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Edmeades
Jason Edmeades, Eastleigh Hampshire GB
| Patent application number | Description | Published |
|---|---|---|
| 20100131600 | MESSAGE MASKING IN MIDDLEWARE ENVIRONMENTS - In the context of middleware products, an arrangement wherein a sender tags messages with authorization information identifying those users or groups who are authorized to view or receive the messages. Thus, even if multiple users will be connected to the same queue for reading messages, only specific receivers/consumers will be able to get the messages. Not only is a comfortable degree of security ensured, but the need to waste system resources, e.g., by using multiple queues for different kinds of messages, is summarily avoided. | 05-27-2010 |
Jason Edmeades, Chandlers Ford GB
| Patent application number | Description | Published |
|---|---|---|
| 20100074118 | SYSTEM AND METHOD FOR DETECTING A NETWORK FAILURE - A method and system detect a failed communication transmission that fails to reach a recipient after attempting to be transmitted from a sender to the recipient over a communication path. Upon detection of the failed communication, the method initiates a first inquiry process from the sender. This first inquiry process tests how far a first test communication transmission can travel from the sender to the recipient along the communication path. Similarly, upon detection of the failed communication, the method initiates a second inquiry process from the recipient. The second inquiry process tests how far a second test communication transmission can travel from the recipient to the sender along the communication path. The method combines the results of the first inquiry process and the results of the second inquiry process to determine which of the nodes in the communication path are not successfully forwarding test communications to identify at least one possibly faulty node. The identification of the possibly faulty node is then output to the sender and the recipient. | 03-25-2010 |
Jason C. Edmeades, Chandlers Ford GB
| Patent application number | Description | Published |
|---|---|---|
| 20100312827 | METHOD AND APPARATUS TO ENABLE PROTOCOL VERIFICATION - After a client device issues a request, a verification stub component receives the request. Then, the verification stub component obtains a current state of the client device from a client state table. The verification stub component evaluates whether the request is valid or not by analyzing a content and context of the request and checking the request against a protocol matrix. If the request is valid, the verification stub component updates the current state of the client device in the current state table, and forwards the request to a server device. Otherwise, the verification stub component creates a report describing the request is invalid, and evaluates whether the server can process the request. If the server cannot process the request, the verification stub component interrupts the request and forwards the report to the client device. Otherwise, the verification stub component provides the request to the server device. | 12-09-2010 |
Jason C. Edmeades, Eastleigh GB
| Patent application number | Description | Published |
|---|---|---|
| 20100287565 | METHOD FOR MANAGING REQUESTS ASSOCIATED WITH A MESSAGE DESTINATION - A method, apparatus and/or computer program product manage a request for a message destination. A request to create a new temporary destination at a receiving computer is intercepted, and generation of the new temporary destination is suppressed. A pre-defined destination that is operable to store the message instead of the new temporary destination is selected. An identifier, which is assigned to the new temporary destination, is associated with the pre-defined destination. | 11-11-2010 |
Jason Colin Edmeades, Hampshire GB
| Patent application number | Description | Published |
|---|---|---|
| 20100122123 | METHOD FOR GUARANTEEING CONSISTENCY OF FUNCTIONAL PARTS ACROSS A SOFTWARE INSTALLATION IN A COMPUTER - A method for guaranteeing consistency of functional parts across a software installation in a computer that is platform and language independent. Specifically, each software installation will contain a part, for example a DLL that exports a function or variable, which is available to other parts in the installation. All other parts in the installation, for example, executable files and other DLLs, will reference the exported resource. The name of the exported resource should evoke a particular software level and be specific to the software installation it belongs to. All other software installations on the same computer will follow this practice. Thus, all parts in a software installation will effectively reference a software level (via an exported resource). When the multiple parts of software are loaded into computer memory prior to execution of the software, the operating system will attempt to resolve references to the exported resource. If a software part has been modified such that it refers to an inconsistent export resource, the operating system will produce an error at software load time, immediately identifying the inconsistent part. | 05-13-2010 |