今日召集众卿前来，就是商议出个对策，如何应对越国入侵，如何反攻？众人心中好笑，应对越国入侵倒是不错，至于反攻？似乎有些痴人说梦了。
赖拉·邦雅淑饰演的是一个有着不幸的婚姻的女人。在她和第三任丈夫离婚之前已经结过两次婚了。她有个好朋友WarattayaNilkuha，赖拉的第三任丈夫死于交通意外，而赖拉发现她丈夫瞒着她和她的好朋友Warattaya发生婚外情，并且Warattaya还怀了他的孩子。这意味着他们的友谊结束了。PopeThanawat和赖拉在机缘巧合下多次碰面，赖拉是一个非常强势的女人并向PopeThanawa发起追求，而他是一个传统的男人害怕和女人接触。他们的关系发展迅速，而PopeThanawa的妈妈反对他和赖拉恋情，在赖拉花店开张的那天PopeThanawa在众人面前向她求婚，他向赖拉坦白对她的爱，两个人结婚了。
《商学院合伙人》讲述三名留学归国的女性共同创办电子商务网站并取得成功的 故事，这部影片因为是《来自星星的你》导演张太维在中国的银幕出道作而倍受中韩两国观众的关注。
State state = new State ();
该剧表现了陈云同志的人格魅力，体现了他心胸的开阔、淡定的心态、高尚的政治风度，并且很好地展现了中国共产党1921年前后到90年代初，特别是新中国的历史……
一名没有多少人气的夜间电台节目主持人张震，发现自己平时像患了老年痴呆症一样的爷爷竟然是道士。在一个夜晚，张震的人生被彻底改变：短暂清醒的爷爷重新打开了张震原本出生后的就拥有的先天阴阳眼，并且将“祖传圣物”内的道家传承全部授予张震……一幕幕精彩的剧情由此展开：父亲失踪背后隐藏着怎样的惊天秘密，上一辈的纷争是否会延续成下一代的恩怨……上万年的历史，背后似乎有一只手操纵着所有人的命运。道术的传承和与科技的融合、人性与人生的思考……当真相抽丝剥茧后，张震又会怎样意想不到的惊诧逆转？当一切都无法预知的时候，请不要靠猜测去断定事实，因为你看到的，也未必是真相。
不过也有缺点，主要缺点就是工作上不近人情，对那些追求他的妹子们没有兴趣并且毒舌。但是又有一个理由让他必须假结婚，于是在他身边的Nateerin则帮了他与他假结婚，结婚的事情也没有公开，对他俩来说这是秘密。
华夏理工大学举办的网络游戏《自由之翼》VR版本，头两届冠军选手方绣，决定在临近毕业的时候协同四位好友，参加第三届的大赛。在筹备比赛过程中，绯红科技研发了一个病毒旨在破坏这次大赛，方绣带领其余四位好友，经历了亲情、友情、爱情的考验，最终利用团体合作的精髓，发挥了各自之所长，赢得了这次比赛的胜利，破坏了绯红科技的阴谋。
死去的笃志竟穿越回高中时代，在确认周遭的一切后，他意识到自己的时代来临，利用已知的未来的知识，笃志靠赌马赚取大把金钱，拯救了自杀的朋友，考取了一流的名校，一转成为举世瞩目的天才青年。
少年名叫东来，十七岁，无父无母。
Gaten Matarazzo饰演12岁的Dustin，一个非常有节奏感的男生，并在整部剧中担任幽默担当，用自己的幽默感化解尴尬的气氛和情况。
瞬间的休息伸展翅膀的达也们。
《指尖的宇宙》是主要围绕一个孤僻女生吉河亚纪而展开的成长故事。主演名单如下：曾演唱过《柔らかな物体》的桐嶋ノドカ将饰演女主角吉河亚纪，曾出演《飙速宅男》舞台剧的北村谅将饰演男主角宽治，因酷似桥本环奈而爆红的加村真美将饰演由芽子，曾出演《恶作剧之吻》《尸体派对》的美沙玲奈将饰演朋子。《指尖的宇宙》真人电影将由谷内田彰久担任监督一职，野村伸一将负责创作脚本，桐嶋ノドカ将演唱该作的主题曲，小林武史和supercell成员ryo将共同担任音乐制作人。
No.14 Chen Kun
《布尔和比利2》讲述小男布尔和他的狗比利之间亲密友谊的故事。布尔、比利和乌龟卡洛琳娜是三个形影不离的好朋友，他们一起分享着喜悦和伤心，一起经历各种离奇的冒险。在第二季全新的52集故事中，布尔和比利的新朋友们也加入了这个欢乐的大家庭，他们之间发生了一系列生动幽默，又充满温情的故事。
「究竟什么是幸福？」两人会做出怎样的选择呢？
剧集讲述了苏氏布商家的赘婿宁毅，帮助妻子苏檀儿一起搞事业，玩转武朝商界，成为江宁首富的故事；宁毅面对家事、国事、天下事，都勇往直前，从一个无人在意的小小赘婿，成长为真正为天下立心，为生民立命，顺应时代，也改变了时代的大人物。
The report of Xi'an Incident is another beautiful battle fought by Aban. On the day of the incident, Aban won the global exclusive news for the New York Times based on his friendship with Jiang, Song, Kong and Chen. News history often says that Zhao Minheng of Reuters was the first to report the Xi'an Incident. However, Zhao Minheng relied on his sense of smell to infer, which was at most speculation. Aban reported the personal quotations of Song Ziwen and Duan Na, which was irrefutable evidence. The discovery of this matter is extremely dramatic and also benefits from his invincible contacts. That night, he was distressed by the lack of news, so he called Song Ziwen at will. Unexpectedly, Song Ziwen had already gone out and the employer said he was going to Kong Xiangxi's house. He called Chiang Kai-shek's advisor Duan Na again. Unexpectedly, Duan Na was not in the hotel either. The secretary also said it was at Kong Xiangxi's house. He immediately went to visit Song Meiling residence. The servant said that Madame Chiang had just left and went to Kong Xiangxi's house. So far, he has smelled that something important has happened and immediately called Kong Xiangxi's home again and again. After dialing countless times, someone finally answered the phone and let him find Duan Na and Song Ziwen. Song Ziwen himself told him about Chiang Kai-shek's detention. A great news, an incomparable exclusive news, was born so quickly. Matsumoto has a special section in "Shanghai Times" to describe the incident, "Assisting the new york Times." He wrote: "This is the first report of a foreign news agency Shanghai reporter on the Xi'an Incident."
In the above code, we use three functions, order500, order200, orderNormal to handle its own business logic, If the current own function cannot handle things, We pass it to the following function to handle it. By analogy, Until there is a function that can handle him, Otherwise, the responsibility chain mode will leave the chain directly, telling that it cannot be processed and throwing an error prompt. Although the above code can be used as the responsibility chain mode, we can see from the above code that the Order500 function depends on functions such as Order200, so there must be this function, which also violates the open-closed principle in object-oriented. Let's continue to understand writing flexible and detachable responsibility chain nodes.
Examples:
