Abstract: This document discloses a method, apparatus, and computer program for automatically detecting unallowed continuation of a communication protocol procedure in a communication device. The method comprises in a test tool: marking an invalid input applied to the communication device in a sequence of operations of the communication protocol procedure; marking, with a sequence marker, a location that should not be reached in the sequence of operations of the communication protocol procedure as a result of the invalid input; and upon detecting that the communication protocol procedure has reached the location marked with the sequence marker, outputting an indication that the communication device operates in an unallowed manner.

Abstract: A network-based testing method and service integrated with a tool that publishes one or more tagged test cases with tags being executable to reproduce a sequence of events for a system under test, SUT, caused by an original test case. The method is performed in a network and is intended for testing software or hardware by first creating an original test case for a system under test, SUT, and performing a sequence of events for the original test case for testing it. The tested case is stored and information of the performed sequence of events is tagged to the tested case. The tagged test case is then sent to a service that publishes tagged test cases. The service publishes the tagged case in a way to be reproduced via the service.

Abstract: The invention concerns a method for assigning a value to at least one data item of a test case instance. The invention is characterized in that the method comprises steps of selecting an input data item from a test design library, the library comprising a plurality of input data items and information about semantics and/or data type of the input data items and assigning the selected input data item as a value of data item of the test case instance. Also an arrangement and a computer readable media comprising a computer executable program are disclosed.

Abstract: This document discloses a method, apparatus, and computer program product for testing a computer program application in a server computer. The method comprises: receiving, from a client device, a test request requesting the server computer to test suspicious behaviour associated with the computer program application; acquiring the computer program application on the basis of the test request; applying at least one test routine to the computer program application and testing for suspicious behaviour associated with the computer program application; creating a test report specifying at least some features of the suspicious behaviour, if any found during the at least one test routine; and communicating the test report to the client device.

Abstract: This document discloses a method, apparatus, and computer program for automatically detecting unallowed continuation of a communication protocol procedure in a communication device. The method comprises in a test tool: marking an invalid input applied to the communication device in a sequence of operations of the communication protocol procedure; marking, with a sequence marker, a location that should not be reached in the sequence of operations of the communication protocol procedure as a result of the invalid input; and upon detecting that the communication protocol procedure has reached the location marked with the sequence marker, outputting an indication that the communication device operates in an unallowed manner.

Abstract: Consensus testing of electronic system. A tester (112) for testing an electronic system (100) includes: a traffic interface (114) to receive traffic (102) from a test of an electronic system (100); an element comparator (118) to extract a value from an element of the traffic (102) and to compare the extracted element value with an element value (110) obtained from another test of another electronic system (104, 106, 108); and a test result generator (122) to generate consensus information (124) on the interoperability of the electronic system (100), based on comparing (120) the extracted element values of the electronic system (100) with the element values obtained from the other test of the other electronic system (104, 106, 108).