diff --git a/src/encryption/SelfVerificationStatus.cpp b/src/encryption/SelfVerificationStatus.cpp
new file mode 100644
index 00000000..d75a2109
--- /dev/null
+++ b/src/encryption/SelfVerificationStatus.cpp
@@ -0,0 +1,249 @@
+// SPDX-FileCopyrightText: 2021 Nheko Contributors
+//
+// SPDX-License-Identifier: GPL-3.0-or-later
+
+#include "SelfVerificationStatus.h"
+
+#include "Cache_p.h"
+#include "Logging.h"
+#include "MainWindow.h"
+#include "MatrixClient.h"
+#include "Olm.h"
+#include "ui/UIA.h"
+
+#include <mtx/responses/common.hpp>
+
+SelfVerificationStatus::SelfVerificationStatus(QObject *o)
+ : QObject(o)
+{
+ connect(MainWindow::instance(), &MainWindow::reload, this, [this] {
+ connect(cache::client(),
+ &Cache::selfUnverified,
+ this,
+ &SelfVerificationStatus::invalidate,
+ Qt::UniqueConnection);
+ invalidate();
+ });
+}
+
+void
+SelfVerificationStatus::setupCrosssigning(bool useSSSS, QString password, bool useOnlineKeyBackup)
+{
+ nhlog::db()->info("Clicked setup crossigning");
+
+ auto xsign_keys = olm::client()->create_crosssigning_keys();
+
+ if (!xsign_keys) {
+ nhlog::crypto()->critical("Failed to setup cross-signing keys!");
+ emit setupFailed(tr("Failed to create keys for cross-signing!"));
+ return;
+ }
+
+ cache::client()->storeSecret(mtx::secret_storage::secrets::cross_signing_master,
+ xsign_keys->private_master_key);
+ cache::client()->storeSecret(mtx::secret_storage::secrets::cross_signing_self_signing,
+ xsign_keys->private_self_signing_key);
+ cache::client()->storeSecret(mtx::secret_storage::secrets::cross_signing_user_signing,
+ xsign_keys->private_user_signing_key);
+
+ std::optional<mtx::crypto::OlmClient::OnlineKeyBackupSetup> okb;
+ if (useOnlineKeyBackup) {
+ okb = olm::client()->create_online_key_backup(xsign_keys->private_master_key);
+ if (!okb) {
+ nhlog::crypto()->critical("Failed to setup online key backup!");
+ emit setupFailed(tr("Failed to create keys for online key backup!"));
+ return;
+ }
+
+ cache::client()->storeSecret(
+ mtx::secret_storage::secrets::megolm_backup_v1,
+ mtx::crypto::bin2base64(mtx::crypto::to_string(okb->privateKey)));
+
+ http::client()->post_backup_version(
+ okb->backupVersion.algorithm,
+ okb->backupVersion.auth_data,
+ [](const mtx::responses::Version &v, mtx::http::RequestErr e) {
+ if (e) {
+ nhlog::net()->error("error setting up online key backup: {} {} {} {}",
+ e->parse_error,
+ e->status_code,
+ e->error_code,
+ e->matrix_error.error);
+ } else {
+ nhlog::crypto()->info("Set up online key backup: '{}'", v.version);
+ }
+ });
+ }
+
+ std::optional<mtx::crypto::OlmClient::SSSSSetup> ssss;
+ if (useSSSS) {
+ ssss = olm::client()->create_ssss_key(password.toStdString());
+ if (!ssss) {
+ nhlog::crypto()->critical("Failed to setup secure server side secret storage!");
+ emit setupFailed(tr("Failed to create keys secure server side secret storage!"));
+ return;
+ }
+
+ auto master = mtx::crypto::PkSigning::from_seed(xsign_keys->private_master_key);
+ nlohmann::json j = ssss->keyDescription;
+ j.erase("signatures");
+ ssss->keyDescription
+ .signatures[http::client()->user_id().to_string()]["ed25519:" + master.public_key()] =
+ master.sign(j.dump());
+
+ http::client()->upload_secret_storage_key(
+ ssss->keyDescription.name, ssss->keyDescription, [](mtx::http::RequestErr) {});
+ http::client()->set_secret_storage_default_key(ssss->keyDescription.name,
+ [](mtx::http::RequestErr) {});
+
+ auto uploadSecret = [ssss](const std::string &key_name, const std::string &secret) {
+ mtx::secret_storage::Secret s;
+ s.encrypted[ssss->keyDescription.name] =
+ mtx::crypto::encrypt(secret, ssss->privateKey, key_name);
+ http::client()->upload_secret_storage_secret(
+ key_name, s, [key_name](mtx::http::RequestErr) {
+ nhlog::crypto()->info("Uploaded secret: {}", key_name);
+ });
+ };
+
+ uploadSecret(mtx::secret_storage::secrets::cross_signing_master,
+ xsign_keys->private_master_key);
+ uploadSecret(mtx::secret_storage::secrets::cross_signing_self_signing,
+ xsign_keys->private_self_signing_key);
+ uploadSecret(mtx::secret_storage::secrets::cross_signing_user_signing,
+ xsign_keys->private_user_signing_key);
+
+ if (okb)
+ uploadSecret(mtx::secret_storage::secrets::megolm_backup_v1,
+ mtx::crypto::bin2base64(mtx::crypto::to_string(okb->privateKey)));
+ }
+
+ mtx::requests::DeviceSigningUpload device_sign{};
+ device_sign.master_key = xsign_keys->master_key;
+ device_sign.self_signing_key = xsign_keys->self_signing_key;
+ device_sign.user_signing_key = xsign_keys->user_signing_key;
+ http::client()->device_signing_upload(
+ device_sign,
+ UIA::instance()->genericHandler(tr("Encryption Setup")),
+ [this, ssss, xsign_keys](mtx::http::RequestErr e) {
+ if (e) {
+ nhlog::crypto()->critical("Failed to upload cross signing keys: {}",
+ e->matrix_error.error);
+
+ emit setupFailed(tr("Encryption setup failed: %1")
+ .arg(QString::fromStdString(e->matrix_error.error)));
+ return;
+ }
+ nhlog::crypto()->info("Crosssigning keys uploaded!");
+
+ auto deviceKeys = cache::client()->userKeys(http::client()->user_id().to_string());
+ if (deviceKeys) {
+ auto myKey = deviceKeys->device_keys.at(http::client()->device_id());
+ if (myKey.user_id == http::client()->user_id().to_string() &&
+ myKey.device_id == http::client()->device_id() &&
+ myKey.keys["ed25519:" + http::client()->device_id()] ==
+ olm::client()->identity_keys().ed25519 &&
+ myKey.keys["curve25519:" + http::client()->device_id()] ==
+ olm::client()->identity_keys().curve25519) {
+ json j = myKey;
+ j.erase("signatures");
+ j.erase("unsigned");
+
+ auto ssk =
+ mtx::crypto::PkSigning::from_seed(xsign_keys->private_self_signing_key);
+ myKey.signatures[http::client()->user_id().to_string()]
+ ["ed25519:" + ssk.public_key()] = ssk.sign(j.dump());
+ mtx::requests::KeySignaturesUpload req;
+ req.signatures[http::client()->user_id().to_string()]
+ [http::client()->device_id()] = myKey;
+
+ http::client()->keys_signatures_upload(
+ req,
+ [](const mtx::responses::KeySignaturesUpload &res, mtx::http::RequestErr err) {
+ if (err) {
+ nhlog::net()->error("failed to upload signatures: {},{}",
+ mtx::errors::to_string(err->matrix_error.errcode),
+ static_cast<int>(err->status_code));
+ }
+
+ for (const auto &[user_id, tmp] : res.errors)
+ for (const auto &[key_id, e] : tmp)
+ nhlog::net()->error("signature error for user {} and key "
+ "id {}: {}, {}",
+ user_id,
+ key_id,
+ mtx::errors::to_string(e.errcode),
+ e.error);
+ });
+ }
+ }
+
+ if (ssss) {
+ auto k = QString::fromStdString(mtx::crypto::key_to_recoverykey(ssss->privateKey));
+
+ QString r;
+ for (int i = 0; i < k.size(); i += 4)
+ r += k.mid(i, 4) + " ";
+
+ emit showRecoveryKey(r.trimmed());
+ } else {
+ emit setupCompleted();
+ }
+ });
+}
+
+void
+SelfVerificationStatus::verifyMasterKey()
+{
+ nhlog::db()->info("Clicked verify master key");
+}
+
+void
+SelfVerificationStatus::verifyUnverifiedDevices()
+{
+ nhlog::db()->info("Clicked verify unverified devices");
+}
+
+void
+SelfVerificationStatus::invalidate()
+{
+ nhlog::db()->info("Invalidating self verification status");
+ auto keys = cache::client()->userKeys(http::client()->user_id().to_string());
+ if (!keys) {
+ cache::client()->query_keys(http::client()->user_id().to_string(),
+ [](const UserKeyCache &, mtx::http::RequestErr) {});
+ return;
+ }
+
+ if (keys->master_keys.keys.empty()) {
+ if (status_ != SelfVerificationStatus::NoMasterKey) {
+ this->status_ = SelfVerificationStatus::NoMasterKey;
+ emit statusChanged();
+ }
+ return;
+ }
+
+ auto verifStatus = cache::client()->verificationStatus(http::client()->user_id().to_string());
+
+ if (!verifStatus.user_verified) {
+ if (status_ != SelfVerificationStatus::UnverifiedMasterKey) {
+ this->status_ = SelfVerificationStatus::UnverifiedMasterKey;
+ emit statusChanged();
+ }
+ return;
+ }
+
+ if (verifStatus.unverified_device_count > 0) {
+ if (status_ != SelfVerificationStatus::UnverifiedDevices) {
+ this->status_ = SelfVerificationStatus::UnverifiedDevices;
+ emit statusChanged();
+ }
+ return;
+ }
+
+ if (status_ != SelfVerificationStatus::AllVerified) {
+ this->status_ = SelfVerificationStatus::AllVerified;
+ emit statusChanged();
+ return;
+ }
+}
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