def __reload__(self):
if self.__dict__['_autoimp_lib'] is None:
# If mod has not yet been imported, then only load mod once.
self.__load_lib()
return self
else:
_reload(self.__dict__['_autoimp_lib'])
self.__set_lib(self.__dict__['_autoimp_lib'])
return self
def __reload__(self):
if self.__dict__['_autoimp_lib'] is None:
# If mod has not yet been imported, then only load mod once.
self.__load_lib()
return self
else:
_reload(self.__dict__['_autoimp_lib'])
self.__set_lib(self.__dict__['_autoimp_lib'])
return self
def _reloadModule(theMod, fromList=[], toNamespace=globals()):
if type(theMod) == str:
theMod = _modules[theMod]
_reload(theMod)
if type(toNamespace).__name__ == 'module':
toNamespace = vars(toNamespace)
fromNamespace = vars(theMod)
for name in fromList:
toNamespace[name] = fromNamespace[name]
return theMod
def reload(x):
"""
Replacement for builtin reload() by autoimp.py.
Reloads the module argument, and returns the reloaded module. The
module need not have been already imported. If the argument has the
special method __reload__(), then that method is called and its
return value is returned by reload().
"""
if hasattr(x, '__reload__'):
return x.__reload__()
else:
return _reload(x)
def reload(x):
"""
Replacement for builtin reload() by autoimp.py.
Reloads the module argument, and returns the reloaded module. The
module need not have been already imported. If the argument has the
special method __reload__(), then that method is called and its
return value is returned by reload().
"""
if hasattr(x, '__reload__'):
return x.__reload__()
else:
return _reload(x)
def _load_app_module(app: str, is_dash: bool = True):
"""Load underlying module of a Dash app.
Args:
app: App's corresponding file name.
Returns:
Module loaded.
"""
mod = _import_module(('dash_apps.' if is_dash else 'apps.') + app)
if app[:4] == 'dev_':
mod = _reload(mod)
return mod
def reload(
module: ModuleType,
upgraders: Iterable[UpgradeFn] = ...,
) -> ModuleType:
# Import importlib.reload here so that this module can reload itself.
# If the import is outside this function, it is cleared during reload and
# can't be resolved.
from importlib import reload as _reload
if upgraders is ...:
upgraders = UPGRADERS
saved_dict = module.__dict__.copy()
name = module.__name__
loader = module.__loader__
spec = module.__spec__
magazine_refs = module.__dict__.get('__magazine__',
defaultdict(weakref.WeakSet))
module.__dict__.clear()
module.__dict__.update(
__name__=name,
__loader__=loader,
__spec__=spec,
__magazine__=magazine_refs,
)
try:
# Try to reload the module.
module = _reload(module)
except:
# Restore the previous dict on failure.
module.__dict__.update(saved_dict)
raise
for name, obj in saved_dict.items():
if getattr(obj, '__module__', None) == module.__name__:
magazine_refs[name].add(obj)
# Delete the saved module dict so members can potentially be
# garbage-collected and avoid needless upgrading.
del saved_dict
# Upgrade existing upgradeable objects.
for name, refset in magazine_refs.items():
for old in refset:
new = module.__dict__.get(name)
if old is not None and new is not None:
# print(f'upgrading {module.__name__}.{name}')
upgrade(old, new, upgraders)
return module
def _impl(m):
if isinstance(m, str):
m = import_module(m)
return _reload(m)
def reload():
from freecad import lumberjack as this
_reload(this)
from contextlib import suppress as _suppress
from functools import wraps as _wraps
from gc import collect as _collect
from importlib import reload as _reload
from sys import modules as _modules
if __name__ != '__main__':
#If name != main, then this is being imported
try:
_crossword
except NameError:
import crossword as _crossword
else:
_reload(_crossword)
else:
if 'crossword' in _modules:
_crossword = _modules['crossword']
#If Checker is defined but isn't the standard from crossword, the user
#has mucked with it. Reload crossword to ensure everything is good
with _suppress(NameError):
if Checker is not _crossword.Checker:
_reload(_modules['crossword.clses'])
_reload(_modules['crossword.funcs'])
_reload(_modules['crossword.globs'])
_reload(_crossword)
else:
import crossword as _crossword
from crossword import *
class Checker(Checker):
