Oracle International Corporation

Other

Bea Systems, Inc.

John Wells

Christopher S Kasso

Stephen Felts

Amy Haixia Kang

Peter Grant Gavares

Joseph John Snyder

Shean-Guang Chang

Nicholas M Hennen

Linda K Schneider

Sandra V Felt, Legal Representative

Ted McMahon

Chris Hanrahan

Larry Feigen

Jacco Martijn Flenter

The present embodiments relate to a cloud shell extension framework. A cloud infrastructure (CI) service can invoke a cloud shell from a console to the CI. The service may request that context data to be added for use in a terminal session. The cloud shell extension can include a tool or script that can be used to obtain context data or sample code for preparing an environment specific to the service prior to the user interaction with the environment. The cloud shell extension can allow for a service to register an extension in the cloud shell framework, and their extension can be invoked when a client initiates the cloud shell with the service. The extension can allow for the invoked service to forward context data, such as environment variables, to be set in the terminal session for the client.

Cloud shell extension framework

Techniques for utilizing multiple network interfaces for a cloud shell are provided. The techniques include receiving, by a computer system, a command to execute an operation by the computer system, the command being received from a router via a primary virtual network interface card (vNIC). The computer system may execute the operation, generating an output of the operation. The techniques also include transmitting, by the computer system, a message comprising the output of the operation to a shell subnet via a secondary vNIC, the secondary vNIC being configured for unidirectional transmission from the computer system to the shell subnet. The shell subnet may be configured to transmit the output of the operation to an external network via a network gateway.

Techniques for utilizing multiple network interfaces for a cloud shell

Techniques for utilising multiple network interfaces for a cloud shell are provided. The techniques include receiving, by a computer system, a command to execute an operation by the computer system, the command being received from a router via a primary virtual network interface card (vNIC). The computer system may execute the operation, generating an output of the operation. The techniques also include transmitting, by the computer system, a message comprising the output of the operation to a shell subnet via a secondary vNIC, the secondary vNIC being configured for unidirectional transmission from the computer system to the shell subnet. The shell subnet may be configured to transmit the output of the operation to an external network via a network gateway.

Ashtray

A system and method can support a communication in a computing environment. A dependency injection (DI) based event system can be used to support the communication between a topic publisher and a topic subscriber in the computing environment. The system can use a topic service to distribute one or more messages from the topic publisher to the topic subscriber. Furthermore, the event system can provide a service provider interface (SPI) between the topic publisher and the topic subscriber. The event system delegates to the SPI one or more decisions on how the producer and the consumer are related in the computing environment, such as allowing a user, e.g. a system designer/assembler, to choose a quality of service (QoS) for supporting communication between the topic publisher and the topic subscriber.

System and method for supporting a pluggable event service in a dependency injection framework

A registry helper is configured to facilitate the declarative federation of registries. The registry helper includes a reader module configured to read a declarative description for a target registry to obtain parameters pertaining to mirroring of the target registry in a federated registry. The registry helper also includes a listener registering module configured to register a listener for the target registry that enables external monitoring of the target registry based on the declarative description parameters and a change detecting module configured to detect a modification to the target registry via the listener. The registry helper further includes an updating module configured to update the federated registry in accordance with the detected modification to the target registry such that the federated registry mirrors the services of the target registry.

Declarative federation of registries

The Flexible Message Header (FMH) is a typed modular message structure comprising one or more Typed Container Modules (TCM)&#x2014;stateful message modules with a compact header (Typed Container Header, TCH), a user definable payload (Typed Container Body, TCB), and a set of payload-specific callback to handle the lifecycle of the module at the different state such as creation, preparation, manipulation, resizing, transferring, and deletion. A single message comprises a small header with various numbers of TCMs. The integrity of the entire message is not affected by dynamically modifying, adding or removing TCM from the message. Major message content change can be achieved by either adding a TCM or swapping the TCM with different TCM. Minor message content change can be achieved by either modifying or expanding the TCM directly within the message. New features can be supported by adding new TCM and new code to process the new TCM.

Application messaging system with flexible message header structure

The invention provides a system and a method which utilizes a combination of message-based encryption and message-based digital signing to ensure the security and authenticity of a message or message buffer sent from one party or process to another in a transaction processing system. In one embodiment the invention includes a method comprising the steps of: creating an encryption envelope by encrypting a message buffer, signing the encrypted contents of said message buffer with a digital signature, sending said encryption envelope from the sender process to the recipient process, receiving the encryption envelope at the recipient process, decrypting said encryption envelope to retrieve said message, and verifying the identity of the sender process by retrieving the digital signature from the encryption envelope. The invention allows intermediate recipients to inspect the message, and provides for reliable authentication, confidentiality, integrity, and non-repudiation, of communicated messages.

System and method for message encryption and signing in a transaction processing system

A battery charging system includes a first charge source for connection to a first engine and at least a second charge source for connection to at least a second engine. A first battery is connected to the first charge source. At least a second battery is connected to the second charge source. At least a third battery is provided and is connected to a load. A switch is adapted in the first mode of operation to connect the third battery to the first charge source, and in a second mode of operation to connect the third battery to the second charge source. In a third mode of operation, the switch can isolate the third battery from the first and second charge sources as a fail-safe, and provide an alarm of this status. The invention is particularly adapted for use in marine vessels to prevent start batteries from discharging to a point where the voltage is insufficient to start an engine. A switch assembly and a method according to the invention are also disclosed.

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Scotch Plains, NJ, United States of America

John Wells