Abstract: A computer operable method for integrating and automating test procedures within a computer application program. Instantiated test operation objects of an object class defined by the present invention correspond to functions to be tested within the computer application program. The test operation objects are instantiated by calls to functions in a test operation runtime library (DLL). The test operation objects include interface method functions which execute the intended test operation and simulate any required data, file, or memory I/O. Other aspects of the methods of the present invention provide rules which permit decisions as to the applicability of each test operation given the state of the application program or the context of the test operation sequence. The various test operation objects are selected to perform a sequence of test steps. In one mode of operation, the methods of the present invention randomly select among all the instantiated test operation objects.

Abstract: A computer operable method for integrating and automating test procedures within a computer application program. Instantiated test operation objects of an object class defined by the present invention correspond to functions to be tested within the computer application program. The test operation objects are instantiated by calls to functions in a test operation runtime library (DLL). The test operation objects include interface method functions which execute the intended test operation and simulate any required data, file, or memory I/O. Other aspects of the methods of the present invention provide rules which permit decisions as to the applicability of each test operation given the state of the application program or the context of the test operation sequence. The various test operation objects are selected to perform a sequence of test steps. In one mode of operation, the methods of the present invention randomly select among all the instantiated test operation objects.

Abstract: A method for identifying errors in program functions in a program interface found in a header file for the program interface and for identifying errors in program functions in a program interface found in an internal header file and a related public declaration header file for the program interface is provided. In the preferred embodiment, a header file is parsed, and parsing errors are recorded. A test application designed to call each program function in a dynamic link library is generated using information obtained through parsing. The test application is compiled, and compilation errors are recorded. The test application is executed, and errors identified through execution are recorded.