AbstractChecking the reliability of software is an ever growing challenge. Fully automatic tools that attempt to cover the entire state space often fail because of state explosion. We present instead a toolset that employs some less-ambitious but useful methods to assist in software debugging. The toolset provides an automatic translation of the code into visual flowcharts, allowing the user to interactively select execution paths. It assists the user by calculating path conditions and exploring the neighborhood of the paths. It also allows the user to interactively step through the execution of the program, directed by temporal formulas interpreted over finite sequences. We will show several different ways of using these capabilities for d...
This dissertation addresses problems in the visualization and debugging of asynchronous, highly para...
Debugging is a tedious and time-consuming process for software developers. Therefore, providing effe...
The Parallel Program Debugger (PPD) allows a programmer to find bugs by following dynamic dependence...
Debugging, which entails locating program faults responsible for a program failure, is more difficul...
This thesis describes the design and implementation of an integrated debugging system for parallel p...
Multicore is here to stay. To keep up with the hardware innovation, software developers mustmove fro...
The design of concurrent programs is error-prone due to the interaction between concurrently executi...
Programmers spend considerable time debugging code. Several tools are available to help them in this...
Call number: LD2668 .T4 1986 C48Master of ScienceComputing and Information Science
Testing and debugging parallel programs is often difficult and tedious since concurrently executing ...
A common debugging strategy involves re-executing a program (on a given input) over and over, each t...
This paper discusses a new debugging strategy for parallel programs, called parallel relative debugg...
This paper discusses a new debugging strategy for parallel programs, called parallel relative debugg...
Algorithmic Debugging is a theory of debugging that uses queries on the compositional semantics of a...
One of the major difficulties in debugging concurrent programs is that the programmer usually experi...
This dissertation addresses problems in the visualization and debugging of asynchronous, highly para...
Debugging is a tedious and time-consuming process for software developers. Therefore, providing effe...
The Parallel Program Debugger (PPD) allows a programmer to find bugs by following dynamic dependence...
Debugging, which entails locating program faults responsible for a program failure, is more difficul...
This thesis describes the design and implementation of an integrated debugging system for parallel p...
Multicore is here to stay. To keep up with the hardware innovation, software developers mustmove fro...
The design of concurrent programs is error-prone due to the interaction between concurrently executi...
Programmers spend considerable time debugging code. Several tools are available to help them in this...
Call number: LD2668 .T4 1986 C48Master of ScienceComputing and Information Science
Testing and debugging parallel programs is often difficult and tedious since concurrently executing ...
A common debugging strategy involves re-executing a program (on a given input) over and over, each t...
This paper discusses a new debugging strategy for parallel programs, called parallel relative debugg...
This paper discusses a new debugging strategy for parallel programs, called parallel relative debugg...
Algorithmic Debugging is a theory of debugging that uses queries on the compositional semantics of a...
One of the major difficulties in debugging concurrent programs is that the programmer usually experi...
This dissertation addresses problems in the visualization and debugging of asynchronous, highly para...
Debugging is a tedious and time-consuming process for software developers. Therefore, providing effe...
The Parallel Program Debugger (PPD) allows a programmer to find bugs by following dynamic dependence...