SmartAssembly是一种软件保护和改进工具，旨在帮助.NET开发商开发出更好的软件。这个工具能混淆和保护你的.NET代码，优化你的.NET程序集，为更好的部署，最大限度地减少分配的大小，提高性能和增加了功能强大的错误报告和调试能力。
SmartAssembly is a software protection and improvement tool designed to help .NET developers to produce better quality software. This all-round solution will obfuscate and protect your .NET code, optimize your .NET assemblies for better deployment, minimize distribution size, increase performance, and add powerful error-reporting and debugging capabilities to your application.
SmartAssembly拥有三种途径提升你的软件功能：
混淆机制
如果对.NET的应用程序没有进行程序混淆，他很容易被反编译。这将带来给你带来麻烦，尤其是你在程序上付出了很多的时间、精力和金钱。混淆程序是非常简单的，而且还可以保护你的程序不受反编译、破解和篡改的威胁。
或许你只是不想让你的程序被曝光，或许你的整个经营项目都依靠着你软件中嵌入的IP。无论什么，SmartAssembly绝对保证你程序的安全。
多种形式的混淆和优化
程序混淆能加大对你的应用反编译工程的难度，同时除去无用的代码以及压缩附加物，起到保护和简化应用的作用，并把不必要的混乱冲突减到最少。
调试
;SmartAssembly能对混淆了的堆栈轨迹解码，然后生成含有纠错信息的pdb文档。这个功能能够让你把汇编码纠错后输入电子集成驱动器中，从而在出现异常情况时得到全部的堆栈轨迹。完成之后，SmartAssembly甚至能释放不需要的内存。
集成与支持
通过MS Build或者指令可以让混淆功能构建到过程中。混淆功能还支持 .NET 2.0到4.0，Compact Framework 2.0到3.5，Sliverlight 2.0到5.0，XNA（xBox，PC应用），以及Windows Phone 7（有一些特殊情况）。
自动报错
只有一种情况会比在软件中找到错误更糟糕：那就是永远找不到错误。
大多数用户不会去上报错误情况：记住关联的细节是在技术上非常困难的。如果让用户通过一次快速的鼠标点击就告诉你所有的情况，岂不是更rong
自动报错系统是一种处理特殊情况的手段，它自动安静地收集错误发生时的细节信息。尽管报错有很高的自主定制性，但一个典型的报错系统是由全面的堆栈轨迹和特殊情况的环境细节信息组成（比如所有局部变量的值）。
用户只需要点击“传送错误报告”--获取具体信息不再令人感到麻烦。全部都会在报告里。
在有两种主要的情况下，自动报错会显得格外有用：
自动报错有什么优势？
只需要几秒钟便可配置和添加异常处理到的应用程序中，无需改变代码，而且还可以给你许多重要的回馈
无需再为获得所有必要的细节，而不停地发电子邮件。你的用户将只需点击一个按钮就可以反应无法处理的特殊情况，也就是说你能更快地修复错误。
你能连续不断地得到信息：如哪些错误反复出现。这样就可以帮助你优先处理影响用户最多的问题。
通过先辨别然后修复用户所遇到的问题可以降低你的技术支持成本。
合成动态链接库
编译 .NET 代码通常会生成多个汇编码文档，包括附属DLLs，所有的这些文档都是运行程序必要的部分。虽然在开发过程中这还不算问题，但是在完成后就意味着由于DLLs被移到指定的地方，用户将遇到必须解压文件这一不必要的阶段，或者一些额外的安装步骤。
通过SmartAssembly，你能够从相关连的DLLs中把代码合成并嵌入到你的主汇编文件里，这样会很大程度上简化开发过程。
关联文件合成
配置你的.NET应用程序到一个文件里
提高软件性能和增强保护
合成将选取所有DLLs，然后融合关联文件到主汇编文件中，这样你就不用读取许多的DLL文档了。当关联文件被合成后，文件就会成为主文件的一部分，那么合成后关联文件中的代码以及主文件中的代码都将会被混淆和修剪。
关联文件压缩和嵌入
压缩和嵌入功能允许将相关DLLs作为资源文件嵌入到主汇编文件的内容中。这项功能也是先压缩这些资源文件，然后在运行时对其动态解压。
3 ways SmartAssembly will improve your software:
Obfuscation
.NET applications are easy to disassemble if they haven't been obfuscated, which is obviously a problem if you've invested time, effort, and money in your code. Obfuscating your code is easy to do, and helps protect it against reverse-engineering, cracking, and modification.
Maybe you just don't want your code exposed, or maybe your entire business rests on the IP embodied in your software; SmartAssembly makes sure that your code is well-protected.
Multiple forms of Obfuscation and Optimization
Code Obfuscation makes your application hard to reverse-engineer, removes non-useful code, and compresses dependencies, protecting and compacting your application with a minimum of fuss.
Debugging
SmartAssembly decodes obfuscated stack traces and generates .pdb files containing debugging information. This enables you to debug your assembly into your IDE, and get the full stack trace when an exception occurs. To top it off, SmartAssembly even helps to ensure that you're automatically releasing unneeded memory.
Integration and Support
Obfuscation can be integrated into build processes using MS Build or command-line, and supports .NET 2.0 to 4.0, Compact Framework 2.0 to 3.5, Silverlight 2.0 to 5.0, XNA (xbox, PC applications), and Windows Phone 7, with some exceptions – see PDF for details.
Automated Error Reporting
Only one thing's worse than finding out your software has bugs: never finding out.
Most users won't bother to report bugs: it's tricky and technically challenging to remember and relate the details. It would be easier for everyone if you let your users just give you the whole story in one quick click, wouldn't it?
Automated Error Reporting is an exception handling mechanism that automatically and silently collects detailed information when errors occur. Although highly customizable, a typical error report consists of a full stack trace and details about the exception context (e.g. values of all the local variables).
The user just has to click "Send error reports" – no painful back and forth to get all the details. It's all there.
There are two main circumstances where Automated Error Reporting is particularly useful:
- In the pre-release phase (e.g. beta testing), when you want lots of early user feedback to help you ship a stable application.
- In post-release maintenance, when you want to streamline and speed up the process of debugging and fixing your software.
What are the benefits of Automated Error Reporting?
- Configuring and adding exception handling to your application takes seconds, involves very few changes to your code, yet gives you access to stacks of valuable feedback.
- No more time-consuming email exchanges to get all the necessary details. Your end-users can report unhandled exceptions at the click of a button, meaning you can fix bugs faster.
- You get continuous data on which unhandled exceptions are most recurrent, helping you prioritize the bugs which affect the most end-users.
- You can lower support costs by identifying and fixing the issues your end-users are actually experiencing.
Merging DLLs
Compiling .NET code often results in multiple assembly files being created, including satellite DLLs, all of which are required for the program to run. While this is a non-issue during development, when it comes to deployment it often means an unwanted stage of users having to unzip files, or additional steps in the installer as DLLs are moved to specific places.
You can dramatically simplify your deployment process by using SmartAssembly to merge and embed the code from referenced DLLs into your main assembly.
Dependency Merging
- Deploy your .NET application in one file
- Improve the performance and protection of your software
Dependency merging takes all the DLLs and merges dependencies into the main assembly so you don't have to load lots of DLL files. When a dependency is merged, it becomes a part of the main assembly and the code from a merged dependency can therefore be obfuscated and pruned as well as code from the main assembly.
Dependencies Compression & Embedding
- Facilitate your software deployment and maintenance
- Reduce the size of your program
Dependencies compression and embedding allows referenced DLLs to be embedded into the main assembly as resources, instead of being merged into the main assembly's contents. This feature also compresses these resources and dynamically uncompresses them at runtime.
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