Method and apparatus for creating executable code for object-oriented objects having finite state machine

Claim 3

The method of claim 1, wherein said object state transition assigning comprises assigning a data condition and an action.

Claim 4

The method of claim 2, wherein said action comprises assigning a transition method name with at least one of a call function, signal function, or spawn function to the transition method name, or assigning a nullification function according to the predefined application.

Claim 5

The method of claim 1, wherein said generated application shell code is operable with other object-oriented systems via an object-oriented messaging system.

Claim 6

The method of claim 4, further comprising: assigning a machine name to an assigned object name wherein said machine name identifies an object-oriented system connected to the object-oriented messaging system; and assigning a server name to the assigned machine name.

Claim 7

The method of claim 5, wherein said server name identifies a server on the object-oriented system represented by said assigned machine name.

Claim 8

The method of claim 5, wherein said generated application shell code is operable in the assigned server.

Claim 9

An object-oriented system for automatically generating application shell code, said system comprising a processor with an operating system running thereon, at least one user interface device, memory and a display device, said system further comprising: (a) a graphical interface tool, operating in the operating system and displayed on the display device, for creating object-oriented objects for use in a predefined application, wherein said graphical interface tool comprises: (1) a first assigning means for assigning an object name; (2) a second assigning means for assigning data names to the assigned object name according to predetermined requirements; (3) a third assigning means for assigning method names to the assigned object name according to predetermined requirements; and (4) a fourth assigning means for assigning control information to said assigned object name according to said predefined application, wherein said fourth assigning means of the graphical interface tool includes: (i) means for assigning at least one state name, wherein each state name represents a distinct state of the object; and (ii) a means for assigning an object state transition, if more than one state is assigned; and (b) an automatic shell code generating tool, activated through said graphical interface tool and operating in the operating system, for generating application shell code according to the operating system and the assigned names and control information.

Claim 10

An object-oriented system for automatically generating application shell code, said system comprising a processor with an operating system running thereon, at least one user interface device, memory and a display device, said system further comprising: (a) a graphical interface tool, operating in the operating system and displayed on the display device, for creating object-oriented objects for use in a predefined application, wherein said graphical interface tool comprises: (1) a first assigning means for assigning an object name; (2) a second assigning means for assigning data names to the assigned object name according to predetermined requirements; (3) a third assigning means for assigning method names to the assigned object name according to predetermined requirements; and (4) a fourth assigning means for assigning control information to said assigned object name according to said predefined application, wherein said fourth assigning means of the graphical interface tool includes: (i) means for assigning at least one state name, wherein each state name represents a distinct state of the object; and (ii) a means for assigning an object state transition, if more than one state is assigned; and (b) an automatic shell code generating tool, activated through said graphical interface tool and operating in the operating system, for generating application shell code according to the operating system and the assigned names and control information.

Claim 11

The system of claim 8, wherein an assigned object state transition comprises a data condition and an action.

Claim 12

The system of claim 9, wherein said action comprises at least one of a call function, signal function or spawn function of a transition method, or a nullification function.

Claim 13

The system of claim 8, wherein said system is connected to other object-oriented systems via an object-oriented messaging system.

Claim 14

The system of claim 11, wherein said graphical interface tool further comprises: a fifth assigning means for assigning a machine name to an assigned object name, wherein said machine name represents an object-oriented system connected to the object-oriented messaging system; and a sixth assigning means for assigning a server name to the assigned machine name.

Claim 15

The system of claim 12, wherein said generated application shell code is operable in the assigned server.

Claim 16

The system of claim 12, wherein said assigned server name identifies a server on the object-oriented system represented by said assigned machine name.

Claim 17

A computer-readable medium for automatically generating application shell code, said computer-readable medium operable with a processor with an operating system running thereon, at least one user interface device, memory and a display device, said computer-readable medium further comprising: (a) a graphical interface tool, operable in the operating system and displayed on the display device, for creating object-oriented objects for use in a predefined application, wherein said graphical interface tool program comprises: (1) a first assigning means for assigning an object name; (2) a second assigning means for assigning data names to the assigned object name according to predetermined requirements; (3) a third assigning means for assigning method names to the assigned object name according to predetermined requirements; (4) a fourth assigning means for assigning control information to said assigned object name according to said predefined application, wherein said fourth assigning means of the graphical user interface tool includes: (i) means for assigning at least one state name, wherein each state name represents a distinct state of the object; and (ii) means for assigning an object state transition, if more than one state is assigned; and (b) an automatic shell code generating tool, activated through said graphical interface tool and operable in the operating system, for generating application shell code according to the operating system and the assigned names and control information.

Claim 18

A computer-readable medium for automatically generating application shell code, said computer-readable medium operable with a processor with an operating system running thereon, at least one user interface device, memory and a display device, said computer-readable medium further comprising: (a) a graphical interface tool, operable in the operating system and displayed on the display device, for creating object-oriented objects for use in a predefined application, wherein said graphical interface tool program comprises: (1) a first assigning means for assigning an object name; (2) a second assigning means for assigning data names to the assigned object name according to predetermined requirements; (3) a third assigning means for assigning method names to the assigned object name according to predetermined requirements; (4) a fourth assigning means for assigning control information to said assigned object name according to said predefined application, wherein said fourth assigning means of the graphical user interface tool includes: (i) means for assigning at least one state name, wherein each state name represents a distinct state of the object; and (ii) means for assigning an object state transition, if more than one state is assigned; and (b) an automatic shell code generating tool, activated through said graphical interface tool and operable in the operating system, for generating application shell code according to the operating system and the assigned names and control information.

Claim 19

The computer-readable medium of claim 15, wherein an assigned object state transition comprises a data condition and an action.

Claim 20

The computer-readable medium of claim 16, wherein said action comprises at least one of a call function, signal function or spawn function of a transition method, or a nullification function.

Claim 21

The computer-readable medium of claim 15, wherein said computer-readable medium located in an object-oriented system is connectable to object-oriented systems via an object-oriented messaging system.

Claim 22

The computer-readable medium of claim 18, wherein said graphical interface tool further comprises: a fifth assigning means for assigning the name of an object-oriented system connected to the object-oriented messaging system; and a sixth assigning means for assigning a server name to the assigned object-oriented system name.

Claim 23

The computer-readable medium of claim 19, wherein said server name identifies a server on the object-oriented system represented by said assigned machine name.

Claim 24

The computer-readable medium of claim 19, wherein said generated application shell code is operable in the assigned server.

Claim 25

An object-oriented system for automatically generating application shell code, said system comprising a processor with an operating system running thereon, at least one user input device and a display device, further comprising: a graphical interface tool, operating in the operating system, displayed on the display device, for entering object class information for an object-oriented object operating in a predefined application environment, wherein said object class information includes an object class name, data name, method name, action name, at least one state name, and at least one data condition with a resulting transition; and an automatic shell code generating tool operating in the operating system for generating application shell code according to the object class information entered in the graphical interface tool.

Claim 26

An object-oriented system for automatically generating application shell code, said system comprising a processor with an operating system running thereon, at least one user input device and a display device, further comprising: a graphical interface tool, operating in the operating system, displayed on the display device, for entering object class information for an object-oriented object operating in a predefined application environment, wherein said object class information includes an object class name, data name, method name, action name, at least one state name, and at least one data condition with a resulting transition; and an automatic shell code generating tool operating in the operating system for generating application shell code according to the object class information entered in the graphical interface tool.

Claim 27

The system of claim 22, wherein a transition is assigned at least one of the following commands: a call to an action name; a signal to an action name; a spawn to an action name; and a null according to predefined application environment.

Claim 28

The system of claim 22, wherein the application shell code generated by the automatic shell code generating tool is compatible with the operating system.

Claim 29

The system of claim 22, wherein said system is connected to other object-oriented systems via an object-oriented messaging system.

Claim 30

The system of claim 25, wherein said class information for an object class name further includes an object-oriented system name of an object-oriented system connected to the object-oriented messaging system and a server name.

Claim 31

The system of claim 26, wherein said server name is assigned to the object-oriented system of the included object-oriented system name.