Model Stealing Attack
我也要看练姐姐。
此时，潘仁美、杨家将两家各执一词，互告死状。寇准从山西太谷县七品县令调进京城主持审案，八贤王为了使杨家将沉冤昭雪，帮助寇老西儿与奸臣潘仁美和王强巧妙周旋、争斗，最终不仅保护了杨六郎，还使大宋王朝转危为安。看清朝廷险恶的内幕后，寇准激流勇退，挂冠而去。
Singleton mode: It solves the problem of the number of instantiated objects, such as factories and object pools in abstract factories. Except Singleton, other creative modes solve the coupling relationship brought by new.
Too complicated to look at
以色列退伍士兵约亚夫（汤姆·梅西耶 饰），一心向往自由开放的法国，却在来到巴黎后惨遭洗劫。眼看即将沦落街头，约亚夫遇到一对生活富裕的情侣—作家艾米勒和女友卡洛琳，因而幸运获救。
When the court pronounced the sentence, Zhao Mucheng heard the sentence of "fixed-term imprisonment of 4 years" and was "overjoyed" and said in court that he would not appeal.
蒲俊的荆襄军立即出动。
康熙为了讨好宜妃，也为了引领举国健体运动之风，在西苑开了个竞技擂台。运动会上，一个名叫万榴红的少女向康熙诉讼：她的哥哥万剑雄是一个能工巧匠和运动奇才，他发明了火箭，但却被皇亲国戚软禁多年，康熙怀着半信之心，带着宜妃一起来到盛京。聪明的宜妃巧施妙计，在出生入死中二人的感情更入佳境。爱情的力量使他们渡过难关。重重的玄机，
xiwang能寻找机会渡河南归。
《费加罗的婚礼》的故事取材于法国剧作家博马舍的同名喜剧，是莫扎特的代表作之一。故事发生在阿玛维瓦伯爵家：男仆费加罗正直聪明，即将与美丽的女仆苏珊娜结婚。没想到好色的阿玛维瓦伯爵早就对苏珊娜垂涎三尺，居然想对她恢复早就当众宣布放弃的初夜权，因此千方百计阻止他们的婚事。为了教训无耻的伯爵，费加罗、苏珊娜联合伯爵夫人罗西娜设下了巧妙的圈套来捉弄伯爵。 苏珊娜给伯爵写了一封温柔缠绵的情书，约他夜晚在花园约会。伯爵大喜过望，精心打扮后如期前往。在黑暗的花园里，正当伯爵喜不自尽大献殷勤的时候，突然四周灯火齐明，怀抱中的女子竟是自己的夫人--罗西娜！伯爵被当场捉住，羞愧无比，只好当众下跪向罗西娜道歉，保证以后再也不犯。聪明的费加罗大获全胜，顺利的与苏珊娜举行了婚礼。
1939年，抗日战争转入艰苦的相持阶段，日寇侵略的铁蹄在湖南战场受阻，湖南成为抗日战争正面战场的最前沿。
Because some denial of service attacks take advantage of the vulnerabilities of network protocols, others seize the limited processing capacity of the network or equipment, the prevention and treatment of denial of service attacks has become a headache for administrators. In particular, firewalls, load balancing and other equipment, which are widely used on the backbone lines in most network environments, often become the bottleneck of the whole network when DDoS attacks occur, causing the paralysis of the whole network.
Steve McGarrett侦探（Alex O'Loughlin扮演）曾经是一位获得过荣誉勋章的海军军官，退役后当上了警察。为了调查父亲的谋杀案，他返回了家乡瓦胡岛（夏威夷群岛的主岛）。夏威夷州长认为Steve是个难得的人才，执意挽留他在岛上工作。她想让Steve组建一支专门负责调查重案的精英团队－－规矩由他来定，她在幕后提供支援。这支命名为「Five-0」（50）的团队不走过场，不玩花样，只要能抓住岛上最大的匪帮首领，他们就算是把天弄塌了也没事。
The observer mode defines a one-to-many dependency relationship, allowing multiple observer objects to monitor a certain topic object at the same time. When the state of this topic object changes, all observer objects will be notified so that they can automatically update their behaviors. The specific structure diagram is as follows:
In Cihai, the classification is explained as follows: "Classification: Classification according to the characteristics of things: Book classification classifies and files documents."
