// Own-wins (0754 / issue 0105 case 3) holds at EVERY non-leaf bare-type site,
// not just the nominal leaf annotation. `main` flat-imports `dep.sx` (which
// authors a same-name `Widget { a, b }` = 16 bytes and `Nums :: [2]i32` = 8
// bytes) AND authors its OWN `Widget { a }` = 8 bytes and `Nums :: [2]i64` = 16
// bytes. Each bare reference below must resolve to MAIN's own author — the gate's
// source-keyed `.resolved` author — NOT whichever same-name flat import a global
// `findByName` / `struct_template_map` pick would return:
//
//   - reflection / type-arg slot   `size_of(Widget)`        → 8  (own)
//   - typed array-literal head      `Nums.[…]` / size_of    → 16 (own [2]i64)
//   - type-as-value                 `t : Type = Widget`
//   - type-category match arm       `case Widget:`          → own identity
//
// Regression (Phase E4 attempt-6, finding #1): before the bare-type gate carried
// the OWN author's source-keyed TypeId into the non-leaf sites, an own author
// produced `.proceed` and these sites fell through to a global `findByName` — so
// `size_of(Widget)` printed the IMPORTED type's 16 and `case Widget:` matched the
// imported nominal identity (describe → 222). `dep_sizes` proves dep's distinct
// types still resolve to THEIR own 16 + 8 = 24 inside dep.

#import "modules/std.sx";
#import "0768-modules-own-wins-nonleaf-bare-type/dep.sx";

Widget :: struct { a: i64; }
Nums :: [2]i64;

describe :: ($T: Type) -> i32 {
    r := if T == {
        case Widget: 111;
        else: 222;
    }
    r
}

main :: () -> i32 {
    print("reflection={}\n", size_of(Widget));
    xs := Nums.[1, 2];
    print("array={}\n", size_of(Nums));
    t : Type = Widget;
    print("typeval_eq={}\n", t == Widget);
    print("match={}\n", describe(Widget));
    print("dep={}\n", dep_sizes());
    0
}