Venn diagrams are commonly used to display list comparison. In biology, they are widely used to show the differences between gene lists originating from different differential analyses, for instance. ...They thus allow the comparison between different experimental conditions or between different methods. However, when the number of input lists exceeds four, the diagram becomes difficult to read. Alternative layouts and dynamic display features can improve its use and its readability.
jvenn is a new JavaScript library. It processes lists and produces Venn diagrams. It handles up to six input lists and presents results using classical or Edwards-Venn layouts. User interactions can be controlled and customized. Finally, jvenn can easily be embeded in a web page, allowing to have dynamic Venn diagrams.
jvenn is an open source component for web environments helping scientists to analyze their data. The library package, which comes with full documentation and an example, is freely available at http://bioinfo.genotoul.fr/jvenn.
Exploring the distinctive nature and role of local pilgrimage traditions among Muslims and Catholics, Muslim and Catholic Pilgrimage Practices draws particularly on south central Java, Indonesia. In ...this area, the hybrid local Muslim pilgrimage culture is shaped by traditional Islam, the Javano-Islamic sultanates, and the Javanese culture with its strong Hindu-Buddhist heritage. This region is also home to a vibrant Catholic community whose identity formation has occurred in a way that involves complex engagements with Islam as well as Javanese culture. In this respect, local pilgrimage tradition presents itself as a rich milieu in which these complex engagements have been taking place between Islam, Catholicism, and Javanese culture.
Employing a comparative theological and phenomenological analysis, this book reveals the deeper religio-cultural and theological import of pilgrimage practice in the identity formation and interaction among Muslims and Catholics in south central Java. In a wider context, it also sheds light on the larger dynamics of the complex encounter between Islam, Christianity and local cultures.
In this excerpt from a Software Engineering Radio episode, Nick Black talks with Nicolai Parlog about Java 9-specifically, the why and how of the module system.
Although Java does not run on some handheld devices, e.g., iPads and iPhones, JavaScript does. The development of JSmol, a JavaScript‐only version of Jmol, is described, and its use in Proteopedia is ...demonstrated. A key aspect of JSmol is that it includes the full implementation of the entire set of Jmol functionalities, including file reading and writing, scripting, and rendering. The relative performances of Java‐based Jmol and JavaScript‐only JSmol are discussed. We can now confirm that the guiding principles of Java programming can be completely and relatively straightforwardly transformed directly into JavaScript, requiring no Java applet, and producing identical graphical results. JSmol is thus the first full‐featured molecular viewer, and the first ever viewer for proteins, which can be utilized with an internet browser on handheld devices lacking Java. Since the MediaWiki features of Proteopedia have been modified to optionally use JSmol, the wealth of crowd‐sourced content in Proteopedia is now directly available on such devices, without the need to download any additional applet.
With the increasing number of web applications on the Internet, the number of clients increases rapidly. Usually, the client will support the execution of JavaScript language. JavaScript engine has ...become the core part of modern browser to provide dynamic and interactive website. As of July 2018, about 94.9% of websites use JavaScript language 1. It makes the browser's JavaScript engine a hot target for attackers. However, due to the characteristics of JavaScript language and inconsistent browser implementation, the vulnerability of JavaScript execution engine has become a major hidden danger of browser security. In this paper, from the composition of JavaScript engine, the common vulnerability forms in the engine, to the existing mainstream engine vulnerability mining tools and methods from dynamic and static perspectives. This paper summarizes the development and existing problems of JavaScript vulnerability mining technology, focuses on the application of fuzzy testing technology in JavaScript vulnerability mining, and analysis the future development trend of JavaScript vulnerability detection combined with existing methods and technologies.
Coffee has been grown on Java for the commercial market since the early eighteenth century, when the Dutch East India Company began buying from peasant producers in the Priangan highlands. What began ...as a commercial transaction, however, soon became a system of compulsory production. This book shows how the Dutch East India Company mobilised land and labour, why they turned to force cultivation, and what effects the brutal system they installed had on the economy and society.
The article deals with method of interaction between JavaScript objects of different web pages in hybrid java applications. To solve this problem, the WebView component is used, its functionality to ...provide an interface for JavaScript objects, as well as the SharedPreferences global settings class, with its ability to store data in local storage. The software implementation is considered and the results of the practical use of the developed method of interaction between JavaScript WebView objects in the form of a hybrid Java application embedded in the electronic university system – the Timetable SNU electronic timetable module are presented.
The indolent lambdification of Java Petrulio Fernando; Sawant, Anand Ashok; Bacchelli, Alberto
Empirical software engineering,
12/2021, Volume:
26, Issue:
6
Journal Article
Peer reviewed
Open access
As Java 8 introduced functional interfaces and lambda expressions to the Java programming language, the JDK API was changed to introduce support for lambda expressions, thus allowing consumers to ...define lambda functions when using Java’s collections. While the JDK API allows for a functional paradigm, for API consumers to be able to completely embrace Java’s new functional features, third-party APIs must also support lambda expressions. To understand the current state of the Java ecosystem, we investigate (i) the extent to which third-party Java APIs have changed their interfaces, (ii) why or why not they introduce functional interface support and (iii) in the case the API has changed its interface how it does so. We also investigate the consumers’ perspective, particularly their ease in using lambda expressions in Java with APIs. We perform our investigation by manually analyzing the top 50 popular Java APIs, conducting in-person and email interviews with 23 API producers, and surveying 110 developers. We find that only a minority of the top 50 APIs support functional interfaces, the rest does not support them, predominantly in the interest of backward compatibility. Java 7 support is still greatly desirable due to enterprise projects not migrating to newer versions of Java. This suggests that the Java ecosystem is stagnant and that the introduction of new language features will not be enough to save it from the advent of new languages such as Kotlin (JVM based) and Rust (non-JVM based).
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