def lineSearch(dictation_to_find, replace_with_me, _node):
commands = _node.words()
# parse ordinal arguments
second_arg = commands[1]
ordinal_arg = None
for ordinal in ordinal_map:
if second_arg == ordinal:
ordinal_arg = second_arg
break
# parse replace arguments
replacing = False
if len(commands) > 2:
second_to_last_arg = commands[-2]
last_arg = commands[-1]
if second_to_last_arg == "replace" or last_arg == "replace":
print "Replacing..."
replacing = True
replace_with_me = str(replace_with_me)
to_find = str(dictation_to_find)
if to_find == "":
print "No dictation, searching for character..."
character_to_find = _node.words()[-1]
to_find = character.CHARACTER_MAP[character_to_find]
to_find = to_find.lower()
searching_message = "Searching for " + ordinal_arg + ": " if ordinal_arg else "Searching for: "
print searching_message + to_find
Key("end,s-home/10").execute() # select the line
line = utils.getSelectedText().lower(
) # copied to the clipboard, then get from the clipboard
print "Searching in line: " + line
line_index = -1
if ordinal_arg:
line_index = utils.find_nth(line, to_find, ordinal_map[ordinal_arg])
else:
line_index = line.find(to_find)
if line_index != -1:
Key("end/5").execute()
Key("home/5").execute()
Key("right:" + str(line_index)).execute()
if replacing:
Key("cs-right").execute()
selected = utils.getSelectedText()
if selected[-1] == " ":
Key("s-left").execute(
) # deselect a single trailing space if it exists
if replace_with_me == "":
Key("backspace").execute()
else:
Text(replace_with_me).execute()
else:
Key("escape").execute()
print "unable to find: " + to_find
print "line: " + line
def lineSearch(dictation_to_find, replace_with_me, _node):
commands = _node.words()
# parse ordinal arguments
second_arg = commands[1]
ordinal_arg = None
for ordinal in ordinal_map:
if second_arg == ordinal:
ordinal_arg = second_arg
break
# parse replace arguments
replacing = False
if len(commands) > 2:
second_to_last_arg = commands[-2]
last_arg = commands[-1]
if second_to_last_arg == "replace" or last_arg == "replace":
print "Replacing..."
replacing = True
replace_with_me = str(replace_with_me)
to_find = str(dictation_to_find)
if to_find == "":
print "No dictation, searching for character..."
character_to_find = _node.words()[-1]
to_find = character.CHARACTER_MAP[character_to_find]
to_find = to_find.lower()
searching_message = "Searching for " + ordinal_arg + ": " if ordinal_arg else "Searching for: "
print searching_message + to_find
Key("end,s-home/5").execute() # select the line
line = utils.getSelectedText().lower() # copied to the clipboard, then get from the clipboard
print "Searching in line: " + line
line_index = -1
if ordinal_arg:
line_index = utils.find_nth(line, to_find, ordinal_map[ordinal_arg])
else:
line_index = line.find(to_find)
if line_index != -1:
Key("end,home,right:" + str(line_index)).execute()
if replacing:
Key("cs-right").execute()
selected = utils.getSelectedText()
if selected[-1] == " ":
Key("s-left").execute() # deselect a single trailing space if it exists
if replace_with_me == "":
Key("backspace").execute()
else:
Text(replace_with_me).execute()
else:
Key("escape").execute()
print "unable to find: " + to_find
print "line: " + line
def addAlias(dictation):
alias_name = str(dictation)
alias_value = utils.getSelectedText()
if not alias_value or alias_value == "":
raise StandardError(
"No value for \"alias_value\". Select some text to alias.")
file_path = "C:\\NatLink\\NatLink\\MacroSystem\\_aliases.py"
lines = []
with open(file_path, 'r') as aliases:
lines = aliases.readlines()
with open(file_path, 'w') as aliases:
started_mapping = False
done_adding = False
for line in lines:
if done_adding:
aliases.write(line)
continue
if not started_mapping:
aliases.write(line)
if line.find("mapping = {") != -1:
started_mapping = True
continue
if started_mapping and not done_adding:
if line.find("}") != -1:
aliases.write(" \"" + alias_name + "\": Text(\"" +
alias_value + "\"),\n")
aliases.write(line)
done_adding = True
else:
aliases.write(line)
utils.toggleMicrophone()
def addAlias(dictation=None):
alias_value = utils.getSelectedText()
alias_name = str(dictation) if dictation else alias_value
if not alias_value or alias_value == "":
raise StandardError(
"No value for \"alias_value\". Select some text to alias.")
file_path = utils.NATLINK_USER_DIRECTORY + "\\commands\\core\\aliases.py"
lines = []
with open(file_path, 'r') as aliases:
lines = aliases.readlines()
with open(file_path, 'w') as aliases:
started_mapping = False
done_adding = False
for line in lines:
if done_adding:
aliases.write(line)
continue
if not started_mapping:
aliases.write(line)
if line.find("mapping = {") != -1:
started_mapping = True
continue
if started_mapping and not done_adding:
if line.find("}") != -1:
aliases.write(" \"" + alias_name + "\": Text(\"" +
alias_value + "\"),\n")
aliases.write(line)
done_adding = True
else:
aliases.write(line)
Mimic("rebuild", "everything").execute(),
def copy_modify_paste(modifying_function):
selected_text = utils.getSelectedText()
if not selected_text:
print "No selected text?"
return
modified_text = modifying_function(str(selected_text))
# tried to use the original clipboard here, but couldn't get it to "clear" -- some apps would
# somehow get the original, unmodified text when the paste happened
new_clipboard = Clipboard()
new_clipboard.set_text(modified_text)
new_clipboard.copy_to_system()
Key("c-v").execute()
def copy_modify_paste(modifying_function):
selected_text = utils.getSelectedText()
if not selected_text:
print "No selected text?"
return
modified_text = modifying_function(str(selected_text))
# tried to use the original clipboard here, but couldn't get it to "clear" -- some apps would
# somehow get the original, unmodified text when the paste happened
new_clipboard = Clipboard()
new_clipboard.set_text(modified_text)
new_clipboard.copy_to_system()
Key("c-v").execute()