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It is all tied to naming in Python. Names are attached to objects in such a way that they can be detached and given to a new object. All objects without names are removed from memory (see here). Names available in your module are implemented as dictionaries and can be displayed using the __dict__ attribute (see here).

Type in

>>> import time >>> time.__dict__

The result is a dictionary containing the names used in defining objects in the built-in module time.

It is all tied to naming in Python. Names are attached to objects in such a way that they can be detached and given to a new object. All objects without names are removed from memory (see here). Names available in your module are implemented as dictionaries and can be displayed using the __dict__ attribute (see here).

Type in

>>> import time >>> time.__dict__

The result is a dictionary containing the names used in defining objects in the built-in module time.

It is all tied to naming in Python. Names are attached to objects in such a way that they can be detached and given to a new object. All objects without names are removed from memory (see here). Names available in your module are implemented as dictionaries and can be displayed using the __dict__ attribute.

Type in

>>> import time >>> time.__dict__

The result is a dictionary containing the names used in defining objects in the built-in module time.

Source Link
Nonso
Nonso
  • 140
  • 2
  • 8

It is all tied to naming in Python. Names are attached to objects in such a way that they can be detached and given to a new object. All objects without names are removed from memory (see here). Names available in your module are implemented as dictionaries and can be displayed using the __dict__ attribute (see here).

Type in

>>> import time >>> time.__dict__

The result is a dictionary containing the names used in defining objects in the built-in module time.