#.exe disassembler software code#
Hence, the very first line of code in the populateCsharpCode () reads an assembly from the text box control into a dynamic type variable, and later by using this variable, we are enumerating the main modules residing in the assembly through the loop, with the loop constructed as: We are in fact implementing the same functionality and features in our software. We have seen the process of generating original source code earlier in erstwhile popular disassemblers, for instance ILSpy, ILPeek and Reflector. In this section, we shall express the process of yielding C# source code from a selected method in the treeview control. We have put two methods inside the tvMemebers_AfterSelect() as populateCsharpCode() which expresses the C# source code, and rest displays the MSIL code.
Private void tvMembers_AfterSelect(object sender, TreeViewEventArgs e)
Hence, we will create an AfterSelect event for treeview control and place the following code as: Here, we shall utilize the treeview control, which streamlines our job in terms of when we select a particular method or content of the assembly the equivalent original source code (C#, MSIL) will appear in the rich text box which is located in the tab control. As per the proposed functionality of this paper, we have to show the corresponding source code of an assembly in the form of C# of IL language. NET built assembly, the treeview control is activated and shall produce entire contents of the assembly in terms of modules and methods.
#.exe disassembler software software#
Although this software implements numerous forms of control, as per the requirement of this paper, we are elaborating on these necessary controls only, which shall be confronted during coding. Before moving forward, it is mandatory to come up with the controls we are placing in the user interface design of this software, because we shall have to direct a particular form control to respond to an event for instance, treeview control, which displays entire members’ modules of the assembly, will display the corresponding MSIL or C# source during selection of any methods. It doesn’t matter how we design this software: our main goal is to implement the disassembling features. NET clients for security purposes can also facilitate ensuring that the software performs the expected tasks without hidden features such as spy- or adware. Disassembling can assist to audit the implementation of security-sensitive features such as authentication, authorization, and encryption. There are typically multiple reasons of code disassembling, ranging from interoperability purposes to recovering lost source code or finding security vulnerabilities. As we know, code from these high-level languages gets compiled to a common Intermediate Language (IL) which runs in the Common Language Runtime (CLR). Components written for example in VB.NET or C++ can easily be reprocessed in code written in another language, for instance C#. NET CLR provisions several programming languages, such as VC#, VisualBasic.NET, F# and managed C++.
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