant.unit_presentation).to eq "My display"
end
end
end