Abstract: Aspects of communication of a client device with a private or hybrid cloud are described. In some aspects, a private host computer is determined as being connected to a private network. The private network differs from a network to which the client device is connected. A virtual private network is established between the client device and the private host computer. The virtual private network being established using a virtual private network server that includes a connection to the private host computer through the private network. A request is transmitted to the private host computer through the virtual private network. The request includes an origin value, wherein instructions associated with the origin value are allowed to access resources of the private host computer.

Abstract: An application specific interface (API) for a service that is accessible by remote procedure calls is generated at run-time from an interface language definitions file. In operation, a client application requests a connection to a server and then a runtime API generator connects to the server and downloads an interface definition language (IDL) file that defines services provided by the server. The runtime API generator parses the IDL file and generates the corresponding service API. Subsequently, upon receiving a client application request, the API generator generates a set of instructions that, when executed, emit one or more remote procedure calls that cause the server to implement the client application request. Because the API is generated at run-time, the runtime API generator enables client applications that are implemented in dynamically typed languages to access the service by providing access to the data type metadata that cannot be expressed in such languages.

Abstract: The current application is directed to implementation of crosscutting functionalities, including code instrumentation, error logging, performance monitoring and performance-data logging, and other such crosscutting functionalities. These crosscutting functionalities generally violate, or run counter to, modem code-development strategies and programming-language features that seek to partition logic into hierarchically organized compartments and modules with related functionalities, attribute values, and other common features. In current client/server environments, for certain types of programs distributed by a server to client computers, including programs embedded in files that specify web pages, cross-cutting functionality is encoded in advice included with the programs and distributed to the client computers, which weave the advice into programs prior to or during client-side interpretation of the programs.

Abstract: Aspects of communication of a client device with a private or hybrid cloud are described. In some aspects, a private host computer is determined as being connected to a private network. The private network differs from a network to which the client device is connected. A virtual private network is established between the client device and the private host computer. The virtual private network being established using a virtual private network server that includes a connection to the private host computer through the private network. A request is transmitted to the private host computer through the virtual private network. The request includes an origin value, wherein instructions associated with the origin value are allowed to access resources of the private host computer.

Abstract: Techniques for communication in a hybrid cloud computing system. The techniques include utilizing cross-origin resource sharing to allow a web-based application to communicate with both a public host computer and a private host computer of the hybrid cloud computing system. More specifically, a web-based application downloaded from the public host computer would include code that, when executed, would programmatically make HTTP requests to the private host computer. The private host computer would respond with an Access-Control-Allow-Origin header specifying the origin of the public host computer as an allowed origin, thereby allowing the web-based application to access resources from the private host computer. The techniques may be used for managing computing or software resources of the hybrid cloud computing system and also for transfer of data related to managing computing or software resources of the hybrid cloud computing system.

Abstract: An application specific interface (API) for a service that is accessible by remote procedure calls is generated at run-time from an interface language definitions file. In operation, a client application requests a connection to a server and then a runtime API generator connects to the server and downloads an interface definition language (IDL) file that defines services provided by the server. The runtime API generator parses the IDL file and generates the corresponding service API. Subsequently, upon receiving a client application request, the API generator generates a set of instructions that, when executed, emit one or more remote procedure calls that cause the server to implement the client application request. Because the API is generated at run-time, the runtime API generator enables client applications that are implemented in dynamically typed languages to access the service by providing access to the data type metadata that cannot be expressed in such languages.

Abstract: An application specific interface (API) for a service that is accessible by remote procedure calls is generated at run-time from an interface language definitions file. In operation, a client application requests a connection to a server and then a runtime API generator connects to the server and downloads an interface definition language (IDL) file that defines services provided by the server. The runtime API generator parses the IDL file and generates the corresponding service API. Subsequently, upon receiving a client application request, the API generator generates a set of instructions that, when executed, emit one or more remote procedure calls that cause the server to implement the client application request. Because the API is generated at run-time, the runtime API generator enables client applications that are implemented in dynamically typed languages to access the service by providing access to the data type metadata that cannot be expressed in such languages.

Abstract: Techniques for communication in a hybrid cloud computing system. The techniques include utilizing cross-origin resource sharing to allow a web-based application to communicate with both a public host computer and a private host computer of the hybrid cloud computing system. More specifically, a web-based application downloaded from the public host computer would include code that, when executed, would programmatically make HTTP requests to the private host computer. The private host computer would respond with an Access-Control-Allow-Origin header specifying the origin of the public host computer as an allowed origin, thereby allowing the web-based application to access resources from the private host computer. The techniques may be used for managing computing or software resources of the hybrid cloud computing system and also for transfer of data related to managing computing or software resources of the hybrid cloud computing system.

Abstract: An application specific interface (API) for a service that is accessible by remote procedure calls is generated at run-time from an interface language definitions file. In operation, a client application requests a connection to a server and then a runtime API generator connects to the server and downloads an interface definition language (IDL) file that defines services provided by the server. The runtime API generator parses the IDL file and generates the corresponding service API. Subsequently, upon receiving a client application request, the API generator generates a set of instructions that, when executed, emit one or more remote procedure calls that cause the server to implement the client application request. Because the API is generated at run-time, the runtime API generator enables client applications that are implemented in dynamically typed languages to access the service by providing access to the data type metadata that cannot be expressed in such languages.

Abstract: The current application is directed to implementation of crosscutting functionalities, including code instrumentation, error logging, performance monitoring and performance-data logging, and other such crosscutting functionalities. These crosscutting functionalities generally violate, or run counter to, modem code-development strategies and programming-language features that seek to partition logic into hierarchically organized compartments and modules with related functionalities, attribute values, and other common features. In current client/server environments, for certain types of programs distributed by a server to client computers, including programs embedded in files that specify web pages, cross-cutting functionality is encoded in advice included with the programs and distributed to the client computers, which weave the advice into programs prior to or during client-side interpretation of the programs.