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			88 lines
		
	
	
		
			3.1 KiB
		
	
	
	
		
			Ruby
		
	
	
	
	
	
			
		
		
	
	
			88 lines
		
	
	
		
			3.1 KiB
		
	
	
	
		
			Ruby
		
	
	
	
	
	
# Copyright (C) 2024-2025 LibreWeddingPlanner contributors
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# frozen_string_literal: true
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require 'rails_helper'
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module Tables
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  RSpec.describe Swap do
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    describe '#each' do
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      let(:swaps) do
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        acc = []
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        described_class.new(initial_solution).each do |solution| # rubocop:disable Style/MapIntoArray -- #map is not implemented
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          acc << solution.tables.map(&:dup)
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        end
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        acc
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      end
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      context 'when there are two tables with two people each' do
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        let(:initial_solution) do
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          Distribution.new(min_per_table: 2, max_per_table: 2, tables_arrangement_id: nil).tap do |distribution|
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            distribution.tables << Set[:a, :b].to_table
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            distribution.tables << Set[:c, :d].to_table
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          end
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        end
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        it 'yields all possible swaps between the tables' do
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          expect(swaps).to contain_exactly(
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            [Set[:a, :d], Set[:c, :b]],
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            [Set[:b, :c], Set[:d, :a]],
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            [Set[:a, :c], Set[:d, :b]],
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            [Set[:b, :d], Set[:c, :a]]
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          )
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        end
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      end
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      context 'when there are two tables with three people each' do
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        let(:initial_solution) do
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          Distribution.new(min_per_table: 3, max_per_table: 3, tables_arrangement_id: nil).tap do |distribution|
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            distribution.tables << Set[:a, :b, :c].to_table
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            distribution.tables << Set[:d, :e, :f].to_table
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          end
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        end
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        it 'yields all possible swaps between the tables' do
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          expect(swaps).to contain_exactly(
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            [Set[:b, :c, :d], Set[:e, :f, :a]],
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            [Set[:b, :c, :e], Set[:f, :d, :a]],
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            [Set[:b, :c, :f], Set[:d, :e, :a]],
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            [Set[:c, :a, :d], Set[:e, :f, :b]],
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            [Set[:c, :a, :e], Set[:f, :d, :b]],
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            [Set[:c, :a, :f], Set[:d, :e, :b]],
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            [Set[:a, :b, :d], Set[:e, :f, :c]],
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            [Set[:a, :b, :e], Set[:f, :d, :c]],
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            [Set[:a, :b, :f], Set[:d, :e, :c]]
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          )
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        end
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      end
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      context 'when there are three tables with two people each' do
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        let(:initial_solution) do
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          Distribution.new(min_per_table: 2, max_per_table: 2, tables_arrangement_id: nil).tap do |distribution|
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            distribution.tables << Set[:a, :b].to_table
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            distribution.tables << Set[:c, :d].to_table
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            distribution.tables << Set[:e, :f].to_table
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          end
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        end
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        it 'yields all possible swaps between the tables' do
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          expect(swaps).to contain_exactly(
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            [Set[:b, :c], Set[:d, :a], Set[:e, :f]],
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            [Set[:b, :d], Set[:c, :a], Set[:e, :f]],
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            [Set[:a, :c], Set[:d, :b], Set[:e, :f]],
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            [Set[:a, :d], Set[:c, :b], Set[:e, :f]],
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            [Set[:b, :e], Set[:c, :d], Set[:f, :a]],
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            [Set[:b, :f], Set[:c, :d], Set[:e, :a]],
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            [Set[:a, :e], Set[:c, :d], Set[:f, :b]],
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            [Set[:a, :f], Set[:c, :d], Set[:e, :b]],
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            [Set[:a, :b], Set[:d, :e], Set[:f, :c]],
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            [Set[:a, :b], Set[:d, :f], Set[:e, :c]],
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            [Set[:a, :b], Set[:c, :e], Set[:f, :d]],
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            [Set[:a, :b], Set[:c, :f], Set[:e, :d]]
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          )
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        end
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      end
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    end
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  end
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end
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