more WPTs

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Florian Dold 2021-02-16 16:23:05 +01:00
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3 changed files with 843 additions and 2 deletions

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@ -0,0 +1,76 @@
import test from "ava";
import { createdb } from "./wptsupport";
test("WPT idbcursor-reused.htm", async (t) => {
await new Promise<void>((resolve, reject) => {
var db: any;
var open_rq = createdb(t);
open_rq.onupgradeneeded = function (e: any) {
db = e.target.result;
var os = db.createObjectStore("test");
os.add("data", "k");
os.add("data2", "k2");
};
open_rq.onsuccess = function (e) {
var cursor: any;
var count = 0;
var rq = db.transaction("test").objectStore("test").openCursor();
rq.onsuccess = function (e: any) {
switch (count) {
case 0:
cursor = e.target.result;
t.deepEqual(cursor.value, "data", "prequisite cursor.value");
cursor.custom_cursor_value = 1;
e.target.custom_request_value = 2;
cursor.continue();
break;
case 1:
t.deepEqual(cursor.value, "data2", "prequisite cursor.value");
t.deepEqual(cursor.custom_cursor_value, 1, "custom cursor value");
t.deepEqual(
e.target.custom_request_value,
2,
"custom request value",
);
cursor.advance(1);
break;
case 2:
t.false(!!e.target.result, "got cursor");
t.deepEqual(cursor.custom_cursor_value, 1, "custom cursor value");
t.deepEqual(
e.target.custom_request_value,
2,
"custom request value",
);
break;
}
count++;
};
rq.transaction.oncomplete = function () {
t.deepEqual(count, 3, "cursor callback runs");
t.deepEqual(
rq.custom_request_value,
2,
"variable placed on old IDBRequest",
);
t.deepEqual(
cursor.custom_cursor_value,
1,
"custom cursor value (transaction.complete)",
);
resolve();
};
};
});
t.pass();
});

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@ -0,0 +1,504 @@
import test, { ExecutionContext } from "ava";
import { BridgeIDBRequest } from "..";
import { EventTarget, IDBDatabase } from "../idbtypes";
import {
checkStoreContents,
checkStoreGenerator,
checkStoreIndexes,
createBooksStore,
createDatabase,
createdb,
createNotBooksStore,
migrateDatabase,
} from "./wptsupport";
// IndexedDB: object store renaming support
// IndexedDB object store rename in new transaction
test("WPT idbobjectstore-rename-store.html (subtest 1)", async (t) => {
await new Promise<void>((resolve, reject) => {
let bookStore: any = null;
let bookStore2: any = null;
let renamedBookStore: any = null;
let renamedBookStore2: any = null;
return createDatabase(t, (database, transaction) => {
bookStore = createBooksStore(t, database);
})
.then((database) => {
t.deepEqual(
database.objectStoreNames as any,
["books"],
'Test setup should have created a "books" object store',
);
const transaction = database.transaction("books", "readonly");
bookStore2 = transaction.objectStore("books");
return checkStoreContents(
t,
bookStore2,
"The store should have the expected contents before any renaming",
).then(() => database.close());
})
.then(() =>
migrateDatabase(t, 2, (database, transaction) => {
renamedBookStore = transaction.objectStore("books");
renamedBookStore.name = "renamed_books";
t.deepEqual(
renamedBookStore.name,
"renamed_books",
"IDBObjectStore name should change immediately after a rename",
);
t.deepEqual(
database.objectStoreNames as any,
["renamed_books"],
"IDBDatabase.objectStoreNames should immediately reflect the " +
"rename",
);
t.deepEqual(
transaction.objectStoreNames as any,
["renamed_books"],
"IDBTransaction.objectStoreNames should immediately reflect the " +
"rename",
);
t.deepEqual(
transaction.objectStore("renamed_books"),
renamedBookStore,
"IDBTransaction.objectStore should return the renamed object " +
"store when queried using the new name immediately after the " +
"rename",
);
t.throws(
() => transaction.objectStore("books"),
{ name: "NotFoundError" },
"IDBTransaction.objectStore should throw when queried using the " +
"renamed object store's old name immediately after the rename",
);
}),
)
.then((database) => {
t.deepEqual(
database.objectStoreNames as any,
["renamed_books"],
"IDBDatabase.objectStoreNames should still reflect the rename " +
"after the versionchange transaction commits",
);
const transaction = database.transaction("renamed_books", "readonly");
renamedBookStore2 = transaction.objectStore("renamed_books");
return checkStoreContents(
t,
renamedBookStore2,
"Renaming an object store should not change its records",
).then(() => database.close());
})
.then(() => {
t.deepEqual(
bookStore.name,
"books",
"IDBObjectStore obtained before the rename transaction should " +
"not reflect the rename",
);
t.deepEqual(
bookStore2.name,
"books",
"IDBObjectStore obtained before the rename transaction should " +
"not reflect the rename",
);
t.deepEqual(
renamedBookStore.name,
"renamed_books",
"IDBObjectStore used in the rename transaction should keep " +
"reflecting the new name after the transaction is committed",
);
t.deepEqual(
renamedBookStore2.name,
"renamed_books",
"IDBObjectStore obtained after the rename transaction should " +
"reflect the new name",
);
});
});
t.pass();
});
// IndexedDB: object store renaming support
// IndexedDB object store rename in the transaction where it is created
test("WPT idbobjectstore-rename-store.html (subtest 2)", async (t) => {
await new Promise<void>((resolve, reject) => {
let renamedBookStore: any = null,
renamedBookStore2: any = null;
return createDatabase(t, (database, transaction) => {
renamedBookStore = createBooksStore(t, database);
renamedBookStore.name = "renamed_books";
t.deepEqual(
renamedBookStore.name,
"renamed_books",
"IDBObjectStore name should change immediately after a rename",
);
t.deepEqual(
database.objectStoreNames as any,
["renamed_books"],
"IDBDatabase.objectStoreNames should immediately reflect the " +
"rename",
);
t.deepEqual(
transaction.objectStoreNames as any,
["renamed_books"],
"IDBTransaction.objectStoreNames should immediately reflect the " +
"rename",
);
t.deepEqual(
transaction.objectStore("renamed_books"),
renamedBookStore,
"IDBTransaction.objectStore should return the renamed object " +
"store when queried using the new name immediately after the " +
"rename",
);
t.throws(
() => transaction.objectStore("books"),
{ name: "NotFoundError" },
"IDBTransaction.objectStore should throw when queried using the " +
"renamed object store's old name immediately after the rename",
);
})
.then((database) => {
t.deepEqual(
database.objectStoreNames as any,
["renamed_books"],
"IDBDatabase.objectStoreNames should still reflect the rename " +
"after the versionchange transaction commits",
);
const transaction = database.transaction("renamed_books", "readonly");
renamedBookStore2 = transaction.objectStore("renamed_books");
return checkStoreContents(
t,
renamedBookStore2,
"Renaming an object store should not change its records",
).then(() => database.close());
})
.then(() => {
t.deepEqual(
renamedBookStore.name,
"renamed_books",
"IDBObjectStore used in the rename transaction should keep " +
"reflecting the new name after the transaction is committed",
);
t.deepEqual(
renamedBookStore2.name,
"renamed_books",
"IDBObjectStore obtained after the rename transaction should " +
"reflect the new name",
);
});
});
t.pass();
});
// Renames the 'books' store to 'renamed_books'.
//
// Returns a promise that resolves to an IndexedDB database. The caller must
// close the database.
const renameBooksStore = (testCase: ExecutionContext) => {
return migrateDatabase(testCase, 2, (database, transaction) => {
const store = transaction.objectStore("books");
store.name = "renamed_books";
});
};
// IndexedDB: object store renaming support
// IndexedDB object store rename covers index
test("WPT idbobjectstore-rename-store.html (subtest 3)", async (t) => {
await createDatabase(t, (database, transaction) => {
createBooksStore(t, database);
})
.then(async (database) => {
const transaction = database.transaction("books", "readonly");
const store = transaction.objectStore("books");
await checkStoreIndexes(
t,
store,
"The object store index should have the expected contens before " +
"any renaming",
);
return database.close();
})
.then(() => renameBooksStore(t))
.then(async (database) => {
const transaction = database.transaction("renamed_books", "readonly");
const store = transaction.objectStore("renamed_books");
await checkStoreIndexes(
t,
store,
"Renaming an object store should not change its indexes",
);
return database.close();
});
t.pass();
});
// IndexedDB: object store renaming support
// IndexedDB object store rename covers key generator
test("WPT idbobjectstore-rename-store.html (subtest 4)", async (t) => {
await createDatabase(t, (database, transaction) => {
createBooksStore(t, database);
})
.then((database) => {
const transaction = database.transaction("books", "readwrite");
const store = transaction.objectStore("books");
return checkStoreGenerator(
t,
store,
345679,
"The object store key generator should have the expected state " +
"before any renaming",
).then(() => database.close());
})
.then(() => renameBooksStore(t))
.then((database) => {
const transaction = database.transaction("renamed_books", "readwrite");
const store = transaction.objectStore("renamed_books");
return checkStoreGenerator(
t,
store,
345680,
"Renaming an object store should not change the state of its key " +
"generator",
).then(() => database.close());
});
t.pass();
});
// IndexedDB: object store renaming support
// IndexedDB object store rename to the name of a deleted store succeeds
test("WPT idbobjectstore-rename-store.html (subtest 5)", async (t) => {
await createDatabase(t, (database, transaction) => {
createBooksStore(t, database);
createNotBooksStore(t, database);
})
.then((database) => {
database.close();
})
.then(() =>
migrateDatabase(t, 2, (database, transaction) => {
const store = transaction.objectStore("books");
database.deleteObjectStore("not_books");
store.name = "not_books";
t.deepEqual(
database.objectStoreNames as any,
["not_books"],
"IDBDatabase.objectStoreNames should immediately reflect the " +
"rename",
);
}),
)
.then((database) => {
t.deepEqual(
database.objectStoreNames as any,
["not_books"],
"IDBDatabase.objectStoreNames should still reflect the rename " +
"after the versionchange transaction commits",
);
const transaction = database.transaction("not_books", "readonly");
const store = transaction.objectStore("not_books");
return checkStoreContents(
t,
store,
"Renaming an object store should not change its records",
).then(() => database.close());
});
t.pass();
});
// IndexedDB: object store renaming support
test("WPT idbobjectstore-rename-store.html (IndexedDB object store swapping via renames succeeds)", async (t) => {
await createDatabase(t, (database, transaction) => {
createBooksStore(t, database);
createNotBooksStore(t, database);
})
.then((database) => {
database.close();
})
.then(() =>
migrateDatabase(t, 2, (database, transaction) => {
const bookStore = transaction.objectStore("books");
const notBookStore = transaction.objectStore("not_books");
transaction.objectStore("books").name = "tmp";
transaction.objectStore("not_books").name = "books";
transaction.objectStore("tmp").name = "not_books";
t.deepEqual(
database.objectStoreNames as any,
["books", "not_books"],
"IDBDatabase.objectStoreNames should immediately reflect the swap",
);
t.deepEqual(
transaction.objectStore("books"),
notBookStore,
'IDBTransaction.objectStore should return the original "books" ' +
'store when queried with "not_books" after the swap',
);
t.deepEqual(
transaction.objectStore("not_books"),
bookStore,
"IDBTransaction.objectStore should return the original " +
'"not_books" store when queried with "books" after the swap',
);
}),
)
.then((database) => {
t.deepEqual(
database.objectStoreNames as any,
["books", "not_books"],
"IDBDatabase.objectStoreNames should still reflect the swap " +
"after the versionchange transaction commits",
);
const transaction = database.transaction("not_books", "readonly");
const store = transaction.objectStore("not_books");
t.deepEqual(
store.indexNames as any,
["by_author", "by_title"],
'"not_books" index names should still reflect the swap after the ' +
"versionchange transaction commits",
);
return checkStoreContents(
t,
store,
"Swapping two object stores should not change their records",
).then(() => database.close());
});
t.pass();
});
// IndexedDB: object store renaming support
test("WPT idbobjectstore-rename-store.html (IndexedDB object store rename stringifies non-string names)", async (t) => {
await createDatabase(t, (database, transaction) => {
createBooksStore(t, database);
})
.then((database) => {
database.close();
})
.then(() =>
migrateDatabase(t, 2, (database, transaction) => {
const store = transaction.objectStore("books");
// @ts-expect-error
store.name = 42;
t.deepEqual(
store.name,
"42",
"IDBObjectStore name should change immediately after a " +
"rename to a number",
);
t.deepEqual(
database.objectStoreNames as any,
["42"],
"IDBDatabase.objectStoreNames should immediately reflect the " +
"stringifying rename",
);
// @ts-expect-error
store.name = true;
t.deepEqual(
store.name,
"true",
"IDBObjectStore name should change immediately after a " +
"rename to a boolean",
);
// @ts-expect-error
store.name = {};
t.deepEqual(
store.name,
"[object Object]",
"IDBObjectStore name should change immediately after a " +
"rename to an object",
);
// @ts-expect-error
store.name = () => null;
t.deepEqual(
store.name,
"() => null",
"IDBObjectStore name should change immediately after a " +
"rename to a function",
);
// @ts-expect-error
store.name = undefined;
t.deepEqual(
store.name,
"undefined",
"IDBObjectStore name should change immediately after a " +
"rename to undefined",
);
}),
)
.then((database) => {
t.deepEqual(
database.objectStoreNames as any,
["undefined"],
"IDBDatabase.objectStoreNames should reflect the last rename " +
"after the versionchange transaction commits",
);
const transaction = database.transaction("undefined", "readonly");
const store = transaction.objectStore("undefined");
return checkStoreContents(
t,
store,
"Renaming an object store should not change its records",
).then(() => database.close());
});
t.pass();
});
function rename_test_macro(t: ExecutionContext, escapedName: string) {
const name = JSON.parse('"' + escapedName + '"');
createDatabase(t, (database, transaction) => {
createBooksStore(t, database);
})
.then((database) => {
database.close();
})
.then(() =>
migrateDatabase(t, 2, (database, transaction) => {
const store = transaction.objectStore("books");
store.name = name;
t.deepEqual(
store.name,
name,
"IDBObjectStore name should change immediately after the " + "rename",
);
t.deepEqual(
database.objectStoreNames as any,
[name],
"IDBDatabase.objectStoreNames should immediately reflect the " +
"rename",
);
}),
)
.then((database) => {
t.deepEqual(
database.objectStoreNames as any,
[name],
"IDBDatabase.objectStoreNames should reflect the rename " +
"after the versionchange transaction commits",
);
const transaction = database.transaction(name, "readonly");
const store = transaction.objectStore(name);
return checkStoreContents(
t,
store,
"Renaming an object store should not change its records",
).then(() => database.close());
});
}
for (let escapedName of ["", "\\u0000", "\\uDC00\\uD800"]) {
test(
'IndexedDB object store can be renamed to "' + escapedName + '"',
rename_test_macro,
escapedName,
);
}

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@ -1,6 +1,14 @@
import { ExecutionContext } from "ava"; import test, { ExecutionContext } from "ava";
import { BridgeIDBFactory } from ".."; import { BridgeIDBFactory } from "..";
import { IDBOpenDBRequest } from "../idbtypes"; import {
IDBDatabase,
IDBIndex,
IDBObjectStore,
IDBOpenDBRequest,
IDBRequest,
IDBTransaction,
IDBTransactionMode,
} from "../idbtypes";
import { MemoryBackend } from "../MemoryBackend"; import { MemoryBackend } from "../MemoryBackend";
import { compareKeys } from "../util/cmp"; import { compareKeys } from "../util/cmp";
@ -40,3 +48,256 @@ export function assert_equals(actual: any, expected: any) {
throw Error("assert_equals failed"); throw Error("assert_equals failed");
} }
} }
function makeDatabaseName(testCase: string): string {
return "db-" + testCase;
}
// Promise that resolves with an IDBRequest's result.
//
// The promise only resolves if IDBRequest receives the "success" event. Any
// other event causes the promise to reject with an error. This is correct in
// most cases, but insufficient for indexedDB.open(), which issues
// "upgradeneded" events under normal operation.
function promiseForRequest<T = any>(
t: ExecutionContext,
request: IDBRequest<T>,
): Promise<T> {
return new Promise<T>((resolve, reject) => {
request.addEventListener("success", (evt: any) => {
resolve(evt.target.result);
});
request.addEventListener("blocked", (evt: any) => reject(evt.target.error));
request.addEventListener("error", (evt: any) => reject(evt.target.error));
request.addEventListener("upgradeneeded", (evt: any) =>
reject(evt.target.error),
);
});
}
type MigrationCallback = (
db: IDBDatabase,
tx: IDBTransaction,
req: IDBOpenDBRequest,
) => void;
export async function migrateDatabase(
t: ExecutionContext,
newVersion: number,
migrationCallback: MigrationCallback,
): Promise<IDBDatabase> {
return migrateNamedDatabase(
t,
makeDatabaseName(t.title),
newVersion,
migrationCallback,
);
}
export async function migrateNamedDatabase(
t: ExecutionContext,
databaseName: string,
newVersion: number,
migrationCallback: MigrationCallback,
): Promise<IDBDatabase> {
return new Promise<IDBDatabase>((resolve, reject) => {
const request = self.indexedDB.open(databaseName, newVersion);
request.onupgradeneeded = (event: any) => {
const database = event.target.result;
const transaction = event.target.transaction;
let shouldBeAborted = false;
let requestEventPromise: any = null;
// We wrap IDBTransaction.abort so we can set up the correct event
// listeners and expectations if the test chooses to abort the
// versionchange transaction.
const transactionAbort = transaction.abort.bind(transaction);
transaction.abort = () => {
transaction._willBeAborted();
transactionAbort();
};
transaction._willBeAborted = () => {
requestEventPromise = new Promise((resolve, reject) => {
request.onerror = (event: any) => {
event.preventDefault();
resolve(event.target.error);
};
request.onsuccess = () =>
reject(
new Error(
"indexedDB.open should not succeed for an aborted " +
"versionchange transaction",
),
);
});
shouldBeAborted = true;
};
// If migration callback returns a promise, we'll wait for it to resolve.
// This simplifies some tests.
const callbackResult = migrationCallback(database, transaction, request);
if (!shouldBeAborted) {
request.onerror = null;
request.onsuccess = null;
requestEventPromise = promiseForRequest(t, request);
}
// requestEventPromise needs to be the last promise in the chain, because
// we want the event that it resolves to.
resolve(Promise.resolve(callbackResult).then(() => requestEventPromise));
};
request.onerror = (event: any) => reject(event.target.error);
request.onsuccess = () => {
const database = request.result;
t.teardown(() => database.close());
reject(
new Error(
"indexedDB.open should not succeed without creating a " +
"versionchange transaction",
),
);
};
});
}
export async function createDatabase(
t: ExecutionContext,
setupCallback: MigrationCallback,
): Promise<IDBDatabase> {
const databaseName = makeDatabaseName(t.title);
const request = self.indexedDB.deleteDatabase(databaseName);
return migrateNamedDatabase(t, databaseName, 1, setupCallback);
}
// The data in the 'books' object store records in the first example of the
// IndexedDB specification.
const BOOKS_RECORD_DATA = [
{ title: "Quarry Memories", author: "Fred", isbn: 123456 },
{ title: "Water Buffaloes", author: "Fred", isbn: 234567 },
{ title: "Bedrock Nights", author: "Barney", isbn: 345678 },
];
// Creates a 'books' object store whose contents closely resembles the first
// example in the IndexedDB specification.
export const createBooksStore = (
testCase: ExecutionContext,
database: IDBDatabase,
) => {
const store = database.createObjectStore("books", {
keyPath: "isbn",
autoIncrement: true,
});
store.createIndex("by_author", "author");
store.createIndex("by_title", "title", { unique: true });
for (const record of BOOKS_RECORD_DATA) store.put(record);
return store;
};
// Verifies that an object store's contents matches the contents used to create
// the books store in the test database's version 1.
//
// The errorMessage is used if the assertions fail. It can state that the
// IndexedDB implementation being tested is incorrect, or that the testing code
// is using it incorrectly.
export async function checkStoreContents(
testCase: ExecutionContext,
store: IDBObjectStore,
errorMessage: string,
) {
const request = store.get(123456);
const result = await promiseForRequest(testCase, request);
testCase.deepEqual(result.isbn, BOOKS_RECORD_DATA[0].isbn, errorMessage);
testCase.deepEqual(result.author, BOOKS_RECORD_DATA[0].author, errorMessage);
testCase.deepEqual(result.title, BOOKS_RECORD_DATA[0].title, errorMessage);
}
// Verifies that an object store's indexes match the indexes used to create the
// books store in the test database's version 1.
//
// The errorMessage is used if the assertions fail. It can state that the
// IndexedDB implementation being tested is incorrect, or that the testing code
// is using it incorrectly.
export function checkStoreIndexes(
testCase: ExecutionContext,
store: IDBObjectStore,
errorMessage: string,
) {
testCase.deepEqual(
store.indexNames as any,
["by_author", "by_title"],
errorMessage,
);
const authorIndex = store.index("by_author");
const titleIndex = store.index("by_title");
return Promise.all([
checkAuthorIndexContents(testCase, authorIndex, errorMessage),
checkTitleIndexContents(testCase, titleIndex, errorMessage),
]);
}
// Verifies that index matches the 'by_author' index used to create the
// by_author books store in the test database's version 1.
//
// The errorMessage is used if the assertions fail. It can state that the
// IndexedDB implementation being tested is incorrect, or that the testing code
// is using it incorrectly.
async function checkAuthorIndexContents(
testCase: ExecutionContext,
index: IDBIndex,
errorMessage: string,
) {
const request = index.get(BOOKS_RECORD_DATA[2].author);
const result = await promiseForRequest(testCase, request);
testCase.deepEqual(result.isbn, BOOKS_RECORD_DATA[2].isbn, errorMessage);
testCase.deepEqual(result.title, BOOKS_RECORD_DATA[2].title, errorMessage);
}
// Verifies that an index matches the 'by_title' index used to create the books
// store in the test database's version 1.
//
// The errorMessage is used if the assertions fail. It can state that the
// IndexedDB implementation being tested is incorrect, or that the testing code
// is using it incorrectly.
async function checkTitleIndexContents(
testCase: ExecutionContext,
index: IDBIndex,
errorMessage: string,
) {
const request = index.get(BOOKS_RECORD_DATA[2].title);
const result = await promiseForRequest(testCase, request);
testCase.deepEqual(result.isbn, BOOKS_RECORD_DATA[2].isbn, errorMessage);
testCase.deepEqual(result.author, BOOKS_RECORD_DATA[2].author, errorMessage);
}
// Verifies that an object store's key generator is in the same state as the
// key generator created for the books store in the test database's version 1.
//
// The errorMessage is used if the assertions fail. It can state that the
// IndexedDB implementation being tested is incorrect, or that the testing code
// is using it incorrectly.
export function checkStoreGenerator(
testCase: ExecutionContext,
store: IDBObjectStore,
expectedKey: any,
errorMessage: string,
) {
const request = store.put({
title: "Bedrock Nights " + expectedKey,
author: "Barney",
});
return promiseForRequest(testCase, request).then((result) => {
testCase.deepEqual(result, expectedKey, errorMessage);
});
}
// Creates a 'not_books' object store used to test renaming into existing or
// deleted store names.
export function createNotBooksStore(
testCase: ExecutionContext,
database: IDBDatabase,
) {
const store = database.createObjectStore("not_books");
store.createIndex("not_by_author", "author");
store.createIndex("not_by_title", "title", { unique: true });
return store;
}