Message.h File Reference

#include <osg/Referenced>
#include <osg/Timer>
#include <osg/Vec2>
#include <osg/Vec3>
#include <osg/Vec4>
#include <osg/Quat>
#include <osg/Matrix>
#include <osg/Node>
#include <vrecko/Export>
#include <fstream>
#include <string>
#include <map>
#include <vector>
#include <xercesc/dom/DOMNode.hpp>

Go to the source code of this file.

Classes
class	vrecko::VreckoMessage
class	vrecko::MessageVoid
class	vrecko::MessageSensorTransformation

Namespaces
namespace	vrecko
	Second level of space paritioning queries - detailed searching inside object.

Macros
#define	VRECKO_START_MESSAGE_BASE(messageName, dataType)
#define	VRECKO_START_MESSAGE_EXTENDED(messageName, dataType)
#define	VRECKO_END_MESSAGE   };

Enumerations
enum	vrecko::EventType { vrecko::NORMAL_EVENT, vrecko::PRIORITY_EVENT, vrecko::EXPRESS_EVENT }
	Type of the event. More...

Functions
virtual bool	vrecko::setValueFromString (const char *valueAsString)
VRECKO_END_MESSAGE	vrecko::MessageString (const std::string &_data)
	vrecko::MessageString (const char *_data)
virtual bool	vrecko::isEqualTo (VreckoMessage *otherMsg)
VRECKO_END_MESSAGE	vrecko::MessageVec2 (const osg::Vec2 &_data)
VRECKO_END_MESSAGE	vrecko::MessageVec3 (const osg::Vec3 &_data)
VRECKO_END_MESSAGE	vrecko::MessageVec4 (const osg::Vec4 &_data)
VRECKO_END_MESSAGE	vrecko::MessageQuat (const osg::Quat &_data)
VRECKO_END_MESSAGE	vrecko::MessageMatrix (const osg::Matrix &_data)
VRECKO_END_MESSAGE	vrecko::MessageNodeList (const std::vector< osg::Node * > &_data)
VRECKO_END_MESSAGE	vrecko::MessageNode (osg::Node *newNode)
	vrecko::MessageXMLNode (XERCES_CPP_NAMESPACE_QUALIFIER DOMNode *newNode)

Variables
VRECKO_END_MESSAGE class XERCES_CPP_NAMESPACE_QUALIFIER	vrecko::DOMNode

Detailed Description

Author

Vit Kovalcik (previously Jan Flasar, Ludek Pokluda, but that was a DIFFERENT Message)

Date

2011

Macro Definition Documentation

#define VRECKO_END_MESSAGE   };

Ending macro for message declaration/definition.

You have to start the definition with either VRECKO_START_MESSAGE_BASE or VRECKO_START_MESSAGE_EXTENDED.

#define VRECKO_START_MESSAGE_BASE	(		messageName,
			dataType
	)

Value:

class messageName : public vrecko::VreckoMessage { \
public: \
    messageName() {}; \
    virtual const char* getMessageId() { return #messageName; } \
    dataType data;

Macro for quick declaration/definition of new simple messages.

The messages are descendants of the vrecko::VreckoMessage. The new message have single variable, called data, which is of the specified type. The default constructor and getMessageId() methods are prepared automatically.

Don't forget to end the message block with the VRECKO_END_MESSAGE macro.

You can also use the VRECKO_START_MESSAGE_EXTENDED to make the definition even simpler.

#define VRECKO_START_MESSAGE_EXTENDED	(		messageName,
			dataType
	)

Value:

VRECKO_START_MESSAGE_BASE(messageName, dataType) \
        messageName(dataType newData) { data = newData; }; \
        virtual bool isEqualTo(messageName *otherMsg) { return (data == (otherMsg)->data); }; \

Macro for quick declaration/definition of new simple messages.

This macro is similar to VRECKO_START_MESSAGE_BASE, but also adds another constructor to quickly initialize the message with a specified value and the isEqualTo() method (works for data types with defined operator == ).

Don't forget to end the message block with the VRECKO_END_MESSAGE macro.