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...constant initializer. But D requires that (per > default) static arrays are initialized with the default initializer > for the element type. For float this happens to be NaN, so I cannot > use a 'zeroinitializer'. Wow, this *is* bad. I think the solution to this is to add a new ConstantFillArray node. It would always have array type, would take a single Constant* value, and would give you the filled array with that constant. Please file a bug if you're interested. -Chris -- http://nondot.org/sabre/ http://llvm.org/

...D requires that (per >> default) static arrays are initialized with the default initializer >> for the element type. For float this happens to be NaN, so I cannot >> use a 'zeroinitializer'. > > Wow, this *is* bad. I think the solution to this is to add a new > ConstantFillArray node. It would always have array type, would take a > single Constant* value, and would give you the filled array with that > constant. Please file a bug if you're interested. I believe this is already bug 1324. Nick

Hi all. I'm working on a LLVM based compiler for the D programming language by Walter Bright. D allows static arrays up to 16MB in size. I'm initializing global static arrays with a constant initializer. But D requires that (per default) static arrays are initialized with the default initializer for the element type. For float this happens to be NaN, so I cannot use a

...equires that (per > > default) static arrays are initialized with the default initializer > > for the element type. For float this happens to be NaN, so I cannot > > use a 'zeroinitializer'. > > Wow, this *is* bad. I think the solution to this is to add a new > ConstantFillArray node. It would always have array type, would take a > single Constant* value, and would give you the filled array with that > constant. Please file a bug if you're interested. In Ada, global variables should in general be default initialized to undef (not zero) so this could also be...