Refer to the exhibit. Python threading allows a developer to have different parts of a program run concurrently and simplify a design. Drag and drop the code snippets from the left onto the item…

Question

Explanation

This question tests knowledge of Python's threading module syntax, specifically the correct sequence and code snippets required to instantiate and run a thread object using the threading.Thread class.

Approach. To create a thread instance in Python, you must: (1) import the threading module with 'import threading', (2) define the callable target function that the thread will execute, (3) instantiate the thread with 't = threading.Thread(target=function_name, args=(...))', and (4) start execution with 't.start()' and optionally block until completion with 't.join()'. The Thread constructor's 'target' parameter accepts a callable, and 'args' or 'kwargs' pass arguments to it. Each numbered blank in the exhibit maps to one of these sequential steps - the drag-and-drop task is matching the correct snippet (e.g., 'threading.Thread(target=...)' vs 't.start()') to the correct position in the code skeleton.

Concept tested. Python threading module - correct syntax for creating, configuring, and launching a Thread instance using threading.Thread(target=...), .start(), and .join()

Reference. Python 3 docs: threading.Thread class - https://docs.python.org/3/library/threading.html#threading.Thread

No community discussion yet for this question.