| 1. | The packer application does all the hard work
加壳程序的制作是最困难的部分。 |
| 2. | In the next installment ( s ) i ' ll talk about the packer application itself
在下面几部分里面我会讨论加壳程序主体的制作。 |
| 3. | In this installment i will cover the qualitative aspects of producing a packer
在这个部分里我会描述关于制作加壳工具的质量问题。 |
| 4. | Last installment i mentioned some of the big - picture aspects of creating an exe packer
上一部分我提到了关于制作加壳程序主要方面。 |
| 5. | In the reverse engineering field , packers are one of the most interesting puzzles to solve
在逆向工程领域，加壳是需要解决的一个有趣的难题。 |
| 6. | Unfortunately , malcodes also use packers for the same reasons but for a malicious purpose
不幸的是，恶意代码也基于同样的原因加壳来达到他们恶意的目的。 |
| 7. | In this installment i am going to talk about a particular part of the packer , the decompression stub
这一部分我将讨论加壳程序的一个具体部分：解压程序段。 |
| 8. | This makes since when you realize the stub is supposed to do as little as possible to have a minimum impact on runtime
因为你必须考虑到加壳以后对原程序在运行时间上的影响要最小。 |
| 9. | Big picture is that there will be two projects , producing two distinct executables - - the packer stub and the packer application . their configuration will be significantly different
大的方向是2个工程，处理2种不同的可执行文件- - -局部加壳和全部加壳。这2种配置有很大的区别。 |
| 10. | Again , this isn ' t going to be source for a packer , but i might do a straightforward one and publish it as an addendum to this series if folks are interested in having some working source as a starting point
同样在附录部分我会直接给你一个程序假如你想将这个作为你自己程序的加壳器，或者做一些改进。 |
