For reverse engineers facing a dump of a WinDEV 27 binary: prepare a hex editor, a Python environment, and a lot of coffee. The format is undocumented, but with careful memory region analysis, critical data can be recovered.
Configure the delivery method (Email, HTTP upload to a server, or saving to a local directory).
WINDEV 27 provides a dedicated WLanguage function to programmatically generate dump files: dbgSaveDebugDump . This function can be called on-demand or embedded directly within automated exception handling routines. The dbgSaveDebugDump Function Syntax dump windev 27
A saves a "detailed description of elements in memory as well as the memory consumed by these elements". Unlike a debug dump, it doesn't capture variable states but focuses on the application's overall memory footprint, which is vital for tracking down memory leaks or performance issues.
Allowing a client to generate a dump, which the developer can then analyze. How to Generate a Dump File in WinDev 27 ( dbgSaveDebugDump ) For reverse engineers facing a dump of a
In addition to Windev 27's built-in tools, you can also use third-party tools to analyze memory dump files. Some popular options include:
Capturing the RAM state of a running .exe to extract decrypted strings, runtime variables, or connection strings. WINDEV 27 provides a dedicated WLanguage function to
A debug dump is a snapshot of an application's execution state captured at a specific point in time. Unlike standard Windows crash dumps ( .dmp ) managed via tools like Microsoft WinDbg , WINDEV utilizes a native .wdump format. When generated, a .wdump file preserves:
Widely used in the reverse engineering community to dump processes and rebuild Import Address Tables (IAT), which is particularly useful if the WinDev application uses a third-party protector.
This is the most straightforward method for extracting strings or analyzing the unencrypted state of an application while it runs.