The Interface Segmentation Principle (ISP) means that it is better to use multiple specialized interfaces than to use a single total interface. That is to say, don't let a single interface take on too many responsibilities, but should separate each responsibility into multiple specialized interfaces for interface separation. Too bloated an interface is a kind of pollution to the interface.
1940年，作为反法西斯战争最重要战场之一的中国战场，进入到中日双方相持阶段。为加快对中国的侵略，日军正秘密策划一场骇人听闻的细菌战，为此日军决定加快细菌武器的研究。只身从南京大屠杀逃生的医生金深水，流落到日军设立的“保甲模范区”桃花镇。金深水无意中救了生化专家白大怡，不料却是一系列波谲云诡事件的开端。桃花镇歌舞升平的面纱被逐渐掀开，惨无人道的细菌人体实验、恐怖致命的人脑控制药物实验等一一浮出水面。在党组织的指导下，金深水巧妙地周旋于狡猾如狐的敌人中，几度出生入死。最终，在对日军同样有着国仇家恨的女医生林婴婴以生命为代价的掩护下，金深水联合新四军、游击队，彻底消灭了桃花镇的日军，同时揭露了日军利用人体进行细菌实验的种种罪行。金深水更从一个普通爱国青年成长为一个优秀共产党员。
Agencies and their staff in violation of the relevant provisions, the medical security administrative department at the same level shall order it to make corrections; The directly responsible person in charge and other directly responsible personnel shall be given administrative sanctions; Those suspected of committing crimes shall be transferred by the administrative department to the public security organ or the supervisory organ according to law.
流萤（祝绪丹 饰）是夏侯雪身边的小丫鬟，无意间遇到了一条蛇吓得差一点魂飞魄散，流萤连忙将蛇抓住，殊不知这条蛇就是一条修炼千年的应龙，名叫尉迟龙炎（王鹤棣 饰）。尉迟龙炎为报恩带流萤离开，结果阴差阳错之下让关心流萤的夏侯雪误以为失踪，寻 找途中遭遇狼妖，最后意外死在尉迟龙炎手里。尉迟龙炎满足了流萤的心愿，救回小姐并守护她三世。就这样尉迟龙炎一面履行着承诺，私下里却一直保护着流萤的一世又一世，直到第四世顾轻烟，才知道尉迟龙炎的存在，为救被天条惩戒的尉迟龙炎被命格星君吸收了灵魂，最后另一半灵魂和尉迟龙炎融合，助尉迟龙炎打败了反派。
Method: Graphic + Text Interpretation.
记忆浮岛
讲述了元气少女的 “粉丝女主”和高冷学霸的“爱豆男主”成为同桌， 女主“粉丝”属性给男主造成了一系列的困扰。
世子怎会不高兴呢，他这是累的。
该剧讲述了蓝月的失败婚姻故事，展现出了现代农村人的价值观和生活百态
Telecommunications
Research on Current Gold Market:
孙铁忽然道：王爷不用顾忌属下，只管下令各地官府通缉孙鬼。
6. Temple of Heaven
老杨就此望向大儿子。
根据真人真事改编的《密谍伙伴》描述五个加拿大、美国和英国年轻人在二战期间前往安大略湖一个绝密训练基地接受间谍技能训练（包括破坏、暗杀、爆破、勒索、摩斯密码、地图学和招募年轻人投身抵抗运动的口才），他们随后被派到德军占领地区执行重要任务。联邦调查局和战略情报局（Office of Strategic Services）负责训练和监管这个团队。
赵翩翩道：大哥，难道咱们就这么干等着？赵翔蹙眉道：不然怎办？赵翩翩道：咱们得想法子帮玉米呀。
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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
