KIntranetAuthSdk/KIntranetAuthorizeLegacy.cc at main · RainCandyTech/KIntranetAuthSdk · GitHub

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#include <new>

#include "KIntranetAuthorizeLegacy.h"
#include "Logger.h"

namespace {

QString fromNullableWideString(const wchar_t* value) {
    return value ? QString::fromWCharArray(value) : QStringLiteral("<null>");
}

QString* constructString(QString* out, const char* value) {
    if (!out) {
        return nullptr;
    }
    return new (out) QString(value);
}

constexpr int kAuthorizationSuccess = 0;
constexpr int kActivatedStatus = 2;

}  // namespace

KIntranetAuthorizeLegacy::KIntranetAuthorizeLegacy(QObject* parent) : QObject(parent) {
    Logger::instance().writer().stream() << "[AuthBypass] KIntranetAuthorizeLegacy created.";
}

bool KIntranetAuthorizeLegacy::IsValid() {
    Logger::instance().writer().stream() << "[AuthBypass] IsValid() => true";
    return true;
}

bool KIntranetAuthorizeLegacy::IsActivated() {
    Logger::instance().writer().stream() << "[AuthBypass] IsActivated() => true";
    return true;
}

bool KIntranetAuthorizeLegacy::RequestAuthorization(bool async) {
    Logger::instance().writer().stream() << "[AuthBypass] RequestAuthorization(Async = " << async << ") => true";
    return true;
}

bool KIntranetAuthorizeLegacy::CheckFeatureExists(const wchar_t* feature) {
    const QString featureStr = fromNullableWideString(feature);
    Logger::instance().writer().stream() << "[AuthBypass] CheckFeatureExists(Feature = " << featureStr << ") => true";
    return true;
}

int KIntranetAuthorizeLegacy::IsAuthorized(const wchar_t* feature, int reserved) {
    Q_UNUSED(reserved);
    const QString featureStr = fromNullableWideString(feature);
    Logger::instance().writer().stream() << "[AuthBypass] IsAuthorized(Feature = " << featureStr << ") => 0";
    return kAuthorizationSuccess;
}

int KIntranetAuthorizeLegacy::IsAccountAuthorized(const wchar_t* feature, const wchar_t* auth1, const wchar_t* auth2, int reserved) {
    Q_UNUSED(reserved);
    const QString featureStr = fromNullableWideString(feature);
    const QString auth1Str = fromNullableWideString(auth1);
    const QString auth2Str = fromNullableWideString(auth2);
    Logger::instance().writer().stream() << "[AuthBypass] IsAccountAuthorized(Feature = " << featureStr << ", Auth1 = " << auth1Str << ", Auth2 = " << auth2Str << ") => 0";
    return kAuthorizationSuccess;
}

int KIntranetAuthorizeLegacy::IsSerialAuthorized(const wchar_t* feature, const wchar_t* auth1, const wchar_t* auth2, int reserved) {
    Q_UNUSED(reserved);
    const QString featureStr = fromNullableWideString(feature);
    const QString auth1Str = fromNullableWideString(auth1);
    const QString auth2Str = fromNullableWideString(auth2);
    Logger::instance().writer().stream() << "[AuthBypass] IsSerialAuthorized(Feature = " << featureStr << ", Auth1 = " << auth1Str << ", Auth2 = " << auth2Str << ") => 0";
    return kAuthorizationSuccess;
}

int KIntranetAuthorizeLegacy::GetStatusCode() {
    Logger::instance().writer().stream() << "[AuthBypass] GetStatusCode() => " << kActivatedStatus;
    return kActivatedStatus;
}

QString* KIntranetAuthorizeLegacy::GetLicenseInfo(QString* out) {
    QString* result = constructString(out, "WPS PDF Pro");
    if (result) {
        Logger::instance().writer().stream() << "[AuthBypass] GetLicenseInfo() => " << *result;
    }
    return result;
}

bool KIntranetAuthorizeLegacy::IsServerNetworkOnline() {
    Logger::instance().writer().stream() << "[AuthBypass] IsServerNetworkOnline() => true";
    return true;
}

char KIntranetAuthorizeLegacy::AddObserver(bool enable) {
    Logger::instance().writer().stream() << "[AuthBypass] AddObserver(Enable = " << enable << ") => true";
    return 1;
}

char KIntranetAuthorizeLegacy::RemoveObserver(void* observer) {
    Logger::instance().writer().stream() << "[AuthBypass] RemoveObserver(Observer = " << observer << ") => true";
    return 1;
}

int KIntranetAuthorizeLegacy::CheckIntranetAuth(const IntranetAuthRequest* request) {
    Logger::instance().writer().stream() << "[AuthBypass] CheckIntranetAuth(Request = " << request << ") => 0";
    return kAuthorizationSuccess;
}

char KIntranetAuthorizeLegacy::SendNetworkLog(void* logStruct) {
    Logger::instance().writer().stream() << "[AuthBypass] SendNetworkLog(Log = " << logStruct << ") => suppressed";
    return 0;
}

QString* KIntranetAuthorizeLegacy::GetVersionString(QString* out) {
    QString* result = constructString(out, "12.8.0.23123");
    if (result) {
        Logger::instance().writer().stream() << "[AuthBypass] GetVersionString() => " << *result;
    }
    return result;
}

int KIntranetAuthorizeLegacy::GetAuthExpireTime(const wchar_t* feature, std::int64_t* startTime, std::int64_t* endTime) {
    Logger::instance().writer().stream() << "[AuthBypass] GetAuthExpireTime(Feature = " << fromNullableWideString(feature) << ")";
    if (!startTime || !endTime) {
        return 1;
    }
    *startTime = -1;
    *endTime = -1;
    return kAuthorizationSuccess;
}

bool KIntranetAuthorizeLegacy::RefreshAuthorization() {
    Logger::instance().writer().stream() << "[AuthBypass] RefreshAuthorization() => true";
    return true;
}

QString* KIntranetAuthorizeLegacy::GetAccountInfo(QString* out) {
    QString* result = constructString(out, "Authorized Premium User");
    if (result) {
        Logger::instance().writer().stream() << "[AuthBypass] GetAccountInfo() => " << *result;
    }
    return result;
}

void KIntranetAuthorizeLegacy::VerifyAuthorization() {
    Logger::instance().writer().stream() << "[AuthBypass] VerifyAuthorization()";
}