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status-react/modules/react-native-status/desktop/rctstatus.cpp

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/**
* Copyright (c) 2017-present, Status Research and Development GmbH.
* All rights reserved.
*
* This source code is licensed under the BSD-style license found in the
* LICENSE file in the root directory of this source tree. An additional grant
* of patent rights can be found in the PATENTS file in the same directory.
*
*/
#include "rctstatus.h"
#include "bridge.h"
#include "eventdispatcher.h"
#include <QByteArray>
#include <QDebug>
#include <QDir>
#include <QJsonDocument>
#include <QMessageBox>
#include <QStandardPaths>
#include <QStorageInfo>
#include <QVariantMap>
#include <QtConcurrent>
#include "libstatus.h"
extern QString getDataStoragePath();
extern QString getLogFilePath();
namespace {
struct RegisterQMLMetaType {
RegisterQMLMetaType() { qRegisterMetaType<RCTStatus *>(); }
} registerMetaType;
} // namespace
class RCTStatusPrivate {
public:
static Bridge *bridge;
static RCTStatus *rctStatus;
};
Bridge *RCTStatusPrivate::bridge = nullptr;
RCTStatus *RCTStatusPrivate::rctStatus = nullptr;
Q_LOGGING_CATEGORY(RCTSTATUS, "RCTStatus")
RCTStatus::RCTStatus(QObject *parent)
: QObject(parent), d_ptr(new RCTStatusPrivate) {
RCTStatusPrivate::rctStatus = this;
SetSignalEventCallback((void *)&RCTStatus::statusGoEventCallback);
connect(this, &RCTStatus::statusGoEvent, this, &RCTStatus::onStatusGoEvent);
}
RCTStatus::~RCTStatus() {}
void RCTStatus::setBridge(Bridge *bridge) {
Q_D(RCTStatus);
d->bridge = bridge;
}
QString RCTStatus::moduleName() { return "Status"; }
QList<ModuleMethod *> RCTStatus::methodsToExport() {
return QList<ModuleMethod *>{};
}
QVariantMap RCTStatus::constantsToExport() { return QVariantMap(); }
void RCTStatus::shouldMoveToInternalStorage(double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::shouldMoveToInternalStorage call";
d->bridge->invokePromiseCallback(callbackId, QVariantList{QVariant()});
}
void RCTStatus::moveToInternalStorage(double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::moveToInternalStorage call";
d->bridge->invokePromiseCallback(callbackId, QVariantList{QVariant()});
}
QString RCTStatus::prepareDirAndUpdateConfig(QString configString) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::prepareDirAndUpdateConfig call - configString:"
<< configString;
QJsonParseError jsonError;
const QJsonDocument &jsonDoc =
QJsonDocument::fromJson(configString.toUtf8(), &jsonError);
if (jsonError.error != QJsonParseError::NoError) {
qCWarning(RCTSTATUS) << jsonError.errorString();
}
QVariantMap configJSON = jsonDoc.toVariant().toMap();
QVariantMap shhextConfig = configJSON["ShhextConfig"].toMap();
qCDebug(RCTSTATUS) << "::startNode configString: " << configJSON;
int networkId = configJSON["NetworkId"].toInt();
QString relativeDataDirPath = configJSON["DataDir"].toString();
if (!relativeDataDirPath.startsWith("/"))
relativeDataDirPath.prepend("/");
QString rootDirPath = getDataStoragePath();
QDir rootDir(rootDirPath);
QString absDataDirPath = rootDirPath + relativeDataDirPath;
QDir dataDir(absDataDirPath);
if (!dataDir.exists()) {
dataDir.mkpath(".");
}
d_gethLogFilePath = dataDir.absoluteFilePath("geth.log");
configJSON["DataDir"] = absDataDirPath;
configJSON["KeyStoreDir"] = rootDir.absoluteFilePath("keystore");
configJSON["LogFile"] = d_gethLogFilePath;
shhextConfig["BackupDisabledDataDir"] = rootDirPath;
configJSON["ShhExtConfig"] = shhextConfig;
const QJsonDocument &updatedJsonDoc = QJsonDocument::fromVariant(configJSON);
qCInfo(RCTSTATUS) << "::startNode updated configString: "
<< updatedJsonDoc.toVariant().toMap();
return QString(updatedJsonDoc.toJson(QJsonDocument::Compact));
}
void RCTStatus::prepareDirAndUpdateConfig(QString configString,
double callbackId) {
Q_D(RCTStatus);
qCInfo(RCTSTATUS) << "::prepareDirAndUpdateConfig call - callbackId:"
<< callbackId;
QtConcurrent::run(
[&](QString configString, double callbackId) {
QString updatedConfig = prepareDirAndUpdateConfig(configString);
d->bridge->invokePromiseCallback(
callbackId, QVariantList{updatedConfig.toUtf8().data()});
},
configString, callbackId);
}
void RCTStatus::initKeystore() {
qCInfo(RCTSTATUS) << "::initKeystore call";
QString rootDir = getDataStoragePath();
const char *result = InitKeystore(rootDir.toUtf8().data());
logStatusGoResult("::initKeystore InitKeystore", result);
}
#include <QApplication>
#include <QMessageBox>
#include <QProcess>
#include <QStandardPaths>
#include <QtGui/private/qzipwriter_p.h>
void showFileInGraphicalShell(QWidget *parent, const QFileInfo &fileInfo) {
// Mac, Windows support folder or file.
#ifdef Q_OS_WIN
const QString explorer =
QStandardPaths::findExecutable(QLatin1String("explorer.exe"));
if (explorer.isEmpty()) {
QMessageBox::warning(
parent, QApplication::translate("Core::Internal",
"Launching Windows Explorer Failed"),
QApplication::translate(
"Core::Internal",
"Could not find explorer.exe in path to launch Windows Explorer."));
return;
}
QStringList param;
if (!fileInfo.isDir())
param += QLatin1String("/select,");
param += QDir::toNativeSeparators(fileInfo.canonicalFilePath());
QProcess::startDetached(explorer, param);
#elif defined(Q_OS_MAC)
QStringList scriptArgs;
scriptArgs << QLatin1String("-e")
<< QString::fromLatin1(
"tell application \"Finder\" to reveal POSIX file \"%1\"")
.arg(fileInfo.canonicalFilePath());
QProcess::execute(QLatin1String("/usr/bin/osascript"), scriptArgs);
scriptArgs.clear();
scriptArgs << QLatin1String("-e")
<< QLatin1String("tell application \"Finder\" to activate");
QProcess::execute(QLatin1String("/usr/bin/osascript"), scriptArgs);
#else
// we cannot select a file here, because no file browser really supports it...
const QString folder = fileInfo.isDir() ? fileInfo.absoluteFilePath()
: fileInfo.dir().absolutePath();
QProcess browserProc;
browserProc.setProgram("xdg-open");
browserProc.setArguments(QStringList(folder));
bool success = browserProc.startDetached();
const QString error =
QString::fromLocal8Bit(browserProc.readAllStandardError());
success = success && error.isEmpty();
if (!success) {
QMessageBox::warning(parent, "Launching Explorer Failed", error);
return;
}
#endif
}
void RCTStatus::sendLogs(QString dbJSON, QString jsLogs, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::sendLogs call - logFilePath:" << getLogFilePath()
<< "d_gethLogFilePath:" << d_gethLogFilePath
<< "dbJSON:" << dbJSON;
QString tmpDirName("Status.im");
QDir tmpDir(QStandardPaths::writableLocation(QStandardPaths::TempLocation));
if (!tmpDir.mkpath(tmpDirName)) {
qCWarning(RCTSTATUS) << "::sendLogs could not create temp dir:"
<< tmpDirName;
return;
}
// Check that at least 20MB are available for log generation
QStorageInfo storage(tmpDir);
if (storage.bytesAvailable() < 20 * 1024 * 1024) {
QMessageBox dlg;
dlg.warning(QApplication::activeWindow(), "Error",
QString("Insufficient storage space available in %1 for log "
"generation. Please free up some space.")
.arg(storage.rootPath()),
QMessageBox::Close);
return;
}
QFile zipFile(tmpDir.absoluteFilePath(tmpDirName + QDir::separator() +
"Status-debug-logs.zip"));
QZipWriter zipWriter(&zipFile);
QFile gethLogFile(d_gethLogFilePath);
QFile logFile(getLogFilePath());
zipWriter.addFile("db.json", dbJSON.toUtf8());
zipWriter.addFile("js_logs.log", jsLogs.toUtf8());
if (gethLogFile.exists()) {
zipWriter.addFile(QFileInfo(gethLogFile).fileName(), &gethLogFile);
}
if (logFile.exists()) {
zipWriter.addFile(QFileInfo(logFile).fileName(), &logFile);
}
zipWriter.close();
showFileInGraphicalShell(QApplication::activeWindow(), QFileInfo(zipFile));
}
void RCTStatus::exportLogs(double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](double callbackId) {
const char *result = ExportNodeLogs();
logStatusGoResult("::exportLogs", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
callbackId);
}
void RCTStatus::addPeer(QString enode, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::addPeer call - callbackId:" << callbackId;
QtConcurrent::run(
[&](QString enode, double callbackId) {
const char *result = AddPeer(enode.toUtf8().data());
logStatusGoResult("::addPeer AddPeer", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
enode, callbackId);
}
void RCTStatus::saveAccountAndLogin(QString accountData, QString password,
QString config, QString subAccountsData) {
Q_D(RCTStatus);
QString finalConfig = prepareDirAndUpdateConfig(config);
QtConcurrent::run(
[&](QString accountData, QString password, QString finalConfig,
QString subAccountsData) {
const char *result = SaveAccountAndLogin(
accountData.toUtf8().data(), password.toUtf8().data(),
finalConfig.toUtf8().data(), subAccountsData.toUtf8().data());
logStatusGoResult("::saveAccountAndLogin", result);
},
accountData, password, finalConfig, subAccountsData);
}
// void RCTStatus::saveAccountAndLoginWithKeycard(QString accountData,
// QString password, QString
// config,
// QString chatKey) {
// Q_D(RCTStatus);
// QString finalConfig = prepareDirAndUpdateConfig(config);
// QtConcurrent::run(
// [&](QString accountData, QString password, QString finalConfig,
// QString chatKey) {
// const char *result = SaveAccountAndLoginWithKeycard(
// accountData.toUtf8().data(), password.toUtf8().data(),
// finalConfig.toUtf8().data(), chatKey.toUtf8().data());
// logStatusGoResult("::saveAccountAndLoginWithKeycard", result);
// },
// accountData, password, finalConfig, chatKey);
//}
void RCTStatus::login(QString accountData, QString password) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString accountData, QString password) {
const char *result =
Login(accountData.toUtf8().data(), password.toUtf8().data());
logStatusGoResult("::login", result);
},
accountData, password);
}
// void RCTStatus::loginWithKeycard(QString accountData, QString password,
// QString chatKey) {
//
// Q_D(RCTStatus);
// QtConcurrent::run(
// [&](QString accountData, QString password, QString chatKey) {
// const char *result =
// LoginWithKeycard(accountData.toUtf8().data(),
// password.toUtf8().data(),
// chatKey.toUtf8().data());
// logStatusGoResult("::loginWithKeycard", result);
// },
// accountData, password, chatKey);
//}
void RCTStatus::logout() {
Q_D(RCTStatus);
QtConcurrent::run([&]() {
const char *result = Logout();
logStatusGoResult("::logout", result);
});
}
void RCTStatus::openAccounts(double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](double callbackId) {
QString rootDir = getDataStoragePath();
const char *result = OpenAccounts(rootDir.toUtf8().data());
logStatusGoResult("::openAccounts", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
callbackId);
}
void RCTStatus::multiAccountStoreAccount(QString json, double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString json, double callbackId) {
const char *result = MultiAccountStoreAccount(json.toUtf8().data());
logStatusGoResult("::multiAccountStoreAccount", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
json, callbackId);
}
void RCTStatus::multiAccountLoadAccount(QString json, double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString json, double callbackId) {
const char *result = MultiAccountLoadAccount(json.toUtf8().data());
logStatusGoResult("::multiAccountLoadAccount", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
json, callbackId);
}
void RCTStatus::multiAccountReset(double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](double callbackId) {
const char *result = MultiAccountReset();
logStatusGoResult("::multiAccountReset", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
callbackId);
}
void RCTStatus::multiAccountDeriveAddresses(QString json, double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString json, double callbackId) {
const char *result = MultiAccountDeriveAddresses(json.toUtf8().data());
logStatusGoResult("::multiAccountDeriveAddresses", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
json, callbackId);
}
void RCTStatus::multiAccountStoreDerived(QString json, double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString json, double callbackId) {
const char *result =
MultiAccountStoreDerivedAccounts(json.toUtf8().data());
logStatusGoResult("::multiAccountStoreDerived", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
json, callbackId);
}
void RCTStatus::multiAccountGenerateAndDeriveAddresses(QString json,
double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString json, double callbackId) {
const char *result =
MultiAccountGenerateAndDeriveAddresses(json.toUtf8().data());
logStatusGoResult("::multiAccountGenerateAndDeriveAddresses", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
json, callbackId);
}
void RCTStatus::multiAccountImportMnemonic(QString json, double callbackId) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString json, double callbackId) {
const char *result = MultiAccountImportMnemonic(json.toUtf8().data());
logStatusGoResult("::multiAccountImportMnemonic", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
json, callbackId);
}
void RCTStatus::verify(QString address, QString password, double callbackId) {
Q_D(RCTStatus);
qCInfo(RCTSTATUS) << "::verify call - callbackId:" << callbackId;
QtConcurrent::run(
[&](QString address, QString password, double callbackId) {
QDir rootDir(getDataStoragePath());
QString keystorePath = rootDir.absoluteFilePath("keystore");
const char *result = VerifyAccountPassword(keystorePath.toUtf8().data(),
address.toUtf8().data(),
password.toUtf8().data());
logStatusGoResult("::verify VerifyAccountPassword", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
address, password, callbackId);
}
void RCTStatus::sendTransaction(QString txArgsJSON, QString password,
double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::sendTransaction call - callbackId:" << callbackId;
QtConcurrent::run(
[&](QString txArgsJSON, QString password, double callbackId) {
const char *result = SendTransaction(txArgsJSON.toUtf8().data(),
password.toUtf8().data());
logStatusGoResult("::sendTransaction SendTransaction", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
txArgsJSON, password, callbackId);
}
void RCTStatus::signMessage(QString rpcParams, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::signMessage call - callbackId:" << callbackId;
QtConcurrent::run(
[&](QString rpcParams, double callbackId) {
const char *result = SignMessage(rpcParams.toUtf8().data());
logStatusGoResult("::signMessage SignMessage", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
rpcParams, callbackId);
}
void RCTStatus::signTypedData(QString data, QString account, QString password,
double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::signMessage call - callbackId:" << callbackId;
QtConcurrent::run(
[&](QString data, QString account, QString password, double callbackId) {
const char *result =
SignTypedData(data.toUtf8().data(), account.toUtf8().data(),
password.toUtf8().data());
logStatusGoResult("::signTypedData signTypedData", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
data, account, password, callbackId);
}
void RCTStatus::signGroupMembership(QString content, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::signGroupMembership - callbackId:" << callbackId;
QtConcurrent::run(
[&](QString content, double callbackId) {
const char *result = SignGroupMembership(content.toUtf8().data());
logStatusGoResult("::signGroupMembership SignGroupMembership", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
content, callbackId);
}
void RCTStatus::extractGroupMembershipSignatures(QString signatures,
double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::extractGroupMembershipSignatures - callbackId:"
<< callbackId;
QtConcurrent::run(
[&](QString signatures, double callbackId) {
const char *result =
ExtractGroupMembershipSignatures(signatures.toUtf8().data());
logStatusGoResult("::extractGroupMembershipSignatures "
"ExtractGroupMembershipSignatures",
result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
signatures, callbackId);
}
void RCTStatus::setAdjustResize() {}
void RCTStatus::setAdjustPan() {}
void RCTStatus::setSoftInputMode(int i) {}
void RCTStatus::clearCookies() {}
void RCTStatus::clearStorageAPIs() {}
void RCTStatus::callRPC(QString payload, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::callRPC call - payload:" << payload.left(128)
<< "callbackId:" << callbackId;
QtConcurrent::run(
[&](QString payload, double callbackId) {
const char *result = CallRPC(payload.toUtf8().data());
logStatusGoResult("::callRPC CallRPC", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
payload, callbackId);
}
void RCTStatus::callPrivateRPC(QString payload, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::callPrivateRPC call - payload:" << payload.left(128)
<< "callbackId:" << callbackId;
QtConcurrent::run(
[&](QString payload, double callbackId) {
const char *result = CallPrivateRPC(payload.toUtf8().data());
logStatusGoResult("::callPrivateRPC CallPrivateRPC", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
payload, callbackId);
}
void RCTStatus::closeApplication() {}
void RCTStatus::connectionChange(QString type, bool isExpensive) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString type, bool isExpensive) {
ConnectionChange(type.toUtf8().data(), isExpensive ? 1 : 0);
qCWarning(RCTSTATUS) << "::connectionChange";
},
type, isExpensive);
}
void RCTStatus::appStateChange(QString type) {
Q_D(RCTStatus);
QtConcurrent::run(
[&](QString type) {
AppStateChange(type.toUtf8().data());
qCWarning(RCTSTATUS) << "::appStateChange";
},
type);
}
bool RCTStatus::JSCEnabled() {
qCDebug(RCTSTATUS) << "::JSCEnabled call";
return false;
}
void RCTStatus::statusGoEventCallback(const char *event) {
qCDebug(RCTSTATUS) << "::statusGoEventCallback call - event: " << event;
RCTStatusPrivate::rctStatus->emitStatusGoEvent(event);
}
void RCTStatus::emitStatusGoEvent(QString event) {
qCDebug(RCTSTATUS) << "::emitStatusGoEvent call - event: " << event;
Q_EMIT statusGoEvent(event);
}
void RCTStatus::onStatusGoEvent(QString event) {
qCDebug(RCTSTATUS) << "::onStatusGoEvent call - event: "
<< event.toUtf8().data();
RCTStatusPrivate::bridge->eventDispatcher()->sendDeviceEvent(
"gethEvent", QVariantMap{{"jsonEvent", event.toUtf8().data()}});
}
void RCTStatus::logStatusGoResult(const char *methodName, const char *result) {
QJsonParseError jsonError;
QJsonDocument jsonDoc =
QJsonDocument::fromJson(QString(result).toUtf8(), &jsonError);
if (jsonError.error != QJsonParseError::NoError) {
qCWarning(RCTSTATUS) << qUtf8Printable(jsonError.errorString());
return;
}
QString error = jsonDoc.toVariant().toMap().value("error").toString();
if (error.isEmpty()) {
qCDebug(RCTSTATUS) << methodName << "succeeded";
} else {
qCWarning(RCTSTATUS) << methodName << "- error:" << qUtf8Printable(error);
}
}
void RCTStatus::updateMailservers(QString enodes, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::updateMailservers call - callbackId:" << callbackId;
QtConcurrent::run(
[&](QString enodes, double callbackId) {
const char *result = UpdateMailservers(enodes.toUtf8().data());
logStatusGoResult("::updateMailservers UpdateMailservers", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
enodes, callbackId);
}
void RCTStatus::getNodesFromContract(QString url, QString address,
double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::getNodesFromContract call - callbackId:"
<< callbackId;
QtConcurrent::run(
[&](QString url, QString address, double callbackId) {
const char *result =
GetNodesFromContract(url.toUtf8().data(), address.toUtf8().data());
logStatusGoResult("::getNodesFromContract GetNodesFromContract",
result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
url, address, callbackId);
}
void RCTStatus::chaosModeUpdate(bool on, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::chaosModeUpdate call - callbackId:" << callbackId;
QtConcurrent::run(
[&](bool on, double callbackId) {
const char *result = ChaosModeUpdate(on);
logStatusGoResult("::chaosModeUpdate ChaosModeUpdate", result);
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
},
on, callbackId);
}
QString RCTStatus::generateAlias(QString publicKey) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::generateAlias call";
return "";
}
void RCTStatus::generateAliasAsync(QString publicKey, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::generateAliasAsync call";
QByteArray b = publicKey.toUtf8();
const char *result = GenerateAlias({b.data(), b.length()});
qCDebug(RCTSTATUS) << "::generateAliasAsync call result"<<result;
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
}
QString RCTStatus::identicon(QString publicKey) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::identicon call";
return "";
}
void RCTStatus::identiconAsync(QString publicKey, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::identiconAsync call";
QByteArray b = publicKey.toUtf8();
const char *result = Identicon({b.data(), b.length()});
qCDebug(RCTSTATUS) << "::identiconAsync call result"<<result;
d->bridge->invokePromiseCallback(callbackId, QVariantList{result});
}
void RCTStatus::generateAliasAndIdenticonAsync(QString publicKey, double callbackId) {
Q_D(RCTStatus);
qCDebug(RCTSTATUS) << "::generateAliasAndIdenticonAsync call";
QByteArray pubKey = publicKey.toUtf8();
const char *alias = GenerateAlias({pubKey.data(), pubKey.length()});
const char *identicon = Identicon({pubKey.data(), pubKey.length()});
d->bridge->invokePromiseCallback(callbackId, QVariantList{alias, identicon});
}
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