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// SPDX-FileCopyrightText: 2022 Tobias Fella <fella@posteo.de>
//
// SPDX-License-Identifier: LGPL-2.1-or-later
#include "olm/sas.h"
#include <QTest>
#include <QtCore/QDateTime>
#include <Quotient/connection.h>
#include <Quotient/e2ee/qolmaccount.h>
#include <Quotient/e2ee/cryptoutils.h>
using namespace Quotient;
class TestKeyVerificationSession : public QObject
{
Q_OBJECT
private Q_SLOTS:
void testOutgoing1()
{
auto connection = Connection::makeMockConnection("@carl:localhost"_L1);
const auto transactionId = "other_transaction_id"_L1;
auto session = connection->startKeyVerificationSession("@alice:localhost"_L1, "ABCDEF"_L1);
session->sendRequest();
QVERIFY(session->state() == KeyVerificationSession::WAITINGFORREADY);
session->handleEvent(KeyVerificationReadyEvent(transactionId, "ABCDEF"_L1, {SasV1Method}));
QVERIFY(session->state() == KeyVerificationSession::WAITINGFORACCEPT);
session->handleEvent(KeyVerificationAcceptEvent(
transactionId, QString::fromLatin1("commitment_TODO"_ba.toBase64())));
QVERIFY(session->state() == KeyVerificationSession::WAITINGFORKEY);
// Since we can't get the events sent by the session, we're limited by what we can test. This means that continuing here would force us to test
// the exact same path as the other test, which is useless.
// TODO: Test some other path once we're able to.
}
void testIncoming1()
{
auto userId = u"@bob:localhost"_s;
auto deviceId = u"DEFABC"_s;
const auto transactionId = "trans123action123id"_L1;
auto connection = Connection::makeMockConnection("@carl:localhost"_L1);
auto session = new KeyVerificationSession(userId, KeyVerificationRequestEvent(transactionId, deviceId, {SasV1Method}, QDateTime::currentDateTime()), connection, false);
QVERIFY(session->state() == KeyVerificationSession::INCOMING);
session->sendReady();
QVERIFY(session->state() == KeyVerificationSession::WAITINGFORACCEPT);
session->handleEvent(KeyVerificationStartEvent(transactionId, deviceId));
QVERIFY(session->state() == KeyVerificationSession::ACCEPTED);
auto account = new QOlmAccount(userId, deviceId);
account->setupNewAccount();
auto sas = olm_sas(new std::byte[olm_sas_size()]);
const auto randomLength = olm_create_sas_random_length(sas);
olm_create_sas(sas, getRandom(randomLength).data(), randomLength);
auto keyBytes = byteArrayForOlm(olm_sas_pubkey_length(sas));
olm_sas_get_pubkey(sas, keyBytes.data(), unsignedSize(keyBytes));
session->handleEvent(KeyVerificationKeyEvent(transactionId, QString::fromLatin1(keyBytes)));
QVERIFY(session->state() == KeyVerificationSession::WAITINGFORVERIFICATION);
session->sendMac();
QVERIFY(session->state() == KeyVerificationSession::WAITINGFORMAC);
//TODO: Send and verify the mac once we have a way of getting the KeyVerificationKeyEvent sent by the session.
}
};
QTEST_GUILESS_MAIN(TestKeyVerificationSession)
#include "testkeyverification.moc"
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