func makeTypeRef(t schema.Type, rel *node, nodes nodeMap) (typeRef, error) {
nodeRef := func(id uint64) (typeRef, error) {
ni, err := nodes.mustFind(id)
if err != nil {
return typeRef{}, err
}
return makeNodeTypeRef(ni, rel)
}
if ref, ok := staticTypeRefs[t.Which()]; ok {
return ref, nil
}
switch t.Which() {
case schema.Type_Which_enum:
return nodeRef(t.Enum().TypeId())
case schema.Type_Which_structType:
return nodeRef(t.StructType().TypeId())
case schema.Type_Which_interface:
return nodeRef(t.Interface().TypeId())
case schema.Type_Which_list:
lt, _ := t.List().ElementType()
if ref, ok := staticListTypeRefs[lt.Which()]; ok {
return ref, nil
}
switch lt.Which() {
case schema.Type_Which_enum:
ref, err := nodeRef(lt.Enum().TypeId())
if err != nil {
return ref, err
}
ref.name = ref.name + "_List"
ref.newfunc = "New" + ref.name
return ref, nil
case schema.Type_Which_structType:
ref, err := nodeRef(lt.StructType().TypeId())
if err != nil {
return ref, err
}
ref.name = ref.name + "_List"
ref.newfunc = "New" + ref.name
return ref, nil
case schema.Type_Which_anyPointer, schema.Type_Which_list, schema.Type_Which_interface:
return typeRef{name: "PointerList", newfunc: "NewPointerList", imp: capnpImportSpec}, nil
}
}
return typeRef{}, fmt.Errorf("unable to reference type %v", t.Which())
}
