def clear_pymathics_modules(self):
from mathics.builtin import builtins, builtins_by_module
# Remove all modules that are not in mathics
# print("cleaning pymathics modules")
for key in list(builtins_by_module.keys()):
if not key.startswith("mathics."):
print(f"removing module \"{key}\" not in mathics.")
del builtins_by_module[key]
# print("reloading symbols from current builtins.")
for s in self.pymathics:
if s in self.builtin:
# If there was a true built-in definition for the symbol, restore it, else, remove he symbol.
if self.pymathics[s]:
self.builtin[s] = self.pymathics[s]
builtins[s] = None
for key, val in builtins_by_module.items():
for simb in val:
if simb.get_name() == s:
builtins[s] = simb
break
if builtins[s] is not None:
break
if builtins[s] is None:
builtins.__delitem__(s)
else:
self.builtin.__delitem__(s)
builtins.__delitem__(s)
self.pymathics = {}
# print("everything is clean")
return None
def clear_pymathics_modules(self):
from mathics.builtin import builtins, builtins_by_module
for key in list(builtins_by_module.keys()):
if not key.startswith("mathics."):
del builtins_by_module[key]
for key in self.pymathics:
del self.pymathics[key]
self.pymathics = {}
return None
def clear_pymathics_modules(self):
from mathics.builtin import builtins, builtins_by_module
# Remove all modules that are not in mathics
# print("cleaning pymathics modules")
for key in list(builtins_by_module.keys()):
if not key.startswith("mathics."):
print(f'removing module "{key}" not in mathics.')
del builtins_by_module[key]
for key in pymathics:
del self.pymathics[key]
self.pymathics = {}
# print("everything is clean")
return None
