def pita(textnv):
global OLD_ACTIVE_WINDOW_TITLE, ACTIVE_FILE_PATH
filename, folders, title = utilities.get_window_title_info()
active_has_changed = OLD_ACTIVE_WINDOW_TITLE != title
# check to see if the active file has changed; if not, skip this step
if active_has_changed:
OLD_ACTIVE_WINDOW_TITLE = title
ACTIVE_FILE_PATH = scanner.guess_file_based_on_window_title(filename, folders)
if filename == None:
utilities.report("pita: filename pattern not found in window title")
return
if ACTIVE_FILE_PATH[0] != None:
global CHOICES
CHOICES = selector.get_similar_symbol_name(str(textnv), scanner.DATA["directories"][ACTIVE_FILE_PATH[0]][ACTIVE_FILE_PATH[1]]["names"])
try:
if settings.SETTINGS["miscellaneous"]["status_window_enabled"]:
display = ""
counter = 1
for result in CHOICES:
if counter>1: display+="\n"
display+=str(counter)+" "+result[1]
counter+=1
control.nexus().intermediary.hint(display)
except Exception:
utilities.simple_log()
def execute(fname):
try:
global server_proxy
fn = getattr(server_proxy, fname)
fn()
except Exception:
utilities.simple_log()
def rescan_current_file():
global DATA
try:
filename, folders, title = utilities.get_window_title_info()
current_file_path = guess_file_based_on_window_title(filename, folders)
scanned_file = _scan_single_file(current_file_path[1], LanguageFilter("." + filename.split(".")[-1]))
# find out exact match in DATA
file_was_found=False
break_outer = False
for d in DATA["directories"]:
for f in DATA["directories"][d]:
if f == current_file_path[1]:
DATA["directories"][d][f] = scanned_file
utilities.save_json_file(DATA, settings.SETTINGS["paths"]["PITA_JSON_PATH"])
break_outer = True
file_was_found=True
break
if break_outer:
break
if not file_was_found:
if not "uncategorized" in DATA["directories"]:
DATA["directories"]["uncategorized"]={}
DATA["directories"]["uncategorized"][current_file_path[1]]=scanned_file
utilities.save_json_file(DATA, settings.SETTINGS["paths"]["PITA_JSON_PATH"])
except Exception:
utilities.simple_log()
def fix_dragon_double():
try:
lr = control.nexus().history[len(control.nexus().history) - 1]
lu = " ".join(lr)
Key("left/5:" + str(len(lu)) + ", del").execute()
except Exception:
utilities.simple_log(False)
def read_selected_without_altering_clipboard(same_is_okay=False):
'''Returns a tuple:
(0, "text from system") - indicates success
(1, None) - indicates no change
(2, None) - indicates clipboard error, should not advance cursor before trying again
'''
time.sleep(0.05) # time for previous keypress to execute
cb = Clipboard(from_system=True)
temporary = None
prior_content = None
try:
prior_content = Clipboard.get_system_text()
Clipboard.set_system_text("")
Key("c-c").execute()
time.sleep(0.05) # time for keypress to execute
temporary = Clipboard.get_system_text()
cb.copy_to_system()
except Exception:
utilities.simple_log(False)
return (2, None)
if prior_content == temporary and not same_is_okay:
return (1, None)
return (0, temporary)
def _scan_directory(data):
'''
Adds a scan of the directory to DATA
'''
global DATA
directory = data["path"]
languageFilters = {}
scanned_directory = {}
try:
for base, dirs, files in os.walk(
directory
): # traverse base directory, and list directories as dirs and files as files
for fname in files:
extension = "." + fname.split(".")[-1]
if not (extension in languageFilters):
languageFilters[extension] = LanguageFilter(extension)
if extension in settings.SETTINGS["pita"]["extensions"]:
# scanned_file is a list
scanned_file = _scan_single_file(
base + "/" + fname, languageFilters[extension])
# scanned_directory["absolute path to file"] = that list
scanned_directory[base.replace("\\", "/") + "/" +
fname] = scanned_file
except Exception:
utilities.simple_log(True)
if "directories" not in DATA:
DATA["directories"] = {}
DATA["directories"][directory] = scanned_directory
utilities.save_json_file(DATA,
settings.SETTINGS["paths"]["PITA_JSON_PATH"])
def rescan_current_file():
global DATA
try:
filename, folders, title = utilities.get_window_title_info()
current_file_path = guess_file_based_on_window_title(filename, folders)
scanned_file = _scan_single_file(
current_file_path[1],
LanguageFilter("." + filename.split(".")[-1]))
# find out exact match in DATA
file_was_found = False
break_outer = False
for d in DATA["directories"]:
for f in DATA["directories"][d]:
if f == current_file_path[1]:
DATA["directories"][d][f] = scanned_file
utilities.save_json_file(
DATA, settings.SETTINGS["paths"]["PITA_JSON_PATH"])
break_outer = True
file_was_found = True
break
if break_outer:
break
if not file_was_found:
if not "uncategorized" in DATA["directories"]:
DATA["directories"]["uncategorized"] = {}
DATA["directories"]["uncategorized"][
current_file_path[1]] = scanned_file
utilities.save_json_file(
DATA, settings.SETTINGS["paths"]["PITA_JSON_PATH"])
except Exception:
utilities.simple_log()
def repeat_that(n):
try:
if len(control.nexus().history) > 0:
for i in range(int(n)):
Playback([([str(x) for x in " ".join(control.nexus().history[len(control.nexus().history) - 1]).split()], 0.0)])._execute()
except Exception:
utilities.simple_log(False)
def add_vocab():
engine = dragonfly.get_engine()
if engine.name != "natlink":
utilities.report(
"feature unavailable in your speech recognition engine",
speak=True)
return
# attempts to get what was highlighted first
highlighted = context.read_selected_without_altering_clipboard(True)
# change the following regex to accept alphabetical only
disallow = "^[A-Za-z]*$"
selected = None
if highlighted[0] == 0 and highlighted[1] != "":
if not re.match(disallow, highlighted[1]):
utilities.report("only used for single words", speak=True)
return
selected = highlighted[1]
try:
h_launch.launch(settings.QTYPE_SET, process_set, selected)
except Exception:
utilities.simple_log(False)
def main(argv):
help_message = 'legion.py -t <tirg> -d <dimensions> -a <autoquit>'
tirg = None
dimensions = None
auto_quit = False
try:
opts, args = getopt.getopt(argv, "ht:a:d:",
["tirg=", "dimensions=", "autoquit="])
except getopt.GetoptError:
print help_message
sys.exit(2)
try:
for opt, arg in opts:
if opt == '-h':
print help_message
sys.exit()
elif opt in ("-t", "--tirg"):
tirg = arg
elif opt in ("-d", "--dimensions"):
# wxh+x+y
dimensions = Dimensions(*[int(n) for n in arg.split("_")])
elif opt in ("-a", "--autoquit"):
auto_quit = arg in ("1", "t")
lg = LegionGrid(grid_size=dimensions, tirg=tirg, auto_quit=auto_quit)
except Exception:
utilities.simple_log(True)
def stoosh_keep_clipboard(nnavi500, nexus):
if nnavi500 == 1:
Key("c-c").execute()
else:
max_tries = 20
cb = Clipboard(from_system=True)
Key("c-c").execute()
key = str(nnavi500)
for i in range(0, max_tries):
failure = False
try:
# time for keypress to execute
time.sleep(
settings.SETTINGS["miscellaneous"]["keypress_wait"] /
1000.)
nexus.clip[key] = Clipboard.get_system_text()
utilities.save_toml_file(
nexus.clip,
settings.SETTINGS["paths"]["SAVED_CLIPBOARD_PATH"])
except Exception:
failure = True
utilities.simple_log()
if not failure:
break
cb.copy_to_system()
def _scan_directory(data, nexus):
'''
Adds a scan of the directory to DATA
'''
global DATA
directory = data["path"]
languageFilters = {}
scanned_directory = {}
try:
for base, dirs, files in os.walk(directory): # traverse base directory, and list directories as dirs and files as files
for fname in files:
extension = "." + fname.split(".")[-1]
if not extension in languageFilters:
languageFilters[extension] = LanguageFilter(extension)
if extension in settings.SETTINGS["pita"]["extensions"]:
# scanned_file is a list
scanned_file = _scan_single_file(base + "/" + fname, languageFilters[extension], nexus)
# scanned_directory["absolute path to file"] = that list
scanned_directory[base.replace("\\", "/") + "/" + fname] = scanned_file
except Exception:
utilities.simple_log(True)
if "directories" not in DATA:
DATA["directories"] = {}
DATA["directories"][directory] = scanned_directory
utilities.save_json_file(DATA, settings.SETTINGS["paths"]["PITA_JSON_PATH"])
def main(argv):
help_message = 'legion.py -t <tirg> [-m <monitor>] [-d <dimensions>] [-a <autoquit>]'
tirg = None
monitor = 1
dimensions = None
auto_quit = False
try:
opts, args = getopt.getopt(argv, "ht:a:d:m:", ["tirg=", "dimensions=", "autoquit="])
except getopt.GetoptError:
print(help_message)
sys.exit(2)
try:
for opt, arg in opts:
if opt == '-h':
print(help_message)
sys.exit()
elif opt in ("-t", "--tirg"):
tirg = arg
elif opt == '-m':
monitor = arg
elif opt in ("-d", "--dimensions"):
# wxh+x+y
dimensions = Dimensions(*[int(n) for n in arg.split("_")])
elif opt in ("-a", "--autoquit"):
auto_quit = arg in ("1", "t")
if dimensions is None:
r = monitors[int(monitor)-1].rectangle
dimensions = Dimensions(int(r.dx), int(r.dy), int(r.x), int(r.y))
lg = LegionGrid(grid_size=dimensions, tirg=tirg, auto_quit=auto_quit)
except Exception:
utilities.simple_log(True)
def main(argv):
help_message = 'legion.py -t <tirg> -d <dimensions> -a <autoquit>'
tirg = None
dimensions = None
auto_quit = False
try:
opts, args = getopt.getopt(argv, "ht:a:d:", ["tirg=", "dimensions=", "autoquit="])
except getopt.GetoptError:
print help_message
sys.exit(2)
try:
for opt, arg in opts:
if opt == '-h':
print help_message
sys.exit()
elif opt in ("-t", "--tirg"):
tirg = arg
elif opt in ("-d", "--dimensions"):
# wxh+x+y
dimensions = Dimensions(*[int(n) for n in arg.split("_")])
elif opt in ("-a", "--autoquit"):
auto_quit = arg in ("1", "t")
lg = LegionGrid(grid_size=dimensions, tirg=tirg, auto_quit=auto_quit)
except Exception:
utilities.simple_log(True)
def main(argv):
help_message = 'legion.py -t <tirg> [-m <monitor>] [-d <dimensions>] [-a <autoquit>]'
tirg = None
monitor = 1
dimensions = None
auto_quit = False
try:
opts, args = getopt.getopt(argv, "ht:a:d:m:",
["tirg=", "dimensions=", "autoquit="])
except getopt.GetoptError:
print(help_message)
sys.exit(2)
try:
for opt, arg in opts:
if opt == '-h':
print(help_message)
sys.exit()
elif opt in ("-t", "--tirg"):
tirg = arg
elif opt == '-m':
monitor = arg
elif opt in ("-d", "--dimensions"):
# wxh+x+y
dimensions = Dimensions(*[int(n) for n in arg.split("_")])
elif opt in ("-a", "--autoquit"):
auto_quit = arg in ("1", "t")
if dimensions is None:
r = monitors[int(monitor) - 1].rectangle
dimensions = Dimensions(int(r.dx), int(r.dy), int(r.x), int(r.y))
lg = LegionGrid(grid_size=dimensions, tirg=tirg, auto_quit=auto_quit)
except Exception:
utilities.simple_log(True)
def fix_dragon_double(nexus):
try:
lr = nexus.history[len(nexus.history) - 1]
lu = " ".join(lr)
Key("left/5:" + str(len(lu)) + ", del").execute()
except Exception:
utilities.simple_log(False)
def mouse_alternates(mode):
if control.nexus().dep.PIL:
try:
if mode == "legion":
if utilities.window_exists(None, "legiongrid"):
pass
else:
ls = LegionScanner()
ls.scan() #[500, 500, 1000, 1000]
tscan = ls.get_update()
Popen([
"pythonw", settings.SETTINGS["paths"]["LEGION_PATH"],
"-t", tscan[0]
]) #, "-d", "500_500_500_500"
elif mode == "rainbow":
Popen([
"pythonw", settings.SETTINGS["paths"]["RAINBOW_PATH"],
"-m", "r"
])
elif mode == "douglas":
Popen([
"pythonw", settings.SETTINGS["paths"]["DOUGLAS_PATH"],
"-m", "d"
])
except Exception:
utilities.simple_log(True)
else:
utilities.availability_message(mode.title(), "PIL")
def _run_filters(self, merge_pair):
for filter_fn in self._filters:
try:
filter_fn(merge_pair)
except Exception:
utilities.simple_log()
print("Filter function '" + filter_fn.__name__ + "' failed.")
def _run_filters(self, merge_pair):
for filter_fn in self._filters:
try:
filter_fn(merge_pair)
except Exception:
utilities.simple_log()
print("Filter function '" + filter_fn.__name__ + "' failed.")
def check_for_response():
global LAST_QUERY, TRIES
if LAST_QUERY != None:
data = None
try:
data = control.nexus().comm.get_com("hmc").get_message()
except Exception:
utilities.simple_log()
TRIES+=1
if TRIES>9: # try 10 times max if there's no Homonculus
TRIES=0
control.nexus().timer.remove_callback(check_for_response)
return
if data == None:
return
try:
LAST_QUERY.callback(data)
except Exception:
utilities.simple_log(False)
LAST_QUERY = None
if LAST_QUERY == None:
control.nexus().timer.remove_callback(check_for_response)
def read_selected_without_altering_clipboard(same_is_okay=False):
'''Returns a tuple:
(0, "text from system") - indicates success
(1, None) - indicates no change
(2, None) - indicates clipboard error
'''
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] /
1000.) # time for previous keypress to execute
cb = Clipboard(from_system=True)
temporary = None
prior_content = None
try:
prior_content = Clipboard.get_system_text()
Clipboard.set_system_text("")
Key("c-c").execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] /
1000.) # time for keypress to execute
temporary = Clipboard.get_system_text()
cb.copy_to_system()
except Exception:
utilities.simple_log(False)
return 2, None
if prior_content == temporary and not same_is_okay:
return 1, None
return 0, temporary
def check_for_response():
global LAST_QUERY, TRIES
if LAST_QUERY != None:
data = None
try:
data = control.nexus().comm.get_com("hmc").get_message()
except Exception:
TRIES+=1
if TRIES>9:
TRIES=0
control.nexus().timer.remove_callback(check_for_response)
return
if data == None:
return
try:
LAST_QUERY.callback(data)
except Exception:
utilities.simple_log(False)
LAST_QUERY = None
if LAST_QUERY == None:
control.nexus().timer.remove_callback(check_for_response)
def read_selected_without_altering_clipboard(same_is_okay=False):
'''Returns a tuple:
(0, "text from system") - indicates success
(1, None) - indicates no change
(2, None) - indicates clipboard error, should not advance cursor before trying again
'''
time.sleep(0.05) # time for previous keypress to execute
cb = Clipboard(from_system=True)
temporary = None
prior_content = None
try:
prior_content = Clipboard.get_system_text()
Clipboard.set_system_text("")
Key("c-c").execute()
time.sleep(0.05) # time for keypress to execute
temporary = Clipboard.get_system_text()
cb.copy_to_system()
except Exception:
utilities.simple_log(False)
return (2, None)
if prior_content == temporary and not same_is_okay:
return (1, None)
return (0, temporary)
def read_selected_without_altering_clipboard(same_is_okay=False):
'''Returns a tuple:
(0, "text from system") - indicates success
(1, None) - indicates no change
(2, None) - indicates clipboard error
'''
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"]/1000.) # time for previous keypress to execute
cb = Clipboard(from_system=True)
temporary = None
prior_content = None
try:
prior_content = Clipboard.get_system_text()
Clipboard.set_system_text("")
Key("c-c").execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"]/1000.) # time for keypress to execute
temporary = Clipboard.get_system_text()
cb.copy_to_system()
except Exception:
utilities.simple_log(False)
return 2, None
if prior_content == temporary and not same_is_okay:
return 1, None
return 0, temporary
def experiment(text):
'''this function is for tests'''
try:
''''''
print str(text)
except Exception:
utilities.simple_log(False)
def update(name, value):
# settings
try:
control.nexus().node_rule_active(name, value)
ccr.set_active()
ccr.refresh()
except Exception:
utilities.simple_log()
def initialize_ccr():
try:
for r in settings.SETTINGS["ccr"]["modes"]:
if settings.SETTINGS["ccr"]["modes"][r]:
set_active(r)
refresh()
except Exception:
utilities.simple_log()
def experiment(text):
"""this function is for tests"""
try:
""""""
print str(text)
except Exception:
utilities.simple_log(False)
def initialize_ccr():
try:
for r in settings.SETTINGS["ccr"]["modes"]:
if settings.SETTINGS["ccr"]["modes"][r]:
set_active(r)
refresh()
except Exception:
utilities.simple_log()
def update(name, value):
# settings
try:
control.nexus().node_rule_active(name, value)
ccr.set_active()
ccr.refresh()
except Exception:
utilities.simple_log()
def navigate_to_character(direction3, target):
# to do: possibly speed up the keypresses by figuring out how many lines up or down to go first
try:
left_or_right = str(direction3)
look_left = left_or_right == "left"
is_character = False
for s in target.split("~"):
if s in ".,()[]{}<>":
is_character = True
break
# make sure nothing is highlighted to boot
Key("right, left" if look_left else "left, right").execute()
if look_left:
Key("cs-left").execute()
else:
Key("cs-right").execute()
# max_highlights = 100
index = -1
# last_copy_was_successful = True
context = None
tries = 0
while context == None:
tries += 1
results = read_selected_without_altering_clipboard()
error_code = results[0]
if error_code == 0:
context = results[1]
break
if tries > 5:
return False
# if we got to this point, we have a copy result,
index = find_index_in_context(target, context, look_left)
# highlight only the target
if index != -1:
Key("left" if look_left else "right").execute()
nt = index if look_left else len(
context
) - index - 1 # number of times to press left or right before the highlight
if nt != 0:
Key("right/5:" + str(nt) if look_left else "left/5:" +
str(nt)).execute()
if is_character:
Key("s-right" if look_left else "s-left").execute()
else:
Key("cs-right" if look_left else "cs-left").execute()
return True
else:
# reset cursor
Key("left" if look_left else "right").execute()
return False
except Exception:
utilities.simple_log(False)
def rewrite_alias_module(ccr_, non_):
'''
ccr_, non_ are tuples in the form (spec, text), and are nullable
'''
global LINE_PATTERN
add = ccr_ != None or non_ != None
a = ccr_ if ccr_ != None else non_
ccr_open = False
non_open = False
written = False
exists = os.path.isfile(settings.SETTINGS["paths"]["ALIASES_PATH"])
lines = []
if not add or not exists:
lines = [x + "\n" for x in ccr.MODULE_SHELL]
else:
# read in the file
try:
with open(settings.SETTINGS["paths"]["ALIASES_PATH"], "r+") as f:
lines = f.readlines()
except Exception:
utilities.simple_log(True)
if a != None:
for line in lines: # do overwrite if same words are chosen
match_object = LINE_PATTERN.findall(line)
if len(match_object) > 0:
if match_object[0][0] == a[0]:
lines.remove(line)
break
try:
with open(settings.SETTINGS["paths"]["ALIASES_PATH"], "w+") as f:
for line in lines:
if line.isspace():
continue
if ccr.MODULE_MARKERS[0] in line: ccr_open = True
elif ccr.MODULE_MARKERS[1] in line: ccr_open = False
elif ccr.MODULE_MARKERS[2] in line: non_open = True
elif ccr.MODULE_MARKERS[3] in line: non_open = False
f.write(line)
if add:
if not written:
if (ccr_open and ccr_ != None) or (non_open
and non_ != None):
# need to escape for reading back in
spec = a[0].replace("'",
"\\'").replace("\\", "\\\\")
text = a[1].replace("'", "\\'").replace(
"\\", "\\\\").replace("\r",
"").replace("\n", "\\n")
f.write("'" + spec + "': Text('" + text + "'),\n")
written = True
except Exception:
utilities.simple_log(True)
def refresh():
global _grammar
_grammar.unload()
while len(_grammar.rules)>0: _grammar.remove_rule(_grammar.rules[0])
try:
rule = generate_rule(settings.SETTINGS["paths"]["CONFIGDEBUGTXT_PATH"])
_grammar.add_rule(rule)
_grammar.load()
except Exception:
utilities.simple_log()
def navigate_to_character(direction3, target):
# to do: possibly speed up the keypresses by figuring out how many lines up or down to go first
try:
left_or_right = str(direction3)
look_left = left_or_right == "left"
is_character = False
for s in target.split("~"):
if s in ".,()[]{}<>":
is_character=True
break
# make sure nothing is highlighted to boot
Key("right, left" if look_left else "left, right")._execute()
if look_left:
Key("cs-left")._execute()
else:
Key("cs-right")._execute()
# max_highlights = 100
index = -1
# last_copy_was_successful = True
context = None
tries=0
while context==None:
tries+=1
results = read_selected_without_altering_clipboard()
error_code = results[0]
if error_code==0:
context = results[1]
break
if tries>5:
return False
# if we got to this point, we have a copy result,
# print "have copy result: "+context
index = find_index_in_context(target, context, look_left)
# highlight only the target
if index != -1:
Key("left" if look_left else "right")._execute()
nt = index if look_left else len(context) - index - 1 # number of times to press left or right before the highlight
if nt != 0:
Key("right/5:" + str(nt) if look_left else "left/5:" + str(nt))._execute()
if is_character:
Key("s-right" if look_left else "s-left")._execute()
else:
Key("cs-right" if look_left else "cs-left")._execute()
# print "success"
return True
else:
# reset cursor
Key("left" if look_left else "right")._execute()
return False
except Exception:
utilities.simple_log(False)
def is_valid(module):
''' This function attempts to import the applications in order to detect
errors in their implementation . After they are imported, they are garbage collected
when the function returns.'''
try:
_ = __import__(module, globals(), locals())
return True
except Exception as e:
print("Ignoring application '{}'. Failed to load with: ".format(module))
utilities.simple_log()
return False
def experiment(text):
'''this function is for tests'''
try:
''''''
exes = set([x.executable.split("\\")[-1][:-4] for x in Window.get_all_windows()])
titles = set([x.title for x in Window.get_all_windows()])
# print get_similar_process_name(exes)
print titles
except Exception:
utilities.simple_log(False)
def refresh():
global _grammar
_grammar.unload()
while len(_grammar.rules) > 0:
_grammar.remove_rule(_grammar.rules[0])
try:
rule = generate_rule(settings.SETTINGS["paths"]["CONFIGDEBUGTXT_PATH"])
_grammar.add_rule(rule)
_grammar.load()
except Exception:
utilities.simple_log()
def repeat_that(n):
try:
if len(control.nexus().history) > 0:
p = [
str(x) for x in " ".join(control.nexus().history[
len(control.nexus().history) - 1]).split()
]
# print p
for i in range(int(n)):
Playback([(p, 0.0)]).execute()
except Exception:
utilities.simple_log(False)
def rewrite_alias_module(ccr_, non_):
'''
ccr_, non_ are tuples in the form (spec, text), and are nullable
'''
global LINE_PATTERN
add = ccr_ != None or non_ != None
a = ccr_ if ccr_!=None else non_
ccr_open = False
non_open = False
written = False
exists = os.path.isfile(settings.SETTINGS["paths"]["ALIASES_PATH"])
lines = []
if not add or not exists:
lines = [x+"\n" for x in ccr.MODULE_SHELL]
else:
# read in the file
try:
with open(settings.SETTINGS["paths"]["ALIASES_PATH"], "r+") as f:
lines = f.readlines()
except Exception:
utilities.simple_log(True)
if a != None:
for line in lines:# do overwrite if same words are chosen
match_object = LINE_PATTERN.findall(line)
if len(match_object) > 0:
if match_object[0][0]==a[0]:
lines.remove(line)
break
try:
with open(settings.SETTINGS["paths"]["ALIASES_PATH"], "w+") as f:
for line in lines:
if line.isspace():
continue
if ccr.MODULE_MARKERS[0] in line: ccr_open = True
elif ccr.MODULE_MARKERS[1] in line: ccr_open = False
elif ccr.MODULE_MARKERS[2] in line: non_open = True
elif ccr.MODULE_MARKERS[3] in line: non_open = False
f.write(line)
if add:
if not written:
if (ccr_open and ccr_ != None) or (non_open and non_ != None):
# need to escape for reading back in
spec=a[0].replace("'", "\\'").replace("\\", "\\\\")
text=a[1].replace("'", "\\'").replace("\\", "\\\\").replace("\r", "").replace("\n", "\\n")
f.write("'"+ spec + "': Text('" + text + "'),\n")
written = True
except Exception:
utilities.simple_log(True)
def navigate_to_character(direction3, target, fill=False):
try:
look_left = str(direction3) == "left"
# make sure nothing is highlighted to boot
if not fill:# (except when doing "fill" -- if at end of line, there is no space for this )
Key("right, left" if look_left else "left, right").execute()
if look_left:
Key("cs-left").execute()
else:
Key("cs-right").execute()
context = None
tries = 0
while context is None:
tries+=1
results = read_selected_without_altering_clipboard()
error_code = results[0]
if error_code==0:
context = results[1]
break
if tries > 5:
return False
# if we got to this point, we have a copy result
index = _find_index_in_context(target, context, look_left)
if index != -1:# target found
'''move the cursor to the left of the target if looking left,
to the right of the target if looking right:'''
Key("left" if look_left else "right").execute()
'''number of times to press left or right before the highlight
(the target may be a part of a fully highlighted word): '''
nt = index if look_left else len(context) - index - 1
if nt != 0:
Key("right/5:" + str(nt) if look_left else "left/5:" + str(nt)).execute()
'''highlight only the target'''
if _target_is_character(target):
Key("s-right" if look_left else "s-left").execute()
else:
Key("cs-right" if look_left else "cs-left").execute()
return True
else:
# reset cursor
Key("left" if look_left else "right").execute()
return False
except Exception:
utilities.simple_log()
def experiment(text):
'''this function is for tests'''
try:
''''''
exes = set([
x.executable.split("\\")[-1][:-4]
for x in Window.get_all_windows()
])
titles = set([x.title for x in Window.get_all_windows()])
# print get_similar_process_name(exes)
print titles
except Exception:
utilities.simple_log(False)
def lines_relative(self, back, n):
if back: #backward
try:
num = CONTEXT.read_nmax_tries(10)
txt = str(int(num) - int(n) + 1) # +1 to include current line
Text(txt).execute()
except ValueError:
utilities.simple_log()
return
Key("enter").execute()
else: #forward
Key("escape, end, home, home").execute(
) # end-home-home to include all of current line
# forward or backward
Key("s-down:" + str(int(n)) + "/5, s-left").execute()
def lines_relative(self, back, n):
if back: #backward
try:
num = CONTEXT.read_nmax_tries(10)
txt = str(int(num) - int(n) + 1) # +1 to include current line
Text(txt).execute()
except ValueError:
utilities.simple_log()
return
Key("enter").execute()
else: #forward
Key("escape, end, home, home").execute(
) # end-home-home to include all of current line
# forward or backward
Key("s-down:" + str(int(n)) + "/5, s-left").execute()
def check_for_response():
try:
_data = self.nexus().comm.get_com("hmc").get_message()
except Exception:
if log_failure: utilities.simple_log()
_["tries"]+=1
if _["tries"]>9: return True # try 10 times max if there's no Homonculus response
else: return False
if _data is None: return False
try:
_data.append(_["dragonfly_data"]) # pass dragonfly data into receiver function
_["dragonfly_data"] = None
receiver(_data)
except Exception:
if log_failure: utilities.simple_log()
return True
def mouse_alternates(mode):
if control.nexus().dep.PIL:
try:
if mode == "legion":
if utilities.window_exists(None, "legiongrid"):
pass
else:
ls = LegionScanner()
ls.scan()#[500, 500, 1000, 1000]
tscan = ls.get_update()
Popen(["pythonw", settings.SETTINGS["paths"]["LEGION_PATH"], "-t", tscan[0]])#, "-d", "500_500_500_500"
elif mode == "rainbow":
Popen(["pythonw", settings.SETTINGS["paths"]["RAINBOW_PATH"], "-m", "r"])
elif mode == "douglas":
Popen(["pythonw", settings.SETTINGS["paths"]["DOUGLAS_PATH"], "-m", "d"])
except Exception:
utilities.simple_log(True)
else:
utilities.availability_message(mode.title(), "PIL")
def check_for_response():
try:
_data = self.nexus().comm.get_com("hmc").get_message()
except Exception:
if log_failure: utilities.simple_log()
_["tries"] += 1
if _["tries"] > 9:
return True # try 10 times max if there's no Homonculus response
else:
return False
if _data is None: return False
try:
_data.append(_["dragonfly_data"]
) # pass dragonfly data into receiver function
_["dragonfly_data"] = None
receiver(_data)
except Exception:
if log_failure: utilities.simple_log()
return True
def navigate_to_character(direction3, target, fill=False):
try:
look_left = str(direction3) == "left"
# make sure nothing is highlighted to boot
if not fill: # (except when doing "fill" -- if at end of line, there is no space for this )
Key("right, left" if look_left else "left, right").execute()
if look_left:
Key("cs-left").execute()
else:
Key("cs-right").execute()
context = read_nmax_tries(5, .01)
if context is None:
return False
# if we got to this point, we have a copy result
index = _find_index_in_context(target, context, look_left)
if index != -1: # target found
'''move the cursor to the left of the target if looking left,
to the right of the target if looking right:'''
Key("left" if look_left else "right").execute()
'''number of times to press left or right before the highlight
(the target may be a part of a fully highlighted word): '''
nt = index if look_left else len(context) - index - 1
if nt != 0:
Key("right/5:" + str(nt) if look_left else "left/5:" +
str(nt)).execute()
'''highlight only the target'''
if _target_is_character(target):
Key("s-right" if look_left else "s-left").execute()
else:
Key("cs-right" if look_left else "cs-left").execute()
return True
else:
# reset cursor
Key("left" if look_left else "right").execute()
return False
except Exception:
utilities.simple_log()
def rewrite_alias_module(ccr_, non_):
'''
ccr_, non_ are tuples in the form (spec, text), and are nullable
'''
add = ccr_ != None or non_ != None
ccr_open = False
non_open = False
written = False
exists = os.path.isfile(settings.SETTINGS["paths"]["ALIASES_PATH"])
lines = []
if not add or not exists:
lines = ccr.MODULE_SHELL
else:
# read in the file
try:
with open(settings.SETTINGS["paths"]["ALIASES_PATH"], "r+") as f:
lines = f.readlines()
except Exception:
utilities.simple_log(True)
try:
with open(settings.SETTINGS["paths"]["ALIASES_PATH"], "w+") as f:
for line in lines:
if line.isspace():
continue
if ccr.MODULE_MARKERS[0] in line: ccr_open = True
elif ccr.MODULE_MARKERS[1] in line: ccr_open = False
elif ccr.MODULE_MARKERS[2] in line: non_open = True
elif ccr.MODULE_MARKERS[3] in line: non_open = False
# print str(add), str(ccr_open), str(non_open), str(written)
f.write(line + "\n")
if add:
if not written:
if (ccr_open and ccr_ != None) or (non_open and non_ != None):
a = ccr_ if ccr_open else non_
f.write("'" + a[0] + "': Text('" + a[1] + "'),")
written = True
except Exception:
utilities.simple_log(True)
def clipboard_to_file(nnavi500, nexus, do_copy=False):
if do_copy:
Key("c-c").execute()
max_tries = 20
key = str(nnavi500)
for i in range(0, max_tries):
failure = False
try:
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"]/1000.) # time for keypress to execute
win32clipboard.OpenClipboard()
nexus.clip[key] = win32clipboard.GetClipboardData()
win32clipboard.CloseClipboard()
utilities.save_json_file(nexus.clip, settings.SETTINGS["paths"]["SAVED_CLIPBOARD_PATH"])
except Exception:
failure = True
utilities.simple_log()
if not failure:
break
def paste_string_without_altering_clipboard(content):
'''
True - indicates success
False - indicates clipboard error
'''
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"]/
1000.) # time for previous keypress to execute
cb = Clipboard(from_system=True)
try:
Clipboard.set_system_text(str(content))
Key("c-v").execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"]/
1000.) # time for keypress to execute
cb.copy_to_system()
except Exception:
utilities.simple_log(False)
return False
return True
def clipboard_to_file(nnavi500, nexus, do_copy=False):
if do_copy:
Key("c-c").execute()
max_tries = 20
key = str(nnavi500)
for i in range(0, max_tries):
failure = False
try:
# time for keypress to execute
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] /
1000.)
nexus.clip[key] = Clipboard.get_system_text()
utilities.save_json_file(
nexus.clip, settings.SETTINGS["paths"]["SAVED_CLIPBOARD_PATH"])
except Exception:
failure = True
utilities.simple_log()
if not failure:
break
def paste_string_without_altering_clipboard(content):
'''
True - indicates success
False - indicates clipboard error
'''
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] /
1000.) # time for previous keypress to execute
cb = Clipboard(from_system=True)
try:
Clipboard.set_system_text(str(content))
Key("c-v").execute()
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"] /
1000.) # time for keypress to execute
cb.copy_to_system()
except Exception:
utilities.simple_log(False)
return False
return True
def main(argv):
help_message = 'legion.py -t <tirg> [-m <monitor>] [-d <dimensions>] [-a <autoquit>]'
tirg = None
monitor = 1
dimensions = None
auto_quit = False
error_code = windll.shcore.SetProcessDpiAwareness(
2) #enable 1-1 pixel mapping
if error_code == -2147024891:
raise OSError("Failed to set app awareness")
try:
opts, args = getopt.getopt(argv, "ht:a:d:m:",
["tirg=", "dimensions=", "autoquit="])
except getopt.GetoptError:
print(help_message)
sys.exit(2)
try:
for opt, arg in opts:
if opt == '-h':
print(help_message)
sys.exit()
elif opt in ("-t", "--tirg"):
tirg = arg
elif opt == '-m':
monitor = arg
elif opt in ("-d", "--dimensions"):
# wxh+x+y
dimensions = Dimensions(*[int(n) for n in arg.split("_")])
elif opt in ("-a", "--autoquit"):
auto_quit = arg in ("1", "t")
if dimensions is None:
r = monitors[int(monitor) - 1].rectangle
dimensions = Dimensions(int(r.dx), int(r.dy), int(r.x), int(r.y))
lg = LegionGrid(grid_size=dimensions, tirg=tirg, auto_quit=auto_quit)
except Exception:
utilities.simple_log(True)
def main(argv):
help_message = 'legion.py -t <tirg> [-m <monitor>] [-d <dimensions>] [-a <autoquit>]'
tirg = None
monitor = 1
dimensions = None
auto_quit = False
error_code = windll.shcore.SetProcessDpiAwareness(2) #enable 1-1 pixel mapping
if error_code == -2147024891:
raise OSError("Failed to set app awareness")
try:
opts, args = getopt.getopt(argv, "ht:a:d:m:",
["tirg=", "dimensions=", "autoquit="])
except getopt.GetoptError:
print(help_message)
sys.exit(2)
try:
for opt, arg in opts:
if opt == '-h':
print(help_message)
sys.exit()
elif opt in ("-t", "--tirg"):
tirg = arg
elif opt == '-m':
monitor = arg
elif opt in ("-d", "--dimensions"):
# wxh+x+y
dimensions = Dimensions(*[int(n) for n in arg.split("_")])
elif opt in ("-a", "--autoquit"):
auto_quit = arg in ("1", "t")
if dimensions is None:
r = monitors[int(monitor) - 1].rectangle
dimensions = Dimensions(int(r.dx), int(r.dy), int(r.x), int(r.y))
lg = LegionGrid(grid_size=dimensions, tirg=tirg, auto_quit=auto_quit)
except Exception:
utilities.simple_log(True)
def stoosh_keep_clipboard(nnavi500, nexus):
if nnavi500 == 1:
Key("c-c").execute()
else:
max_tries = 20
cb = Clipboard(from_system=True)
Key("c-c").execute()
key = str(nnavi500)
for i in range(0, max_tries):
failure = False
try:
# time for keypress to execute
time.sleep(settings.SETTINGS["miscellaneous"]["keypress_wait"]/1000.)
nexus.clip[key] = Clipboard.get_system_text()
utilities.save_toml_file(
nexus.clip, settings.SETTINGS["paths"]["SAVED_CLIPBOARD_PATH"])
except Exception:
failure = True
utilities.simple_log()
if not failure:
break
cb.copy_to_system()
pass
from caster.asynch.hmc import h_launch
from caster.asynch.hmc import vocabulary_processing
from caster.asynch.sikuli import sikuli
from caster.lib import navigation, password
from caster.lib.pita import scanner
from caster.lib.dfplus.state.short import R
ccr.initialize_ccr()
recording.load_alias_rules()
recording.load_recorded_rules()
except:
print "\nAttempting to load CCR anyway..."
from caster.lib import ccr, utilities
utilities.simple_log()
ccr.initialize_ccr()
from dragonfly import (Key, Function, Grammar, Playback, IntegerRef, Dictation, Choice, Pause, MappingRule)
def change_monitor():
if settings.SETTINGS["miscellaneous"]["sikuli_enabled"]:
Playback([(["monitor", "select"], 0.0)]).execute()
else:
utilities.report("This command requires SikuliX to be enabled in the settings file")
class MainRule(MappingRule):
@staticmethod
def bring_test():
print(settings.SETTINGS["paths"]["BASE_PATH"].replace("/", "\\"))
try:
BringApp("explorer", settings.SETTINGS["paths"]["BASE_PATH"]).execute()
except Exception:
utilities.simple_log()
def del_vocab():
try:
h_launch.launch(settings.QTYPE_REM, process_delete, None)
except Exception:
utilities.simple_log(False)
