Are you trying to , analyze malware , or modify an application's behavior ?

Since official development by DaFixer ended, DeDe remains preserved as freeware. You can source it safely from legacy archive platforms:

if comp.events: report.append(f" Events:") for event in comp.events: report.append(f" - event.event_name -> event.method_name")

DeDe reads the Run-Time Type Information to reconstruct the published methods, properties, and class hierarchies of the application. It creates a clear tree view of the objects used inside the software. 4. Built-in Disassembler

# Detect component end elif line.upper() == 'END': if indent_stack: indent_stack.pop() current_component = indent_stack[-1] if indent_stack else None

Delphi developers often hardcoded database passwords or registration keys in event handlers. DeDe’s string reference extraction can surface these instantly.

Navigate to the "Forms" tab to view the UI components. If you are trying to bypass a login screen or analyze a malware pop-up, locate that specific form.

for match in pattern.finditer(self.file_data): try: string_val = match.group(1).decode('ascii', errors='ignore') offset = match.start() self.string_table[offset] = string_val except: pass

Reverse engineers loved DeDe for three reasons:

object LoginForm: TLoginForm Left = 200 Top = 150 Caption = 'Administrator Login' object btnLogin: TButton Caption = '&Login' OnClick = btnLoginClick <-- Event hook identified end end

Considered by many to be the spiritual successor to DeDe. IDR handles newer Delphi versions much better and executes profound analysis of internal knowledge bases to resolve VCL methods.

Export the parsed symbols as a MAP file. Load your target executable into a more powerful debugger/disassembler (like x64dbg or IDA Pro) and apply the MAP file to instantly populate the workspace with the function names discovered by DeDe. Limitations and Modern Alternatives