Abstract: A computer-implemented method executed by a server processor for generating a software product comprises generating modules, each module being described by module metadata, and for each generated module, adding dependencies on other modules to the module metadata, creating a nest, the nest comprising data describing a development environment of a client processor for the module, and adding the nest to the module metadata, and further comprising storing the module metadata with a database connected to the server processor, providing a created nest to the client processor for being loaded into the development environment of the client processor, and building the module and publishing the built module to a publication repository connected to the server processor. Furthermore, there is provided a system for generating a software product and being adapted for performing the computer-implemented method.

Abstract: The invention relates to a method for generating a signal train which can be played back on a tester for testing a mobile radio. First, a given command sequence is analyzed in respect of a signal train generated therefrom by the tester. The signal train which results from the command sequence is checked by comparing it with a standard-compliant signal train. Discrepancies between the standard-compliant signal train and the signal train resulting from the command sequence are detected and the necessary changes to the command sequence to generate a standard-compliant signal train are ascertained. In line with the necessary changes detected, commands or command sequence sections are supplemented and/or replaced. In this way, a command sequence which can be played back is generated and output.

Abstract: A method for testing a mobile-radio device is provided. The method includes determination of information regarding at least one real mobile-radio network using a measuring device, and additionally and independently using a mobile-radio device. The method further includes analysis of the information, received through the measuring device and through the mobile-radio device, regarding the mobile-radio network using an analysis device, analysis of all signals incoming to and respectively outgoing from the mobile-radio device using an analysis device, conversion of the information into an instruction sequence, and simulation of the real mobile-radio network through the implementation of at least a part of the instruction sequence by the test device.

Abstract: A computer-implemented method executed by a server processor for generating a software product comprises generating modules, each module being described by module metadata, and for each generated module, adding dependencies on other modules to the module metadata, creating a nest, the nest comprising data describing a development environment of a client processor for the module, and adding the nest to the module metadata, and further comprising storing the module metadata with a database connected to the server processor, providing a created nest to the client processor for being loaded into the development environment of the client processor, and building the module and publishing the built module to a publication repository connected to the server processor. Furthermore, there is provided a system for generating a software product and being adapted for performing the computer-implemented method.

Abstract: A method for testing a mobile-radio device is provided. The method includes determination of information regarding at least one real mobile-radio network using a measuring device, and additionally and independently using a mobile-radio device. The method further includes analysis of the information, received through the measuring device and through the mobile-radio device, regarding the mobile-radio network using an analysis device, analysis of all signals incoming to and respectively outgoing from the mobile-radio device using an analysis device, conversion of the information into an instruction sequence, and simulation of the real mobile-radio network through the implementation of at least a part of the instruction sequence by the test device.

Abstract: A method for testing a mobile radio device in a real test scenario, using a test device in which signal sequences, typical of mobile telephony, of a plurality of base stations are produced. The signal sequence of one base station each is allocated to one of the plurality of send/receive channels of the test device. The signal sequence of at least one of the plurality of base stations is alternatively allocated to at least one of the plurality of send channels of the test device and the signals sent back from the mobile device to be tested are evaluated.

Abstract: The invention relates to a method for generating a signal train which can be played back on a tester for testing a mobile radio. First, a given command sequence is analyzed in respect of a signal train generated therefrom by the tester. The signal train which results from the command sequence is checked by comparing it with a standard-compliant signal train. Discrepancies between the standard-compliant signal train and the signal train resulting from the command sequence are detected and the necessary changes to the command sequence to generate a standard-compliant signal train are ascertained. In line with the necessary changes detected, commands or command sequence sections are supplemented and/or replaced. In this way, a command sequence which can be played back is generated and output.