def test_seeker_defaulting_and_chaining(self):
'''this action makes the first seeker default'''
action = NullAction(rspec="clean")
action.set_nexus(self.nexus)
alt = MockAlternative(u"my", u"spoken", u"words")
sira = StackItemRegisteredAction(action, {"_node": alt})
self.nexus.state.add(sira)
#
mutable_integer = {"value": 0}
def increment():
mutable_integer["value"] += 1
'''make backward seekers'''
back_seeker = ContextSeeker(back=[
L(S(["def"], Function(lambda: None)),
S(["abc"], Function(increment)))
],
rspec="abc")
back_seeker.set_nexus(self.nexus)
'''create backward seeker stack items'''
stack_seeker1 = StackItemSeeker(back_seeker, {"_node": alt})
stack_seeker2 = StackItemSeeker(back_seeker, {"_node": alt})
'''add one'''
self.nexus.state.add(stack_seeker1)
'''at this point, the first seeker should have defaulted and done nothing'''
self.assertEqual(mutable_integer["value"], 0)
self.nexus.state.add(stack_seeker2)
'''the second context seeker should have been triggered by the first, incrementing the value'''
self.assertEqual(mutable_integer["value"], 1)
def test_seeker_defaulting_and_chaining(self):
'''this action makes the first seeker default'''
action = NullAction(rspec="clean")
action.set_nexus(self.nexus)
alt = MockAlternative(u"my", u"spoken", u"words")
sira = StackItemRegisteredAction(action, {"_node":alt})
self.nexus.state.add(sira)
#
mutable_integer = {"value": 0}
def increment():
mutable_integer["value"] += 1
'''make backward seekers'''
back_seeker = ContextSeeker(back=[L(S(["def"], Function(lambda: None)),
S(["abc"], Function(increment)))], rspec="abc")
back_seeker.set_nexus(self.nexus)
'''create backward seeker stack items'''
stack_seeker1 = StackItemSeeker(back_seeker, {"_node":alt})
stack_seeker2 = StackItemSeeker(back_seeker, {"_node":alt})
'''add one'''
self.nexus.state.add(stack_seeker1)
'''at this point, the first seeker should have defaulted and done nothing'''
self.assertEqual(mutable_integer["value"], 0)
self.nexus.state.add(stack_seeker2)
'''the second context seeker should have been triggered by the first, incrementing the value'''
self.assertEqual(mutable_integer["value"], 1)
class StackTest(MappingRule):
'''test battery for the ContextStack'''
mapping = {
"close last tag":
ContextSeeker([
L(S(["cancel"], None),
S(["html spoken"], close_last_spoken, use_spoken=True),
S(["span", "div"], close_last_rspec, use_rspec=True))
]),
"html":
R(Text("<html>"), rspec="html spoken"),
"divider":
R(Text("<div>"), rspec="div"),
"span":
R(Text("<span>"), rspec="span"),
"backward seeker [<text>]":
ContextSeeker([
L(S(["ashes"], Text("ashes1 [%(text)s] ")),
S(["bravery"], Text("bravery1 [%(text)s] "))),
L(S(["ashes"], Text("ashes2 [%(text)s] ")),
S(["bravery"], Text("bravery2 [%(text)s] ")))
]),
"forward seeker [<text>]":
ContextSeeker(forward=[
L(S(["ashes"], Text("ashes1 [%(text)s] ")),
S(["bravery"], Text("bravery1 [%(text)s] "))),
L(S(["ashes"], Text("ashes2 [%(text)s] ")),
S(["bravery"], Text("bravery2 [%(text)s] ")))
]),
"asynchronous test":
AsynchronousAction([
L(S(["ashes", "charcoal"], print_time, None),
S(["bravery"], Text, "bravery1"))
],
time_in_seconds=0.2,
repetitions=20,
finisher=Text(FINISHER_TEXT),
blocking=False),
"ashes":
RegisteredAction(Text("ashes _ "), rspec="ashes"),
"bravery":
RegisteredAction(Text("bravery _ "), rspec="bravery"),
"charcoal <text> [<n>]":
R(Text("charcoal _ %(text)s"), rspec="charcoal"),
"test confirm action":
ConfirmAction(Key("a"),
rdescript="Confirm Action Test",
instructions="some words here"),
"test box action":
BoxAction(lambda data: _abc(data),
rdescript="Test Box Action",
box_type=settings.QTYPE_DEFAULT,
log_failure=True),
}
extras = [Dictation("text"), Dictation("text2"), IntegerRefST("n", 1, 5)]
defaults = {"text": "", "text2": ""}
def test_seeker_backward(self):
for i in range(0, 2):
'''make 2 fake NullActions'''
trigger1 = NullAction(rspec="bell")
trigger2 = NullAction(rspec="door")
trigger1.set_nexus(self.nexus)
trigger2.set_nexus(self.nexus)
'''make fake StackItemRegisteredActions'''
alt2 = MockAlternative(u"my", u"spoken", u"words")
sira1 = StackItemRegisteredAction(trigger1, {"_node": alt2})
sira2 = StackItemRegisteredAction(trigger2, {"_node": alt2})
'''add them'''
self.nexus.state.add(sira1)
self.nexus.state.add(sira2)
'''set up backward looking seeker'''
mutable_string = {"value": ""}
def append_a():
mutable_string["value"] += "a"
def append_b():
mutable_string["value"] += "b"
def append_c():
mutable_string["value"] += "c"
def append_d():
mutable_string["value"] += "d"
'''create context levels'''
set_1_1 = S(["arch"], append_a)
set_1_2 = S(["bell"], append_b)
level_1 = L(set_1_1, set_1_2)
set_2_1 = S(["cellar"], append_c)
set_2_2 = S(["door"], append_d)
level_2 = L(set_2_1, set_2_2)
'''create context seeker'''
levels = [level_1, level_2]
seeker = ContextSeeker(back=levels)
if i == 0:
seeker.reverse = True
seeker.set_nexus(self.nexus)
'''create context seeker stack item'''
alt = MockAlternative(u"my", u"spoken", u"words")
stack_seeker = StackItemSeeker(seeker, {"_node": alt})
'''add it'''
self.nexus.state.add(stack_seeker)
if i == 0:
self.assertEqual(mutable_string["value"], "db")
else:
self.assertEqual(mutable_string["value"], "bd")
def __init__(self,
list_function,
filter_function,
selection_function,
default_1=True,
rspec="default",
rdescript="unnamed command (FM)"):
def get_choices(data):
choices = list_function()
if filter_function:
choices = filter_function(
data, choices
) # the filter function is responsible for using the data to filter the choices
while len(choices) < len(FuzzyMatchAction.TEN):
choices.append("") # this is questionable
return choices
self.choice_generator = get_choices
mutable_list = {
"value": None
} # only generate the choices once, and show them between the action and the stack item
self.mutable_list = mutable_list
def execute_choice(spoken_words=[]):
n = -1
while len(
spoken_words
) > 2: # in the event the last words spoken were a command chain,
spoken_words.pop() # get only the number trigger
j = ""
if len(spoken_words) > 0:
j = " ".join(spoken_words)
if j in FuzzyMatchAction.TEN:
n = FuzzyMatchAction.TEN.index(j)
if n == -1: n = 0
selection_function(mutable_list["value"][n])
def cancel_message():
control.nexus().intermediary.text("Cancel (" + rdescript + ")")
forward = [
L(S([""], execute_choice, consume=False),
S(["number"], execute_choice, use_spoken=True),
S(["cancel", "clear"], cancel_message))
]
if not default_1: # make cancel the default
context_level = forward[0]
a = context_level.sets[0]
context_level.sets[0] = context_level.sets[2]
context_level.sets[2] = a
ContextSeeker.__init__(self, None, forward, rspec, rdescript)
def test_seeker_backward(self):
for i in range(0, 2):
'''make 2 fake NullActions'''
trigger1 = NullAction(rspec="bell")
trigger2 = NullAction(rspec="door")
trigger1.set_nexus(self.nexus)
trigger2.set_nexus(self.nexus)
'''make fake StackItemRegisteredActions'''
alt2 = MockAlternative(u"my", u"spoken", u"words")
sira1 = StackItemRegisteredAction(trigger1, {"_node": alt2})
sira2 = StackItemRegisteredAction(trigger2, {"_node": alt2})
'''add them'''
self.nexus.state.add(sira1)
self.nexus.state.add(sira2)
'''set up backward looking seeker'''
mutable_string = {"value": ""}
def append_a():
mutable_string["value"] += "a"
def append_b():
mutable_string["value"] += "b"
def append_c():
mutable_string["value"] += "c"
def append_d():
mutable_string["value"] += "d"
'''create context levels'''
set_1_1 = S(["arch"], append_a)
set_1_2 = S(["bell"], append_b)
level_1 = L(set_1_1, set_1_2)
set_2_1 = S(["cellar"], append_c)
set_2_2 = S(["door"], append_d)
level_2 = L(set_2_1, set_2_2)
'''create context seeker'''
levels = [level_1, level_2]
seeker = ContextSeeker(back=levels)
if i == 0:
seeker.reverse = True
seeker.set_nexus(self.nexus)
'''create context seeker stack item'''
alt = MockAlternative(u"my", u"spoken", u"words")
stack_seeker = StackItemSeeker(seeker, {"_node": alt})
'''add it'''
self.nexus.state.add(stack_seeker)
if i == 0:
self.assertEqual(mutable_string["value"], "db")
else:
self.assertEqual(mutable_string["value"], "bd")
def __init__(self, node, grammar, stat_msg=None, is_reset=False):
# for self modification
self.node = node
first = False
if self.master_node == None:
self.master_node = self.node
first = True
self.post = ContextSeeker(forward=[L(S(["cancel"], self.reset_node, consume=False))], rspec=self.master_node.spec)
if self.stat_msg == None:
self.stat_msg = stat_msg
mapping = {}
extras = []
defaults = {}
# each child node gets turned into a mapping key/value
for child in self.node.children:
child.fill_out_rule(mapping, extras, defaults, self)
if len(mapping)==0:
if self.stat_msg!=None and not first:
self.stat_msg.text("Node Reset")# status window messaging
self.reset_node()
for child in self.node.children:
child.fill_out_rule(mapping, extras, defaults, self)
else:
if self.stat_msg!=None and not first and not is_reset:# status window messaging
self.stat_msg.hint("\n".join([x.get_spec_and_base_and_node()[0] for x in self.node.children]))
MappingRule.__init__(self, "node_" + str(self.master_node.spec), mapping, extras, defaults)
self.grammar = grammar
def __init__(self, list_function, filter_function, selection_function, default_1=True, rspec="default",
rdescript="unnamed command (FM)", log_file_path=None):
def get_choices(data):
choices = list_function()
if filter_function:
choices = filter_function(data, choices) # the filter function is responsible for using the data to filter the choices
while len(choices)<len(FuzzyMatchAction.TEN):
choices.append("") # this is questionable
return choices
self.choice_generator = get_choices
mutable_list = {"value": None} # only generate the choices once, and show them between the action and the stack item
self.mutable_list = mutable_list
self.filter_text = ""
def execute_choice(spoken_words=[]):
n = -1
while len(spoken_words)>2:# in the event the last words spoken were a command chain,
spoken_words.pop() # get only the number trigger
j = ""
if len(spoken_words)>0:
j = " ".join(spoken_words)
if j in FuzzyMatchAction.TEN:
n = FuzzyMatchAction.TEN.index(j)
if n == -1: n = 0
choices = mutable_list["value"]
selection_function(choices[n])
if log_file_path and settings.SETTINGS["miscellaneous"]["enable_match_logging"]:
log_entry = [self.filter_text] + [choices[n]] + [s for s,i in zip(choices, range(len(choices))) if i != n]
with open(log_file_path, "a") as log_file:
log_file.write(str(log_entry) + "\n")
def cancel_message():
self.nexus().intermediary.text("Cancel ("+rdescript+")")
forward = [L(S([""], execute_choice, consume=False),
S(["number"], execute_choice, use_spoken=True),
S(["cancel", "clear"], cancel_message)
)
]
if not default_1: # make cancel the default
context_level = forward[0]
a = context_level.sets[0]
context_level.sets[0] = context_level.sets[2]
context_level.sets[2] = a
ContextSeeker.__init__(self, None, forward, rspec, rdescript)
def __init__(self, node, nexus, is_reset=False):
first = False
if self.master_node is None:
self.master_node = node
self.nexus = nexus
'''self.post is added to every entry in the mapping;
its purpose is to handle cancels; if it detects another of itself,
it does nothing;
but looking forward, won't it never find itself?
how is it that the node isn't constantly getting reset? '''
self.post = ContextSeeker(forward=[
L(S(["cancel"], lambda: self.reset_node(), consume=False),
S([self.master_node.spec], lambda: None, consume=False))
],
rspec=self.master_node.spec)
self.post.set_nexus(nexus)
first = True
SelfModifyingRule.__init__(self,
self.master_node.spec,
refresh=False)
self.refresh(node, first, is_reset)
def __init__(self, list_function, filter_function, selection_function, default_1=True, rspec="default", rdescript="unnamed command (FM)"):
def get_choices(data):
choices = list_function()
if filter_function:
choices = filter_function(data, choices) # the filter function is responsible for using the data to filter the choices
while len(choices)<len(FuzzyMatchAction.TEN):
choices.append("") # this is questionable
return choices
self.choice_generator = get_choices
mutable_list = {"value": None} # only generate the choices once, and show them between the action and the stack item
self.mutable_list = mutable_list
def execute_choice(spoken_words=[]):
n = -1
while len(spoken_words)>2:# in the event the last words spoken were a command chain,
spoken_words.pop() # get only the number trigger
j = ""
if len(spoken_words)>0:
j = " ".join(spoken_words)
if j in FuzzyMatchAction.TEN:
n = FuzzyMatchAction.TEN.index(j)
if n == -1: n = 0
selection_function(mutable_list["value"][n])
def cancel_message():
control.nexus().intermediary.text("Cancel ("+rdescript+")")
forward = [L(S([""], execute_choice, consume=False),
S(["number"], execute_choice, use_spoken=True),
S(["cancel", "clear"], cancel_message)
)
]
if not default_1: # make cancel the default
context_level = forward[0]
a = context_level.sets[0]
context_level.sets[0] = context_level.sets[2]
context_level.sets[2] = a
ContextSeeker.__init__(self, None, forward, rspec, rdescript)
def __init__(self, node, nexus, is_reset=False):
first = False
if self.master_node is None:
self.master_node = node
self.nexus = nexus
'''self.post is added to every entry in the mapping;
its purpose is to handle cancels; if it detects another of itself,
it does nothing;
but looking forward, won't it never find itself?
how is it that the node isn't constantly getting reset? '''
self.post = ContextSeeker(forward=[L(S(["cancel"], lambda: self.reset_node(), consume=False),
S([self.master_node.spec], lambda: None, consume=False))],
rspec=self.master_node.spec)
self.post.set_nexus(nexus)
first = True
SelfModifyingRule.__init__(self, self.master_node.spec, refresh=False)
self.refresh(node, first, is_reset)
class NodeRule(SelfModifyingRule):
master_node = None
def __init__(self, node, nexus, is_reset=False):
first = False
if self.master_node is None:
self.master_node = node
self.nexus = nexus
'''self.post is added to every entry in the mapping;
its purpose is to handle cancels; if it detects another of itself,
it does nothing;
but looking forward, won't it never find itself?
how is it that the node isn't constantly getting reset? '''
self.post = ContextSeeker(forward=[L(S(["cancel"], lambda: self.reset_node(), consume=False),
S([self.master_node.spec], lambda: None, consume=False))],
rspec=self.master_node.spec)
self.post.set_nexus(nexus)
first = True
SelfModifyingRule.__init__(self, self.master_node.spec, refresh=False)
self.refresh(node, first, is_reset)
def get_name(self):
return self.master_node.spec
def refresh(self, *args):
self.node = args[0]
first = args[1]
is_reset = args[2]
mapping = {}
extras = []
defaults = {}
'''each child node gets turned into a mapping key/value'''
for child in self.node.children:
child.fill_out_rule(mapping, extras, defaults, self)
if len(mapping)==0:
if not first:
self.nexus.intermediary.text("Node Reset")# status window messaging
self.reset_node()
for child in self.node.children:
child.fill_out_rule(mapping, extras, defaults, self)
else:
if not first and not is_reset:# status window messaging
choices = [x.get_spec_and_base_and_node()[0] for x in self.node.children]
for choice in choices:
self.nexus.intermediary.text(choice)
self.extras = extras
self.defaults = defaults
self.reset(mapping)
def change_node(self, node, reset=False):
self.refresh(node, False, reset)
def reset_node(self):
if self.node is not self.master_node:
self.change_node(self.master_node, True)
def test_seeker_consume(self):
'''seeker actions have the option to not/consume their triggers;
that is, the trigger actions do not execute and only act as triggers'''
mutable_string = {"value": ""}
def append_a():
mutable_string["value"] += "a"
def append_b():
mutable_string["value"] += "b"
def append_c():
mutable_string["value"] += "c"
def append_d():
mutable_string["value"] += "d"
def append_e():
mutable_string["value"] += "e"
def append_f():
mutable_string["value"] += "f"
'''create context levels'''
set_1_1 = S(["arch"], append_a)
set_1_2 = S(["bell"], append_b)
set_1_2.consume = False
level_1 = L(set_1_1, set_1_2)
set_2_1 = S(["cellar"], append_c)
set_2_2 = S(["door"], append_d)
level_2 = L(set_2_1, set_2_2)
set_3_1 = S(["echo"], append_e)
set_3_2 = S(["frame"], append_f)
set_3_2.consume = False
level_3 = L(set_3_1, set_3_2)
'''create context seeker'''
levels = [level_1, level_2, level_3]
seeker = ContextSeeker(forward=levels)
seeker.set_nexus(self.nexus)
'''create context seeker stack item'''
alt = MockAlternative(u"my", u"spoken", u"words")
stack_seeker = StackItemSeeker(seeker, {"_node":alt})
'''add it'''
self.nexus.state.add(stack_seeker)
'''make 3 fake triggering RegisteredActions;
the first and third do not consume their triggers'''
trigger1 = RegisteredAction(Function(append_a), rspec="bell")
trigger2 = RegisteredAction(Function(append_c), rspec="door")
trigger3 = RegisteredAction(Function(append_e), rspec="frame")
trigger1.set_nexus(self.nexus)
trigger2.set_nexus(self.nexus)
trigger3.set_nexus(self.nexus)
'''make fake StackItemRegisteredActions'''
alt2 = MockAlternative(u"my", u"spoken", u"words")
sira1 = StackItemRegisteredAction(trigger1, {"_node":alt2})
sira2 = StackItemRegisteredAction(trigger2, {"_node":alt2})
sira3 = StackItemRegisteredAction(trigger3, {"_node":alt2})
'''add them'''
self.nexus.state.add(sira1)
self.nexus.state.add(sira2)
self.nexus.state.add(sira3)
self.assertEqual(mutable_string["value"], "aebdf")
def test_seeker_consume(self):
'''seeker actions have the option to not/consume their triggers;
that is, the trigger actions do not execute and only act as triggers'''
mutable_string = {"value": ""}
def append_a():
mutable_string["value"] += "a"
def append_b():
mutable_string["value"] += "b"
def append_c():
mutable_string["value"] += "c"
def append_d():
mutable_string["value"] += "d"
def append_e():
mutable_string["value"] += "e"
def append_f():
mutable_string["value"] += "f"
'''create context levels'''
set_1_1 = S(["arch"], append_a)
set_1_2 = S(["bell"], append_b)
set_1_2.consume = False
level_1 = L(set_1_1, set_1_2)
set_2_1 = S(["cellar"], append_c)
set_2_2 = S(["door"], append_d)
level_2 = L(set_2_1, set_2_2)
set_3_1 = S(["echo"], append_e)
set_3_2 = S(["frame"], append_f)
set_3_2.consume = False
level_3 = L(set_3_1, set_3_2)
'''create context seeker'''
levels = [level_1, level_2, level_3]
seeker = ContextSeeker(forward=levels)
seeker.set_nexus(self.nexus)
'''create context seeker stack item'''
alt = MockAlternative(u"my", u"spoken", u"words")
stack_seeker = StackItemSeeker(seeker, {"_node": alt})
'''add it'''
self.nexus.state.add(stack_seeker)
'''make 3 fake triggering RegisteredActions;
the first and third do not consume their triggers'''
trigger1 = RegisteredAction(Function(append_a), rspec="bell")
trigger2 = RegisteredAction(Function(append_c), rspec="door")
trigger3 = RegisteredAction(Function(append_e), rspec="frame")
trigger1.set_nexus(self.nexus)
trigger2.set_nexus(self.nexus)
trigger3.set_nexus(self.nexus)
'''make fake StackItemRegisteredActions'''
alt2 = MockAlternative(u"my", u"spoken", u"words")
sira1 = StackItemRegisteredAction(trigger1, {"_node": alt2})
sira2 = StackItemRegisteredAction(trigger2, {"_node": alt2})
sira3 = StackItemRegisteredAction(trigger3, {"_node": alt2})
'''add them'''
self.nexus.state.add(sira1)
self.nexus.state.add(sira2)
self.nexus.state.add(sira3)
self.assertEqual(mutable_string["value"], "aebdf")
def test_actions_cleaned(self):
'''these test functions should stay in sync with the clean methods for each stack action'''
def registered_is_clean(r):
return r.dragonfly_data is None and r.base is None
def seeker_is_clean(s):
result = True
levels = []
if s.back is not None: levels += s.back
if s.forward is not None: levels += s.forward
for context_level in levels:
result &= context_level.dragonfly_data is None
return result
def asynchronous_is_clean(a):
return a.closure is None
'''mock words being the same doesn't matter for this test, or most tests'''
alt = MockAlternative(u"my", u"spoken", u"words")
'''make fake NullActions'''
action1 = NullAction(rspec="barkley")
action2 = NullAction(rspec="gaiden")
action3 = NullAction(rspec="is")
action4 = NullAction(rspec="awesome")
action1.set_nexus(self.nexus)
action2.set_nexus(self.nexus)
action3.set_nexus(self.nexus)
action4.set_nexus(self.nexus)
'''make fake StackItemRegisteredActions'''
sira1 = StackItemRegisteredAction(action1, {"_node": alt})
sira2 = StackItemRegisteredAction(action2, {"_node": alt})
sira3 = StackItemRegisteredAction(action3, {"_node": alt})
sira4 = StackItemRegisteredAction(action4, {"_node": alt})
'''should not be clean before it's executed'''
self.assertFalse(registered_is_clean(sira1))
'''add first one for backward seeker'''
self.nexus.state.add(sira1)
'''should be clean as soon as it's executed'''
self.assertTrue(registered_is_clean(sira1))
'''make backward seeker'''
back_seeker = ContextSeeker(
back=[L(S(["minecraft"], Function(lambda: None)))])
back_seeker.set_nexus(self.nexus)
'''create backward seeker stack item'''
stack_seeker = StackItemSeeker(back_seeker, {"_node": alt})
'''add it'''
self.nexus.state.add(stack_seeker)
'''levels should be clean as soon as it's executed'''
self.assertTrue(
registered_is_clean(stack_seeker)
and seeker_is_clean(stack_seeker))
#
'''make forward seeker'''
forward_seeker = ContextSeeker(forward=[
L(S(["cave"], Function(lambda: None))),
L(S(["story"], Function(lambda: None)))
])
forward_seeker.set_nexus(self.nexus)
'''create context seeker stack item'''
stack_seeker2 = StackItemSeeker(forward_seeker, {"_node": alt})
'''add it'''
self.nexus.state.add(stack_seeker2)
self.nexus.state.add(sira2)
'''levels should not be clean before seeker is executed'''
self.assertFalse(
registered_is_clean(stack_seeker2)
or seeker_is_clean(stack_seeker2))
self.nexus.state.add(sira3)
'''levels should be clean as soon as it's executed'''
self.assertTrue(
registered_is_clean(stack_seeker2)
and seeker_is_clean(stack_seeker2))
#
'''make asynchronous action'''
asynchronous = AsynchronousAction(
[L(S(["eternal", "daughter", "awesome"], lambda: None))],
blocking=False)
asynchronous.set_nexus(self.nexus)
'''make StackItemAsynchronous'''
sia1 = StackItemAsynchronous(asynchronous, {"_node": alt})
'''add it'''
self.nexus.state.add(sia1)
'''closure should not be clean before asynchronous is executed'''
self.assertFalse(
registered_is_clean(sia1) or seeker_is_clean(sia1)
or asynchronous_is_clean(sia1))
self.nexus.state.add(sira4)
'''closure should be clean after asynchronous is executed'''
self.assertTrue(
registered_is_clean(sia1) and seeker_is_clean(sia1)
and asynchronous_is_clean(sia1))
def test_use_spoken_words_or_rspec(self):
'''seekers can take the spoken words or rspecs
of their trigger actions and feed them to the
function objects of their ContextSets'''
'''make triggers for context seekers
(2 forward, 2 backward / 2 spoken, 2 rspec)'''
action1 = NullAction(rspec="alpha")
action2 = NullAction(rspec="_")
action3 = NullAction(rspec="charlie")
action4 = NullAction(rspec="_")
action1.set_nexus(self.nexus)
action2.set_nexus(self.nexus)
action3.set_nexus(self.nexus)
action4.set_nexus(self.nexus)
alt = MockAlternative(u"_")
spec1 = [u"here", u"are", u"words"]
spec2 = [u"some", u"more", u"words"]
sira1 = StackItemRegisteredAction(action1, {"_node": alt})
sira2 = StackItemRegisteredAction(action2,
{"_node": MockAlternative(*spec1)})
sira3 = StackItemRegisteredAction(action3, {"_node": alt})
sira4 = StackItemRegisteredAction(action4,
{"_node": MockAlternative(*spec2)})
#
mutable_integer = {"value": 0}
def increment():
mutable_integer["value"] += 1
#
def _1(params):
if params == "alpha": increment()
def _2(params):
if params == spec1: increment()
def _3(params):
if params == "charlie": increment()
def _4(params):
if params == spec2: increment()
'''make seekers'''
back_seeker1 = ContextSeeker(
back=[L(S(["alpha"], _1, parameters="_", use_rspec=True))],
rspec="_")
back_seeker2 = ContextSeeker(
back=[L(S(["_"], _2, parameters=["_"], use_spoken=True))],
rspec="_")
forward_seeker1 = ContextSeeker(
forward=[L(S(["_"], _3, parameters="_", use_rspec=True))],
rspec="_")
forward_seeker2 = ContextSeeker(
forward=[L(S(["delta"], _4, parameters=["_"], use_spoken=True))],
rspec="_")
back_seeker1.set_nexus(self.nexus)
back_seeker2.set_nexus(self.nexus)
forward_seeker1.set_nexus(self.nexus)
forward_seeker2.set_nexus(self.nexus)
'''create seeker stack items'''
stack_seeker_b1 = StackItemSeeker(back_seeker1, {"_node": alt})
stack_seeker_b2 = StackItemSeeker(back_seeker2, {"_node": alt})
stack_seeker_f1 = StackItemSeeker(forward_seeker1, {"_node": alt})
stack_seeker_f2 = StackItemSeeker(forward_seeker2, {"_node": alt})
#
'''trigger the first backward seeker; uses rspec ("alpha") '''
self.nexus.state.add(sira1)
self.nexus.state.add(stack_seeker_b1)
self.assertEqual(mutable_integer["value"], 1)
'''trigger the second backward seeker; uses spoken words (spec1) '''
self.nexus.state.add(sira2)
self.nexus.state.add(stack_seeker_b2)
self.assertEqual(mutable_integer["value"], 2)
'''trigger the first forward seeker; uses rspec ("charlie") '''
self.nexus.state.add(stack_seeker_f1)
self.nexus.state.add(sira3)
self.assertEqual(mutable_integer["value"], 3)
'''trigger the first forward seeker; uses spoken words (spec2) '''
self.nexus.state.add(stack_seeker_f2)
self.nexus.state.add(sira4)
self.assertEqual(mutable_integer["value"], 4)
def test_use_spoken_words_or_rspec(self):
'''seekers can take the spoken words or rspecs
of their trigger actions and feed them to the
function objects of their ContextSets'''
'''make triggers for context seekers
(2 forward, 2 backward / 2 spoken, 2 rspec)'''
action1 = NullAction(rspec="alpha")
action2 = NullAction(rspec="_")
action3 = NullAction(rspec="charlie")
action4 = NullAction(rspec="_")
action1.set_nexus(self.nexus)
action2.set_nexus(self.nexus)
action3.set_nexus(self.nexus)
action4.set_nexus(self.nexus)
alt = MockAlternative(u"_")
spec1 = [u"here", u"are", u"words"]
spec2 = [u"some", u"more", u"words"]
sira1 = StackItemRegisteredAction(action1, {"_node":alt})
sira2 = StackItemRegisteredAction(action2, {"_node":MockAlternative(*spec1)})
sira3 = StackItemRegisteredAction(action3, {"_node":alt})
sira4 = StackItemRegisteredAction(action4, {"_node":MockAlternative(*spec2)})
#
mutable_integer = {"value": 0}
def increment():
mutable_integer["value"] += 1
#
def _1(params):
if params == "alpha": increment()
def _2(params):
if params == spec1: increment()
def _3(params):
if params == "charlie": increment()
def _4(params):
if params == spec2: increment()
'''make seekers'''
back_seeker1 = ContextSeeker(back=[L(S(["alpha"], _1, parameters="_", use_rspec=True))], rspec="_")
back_seeker2 = ContextSeeker(back=[L(S(["_"], _2, parameters=["_"], use_spoken=True))], rspec="_")
forward_seeker1 = ContextSeeker(forward=[L(S(["_"], _3, parameters="_", use_rspec=True))], rspec="_")
forward_seeker2 = ContextSeeker(forward=[L(S(["delta"], _4, parameters=["_"], use_spoken=True))], rspec="_")
back_seeker1.set_nexus(self.nexus)
back_seeker2.set_nexus(self.nexus)
forward_seeker1.set_nexus(self.nexus)
forward_seeker2.set_nexus(self.nexus)
'''create seeker stack items'''
stack_seeker_b1 = StackItemSeeker(back_seeker1, {"_node":alt})
stack_seeker_b2 = StackItemSeeker(back_seeker2, {"_node":alt})
stack_seeker_f1 = StackItemSeeker(forward_seeker1, {"_node":alt})
stack_seeker_f2 = StackItemSeeker(forward_seeker2, {"_node":alt})
#
'''trigger the first backward seeker; uses rspec ("alpha") '''
self.nexus.state.add(sira1)
self.nexus.state.add(stack_seeker_b1)
self.assertEqual(mutable_integer["value"], 1)
'''trigger the second backward seeker; uses spoken words (spec1) '''
self.nexus.state.add(sira2)
self.nexus.state.add(stack_seeker_b2)
self.assertEqual(mutable_integer["value"], 2)
'''trigger the first forward seeker; uses rspec ("charlie") '''
self.nexus.state.add(stack_seeker_f1)
self.nexus.state.add(sira3)
self.assertEqual(mutable_integer["value"], 3)
'''trigger the first forward seeker; uses spoken words (spec2) '''
self.nexus.state.add(stack_seeker_f2)
self.nexus.state.add(sira4)
self.assertEqual(mutable_integer["value"], 4)
class Navigation(MergeRule):
non = NavigationNon
pronunciation = CCRMerger.CORE[1]
mapping = {
# "periodic" repeats whatever comes next at 1-second intervals until "cancel" is spoken or 100 tries occur
"periodic": ContextSeeker(forward=[L(S(["cancel"], lambda: None), \
S(["*"], \
lambda fnparams: UntilCancelled(Mimic(*filter(lambda s: s != "periodic", fnparams)), 1).execute(), \
use_spoken=True))]),
# VoiceCoder-inspired -- these should be done at the IDE level
"fill <target>": R(Key("escape, escape, end"), show=False) +
AsynchronousAction([L(S(["cancel"], Function(context.fill_within_line, nexus=_NEXUS)))
], time_in_seconds=0.2, repetitions=50, rdescript="Fill" ),
"jump in": AsynchronousAction([L(S(["cancel"], context.nav, ["right", "(~[~{~<"]))
], time_in_seconds=0.1, repetitions=50, rdescript="Jump: In" ),
"jump out": AsynchronousAction([L(S(["cancel"], context.nav, ["right", ")~]~}~>"]))
], time_in_seconds=0.1, repetitions=50, rdescript="Jump: Out" ),
"jump back": AsynchronousAction([L(S(["cancel"], context.nav, ["left", "(~[~{~<"]))
], time_in_seconds=0.1, repetitions=50, rdescript="Jump: Back" ),
"jump back in": AsynchronousAction([L(S(["cancel"], context.nav, ["left", "(~[~{~<"]))
], finisher=Key("right"),
time_in_seconds=0.1,
repetitions=50,
rdescript="Jump: Back In" ),
# keyboard shortcuts
'salve': R(Key("c-s"), rspec="save", rdescript="Save"),
'slap [<nnavi50>]': R(Key("enter"), rspec="slap", rdescript="Enter")* Repeat(extra="nnavi50"),
'slap up': R(Key("escape, up, end, enter"), rspec="slap up", rdescript="Line Above"),
'slap down': R(Key("escape, end, enter"), rspec="slap down", rdescript="Line Below"),
'curslap': R(Key("escape, lbrace, rbrace, left, enter"), rspec="curslap", rdescript="Curly New Line"),
'north': R(Key("c-home"), rspec="north", rdescript="Ctrl Home"),
'south': R(Key("c-end"), rspec="south", rdescript="Ctrl End"),
'east': R(Key("end"), rspec="east", rdescript="End"),
'west': R(Key("home"), rspec="west", rdescript="Home"),
'page up': R(Key("pgup"), rspec="page up", rdescript="Page Up"),
'page down': R(Key("pgdown"), rspec="page down", rdescript="Page Down"),
"(<mtn_dir> | <mtn_mode> [<mtn_dir>]) [(<nnavi500> | <extreme>)]": R(Function(textformat.master_text_nav), rdescript="Keyboard Text Navigation"),
"<short_mode> <key> [<nnavi500>]": R(Function(textformat.master_short), rdescript="Keyboard Shortcut"),
"<short_mode> <mouse_action>": R(Function(textformat.master_short_mouse), rdescript="Mouse Shortcut"),
"hold <short_mode>": R(Function(textformat.hold_modifier), rdescript="Hold Modifier"),
"alt": R(Key("alt"), rdescript="Alt"),
"wind": R(Key("win"), rdescript="Win"),
"null": R(Key("n, u, l, l"), rdescript="Null"),
"stoosh [<nnavi500>]": R(Key("c-c")+Function(navigation.clipboard_to_file, nexus=_NEXUS), rspec="stoosh", rdescript="Copy"),
"cut [<nnavi500>]": R(Key("c-x")+Function(navigation.clipboard_to_file, nexus=_NEXUS), rspec="cut", rdescript="Cut"),
"spark [<nnavi500>]": R(Function(navigation.drop, nexus=_NEXUS), rspec="spark", rdescript="Paste"),
"deli [<nnavi50>]": R(Key("del/5"), rspec="deli", rdescript="Delete") * Repeat(extra="nnavi50"),
"clear [<nnavi50>]": R(Key("backspace/5:%(nnavi50)d"), rspec="clear", rdescript="Backspace"),
SymbolSpecs.CANCEL: R(Key("escape"), rspec="cancel", rdescript="Cancel Action"),
"shackle": R(Key("home/5, s-end"), rspec="shackle", rdescript="Select Line"),
"(tell | tau) <semi>": R(Function(navigation.next_line), rspec="tell dock", rdescript="Complete Line"),
"duple [<nnavi50>]": R(Key("escape, home, s-end, c-c, end, enter, c-v"), rspec="duple", rdescript="Duplicate Line") * Repeat(extra="nnavi50"),
"Kraken": R(Key("c-space"), rspec="Kraken", rdescript="Control Space"),
# text formatting
"set format (<spacing> <capitalization> | <capitalization> | <spacing>)": R(Function(textformat.set_text_format), rdescript="Set Text Format"),
"clear caster formatting": R(Function(textformat.clear_text_format), rdescript="Clear Caster Formatting"),
"peek format": R(Function(textformat.peek_text_format), rdescript="Peek Format"),
"camel <textnv>": R(Function(textformat.master_format_text_camel), rdescript="Camel Case"),
"pascal <textnv>": R(Function(textformat.master_format_text_pascal), rdescript="Pascal Case"),
"dock mel <textnv>": R(Key("dot")+Function(textformat.master_format_text_camel), rdescript="Dot Camel Case"),
"(dop|dot) scal <textnv>": R(Key("dot")+Function(textformat.master_format_text_pascal), rdescript="Dot Pascal Case"),
"(<spacing> <capitalization> | <capitalization> | <spacing>) <textnv>": R(Function(textformat.master_format_text), rdescript="Text Format"),
"format <textnv>": R(Function(textformat.prior_text_format), rdescript="Last Text Format"),
"dredge": R(Key("a-tab"), rdescript="Alt-Tab"),
}
extras = [
alphanumeric.get_key_choice("key"),
Choice(
"short_mode", {
"shift": "s",
"troll": "c",
"alt": "a",
"wind": "w",
"trot": "ca",
"shoal": "cs",
"tron": "wc",
"shalt": "sa",
"walt": "wa",
"shin": "ws",
"trash": "cas"
}),
Choice(
"mouse_action", {
"kick": "left",
"kick mid": "middle",
"psychic": "right",
"dub kick": "left:2"
}),
IntegerRefST("nnavi50", 1, 50),
IntegerRefST("nnavi500", 1, 500),
Dictation("textnv"),
Choice("capitalization", {
"scream": 1,
"scal": 2,
"mel": 3,
"tense": 4,
"laws": 5
}),
Choice("spacing", {
"smash": 1,
"spine": 2,
"snake": 3
}),
Choice("semi", {
"dock": ";",
"doc": ";",
"sink": ""
}),
navigation.TARGET_CHOICE,
navigation.get_direction_choice("mtn_dir"),
Choice("mtn_mode", {
"shin": "s",
"queue": "cs",
"fly": "c",
}),
Choice("extreme", {
"Wally": "way",
}),
]
defaults = {
"nnavi500": 1,
"nnavi50": 1,
"textnv": "",
"capitalization": 0,
"spacing": 0,
"mtn_mode": None,
"mtn_dir": "right",
"extreme": None
}
class NodeRule(SelfModifyingRule):
master_node = None
def __init__(self, node, nexus, is_reset=False):
first = False
if self.master_node is None:
self.master_node = node
self.nexus = nexus
'''self.post is added to every entry in the mapping;
its purpose is to handle cancels; if it detects another of itself,
it does nothing;
but looking forward, won't it never find itself?
how is it that the node isn't constantly getting reset? '''
self.post = ContextSeeker(forward=[
L(S(["cancel"], lambda: self.reset_node(), consume=False),
S([self.master_node.spec], lambda: None, consume=False))
],
rspec=self.master_node.spec)
self.post.set_nexus(nexus)
first = True
SelfModifyingRule.__init__(self,
self.master_node.spec,
refresh=False)
self.refresh(node, first, is_reset)
def get_name(self):
return self.master_node.spec
def refresh(self, *args):
self.node = args[0]
first = args[1]
is_reset = args[2]
mapping = {}
extras = []
defaults = {}
'''each child node gets turned into a mapping key/value'''
for child in self.node.children:
child.fill_out_rule(mapping, extras, defaults, self)
if len(mapping) == 0:
self.reset_node()
for child in self.node.children:
child.fill_out_rule(mapping, extras, defaults, self)
else:
if not first and not is_reset: # sta#tus win#dow messaging
choices = [
x.get_spec_and_base_and_node()[0]
for x in self.node.children
]
#for choice in choices:
# self.nexus.intermediary.text(choice)
self.extras = extras
self.defaults = defaults
self.reset(mapping)
def change_node(self, node, reset=False):
self.refresh(node, False, reset)
def reset_node(self):
if self.node is not self.master_node:
self.change_node(self.master_node, True)
def test_actions_cleaned(self):
'''these test functions should stay in sync with the clean methods for each stack action'''
def registered_is_clean(r):
return r.dragonfly_data is None and r.base is None
def seeker_is_clean(s):
result = True
levels = []
if s.back is not None: levels += s.back
if s.forward is not None: levels += s.forward
for context_level in levels:
result &= context_level.dragonfly_data is None
return result
def asynchronous_is_clean(a):
return a.closure is None
'''mock words being the same doesn't matter for this test, or most tests'''
alt = MockAlternative(u"my", u"spoken", u"words")
'''make fake NullActions'''
action1 = NullAction(rspec="barkley")
action2 = NullAction(rspec="gaiden")
action3 = NullAction(rspec="is")
action4 = NullAction(rspec="awesome")
action1.set_nexus(self.nexus)
action2.set_nexus(self.nexus)
action3.set_nexus(self.nexus)
action4.set_nexus(self.nexus)
'''make fake StackItemRegisteredActions'''
sira1 = StackItemRegisteredAction(action1, {"_node":alt})
sira2 = StackItemRegisteredAction(action2, {"_node":alt})
sira3 = StackItemRegisteredAction(action3, {"_node":alt})
sira4 = StackItemRegisteredAction(action4, {"_node":alt})
'''should not be clean before it's executed'''
self.assertFalse(registered_is_clean(sira1))
'''add first one for backward seeker'''
self.nexus.state.add(sira1)
'''should be clean as soon as it's executed'''
self.assertTrue(registered_is_clean(sira1))
'''make backward seeker'''
back_seeker = ContextSeeker(back=[L(S(["minecraft"], Function(lambda: None)))])
back_seeker.set_nexus(self.nexus)
'''create backward seeker stack item'''
stack_seeker = StackItemSeeker(back_seeker, {"_node":alt})
'''add it'''
self.nexus.state.add(stack_seeker)
'''levels should be clean as soon as it's executed'''
self.assertTrue(registered_is_clean(stack_seeker) and seeker_is_clean(stack_seeker))
#
'''make forward seeker'''
forward_seeker = ContextSeeker(forward=[L(S(["cave"], Function(lambda: None))),
L(S(["story"], Function(lambda: None)))])
forward_seeker.set_nexus(self.nexus)
'''create context seeker stack item'''
stack_seeker2 = StackItemSeeker(forward_seeker, {"_node":alt})
'''add it'''
self.nexus.state.add(stack_seeker2)
self.nexus.state.add(sira2)
'''levels should not be clean before seeker is executed'''
self.assertFalse(registered_is_clean(stack_seeker2) or seeker_is_clean(stack_seeker2))
self.nexus.state.add(sira3)
'''levels should be clean as soon as it's executed'''
self.assertTrue(registered_is_clean(stack_seeker2) and seeker_is_clean(stack_seeker2))
#
'''make asynchronous action'''
asynchronous = AsynchronousAction([L(S(["eternal", "daughter", "awesome"], lambda: None))],
blocking=False)
asynchronous.set_nexus(self.nexus)
'''make StackItemAsynchronous'''
sia1 = StackItemAsynchronous(asynchronous, {"_node":alt})
'''add it'''
self.nexus.state.add(sia1)
'''closure should not be clean before asynchronous is executed'''
self.assertFalse(registered_is_clean(sia1) or seeker_is_clean(sia1) or asynchronous_is_clean(sia1))
self.nexus.state.add(sira4)
'''closure should be clean after asynchronous is executed'''
self.assertTrue(registered_is_clean(sia1) and seeker_is_clean(sia1) and asynchronous_is_clean(sia1))
class Navigation(MergeRule):
non = NavigationNon
pronunciation = CCRMerger.CORE[1]
mapping = {
# "periodic" repeats whatever comes next at 1-second intervals until "cancel" is spoken or 100 tries occur
"periodic": ContextSeeker(forward=[L(S(["cancel"], lambda: None), \
S(["*"], \
lambda fnparams: UntilCancelled(Mimic(*filter(lambda s: s != "periodic", fnparams)), 1).execute(), \
use_spoken=True))]),
# VoiceCoder-inspired -- these should be done at the IDE level
"fill <target>": R(Key("escape, escape, end"), show=False) +
AsynchronousAction([L(S(["cancel"], Function(context.fill_within_line, nexus=_NEXUS)))
], time_in_seconds=0.2, repetitions=50, rdescript="Fill" ),
"jump in": AsynchronousAction([L(S(["cancel"], context.nav, ["right", "(~[~{~<"]))
], time_in_seconds=0.1, repetitions=50, rdescript="Jump: In" ),
"jump out": AsynchronousAction([L(S(["cancel"], context.nav, ["right", ")~]~}~>"]))
], time_in_seconds=0.1, repetitions=50, rdescript="Jump: Out" ),
"jump back": AsynchronousAction([L(S(["cancel"], context.nav, ["left", "(~[~{~<"]))
], time_in_seconds=0.1, repetitions=50, rdescript="Jump: Back" ),
"jump back in": AsynchronousAction([L(S(["cancel"], context.nav, ["left", "(~[~{~<"]))
], finisher=Key("right"),
time_in_seconds=0.1,
repetitions=50,
rdescript="Jump: Back In" ),
# keyboard shortcuts
'save': R(Key("c-s"), rspec="save", rdescript="Save"),
'shock [<nnavi50>]': R(Key("enter"), rspec="shock", rdescript="Enter")* Repeat(extra="nnavi50"),
"(<mtn_dir> | <mtn_mode> [<mtn_dir>]) [(<nnavi500> | <extreme>)]": R(Function(textformat.master_text_nav), rdescript="Keyboard Text Navigation"),
"stoosh [<nnavi500>]": R(Key("c-c")+Function(navigation.clipboard_to_file, nexus=_NEXUS), rspec="stoosh", rdescript="Copy"),
"cut [<nnavi500>]": R(Key("c-x")+Function(navigation.clipboard_to_file, nexus=_NEXUS), rspec="cut", rdescript="Cut"),
"spark [<nnavi500>]": R(Function(navigation.drop, nexus=_NEXUS), rspec="spark", rdescript="Paste"),
"deli [<nnavi50>]": R(Key("del/5"), rspec="deli", rdescript="Delete") * Repeat(extra="nnavi50"),
"clear [<nnavi50>]": R(Key("backspace/5:%(nnavi50)d"), rspec="clear", rdescript="Backspace"),
SymbolSpecs.CANCEL: R(Key("escape"), rspec="cancel", rdescript="Cancel Action"),
"shackle": R(Key("home/5, s-end"), rspec="shackle", rdescript="Select Line"),
"(tell | tau) <semi>": R(Function(navigation.next_line), rspec="tell dock", rdescript="Complete Line"),
"duple [<nnavi50>]": R(Key("escape, home, s-end, c-c, end, enter, c-v"), rspec="duple", rdescript="Duplicate Line") * Repeat(extra="nnavi50"),
"Kraken": R(Key("c-space"), rspec="Kraken", rdescript="Control Space"),
# text formatting
"set format (<capitalization> <spacing> | <capitalization> | <spacing>) (bow|bowel)": R(Function(textformat.set_text_format), rdescript="Set Text Format"),
"clear caster formatting": R(Function(textformat.clear_text_format), rdescript="Clear Caster Formatting"),
"peek format": R(Function(textformat.peek_text_format), rdescript="Peek Format"),
"(<capitalization> <spacing> | <capitalization> | <spacing>) (bow|bowel) <textnv> [brunt]": R(Function(textformat.master_format_text), rdescript="Text Format"),
"format <textnv>": R(Function(textformat.prior_text_format), rdescript="Last Text Format"),
"<word_limit> format <textnv>": R(Function(textformat.partial_format_text), rdescript="Partial Text Format"),
"dredge": R(Key("a-tab"), rdescript="Alt-Tab"),
}
extras = [
IntegerRefST("nnavi50", 1, 50),
IntegerRefST("nnavi500", 1, 500),
Dictation("textnv"),
Choice("capitalization", {
"yell": 1,
"tie": 2,
"Gerrish": 3,
"sing": 4,
"laws": 5
}),
Choice("spacing", {
"gum": 1,
"gun": 1,
"spine": 2,
"snake": 3
}),
Choice("semi", {
"dock": ";",
"doc": ";",
"sink": ""
}),
Choice("word_limit", {
"single": 1,
"double": 2,
"triple": 3,
"Quadra": 4
}),
navigation.TARGET_CHOICE,
navigation.get_direction_choice("mtn_dir"),
Choice("mtn_mode", {
"shin": "s",
"queue": "cs",
"fly": "c",
}),
Choice("extreme", {
"Wally": "way",
}),
]
defaults = {
"nnavi500": 1,
"nnavi50": 1,
"textnv": "",
"capitalization": 0,
"spacing": 0,
"mtn_mode": None,
"mtn_dir": "right",
"extreme": None
}
class DevRule(MappingRule):
mapping = {
# development tools
"(show | open) documentation":
BringApp(settings.SETTINGS["paths"]["DEFAULT_BROWSER_PATH"]) +
WaitWindow(executable=settings.get_default_browser_executable()) +
Key('c-t') + WaitWindow(title="New Tab") +
Text('http://dragonfly.readthedocs.org/en/latest') + Key('enter'),
"open natlink folder":
Function(bring_test) + FocusWindow("explorer"),
"reserved word <text>":
Key("dquote,dquote,left") + Text("%(text)s") +
Key("right, colon, tab/5:5") + Text("Text(\"%(text)s\"),"),
"refresh ccr directory":
Function(ccr.refresh_from_files
), # will need to disable and reenable language
"Agrippa <filetype> <path>":
Function(grep_this),
# experimental/incomplete commands
"zone test":
R(Text("a") + Text("b")),
"experiment <text>":
Function(experiment),
#
# "dredge [<id> <text>]": Function(dredge),
"close last tag":
ContextSeeker([
L(S(["cancel"], None),
S(["html spoken"], close_last_spoken, use_spoken=True),
S(["span", "div"], close_last_rspec, use_rspec=True))
]),
"html":
R(Text("<html>"), rspec="html spoken"),
"divider":
R(Text("<div>"), rspec="div"),
"span":
R(Text("<span>"), rspec="span"),
"backward seeker [<text>]":
ContextSeeker([
L(S(["ashes"], Text("ashes1 [%(text)s] ")),
S(["bravery"], Text("bravery1 [%(text)s] "))),
L(S(["ashes"], Text("ashes2 [%(text)s] ")),
S(["bravery"], Text("bravery2 [%(text)s] ")))
]),
"forward seeker [<text>]":
ContextSeeker(forward=[
L(S(["ashes"], Text("ashes1 [%(text)s] ")),
S(["bravery"], Text("bravery1 [%(text)s] "))),
L(S(["ashes"], Text("ashes2 [%(text)s] ")),
S(["bravery"], Text("bravery2 [%(text)s] ")))
]),
"never-ending":
AsynchronousAction([
L(S(["ashes", "charcoal"], print_time, None),
S(["bravery"], Text, "bravery1"))
],
time_in_seconds=0.2,
repetitions=20,
finisher=Text("finisher successful")),
"ashes":
RegisteredAction(Text("ashes fall "), rspec="ashes"),
"bravery":
RegisteredAction(Text("bravery is weak "), rspec="bravery"),
"charcoal boy <text> [<n>]":
R(Text("charcoal is dirty %(text)s"), rspec="charcoal"),
"test confirm action":
ConfirmAction(Key("a"), rdescript="Confirm Action Test"),
"convert node <n>":
R(Key("cs-right, cs-right/5:%(n)d, cs-right, c-x, c-v, comma") +
Text("Text()") + Key("left, c-v"),
rdescript="Convert Node"),
"text action":
R(Text("Text()") + Key("left"), rdescript="Node 2"),
"long conversion <text>":
R(Key("c-x") + Text("\"%(text)s\", Text(") + Key("c-v, rparen"),
rdescript="Node 3"),
}
extras = [
Dictation("text"),
Dictation("textnv"),
IntegerRef("n", 1, 5),
Choice("id", {
"R": 1,
"M": 2,
}),
Choice("path", {
"natlink": "c:/natlink/natlink",
"sea": "C:/",
}),
Choice("filetype", {
"java": "*.java",
"python": "*.py",
}),
]
defaults = {"text": "", "id": None}
