Add to ORKGThis paper presents a tool that enables programmers to use dynamic testing tools for de-bugging non-deterministic parallel programs. The solution uses a record/replay mechanism that allows replaying a recorded or an artificial execution. As the replayed execution is guaranteed to be equivalent to the constructed or original execution, highly intrusive testing tools can be used
A common debugging strategy involves re-executing a program (on a given input) over and over, each t...
The problems of debugging parallel programs have been known for quite some time. However, the litera...
Testing and debugging parallel programs is often difficult and tedious since concurrently executing ...
This paper presents a tool that enables programmers to use dynamic testing tools for de-bugging non-...
The ability to reproduce a parallel execution is desirable for debugging and program reliability pur...
The debugging cycle is the most common methodology for finding and correcting errors in sequential p...
Nondeterminacy implies two unpleasant properties for testing and debugging parallel programs: succes...
Shared-memory parallel programs are inherently nondeterministic, making it difficult to diagnose rar...
Detecting computational states of a program, where safety requirements have been violated, is the ma...
Reproducing a failure is the first and most important step in debugging because it enables us to und...
Debugging MIMD programs is often a delicate job. As a matter of fact, they can have different behavi...
Debugging a faulty program can be very hard and time-consuming. The programmer usually reexecutes hi...
Debugging concurrent programs is known to be difficult due to scheduling non-determinism. The techni...
Abstract. Alongside the rise of multiprocessor machines, the concurrent programming model has grown ...
The debugging cycle is the most common methodology for finding and correcting errors in sequential p...
A common debugging strategy involves re-executing a program (on a given input) over and over, each t...
The problems of debugging parallel programs have been known for quite some time. However, the litera...
Testing and debugging parallel programs is often difficult and tedious since concurrently executing ...
This paper presents a tool that enables programmers to use dynamic testing tools for de-bugging non-...
The ability to reproduce a parallel execution is desirable for debugging and program reliability pur...
The debugging cycle is the most common methodology for finding and correcting errors in sequential p...
Nondeterminacy implies two unpleasant properties for testing and debugging parallel programs: succes...
Shared-memory parallel programs are inherently nondeterministic, making it difficult to diagnose rar...
Detecting computational states of a program, where safety requirements have been violated, is the ma...
Reproducing a failure is the first and most important step in debugging because it enables us to und...
Debugging MIMD programs is often a delicate job. As a matter of fact, they can have different behavi...
Debugging a faulty program can be very hard and time-consuming. The programmer usually reexecutes hi...
Debugging concurrent programs is known to be difficult due to scheduling non-determinism. The techni...
Abstract. Alongside the rise of multiprocessor machines, the concurrent programming model has grown ...
The debugging cycle is the most common methodology for finding and correcting errors in sequential p...
A common debugging strategy involves re-executing a program (on a given input) over and over, each t...
The problems of debugging parallel programs have been known for quite some time. However, the litera...
Testing and debugging parallel programs is often difficult and tedious since concurrently executing ...