On Oct 6, 2006, at 3:09 PM, John Francini wrote: A couple of things jump to mind.
It sounds like, despite the fact that the functions are declared "inline" or are inside the class definition (you didn't say if this was straight C or C++), the compiler is deciding that the functions aren't really going to be inlined after all, and so they end up being multiply-defined.
There's a bunch of switches that control inlining. The first one to look at is -finline-limit=n, which specifies how big (in pseudo-instructions) an inline function can be. The default value is 600. Others control more intimate details.
Instead, if you have a function that you're absolutely certain you want to have inlined, tag it with __attribute__((always_inline)). In general, though, the compiler does a very good job of figuring out when inlining will be a win and using it there.
Hope this helps, Eric
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