Abstract: Various communication systems may benefit from an improved cloud verification platform. For example, a cloud verification platform that can test and verify the underlying cloud infrastructure on behalf of the cloud application in an automated and systematic fashion may be helpful. A method may include connecting to a cloud verification service for testing a cloud infrastructure. The method may also include triggering execution of a virtual network function on the cloud infrastructure. In addition, the method may include testing a key attribute of the cloud infrastructure with the executed virtual network function using the cloud verification service. Further, the method may include sending a metric of the key attribute of the cloud infrastructure or the virtual network function to a user equipment.

Abstract: A method includes performing an integration test on executable software units. The integration test fails and identifies a symptomatic executable software unit at which the failure of the integration test is detected. One or more modified source code files, including instructions likely responsible for the failure of the integration test, are located from a plurality of modified source code files. The location involves searching a binary change database for change history records relating to both the plurality of modified source code files and the executable software units. Degrees of functional interaction between portions of modified source code files corresponding to the change history records and portions of a source code file corresponding to the symptomatic executable software unit are determined. Based on this determination, the modified source code file(s) including the instructions likely responsible for the failure of the integration test are identified.

Abstract: A method includes performing an integration test on executable software units. The integration test fails and identifies a symptomatic executable software unit at which the failure of the integration test is detected. One or more modified source code files, including instructions likely responsible for the failure of the integration test, are located from a plurality of modified source code files. The location involves searching a binary change database for change history records relating to both the plurality of modified source code files and the executable software units. Degrees of functional interaction between portions of modified source code files corresponding to the change history records and portions of a source code file corresponding to the symptomatic executable software unit are determined. Based on this determination, the modified source code file(s) including the instructions likely responsible for the failure of the integration test are identified.

Abstract: The invention relates to an application server and a method. The application server comprises a resolver which reserves a subscriber number prefix for test target applications. The resolver associates an address of an application server with the prefix in a memory and resolves subscriber numbers containing the prefix into the address using the memory. A network element simulator listens to a port, which has a port number which is also used in communicating with the network element being simulated. A test target application communicates with the simulator instead of the network element being simulated via a protocol stack in the application server. An application layer binding is used to route incoming messages to the test target application.

Abstract: The present invention relates to methods and apparatus for controlling communication. An apparatus, for example, a routing logic component may receive user control settings relating to a user may receive application control settings relating to an application; and may receive operator control settings relating to an operator. Communications between a device of said user and said application and between said application and said operator based on one or more of said user control settings, said application control settings and said operator control settings.

Abstract: The present invention relates to methods and apparatus for maintaining the privacy of a user and/or user's mobile device when communicating with an application. Communications between a mobile device of a user and an application are controlled wherein the mobile device is identified by a first identifier for communications between a gateway and the mobile device and the mobile device is identified by a second identifier for communications between the gateway and the application. The methods and apparatus translate between the first identifier and the second identifier, and determine whether the communications between the mobile device and the application are enabled or disabled.

Abstract: The present invention relates to methods and apparatus for enabling location data for a user to be included in communication messages from the user. A communication message is received from a mobile device of the user wherein the communication message is addressed to or intended for a location based service. A request message is transmitted for a location data of the mobile device to a mobile operator of the user. A response message is received from the mobile operator wherein the response message includes the location data for the mobile device. The communication message is processed to include the received location data for the mobile device and the processed communication message is transmitted to the location based service.

Abstract: The present invention relates to methods and apparatus for enabling location data for a user 110 to be included in communication messages from the user 110. A communication message is received from a mobile device 103 of the user 110 wherein the communication message is addressed to or intended for a location based service 107. A request message is transmitted for a location data of the mobile device 103 to a mobile operator 105 of the user 110. A response message is received from the mobile operator 105 wherein the response message includes the location data for the mobile device 103. The communication message is processed to include the received location data for the mobile device 103 and the processed communication message is transmitted to the location based service 107.

Abstract: The present invention relates to methods and apparatus for controlling communication. An apparatus 102, for example, a routing logic component may receive user control settings relating to a user 103, 105, may receive application control settings relating to an application; and may receive operator control settings relating to an operator 107, 109. Communications between a device 104, 106 of said user 103, 105 and said application 112, 113 and between said application 112, 113 and said operator 107, 109 based on one or more of said user control settings, said application control settings and said operator control settings.

Abstract: The present invention relates to methods and apparatus for maintaining the privacy of a user 103, 105 and/or user's mobile device 104, 106 when communicating with an application 109, 110. Communications between a mobile device 104 of a user 103 and an application 109 are controlled wherein the mobile device 104 is identified by a first identifier for communications between a gateway 102 and the mobile device 104 and the mobile device 104 is identified by a second identifier for communications between the gateway 102 and the application 109. The methods and apparatus translate between the first identifier and the second identifier, and determine whether the communications between the mobile device 104 and the application 109 are enabled or disabled.