Easy Python Decompiler

Easy Python Decompiler: A Tool to Help You Reverse Engineer Programs

Reverse Engineering tasks require programs like Easy Python Decompiler, which is a popular tool. In this article, we will talk about this program and how you can run it on the OnWorks platform. Moreover, you will also learn about Reverse Engineering and what are its purposes. 

If you are familiar with network interaction principles and assembly language and know about Python, then you know that reversing is complex. However, it is an effective way for developers when they face some challenges in their development. More prominently, these challenges are to enhance system security, improve compatibility with third-party elements and maintain its legacy code. 

We have put all our time and effort into breaking down various aspects of decompiling in Reverse Engineer. After reading this article, you will grasp the concept of Reverse Engineering and its practical use cases. 

What is Easy Python Decompiler

Easy Python Decompiler is a tool that extracts program codes of python files and converts them into a more straightforward form. As a result, it makes the codes more readable by humans. It is a useful application for gaining useful insights about the software source code. 

A decompiler means that it does the opposite of a compiler. It takes a compiled structure and reconstructs the original source code from the compiled file. Moreover, it is crucial for Reverse Engineering programs where developers break down codes in order to avoid rewriting the codes. 

Earlier, when we said about decompiling in a simpler form, we meant that it converts the files into PYC and PYO formats. Easy Python Decompiler is an independent tool that does not require Python to be installed on your computer. It can do all of its tasks successfully without having to run the Original Python.

It has two-byte code decompilers where it uses one of the two to process the codes. The first-byte code is Uncompyle2 which runs based on a python interpreter. Moreover, it is only compatible with Python 2.5, 2.6, and 2.7. 

The other one is called Decompyle++, and it supports all versions of Python from 1.0 to 3.3. However, it can take a toll when it comes to error detection. As a result, it is not as accurate as the error detection on Uncompyle2. 

Decompyle++ may have an advantage when it comes to version support, but it has low error detection. However, it is set as default in the options window of East Python Decompiler. 

What is Reverse Engineering?

Python is a scripting language that is much more complex than machine code or machine language. While some people may prefer C++ or Perl, Python can do programming but can also break codes. In that context, we are in Reverse Engineering.

It is a broad concept that is hard to break down into a sentence. Some can explain it using simple syntaxes. To make things simpler, it is a concept of breaking down codes into more uncomplicated parts. Moreover, it lets you understand, modify and enhance the code in a more understandable way. 

For instance, let’s talk about some Android OEMs. Companies manufacture smartphone stock ROM and sell it to the market. Those smartphones usually come with bloatware that hinders their performance of those smartphones. As a result, there are online communities like XDA and Android Central that have expertise in Reverse Engineering, such as ROMs. They alter the ROM by enhancing its experience and improving its performance. One of the biggest examples of Reverse Engineering of ROMs is the introduction of CyanogenMod ROM.

Similarly, there are plenty of other cases where Reverse Engineering applies. This example was to help you get a clear view of Reverse Engineering. However, Reverse Engineering is more complicated than modifying a ROM. 

Purpose of Reverse Engineering Programs?

Reverse Engineering is the process of building a database of a program and recovering various elements for the analysis of its code. The purpose of reverse engineering is simply to improve the understandability of a system. Moreover, it also helps gain information regarding legacy systems. Here are the goals when performing this task:

  1. Cope with Complexity
  2. Recover lost information
  3. Detect side effects
  4. Synthesis higher abstraction
  5. Facilitate Reuse

How to download and run Easy Python Decompiler from OnWorks?

Here is the instruction on how to run Easy Python Decompiler using OnWorks:

  1. The first step is to visit the official website of OnWorks, where you will find tons of workstations and software to use. 
  2. Search for “Easy Python Decompiler” or click on this page directly.
  3. Now you will see multiple options to run the app online. You can run this app on Ubuntu, Fedora, Windows, and macOS. Select the OS of your choice where you want to run Bingo Caller online.
  4. After clicking on one of the options, a new page will load up. You have to wait for 20 seconds to see the “Enter” button.
  5. After 20 seconds, hit the enter button and wait for a few more seconds. The website is creating the server for you here.
  6. Now the main screen of the server will load up on your screen. Whether it is Ubuntu, Fedora, Windows, or macOS, it will appear on any browser you use. 
  7. Now go to the Bingo Caller page on OnWorks again and download the app. It is simple to download the app, click on download and select the directory on the PC.
  8. Go to the file manager in the emulated server of OnWorks. After that, enter  https://www.onworks.net/myfiles.php?username=XXXXX with the username.
  9. From the OnWorks server that you are currently using, go to the file manager  https://www.onworks.net/myfiles.php?username=XXXXX and download the application.
  10. Go to the folder where you have downloaded the app and install it.

If you are running Windows PC, you can run the software directly on your desktop. Easy Python Decompiler is compatible with Windows, and OnWorks provide the setup directly from their website. However, if you want to run the app on Ubuntu, macOS, or Fedora, then you also have options for that.

Conclusion

Now that you know about reverse engineering and its use in various technologies, you may feel like performing it. You can use the reliable software Easy Python Decompiler, which supports all versions of python. Moreover, it is compatible with many formats which are present in python. It is freely available on OnWorks, and you can use workstations to run the app on different OS. Python is powerful and flexible to do such tasks. As a result, developers find reverse engineering of Python manageable.