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forums have seen beginners ask whether WCF still needs to learn in depth, because they think these technologies may be outdated.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.
The seven-layer model of OSI and its description are as follows:
As shown in the above figure, this is the water plant appearing at the air outlet when the air conditioning effect is relatively good, and the same water plant is also found on the pipes and evaporators. Water vapor in the air will condense on the evaporator blades to form water droplets when passing through the blades, and the condensed water can absorb some impurities and dust that lead to the air in the cab. Under normal circumstances, the water that absorbs impurities and dust will flow to the bottom of the housing of the air conditioner heating device and drain out of the car through a conduit. In summer, the "leaking" liquid we see under the car is actually this kind of water that absorbs impurities. The following figure; Location of drain hole.
Xie Na was born on May 6, 1981 in Zhongjiang County, Deyang City, Sichuan Province. He graduated from the School of Film and Television of Sichuan Normal University (now Sichuan Film and Television Institute). He is a host, singer and actress in mainland China.
还不忘记送给我们一份大礼。
《可以跟你回家吗》是一档非虚构类都市群像微纪录片，节目全程真实记录，没有预设、没有煽情，在城市中寻找一眼对视的陌生面孔，帮助他解决眼前的小麻烦，在征得其同意、保护其隐私的前提下，用镜头和语言打开他们的家门与心门，与每一个有趣的灵魂深度对话，探索他们褪去社会角色后的真实人生。
The only use of * * is probably that I can't remember the name of the medicine when writing the plot of the Potions lesson * *
What needs to be reminded is that if you need to run a specific version of a game, such as the sub-version or the European version, such as the Punisher, as shown in the following figure.
说不定哪天睡到半夜，就被郡主一刀给剁了脑袋。
范依兰觉得自己还是有那么一点私心的，若非如此，自己的身份和存在就尴尬了。
在孩子和妻子相继死去后，法国小铁匠巴利安(奥兰多·布鲁姆饰)心灰意冷。而此时，率领部队返回耶路撒冷的十字军将领戈弗雷（利亚姆·尼森饰）巧遇巴利安，认出他就是自己失散多年的私生子，决定要带他回圣城去，加入十字军，做一名真正的勇士 。
5.2. 11 Printed Board Revision Requirements
到最后不能使个坚固的摆设，现在自己也得给卢绾一个小小的礼物才是……李斯道：沿着云浩所说的这条道路，道路可能比较难行一些，不过相比之下最后进入巴蜀的可能性和阻力将会减少很多。
曾经独立自强的赵晓棠，在家庭生活中渐渐找不见自己的价值，慕海忙于事业，对赵晓棠和孩子也越发缺乏关心。一位好友邀请赵晓棠再次出山，帮助拍一组婚纱写真，却因此应发了她和慕海更大的争执。在家庭与工作双重压力下，慕海也一度迷失自己。经历了慕海的受伤与康复后，赵晓棠更清醒的认识了自己和慕海，做出了勇敢的选择。
穿越时间，从人类繁盛的现在到黑洞蒸发，再到宇宙的尽头，时间的终结。沧海桑田与之相比也不过一息之间。 本片的音乐为melodysheep。最喜欢的是黑洞的部分，从大小黑洞合并的鼓声，到黑洞蒸发的圆舞曲，震撼无比。 本片解说众多，包括来自BBC的著名解说David Attenborough老爷子，里面有关黑洞蒸发部分的解说使用的是Stephen Hawking 的原音。 建议豆瓣在分类增加科普或科学分类。这已经不像是科幻，但是没得选。
花王和皮特的幸福之恋越来越近了。但是由于高王被妈妈拒之门外，他担心对她的发现感到恐惧。然后，他的母亲介绍了一位同事的儿子Non，因为他需要Kao的辅导。随着Non不断向Kao发出'iffy'的共鸣，这只会加剧Pete的嫉妒心。他们的关系很紧张，但通过此，他们必须最终克服彼此的缺点。他们俩在对彼此的永恒情趣下青春绽放。皮特（Pete）和花王（Kao）被深蓝色的奇迹所环绕，顺服了他们的感情。
一对超人老夫老妻到处为生活寻找“刺激”的故事。古天乐是村公所的公务员，吴君如是包子铺的老板娘，多年前两人曾是身怀超能力，叱咤江湖的囧囧侠和香香侠。退隐之后，却因为天下第一武林大会，让他们的婚姻亮起了红灯
《我如何度过暑假》讲述了一个职业罪犯被墨西哥警方抓捕后送往一个充满毒品和犯罪的监狱，在一个9岁男孩的帮助下，他学会了如何在这样的监狱里生存下来。该片将于明年3月起在圣地亚哥和墨西哥韦拉克鲁斯开拍。
为争夺悬骨星的主宰权，龙、灵两族争战不休。龙族首领千浔为保族人签下《悬骨册》与灵族结束千年厮杀。然而两族相安不过数百年最近却又战火再起。
