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怪物王子和恐龙公主的故事在继续。Tools of randomness. Decoder-is a tool for manually executing or intelligently decoding and encoding application data. Comparer-is a practical tool that usually obtains a visual "difference" between two items of data through some related requests and responses. Second, BurpSuite Replay Attack Experiment 2.1, BurpSuite Initial Configuration Downloads BurpSuite First, here I use BurpSuite ev1.7. 11, because other versions cannot be cracked after downloading. After downloading, open the software for configuration, First, the monitoring network selection is carried out, Open the proxy-options tab to select the network segment, You can add the network segment and its port number that you want to listen to the interception, After selecting, check the running option before the selected network segment, As shown in the following figure: Once BurpSuite is configured, You need to configure the browser that accesses the web page, Leaving the browser under BurpSuite's interception, Different browser configurations are different, However, in the configuration of Tools-Internet Options-Connections-LAN, the proxy server is set to be the same as BurpSuite monitoring, as shown in the following figure: At this time, the browser accessing page is under BurpSuite monitoring and interception, and if the browser will appear like a dropped browser waiting for a response continuously when accessing the page, open BurpSui快吃早饭，然后去跑步，然后再回来写小说。一个可以分享您的真实意图和爱好的地方。1936年12月，西安事变爆发，国共两党关系微妙。军校即将毕业的地下党冉华被同学宁鹏飞泄露身份，招致祸端。未婚妻石莉为救冉华家破人亡，无奈与冉华之弟冉国上山落草。抗战爆发，冉华与宁鹏飞尽释前嫌，联手抗日。在此期间，邓梅爱上冉华，但冉华始终思念石莉，不为所动。抗战胜利，冉华与宁鹏飞因立场不同再生间隙，宁鹏飞女友、冉华之妹冉辛在内战中牺牲。全国基本解放，冉华率领先锋团挺进川渝，解放大西南。宁鹏飞受命留在武陵山，抵御解放军。石莉和冉国受到宁鹏飞蛊惑，对解放军产生误解。宁鹏飞伏击先锋团，邓梅受伤牺牲。冉华误以为这一切是石莉所为，几人展开一段错综纠结的恩怨情仇。几经磨难，石莉与冉华尽释前嫌，联手击败宁鹏飞的势力。宁鹏飞不甘失败，暗中在重庆启动爆炸计划。关键时刻，冉华与石莉、冉国联手，摧毁宁鹏飞的计划。孤儿雷藏（Rain饰）从小被一个名叫奥祖弩的神秘集团所收养，并被训练成为一位武功极高的刺客。因为自己的好朋友被奥祖弩集团残忍杀害，原本就已经厌倦杀人生涯的雷藏，就此下决心脱离集团，随後隐藏起来，等待时机为朋友报仇。To explain again about dispatchTransformedTouchEvent (), there are two kinds of codes: and. Simply understood, the former is to call ViewGroup's own onTouchEvent () to consume, while the latter distributes events to sub-views (on the interface) for processing. If the child view is a ViewGroup, the process of handling events by the child view is similar to that of the parent view, starting from the DispatchTouchEvent () of the ViewGroup; If the child View is not a ViewGroup, the DispatchTouchEvent () logic of the View is directly executed. However, there is no code in View's dispatchTouchEvent () to pass the event to the parent View for consumption. In fact, the consumption process event is not passed, but whether to call its own onTouchEvent () is determined according to the return value of the child View's dispatchTouchEvent () and some ViewGroup's own records. Well, the idea is provided here.