We present PandionJ, a pedagogical debugger for Java with innovative features regarding how the program state information is presented to users. We consider aspects that are either not available or not fully automated in existing debuggers (pedagogical or not), such as illustration of the history of variable values and look-ahead of their future state. Our approach relies on static analysis of code in order to infer variable roles, relationships, and behavior. This information is used to render illustrations of program state that existing debuggers are not capable of providing without requiring additional user input
Java program debugging was investigated in computer science students who used a software debugging e...
Java program debugging was investigated in programmers who used a software debugging environment (SD...
The aim of this article is to broadly elaborate on how programming can be understood as a new teachi...
Programming has provided a rich domain for Artificial Intelligence in Education and many systems hav...
In this report, we present a novel visualization-based method for debugging software programs and an...
[[abstract]]Because of the increase in complexity of software programs, debugging without help from ...
[[abstract]]There are many software visualization researches nowadays. Software visualization is an ...
Object-oriented programming can be a challenge for unexperienced or new developers. The relations be...
Object-oriented programming can be a challenge for unexperienced or new developers. The relations be...
[[abstract]]Generally speaking, a programmer usually needs to use or maintain the code which is writ...
Although software projects continue to grow larger in size and complexity, the typical methods for d...
Understanding and working with unfamiliar code is often a challenge of software integration or debug...
Debugging is an iterative process of removing errors from computer programs. Although debugging is o...
The errors that Java programmers are likely to encounter can roughly be categorized into three group...
Java program debugging was investigated in computer science students who used a software debugging e...
Java program debugging was investigated in computer science students who used a software debugging e...
Java program debugging was investigated in programmers who used a software debugging environment (SD...
The aim of this article is to broadly elaborate on how programming can be understood as a new teachi...
Programming has provided a rich domain for Artificial Intelligence in Education and many systems hav...
In this report, we present a novel visualization-based method for debugging software programs and an...
[[abstract]]Because of the increase in complexity of software programs, debugging without help from ...
[[abstract]]There are many software visualization researches nowadays. Software visualization is an ...
Object-oriented programming can be a challenge for unexperienced or new developers. The relations be...
Object-oriented programming can be a challenge for unexperienced or new developers. The relations be...
[[abstract]]Generally speaking, a programmer usually needs to use or maintain the code which is writ...
Although software projects continue to grow larger in size and complexity, the typical methods for d...
Understanding and working with unfamiliar code is often a challenge of software integration or debug...
Debugging is an iterative process of removing errors from computer programs. Although debugging is o...
The errors that Java programmers are likely to encounter can roughly be categorized into three group...
Java program debugging was investigated in computer science students who used a software debugging e...
Java program debugging was investigated in computer science students who used a software debugging e...
Java program debugging was investigated in programmers who used a software debugging environment (SD...
The aim of this article is to broadly elaborate on how programming can be understood as a new teachi...