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女程序员陆漓（祝绪丹 饰）追求职业理想，努力投身编程领域，凭借过硬简历和惊人智慧搞定学长姜逸城（邢昭林 饰），成功进入姜逸城建立的创业公司，还帮姜逸城摆平无数难缠相亲。陆漓和姜逸城因程序代码结缘，又在机缘巧合下成为同居室友。可爱女程序员和傲娇自恋总裁在相处中斗智斗勇触发心动代码，上演了一场温馨甜蜜的爱情罗曼史。The core of JIT production is to eliminate all waste, and its realization way is to realize the goal of "zero inventory". The essence of JIT production mode is that it is an ideological system of continuous improvement. Its focus is to put an end to all waste. It responds to customers as quickly as possible with the lowest possible cost and the highest possible quality, thus improving the competitiveness of enterprises. The implementation process of JIT is to continuously improve the production process endlessly. By increasing the efficiency of resource utilization, eliminating various wastes, reducing the cost of enterprises, and providing high-quality services to meet the market demand, the purpose of increasing profits and enhancing core competitiveness of enterprises is achieved.　　金爷十分看好峰，认为他是自己最合适的接班人，于是骗峰说自己是他的契爷，峰加入了黑社会。同时，Miss张恢复了一点记忆，回到了学校教书。一次峰在拉学生加入黑社会时，遇到了Miss张。峰对Miss张一见钟情，展开了猛烈追求。Miss张因记起自己已有一位恋人而拒绝了峰，峰陷入了低谷。这时，金爷发现峰加入后自己一直倒霉，于是准备除掉峰。关键时候，老夫子和大番薯赶到了！天地六界因为一颗小小的龙珠而鸡犬不宁，而就在此时玉帝王母之七个女儿因种种却纷纷下凡：大仙女为寻找被自己气走的如意郎君奎星而来到凡间；二仙女也被寂寞仙子嫦娥劝服，为了一见钟情的上官子兰而落入尘世；三仙女则无意中恋上衙门捕头王瑾难舍难分；四仙女本想下凡寻找心爱玉貂，并一心爱上了前朝落寞王子；五仙女只为一句心底誓言而寻找被打落凡间的雪麟童；寻找姐姐们鼓足勇气走入凡间的六仙女，生性胆小怕事，最终竟然爱上了与天庭抗争的火龙子；七妹则依旧与她的董郎在人间缠绵。这下可气坏了玉帝王母，各路神仙集体下凡，制造了一幕幕啼笑皆非的喜剧故事。故事在这个传说中的街区拉开序幕。曾经有一个名叫MUGEN的传说中的组织支配了这片区域，正因为他们具有压倒性的势力，这一带才得以统治。然而 却有一对兄弟，不屈服于MUGEN，仅凭二人之力就与MUGEN平分秋色，他们就是雨宫兄弟。MUGEN因为某个事件突然解散了，雨宫兄弟也不知去向。随后，这个区域里冒出了五个组织。将每个组织的首字母组合起来就是SWORD ，因此这个区域也被称为SWORD区域。而这里的混混们则被称为G-SWORD。山王街二代目斗殴屋山王联合会诱惑的白色恶魔WHITE RASCALS漆黑的凶恶高校鬼邪高心狠手辣的街区亡灵RUDE BOYS复仇的破坏一家达摩一家这五个组织之间展开了一场赌上尊严的斗争。故事始于山王联合会。以总长眼镜蛇为首，大和、阿檀、阿铁等个性十足的成员集结于山王联合会，几人的脑海中只有一个念头，就是守护这个街区。而在他们几个守护街区和平、努力避免不必要的冲突之人面前，出现了一名男子。而事态则因这名男子发生了巨大的变化，SWORD的平衡将被打破…（将中二进行到底，你值得拥有~）Reporter Station: Is the award mainly aimed at in-depth investigation articles?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.