Hojun-Cho
e1141330f2
Ten of the thirteen were already fully twinned — their runtime rows migrated in earlier waves (r56_def_*, r79_*, r78_*, r926_*, r989_m1union_*) and the carriers survived only for a cstage-vs-wwstage byte-compare the blanket test-data-byteid comparator owns once the source is a corpus fixture. The other three needed their remaining inline sources added first: r756_* (4, alias-chain unwrap), r844_bid_src (size(u64) untyped-int compare), r989_structframe_* (3, struct-local frame layout). Every new fixture was verified both-stage: compile exit 0 twice, .s byte-identical, runtime exit as pinned. The five ww_ww-driver-leg carriers among them (785/786/789/790/ m1union) follow the 815/940/951 precedent: content identity owned by their corpus twins, driver-leg identity owned by 989_lib_byteid's sweep. Byte/artifact partition 24 -> 11; carriers 147 -> 134; corpus pin 1495/2990; the stale 915 sweep figure in the docs corrected to the true 1,157 non-error count.
17 lines
317 B
Plaintext
17 lines
317 B
Plaintext
//ww:run
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package main;
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type r1 = struct {
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a: i32, b: i32, c: i32, d: i32, e: i32, f: i32, g: i32,
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h: i32, i: i32, j: i32, k: i32, l: i32, m: i32, p: i32,
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};
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fn make_r1() r1 = {
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let b: r1;
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b.p = 99i32;
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return b;
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};
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export fn main() i32 = {
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let s: r1 = make_r1();
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if (s.p != 99i32) { return 11; };
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return 0;
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};
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