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Activity Rules
1、Activity time:{{info.groupon.start_at}} ~ {{info.groupon.end_at}}。
2、Validity period of the Group Buying:{{info.groupon.expire_days * 24}} hours。
3、Number of Group Buying:{{info.groupon.need_count}}x。
Please Pay Attention
1、Teamwork process: Join/initiate a Group Buying and make a successful payment - Within the validity period, the number of team members meets the activity requirements - Group Buying succeeded!
2、If the number of participants cannot be met within the valid period, the group will fail, and the paid amount will be refunded in the original way.
3、The number of people required and the time of the event may vary among different products. Please pay attention to the rules of the event.
Hopper disassembler, a reverse engineering tool, allows you to disassemble, decompile and debug your application.
The hopper is fully adapted to the environment. The macOS version fully utilizes the Cocoa framework, while the Linux version uses Qt 5.
Hopper analyzes the preface of functions to extract program information, such as basic blocks and local variables.
By using the Hopper SDK, you will be able to extend the functionality of Hopper and even write your own file formats and CPU support.
After detecting the process, Hopper will display a graphical representation flow diagram of the control. You can even export PDFs.
Hopper uses different representations to display code. View the pseudocode of the assembly, CFG, and procedure at the same time.
Most Hopper functions can be called from Python scripts, enabling you to convert binary files in any way you want.
Hopper can use LLDB or GDB, which allows you to dynamically debug and analyze binary files (only applicable to Mac and Linux hosts, not mobile devices).
Even if Hopper can disassemble any type of Intel executable, it will not forget its main platform. Hopper is specifically designed to retrieve Objective-C information from the files you analyze, such as selectors, strings, and sent messages.
Based on a high-level understanding of the executable, Hopper can propose a representation of the process that pseudocode finds in the executable.
Edit, annotate, and comment on your work directly from the interactive CFG view.
This new version of Hopper can decode corrupt Swift names. No more mysterious names!
Create workspaces with different file representations using tabs.
The analysis performed by Hopper separates code from data, memory access from stack variables To help you understand the various discovered objects, Hopper will use different colors for each of them.
Create your own structure, union, or enumeration types using the embedded type editor. It greatly helps to understand code that uses symbols instead of raw numbers.
Any question
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