Humans & Errors Essay

Humans, by nature, are prone to errors. Most likely, its creation is close to errors as well. Since software is one of the many unique things man has made, it also has a high probability to fall into errors. Accordingly, the software that is used to write a Java programming language may contain errors, too. Programmers saw this problem, thus, created an error-handling system that could look in to the world of programming particularly the Java language and its runtime environment. The runtime errors found in Java are otherwise and collectively regarded as exceptions, and the procedure to uncover and deal with such errors is what we call exception handling (Cohn, Morgan, Morrison, Nygard, Joshi, & Trinko, 1996). This describes how closely runtime errors, exception, and exception handling are related to each other. Exception handling is a process. Its main purpose is to detect and take action to exceptions in the most trusted manner. Exception, on the other hand, is the term used as an alternative for errors. This is because exception stands for exceptional or abnormal forms that are not essentially considered errors. Since technology is growing so fast, exception handling becomes important in such a way that it is used as a tool to improve the management of errors as they grow together with technology. Exception handling is a standard approach to the growing number of errors. Precisely, it is important in managing runtime errors because it has an innate characteristic to separate error-handling code from its functional program code. Apart from that, it provides a certain method of call stack wherein the method used to resolve a higher level of error can be used for lower ones. References Cohn, C. , Morgan, B. , Morrison, M. , Nygard, M. , Joshi D. , and Trinko T. (1996). Java Developer’s Reference. Indianapolis: Sams. net Publishing