Proxy is an object, which can be used to control access to ontology objects. It implements the same interface as ontology objects. Proxy objects will pass all calling methods to ontology objects. The most basic form of the proxy mode is to control access, while the ontology object is responsible for executing the function or class of the assigned object. Simply speaking, the local object focuses on executing the code on the page, while the proxy controls when the local object is instantiated and used. We have used some proxy patterns in the above monomer patterns, that is, using proxy patterns to instantiate the monomer patterns, and leaving other things to ontology objects.
[Answer] To report complaints to the labor administrative department, there are mainly the following three punishment methods:
她婆婆为人良善尚且如此。
大哥海天，谨记着海奶奶的遗嘱，一心想要一家团圆。
洪港市公安局刑警队长陈瀚，带领刑警队干警侦查佳士医药销售经理路东被人谋杀一案。即使遭遇万般困难，他们依然排除万难，不仅查出了谋杀路东的凶手，更是拔出萝卜带出泥，挖出了天庆药业为牟取暴利进行非法试药的重大罪行。
在文化街派出所管区，文艺团体林立，商贾小贩云集，各类批发市场众多，昔日高雅去处的文化街现在成了鱼龙混杂的闹市，独特的地理位置，使这个地区的治安状况日超复杂。
小葱把头埋在他胸前闷笑，道：我是没想到嘛。
CJ1, …
贾哈哈和华腊阴谋整治老嘎、 老嘎阳谋自证清白、 老嘎设局“床上捉奸”贾哈哈和黄半仙，成功地表现出老嘎正直、睿智、纯朴、诙谐的秉性，更展示出电影独树一帜的喜剧风格。
CA1, …
Update to v7.1. 0d_release;
金达莱（李多海 饰）年纪轻轻却已经是一位单亲妈妈了，丈夫在她年仅二十岁之际离开了她，如今，她和婆婆还有女儿一起过着相依为命的生活。尽管命途多舛，但善良而又乐观的金达莱却从未曾有过怨天尤人，而是勤恳又踏实的度过每一天。
《老婆这周要出墙》讲述了在大学时便坠入爱河的陶贤宇（李善均饰）与郑秀妍（宋智孝饰）即使结婚8年依然过着幸福美满的婚姻生活，但陶贤宇却在偶然间得知妻子将在三天后出轨，完美的超级妈妈郑秀妍将与深爱着她的陶贤宇之间发生怎样的故事，令人好奇不已
我已经吩咐了魏豹，暗中调兵将其歼灭之。
大明天子是个顽童，他身边的宁王却是反贼，能救天下的只有锦衣卫。十年之中，锦衣卫派出十六名卧底。宁王府里也挂出十六颗人头。现在，他来了——他是锦衣卫的最后一张牌。为了卧底他要做恶，他要行凶，要杀死自家兄弟，要处死朝廷命官。宁王对他的每一点信任都要靠鲜血完成，可他还是命在旦夕，锦衣卫中也有宁王的卧底……
主持人邓璐博士高站位，深度对话传说中的12位科技大咖，真实展现新时代科技人的智慧、担当与思考，同时，直面局限与失败的可能。
老嬷嬷心里撇嘴：你不懂规矩。
纽西兰老科学家发明一个名为“天狼星”的三棱镜，它可将人的潜能激发，形成难以置信的超能力。但这项发明很快被当地一黑社会组织盯上，他们袭击实验室，杀害老科学家。危急时刻，天狼星被参加实验的青年金刚（许冠杰 饰）和科学家的女儿莎莉（叶倩文 饰）带出纽西兰，来到香港。
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
