#multithread

It was supposed to be a normal week. The gems were doing some hard core missions he couldn't follow on. His dad was out getting car wash supplies and wouldn't be back for a while, so it was just him at the temple. Normally, while lonely, this wouldn't be too much of a problem. He'd go out to see some friends, order some pizza, beat some video games, etc. Standard routine, right? Well, not this time. This time he'd come down with a cold. Also not really a problem, but it was darn miserable. At first it wasn't too bad, but over time, he was just too tired to do much of anything. He was running out of cough medicine and his illness was showing no sign of stopping. Steven laid on the couch, propped up by pillows, wrapped in sweaty blankets. Raspy snoring, surrounded by dirty tissues, the sick little boy was suffering. As a cold hand touched his head, he coughed and blearily looked up at this new development.

Multithreading in Java

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import time import threading import queue # main class class c_thread_queue_manager(threading.Thread): q_speed = .001 # class global for loop cycle delay def __init__(self, queue): threading.Thread.__init__(self) self.queue = queue self.daemon = True self.start() self.q_speed = .001 # delay between cycles def process_data(self,the_data): # override print("data:[",the_data,"]", flush=True) time.sleep(3) pass def loop_process_begin(self): # override pass def loop_process_end(self): # override pass def run(self): self.t_running = True # set to false when we wanna bail while self.t_running: self.loop_process_begin() ### SPEED OF QUEUE PROCESSING time.sleep(self.q_speed) if self.queue.empty(): pass # nothing in the queue to do else: data = self.queue.get() if data == "#exit#": self.t_running = False else: ### DATA IN QUEUE. PROCESS self.process_data(data) pass self.loop_process_end() ### all done run # sub class (split processing away from loop manager) class c_server_heartbeat(c_thread_queue_manager): # shuffles incoming lines to thread queues def __init__(self, queue): c_thread_queue_manager.__init__(self,queue) self.tick_speed = 2 self.processing = False def loop_process_begin(self): # overridden pass def loop_process_end(self): # overridden time.sleep(self.tick_speed) #print("tick", flush=True) pass def process_data(self,the_data): # overridden print(the_data) pass # example created from subclass: # (step1: create queue, step 2: create thread and pass queue to it) q_hb_server = queue.Queue() # make queue hb_server = c_server_heartbeat(q_hb_server) # make server # now add something to the queue for processing... q_hb_server.put("hello world")