Ca, Inc.

Computer Associates Think, Inc.

John Devine

John Ainsworth

Alex C Arthur

Bo Gong

Anita Punreddy

Wing Li

Chris Fanning

A request is received at a virtual service simulating a particular data service. The request includes a uniform resource locator (URL) that includes a service root portion and a resource path portion identifying a particular resource of a data structure. Syntax of at least the resource path portion is verified based on a particular protocol. Consistency of the resource path portion with a structure of a data model corresponding to the particular data service is also verified. A query of a database is performed based on contents of at least the resource path portion and a simulated response of the particular data service to the request is generated using results of the query.

Dynamic virtual service

A client request originating from a client device and destined for a server via a network is intercepted. The server is configured to perform a service in response to the client request. A determination is made of whether the request action and the request resource of the client request matches a pattern action and a pattern resource of a pattern in a rule. Based on a determination there is a match, a determination is made of whether a threshold trigger condition in the rule is satisfied based. In response to the threshold trigger condition being satisfied, a determination is made of whether a reset condition in the rule is not satisfied. In response to the reset condition not being satisfied, at least one rule action associated with the pattern is performed, wherein performing the at least one rule action comprises returning an errored response back to the client device.

Test proxy between client applications and web services

A method for applying a transaction to a database, the method includes generating a global log sequence identifier (GLSI) value within a first node based on log sequence identifier (LSI) values from one or more additional nodes, generating a local log sequence identifier (LLSI) value within the first node based on the GLSI value generated within the first node, and applying the transaction to the database utilizing the generated LLSI value.

Generating log sequence identifiers to apply a transaction to a storage system

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Kings Park, NY, United States of America

John Devine