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dragonfly-commands/_repeat.py

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#
# This file is a command-module for Dragonfly.
# (c) Copyright 2008 by Christo Butcher
# (c) Copyright 2015 by James Stout
# Licensed under the LGPL, see <http://www.gnu.org/licenses/>
#
"""This contains all commands which may be spoken continuously or repeated.
This is heavily modified from _multiedit.py, found here:
https://github.com/t4ngo/dragonfly-modules/blob/master/command-modules/_multiedit.py
"""
import os.path
import re
import socket
import sys
import threading
import time
import webbrowser
from collections import OrderedDict
from concurrent import futures
import gaze_ocr
import gaze_ocr.dragonfly
import head_scroll
import screen_ocr
import win32clipboard
import yappi
from gaze_ocr import eye_tracking
from odictliteral import odict
from six import string_types
from six.moves import BaseHTTPServer
from six.moves import queue
from dragonfly import (
ActionBase,
Alternative,
AppContext,
Choice,
Compound,
CompoundRule,
Config,
CursorPosition,
DictList,
DictListRef,
Dictation,
DynStrActionBase,
Empty,
FocusWindow,
Function,
Grammar,
IntegerRef,
Key,
List,
ListRef,
Literal,
MappingRule,
Mimic,
Mouse,
Optional,
Pause,
Repeat,
Repetition,
RuleRef,
RuleWrap,
Text,
TextQuery,
get_accessibility_controller,
get_engine,
)
from dragonfly.actions.action_base import ActionSeries
from dragonfly.grammar.context import LogicAndContext, LogicOrContext
import dragonfly.log
from selenium.webdriver.common.by import By
import _dragonfly_local as local
import _dragonfly_utils as utils
import _linux_utils as linux
import _text_utils as text
import _webdriver_utils as webdriver
tracker = eye_tracking.EyeTracker.get_connected_instance(local.DLL_DIRECTORY,
mouse=gaze_ocr.dragonfly.Mouse(),
keyboard=gaze_ocr.dragonfly.Keyboard(),
windows=gaze_ocr.dragonfly.Windows())
if local.OCR_READER == "fast" or local.OCR_READER == "winrt":
ocr_reader = screen_ocr.Reader.create_fast_reader(radius=150)
elif local.OCR_READER == "quality":
ocr_reader = screen_ocr.Reader.create_quality_reader(radius=150)
gaze_ocr_controller = gaze_ocr.Controller(ocr_reader,
tracker,
mouse=gaze_ocr.dragonfly.Mouse(),
keyboard=gaze_ocr.dragonfly.Keyboard(),
save_data_directory=local.SAVE_OCR_DATA_DIR)
scroller = head_scroll.Scroller(tracker, gaze_ocr.dragonfly.Mouse())
# Load local hooks if defined.
try:
import _dragonfly_local_hooks as local_hooks
def run_local_hook(name, *args, **kwargs):
"""Function to run local hook if defined."""
try:
hook = getattr(local_hooks, name)
return hook(*args, **kwargs)
except AttributeError:
pass
except:
print("Local hooks not loaded.")
def run_local_hook(name, *args, **kwargs):
pass
# Make sure dragonfly errors show up in NatLink messages.
dragonfly.log.setup_log()
# Load _repeat.txt.
config = Config("repeat")
namespace = config.load()
#-------------------------------------------------------------------------------
# Common maps and lists.
# symbols_map = {
# "plus": "+",
# "plus twice": "++",
# "minus": "-",
# ",": ",",
# "colon": ":",
# "equals": "=",
# "equals twice": "==",
# "not equals": "!=",
# "plus equals": "+=",
# "greater than": ">",
# "less than": "<",
# "greater equals": ">=",
# "less equals": "<=",
# "dot": ".",
# "leap": "(",
# "reap": ")",
# "lake": "{",
# "rake": "}",
# "lobe": "[",
# "robe": "]",
# "luke": "<",
# "luke twice": "<<",
# "ruke": ">",
# "ruke twice": ">>",
# "quote": "\"",
# "dash": "-",
# "semi": ";",
# "bang": "!",
# "percent": "%",
# "star": "*",
# "backslash": "\\",
# "slash": "/",
# "tilde": "~",
# "backtick": "`",
# "underscore": "_",
# "single quote": "'",
# "dollar": "$",
# "carrot": "^",
# "arrow": "->",
# "fat arrow": "=>",
# "colon twice": "::",
# "amper": "&",
# "amper twice": "&&",
# "pipe": "|",
# "pipe twice": "||",
# "hash": "#",
# "at sign": "@",
# "question": "?",
# }
# symbols_map = {
# "plus [sign]": "+",
# "plus [sign] twice": "++",
# "minus|hyphen|dash": "-",
# ",": ",",
# "colon": ":",
# "equals [sign]": "=",
# "equals [sign] twice": "==",
# "not equals": "!=",
# "plus equals": "+=",
# "greater than|ruke|close angle": ">",
# "less than|luke|open angle": "<",
# "(greater than|ruke|close angle) twice": ">>",
# "(less than|luke|open angle) twice": "<<",
# "greater equals": ">=",
# "less equals": "<=",
# "dot|period": ".",
# "leap|open paren": "(",
# "reap|close paren": ")",
# "lake|open brace": "{",
# "rake|close brace": "}",
# "lobe|open bracket": "[",
# "robe|close bracket": "]",
# "quote|open quote|close quote": "\"",
# "semi|semicolon": ";",
# "bang|exclamation mark": "!",
# "percent [sign]": "%",
# "star|asterisk": "*",
# "backslash": "\\",
# "slash": "/",
# "tilde": "~",
# "backtick": "`",
# "underscore": "_",
# "single quote|apostrophe": "'",
# "dollar [sign]": "$",
# "caret": "^",
# "arrow": "->",
# "fat arrow": "=>",
# "colon twice": "::",
# "amper|ampersand": "&",
# "(amper|ampersand) twice": "&&",
# "pipe": "|",
# "pipe twice": "||",
# "hash|number sign": "#",
# "at sign": "@",
# "question [mark]": "?",
# }
# Common names for symbols and combinations of symbols.
symbols_map = {
"plus": "+",
"plus sign": "+",
"plus twice": "++",
"plus sign twice": "++",
"minus": "-",
"minus twice": "--",
"hyphen": "-",
"dash": "-",
",": ",",
"colon": ":",
"equals": "=",
"equals sign": "=",
"equals twice": "==",
"equals sign twice": "==",
"not equals": "!=",
"plus equals": "+=",
"minus equals": "-=",
"greater than": ">",
"ruke": ">",
"close angle": ">",
"less than": "<",
"luke": "<",
"open angle": "<",
"greater than twice": ">>",
"ruke twice": ">>",
"close angle twice": ">>",
"less than twice": "<<",
"luke twice": "<<",
"open angle twice": "<<",
"greater equals": ">=",
"less equals": "<=",
"dot": ".",
"period": ".",
"leap": "(",
"open paren": "(",
"reap": ")",
"close paren": ")",
"lake": "{",
"open brace": "{",
"rake": "}",
"close brace": "}",
"lobe": "[",
"open bracket": "[",
"robe": "]",
"close bracket": "]",
"quote": "\"",
"open quote": "\"",
"close quote": "\"",
"semi": ";",
"semicolon": ";",
"bang": "!",
"exclamation mark": "!",
"percent": "%",
"percent sign": "%",
"star": "*",
"asterisk": "*",
"backslash": "\\",
"slash": "/",
"tilde": "~",
"backtick": "`",
"underscore": "_",
"underscore twice": "__",
"dunder": "__",
"single quote": "'",
"apostrophe": "'",
"dollar": "$",
"dollar sign": "$",
"caret": "^",
"arrow": "->",
"fat arrow": "=>",
"colon twice": "::",
"amper": "&",
"ampersand": "&",
"amper twice": "&&",
"ampersand twice": "&&",
"pipe": "|",
"pipe twice": "||",
"hash": "#",
"number sign": "#",
"at sign": "@",
"question": "?",
"question mark": "?",
}
# Individual symbols which can be typed without any modifier keys.
symbol_keys_map = {
"minus|dash": "-",
",": ",",
"equals": "=",
"dot|period": ".",
"semi": ";",
"backslash": "\\",
"slash": "/",
"backtick": "`",
"single quote": "'",
}
# Numbers and numeric formatting symbols.
numbers_map = {
"zero": "0",
"one": "1",
"two": "2",
"three": "3",
"four": "4",
"five": "5",
"six": "6",
"seven": "7",
"eight": "8",
"nine": "9",
"point": ".",
"minus": "-",
"slash": "/",
"colon": ":",
",": ",",
}
# Single-syllable names for letters.
quick_letters_map = {
"arch": "a",
"brov": "b",
"chair": "c",
"dell": "d",
"etch": "e",
"fomp": "f",
"goof": "g",
"hark": "h",
"ice": "i",
"jinks": "j",
"koop": "k",
"lug": "l",
"mowsh": "m",
"nerb": "n",
"ork": "o",
"pooch": "p",
"quash": "q",
"rosh": "r",
"souk": "s",
"teek": "t",
"unks": "u",
"verge": "v",
"womp": "w",
"trex": "x",
"yang": "y",
"zooch": "z",
}
# Disabled for efficiency.
# long_letters_map = {
# "alpha": "a",
# "bravo": "b",
# "charlie": "c",
# "delta": "d",
# "echo": "e",
# "foxtrot": "f",
# "golf": "g",
# "hotel": "h",
# "india": "i",
# "juliet": "j",
# "kilo": "k",
# "lima": "l",
# "mike": "m",
# "november": "n",
# "oscar": "o",
# "poppa": "p",
# "quebec": "q",
# "romeo": "r",
# "sierra": "s",
# "tango": "t",
# "uniform": "u",
# "victor": "v",
# "whiskey": "w",
# "x-ray": "x",
# "yankee": "y",
# "zulu": "z",
# "dot": ".",
# }
# Common variable prefixes.
prefixes = [
"num",
"min",
]
# Common variable suffixes.
suffixes = [
"bytes",
]
# All supported letter names.
letters_map = utils.combine_maps(quick_letters_map)
# Letters, numbers, and symbol combinations.
chars_map = utils.combine_maps(letters_map, numbers_map, symbols_map)
# Load commonly misrecognized words saved to a file.
# TODO: Revisit.
saved_words = []
try:
with open(text.WORDS_PATH) as file:
for line in file:
word = line.strip()
if len(word) > 2 and word not in letters_map:
saved_words.append(line.strip())
except:
print("Unable to open: " + text.WORDS_PATH)
# Keys that can be interleaved with dictation and repeated.
dictation_key_action_map = {
"enter|slap": Key("enter"),
"space|spooce|spacebar": Key("space"),
"tab-key": Key("tab"),
}
# Actions that can be interleaved with dictation but not repeated.
nonrepeatable_dictation_action_map = utils.combine_maps(
utils.text_map_to_action_map(utils.combine_maps(letters_map, symbols_map)),
{
"number <numeral>": Text(u"%(numeral)s"),
"upper <letter>": Function(lambda letter: Text(letter.upper()).execute()),
})
# Actions that can be interleaved with dictation.
dictation_action_map = utils.combine_maps(dictation_key_action_map,
nonrepeatable_dictation_action_map)
# Key names that can be spoken with or without modifiers and can be repeated.
standalone_key_action_map = utils.combine_maps(
dictation_key_action_map,
{
"up": Key("up"),
"down": Key("down"),
"left": Key("left"),
"right": Key("right"),
"page up": Key("pgup"),
"page down": Key("pgdown"),
"apps key": Key("apps"),
"escape": Key("escape"),
"backspace": Key("backspace"),
"delete key": Key("del"),
"home key": Key("home"),
"end key": Key("end"),
})
# Key names that can be spoken with modifiers keys.
full_key_action_map = utils.combine_maps(
standalone_key_action_map,
utils.text_map_to_key_action_map(utils.combine_maps(letters_map, numbers_map, symbol_keys_map)),
{
"home": Key("home"),
"end": Key("end"),
"tab": Key("tab"),
"delete": Key("del"),
})
# Actions that can be repeated by prefixing with a number modifier.
repeatable_action_map = utils.combine_maps(
standalone_key_action_map,
{
"after": Key("c-right"),
"before": Key("c-left"),
"afters": Key("shift:down, c-right, shift:up"),
"befores": Key("shift:down, c-left, shift:up"),
"ahead": Key("a-f"),
"behind": Key("a-b"),
"aheads": Key("shift:down, a-f, shift:up"),
"behinds": Key("shift:down, a-b, shift:up"),
"rights": Key("shift:down, right, shift:up"),
"lefts": Key("shift:down, left, shift:up"),
"kill": Key("c-k"),
"screen up": Key("pgup"),
"screen down": Key("pgdown"),
"cancel": Key("escape"),
})
accessibility = get_accessibility_controller()
accessibility_commands = odict[
"go before <text_position_query>": Function(lambda text_position_query: accessibility.move_cursor(
text_position_query, CursorPosition.BEFORE)),
"go after <text_position_query>": Function(lambda text_position_query: accessibility.move_cursor(
text_position_query, CursorPosition.AFTER)),
# Note that the delete command is declared first so that it has higher
# priority than the selection variant.
"words <text_query> delete": Function(lambda text_query: accessibility.replace_text(text_query, "")),
"words <text_query>": Function(accessibility.select_text),
"replace <text_query> with <replacement>": Function(accessibility.replace_text),
]
#-------------------------------------------------------------------------------
# Action maps to be used in rules.
def start_cpu_profiling():
yappi.set_clock_type("cpu")
yappi.start()
def start_wall_profiling():
yappi.set_clock_type("wall")
yappi.start()
def stop_profiling():
yappi.stop()
yappi.get_func_stats().print_all()
yappi.get_thread_stats().print_all()
has_argv = hasattr(sys, "argv")
if not has_argv:
sys.argv = [""]
profile_path = os.path.join(local.HOME, "yappi_{}.callgrind.out".format(time.time()))
yappi.get_func_stats().save(profile_path, "callgrind")
yappi.clear_stats()
# Actions of commonly used text navigation and mousing commands. These can be
# used anywhere except after commands which include arbitrary dictation.
# TODO: Better solution for holding shift during a single command. Think about whether this could enable a simpler grammar for other modifiers.
command_action_map = utils.combine_maps(
# These work like the built-in commands and are available for any
# application that supports IAccessible2. A "my" prefix is used to avoid
# overwriting similarly-phrased commands built into Dragon, because in some
# applications only those will work. These are primarily present to test
# functionality; to add these commands to a specific application, just merge
# in the map without a prefix.
OrderedDict([("my " + k, v) for k, v in accessibility_commands.items()]),
nonrepeatable_dictation_action_map,
odict[
# Semantic names for common keypresses.
"delete": Key("del"),
"paste": Key("c-v"),
"copy": Key("c-c"),
"cut": Key("c-x"),
"all select": Key("c-a"),
"go home|[go] west": Key("home"),
"go end|[go] east": Key("end"),
"go top|[go] north": Key("c-home"),
"go bottom|[go] south": Key("c-end"),
"save": Key("c-s"),
"(window|win) new": Key("c-n"),
"(window|win) close": Key("c-w"),
"(window|win) restore": Key("w-down"),
"(window|win) (maximize|max)": Key("w-up"),
"(window|win) snap left": Key("w-left"),
"(window|win) snap right": Key("w-right"),
"find": Key("c-f"),
"this bold": Key("c-b"),
"this italics": Key("c-i"),
# Globally-available Windows commands.
"volume [<n>] up": Key("volumeup/5:%(n)d"),
"volume [<n>] down": Key("volumedown/5:%(n)d"),
"volume (mute|unmute)": Key("volumemute"),
"track next": Key("tracknext"),
"track preev": Key("trackprev"),
"track (pause|play)": Key("playpause"),
"windows search": Key("w-s"),
"windows run": Key("w-r"),
"windows desktop": Key("w-d"),
"windows explorer": Key("w-e"),
# Dragon commands.
"dragon hide": Mimic(*"switch DragonBar to tray icon mode".split()),
"dragon show": Mimic(*"open DragonBar".split()),
# Notepad text editing.
"here edit": utils.RunApp("notepad"),
"all edit": Key("c-a, c-x") + utils.RunApp("notepad") + Key("c-v"),
"this edit": Key("c-x") + utils.RunApp("notepad") + Key("c-v"),
# Control keys.
"shift hold": Key("shift:down"),
"shift release": Key("shift:up"),
"control hold": Key("ctrl:down"),
"control release": Key("ctrl:up"),
"(meta|alt) hold": Key("alt:down"),
"(meta|alt) release": Key("alt:up"),
"all release": Key("shift:up, ctrl:up, alt:up"),
# Scrolling and clicking.
"here (touch|click) [left]": Mouse("left"),
"here (touch|click) right": Mouse("right"),
"here (touch|click) middle": Mouse("middle"),
"here (touch|click) [left] twice": Mouse("left:2"),
"here (touch|click) hold": Mouse("left:down"),
"here (touch|click) release": Mouse("left:up"),
"(I\\pronoun|eye) move": Function(tracker.move_to_gaze_point),
"(I\\pronoun|eye) (touch|click) [left]": Function(tracker.move_to_gaze_point) + Mouse("left"),
"(I\\pronoun|eye) (touch|click) right": Function(tracker.move_to_gaze_point) + Mouse("right"),
"(I\\pronoun|eye) (touch|click) middle": Function(tracker.move_to_gaze_point) + Mouse("middle"),
"(I\\pronoun|eye) (touch|click) [left] twice": Function(tracker.move_to_gaze_point) + Mouse("left:2"),
"(I\\pronoun|eye) (touch|click) hold": Function(tracker.move_to_gaze_point) + Mouse("left:down"),
"(I\\pronoun|eye) (touch|click) release": Function(tracker.move_to_gaze_point) + Mouse("left:up"),
"(I\\pronoun|eye) control (touch|click)": Function(tracker.move_to_gaze_point) + Key("ctrl:down") + Mouse("left") + Key("ctrl:up"),
# Webdriver control (used for Chrome but can be started and stopped from anywhere).
"webdriver open": Function(webdriver.create_driver),
"webdriver close": Function(webdriver.quit_driver),
# No-op for Google/Siri commands.
"((hey|OK) google|hey Siri) <text>": Function(lambda text: None),
# Profiling.
"dragonfly CPU profiling start": Function(start_cpu_profiling),
"dragonfly wall [time] profiling start": Function(start_wall_profiling),
"dragonfly [(CPU|wall [time])] profiling stop": Function(stop_profiling),
])
def reset_scroller():
scroller.stop()
scroller.start()
terminal_command_action_map = odict[
# Scrolling and clicking.
"(I\\pronoun|eye) connect": Function(tracker.connect),
"(I\\pronoun|eye) disconnect": Function(tracker.disconnect),
"(I\\pronoun|eye) print position": Function(tracker.print_gaze_point),
"scroll up": Function(lambda: tracker.move_to_gaze_point((0, 40))) + Mouse("wheelup:7"),
"scroll up half": Function(lambda: tracker.move_to_gaze_point((0, 40))) + Mouse("wheelup:4"),
"scroll down": Function(lambda: tracker.move_to_gaze_point((0, -40))) + Mouse("wheeldown:7"),
"scroll down half": Function(lambda: tracker.move_to_gaze_point((0, -40))) + Mouse("wheeldown:4"),
"scroll left": Function(lambda: tracker.move_to_gaze_point((40, 0))) + Mouse("wheelleft:7"),
"scroll right": Function(lambda: tracker.move_to_gaze_point((-40, 0))) + Mouse("wheelright:7"),
"scroll start": Function(lambda: scroller.start()),
"[scroll] stop": Function(lambda: scroller.stop()),
"scroll reset": Function(lambda: reset_scroller()),
"<text> move": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s"),
"<text> (touch|click) [left]": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s") + Mouse("left"),
"<text> (touch|click) right": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s") + Mouse("right"),
"<text> (touch|click) middle": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s") + Mouse("middle"),
"<text> (touch|click) [left] twice": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s") + Mouse("left:2"),
"<text> (touch|click) hold": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s") + Mouse("left:down"),
"<text> (touch|click) release": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s") + Mouse("left:up"),
"<text> control (touch|click)": gaze_ocr.dragonfly.MoveCursorToWordAction(gaze_ocr_controller, "%(text)s") + Key("ctrl:down") + Mouse("left") + Key("ctrl:up"),
# OCR-based commands.
"go before <text>": gaze_ocr.dragonfly.MoveTextCursorAction(gaze_ocr_controller, "%(text)s", "before"),
"go after <text>": gaze_ocr.dragonfly.MoveTextCursorAction(gaze_ocr_controller, "%(text)s", "after"),
# Note that the delete commands are declared first so that they have higher
# priority than the selection variants.
"words before <text> delete": Key("shift:down") + gaze_ocr.dragonfly.MoveTextCursorAction(gaze_ocr_controller, "%(text)s", "before") + Key("shift:up") + Key("backspace"),
"words after <text> delete": Key("shift:down") + gaze_ocr.dragonfly.MoveTextCursorAction(gaze_ocr_controller, "%(text)s", "after") + Key("shift:up") + Key("backspace"),
"words <text> [through <text2>] delete": gaze_ocr.dragonfly.SelectTextAction(gaze_ocr_controller, "%(text)s", "%(text2)s", for_deletion=True) + Key("backspace"),
"words before <text>": Key("shift:down") + gaze_ocr.dragonfly.MoveTextCursorAction(gaze_ocr_controller, "%(text)s", "before") + Key("shift:up"),
"words after <text>": Key("shift:down") + gaze_ocr.dragonfly.MoveTextCursorAction(gaze_ocr_controller, "%(text)s", "after") + Key("shift:up"),
"words <text> [through <text2>]": gaze_ocr.dragonfly.SelectTextAction(gaze_ocr_controller, "%(text)s", "%(text2)s"),
"replace <text> with <replacement>": gaze_ocr.dragonfly.SelectTextAction(gaze_ocr_controller, "%(text)s", "%(text2)s") + Text("%(replacement)s"),
# Full-text dictation commands.
"speak <text>": Text(u"%(text)s"),
"sentence <text>": utils.capitalize_text_action("%(text)s"),
"mimic <text>": Mimic(extra="text"),
]
# Here we prepare the action map of formatting functions from the config file.
# Retrieve text-formatting functions from this module's config file. Each of
# these functions must have a name that starts with "format_".
format_functions = {}
if namespace:
for name, function in namespace.items():
if name.startswith("format_") and callable(function):
spoken_form = function.__doc__.strip()
# We wrap generation of the Function action in a function so
# that its *function* variable will be local. Otherwise it
# would change during the next iteration of the namespace loop.
def wrap_function(function):
def _function(dictation):
formatted_text = function(dictation)
Text(formatted_text).execute()
return Function(_function)
action = wrap_function(function)
format_functions[spoken_form] = action
#-------------------------------------------------------------------------------
# Simple elements that may be referred to within a rule.
symbols_dict_list = DictList("symbols_dict_list", symbols_map)
symbol_element = DictListRef(None, symbols_dict_list)
# symbol_element = RuleWrap(None, Choice(None, symbols_map))
numbers_dict_list = DictList("numbers_dict_list", numbers_map)
number_element = DictListRef(None, numbers_dict_list)
# number_element = RuleWrap(None, Choice(None, numbers_map))
letters_dict_list = DictList("letters_dict_list", letters_map)
letter_element = DictListRef(None, letters_dict_list)
# letter_element = RuleWrap(None, Choice(None, letters_map))
chars_dict_list = DictList("chars_dict_list", chars_map)
char_element = DictListRef(None, chars_dict_list)
# char_element = RuleWrap(None, Choice(None, chars_map))
saved_word_list = List("saved_word_list", saved_words)
# Lists which will be populated later via RPC.
context_phrase_list = List("context_phrase_list", [])
prefix_list = List("prefix_list", prefixes)
suffix_list = List("suffix_list", suffixes)
# Either arbitrary or custom dictation.
mixed_dictation = RuleWrap(None, utils.JoinedSequence(" ", [
Optional(ListRef(None, prefix_list)),
Alternative([
Dictation(),
letter_element,
ListRef(None, saved_word_list),
]),
Optional(ListRef(None, suffix_list)),
]))
# Same as above, except no arbitrary dictation allowed and context phrases are
# included.
custom_dictation = RuleWrap(None, utils.JoinedSequence(" ", [
Optional(ListRef(None, prefix_list)),
Alternative([
letter_element,
ListRef(None, context_phrase_list),
ListRef(None, saved_word_list),
]),
Optional(ListRef(None, suffix_list)),
]))
# A sequence of either short letters or long letters.
letters_element = RuleWrap(None, utils.JoinedRepetition(
"", letter_element, min=1, max=10))
# A sequence of numbers.
numbers_element = RuleWrap(None, utils.JoinedRepetition(
"", number_element, min=1, max=10))
# A sequence of characters.
chars_element = RuleWrap(None, utils.JoinedRepetition(
"", char_element, min=1, max=5))
# Simple element map corresponding to command action maps from earlier.
command_element_map = {
"n": (IntegerRef(None, 1, 21), 1),
# Include IntegerRef to automatically convert spoken numbers to numeric format.
"text": RuleWrap(None, Alternative([
Dictation(),
IntegerRef(None, 1, 10)
])),
"text2": RuleWrap(None, Alternative([
Dictation(),
IntegerRef(None, 1, 10)
])),
"numeral": number_element,
"letter": letter_element,
"char": char_element,
"custom_text": RuleWrap(None, Alternative([
Dictation(),
chars_element,
ListRef(None, prefix_list),
ListRef(None, suffix_list),
ListRef(None, saved_word_list),
])),
# TODO Figure out why we can't reuse custom_text element.
"custom_text2": RuleWrap(None, Alternative([
Dictation(),
chars_element,
ListRef(None, prefix_list),
ListRef(None, suffix_list),
ListRef(None, saved_word_list),
])),
"replacement": Dictation(),
"text_query": Compound(
spec=("[[([<start_phrase>] <start_relative_position> <start_relative_phrase>|<start_phrase>)] <through>] "
"([<end_phrase>] <end_relative_position> <end_relative_phrase>|<end_phrase>)"),
extras=[Dictation("start_phrase", default=""),
Alternative([Literal("before"), Literal("after")], name="start_relative_position"),
Dictation("start_relative_phrase", default=""),
Literal("through", "through", value=True, default=False),
Dictation("end_phrase", default=""),
Alternative([Literal("before"), Literal("after")], name="end_relative_position"),
Dictation("end_relative_phrase", default="")],
value_func=lambda node, extras: TextQuery(
start_phrase=str(extras["start_phrase"]),
start_relative_position=CursorPosition[extras["start_relative_position"].upper()] if "start_relative_position" in extras else None,
start_relative_phrase=str(extras["start_relative_phrase"]),
through=extras["through"],
end_phrase=str(extras["end_phrase"]),
end_relative_position=CursorPosition[extras["end_relative_position"].upper()] if "end_relative_position" in extras else None,
end_relative_phrase=str(extras["end_relative_phrase"]))),
"text_position_query": Compound(
spec="<phrase> [<relative_position> <relative_phrase>]",
extras=[Dictation("phrase", default=""),
Alternative([Literal("before"), Literal("after")], name="relative_position"),
Dictation("relative_phrase", default="")],
value_func=lambda node, extras: TextQuery(
end_phrase=str(extras["phrase"]),
end_relative_position=CursorPosition[extras["relative_position"].upper()] if "relative_position" in extras else None,
end_relative_phrase=str(extras["relative_phrase"]))),
}
#-------------------------------------------------------------------------------
# Rules which we will refer to within other rules.
# Rule for formatting mixed_dictation elements.
format_rule = utils.create_rule(
"FormatRule",
format_functions,
{"dictation": mixed_dictation}
)
# Rule for formatting symbols.
symbol_format_rule = utils.create_rule(
"SymbolFormatRule",
{
"padded <symbol>": Text(u" %(symbol)s "),
},
{
"symbol": symbol_element,
}
)
# Rule for formatting pure dictation elements.
pure_format_rule = utils.create_rule(
"PureFormatRule",
dict([("pure (" + k + ")", v)
for (k, v) in format_functions.items()]),
{"dictation": Dictation()}
)
# Rule for formatting custom_dictation elements.
custom_format_rule = utils.create_rule(
"CustomFormatRule",
dict([("my (" + k + ")", v)
for (k, v) in format_functions.items()]),
{"dictation": custom_dictation}
)
# Rule for printing a sequence of characters.
character_rule = utils.create_rule(
"CharacterRule",
{
"<chars> short": Text(u"%(chars)s"),
"number <numerals>": Text(u"%(numerals)s"),
"letter <letters>": Text(u"%(letters)s"),
"upper letter <letters>": Function(lambda letters: Text(letters.upper()).execute()),
},
{
"numerals": numbers_element,
"letters": letters_element,
"chars": chars_element,
}
)
# Rule for spelling a word letter by letter and formatting it.
# Disabled for efficiency.
# spell_format_rule = utils.create_rule(
# "SpellFormatRule",
# dict([("spell (" + k + ")", v)
# for (k, v) in format_functions.items()]),
# {"dictation": letters_element}
# )
#-------------------------------------------------------------------------------
# Elements that are composed of rules. Note that the value of these elements are
# actions which will have to be triggered manually.
# Element matching dictation and commands allowed at the end of an utterance.
# For efficiency, this should not contain any repeating elements. For accuracy,
# few custom commands should be included to avoid clashes with dictation
# elements.
dictation_element = RuleWrap(None, Alternative([
RuleRef(rule=format_rule),
RuleRef(rule=symbol_format_rule),
RuleRef(rule=pure_format_rule),
# Disabled for efficiency.
# RuleRef(rule=custom_format_rule),
RuleRef(rule=utils.create_rule("DictationActionRule",
dictation_action_map,
command_element_map)),
]))
### Final commands that can be used once after everything else. These change the
### application context so it is important that nothing else gets run after
### them.
# Ordered list of pinned taskbar items. Sublists refer to windows within a specific application.
windows = [
"explorer",
["dragonbar", "dragon [messages]", "dragonpad"],
"[home] chrome",
"[home] terminal",
"[home] emacs",
]
json_windows = utils.load_json("windows.json")
if json_windows:
windows = json_windows
windows_suffix = "(win|window)"
windows_mapping = {}
for i, window in enumerate(windows):
if isinstance(window, string_types):
window = [window]
for j, words in enumerate(window):
windows_mapping["(" + words + ") " + windows_suffix] = Key("win:down, %d:%d/20, win:up" % (i + 1, j + 1))
final_action_map = utils.combine_maps(windows_mapping, {
"[work] (terminal|shell) win": FocusWindow(executable="nxclient.bin", title=" - Terminal"),
"[work] emacs win": FocusWindow(executable="nxclient.bin", title=" - Emacs editor"),
"[work] studio win": FocusWindow(executable="nxclient.bin", title=" - Android Studio"),
"[<n>] swap": utils.SwitchWindows("%(n)d"),
})
final_element_map = {
"n": (IntegerRef(None, 1, 20), 1)
}
final_rule = utils.create_rule("FinalRule",
final_action_map,
final_element_map)
#-------------------------------------------------------------------------------
# System for benchmarking other commands.
class CommandBenchmark:
def __init__(self):
self.remaining_count = 0
def start(self, command, repeat_count):
if self.remaining_count > 0:
print("Benchmark already running!")
return
self.repeat_count = repeat_count
self.remaining_count = repeat_count
self.command = command
self.start_time = time.time()
Mimic(*self.command.split()).execute()
def record_and_replay_recognition(self):
if self.remaining_count == 0:
print("Benchmark not running!")
return
self.remaining_count -= 1
if self.remaining_count == 0:
print("Average response for command %s: %.10f" % (self.command, (time.time() - self.start_time) / self.repeat_count))
else:
Mimic(*self.command.split()).execute()
def is_active(self):
return self.remaining_count > 0
def reset_benchmark():
global command_benchmark
command_benchmark = CommandBenchmark()
reset_benchmark()
#---------------------------------------------------------------------------
# Here we define the top-level rule which the user can say.
# This is the rule that actually handles recognitions.
# When a recognition occurs, its _process_recognition()
# method will be called. It receives information about the
# recognition in the "extras" argument: the sequence of
# actions and the number of times to repeat them.
class RepeatRule(CompoundRule):
def __init__(self, name, command, repeatable_command, terminal_command):
# Here we define this rule's spoken-form and special elements. Note that
# nested_repetitions is the only one that contains Repetitions, and it
# is not itself repeated. This is for performance purposes. We also
# include a special escape command "terminal <dictation>" in case
# recognition problems occur with repeated dictation commands.
spec = ("[<sequence>] "
"[<nested_repetitions>] "
"([<dictation_sequence>] [terminal <dictation>] | <terminal_command>) "
"[<n> times] "
"[<final_command>]")
repeated_command = Compound(spec="[<n>] <repeatable_command>",
extras=[IntegerRef("n", 1, 21, default=1),
utils.renamed_element("repeatable_command", repeatable_command)],
value_func=lambda node, extras: (extras["repeatable_command"] + Pause("5")) * Repeat(extras["n"]))
full_key_element = RuleRef(rule=utils.create_rule("full_key_rule", full_key_action_map, {}), name="single_key")
combo_key_element = Compound(spec="[<n>] <modifier> <single_key>",
extras=[IntegerRef("n", 1, 21, default=1),
RuleWrap("modifier", Choice(None, {
"control": lambda action: Key("ctrl:down") + action + Key("ctrl:up"),
"alt|meta|under": lambda action: Key("alt:down") + action + Key("alt:up"),
"shift": lambda action: Key("shift:down") + action + Key("shift:up"),
"control (alt|meta|under)": lambda action: Key("ctrl:down, alt:down") + action + Key("ctrl:up, alt:up"),
"control shift": lambda action: Key("ctrl:down, shift:down") + action + Key("ctrl:up, shift:up"),
"(alt|meta|under) shift": lambda action: Key("alt:down, shift:down") + action + Key("alt:up, shift:up"),
"control (alt|meta|under) shift": lambda action: Key("ctrl:down, alt:down, shift:down") + action + Key("ctrl:up, alt:up, shift:up"),
})),
full_key_element],
value_func=lambda node, extras: (((extras["modifier"])(extras["single_key"]) + Pause("5")) * Repeat(extras["n"])))
extras = [
Repetition(RuleWrap(None, Alternative([command, repeated_command, combo_key_element])), min=1, max = 10, name="sequence"),
Alternative([RuleRef(rule=character_rule)],
name="nested_repetitions"),
Repetition(dictation_element, min=1, max=10, name="dictation_sequence"),
utils.renamed_element("dictation", dictation_element),
utils.renamed_element("terminal_command", terminal_command),
IntegerRef("n", 1, 21), # Times to repeat the sequence.
RuleRef(rule=final_rule, name="final_command"),
]
defaults = {
"n": 1, # Default repeat count.
"sequence": [],
"nested_repetitions": None,
"dictation_sequence": [],
"dictation": None,
"terminal_command": None,
"final_command": None,
}
CompoundRule.__init__(self, name=name, spec=spec,
extras=extras, defaults=defaults, exported=True)
def _process_begin(self):
# Start OCR now so that results are ready when the command completes (if
# it uses OCR). This also has the benefit of using the gaze from the
# time the user starts speaking.
gaze_ocr_controller.start_reading_nearby()
# This method gets called when this rule is recognized.
# Arguments:
# - node -- root node of the recognition parse tree.
# - extras -- dict of the "extras" special elements:
# . extras["sequence"] gives the sequence of actions.
# . extras["n"] gives the repeat count.
def _process_recognition(self, node, extras):
sequence = extras["sequence"] # A sequence of actions.
nested_repetitions = extras["nested_repetitions"]
dictation_sequence = extras["dictation_sequence"]
dictation = extras["dictation"]
terminal_command = extras["terminal_command"]
final_command = extras["final_command"]
count = extras["n"] # An integer repeat count.
for i in range(count):
for action in sequence:
action.execute()
Pause("5").execute()
if nested_repetitions:
nested_repetitions.execute()
for action in dictation_sequence:
action.execute()
Pause("5").execute()
if dictation:
dictation.execute()
if terminal_command:
terminal_command.execute()
if final_command:
final_command.execute()
if command_benchmark.is_active():
command_benchmark.record_and_replay_recognition()
#-------------------------------------------------------------------------------
# Define top-level rules for different contexts. Note that Dragon only allows
# top-level rules to be context-specific, but we want control over sub-rules. To
# work around this limitation, we compile a mutually exclusive top-level rule
# for each context.
class Environment(object):
"""Environment where voice commands can be spoken. Combines grammar and context
and adds hierarchy. When installed, will produce a mutually-exclusive
top-level grammar for each environment.
"""
def __init__(self,
name,
environment_map,
context=None,
parent=None):
self.name = name
self.unmerged_environment_map = environment_map
self.unmerged_context = context
self.children = []
if parent:
parent.add_child(self)
self.context = utils.combine_contexts(parent.context, context)
self.environment_map = {}
for key in set(environment_map.keys()) | set(parent.environment_map.keys()):
action_map, element_map = environment_map.get(key, ({}, {}))
parent_action_map, parent_element_map = parent.environment_map.get(key, ({}, {}))
self.environment_map[key] = (utils.combine_maps_checked(parent_action_map, action_map),
utils.combine_maps_checked(parent_element_map, element_map))
else:
self.context = context
self.environment_map = environment_map
def add_child(self, child):
self.children.append(child)
def create_grammars(self, exported_rule_factory):
grammars = []
exclusive_context = self.context
for child in self.children:
grammars.extend(child.create_grammars(exported_rule_factory))
exclusive_context = utils.combine_contexts(exclusive_context, ~child.context)
rule_map = dict([(key, RuleRef(rule=utils.create_rule(self.name + "_" + key, action_map, element_map)) if action_map else Empty())
for (key, (action_map, element_map)) in self.environment_map.items()])
grammar = Grammar(self.name, context=exclusive_context)
grammar.add_rule(exported_rule_factory(self.name + "_exported", **rule_map))
grammars.append(grammar)
return grammars
def generate_talon_files(self, dir_path, header_prefix=""):
file_path = os.path.join(dir_path, "{}.talon".format(self.name))
with open(file_path, "w") as file:
header = header_prefix + "\n" if header_prefix else ""
header += convert_context_to_talon_header(self.unmerged_context, self.name)
if header:
file.write("{}\n-\n".format(header))
for _, (action_map, _) in self.unmerged_environment_map.items():
file.write(convert_action_map_to_talon_body(action_map))
for child in self.children:
child.generate_talon_files(dir_path, header)
def convert_context_to_talon_header(context, name=""):
known_headers = {
"Chrome": "tag: browser",
}
if name in known_headers:
return known_headers[name]
result = ""
if isinstance(context, AppContext):
if context._executable:
for executable in context._executable:
result += "app.exe: /{}/".format(executable)
if context._title:
for title in context._title:
result += "title: /{}/".format(title)
elif isinstance(context, LogicAndContext) or isinstance(context, LogicOrContext):
children_headers = [convert_context_to_talon_header(child)
for child in context._children]
result += "\n".join(children_headers)
return result
def convert_action_map_to_talon_body(action_map):
result = ""
for command, action in action_map.items():
if isinstance(command, utils.Override):
command = command.key
line = ""
if isinstance(command, str):
if "<" not in command:
talon_action = convert_action_to_talon(action)
if talon_action:
line = "{}: {}\n".format(command, talon_action)
if line:
result += line
else:
result += "# {}: {}\n".format(command, action)
return result
def convert_action_to_talon(action):
result = ""
if isinstance(action, Key):
key_sequence = [convert_key_spec_to_talon(spec.strip())
for spec in action._spec.split(",")]
result += "key({})".format(" ".join(key_sequence))
elif isinstance(action, Text):
result += "insert(\"{}\")".format(action._spec)
elif isinstance(action, Mouse):
mouse_map = {
"left": "mouse_click(0)",
"right": "mouse_click(1)",
"middle": "mouse_click(2)",
"left:2": "\n mouse_click(0)\n mouse_click(0)",
}
if action._spec in mouse_map:
result += mouse_map[action._spec]
elif isinstance(action, Pause):
result += "sleep({}0ms)".format(action._spec)
elif isinstance(action, ActionSeries):
talon_actions = [convert_action_to_talon(child)
for child in action.flat_action_list()]
if any(not talon_action for talon_action in talon_actions):
return ""
result += "\n {}".format("\n ".join(talon_actions))
return result
def convert_key_spec_to_talon(spec):
result = ""
index = spec.find("-")
if index != -1:
s = spec[:index]
index += 1
modifier_map = {"c": "ctrl", "a": "alt", "s": "shift", "w": "win"}
modifiers = [modifier_map[c] for c in s]
result += "{}-".format("-".join(modifiers))
else:
index = 0
delimiters = [(c, i + index) for i, c in enumerate(spec[index:])
if c in ":/"]
delimiter_sequence = "".join([d[0] for d in delimiters])
delimiter_index = [d[1] for d in delimiters]
inner_pause = None
special = None
outer_pause = None
if delimiter_sequence == "":
keyname = spec[index:]
elif delimiter_sequence == "/":
keyname = spec[index:delimiter_index[0]]
outer_pause = spec[delimiter_index[0]+1:]
elif delimiter_sequence == "/:":
keyname = spec[index:delimiter_index[0]]
inner_pause = spec[delimiter_index[0]+1:delimiter_index[1]]
special = spec[delimiter_index[1]+1:]
elif delimiter_sequence == "/:/":
keyname = spec[index:delimiter_index[0]]
inner_pause = spec[delimiter_index[0]+1:delimiter_index[1]]
special = spec[delimiter_index[1]+1:delimiter_index[2]]
outer_pause = spec[delimiter_index[2]+1:]
elif delimiter_sequence == ":":
keyname = spec[index:delimiter_index[0]]
special = spec[delimiter_index[0]+1:]
elif delimiter_sequence == ":/":
keyname = spec[index:delimiter_index[0]]
special = spec[delimiter_index[0]+1:delimiter_index[1]]
outer_pause = spec[delimiter_index[1]+1:]
key_map = {
"ampersand": "&",
"apostrophe": "'",
"asterisk": "*",
"backslash": "\\",
"backtick": "`",
"comma": ",",
"del": "delete",
"dollar": "$",
"dot": ".",
"equals": "=",
"hash": "#",
"langle": "<",
"lbracket": "[",
"lparen": "(",
"minus": "-",
"plus": "+",
"question": "?",
"rangle": ">",
"rbracket": "]",
"rparen": ")",
"semicolon": ";",
"slash": "/",
"tilde": "~",
"underscore": "_",
}
result += key_map[keyname] if keyname in key_map else keyname
if special: result += ":" + special
return result
class MyEnvironment(object):
"""Specialization of Environment for convenience with my exported rule factory
(RepeatRule).
"""
def __init__(self,
name,
parent=None,
context=None,
action_map=None,
repeatable_action_map=None,
terminal_action_map=None,
element_map=None):
self.environment = Environment(
name,
{"command": (action_map or {}, element_map or {}),
"repeatable_command": (repeatable_action_map or {}, element_map or {}),
"terminal_command": (terminal_action_map or {}, element_map or {})},
context,
parent.environment if parent else None)
def create_grammars(self):
def create_exported_rule(name, command, terminal_command, repeatable_command):
return RepeatRule(name, command or Empty(), repeatable_command or Empty(), terminal_command or Empty())
return self.environment.create_grammars(create_exported_rule)
### Global
global_environment = MyEnvironment(name="Global",
action_map=command_action_map,
repeatable_action_map=repeatable_action_map,
terminal_action_map=terminal_command_action_map,
element_map=command_element_map)
### Shell commands
shell_command_map = utils.combine_maps(odict[
"git commit": Text("git commit -am "),
"git commit done": Text("git commit -am done "),
"git checkout new": Text("git checkout -b "),
"git reset hard head": Text("git reset --hard HEAD "),
"fig XL": Text("hg xl "),
"fig sync": Text("hg sync "),
"fig checkout": Text("hg checkout "),
"fig checkout P4 head": Text("hg checkout p4head "),
"fig add": Text("hg add "),
"fig commit": Text("hg commit -e "),
"fig diff": Text("hg diff "),
"fig diff stat": Text("hg diff --stat "),
"fig diff no binary": Text("hg diff --no-binary "),
"fig P diff": Text("hg pdiff "),
"fig P diff stat": Text("hg pdiff --stat "),
"fig P diff no binary": Text("hg pdiff --no-binary "),
"fig amend": Text("hg amend "),
"fig mail": Text("hg mail -m "),
"fig upload": Text("hg uploadchain "),
"fig submit": Text("hg submit "),
"fig status": Text("hg status "),
"fig fix": Text("hg fix "),
"fig lint": Text("hg lint"),
"fig evolve": Text("hg evolve "),
"fig preev": Text("hg prev "),
"fig next": Text("hg next "),
"fig shelve": Text("hg shelve "),
"fig unshelve": Text("hg unshelve "),
"(soft|sym) link": Text("ln -s "),
"list": Text("ls -l "),
"make dear": Text("mkdir "),
"ps (a UX|aux)": Text("ps aux "),
utils.Override("pipe"): Text(" | "),
"CH mod": Text("chmod "),
"TK diff": Text("tkdiff "),
"MV": Text("mv "),
"CP": Text("cp "),
"RM": Text("rm "),
"CD": Text("cd "),
"LS": Text("ls "),
"PS": Text("ps "),
"reset terminal": Text("exec bash\n"),
"pseudo": Text("sudo "),
"apt get": Text("apt-get "),
], OrderedDict((command, Text(command + " ")) for command in [
"echo",
"grep",
"ssh",
"diff",
"cat",
"man",
"less",
"git branch",
"git checkout",
"git diff",
"git fetch",
"git log",
"git merge",
"git pull",
"git push",
"git stash pop",
"git stash",
"git status",
]))
run_local_hook("AddShellCommands", shell_command_map)
### Emacs
def Exec(command):
return Key("c-c, a-x") + Text(command) + Key("enter")
def jump_to_line(line_string):
return Key("c-u") + Text(line_string) + Key("c-c, c, g")
class OpenClipboardUrlAction(ActionBase):
"""Open a URL in the clipboard in the default browser."""
def _execute(self, data=None):
win32clipboard.OpenClipboard()
data = win32clipboard.GetClipboardData()
win32clipboard.CloseClipboard()
print("Opening link: %s" % data)
webbrowser.open(data)
class MarkLinesAction(ActionBase):
"""Mark several lines within a range."""
def __init__(self, tight=False, tree=False):
super(MarkLinesAction, self).__init__()
self.tight = tight
self.tree = tree
def _execute(self, data=None):
jump_to_line("%(n1)d" % data).execute()
if self.tree:
Key("a-h").execute()
return
if self.tight:
Key("a-m").execute()
Key("c-space").execute()
if "n2" in data:
jump_to_line("%d" % (data["n2"])).execute()
if self.tight:
Key("c-e").execute()
else:
Key("down").execute()
class UseLinesAction(ActionBase):
"""Make use of lines within a range."""
def __init__(self, pre_action, post_action, tight=False, other_buffer=False, tree=False):
super(UseLinesAction, self).__init__()
self.pre_action = pre_action
self.post_action = post_action
self.tight = tight
self.other_buffer = other_buffer
self.tree = tree
def _execute(self, data=None):
if self.other_buffer:
Key("c-x, o").execute()
else:
# Set mark without activating.
Key("c-backslash").execute()
MarkLinesAction(tight=self.tight, tree=self.tree).execute(data)
self.pre_action.execute(data)
# Jump back to the beginning of the selection.
Key("c-langle").execute()
if self.other_buffer:
Key("c-x, o").execute()
else:
# Jump back to the original position.
Key("c-langle").execute()
if not self.tight:
Key("c-a").execute()
self.post_action.execute(data)
emacs_repeatable_action_map = odict[
# Overrides
utils.Delete("afters"): None,
utils.Delete("befores"): None,
utils.Delete("aheads"): None,
utils.Delete("behinds"): None,
utils.Delete("rights"): None,
utils.Delete("lefts"): None,
# Movement
"preev": Key("c-r"),
"next": Key("c-s"),
# Undo
utils.Override("cancel"): Key("c-g"),
"undo": Key("c-slash"),
"redo": Key("c-question"),
# Movement
"layer preev": Key("ca-b"),
"layer next": Key("ca-f"),
"layer down": Key("ca-d"),
"layer up": Key("ca-u"),
"exper preev": Key("c-c, c, c-b"),
"exper next": Key("c-c, c, c-f"),
"word preev": Key("a-p"),
"word next": Key("a-n"),
"error preev": Key("f11"),
"error next": Key("f12"),
]
emacs_action_map = odict[
"[<n>] up": Key("c-u") + Text("%(n)s") + Key("up"),
"[<n>] down": Key("c-u") + Text("%(n)s") + Key("down"),
utils.Override("all select"): Key("c-x, h"),
utils.Override("all edit"): Key("c-x, h, c-w") + utils.RunApp("notepad") + Key("c-v"),
utils.Override("this edit"): Key("c-w") + utils.RunApp("notepad") + Key("c-v"),
# General
"exec": Key("a-x"),
"helm": Key("c-x, c"),
"helm open": Key("c-x, c, b"),
"prefix": Key("c-u"),
"reload": Key("g"),
"quit": Key("q"),
"link open": Key("c-c, c, u/25") + OpenClipboardUrlAction(),
# Emacs
"help variable": Key("c-h, v"),
"help function": Key("c-h, f"),
"help key": Key("c-h, k"),
"help mode": Key("c-h, m"),
"help back": Key("c-c, c-b"),
"customize open": Exec("customize-apropos"),
# Window manipulation
"buff open": Key("c-x, b"),
"buff open split": Key("c-x, 3, c-x, o, c-x, b"),
"buff switch": Key("c-x, b, enter"),
"buff split": Key("c-x, 3"),
"buff close": Key("c-x, 0"),
"buff done": Key("c-x, hash"),
"buff kill": Key("c-x, k, enter"),
"buff even": Key("c-x, plus"),
"go other": Key("c-x, o"),
"other close|buff focus": Key("c-x, 1"),
"buff up": Exec("windmove-up"),
"buff down": Exec("windmove-down"),
"buff left": Exec("windmove-left"),
"buff right": Exec("windmove-right"),
# Filesystem
utils.Override("save"): Key("c-x, c-s"),
"save as": Key("c-x, c-w"),
"save all": Key("c-x, s"),
"save all now": Key("c-u, c-x, s"),
"file open": Key("c-x, c-f"),
"ido close": Key("c-f"),
"ido reload": Key("c-l"),
"directory open": Key("c-x, d"),
"file open recent": Key("c-x, c-r"),
"file open split": Key("c-x, 4, f"),
"file open project": Key("c-c, p, f"),
"file open simulator": Key("c-c, c, p, s"),
"project open": Key("c-c, p, p"),
"project switch": Key("c-c, s"),
"result next": Key("a-comma"),
"def open": Key("a-dot"),
"ref open": Key("as-slash, enter"),
"def close": Key("a-comma"),
"R grep": Exec("rgrep"),
"code search": Exec("cs-feeling-lucky"),
"code search car": Exec("csc"),
# Bookmarks
"bookmark open": Key("c-x, r, b"),
"bookmark save": Key("c-x, r, m"),
"bookmark list": Key("c-x, r, l"),
# Movement
"start": Key("a-m"),
"line <line> long": Key("a-g, a-g") + Text("%(line)s") + Key("enter"),
"line <n1> [short]": jump_to_line("%(n1)s"),
"here scroll": Key("c-l"),
"mark set": Key("c-space"),
"mark save": Key("c-backslash"),
"go mark": Key("c-langle"),
"go change": Key("c-c, c, c"),
"go symbol": Key("a-i"),
"go mark switch": Key("c-c, c-x"),
"search edit": Key("a-e"),
"search word": Key("a-s, w"),
"search symbol": Key("a-s, underscore"),
"regex preev": Key("ca-r"),
"regex next": Key("ca-s"),
"occur": Key("a-s, o"),
"symbol preev": Key("a-s, dot, c-r, c-r"),
"symbol next": Key("a-s, dot, c-s"),
"go before [preev] <char>": Key("c-c, c, b") + Text(u"%(char)s"),
"go after [next] <char>": Key("c-c, c, f") + Text(u"%(char)s"),
"go before next <char>": Key("c-c, c, s") + Text(u"%(char)s"),
"go after preev <char>": Key("c-c, c, e") + Text(u"%(char)s"),
"other screen up": Key("c-minus, ca-v"),
"other screen down": Key("ca-v"),
"other <n1> enter": Key("c-x, o") + jump_to_line("%(n1)s") + Key("enter"),
"go eye <char>": Key("c-c, c, j") + Text(u"%(char)s") + Function(lambda: tracker.type_gaze_point("%d\n%d\n")),
# Editing
utils.Override("delete"): Key("c-c, c, c-w"),
# Note that the delete commands are declared first so that they have higher
# priority than the selection variants.
"[<n>] afters delete": Key("c-del/5:%(n)d"),
"[<n>] befores delete": Key("c-backspace/5:%(n)d"),
"[<n>] aheads delete": Key("a-d/5:%(n)d"),
"[<n>] behinds delete": Key("a-backspace/5:%(n)d"),
"[<n>] rights delete": Key("del/5:%(n)d"),
"[<n>] lefts delete": Key("backspace/5:%(n)d"),
"[<n>] afters": Key("c-space, c-right/5:%(n)d"),
"[<n>] befores": Key("c-space, c-left/5:%(n)d"),
"[<n>] aheads": Key("c-space, a-f/5:%(n)d"),
"[<n>] behinds": Key("c-space, a-b/5:%(n)d"),
"[<n>] rights": Key("c-space, right/5:%(n)d"),
"[<n>] lefts": Key("c-space, left/5:%(n)d"),
"line open up": Key("a-enter"),
"line open down": Key("c-enter"),
"(this|line) move [<n>] up": Key("c-u") + Text("%(n)d") + Key("a-up"),
"(this|line) move [<n>] down": Key("c-u") + Text("%(n)d") + Key("a-down"),
"(this|line) copy [<n>] up": Key("c-u") + Text("%(n)d") + Key("as-up"),
"(this|line) copy [<n>] down": Key("c-u") + Text("%(n)d") + Key("as-down"),
"line clear": Key("c-a, c-c, c, k"),
"line select": Key("c-a, c-space, down"),
"(line|lines) join": Key("as-6"),
"line <n1> open": jump_to_line("%(n1)s") + Key("a-enter"),
"this select": Key("c-x, c-x"),
"this indent": Key("ca-backslash"),
"(this|here) comment": Key("a-semicolon"),
"this format [clang]": Key("ca-q"),
"this format comment": Key("a-q"),
"replace": Key("as-5"),
"regex replace": Key("cas-5"),
"symbol replace": Key("a-apostrophe"),
utils.Override("cut"): Key("c-w"),
utils.Override("copy"): Key("a-w"),
utils.Override("paste"): Key("c-y"),
"paste (other|preev)": Key("a-y"),
"<n1> through [<n2>] [select]": MarkLinesAction(),
"<n1> through [<n2>] short [select]": MarkLinesAction(tight=True),
"<n1> through [<n2>] copy here": UseLinesAction(Key("a-w"), Key("c-y")),
"<n1> through [<n2>] short copy here": UseLinesAction(Key("a-w"), Key("c-y"), tight=True),
"<n1> through [<n2>] move here": UseLinesAction(Key("c-w"), Key("c-y")),
"<n1> through [<n2>] short move here": UseLinesAction(Key("c-w"), Key("c-y"), tight=True),
"other <n1> through [<n2>] copy here": UseLinesAction(Key("a-w"), Key("c-y"), other_buffer=True),
"other <n1> through [<n2>] short copy here": UseLinesAction(Key("a-w"), Key("c-y"), tight=True, other_buffer=True),
"other <n1> through [<n2>] move here": UseLinesAction(Key("c-w"), Key("c-y"), other_buffer=True),
"other <n1> through [<n2>] short move here": UseLinesAction(Key("c-w"), Key("c-y"), tight=True, other_buffer=True),
"layer select": Key("cas-2"),
"layer kill": Key("ca-k"),
"select more": Key("c-equals"),
"select less": Key("c-plus"),
"this parens": Key("a-lparen"),
"tag close": Key("c-c, c-e"),
# Registers
"mark save (reg|rej) <char>": Key("c-x, r, space, %(char)s"),
"go (reg|rej) <char>": Key("c-x, r, j, %(char)s"),
"copy (reg|rej) <char>": Key("c-x, r, s, %(char)s"),
"(reg|rej) <char> paste": Key("c-u, c-x, r, i, %(char)s"),
# Templates
"plate <template>": Key("c-c, ampersand, c-s") + Text(u"%(template)s") + Key("enter"),
"(snippet|template) open": Key("c-c, ampersand, c-v"),
"(snippet|template) new": Key("c-c, ampersand, c-n"),
"(snippets|templates) reload": Exec("yas-reload-all"),
# Compilation
"file build": Key("c-c/10, c-g"),
"file test": Key("c-c, c-t"),
"recompile": Exec("recompile"),
# Dired
"toggle details": Exec("dired-hide-details-mode"),
# Web editing
"JavaScript mode": Exec("js-mode"),
"HTML mode": Exec("html-mode"),
# C++
"header open": Key("c-x, c-h"),
"header open split": Key("c-x, 3, c-x, o, c-x, c-h"),
"import copy": Key("f5"),
"import paste": Key("f6"),
"this import": Exec("clang-include-fixer-at-point"),
# Python
"pie flakes": Key("c-c, c-v"),
# Shell
"shell open": Exec("shell"),
"shell open directory": Key("c-c, c, dollar"),
# Clojure
"closure compile": Key("c-c, c-k"),
"closure namespace": Key("c-c, a-n"),
# Lisp
"function run": Key("ca-x"),
"this run": Exec("eval-region"),
# Version control
"magit open": Key("c-c, m"),
"diff open": Key("c-x, v, equals"),
"VC open": Key("c-x, v, d, enter"),
# GhostText
"ghost close": Key("c-c, c-c"),
]
emacs_terminal_action_map = odict[
# Overrides
utils.Delete("go before <text>"): None,
utils.Delete("go after <text>"): None,
utils.Delete("words <text> [through <text2>] delete"): None,
utils.Delete("words <text> [through <text2>]"): None,
utils.Delete("replace <text> with <replacement>"): None,
"go before [preev] <custom_text>": Key("c-r") + utils.lowercase_text_action("%(custom_text)s") + Key("enter"),
"go after preev <custom_text>": Key("left, c-r") + utils.lowercase_text_action("%(custom_text)s") + Key("c-s, enter"),
"go before next <custom_text>": Key("right, c-s") + utils.lowercase_text_action("%(custom_text)s") + Key("c-r, enter"),
"go after [next] <custom_text>": Key("c-s") + utils.lowercase_text_action("%(custom_text)s") + Key("enter"),
"words <custom_text>": (Key("c-c, c, c-r")
+ utils.lowercase_text_action("%(custom_text)s") + Key("enter")),
"words <custom_text> through <custom_text2>": (Key("c-c, c, c-t")
+ utils.lowercase_text_action("%(custom_text)s") + Key("enter")
+ utils.lowercase_text_action("%(custom_text2)s") + Key("enter")),
"replace <custom_text> with <custom_text2>": (Key("c-c, c, as-5")
+ utils.lowercase_text_action("%(custom_text)s") + Key("enter")
+ utils.lowercase_text_action("%(custom_text2)s") + Key("enter")),
]
templates = {
"beginend": "beginend",
"car": "car",
"catch": "catch",
"doc": "doc",
"field declaration": "field_declaration",
"field definition": "field_definition",
"field initialize": "field_initialize",
"finally": "finally",
"class": "class",
"const ref": "const_ref",
"const pointer": "const_pointer",
"def": "function",
"each": "each",
"else": "else",
"entry": "entry",
"error": "error",
"eval": "eval",
"fatal": "fatal",
"for": "for",
"fun declaration": "fun_declaration",
"function": "function",
"if": "if",
"info": "info",
"inverse if": "inverse_if",
"key": "key",
"lambda": "lambda",
"list": "list",
"map": "map",
"method": "method",
"namespace": "namespace",
"new": "new",
"override": "override",
"ref": "ref",
"set": "set",
"shared pointer": "shared_pointer",
"test": "test",
"ternary": "ternary",
"text": "text",
"to do": "todo",
"try": "try",
"unique pointer": "unique_pointer",
"var": "vardef",
"vector": "vector",
"warning": "warning",
"while": "while",
}
template_dict_list = DictList("template_dict_list", templates)
emacs_element_map = {
"n1": IntegerRef(None, 0, 100),
"n2": IntegerRef(None, 0, 100),
"line": IntegerRef(None, 1, 10000),
"template": DictListRef(None, template_dict_list),
}
emacs_environment = MyEnvironment(name="Emacs",
parent=global_environment,
context=linux.UniversalAppContext(title = "Emacs editor"),
action_map=emacs_action_map,
repeatable_action_map=emacs_repeatable_action_map,
terminal_action_map=emacs_terminal_action_map,
element_map=emacs_element_map)
### Emacs: Python
emacs_python_action_map = odict[
"[python] indent": Key("c-c, rangle"),
"[python] dedent": Key("c-c, langle"),
]
emacs_python_environment = MyEnvironment(name="EmacsPython",
parent=emacs_environment,
context=linux.UniversalAppContext(title="- Python -"),
action_map=emacs_python_action_map)
### Emacs: Org-Mode
emacs_org_repeatable_action_map = odict[
"heading preev": Key("c-c, c-b"),
"heading next": Key("c-c, c-f"),
"heading up": Key("c-c, c-u"),
]
emacs_org_action_map = odict[
"new heading above": Key("c-a, a-enter"),
"new heading": Key("c-e, a-enter"),
"brand new heading": Key("c-e, a-enter, c-c, c, a-left"),
"new heading below": Key("c-e, c-enter"),
"subheading": Key("c-e, a-enter, a-right"),
"split heading": Key("a-enter"),
"new to do above": Key("c-a, as-enter"),
"new to do": Key("c-e, as-enter"),
"brand new to do": Key("c-e, as-enter, c-c, c, a-left"),
"new to do below": Key("c-e, cs-enter"),
"sub to do": Key("c-e, as-enter, a-right"),
"split to do": Key("as-enter"),
"toggle heading": Key("c-c, asterisk"),
"to do": Key("c-1, c-c, c-t"),
"done": Key("c-2, c-c, c-t"),
"clear to do": Key("c-3, c-c, c-t"),
"indent tree": Key("as-right"),
"indent": Key("a-right"),
"dedent tree": Key("as-left"),
"dedent": Key("a-left"),
"move tree down": Key("as-down"),
"move tree up": Key("as-up"),
"tree select": Key("a-h"),
"<n1> tree [select]": MarkLinesAction(tree=True),
"<n1> tree copy here": UseLinesAction(Key("a-w"), Key("c-y"), tree=True),
"<n1> tree move here": UseLinesAction(Key("c-w"), Key("c-y"), tree=True),
"other <n1> tree copy here": UseLinesAction(Key("a-w"), Key("c-y"), other_buffer=True, tree=True),
"other <n1> tree move here": UseLinesAction(Key("c-w"), Key("c-y"), other_buffer=True, tree=True),
"open org link": Key("c-c, c-o"),
"show to do's": Key("c-c, slash, t"),
"archive": Key("c-c, c-x, c-a"),
"org (West|start)": Key("c-c, c, c-a"),
"tag <tag>": Key("c-c, c-q") + Text(u"%(tag)s") + Key("enter"),
]
tags = {
"new": "new",
"Q1": "q1",
"Q2": "q2",
"Q3": "q3",
"Q4": "q4",
"low": "low",
"high": "high",
}
tag_dict_list = DictList("tag_dict_list", tags)
emacs_org_element_map = {
"tag": DictListRef(None, tag_dict_list),
}
emacs_org_environment = MyEnvironment(name="EmacsOrg",
parent=emacs_environment,
context=linux.UniversalAppContext(title="- Org -"),
action_map=emacs_org_action_map,
repeatable_action_map=emacs_org_repeatable_action_map,
element_map=emacs_org_element_map)
### Emacs: Shell
emacs_shell_action_map = utils.combine_maps(
shell_command_map,
odict[
"shell up": Key("a-p"),
"shell down": Key("a-n"),
"shell (preev|back)": Key("a-r"),
"show output": Key("c-c, c-r"),
])
emacs_shell_environment = MyEnvironment(name="EmacsShell",
parent=emacs_environment,
context=linux.UniversalAppContext(title="- Shell -"),
action_map=emacs_shell_action_map)
### Shell
shell_repeatable_action_map = odict[
utils.Delete("afters"): None,
utils.Delete("befores"): None,
utils.Delete("aheads"): None,
utils.Delete("behinds"): None,
utils.Delete("rights"): None,
utils.Delete("lefts"): None,
"afters delete": Key("a-d"),
"befores delete": Key("a-backspace"),
"aheads delete": Key("a-d"),
"behinds delete": Key("a-backspace"),
"rights delete": Key("del"),
"lefts delete": Key("backspace"),
utils.Override("screen up"): Key("s-pgup"),
utils.Override("screen down"): Key("s-pgdown"),
"tab left": Key("cs-left"),
"tab right": Key("cs-right"),
"preev": Key("c-r"),
"next": Key("c-s"),
utils.Override("cancel"): Key("c-g"),
"tab close": Key("cs-w"),
]
shell_action_map = utils.combine_maps(
shell_command_map,
odict[
utils.Override("cut"): Key("cs-x"),
utils.Override("copy"): Key("cs-c"),
utils.Override("paste"): Key("cs-v"),
"tab move [<n>] left": Key("cs-pgup/5:%(n)d"),
"tab move [<n>] right": Key("cs-pgdown/5:%(n)d"),
"go tab <tab_n>": Key("a-%(tab_n)d"),
"go tab last": Key("a-1, cs-left"),
"tab new": Key("cs-t"),
])
shell_element_map = {
"tab_n": IntegerRef(None, 1, 10),
}
shell_environment = MyEnvironment(name="Shell",
parent=global_environment,
context=linux.UniversalAppContext(title=" - Terminal"),
action_map=shell_action_map,
repeatable_action_map=shell_repeatable_action_map,
element_map=shell_element_map)
### Cmder
cmder_repeatable_action_map = odict[
utils.Delete("afters"): None,
utils.Delete("befores"): None,
utils.Delete("aheads"): None,
utils.Delete("behinds"): None,
utils.Delete("rights"): None,
utils.Delete("lefts"): None,
"afters delete": Key("a-d"),
"befores delete": Key("a-backspace"),
"aheads delete": Key("a-d"),
"behinds delete": Key("a-backspace"),
"rights delete": Key("del"),
"lefts delete": Key("backspace"),
utils.Override("screen up"): Key("c-pgup"),
utils.Override("screen down"): Key("c-pgdown"),
"tab left": Key("cs-tab"),
"tab right": Key("c-tab"),
"preev": Key("c-r"),
"next": Key("c-s"),
utils.Override("cancel"): Key("c-g"),
"tab close": Key("c-w"),
]
cmder_action_map = utils.combine_maps(
shell_command_map,
odict[
"tab new [cygwin]": Key("as-6"),
"tab new ubuntu": Key("as-5"),
"tab new dos": Key("as-2"),
"tab new [dos] admin": Key("as-1"),
])
cmder_element_map = {
"tab_n": IntegerRef(None, 1, 10),
}
cmder_environment = MyEnvironment(name="Cmder",
parent=global_environment,
context=AppContext(title="Cmder"),
action_map=cmder_action_map,
repeatable_action_map=cmder_repeatable_action_map,
element_map=cmder_element_map)
### Chrome and Firefox
chrome_repeatable_action_map = odict[
"tab right": Key("c-tab"),
"tab left": Key("cs-tab"),
"tab close": Key("c-w"),
]
chrome_action_map = odict[
"link": Key("c-comma"),
"link tab|tab [new] link": Key("c-dot"),
"(link|links) background [tab]": Key("a-f"),
"tab new": Key("c-t"),
"tab incognito": Key("cs-n"),
"go address": Key("c-l"),
"go [<n>] back": Key("a-left/15:%(n)d"),
"go [<n>] forward": Key("a-right/15:%(n)d"),
"reload": Key("c-r"),
"go tab <tab_n>": Key("c-%(tab_n)d"),
"go tab last": Key("c-9"),
"go tab preev": Key("cs-1"),
"tab move [<n>] left": Key("cs-pgup/5:%(n)d"),
"tab move [<n>] right": Key("cs-pgdown/5:%(n)d"),
"tab reopen": Key("cs-t"),
"tab dupe": Key("c-l/15, a-enter"),
"workspace open": Key("a-s"),
"workspace tab (open|new)": Key("as-c"),
"workspace close": Key("a-w"),
"workspace new": Key("a-n"),
"workspace [tab] save": Key("as-d"),
"<link> go": Text("%(link)s"),
"(caret|carrot) browsing": Key("f7"),
"code search (voice access|VA)": Key("c-l/15") + Text("csva") + Key("tab"),
"code search car": Key("c-l/15") + Text("csc") + Key("tab"),
"code search simulator": Key("c-l/15") + Text("css") + Key("tab"),
"code search": Key("c-l/15") + Text("cs") + Key("tab"),
"calendar site": Key("c-l/15") + Text("calendar.google.com") + Key("enter"),
"critique site": Key("c-l/15") + Text("cr/") + Key("enter"),
"buganizer site": Key("c-l/15") + Text("b/") + Key("enter"),
"drive site": Key("c-l/15") + Text("drive.google.com") + Key("enter"),
"docs site": Key("c-l/15") + Text("docs.google.com") + Key("enter"),
"slides site": Key("c-l/15") + Text("slides.google.com") + Key("enter"),
"sheets site": Key("c-l/15") + Text("sheets.google.com") + Key("enter"),
"new (docs|doc) site": Key("c-l/15") + Text("go/newdoc") + Key("enter"),
"new (slides|slide) site": Key("c-l/15") + Text("go/newslide") + Key("enter"),
"new (sheets|sheet) site": Key("c-l/15") + Text("go/newsheet") + Key("enter"),
"new (scripts|script) site": Key("c-l/15") + Text("go/newscript") + Key("enter"),
"amazon site": Key("c-l/15") + Text("smile.amazon.com") + Key("enter"),
"this strikethrough": Key("as-5"),
"this numbers": Key("cs-7"),
"this bullets": Key("cs-8"),
"this link": Key("c-k"),
"insert text box": Key("a-i/15, t"),
"paste raw": Key("cs-v"),
"match next": Key("c-g"),
"match preev": Key("cs-g"),
"bookmark open": Key("c-semicolon"),
"tab [new] bookmark": Key("c-apostrophe"),
"bookmark save": Key("c-d"),
"frame next": Key("c-lbracket"),
"developer tools": Key("cs-j"),
"webdriver test": Function(webdriver.test_driver),
"go search": webdriver.ClickElementAction(By.NAME, "q"),
"bill new": webdriver.ClickElementAction(By.LINK_TEXT, "Add a bill"),
"ghost open": Key("ca-k"),
]
class ClickTextOrButtonAction(DynStrActionBase):
def __init__(self, spec):
DynStrActionBase.__init__(self, spec)
def _parse_spec(self, spec):
return spec
def _execute_events(self, events):
word_location = gaze_ocr_controller.move_cursor_to_word(events)
if word_location:
Mouse("left").execute()
return
nearest_element = webdriver.find_nearest_element(
lambda: webdriver.find_clickable_elements_by_name(events),
tracker)
if nearest_element:
webdriver.click_element(nearest_element)
chrome_terminal_action_map = odict[
"search <text>": Key("c-l/15") + Text(u"%(text)s") + Pause("15") + Key("enter"),
"history search <text>": Key("c-l/15") + Text("history") + Key("tab") + Text(u"%(text)s") + Key("enter"),
"history search": Key("c-l/15") + Text("history") + Key("tab"),
"moma search <text>": Key("c-l/15") + Text("moma") + Key("tab") + Text(u"%(text)s") + Key("enter"),
"moma search": Key("c-l/15") + Text("moma") + Key("tab"),
"<link>": Text("%(link)s"),
utils.Override("<text> (touch|click) [left]"): ClickTextOrButtonAction("%(text)s"),
]
link_chars_map = {
"zero": "0",
"one": "1",
"two": "2",
"three": "3",
"four": "4",
"five": "5",
"six": "6",
"seven": "7",
"eight": "8",
"nine": "9",
}
link_chars_dict_list = DictList("link_chars_dict_list", link_chars_map)
chrome_element_map = {
"tab_n": IntegerRef(None, 1, 9),
"link": utils.JoinedRepetition(
"", DictListRef(None, link_chars_dict_list), min=1, max=5),
}
chrome_environment = MyEnvironment(name="Chrome",
parent=global_environment,
context=(AppContext(title=" - Google Chrome") |
AppContext(executable="firefox.exe") |
AppContext(title="Mozilla Firefox") |
AppContext(title="Firefox Developer Edition")),
action_map=chrome_action_map,
repeatable_action_map=chrome_repeatable_action_map,
terminal_action_map=chrome_terminal_action_map,
element_map=chrome_element_map)
### Chrome: Amazon
amazon_action_map = odict[
utils.Override("go search"): webdriver.ClickElementAction(By.NAME, "field-keywords"),
]
amazon_environment = MyEnvironment(name="Amazon",
parent=chrome_environment,
context=(AppContext(title="<www.amazon.com>") |
AppContext(title="<smile.amazon.com>")),
action_map=amazon_action_map)
### Chrome: Critique
critique_action_map = odict[
"preev": Key("p"),
"next": Key("n"),
"preev comment": Key("P"),
"next comment": Key("N"),
"preev file": Key("k"),
"next file": Key("j"),
"open": Key("o"),
"list": Key("u"),
"comment": Key("c"),
"resolve": Key("c-j"),
"done": Key("d"),
"expand|collapse": Key("e"),
"reply": Key("r"),
"comment <line_n>": webdriver.DoubleClickElementAction(
By.XPATH, ("//span[contains(@class, 'stx-line') and "
"starts-with(@id, 'c') and "
"substring-after(@id, '_') = '%(line_n)s']")),
"(touch|click) LGTM": webdriver.ClickElementAction(By.XPATH, "//*[@aria-label='LGTM']"),
"(touch|click) action required": webdriver.ClickElementAction(By.XPATH, "//*[@aria-label='Action required']"),
"(touch|click) send": webdriver.ClickElementAction(By.XPATH, "//*[starts-with(@aria-label, 'Send')]"),
"search bar": Key("slash"),
]
critique_element_map = {
"line_n": IntegerRef(None, 1, 10000),
}
critique_environment = MyEnvironment(name="Critique",
parent=chrome_environment,
context=(AppContext(title="<critique.corp.google.com>") |
AppContext(title="<critique-ng.corp.google.com>")),
action_map=critique_action_map,
element_map=critique_element_map)
### Chrome: Calendar
calendar_action_map = odict[
"today": Key("t"),
"preev": Key("k"),
"next": Key("j"),
"day": Key("d"),
"week": Key("w"),
"month": Key("m"),
"agenda": Key("a"),
]
calendar_environment = MyEnvironment(name="Calendar",
parent=chrome_environment,
context=(AppContext(title="Google Calendar") |
AppContext(title="Google.com - Calendar")),
action_map=calendar_action_map)
### Chrome: Code search
code_search_action_map = odict[
"header open": Key("r/25, h"),
"cc open": Key("r/25, c"),
"directory open": Key("r/25, p"),
utils.Override("go search"): Key("slash"),
]
code_search_environment = MyEnvironment(name="CodeSearch",
parent=chrome_environment,
context=AppContext(title="<cs.corp.google.com>"),
action_map=code_search_action_map)
### Chrome: Gmail
gmail_repeatable_action_map = odict[
"preev": Key("plus, k"),
"next": Key("plus, j"),
"message preev": Key("plus, p"),
"message next": Key("plus, n"),
"section next": Key("plus, backtick"),
"section preev": Key("plus, tilde"),
]
gmail_action_map = odict[
"open": Key("plus, o"),
"archive": Key("+, {"),
"done": Key("+, ["),
"this unread": Key("+, _"),
"gmail undo": Key("plus, z"),
"list": Key("plus, u"),
"compose": Key("plus, c"),
"reply": Key("plus, r"),
"reply all": Key("plus, a"),
"forward": Key("plus, f"),
"important": Key("plus, plus"),
"this star": Key("plus, s"),
"this important": Key("plus, plus"),
"this not important": Key("plus, minus"),
"label waiting": Pause("50") + Key("plus, l/50") + Text("waiting") + Pause("50") + Key("enter"),
"label snooze": Pause("50") + Key("plus, l/50") + Text("snooze") + Pause("50") + Key("enter"),
"snooze": Pause("50") + Key("plus, l/50") + Text("snooze") + Pause("50") + Key("enter") + Pause("50") + Key("+, ["),
"label vacation": Pause("50") + Key("plus, l/50") + Text("vacation") + Pause("50") + Key("enter"),
"label house": Pause("50") + Key("plus, l/50") + Text("house") + Pause("50") + Key("enter"),
"label taxes": Pause("50") + Key("plus, l/50") + Text("taxes") + Pause("50") + Key("enter"),
"label": Key("plus, l/50"),
"this select": Key("plus, x"),
"<n> select": Key("plus, x, plus, j") * Repeat(extra="n"),
"(message|messages) reload": Key("plus, N"),
"go inbox|going box": Key("plus, g, i"),
"go starred": Key("plus, g, s"),
"go sent": Key("plus, g, t"),
"go drafts": Key("plus, g, d"),
"expand all": webdriver.ClickElementAction(By.XPATH, "//*[@aria-label='Expand all']"),
"collapse all": webdriver.ClickElementAction(By.XPATH, "//*[@aria-label='Collapse all']"),
"go field to": webdriver.ClickElementAction(By.XPATH, "//*[@aria-label='To']"),
"go field cc": Key("cs-c"),
"chat open": Key("plus, q"),
"this send": Key("c-enter"),
utils.Override("go search"): Key("plus, slash"),
]
gmail_environment = MyEnvironment(name="Gmail",
parent=chrome_environment,
context=(AppContext(title="Gmail") |
AppContext(title="Google.com Mail") |
AppContext(title="<mail.google.com>") |
AppContext(title="<inbox.google.com>")),
action_map=gmail_action_map,
repeatable_action_map=gmail_repeatable_action_map)
### Chrome: docs
docs_action_map = odict[
"select column": Key("c-space:2"),
"select row": Key("s-space:2"),
"row up": Key("a-e/15, k"),
"row down": Key("a-e/15, j"),
"column left": Key("a-e/15, m"),
"column right": Key("a-e/15, m"),
"add comment": Key("ca-m"),
"preev comment": Key("ctrl:down, alt:down, p, c, ctrl:up, alt:up"),
"next comment": Key("ctrl:down, alt:down, n, c, ctrl:up, alt:up"),
"enter comment": Key("ctrl:down, alt:down, e, c, ctrl:up, alt:up"),
"(new|insert) row above": Key("a-i/15, r"),
"(new|insert) row [below]": Key("a-i/15, b"),
"dupe row": Key("s-space:2, c-c/15, a-i/15, b, c-v/30, up/30, down"),
"delete row": Key("a-e/15, d"),
"(click|touch) present": webdriver.ClickElementAction(By.XPATH, "//*[@aria-label='Start presentation (Ctrl+F5)']"),
"file rename": Key("as-f/50, r"),
"menu <text>": Key("a-slash/15") + Text("%(text)s") + Pause("25") + Key("enter"),
]
docs_environment = MyEnvironment(name="Docs",
parent=chrome_environment,
context=AppContext(title="<docs.google.com>"),
action_map=docs_action_map)
### Chrome: Buganizer
buganizer_action_map = OrderedDict()
run_local_hook("AddBuganizerCommands", buganizer_action_map)
buganizer_environment = MyEnvironment(name="Buganizer",
parent=chrome_environment,
context=(AppContext(title="Buganizer V2") |
AppContext(title="<b.corp.google.com>") |
AppContext(title="<buganizer.corp.google.com>") |
AppContext(title="<b2.corp.google.com>")),
action_map=buganizer_action_map)
### Chrome: Analog
analog_action_map = odict[
"next": Key("n"),
"preev": Key("p"),
]
analog_environment = MyEnvironment(name="Analog",
parent=chrome_environment,
context=AppContext(title="<analog.corp.google.com>"),
action_map=analog_action_map)
### Chrome: Colab
colab_repeatable_action_map = odict[
"[cell] next": Key("c-m, n"),
"[cell] preev": Key("c-m, p"),
]
colab_action_map = odict[
"cell run": Key("c-enter"),
"all (cell|cells) run": Key("c-f9"),
"cell (expand|collapse)": Key("c-apostrophe"),
"cell open down": Key("c-m, b"),
"cell open up": Key("c-m, a"),
"cell delete": Key("c-m, d"),
"this run": Key("cs-enter"),
"this comment": Key("c-slash"),
]
colab_environment = MyEnvironment(name="Colab",
parent=chrome_environment,
context=(AppContext(title="<colab.sandbox.google.com>") |
AppContext(title="<colab.research.google.com>")),
action_map=colab_action_map,
repeatable_action_map=colab_repeatable_action_map)
### Notepad
notepad_action_map = odict[
"transfer out": Key("c-a, c-x, a-f4") + utils.UniversalPaste(),
]
notepad_environment = MyEnvironment(name="Notepad",
parent=global_environment,
context=AppContext(executable = "notepad"),
action_map=notepad_action_map)
### Linux
# TODO Figure out either how to integrate this with the repeating rule or move out.
linux_action_map = odict[
"terminal new": Key("ca-t"),
# "[work] terminal win": linux.ActivateLinuxWindow(" - Terminal"),
# "[work] emacs win": linux.ActivateLinuxWindow(" - Emacs editor"),
# "[work] studio win": linux.ActivateLinuxWindow(" - Android Studio"),
"remote firefox (window|win)": linux.ActivateLinuxWindow("Mozilla Firefox"),
"remote chrome (window|win)": linux.ActivateLinuxWindow("Google Chrome"),
]
run_local_hook("AddLinuxCommands", linux_action_map)
linux_rule = utils.create_rule("LinuxRule", linux_action_map, {}, True,
(AppContext(title="Oracle VM VirtualBox") |
AppContext(title="<remotedesktop.corp.google.com>")))
#-------------------------------------------------------------------------------
# Populate and load the grammars.
grammars = global_environment.create_grammars()
# TODO Figure out either how to integrate this with the repeating rule or move out.
linux_grammar = Grammar("linux") # Create this module's grammar.
linux_grammar.add_rule(linux_rule)
grammars.append(linux_grammar)
class BenchmarkRule(MappingRule):
mapping = {
"benchmark [<n>] command <command>": Function(lambda command, n: command_benchmark.start(str(command), n)),
"benchmark reset": Function(reset_benchmark),
}
extras = [Dictation("command"), IntegerRef("n", 1, 10, default=1)]
benchmark_grammar = Grammar("benchmark")
benchmark_grammar.add_rule(BenchmarkRule())
grammars.append(benchmark_grammar)
grammar_controller = utils.GrammarController("dragonfly", grammars)
grammar_controller.load()
#-------------------------------------------------------------------------------
# Start a server which lets Emacs send us nearby text being edited, so we can
# use it for contextual recognition. Note that the server is only exposed to
# the local machine, except it is still potentially vulnerable to CSRF
# attacks. Consider this when adding new functionality.
# Register timer to run arbitrary callbacks added by the server.
callbacks = queue.Queue()
def RunCallbacks():
while callbacks and not callbacks.empty():
callback = callbacks.get_nowait()
try:
callback()
except Exception as exception:
traceback.print_exc()
timer = get_engine().create_timer(RunCallbacks, 0.1)
# Update the context phrases.
def UpdateWords(phrases):
# Not currently used, and not working if enabled. Tests indicate that the
# list of words is being updated, but Dragon is only aware of the words that
# were initially loaded.
# context_phrase_list.set(phrases)
pass
def IsValidIp(ip):
m = re.match(r"^(\d{1,3})\.(\d{1,3})\.(\d{1,3})\.(\d{1,3})$", ip)
return bool(m) and all(map(lambda n: 0 <= int(n) <= 255, m.groups()))
class TextRequestHandler(BaseHTTPServer.BaseHTTPRequestHandler):
"""HTTP handler for receiving a block of text. The file type can be provided
with header My-File-Type.
TODO: Use JSON instead of custom headers and dispatch based on path.
"""
def do_POST(self):
# Uncomment to enable profiling.
# cProfile.runctx("self.PostInternal()", globals(), locals())
# def PostInternal(self):
start_time = time.time()
# Check host in case of DNS rebinding attack.
host = self.headers.getheader("Host")
host = host.split(":")[0]
if not (host == "localhost" or host == "localhost." or IsValidIp(host)):
print("Host header rejected: " + host)
return
length = self.headers.getheader("content-length")
file_type = self.headers.getheader("My-File-Type")
request_text = self.rfile.read(int(length)) if length else ""
# print("received text: %s" % request_text)
phrases = text.extract_phrases(request_text, file_type)
# Asynchronously update word lists available to Dragon.
callbacks.put_nowait(lambda: UpdateWords(phrases))
self.send_response(204) # no content
self.end_headers()
# The following sequence of low-level socket commands was needed to get
# this working properly with the Emacs client. Gory details:
# http://blog.netherlabs.nl/articles/2009/01/18/the-ultimate-so_linger-page-or-why-is-my-tcp-not-reliable
self.wfile.flush()
self.request.shutdown(socket.SHUT_WR)
self.rfile.read()
print("Processed words: %.10f" % (time.time() - start_time))
def do_GET(self):
self.do_POST()
# Start a single-threaded HTTP server in a separate thread. Bind the server to
# localhost so it cannot be accessed outside the local computer (except by SSH
# tunneling).
HOST, PORT = "127.0.0.1", 9090
server = BaseHTTPServer.HTTPServer((HOST, PORT), TextRequestHandler)
server_thread = threading.Thread(target=server.serve_forever)
server_thread.daemon = True
server_thread.start()
# Connect to Chrome WebDriver if possible.
webdriver.create_driver()
print("Loaded _repeat.py")
#-------------------------------------------------------------------------------
# Unload function which will be called by NatLink.
def unload():
grammar_controller.unload()
if tracker.is_connected:
tracker.disconnect()
webdriver.quit_driver()
timer.stop()
server.shutdown()
server.server_close()
gaze_ocr_controller.shutdown(wait=False)
print("Unloaded _repeat.py")
if __name__ == "__main__" and sys.argv[1]:
global_environment.environment.generate_talon_files(sys.argv[1])
print("Completed talon conversion")