见过白三空书信的紫衣侯收留了方宝玉后，一行人悄悄潜回侯家老宅。宝玉不满紫衣侯对待自己的方式，偷偷逃走
RA1, …
警探肖恩和大卫·卡特正在调查这个案子，他们要追捕一名可怕的连环杀手，他正在这个城市制造恐怖。
For example, the occurrence of major diseases.
刘邦笑道：唉？你怎么都来？可是有什么要紧事情？萧何暗自好笑，汉王这会已经开始揣着明白装糊涂，此事有一丝丝了。
墨者相里氏便是其中之一，他们主要专研的是墨家机关术，但在武功剑术方面也有许多的高手和力量。
杨长帆气沉丹田，冲西方大吼：老船主，咱们弟兄，把杭州烧给你了，你可得接着。
秦淼悻悻道：这样啊。
6.2 For example
在京成医学院第二附属医院工作的汪晓寒看到父亲韩俊杰留给自己的遗物后，突然感受到父亲对自己强烈的爱，拼命赶往追悼会，但为 时晚矣。汪晓寒决定出走。苏俪放心不下，决定请假找寻。在林区，汪晓寒向苏俪说出了出走的原因。苏俪回来看到生病住院的关纪洲，深感羞愧，提出结婚。看到老病号周兴国与冯阿姨重归于好，苏俪开始反思自己与关纪洲和汪晓寒的关系。急救路上，苏俪突发事故，汪晓寒赶去事故现场，不顾一切扑向苏俪，二人真情流露，关纪洲目睹一切。数月后，苏俪在母亲杨辛居住的小区做了社区医生。
《愿望精灵小姐妹》讲的是小女孩Leah有一堆双胞胎精灵小姐妹，她们可以每天实现leah的三个愿望，但是由于她们是年轻的“Genies”，所以也经常出错，她们是Leah的秘密帮手，平时她们要隐藏起来……
2019年3月18日，第22届上海国际电影节发布“创生万象，幕后为王”主题海报，意为本届电影节将传承经典、致敬幕后、追梦未来，激励广大电影人不忘初心、牢记本心、坚持匠心，面向广大人民群众倾心创作，助力我国从电影大国向电影强国稳步迈进。第22届上海国际电影节将于2019年6月15日-24日举行。金爵盛典及金爵奖颁奖典礼红毯仪式将分别于2019年6月15日、6月23日在上海大剧院举行。
平静的一天，喜羊羊、沸羊羊在追逐一个神秘之人的过程中遭到了灰太狼以及恐怖的机械龙的攻击。在此之后，他们得到来自龙乐园的5个小家伙：变色龙、钻地龙、朦龙龙、七窍玲龙和轰龙龙的救助。从小龙的口中得知，龙乐园遭到机械龙无情的袭击，另一国度的危机也间接影响到了宁静祥和的青青大草原。与此同时，喜羊羊的父母也在时空旅行中遭遇意外。为了让龙乐园和青青大草原恢复原状，也为了拯救智羊羊和丽羊羊，羊村的小伙伴全副武装前往龙乐园寻找传说中的龙笛。原本打算去丈母娘家避难的灰太狼，也意外卷入了这场新的冒险之中…… 本片为动画片《喜羊羊与灰太狼》第4部剧场版。
——小龙女让杨过睡寒冰床，杨过睡在寒冰床上，越睡越冷，最后全身发抖，牙齿不停咬动，咯咯作响。
温良贤淑的富家小姐楚云鹤，身不由己嫁入深宅大院，操持家业赈济百姓，一度和土匪武装势同水火，却阴差阳错成了土匪首领。爱过她的家院侍卫百子离她而去，加入革命队伍，成长为解放军的侦查排长，领命剿匪。土匪在解放军面前溃不成军，楚云鹤屡屡逃脱之后，终于被百子亲手抓获。她的传奇故事惊动了党中央，毛主席亲自批示枪下留人。为报共产党的不杀之恩，楚云鹤转而配合解放军剿匪，战斗中他们经历了生死考验。
美丽单纯的叶静宜是个快乐的全能主妇，她的丈夫王进能力不凡群，六岁的女儿可爱乖巧，她还有个十分要好的闺蜜-知性魅力的设计师姚倩倩。但生活就是这样充满戏剧性，只需要一个瞬间，叶静宜的爱情、友情，还有她的家庭就全部崩塌了。情同姐妹的姚倩倩竟然说一直都恨她，恨她抢走了自己的男友和幸福，恩爱六年的丈夫却只当自己是上位的棋子，更可悲的是收养了六年的女儿竟然是姚倩倩和丈夫旧情的结晶，这些残酷的真相像刀子一样一次次割裂着叶静宜脆弱的心。还没有从噩梦中醒来的叶静宜不知道这一切才刚刚开始，父亲仓猝离世，失而复得的弟弟锒铛入狱，叶氏企业被王进篡夺…打击把叶静宜推向了崩溃的边缘，她该何去何从？是就此向命运屈服还是奋力崛起……
当务之急，不是赶紧证实你的身份，好认祖归宗吗？除非你是假的，根本就不在乎。
At that tail of the warhead, the drag armour-piercing firebomb is filled with a drag agent and a fireagent, Under the pressure of propellant propelling warhead, it will spontaneously ignite to produce open flame, So it can break through the oil drum and ignite or detonate the gasoline. However, the old-fashioned traced armour-piercing firebombs have obvious trajectories due to traced light when they are launched. Therefore, it is very easy to expose oneself while pointing targets to friendly forces. Therefore, the new tracer armour-piercing firebombs now equipped all start to burn and emit light only after the projectile flies out of the muzzle for a certain distance (the generally set safe distance is 100 meters, which makes it impossible for the enemy to judge the firing position with tracer ammunition, while targets within 100 meters do not need to be indicated by tracer), The principle is generally to ignite the tracer and combustion agent carried by the projectile by accumulating the heat generated by the warhead's friction with the air after flying for a certain distance to a certain extent.
众人皆知杨长帆所言非虚，他来此不过是要救回被虏走的亲人。
DDOS attacks mainly occur in the network layer. Its most obvious characteristic is to send a large number of attack packets, consume network bandwidth resources and affect normal users' access. At present, the detection and defense technology for DDOS attacks in the network layer is quite mature, and at the same time, some new attack methods-DDOS attacks in the application layer have emerged. Different from network layer DDOS attacks, application layer DDOS attacks mostly imitate the access behavior of legitimate users and will not generate a large number of attack data packets during data transmission, but they will consume server resources through a large number of database queries and other operations, which is more difficult to detect. According to the different attack modes, DDOS attacks include reflection amplification attacks in addition to ordinary flooding attacks. This type of attack often uses a legitimate server as a reflector, which sends a large number of data packets to the target, thus causing greater harm. At present, DDOS attacks against DNS servers are also common. Attackers often send fake domain names to DNS servers, consuming DNS server resources. At the same time, due to the recursive query mechanism in DNS servers, DDOS attacks against DNS servers have a large impact range.
