Computer Associates Think, Inc.

Ca, Inc.

Tad Alan Deffler

Mark A Russo

Alexander Kosowski

Eric Mintz

Thomas R Beerbower

Sastry Nanduri

In certain embodiments, a parser parses a formula to yield one or more functions, at least one function comprising a dependent value of a dependent object. One or more macro handlers configured to execute the functions are determined. At least one macro handler is instructed to register with one or more dominant objects on behalf of the dependent object, where the dominant objects are used to evaluate the dependent value.

Determining dependencies during macro expansion

The present disclosure is directed to a method and system for bulk-loading data into a data storage model. In accordance with a particular embodiment of the present disclosure a script having a plurality of statements is executed. Executing the script includes executing the plurality of statements in a predetermined order. One or more failed statements are identified. Each of the one or more failed statements are re-executed according to the predetermined order.

Method and system for handling errors during script execution

The present disclosure is directed to a method and system for displaying messages in context. In accordance with a particular embodiment of the present disclosure at least one transaction notification is received. At least one node for the at least one transaction notification is generated. The node is stored in a hierarchical tree data structure.

Method and system for displaying messages in context

A method for conflict resolution includes converting a first plurality of transactions into a first plurality of derivative objects in a first derivative model wherein each of the first plurality of derivative objects comprises a corresponding first type indicator and converting a second plurality of transactions into a second plurality of derivative objects in a second derivative model wherein each of the second plurality of derivative objects comprises a corresponding second type indicator. The first plurality of derivative objects is compared with the second plurality of derivative objects, and it is determined whether one or more conflicts exist between one or more of the first plurality of derivative objects and one or more of the second plurality of derivative objects.

System and method for conflict resolution

A method for generating a structured query language (SQL) script based on a template includes selecting one object from a plurality of objects in a data model. At least one instruction is selected based, at least in part, on a type of the selected object and, then, an associated template string is selected based on each selected instruction. At least a portion of a SQL script is automatically generated based on the one or more selected template strings.

System and method for generating SQL using templates

The present invention is directed to a method and system that includes comparing first and second models. A comparison model may be generated that indicates differences between the first model and the second model. A notification manager is used to register the comparison model as a subscriber of the first and second models. The first model is updated to reflect a first designated change. Upon successful completion of the first designated change, the notification manager is used to issue a notification of the designated change to the first model. At least the comparison model is updated to reflect the first designated change, and the comparison model is displayed on a client.

Method and system for generating dynamic comparison models

A method and system for an extensible macro language is provided. The system for providing the extensible macro language includes a parser and a macro handler for processing macro commands not previously defined in the macro language. The parser analyzes keywords in a macro language expression and recognizes one or more keywords representing macro commands that were not previously defined in the macro language. The macro handler receives the keywords in the macro expression and retrieves from a registry of keywords, an executable code or procedure associated with the keyword. The executable code is run to process the macro command represented by the keyword. The template language registry may be augmented to include any keywords and associated codes for extending the macro language.

Method and system for an extensible macro language

A system and method for model object sharing are provided. In one embodiment, a method for model object sharing includes selecting a template object from a template model in a modeling repository. The template model was generated by a first modeling tool. A copy of the template object is generated. The copy is converted to a form compatible with a second modeling tool. The copy is then associated with the selected template object.

System and method for multiple model object sharing

A method and apparatus for building a modeling tool that includes a meta model that has a semantic registry and a meta data manager, an object/property interface, and an object/property factory registry. The object/property factory registry is coupled to the meta model and the object/property interface. The apparatus also includes an object/property model coupled to the object/property interface. The semantic registry includes at least a predefined set of semantics.

OBJECT MODELING TOOL WITH META MODEL SEMANTIC REGISTRY (RULES) A META DATA MANAGER FOR OBJECT(S) PROPERTIES AN OBJECT/PROPERTY INTERFACE FOR INSTANCE(S) OF OBJECTS/PROPERTIES RECEIVED VIA OBJECT/PROPERTY INTERFACE OF THE OBJECT FACTORY REGISTRY

A method for determining the net change to a model as a result of a transaction. The method includes receiving a request for a net change of a model as a result of a transaction. The method also includes identifying a plurality of model change records associated with the transaction. The method also includes determining and displaying net change of the model based on each of the plurality of model change records associated with the transaction.

Method for impact analysis of a model

A method for comparing a first model and a second model. The method includes identifying metadata in the first model and in the second model and calculating a first set of signatures for objects of the metadata of the first model and a second set of signatures for objects of the metadata of the second model. The objects of the first model and the objects of the second model corresponding with each other have the same signatures. The method also includes determining which signatures of the first set of signatures match signatures of the second set of signatures. The method also includes determining for the matching signatures, whether the objects associated with the signatures of the first set of signatures equal the objects associated with the signatures of the second set of signatures.

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Boonton, NJ, United States of America

Tad Alan Deffler