Create a thread class threading.py

import threading
from time import sleep,ctime
#创建线程类：
class MyThread(threading.Thread):
    def __init__(self,func,args,name=""):
        threading.Thread.__init__(self)
        self.func = func
        self.args = args
        self.name = name

    def run(self):
        self.func(*self.args)

def super_play(file_,time):
    for i in range(2):
        print("Start playing: %s! %s" %(file_,ctime()))
        sleep(time)

lists = {"爱情买卖.mp3":3,"阿凡达.mp4":5,"我和你.mp3":4}

threads = []
files = range(len(lists))

for file_,time in lists.items():
    t = MyThread(super_play,(file_,time),super_play.__name__)
    threads.append (t) 

IF __name__ == '__main__': 
    # start the process: 
    for i in Files: 
        Threads [i] .start () 
    for i in Files: 
        Threads [i] .join () 
    Print ( "End:% S "% the ctime ()) 

" "" 
Create MyThread class that inherits the class threading.Thread. 
the __init__ class initializer for func, args, name and other parameters are initialized. 
in the Python2, apply (func [, args [ , kwargs]]) function returns when the function parameters already exists in a tuple or dictionary, apply0 calling function .args indirectly, is a tuple of arguments passed by position to be provided to the function if omitted args, then any parameters will not be passed, kwargs is a dictionary containing the keyword arguments. 
a Python 3 are no longer supported apply () function, 
it will apply (self.func, self.args) 
modified to 
self.func ( * self.args) 
Finally, the same as the previous example to create and start a thread, the only difference is to create threads that MyThread class, to the Senate in the form of thread has changed. 
"" "