void Sender::send( const QByteArray &data ) throw( PortError )
{
if ( !m_serialPort.isOpen() ) {
throw PortError( "Error: unable to send to the port \"" +
m_serialPort.portName().toStdString() + "\""
" because it is not opened");
}
// Write data to the port
if ( m_serialPort.write( data ) == -1 ) {
throw PortError( "Error: unable to send to the port \"" +
m_serialPort.portName().toStdString() + "\"" );
}
}
void DigitalPort::setMode(uint8_t mode, ChangeSource changeSource) {
if (mode > 3)
throw PortError(this->ID() + ": Digital port mode not supported: " + this->to_string((int)mode));
int8_t newMode = -1;
// validate mode
if (!strcmp(this->caps, OPDI_PORTDIRCAP_INPUT) || !strcmp(this->caps, OPDI_PORTDIRCAP_BIDI)) {
switch (mode) {
case 0: // Input
// if "Input" is requested, map it to the allowed pullup/pulldown input mode if specified
if ((flags & OPDI_DIGITAL_PORT_PULLUP_ALWAYS) == OPDI_DIGITAL_PORT_PULLUP_ALWAYS)
newMode = 1;
else
if ((flags & OPDI_DIGITAL_PORT_PULLDN_ALWAYS) == OPDI_DIGITAL_PORT_PULLDN_ALWAYS)
newMode = 2;
else
newMode = 0;
break;
case 1:
if ((flags & OPDI_DIGITAL_PORT_PULLUP_ALWAYS) != OPDI_DIGITAL_PORT_PULLUP_ALWAYS)
throw PortError(this->ID() + ": Digital port mode not supported; use mode 'Input with pullup': " + this->to_string((int)mode));
newMode = 1;
break;
case 2:
if ((flags & OPDI_DIGITAL_PORT_PULLDN_ALWAYS) != OPDI_DIGITAL_PORT_PULLDN_ALWAYS)
throw PortError(this->ID() + ": Digital port mode not supported; use mode 'Input with pulldown': " + this->to_string((int)mode));
newMode = 2;
break;
case 3:
if (!strcmp(this->caps, OPDI_PORTDIRCAP_INPUT))
throw PortError(this->ID() + ": Cannot set input only digital port mode to 'Output'");
newMode = 3;
}
}
else {
// direction is output only
if (mode < 3)
throw PortError(this->ID() + ": Cannot set output only digital port mode to input");
newMode = 3;
}
if (newMode > -1) {
if (newMode != this->mode) {
this->refreshRequired = (this->refreshMode == RefreshMode::REFRESH_AUTO) && (changeSource != ChangeSource::CHANGESOURCE_USER);
this->mode = newMode;
this->logDebug("DigitalPort Mode changed to: " + this->to_string((int)this->mode) + " by: " + this->getChangeSourceText(changeSource));
}
if (persistent && (this->opdi != nullptr))
this->opdi->persist(this);
}
}
void AnalogPort::setReference(uint8_t reference, ChangeSource changeSource) {
if (reference > 2)
throw PortError(this->ID() + ": Analog port reference not supported: " + this->to_string((int)reference));
if (reference != this->reference) {
this->refreshRequired = (this->refreshMode == RefreshMode::REFRESH_AUTO) && (changeSource != ChangeSource::CHANGESOURCE_USER);
this->reference = reference;
this->logDebug("AnalogPort Reference changed to: " + this->to_string((int)this->reference) + " by: " + this->getChangeSourceText(changeSource));
}
if (persistent && (this->opdi != nullptr))
this->opdi->persist(this);
}
void DialPort::setPosition(int64_t position, ChangeSource changeSource) {
if (position < this->minValue)
throw PortError(this->ID() + ": Position must not be less than the minimum: " + to_string(this->minValue));
if (position > this->maxValue)
throw PortError(this->ID() + ": Position must not be greater than the maximum: " + to_string(this->maxValue));
// correct position to next possible step
int64_t newPosition = ((position - this->minValue) / this->step) * this->step + this->minValue;
if (this->error != Error::VALUE_OK)
this->refreshRequired = (this->refreshMode == RefreshMode::REFRESH_AUTO);
bool changed = (newPosition != this->position);
if (changed) {
this->refreshRequired |= (this->refreshMode == RefreshMode::REFRESH_AUTO) && (changeSource != ChangeSource::CHANGESOURCE_USER);
this->position = position;
this->logDebug("DialPort Position changed to: " + this->to_string(this->position) + " by: " + this->getChangeSourceText(changeSource));
}
this->error = Error::VALUE_OK;
if (persistent && (this->opdi != nullptr))
this->opdi->persist(this);
if (changed)
this->handleStateChange(changeSource);
}
void AnalogPort::setResolution(uint8_t resolution, ChangeSource changeSource) {
if (resolution < 8 || resolution > 12)
throw PortError(this->ID() + ": Analog port resolution not supported; allowed values are 8..12 (bits): " + this->to_string((int)resolution));
// check whether the resolution is supported
if (((resolution == 8) && ((this->flags & OPDI_ANALOG_PORT_RESOLUTION_8) != OPDI_ANALOG_PORT_RESOLUTION_8))
|| ((resolution == 9) && ((this->flags & OPDI_ANALOG_PORT_RESOLUTION_9) != OPDI_ANALOG_PORT_RESOLUTION_9))
|| ((resolution == 10) && ((this->flags & OPDI_ANALOG_PORT_RESOLUTION_10) != OPDI_ANALOG_PORT_RESOLUTION_10))
|| ((resolution == 11) && ((this->flags & OPDI_ANALOG_PORT_RESOLUTION_11) != OPDI_ANALOG_PORT_RESOLUTION_11))
|| ((resolution == 12) && ((this->flags & OPDI_ANALOG_PORT_RESOLUTION_12) != OPDI_ANALOG_PORT_RESOLUTION_12)))
throw PortError(this->ID() + ": Analog port resolution not supported (port flags): " + this->to_string((int)resolution));
if (resolution != this->resolution) {
this->refreshRequired = (this->refreshMode == RefreshMode::REFRESH_AUTO) && (changeSource != ChangeSource::CHANGESOURCE_USER);
this->resolution = resolution;
this->logDebug("AnalogPort Resolution changed to: " + this->to_string((int)this->resolution) + " by: " + this->getChangeSourceText(changeSource));
}
if (this->mode != 0)
this->setValue(this->value);
else
if (persistent && (this->opdi != nullptr))
this->opdi->persist(this);
}
void Sender::open() throw( PortError )
{
m_serialPort.setPortName( m_portName );
// Open the port
if ( !m_serialPort.open( QIODevice::WriteOnly ) ) {
throw PortError( "Error: unable to open the port \"" +
m_serialPort.portName().toStdString() + "\"" );
}
m_serialPort.setBaudRate( m_baudRate );
m_serialPort.setDataBits( m_dataBits );
m_serialPort.setParity( m_parity );
m_serialPort.setStopBits( m_stopBits );
m_serialPort.setFlowControl( m_flowControl );
}
void SelectPort::setPosition(uint16_t position, ChangeSource changeSource) {
if (position > count)
throw PortError(this->ID() + ": Position must not exceed the number of items: " + to_string((int)this->count));
if (this->error != Error::VALUE_OK)
this->refreshRequired = (this->refreshMode == RefreshMode::REFRESH_AUTO);
bool changed = (position != this->position);
if (changed) {
this->refreshRequired |= (this->refreshMode == RefreshMode::REFRESH_AUTO) && (changeSource != ChangeSource::CHANGESOURCE_USER);
this->position = position;
this->logDebug("SelectPort Position changed to: " + this->to_string(this->position) + " by: " + this->getChangeSourceText(changeSource));
}
this->error = Error::VALUE_OK;
if (persistent && (this->opdi != nullptr))
this->opdi->persist(this);
if (changed)
this->handleStateChange(changeSource);
}
void DigitalPort::setLine(uint8_t line, ChangeSource changeSource) {
if (line > 1)
throw PortError(this->ID() + ": Digital port line not supported: " + this->to_string((int)line));
if (this->error != Error::VALUE_OK)
this->refreshRequired = (this->refreshMode == RefreshMode::REFRESH_AUTO);
bool changed = (line != this->line);
if (changed) {
this->refreshRequired |= (this->refreshMode == RefreshMode::REFRESH_AUTO) && (changeSource != ChangeSource::CHANGESOURCE_USER);
this->line = line;
this->logDebug("DigitalPort Line changed to: " + this->to_string((int)this->line) + " by: " + this->getChangeSourceText(changeSource));
}
this->error = Error::VALUE_OK;
if (persistent && (this->opdi != nullptr))
this->opdi->persist(this);
if (changed)
this->handleStateChange(changeSource);
}
void ExecPort::setMode(uint8_t /*mode*/, ChangeSource /*changeSource*/) {
throw PortError(this->ID() + ": The mode of an ExecPort cannot be changed");
}
void ExecPort::setDirCaps(const char* /*dirCaps*/) {
throw PortError(this->ID() + ": The direction capabilities of an ExecPort cannot be changed");
}