def update_engine(engine, old, new):
"""Modify a StenoEngine using a before and after config object.
Using the before and after allows this function to not make unnecessary
changes.
"""
machine_type = new.get_machine_type()
machine_options = new.get_machine_specific_options(machine_type)
if (old.get_machine_type() != machine_type or
old.get_machine_specific_options(machine_type) != machine_options):
try:
machine_class = machine_registry.get(machine_type)
except NoSuchMachineException as e:
raise InvalidConfigurationError(unicode(e))
engine.set_machine(machine_class(machine_options))
dictionary_file_names = new.get_dictionary_file_names()
if old.get_dictionary_file_names() != dictionary_file_names:
try:
dicts = dict_manager.load(dictionary_file_names)
except DictionaryLoaderException as e:
raise InvalidConfigurationError(unicode(e))
engine.get_dictionary().set_dicts(dicts)
log_file_name = new.get_log_file_name()
if old.get_log_file_name() != log_file_name:
engine.set_log_file_name(log_file_name)
enable_stroke_logging = new.get_enable_stroke_logging()
if old.get_enable_stroke_logging() != enable_stroke_logging:
engine.enable_stroke_logging(enable_stroke_logging)
enable_translation_logging = new.get_enable_translation_logging()
if old.get_enable_translation_logging() != enable_translation_logging:
engine.enable_translation_logging(enable_translation_logging)
def update_engine(engine, old, new):
"""Modify a StenoEngine using a before and after config object.
Using the before and after allows this function to not make unnecessary
changes.
"""
machine_type = new.get_machine_type()
machine_options = new.get_machine_specific_options(machine_type)
if (old.get_machine_type() != machine_type or
old.get_machine_specific_options(machine_type) != machine_options):
try:
machine_class = machine_registry.get(machine_type)
except NoSuchMachineException as e:
raise InvalidConfigurationError(unicode(e))
engine.set_machine(machine_class(machine_options))
dictionary_file_names = new.get_dictionary_file_names()
if old.get_dictionary_file_names() != dictionary_file_names:
try:
dicts = dict_manager.load(dictionary_file_names)
except DictionaryLoaderException as e:
raise InvalidConfigurationError(unicode(e))
engine.get_dictionary().set_dicts(dicts)
log_file_name = new.get_log_file_name()
if old.get_log_file_name() != log_file_name:
engine.set_log_file_name(log_file_name)
enable_stroke_logging = new.get_enable_stroke_logging()
if old.get_enable_stroke_logging() != enable_stroke_logging:
engine.enable_stroke_logging(enable_stroke_logging)
enable_translation_logging = new.get_enable_translation_logging()
if old.get_enable_translation_logging() != enable_translation_logging:
engine.enable_translation_logging(enable_translation_logging)
def get_dicts(config):
"""Initialize a StenoEngine from a config object."""
dictionary_file_names = config.get_dictionary_file_names()
try:
dicts = dict_manager.load(dictionary_file_names)
except DictionaryLoaderException as e:
raise InvalidConfigurationError(unicode(e))
return dicts
def get_dicts(config):
"""Initialize a StenoEngine from a config object."""
dictionary_file_names = config.get_dictionary_file_names()
try:
dicts = dict_manager.load(dictionary_file_names)
except DictionaryLoaderException as e:
raise InvalidConfigurationError(unicode(e))
return dicts
def init_engine(engine, config):
"""Initialize a StenoEngine from a config object."""
reset_machine(engine, config)
dictionary_file_names = config.get_dictionary_file_names()
try:
dicts = dict_manager.load(dictionary_file_names)
except DictionaryLoaderException as e:
raise InvalidConfigurationError(unicode(e))
engine.get_dictionary().set_dicts(dicts)
engine.set_log_file_name(config)
engine.enable_stroke_logging(config.get_enable_stroke_logging())
engine.enable_translation_logging(config.get_enable_translation_logging())
engine.set_space_placement(config.get_space_placement())
engine.set_is_running(config.get_auto_start())
def init_engine(engine, config):
"""Initialize a StenoEngine from a config object."""
reset_machine(engine, config)
dictionary_file_names = config.get_dictionary_file_names()
try:
dicts = dict_manager.load(dictionary_file_names)
except DictionaryLoaderException as e:
raise InvalidConfigurationError(unicode(e))
engine.get_dictionary().set_dicts(dicts)
engine.set_log_file_name(config)
engine.enable_stroke_logging(config.get_enable_stroke_logging())
engine.enable_translation_logging(config.get_enable_translation_logging())
engine.set_space_placement(config.get_space_placement())
engine.set_is_running(config.get_auto_start())
def __init__(self, output, log):
self._log = log
self._output = output
self._config = plover.config.Config()
with open(plover.config.CONFIG_FILE) as f:
self._config.load(f)
keymap = self._config.get_machine_specific_options('NKRO Keyboard')['keymap']
self._mapping = {}
for steno_key, key_names in keymap.get().items():
for key in key_names:
key = key.lower()
if not key in PSEUDOKEY_TO_KEYCODE:
continue
keycode = PSEUDOKEY_TO_KEYCODE[key]
self._mapping[keycode] = steno_key
self._dicts = DictionaryManager.load(self._config.get_dictionary_file_names())
self._formatter = Formatter()
self._formatter.set_output(self._output)
self._translator = Translator()
self._translator.add_listener(self._formatter.format)
self._translator.get_dictionary().set_dicts(self._dicts)
self._translator.set_min_undo_length(NB_PREDIT_STROKES)
self.reset(full=True, output=False)
def set_dictionaries(self, file_names):
dictionary = self.translator.get_dictionary()
dicts = dict_manager.load(file_names)
dictionary.set_dicts(dicts)
def set_dictionaries(self, file_names):
dictionary = self.translator.get_dictionary()
if tuple(file_names) == tuple(d.get_path() for d in dictionary.dicts):
return
dicts = dict_manager.load(file_names)
dictionary.set_dicts(dicts)
def set_dictionaries(self, file_names):
dictionary = self.translator.get_dictionary()
dicts = dict_manager.load(file_names)
dictionary.set_dicts(dicts)
self.suggestions = Suggestions(dictionary)
def set_dictionaries(self, file_names):
dictionary = self.translator.get_dictionary()
if tuple(file_names) == tuple(d.get_path() for d in dictionary.dicts):
return
dicts = dict_manager.load(file_names)
dictionary.set_dicts(dicts)
