Do you have any idea?
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forums have seen beginners ask whether WCF still needs to learn in depth, because they think these technologies may be outdated.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.
In addition to solving the port problem of A, the serial number problem also needs to be paid attention to. The serial number corresponds to the sliding window. The fake TCP packet needs to be filled with the serial number. If the value of the serial number is not in the sliding window of B when it is sent to B before A, B will actively discard it. So we need to find the serial number that can fall into the sliding window between AB at that time. This can be solved violently, because the length of a sequence is 32 bits, and the value range is 0-4294967296. If the window size is like 65535 under Windows I caught in the above figure, I only need to divide, and I know that at most I only need to send 65537 (4294967296/65535=65537) packets to have a sequence number fall into the sliding window. The desired value can be calculated quickly by exhaustion on multiple control hosts.
《狐门秘事》讲述了在军阀割据时期的鹤灵城，商行少爷肖蓦然（周阶饰）不幸被卷入一起凶杀案，在寻求真相途中结识了实为狐族后裔的护城官白祈（陈奕木饰），查案期间无意中发现了阴阳师晋川（罗翔饰）的阴谋，两人与其殊死搏斗，誓死保卫全城子民的故事。
中学三年级佐由理转学到东京。两位少年放弃了制造飞机的打算。浩纪考进东京的高中，拓也继续留在青森的高中就学，彼此在各自的道路上越走越远。
又转向郑氏，你且去忙，不必在此候着。
艾米是个可爱又率真、乐观的女孩，与闺蜜陈妍同时面试，主管赵来慧眼识珠选择了艾米，陈妍表现得很积极，反遭淘汰。 初进公司的艾米，备受压力，机缘巧合认识了张和平，艾米藉由张和平的指点，加上自己的坚持不懈，还有赵来得帮助之下，崭露头角。相较之下，闺蜜陈妍的职场发展却陷入困境。当艾米与赵来从职场关系走向男女感情关系，陈妍无法承受，虽然她身边有青梅竹马的赵思成守候。为了比拼，陈妍借机接近赵来。赵来态度暧昧不明，张和平再次成为她感情的倾吐对象，两人距离愈走愈近，但张和平不想让艾米陷入爱情选择题，独自远走他乡，当艾米发现，已找不到踪影。至此艾米才发现和平于己的重要。终于，艾米在风景如诗画的云南小镇找到张和平，互许终生。
听说刘邦身边除了个韩信，此人兵法韬略无比厉害，章邯已经是手下败将了，直接可以与项羽媲美，这等人物怎么就落入刘邦手里了呢？魏王豹口中满是酸涩与嫉妒。
黄胖子这便抬起胳膊，把袖子抻出来一些道，时候不早了，咱们拉持试试，合适就成，不合适我认识了兄弟，也算不白来。
且不说这内容，单说这二十四个字，怎么也不能凑成对联。
1. Standard
人到中年，營役半生，方迎風的人生卻迎來遽變！失婚失業，女兒離巢，她迷失、她頑抗，卻體力衰退、與社會脫節。身為別人的女兒、老婆、老媽，她卻忘了少女時代，也曾是個熱血勇悍、瘋狂追星的搖滾樂迷！二十年前的輕狂歲月，二十年後的柴米油鹽，面目全非的她，竟重遇當年迷戀的偶像！偶像潦倒不堪，丈夫欲斷難斷，種種挫折與衝擊，迫使她直面過去的失敗，重新振作，激勵自己與身邊人。唱著一首首動人歌曲，一群失意的中年男女，再次出發，為了自己，再活一次！
白东秀是李朝英祖和正祖时代的武士，曾编撰《武艺图谱通志》，他与正祖大王的护卫队一起，与大王的对立派的暗杀组织『黑色烛笼』的武士一决高下。
Ensure that all relevant cases are discussed and adjust the order when necessary;
遂吩咐她就地歇息，自己提着路上猎的山鸡去溪边收拾。
紫茄对香荽道：香荽，哥哥们都说，那红麻子就是那个脾气，惹火了它，咬住东西不肯松的，不是饿了。
《大宋奇案》由央视传媒股份有限公司于2005年出品的电视剧。由钱雁秋执导，董璇、张永强、刘蕾主演。该片讲述的是民间广为流传的狸猫换太子的故事，以北宋真宗年间，包拯陈州放赈，偶遇李宸妃，请銮驾还朝，并最终查处刘妃和太监郭槐的故事为主线。
(six) did not establish and keep the fire technical service files;
这么一来，寿宴朴素又热闹，周夫子倒也高兴。
杨长帆觉得差不多了，是时候引出自己想聊的事情了，便借着生蚝问道，这些海鲜，都是咱们自己采的？所里渔船去采的，出去就有。
