How to Effectively Create Threads in Python: Class-Based vs. Threaded Functions?

Creating Threads Effectively in Python

Want to execute multiple functions simultaneously in your Python script? Understanding how to create threads is the key. Let's explore how to do it using both a class-based approach and a simpler threaded function method.

Class-Based Threading

The provided example uses a class-based approach to create threads. Here's an explanation:

• A class myClass is defined with two methods, help and nope, representing the tasks to be executed in separate threads.
• Each thread is initiated by creating an instance of Thread, specifying the target method it should execute.
• thread.start() starts the thread execution.
• thread.join() ensures that both threads finish their tasks before the main thread proceeds.

Threaded Functions

Alternatively, you can use a non-class based approach to create threads using a threaded function:

• Define a function threaded_function as the target for the thread.
• Create a thread instance using the Thread constructor, providing threaded_function as the target and any necessary arguments.
• Start the thread execution using thread.start().
• Wait for the thread to finish using thread.join().

In essence, you can create threads in Python either by defining a threaded function or using a class-based approach. Choose the method that aligns with your coding style and the specific requirements of your script.

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