Abstract: Source file information is associated with source file content in response to a copy operation of the source file content from a source file. An automated conversion of the source file content to a form compatible with a target file is performed based upon differences between the source file information and target file information in response to a paste operation.

Abstract: Limiting access to publicly exposed object-oriented interfaces is disclosed. A system includes inter-related first objects that share a predetermined password. First object-oriented interfaces define methods supported by the first objects. The first objects publicly expose the first interfaces, which are queryable by the first objects and second objects. Each first interface includes a password argument to limit access to the first objects. The system may also include second object-oriented interfaces that define methods supported by the first objects that publicly expose the second interfaces, which are queryable by the first and the second objects. The second interfaces are required by specification, such as that for the Common Information Model (CIM), and correspond to the first interfaces. The second interfaces lack password arguments to limit access, and the methods defined thereby return “not implemented” messages when invoked.

Abstract: A method and system for comparing two documents, such as XML (Extensible Markup Language) files, where each document is capable of being parsed into a DOM (Document Object Model) trees. Each tree structure is converted into an array of leaf paths containing nodes. These arrays are then compared to identify corresponding matched nodes—either exactly matched nodes or schema matched nodes. In reporting the results of the comparison, unmatched nodes of the source document are reported as “deleted nodes”, that is, existing in the source but not in the target. Similarly all unmatched nodes of the target document are reported as “added nodes”, that is, existing in the target but not in the source. In addition, schema matched nodes are reported as “modified nodes” between source and target documents.

Abstract: Under the present invention, source input corresponding to a first release of Java byte code and target input corresponding to a second release of the Java byte code is received. The input is transformed into a first list containing class names associated with the first release and a second list containing class names associated with the second release. Thereafter, any classes corresponding to class names that appear on both lists (e.g., matching class names) are loaded. The methods within the matching classes are then compared to determine if any of the APIs have been modified between the two releases. After the comparison, the matching class names are removed from the lists. Any class names remaining on the first list represent APIs that have been removed from the second release, while any class names remaining on the second list represent APIs that have been added for the second release.

Abstract: Source file information is associated with source file content in response to a copy operation of the source file content from a source file. An automated conversion of the source file content to a form compatible with a target file is performed based upon differences between the source file information and target file information in response to a paste operation.

Abstract: Inter-related second objects attempt to access a first object-oriented interface defining a method support by an inter-related first object. The first object-oriented interface includes a password argument to limit access thereto. The first and the second objects share a password. The first object-oriented interface has a corresponding second object-oriented interface defining a method supported by the first object, which is required by a predetermined specification but that lacks a password argument to limit access. The password is passed via the first object-oriented interface by the second objects such that the second objects are able to invoke the method. A third object not inter-related with the first and the second objects also attempts to access the first object-oriented interface. However, the third object is not privy to the password, and therefore is unable to invoke the method defined by the first object-oriented interface, although it can query the first object-oriented interface.

Abstract: Limiting access to publicly exposed object-oriented interfaces is disclosed. A system includes inter-related first objects that share a predetermined password. First object-oriented interfaces define methods supported by the first objects. The first objects publicly expose the first interfaces, which are queryable by the first objects and second objects. Each first interface includes a password argument to limit access to the first objects. The system may also include second object-oriented interfaces that define methods supported by the first objects that publicly expose the second interfaces, which are queryable by the first and the second objects. The second interfaces are required by specification, such as that for the Common Information Model (CIM), and correspond to the first interfaces. The second interfaces lack password arguments to limit access, and the methods defined thereby return “not implemented” messages when invoked.

Abstract: Limiting access to publicly exposed object-oriented interfaces is disclosed. A system includes inter-related first objects that share a predetermined password. First object-oriented interfaces define methods supported by the first objects. The first objects publicly expose the first interfaces, which are queryable by the first objects and second objects. Each first interface includes a password argument to limit access to the first objects. The system may also include second object-oriented interfaces that define methods supported by the first objects that publicly expose the second interfaces, which are queryable by the first and the second objects. The second interfaces are required by specification, such as that for the Common Information Model (CIM), and correspond to the first interfaces. The second interfaces lack password arguments to limit access, and the methods defined thereby return “not implemented” messages when invoked.

Abstract: Under the present invention, source input corresponding to a first release of Java byte code and target input corresponding to a second release of the Java byte code is received. The input is transformed into a first list containing class names associated with the first release and a second list containing class names associated with the second release. Thereafter, any classes corresponding to class names that appear on both lists (e.g., matching class names) are loaded. The methods within the matching classes are then compared to determine if any of the APIs have been modified between the two releases. After the comparison, the matching class names are removed from the lists. Any class names remaining on the first list represent APIs that have been removed for the second release, while any class names remaining on the second list represent APIs that have been added for the second release.

Abstract: A method and system for comparing two documents, such as XML (Extensible Markup Language) files, where each document is capable of being parsed into a DOM (Document Object Model) trees. Each tree structure is converted into an array of leaf paths containing nodes. These arrays are then compared to identify corresponding matched nodes—either exactly matched nodes or schema matched nodes. In reporting the results of the comparison, unmatched nodes of the source document are reported as “deleted nodes”, that is, existing in the source but not in the target. Similarly all unmatched nodes of the target document are reported as “added nodes”, that is, existing in the target but not in the source. In addition, schema matched nodes are reported as “modified nodes”between source and target documents.