丹泽尔·华盛顿商谈主演华纳打造警察题材惊悚影片[小细节](Little Things，暂译)，约翰·李·汉考克([弱点])操刀剧本并有望执导。丹泽尔有望饰演克恩郡治安官德克，他与洛杉矶县警长部门的侦探巴克斯特一起侦破一桩狡猾的连环杀手案。德克对“小细节”有着灵敏又准确的洞察，但他摒弃规则的意愿使巴克斯特陷入了困境。
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
高中生简·希普利（JaneShipley）试图修复与儿时好友梅里特（Merritt）的分裂关系，并融入叛逆的同龄人。当Jane的数学老师越界时，冷漠的高中管理层迫使Jane和Merritt自己处理事情，使他们的关系陷入进一步的混乱，并引发致命的后果。
性格迥异的刑警队长毛岳和模范教导员关一民，肩负重任走马上任。上任伊始，两位新领导便展现出不同凡响的魅力。面对群众的不信任，复杂的人际关系、彼此间工作意见的分歧，丝毫没有减弱他们的斗志。在省乐团爆炸案的烟尘中，他们踏上了新的征程。白婶被害案，三个火枪手团伙贩毒杀人案、珠宝店劫持人质案、黄龙全家被杀害、飞车团伙玩弄拆白党诡计、娱乐干部突然死亡等恶性案件接踵而来。流氓滋事、劳资纠纷、吸毒人员自杀、保卫干部凶杀情人、干警违纪滞留嫌疑人超时引发诉讼……
本片根据福本伸行的漫画原作改编。描述的是在藏龙卧虎的麻将世界，江山代有英豪出，今日是只手遮天的帝王，明天就可能败在麻坛新秀的手下，纳忠臣服。而在波涛汹涌的麻将历史长河中，拥有银色头发的赤木茂（本乡奏多 饰）注定是一个不可被忽视的重要人物。他虽然年纪轻轻，却拥有缜密冷静的头脑和胆识，甫一出场便挑败麻坛重量级人物，由此震惊黑道，并被冠名为“传说的麻将士”。与之相对，拥有黑白两道背景的鹫巢岩（津川雅彦 饰）正是傲立在麻坛顶点的“黑暗之王”，他创立“鹫巢麻将”不仅敛财无数，更借机除掉无数天资聪颖的麻坛新秀。为了攻破这个狡猾男人的防线，昭和40年的某个夏日，不良刑警安冈（神保悟志 饰）拜托赤木杀入鹫巢的巢穴。两代麻坛巨子注定要展开一场激烈的搏杀……
你也不用再捐了，这么多就够了。
本片是一部古装喜剧，讲述宋朝年间，府尹错把浪荡子弟当成京城微服私访的钦差邀请其入府奉若上宾，闹出一系列的乌龙事件
"爱情不会因失望而止步 若能寻觅到人生中那心之源"
该剧将以十几岁青少年的视角讲述韩剧少见的大麻、毒 品、犯罪的故事。描写发现大麻田的18岁少女多贞和她的朋友们寻找遗失的平凡日常的故事。
海江市遭遇罕见的暴风雨，山体滑坡，房屋被淹，部分学校教室倒塌，常务副市长许智龙搞的政绩工程幸福大街变成一片汪洋。许智龙勇于承担责任，积极组织救灾，努力挽回经济损失，并准备启动海港公路规划。因该公路经过之处地下可能存在古城墙遗址，一些专家和副市长姜晓宁提出意见，此事没搞清之前不能贸然动工，否则将会成为历史罪人。时逢领导班子换届，许智龙年富力强，政绩显著，由副转正顺理成章。岂知上级却将他调任市政协主席，由姜晓宁担任市长。远大抱负未及施展就去“二线”养老，许智龙非常失落。市委书记找他谈话说，组织上这样安排是出于长远战略考虑，决非船到码头车到站。市政协常务副主席刘一鸣早就期待主席的位置，面对这种结果怨气冲天，态度消极。许智龙上任后想办法调动委员们的积极性，没有事自己主动找事做。
This attack will affect all DNNs, including those based on enhanced learning (https://arxiv.org/abs/1701.04143), as emphasized in the above video. To learn more about this type of attack, read Ian Goodfellow's introductory article on this topic, or start the experiment with Clever Hans (https://github.com/tensorflow/cleverhans).
宋尧出身贫寒却极具才气，凭借自身的智慧成为宋氏集团的执行长。机缘巧合，相遇失意的程桦，在宋尧的相助下，认清邵钧真面目的程桦华丽转身，成为一名时尚的
这厮是怎么知道的呢？竟把握的这样做准确，当真是厉害。
主要讲述了明朝中期，锦衣卫指挥使赵正和侠女唐岚在官宦当道、刀光血影的乱世风云里挺身而出，与大太监魏进忠之间上演的一场善与恶、正与邪的殊死较量。
如果我们近距离观察三个女人的人生重要时刻，会看到什么？人过三十，按理说应该更加成熟。但如果这时，你的生活支柱摇摇欲坠，会发生什么？ 《完美人生》讲述了玛丽亚、克里斯蒂娜和埃丝特这三个女人的故事。因为各自不同的理由，她们正陷入人生大危机。她们即将发现，生活不会和她们讲道理，计划也永远赶不上变化。
外卖速递员、退休人士、年轻师奶、健身教练和投资班大师，五人来自社会不同阶层，皆为钱而奔波，因股票群组骗案而债务缠身，痛定思痛组成赚钱联盟OPM，在联盟主脑的带领下，众人打开“钱的真相”之门，步上玩弄财技创富之路。
3. Provide multi-display support
体育系怪力追星少女梁微微（王路晴饰）偶然进入景清（丞磊饰）主演的古装偶像剧中，成为设定死于第三集的废材皇后，为了摆脱"设定"，梁微微利用自己的剧迷优势，熟练利用剧情机制摆脱命运，并与景清所扮演的皇上展开一段奇幻甜虐恋爱故事。
FlyWeightFactory is responsible for creating and managing meta-units. When a client requests, the factory needs to check whether there are eligible objects in the current object pool. If so, it returns the existing object. If not, it creates a new object. FlyWeight is a superclass. When it comes to shared pools, It is easy to think of JDBC connection pooling in Java, Considering the characteristics of each connection, It is not difficult for us to sum up: Applies to several objects that are shared, They have some common attributes, Take the database connection pool as an example, url, driverClassName, username, password and dbname, these attributes are the same for each connection, so it is suitable to use the meta-sharing mode to process, build a factory class, take the above similar attributes as internal data and the others as external data, and pass them in as parameters when calling methods, thus saving space and reducing the number of instances.
