require 'test_helper' require 'minicomic-backend/file_processor' require 'minicomic-backend/svg_to_temp_bitmap' require 'minicomic-backend/temp_bitmap_to_web' require 'minicomic-backend/temp_bitmap_to_print' require 'minicomic-backend/temp_bitmap_to_paginated_print' class TestFileProcessor < Test::Unit::TestCase def test_verify_filename [ [ {}, {}, [ false, {}, {} ] ], [ { 'file' => 'test' }, {}, [ true, { 'file' => 'test' }, 'test' ] ], [ { 'blank' => true }, { 'Meow' => { 'is_paginated' => false } }, [ false, {}, { 'blank' => true } ], ], [ { 'blank' => true }, { 'Meow' => { 'is_paginated' => true } }, [ false, {}, { 'blank' => true } ], { 'Meow' => [ nil ] } ], [ 'test', {}, [ true, {}, 'test' ] ], [ 'test.svg', { 'Global' => { 'match' => '.*\.svg' } }, [ Regexp.new('.*\.svg').match('test.svg'), {}, 'test.svg' ] ] ].each do |filename, config, expected_return, expected_paginated_source_files| file_processor = FileProcessor.new(config) result = file_processor.verify_filename(filename) if expected_return[0].is_a? MatchData assert_equal expected_return[1..-1], result[1..-1] assert_equal expected_return[0].to_a, result[0].to_a else assert_equal expected_return, result end if expected_paginated_source_files assert_equal expected_paginated_source_files, file_processor.paginated_source_files end end end def test_build_filename_parts [ [ { 'Global' => { 'page_index_format' => '%02d' } }, nil, { 'index' => 9, 'title' => '', 'page_index' => '10' } ], [ { 'Global' => { 'page_index_format' => '%02d' } }, Regexp.new('(.*)-(.*)').match('10-test'), { 'index' => 10, 'title' => 'test', 'page_index' => '10' } ], [ { 'Global' => { 'page_index_format' => '%02d', 'title' => '{index}-{title}' } }, Regexp.new('(.*)-(.*)').match('10-test'), { 'index' => 10, 'title' => '10-test', 'page_index' => '10' } ], ].each do |config, match_data, expected_result| file_processor = FileProcessor.new(config) file_processor.page_index = 10 assert_equal expected_result, file_processor.build_filename_parts(match_data) end end def test_construct_filters_and_targets match_data = 'test' [ [ 'test.svg', { 'target' => 'test.png' }, 'test', [ SVGToTempBitmap, TempBitmapToWeb, 'target' ] ], [ 'test.svg', { 'target' => 'test.pdf' }, 'test', [ SVGToTempBitmap, TempBitmapToPrint, 'target' ] ], [ 'test.svg', { 'target' => 'test.pdf', 'is_paginated' => true }, 'test', [ SVGToTempBitmap, TempBitmapToPaginatedPrint, 'target' ] ], ].each do |filename, info, match_data, expected_return| file_processor = FileProcessor.new({}) file_processor.expects(:build_filename_parts).with(match_data).returns('parts') expected_return[0..1].each do |m| m.any_instance.stubs(:recalc_pixels) end expected_return[1].any_instance.expects(:targets).with('parts').returns('target') file_processor.construct_filters_and_targets(filename, info, match_data) end end def test_determine_rebuild [ [ [], 'source', false ], [ [ 'r-test3' ], 'source', true ], [ [ 'r-test' ], 'source', true ], [ [ 'r-test2' ], 'source', false ], [ [ 'r-test2' ], 'blank', false ], ].each do |targets, filename, expected_return| file_processor = FileProcessor.new({}) class << file_processor def file_mtime(file) case file when 'r-test' return 1 when 'source' return 2 when 'r-test2' return 3 end end end FakeFS do FileUtils.touch [ 'r-test', 'r-test2', 'source' ] assert_equal expected_return, file_processor.determine_rebuild(targets, filename) [ 'r-test', 'r-test2', 'source' ].each { |f| FileUtils.rm f } end end end def test_do_build [ [ 'target', 'input', 'return' ], [ [ 'target1', 'target2' ], 'input', [ 'return1', 'return2' ] ] ].each do |targets, filename, input_obj_build_return| input = Class.new do def build(filename); end end.new output = Class.new do def build(filename); end end.new input.expects(:build).with(filename).returns(input_obj_build_return) case input_obj_build_return.class.to_s when "String" output.expects(:build).with(input_obj_build_return, targets) when "Array" [0, 1].each do |i| output.expects(:build).with(input_obj_build_return[i], targets[i], (i == 0) ? "left" : "right") end end input.expects(:cleanup) file_processor = FileProcessor.new({}) file_processor.do_build(targets, filename, input, output) end end end