: Detecting memory leaks, resource leaks, and buffer overruns during the development phase. Key Features and Configuration
The term madexceptbpl top vanished from the report.
: For applications seeking official Windows certification, madExcept can be set to pass critical exceptions back to the OS instead of handling them internally. madexceptbpl top
To achieve clean stack traces across all modules without needlessly bloating your code footprint, configure your project settings tab according to these recommendations: Metric / Setting Component Main Host Application ( .exe ) Extension Modules ( .bpl ) Enabled (Injects the processing core) Disabled (Prevents duplicate code engines) Link in madExcept settings Enabled (Centralizes global UI styles) Disabled (Inherits settings from the .exe ) Function names & line numbers Enabled (Required for .exe stack traces) Enabled (Required to map .bpl crash sites) Resulting File Footprint Base size + ~10-15% tracking overhead Minor increase (~5% for compressed map data)
Remove the madBasic , madDisAsm , and madExcept packages from the "Runtime packages" list. : Detecting memory leaks, resource leaks, and buffer
In short,
Example:
This prevents duplicate MadExcept instances inside BPLs and clarifies the stack trace – you'll no longer see madexceptbpl top as an ambiguous token.
Here are the top features of MadExcept BPL: To achieve clean stack traces across all modules
If you suspect the top in your stack trace is causing incomplete reports:
Re: Add madExcept only via commandline build? ... Using madExceptPatch is one thing of 3 you have to do. Here are the other 2: (1) madshi.net Error loading madExceptWizard_.bpl - madshi.net