begin require "readline" rescue LoadError else require "test/unit" require "tempfile" require "timeout" end class TestReadline < Test::Unit::TestCase INPUTRC = "INPUTRC" def setup @inputrc, ENV[INPUTRC] = ENV[INPUTRC], IO::NULL end def teardown ENV[INPUTRC] = @inputrc Readline.instance_variable_set("@completion_proc", nil) begin Readline.delete_text Readline.point = 0 rescue NotImplementedError end Readline.input = nil Readline.output = nil end if !/EditLine/n.match(Readline::VERSION) def test_readline with_temp_stdio do |stdin, stdout| stdin.write("hello\n") stdin.close stdout.flush line = replace_stdio(stdin.path, stdout.path) { Readline.readline("> ", true) } assert_equal("hello", line) assert_equal(true, line.tainted?) stdout.rewind assert_equal("> ", stdout.read(2)) assert_equal(1, Readline::HISTORY.length) assert_equal("hello", Readline::HISTORY[0]) assert_raise(SecurityError) do Thread.start { $SAFE = 1 replace_stdio(stdin.path, stdout.path) do Readline.readline("> ".taint) end }.join end end end # line_buffer # point def test_line_buffer__point begin Readline.line_buffer Readline.point rescue NotImplementedError return end with_temp_stdio do |stdin, stdout| actual_text = nil actual_line_buffer = nil actual_point = nil Readline.completion_proc = ->(text) { actual_text = text actual_point = Readline.point actual_line_buffer = Readline.line_buffer stdin.write(" finish\n") stdin.flush stdout.flush return ["complete"] } stdin.write("first second\t") stdin.flush Readline.completion_append_character = " " line = replace_stdio(stdin.path, stdout.path) { Readline.readline("> ", false) } assert_equal("second", actual_text) assert_equal("first second", actual_line_buffer) assert_equal(12, actual_point) assert_equal("first complete finish", Readline.line_buffer) assert_equal(Encoding.find("locale"), Readline.line_buffer.encoding) assert_equal(true, Readline.line_buffer.tainted?) assert_equal(22, Readline.point) stdin.rewind stdout.rewind stdin.write("first second\t") stdin.flush Readline.completion_append_character = nil line = replace_stdio(stdin.path, stdout.path) { Readline.readline("> ", false) } assert_equal("second", actual_text) assert_equal("first second", actual_line_buffer) assert_equal(12, actual_point) assert_equal("first complete finish", Readline.line_buffer) assert_equal(Encoding.find("locale"), Readline.line_buffer.encoding) assert_equal(true, Readline.line_buffer.tainted?) assert_equal(21, Readline.point) end end end def test_input= assert_raise(TypeError) do Readline.input = "This is not a file." end end def test_output= assert_raise(TypeError) do Readline.output = "This is not a file." end end def test_completion_proc expected = proc { |input| input } Readline.completion_proc = expected assert_equal(expected, Readline.completion_proc) assert_raise(ArgumentError) do Readline.completion_proc = "This does not have call method." end end def test_completion_case_fold expected = [true, false, "string", {"a" => "b"}] expected.each do |e| Readline.completion_case_fold = e assert_equal(e, Readline.completion_case_fold) end end def test_completion_proc_empty_result with_temp_stdio do |stdin, stdout| stdin.write("first\t") stdin.flush Readline.completion_proc = ->(text) {[]} line1 = line2 = nil replace_stdio(stdin.path, stdout.path) { assert_nothing_raised(NoMemoryError) {line1 = Readline.readline("> ")} stdin.write("\n") stdin.flush assert_nothing_raised(NoMemoryError) {line2 = Readline.readline("> ")} } assert_equal("first", line1) assert_equal("", line2) begin assert_equal("", Readline.line_buffer) rescue NotimplementedError end end end if !/EditLine/n.match(Readline::VERSION) def test_get_screen_size begin res = Readline.get_screen_size assert(res.is_a?(Array)) rows, columns = *res assert(rows.is_a?(Integer)) assert(rows >= 0) assert(columns.is_a?(Integer)) assert(columns >= 0) rescue NotImplementedError end end # vi_editing_mode # emacs_editing_mode def test_editing_mode begin assert_equal(false, Readline.vi_editing_mode?) assert_equal(true, Readline.emacs_editing_mode?) assert_equal(nil, Readline.vi_editing_mode) assert_equal(true, Readline.vi_editing_mode?) assert_equal(false, Readline.emacs_editing_mode?) assert_equal(nil, Readline.vi_editing_mode) assert_equal(true, Readline.vi_editing_mode?) assert_equal(false, Readline.emacs_editing_mode?) assert_equal(nil, Readline.emacs_editing_mode) assert_equal(false, Readline.vi_editing_mode?) assert_equal(true, Readline.emacs_editing_mode?) assert_equal(nil, Readline.emacs_editing_mode) assert_equal(false, Readline.vi_editing_mode?) assert_equal(true, Readline.emacs_editing_mode?) rescue NotImplementedError end end def test_completion_append_character begin enc = get_default_internal_encoding data_expected = [ ["x", "x"], ["xyx", "x"], [" ", " "], ["\t", "\t"], ] data_expected.each do |(data, expected)| Readline.completion_append_character = data assert_equal(expected, Readline.completion_append_character) assert_equal(enc, Readline.completion_append_character.encoding) end Readline.completion_append_character = "" assert_equal(nil, Readline.completion_append_character) rescue NotImplementedError end end def test_completion_encoding bug5941 = '[Bug #5941]' append_character = Readline.completion_append_character Readline.completion_append_character = "" completion_case_fold = Readline.completion_case_fold locale = Encoding.find("locale") if locale == Encoding::UTF_8 enc1 = Encoding::EUC_JP else enc1 = Encoding::UTF_8 end results = nil Readline.completion_proc = ->(text) {results} [%W"\u{3042 3042} \u{3042 3044}", %W"\u{fe5b fe5b} \u{fe5b fe5c}"].any? do |w| begin results = w.map {|s| s.encode(locale)} rescue Encoding::UndefinedConversionError end end or begin "\xa1\xa2".encode(Encoding::UTF_8, locale) rescue else results = %W"\xa1\xa1 \xa1\xa2".map {|s| s.force_encoding(locale)} end or begin return if assert_under_utf8 skip("missing test for locale #{locale.name}") end expected = results[0][0...1] Readline.completion_case_fold = false assert_equal(expected, with_pipe {|r, w| w << "\t"}, bug5941) Readline.completion_case_fold = true assert_equal(expected, with_pipe {|r, w| w << "\t"}, bug5941) results.map! {|s| s.encode(enc1)} assert_raise(Encoding::CompatibilityError, bug5941) do with_pipe {|r, w| w << "\t"} end ensure Readline.completion_case_fold = completion_case_fold Readline.completion_append_character = append_character end if !/EditLine/n.match(Readline::VERSION) # basic_word_break_characters # completer_word_break_characters # basic_quote_characters # completer_quote_characters # filename_quote_characters # special_prefixes def test_some_characters_methods method_names = [ "basic_word_break_characters", "completer_word_break_characters", "basic_quote_characters", "completer_quote_characters", "filename_quote_characters", "special_prefixes", ] method_names.each do |method_name| begin begin enc = get_default_internal_encoding saved = Readline.send(method_name.to_sym) expecteds = [" ", " .,|\t", ""] expecteds.each do |e| Readline.send((method_name + "=").to_sym, e) res = Readline.send(method_name.to_sym) assert_equal(e, res) assert_equal(enc, res.encoding) end ensure Readline.send((method_name + "=").to_sym, saved) if saved end rescue NotImplementedError end end end def test_closed_outstream bug5803 = '[ruby-dev:45043]' IO.pipe do |r, w| Readline.input = r Readline.output = w (w << "##\t").close assert_raise(IOError, bug5803) {Readline.readline} end end def test_pre_input_hook begin pr = proc {} Readline.pre_input_hook = pr assert_equal(pr, Readline.pre_input_hook) Readline.pre_input_hook = nil assert_nil(Readline.pre_input_hook) rescue NotImplementedError end end def test_point assert_equal(0, Readline.point) Readline.insert_text('12345') assert_equal(5, Readline.point) assert_equal(4, Readline.point=(4)) Readline.insert_text('abc') assert_equal(7, Readline.point) assert_equal('1234abc5', Readline.line_buffer) rescue NotImplementedError end if !/EditLine/n.match(Readline::VERSION) def test_insert_text str = "test_insert_text" assert_equal(0, Readline.point) assert_equal(Readline, Readline.insert_text(str)) assert_equal(str, Readline.line_buffer) assert_equal(16, Readline.point) assert_equal(get_default_internal_encoding, Readline.line_buffer.encoding) Readline.delete_text(1, 3) assert_equal("t_insert_text", Readline.line_buffer) Readline.delete_text(11) assert_equal("t_insert_te", Readline.line_buffer) Readline.delete_text(-3...-1) assert_equal("t_inserte", Readline.line_buffer) Readline.delete_text(-3..-1) assert_equal("t_inse", Readline.line_buffer) Readline.delete_text(3..-3) assert_equal("t_ise", Readline.line_buffer) Readline.delete_text(3, 1) assert_equal("t_ie", Readline.line_buffer) Readline.delete_text(1..1) assert_equal("tie", Readline.line_buffer) Readline.delete_text(1...2) assert_equal("te", Readline.line_buffer) Readline.delete_text assert_equal("", Readline.line_buffer) rescue NotImplementedError end if !/EditLine/n.match(Readline::VERSION) def test_delete_text str = "test_insert_text" assert_equal(0, Readline.point) assert_equal(Readline, Readline.insert_text(str)) assert_equal(16, Readline.point) assert_equal(str, Readline.line_buffer) Readline.delete_text # NOTE: unexpected but GNU Readline's spec assert_equal(16, Readline.point) assert_equal("", Readline.line_buffer) assert_equal(Readline, Readline.insert_text(str)) assert_equal(32, Readline.point) assert_equal("", Readline.line_buffer) rescue NotImplementedError end if !/EditLine/n.match(Readline::VERSION) def test_modify_text_in_pre_input_hook with_temp_stdio {|stdin, stdout| begin stdin.write("world\n") stdin.close Readline.pre_input_hook = proc do assert_equal("", Readline.line_buffer) Readline.insert_text("hello ") Readline.redisplay end replace_stdio(stdin.path, stdout.path) do line = Readline.readline("> ") assert_equal("hello world", line) end assert_equal("> hello world\n", stdout.read) stdout.close rescue NotImplementedError ensure begin Readline.pre_input_hook = nil rescue NotImplementedError end end } end if !/EditLine|\A4\.3\z/n.match(Readline::VERSION) def test_input_metachar bug6601 = '[ruby-core:45682]' Readline::HISTORY << "hello" wo = nil line = with_pipe do |r, w| wo = w.dup wo.write("\C-re\ef\n") end assert_equal("hello", line, bug6601) ensure wo.close Readline.delete_text Readline::HISTORY.clear end if !/EditLine/n.match(Readline::VERSION) def test_input_metachar_multibyte unless Encoding.find("locale") == Encoding::UTF_8 return if assert_under_utf8 skip 'this test needs UTF-8 locale' end bug6602 = '[ruby-core:45683]' Readline::HISTORY << "\u3042\u3093" Readline::HISTORY << "\u3044\u3093" Readline::HISTORY << "\u3046\u3093" open(IO::NULL, 'w') do |null| IO.pipe do |r, w| Readline.input = r Readline.output = null w << "\cr\u3093\n\n" w << "\cr\u3042\u3093" w.reopen(IO::NULL) assert_equal("\u3046\u3093", Readline.readline("", true), bug6602) Timeout.timeout(2) do assert_equal("\u3042\u3093", Readline.readline("", true), bug6602) end assert_equal(nil, Readline.readline("", true), bug6602) end end ensure Readline.delete_text Readline::HISTORY.clear end if !/EditLine/n.match(Readline::VERSION) private def replace_stdio(stdin_path, stdout_path) open(stdin_path, "r"){|stdin| open(stdout_path, "w"){|stdout| orig_stdin = STDIN.dup orig_stdout = STDOUT.dup orig_stderr = STDERR.dup STDIN.reopen(stdin) STDOUT.reopen(stdout) STDERR.reopen(stdout) begin Readline.input = STDIN Readline.output = STDOUT yield ensure STDERR.reopen(orig_stderr) STDIN.reopen(orig_stdin) STDOUT.reopen(orig_stdout) orig_stdin.close orig_stdout.close orig_stderr.close end } } end def with_temp_stdio Tempfile.create("test_readline_stdin") {|stdin| Tempfile.create("test_readline_stdout") {|stdout| yield stdin, stdout } } end def with_pipe stderr = nil IO.pipe do |r, w| yield(r, w) Readline.input = r Readline.output = w.reopen(IO::NULL) stderr = STDERR.dup STDERR.reopen(w) Readline.readline end ensure if stderr STDERR.reopen(stderr) stderr.close end Readline.input = STDIN Readline.output = STDOUT end def get_default_internal_encoding return Encoding.default_internal || Encoding.find("locale") end def assert_under_utf8 return false if ENV['LC_ALL'] == 'UTF-8' loc = caller_locations(1, 1)[0].base_label.to_s require_relative "../ruby/envutil" assert_separately([{"LC_ALL"=>"UTF-8"}, "-r", __FILE__], <