(1) ack reflex attack
PS: Many forums have seen beginners ask whether WCF still needs to learn in depth, because they think these technologies may be outdated. Maybe Microsoft will launch a new SOA implementation scheme at that time. Wouldn't it be a waste of time to learn in depth, so they feel that there is no need to learn in depth and just know how to use them. I had the same feeling about this problem before, but now I think that although WCF technology may be replaced, the key to understanding a technology in depth is not to know some more advanced API calls, but to understand its implementation mechanism and way of thinking. Even if the latter technology is replaced, the mechanism behind it is definitely similar. Therefore, if you have a thorough understanding of a technology, you will feel familiar with the new technology and relaxed about it. In addition, after you have a thorough understanding of a technology, you dare to say that you have mastered the technology well during the interview, instead of saying that you use it a lot at ordinary times. Once you ask deeply, you do not know the implementation principle behind it. This is also why I want to write WCF series. I hope this opinion is helpful to some beginners.
By Lemon
贪污成风，军队涣散。
Compared with SYN cache method, SYN? Cookies technology does not need to allocate space at all when receiving a SYN. Because the most basic data that make up the connection state are encoded and compressed into the sequence number bits of SYN-ACK. For a legitimate connection, the server will receive an ACK message segment with a serial number (actually the serial number has been added by 1), then the basic TCB data will be regenerated, and a complete TCB will confirm that the data will be safely instantiated through decompression. This decompression can be successful even under severe attacks, because there is no storage load at all on the host side, only the load that calculates the encoded data into the ACK sequence number. The disadvantage is that not all TCB data can be added to the 32-bit sequence number segment, so some TCP options required for high performance cannot be encoded. Another problem is that such SYN-ACK message segments will not be forwarded (because forwarding requires complete state data).
何风急忙招来在外等候的张富，将事情从头至尾说了一遍，各位将军若是不信，只需前去树林查看便知。
那要万不得已呢？翻脸就往死里整。
"What else can I do? There are no flesh and blood vessels left. There are only two bones left. What's the use of that one? It can only be amputated, starting from the elbow. Then his left arm is only the upper half." Zhao Mingkai said.
监狱的典狱长温特上校素以严酷的铁腕政策而著称，起初，埃尔文对这位富有传奇色彩的上校颇为崇敬，但在埃尔文表达出他对典狱长管理方法的不满之后，这种崇敬就演变成了一种敌意和仇视。埃尔文与腐败的典狱长开始了公开的对峙，日趋激烈的对峙最终引发了一场声势浩大的越狱行动：埃尔文指挥着自己招募起来的“新军”——1200多名狱友，掀起了推翻典狱长统治的大战。
王突想起自己堂哥王穷，的确是挺吓人的，也就相信了。
在这个浩瀚无垠的空间之内，不是只有凡人所认知，只存在著当下的世界而已，而是有著十二个时空跟一个诡谲邪恶的魔界共生著，这个故事就由其中之一的“金时空”开始展开……
If you are alive, you can play/gamemode 1
福禄寿三星是黎民百姓心目中数千年来最受喜爱的神仙，也唯有福禄寿三星照耀，人间才能有喜悦祥瑞之气，试想如果有一天，人们失去福禄寿三星拱照，民间将会是怎么样的一种境况？福禄寿三星具有一定的正义感，在天庭是三个逍遥自在，洒脱不羁的神仙，有空就作弄仙女麻姑，还偷喝她为皇母娘娘贺寿用的仙酒，把麻姑气得呱呱叫。皇母娘娘大摆寿筵，三星却因为看到瘟神所饲养的年兽，为患人间，三星决定下凡，擒获年兽，还天下以安定，立下功勋……
网剧《你好，旧时光》改编自作者八月长安的首部长篇小说，被誉为“写给每个人的成长之书”，网剧将延续原著以及前作网剧《最好的我们》的温柔和温暖，讲述发生在耿耿余淮隔壁班的青春故事。用温暖怀旧的清新校园故事将再次打开时光的任意门，带领观众体味最美好的青春校园时光。
本片为SPEC系列完结篇的前篇。
这五位雄心勃勃的女性有人位居从董事会，有人身在社会边缘。在现代孟买，她们游走于梦想、欲望和失望之间。
一个复杂的谜团在 1980 年阿根廷的压力锅中解开，揭示了特权金钱世界究竟是多么黑暗和肮脏。当他的商业伙伴突然消失时，瑞士私人银行家伊万德维尔和他的妻子伊内斯前往布宜诺斯艾利斯，那里的军事独裁统治继续“消失”阿根廷公民。在那里，伊万努力赢得合伙人客户的信任和金钱，这让他进入了这座城市迷人的超级精英与世隔绝的高风险世界。在保护他们的财富的过程中，他会不会手上沾满鲜血？作家/导演安德烈亚斯·丰塔纳 (Andreas Fontana) 深谙他在其大胆的处女作中所描绘的颓废世界，部分灵感来自他的祖父，他是一位瑞士金融家。Fabrizio Rongione（《两天一夜》，MIFF 2014）饰演 Yvan 非常出色，而 Stéphanie Cléau 则将他视为他的麦克白夫人般的配偶，她比丈夫的客户的利益更重要。与 Mariano Llinás（La Flor，MIFF 2019）合着，Azor是一段令人印象深刻、令人着迷的阿根廷黑暗中心之旅。
裴秀智Coupang play原创新剧《第二个安娜》女主
赐新重新把马友看作是事业上与爱情上的对手，于是向马友下了战书。百里香的存亡与爱情的选择使马友倍感压力……
