Common debug scripting framework for driving hybrid applications consisting of compiled languages and interpreted languages

1. A computer-implemented method comprising:

providing, by a processor, a debug extension library on top of a programming language interpreter;

providing, by the processor, a common debug interface as part of the debug extension library;

providing, by the processor, at least two debug interface implementations as part of the common debug interface, a first one of the at least two debug interface implementations being dedicated to a native debugger of an interpreted language computer program and a second one of the at least two debug interface implementations being dedicated to a native debugger of a compiled language computer program, wherein an application contains a first portion written in an interpreted programming language and a second portion written in a compiled programming language; and

responding, by the processor, to a user command provided through a debug script program to debug the application by commanding one of the native debugger of an interpreted language computer program or the native debugger of a compiled language computer program through the corresponding dedicated debug interface implementation, wherein the debug script program is a single script program,

wherein the common debug interface contains a plurality of features abstracted from the native debugger of the interpreted language computer program and from the native debugger of the compiled language computer program, and wherein the plurality of abstracted features are common to both the native debugger of the interpreted language computer program and from the native debugger of the compiled language computer program, the plurality of abstracted common features include launching, breakpoint, stepping, terminate/resume/suspend, variable inspection, expression evaluation, and stack frame source location.

2. The computer-implemented method of claim 1 wherein the interpreted language computer program comprises Java.

3. The computer-implemented method of claim 1 wherein the compiled language computer program comprises one of C, C++ or COBOL.

4. The computer-implemented method of claim 1 wherein when a predetermined debug event occurs, one of the at least two debug interface implementations calls a handler function.

5. A system comprising:

a processor in communication with one or more types of memory, the processor configured to:

provide a debug extension library on top of a programming language interpreter;

provide a common debug interface as part of the debug extension library;

provide at least two debug interface implementations as part of the common debug interface, a first one of the at least two debug interface implementations being dedicated to a native debugger of an interpreted language computer program and a second one of the at least two debug interface implementations being dedicated to a native debugger of a compiled language computer program, wherein an application contains a first portion written in an interpreted programming language and a second portion written in a compiled programming language; and

respond to a user command provided through a debug script program to debug the application by commanding one of the native debugger of an interpreted language computer program or the native debugger of a compiled language computer program through the corresponding dedicated debug interface implementation, wherein the debug script program is a single script program,

wherein the common debug interface contains a plurality of features abstracted from the native debugger of the interpreted language computer program and from the native debugger of the compiled language computer program, and wherein the plurality of abstracted features are common to both the native debugger of the interpreted language computer program and from the native debugger of the compiled language computer program, the plurality of abstracted common features include launching, breakpoint, stepping, terminate/resume/suspend, variable inspection, expression evaluation, and stack frame source location.

6. The system of claim 5 wherein the interpreted language computer program comprises Java.

7. The system of claim 5 wherein the compiled language computer program comprises one of C, C++ or COBOL.

8. The system of claim 5 wherein when a predetermined debug event occurs, one of the at least two debug interface implementations calls a handler function.

9. A computer program product comprising:

a non-transitory storage medium readable by a processing circuit and storing instructions for execution by the processing circuit for performing a method comprising:

providing a debug extension library on top of a programming language interpreter;

providing a common debug interface as part of the debug extension library;

providing at least two debug interface implementations as part of the common debug interface, a first one of the at least two debug interface implementations being dedicated to a native debugger of an interpreted language computer program and a second one of the at least two debug interface implementations being dedicated to a native debugger of a compiled language computer program, wherein an application contains a first portion written in an interpreted programming language and a second portion written in a compiled programming language; and

responding to a user command provided through a debug script program to debug the application by commanding one of the native debugger of an interpreted language computer program or the native debugger of a compiled language computer program through the corresponding dedicated debug interface implementation, wherein the debug script program is a single script program,

wherein the common debug interface contains a plurality of features abstracted from the native debugger of the interpreted language computer program and from the native debugger of the compiled language computer program, and wherein the plurality of abstracted features are common to both the native debugger of the interpreted language computer program and from the native debugger of the compiled language computer program, the plurality of abstracted common features include launching, breakpoint, stepping, terminate/resume/suspend, variable inspection, expression evaluation, and stack frame source location.

10. The computer program product of claim 9 wherein the interpreted language computer program comprises Java, and wherein the compiled language computer program comprises one of C, C++ or COBOL.

11. The computer program product of claim 9 wherein when a predetermined debug event occurs, one of the at least two debug interface implementations calls a handler function.