simulationtransport_tests.cpp

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/**
 * @file simulationtransport_tests.cpp
 * @brief Implements regression and invariant tests for simulationtransport tests.
 * @ingroup qpe_tests
 *
 * Source: @c tests/simulationtransport_tests.cpp. This file is part of Quantum Phenomena Explorer (QPE),
 * maintained by Officina Turini. See LICENSE_IT.txt / LICENSE.txt for the
 * QPE freeware source-available terms and THIRD_PARTY_NOTICES.txt for
 * third-party components.
 */
 
#include "simulationtransport_tests.h"
 
#include "core/quantum/simulationtransport.h"
 
#include <cmath>
#include <sstream>
 
namespace qpe {
namespace tests {
 
namespace {
 
/**
 * @brief Performs fail.
 * @param error Output diagnostic text on failure.
 * @param message The message value used by the operation.
 */
bool fail(std::string &error, const char *message)
{
    error = message;
    return false;
}
 
} // namespace
 
/**
 * @brief Runs simulation transport tests.
 * @param error Output diagnostic text on failure.
 */
bool runSimulationTransportTests(std::string &error)
{
    error.clear();
 
    SimulationTransport transport;
    if (transport.state() != SimulationTransportState::Stopped) {
        return fail(error, "initial state is not STOPPED");
    }
 
    transport.play();
    if (transport.state() != SimulationTransportState::Running) {
        return fail(error, "play() did not enter RUNNING");
    }
 
    transport.pause();
    if (transport.state() != SimulationTransportState::Paused) {
        return fail(error, "pause() did not enter PAUSED");
    }
 
    transport.stop();
    if (transport.state() != SimulationTransportState::Stopped) {
        return fail(error, "stop() did not enter STOPPED");
    }
 
    transport.setSpeedFactor(0.25);
    if (transport.timerIntervalMs(30) != 120 || transport.stepsPerTick() != 1) {
        return fail(error, "0.25x timing is incorrect");
    }
 
    transport.setSpeedFactor(0.5);
    if (transport.timerIntervalMs(30) != 60 || transport.stepsPerTick() != 1) {
        return fail(error, "0.5x timing is incorrect");
    }
 
    transport.setSpeedFactor(1.0);
    if (transport.timerIntervalMs(30) != 30 || transport.stepsPerTick() != 1) {
        return fail(error, "1x timing is incorrect");
    }
 
    transport.setSpeedFactor(2.0);
    if (transport.timerIntervalMs(30) != 30 || transport.stepsPerTick() != 2) {
        return fail(error, "2x timing is incorrect");
    }
 
    transport.setSpeedFactor(4.0);
    if (transport.timerIntervalMs(30) != 30 || transport.stepsPerTick() != 4) {
        return fail(error, "4x timing is incorrect");
    }
 
    transport.setSpeedFactor(-10.0);
    if (!(transport.speedFactor() >= 0.05)) {
        return fail(error, "speed lower clamp failed");
    }
 
    transport.setSpeedFactor(100.0);
    if (!(transport.speedFactor() <= 16.0)) {
        return fail(error, "speed upper clamp failed");
    }
 
    return true;
}
 
} // namespace tests
} // namespace qpe