// A type alias whose RHS is a qualified generic head `ns.Box(args)` must
// instantiate the template AUTHORED by `ns`'s module — not the global same-name
// template that won the last-wins `struct_template_map`. Two namespaces each
// author a same-name generic `Box($T)` with a DIFFERENT layout (a: one field,
// b: two fields). `ABox :: a.Box(s64)` and `BBox :: b.Box(s64)` must register
// aliases over their OWN module's template (sizes 8 and 16) and stay DISTINCT,
// so the field unique to b's layout (`y`) is reachable only through `BBox`.
//
// Regression (Phase E4): before the alias-registration path selected the
// qualified author, the const-decl alias `.call` branch stripped the head to the
// bare name and read the global `struct_template_map`, so `ABox` and `BBox` both
// instantiated the last-wins template (both size 16). attempt-9 fixed the
// annotation head sites; this pins the alias-registration sibling.

#import "modules/std.sx";
a :: #import "0773-modules-qualified-generic-alias-author/a.sx";
b :: #import "0773-modules-qualified-generic-alias-author/b.sx";

ABox :: a.Box(s64);
BBox :: b.Box(s64);

main :: () -> s32 {
    ab : ABox = .{ x = 1 };
    bb : BBox = .{ x = 10, y = 20 };
    print("alias a={} b={}\n", size_of(ABox), size_of(BBox));
    print("ab.x={} bb.x={} bb.y={}\n", ab.x, bb.x, bb.y);
    0
}