Abstract: Method, apparatus, and article of manufacture for of debugging object-oriented code. A user selects a method call at a location in the object-oriented code and a debugger parses the selected method call. Parsing the selected method call comprises determining a base class of the method call, determining one or more override methods, and setting a respective breakpoint at a respective entry point of the method and each of one or more override methods. Each override method is associated with a derived class of the base class, and a name of the method call. During execution of the object-oriented code under debug, the debugger determines whether a method that executed one of the respective breakpoints is called from the user-selected location in the object-oriented code.

Abstract: A compiler has the capability to selectively compile individual portions of a compilable code module for optimum execution performance or for serviceability. In one aspect, individual portions, such as procedures (being less than the entire module) are selectively optimized. In another aspect, debug activity data is used for determining whether or not to optimize compiled code. It is optionally possible to support one or more levels of partial selective optimization.

Abstract: A method and apparatus for debugging the source code of a computer program are provided. A debugging system typically provides step into and step over commands that allow for the stepwise execution of a computer program. Embodiments of the invention allow users to specify lines of source code at which to override a step over command and instead perform a step into command. Further, a debugging system configured according to the present invention may analyze user activity or the program being debugged to identify locations in the source code where a programmer may prefer to step into a function call, rather than perform a step over operation.

Abstract: Method, apparatus and article of manufactured for debugging code. A user selects a function call (e.g., a method of object-oriented code) and a debugger parses the function call and sets breakpoints on the entry points of all instances of the method (assuming more than one). During execution, when one of the breakpoints is hit, the debugger determines whether the corresponding method is being called from the user-specified location in the code.

Abstract: A method, apparatus, system, and signal-bearing medium that in an embodiment determine whether to stop execution of a program at a breakpoint based on a previous value of a variable. In another embodiment, an attribute is applied to all breakpoints in a breakpoint group. The attribute includes data that is used to decide whether to halt the program upon encountering the breakpoints or allow the program to continue to execute. In another embodiment, breakpoints are excluded or included on the basis of the thread in which the breakpoint is encountered by the program.

Abstract: A method, apparatus and computer program product are provided for implementing enhanced graphical user interface functions in a graphical debugger. A user interface operatively controls a graphical user interface. A loadmap display manager coupled to the user interface implements a loadmap function. The user interface responsive to the loadmap display manager displays a program loadmap. A custom record display manager coupled to the user interface receives user inputs and implements a custom record display function. The user interface responsive to the custom record display manager displays user selected customized records.

Abstract: A compiler has the capability to selectively compile individual portions of a compilable code module for optimum execution performance or for serviceability. In one aspect, individual portions, such as procedures (being less than the entire module) are selectively optimized. In another aspect, debug activity data is used for determining whether or not to optimize compiled code. It is optionally possible to support one or more levels of partial selective optimization.