#Java security exception jbidwatcher software
#Java security exception jbidwatcher code

Next, this paper presents tools that are generated for summarization tasks or employed during summarization tasks. Moreover, we discuss the applications of summarization, i.e., what tasks at hand have been achieved through summarization. Therefore, this paper first intends to provide a general perspective on the state of the art, describing the type of artifacts, approaches for summarization, as well as the common portions of experimental procedures shared among these artifacts. Since aforementioned artifacts contain both structured and unstructured data at the same time, researchers have applied different machine learning and data mining techniques to generate summaries.

#Java security exception jbidwatcher software

2016, numerous summarization techniques, approaches, and tools have been proposed to satisfy the ongoing demand of improving software performance and quality and facilitating developers in understanding the problems at hand. This paper presents a literature review in the field of summarizing software artifacts, focusing on bug reports, source code, mailing lists and developer discussions artifacts.

#Java security exception jbidwatcher code

Initial evaluations have shown that this tool generates English conversions that accurately represent a wide variety of assertion statements which could be used for code summarization or other NLP analyses. This process has also been implemented and released as the AssertConvert tool. In this paper, we present our work towards improving JUnit test summarization with a detailed process for converting a total of 45 unique JUnit assertions to English, including 37 previously-unhandled variations of the assertThat method. However, current test summarization approaches handle only a subset of the variation and customization allowed in the JUnit assert API (a critical component of test cases) which may affect the accuracy of conversions. Code summarizers identify 'important' statements in the source/tests and convert them to easily understood English sentences using static analysis and NLP techniques. This promising result encourages us to explore task-specific cue models, which can aid novice developers to accomplish complex comprehension tasks faster.Ĭonverting source or unit test code to English has been shown to improve the maintainability, understandability, and analysis of software and tests. A comparison of the synthesized summaries with the summaries recorded by the developers shows both had similar content. Our approach used developers cue choices to synthesize the summaries. Finally, as a case in point, we propose a novel task-specific program summarization approach to aid novice developers in comprehending an unfamiliar program.

By observing their interaction history while fixing bugs in Eclipse IDE, we found that the IDE’s influence on their cue choices was not statistically significant. In our second exploratory study, we investigated whether an integrated development environment (IDE) influences a developer’s cue choices.

First, from our user study on two common comprehension tasks, we found that developers actively seek the cues and their cue source choices are similar but task dependent. Hence, we conducted two independent studies to understand the kind of cues used by the developers and how a tool influences their cue selection.

However, not much is known about the developers’ choice of cue. But unlike the experienced developers, novice developers fail to recognize the relevant cues, because (a) there are many cues and (b) they might be unfamiliar with the artifacts. Being familiar with different kinds of cues will help the developers to comprehend a program faster. In such cases, developers use cues to establish the relevance of a piece of information with a task. Try(InputStream keyStoreData = new FileInputStream('keystore.Developers need to comprehend a program before modifying it. KeyStore keyStore = KeyStore.getInstance(KeyStore.getDefaultType()) Ĭhar keyStorePassword = 'changeit'.toCharArray() For that, we need to load the key-store file, where we must have our public keys: Present Certificate - We need to present a valid certificate to another party in the communication.A mutually authenticated SSL connection requires us to do two things: Let's see how we can work with certificates in Java to establish a secure connection using SSL.