Import the generated address map into a robust disassembler/decompiler like Ghidra , IDA Pro , or x64dbg . Analysts often use dedicated plugins (such as IDADelphi or Ghidra scripts) to apply the recovered class structures and method names to the disassembly graph, allowing for a fully contextualized debugging experience.
It is important to manage expectations when using version 1.1.0.194. Because Delphi is a compiled language (translating code directly to machine-native instructions), "perfect" decompilation is theoretically impossible without the original symbol files.
The user loads the target .exe or .dll . The decompiler performs an initial signature scan to verify the specific Delphi compiler version used (e.g., Delphi 7, Delphi XE, or newer), which dictates how internal metadata structures are parsed. Step 2: Resource Extraction delphi decompiler v1.1.0.194
: Generates commented ASM (Assembly) code with references to internal strings and imported function calls.
: For modern Delphi 10–12 binaries, use Ghidra with custom Delphi scripts or dnSpy (for .NET). For classic Delphi (version 2-7), v1.1.0.194 remains surprisingly useful. Import the generated address map into a robust
The tool highlights string references and function calls, making it easier to trace how data is handled.
Recovering lost source code for legacy business applications where the original files have been misplaced. Because Delphi is a compiled language (translating code
The benefits of using Delphi Decompiler v1.1.0.194 include:
: 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
The engine verifies the Portable Executable (PE) header, determining whether it is a valid Win32 environment and validating the compiler signature to confirm it was generated by Borland/Embarcadero tools.