2, is to use a proxy class to call the original method, and control the results. This method is the proxy mode.
Then enter the commands "print system", "find '/bin/sh'" and "break main" in turn to obtain the system address and/bin/sh address, and continue to build payload in turn:
赵舒扬是新进女律师，负责办理离婚官司，虽然出生在一个破裂家庭，但是她一直都憧憬拥有幸福美满的婚姻……
《洲海画报》摄影记者徐辉在绿野仙踪约会女朋友艾玲，然而等来的却是她非命于车祸的噩耗…… 徐辉根本不相信艾玲是车祸的肇事者。为证明艾玲是无辜的，刑警队长赵简是真正的肇事者。徐辉与明笛一起进行了漫长、艰辛的调查。
Judo
讲述了泰国一个热爱天文学的女孩萨卡伊非常喜爱姨母创作的漫画《平行世界》中的男主角厚琦，一次偶然机会使萨卡伊得到了一本神奇的书，在生日当天，萨卡伊在书中写下希望能遇到厚琦的愿望，谁知厚琦与漫画中的人物戴罗、诺娜竟然真的一起出现在现实生活中。在打斗中，诺娜被戴罗劫走，萨卡伊将厚琦带回家中。面对现实社会，厚琦十分迷茫，并开始产生人才会有的情绪和特征，萨卡伊耐心向厚琦解释各种问题，教会厚琦适应作为普通人的生活，并承诺一定会将厚琦带回漫画世界，两人在相处中渐生情愫。诺娜发现厚琦不再喜欢自己后，开始学着与戴罗相处，发现戴罗也有善良的一面，逐渐爱上戴罗。众人发现如果不尽快回到漫画世界，所有漫画人物都将在月圆之夜死去。这时，漫画中的邪恶人物庞球也来到现实中，在与庞球的斗争中，戴罗和诺娜不幸牺牲，而庞球也毁掉了可以将厚琦送回漫画世界的书。厚琦在现实生活中的最后一天，与心爱的萨卡伊一起度过，并希望萨卡伊能微笑生活。三年后，萨卡伊成为一名优秀的天文学家。
刘邦不阴不阳道：恢复实力？不怕事韩信现在是跟着尹旭学会了，坐山观虎斗，然后积蓄实力，坐收渔翁之利吧。
米奇·亨特(托马斯·简饰)与内森·罗克(西恩·帕特维饰)是国会阵营里骁勇的战士，在与包豪斯阵营的一支先锋队战斗时，意外地打开了古老巨石封存的另一个世界，此时他们发现了更为凶猛的敌人—双臂上长有刀锋状骨头的变异人。在这场意外的战斗中，只有米奇顺利逃脱。变异人数以万计，而且成倍增加并疯狂摧毁着一切，而帝国的领导者康斯坦丁(约翰·马尔科维奇饰)却打算放弃地球，弃其他无辜的人们于不顾。
本片将探讨备受众人喜爱、却时常误解甚深的摇滚乐类型，集结许多知名乐团的访谈，例如金属製品乐团、枪与玫瑰乐团、滑结乐团、七级炼狱乐团、崆乐团等等，这些音乐人将分享他们如何将生命奉献给摇滚乐、与粉丝之间的特殊连结、以及摇滚乐文化不可避谈的黑暗面。
Introduction: Eyes become two, narrowed into seams, lovingly said it was me.
该剧是由粉丝自制的网络剧，改编于电视剧《流星花园》。故事开始于一所超级白金学院，它是四大家族为培养优秀后代而创立的，身为四大家族之后的F4在学校里的地位便可想得知。杉菜，一介平凡女子，带着父母要她飞上枝头变凤凰的梦想来到这里，却与F4之间的发生了不可预料的爱恋。
The adapter mode converts the interface of a class into another interface representation expected by the client, in order to eliminate the compatibility problem of the class caused by interface mismatch. It is mainly divided into three categories: class adapter mode, object adapter mode and interface adapter mode. First, let's look at the adapter pattern of the class. First, let's look at the class diagram:
Behind
乔一龙就是乔小龙的父亲。郑重则是淮海市现任市长，郑莉的父亲。三个红卫兵一个是前边提到的刑警队副队长刘跃进，一个是被乔一龙救出后又救出郑重的一龙煤炭公司老
Rome是个有女朋友的花花公子，但是rome的妈妈不喜欢他女友，觉得他女友不会成为好妻子，rome家和chom家从小就认识，交情很好，rome妈妈很喜欢chom，想让chom做她媳妇。chom本来有个男朋友，但是另一个女的也喜欢她男友，还告诉chom说她怀了她男友的BB，chom受了打击很伤心，于是就答应了rome的妈妈嫁给rome。
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forums have seen beginners ask whether WCF still needs to learn in depth, because they think these technologies may be outdated.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.
Some time ago, I looked for a job and read a lot of books on the event distribution mechanism. All Daniel analyzed it from different angles. I have benefited a lot, so I have this analysis of absorbing the essence of heaven and earth.
转身回去的时候，有些奇怪地想：这个洪少爷为何不回京城哩？因为有战事。
