require_relative 'helper' require 'reline' require 'stringio' class Reline::Test < Reline::TestCase class DummyCallbackObject def call; end end def setup Reline.output_modifier_proc = nil Reline.completion_proc = nil Reline.prompt_proc = nil Reline.auto_indent_proc = nil Reline.pre_input_hook = nil Reline.dig_perfect_match_proc = nil end def teardown Reline.test_reset end def test_completion_append_character completion_append_character = Reline.completion_append_character assert_equal(nil, Reline.completion_append_character) Reline.completion_append_character = "" assert_equal(nil, Reline.completion_append_character) Reline.completion_append_character = "a".encode(Encoding::ASCII) assert_equal("a", Reline.completion_append_character) assert_equal(get_reline_encoding, Reline.completion_append_character.encoding) Reline.completion_append_character = "ba".encode(Encoding::ASCII) assert_equal("b", Reline.completion_append_character) assert_equal(get_reline_encoding, Reline.completion_append_character.encoding) Reline.completion_append_character = "cba".encode(Encoding::ASCII) assert_equal("c", Reline.completion_append_character) assert_equal(get_reline_encoding, Reline.completion_append_character.encoding) Reline.completion_append_character = nil assert_equal(nil, Reline.completion_append_character) ensure Reline.completion_append_character = completion_append_character end def test_dialog_color_configuration # defaults assert_equal(:cyan, Reline.dialog_default_bg_color) assert_equal(:white, Reline.dialog_default_fg_color) assert_equal(:magenta, Reline.dialog_highlight_bg_color) assert_equal(:white, Reline.dialog_highlight_fg_color) Reline.dialog_default_bg_color = :black assert_equal(:black, Reline.dialog_default_bg_color) assert_equal(40, Reline.dialog_default_bg_color_sequence) Reline.dialog_default_fg_color = :white assert_equal(:white, Reline.dialog_default_fg_color) assert_equal(37, Reline.dialog_default_fg_color_sequence) Reline.dialog_highlight_bg_color = :white assert_equal(:white, Reline.dialog_highlight_bg_color) assert_equal(47, Reline.dialog_highlight_bg_color_sequence) Reline.dialog_highlight_fg_color = :black assert_equal(:black, Reline.dialog_highlight_fg_color) assert_equal(30, Reline.dialog_highlight_fg_color_sequence) # test value validation assert_raise(ArgumentError) do Reline.dialog_highlight_fg_color = :foo end end def test_basic_word_break_characters basic_word_break_characters = Reline.basic_word_break_characters assert_equal(" \t\n`><=;|&{(", Reline.basic_word_break_characters) Reline.basic_word_break_characters = "[".encode(Encoding::ASCII) assert_equal("[", Reline.basic_word_break_characters) assert_equal(get_reline_encoding, Reline.basic_word_break_characters.encoding) ensure Reline.basic_word_break_characters = basic_word_break_characters end def test_completer_word_break_characters completer_word_break_characters = Reline.completer_word_break_characters assert_equal(" \t\n`><=;|&{(", Reline.completer_word_break_characters) Reline.completer_word_break_characters = "[".encode(Encoding::ASCII) assert_equal("[", Reline.completer_word_break_characters) assert_equal(get_reline_encoding, Reline.completer_word_break_characters.encoding) assert_nothing_raised { Reline.completer_word_break_characters = '' } ensure Reline.completer_word_break_characters = completer_word_break_characters end def test_basic_quote_characters basic_quote_characters = Reline.basic_quote_characters assert_equal('"\'', Reline.basic_quote_characters) Reline.basic_quote_characters = "`".encode(Encoding::ASCII) assert_equal("`", Reline.basic_quote_characters) assert_equal(get_reline_encoding, Reline.basic_quote_characters.encoding) ensure Reline.basic_quote_characters = basic_quote_characters end def test_completer_quote_characters completer_quote_characters = Reline.completer_quote_characters assert_equal('"\'', Reline.completer_quote_characters) Reline.completer_quote_characters = "`".encode(Encoding::ASCII) assert_equal("`", Reline.completer_quote_characters) assert_equal(get_reline_encoding, Reline.completer_quote_characters.encoding) assert_nothing_raised { Reline.completer_quote_characters = '' } ensure Reline.completer_quote_characters = completer_quote_characters end def test_filename_quote_characters filename_quote_characters = Reline.filename_quote_characters assert_equal('', Reline.filename_quote_characters) Reline.filename_quote_characters = "\'".encode(Encoding::ASCII) assert_equal("\'", Reline.filename_quote_characters) assert_equal(get_reline_encoding, Reline.filename_quote_characters.encoding) ensure Reline.filename_quote_characters = filename_quote_characters end def test_special_prefixes special_prefixes = Reline.special_prefixes assert_equal('', Reline.special_prefixes) Reline.special_prefixes = "\'".encode(Encoding::ASCII) assert_equal("\'", Reline.special_prefixes) assert_equal(get_reline_encoding, Reline.special_prefixes.encoding) ensure Reline.special_prefixes = special_prefixes end def test_completion_case_fold completion_case_fold = Reline.completion_case_fold assert_equal(nil, Reline.completion_case_fold) Reline.completion_case_fold = true assert_equal(true, Reline.completion_case_fold) Reline.completion_case_fold = "hoge".encode(Encoding::ASCII) assert_equal("hoge", Reline.completion_case_fold) ensure Reline.completion_case_fold = completion_case_fold end def test_completion_proc omit unless Reline.completion_proc == nil # Another test can set Reline.completion_proc # assert_equal(nil, Reline.completion_proc) dummy_proc = proc {} Reline.completion_proc = dummy_proc assert_equal(dummy_proc, Reline.completion_proc) l = lambda {} Reline.completion_proc = l assert_equal(l, Reline.completion_proc) assert_raise(ArgumentError) { Reline.completion_proc = 42 } assert_raise(ArgumentError) { Reline.completion_proc = "hoge" } dummy = DummyCallbackObject.new Reline.completion_proc = dummy assert_equal(dummy, Reline.completion_proc) end def test_output_modifier_proc assert_equal(nil, Reline.output_modifier_proc) dummy_proc = proc {} Reline.output_modifier_proc = dummy_proc assert_equal(dummy_proc, Reline.output_modifier_proc) l = lambda {} Reline.output_modifier_proc = l assert_equal(l, Reline.output_modifier_proc) assert_raise(ArgumentError) { Reline.output_modifier_proc = 42 } assert_raise(ArgumentError) { Reline.output_modifier_proc = "hoge" } dummy = DummyCallbackObject.new Reline.output_modifier_proc = dummy assert_equal(dummy, Reline.output_modifier_proc) end def test_prompt_proc assert_equal(nil, Reline.prompt_proc) dummy_proc = proc {} Reline.prompt_proc = dummy_proc assert_equal(dummy_proc, Reline.prompt_proc) l = lambda {} Reline.prompt_proc = l assert_equal(l, Reline.prompt_proc) assert_raise(ArgumentError) { Reline.prompt_proc = 42 } assert_raise(ArgumentError) { Reline.prompt_proc = "hoge" } dummy = DummyCallbackObject.new Reline.prompt_proc = dummy assert_equal(dummy, Reline.prompt_proc) end def test_auto_indent_proc assert_equal(nil, Reline.auto_indent_proc) dummy_proc = proc {} Reline.auto_indent_proc = dummy_proc assert_equal(dummy_proc, Reline.auto_indent_proc) l = lambda {} Reline.auto_indent_proc = l assert_equal(l, Reline.auto_indent_proc) assert_raise(ArgumentError) { Reline.auto_indent_proc = 42 } assert_raise(ArgumentError) { Reline.auto_indent_proc = "hoge" } dummy = DummyCallbackObject.new Reline.auto_indent_proc = dummy assert_equal(dummy, Reline.auto_indent_proc) end def test_pre_input_hook assert_equal(nil, Reline.pre_input_hook) dummy_proc = proc {} Reline.pre_input_hook = dummy_proc assert_equal(dummy_proc, Reline.pre_input_hook) l = lambda {} Reline.pre_input_hook = l assert_equal(l, Reline.pre_input_hook) end def test_dig_perfect_match_proc assert_equal(nil, Reline.dig_perfect_match_proc) dummy_proc = proc {} Reline.dig_perfect_match_proc = dummy_proc assert_equal(dummy_proc, Reline.dig_perfect_match_proc) l = lambda {} Reline.dig_perfect_match_proc = l assert_equal(l, Reline.dig_perfect_match_proc) assert_raise(ArgumentError) { Reline.dig_perfect_match_proc = 42 } assert_raise(ArgumentError) { Reline.dig_perfect_match_proc = "hoge" } dummy = DummyCallbackObject.new Reline.dig_perfect_match_proc = dummy assert_equal(dummy, Reline.dig_perfect_match_proc) end def test_insert_text assert_equal('', Reline.line_buffer) assert_equal(0, Reline.point) Reline.insert_text('abc') assert_equal('abc', Reline.line_buffer) assert_equal(3, Reline.point) end def test_delete_text assert_equal('', Reline.line_buffer) assert_equal(0, Reline.point) Reline.insert_text('abc') assert_equal('abc', Reline.line_buffer) assert_equal(3, Reline.point) Reline.delete_text() assert_equal('', Reline.line_buffer) assert_equal(0, Reline.point) Reline.insert_text('abc') Reline.delete_text(1) assert_equal('a', Reline.line_buffer) assert_equal(1, Reline.point) Reline.insert_text('defghi') Reline.delete_text(2, 2) assert_equal('adghi', Reline.line_buffer) assert_equal(5, Reline.point) end def test_set_input_and_output assert_raise(TypeError) do Reline.input = "This is not a file." end assert_raise(TypeError) do Reline.output = "This is not a file." end input, to_write = IO.pipe to_read, output = IO.pipe unless Reline.__send__(:input=, input) omit "Setting to input is not effective on #{Reline::IOGate}" end Reline.output = output to_write.write "a\n" result = Reline.readline to_write.close read_text = to_read.read_nonblock(100) assert_equal('a', result) refute(read_text.empty?) ensure input&.close output&.close to_read&.close end def test_vi_editing_mode Reline.vi_editing_mode assert_equal(Reline::KeyActor::ViInsert, Reline.send(:core).config.editing_mode.class) end def test_emacs_editing_mode Reline.emacs_editing_mode assert_equal(Reline::KeyActor::Emacs, Reline.send(:core).config.editing_mode.class) end def test_add_dialog_proc dummy_proc = proc {} Reline.add_dialog_proc(:test_proc, dummy_proc) d = Reline.dialog_proc(:test_proc) assert_equal(dummy_proc, d.dialog_proc) dummy_proc_2 = proc {} Reline.add_dialog_proc(:test_proc, dummy_proc_2) d = Reline.dialog_proc(:test_proc) assert_equal(dummy_proc_2, d.dialog_proc) l = lambda {} Reline.add_dialog_proc(:test_lambda, l) d = Reline.dialog_proc(:test_lambda) assert_equal(l, d.dialog_proc) assert_equal(nil, Reline.dialog_proc(:test_nothing)) assert_raise(ArgumentError) { Reline.add_dialog_proc(:error, 42) } assert_raise(ArgumentError) { Reline.add_dialog_proc(:error, 'hoge') } assert_raise(ArgumentError) { Reline.add_dialog_proc('error', proc {} ) } dummy = DummyCallbackObject.new Reline.add_dialog_proc(:dummy, dummy) d = Reline.dialog_proc(:dummy) assert_equal(dummy, d.dialog_proc) end def test_add_dialog_proc_with_context dummy_proc = proc {} array = Array.new Reline.add_dialog_proc(:test_proc, dummy_proc, array) d = Reline.dialog_proc(:test_proc) assert_equal(dummy_proc, d.dialog_proc) assert_equal(array, d.context) Reline.add_dialog_proc(:test_proc, dummy_proc, nil) d = Reline.dialog_proc(:test_proc) assert_equal(dummy_proc, d.dialog_proc) assert_equal(nil, d.context) end def test_readmultiline # readmultiline is module function assert_include(Reline.methods, :readmultiline) assert_include(Reline.private_instance_methods, :readmultiline) end def test_readline # readline is module function assert_include(Reline.methods, :readline) assert_include(Reline.private_instance_methods, :readline) end def test_read_io # TODO in Reline::Core end def get_reline_encoding if encoding = Reline::IOGate.encoding encoding elsif RUBY_PLATFORM =~ /mswin|mingw/ Encoding::UTF_8 else Encoding::default_external end end end