The above is only a model of "Long En" bicycle, If you need to generate other types of bicycles, Other subclasses can be written. The most important advantage of factory mode is that some of the same methods can be implemented. We can write code in the parent class for these same methods. If we need to implement specific business logic, we can rewrite the parent class's methods in the subclass to implement our own business logic. In terms of professional terms, there are two points: First, weaken the coupling between objects and prevent code duplication. Instantiating a class in a method eliminates repetitive code. Second: Repetitive code can be written in the parent class. Subclasses inherit all member attributes and methods of the parent class. Subclasses only focus on implementing their own business logic.
生於台北的Erika，原為家中長子，在東京工作期間開始跨出原生性別，釋放過去努力壓抑的女性認同。本片記錄Erika逐步打造理想身體，直至完成性別重置手術移居日本的生命旅程。藉由在日本與臺灣、男性與女性身分之間的流動與安頓，映照出跨性別在社會體制中游移碰撞的獨特軌跡，並透過其姊姊的視角呈現家人面對衝擊的心路歷程。
《原来这么拍》是一档旅行拍照类的节目。主播带您去领略不同的地域风景。让我们带上相机，带上我们发现美的眼睛，一起出发吧。
可怜子婴兄登基的时候，刘邦已经入关了，为时已晚。
Who is working for IT today?
改编自同名网路漫画，透过患有各种症候群的人的故事，来播写出现代人的心理，可以说是网路电视剧界的《未生》。
田文洁与丈夫贺立群用了半生积蓄，购买了一栋新建公寓的楼房，对即将开始的新生活充满了美好的期待。
周富贵和任来凤,周志强和唐红梅，二毛和盈盈在第二部里继续着他们的故事。周富贵和任来凤的婚礼不欢而散，任来凤赌气跑到近郊办起了流浪狗收养所，周富贵整天借酒消愁，后来在心里医生指导下戒了酒，为了追回任来凤，他在流浪狗收养所的对面办起了一家农家乐。不料却抢了任来凤的生意，反而增加了矛盾。一对亲家变成了冤家。后来，周富贵改弦易辙，重新办起了宠物医院，俩人又从冤家变为了亲家。周志强和唐红梅离婚后，虽然火锅生意做的越来越红火，但是心中一直思念着唐红梅，忧思成疾，于是去心理诊所，意外地碰到了唐红梅，唐红梅离婚后发愤图强，通过自学考试，成为了一名心理医生，俩人邂逅，这才发现内心都有彼此的位置，于是和好如初。唐红梅不仅治好了周志强的心理疾病，还发明了药膳火锅，把火锅店办的更有起色。二毛和盈盈离婚后，反而成了最好的朋友。
It may be possible that when there is one head shot, the others will all calculate the head shot injury, but it is too much to look at the face.
葡萄牙西班牙以及未来的大不列颠关于人口的麻烦同样严重，他们的解决方法很粗暴——抓黑奴。
全剧围绕林山市隆德药业集团抗癌新药KA合成制剂配方的争夺为贯穿线索，生动展现了反贪局长周鞍钢、检察长杨洪江与隆德集团高层方兴、李帅以及境内外黑势力代表人物林恕、严金栋之间那场惊心动魄的生死之战。
#星际迷航：发现号##Star Trek Discovery#发现号才播了几集就获得第二季续订，新闻稿称这部剧为CBS网络平台吸引了破纪录的注册用户。
刘井儿恍然大悟，急忙点头道：这是应当的。
/ready
影片发生在第二部故事结束的数年后，露西、埃德蒙和他们的表弟以及尤斯塔斯在一次游戏中被吸入一副画中，再次踏上了纳尼亚世界的大地
“死鹰”头子戴笠坠机身亡，“13号”似乎人间蒸发。酒精试验终于成功，“超级王牌”安井却炸毁油库切腹自尽，美子为情自杀暗藏玄机。刘雨林查明佐津自杀的真相，但他不知该如何告诉肖山。
Intel's current processor development mode is "Tick-Tock", which also updates the microarchitecture (Tock) every two years and alternately upgrades the production process (Tick). Nehalem is a new architecture using 45nm process, while Westmere will be upgraded to 32nm in 2009 and Sandy Bridge in 2011. According to the latest intelligence, Intel will launch "IVY Bridge" in April 2012, which is Sandy Bridge's 22nm process upgrade. In 2013, "Haswell" was launched again, another new architecture based on 22nm process. Now it can be basically confirmed that Intel's next stop after 22nm will stay at 15nm. There is already a lot of evidence to prove this point. It is said that TSMC is the same. However, there are also statements that mention different nodes such as 16nm and 14nm, and IBM/AMD's plan is 16nm. It should be 11nm in the future, but Intel has also mentioned 10nm on different occasions. It seems that the distant future is still full of unknowns. In terms of code name, some people said that the 22nm Haswell in 2013 should be followed by Rockwell. According to the convention, the architecture will remain unchanged and the process will be upgraded. However, SemiAccurate website today
听说小葱出来了，大喜，立即请了去。
