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Experience the detailed explanation of thread sleep, thread communication and task scheduling using Baidu Wenxinyiyan AI large model generation Ruby programming

Experience the detailed explanation of thread sleep, thread communication and task scheduling using Baidu Wenxinyiyan AI large model generation Ruby programming​

In Ruby , queues can be used to implement inter-thread communication and task scheduling. A queue is a first-in-first-out (FIFO) data structure that can be used to transfer data and tasks between multiple threads.

Here is a simple example using a sleep queue:

    require 'thread'
    
    # 创建一个队列
    q = Queue.new
    
    # 生产者线程
    producer = Thread.new {
      10.times { |i|
        q.push(i)
        puts "Producer: #{i}"
      }
    }
    
    # 消费者线程
    consumer = Thread.new {
      sleep(10)
      10.times { |i|
        value = q.pop
        puts "Consumer: #{value}"
      }
    }
    
    # 等待线程执行完成
    consumer.join
    producer.join
    
    
    
    
    ![Experience the detailed explanation of thread sleep, thread communication and task scheduling using Baidu Wenxinyiyan AI large model generation Ruby programming](6b44e99974d17195ee2722671aabdc1f.png)
    Producer: 0
    Producer: 1
    Producer: 2
    Producer: 3
    Producer: 4
    Producer: 5
    Producer: 6
    Producer: 7
    Producer: 8
    Producer: 9
    Consumer: 0
    Consumer: 1
    Consumer: 2
    Consumer: 3
    Consumer: 4
    Consumer: 5
    Consumer: 6
    Consumer: 7
    Consumer: 8
    Consumer: 9
    
    
    ![Experience the detailed explanation of thread sleep, thread communication and task scheduling using Baidu Wenxinyiyan AI large model generation Ruby programming](6b44e99974d17195ee2722671aabdc1f.png)

In this example, we create a queue (q), and then start a consumer thread (consumer) and a producer thread (producer). The producer thread puts the integer i into the queue by calling the q.push(i) method, and the consumer thread takes out the element from the queue by calling the q.pop method. We use the join method to wait for the thread to complete execution to ensure that the program is completed before exiting.

Note that because queues are thread-safe, they can be shared between multiple threads. This example only involves one producer and one consumer, but you can add more threads as needed to process elements in the queue.
Experience the detailed explanation of thread sleep, thread communication and task scheduling using Baidu Wenxinyiyan AI large model generation Ruby programming
Experience the detailed explanation of thread sleep, thread communication and task scheduling using Baidu Wenxinyiyan AI large model generation Ruby programming
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