[LLVMdev] Recursive Types using the llvm support library

[John Carrino]

On Wed, Mar 09, 2005 at 04:05:32PM +0300, Vladimir Merzliakov wrote:
> >>Is assert(!NewSTy->isAbstract()) must pass  after this line?
> >
> >In this case, yup.
> >
> I create test program and assert failed in it:
> 
> { \2 *, sbyte * }

How do I decode the \2 in this?  I am creating types through this
interface and I get quite a mess seen below.  And this is relatively
simple.  Any ideas?

-John


	alloca { { int, uint, sbyte*, \4* (), \4* (\4*), { { int, uint, sbyte*, \4* (), { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }* (\4*), \4* (\4*), \4* (\4*), { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }* (\4*), \4* (\4*, \4*), \4* (\4*, { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }*, { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }*) } }* (\4*), \4* (\4*) } }		; <{ { int, uint, sbyte*, \4* (), \4* (\4*), { { int, uint, sbyte*, \4* (), { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }* (\4*), \4* (\4*), \4* (\4*), { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }* (\4*), \4* (\4*, \4*), \4* (\4*, { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }*, { { int, uint, sbyte*, \4 (), \4 (\4), \8* (\4), \4 (\4) } }*) } }* (\4*), \4* (\4*) } }*>:2 [#uses=0]