/*
* The order of the data in the buffer is:
* Word1 : NotificationSize (2 bytes) , PathSize (2 bytes)
* Word2 : NewNameSize (2 bytes) , NotificationType (2 bytes)
* Word3 : UID - NOT YET SUPPORTED
* Word(s) : Path (TText8) , [Any sub-class members]
*
* The new name size should be located at: *this + sizeof(NotificationSize) + sizeof(PathSize)
*/
TInt TFsNotification::NewNameSize() const
{
//The only notifications containing a new name are ERename, EVolumeName and EDriveName
__ASSERT_DEBUG((NotificationType() == ERename ||
NotificationType() == EVolumeName ||
NotificationType() == EDriveName),Panic(ENotificationPanic));
TInt* word2 = PtrAdd((TInt*)this, sizeof(TInt));
return ((*word2) >> 16);
}
/*
* The order of the data in the buffer is:
* Word1 : NotificationSize (2 bytes) , PathSize (2 bytes)
* Word2 : NewNameSize (2 bytes) , NotificationType (2 bytes)
* Word3 : UID - NOT YET SUPPORTED
* Word(s) : Path (TText8) , [Any sub-class members]
*
* The path size should be located at *this + sizeof(NotificationSize)
*/
TInt TFsNotification::PathSize() const
{
//Notification of type EOverflow does not have a path associated with it
__ASSERT_DEBUG(NotificationType() != EOverflow,Panic(ENotificationPanic));
TUint ret = (*(TUint*)this & 0x0000FFFF); //Returns the lower 2 bytes of Word1
return (TInt)ret;
}
/*
* The order of the data in the buffer is:
* Word1 : NotificationSize (2 bytes) , PathSize (2 bytes)
* Word2 : NewNameSize (2 bytes) , NotificationType (2 bytes)
* Word3 : UID - NOT YET SUPPORTED
* Word(s) : Path (TText8) , [Any sub-class members]
*
* The size should be located at: *this + KNotificationHeaderSize + Align4(PathSize)
*/
EXPORT_C TInt TFsNotification::FileSize(TInt64& aSize) const
{
if(NotificationType() != EFileChange)
return KErrNotSupported;
aSize = *PtrAdd((TInt64*)this, KNotificationHeaderSize + Align4(PathSize()));
return KErrNone;
}
/*
* The order of the data in the buffer is:
* Word1 : NotificationSize (2 bytes) , PathSize (2 bytes)
* Word2 : NewNameSize (2 bytes) , NotificationType (2 bytes)
* Word3 : UID - NOT YET SUPPORTED
* Word(s) : Path (TText8) , [Any sub-class members]
*
* The path should be located at: *this + KNotificationHeaderSize
*/
EXPORT_C TInt TFsNotification::Path(TPtrC& aPath) const
{
//Notification of type EOverflow does not have a path associated with it
if(NotificationType() == EOverflow)
return KErrNotSupported;
TUint16* pathPtr = PtrAdd((TUint16*)this, KNotificationHeaderSize);
aPath.Set(pathPtr,PathSize()/2);
return KErrNone;
}
/*
* The order of the data in the buffer is:
* Word1 : NotificationSize (2 bytes) , PathSize (2 bytes)
* Word2 : NewNameSize (2 bytes) , NotificationType (2 bytes)
* Word3 : UID - NOT YET SUPPORTED
* Word(s) : Path (TText8) , [Any sub-class members]
*
* The attribute should be located at: *this + KNotificationHeaderSize + Align4(PathSize)
*/
EXPORT_C TInt TFsNotification::Attributes(TUint& aSetAtt, TUint& aClearAtt) const
{
if(NotificationType() != EAttribute)
return KErrNotSupported;
TUint* clearAttptr = PtrAdd((TUint*)this, KNotificationHeaderSize + Align4(PathSize()));
aClearAtt = *clearAttptr;
aSetAtt = *PtrAdd((TUint*)clearAttptr, sizeof(TUint));
return KErrNone;
}
/*
* The order of the data in the buffer is:
* Word1 : NotificationSize (2 bytes) , PathSize (2 bytes)
* Word2 : NewNameSize (2 bytes) , NotificationType (2 bytes)
* Word3 : UID - NOT YET SUPPORTED
* Word(s) : Path (TText8) , [Any sub-class members]
*
* The new name should be located at: *this + KNotificationHeaderSize + Align4(PathSize)
*/
EXPORT_C TInt TFsNotification::NewName(TPtrC& aNewName) const
{
//Only ERename, EVolumeName and EDriveName have second paths
//Notification of type EOverflow does not have a path associated with it
TFsNotificationType notificationType = NotificationType();
if((notificationType != ERename &&
notificationType != EVolumeName &&
notificationType != EDriveName) ||
notificationType == EOverflow)
{
return KErrNotSupported;
}
TUint16* pathPtr = PtrAdd((TUint16*)this, KNotificationHeaderSize + Align4(PathSize()));
aNewName.Set(pathPtr,NewNameSize()/2);
return KErrNone;
}
//==============================================================================
MainContentComponent::MainContentComponent(AudioDeviceManager* manager)
: deviceManager(manager),
synth(keyboardState)
{
Rectangle<int> desktopDimens = Desktop::getInstance().getDisplays().getMainDisplay().totalArea;
setSize (desktopDimens.getWidth(), desktopDimens.getHeight());
// initialize the MidiKeyboardComponent
keyboard = new MidiKeyboardComponent(keyboardState, MidiKeyboardComponent::horizontalKeyboard);
// define the size of the keyboard
keyboard->setBounds(16, 50, getWidth() - 32, 64);
addAndMakeVisible(keyboard);
deviceManager->initialise(0, 2, 0, true);
AudioDeviceManager::AudioDeviceSetup newSettings;
deviceManager->getAudioDeviceSetup(newSettings);
//newSettings.bufferSize = 4096; // larger buffer
//deviceManager->setAudioDeviceSetup(newSettings, true);
// connect the keyboard to the audio input
audioSourcePlayer.setSource(&synth);
deviceManager->addAudioCallback(&audioSourcePlayer);
deviceManager->setMidiInputEnabled("MPK mini", true);
deviceManager->addMidiInputCallback(String::empty, &(synth.midiCollector));
// set the actual displayed text in the labels
String filterStr1 = "Filter 1";
String filterStr2 = "Filter 2";
String mixerStr = "Mixer";
String reverbStr = "Reverb";
String delayStr = "Delay";
String envelopeStr1 = "Envelope 1";
String envelopeStr2 = "Envelope 2";
String LFOStr1 = "LFO 1";
String LFOStr2 = "LFO 2";
NotificationType DontSendNotification = NotificationType(0);
// set up the first row of labels and rotary encoders
// set labels on the screen
filterLabel1.setText(filterStr1, DontSendNotification);
filterLabel2.setText(filterStr2, DontSendNotification);
mixerLabel.setText(mixerStr, DontSendNotification);
reverbLabel.setText(reverbStr, DontSendNotification);
// sound the dimensions and placement of the labels
filterLabel1.setBounds( 15, 125, 80, 25 );
filterLabel2.setBounds( 140, 125, 80, 25 );
mixerLabel.setBounds( 275, 125, 80, 25 );
reverbLabel.setBounds( 410, 125, 80, 25 );
// make the labels visible
addAndMakeVisible(filterLabel1);
addAndMakeVisible(filterLabel2);
addAndMakeVisible(mixerLabel);
addAndMakeVisible(reverbLabel);
// now set the style of the rotary encoders
filterSlider1.setSliderStyle(Slider::SliderStyle::Rotary);
filterSlider2.setSliderStyle(Slider::SliderStyle::Rotary);
mixerSlider.setSliderStyle(Slider::SliderStyle::Rotary);
reverbSlider.setSliderStyle(Slider::SliderStyle::Rotary);
// set the dimensions and placement of the rotary encoders
filterSlider1.setBounds( 10, 155, 80, 50 );
filterSlider2.setBounds( 135, 155, 80, 50 );
mixerSlider.setBounds( 270, 155, 80, 50 );
reverbSlider.setBounds( 405, 155, 80, 50 );
// make the rotary encoders visible
addAndMakeVisible(filterSlider1);
addAndMakeVisible(filterSlider2);
addAndMakeVisible(mixerSlider);
addAndMakeVisible(reverbSlider);
// start up the second row
// set labels on the screen
envelopeLabel1.setText(envelopeStr1, DontSendNotification);
envelopeLabel2.setText(envelopeStr2, DontSendNotification);
LFOLabel1.setText(LFOStr1, DontSendNotification);
LFOLabel2.setText(LFOStr2, DontSendNotification);
// sound the dimensions and placements of the labels
envelopeLabel1.setBounds( 10, 205, 80, 25 );
envelopeLabel2.setBounds( 135, 205, 80, 25 );
LFOLabel1.setBounds( 275, 205, 80, 25 );
LFOLabel2.setBounds( 410, 205, 80, 25 );
// make the labels visible
// addAndMakeVisible(envelopeLabel1);
// addAndMakeVisible(envelopeLabel2);
// addAndMakeVisible(LFOLabel1);
// addAndMakeVisible(LFOLabel2);
// now set the style of the rotary encoders
envelopeSlider1.setSliderStyle(Slider::SliderStyle::Rotary);
envelopeSlider2.setSliderStyle(Slider::SliderStyle::Rotary);
LFOSlider1.setSliderStyle(Slider::SliderStyle::Rotary);
LFOSlider2.setSliderStyle(Slider::SliderStyle::Rotary);
// set the dimensions and placement of the rotary encoders
envelopeSlider1.setBounds( 10, 205, 80, 50 );
envelopeSlider2.setBounds( 135, 205, 80, 50 );
LFOSlider1.setBounds( 270, 205, 80, 50 );
LFOSlider2.setBounds( 405, 205, 80, 50 );
// make the rotary encoders visible
//addAndMakeVisible(envelopeSlider1);
//addAndMakeVisible(envelopeSlider2);
//addAndMakeVisible(LFOSlider1);
//addAndMakeVisible(LFOSlider2);
}
CreationFailed::CreationFailed(Twainet::Module module, CreationFailed::CreationType type)
: NotificationMessage(module, NotificationType(MODULE_CREATION_FAILED + type))
, m_type(type)
{
}
void CLogitechMediaServer::UpdateNodeStatus(const LogitechMediaServerNode &Node, const _eMediaStatus nStatus, const std::string sStatus, bool bPingOK)
{
//Find out node, and update it's status
std::vector<LogitechMediaServerNode>::iterator itt;
for (itt = m_nodes.begin(); itt != m_nodes.end(); ++itt)
{
if (itt->ID == Node.ID)
{
//Found it
//Retrieve devicename instead of playername in case it was renamed...
std::string sDevName = itt->Name;
std::vector<std::vector<std::string> > result;
result = m_sql.safe_query("SELECT Name FROM DeviceStatus WHERE DeviceID=='%q'", itt->szDevID);
if (result.size() == 1) {
std::vector<std::string> sd = result[0];
sDevName = sd[0];
}
bool bUseOnOff = false;
if (((nStatus == MSTAT_OFF) && bPingOK) || ((nStatus != MSTAT_OFF) && !bPingOK)) bUseOnOff = true;
time_t atime = mytime(NULL);
itt->LastOK = atime;
if ((itt->nStatus != nStatus) || (itt->sStatus != sStatus))
{
// 1: Update the DeviceStatus
if ((nStatus == MSTAT_PLAYING) || (nStatus == MSTAT_PAUSED) || (nStatus == MSTAT_STOPPED))
_log.Log(LOG_NORM, "Logitech Media Server: (%s) %s - '%s'", Node.Name.c_str(), Media_Player_States(nStatus), sStatus.c_str());
else
_log.Log(LOG_NORM, "Logitech Media Server: (%s) %s", Node.Name.c_str(), Media_Player_States(nStatus));
struct tm ltime;
localtime_r(&atime, <ime);
char szLastUpdate[40];
sprintf(szLastUpdate, "%04d-%02d-%02d %02d:%02d:%02d", ltime.tm_year + 1900, ltime.tm_mon + 1, ltime.tm_mday, ltime.tm_hour, ltime.tm_min, ltime.tm_sec);
std::vector<std::vector<std::string> > result;
result = m_sql.safe_query("UPDATE DeviceStatus SET nValue=%d, sValue='%q', LastUpdate='%q' WHERE (HardwareID == %d) AND (DeviceID == '%q') AND (Unit == 1) AND (SwitchType == %d)",
int(nStatus), sStatus.c_str(), szLastUpdate, m_HwdID, itt->szDevID, STYPE_Media);
// 2: Log the event if the actual status has changed
std::string sShortStatus = sStatus;
if ((itt->nStatus != nStatus) || (itt->sShortStatus != sShortStatus))
{
std::string sLongStatus = Media_Player_States(nStatus);
if ((nStatus == MSTAT_PLAYING) || (nStatus == MSTAT_PAUSED) || (nStatus == MSTAT_STOPPED))
if (sShortStatus.length()) sLongStatus += " - " + sShortStatus;
result = m_sql.safe_query("INSERT INTO LightingLog (DeviceRowID, nValue, sValue) VALUES (%d, %d, '%q')", itt->ID, int(nStatus), sLongStatus.c_str());
}
// 3: Trigger On/Off actions
if (bUseOnOff)
{
result = m_sql.safe_query("SELECT StrParam1,StrParam2 FROM DeviceStatus WHERE (HardwareID==%d) AND (ID = '%q') AND (Unit == 1)", m_HwdID, itt->szDevID);
if (result.size() > 0)
{
m_sql.HandleOnOffAction(bPingOK, result[0][0], result[0][1]);
}
}
// 4: Trigger Notifications & events on status change
if (itt->nStatus != nStatus)
{
m_notifications.CheckAndHandleNotification(itt->ID, sDevName, NotificationType(nStatus), sStatus.c_str());
m_mainworker.m_eventsystem.ProcessDevice(m_HwdID, itt->ID, 1, int(pTypeLighting2), int(sTypeAC), 12, 100, int(nStatus), sStatus.c_str(), sDevName, 0);
}
itt->nStatus = nStatus;
itt->sStatus = sStatus;
itt->sShortStatus = sShortStatus;
}
break;
}
}
}
