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Tang Lin, producer of CCTV's financial channel "Charming China City", Reveals Innovative Highlights of the Second Season's Purpose: First, the timing of the second season of the program is better than that of the first season. The 19th National Congress and the National Two Sessions have been held one after another. At the same time, the 40th anniversary of reform and opening-up is a great moment. From the perspective of the country, we can see the pace of our city and the pace of China. Second, humanistic care is more intense. We only do two rounds of competition, so that the city can focus on the program and carry out intensive cultivation, so that the charm of the city can be better released. Third, we should use real elements to express our love for the city. We will follow the process of filming all the city competitions and rehearsals, and aspire to set up a biography for each city. Competition is only a means, reality is the end.　　《风平浪静的闲暇》的主角是一位28岁的职场女性，性格老好人的她在东京一家公司过着稳定但也无趣的生活，在一次晕倒醒来后，她开始反省自己的人生，决定辞掉工作、甩掉男友、退掉租房，断绝所有过去的联系，重新开始人生。　　小铃对悟志恨之入骨，她甚至不惜纵火想要除掉悟志，然而，计划失败了，小铃将一切责任和过错推到了悟志的身上，使悟志面临着牢狱之灾。无家可归的小铃被送往了舅舅家借住，没想到心胸狭窄的舅妈视其为眼中钉肉中刺，表姐更是对小铃恶颜相向。如同汹涌王洋之中漂泊的一叶孤舟，小铃不知道自己的未来究竟在何处。朴实的渴望，被他用平白的言辞、温柔的声音说出来，仿佛带着魔力般，让她听痴了，看着他挪不开眼。描述《爱你，西蒙》同世界观的新角色Victor（Michael Cimino饰）﹑他是Creekwood高校的新生，他正在自我寻觅﹑面对家庭里的挑战﹑应付新城市及了解自己的性取向。当他应付不过来时，他找上Simon寻求协助。波澜不惊并臣服于称霸一方的秦大帅，但实际心中一直在酝酿复仇的阴谋，却在过程中爱上了单纯美丽又充满正义的女大学生贺兰（袁姗姗饰）。两个人两情相悦，贺兰将自己亲手刺绣的芙蓉锦纱作为定情信物送给了高仲祺，可是高仲祺的复仇行动却害死了贺兰的父母，伤心欲绝的贺兰最终嫁给了一直在身边守护她的秦大帅的长公子秦承煜（黄少祺饰）。日本特务陈阮菱为了拉拢心有仇恨的高仲祺而害死秦大帅，于是在秦家风云飘摇之际，贺兰与秦承煜携手支撑着秦家，并杀死了陈阮菱。因此被抓的贺兰在临刑之际，高仲祺与加入共产党的秦承煜同时来救才得以重生，后也与秦承煜一起帮助高仲祺除掉了汉奸薛景德。受伤的高仲祺在临死之际，将两人曾经的定情之物芙蓉锦纱交还给了贺兰，这一段千丝万络的乱世错恋最终还是无缘继续In other words, when we enable the firewall function, the message needs to pass through the following checkpoints, that is to say, according to the actual situation, the message may pass through the "chain" differently. If the message needs to be forwarded, the message will not be sent to the user space through the input chain, but will be directly forwarded out through the forward chain and the postrouting chain in the kernel space.