#include <MMDevice.h>

Public Member Functions
virtual int	LogMessage (const Device caller, const char msg, bool debugOnly) const =0

virtual Device *	GetDevice (const Device caller, const char label)=0

virtual int	GetDeviceProperty (const char deviceName, const char propName, char *value)=0

virtual int	SetDeviceProperty (const char deviceName, const char propName, const char *value)=0

virtual void	GetLoadedDeviceOfType (const Device caller, MM::DeviceType devType, char pDeviceName, const unsigned int deviceIterator)=0
	Get the names of currently loaded devices of a given type.

virtual int	SetSerialProperties (const char portName, const char answerTimeout, const char baudRate, const char delayBetweenCharsMs, const char handshaking, const char parity, const char *stopBits)=0

virtual int	SetSerialCommand (const Device caller, const char portName, const char command, const char term)=0

virtual int	GetSerialAnswer (const Device caller, const char portName, unsigned long ansLength, char answer, const char term)=0

virtual int	WriteToSerial (const Device caller, const char port, const unsigned char *buf, unsigned long length)=0

virtual int	ReadFromSerial (const Device caller, const char port, unsigned char *buf, unsigned long length, unsigned long &read)=0

virtual int	PurgeSerial (const Device caller, const char portName)=0

virtual MM::PortType	GetSerialPortType (const char *portName) const =0

virtual int	OnPropertiesChanged (const Device *caller)=0

virtual int	OnPropertyChanged (const Device caller, const char propName, const char *propValue)=0

virtual int	OnStagePositionChanged (const Device *caller, double pos)=0

virtual int	OnXYStagePositionChanged (const Device *caller, double xPos, double yPos)=0

virtual int	OnExposureChanged (const Device *caller, double newExposure)=0

virtual int	OnSLMExposureChanged (const Device *caller, double newExposure)=0

virtual int	OnMagnifierChanged (const Device *caller)=0

virtual int	OnShutterOpenChanged (const Device *caller, bool open)=0

virtual unsigned long	GetClockTicksUs (const Device *caller)=0

virtual MM::MMTime	GetCurrentMMTime ()=0

virtual int	AcqFinished (const Device *caller, int statusCode)=0

virtual int	PrepareForAcq (const Device *caller)=0

virtual int	InsertImage (const Device caller, const unsigned char buf, unsigned width, unsigned height, unsigned byteDepth, unsigned nComponents, const char *serializedMetadata, const bool doProcess=true)=0

virtual int	InsertImage (const Device caller, const unsigned char buf, unsigned width, unsigned height, unsigned byteDepth, const char *serializedMetadata=nullptr, const bool doProcess=true)=0

virtual bool	InitializeImageBuffer (unsigned channels, unsigned slices, unsigned int w, unsigned int h, unsigned int pixDepth)=0

	MM_DEPRECATED (virtual int GetFocusPosition(double &pos))=0

	MM_DEPRECATED (virtual MM::SignalIO GetSignalIODevice(const MM::Device caller, const char *deviceName))=0

virtual MM::Hub *	GetParentHub (const MM::Device *caller) const =0

Detailed Description

Callback API to the core control module. Devices use this abstract interface to use Core services

Member Function Documentation

◆ GetDevice()

virtual Device * MM::Core::GetDevice	(	const Device *	caller,
		const char *	label
	)

pure virtual

Callback that allows this device adapter to get a pointer to another device. Be aware of potential threading issues. Provide a valid label for the device and receive a pointer to the desired device.

Referenced by CDeviceBase< T, U >::GetDevice().

◆ GetLoadedDeviceOfType()

virtual void MM::Core::GetLoadedDeviceOfType	(	const Device *	caller,
		MM::DeviceType	devType,
		char *	pDeviceName,
		const unsigned int	deviceIterator
	)

pure virtual

Get the names of currently loaded devices of a given type.

If deviceIterator exceeds or is equal to the number of currently loaded devices of type devType, an empty string is returned.

Parameters

[in]	devType	- the device type
[out]	pDeviceName	- buffer in which device name will be returned
[in]	deviceIterator	- index of device (within the given type)

Referenced by CDeviceBase< T, U >::GetLoadedDeviceOfType().

◆ InsertImage() [1/2]

virtual int MM::Core::InsertImage	(	const Device *	caller,
		const unsigned char *	buf,
		unsigned	width,
		unsigned	height,
		unsigned	byteDepth,
		const char *	serializedMetadata = `nullptr`,
		const bool	doProcess = `true`
	)

pure virtual

Same as the overload with the added nComponents parameter.

Assumes nComponents == 1 (grayscale).

◆ InsertImage() [2/2]

virtual int MM::Core::InsertImage	(	const Device *	caller,
		const unsigned char *	buf,
		unsigned	width,
		unsigned	height,
		unsigned	byteDepth,
		unsigned	nComponents,
		const char *	serializedMetadata,
		const bool	doProcess = `true`
	)

pure virtual

Cameras must call this function during sequence acquisition to send each frame to the Core.

byteDepth: 1 or 2 for grayscale images; 4 for BGR_

nComponents: 1 for grayscale; 4 for BGR_ (_: unused component)

serializedMetadata: must be the result of md.serialize().c_str() (md being an instance of Metadata)

doProcess: must be true, except for the case mentioned below

Legacy note: Previously, cameras were required to perform special handling when InsertImage() returns DEVICE_BUFFER_OVERFLOW and stopOnOverflow == false. However, InsertImage() no longer ever returns that particular error when stopOnOverflow == false. So cameras should always just stop the acquisition if InsertImage() returns any error.

◆ LogMessage()

virtual int MM::Core::LogMessage	(	const Device *	caller,
		const char *	msg,
		bool	debugOnly
	)		const

pure virtual

Logs a message (msg) in the Corelog output, labeled with the device name (derived from caller). If debugOnly flag is true, the output will only be logged if the general system has been set to output debug logging.

Referenced by CDeviceBase< T, U >::LogMessage(), CDeviceBase< T, U >::LogMessage(), CDeviceBase< T, U >::LogMessageCode(), and CDeviceBase< T, U >::LogTimeDiff().

◆ OnExposureChanged()

virtual int MM::Core::OnExposureChanged	(	const Device *	caller,
		double	newExposure
	)

pure virtual

When the exposure time has changed, use this callback to inform the UI

◆ OnMagnifierChanged()

virtual int MM::Core::OnMagnifierChanged ( const Device * caller )

pure virtual

Magnifiers can use this to signal changes in magnification

◆ OnPropertyChanged()

virtual int MM::Core::OnPropertyChanged	(	const Device *	caller,
		const char *	propName,
		const char *	propValue
	)

pure virtual

Callback to signal the UI that a property changed The Core will check if groups or pixel size changed as a consequence of the change of this property and inform the UI

Referenced by CDeviceBase< T, U >::OnPropertyChanged().

◆ OnShutterOpenChanged()

virtual int MM::Core::OnShutterOpenChanged	(	const Device *	caller,
		bool	open
	)

pure virtual

Signals that the shutter opened or closed

◆ OnSLMExposureChanged()

virtual int MM::Core::OnSLMExposureChanged	(	const Device *	caller,
		double	newExposure
	)

pure virtual

When the SLM exposure time has changed, use this callback to inform the UI

◆ OnStagePositionChanged()

virtual int MM::Core::OnStagePositionChanged	(	const Device *	caller,
		double	pos
	)

pure virtual

If the stage is aware that it has reached a new position, it should call this callback to signal the UI

◆ OnXYStagePositionChanged()

virtual int MM::Core::OnXYStagePositionChanged	(	const Device *	caller,
		double	xPos,
		double	yPos
	)

pure virtual

If an XY stage is aware that it has reached a new position, it should call this callback to signal the UI

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

MMDevice.h

Public Member Functions

Detailed Description

Member Function Documentation

◆ GetDevice()

◆ GetLoadedDeviceOfType()

◆ InsertImage() [1/2]

◆ InsertImage() [2/2]

◆ LogMessage()

◆ OnExposureChanged()

◆ OnMagnifierChanged()

◆ OnPropertyChanged()

◆ OnShutterOpenChanged()

◆ OnSLMExposureChanged()

◆ OnStagePositionChanged()

◆ OnXYStagePositionChanged()