func (tm *TypeMap) arrayRuntimeType(a *types.Array) (global, ptr llvm.Value) {
rtype := tm.makeRtype(a, reflect.Array)
elemRuntimeType := tm.ToRuntime(a.Elem())
sliceRuntimeType := tm.ToRuntime(types.NewSlice(a.Elem()))
uintptrlen := llvm.ConstInt(tm.target.IntPtrType(), uint64(a.Len()), false)
arrayType := llvm.ConstNull(tm.runtime.arrayType.llvm)
arrayType = llvm.ConstInsertValue(arrayType, rtype, []uint32{0})
arrayType = llvm.ConstInsertValue(arrayType, elemRuntimeType, []uint32{1})
arrayType = llvm.ConstInsertValue(arrayType, sliceRuntimeType, []uint32{2})
arrayType = llvm.ConstInsertValue(arrayType, uintptrlen, []uint32{3})
return tm.makeRuntimeTypeGlobal(arrayType, typeString(a))
}
func (tm *llvmTypeMap) arrayLLVMType(a *types.Array) llvm.Type {
return llvm.ArrayType(tm.ToLLVM(a.Elem()), int(a.Len()))
}
func (m *TypeMap) descriptorArray(t *types.Array, name string) TypeDebugDescriptor {
return NewArrayCompositeType(m.TypeDebugDescriptor(t.Elem()), t.Len())
}