摘要:
An improved system for determining compliance between a source document structure in accordance with a source schema and a target schema includes: data storage; and a processor for executing software code. The software code causes the processor to: create a source schema description and a target schema description; receive the source document which includes an ordered tree structure with labeled elements and including a subtree; identify all corresponding element types in the source and target schemas for grouping the corresponding element types into element type pairs; classify each element type pair; and confirm compliance of the source document.
摘要:
An improved method of validating a document structured in accordance with a first schema with respect to a second schema saves processing time by using information about relationships between the first schema and second schema and the document's conformance to the first schema to determine the document's validity in the second schema. The element type definitions of the XML or other document cast in the first schema are examined to determine if any element conforming to element types in the first schema is always invalid in the second schema. If any content conforming to always invalid element types is present in the document, the document can be immediately invalidated with respect to the second schema without further processing. Any content conforming to element types in the first schema that are subsumed by element types in the second schema can be immediately validated with respect to the second schema. Content conforming to element types in the first schema that are possibly valid in the second schema are examined to determine if the individual elements of the potentially invalid type are valid in the second schema. Automatons representing varying aspects of each schema and their relationship to each other are created to further reduce the processing time required to validate the documents in the new schema.
摘要:
An improved system for determining compliance between a source document structure in accordance with a source schema and a target schema includes: data storage; and a processor for executing software code. The software code causes the processor to: create a source schema description and a target schema description; receive the source document which includes an ordered tree structure with labeled elements and including a subtree; identify all corresponding element types in the source and target schemas for grouping the corresponding element types into element type pairs; classify each element type pair; and confirm compliance of the source document.
摘要:
A system (and method) of detecting an error in a database interaction, includes providing information about at least one of at least first and second software systems, and a mapping between at least a portion of said at least first and second software systems; and examining said at least one of said first and second software systems and said mapping to determine an error in an interaction between said at least first and second software systems.
摘要:
A system (and method) of detecting an error in a database interaction, includes providing information about at least one of at least first and second software systems, and a mapping between at least a portion of said at least first and second software systems; and examining said at least one of said first and second software systems and said mapping to determine an error in an interaction between said at least first and second software systems.
摘要:
A system (and method) of detecting an error in a database interaction, includes providing information about at least one of at least first and second software systems, and a mapping between at least a portion of the at least first and second software systems, and examining the at least one of the first and second software systems and the mapping to determine an error in an interaction between the at least first and second software systems.
摘要:
A method of validating a document structured in accordance with a first schema and with respect to a second schema saves processing time by using information about relationships between the first schema and second schema and the document's conformance to the first schema to determine the document's validity in the second schema. The element type definitions of the XML or other document cast in the first schema are examined to determine if any element conforming to element types in the first schema is always invalid in the second schema. If any content conforming to always invalid element types is present in the document, the document can be immediately invalidated with respect to the second schema without further processing. Any content conforming to element types in the first schema that are subsumed by element types in the second schema can be immediately validated with respect to the second schema.
摘要:
A system (and method) of detecting an error in a database interaction, includes providing information about at least one of at least first and second software systems, and a mapping between at least a portion of the at least first and second software systems, and examining the at least one of the first and second software systems and the mapping to determine an error in an interaction between the at least first and second software systems.
摘要:
Automated or autonomic techniques for managing deployment of one or more resources in a computing environment based on varying workload levels. The automated techniques may comprise predicting a future workload level based on data associated with the computing environment. Then, an estimation is performed to determine whether a current resource deployment is insufficient, sufficient, or overly sufficient to satisfy the future workload level. Then, one or more actions are caused to be taken when the current resource deployment is estimated to be insufficient or overly sufficient to satisfy the future workload level. Actions may comprise resource provisioning, resource tuning and/or admission control.
摘要:
A method for extending functionality of a compiler includes: receiving a first source file written in a language that supports multiple system types, wherein the first source file includes a plurality of source constructs associated with parameter types of the multiple type systems; annotating each of the plurality of source constructs with the type system from one of the multiple type systems and precise parameter type to which its associated type system belongs; retrieving type system rules corresponding to each type system referred to in the first source file from a type system loader; verifying, using the type system rules, that instances of use of variables, expressions, and methods in the first source file are appropriate with respect to the type system of annotated types associated with the source constructs; and compiling the first source file to produce a second source file including type information retained from the first source file.