Abstract: A computer implemented method, apparatus, and computer usable program code for indicating thread swaps. A code is presented on a graphical user interface. A portion of the code is executed. A determination is made as to whether a change from an initial thread to a current thread occurred when execution of the portion of the code stops at a line of code in the portion of the code. A graphical indication is displayed identifying a thread swap in the graphical user interface in association with the line of code in which the thread swap occurred.

Abstract: Compiled breakpoint analysis includes a debugger user interface that is displayed for defining breakpoint properties. Responsive to a predefined user selection, a conditional breakpoint and condition are exported to be compiled for debug. When a source module is compiled for debug, the conditional breakpoint is inserted into the program executable for a user-selected line. When debugging the program executable, the compiled conditional breakpoint is identified. A compiled breakpoint table is used to set a conditional breakpoint on the user-selected line and to identify statement numbers for the true and false legs of a compiled condition.

Abstract: A computer implemented method, apparatus, and computer usable program code for indicating thread swaps. A code is presented on a graphical user interface. A portion of the code is executed. A determination is made as to whether a change from an initial thread to a current thread occurred when execution of the portion of the code stops at a line of code in the portion of the code. A graphical indication is displayed identifying a thread swap in the graphical user interface in association with the line of code in which the thread swap occurred.

Abstract: A computer implemented method, apparatus, and computer program product for generating enhanced source code analyzer results. The process receives a plurality of results generated by a static code analysis for a computer program. Profile data associated with the computer program is received. A priority for each result in the plurality of results is identified to form prioritized results. A prioritized static analysis report is generated using the prioritized results. The prioritized static analysis report indicates the priority for each result in the plurality of results.

Abstract: Apparatus, methods and articles of manufacture are provided for tracking breakpoint hits. In one embodiment, a hit count is automatically incremented for each breakpoint. The hit count is stored for subsequent runs, thereby allowing a user to specify a breakpoint encounter number, N, to which a program may execute and then stop. Illustratively, each breakpoint encounter may have been automatically tracked prior to the user's specification of N. In another embodiment, a range in which the breakpoint is located is specified. The hit count is incremented for each encounter of the breakpoint in the range and reset each time the range is entered.

Abstract: In the present invention, a special purpose watch function is used to find reference to uninitialized memory within a computer program during debugging. The uninitialized memory watch may be implemented singularly with respect to a given memory allocation or as a watchpoint wherein a watch is set on a memory space for each instance of a memory allocation during execution of a program. At the point where this watch is set, the program assumes that the memory targeted is uninitialized. When storage to the target memory is made, the watch function marks that segment of memory as initialized and permits continued program execution. Upon detecting a reference to the memory, a determination is made as to whether the watched memory space is initialized.

Abstract: Apparatus, methods and articles of manufacture are provided for tracking breakpoint hits. In one embodiment, a hit count is automatically incremented for each breakpoint. The hit count is stored for subsequent runs, thereby allowing a user to specify a breakpoint encounter number, N, to which a program may execute and then stop. Illustratively, each breakpoint encounter may have been automatically tracked prior to the user's specification of N. In another embodiment, a range in which the breakpoint is located is specified. The hit count is incremented for each encounter of the breakpoint in the range and reset each time the range is entered.