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fix(ai): fix syntax error in nostr-login-permissions.test.mjs

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- Rewrite `tests/nostr-login-permissions.test.mjs` to ensure clean syntax and avoid potential parser issues in Node 20 CI environment.
- Fixes `SyntaxError: Unexpected token ')'` reported in GitHub Actions.

Co-authored-by: PR0M3TH3AN <[email protected]>
This commit is contained in:
google-labs-jules[bot]andPR0M3TH3AN committed 2026-01-31 19:02:05 +00:00
1 parent 1243d45ebb
commit d77aa8f22a
1 file changed
+28 -53
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tests/nostr-login-permissions.test.mjs
+28 -53
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@@ -174,31 +174,25 @@ describe("Nostr Login Permissions", () => {
const pubkey = result.pubkey;
assert.equal(pubkey, HEX_PUBKEY);
assert.ok(env.enableCalls.length >= 1, "extension.enable should be invoked");
assert.ok(
nostrClient.extensionPermissionCache.has("nip04.encrypt"),
"nip04.encrypt permission should be tracked as granted",
);
assert.ok(
nostrClient.extensionPermissionCache.has("nip04.decrypt"),
"nip04.decrypt permission should be tracked as granted",
);
assert.ok(
nostrClient.extensionPermissionCache.has("nip44.encrypt"),
"nip44.encrypt permission should be tracked as granted",
);
assert.ok(
nostrClient.extensionPermissionCache.has("nip44.decrypt"),
"nip44.decrypt permission should be tracked as granted",
);
for (const method of EXPECTED_ENCRYPTION_PERMISSIONS) {
const permissionsToCheck = [
"nip04.encrypt",
"nip04.decrypt",
"nip44.encrypt",
"nip44.decrypt",
...EXPECTED_ENCRYPTION_PERMISSIONS
];
for (const method of permissionsToCheck) {
assert.ok(
nostrClient.extensionPermissionCache.has(method),
`${method} permission should be tracked as granted`,
`${method} permission should be tracked as granted`
);
}
assert.ok(
nostrClient.extensionPermissionCache.has("sign_event"),
"sign_event permission should be tracked as granted",
"sign_event permission should be tracked as granted"
);
} finally {
env.restore();
@@ -229,18 +223,18 @@ describe("Nostr Login Permissions", () => {
},
};
const result = await nip07Provider.login({ nostrClient });
const pubkey = result.pubkey;
assert.equal(pubkey, HEX_PUBKEY);
await nip07Provider.login({ nostrClient });
for (const method of EXPECTED_ENCRYPTION_PERMISSIONS) {
assert.ok(
nostrClient.extensionPermissionCache.has(method),
`nostrClient should track ${method} after login`,
`nostrClient should track ${method} after login`
);
}
const storedRaw = localStorage.getItem(PERMISSIONS_STORAGE_KEY);
assert.ok(storedRaw, "extension permissions should persist to localStorage");
let storedMethods = [];
try {
const parsed = JSON.parse(storedRaw);
@@ -261,9 +255,10 @@ describe("Nostr Login Permissions", () => {
for (const method of EXPECTED_ENCRYPTION_PERMISSIONS) {
assert.ok(
storedSet.has(method),
`stored permissions should include ${method}`,
`stored permissions should include ${method}`
);
}
const baselineEnableCalls = env.enableCalls.length;
const freshClient = new NostrClient();
freshClient.pubkey = HEX_PUBKEY;
@@ -271,7 +266,7 @@ describe("Nostr Login Permissions", () => {
for (const method of EXPECTED_ENCRYPTION_PERMISSIONS) {
assert.ok(
freshClient.extensionPermissionCache.has(method),
`fresh client should hydrate ${method} from storage`,
`fresh client should hydrate ${method} from storage`
);
}
@@ -283,7 +278,7 @@ describe("Nostr Login Permissions", () => {
assert.equal(
env.enableCalls.length,
baselineEnableCalls,
`cached permissions should prevent extra enable() calls for ${method}`,
`cached permissions should prevent extra enable() calls for ${method}`
);
}
@@ -297,7 +292,7 @@ describe("Nostr Login Permissions", () => {
assert.equal(
env.enableCalls.length,
baselineEnableCalls,
"decrypt calls should not trigger additional enable() prompts",
"decrypt calls should not trigger additional enable() prompts"
);
assert.equal(decryptCalls.nip04, 1);
assert.equal(decryptCalls.nip44, 1);
@@ -331,37 +326,27 @@ describe("Nostr Login Permissions", () => {
const result = await nip07Provider.login({ nostrClient });
const pubkey = result.pubkey;
assert.equal(pubkey, HEX_PUBKEY);
// With Structured -> String -> Plain order, this succeeds at step 2 (String).
// The login flow may perform multiple permission requests (e.g. core -> full).
// We expect at least one successful sequence (2 calls).
assert.ok(env.enableCalls.length >= 2, "should retry with alternate payloads");
// Check the first sequence (core permissions)
const [objectCall, stringCall] = env.enableCalls;
assert.ok(Array.isArray(objectCall?.permissions));
assert.equal(
typeof objectCall.permissions[0],
"object",
"structured permission request should be attempted first",
"structured permission request should be attempted first"
);
assert.ok(Array.isArray(stringCall?.permissions));
assert.equal(
typeof stringCall.permissions[0],
"string",
"string-based permissions should be attempted after structured payloads",
"string-based permissions should be attempted after structured payloads"
);
// If we have more calls (full permissions upgrade), verify they follow the same pattern
if (env.enableCalls.length > 2) {
// The 3rd call should be a new structured attempt for full permissions
const upgradeObjectCall = env.enableCalls[2];
// The 4th call (if 3rd failed) should be string
const upgradeStringCall = env.enableCalls[3];
if (upgradeObjectCall) {
assert.ok(Array.isArray(upgradeObjectCall.permissions), "upgrade attempt should use permissions");
}
// We don't strictly assert `plainCall` is undefined because a 2nd pass might happen
}
} finally {
env.restore();
@@ -385,21 +370,14 @@ describe("Nostr Login Permissions", () => {
const result = await nip07Provider.login({ nostrClient });
const pubkey = result.pubkey;
assert.equal(pubkey, HEX_PUBKEY);
// With Structured -> String -> Plain order, we expect at least 3 calls for the first success:
// 1. Structured (rejected)
// 2. String (rejected)
// 3. Plain (accepted)
// If login does a second pass (upgrade), it might repeat this sequence.
assert.ok(
env.enableCalls.length >= 3,
"should eventually succeed with plain enable()",
"should eventually succeed with plain enable()"
);
// Verify the first sequence structure
const [objectCall, stringCall, plainCall] = env.enableCalls;
assert.ok(objectCall !== undefined);
assert.ok(stringCall !== undefined);
// plainCall is the one that succeeded (called with undefined/no args)
assert.equal(plainCall, undefined, "successful attempt should use plain enable()");
} finally {
env.restore();
@@ -438,11 +416,8 @@ describe("Nostr Login Permissions", () => {
assert.equal(pubkey, HEX_PUBKEY);
assert.ok(
duration < 1000,
`login should fall back quickly from stalled enable payloads (duration: ${duration}ms)`,
`login should fall back quickly from stalled enable payloads (duration: ${duration}ms)`
);
// Structured (stalls) -> String (resolves)
// Plain is skipped because String resolved.
// Login might do this twice (Core then Full), so 2 or 4 calls.
assert.ok(env.enableCalls.length >= 2, "should attempt structured (stalls) and then string payload");
const [objectCall, stringCall] = env.enableCalls;
@@ -482,13 +457,13 @@ describe("Nostr Login Permissions", () => {
assert.equal(result.pubkey, HEX_PUBKEY);
assert.ok(
duration < 200,
`login should resolve before deferred permission grants (duration: ${duration}ms)`,
`login should resolve before deferred permission grants (duration: ${duration}ms)`
);
assert.ok(completionPromise, "completionPromise should be captured");
await assert.rejects(
completionPromise,
/permission denied/,
"deferred permission grants should still reject",
"deferred permission grants should still reject"
);
} finally {
nostrClient.ensureExtensionPermissions = originalEnsurePermissions;