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/**
* Unit tests for CDP target resolution — no browser and no network required.
*
* This is fork-specific logic (see FORK.md): upstream only ever drives a
* browser on localhost. The precedence here is deliberately asymmetric — an
* explicitly configured endpoint must never silently fall back to a different
* browser, while the built-in default must, so a machine off the wire network
* still gets the local browser the extension was originally written for.
*
* Run: npx tsx test/cdp/endpoint-test.ts
*/
import { DEFAULT_REMOTE_CDP, describeCdpTarget, resolveCdpTarget } from "../../src/cdp/endpoint";
let passed = 0;
let failed = 0;
const check = (cond: boolean, label: string): void => {
if (cond) {
passed++;
console.log(` ✓ ${label}`);
} else {
failed++;
console.error(` ✗ ${label}`);
}
};
const env = (value?: string): NodeJS.ProcessEnv => (value === undefined ? {} : { BU_CDP_HTTP: value });
function main(): void {
// E1: the built-in default, used when nothing is configured.
{
const t = resolveCdpTarget(env());
check(t.kind === "remote", "E1: unset BU_CDP_HTTP resolves to a remote target");
if (t.kind === "remote") {
check(t.source === "default", "E1: it is marked as the built-in default, not an instruction");
check(`${t.host}:${t.port}` === DEFAULT_REMOTE_CDP, "E1: it matches DEFAULT_REMOTE_CDP");
}
}
// E2: DEFAULT_REMOTE_CDP must itself be parseable, or the default silently
// degrades to local for everyone.
{
const t = resolveCdpTarget(env());
check(t.kind !== "local", "E2: the built-in default constant is well-formed");
}
// E3: an explicit endpoint is an instruction — source must reflect that, so
// discovery fails loudly rather than falling back.
{
const t = resolveCdpTarget(env("10.0.0.9:9333"));
check(t.kind === "remote", "E3: an explicit host:port resolves to a remote target");
if (t.kind === "remote") {
check(t.host === "10.0.0.9" && t.port === 9333, "E3: host and port are parsed");
check(t.source === "env", "E3: it is marked as explicitly configured");
}
}
// E4: opting back into upstream behaviour.
for (const alias of ["local", "LOCAL", "off", "none", "0", "no"]) {
const t = resolveCdpTarget(env(alias));
check(t.kind === "local", `E4: "${alias}" selects this machine's own browser`);
}
// E5: empty or whitespace is treated as unset rather than as an error — a
// shell exporting an empty var should not break the browser.
for (const blank of ["", " "]) {
const t = resolveCdpTarget(env(blank));
check(t.kind === "remote" && t.source === "default", `E5: ${JSON.stringify(blank)} falls back to the default`);
}
// E6: malformed values are rejected, not coerced. Silently reinterpreting
// these would drive an unexpected browser.
for (const bad of ["nonsense", "host:", ":9222", "host:0", "host:70000", "host:abc"]) {
const t = resolveCdpTarget(env(bad));
check(t.kind === "invalid", `E6: "${bad}" is rejected as malformed`);
}
// E7: IPv6 and hostnames still work — the port is taken from the LAST colon.
{
const t = resolveCdpTarget(env("castle.local:9223"));
check(t.kind === "remote" && t.host === "castle.local", "E7: hostnames are accepted");
const v6 = resolveCdpTarget(env("[::1]:9223"));
check(v6.kind === "remote" && v6.host === "[::1]" && v6.port === 9223, "E7: bracketed IPv6 keeps its host");
}
// E8: descriptions are for humans in /browser-status; they must distinguish
// a default from an instruction, since only one of them falls back.
{
const d = describeCdpTarget(resolveCdpTarget(env()));
const e = describeCdpTarget(resolveCdpTarget(env("10.0.0.9:9333")));
check(d.includes("default"), "E8: the default is labelled as such");
check(e.includes("BU_CDP_HTTP"), "E8: an explicit endpoint names the variable that set it");
check(describeCdpTarget(resolveCdpTarget(env("local"))).includes("own browser"), "E8: local is described plainly");
}
console.log(`\n${passed} passed, ${failed} failed`);
if (failed > 0) process.exit(1);
}
main();
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