Abstract: Apparatus and methods allow users of software testing applications to obtain auto-generated reports. During use, one or more software test cases of a feature of a software target are identified for execution. A template, common to the software cases, autogenerate a first report in a first computing language, e.g., XML, based on test results obtained from the execution. A transformation into one or more second reports in a second computing language, e.g., HTML, occurs so that users can visually understand the report. Preferred aspects include utilizing an existing Java-based JUnit testing framework and an API of Apache Ant. Retrofitting existing software testing applications contemplates inserting executable code, in the form of a template, to obtain auto-generated reports. Executable code is available as a computer program product in the form of a download or on a computer-readable medium. Overall architecture in a virtual machine is another noteworthy aspect.

Abstract: Apparatus and methods allow users of software testing applications to obtain auto-generated reports. During use, one or more software test cases of a feature of a software target are identified for execution. A template, common to the software cases, autogenerate a first report in a first computing language, e.g., XML, based on test results obtained from the execution. A transformation into one or more second reports in a second computing language, e.g., HTML, occurs so that users can visually understand the report. Preferred aspects include utilizing an existing Java-based JUnit testing framework and an API of Apache Ant. Retrofitting existing software testing applications contemplates inserting executable code, in the form of a template, to obtain auto-generated reports. Executable code is available as a computer program product in the form of a download or on a computer-readable medium. Overall architecture in a virtual machine is another noteworthy aspect.