class UpperCaseSQL(MergeRule):
pronunciation = "upper case sequel"
mapping = {
"select":
R(Text("SELECT "), rdescript="SQL: Select"),
"select top [<n>]":
R(Text("SELECT TOP ") + Function(_render_number),
rdescript="SQL: Select Top"),
"select all":
R(Text("SELECT * "), rdescript="SQL: Select All"),
"from":
R(Key("enter") + Text("FROM "), rdescript="SQL: From"),
"where":
R(Key("enter") + Text("WHERE "), rdescript="SQL: Where"),
"group by":
R(Key("enter") + Text("GROUP BY "), rdescript="SQL: Group By"),
"order by":
R(Key("enter") + Text("ORDER BY "), rdescript="Order By"),
"ascending":
R(Text(" ASC "), rdescript="SQL: Ascending"),
"descending":
R(Text(" DESC "), rdescript="SQL: Descending"),
"left join":
R(Key("enter") + Text("LEFT JOIN "), rdescript="SQL: Left Join"),
"inner join":
R(Key("enter") + Text("INNER JOIN "), rdescript="SQL: Inner Join"),
"join":
R(Text(" JOIN "), rdescript="SQL: Join"),
"insert into":
R(Text(" INSERT INTO "), rdescript="SQL: Insert"),
"update":
R(Text(" UPDATE TOKEN SET "), rdescript="SQL: Update"),
"delete":
R(Text("DELETE "), rdescript="SQL: Delete"),
"like":
R(Text(" LIKE '%%'") + Key("left/5:2"), rdescript="SQL: Like"),
"union":
R(Text(" UNION "), rdescript="SQL: Union"),
"alias as":
R(Text(" AS "), rdescript="SQL: Alias As"),
"is null":
R(Text(" IS NULL "), rdescript="SQL: Is Null"),
"is not null":
R(Text(" IS NOT NULL "), rdescript="SQL: Is Not Null"),
"declare":
R(Text(" DECLARE @ "), rdescript="SQL: Is Not Null"),
"fun max":
R(Text(" MAX() ") + Key("left/5:2"), rdescript="SQL: Max"),
"fun count":
R(Text(" COUNT() ") + Key("left/5:2"), rdescript="SQL: Count"),
"int":
R(Text(" INT "), rdescript="SQL: Count"),
"var char | far char":
R(Text(" VARCHAR() ") + Key("left:2"), rdescript="SQL: Count"),
}
extras = [
IntegerRefST("n", 1, 10000),
]
defaults = {"n": 0}
def test_non_ascii_key(self):
""" Test handling of non-ASCII characters in ActionSeries actions.
"""
action = Key(u"é") + Text(u"á")
self.assertEqual(str(action), "[%r]+%r" % (u"é", u"á"))
action = Key(u"é") | Text(u"á")
self.assertEqual(str(action), "[%r]|%r" % (u"é", u"á"))
def hold_modifier(short_mode):
if "s" in short_mode:
Key("shift:down").execute()
if "a" in short_mode:
Key("alt:down").execute()
if "c" in short_mode:
Key("control:down").execute()
if "w" in short_mode:
Key("win:down").execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] / 1000.)
def master_text_nav(mtn_mode, mtn_dir, nnavi500, extreme):
'''
(<mtn_dir> | <mtn_mode> [<mtn_dir>]) [(<nnavi500> | <extreme>)]
mtn_mode: "shin" s, "queue" cs, "fly" c, (default None)
mtn_dir: 0-up, 1-down, 2-left, 3-right, (default right)
nnavi500: number of keypresses (default 1)
extreme: home/end (default None)
'''
k = None
if mtn_mode is None:
if extreme is not None:
if mtn_dir == "left":
k = "home"
elif mtn_dir == "right":
k = "end"
elif mtn_dir == "up":
k = "c-home"
elif mtn_dir == "down":
k = "c-end"
else:
k = str(mtn_dir) + "/5:" + str(nnavi500)
elif extreme is None:
k = str(mtn_mode) + "-" + str(mtn_dir) + "/5:" + str(nnavi500)
else:
mtn_dir = str(mtn_dir)
way = "end" if mtn_dir in ["right", "down"] else "home"
k = str(mtn_mode) + "-" + str(way)
Key(k).execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] / 1000.)
class Paste(DynStrActionBase):
"""
Paste-from-clipboard action.
Constructor arguments:
- *contents* (*str*) -- contents to paste
- *format* (*int*, Win32 clipboard format) --
clipboard format
- *paste* (instance derived from *ActionBase*) --
paste action
- *static* (boolean) --
flag indicating whether the
specification contains dynamic elements
This action inserts the given *contents* into the Windows system
clipboard, and then performs the *paste* action to paste it into
the foreground application. By default, the *paste* action is the
:kbd:`Control-v` keystroke. The default clipboard format to use
is the *Unicode* text format.
"""
# Default paste action.
_default_format = win32con.CF_UNICODETEXT
_default_paste = Key("c-v/5")
def __init__(self, contents, format=None, paste=None, static=False):
if not format: format = self._default_format
if not paste: paste = self._default_paste
if isinstance(contents, basestring):
spec = contents
self.contents = None
else:
spec = ""
self.contents = contents
self.format = format
self.paste = paste
DynStrActionBase.__init__(self, spec, static=static)
def _parse_spec(self, spec):
if self.contents:
return self.contents
else:
return spec
def _execute_events(self, events):
original = Clipboard()
original.copy_from_system()
if self.format == win32con.CF_UNICODETEXT:
events = unicode(events)
elif self.format == win32con.CF_TEXT:
events = str(events)
clipboard = Clipboard(contents={self.format: events})
clipboard.copy_to_system()
self.paste.execute()
original.copy_to_system()
return True
def add_modkeys(rule):
release = R(Key("shift:up, ctrl:up, alt:up"), rdescript = "Mod Keys Up")
if not hasattr(rule, "marked") and\
rule.get_pronunciation()[0:6] != "Merged": # don't augment merged rules-- they'd get it twice
for spec in rule.mapping_actual().keys():
rule.mapping_actual()[spec] = release + rule.mapping_actual()[spec] + release
rule.marked = True
def _execute_events(self, events):
"""
Send keyboard events.
If instance was initialized with *autofmt* True,
then this method will mimic a word recognition
and analyze its formatting so as to autoformat
the text's spacing and capitalization before
sending it as keyboard events.
"""
if self._autofmt:
# Mimic a word, select and copy it to retrieve capitalization.
get_engine().mimic("test")
Key("cs-left, c-c/5").execute()
word = Clipboard.get_system_text()
# Inspect formatting of the mimicked word.
index = word.find("test")
if index == -1:
index = word.find("Test")
capitalize = True
if index == -1:
self._log.error("Failed to autoformat.")
return False
else:
capitalize = False
# Capitalize given text if necessary.
text = self._spec
if capitalize:
text = text[0].capitalize() + text[1:]
# Reconstruct autoformatted output and convert it
# to keyboard events.
prefix = word[:index]
suffix = word[index + 4:]
events = self._parse_spec(prefix + text + suffix)
# Calculate keyboard events.
use_hardware = self.require_hardware_events()
keyboard_events = []
for key_symbol in events:
# Get a Typeable object for each key symbol, if possible.
typeable = self._get_typeable(key_symbol, use_hardware)
# Raise an error message if a Typeable could not be retrieved.
if typeable is None:
error_message = ("Keyboard interface cannot type this"
" character: %r" % key_symbol)
raise ActionError(error_message)
# Get keyboard events using the Typeable.
keyboard_events.extend(typeable.events(self._pause))
# Send keyboard events.
self._keyboard.send_keyboard_events(keyboard_events)
return True
def master_short(short_mode, key, nnavi500):
'''
<short_mode> <key> [<nnavi500>]
short_mode: "shift" s, "troll" c, "alt" a, "wind" w, "trot" ca, "shoal" cs, "tron" wc, "shalt" sa, "walt" wa, "shin" ws, (default None)
key: key to press (default None)
nnavi500: number of keypresses (default 1)
'''
k = str(short_mode) + "-" + str(key) + "/5:" + str(nnavi500)
Key(k).execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] / 1000.)
def __init__(self, contents, format=None, paste=None, static=False):
if not format:
format = self._default_format
if paste is None:
# Pass use_hardware=True to guarantee that Ctrl+V is always
# pressed, regardless of the keyboard layout.
paste = Key(self._default_paste_spec, use_hardware=True)
if isinstance(contents, string_types):
spec = contents
self.contents = None
else:
spec = ""
self.contents = contents
self.format = format
self.paste = paste
DynStrActionBase.__init__(self, spec, static=static)
def set_foreground(self):
# Bring this window into the foreground if it isn't already the
# current foreground window.
if self.handle != win32gui.GetForegroundWindow():
if self.is_minimized:
self.restore()
# Press a key so Windows allows us to use SetForegroundWindow()
# (received last input event). See Microsoft's documentation on
# SetForegroundWindow() for why this works.
# Only do this if neither the left or right control keys are
# held down.
if win32api.GetKeyState(win32con.VK_CONTROL) >= 0:
Key("control:down,control:up").execute()
# Set the foreground window.
self._set_foreground()
class TaskBar(MergeRule):
pronunciation = "task bar"
mapping = {
"chromium": R(Key("w-1"), rdescript="Maximize Window"),
"Firefox": R(Key("w-2"), rdescript="Maximize Window"),
"viz. code": R(Key("w-3"), rdescript="Maximize Window"),
"file system": R(Key("w-4"), rdescript="Maximize Window"),
"(get bash) | git bash": R(Key("w-5"), rdescript="Maximize Window"),
"slime tech": R(Key("w-6"), rdescript="Maximize Window"),
}
extras = []
defaults = {}
def _execute_events(self, events):
"""
Send keyboard events.
If instance was initialized with *autofmt* True,
then this method will mimic a word recognition
and analyze its formatting so as to autoformat
the text's spacing and capitalization before
sending it as keyboard events.
"""
if self._autofmt:
# Mimic a word, select and copy it to retrieve capitalization.
get_engine().mimic("test")
Key("cs-left, c-c/5").execute()
word = Clipboard.get_text()
# Inspect formatting of the mimicked word.
index = word.find("test")
if index == -1:
index = word.find("Test")
capitalize = True
if index == -1:
self._log.error("Failed to autoformat.")
return False
else:
capitalize = False
# Capitalize given text if necessary.
text = self._spec
if capitalize:
text = text[0].capitalize() + text[1:]
# Reconstruct autoformatted output and convert it
# to keyboard events.
prefix = word[:index]
suffix = word[index + 4:]
events = self._parse_spec(prefix + text + suffix)
# Send keyboard events.
self._keyboard.send_keyboard_events(events)
return True
def test_non_ascii_key(self):
""" Test handling of non-ASCII characters in Key action. """
action = Key(u"é")
self.assertEqual(str(action), "[%r]" % (u"é", ))
class CustomPunctuation(MergeRule):
pronunciation = "custom punctuation"
mapping = {
# my custom overrides
"double quotes":
R(Key("dquote"), rdescript="Quotation Marks"),
"Quach it":
R(Key("apostrophe"), rdescript="Thin Quotation Marks"),
"equals | equal to":
R(Text("="), rdescript="Equals"),
"equeft":
R(Text(" = "), rdescript="Equals"),
"Schrock it | shrocket":
R(Text(" => "), rdescript="Equals"),
"not equals | not equal to":
R(Text(" != "), rdescript="Not Equal To"),
"is equal to":
R(Text(" == "), rdescript="Not Equal To"),
"[is] greater than":
R(Text(" > "), rdescript="> Comparison"),
"[is] less than":
R(Text(" < "), rdescript="< Comparison"),
"[is] greater [than] [or] equal [to]":
R(Text(" >= "), rdescript=">= Comparison"),
"[is] less [than] [or] equal [to]":
R(Text(" <= "), rdescript="<= Comparison"),
"deplush":
R(Text(" + "), rdescript="Plus with padding"),
"plus":
R(Text("+"), rdescript="Plus"),
"pluqual | Luke while":
R(Text(" += "), rdescript="Plus Equals"),
"deminus":
R(Text(" - "), rdescript="Minus with padding"),
"minus":
R(Text("-"), rdescript="Minus"),
"minqual | min call":
R(Text(" -= "), rdescript="Minus Equals"),
"min twice | mintwice":
R(Text("--"), rdescript="Minus Twice"),
# this is same as the default punctuation
"sinker":
R(Key("semicolon"), rdescript="Semicolon"),
"prekris":
R(Key("lparen"), rdescript="Parentheses"),
"prekorp":
R(Key("lparen"), rdescript="Parentheses"),
"prekos":
R(Key("rparen"), rdescript="Parentheses"),
"brax":
R(Key("lbracket"), rdescript="Square Brackets"),
"brackorp":
R(Key("lbracket"), rdescript="Left Square Bracket"),
"brackos":
R(Key("rbracket"), rdescript="Right Square Bracket"),
"curly":
R(Key("lbrace"), rdescript="Curly Braces"),
"kirksorp":
R(Key("lbrace"), rdescript="Left Curly Brace"),
"kirkos":
R(Key("rbrace"), rdescript="Right Curly Brace"),
"angle":
R(Key("langle"), rdescript="Left Angle Bracket"),
"wrangle":
R(Key("rangle"), rdescript="Right Angle Bracket"),
"(pipe | pipes) (sim | symbol)":
R(Text("|"), rdescript="Pipe Symbol"),
"pipes and":
R(Text("|"), rdescript="Pipe Symbol"),
'skoosh [<npunc>]':
R(Key("space"), rdescript="Space") * Repeat(extra="npunc"),
"clamor":
R(Text("!"), rdescript="Exclamation Mark"),
"deckle":
R(Text(":"), rdescript="Colon"),
"starling":
R(Key("asterisk"), rdescript="Asterisk"),
"questo":
R(Text("?"), rdescript="Question Mark"),
"comma":
R(Text(","), rdescript="Comma"),
"carrot":
R(Text("^"), rdescript="Carat"),
"(period | dot)":
R(Text("."), rdescript="Dot"),
"at sign":
R(Text("@"), rdescript="At Sign"),
"hash tag | pound sign | pounder":
R(Text("#"), rdescript="Hash Tag"),
"apostrophe":
R(Text("'"), rdescript="Apostrophe"),
"tinker":
R(Text("`"), rdescript='back tick'),
"crunder":
R(Text("_"), rdescript="Underscore"),
"shawls":
R(Text("\\"), rdescript="Back Slash"),
"slash":
R(Text("/"), rdescript="Forward Slash"),
"Dolly":
R(Text("$"), rdescript="Dollar Sign"),
"Percy":
R(Key("percent"), rdescript="Percent Sign"),
'tarp [<npunc>]':
R(Key("tab"), rdescript="Tab") * Repeat(extra="npunc"),
'tarsh [<npunc>]':
R(Key("s-tab"), rdescript="Tab") * Repeat(extra="npunc"),
'shaber [<npunc>]':
R(Key("c-rbracket"), rdescript="Tab") * Repeat(extra="npunc"),
'shable [<npunc>]':
R(Key("c-lbracket"), rdescript="Tab") * Repeat(extra="npunc"),
"swipe":
R(Text(", "), rdescript="Comma + Space"),
}
extras = [
IntegerRefST("npunc", 0, 10),
]
defaults = {
"npunc": 1,
}
def get_output():
get_notepad()
Key("c-a").execute()
output = context.read_selected_without_altering_clipboard(True)[1]
Key("backspace").execute()
return output
class CustomStuff(MergeRule):
pronunciation = "custom stuff"
mapping = {
"open new file":
R(Key("c-n"), rdescript="Custom Navigation: Open New File"),
"Lefty":
R(Key("home"), rdescript="Custom Navigation: Home Key"),
"Lexi":
R(Key("s-home"), rdescript="Custom Navigation: Home Key"),
"Ricky":
R(Key("end"), rdescript="Custom Navigation: End Key"),
"Ricksy":
R(Key("s-end"), rdescript="Custom Navigation: End Key"),
"toggle tab":
R(Key("c-tab"), rdescript="Next Tab"),
"Ali":
R(Key("c-a"), rdescript="Select All"),
"back tab [<n>]":
R(Key("s-tab"), rdescript="Previous Tab")*Repeat(extra="n"),
"(windy | Wendy) Max":
R(Key("w-up"), rdescript="Maximize Window"),
"(windy | Wendy) lease [<n>]":
R(Key("w-left"), rdescript="Window Left")*Repeat(extra="n"),
"(windy | Wendy) ross [<n>]":
R(Key("w-right"), rdescript="Window Right")*Repeat(extra="n"),
"mahni lease [<n>]":
R(Key("sw-left"), rdescript="Monitor Left")*Repeat(extra="n"),
"manhi ross [<n>]":
R(Key("sw-right"), rdescript="Monitor Right")*Repeat(extra="n"),
"workace lease":
R(Key("cw-left"), rdescript="Workspace Left"),
"workace ross":
R(Key("cw-right"), rdescript="Monitor Right"),
"peach":
R(Key("c-t"), rdescript="Open New Tab"),
"snatch":
R(Key("c-x"), rdescript="Open New Tab"),
"junk [<nnavi50>]":
R(Key("backspace/5:%(nnavi50)d"), rspec="clear", rdescript="Backspace"),
"spunk [<nnavi50>]":
R(Key("del/5"), rspec="deli", rdescript="Delete")*Repeat(extra="nnavi50"),
"snipple":
R(Key("s-home") + Key("del/5"), rspec="clear", rdescript="Backspace"),
"(sniper | snipper)":
R(Key("s-end") + Key("del/5"), rspec="clear", rdescript="Backspace"),
"fish [<nnavi50>]":
R(Key("c-right"), rspec="fish", rdescript="Jump word to the right")*
Repeat(extra="nnavi50"),
"fame [<nnavi50>]":
R(Key("c-left"), rspec="fame", rdescript="Jump word to the Left")*
Repeat(extra="nnavi50"),
"scrish [<nnavi50>]":
R(Key("cs-right"), rspec="scrish", rdescript="Select word to the right")*
Repeat(extra="nnavi50"),
"scram [<nnavi50>]":
R(Key("cs-left"), rspec="scram", rdescript="Select a word to the left")*
Repeat(extra="nnavi50"),
"shreep [<nnavi50>]":
R(Key("s-up"), rspec="shreeep", rdescript="Select a line up")*
Repeat(extra="nnavi50"),
"shroom [<nnavi50>]":
R(Key("s-down"), rspec="shroom", rdescript="Select a line down")*
Repeat(extra="nnavi50"),
"(Kate | Kite) [<nnavi50>]":
R(Key("c-del"), rspec="clear", rdescript="Backspace")*Repeat(extra="nnavi50"),
"trough [<nnavi50>]":
R(Key("c-backspace"), rspec="clear", rdescript="Backspace")*
Repeat(extra="nnavi50"),
"totch":
R(Key("c-w/20"), rdescript="Close Tab"),
"dizzle [<n>]":
R(Key("c-z"), rdescript="Undo")*Repeat(extra="n"),
"rizzle [<n>]":
R(Key("c-y"), rdescript="Redo")*Repeat(extra="n"),
'duke':
R(Function(navigation.left_click, nexus=_NEXUS)*Repeat(2),
rdescript="Mouse: Double Click"),
"marco":
R(Key("c-f"), rdescript="Find"),
"cram <textnv>":
R(Function(format_text_wrapper, cpa=3, space=1), rdescript="camelCase"),
"smash <textnv>":
R(Function(format_text_wrapper, cap=5, space=1),
rdescript="lowercasenospaces"),
"squash <textnv>":
R(Function(format_text_wrapper, cap=5, space=0),
rdescript="lowercase with spaces"),
"snake <textnv>":
R(Function(format_text_wrapper, cap=5, space=3), rdescript="snake_case"),
"Yeller <textnv>":
R(Function(format_text_wrapper, cap=1, space=0), rdescript="UPPERCASE"),
"spine <textnv>":
R(Function(format_text_wrapper, cap=0, space=2),
rdescript="spinal-case-text"),
"tridal <textnv>":
R(Function(format_text_wrapper, cap=2, space=0), rdescript="Title Case"),
"Champ <textnv>":
R(Function(format_text_wrapper, cap=4, space=0),
rdescript="Capitalize first word"),
"format <textnv>":
R(Function(textformat.prior_text_format), rdescript="Last Text Format"),
"scrodge [<nnavi50>]":
R(Function(wheel_scroll_down), rdescript="Wheel Scroll"),
"scroop [<nnavi50>]":
R(Function(wheel_scroll_up), rdescript="Wheel Scroll"),
'chiff | Jeff':
R(Function(navigation.left_click, nexus=_NEXUS),
rdescript="Mouse: Left Click"),
}
extras = [
IntegerRefST("n", 1, 10),
IntegerRefST("nnavi50", 1, 50),
Dictation("textnv"),
]
defaults = {"n": 1, "nnavi50": 1, "textnv": ""}
class SQL(MergeRule):
pronunciation = "sequel"
mapping = {
"select":
R(Text(" SELECT "), rdescript="SQL: Select"),
"select (all | every)":
R(Text(" SELECT * "), rdescript="SQL: Select All"),
"from":
R(Text(" FROM "), rdescript="SQL: From"),
"where":
R(Text(" WHERE "), rdescript="SQL: Where"),
"between":
R(Text(" BETWEEN "), rdescript="SQL: Between"),
"lodge and ":
R(Text(" AND "), rdescript="SQL: And"),
"lodge or":
R(Text(" OR "), rdescript="SQL: Or"),
"it are in":
R(Text(" IN "), rdescript="SQL: In"),
"equals | equal to":
R(Text(" = "), rdescript="SQL: Equals"),
"not equals | not equal to":
R(Text(" <> "), rdescript="SQL: Not Equal To"),
"group by":
R(Text(" GROUP BY "), rdescript="SQL: Group By"),
"order by":
R(Text(" ORDER BY "), rdescript="Order By"),
"ascending":
R(Text(" ASC "), rdescript="SQL: Ascending"),
"descending":
R(Text(" DESC "), rdescript="SQL: Descending"),
"left join":
R(Text(" LEFT JOIN "), rdescript="SQL: Left Join"),
"inner join":
R(Text(" INNER JOIN "), rdescript="SQL: Inner Join"),
"right join":
R(Text(" RIGHT JOIN "), rdescript="SQL: Right Join"),
"full join":
R(Text(" FULL JOIN "), rdescript="SQL: Full Join"),
"join":
R(Text(" JOIN "), rdescript="SQL: Join"),
"on columns":
R(Text(" ON "), rdescript="SQL: On"),
"using":
R(Text(" USING () ") + Key("left/5:2"), rdescript="SQL: Using"),
"insert into":
R(Text(" INSERT INTO "), rdescript="SQL: Insert"),
"update":
R(Text(" UPDATE TOKEN SET "), rdescript="SQL: Update"),
"delete":
R(Text(" DELETE "), rdescript="SQL: Delete"),
"like":
R(Text(" LIKE '%%'") + Key("left/5:2"), rdescript="SQL: Like"),
"union":
R(Text(" UNION "), rdescript="SQL: Union"),
"alias as":
R(Text(" AS "), rdescript="SQL: Alias As"),
"is null":
R(Text(" IS NULL "), rdescript="SQL: Is Null"),
"is not null":
R(Text(" IS NOT NULL "), rdescript="SQL: Is Not Null"),
"fun max":
R(Text(" MAX() ") + Key("left/5:2"), rdescript="SQL: Max"),
"fun min":
R(Text(" MIN() ") + Key("left/5:2"), rdescript="SQL: Min"),
"fun count":
R(Text(" COUNT() ") + Key("left/5:2"), rdescript="SQL: Count"),
"fun average":
R(Text(" AVG() ") + Key("left/5:2"), rdescript="SQL: Average"),
"over partition by":
R(Text(" OVER (PARTITION BY ) ") + Key("left/5:2"),
rdescript="SQL: Over Partition By"),
}
extras = []
defaults = {}
def master_short_mouse(short_mode, mouse_action):
'''
<short_mode><mouse_action>
short_mode: "shift" s, "troll" c, "alt" a, "wind" w, "trot" ca, "shoal" cs, "tron" wc, "shalt" sa, "walt" wa, "shin" ws, (default None)
mouse_action:
'''
if short_mode == "s":
Key("shift:down").execute()
Mouse(mouse_action).execute()
Key("shift:up").execute()
elif short_mode == "c":
Key("control:down").execute()
Mouse(mouse_action).execute()
Key("control:up").execute()
elif short_mode == "a":
Key("alt:down").execute()
Mouse(mouse_action).execute()
Key("alt:up").execute()
elif short_mode == "w":
Key("win:down").execute()
Mouse(mouse_action).execute()
Key("win:up").execute()
elif short_mode == "ca":
Key("control:down").execute()
Key("alt:down").execute()
Mouse(mouse_action).execute()
Key("control:up").execute()
Key("alt:up").execute()
elif short_mode == "cs":
Key("control:down").execute()
Key("shift:down").execute()
Mouse(mouse_action).execute()
Key("control:up").execute()
Key("shift:up").execute()
elif short_mode == "wc":
Key("win:down").execute()
Key("control:down").execute()
Mouse(mouse_action).execute()
Key("win:up").execute()
Key("control:up").execute()
elif short_mode == "sa":
Key("shift:down").execute()
Key("alt:down").execute()
Mouse(mouse_action).execute()
Key("shift:up").execute()
Key("alt:up").execute()
elif short_mode == "wa":
Key("win:down").execute()
Key("alt:down").execute()
Mouse(mouse_action).execute()
Key("win:up").execute()
Key("alt:up").execute()
elif short_mode == "ws":
Key("win:down").execute()
Key("shift:down").execute()
Mouse(mouse_action).execute()
Key("win:up").execute()
Key("shift:up").execute()
elif short_mode == "cas":
Key("control:down").execute()
Key("alt:down").execute()
Key("shift:down").execute()
Mouse(mouse_action).execute()
Key("control:up").execute()
Key("alt:up").execute()
Key("shift:up").execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] / 1000.)
class Punctuation(MergeRule):
pronunciation = CCRMerger.CORE[3]
mapping = {
"semper":
R(Key("semicolon"), rdescript="Semicolon"),
"quotes":
R(Key("dquote,dquote,left"), rdescript="Quotation Marks"),
"thin quotes":
R(Key("apostrophe,apostrophe,left"), rdescript="Thin Quotation Marks"),
"[is] greater than":
R(Key("rangle"), rdescript="> Comparison"),
"[is] less than":
R(Key("langle"), rdescript="< Comparison"),
"[is] greater [than] [or] equal [to]":
R(Key("rangle, equals"), rdescript=">= Comparison"),
"[is] less [than] [or] equal [to]":
R(Key("langle, equals"), rdescript="<= Comparison"),
"[is] equal to":
R(Key("equals,equals"), rdescript="Equality"),
"equals":
R(Key("equals"), rdescript="Equals Sign"),
"prekris":
R(Key("lparen, rparen, left"), rdescript="Parentheses"),
"brax":
R(Key("lbracket, rbracket, left"), rdescript="Square Brackets"),
"curly":
R(Key("lbrace, rbrace, left"), rdescript="Curly Braces"),
"angle":
R(Key("langle, rangle, left"), rdescript="Angle Brackets"),
"plus":
R(Text("+"), rdescript="Plus Sign"),
"minus":
R(Text("-"), rdescript="Dash"),
"pipe (sim | symbol)":
R(Text("|"), rdescript="Pipe Symbol"),
'ace [<npunc>]':
R(Key("space"), rdescript="Space") * Repeat(extra="npunc"),
"clamor":
R(Text("!"), rdescript="Exclamation Mark"),
"deckle":
R(Text(":"), rdescript="Colon"),
"starling":
R(Key("asterisk"), rdescript="Asterisk"),
"questo":
R(Text("?"), rdescript="Question Mark"),
"comma":
R(Text(","), rdescript="Comma"),
"carrot":
R(Text("^"), rdescript="Carat"),
"(period | dot)":
R(Text("."), rdescript="Dot"),
"at sign":
R(Text("@"), rdescript="At Sign"),
"hash tag":
R(Text("#"), rdescript="Hash Tag"),
"apostrophe":
R(Text("'"), rdescript="Apostrophe"),
"underscore":
R(Text("_"), rdescript="Underscore"),
"backslash":
R(Text("\\"), rdescript="Back Slash"),
"slash":
R(Text("/"), rdescript="Forward Slash"),
"Dolly":
R(Text("$"), rdescript="Dollar Sign"),
"modulo":
R(Key("percent"), rdescript="Percent Sign"),
'tabby [<npunc>]':
R(Key("tab"), rdescript="Tab") * Repeat(extra="npunc"),
"boom":
R(Text(", "), rdescript="Comma + Space"),
"ampersand":
R(Key("ampersand"), rdescript="Ampersand"),
"leap":
R(Text("("), rdescript="Left Paren"),
"reap":
R(Text(")"), rdescript="Right Paren"),
"lake":
R(Text("{"), rdescript="Left Curly"),
"rake":
R(Text("}"), rdescript="Right Curly"),
"lobe":
R(Text("["), rdescript="Left Bracket"),
"robe":
R(Text("]"), rdescript="Right Bracket"),
"backtick":
R(Text("`"), rdescript="Backtick"),
}
extras = [
IntegerRefST("npunc", 0, 10),
]
defaults = {
"npunc": 1,
}
class DemoMappingRule(MappingRule):
mapping = {
"test": Key("a"),
}
class SQL(MergeRule):
pronunciation = "sequel"
mapping = {
"select":
R(Text(" select "), rdescript="SQL: Select"),
"select all":
R(Text(" select * "), rdescript="SQL: Select All"),
"from":
R(Text(" from "), rdescript="SQL: From"),
"where":
R(Text(" where "), rdescript="SQL: Where"),
"lodge and ":
R(Text(" and "), rdescript="SQL: And"),
"lodge or":
R(Text(" or "), rdescript="SQL: Or"),
"it are in":
R(Text(" in "), rdescript="SQL: In"),
"equals | equal to":
R(Text(" = "), rdescript="SQL: Equals"),
"not equals | not equal to":
R(Text(" <> "), rdescript="SQL: Not Equal To"),
"group by":
R(Text(" group by "), rdescript="SQL: Group By"),
"order by":
R(Text(" order by "), rdescript="Order By"),
"ascending":
R(Text(" asc "), rdescript="SQL: Ascending"),
"descending":
R(Text(" desc "), rdescript="SQL: Descending"),
"left join":
R(Text(" left join "), rdescript="SQL: Left Join"),
"join":
R(Text(" join "), rdescript="SQL: Join"),
"on columns":
R(Text(" on "), rdescript="SQL: On"),
"using":
R(Text(" using () ") + Key("left/5:2"), rdescript="SQL: Using"),
"insert into":
R(Text(" insert into "), rdescript="SQL: Insert"),
"update":
R(Text(" update TOKEN set "), rdescript="SQL: Update"),
"delete":
R(Text(" delete "), rdescript="SQL: Delete"),
"like":
R(Text(" like '%%'") + Key("left/5:2"), rdescript="SQL: Like"),
"union":
R(Text(" union "), rdescript="SQL: Union"),
"alias as":
R(Text(" as "), rdescript="SQL: Alias As"),
"is null":
R(Text(" is null "), rdescript="SQL: Is Null"),
"is not null":
R(Text(" is not null "), rdescript="SQL: Is Not Null"),
"fun max":
R(Text(" max() ") + Key("left/5:2"), rdescript="SQL: Max"),
"fun count":
R(Text(" count() ") + Key("left/5:2"), rdescript="SQL: Count"),
"over partition by":
R(Text(" over (partition by ) ") + Key("left/5:2"),
rdescript="SQL: Over Partition By"),
}
extras = []
defaults = {}
