GNTicker - Revision history

Vassia Atanassova at 09:22, 30 April 2009

2009-04-30T09:22:21Z

← Older revision		Revision as of 12:22, 30 April 2009
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	This version of GNTicker interpreter is an executable which needs the following files to operate:		This version of GNTicker interpreter is an executable which needs the following files to operate:
	* gnticker.exe – the interpreter		* gnticker.exe – the interpreter
	* [[~~gnschema~~.xsd]] – not described here		* [[GNschema.xsd]] – not described here
	* xerces-c_2_1_0.dll – Xerces XML interface library		* xerces-c_2_1_0.dll – Xerces XML interface library
	In order to run a GN use the following command line syntax:		In order to run a GN use the following command line syntax:

Vassia Atanassova: - moved to GN XML format

2009-04-27T18:56:59Z

- moved to GN XML format

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Vassia Atanassova: /* References */ +cat

2009-04-27T15:24:53Z

References: +cat

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	* [http://debian.fmi.uni-sofia.bg/~spooler/wiki/index.php?title=Main_Page GNTicker Wiki]		* [http://debian.fmi.uni-sofia.bg/~spooler/wiki/index.php?title=Main_Page GNTicker Wiki]

			[[Category:Generalized nets]]
	[[Category:Software]]		[[Category:Software]]

Vassia Atanassova at 15:23, 27 April 2009

2009-04-27T15:23:10Z

← Older revision		Revision as of 18:23, 27 April 2009
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	</gn>		</gn>
	</source>		</source>

			== GNTicker runtime ==
			=== GN time moments ===
			=== GNTicker tracing capabilities ===

	== See also ==		== See also ==

Vassia Atanassova at 15:18, 27 April 2009

2009-04-27T15:18:11Z

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Vassia Atanassova at 15:16, 27 April 2009

2009-04-27T15:16:11Z

← Older revision		Revision as of 18:16, 27 April 2009
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			<div style="float:right; margin-left: .5em">__TOC__</div>
	'''GNTicker''' is an [http://en.wikipedia.org/wiki/Interpreter_(computing) interpreter] for a certain kind of [[reduced generalized nets\|reduced]] [[generalized nets]] (GN). It can be run as a standalone program or as a server, which allows simultaneous execution of multiple GN models. The software application is written in C++ for CLBME by [[Kalin Georgiev]] and [[Trifon Trifonov]].		'''GNTicker''' is an [http://en.wikipedia.org/wiki/Interpreter_(computing) interpreter] for a certain kind of [[reduced generalized nets\|reduced]] [[generalized nets]] (GN). It can be run as a standalone program or as a server, which allows simultaneous execution of multiple GN models. The software application is written in C++ for CLBME by [[Kalin Georgiev]] and [[Trifon Trifonov]].

Vassia Atanassova at 15:15, 27 April 2009

2009-04-27T15:15:23Z

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Vassia Atanassova at 11:03, 4 November 2008

2008-11-04T11:03:02Z

← Older revision		Revision as of 14:03, 4 November 2008
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	'''GNTicker''' is an interpreter for a certain kind of [[reduced generalized nets\|reduced]] [[generalized nets]] (GN). It can be run as a standalone program or as a server, which allows simultaneous execution of multiple GN models. The software application is written in C++ for CLBME by [[Kalin Georgiev]] and [[Trifon Trifonov]].		'''GNTicker''' is an [http://en.wikipedia.org/wiki/Interpreter_(computing) interpreter] for a certain kind of [[reduced generalized nets\|reduced]] [[generalized nets]] (GN). It can be run as a standalone program or as a server, which allows simultaneous execution of multiple GN models. The software application is written in C++ for CLBME by [[Kalin Georgiev]] and [[Trifon Trifonov]].

	Generalized net models are described (or coded, programmed) on two levels. First of all, the structure of the model is defined in an XML file. This definition includes description of the GN’s [[transition]]s, [[place]]s, [[token]]s and [[index matrix\|matrices]]. Each GN component is given a unique name (identifier) and the structure of the XML definition allows the interpreter to extract information about the relations between those components. In the place definitions and predicate matrix definitions, characteristic functions and predicates are only referred by their names. Their actual definitions come in the second part of the GN code – the [[GNTCFL]] program.		Generalized net models are described (or coded, programmed) on two levels. First of all, the structure of the model is defined in an XML file. This definition includes description of the GN’s [[transition]]s, [[place]]s, [[token]]s and [[index matrix\|matrices]]. Each GN component is given a unique name (identifier) and the structure of the XML definition allows the interpreter to extract information about the relations between those components. In the place definitions and predicate matrix definitions, characteristic functions and predicates are only referred by their names. Their actual definitions come in the second part of the GN code – the [[GNTCFL]] program.

	GNTCFL is a language with Lisp-like syntax developed especially for GNTicker. A GNTCFL program is a set of function definitions that can be used as characteristic functions and predicates as well as user defined utility functions.		GNTCFL is a language with [http://en.wikipedia.org/wiki/Lisp_(programming_language) Lisp]-like syntax developed especially for GNTicker. A GNTCFL program is a set of function definitions that can be used as characteristic functions and predicates as well as user defined utility functions.

	The XML definition of a GN model structure and the GNTCFL program with definitions of characteristic functions and predicates form the complete GN code which can be “executed” by GNTicker. The “execution” process is actually an interpretation of the definitions and a calculation of token characteristic for each step of some GN’s life. GNTCFL provides certain tracing capabilities that allow characteristics of various tokens to be printed to the standard output or sent to another process and eventually recorded to form the “result” of the GN’s execution. The recorded data can be visualized later, or during the GN model execution. The MS Windows version of GNTicker has primitive support for real-time visualization of function graphics.		The XML definition of a GN model structure and the GNTCFL program with definitions of characteristic functions and predicates form the complete GN code which can be “executed” by GNTicker. The “execution” process is actually an interpretation of the definitions and a calculation of token characteristic for each step of some GN’s life. GNTCFL provides certain tracing capabilities that allow characteristics of various tokens to be printed to the standard output or sent to another process and eventually recorded to form the “result” of the GN’s execution. The recorded data can be visualized later, or during the GN model execution. The MS Windows version of GNTicker has primitive support for real-time visualization of function graphics.
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	== References ==		== References ==
	* [http://debian.fmi.uni-sofia.bg/~spooler/gnticker/GNticker.pdf GNTicker v0.2 - A Brief Description]		* [http://debian.fmi.uni-sofia.bg/~spooler/gnticker/GNticker.pdf GNTicker v0.2 - A Brief Description]
			* [http://debian.fmi.uni-sofia.bg/~spooler/gnticker/ More about GNTicker]
			* [http://debian.fmi.uni-sofia.bg/~spooler/wiki/index.php?title=Main_Page GNTicker Wiki]

	[[Category:Software]]		[[Category:Software]]
	{{stub}}		{{stub}}

Vassia Atanassova: New page: '''GNTicker''' is an interpreter for a certain kind of reduced generalized nets (GN). It can be run as a standalone program or as a server, which allows si...

2008-11-04T10:59:20Z

New page: '''GNTicker''' is an interpreter for a certain kind of reduced generalized nets (GN). It can be run as a standalone program or as a server, which allows si...

New page

'''GNTicker''' is an interpreter for a certain kind of [[reduced generalized nets|reduced]] [[generalized nets]] (GN). It can be run as a standalone program or as a server, which allows simultaneous execution of multiple GN models. The software application is written in C++ for CLBME by [[Kalin Georgiev]] and [[Trifon Trifonov]].

Generalized net models are described (or coded, programmed) on two levels. First of all, the structure of the model is defined in an XML file. This definition includes description of the GN’s [[transition]]s, [[place]]s, [[token]]s and [[index matrix|matrices]]. Each GN component is given a unique name (identifier) and the structure of the XML definition allows the interpreter to extract information about the relations between those components. In the place definitions and predicate matrix definitions, characteristic functions and predicates are only referred by their names. Their actual definitions come in the second part of the GN code – the [[GNTCFL]] program.

GNTCFL is a language with Lisp-like syntax developed especially for GNTicker. A GNTCFL program is a set of function definitions that can be used as characteristic functions and predicates as well as user defined utility functions.

The XML definition of a GN model structure and the GNTCFL program with definitions of characteristic functions and predicates form the complete GN code which can be “executed” by GNTicker. The “execution” process is actually an interpretation of the definitions and a calculation of token characteristic for each step of some GN’s life. GNTCFL provides certain tracing capabilities that allow characteristics of various tokens to be printed to the standard output or sent to another process and eventually recorded to form the “result” of the GN’s execution. The recorded data can be visualized later, or during the GN model execution. The MS Windows version of GNTicker has primitive support for real-time visualization of function graphics.

== References ==
* [http://debian.fmi.uni-sofia.bg/~spooler/gnticker/GNticker.pdf GNTicker v0.2 - A Brief Description]

[[Category:Software]]
{{stub}}