, there is only one activity instance in the stack, and the activity instance is already stored in the stack. In other activity, start this activity, Android directly kicks other activity instances above this instance out of the stack GC;
以大泽俊太郎的漫画《DIVER-组对潜入班-》为基础的本作品，是以为了驱逐恶的根源而不择手段的“最凶”潜入搜查官·黑泽兵悟为主人公的不停悬疑作品。10多岁的时候是盗窃和暴力事件的惯犯的兵悟，但是拥有异常高的IQ和判断力和身体能力，成为秘密结成的潜入搜查官队伍，通称“D班”的一员。那项工作是潜入暴力团、欺诈集团等邪恶组织，去获取情报和证据，是一个很有可能丧命的特殊搜查。
根据法国同名喜剧改编：生活优渥的家庭主妇突遭打击，丈夫的去世揭示了一个秘密：原来他是一家成人色情电影公司的老板，作为法定继承人的她需要找到挽救公司和维持生活的方法。
《快乐蓝天下之谁是女主角》是浙江卫视推出的一档真人秀节目，以充分挖掘现代女性多元的魅力元素，展现现代女性自信精彩的人生。同时栏目每期将邀请年轻美丽、个性自信的女性为舞台主角，且在设定的属性主题下，表演才艺、玩趣味游戏、参与主题聊天等预设的环节单元，最后和作为欣赏者出现的现场男士团互动，最终评选出当期“最佳女主角”。
电视剧《窈窕淑女》由韩国著名偶像明星金喜善、高修联袂主演。金喜善首次尝试一人分饰两角，她首先是以清秀女大学生郁萱的形象登场。郁萱是天文系学生永皓（高修饰）的初恋女友，在一次交通事故中不幸丧生。从第二集开始，金喜善就“变身”为郁萱的双胞胎姐妹夏敏津。
Luo Jian, Founder of Spark Thinking: "In the early days, the organization of the online thinking ability track, Basically, they have independently developed live broadcast systems, Therefore, the entry threshold for this track has been further raised. For entrepreneurs who still wish to enter this track, in addition to the construction of the teaching and research system and the polishing of the course content, it will also be essential to have a self-developed live broadcast system, because the use of a third-party live broadcast system will have a relatively poor user experience, which is not conducive to the perfection of their own courses and services, and the market competitiveness is relatively low. "
一帮匪徒探知寺内有宝物，以赈灾义演为噱头骗得方丈和众僧离寺演出，在下山途中东东阴错阳差发现了盗贼的阴谋，最后东东在小姑娘朋朋的帮助下，利用平时整蛊师兄们的小技术，设计种种关卡，让盗贼吃尽苦头。
恰在这时，一辆深蓝绸布车从身后过来，车帘微掀，里面的人探头对他们这群人张望。
Showtime喜剧《#单亲辣妈# SMILF》续订第二季，预定明年播出。
到底是有什么隐痛让司徒宝自甘沉沦？重寻对柔道信心和热爱的他，是否能够打败对手
故事讲述解破军乃贵族之后却被奸臣所害，流落民间，练成一身好武艺，却遭夏侯家率八大门派围攻，军失踪，其子连环则被侍卫龙守一所救。一养大环，但隐瞒其身世。一有子龙正，不满一偏爱环，自小便痛恨他。一之女龙儿则与环青梅竹马。夏侯义表面乃正派人士，实则朝廷鹰犬，义将女嫣许配正，以接近龙家。义查出环身世，率八大门派杀环，一惨死，环则逃脱，正对环更痛恨，改名应天命，专心练武报仇。环一直被追杀，一次受伤后，为剎天巴教教主之女月半弯所救，弯爱上环，惜环对她无意。机缘巧合下，环得金蛇秘籍，练得一身好武功，决意报仇，大杀八大门派中人。环掳走嫣，逼义与他决斗，嫣得知环身世，对环同情，二人多番出生入死后，共坠爱河。命因此更痛恨环，弯亦怨环无情，二人遂联手对付环……
退休老工人孙老倔，虽已到花甲之年，可倔劲丝毫不减当年，家里的事总是让他闲不下来。他看不惯小舅子一家对侄女的婚事漠不关心，于是鼓动老伴做主替侄女办了婚礼。就在老倔洋洋得意时，外孙女带回来个黑人男友让全家震惊不已，孙老倔说什么也不同意这门异国婚事，开始闹绝食。好在儿媳妇突然怀孕，分散了老倔的注意力。老倔为方便照顾儿媳妇，提出让儿子一家搬回四合院住，这下引来了亲家母金丽红的强烈反对，两人因此杠上了，最终，老倔赢得了胜利。本以为烦恼就此终结，女儿股票被套、女婿下岗等烦恼又让老倔寝食难安。而老伴叶淑娴的初恋情人突然来访成为了老倔的最大烦恼，这关头，老倔又倔上了，他为了成全老伴，提出离婚。可老伴的真心告白，却让老倔感动得老泪纵横，一家人从此更加其乐融融。
该片以水乡绍兴为背景，主人公机智可爱，剧情精彩纷呈，动画制作精良，歌曲清新婉丽，似缓缓展开的一轴绍兴特色江南画卷，吞吐千年文化之神韵。
有了一点成绩后，天启开始不断炒作，不断引导舆论，于是他的头衔也就越来越多，像什么新武侠第一人、武侠第一人、网络文学第一人五百年一出的文学大家如此等等。
夸父惊闻赤练火被黄帝之女轩辕妭夺走,那赤练火与天上日月一脉相连太阳因此无光。在追回赤练火过程中夸父却与轩辕妭日久生情。最终为保天下氏族能重获太阳,夸父放手让轩辕妭化身为新的太阳,留下夸父逐日的传说。
DDoS attacks can be divided into heavy traffic attacks, TCP state exhaustion attacks or application layer attacks. In Kapersky's DDoS Attack Report published in the second quarter of 2011, HTTP flood attack is the most common DDoS method, which is an example of application layer attack. The dominance of application layer attacks reflects that the rapidly evolving DDoS has broken away from the traditional direction of large traffic attacks.
Sorry to force a wave of chicken soup. Originally, I planned to write a machine learning series last year, but after writing three articles for work and physical reasons, there was no more. In the first half of this year, I was tired to death after doing a big project. In the second half of this year, I just took a breath of relief, so the follow-up that I owed before will definitely continue to be even more. In order not to let everyone worship blindly, I decided to write a series of in-depth study, one article per week, which will end in about three months. Teach Xiaobai how to get started. And finished! All! No! Fei! ! It is not simply to write demo and tuning parameters that are available on the Internet. Reject demo, start with me! If you don't understand, please leave a message under my article. I will try my best to reply when I see it. This series will mainly adopt the in-depth learning framework of PaddlaPaddle, and will compare the advantages and disadvantages of Keras, TensorFlow and MXNET (because I have only used these four frameworks, there are too many people writing TensorFlow, and I am using PaddlePaddle well at present, so I decided to start with this). All codes will be put on github (link: https://github.com/huxiaoman7/PaddlePaddle_code). Welcome to mention issue and star. At present, only the first article () has been written, and there will be more in-depth explanation and code later. At present, I have made a simple outline. If you are interested in the direction, you can leave me a message, and I will refer to the addition ~
《家住小区》以北京一座新入住的小区为背景，以在小区里工作的物业人员、保安人员以及小区业主为贯穿人物，反映了小人物生活中的种种烦恼，讲述他们从不和走向和睦的过程。矛盾重重，但整个剧的风格仍然是以轻松、幽默的语言，诙谐、爆笑的情节为主。
涉谷崩坏之后的一年，秋叶原RADIO会馆的大厦楼顶上坠落了人工卫星的新闻闹得沸沸扬扬。那里，他们遇见了年仅18岁就成功在美国科学杂志刊登论文的天才少女牧濑红莉栖。然而古怪的是，冈部在几个小时前刚刚目睹了在RADIO会馆8楼晕倒在血泊中的牧濑。更让人费解的是，这一切在一周前发送给桥田的手机短信中都记载的清清楚楚。 最后冈部查明，原来他们发明的其中一件手机装置中偶然具有了向过去发送短信的功能，也就是具备了时光机类似的机能。而这个时候的冈部连想都没想过这一个偶然的发明将会成为左右世界未来的钥匙，世纪大发明诞生了……
