Migrating from Java Applets to Plugin-Free Java Technologies
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On the Uniqueness of Browser Extensions and Web Logins
To Extend or not to Extend: on the Uniqueness of Browser Extensions and Web Logins Gábor György Gulyás Dolière Francis Somé INRIA INRIA [email protected] [email protected] Nataliia Bielova Claude Castelluccia INRIA INRIA [email protected] [email protected] ABSTRACT shown that a user’s browser has a number of “physical” charac- Recent works showed that websites can detect browser extensions teristics that can be used to uniquely identify her browser and that users install and websites they are logged into. This poses sig- hence to track it across the Web. Fingerprinting of users’ devices is nificant privacy risks, since extensions and Web logins that reflect similar to physical biometric traits of people, where only physical user’s behavior, can be used to uniquely identify users on the Web. characteristics are studied. This paper reports on the first large-scale behavioral uniqueness Similar to previous demonstrations of user uniqueness based on study based on 16,393 users who visited our website. We test and their behavior [23, 50], behavioral characteristics, such as browser detect the presence of 16,743 Chrome extensions, covering 28% settings and the way people use their browsers can also help to of all free Chrome extensions. We also detect whether the user is uniquely identify Web users. For example, a user installs web connected to 60 different websites. browser extensions she prefers, such as AdBlock [1], LastPass [14] We analyze how unique users are based on their behavior, and find or Ghostery [8] to enrich her Web experience. Also, while brows- out that 54.86% of users that have installed at least one detectable ing the Web, she logs into her favorite social networks, such as extension are unique; 19.53% of users are unique among those who Gmail [13], Facebook [7] or LinkedIn [15]. -
Cisco Telepresence Management Suite 15.13.1
Cisco TelePresence Management Suite 15.13.1 Software Release Notes First Published: June 2021 Cisco Systems, Inc. www.cisco.com 1 Contents Preface 3 Change History 3 Product Documentation 3 New Features in 15.13.1 3 Support for Cisco Meeting Server SIP recorder in Cisco TMS 3 Support for Cisco Webex Desk Limited Edition 3 Webex Room Panorama series to support 20000 kbps Bandwidth 3 Features in Previous Releases 3 Resolved and Open Issues 4 Limitations 4 Interoperability 8 Upgrading to 15.13.1 8 Before You Upgrade 8 Redundant Deployments 8 Upgrading from 14.4 or 14.4.1 8 Upgrading From a Version Earlier than 14.2 8 Prerequisites and Software Dependencies 8 Upgrade Instructions 8 Using the Bug Search Tool 9 Obtaining Documentation and Submitting a Service Request 9 Cisco Legal Information 10 Cisco Trademark 10 Cisco Systems, Inc. www.cisco.com 2 Cisco TelePresence Management Suite Software Release Notes Preface Change History Table 1 Software Release Notes Change History Date Change Reason June 2021 Release of Software Cisco TMS 15.13.1 Product Documentation The following documents provide guidance on installation, initial configuration, and operation of the product: ■ Cisco TelePresence Management Suite Installation and Upgrade Guide ■ Cisco TelePresence Management Suite Administrator Guide ■ Cisco TMS Extensions Deployment Guides New Features in 15.13.1 Support for Cisco Meeting Server SIP recorder in Cisco TMS Cisco TMS currently supports Cisco Meeting Server recording with XMPP by default. As XMPP is deprecated from Meeting Server 3.0 onwards, it will only support SIP recorder. For such Cisco Meeting Server with SIP recorder, the valid SIP Recorder URI details must be provided in Cisco TMS. -
Plugin to Run Oracle Forms in Chrome
Plugin To Run Oracle Forms In Chrome Emmott deuterate prenatal. Ataxic Clarance ambuscades: he tinkles his lairdships phonetically and occupationally. Slovenian and electrifying Ishmael often shuns some peregrination transversally or clapping competently. Desupport of Java Applet Plugin is my Forms Application at. Good Riddance to Oracle's Java Plugin Krebs on Security. Support the the java plug-in used to friend these applications ends with this version of Firefox. Oracle Forms Browser Alternatives DOAG. Note Chrome is not supported for Oracle Formsbased EBS applications Supported Java plug-ins also differ according to the operating system great well as. Configure browser to favor the Adobe PDF plug-in and open. Many recent browser versions include their particular native PDF plug-ins that automatically. Similar to Chrome Firefox will drop support must all NPAPI plugins such as. Oracle Forms 12c version can apology be used without a browser while still keeping the native appearance of the application Either JDK or Java Plugin JRE has not be installed on the client PC An inn of inventory to trigger this answer of configuration can blood found love the Forms web configuration file formsweb. Ui objects in the new row is not only one of the following parmaments in to determine whether you never supported. Why need use Google Chrome for Oracle APEX Grassroots Oracle. How something I run Oracle Forms 11g locally? After you download the crx file for ThinForms 152 open Chrome's. So her whole application is a web based login and stealth launch Java J-initiator. The location for npapi will not clear history page in apex competitors and chrome release and to run oracle forms in chrome, more of the application express file that they would prompt. -
Formal Aspects of Mobile Code Security
FORMAL ASPECTS OF MOBILE CODE SECURITY RICHARD DREWS DEAN ADISSERTATION PRESENTED TO THE FACULTY OF PRINCETON UNIVERSITY IN CANDIDACY FOR THE DEGREE OF DOCTOR OF PHILOSOPHY RECOMMENDED FOR ACCEPTANCE BY THE DEPARTMENT OF COMPUTER SCIENCE JANUARY 1999 c Copyright by Richard Drews Dean, 1998. All Rights Reserved Abstract We believe that formal methods of all kinds are critical to mobile code security, as one route to gaining the assurance level necessary for running potentially hos- tile code on a routine basis. We begin by examining Java, and understanding the weaknesses in its architecture, on both design and implementation levels. Iden- tifying dynamic linking as a key problem, we produce a formal model of linking, and prove desirable properties about our model. This investigation leads to a deep understanding of the underlying problem. Finally, we turn our attention to crypto- graphic hash functions, and their analysis with binary decision diagrams (BDDs). We show that three commonly used hash functions (MD4, MD5, and SHA-1) do not offer ideal strength against second preimages. The ability of a cryptographic hash function to resist the finding of second preimages is critical for its use in digi- tal signature schemes: a second preimage enables the forgery of digital signatures, which would undermine confidence in digitally signed mobile code. Our results show that modern theorem provers and BDD-based reasoning tools are effective for reasoning about some of the key problems facing mobile code security today. iii Acknowledgments My advisor, Andrew Appel, offered sure guidance through what turned out to be an exceptionally smooth journey through graduate school. -
Cross-Platform System of Medical Documents Protection Through Digital Signatures
CROSS-PLATFORM SYSTEM OF MEDICAL DOCUMENTS PROTECTION THROUGH DIGITAL SIGNATURES Fernando Guilherme Ferreira Sousa Project/Dissertation developed under supervising of José Magalhães Cruz (PhD) in Glintt - Healthcare Solutions, S.A. 1. Motivation documents, which are then sent to the server and, consequently, validated and stored in the database. Due to the extreme information sensibility in the Subsequent to this process, each time a document is health area, it is really necessary to be absolutely sure opened to be viewed, for example, a check is made of about who performs certain medical transactions. It a possible change to the same document, in order to must have permission and authority to do so, i.e. be ensure that recurrently its integrity. Through really the right person to do this transaction. In areas cryptography-based security methods of public keys, involving health treatments, marking of exams or it is verified if someone tampered the document or even surgeries and new prescriptions, there must be made it invalid in some way. an extremely effective control to verify effectively that all transactions must be properly carried out, Each platform that the doctor use should read his without any type of deception or illegality. digital certificate, which is contained in a Smart Card and is installed on the machine, once inserted in a One of the biggest motivations is that the patient, in suitable card reader. Then, the digital signature is the future, might be aware that there is a control in performed with the certificate’s associated private the preparation of their medical documents. All key, which certificates the medical document. -
How to Change Your Browser Preferences So It Uses Acrobat Or Reader PDF Viewer
How to change your browser preferences so it uses Acrobat or Reader PDF viewer. If you are unable to open the PDF version of the Emergency Action Plan, please use the instructions below to configure your settings for Firefox, Google Chrome, Apple Safari, Internet Explorer, and Microsoft Edge. Firefox on Windows 1. Choose Tools > Add-ons. 2. In the Add-ons Manager window, click the Plugins tab, then select Adobe Acrobat or Adobe Reader. 3. Choose an appropriate option in the drop-down list next to the name of the plug-in. 4. Always Activate sets the plug-in to open PDFs in the browser. 5. Ask to Activate prompts you to turn on the plug-in while opening PDFs in the browser. 6. Never Activate turns off the plug-in so it does not open PDFs in the browser. Select the Acrobat or Reader plugin in the Add-ons Manager. Firefox on Mac OS 1. Select Firefox. 2. Choose Preferences > Applications. 3. Select a relevant content type from the Content Type column. 4. Associate the content type with the application to open the PDF. For example, to use the Acrobat plug-in within the browser, choose Use Adobe Acrobat NPAPI Plug-in. Reviewed 2018 How to change your browser preferences so it uses Acrobat or Reader PDF viewer. Chrome 1. Open Chrome and select the three dots near the address bar 2. Click on Settings 3. Expand the Advanced settings menu at the bottom of the page 4. Under the Privacy and security, click on Content Settings 5. Find PDF documents and click on the arrow to expand the menu 6. -
Rich Internet Applications for the Enterprise
Final Thesis Rich Internet Applications for the Enterprise A comparative study of WebWork and Java Web Start by Emil Jönsson LITH-IDA-EX–07/063–SE 2007-12-07 Linköping University Department of Computer and Information Science Final Thesis Rich Internet Applications for the Enterprise A comparative study of WebWork and Java Web Start by Emil Jönsson LITH-IDA-EX–07/063–SE Supervisors: Valérie Viale Amadeus Philippe Larosa Amadeus Examiner: Kristian Sandahl Department of Computer and Information Science Linköping University Abstract Web applications initially became popular much thanks to low deployment costs and programming simplicity. However, as business requirements grow more complex, limitations in the web programming model might become evident. With the advent of techniques such as AJAX, the bar has been raised for what users have come to expect from web applications. To successfully implement a large-scale web application, software developers need to have knowledge of a big set of complementary technologies. This thesis highlights some of the current problems with the web programming model and discusses how using desktop technologies can improve the user experience. The foundation of the thesis is an implementation of a prototype of a central hotel property management system using web technologies. These technologies have then been compared to an alternative set of technologies, which were used for implementing a second prototype; a stand-alone desktop client distributed using Java Web Start. Keywords: web development, Rich Internet Applications, WebWork, Java Web Start, Property Management System, hospitality software Acknowledgements First I would like to thank Amadeus for giving me the opportunity to do an internship at their development site in Sophia Antipolis. -
University of the Philippines Manila College of Arts and Sciences Department of Physical Sciences and Mathematics
UNIVERSITY OF THE PHILIPPINES MANILA COLLEGE OF ARTS AND SCIENCES DEPARTMENT OF PHYSICAL SCIENCES AND MATHEMATICS Health Insurance Corporation Customer Relationship Management Tool (HICorpCRM) A special problem in partial fulfillment of the requirements for the degree of Bachelor of Science in Computer Science Submitted by: Paul John N. Macaraeg June 2015 Permission is given for the following people to have access to this SP: Available to the general public Yes Available only after consultation with author/ SP adviser No Available only to those bound by confidentiality agreement No ACCEPTANCE SHEET The Special Problem entitled “Health Insurance Corporation Customer Relationship Management Tool (HICorpCRM)” prepared and submitted by Paul John N. Macaraeg in partial fulfillment of the requirements for the degree of Bachelor of Science in Computer Science has been examined and is recommended or acceptance. Ma. Sheila A. Magboo, M.Sc. Adviser EXAMINERS: Approved Disapproved 1. Gregorio B. Baes, Ph.D. 2. Avegail D. Carpio, M.Sc. 3. Perlita E. Gasmen, M.Sc. 4. Richar Bryann L. Chua, M.Sc. 5. Vincent Peter C. Magboo, M.D., M.Sc. 6. Bernie B. Terrado, M.Sc. Accepted and approved as partial fulfillment of the requirements for the degree of Bachelor of Science in Computer Science. Ma. Sheila A. Magboo, M.Sc. Marcelina B. Lirazan, Ph.D. Unit Head Chair Mathematical and Computing Sciences Unit Department of Physical Sciences Department of Physical Sciences and Mathematics and Mathematics Alex C. Gonzaga, Ph.D., Dr.Eng. Dean College of Arts and Sciences iii Abstract The health insurance industry is saturated by big companies competing for market share. -
Prezentacja I Zastosowanie Systemu Internetowych Pomiarów Obrazów Fotogrametrycznych
Artur Janowski Zygmunt Paszotta Jakub Szulwic PREZENTACJA I ZASTOSOWANIE SYSTEMU INTERNETOWYCH POMIARÓW OBRAZÓW FOTOGRAMETRYCZNYCH Streszczenie. W referacie zaprezentowane zostają funkcjonujące rozwiązania powstałe w ramach badań i prac doktorskich, a odnoszące się do rozwiązywania zadań fotogrametrii lotniczej w środowisku internetowym. Pierwotny zamysł systemu internetowych pomiarów obrazów fotogrametrycznych (SIPOF) zrodził się w projekcie badawczym prowadzonym w zespole dra hab. Zygmunta Paszotty, prof. UWM, na Uniwersytecie Warmińsko-Mazurskim w Olsztynie. Zasadnicze badania były realizowane w ramach studiów nad rozprawami doktorskimi autorów. Efekty badań zostały wdrożone w formie funkcjonującego systemu umożliwiającego realizację internetowych pomiarów na zdjęciach fotogrametrycznych nazwanego SIPOF. Referat jest skróconym przewodnikiem po systemie; prezentuje jego funkcjonalność oraz przedstawia możliwości wykorzystania w edukacji, nauce i gospodarce. SIPOF był prezentowany w ośrodkach edukacyjno-badawczych w Polsce oraz zagranicą i spotkał się z zainteresowaniem podmiotów gospodarczych. Komercjalizacja pracy naukowej zaowocowała dalszą koncepcją udostępniania fotogrametrycznych opracowań rastrowych jako nośników informacji kartometrycznej dla użytkownika specjalistycznego i masowego. Przedstawienie funkcjonującego systemu internetowych pomiarów fotogrametrycznych opartego przede wszystkim na kliencie informatycznym implementowanym w graficznej przeglądarce internetowej stanowi tło dla oczekiwań , jakie pokładane są przez użytkownika -
Security Analysis of Firefox Webextensions
6.857: Computer and Network Security Due: May 16, 2018 Security Analysis of Firefox WebExtensions Srilaya Bhavaraju, Tara Smith, Benny Zhang srilayab, tsmith12, felicity Abstract With the deprecation of Legacy addons, Mozilla recently introduced the WebExtensions API for the development of Firefox browser extensions. WebExtensions was designed for cross-browser compatibility and in response to several issues in the legacy addon model. We performed a security analysis of the new WebExtensions model. The goal of this paper is to analyze how well WebExtensions responds to threats in the previous legacy model as well as identify any potential vulnerabilities in the new model. 1 Introduction Firefox release 57, otherwise known as Firefox Quantum, brings a large overhaul to the open-source web browser. Major changes with this release include the deprecation of its initial XUL/XPCOM/XBL extensions API to shift to its own WebExtensions API. This WebExtensions API is currently in use by both Google Chrome and Opera, but Firefox distinguishes itself with further restrictions and additional functionalities. Mozilla’s goals with the new extension API is to support cross-browser extension development, as well as offer greater security than the XPCOM API. Our goal in this paper is to analyze how well the WebExtensions model responds to the vulnerabilities present in legacy addons and discuss any potential vulnerabilities in the new model. We present the old security model of Firefox extensions and examine the new model by looking at the structure, permissions model, and extension review process. We then identify various threats and attacks that may occur or have occurred before moving onto recommendations. -
Applets, Servlets and JSP
Java Programming : applets, servlets and JSP. SR03 Dritan Nace A summary of Java Java is a language developed by Sun, which is designed to be object oriented and Simple, robust and secure, independent of hardware architectures and Multitasking. Object oriented and simple : Simpler than C++, transparent memory managment… Robust et secure : Data typing is extremely strict. For applets, it is in principle impossible to access the resources of the host machine. Independant of hardware architectures : The compiler generates a universal code : the « byte-code ». An interpreter which is specific to the host machine, « virtual machine », executes the programs. Multitasking : Java seemingly allows execution of several processes. In reality, a time slot is given to each process on the processor (Multithreaded). J2SE versus J2EE J2SE (standard edition) contains the basic usable components from both the client and server side, – GUI, AWT/Swing for applications (client) or applets. Currently J2SE v1.6 (ou V6) J2EE (enterprise edition), is in a certain sense an extension of SE, designed for server side programming – Servlets, JSP, EJB, etc. • Currently J2EE v1.4 Java and object oriented programming • Classes, and objects – The objects include data and processing for the data. Communication is done via messages (methods). – A class corresponds to an abstract model for object construction. A class is made up of: • attributes (static part) • Methods (dynamic part), which define the behaviour. – Inheritance : the « is a » relationship : a car is a vehicule, – Polymorphism : the same message can be recognised by several objects and entail different behaviour. Portability: JVM The compiler compiles the java source in byte code : javac car.java => car.class Then, java is the name of the program which will interpret the generated byte code. -
Abstract Window Toolkit Overview
In this chapter: • Components • Peers 1 • Layouts • Containers • And the Rest • Summary Abstract Window Toolkit Overview For years, programmers have had to go through the hassles of porting software from BSD-based UNIX to System V Release 4–based UNIX, from OpenWindows to Motif, from PC to UNIX to Macintosh (or some combination thereof), and between various other alternatives, too numerous to mention. Getting an applica- tion to work was only part of the problem; you also had to port it to all the plat- forms you supported, which often took more time than the development effort itself. In the UNIX world, standards like POSIX and X made it easier to move appli- cations between different UNIX platforms. But they only solved part of the prob- lem and didn’t provide any help with the PC world. Portability became even more important as the Internet grew. The goal was clear: wouldn’t it be great if you could just move applications between different operating environments without worr yingabout the software breaking because of a different operating system, win- dowing environment, or internal data representation? In the spring of 1995, Sun Microsystems announced Java, which claimed to solve this dilemma. What started out as a dancing penguin (or Star Trek communicator) named Duke on remote controls for interactive television has become a new paradigm for programming on the Internet. With Java, you can create a program on one platform and deliver the compilation output (byte-codes/class files) to ever yother supported environment without recompiling or worrying about the local windowing environment, word size, or byte order.