In version 6, you could chose what compilation model, classical (p-code) or the new AOT backend.
Compiling BASIC to machine code is how it was born after all, the interpreters came to be in 8 bit machines, due to their hardware constraints.
Besides, Microsoft already had similar experience with a dual compilation model in Quick BASIC.
And not to leave this being my opinion only,
"Microsoft Visual Basic allows you to compile your applications to fast, efficient native code, using the same optimizing back-end compiler technology as Microsoft Visual C++. Native code compilation provides several options for optimizing and debugging that aren't available with p-code. These options are traditionally called "switches," because each option can be turned on or off."
In version 6, you could chose what compilation model, classical (p-code) or the new AOT backend.
Compiling BASIC to machine code is how it was born after all, the interpreters came to be in 8 bit machines, due to their hardware constraints.
Besides, Microsoft already had similar experience with a dual compilation model in Quick BASIC.
And not to leave this being my opinion only,
"Microsoft Visual Basic allows you to compile your applications to fast, efficient native code, using the same optimizing back-end compiler technology as Microsoft Visual C++. Native code compilation provides several options for optimizing and debugging that aren't available with p-code. These options are traditionally called "switches," because each option can be turned on or off."
https://learn.microsoft.com/en-us/previous-versions/visualst...