Sun Microsystems, Inc.

Robert B Jervis

Evan W Adams

Robin Jeffries

Daniel J O'Leary

Achut P Reddy

Hans E Muller

Rance J DeLong

George Allyn Polk

Vladimir G Ivanovic

Micheal E Janniro

Donald G Miller, Jr

John S Kern

Methods and apparati including computer program products link compiler error messages to information relevant to an error causing the compiler to generate the error message by adding link information to the compiler error messages. The error messages are displayed to the user without the link information. Portions of the visible error messages pertaining to the link information are highlighted, and upon selection by the user of the highlighted portion of the error message, information relevant to the highlighted error message is automatically displayed, for example, by running an editor, loading the source file which generated the error message, and displaying the relevant portion of the source file, or by running a help facility and displaying help information relevant to the error.

Method and apparatus for linking compiler error messages to relevant

Methods, apparatti and computer program products allow one or more editors to provide integrated functionality with one or more applications. The methods, systems and computer program products allow a user to select from among several editors which are not integrated with an application, yet interact with the editor and application as though the editor and application were integrated. One or more editors are assigned to each application and commands sent from each application are transformed into a command readable by the editor associated with the application. The command is sent to the editor, which is then able to display files to provide an appearance that the editor and the application are integrated. User generated commands from the editors may be sent to all of the applications or only a subset of the applications to allow the user to control one or more applications from the editor user interface.

Apparatti and computer program products for integrating editors with

An apparatus and method for testing software is disclosed. A test base is constructed on a storage device by creating a plurality of directories connected to form a hierarchical directory structure. Files associated with software programs to be tested are stored in directories within the hierarchical directory structure. Such files may include source code files, test input files and expected output files. Environment files and environment configuration files that specify values for environment variables are also stored in the test base. A test is run by invoking a test engine and passing to the test engine the name of an environment file and the name of a test. The test engine modifies the values of environment variables based on the specified environment file prior to executing the specified test. After modifying the environment based on the specified environment file and prior to executing the test, the test engine further modifies the environment based on any applicable environment configuration files. The test engine determines which environment configuration files are applicable to a test based on the location of the environment configuration files in the test base relative to the location of the directory that contains the files associated with the test. In addition to single test operations, the test engine may perform a series of tests based on a test list. The test apparatus also includes a tool for storing the results of past tests, and a tool for generating test lists in which tests are ordered based on the results of past tests. Multiple tests are performed simultaneously by distributing the test processes among a plurality of processors.

Method and apparatus for environment-variable driven software testing

In a preferred embodiment, the present invention provides an improved method and system for testing a graphical user interface program. The preferred embodiment provides improved performance over prior methods because it decouples the testing of an program's engine component from the testing of its GUI component. The preferred method begins the testing process by invoking test functions that send data to the program's engine component. The data simulates user action on the graphical user interface of the program. In response to receiving the data, the engine component processes the simulated user action as if it had been sent from the graphical user interface component. The preferred method captures the results of this processing and uses the results to determine whether the engine component is performing properly. By testing the engine component without invoking the graphical user interface component, the preferred embodiment reduces the overall time spent testing the GUI program and allows the testing of the program to begin at an earlier point in the development process than had earlier been possible.

Method and system for testing graphical user interface programs

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Monte Sereno, CA, United States of America

Robert B Jervis