# encoding: utf-8 require 'spec_helper' describe Attribute::String, '#==' do subject { object == other } let(:described_class) { Attribute::String } let(:name) { :name } let(:object) { described_class.new(name) } context 'with the same object' do let(:other) { object } it { should be(true) } it 'is symmetric' do should eql(other == object) end end context 'with an equivalent object' do let(:other) { object.dup } it { should be(true) } it 'is symmetric' do should eql(other == object) end end context 'with an equivalent object of a subclass' do let(:other) { Class.new(described_class).new(name) } it { should be(true) } it 'is not symmetric' do should_not eql(other == object) end end context 'with an object having a different name' do let(:other) { described_class.new(:other_name) } it { should be(false) } it 'is symmetric' do should eql(other == object) end end context 'with an object having a different required option' do let(:other) { described_class.new(name, required: false) } it { should be(false) } it 'is symmetric' do should eql(other == object) end end context 'with an object having a different minimum_length' do let(:other) { described_class.new(name, minimum_length: 1) } it { should be(false) } it 'is symmetric' do should eql(other == object) end end context 'with an object having a different maximum_length' do let(:other) { described_class.new(name, maximum_length: 100) } it { should be(false) } it 'is symmetric' do should eql(other == object) end end end