: While primarily for older Delphi versions, version 1.1.0.194 includes parsing support for Delphi 2007, 2009, and 2010 (specifically for .bpl files). Key Updates in v1.1.0.194
A major challenge in decompiling Delphi is tracing asynchronous execution and UI triggers. This version includes:
Delphi Decompiler v1.1.0.194 contains a signature database for standard VCL components—TButton, TEdit, TListBox, TADOQuery, TTable, etc. It maps these back to their original class names, making the decompiled output highly readable for anyone familiar with Delphi. delphi decompiler v1.1.0.194
Delphi stores UI layouts as DFM (Delphi Form) resources. Version 1.1.0.194 extracts these files and parses them back into text. You can see the exact properties of buttons, panels, menus, and database connections. 3. Code Generation
It can extract all DFM (Delphi Form) files, allowing you to see the exact UI layout and property settings of the target. : While primarily for older Delphi versions, version 1
Companies frequently lose source code due to hardware failures, poor version control, or developer turnover. This tool helps recover lost business logic from the remaining deployed binaries. 🛡️ Malware Analysis and Security Auditing
✅ – Drag-and-drop operation, no complex setup ✅ Fast DFM recovery – Excellent for retrieving lost forms/layouts ✅ No installation required – Portable executable ✅ Lightweight – < 5 MB, runs on older Windows (XP–10) It maps these back to their original class
It isolates hardcoded text strings, localized resources, and icon assets stored inside the PE (Portable Executable) structure. Common Practical Use Cases
What was used to compile the target binary?
Reverse engineering compiled executable files is one of the most challenging aspects of software analysis. When dealing with applications built using Embarcadero Delphi (formerly Borland Delphi), standard decompilers often fall short. This is because Delphi compiles code directly into native machine language while heavily utilizing a unique Object Pascal structure, internal VCL/FMX frameworks, and distinct calling conventions.