IDBError MemoryObjectStore::updateIndexesForPutRecord(const IDBKeyData& key, const ThreadSafeDataBuffer& value)
{
JSLockHolder locker(UniqueIDBDatabase::databaseThreadVM());
auto jsValue = idbValueDataToJSValue(UniqueIDBDatabase::databaseThreadExecState(), value);
if (jsValue.isUndefinedOrNull())
return { };
IDBError error;
Vector<std::pair<MemoryIndex*, IndexKey>> changedIndexRecords;
for (auto* index : m_indexesByName.values()) {
IndexKey indexKey;
generateIndexKeyForValue(UniqueIDBDatabase::databaseThreadExecState(), index->info(), jsValue, indexKey);
if (indexKey.isNull())
continue;
error = index->putIndexKey(key, indexKey);
if (!error.isNull())
break;
changedIndexRecords.append(std::make_pair(index, indexKey));
}
// If any of the index puts failed, revert all of the ones that went through.
if (!error.isNull()) {
for (auto& record : changedIndexRecords)
record.first->removeRecord(key, record.second);
}
return error;
}
IDBError MemoryObjectStore::populateIndexWithExistingRecords(MemoryIndex& index)
{
if (!m_keyValueStore)
return { };
JSLockHolder locker(UniqueIDBDatabase::databaseThreadVM());
for (auto iterator : *m_keyValueStore) {
auto jsValue = idbValueDataToJSValue(UniqueIDBDatabase::databaseThreadExecState(), iterator.value);
if (jsValue.isUndefinedOrNull())
return { };
IndexKey indexKey;
generateIndexKeyForValue(UniqueIDBDatabase::databaseThreadExecState(), index.info(), jsValue, indexKey);
if (indexKey.isNull())
continue;
IDBError error = index.putIndexKey(iterator.key, indexKey);
if (!error.isNull())
return error;
}
return { };
}
void UniqueIDBDatabase::performPutOrAdd(uint64_t callbackIdentifier, const IDBResourceIdentifier& transactionIdentifier, uint64_t objectStoreIdentifier, const IDBKeyData& keyData, const ThreadSafeDataBuffer& valueData, IndexedDB::ObjectStoreOverwriteMode overwriteMode)
{
ASSERT(!isMainThread());
LOG(IndexedDB, "(db) UniqueIDBDatabase::performPutOrAdd");
ASSERT(m_backingStore);
ASSERT(objectStoreIdentifier);
IDBKeyData usedKey;
IDBError error;
auto objectStoreInfo = m_databaseInfo->infoForExistingObjectStore(objectStoreIdentifier);
if (!objectStoreInfo) {
error = IDBError(IDBExceptionCode::InvalidStateError, ASCIILiteral("Object store cannot be found in the backing store"));
m_server.postDatabaseTaskReply(createCrossThreadTask(*this, &UniqueIDBDatabase::didPerformPutOrAdd, callbackIdentifier, error, usedKey));
return;
}
if (objectStoreInfo->autoIncrement() && !keyData.isValid()) {
uint64_t keyNumber;
error = m_backingStore->generateKeyNumber(transactionIdentifier, objectStoreIdentifier, keyNumber);
if (!error.isNull()) {
m_server.postDatabaseTaskReply(createCrossThreadTask(*this, &UniqueIDBDatabase::didPerformPutOrAdd, callbackIdentifier, error, usedKey));
return;
}
usedKey.setNumberValue(keyNumber);
} else
usedKey = keyData;
if (overwriteMode == IndexedDB::ObjectStoreOverwriteMode::NoOverwrite) {
bool keyExists;
error = m_backingStore->keyExistsInObjectStore(transactionIdentifier, objectStoreIdentifier, usedKey, keyExists);
if (error.isNull() && keyExists)
error = IDBError(IDBExceptionCode::ConstraintError, ASCIILiteral("Key already exists in the object store"));
if (!error.isNull()) {
m_server.postDatabaseTaskReply(createCrossThreadTask(*this, &UniqueIDBDatabase::didPerformPutOrAdd, callbackIdentifier, error, usedKey));
return;
}
}
// 3.4.1 Object Store Storage Operation
// ...If a record already exists in store ...
// then remove the record from store using the steps for deleting records from an object store...
// This is important because formally deleting it from from the object store also removes it from the appropriate indexes.
error = m_backingStore->deleteRange(transactionIdentifier, objectStoreIdentifier, usedKey);
if (!error.isNull()) {
m_server.postDatabaseTaskReply(createCrossThreadTask(*this, &UniqueIDBDatabase::didPerformPutOrAdd, callbackIdentifier, error, usedKey));
return;
}
error = m_backingStore->addRecord(transactionIdentifier, objectStoreIdentifier, usedKey, valueData);
m_server.postDatabaseTaskReply(createCrossThreadTask(*this, &UniqueIDBDatabase::didPerformPutOrAdd, callbackIdentifier, error, usedKey));
}
void UniqueIDBDatabase::didPerformDeleteObjectStore(uint64_t callbackIdentifier, const IDBError& error, const String& objectStoreName)
{
ASSERT(isMainThread());
LOG(IndexedDB, "(main) UniqueIDBDatabase::didPerformDeleteObjectStore");
if (error.isNull())
m_databaseInfo->deleteObjectStore(objectStoreName);
performErrorCallback(callbackIdentifier, error);
}
void UniqueIDBDatabase::didPerformCreateObjectStore(uint64_t callbackIdentifier, const IDBError& error, const IDBObjectStoreInfo& info)
{
ASSERT(isMainThread());
LOG(IndexedDB, "(main) UniqueIDBDatabase::didPerformCreateObjectStore");
if (error.isNull())
m_databaseInfo->addExistingObjectStore(info);
performErrorCallback(callbackIdentifier, error);
}
void UniqueIDBDatabase::didPerformCreateIndex(uint64_t callbackIdentifier, const IDBError& error, const IDBIndexInfo& info)
{
ASSERT(isMainThread());
LOG(IndexedDB, "(main) UniqueIDBDatabase::didPerformCreateIndex");
if (error.isNull()) {
ASSERT(m_databaseInfo);
auto* objectStoreInfo = m_databaseInfo->infoForExistingObjectStore(info.objectStoreIdentifier());
ASSERT(objectStoreInfo);
objectStoreInfo->addExistingIndex(info);
}
performErrorCallback(callbackIdentifier, error);
}
void IDBTransaction::didCommit(const IDBError& error)
{
LOG(IndexedDB, "IDBTransaction::didCommit");
ASSERT(m_state == IndexedDB::TransactionState::Committing);
if (error.isNull()) {
m_database->didCommitTransaction(*this);
fireOnComplete();
} else {
m_database->willAbortTransaction(*this);
notifyDidAbort(error);
}
finishAbortOrCommit();
}
void IDBTransaction::didStart(const IDBError& error)
{
LOG(IndexedDB, "IDBTransaction::didStart");
m_database->didStartTransaction(*this);
m_startedOnServer = true;
// It's possible the transaction failed to start on the server.
// That equates to an abort.
if (!error.isNull()) {
didAbort(error);
return;
}
scheduleOperationTimer();
}
CrossThreadCopierBase<false, false, IDBError>::Type CrossThreadCopierBase<false, false, IDBError>::copy(const IDBError& error)
{
return error.isolatedCopy();
}
