The Liskov Substitution Principle (LSP) is one of the basic principles of object-oriented design. The Richter substitution principle says that wherever a base class can appear, subclasses can certainly appear. LSP is the cornerstone of inheritance reuse. Only when derivative classes can replace base classes and the functions of software units are not affected can base classes be truly reused, and derivative classes can also add new behaviors to base classes. The Richter substitution principle is a supplement to the "open-close" principle. The key step to realize the "open-close" principle is abstraction. The inheritance relationship between the base class and the subclass is the concrete realization of abstraction, so the Richter substitution principle is the specification of the concrete steps to realize abstraction. --From Baidu
翠凤忙应声进去伺候。
本作品通过住在同一公寓的3位女性和各自的家庭所拥有的情况和欲望，来探讨新的结婚观、夫妻观、家庭观。主演的中山，扮演虽然是再婚对方和构筑家庭的妻子·母亲但是巨大的受欢迎自豪的妇女作家·内田百々子。木村饰演的是百々子的朋友，住在同一栋公寓的职业女性·富泽瑞希。大岛饰演的护士鸭居流美，是百百子分手的丈夫“伊玛妻”，是搬到同一公寓的护士。以《二十岁有你在的世界》而闻名的小说家泽木宏执笔剧本。《神的病历簿》导演深川荣洋。
他还带着公主呐，比咱们更艰难。
在现代生活，不可缺少的是衣食住，加上“车”。车是一些人的名誉，一些人的权势，也是另一些人的生计手段。人们还拿人开的车判断其人。车给有人带来幸福，也给有人带来痛苦。
只是这结盟的事情可不是随随便便就能进行的，当如何进行呢？…,韩信道：彭越那边不外乎和之前一样，齐国田荣不需要联络，他的存在本身就是我们的盟友。
Huang Jinbo was finally sentenced to death like Liu Guiduo, Jiang Xiaolong, Liu Chengjian and Captain Li Chengquan.
16.8 Chronic progressive diseases of throat that affect function and are not easy to correct are unqualified.
该剧讲述女主身为上东区社会名流的她在准备结婚时发现未婚夫出轨在愤怒下暴走的她逃离了婚礼现场最终跑到郊区的文艺复兴活动中这时她发现自己没手机没法回家还因为在婚礼现场崩溃而上了头条种种事情令到她开始重新审视自己的生活。
小人物林昌正扮演的家庭购物模特尚烈一直默默暗恋着一位拥有天使面孔魔鬼身材的内衣模特素妍（金圭丽 饰）。而过于平凡的尚烈除了具有强大的"品味"外，外貌、学历、时尚感等方面皆不如人意甚至有些傻气。以至于外表亮丽的素妍只当其为普通同事。根本不可能擦出火花的两个人，在一个下雨的深夜，素妍意外地向尚烈吐露了心中的惆怅，两人不知不觉间喝酒至天明。次日清晨，尚烈发现自己居然赤裸身体的躺在汽车旅馆。他恍惚记得他和素妍缠绵悱恻，难道不可思议的事情真的发生了吗？此时的尚烈喜悦兴奋，难道老天爷真的对他那么好，让他的美梦成真了？？善良的尚烈，最终能不能抱得美人归呢？
你不晓得多憋一会，等会屙到田里不好？一边骂骂咧咧。
在开春之前一定会完成好，从而保证好春季的耕种。
(2) Exhaust energy
该系列由电影制作人Ryan White和Jessica Hargrave创作，收录了五集，内容是“电视作为一种影响美国人良知的重要媒介的重要性，以及LGBTQ运动如何塑造了电视”。
Intel's current processor development mode is "Tick-Tock", which also updates the microarchitecture (Tock) every two years and alternately upgrades the production process (Tick). Nehalem is a new architecture using 45nm process, while Westmere will be upgraded to 32nm in 2009 and Sandy Bridge in 2011. According to the latest intelligence, Intel will launch "IVY Bridge" in April 2012, which is Sandy Bridge's 22nm process upgrade. In 2013, "Haswell" was launched again, another new architecture based on 22nm process. Now it can be basically confirmed that Intel's next stop after 22nm will stay at 15nm. There is already a lot of evidence to prove this point. It is said that TSMC is the same. However, there are also statements that mention different nodes such as 16nm and 14nm, and IBM/AMD's plan is 16nm. It should be 11nm in the future, but Intel has also mentioned 10nm on different occasions. It seems that the distant future is still full of unknowns. In terms of code name, some people said that the 22nm Haswell in 2013 should be followed by Rockwell. According to the convention, the architecture will remain unchanged and the process will be upgraded. However, SemiAccurate website today
板栗郑重道：娘放心，儿子记下了。
Resource consumption class is a typical DDoS attack, the most representative include: Syn Flood, Ack Flood, UDP Flood. The target of this kind of attack is very simple, that is, to consume normal bandwidth and the ability of protocol stack to process resources through a large number of requests, thus achieving the purpose that the server cannot work normally.
1. DNS QUERY flood attack
