How do you use threading.Thread in Python?

In Python, threading.Thread is the class used for creating and managing threads. It allows us to execute multiple tasks in parallel, thus improving the performance of the program.

The general steps of using threading.Thread are as follows:

1. Create a custom class that inherits from threading.Thread, and override its run method to define the task that the thread will execute.

import threading

class MyThread(threading.Thread):
    def run(self):
        # 线程要执行的任务
        pass

1. Create an instance of a custom class.

my_thread = MyThread()

1. Invoking the start method to start the thread will automatically call the run method.

my_thread.start()

1. The threads will execute tasks in the background, running in parallel with the main thread.

In addition, threading.Thread also provides other commonly used methods and attributes.

1. isAlive(): Determine if the thread is in an active state.
2. The function join(timeout) waits for the thread to complete execution.
3. name: Gets or sets the name of the thread.
4. ident: obtain the identifier of the thread.
5. daemon: get or set whether a thread is a daemon thread.

It is important to note that multi-threaded programming requires attention to thread safety and synchronization of shared resources to avoid issues such as race conditions and data inconsistency.