1+ import { describe , expect , test } from "vitest" ;
2+
3+ import { patchCode } from "../ast/util" ;
4+ import { abortControllerRule } from "./next-minimal" ;
5+
6+ const appPageRuntimeProdJs = `let p = new AbortController;
7+ async function h(e3, t3) {
8+ let { flightRouterState: r3, nextUrl: a2, prefetchKind: i2 } = t3, u2 = { [n2.hY]: "1", [n2.B]: encodeURIComponent(JSON.stringify(r3)) };
9+ i2 === o.ob.AUTO && (u2[n2._V] = "1"), a2 && (u2[n2.kO] = a2);
10+ try {
11+ var c2;
12+ let t4 = i2 ? i2 === o.ob.TEMPORARY ? "high" : "low" : "auto";
13+ "export" === process.env.__NEXT_CONFIG_OUTPUT && ((e3 = new URL(e3)).pathname.endsWith("/") ? e3.pathname += "index.txt" : e3.pathname += ".txt");
14+ let r4 = await m(e3, u2, t4, p.signal), a3 = d(r4.url), h2 = r4.redirected ? a3 : void 0, g = r4.headers.get("content-type") || "", v = !!(null == (c2 = r4.headers.get("vary")) ? void 0 : c2.includes(n2.kO)), b = !!r4.headers.get(n2.jc), S = r4.headers.get(n2.UK), _ = null !== S ? parseInt(S, 10) : -1, w = g.startsWith(n2.al);
15+ if ("export" !== process.env.__NEXT_CONFIG_OUTPUT || w || (w = g.startsWith("text/plain")), !w || !r4.ok || !r4.body)
16+ return e3.hash && (a3.hash = e3.hash), f(a3.toString());
17+ let k = b ? function(e4) {
18+ let t5 = e4.getReader();
19+ return new ReadableStream({ async pull(e5) {
20+ for (; ; ) {
21+ let { done: r5, value: n3 } = await t5.read();
22+ if (!r5) {
23+ e5.enqueue(n3);
24+ continue;
25+ }
26+ return;
27+ }
28+ } });
29+ }(r4.body) : r4.body, E = await y(k);
30+ if ((0, l.X)() !== E.b)
31+ return f(r4.url);
32+ return { flightData: (0, s.aj)(E.f), canonicalUrl: h2, couldBeIntercepted: v, prerendered: E.S, postponed: b, staleTime: _ };
33+ } catch (t4) {
34+ return p.signal.aborted || console.error("Failed to fetch RSC payload for " + e3 + ". Falling back to browser navigation.", t4), { flightData: e3.toString(), canonicalUrl: void 0, couldBeIntercepted: false, prerendered: false, postponed: false, staleTime: -1 };
35+ }
36+ }
37+ ` ;
38+
39+ describe ( "Abort controller" , ( ) => {
40+ test ( "minimal" , ( ) => {
41+ expect ( patchCode ( appPageRuntimeProdJs , abortControllerRule ) ) . toBe (
42+ `let p = {signal:{aborted: false}};
43+ async function h(e3, t3) {
44+ let { flightRouterState: r3, nextUrl: a2, prefetchKind: i2 } = t3, u2 = { [n2.hY]: "1", [n2.B]: encodeURIComponent(JSON.stringify(r3)) };
45+ i2 === o.ob.AUTO && (u2[n2._V] = "1"), a2 && (u2[n2.kO] = a2);
46+ try {
47+ var c2;
48+ let t4 = i2 ? i2 === o.ob.TEMPORARY ? "high" : "low" : "auto";
49+ "export" === process.env.__NEXT_CONFIG_OUTPUT && ((e3 = new URL(e3)).pathname.endsWith("/") ? e3.pathname += "index.txt" : e3.pathname += ".txt");
50+ let r4 = await m(e3, u2, t4, p.signal), a3 = d(r4.url), h2 = r4.redirected ? a3 : void 0, g = r4.headers.get("content-type") || "", v = !!(null == (c2 = r4.headers.get("vary")) ? void 0 : c2.includes(n2.kO)), b = !!r4.headers.get(n2.jc), S = r4.headers.get(n2.UK), _ = null !== S ? parseInt(S, 10) : -1, w = g.startsWith(n2.al);
51+ if ("export" !== process.env.__NEXT_CONFIG_OUTPUT || w || (w = g.startsWith("text/plain")), !w || !r4.ok || !r4.body)
52+ return e3.hash && (a3.hash = e3.hash), f(a3.toString());
53+ let k = b ? function(e4) {
54+ let t5 = e4.getReader();
55+ return new ReadableStream({ async pull(e5) {
56+ for (; ; ) {
57+ let { done: r5, value: n3 } = await t5.read();
58+ if (!r5) {
59+ e5.enqueue(n3);
60+ continue;
61+ }
62+ return;
63+ }
64+ } });
65+ }(r4.body) : r4.body, E = await y(k);
66+ if ((0, l.X)() !== E.b)
67+ return f(r4.url);
68+ return { flightData: (0, s.aj)(E.f), canonicalUrl: h2, couldBeIntercepted: v, prerendered: E.S, postponed: b, staleTime: _ };
69+ } catch (t4) {
70+ return p.signal.aborted || console.error("Failed to fetch RSC payload for " + e3 + ". Falling back to browser navigation.", t4), { flightData: e3.toString(), canonicalUrl: void 0, couldBeIntercepted: false, prerendered: false, postponed: false, staleTime: -1 };
71+ }
72+ }
73+ ` ) ;
74+ } ) ;
75+ } )
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