The content of the second shot is the information direction that is in line with microblog. Quick hands are down-to-earth user content; Eye-opening is a high-quality edited film.
According to Article 4 of the Provisions on the Composition of Total Wages:
《我的家政夫渚先生》的番外短剧，讲述新人职员濑川遥人（真荣田乡敦饰）的成长。
Industrial Revolution 2.0-Electrical Age: Since the 1870s, marked by the wide application of electricity, human society has entered the "Electrical Age" and initiated a new mode of mass production of products.
电影《狙击时刻》讲述中国特种兵为执行任务与境外雇佣兵殊死搏斗的故事，影片环环相扣，片中最大的看点莫过于火爆的动作场面，精彩的犯罪悬疑剧情更是紧紧抓住影迷的心。
When the server provides some UDP-based services, such as DNS, SMTP, NTP, etc., and finds some requests, in which the Response message is larger than the Request message, the Attacker sends a Request message that forges the source IP, and the source IP forges the IP address of the victim. After receiving the Request message, the server replies the "enlarged" Response message to the victim, thus realizing the amplification of traffic. The principle is roughly as follows:
她率先与毒蛇组发生抗争，而接下来连绵不绝的恶战将充斥着马路须加监狱的每一个角落……
Three flashes said, "Our ship is advancing backward";
将军王朝天征战沙场屡立奇功，在解放津门中不幸受重伤。伤愈后被转到地方工作，王朝天不甘就此脱离战场，宁愿不再担任一切领导职务，自愿做普通一兵，进边疆投入屯边守疆，一生中历尽磨难，九死一生，最终牺牲在茫茫天山的风雨冰崖上。
该片主要讲述了一座另类的客栈末栈，客栈中的每个人物都有各自不同的故事，也是用我们熟知的神笔马良、邋遢大王、葫芦娃、黑猫警长、小龙人等经典故事及人物重新构架的现代版寓言童话故事。 第一部主要讲述了从睡梦中醒来的伊一失忆了，且身处“末栈”这样一个从没来过的陌生的酒店。蜥蜴人老板、热血警探“黑猫白猫”、“不死人”艾尔、写作剧本毫无思路的沈洛、“科学怪人”太乙等怪咖云集于这家客栈。带着神奇画笔的画家马优住进了客栈，随他而来的，还有他笔下的“无数个新娘”......
这晚要杀的最后一个人是助理检查官，她曾是麦克斯的顾客。麦克斯决心保护她……
Create an event (call the above stored procedure every minute)
人类的进化终于有了质的飞跃，出现了天生带有超能力的新一代族群，人们称之为“超能新一代”。一年前，Stephen还是个正常的青少年，直到他脑中开始出现莫名其妙的声音，并且在睡觉的时候不知不觉地瞬移，永远都猜不到他会在何处醒来。在绝望中，他决定听从脑中其中一个声音的指挥，而这个声音把他引向了超能新一代的另外三人——John，Cara和Russell。他们四个都拥有着先进的基因，拥有意念操控、瞬间移动和心灵感应等技能。他决定找出他父亲神秘消失的真相，或把他引向超能新一代未知的未来。
此剧讲述一个有着无穷母爱的女人，克服了试炼和伤痛后寻求幸福的故事。
The above is just a synchronous chain of responsibilities, We let each node function return a specific value "nextSuccessor" synchronously, To indicate whether to pass the request to the next node, we will often encounter AJAX asynchronous requests in our development. After the request is successful, we need to do something so-and-so. At this time, if we apply the above synchronous request again, it will not take effect. Let's understand and use asynchronous responsibility chain to solve this problem. We add another prototype method Chain.prototype.next to the Chain class to manually pass the request to the next node in the responsibility chain.
