Sun Microsystems, Inc.

Oracle America, Inc.

Ryan S O'Connell

Kyle T Grucci

Kevin Grant Osborn

Lance J Andersen

Ryan C Shoemaker

Robert Bissett

Ryan K Lubke

Joseph W Higgins

John F Ackerley

A system receives notification that at least one user interested in acquiring desired information is within a predefined area. The system receives the desired information from a client located within the predefined area, and electronically transmits the desired information to the at least one user. The desired information is received by the at least one user via a wireless device.

Methods and apparatus for targeting customers

A Java code directive automatically defines the fields declaring methods in delegation objects such that the compiler generates the corresponding delegation signatures and/or headers. The configurations define a predetermined sequence, or annotation, of compiler interpreted instructions to identify a class as a delegation class from an invoking object, and generate the required signature, or header in the invoking object. The resulting signature satisfies the compiler restriction to implement each method in the delegation class. Particular methods for which a specific implementation is desired may then be superceded or supplemented by specific coded instructions in the invoking object. In this manner, a developer need not manually code the implementation, or signature (so-called 'boilerplate code), for each method in a delegated object (class).

Automated object delegation

A software compliance test is typically directed only at particular classes in the inheritance hierarchy. Inherited APIs (classes), which are not the focus of the test, may cause the application under test (AUT) to fail the compliance test since some of the underlying classes differ from a reference implementation. Accordingly, a verification tool employs the same version and implementation of inherited APIs in the reference implementation of these inherited APIs as the application under test. A dynamic class loader examines class inheritance references made by the application under test to determine if the class is included in the API to be tested, or if the class is outside the scope of the API to be tested. If the class corresponds to the API to be tested, then the dynamic loader uses the reference implementation of the API for comparison. Otherwise, the reference implementation employs the same inherited class references as the application under test. Therefore, for the underlying inherited or secondary class references, the dynamic loader employs the same classes in the reference implementation as the AUT inherits.

System and methods for test tool class inheritance

A method of verifying the identity of a user by comparing a biomorphic sample from the user with a stored biomorphic pattern of the user, without access to an online database of encoded biomorphic patterns. An authorization process receives an encoded biomorphic pattern from the user, the encoded biomorphic pattern stored on a storage device containing a processor. The processor is powered by a device capable of reading the storage device. The authorization process verifies the encoded biomorphic pattern is a valid biomorphic pattern with a valid expiration date, and compares the encoded biomorphic pattern on the storage device to a biomorphic sample provided by the user, in order to grant access to the user. If an online database is available, authorization process transmits the result to the online database and receives, in return, an updated expiration date. The authorization process updates the storage device with the updated expiration date.

Methods and apparatus to verify identity using biomorphic information

Mechanisms and techniques operate in a computerized device to provide a network analyzer that identifies a useable network configuration in an existing network configuration. The network analyzer receives a preferred network configuration defining a preferred network topology and analyzes an existing network configuration to produce an existing network topology. The network analyzer then compares the preferred network topology to the existing network topology, for example using a graph matching technique, to identify a useable network configuration within the existing network configuration that most closely supports operation of the preferred network configuration.

Growing community of inventors

Chester, NH, United States of America

Ryan S O'Connell