Oracle International Corporation

Other

Oracle America, Inc.

Sanjeeb Kumar Sahoo

Sivakumar Melapannai Thyagarajan

Jagadish Ramu

Jagwinder Singh Brar

Mahesh Kannan

Amarnath Maitra

Rajiv Mordani

Nazrul Islam

Rama Mukherjee

Christopher S Kasso

Anand C Burman

Lawrence Feigen

Peter Bower

Dhiraj Khattar

Yamini Kalyandurga Balasubramanyam

Prasanta Kumar Ghosh

Mukesh Kumar

Byron Nevins

Rehana Tabassum

Vikas Awasthi

Soumendu Paul

Tapas K De

Qianhong Pan

Prashant Kumar Ghosh

Md Sazzad Hossain

When a cloud services provider infrastructure (CSPI) receives a request from an administrator to perform an operation on an appliance, a load balancer may select a first server within the CSPI to process the request. If the first server does not have a connection with the appliance, the first server may generate a redirect response that includes server identification information identifying a particular server having a pre-established connection with the appliance. The first server may send the redirect response to the application that the administrator used to send the request. The application may then generate a second request that includes the server identification information, and send the second request to the CSPI. A load balancer in the CSPI may then forward the second request to the particular server, and the particular server may use the pre-established connection to send a request to the appliance requesting performance of the operation.

Routing of web requests to on-premise network in a multi-tenant environment

Described herein are systems and methods that can support bridging VCNs in a manner which addresses customer needs with respect to access mechanisms, connectivity, regional availability, service complexity, and customer isolation/security. The system and methods that can support bridging VCNs as described herein have particular utility with respect to providing etcd-as-a-Service. In particular embodiments virtual network interface (VNIC) features are used to implement a bridge between a subnet of an etcd VCN and a subnet of a customer VCN in order to bridge the subnets.

Virtual interface system and method for multi-tenant cloud networking

In accordance with an embodiment, described herein is a system and method for supporting a reactive response using a dependency injection (DI) framework. The DI framework can determine the dependencies of a response object, and invoke a plurality of services for retrieving dependency objects from backend systems to satisfy those dependencies. Each service can return a reactive object, which the DI framework can match to a dependency object, thereby enabling the DI framework to orchestrate asynchronous concurrent calls to the services on behalf of an application. Each reactive object can be used to retrieve a corresponding dependency object at a later time. The DI framework can use the dependency object to compose the response object and inject the response object to an application at the server environment.

Systems and method for supporting reactive responses using a dependency injection framework

A system and method for cluster-wide replication of embedded component configuration. In accordance with an embodiment, the system comprises an application server acting as a host and including one or more embedded components. When the configuration of an embedded component is modified from its original configuration, a configuration replication logic and deployment interface determines one or more appropriate configuration commands which, if executed at a target application server instance, for example, at another application server instance within a cluster, would result in an equivalent change in the state of an embedded component at that instance. The configuration commands are packaged within a configuration archive as one or more command payloads, which are distributed to target instances, and invoked on an embedded component thereon, to synchronize the configuration of the embedded components at the target instances with that of the host.

System and method for cluster-wide replication of embedded component configuration

In accordance with an embodiment, described herein is a system and method for determination of partition identifiers in an application server environment. An exemplary method can begin with providing, at one or more computers, including an application server environment executing thereon, together with a plurality of deployable resources which can be used within the application server environment, one or more partitions, wherein each partition provides an administrative and runtime subdivision of a domain, and a component invocation context manager, the component invocation context manager comprising a stack. The method can set one or more component invocation contexts. The partition-aware container can perform one of registering or looking up a current component invocation context at the component invocation context manager. The current component invocation context can be associated with a current partition. The method and system can be utilized in multitenant as well as non-multitenant application server environments.

System and method for determination of partition identifiers in a multitenant application server environment

In accordance with an embodiment, described herein is a system and method for multi-tenancy enablement of enterprise Java&#x2122; applications using resource proxies and application tenancy context. In according with an embodiment, the system and method can provide a plurality of deployable resources which can be used within the application server environment, and one or more application deployments, wherein each application deployment includes at least one of tenant-specific code and shared-tenant code. The system and method can further determine an application tenancy context of a thread, and point to one or more resource proxies, each of the one or more resource proxies being configurable to communicate with a tenant specific resource. Each of the one or more resource proxies can use the application tenancy context of a thread to communicate with a tenant specific resource.

System and method for multi-tenancy enablement of enterprise java applications using resource proxies and application tenancy context

In accordance with an embodiment, described herein is a system and method for JMX support in an application server environment. An exemplary method can provide, at one or more computers, including an application server environment executing thereon, a plurality of deployable resources which can be used within the application server environment, one or more partitions, a plurality of managed beans, each managed beans being a partition level managed bean or a domain level managed bean, each partition level managed bean originating at an originating partition of the one or more partitions, and a JMX framework comprising an API and a managed bean server. The plurality of managed beans can be registered at the managed bean server, with the partition level managed beans being decorated with an identifier.

System and method for JMX support in a multitenant application server environment

System and method for multi-tenancy enablement of enterprise JAVA (TM) applications using resource proxies and application tenancy context

In accordance with an embodiment, described herein is a system and method for integrating a cloud platform with an application server or other environment, for example, a WebLogic environment. A cloud platform runtime including a cloud server can be embedded within an application server container, so that the cloud server domain can execute within the application server domain. An integration bridge and integration components support integration between the cloud server and the application server. Cloud server components can be used as part of the application server domain, including for example, administration, logging and diagnostics, security, and configuration management.

System and method for integrating a cloud platform environment with an application server or other environment

A system and method can support a hybrid application development environment. The system allows a client application in the application runtime environment to obtain a reference to a framework instance for a dynamic module system. Furthermore, the system can configure a bundle in the dynamic module system to be a gateway bundle based on the framework instance, and the client application can access the dynamic module system using the gateway bundle.

System and method for referencing a dynamic module system within a component oriented application development framework

A system and method can support a hybrid application development environment. The system can provision a framework instance for a dynamic module system in the application runtime environment. Furthermore, the system can associate a host application in the application runtime environment with a system bundle in the dynamic module system, wherein an application class loader can be used to load the framework instance when the host application is started/loaded. Then, the host application can export one or more resources associated with the host application to the dynamic module system, and/or consume one or more services provided by the dynamic module system.

System and method for provisioning a dynamic module system within a component oriented application development framework

A system, method, and medium are disclosed for implementing an application component container. The container is configured to detect that a component managed by the container is dependent on an interface that is implemented by a dynamic module provided by a dynamic module system. The container uses a dependency injection framework to inject the implementation into the dependent component in a type-safe manner.

Type-safe dependency injection of services into enterprise components

A computer-implemented method, system, and medium are disclosed for implementing a hybrid application server. The server comprises an application server container, a dynamic module system, and a resources-exporter module deployed on the dynamic module system. The resources-exporter module is configured to detect that a system-level resource of the application server container has been deployed. In response to detecting that the container resource has been deployed, the resources-exporter is configured to register a proxy object for the system-level resource as a service in the dynamic module system.

Automatic registration of enterprise resources in a dynamic module system services registry

A computer-implemented method, system, and medium is disclosed for implementing a hybrid application server. The server is configured to determine that a bundle deployed onto a dynamic module system defines a component that is manageable by an application server component container. In response to the determining, the application server deploys the component onto the component container and creates an instance of the component in the container so that the container can manage the component. Finally, the application server registers a proxy handle to the component as a service in the dynamic module system. Thereafter, the proxy handle is discoverable and invocable by another component.

Growing community of inventors

Bengaluru, India

Sanjeeb Kumar Sahoo