The above code: We use a parameter FN to pass it in, and if there is an instance of result, we will return it directly. Otherwise, the current getInstance function calls FN, and this pointer points to this FN function. After that, the return is saved in the result. Now we can pass a function in, whether it is to create div or iframe. In short, if this is the case, we can use getInstance to get their instance objects.
Introduction: Eyes have become love, which is a good expression of love.
Let's think about another problem. We have placed a string of rules on each "chain", but some of these rules are very similar. For example, Class A rules filter IP or ports and Class B rules modify messages. At this time, can we put together the rules that realize the same function? We must be able to do so.
正思索，忽然堂下有人大声道：白大人带来的这个孩子是假的，陈家送来的也不是真的。
戚继光不禁吓得浑身发颤：我虽不与严党亲近，却也……从未得罪过严党。
再说这个环境，随便叫两个人来下棋不就好了。
From Table 1, we can see that NTP can achieve 556.9 times magnification, which comes from NTP's monlist command. The NTP monlist command is used to query all the records of recent communication with the Server. The server returns up to 600 communication records, which is a very large multiple. However, there are a large number of NTP servers on the Internet, which can be queried and enlarged distributed through botnets.
As mentioned above, SYN attacks can be prevented by increasing the backlog queue. In addition, reducing timeout time also enables the system to process more SYN requests. We know that the timeout timeout, that is, the half-connection lifetime, is the sum of the timeout times that the system waits for all retransmissions. The larger this value, the longer the half-connection takes up the backlog queue and the fewer SYN requests the system can handle. In order to shorten the timeout time, it can be realized by shortening the retransmission timeout time (usually the first retransmission timeout time) and reducing the number of retransmissions.
Joe, beloved choir teacher, discusses topics of interest. First up, iron!
Encourage each other to learn from each other's strengths and advantages.
北宋皇帝赵祯（王凯 饰）得知将自己养大的当朝太后刘娥并非亲生母亲，而自己的生母乃是太后当年的婢女李兰惠，深感愧疚。为了报答李家，赵祯将自己最心爱的女儿徽柔（任敏 饰）嫁给了李家的子孙李玮。朝堂之上，庆历新政大臣和老派权臣之间针锋相对，斗争风起云涌，赵祯治国如执秤，权衡各方势力，为国事殚精竭虑。徽柔与陪伴自己长大的内侍怀吉（边程 饰）建立了深厚的感情，对志趣不和又木讷平庸的李玮万般排斥，终于与婆家起了冲突，不顾一切地夜扣宫门，打破帝国最严苛的规矩，引发滔天非议，司马光甚至要在大殿之上“碎首进谏”。赵祯一生悉心呵护的“言路通畅”、“监督国君”的风气，使得他在爱女之情和维护治国理念之间挣扎得遍体鳞伤。最终，公主以半疯狂的抗争，始终未屈服于“成为李玮真正妻子”的命运，却与怀吉永生不得相见。
This shows Zhu Bin's obsession with products. He also personally controls the product research and development, design and supply chain of Osaka Weaving House. Within the company, the production and design department has a high status, with designers accounting for more than 1/4 of the total staff.
那些赌徒们无不捶胸顿足，只有少数谨慎的人，两头都押了，这时大喜过望。
之后他照顾leela ，他爱上了她，并向她求婚。虽然她不爱他，但她还是同意嫁给他。 后来，当她知道他有一个儿子名叫Kawee，她想报复他，因为Kawee曾经让她坠入过爱河，她那时年轻，但Kawee不爱她。
电影《小丑》以同名DC漫画角色为基础，由华纳兄弟影业公司发行，计划于2019年10月4日上映。本片的故事将独立于DCEU之外，故事背景设置在20世纪80年代，讲述了一位生活陷入困境的脱口秀喜剧演员渐渐走向精神的崩溃，在哥谭市开始了疯狂的犯罪生涯，最终成为了蝙蝠侠的宿敌“小丑”的故事。
听说去年底在田上酒家，他可是出言侮辱板栗，幸亏洪少爷出面弹压，才没闹大。
特洛伊和盖布利拉是分属两个世界的年轻人。特洛伊从小就作为篮球种子来培养，而盖布利拉则是个高智商的学习优秀学生。新年晚会两人被推上舞台，合唱了一首美妙的歌，彼此的内心都燃起了火花。碰巧的是，两人竟成为了高中同班同学。艺术老师打算挑选合适的人选参演一部音乐剧，特洛伊和盖布利拉凭着优美默契的歌声打动了老师。要获得最终的演出资格，他们还得在第二轮面试中打败对手，然而，事情却起了波折。
该剧翻拍自2005年的韩剧《我叫金三顺》。
况且这考较本是为了热闹，不是真的要难为他，不如来个俗题目。
李玉娘嘿嘿一笑：牛皮有些硬，是我自己不小心。
