fix ya.make

1 files changed, 0 insertions, 939 deletions

diff --git a/contrib/python/prompt-toolkit/py3/tests/test_cli.py b/contrib/python/prompt-toolkit/py3/tests/test_cli.py
deleted file mode 100644
index 53d1e4f284..0000000000
--- a/contrib/python/prompt-toolkit/py3/tests/test_cli.py
+++ /dev/null
@@ -1,939 +0,0 @@
-"""
-These are almost end-to-end tests. They create a Prompt, feed it with some
-input and check the result.
-"""
-from functools import partial
-
-import pytest
-
-from prompt_toolkit.clipboard import ClipboardData, InMemoryClipboard
-from prompt_toolkit.enums import EditingMode
-from prompt_toolkit.filters import ViInsertMode
-from prompt_toolkit.history import InMemoryHistory
-from prompt_toolkit.input.defaults import create_pipe_input
-from prompt_toolkit.input.vt100_parser import ANSI_SEQUENCES
-from prompt_toolkit.key_binding.bindings.named_commands import prefix_meta
-from prompt_toolkit.key_binding.key_bindings import KeyBindings
-from prompt_toolkit.output import DummyOutput
-from prompt_toolkit.shortcuts import PromptSession
-
-
-def _history():
-    h = InMemoryHistory()
-    h.append_string("line1 first input")
-    h.append_string("line2 second input")
-    h.append_string("line3 third input")
-    return h
-
-
-def _feed_cli_with_input(
-    text,
-    editing_mode=EditingMode.EMACS,
-    clipboard=None,
-    history=None,
-    multiline=False,
-    check_line_ending=True,
-    key_bindings=None,
-):
-    """
-    Create a Prompt, feed it with the given user input and return the CLI
-    object.
-
-    This returns a (result, Application) tuple.
-    """
-    # If the given text doesn't end with a newline, the interface won't finish.
-    if check_line_ending:
-        assert text.endswith("\r")
-
-    with create_pipe_input() as inp:
-        inp.send_text(text)
-        session = PromptSession(
-            input=inp,
-            output=DummyOutput(),
-            editing_mode=editing_mode,
-            history=history,
-            multiline=multiline,
-            clipboard=clipboard,
-            key_bindings=key_bindings,
-        )
-
-        _ = session.prompt()
-        return session.default_buffer.document, session.app
-
-
-def test_simple_text_input():
-    # Simple text input, followed by enter.
-    result, cli = _feed_cli_with_input("hello\r")
-    assert result.text == "hello"
-    assert cli.current_buffer.text == "hello"
-
-
-def test_emacs_cursor_movements():
-    """
-    Test cursor movements with Emacs key bindings.
-    """
-    # ControlA (beginning-of-line)
-    result, cli = _feed_cli_with_input("hello\x01X\r")
-    assert result.text == "Xhello"
-
-    # ControlE (end-of-line)
-    result, cli = _feed_cli_with_input("hello\x01X\x05Y\r")
-    assert result.text == "XhelloY"
-
-    # ControlH or \b
-    result, cli = _feed_cli_with_input("hello\x08X\r")
-    assert result.text == "hellX"
-
-    # Delete.  (Left, left, delete)
-    result, cli = _feed_cli_with_input("hello\x1b[D\x1b[D\x1b[3~\r")
-    assert result.text == "helo"
-
-    # Left.
-    result, cli = _feed_cli_with_input("hello\x1b[DX\r")
-    assert result.text == "hellXo"
-
-    # ControlA, right
-    result, cli = _feed_cli_with_input("hello\x01\x1b[CX\r")
-    assert result.text == "hXello"
-
-    # ControlB (backward-char)
-    result, cli = _feed_cli_with_input("hello\x02X\r")
-    assert result.text == "hellXo"
-
-    # ControlF (forward-char)
-    result, cli = _feed_cli_with_input("hello\x01\x06X\r")
-    assert result.text == "hXello"
-
-    # ControlD: delete after cursor.
-    result, cli = _feed_cli_with_input("hello\x01\x04\r")
-    assert result.text == "ello"
-
-    # ControlD at the end of the input ssshould not do anything.
-    result, cli = _feed_cli_with_input("hello\x04\r")
-    assert result.text == "hello"
-
-    # Left, Left, ControlK  (kill-line)
-    result, cli = _feed_cli_with_input("hello\x1b[D\x1b[D\x0b\r")
-    assert result.text == "hel"
-
-    # Left, Left Esc- ControlK (kill-line, but negative)
-    result, cli = _feed_cli_with_input("hello\x1b[D\x1b[D\x1b-\x0b\r")
-    assert result.text == "lo"
-
-    # ControlL: should not influence the result.
-    result, cli = _feed_cli_with_input("hello\x0c\r")
-    assert result.text == "hello"
-
-    # ControlRight (forward-word)
-    result, cli = _feed_cli_with_input("hello world\x01X\x1b[1;5CY\r")
-    assert result.text == "XhelloY world"
-
-    # ContrlolLeft (backward-word)
-    result, cli = _feed_cli_with_input("hello world\x1b[1;5DY\r")
-    assert result.text == "hello Yworld"
-
-    # <esc>-f with argument. (forward-word)
-    result, cli = _feed_cli_with_input("hello world abc def\x01\x1b3\x1bfX\r")
-    assert result.text == "hello world abcX def"
-
-    # <esc>-f with negative argument. (forward-word)
-    result, cli = _feed_cli_with_input("hello world abc def\x1b-\x1b3\x1bfX\r")
-    assert result.text == "hello Xworld abc def"
-
-    # <esc>-b with argument. (backward-word)
-    result, cli = _feed_cli_with_input("hello world abc def\x1b3\x1bbX\r")
-    assert result.text == "hello Xworld abc def"
-
-    # <esc>-b with negative argument. (backward-word)
-    result, cli = _feed_cli_with_input("hello world abc def\x01\x1b-\x1b3\x1bbX\r")
-    assert result.text == "hello world abc Xdef"
-
-    # ControlW (kill-word / unix-word-rubout)
-    result, cli = _feed_cli_with_input("hello world\x17\r")
-    assert result.text == "hello "
-    assert cli.clipboard.get_data().text == "world"
-
-    result, cli = _feed_cli_with_input("test hello world\x1b2\x17\r")
-    assert result.text == "test "
-
-    # Escape Backspace (unix-word-rubout)
-    result, cli = _feed_cli_with_input("hello world\x1b\x7f\r")
-    assert result.text == "hello "
-    assert cli.clipboard.get_data().text == "world"
-
-    result, cli = _feed_cli_with_input("hello world\x1b\x08\r")
-    assert result.text == "hello "
-    assert cli.clipboard.get_data().text == "world"
-
-    # Backspace (backward-delete-char)
-    result, cli = _feed_cli_with_input("hello world\x7f\r")
-    assert result.text == "hello worl"
-    assert result.cursor_position == len("hello worl")
-
-    result, cli = _feed_cli_with_input("hello world\x08\r")
-    assert result.text == "hello worl"
-    assert result.cursor_position == len("hello worl")
-
-    # Delete (delete-char)
-    result, cli = _feed_cli_with_input("hello world\x01\x1b[3~\r")
-    assert result.text == "ello world"
-    assert result.cursor_position == 0
-
-    # Escape-\\ (delete-horizontal-space)
-    result, cli = _feed_cli_with_input("hello     world\x1b8\x02\x1b\\\r")
-    assert result.text == "helloworld"
-    assert result.cursor_position == len("hello")
-
-
-def test_emacs_kill_multiple_words_and_paste():
-    # Using control-w twice should place both words on the clipboard.
-    result, cli = _feed_cli_with_input(
-        "hello world test" "\x17\x17" "--\x19\x19\r"  # Twice c-w.  # Twice c-y.
-    )
-    assert result.text == "hello --world testworld test"
-    assert cli.clipboard.get_data().text == "world test"
-
-    # Using alt-d twice should place both words on the clipboard.
-    result, cli = _feed_cli_with_input(
-        "hello world test"
-        "\x1bb\x1bb"  # Twice left.
-        "\x1bd\x1bd"  # Twice kill-word.
-        "abc"
-        "\x19"  # Paste.
-        "\r"
-    )
-    assert result.text == "hello abcworld test"
-    assert cli.clipboard.get_data().text == "world test"
-
-
-def test_interrupts():
-    # ControlC: raise KeyboardInterrupt.
-    with pytest.raises(KeyboardInterrupt):
-        result, cli = _feed_cli_with_input("hello\x03\r")
-
-    with pytest.raises(KeyboardInterrupt):
-        result, cli = _feed_cli_with_input("hello\x03\r")
-
-    # ControlD without any input: raises EOFError.
-    with pytest.raises(EOFError):
-        result, cli = _feed_cli_with_input("\x04\r")
-
-
-def test_emacs_yank():
-    # ControlY (yank)
-    c = InMemoryClipboard(ClipboardData("XYZ"))
-    result, cli = _feed_cli_with_input("hello\x02\x19\r", clipboard=c)
-    assert result.text == "hellXYZo"
-    assert result.cursor_position == len("hellXYZ")
-
-
-def test_quoted_insert():
-    # ControlQ - ControlB (quoted-insert)
-    result, cli = _feed_cli_with_input("hello\x11\x02\r")
-    assert result.text == "hello\x02"
-
-
-def test_transformations():
-    # Meta-c (capitalize-word)
-    result, cli = _feed_cli_with_input("hello world\01\x1bc\r")
-    assert result.text == "Hello world"
-    assert result.cursor_position == len("Hello")
-
-    # Meta-u (uppercase-word)
-    result, cli = _feed_cli_with_input("hello world\01\x1bu\r")
-    assert result.text == "HELLO world"
-    assert result.cursor_position == len("Hello")
-
-    # Meta-u (downcase-word)
-    result, cli = _feed_cli_with_input("HELLO WORLD\01\x1bl\r")
-    assert result.text == "hello WORLD"
-    assert result.cursor_position == len("Hello")
-
-    # ControlT (transpose-chars)
-    result, cli = _feed_cli_with_input("hello\x14\r")
-    assert result.text == "helol"
-    assert result.cursor_position == len("hello")
-
-    # Left, Left, Control-T (transpose-chars)
-    result, cli = _feed_cli_with_input("abcde\x1b[D\x1b[D\x14\r")
-    assert result.text == "abdce"
-    assert result.cursor_position == len("abcd")
-
-
-def test_emacs_other_bindings():
-    # Transpose characters.
-    result, cli = _feed_cli_with_input("abcde\x14X\r")  # Ctrl-T
-    assert result.text == "abcedX"
-
-    # Left, Left, Transpose. (This is slightly different.)
-    result, cli = _feed_cli_with_input("abcde\x1b[D\x1b[D\x14X\r")
-    assert result.text == "abdcXe"
-
-    # Clear before cursor.
-    result, cli = _feed_cli_with_input("hello\x1b[D\x1b[D\x15X\r")
-    assert result.text == "Xlo"
-
-    # unix-word-rubout: delete word before the cursor.
-    # (ControlW).
-    result, cli = _feed_cli_with_input("hello world test\x17X\r")
-    assert result.text == "hello world X"
-
-    result, cli = _feed_cli_with_input("hello world /some/very/long/path\x17X\r")
-    assert result.text == "hello world X"
-
-    # (with argument.)
-    result, cli = _feed_cli_with_input("hello world test\x1b2\x17X\r")
-    assert result.text == "hello X"
-
-    result, cli = _feed_cli_with_input("hello world /some/very/long/path\x1b2\x17X\r")
-    assert result.text == "hello X"
-
-    # backward-kill-word: delete word before the cursor.
-    # (Esc-ControlH).
-    result, cli = _feed_cli_with_input("hello world /some/very/long/path\x1b\x08X\r")
-    assert result.text == "hello world /some/very/long/X"
-
-    # (with arguments.)
-    result, cli = _feed_cli_with_input(
-        "hello world /some/very/long/path\x1b3\x1b\x08X\r"
-    )
-    assert result.text == "hello world /some/very/X"
-
-
-def test_controlx_controlx():
-    # At the end: go to the start of the line.
-    result, cli = _feed_cli_with_input("hello world\x18\x18X\r")
-    assert result.text == "Xhello world"
-    assert result.cursor_position == 1
-
-    # At the start: go to the end of the line.
-    result, cli = _feed_cli_with_input("hello world\x01\x18\x18X\r")
-    assert result.text == "hello worldX"
-
-    # Left, Left Control-X Control-X: go to the end of the line.
-    result, cli = _feed_cli_with_input("hello world\x1b[D\x1b[D\x18\x18X\r")
-    assert result.text == "hello worldX"
-
-
-def test_emacs_history_bindings():
-    # Adding a new item to the history.
-    history = _history()
-    result, cli = _feed_cli_with_input("new input\r", history=history)
-    assert result.text == "new input"
-    history.get_strings()[-1] == "new input"
-
-    # Go up in history, and accept the last item.
-    result, cli = _feed_cli_with_input("hello\x1b[A\r", history=history)
-    assert result.text == "new input"
-
-    # Esc< (beginning-of-history)
-    result, cli = _feed_cli_with_input("hello\x1b<\r", history=history)
-    assert result.text == "line1 first input"
-
-    # Esc> (end-of-history)
-    result, cli = _feed_cli_with_input(
-        "another item\x1b[A\x1b[a\x1b>\r", history=history
-    )
-    assert result.text == "another item"
-
-    # ControlUp (previous-history)
-    result, cli = _feed_cli_with_input("\x1b[1;5A\r", history=history)
-    assert result.text == "another item"
-
-    # Esc< ControlDown (beginning-of-history, next-history)
-    result, cli = _feed_cli_with_input("\x1b<\x1b[1;5B\r", history=history)
-    assert result.text == "line2 second input"
-
-
-def test_emacs_reverse_search():
-    history = _history()
-
-    # ControlR  (reverse-search-history)
-    result, cli = _feed_cli_with_input("\x12input\r\r", history=history)
-    assert result.text == "line3 third input"
-
-    # Hitting ControlR twice.
-    result, cli = _feed_cli_with_input("\x12input\x12\r\r", history=history)
-    assert result.text == "line2 second input"
-
-
-def test_emacs_arguments():
-    """
-    Test various combinations of arguments in Emacs mode.
-    """
-    # esc 4
-    result, cli = _feed_cli_with_input("\x1b4x\r")
-    assert result.text == "xxxx"
-
-    # esc 4 4
-    result, cli = _feed_cli_with_input("\x1b44x\r")
-    assert result.text == "x" * 44
-
-    # esc 4 esc 4
-    result, cli = _feed_cli_with_input("\x1b4\x1b4x\r")
-    assert result.text == "x" * 44
-
-    # esc - right (-1 position to the right, equals 1 to the left.)
-    result, cli = _feed_cli_with_input("aaaa\x1b-\x1b[Cbbbb\r")
-    assert result.text == "aaabbbba"
-
-    # esc - 3 right
-    result, cli = _feed_cli_with_input("aaaa\x1b-3\x1b[Cbbbb\r")
-    assert result.text == "abbbbaaa"
-
-    # esc - - - 3 right
-    result, cli = _feed_cli_with_input("aaaa\x1b---3\x1b[Cbbbb\r")
-    assert result.text == "abbbbaaa"
-
-
-def test_emacs_arguments_for_all_commands():
-    """
-    Test all Emacs commands with Meta-[0-9] arguments (both positive and
-    negative). No one should crash.
-    """
-    for key in ANSI_SEQUENCES:
-        # Ignore BracketedPaste. This would hang forever, because it waits for
-        # the end sequence.
-        if key != "\x1b[200~":
-            try:
-                # Note: we add an 'X' after the key, because Ctrl-Q (quoted-insert)
-                # expects something to follow. We add an additional \r, because
-                # Ctrl-R and Ctrl-S (reverse-search) expect that.
-                result, cli = _feed_cli_with_input("hello\x1b4" + key + "X\r\r")
-
-                result, cli = _feed_cli_with_input("hello\x1b-" + key + "X\r\r")
-            except KeyboardInterrupt:
-                # This exception should only be raised for Ctrl-C
-                assert key == "\x03"
-
-
-def test_emacs_kill_ring():
-    operations = (
-        # abc ControlA ControlK
-        "abc\x01\x0b"
-        # def ControlA ControlK
-        "def\x01\x0b"
-        # ghi ControlA ControlK
-        "ghi\x01\x0b"
-        # ControlY (yank)
-        "\x19"
-    )
-
-    result, cli = _feed_cli_with_input(operations + "\r")
-    assert result.text == "ghi"
-
-    result, cli = _feed_cli_with_input(operations + "\x1by\r")
-    assert result.text == "def"
-
-    result, cli = _feed_cli_with_input(operations + "\x1by\x1by\r")
-    assert result.text == "abc"
-
-    result, cli = _feed_cli_with_input(operations + "\x1by\x1by\x1by\r")
-    assert result.text == "ghi"
-
-
-def test_emacs_selection():
-    # Copy/paste empty selection should not do anything.
-    operations = (
-        "hello"
-        # Twice left.
-        "\x1b[D\x1b[D"
-        # Control-Space
-        "\x00"
-        # ControlW (cut)
-        "\x17"
-        # ControlY twice. (paste twice)
-        "\x19\x19\r"
-    )
-
-    result, cli = _feed_cli_with_input(operations)
-    assert result.text == "hello"
-
-    # Copy/paste one character.
-    operations = (
-        "hello"
-        # Twice left.
-        "\x1b[D\x1b[D"
-        # Control-Space
-        "\x00"
-        # Right.
-        "\x1b[C"
-        # ControlW (cut)
-        "\x17"
-        # ControlA (Home).
-        "\x01"
-        # ControlY (paste)
-        "\x19\r"
-    )
-
-    result, cli = _feed_cli_with_input(operations)
-    assert result.text == "lhelo"
-
-
-def test_emacs_insert_comment():
-    # Test insert-comment (M-#) binding.
-    result, cli = _feed_cli_with_input("hello\x1b#", check_line_ending=False)
-    assert result.text == "#hello"
-
-    result, cli = _feed_cli_with_input(
-        "hello\rworld\x1b#", check_line_ending=False, multiline=True
-    )
-    assert result.text == "#hello\n#world"
-
-
-def test_emacs_record_macro():
-    operations = (
-        "  "
-        "\x18("  # Start recording macro. C-X(
-        "hello"
-        "\x18)"  # Stop recording macro.
-        "  "
-        "\x18e"  # Execute macro.
-        "\x18e"  # Execute macro.
-        "\r"
-    )
-
-    result, cli = _feed_cli_with_input(operations)
-    assert result.text == "  hello  hellohello"
-
-
-def test_emacs_nested_macro():
-    "Test calling the macro within a macro."
-    # Calling a macro within a macro should take the previous recording (if one
-    # exists), not the one that is in progress.
-    operations = (
-        "\x18("  # Start recording macro. C-X(
-        "hello"
-        "\x18e"  # Execute macro.
-        "\x18)"  # Stop recording macro.
-        "\x18e"  # Execute macro.
-        "\r"
-    )
-
-    result, cli = _feed_cli_with_input(operations)
-    assert result.text == "hellohello"
-
-    operations = (
-        "\x18("  # Start recording macro. C-X(
-        "hello"
-        "\x18)"  # Stop recording macro.
-        "\x18("  # Start recording macro. C-X(
-        "\x18e"  # Execute macro.
-        "world"
-        "\x18)"  # Stop recording macro.
-        "\x01\x0b"  # Delete all (c-a c-k).
-        "\x18e"  # Execute macro.
-        "\r"
-    )
-
-    result, cli = _feed_cli_with_input(operations)
-    assert result.text == "helloworld"
-
-
-def test_prefix_meta():
-    # Test the prefix-meta command.
-    b = KeyBindings()
-    b.add("j", "j", filter=ViInsertMode())(prefix_meta)
-
-    result, cli = _feed_cli_with_input(
-        "hellojjIX\r", key_bindings=b, editing_mode=EditingMode.VI
-    )
-    assert result.text == "Xhello"
-
-
-def test_bracketed_paste():
-    result, cli = _feed_cli_with_input("\x1b[200~hello world\x1b[201~\r")
-    assert result.text == "hello world"
-
-    result, cli = _feed_cli_with_input("\x1b[200~hello\rworld\x1b[201~\x1b\r")
-    assert result.text == "hello\nworld"
-
-    # With \r\n endings.
-    result, cli = _feed_cli_with_input("\x1b[200~hello\r\nworld\x1b[201~\x1b\r")
-    assert result.text == "hello\nworld"
-
-    # With \n endings.
-    result, cli = _feed_cli_with_input("\x1b[200~hello\nworld\x1b[201~\x1b\r")
-    assert result.text == "hello\nworld"
-
-
-def test_vi_cursor_movements():
-    """
-    Test cursor movements with Vi key bindings.
-    """
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI)
-
-    result, cli = feed("\x1b\r")
-    assert result.text == ""
-    assert cli.editing_mode == EditingMode.VI
-
-    # Esc h a X
-    result, cli = feed("hello\x1bhaX\r")
-    assert result.text == "hellXo"
-
-    # Esc I X
-    result, cli = feed("hello\x1bIX\r")
-    assert result.text == "Xhello"
-
-    # Esc I X
-    result, cli = feed("hello\x1bIX\r")
-    assert result.text == "Xhello"
-
-    # Esc 2hiX
-    result, cli = feed("hello\x1b2hiX\r")
-    assert result.text == "heXllo"
-
-    # Esc 2h2liX
-    result, cli = feed("hello\x1b2h2liX\r")
-    assert result.text == "hellXo"
-
-    # Esc \b\b
-    result, cli = feed("hello\b\b\r")
-    assert result.text == "hel"
-
-    # Esc \b\b
-    result, cli = feed("hello\b\b\r")
-    assert result.text == "hel"
-
-    # Esc 2h D
-    result, cli = feed("hello\x1b2hD\r")
-    assert result.text == "he"
-
-    # Esc 2h rX \r
-    result, cli = feed("hello\x1b2hrX\r")
-    assert result.text == "heXlo"
-
-
-def test_vi_operators():
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI)
-
-    # Esc g~0
-    result, cli = feed("hello\x1bg~0\r")
-    assert result.text == "HELLo"
-
-    # Esc gU0
-    result, cli = feed("hello\x1bgU0\r")
-    assert result.text == "HELLo"
-
-    # Esc d0
-    result, cli = feed("hello\x1bd0\r")
-    assert result.text == "o"
-
-
-def test_vi_text_objects():
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI)
-
-    # Esc gUgg
-    result, cli = feed("hello\x1bgUgg\r")
-    assert result.text == "HELLO"
-
-    # Esc gUU
-    result, cli = feed("hello\x1bgUU\r")
-    assert result.text == "HELLO"
-
-    # Esc di(
-    result, cli = feed("before(inside)after\x1b8hdi(\r")
-    assert result.text == "before()after"
-
-    # Esc di[
-    result, cli = feed("before[inside]after\x1b8hdi[\r")
-    assert result.text == "before[]after"
-
-    # Esc da(
-    result, cli = feed("before(inside)after\x1b8hda(\r")
-    assert result.text == "beforeafter"
-
-
-def test_vi_digraphs():
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI)
-
-    # C-K o/
-    result, cli = feed("hello\x0bo/\r")
-    assert result.text == "helloø"
-
-    # C-K /o  (reversed input.)
-    result, cli = feed("hello\x0b/o\r")
-    assert result.text == "helloø"
-
-    # C-K e:
-    result, cli = feed("hello\x0be:\r")
-    assert result.text == "helloë"
-
-    # C-K xxy (Unknown digraph.)
-    result, cli = feed("hello\x0bxxy\r")
-    assert result.text == "helloy"
-
-
-def test_vi_block_editing():
-    "Test Vi Control-V style block insertion."
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI, multiline=True)
-
-    operations = (
-        # Six lines of text.
-        "-line1\r-line2\r-line3\r-line4\r-line5\r-line6"
-        # Go to the second character of the second line.
-        "\x1bkkkkkkkj0l"
-        # Enter Visual block mode.
-        "\x16"
-        # Go down two more lines.
-        "jj"
-        # Go 3 characters to the right.
-        "lll"
-        # Go to insert mode.
-        "insert"  # (Will be replaced.)
-        # Insert stars.
-        "***"
-        # Escape again.
-        "\x1b\r"
-    )
-
-    # Control-I
-    result, cli = feed(operations.replace("insert", "I"))
-
-    assert result.text == "-line1\n-***line2\n-***line3\n-***line4\n-line5\n-line6"
-
-    # Control-A
-    result, cli = feed(operations.replace("insert", "A"))
-
-    assert result.text == "-line1\n-line***2\n-line***3\n-line***4\n-line5\n-line6"
-
-
-def test_vi_block_editing_empty_lines():
-    "Test block editing on empty lines."
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI, multiline=True)
-
-    operations = (
-        # Six empty lines.
-        "\r\r\r\r\r"
-        # Go to beginning of the document.
-        "\x1bgg"
-        # Enter Visual block mode.
-        "\x16"
-        # Go down two more lines.
-        "jj"
-        # Go 3 characters to the right.
-        "lll"
-        # Go to insert mode.
-        "insert"  # (Will be replaced.)
-        # Insert stars.
-        "***"
-        # Escape again.
-        "\x1b\r"
-    )
-
-    # Control-I
-    result, cli = feed(operations.replace("insert", "I"))
-
-    assert result.text == "***\n***\n***\n\n\n"
-
-    # Control-A
-    result, cli = feed(operations.replace("insert", "A"))
-
-    assert result.text == "***\n***\n***\n\n\n"
-
-
-def test_vi_visual_line_copy():
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI, multiline=True)
-
-    operations = (
-        # Three lines of text.
-        "-line1\r-line2\r-line3\r-line4\r-line5\r-line6"
-        # Go to the second character of the second line.
-        "\x1bkkkkkkkj0l"
-        # Enter Visual linemode.
-        "V"
-        # Go down one line.
-        "j"
-        # Go 3 characters to the right (should not do much).
-        "lll"
-        # Copy this block.
-        "y"
-        # Go down one line.
-        "j"
-        # Insert block twice.
-        "2p"
-        # Escape again.
-        "\x1b\r"
-    )
-
-    result, cli = feed(operations)
-
-    assert (
-        result.text
-        == "-line1\n-line2\n-line3\n-line4\n-line2\n-line3\n-line2\n-line3\n-line5\n-line6"
-    )
-
-
-def test_vi_visual_empty_line():
-    """
-    Test edge case with an empty line in Visual-line mode.
-    """
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI, multiline=True)
-
-    # 1. Delete first two lines.
-    operations = (
-        # Three lines of text. The middle one is empty.
-        "hello\r\rworld"
-        # Go to the start.
-        "\x1bgg"
-        # Visual line and move down.
-        "Vj"
-        # Delete.
-        "d\r"
-    )
-    result, cli = feed(operations)
-    assert result.text == "world"
-
-    # 1. Delete middle line.
-    operations = (
-        # Three lines of text. The middle one is empty.
-        "hello\r\rworld"
-        # Go to middle line.
-        "\x1bggj"
-        # Delete line
-        "Vd\r"
-    )
-
-    result, cli = feed(operations)
-    assert result.text == "hello\nworld"
-
-
-def test_vi_character_delete_after_cursor():
-    "Test 'x' keypress."
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI, multiline=True)
-
-    # Delete one character.
-    result, cli = feed("abcd\x1bHx\r")
-    assert result.text == "bcd"
-
-    # Delete multiple character.s
-    result, cli = feed("abcd\x1bH3x\r")
-    assert result.text == "d"
-
-    # Delete on empty line.
-    result, cli = feed("\x1bo\x1bo\x1bggx\r")
-    assert result.text == "\n\n"
-
-    # Delete multiple on empty line.
-    result, cli = feed("\x1bo\x1bo\x1bgg10x\r")
-    assert result.text == "\n\n"
-
-    # Delete multiple on empty line.
-    result, cli = feed("hello\x1bo\x1bo\x1bgg3x\r")
-    assert result.text == "lo\n\n"
-
-
-def test_vi_character_delete_before_cursor():
-    "Test 'X' keypress."
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI, multiline=True)
-
-    # Delete one character.
-    result, cli = feed("abcd\x1bX\r")
-    assert result.text == "abd"
-
-    # Delete multiple character.
-    result, cli = feed("hello world\x1b3X\r")
-    assert result.text == "hello wd"
-
-    # Delete multiple character on multiple lines.
-    result, cli = feed("hello\x1boworld\x1bgg$3X\r")
-    assert result.text == "ho\nworld"
-
-    result, cli = feed("hello\x1boworld\x1b100X\r")
-    assert result.text == "hello\nd"
-
-    # Delete on empty line.
-    result, cli = feed("\x1bo\x1bo\x1b10X\r")
-    assert result.text == "\n\n"
-
-
-def test_vi_character_paste():
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI)
-
-    # Test 'p' character paste.
-    result, cli = feed("abcde\x1bhhxp\r")
-    assert result.text == "abdce"
-    assert result.cursor_position == 3
-
-    # Test 'P' character paste.
-    result, cli = feed("abcde\x1bhhxP\r")
-    assert result.text == "abcde"
-    assert result.cursor_position == 2
-
-
-def test_vi_temp_navigation_mode():
-    """
-    Test c-o binding: go for one action into navigation mode.
-    """
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI)
-
-    result, cli = feed("abcde" "\x0f" "3h" "x\r")  # c-o  # 3 times to the left.
-    assert result.text == "axbcde"
-    assert result.cursor_position == 2
-
-    result, cli = feed("abcde" "\x0f" "b" "x\r")  # c-o  # One word backwards.
-    assert result.text == "xabcde"
-    assert result.cursor_position == 1
-
-    # In replace mode
-    result, cli = feed(
-        "abcdef"
-        "\x1b"  # Navigation mode.
-        "0l"  # Start of line, one character to the right.
-        "R"  # Replace mode
-        "78"
-        "\x0f"  # c-o
-        "l"  # One character forwards.
-        "9\r"
-    )
-    assert result.text == "a78d9f"
-    assert result.cursor_position == 5
-
-
-def test_vi_macros():
-    feed = partial(_feed_cli_with_input, editing_mode=EditingMode.VI)
-
-    # Record and execute macro.
-    result, cli = feed("\x1bqcahello\x1bq@c\r")
-    assert result.text == "hellohello"
-    assert result.cursor_position == 9
-
-    # Running unknown macro.
-    result, cli = feed("\x1b@d\r")
-    assert result.text == ""
-    assert result.cursor_position == 0
-
-    # When a macro is called within a macro.
-    # It shouldn't result in eternal recursion.
-    result, cli = feed("\x1bqxahello\x1b@xq@x\r")
-    assert result.text == "hellohello"
-    assert result.cursor_position == 9
-
-    # Nested macros.
-    result, cli = feed(
-        # Define macro 'x'.
-        "\x1bqxahello\x1bq"
-        # Define macro 'y' which calls 'x'.
-        "qya\x1b@xaworld\x1bq"
-        # Delete line.
-        "2dd"
-        # Execute 'y'
-        "@y\r"
-    )
-
-    assert result.text == "helloworld"
-
-
-def test_accept_default():
-    """
-    Test `prompt(accept_default=True)`.
-    """
-    with create_pipe_input() as inp:
-        session = PromptSession(input=inp, output=DummyOutput())
-        result = session.prompt(default="hello", accept_default=True)
-        assert result == "hello"
-
-        # Test calling prompt() for a second time. (We had an issue where the
-        # prompt reset between calls happened at the wrong time, breaking this.)
-        result = session.prompt(default="world", accept_default=True)
-        assert result == "world"