Abstract: The current document discloses methods and systems for extending an internal network within a first cloud-computing facility to a second cloud-computing facility and deploying a virtual machine or virtual application previously running on a first cloud-computing facility within the context of the extended internal network in the second cloud-computing facility.

Abstract: A method of migrating a virtualized computing instance between source and destination virtualized computing systems includes executing a first migration workflow in the source virtualized computing system between a source host computer and a first mobility agent simulating a destination host, executing a second migration workflow in the destination virtualized computing system between a second mobility agent simulating a source host and a destination host computer, sending, as part of the first migration workflow, a configuration of the migrated virtualized computing instance to the destination virtualized computing system, translating, as part of the second migration workflow, infrastructure-dependent information in the configuration of the migrated virtualized computing instance, and transferring, during execution of the first and second migration workflows, migration data including the virtualized computing instance between the source host and the destination host over a network.

Abstract: A method of migrating a virtualized computing instance between source and destination virtualized computing systems includes executing a first migration workflow in the source virtualized computing system between a source host computer and a first mobility agent simulating a destination host, executing a second migration workflow in the destination virtualized computing system between a second mobility agent simulating a source host and a destination host computer, sending, as part of the first migration workflow, a configuration of the migrated virtualized computing instance to the destination virtualized computing system, translating, as part of the second migration workflow, infrastructure-dependent information in the configuration of the migrated virtualized computing instance, and transferring, during execution of the first and second migration workflows, migration data including the virtualized computing instance between the source host and the destination host over a network.

Abstract: The current document discloses methods and systems for extending an internal network within a first cloud-computing facility to a second cloud-computing facility and deploying a virtual machine or virtual application previously running on a first cloud-computing facility within the context of the extended internal network in the second cloud-computing facility.

Abstract: The current document discloses methods and systems for extending an internal network within a first cloud-computing facility to a second cloud-computing facility and deploying a virtual machine or virtual application previously running on a first cloud-computing facility within the context of the extended internal network in the second cloud-computing facility.

Abstract: Consistent with the present disclosure, a block of software code or “software code block” that is executed while particular tests are carried out is assigned a software code block identifier, which is associated with test identifiers, which, in turn, identify the tests that were performed. The software code block identifiers and corresponding test identifiers are then stored in a database. When a portion of the software code block is later modified, either by a change to one or more lines of the code or by deleting or adding code, the corresponding software code block identifier is determined or selected, and then used to access the corresponding test identifiers from the database. The test identifiers are then used to generate a report, for example, that lists each test to be performed in order to determine whether the modified software code block operates properly.

Abstract: The current document discloses methods and systems for extending an internal network within a first cloud-computing facility to a second cloud-computing facility and deploying a virtual machine or virtual application previously running on a first cloud-computing facility within the context of the extended internal network in the second cloud-computing facility.

Abstract: An article including at least one computer readable medium storing a network management application comprising computer executable code that upon execution by one or more processors causes the one or more processors to receive and execute the computer executable code of the network management application to store an identifier indicative of a candidate service in a database, receive the information indicative of managed entities from the one or more input devices, transform the data indicative of the managed entities into neutral data structure represented by graphs, vertices and edges, store these neutral data structures in the database and determine whether the telecommunication network is configured to execute the candidate service by applying predetermined rules on these neutral data structures.

Abstract: Consistent with the present disclosure, a block of software code or “software code block” that is executed while particular tests are carried out is assigned a software code block identifier, which is associated with test identifiers, which, in turn, identify the tests that were performed. The software code block identifiers and corresponding test identifiers are then stored in a database. When a portion of the software code block is later modified, either by a change to one or more lines of the code or by deleting or adding code, the corresponding software code block identifier is determined or selected, and then used to access the corresponding test identifiers from the database. The test identifiers are then used to generate a report, for example, that lists each test to be performed in order to determine whether the modified software code block operates properly.

Abstract: An article including at least one computer readable medium storing a network management application comprising computer executable code that upon execution by one or more processors causes the one or more processors to receive and execute the computer executable code of the network management application to store an identifier indicative of a candidate service in a database, receive the information indicative of managed entities from the one or more input devices, transform the data indicative of the managed entities into neutral data structure represented by graphs, vertices and edges, store these neutral data structures in the database and determine whether the telecommunication network is configured to execute the candidate service by applying predetermined rules on these neutral data structures.