MeterCommand Class Reference

The MeterCommand class implements the meter CLI command. More...

Inheritance diagram for MeterCommand:

Collaboration diagram for MeterCommand:

Public Slots
QStringList	processOptions (const QCommandLineParser &parser) override
	Processes the relevant options from the command line parser.
Public Slots inherited from DeviceCommand
bool	start () override
	Begins scanning for the Pokit device.
Public Slots inherited from AbstractCommand
virtual QStringList	processOptions (const QCommandLineParser &parser)
	Processes the relevant options from the command line parser.
virtual bool	start ()=0
	Begins the functionality of this command, and returns true if begun successfully, false otherwise.

Public Member Functions
	MeterCommand (QObject *const parent=nullptr)
	Construct a new MeterCommand object with parent.
QStringList	requiredOptions (const QCommandLineParser &parser) const override
	Returns a list of CLI option names required by this command.
QStringList	supportedOptions (const QCommandLineParser &parser) const override
	Returns a list of CLI option names supported by this command.
Public Member Functions inherited from DeviceCommand
	DeviceCommand (QObject *const parent=nullptr)
	Construct a new DeviceCommand object with parent.
Public Member Functions inherited from AbstractCommand
	AbstractCommand (QObject *const parent=nullptr)
	Constructs a new command with parent.
Public Member Functions inherited from QObject
virtual const QMetaObject *	metaObject () const const
	QObject (QObject *parent)
virtual bool	event (QEvent *e)
virtual bool	eventFilter (QObject *watched, QEvent *event)
QString	objectName () const const
void	setObjectName (const QString &name)
bool	isWidgetType () const const
bool	isWindowType () const const
bool	signalsBlocked () const const
bool	blockSignals (bool block)
QThread *	thread () const const
void	moveToThread (QThread *targetThread)
int	startTimer (int interval, Qt::TimerType timerType)
int	startTimer (std::chrono::milliseconds time, Qt::TimerType timerType)
void	killTimer (int id)
T	findChild (const QString &name, Qt::FindChildOptions options) const const
QList< T >	findChildren (const QString &name, Qt::FindChildOptions options) const const
QList< T >	findChildren (const QRegExp &regExp, Qt::FindChildOptions options) const const
QList< T >	findChildren (const QRegularExpression &re, Qt::FindChildOptions options) const const
const QObjectList &	children () const const
void	setParent (QObject *parent)
void	installEventFilter (QObject *filterObj)
void	removeEventFilter (QObject *obj)
QMetaObject::Connection	connect (const QObject *sender, const char *signal, const char *method, Qt::ConnectionType type) const const
bool	disconnect (const char *signal, const QObject *receiver, const char *method) const const
bool	disconnect (const QObject *receiver, const char *method) const const
void	dumpObjectTree ()
void	dumpObjectInfo ()
void	dumpObjectTree () const const
void	dumpObjectInfo () const const
bool	setProperty (const char *name, const QVariant &value)
QVariant	property (const char *name) const const
QList< QByteArray >	dynamicPropertyNames () const const
void	destroyed (QObject *obj)
void	objectNameChanged (const QString &objectName)
QObject *	parent () const const
bool	inherits (const char *className) const const
void	deleteLater ()
	Q_DISABLE_COPY (Class)
	Q_DISABLE_MOVE (Class)
	Q_DISABLE_COPY_MOVE (Class)
T	qobject_cast (QObject *object)
T	qobject_cast (const QObject *object)
T	qFindChild (const QObject *obj, const QString &name)
QList< T >	qFindChildren (const QObject *obj, const QString &name)
QList< T >	qFindChildren (const QObject *obj, const QRegExp &regExp)
	Q_CLASSINFO (Name, Value)
	Q_INTERFACES (...)
	Q_PROPERTY (...)
	Q_ENUMS (...)
	Q_FLAGS (...)
	Q_ENUM (...)
	Q_FLAG (...)
	Q_ENUM_NS (...)
	Q_FLAG_NS (...)
	Q_OBJECT Q_OBJECT
	Q_GADGET Q_GADGET
	Q_NAMESPACE Q_NAMESPACE
	Q_NAMESPACE_EXPORT (EXPORT_MACRO)
	Q_SIGNALS Q_SIGNALS
	Q_SIGNAL Q_SIGNAL
	Q_SLOTS Q_SLOTS
	Q_SLOT Q_SLOT
	Q_EMIT Q_EMIT
	Q_INVOKABLE Q_INVOKABLE
	Q_REVISION Q_REVISION
	Q_SET_OBJECT_NAME (Object)
	QT_NO_NARROWING_CONVERSIONS_IN_CONNECT QT_NO_NARROWING_CONVERSIONS_IN_CONNECT

Protected Slots
void	serviceDetailsDiscovered () override
	Handles service detail discovery events.
Protected Slots inherited from DeviceCommand
virtual void	controllerError (const QLowEnergyController::Error error)
	Handles controller error events.
virtual void	deviceDisconnected ()
	Handles device disconnection events.
virtual void	serviceError (const QLowEnergyService::ServiceError error)
	Handles service error events.
virtual void	serviceDetailsDiscovered ()
	Handles service detail discovery events.
Protected Slots inherited from AbstractCommand
virtual void	deviceDiscovered (const QBluetoothDeviceInfo &info)=0
	Handles PokitDiscoveryAgent::pokitDeviceDiscovered signal.
virtual void	deviceDiscoveryFinished ()=0
	Handles PokitDiscoveryAgent::deviceDiscoveryFinished signal.

Protected Member Functions
AbstractPokitService *	getService () override
	Returns a Pokit service object for the derived command class.
Protected Member Functions inherited from DeviceCommand
void	disconnect (int exitCode=EXIT_SUCCESS)
	Disconnects the underlying Pokit device, and sets exitCode to be return to the OS once the disconnection has taken place.
Protected Member Functions inherited from QObject
QObject *	sender () const const
int	senderSignalIndex () const const
int	receivers (const char *signal) const const
bool	isSignalConnected (const QMetaMethod &signal) const const
virtual void	timerEvent (QTimerEvent *event)
virtual void	childEvent (QChildEvent *event)
virtual void	customEvent (QEvent *event)
virtual void	connectNotify (const QMetaMethod &signal)
virtual void	disconnectNotify (const QMetaMethod &signal)

Private Slots
void	settingsWritten ()
	Invoked when the multimeter settings have been written, to begin reading the meter values.
void	outputReading (const MultimeterService::Reading &reading)
	Outputs meter reading in the selected output format.

Private Attributes
quint8(*	minRangeFunc )(const PokitProduct product, const quint32 maxValue)
	Pointer to function for converting rangeOptionValue to a Pokit device's range enumerator.
quint32	rangeOptionValue { 0 }
	The parsed value of range option, if one was supplied.
MultimeterService *	service { nullptr }
	Bluetooth service this command interacts with.
MultimeterService::Settings	settings { MultimeterService::Mode::DcVoltage, +PokitMeter::VoltageRange::AutoRange, 1000 }
	< Settings for the Pokit device's multimeter mode.
int	samplesToGo { -1 }
	Number of samples to read, if specified on the CLI.
bool	showCsvHeader { true }
	Whether or not to show a header as the first line of CSV output.

Additional Inherited Members
Public Types inherited from AbstractCommand
enum class	OutputFormat { Csv , Json , Text }
	Supported output formats. More...
Static Public Member Functions inherited from AbstractCommand
static QString	escapeCsvField (const QString &field)
	Returns an RFC 4180 compliant version of field.
template<typename R>
static quint32	parseNumber (const QString &value, const QString &unit, const quint32 sensibleMinimum=0)
	Returns value as an integer multiple of the ratio R.
Static Public Member Functions inherited from QObject
QString	tr (const char *sourceText, const char *disambiguation, int n)
QString	trUtf8 (const char *sourceText, const char *disambiguation, int n)
QMetaObject::Connection	connect (const QObject *sender, const char *signal, const QObject *receiver, const char *method, Qt::ConnectionType type)
QMetaObject::Connection	connect (const QObject *sender, const QMetaMethod &signal, const QObject *receiver, const QMetaMethod &method, Qt::ConnectionType type)
QMetaObject::Connection	connect (const QObject *sender, PointerToMemberFunction signal, const QObject *receiver, PointerToMemberFunction method, Qt::ConnectionType type)
QMetaObject::Connection	connect (const QObject *sender, PointerToMemberFunction signal, Functor functor)
QMetaObject::Connection	connect (const QObject *sender, PointerToMemberFunction signal, const QObject *context, Functor functor, Qt::ConnectionType type)
bool	disconnect (const QObject *sender, const char *signal, const QObject *receiver, const char *method)
bool	disconnect (const QObject *sender, const QMetaMethod &signal, const QObject *receiver, const QMetaMethod &method)
bool	disconnect (const QMetaObject::Connection &connection)
bool	disconnect (const QObject *sender, PointerToMemberFunction signal, const QObject *receiver, PointerToMemberFunction method)
Public Attributes inherited from QObject
typedef	QObjectList
Static Protected Member Functions inherited from DeviceCommand
template<typename T>
static T	minRange (const quint32 maxValue)
static quint8	minCapacitanceRange (const PokitProduct product, const quint32 maxValue)
	Returns the product's lowest capacitance range that can measure at least up to maxValue (nF), or AutoRange if no such range is available.
static quint8	minCurrentRange (const PokitProduct product, const quint32 maxValue)
	Returns the product's lowest current range that can measure at least up to maxValue (µA), or AutoRange if no such range is available.
static quint8	minResistanceRange (const PokitProduct product, const quint32 maxValue)
	Returns the product's lowest resistance range that can measure at least up to maxValue (Ω), or AutoRange if no such range is available.
static quint8	minVoltageRange (const PokitProduct product, const quint32 maxValue)
	t Returns the product's lowest voltage range that can measure at least up to maxValue (mV), or AutoRange if no such range is available.
Static Protected Member Functions inherited from AbstractCommand
static	Q_LOGGING_CATEGORY (lc, "dokit.cli.command", QtInfoMsg)
	Logging category for UI commands.
Protected Attributes inherited from DeviceCommand
PokitDevice *	device { nullptr }
	Pokit Bluetooth device (if any) this command interacts with.
int	exitCodeOnDisconnect { EXIT_FAILURE }
	Exit code to return on device disconnection.
Protected Attributes inherited from AbstractCommand
QString	deviceToScanFor
	Device (if any) that were passed to processOptions().
PokitDiscoveryAgent *	discoveryAgent
	Agent for Pokit device discovery.
OutputFormat	format { OutputFormat::Text }
	Selected output format.
Properties inherited from QObject
	objectName

Detailed Description

The MeterCommand class implements the meter CLI command.

Definition at line 10 of file metercommand.h.

Constructor & Destructor Documentation

MeterCommand()

MeterCommand::MeterCommand ( QObject *const parent = nullptr )

explicit

Construct a new MeterCommand object with parent.

Definition at line 25 of file metercommand.cpp.

                                                 : DeviceCommand(parent)
{
 
}

References DeviceCommand::DeviceCommand(), QObject::parent(), and QObject::QObject().

Here is the call graph for this function:

Member Function Documentation

getService()

AbstractPokitService * MeterCommand::getService ( )

overrideprotectedvirtual

Returns a Pokit service object for the derived command class.

This override returns a pointer to a MultimeterService object.

Implements DeviceCommand.

Definition at line 151 of file metercommand.cpp.

{
    Q_ASSERT(device);
    if (!service) {
        service = device->multimeter();
        Q_ASSERT(service);
        connect(service, &MultimeterService::settingsWritten,
                this, &MeterCommand::settingsWritten);
    }
    return service;
}

References QObject::connect(), DeviceCommand::device, service, settingsWritten(), and MultimeterService::settingsWritten().

Here is the call graph for this function:

outputReading

void MeterCommand::outputReading ( const MultimeterService::Reading & reading )

privateslot

Outputs meter reading in the selected output format.

Definition at line 207 of file metercommand.cpp.

{
    QString status;
    if (reading.status == MultimeterService::MeterStatus::Error) {
        status = u"Error"_s;
    } else switch (reading.mode) {
    case MultimeterService::Mode::Idle:
        break;
    case MultimeterService::Mode::DcVoltage:
    case MultimeterService::Mode::AcVoltage:
    case MultimeterService::Mode::DcCurrent:
    case MultimeterService::Mode::AcCurrent:
    case MultimeterService::Mode::Resistance:
    case MultimeterService::Mode::Capacitance:
        status = (reading.status == MultimeterService::MeterStatus::AutoRangeOn)
            ? tr("Auto Range On") : tr("Auto Range Off");
        break;
    case MultimeterService::Mode::Continuity:
        status = (reading.status == MultimeterService::MeterStatus::Continuity)
            ? tr("Continuity") : tr("No continuity");
        break;
    case MultimeterService::Mode::Temperature:
    case MultimeterService::Mode::ExternalTemperature:
    case MultimeterService::Mode::Diode:
        status = tr("Ok");
        break;
    }
 
    QString unit;
    switch (reading.mode) {
    case MultimeterService::Mode::Idle:        break;
    case MultimeterService::Mode::DcVoltage:   unit = u"Vdc"_s; break;
    case MultimeterService::Mode::AcVoltage:   unit = u"Vac"_s; break;
    case MultimeterService::Mode::DcCurrent:   unit = u"Adc"_s; break;
    case MultimeterService::Mode::AcCurrent:   unit = u"Aac"_s; break;
    case MultimeterService::Mode::Resistance:  unit = QString::fromUtf8("Ω"); break;
    case MultimeterService::Mode::Diode:       break;
    case MultimeterService::Mode::Continuity:  break;
    case MultimeterService::Mode::Temperature: unit = QString::fromUtf8("°C"); break;
    case MultimeterService::Mode::Capacitance: unit = QString::fromUtf8("F");  break;
    case MultimeterService::Mode::ExternalTemperature: unit = QString::fromUtf8("°C"); break;
    }
 
    const QString range = service->toString(reading.range, reading.mode);
 
    switch (format) {
    case OutputFormat::Csv:
        for (; showCsvHeader; showCsvHeader = false) {
            std::cout << qUtf8Printable(tr("mode,value,unit,status,range\n"));
        }
        std::cout << qUtf8Printable(QString::fromLatin1("%1,%2,%3,%4,%5\n")
            .arg(escapeCsvField(MultimeterService::toString(reading.mode)))
            .arg(reading.value, 0, 'f').arg(unit, status, range)
            );
        break;
    case OutputFormat::Json: {
        QJsonObject object{
            { u"status"_s, status },
            { u"value"_s, qIsInf(reading.value) ?
                QJsonValue(tr("Infinity")) : QJsonValue(reading.value) },
            { u"mode"_s,   MultimeterService::toString(reading.mode) },
        };
        if (!unit.isNull()) {
            object.insert(u"unit"_s, unit);
        }
        if (!range.isNull()) {
            object.insert(u"range"_s, range);
        }
        std::cout << QJsonDocument(object).toJson().toStdString();
    }   break;
    case OutputFormat::Text:
        std::cout << qUtf8Printable(tr("Mode:   %1 (0x%2)\n").arg(MultimeterService::toString(reading.mode))
            .arg((quint8)reading.mode,2,16,'0'_L1));
        std::cout << qUtf8Printable(tr("Value:  %1 %2\n").arg(reading.value,0,'f').arg(unit));
        std::cout << qUtf8Printable(tr("Status: %1 (0x%2)\n").arg(status)
            .arg((quint8)reading.status,2,16,'0'_L1));
        std::cout << qUtf8Printable(tr("Range:  %1 (0x%2)\n").arg(range)
            .arg((quint8)reading.range,2,16,'0'_L1));
        break;
    }
 
    if ((samplesToGo > 0) && (--samplesToGo == 0)) {
        if (device) disconnect(); // Will exit the application once disconnected.
    }
}

References MultimeterService::AcCurrent, MultimeterService::AcVoltage, QString::arg(), MultimeterService::AutoRangeOn, MultimeterService::Capacitance, MultimeterService::Continuity, AbstractCommand::Csv, MultimeterService::DcCurrent, MultimeterService::DcVoltage, DeviceCommand::device, MultimeterService::Diode, DeviceCommand::disconnect(), MultimeterService::Error, AbstractCommand::escapeCsvField(), MultimeterService::ExternalTemperature, AbstractCommand::format, QString::fromLatin1(), QString::fromUtf8(), MultimeterService::Idle, QString::isNull(), AbstractCommand::Json, MultimeterService::Reading::mode, MultimeterService::Reading::range, MultimeterService::Resistance, samplesToGo, service, showCsvHeader, MultimeterService::Reading::status, MultimeterService::Temperature, AbstractCommand::Text, QJsonDocument::toJson(), QByteArray::toStdString(), MultimeterService::toString(), QObject::tr(), and MultimeterService::Reading::value.

Referenced by settingsWritten().

Here is the call graph for this function:

Here is the caller graph for this function:

processOptions

QStringList MeterCommand::processOptions ( const QCommandLineParser & parser )

overrideslot

Processes the relevant options from the command line parser.

This implementation extends DeviceCommand::processOptions to process additional CLI options supported (or required) by this command.

Definition at line 52 of file metercommand.cpp.

{
    QStringList errors = DeviceCommand::processOptions(parser);
    if (!errors.isEmpty()) {
        return errors;
    }
 
    // Parse the (required) mode option.
    if (const QString mode = parser.value(u"mode"_s).trimmed().toLower();
        mode.startsWith(u"ac v"_s) || mode.startsWith(u"vac"_s)) {
        settings.mode = MultimeterService::Mode::AcVoltage;
        minRangeFunc = minVoltageRange;
    } else if (mode.startsWith(u"dc v"_s) || mode.startsWith(u"vdc"_s)) {
        settings.mode = MultimeterService::Mode::DcVoltage;
        minRangeFunc = minVoltageRange;
    } else if (mode.startsWith(u"ac c"_s) || mode.startsWith(u"aac"_s)) {
        settings.mode = MultimeterService::Mode::AcCurrent;
        minRangeFunc = minCurrentRange;
    } else if (mode.startsWith(u"dc c"_s) || mode.startsWith(u"adc"_s)) {
        settings.mode = MultimeterService::Mode::DcCurrent;
        minRangeFunc = minCurrentRange;
    } else if (mode.startsWith(u"res"_s)) {
        settings.mode = MultimeterService::Mode::Resistance;
        minRangeFunc = minResistanceRange;
    } else if (mode.startsWith(u"dio"_s)) {
        settings.mode = MultimeterService::Mode::Diode;
        minRangeFunc = nullptr;
    } else if (mode.startsWith(u"cont"_s)) {
        settings.mode = MultimeterService::Mode::Continuity;
        minRangeFunc = nullptr;
    } else if (mode.startsWith(u"temp"_s)) {
        settings.mode = MultimeterService::Mode::Temperature;
        minRangeFunc = nullptr;
    } else if (mode.startsWith(u"cap"_s)) {
        settings.mode = MultimeterService::Mode::Capacitance;
        minRangeFunc = minCapacitanceRange;
    } else {
        errors.append(tr("Unknown meter mode: %1").arg(parser.value(u"mode"_s)));
        return errors;
    }
 
    // Parse the interval option.
    if (parser.isSet(u"interval"_s)) {
        const QString value = parser.value(u"interval"_s);
        const quint32 interval = parseNumber<std::milli>(value, u"s"_s, 500);
        if (interval == 0) {
            errors.append(tr("Invalid interval value: %1").arg(value));
        } else {
            settings.updateInterval = interval;
        }
    }
 
    // Parse the range option.
    rangeOptionValue = 0; // Default to auto.
    if (parser.isSet(u"range"_s)) {
        const QString value = parser.value(u"range"_s);
        if (value.trimmed().compare(u"auto"_s, Qt::CaseInsensitive) != 0) {
            switch (settings.mode) {
            case MultimeterService::Mode::DcVoltage:
            case MultimeterService::Mode::AcVoltage:
                rangeOptionValue =  parseNumber<std::milli>(value, u"V"_s, 50); // mV.
                break;
            case MultimeterService::Mode::DcCurrent:
            case MultimeterService::Mode::AcCurrent:
                rangeOptionValue = parseNumber<std::milli>(value, u"A"_s, 5); // mA.
                break;
            case MultimeterService::Mode::Resistance:
                rangeOptionValue = parseNumber<std::ratio<1>>(value, u"ohms"_s);
                break;
            case MultimeterService::Mode::Capacitance:
                rangeOptionValue = parseNumber<std::nano>(value, u"F"_s, 500); // pF.
                break;
            default:
                qCInfo(lc).noquote() << tr("Ignoring range value: %1").arg(value);
            }
            if ((minRangeFunc != nullptr) && (rangeOptionValue == 0)) {
                errors.append(tr("Invalid range value: %1").arg(value));
            }
        }
    }
 
    // Parse the samples option.
    if (parser.isSet(u"samples"_s)) {
        const QString value = parser.value(u"samples"_s);
        const quint32 samples = parseNumber<std::ratio<1>>(value, u"S"_s);
        if (samples == 0) {
            errors.append(tr("Invalid samples value: %1").arg(value));
        } else {
            samplesToGo = samples;
        }
    }
    return errors;
}

References MultimeterService::AcCurrent, MultimeterService::AcVoltage, QList::append(), QString::arg(), MultimeterService::Capacitance, Qt::CaseInsensitive, QString::compare(), MultimeterService::Continuity, MultimeterService::DcCurrent, MultimeterService::DcVoltage, MultimeterService::Diode, QList::isEmpty(), QCommandLineParser::isSet(), DeviceCommand::minCapacitanceRange(), DeviceCommand::minCurrentRange(), minRangeFunc, DeviceCommand::minResistanceRange(), DeviceCommand::minVoltageRange(), AbstractCommand::parseNumber(), AbstractCommand::processOptions(), rangeOptionValue, MultimeterService::Resistance, samplesToGo, settings, QString::startsWith(), MultimeterService::Temperature, QString::toLower(), QObject::tr(), QString::trimmed(), and QCommandLineParser::value().

Here is the call graph for this function:

requiredOptions()

QStringList MeterCommand::requiredOptions ( const QCommandLineParser & parser ) const

overridevirtual

Returns a list of CLI option names required by this command.

The main console appication may use this list to output an error (and exit) if any of the returned names are not found in the parsed CLI options.

The (already parsed) parser may be used adjust the returned required options depending on the value of other options. For example, the logger command only requires the --mode option if the --command option is start.

This base implementation simply returns an empty list. Derived classes should override this function to include any required options.

Reimplemented from AbstractCommand.

Definition at line 30 of file metercommand.cpp.

{
    return DeviceCommand::requiredOptions(parser) + QStringList{
        u"mode"_s,
    };
}

References AbstractCommand::requiredOptions().

Here is the call graph for this function:

serviceDetailsDiscovered

void MeterCommand::serviceDetailsDiscovered ( )

overrideprotectedslot

Handles service detail discovery events.

This override fetches the current device's status, and outputs it in the selected format.

Definition at line 168 of file metercommand.cpp.

{
    DeviceCommand::serviceDetailsDiscovered(); // Just logs consistently.
    settings.range = (minRangeFunc == nullptr) ? 0 : minRangeFunc(*service->pokitProduct(), rangeOptionValue);
    const QString range = service->toString(settings.range, settings.mode);
    qCInfo(lc).noquote() << tr("Measuring %1, with range %2, every %L3ms.").arg(
        MultimeterService::toString(settings.mode),
        (range.isNull()) ? QString::fromLatin1("N/A") : range).arg(settings.updateInterval);
    service->setSettings(settings);
}

References QString::arg(), QString::fromLatin1(), QString::isNull(), minRangeFunc, rangeOptionValue, service, DeviceCommand::serviceDetailsDiscovered(), settings, MultimeterService::toString(), and QObject::tr().

Here is the call graph for this function:

settingsWritten

void MeterCommand::settingsWritten ( )

privateslot

Invoked when the multimeter settings have been written, to begin reading the meter values.

Definition at line 196 of file metercommand.cpp.

{
    qCDebug(lc).noquote() << tr("Settings written; starting meter readings...");
    connect(service, &MultimeterService::readingRead,
            this, &MeterCommand::outputReading);
    service->enableReadingNotifications();
}

References QObject::connect(), outputReading(), MultimeterService::readingRead(), service, and QObject::tr().

Referenced by getService().

Here is the call graph for this function:

Here is the caller graph for this function:

supportedOptions()

QStringList MeterCommand::supportedOptions ( const QCommandLineParser & parser ) const

overridevirtual

Returns a list of CLI option names supported by this command.

The main console appication may use this list to output a warning for any parsed CLI options not included in the returned list.

The (already parsed) parser may be used adjust the returned supported options depending on the value of other options. For example, the logger command only supported the --timestamp option if the --command option is start.

This base implementation simply returns requiredOptions(). Derived classes should override this function to include optional options, such as:

QStringList Derived::supportedOptions(const QCommandLineParser &parser) const
{
    const QStringList list = AbstractCommand::supportedOptions(parser) + QStringList{ ... };
    list.sort();
    list.removeDuplicates(); // Optional, recommended.
    return list;
}

Reimplemented from AbstractCommand.

Definition at line 37 of file metercommand.cpp.

{
    return DeviceCommand::supportedOptions(parser) + QStringList{
        u"interval"_s,
        u"range"_s,
        u"samples"_s,
    };
}

References AbstractCommand::supportedOptions().

Here is the call graph for this function:

Member Data Documentation

minRangeFunc

quint8(* MeterCommand::minRangeFunc) (const PokitProduct product, const quint32 maxValue)

inlineprivate

Pointer to function for converting rangeOptionValue to a Pokit device's range enumerator.

This function pointer is assigned during the command line parsing, but is not invoked until after the device's services are discovered, because prior to that discovery, we don't know which product (Meter vs Pro vs Clamp, etc) we're talking to and thus which enumerator list to be using.

If the current mode does not support ranges (eg diode, and continuity modes), then this member will be nullptr.

See also

processOptions

serviceDetailsDiscovered

Definition at line 30 of file metercommand.h.

{ nullptr };

Referenced by processOptions(), and serviceDetailsDiscovered().

rangeOptionValue

quint32 MeterCommand::rangeOptionValue { 0 }

private

The parsed value of range option, if one was supplied.

Definition at line 31 of file metercommand.h.

{ 0 };          ///< The parsed value of range option, if one was supplied.

Referenced by processOptions(), and serviceDetailsDiscovered().

samplesToGo

int MeterCommand::samplesToGo { -1 }

private

Number of samples to read, if specified on the CLI.

Definition at line 35 of file metercommand.h.

{ -1 } ;     ///< Number of samples to read, if specified on the CLI.

Referenced by outputReading(), and processOptions().

service

MultimeterService* MeterCommand::service { nullptr }

private

Bluetooth service this command interacts with.

Definition at line 32 of file metercommand.h.

{ nullptr }; ///< Bluetooth service this command interacts with.

Referenced by getService(), outputReading(), serviceDetailsDiscovered(), and settingsWritten().

settings

MultimeterService::Settings MeterCommand::settings { MultimeterService::Mode::DcVoltage, +PokitMeter::VoltageRange::AutoRange, 1000 }

private

< Settings for the Pokit device's multimeter mode.

Definition at line 33 of file metercommand.h.

{ MultimeterService::Mode::DcVoltage, +PokitMeter::VoltageRange::AutoRange, 1000 };

Referenced by processOptions(), and serviceDetailsDiscovered().

showCsvHeader

bool MeterCommand::showCsvHeader { true }

private

Whether or not to show a header as the first line of CSV output.

Definition at line 36 of file metercommand.h.

{ true }; ///< Whether or not to show a header as the first line of CSV output.

Referenced by outputReading().

---

The documentation for this class was generated from the following files:

• metercommand.h
• metercommand.cpp