Method and apparatus for managing exceptions

Claim 3

The method of claim 1, further comprising: in response to the presence of error information within the data structure, storing the error information from the data structure in a new data structure, wherein the new data structure is associated with the exception structure.

Claim 4

A data processing system for managing exceptions occurring during an execution of a plurality of objects in an object oriented environment, the data processing system comprising: reception means for receiving a call from a calling object, the call requiring processing by the plurality of objects; first storage means for storing error information from each of the plurality of objects in which an error occurred in a data structure; second storage means, responsive to an occurrence of an error and a presence of error information within the data structure, has storing error information associated with the error in an exception structure; and return means for returning said exception structure to the calling object.

Claim 5

A data processing system for managing exceptions occurring during an execution of a plurality of objects in an object oriented environment, the data processing system comprising: reception means for receiving a call from a calling object, the call requiring processing by the plurality of objects; first storage means for storing error information from each of the plurality of objects in which an error occurred in a data structure; second storage means, responsive to an occurrence of an error and a presence of error information within the data structure, has storing error information associated with the error in an exception structure; and return means for returning said exception structure to the calling object.

Claim 6

The data processing system of claim 3, further comprising: error processing means, responsive to the presence of error information within the data structure, for storing the error information from the data structure in a new data structure, wherein the new data structure is associated with the exception structure.

Claim 7

The data processing system of claim 4, wherein the new data structure has a top portion and wherein the error information in the data structure is stored in the top portion of the new data structure.

Claim 8

The data processing system of claim 4, wherein the new data structure is associated with the exception structure using a pointer stored in the exception structure, the pointer pointing to the new data structure.

Claim 9

The apparatus of claim 4, wherein the data structure is a stack.

Claim 12

The method of claim 8, further comprising: storing error information in a subsequent primary error data structure in response to an occurrence of a subsequent error and storing the error data in the second primary error data structure and in the secondary data structure in a second secondary data structure and associating the second secondary data structure with the subsequent primary error data structure.

Claim 13

A data processing system for managing errors occurring within a plurality of objects during processing of a message, data processing system comprising: reception means for receiving the message for processing by the plurality of objects, the message originating from a first object; storage means for storing error information in a first primary error data structure in response to an occurrence of a first error during processing of the message by the plurality of the objects; storage means for storing error information in a second primary error data structure in response to an occurrence of a second error and storing the error data in the first primary error data structure in a secondary data structure and associating the secondary data structure with the first primary error data structure, wherein the secondary data structure is separately addressable from the second primary error data structure.

Claim 14

A data processing system for managing errors occurring within a plurality of objects during processing of a message, data processing system comprising: reception means for receiving the message for processing by the plurality of objects, the message originating from a first object; storage means for storing error information in a first primary error data structure in response to an occurrence of a first error during processing of the message by the plurality of the objects; storage means for storing error information in a second primary error data structure in response to an occurrence of a second error and storing the error data in the first primary error data structure in a secondary data structure and associating the secondary data structure with the first primary error data structure, wherein the secondary data structure is separately addressable from the second primary error data structure.

Claim 15

The data processing system of claim 10, further comprising: storage means for storing error information in a subsequent primary error data structure in response to an occurrence of a subsequent error and storing the error data in the second primary error data structure and in the secondary data structure in a second secondary data structure and associating the second secondary data structure with the subsequent primary error data structure.

Claim 16

The data processing system of claim 11, wherein the subsequent primary data structure is associated with the second secondary data structure using a pointer stored in the subsequent primary error data structure, the pointer pointing to the second secondary data structure.

Claim 17

The data processing system of claim 12, wherein the second secondary data structure has a top portion and the error data in the second primary error data structure is stored in the top portion of the second secondary data structure.

Claim 18

The data processing system of claim 10, wherein the first primary error data structure is an exception structure and the secondary data structure is a stack.

Claim 19

A storage device readable by a data processing system and encoding data processing system executable instructions for managing errors occurring during an execution of a plurality of objects, the storage device comprising: means for receiving a message from a calling object, the message requiring processing by the plurality of objects; means for storing error information from each of the plurality of objects in which an error occurred in a data structure; means, responsive to an occurrence of an error and a presence of error information within the data structure, for storing error information associated with the error in an exception structure; and means for returning the exception structure to the calling object, wherein the means are activated when the storage device is connected to and accessed by a data processing system.

Claim 20

A storage device readable by a data processing system and encoding data processing system executable instructions for managing errors occurring during an execution of a plurality of objects, the storage device comprising: means for receiving a message from a calling object, the message requiring processing by the plurality of objects; means for storing error information from each of the plurality of objects in which an error occurred in a data structure; means, responsive to an occurrence of an error and a presence of error information within the data structure, for storing error information associated with the error in an exception structure; and means for returning the exception structure to the calling object, wherein the means are activated when the storage device is connected to and accessed by a data processing system.

Claim 21

The storage device of claim 15, wherein the storage device is a hard disk drive.

Claim 22

The storage device of claim 15, wherein the storage device is read only memory for use with a data processing system.

Claim 23

The storage device of claim 15, wherein the storage device is a floppy diskette.

Claim 24

The storage device of claim 15, wherein the storage device is a memory.