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virtual ito::RetVal | startDevice (ItomSharedSemaphore *waitCond) |
| method to start the device - i.e. get ready to record data
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virtual ito::RetVal | stopDevice (ItomSharedSemaphore *waitCond) |
| method to stop the device, it is no longer possible to acquire data
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virtual ito::RetVal | acquire (const int trigger, ItomSharedSemaphore *waitCond=NULL) |
| freeze the current data and prepare it for retrieval
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virtual ito::RetVal | stop (ItomSharedSemaphore *waitCond=NULL) |
| stops a continuous acquisition (usually only required by AD/DA converters). This method has not to be implemented in every plugin. New from itom.AddIn.Interface/4.0.0 on
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virtual ito::RetVal | getVal (void *data, ItomSharedSemaphore *waitCond=NULL) |
| read data from the device into a dataObject (which is passed as void pointer actually). Output is a shallow-copy to the grabber internal buffer-object.
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virtual ito::RetVal | getVal (QSharedPointer< char > data, QSharedPointer< int > length, ItomSharedSemaphore *waitCond=NULL) |
| read data from the device into a "raw data pointer" (in this case a char * is passed, pointing to the start of the preallocated memory)
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virtual ito::RetVal | copyVal (void *dObj, ItomSharedSemaphore *waitCond) |
| read data from the device into a dataObject (which is passed as void pointer actually). Output is a deep-copy to the grabber internal object.
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virtual ito::RetVal | setVal (const char *data, const int length, ItomSharedSemaphore *waitCond=NULL) |
| write data, e.g. to the DA part of an ADDA card
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ito::RetVal | enableAutoGrabbing (ItomSharedSemaphore *waitCond=NULL) |
| enables the timer for auto grabbing (live image), if any live image has signed on (usually this method must not be overwritten)
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ito::RetVal | disableAutoGrabbing (ItomSharedSemaphore *waitCond=NULL) |
| disables the timer for auto grabbing (live image) (usually this method must not be overwritten)
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ito::RetVal | setAutoGrabbingInterval (QSharedPointer< int > interval, ItomSharedSemaphore *waitCond=NULL) |
| sets a new interval for the auto-grabbing timer (in ms). If interval <= 0 is passed, nothing is changed, but the current interval is returned. This method does not enable or disable the timer.
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ito::RetVal | startDeviceAndRegisterListener (QObject *obj, ItomSharedSemaphore *waitCond=NULL) |
| starts device and registers obj as listener (live image). This listener must have a slot void setSource(QSharedPointer<ito::DataObject>, ItomSaredSemaphore).
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ito::RetVal | stopDeviceAndUnregisterListener (QObject *obj, ItomSharedSemaphore *waitCond=NULL) |
| stops device and unregisters obj (live image).
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virtual ito::RetVal | init (QVector< ito::ParamBase > *paramsMand, QVector< ito::ParamBase > *paramsOpt, ItomSharedSemaphore *waitCond=NULL)=0 |
| method for the initialisation of a new instance of the class (must be overwritten)
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virtual ito::RetVal | close (ItomSharedSemaphore *waitCond)=0 |
| method for closing an instance (must be overwritten)
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virtual ito::RetVal | getParam (QSharedPointer< ito::Param > val, ItomSharedSemaphore *waitCond=NULL)=0 |
| method for the retrieval of a parameter. The actual value is always passed as ito::Param (must be overwritten). See also setParam
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virtual ito::RetVal | setParam (QSharedPointer< ito::ParamBase > val, ItomSharedSemaphore *waitCond=NULL)=0 |
| method to set a parameter. The actual value is always passed as ito::ParamBase (must be overwritten). See also getParam
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ito::RetVal | setParamVector (const QVector< QSharedPointer< ito::ParamBase > > values, ItomSharedSemaphore *waitCond=NULL) |
| method for setting various parameters (can be used instead of multiple calls to setParam, this can safe multiple invocations)
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ito::RetVal | getParamVector (const QVector< QSharedPointer< ito::Param > > values, ItomSharedSemaphore *waitCond=NULL) |
| method for getting various parameters (can be used instead of multiple calls to getParam, this can safe multiple invocations)
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virtual ito::RetVal | execFunc (const QString funcName, QSharedPointer< QVector< ito::ParamBase > > paramsMand, QSharedPointer< QVector< ito::ParamBase > > paramsOpt, QSharedPointer< QVector< ito::ParamBase > > paramsOut, ItomSharedSemaphore *waitCond=NULL) |
| overwrite this function if you registered exec funcs. Once the exec function is called, this method is executed.
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ito::RetVal | moveBackToApplicationThread (ItomSharedSemaphore *waitCond=NULL) |
| method invoked by AddInManager if the plugin should be pulled back to the main thread of itom. (not for direct use in plugins)
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void | sendParameterRequest () |
| immediately emits the signal parametersChanged
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int | getAutoGrabbing () |
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const Param | getParamRec (const QString name, bool *nameCheckOk=NULL) const |
| method to retrieve a parameter from the parameter map (m_params)
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AddInInterfaceBase * | getBasePlugin (void) const |
| returns the interface of this instance.
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ito::RetVal | MoveToThread (void) |
| creates new thread for the class instance and moves this instance to the new thread
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const ito::RetVal | getParamList (QMap< QString, Param > **paramNames) |
| returns a map with the parameters of this plugin.
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const ito::RetVal | getExecFuncList (QMap< QString, ExecFuncParams > **funcs) |
| returns list of registered additional functions
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int | getID () const |
| retrieve the uniqueID of this instance
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QString | getIdentifier () const |
| retrieve the unique identifier of this instance
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virtual int | hasConfDialog (void) |
| determine if a configuration dialog is available
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virtual const ito::RetVal | showConfDialog (void) |
| open configuration dialog
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int | createdByGUI () const |
| returns true if this instance has firstly been created by the GUI
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void | setCreatedByGUI (int value) |
| method to set whether this instance has been firstly created by the GUI (true) or by any other component (Python, C++, other plugin,..) (false)
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int | getRefCount (void) const |
| Returns the reference counter of this instance.
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bool | hasDockWidget (void) const |
| Returns true if this plugin provides a dock widget, that can be shown in the main window.
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QDockWidget * | getDockWidget (void) const |
| Returns the reference to the dock widget of this plugin or NULL, if no dock widget is provided or if it is already deleted.
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virtual void | dockWidgetDefaultStyle (bool &floating, bool &visible, Qt::DockWidgetArea &defaultArea) const |
| returns default style properties for dock-widget of plugin
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int | isAlive (void) |
| returns the alive-flag of this plugin
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void | setAlive (void) |
| sets the alive-flag to 1 ("still alive")
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bool | isInitialized (void) const |
| returns in a thread-safe way the status of the m_initialized-member variable. This variable should be set to true at the end of the init-method.
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void | setInitialized (bool initialized) |
| sets in a thread-safe way the status of the m_initialized-member
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QVector< ito::AddInBase::AddInRef * > * | getArgAddIns (void) |
| returns vector of AddInRef instances.
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QMutex & | getUserMutex () |
| returns the user mutex of this plugin, that can be used for user-defined purposes.
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void | runStatusChanged (bool deviceStarted) |
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| AddInBase () |
| Constructor.
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virtual | ~AddInBase () |
| Destructor.
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void | setIdentifier (const QString &identifier) |
| sets the identifier of the plugin. The slot AbstractAddInDockWidget::identifierChanged is invoked if a corresponding dock widget is available.
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void | createDockWidget (QString title, QDockWidget::DockWidgetFeatures features, Qt::DockWidgetAreas allowedAreas=Qt::AllDockWidgetAreas, QWidget *content=NULL) |
| Creates the dock-widget for this plugin.
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ito::RetVal | registerExecFunc (const QString funcName, const QVector< ito::Param > ¶msMand, const QVector< ito::Param > ¶msOpt, const QVector< ito::Param > ¶msOut, const QString infoString) |
| Registers an additional function with specific name and default parameters.
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void | setBasePlugin (AddInInterfaceBase *base) |
| sets the interface of this instance to base.
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bool | hasGuiSupport () |
| check if we have gui support
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base class for all dataIO plugin classes
This class is one step further down the line from AddInBase. DataIO plugins must be derived from this class which is derived from AddInBase. In this class only the methods specific to dataIO plugins are declared. A dataIO device (e.g. a framegrabber / camera) should use this sequence to operate:
- startDevice - device is now ready to acquire data
- acquire - now a data set is freezed and prepared for retrieval
- getVal - method to retrieve the previously freezed data (shallow copy, if you want to work with this data, make a deep copy)
- stopDevice - acquisition is stopped, device is no longer ready to record data
the steps 2. and 3. can be repeated until the desired number of "frames" has been read. The device should be only started once before the first acquisition of a sequence and stop only at their end. The device itself MUST NOT allocate memory for the data to be stored. This HAS TO BE DONE in the main program or in the calling method!
If a live image is listening this device, its source node calls startDeviceAndRegisterListener. If the autoGrabbing-flag is enabled, a timer will be started, which triggers the method 'timerEvent' (should be implemented by any camera). If this flag is disabled, the live image is registered, but no images will be regularly acquired. In this case, only manually taken images will be passed to any registered source node. If the flag is enabled again, the timer is restarted and every live image will automatically get new images. This is done by invoking the slot 'setSource' of every registered source node.
Every camera will only return shallow copies of its internal image both to the live image and to the user. This image can be read by everybody. If the user wants to change values in this image, he should make a deep copy first.