How to Enable Javascript 1
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Netscape 6.2.3 Software for Solaris Operating Environment
What’s New in Netscape 6.2 Netscape 6.2 builds on the successful release of Netscape 6.1 and allows you to do more online with power, efficiency and safety. New is this release are: Support for the latest operating systems ¨ BETTER INTEGRATION WITH WINDOWS XP q Netscape 6.2 is now only one click away within the Windows XP Start menu if you choose Netscape as your default browser and mail applications. Also, you can view the number of incoming email messages you have from your Windows XP login screen. ¨ FULL SUPPORT FOR MACINTOSH OS X Other enhancements Netscape 6.2 offers a more seamless experience between Netscape Mail and other applications on the Windows platform. For example, you can now easily send documents from within Microsoft Word, Excel or Power Point without leaving that application. Simply choose File, “Send To” to invoke the Netscape Mail client to send the document. What follows is a more comprehensive list of the enhancements delivered in Netscape 6.1 CONFIDENTIAL UNTIL AUGUST 8, 2001 Netscape 6.1 Highlights PR Contact: Catherine Corre – (650) 937-4046 CONFIDENTIAL UNTIL AUGUST 8, 2001 Netscape Communications Corporation ("Netscape") and its licensors retain all ownership rights to this document (the "Document"). Use of the Document is governed by applicable copyright law. Netscape may revise this Document from time to time without notice. THIS DOCUMENT IS PROVIDED "AS IS" WITHOUT WARRANTY OF ANY KIND. IN NO EVENT SHALL NETSCAPE BE LIABLE FOR INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES OF ANY KIND ARISING FROM ANY ERROR IN THIS DOCUMENT, INCLUDING WITHOUT LIMITATION ANY LOSS OR INTERRUPTION OF BUSINESS, PROFITS, USE OR DATA. -
Casperjs Documentation Release 1.1.0-DEV Nicolas Perriault
CasperJs Documentation Release 1.1.0-DEV Nicolas Perriault February 04, 2016 Contents 1 Installation 3 1.1 Prerequisites...............................................3 1.2 Installing from Homebrew (OSX)....................................3 1.3 Installing from npm...........................................4 1.4 Installing from git............................................4 1.5 Installing from an archive........................................4 1.6 CasperJS on Windows..........................................5 1.7 Known Bugs & Limitations.......................................5 2 Quickstart 7 2.1 A minimal scraping script........................................7 2.2 Now let’s scrape Google!........................................8 2.3 CoffeeScript version...........................................9 2.4 A minimal testing script......................................... 10 3 Using the command line 11 3.1 casperjs native options.......................................... 12 3.2 Raw parameter values.......................................... 13 4 Selectors 15 4.1 CSS3................................................... 15 4.2 XPath................................................... 16 5 Testing 17 5.1 Unit testing................................................ 17 5.2 Browser tests............................................... 18 5.3 Setting Casper options in the test environment............................. 19 5.4 Advanced techniques........................................... 20 5.5 Test command args and options.................................... -
Webassembly a New World of Native Exploits on the Web Agenda
WebAssembly A New World Of Native Exploits On The Web Agenda • Introduction • The WebAssembly Platform • Emscripten • Possible Exploit Scenarios • Conclusion Wasm: What is it good for? ● Archive.org web emulators ● Image/processing ● Video Games ● 3D Modeling ● Cryptography Libraries ● Desktop Application Ports Wasm: Crazy Incoming ● Browsix, jslinux ● Runtime.js (Node), Nebulet ● Cervus ● eWASM Java Applet Joke Slide ● Sandboxed ● Virtual Machine, runs its own instruction set ● Runs in your browser ● Write once, run anywhere ● In the future, will be embedded in other targets What Is WebAssembly? ● A relatively small set of low-level instructions ○ Instructions are executed by browsers ● Native code can be compiled into WebAssembly ○ Allows web developers to take their native C/C++ code to the browser ■ Or Rust, or Go, or anything else that can compile to Wasm ○ Improved Performance Over JavaScript ● Already widely supported in the latest versions of all major browsers ○ Not limited to running in browsers, Wasm could be anywhere Wasm: A Stack Machine Text Format Example Linear Memory Model Subtitle Function Pointers Wasm in the Browser ● Wasm doesn’t have access to memory, DOM, etc. ● Wasm functions can be exported to be callable from JS ● JS functions can be imported into Wasm ● Wasm’s linear memory is a JS resizable ArrayBuffer ● Memory can be shared across instances of Wasm ● Tables are accessible via JS, or can be shared to other instances of Wasm Demo: Wasm in a nutshell Emscripten ● Emscripten is an SDK that compiles C/C++ into .wasm binaries ● LLVM/Clang derivative ● Includes built-in C libraries, etc. ● Also produces JS and HTML code to allow easy integration into a site. -
Release Notes for Avaya CU360 Collaboration Unit
© 2019 Avaya Inc. All rights reserved. Release Notes for Avaya IX Collaboration Unit CU360 Version 10.2.0.23 For Avaya CU360 January 2020 © 2019 Avaya Inc. All rights reserved. © 2000-2019 Avaya Inc. All intellectual property rights in such revisions or changes. Avaya Inc. may make this publication are owned by Avaya Inc. and are protected improvements or changes in the product(s) and/or the by United States copyright laws, other applicable copyright program(s) described in this documentation at any time. laws and international treaty provisions. Avaya Inc. retains If there is any software on removable media described in all rights not expressly granted. this publication, it is furnished under a license agreement included with the product as a separate document. If you are unable to locate a copy, please contact Avaya Inc. and All product and company names herein may be trademarks a copy will be provided to you. of their registered owners. Unless otherwise indicated, Avaya registered trademarks This publication is AVAYA Confidential & Proprietary. Its are registered in the United States and other territories. All use is pursuant to your signed agreement or Avaya policy. registered trademarks recognized. No part of this publication may be reproduced in any form whatsoever or used to make any derivative work without For further information contact Avaya or your local prior written approval by Avaya Inc. distributor or reseller. No representation of warranties for fitness for any purpose Release Notes for Avaya IX Collaboration Unit CU360, other than what is specifically mentioned in this guide is Version 10.2.0.23, January 2020 made either by Avaya Inc. -
Casperjs Documentation Release 1.1.0-DEV
CasperJs Documentation Release 1.1.0-DEV Nicolas Perriault Sep 13, 2018 Contents 1 Installation 3 1.1 Prerequisites...............................................3 1.2 Installing from Homebrew (OSX)....................................4 1.3 Installing from npm...........................................4 1.4 Installing from git............................................4 1.5 Installing from an archive........................................5 1.6 CasperJS on Windows..........................................5 1.7 Known Bugs & Limitations.......................................6 2 Quickstart 7 2.1 A minimal scraping script........................................7 2.2 Now let’s scrape Google!........................................8 2.3 CoffeeScript version...........................................9 2.4 A minimal testing script......................................... 10 3 Using the command line 11 3.1 casperjs native options.......................................... 12 3.2 Raw parameter values.......................................... 13 4 Selectors 15 4.1 CSS3................................................... 15 4.2 XPath................................................... 16 5 Testing 17 5.1 Unit testing................................................ 17 5.2 Browser tests............................................... 18 5.3 Setting Casper options in the test environment............................. 19 5.4 Advanced techniques........................................... 20 5.5 Test command args and options.................................... -
Developing a User Interface for Live 3D Mapping of Wildfires
Developing a User Interface for Live 3D Mapping of Wildfires An Interactive Qualifying Project submitted to the Faculty of WORCESTER POLYTECHNIC INSTITUTE in partial fulfillment of the requirements for the Degree of Bachelor of Science by Ben Newmark, Chris Kirven, Jordan Hollands and Victoria Crowley October 12, 2017 Report submitted to: Professors Melissa Belz and Lauren Mathews Worcester Polytechnic Institute Stephen Guerin President and Founder Simtable, LLC Santa Fe Project Center This report represents the work of four WPI undergraduate students submitted to the faculty as evidence of completion of a degree requirement. WPI routinely publishes these reports on its website without editorial or peer review. For more information about the projects program at WPI, please see: http://www.wpi.edu/Academics/Projects. Executive Summary In June of 2013, nineteen firefighters time. LiveTexture will aggregate imagery of died trying to contain a wildfire in Arizona an area from several sources and generate a (Coe & Merrill, 2013). An after action three-dimensional model of that area, with report of the tragedy revealed a local relevant information overlaid onto the resident was streaming live video of the fire model. The goal of LiveTexture is not only as it burned on the mountainside (S. Guerin, to allow firefighters to communicate faster personal communication, April 5, 2017). but also to enhance the firefighters’ The video displayed a key shift in wind understanding of the situation by giving direction that ultimately caused the fire to them a visual and intuitive view. turn back onto the firefighters on the ground Currently, Simtable has not yet and smother them. -
Comparing Javascript Engines
Comparing Javascript Engines Xiang Pan, Shaker Islam, Connor Schnaith Background: Drive-by Downloads 1. Visiting a malicious website 2. Executing malicious javascript 3. Spraying the heap 4. Exploiting a certain vulnerability 5. Downloading malware 6. Executing malware Background: Drive-by Downloads 1. Visiting a malicious website 2. Executing malicious javascript 3. Spraying the heap 4. Exploiting a certain vulnerability 5. Downloading malware 6. Executing malware Background: Drive-by Downloads Background: Drive-by Downloads Setup: Making the prototype null while in the prototype creates a pointer to something random in the heap. Background: Drive-by Downloads Environment: gc( ) is a function call specific to Firefox, so the attacker would want to spray the heap with an exploit specific to firefox. Background: Drive-by Downloads Obfuscation: If the browser executing the javascript it firefox,the code will proceed to the return statement. Any other browser will exit with an error due to an unrecognized call to gc( ). Background: Drive-by Downloads Download: The return will be to a random location in the heap and due to heap-spraying it will cause shell code to be executed. Background: Goal of Our Project ● The goal is to decode obfuscated scripts by triggering javascript events ● The problem is when triggering events, some errors, resulting from disparity of different engines or some other reasons, may occur and terminate the progress ● We need to find ways to eliminate the errors and Ex 1therefore generate more de-obfuscated scripts <script> function f(){ //some codes gc(); var x=unescape(‘%u4149%u1982%u90 […]’)); eval(x); } </script> Ex 2 <script type="text/javascript" src="/includes/jquery/jquery.js"></script> Project Overview - Part One ● Modify WebKit engine so that it can generate error informations. -
Compass: School Calendar
Compass: School Calendar This article is all about the public school calendar in Compass. Viewing the Calendar on the Compass website When you log in to Compass on the website, the second icon at the top takes you to the school calendar. When you click it, it opens the calendar in a new tab/window. On the left-hand side are the calendar layers — there will be one for each child, and also some parent- visible calendars. If you click on these labels on the left it will toggle show/hide for that layer in the calendar. If you hover your mouse over an item in the Parent Calendar you can see more information about it. On the right hand side of the screen you will see an option to view the calendar for the week or month. You can also print a page listing all the dates on the month you have showing If you click on one of the events in your child’s calendar (the light green entries) it will take you to the information page about that event, where you can also provide payment/consent if it is required. Viewing the Calendar in the Compass App The Compass app doesn’t have a dedicated calendar view, but you can still see the calendar on your phone or iPad by opening your web browser. To do this, click the 3 little lines (☰) in the top left-hand corner (sometimes called the hamburger button). However, if you tap your child’s photo in the app it will show their activities for today (including any events) and you can tap the calendar button to move to a different day. -
HTML Tips and Tricks
Here are some common HTML/JavaScript codes to use in your survey building. To use these codes click on the purple drop down to the left of a question. Then click on “add java script”. Replace the part that says” /*Place Your Javascript Here*/” with the codes below. Some codes are to be used in the source view or answer choices. Again these codes should be pasted into your question when you have accessed the “code view” in the upper right of the questions text box or if you’re in the rich text editor click on the “source” button in the upper right corner of the rich text editor. Below you will find 18 codes. The blue text specifies where the code should be placed (java script editor or source view). To customize the codes you will need to change the red text in the codes below. 1. Append text to the right of text entry choices (ex. TE Form) This allows you to ask questions such as "Approx how many hours a day do you watch TV? [TEXT ENTRY SHORT] hrs" (Java script editor) var questionId = this.questionId; var choiceInputs = $$('#'+this.questionId + ' .ChoiceStructure input'); for (var i=0; i < choiceInputs.length; i++) {var choiceInput = choiceInputs[i]; try {if (choiceInput && choiceInput.parentNode) {choiceInput.parentNode.appendChild(QBuilder('span',{},'hrs')); } } catch(e) { } } 2. Puts a calendar into the question (This code only works when placed in the source view. Or use the question saved in the Qualtrics Library. ) <link rel="stylesheet" type="text/css" href="http://yui.yahooapis.com/2.7.0/build/calendar/assets/skins/sam/calendar.css"> -
Runtime Repair and Enhancement of Mobile App Accessibility
Runtime Repair and Enhancement of Mobile App Accessibility Xiaoyi Zhang A dissertation submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy University of Washington 2018 Reading Committee: James Fogarty, Chair Jacob O. Wobbrock Jennifer Mankoff Program Authorized to Offer Degree: Computer Science & Engineering © Copyright 2018 Xiaoyi Zhang University of Washington Abstract Runtime Repair and Enhancement of Mobile App Accessibility Xiaoyi Zhang Chair of the Supervisory Committee: Professor James Fogarty Computer Science & Engineering Mobile devices and applications (apps) have become ubiquitous in daily life. Ensuring full access to the wealth of information and services they provide is a matter of social justice. Unfortunately, many capabilities and services offered by apps today remain inaccessible for people with disabilities. Built-in accessibility tools rely on correct app implementation, but app developers often fail to implement accessibility guidelines. In addition, the absence of tactile cues makes mobile touchscreens difficult to navigate for people with visual impairments. This dissertation describes the research I have done in runtime repair and enhancement of mobile app accessibility. First, I explored a design space of interaction re-mapping, which provided examples of re-mapping existing inaccessible interactions into new accessible interactions. I also implemented interaction proxies, a strategy to modify an interaction at runtime without rooting the phone or accessing app source code. This strategy enables third-party developers and researchers to repair and enhance mobile app accessibility. Second, I developed a system for robust annotations on mobile app interfaces to make the accessibility repairs reliable and scalable. Third, I built Interactiles, a low-cost, portable, and unpowered system to enhance tactile interaction on touchscreen phones for people with visual impairments. -
Features Guide [email protected] Table of Contents
Features Guide [email protected] Table of Contents About Us .................................................................................. 3 Make Firefox Yours ............................................................... 4 Privacy and Security ...........................................................10 The Web is the Platform ...................................................11 Developer Tools ..................................................................13 2 About Us About Mozilla Mozilla is a global community with a mission to put the power of the Web in people’s hands. As a nonprofit organization, Mozilla has been a pioneer and advocate for the Web for more than 15 years and is focused on creating open standards that enable innovation and advance the Web as a platform for all. We are committed to delivering choice and control in products that people love and can take across multiple platforms and devices. For more information, visit www.mozilla.org. About Firefox Firefox is the trusted Web browser of choice for half a billion people around the world. At Mozilla, we design Firefox for how you use the Web. We make Firefox completely customizable so you can be in control of creating your best Web experience. Firefox has a streamlined and extremely intuitive design to let you focus on any content, app or website - a perfect balance of simplicity and power. Firefox makes it easy to use the Web the way you want and offers leading privacy and security features to help keep you safe and protect your privacy online. Mozilla continues to move the Web forward by pioneering new open source technologies such as asm.js, Emscripten and WebAPIs. Firefox also has a range of amazing built-in developer tools to provide a friction-free environment for building Web apps and Web content. -
A Plug-In and an XPCOM Component for Controlling Firefox Browser Requests1
A Plug-in and an XPCOM Component for Controlling Firefox Browser 1 Requests Mozilla’s Firefox offers useful programming APIs to enhance or modify the behavior of browser [2]. The APIs are part of XPCOM (Cross Platform Component Object Model) which provides a set of classes and related methods to perform useful and primitive operations such as file creation and intercepting requests or responses. Most of the XPCOM components are available either through the HTML rendering engine (e.g., Gecko) or JavaScript engine (e.g., SeaMonkey). However, one of the most interesting aspects of Mozilla’s Firefox runtime environment is that it offers us to build customized plug-ins and XPCOM components [1, 4]. It also allows one to implement plug-ins and components in a number of programming languages such as JavaScript. Currently, there exist many plug-ins and XPCOM components that allow programmers to access web pages and browser requests. However, they cannot control browser requests based on HTML form-based requests. This project aims to fill this gap. The project has two parts. First, a plug-in for Firefox browser needs to be developed so that a user can control which requests should be allowed or blocked. To obtain the desired functionalities, one requires implementing a number of JavaScript methods to validate requests (or URLs). The plug-in, when enabled, should perform the following three major functionalities: (i) initialization, (ii) checking requests and HTML forms, (iii) stopping a request and conditionally allowing a request to proceed. The above functionalities will be tested using a set of test cases discussed in [3].