ORPA-pyOpenRPA/Resources/WPy64-3720/python-3.7.2.amd64/Lib/site-packages/pywinauto/keyboard.py

# -*- coding: utf-8 -*-
# GUI Application automation and testing library
# Copyright (C) 2006-2018 Mark Mc Mahon and Contributors
# https://github.com/pywinauto/pywinauto/graphs/contributors
# http://pywinauto.readthedocs.io/en/latest/credits.html
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions are met:
#
# * Redistributions of source code must retain the above copyright notice, this
#   list of conditions and the following disclaimer.
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# * Redistributions in binary form must reproduce the above copyright notice,
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# * Neither the name of pywinauto nor the names of its
#   contributors may be used to endorse or promote products derived from
#   this software without specific prior written permission.
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"""Keyboard input emulation module

Automate typing keys or individual key actions (viz. press and hold, release) to
an active window by calling ``send_keys`` method.

You can use any Unicode characters (on Windows) and some special keys listed
below. The module is also available on Linux.

**Available key codes:** ::

    {SCROLLLOCK}, {VK_SPACE}, {VK_LSHIFT}, {VK_PAUSE}, {VK_MODECHANGE},
    {BACK}, {VK_HOME}, {F23}, {F22}, {F21}, {F20}, {VK_HANGEUL}, {VK_KANJI},
    {VK_RIGHT}, {BS}, {HOME}, {VK_F4}, {VK_ACCEPT}, {VK_F18}, {VK_SNAPSHOT},
    {VK_PA1}, {VK_NONAME}, {VK_LCONTROL}, {ZOOM}, {VK_ATTN}, {VK_F10}, {VK_F22},
    {VK_F23}, {VK_F20}, {VK_F21}, {VK_SCROLL}, {TAB}, {VK_F11}, {VK_END},
    {LEFT}, {VK_UP}, {NUMLOCK}, {VK_APPS}, {PGUP}, {VK_F8}, {VK_CONTROL},
    {VK_LEFT}, {PRTSC}, {VK_NUMPAD4}, {CAPSLOCK}, {VK_CONVERT}, {VK_PROCESSKEY},
    {ENTER}, {VK_SEPARATOR}, {VK_RWIN}, {VK_LMENU}, {VK_NEXT}, {F1}, {F2},
    {F3}, {F4}, {F5}, {F6}, {F7}, {F8}, {F9}, {VK_ADD}, {VK_RCONTROL},
    {VK_RETURN}, {BREAK}, {VK_NUMPAD9}, {VK_NUMPAD8}, {RWIN}, {VK_KANA},
    {PGDN}, {VK_NUMPAD3}, {DEL}, {VK_NUMPAD1}, {VK_NUMPAD0}, {VK_NUMPAD7},
    {VK_NUMPAD6}, {VK_NUMPAD5}, {DELETE}, {VK_PRIOR}, {VK_SUBTRACT}, {HELP},
    {VK_PRINT}, {VK_BACK}, {CAP}, {VK_RBUTTON}, {VK_RSHIFT}, {VK_LWIN}, {DOWN},
    {VK_HELP}, {VK_NONCONVERT}, {BACKSPACE}, {VK_SELECT}, {VK_TAB}, {VK_HANJA},
    {VK_NUMPAD2}, {INSERT}, {VK_F9}, {VK_DECIMAL}, {VK_FINAL}, {VK_EXSEL},
    {RMENU}, {VK_F3}, {VK_F2}, {VK_F1}, {VK_F7}, {VK_F6}, {VK_F5}, {VK_CRSEL},
    {VK_SHIFT}, {VK_EREOF}, {VK_CANCEL}, {VK_DELETE}, {VK_HANGUL}, {VK_MBUTTON},
    {VK_NUMLOCK}, {VK_CLEAR}, {END}, {VK_MENU}, {SPACE}, {BKSP}, {VK_INSERT},
    {F18}, {F19}, {ESC}, {VK_MULTIPLY}, {F12}, {F13}, {F10}, {F11}, {F16},
    {F17}, {F14}, {F15}, {F24}, {RIGHT}, {VK_F24}, {VK_CAPITAL}, {VK_LBUTTON},
    {VK_OEM_CLEAR}, {VK_ESCAPE}, {UP}, {VK_DIVIDE}, {INS}, {VK_JUNJA},
    {VK_F19}, {VK_EXECUTE}, {VK_PLAY}, {VK_RMENU}, {VK_F13}, {VK_F12}, {LWIN},
    {VK_DOWN}, {VK_F17}, {VK_F16}, {VK_F15}, {VK_F14}

    ~ is a shorter alias for {ENTER}

**Modifiers:**

- ``'+': {VK_SHIFT}``
- ``'^': {VK_CONTROL}``
- ``'%': {VK_MENU}`` a.k.a. Alt key

Example how to use modifiers: ::

    send_keys('^a^c') # select all (Ctrl+A) and copy to clipboard (Ctrl+C)
    send_keys('+{INS}') # insert from clipboard (Shift+Ins)
    send_keys('%{F4}') # close an active window with Alt+F4

Repetition count can be specified for special keys. ``{ENTER 2}`` says to
press Enter twice.

Example which shows how to press and hold or release a key on the keyboard: ::

    send_keys("{VK_SHIFT down}"
              "pywinauto"
              "{VK_SHIFT up}") # to type PYWINAUTO

    send_keys("{h down}"
              "{e down}"
              "{h up}"
              "{e up}"
              "llo") # to type hello

Use curly brackers to escape modifiers and type reserved symbols as single keys: ::

    send_keys('{^}a{^}c{%}') # type string "^a^c%" (Ctrl will not be pressed)
    send_keys('{{}ENTER{}}') # type string "{ENTER}" without pressing Enter key

For Windows only, pywinauto defaults to sending a virtual key packet
(VK_PACKET) for textual input.  For applications that do not handle VK_PACKET
appropriately, the ``vk_packet`` option may be set to ``False``.  In this case
pywinauto will attempt to send the virtual key code of the requested key.  This
option only affects the behavior of keys matching [-=[]\;',./a-zA-Z0-9 ].  Note
that upper and lower case are included for a-z.  Both reference the same
virtual key for convenience.

"""
from __future__ import unicode_literals

import sys
import string

from . import deprecated

if sys.platform != 'win32':
    from .linux.keyboard import KeySequenceError, KeyAction, PauseAction
    from .linux.keyboard import handle_code, parse_keys, send_keys
else:
    import time
    import ctypes
    import win32api
    import six

    from . import win32structures
    from . import win32functions

    __all__ = ['KeySequenceError', 'send_keys']

    # pylint: disable-msg=R0903

    DEBUG = 0

    INPUT_KEYBOARD = 1
    KEYEVENTF_EXTENDEDKEY = 1
    KEYEVENTF_KEYUP = 2
    KEYEVENTF_UNICODE = 4
    KEYEVENTF_SCANCODE = 8
    VK_SHIFT = 16
    VK_CONTROL = 17
    VK_MENU = 18

    # 'codes' recognized as {CODE( repeat)?}
    CODES = {
        'BACK': 8,
        'BACKSPACE': 8,
        'BKSP': 8,
        'BREAK': 3,
        'BS': 8,
        'CAP': 20,
        'CAPSLOCK': 20,
        'DEL': 46,
        'DELETE': 46,
        'DOWN': 40,
        'END': 35,
        'ENTER': 13,
        'ESC': 27,
        'F1': 112,
        'F2': 113,
        'F3': 114,
        'F4': 115,
        'F5': 116,
        'F6': 117,
        'F7': 118,
        'F8': 119,
        'F9': 120,
        'F10': 121,
        'F11': 122,
        'F12': 123,
        'F13': 124,
        'F14': 125,
        'F15': 126,
        'F16': 127,
        'F17': 128,
        'F18': 129,
        'F19': 130,
        'F20': 131,
        'F21': 132,
        'F22': 133,
        'F23': 134,
        'F24': 135,
        'HELP': 47,
        'HOME': 36,
        'INS': 45,
        'INSERT': 45,
        'LEFT': 37,
        'LWIN': 91,
        'NUMLOCK': 144,
        'PGDN': 34,
        'PGUP': 33,
        'PRTSC': 44,
        'RIGHT': 39,
        'RMENU': 165,
        'RWIN': 92,
        'SCROLLLOCK': 145,
        'SPACE': 32,
        'TAB': 9,
        'UP': 38,

        'VK_ACCEPT': 30,
        'VK_ADD': 107,
        'VK_APPS': 93,
        'VK_ATTN': 246,
        'VK_BACK': 8,
        'VK_CANCEL': 3,
        'VK_CAPITAL': 20,
        'VK_CLEAR': 12,
        'VK_CONTROL': 17,
        'VK_CONVERT': 28,
        'VK_CRSEL': 247,
        'VK_DECIMAL': 110,
        'VK_DELETE': 46,
        'VK_DIVIDE': 111,
        'VK_DOWN': 40,
        'VK_END': 35,
        'VK_EREOF': 249,
        'VK_ESCAPE': 27,
        'VK_EXECUTE': 43,
        'VK_EXSEL': 248,
        'VK_F1': 112,
        'VK_F2': 113,
        'VK_F3': 114,
        'VK_F4': 115,
        'VK_F5': 116,
        'VK_F6': 117,
        'VK_F7': 118,
        'VK_F8': 119,
        'VK_F9': 120,
        'VK_F10': 121,
        'VK_F11': 122,
        'VK_F12': 123,
        'VK_F13': 124,
        'VK_F14': 125,
        'VK_F15': 126,
        'VK_F16': 127,
        'VK_F17': 128,
        'VK_F18': 129,
        'VK_F19': 130,
        'VK_F20': 131,
        'VK_F21': 132,
        'VK_F22': 133,
        'VK_F23': 134,
        'VK_F24': 135,
        'VK_FINAL': 24,
        'VK_HANGEUL': 21,
        'VK_HANGUL': 21,
        'VK_HANJA': 25,
        'VK_HELP': 47,
        'VK_HOME': 36,
        'VK_INSERT': 45,
        'VK_JUNJA': 23,
        'VK_KANA': 21,
        'VK_KANJI': 25,
        'VK_LBUTTON': 1,
        'VK_LCONTROL': 162,
        'VK_LEFT': 37,
        'VK_LMENU': 164,
        'VK_LSHIFT': 160,
        'VK_LWIN': 91,
        'VK_MBUTTON': 4,
        'VK_MENU': 18,
        'VK_MODECHANGE': 31,
        'VK_MULTIPLY': 106,
        'VK_NEXT': 34,
        'VK_NONAME': 252,
        'VK_NONCONVERT': 29,
        'VK_NUMLOCK': 144,
        'VK_NUMPAD0': 96,
        'VK_NUMPAD1': 97,
        'VK_NUMPAD2': 98,
        'VK_NUMPAD3': 99,
        'VK_NUMPAD4': 100,
        'VK_NUMPAD5': 101,
        'VK_NUMPAD6': 102,
        'VK_NUMPAD7': 103,
        'VK_NUMPAD8': 104,
        'VK_NUMPAD9': 105,
        'VK_OEM_CLEAR': 254,
        'VK_PA1': 253,
        'VK_PAUSE': 19,
        'VK_PLAY': 250,
        'VK_PRINT': 42,
        'VK_PRIOR': 33,
        'VK_PROCESSKEY': 229,
        'VK_RBUTTON': 2,
        'VK_RCONTROL': 163,
        'VK_RETURN': 13,
        'VK_RIGHT': 39,
        'VK_RMENU': 165,
        'VK_RSHIFT': 161,
        'VK_RWIN': 92,
        'VK_SCROLL': 145,
        'VK_SELECT': 41,
        'VK_SEPARATOR': 108,
        'VK_SHIFT': 16,
        'VK_SNAPSHOT': 44,
        'VK_SPACE': 32,
        'VK_SUBTRACT': 109,
        'VK_TAB': 9,
        'VK_UP': 38,
        'ZOOM': 251,
    }
    # reverse the CODES dict to make it easy to look up a particular code name
    CODE_NAMES = dict((entry[1], entry[0]) for entry in CODES.items())

    # modifier keys
    MODIFIERS = {
        '+': VK_SHIFT,
        '^': VK_CONTROL,
        '%': VK_MENU,
    }

    # Virtual keys that map to an ASCII character
    # See https://docs.microsoft.com/en-us/windows/win32/inputdev/virtual-key-codes
    ascii_vk = {
        ' ': 0x20,
        '=': 0xbb,
        ',': 0xbc,
        '-': 0xbd,
        '.': 0xbe,
        # According to the above reference, the following characters vary per region.
        # This mapping applies to US keyboards
        ';': 0xba,
        '/': 0xbf,
        '`': 0xc0,
        '[': 0xdb,
        '\\': 0xdc,
        ']': 0xdd,
        '\'': 0xde,
    }
    # [0-9A-Z] map exactly to their ASCII counterparts
    ascii_vk.update(dict((c, ord(c)) for c in string.ascii_uppercase + string.digits))
    # map [a-z] to their uppercase ASCII counterparts
    ascii_vk.update(dict((c, ord(c.upper())) for c in string.ascii_lowercase))


    class KeySequenceError(Exception):

        """Exception raised when a key sequence string has a syntax error"""

        def __str__(self):
            return ' '.join(self.args)


    class KeyAction(object):

        """Class that represents a single keyboard action

        It represents either a PAUSE action (not really keyboard) or a keyboard
        action (press or release or both) of a particular key.
        """

        def __init__(self, key, down=True, up=True):
            self.key = key
            if isinstance(self.key, six.string_types):
                self.key = six.text_type(key)
            self.down = down
            self.up = up

        def _get_key_info(self):
            """Return virtual_key, scan_code, and flags for the action

            This is one of the methods that will be overridden by sub classes.
            """
            return 0, ord(self.key), KEYEVENTF_UNICODE

        def get_key_info(self):
            """Return virtual_key, scan_code, and flags for the action

            This is one of the methods that will be overridden by sub classes.
            """
            return self._get_key_info()

        def GetInput(self):
            """Build the INPUT structure for the action"""
            actions = 1
            # if both up and down
            if self.up and self.down:
                actions = 2

            inputs = (win32structures.INPUT * actions)()

            vk, scan, flags = self._get_key_info()

            for inp in inputs:
                inp.type = INPUT_KEYBOARD

                inp.ki.wVk = vk
                inp.ki.wScan = scan
                inp.ki.dwFlags |= flags

                # it seems to return 0 every time but it's required by MSDN specification
                # so call it just in case
                inp.ki.dwExtraInfo = win32functions.GetMessageExtraInfo()

            # if we are releasing - then let it up
            if self.up:
                inputs[-1].ki.dwFlags |= KEYEVENTF_KEYUP

            return inputs

        def run(self):
            """Execute the action"""
            inputs = self.GetInput()

            # SendInput() supports all Unicode symbols
            num_inserted_events = win32functions.SendInput(len(inputs), ctypes.byref(inputs),
                                            ctypes.sizeof(win32structures.INPUT))
            if num_inserted_events != len(inputs):
                raise RuntimeError('SendInput() inserted only ' + str(num_inserted_events) +
                                   ' out of ' + str(len(inputs)) + ' keyboard events')

        def _get_down_up_string(self):
            """Return a string that will show whether the string is up or down

            return 'down' if the key is a press only
            return 'up' if the key is up only
            return '' if the key is up & down (as default)
            """
            down_up = ""
            if not (self.down and self.up):
                if self.down:
                    down_up = "down"
                elif self.up:
                    down_up = "up"
            return down_up

        def key_description(self):
            """Return a description of the key"""
            vk, scan, flags = self._get_key_info()
            desc = ''
            if vk:
                if vk in CODE_NAMES:
                    desc = CODE_NAMES[vk]
                else:
                    desc = "VK {}".format(vk)
            else:
                desc = "{}".format(self.key)

            return desc

        def __str__(self):
            parts = []
            parts.append(self.key_description())
            up_down = self._get_down_up_string()
            if up_down:
                parts.append(up_down)

            return "<{}>".format(" ".join(parts))

        __repr__ = __str__


    class VirtualKeyAction(KeyAction):

        """Represents a virtual key action e.g. F9 DOWN, etc

        Overrides necessary methods of KeyAction
        """

        def _get_key_info(self):
            """Virtual keys have extended flag set"""
            # copied more or less verbatim from
            # http://www.pinvoke.net/default.aspx/user32.sendinput
            if 33 <= self.key <= 46 or 91 <= self.key <= 93:
                flags = KEYEVENTF_EXTENDEDKEY
            else:
                flags = 0
            # This works for %{F4} - ALT + F4
            # return self.key, 0, 0

            # this works for Tic Tac Toe i.e. +{RIGHT} SHIFT + RIGHT
            return self.key, win32functions.MapVirtualKeyW(self.key, 0), flags

        def run(self):
            """Execute the action"""
            # it works more stable for virtual keys than SendInput
            for inp in self.GetInput():
                win32api.keybd_event(inp.ki.wVk, inp.ki.wScan, inp.ki.dwFlags)


    class EscapedKeyAction(KeyAction):

        """Represents an escaped key action e.g. F9 DOWN, etc

        Overrides necessary methods of KeyAction
        """

        def _get_key_info(self):
            """EscapedKeyAction doesn't send it as Unicode

            The vk and scan code are generated differently.
            """
            vkey_scan = LoByte(win32functions.VkKeyScanW(self.key))

            return (vkey_scan, win32functions.MapVirtualKeyW(vkey_scan, 0), 0)

        def key_description(self):
            """Return a description of the key"""
            return "KEsc {}".format(self.key)

        def run(self):
            """Execute the action"""
            # it works more stable for virtual keys than SendInput
            for inp in self.GetInput():
                win32api.keybd_event(inp.ki.wVk, inp.ki.wScan, inp.ki.dwFlags)


    class PauseAction(KeyAction):

        """Represents a pause action"""

        def __init__(self, how_long):
            self.how_long = how_long

        def run(self):
            """Pause for the lenght of time specified"""
            time.sleep(self.how_long)

        def __str__(self):
            return "<PAUSE %1.2f>" % (self.how_long)

        __repr__ = __str__


    def handle_code(code, vk_packet):
        """Handle a key or sequence of keys in braces"""
        code_keys = []
        # it is a known code (e.g. {DOWN}, {ENTER}, etc)
        if code in CODES:
            code_keys.append(VirtualKeyAction(CODES[code]))

        # it is an escaped modifier e.g. {%}, {^}, {+}
        elif len(code) == 1:
            if not vk_packet and code in ascii_vk:
                code_keys.append(VirtualKeyAction(ascii_vk[code]))
            else:
                code_keys.append(KeyAction(code))

        # it is a repetition or a pause  {DOWN 5}, {PAUSE 1.3}
        elif ' ' in code:
            to_repeat, count = code.rsplit(None, 1)
            if to_repeat == "PAUSE":
                try:
                    pause_time = float(count)
                except ValueError:
                    raise KeySequenceError('invalid pause time %s'% count)
                code_keys.append(PauseAction(pause_time))

            else:
                try:
                    count = int(count)
                except ValueError:
                    raise KeySequenceError(
                        'invalid repetition count {}'.format(count))

                # If the value in to_repeat is a VK e.g. DOWN
                # we need to add the code repeated
                if to_repeat in CODES:
                    code_keys.extend(
                        [VirtualKeyAction(CODES[to_repeat])] * count)
                # otherwise parse the keys and we get back a KeyAction
                else:
                    to_repeat = parse_keys(to_repeat, vk_packet=vk_packet)
                    if isinstance(to_repeat, list):
                        keys = to_repeat * count
                    else:
                        keys = [to_repeat] * count
                    code_keys.extend(keys)
        else:
            raise RuntimeError("Unknown code: {}".format(code))

        return code_keys

    def parse_keys(string,
                   with_spaces=False,
                   with_tabs=False,
                   with_newlines=False,
                   modifiers=None,
                   vk_packet=True):
        """Return the parsed keys"""
        keys = []
        if not modifiers:
            modifiers = []

        should_escape_next_keys = False
        index = 0
        while index < len(string):

            c = string[index]
            index += 1
            # check if one of CTRL, SHIFT, ALT has been pressed
            if c in MODIFIERS.keys():
                modifier = MODIFIERS[c]
                # remember that we are currently modified
                modifiers.append(modifier)
                # hold down the modifier key
                keys.append(VirtualKeyAction(modifier, up=False))
                if DEBUG:
                    print("MODS+", modifiers)
                continue

            # Apply modifiers over a bunch of characters (not just one!)
            elif c == "(":
                # find the end of the bracketed text
                end_pos = string.find(")", index)
                if end_pos == -1:
                    raise KeySequenceError('`)` not found')
                keys.extend(parse_keys(
                        string[index:end_pos],
                        modifiers=modifiers,
                        vk_packet=vk_packet))
                index = end_pos + 1

            # Escape or named key
            elif c == "{":
                # We start searching from index + 1 to account for the case {}}
                end_pos = string.find("}", index+1)
                if end_pos == -1:
                    raise KeySequenceError('`}` not found')

                code = string[index:end_pos]
                index = end_pos + 1
                key_events = [' up', ' down']
                current_key_event = None
                if any(key_event in code.lower() for key_event in key_events):
                    code, current_key_event = code.split(' ')
                    should_escape_next_keys = True
                current_keys = handle_code(code, vk_packet)
                if current_key_event is not None:
                    if isinstance(current_keys[0].key, six.string_types):
                        current_keys[0] = EscapedKeyAction(current_keys[0].key)

                    if current_key_event.strip() == 'up':
                        current_keys[0].down = False
                    else:
                        current_keys[0].up = False
                keys.extend(current_keys)

            # unmatched ")"
            elif c == ')':
                raise KeySequenceError('`)` should be preceeded by `(`')

            # unmatched "}"
            elif c == '}':
                raise KeySequenceError('`}` should be preceeded by `{`')

            # so it is a normal character
            else:
                # don't output white space unless flags to output have been set
                if (c == ' ' and not with_spaces or \
                        c == '\t' and not with_tabs or \
                        c == '\n' and not with_newlines):
                    continue

                # output newline
                if c in ('~', '\n'):
                    keys.append(VirtualKeyAction(CODES["ENTER"]))

                # safest are the virtual keys - so if our key is a virtual key
                # use a VirtualKeyAction
                # if ord(c) in CODE_NAMES:
                #    keys.append(VirtualKeyAction(ord(c)))

                elif modifiers or should_escape_next_keys:
                    keys.append(EscapedKeyAction(c))

                # if user disables the vk_packet option, always try to send a
                # virtual key of the actual keystroke
                elif not vk_packet and c in ascii_vk:
                    keys.append(VirtualKeyAction(ascii_vk[c]))

                else:
                    keys.append(KeyAction(c))

            # as we have handled the text - release the modifiers
            while modifiers:
                if DEBUG:
                    print("MODS-", modifiers)
                keys.append(VirtualKeyAction(modifiers.pop(), down=False))

        # just in case there were any modifiers left pressed - release them
        while modifiers:
            keys.append(VirtualKeyAction(modifiers.pop(), down=False))

        return keys


    def LoByte(val):
        """Return the low byte of the value"""
        return val & 0xff


    def HiByte(val):
        """Return the high byte of the value"""
        return (val & 0xff00) >> 8


    def send_keys(keys,
                  pause=0.05,
                  with_spaces=False,
                  with_tabs=False,
                  with_newlines=False,
                  turn_off_numlock=True,
                  vk_packet=True):
        """Parse the keys and type them"""
        keys = parse_keys(
                keys, with_spaces, with_tabs, with_newlines,
                vk_packet=vk_packet)

        for k in keys:
            k.run()
            time.sleep(pause)

    SendKeys = deprecated(send_keys)