CtrlService.cpp

#include "CtrlService.h"

CtrlService::CtrlService(CtrlBus *bus)
    : QObject(nullptr),
      bus(bus),
      conf(bus->getSettingsFromFile())
{
    initPmTable();

    reapplyPresetTimer = new QTimer;
    connect(reapplyPresetTimer, &QTimer::timeout,
            this, &CtrlService::reapplyPresetTimeout);
    settingsStr *settingsBuffer = conf->getSettingsBuffer();
    if(settingsBuffer->autoPresetApplyDurationChecked)
        reapplyPresetTimer->start(settingsBuffer->autoPresetApplyDuration * 1000);

    acCallback = new CtrlACCallback;
    if(settingsBuffer->autoPresetSwitchAC)
        connect(acCallback, &CtrlACCallback::currentACStateChanged,
                this, &CtrlService::currentACStateChanged);
    acCallback->emitCurrentACState();

#ifdef WIN32
    epmCallback = new CtrlEPMCallback;
    if(settingsBuffer->epmAutoPresetSwitch)
        connect(epmCallback, &CtrlEPMCallback::epmIdChanged,
                this, &CtrlService::epmIdChanged);
    epmCallback->emitCurrentEPMState();
#endif
    armour = new CtrlArmour;

    takeCurrentInfoTimer = new QTimer;
    takeCurrentInfoTimer->connect(takeCurrentInfoTimer, &QTimer::timeout, this, &CtrlService::takeCurrentInfo);

    qDebug() << "Ctrl Service - started";
    connect(bus, &CtrlBus::messageFromGUIRecieved, this, &CtrlService::recieveMessageToService);
#ifdef BUILD_SERVICE
    bus->setServiseRuning();
#endif
}

CtrlService::~CtrlService() {
    conf->saveSettings();
    conf->savePresets();
    cleanup_ryzenadj(adjEntryPoint);
}

static inline char* charFromString(std::string str, char *cstr = NULL){
    size_t charLength = str.length() + 1;
    if(cstr == NULL)
        cstr = new char[charLength];
#ifdef WIN32
    strcpy_s(cstr, charLength, str.c_str());
#else
    memcpy(cstr, str.c_str(), charLength);
#endif
    cstr[str.length()] = '\0';
    return cstr;
}

void CtrlService::initPmTable(){
    qDebug() << "Ctrl Service - initPmTable";
    adjEntryPoint = init_ryzenadj();
    init_table(adjEntryPoint);
    refresh_table(adjEntryPoint);

    switch(get_cpu_family(adjEntryPoint)){
    case FAM_RAVEN:
        charFromString("Raven", pmTable.ryzenFamily);
        break;
    case FAM_PICASSO:
        charFromString("Picasso", pmTable.ryzenFamily);
        break;
    case FAM_RENOIR:
        charFromString("Renoir", pmTable.ryzenFamily);
        break;
    case FAM_CEZANNE:
        charFromString("Cezanne", pmTable.ryzenFamily);
        break;
    case FAM_DALI:
        charFromString("Dali", pmTable.ryzenFamily);
        break;
    case FAM_LUCIENNE:
        charFromString("Lucienne", pmTable.ryzenFamily);
        break;
    case FAM_VANGOGH:
        charFromString("Vangogh", pmTable.ryzenFamily);
        break;
    case FAM_REMBRANDT:
        charFromString("Rembrant", pmTable.ryzenFamily);
        break;
    case FAM_MENDOCINO:
        charFromString("Mendocino", pmTable.ryzenFamily);
        break;
    case FAM_PHOENIX:
        charFromString("Phoenix", pmTable.ryzenFamily);
        break;
    case FAM_HAWKPOINT:
        charFromString("Hawkpoint", pmTable.ryzenFamily);
        break;
    case FAM_STRIXPOINT:
        charFromString("Strixpoint", pmTable.ryzenFamily);
        break;
    default: // Unknown
        break;
    }
    pmTable.biosVersion = get_bios_if_ver(adjEntryPoint);
    pmTable.pmTableVersion = get_table_ver(adjEntryPoint);
    pmTable.ryzenAdjVersion = RYZENADJ_REVISION_VER;
    pmTable.ryzenAdjMajorVersion =  RYZENADJ_MAJOR_VER;
    pmTable.ryzenAdjMinorVersion = RYZENADJ_MINIOR_VER;
    qDebug() << "Ctrl Service - pmTable.ryzenFamily" << pmTable.ryzenFamily;
    qDebug() << "Ctrl Service - pmTable.biosVersion" << pmTable.biosVersion;
    qDebug() << "Ctrl Service - pmTable.pmTableVersion" << pmTable.pmTableVersion;
    qDebug() << "Ctrl Service - pmTable.ryzenAdjVersion" << pmTable.ryzenAdjVersion;
}

void CtrlService::recieveMessageToService(messageToServiceStr messageToService){
    qDebug()<<"Ctrl Service - Recieved args from GUI";
    if (messageToService.exit){
        qDebug() << "Ctrl Service - Recieved Exit Command";
        conf->saveSettings();
        conf->savePresets();
        qDebug() << "Ctrl Service - Stoped";
        cleanup_ryzenadj(adjEntryPoint);
        exit(0);
    }
    if(messageToService.ryzenAdjInfo)
        currentInfoTimeoutChanged(messageToService.ryzenAdjInfoTimeout);
    if(messageToService.applyPreset) {
        qDebug() << "Ctrl Service - Recieved Apply Preset" <<
                    messageToService.preset.presetId;
        sendCurrentPresetIdToGui(messageToService.preset.presetId, messageToService.savePreset);
        lastPresetSaved = messageToService.savePreset;
        loadPreset(&messageToService.preset);
    }
    if (messageToService.savePreset){
        qDebug() << "Ctrl Service - Recieved Save Preset" << messageToService.preset.presetId;
        presetStr* preset = new presetStr;
        memcpy(preset, &messageToService.preset, sizeof(presetStr));
        conf->setPresetBuffer(messageToService.preset.presetId, preset);
        if(lastPreset != nullptr)
            if(messageToService.preset.presetId == lastPreset->presetId) {
                lastPresetSaved = messageToService.savePreset;
                sendCurrentPresetIdToGui(messageToService.preset.presetId, messageToService.savePreset);
            }
        conf->savePresets();
    }
    if (messageToService.deletePreset) {
        qDebug() << "Ctrl Service - Recieved Delete Preset"
            << messageToService.preset.presetId;
        conf->deletePreset(messageToService.preset.presetId);
        conf->savePresets();
        if(lastPreset != nullptr)
            if (messageToService.preset.presetId
                == lastPreset->presetId) {
                lastPreset = nullptr;
                lastPresetSaved = false;
            }
    }
    if (messageToService.saveSettings){
        qDebug() << "Ctrl Service - Recieved Save Settings";
        memcpy(conf->getSettingsBuffer(), &messageToService.settings, sizeof(settingsStr));
        conf->saveSettings();

        reapplyPresetTimer->stop();
        disconnect(acCallback,&CtrlACCallback::currentACStateChanged,
                   this, &CtrlService::currentACStateChanged);
#ifdef WIN32
        disconnect(epmCallback, &CtrlEPMCallback::epmIdChanged,
                   this, &CtrlService::epmIdChanged);
        if(conf->getSettingsBuffer()->epmAutoPresetSwitch) {
            connect(epmCallback, &CtrlEPMCallback::epmIdChanged,
                    this, &CtrlService::epmIdChanged);
            epmCallback->emitCurrentEPMState();
        }
#endif
        if(conf->getSettingsBuffer()->autoPresetSwitchAC) {
            connect(acCallback, &CtrlACCallback::currentACStateChanged,
                    this, &CtrlService::currentACStateChanged);
            acCallback->emitCurrentACState();
        }
        if(conf->getSettingsBuffer()->autoPresetApplyDurationChecked){
            reapplyPresetTimer->start(conf->getSettingsBuffer()
                                      ->autoPresetApplyDuration * 1000);
            reapplyPresetTimeout();
        }
    }
}

void CtrlService::currentACStateChanged(ACState state){
    settingsStr *settingsBuffer = conf->getSettingsBuffer();
    currentACState = state;
    qDebug() << "Ctrl Service - Current state:"
             << ((state == Battery) ? "DC State" : "AC State");

    if(settingsBuffer->autoPresetSwitchAC){
        lastPresetSaved = true;
        sendCurrentPresetIdToGui((state == Battery)
                                 ? (settingsBuffer->dcStatePresetId)
                                 : (settingsBuffer->acStatePresetId), true);
        loadPreset(conf->getPresetBuffer((state == Battery)
                ? (settingsBuffer->dcStatePresetId)
                : (settingsBuffer->acStatePresetId)));
    }
}

#ifdef WIN32
void CtrlService::epmIdChanged(epmMode EPMode){
    settingsStr *settingsBuffer = conf->getSettingsBuffer();
    currentEPMode = EPMode;
    QString strEPMode;
    int epmPresetId = -1;
    switch(EPMode){
    case BatterySaver:
        strEPMode = "Battery Saver Mode";
        epmPresetId = settingsBuffer->epmBatterySaverPresetId;
        break;
    case BetterBattery:
        strEPMode = "Better Battery Effective Power Mode";
        epmPresetId = settingsBuffer->epmBetterBatteryPresetId;
        break;
    case Balanced:
        strEPMode = "Balanced Effective Power Mode";
        epmPresetId = settingsBuffer->epmBalancedPresetId;
        break;
    case MaxPerformance:
        strEPMode = "Maximum Performance Effective Power Mode";
        epmPresetId = settingsBuffer->epmMaximumPerfomancePresetId;
        break;
    case GameMode:
        strEPMode = "Gaming Effective Power Mode";
        epmPresetId = settingsBuffer->epmGamingPresetId;
        break;
    case MixedReality:
        strEPMode = "Gaming (MixedReality) Effective Power Mode";
        epmPresetId = settingsBuffer->epmGamingPresetId;
        break;
    default:
        strEPMode = "ERROR!";
        break;
    }
    qDebug() << "Ctrl Service - Current EPM" << strEPMode;

    if(settingsBuffer->epmAutoPresetSwitch && epmPresetId != -1){
        lastPresetSaved = true;
        sendCurrentPresetIdToGui(epmPresetId, true);
        loadPreset(conf->getPresetBuffer(epmPresetId));
    }
}
#endif

void CtrlService::reapplyPresetTimeout(){
    qDebug() << "Ctrl Service - Reapply Preset Timeout";
    if(lastPreset != nullptr) {
        sendCurrentPresetIdToGui(lastPreset->presetId, lastPresetSaved);
        loadPreset(lastPreset);
    }
}

void CtrlService::loadPreset(presetStr *preset){
    if(preset != nullptr){
        qDebug() << "Ctrl Service - Load Preset"<<preset->presetId;
        if(lastPreset == nullptr)
            lastPreset = new presetStr;
        memcpy(lastPreset, preset, sizeof(presetStr));

        if(preset->fanPresetId > 0) {
            armour->sendArmourThrottlePlan((preset->fanPresetId) - 1);
        }

        if(preset->tempLimitChecked)
            set_tctl_temp(adjEntryPoint, preset->tempLimitValue);
        if(preset->apuSkinChecked)
            set_apu_skin_temp_limit(adjEntryPoint, preset->apuSkinValue);

        if(preset->stampLimitChecked)
            set_stapm_limit(adjEntryPoint, preset->stampLimitValue * 1000);
        if(preset->fastLimitChecked)
            set_fast_limit(adjEntryPoint, preset->fastLimitValue * 1000);
        if(preset->fastTimeChecked)
            set_stapm_time(adjEntryPoint, preset->fastTimeValue);
        if(preset->slowLimitChecked)
            set_slow_limit(adjEntryPoint, preset->slowLimitValue * 1000);
        if(preset->slowTimeChecked)
            set_slow_time(adjEntryPoint, preset->slowTimeValue);

        if(preset->vrmCurrentChecked)
            set_vrm_current(adjEntryPoint, preset->vrmCurrentValue * 1000);
        if(preset->vrmMaxChecked)
            set_vrmmax_current(adjEntryPoint, preset->vrmMaxValue * 1000);

        if(preset->maxFclkChecked)
            set_max_fclk_freq(adjEntryPoint, preset->maxFclkValue);
        if(preset->minFclkChecked)
            set_min_fclk_freq(adjEntryPoint, preset->minFclkValue);

        if(preset->minGfxclkChecked)
            set_max_gfxclk_freq(adjEntryPoint, preset->minGfxclkValue);
        if(preset->maxGfxclkChecked)
            set_min_gfxclk_freq(adjEntryPoint, preset->maxGfxclkValue);
        if(preset->maxSocclkChecked)
            set_max_socclk_freq(adjEntryPoint, preset->maxSocclkValue);
        if(preset->minSocclkChecked)
            set_min_socclk_freq(adjEntryPoint, preset->minSocclkValue);
        if(preset->maxVcnChecked)
            set_max_vcn(adjEntryPoint, preset->maxVcnValue);
        if(preset->minVcnChecked)
            set_min_vcn(adjEntryPoint, preset->minVcnValue);

        if(preset->smuPowerSaving)
            set_power_saving(adjEntryPoint);
        if(preset->smuMaxPerfomance)
            set_max_performance(adjEntryPoint);

        if(preset->vrmSocCurrentChecked)
            set_vrmsoc_current(adjEntryPoint, preset->vrmSocCurrent * 1000);
        if(preset->vrmSocMaxChecked)
            set_vrmsocmax_current(adjEntryPoint, preset->vrmSocMax * 1000);

        if(preset->psi0CurrentChecked)
            set_psi0_current(adjEntryPoint, preset->psi0Current * 1000);
        if(preset->psi0SocCurrentChecked)
            set_psi0soc_current(adjEntryPoint, preset->psi0SocCurrent * 1000);

        if(preset->maxLclkChecked)
            set_max_lclk(adjEntryPoint, preset->maxLclk);
        if(preset->minLclkChecked)
            set_min_lclk(adjEntryPoint, preset->minLclk);

        if(preset->prochotDeassertionRampChecked)
            set_prochot_deassertion_ramp(adjEntryPoint, preset->prochotDeassertionRamp);

        if(preset->dgpuSkinTempLimitChecked)
            set_dgpu_skin_temp_limit(adjEntryPoint, preset->dgpuSkinTempLimit);
        if(preset->apuSlowLimitChecked)
            set_apu_slow_limit(adjEntryPoint, preset->apuSlowLimit * 1000);
        if(preset->skinTempPowerLimitChecked)
            set_skin_temp_power_limit(adjEntryPoint, preset->skinTempPowerLimit);
        //new 0.8.3
        if(preset->gfx_clkChecked)
            set_skin_temp_power_limit(adjEntryPoint, preset->gfx_clk);
        //new 0.8.4
        if(preset->vrmgfx_currentChecked)
            set_skin_temp_power_limit(adjEntryPoint, preset->vrmgfx_current);
        if(preset->vrmcvip_currentChecked)
            set_skin_temp_power_limit(adjEntryPoint, preset->vrmcvip_current);
        if(preset->vrmgfxmax_currentChecked)
            set_skin_temp_power_limit(adjEntryPoint, preset->vrmgfxmax_current);
        if(preset->psi3cpu_currentChecked)
            set_skin_temp_power_limit(adjEntryPoint, preset->psi3cpu_current);
        if(preset->psi3gfx_currentChecked)
            set_skin_temp_power_limit(adjEntryPoint, preset->psi3gfx_current);
        //new 0.10.0
        if(preset->oc_clkChecked)
            set_oc_clk(adjEntryPoint, preset->oc_clk);
        if(preset->per_core_oc_clkChecked)
            set_per_core_oc_clk(adjEntryPoint, preset->per_core_oc_clk);
        if(preset->oc_voltChecked)
            set_oc_volt(adjEntryPoint, preset->oc_volt);

        if(preset->disable_oc)
            set_disable_oc(adjEntryPoint);
        if(preset->enable_oc)
            set_enable_oc(adjEntryPoint);
        //new 0.11.0
        if(preset->coallChecked)
            set_coall(adjEntryPoint, preset->coall);
        if(preset->coperChecked)
            set_coper(adjEntryPoint, preset->coper);
        if(preset->cogfxChecked)
            set_cogfx(adjEntryPoint, preset->cogfx);
    } else
        qDebug()<<"Ctrl Service - Try to load nullptr (deleted) preset!";
}

void CtrlService::sendCurrentPresetIdToGui(int presetId, bool saved = true){
    qDebug() << "Ctrl Service - Send Current Loaded Preset ID to GUI" << presetId << "Saved" << saved;

    messageToGuiStr messageToGui;
    messageToGui.currentPresetId = presetId;
    messageToGui.presetSaved = saved;
    bus->sendMessageToGui(messageToGui);
}

void CtrlService::currentInfoTimeoutChanged(int timeout){
    if(timeout <= 0)
        takeCurrentInfoTimer->stop();
    else {
        takeCurrentInfoTimer->stop();
        takeCurrentInfoTimer->start(timeout);
        conf->getSettingsBuffer()->lastUsedPMTableUpdateInterval = timeout;
        conf->saveSettings();
    }
}

void CtrlService::takeCurrentInfo() {
    refresh_table(adjEntryPoint);

    pmTable.stapm_limit = get_stapm_limit(adjEntryPoint);
    pmTable.stapm_value = get_stapm_value(adjEntryPoint);
    pmTable.fast_limit = get_fast_limit(adjEntryPoint);
    pmTable.fast_value = get_fast_value(adjEntryPoint);
    pmTable.slow_limit = get_slow_limit(adjEntryPoint);
    pmTable.slow_value = get_slow_value(adjEntryPoint);
    pmTable.apu_slow_limit = get_apu_slow_limit(adjEntryPoint);
    pmTable.apu_slow_value = get_apu_slow_value(adjEntryPoint);
    pmTable.vrm_current = get_vrm_current(adjEntryPoint);
    pmTable.vrm_current_value = get_vrm_current_value(adjEntryPoint);
    pmTable.vrmsoc_current = get_vrmsoc_current(adjEntryPoint);
    pmTable.vrmsoc_current_value = get_vrmsoc_current_value(adjEntryPoint);
    pmTable.vrmmax_current = get_vrmmax_current(adjEntryPoint);
    pmTable.vrmmax_current_value = get_vrmmax_current_value(adjEntryPoint);
    pmTable.vrmsocmax_current = get_vrmsocmax_current(adjEntryPoint);
    pmTable.vrmsocmax_current_value = get_vrmsocmax_current_value(adjEntryPoint);
    pmTable.tctl_temp = get_tctl_temp(adjEntryPoint);
    pmTable.tctl_temp_value = get_tctl_temp_value(adjEntryPoint);
    pmTable.apu_skin_temp_limit = get_apu_skin_temp_limit(adjEntryPoint);
    pmTable.apu_skin_temp_value = get_apu_skin_temp_value(adjEntryPoint);
    pmTable.dgpu_skin_temp_limit = get_dgpu_skin_temp_limit(adjEntryPoint);
    pmTable.dgpu_skin_temp_value = get_dgpu_skin_temp_value(adjEntryPoint);
    pmTable.stapm_time = get_stapm_time(adjEntryPoint);
    pmTable.slow_time = get_slow_time(adjEntryPoint);
    pmTable.psi0_current = get_psi0_current(adjEntryPoint);
    pmTable.psi0soc_current = get_psi0soc_current(adjEntryPoint);
    //new v0.8.2
    pmTable.cclk_setpoint = get_cclk_setpoint(adjEntryPoint);
    pmTable.cclk_busy_value = get_cclk_busy_value(adjEntryPoint);
    //new vars by core
    pmTable.core_clk_0 = get_core_clk(adjEntryPoint, 0);
    pmTable.core_volt_0 = get_core_volt(adjEntryPoint, 0);
    pmTable.core_power_0 = get_core_power(adjEntryPoint, 0);
    pmTable.core_temp_0 = get_core_temp(adjEntryPoint, 0);
    //new v0.10.0
    pmTable.l3_clk = get_l3_clk(adjEntryPoint);
    pmTable.l3_logic = get_l3_logic(adjEntryPoint);
    pmTable.l3_vddm = get_l3_vddm(adjEntryPoint);
    pmTable.l3_temp = get_l3_temp(adjEntryPoint);

    pmTable.gfx_clk = get_gfx_clk(adjEntryPoint);
    pmTable.gfx_temp = get_gfx_temp(adjEntryPoint);
    pmTable.gfx_volt = get_gfx_volt(adjEntryPoint);

    pmTable.mem_clk = get_mem_clk(adjEntryPoint);
    pmTable.fclk = get_fclk(adjEntryPoint);

    pmTable.soc_power = get_soc_power(adjEntryPoint);
    pmTable.soc_volt = get_soc_volt(adjEntryPoint);

    pmTable.socket_power = get_socket_power(adjEntryPoint);

    sendCurrentInfoToGui();
}

void CtrlService::sendCurrentInfoToGui(){
    messageToGuiStr messageToGui;
    messageToGui.pmUpdated = true;
    messageToGui.pmTable = pmTable;
    bus->sendMessageToGui(messageToGui);
}