![]() Big. Blue. Button : FAQWelcome. Welcome to the Big. Blue. Button project’s Frequently Asked Questions (FAQ). We (the core developers) created this FAQ to quickly answer common questions around installation, configuration, and using Big. Blue. Button. If you are a developer, you’ll find lots of answers herein that have been collected from discussions on our mailing lists. What if I don’t find my answer here. The Big. Blue. Button community focuses its support in three mailing lists, each hosted by Google Groups. Each group focuses on a different topic of questions: bigbluebutton- setup – Setup, installation, and configuration questions, such as “How do I configure the Big. Blue. Button client?”bigbluebutton- users – End user questions, such as “How do I do X with Big. ![]() Follow along as a Ford 390 FE engine is built from scratch to produce 500hp on a low budget also featured in August 2008 issue of Car Craft Magazine or visit carcraft. Blue. Button?”bigbluebutton- dev – All other questions, such as “How do I integrate Big. Blue. Button with my application?”The developer mailing list has over 2. Scan this FAQ to see if your question is answered herein. Use Google to search for keywords related to your question – there’s a good chance someone might have already asked your question in the Google groups. If you think you’ve found a bug, first check the issues database to check if it’s already been reported. ![]() Wideband O2 Controller, $75, 2yr Warr, 0.01 Lambda Accurate, All Automotive Grade Components, Fast Response, Megasquirt Compatible, 60-day Money Back Guarantee. Find AEM Electronics Wideband Air/Fuel UEGO Gauge Kits 30-4110 and get Free Shipping on Orders Over $99 at Summit Racing! AEM wideband UEGO air/fuel ratio gauge kits. All of the core Big. Blue. Button contributors subscribe to all three mailing lists. Please don’t cross post to more than one list – you are only causing more effort to answer all the threads. Why is this project called Big. Blue. Button. The name came from the goal of making the process to setup a virtual classroom as easy as pressing a (metaphorical) big blue button. Why is it spelled Big. Blue. Button (and not Big Blue Button)The trademark is written as one word Big. Blue. Button. Doing so makes it easy for others to use Google to search for information about the project. Where is the source. The Big. Blue. Button source code is at https: //github. As an open source project, you are welcome to fork Big. Blue. Button and build your own applications upon it. What is the open source license used in Big. Blue. Button. We use the LGPL license Version 3. Some of the open source components we build on use different licenses, such as red. GPL license. Will Big. Blue. Button always stay open source. Yes. We started Big. Blue. Button as an open source project, and we intend to keep it that way. One of the main goals we had was to create a large open source community around the project. To further this goal, we are in the process of putting together an independent not- for- profit Big. Blue. Button organization (similar to the Eclipse Foundation) to oversee and accelerate the growth of the Big. Blue. Button project. Big. Blue. Button Development Process. There is a very active Big. Blue. Button community of members on the developer mailing list (over 2. In the Big. Blue. Button community at- large all the members, users, developers, educational institutions, and commercial companies are all collaborating together on using and improving Big. Blue. Button. As with any open source project, the continued growth of the community depends on the quality of the software. The quality of the software, in turn, depends on the developers involved and the process we use to build a release. Development Priorities. The core group of Big. Blue. Button committers have adopted an open source development process with the following priorities (in order): Stability. Usability. Features. Modularity. Scalability. It cannot be overstated that the project’s focus is primarily on stability. For a university or college to deploy Big. Blue. Button for live classes, or for a commercial company to embed Big. Blue. Button into their product, the software must be extremely stable. To that end, you’ll notice from the previous release notes that we tend to spend months testing each release candidate before issuing a release. Achieving stability is no easy task. Big. Blue. Button itself is built upon many great open source projects (such as Free. SWITCH, redis, Akka, red. The stability of the product today is a direct result of the committers, the development process, and the community all working together. We release on quality, not dates. Usability ranks a close second. Without a simple- to- use (we like to call it elegant) user interface, Big. Blue. Button would neither be adopted, nor viewed as a compelling alternative to more complex (and proprietary) equivalents. Features are the focus of each release, and we focus on the features that our core market (on- line learning) will benefit from most. Modularity enables components of Big. Blue. Button to be developed, refactored, and upgraded in parallel. During each release we invariably rewrite parts of Big. Blue. Button to improve modularity. Much of this is invisible to end- users, but it keeps the technical debt low so we can innovate faster with each release. Scalability is important as our market grows. We designed Big. Blue. Button to be a highly collaborative system. We’ve seen examples where there have been 2. If we wanted to handle hundreds of simultaneous users, we would have restricted the sharing of webcams and audio channels. There is no such restriction in Big. Blue. Button. Big. Blue. Button Committer. Like many open source projects, at the core of the project are a team of developers that have responsibility for core development and overall quality of the project. The current committers are as follows: Committers: Richard Alam, Lead Architect. Felipe Cecagno, Client/Server. Fred Dixon, Project Manager. Anton Georgiev, HTML5 Client. Tiago Jacobs, red. Chad Pilkey, Client. Calvin Walton, Record and Playback. Past Committers (fondly remembered): Marco Calderon, Server. Jeremy Thomerson, APIDenis Zgonjanin, Client. Gustavo Salazar, Record and Playback. The committers have earned this responsibility through years of contribution to Big. Blue. Button and to related open source projects (i. In particular, we very much respect Richard’s seven year- plus effort to create Big. Blue. Button. As the Lead Architect for our project, he has the final say. The committers are very active in the support and mentoring of other developers in the bigbluebutton- dev mailing list. The Big. Blue. Button project also participated in the 2. Google Summer of Code (Google paid for two students to work on the project). The committers group is not closed. Any developer that wishes to become a committer can achieve it through participation. The decision of expanding the committers group rests with the committers. Big. Blue. Button Development Process. Each release cycle goes according to the following steps. Planning. During the planning process, the committers decide on the main features for a release by reviewing the Big. Blue. Button Road Map along with all starred issues and, in particular, issues marked with tags stability and usability. We review the features according to the development priorities for our target market (see When will feature X be implemented?). Design. After the planning phase, each feature for the release is assigned an issue in the Big. Blue. Button Issue Tracker (if it does not already have one). This allows the community to track the progress of each release. See List of open issues/enhancements. For small features, especially bug fixes, the associate issue provides a sufficient record for coordinating and tracking the development effort. For more complex features, such as record and playback, API changes, or creation of an HTML5 client, the lead developer for the feature would post specifications to Big. Blue. Button- dev for review and comment. For examples of previous posts, see: 3. Development. During the development phase, the committers hold bi- weekly (and sometimes weekly) calls as development proceeds towards beta. Each committer works on a fork of the Big. Blue. Button Master. When a feature is ready for commit, the committer sends a pull request to merge the work into the Master branch. Since the core group is still small and the committers are communicating during development, Richard and others know when any major pull requests are coming. The submitter of the pull request is responsible for ensuring the feature works correctly against Master. For pull requests that make major changes, the submitter must provide with the pull request additional documentation to make it easy for others to review: What the code does (with reference to the associated issue)What changes were made to implement the feature/fix the bug. Document of design changes. AEM Electronics Wideband Air/Fuel UEGO Gauge Kits 3. Brand: AEM Electronics. Manufacturer's Part Number: 3. Part Type: Gauges, Digital. Product Line: AEM Electronics Wideband Air/Fuel UEGO Gauge Kits. Summit Racing Part Number: AVM- 3. UPC. 8. 40. 87. 90. Gauge Style. AEM Wideband UEGO. Gauge Series. Digital. Gauge Type. Air/Fuel ratio. Gauge Range. Lean- rich. Round. . Gauge Size (in). Gauge Size (mm). 5. Digital numeric. . Sending Unit. Electrical. Gauge Face Color. Black/White. . Gauge Number Color. Red. . Bezel Finish. Black/Silver. . OEM Replacement. Sending Unit Included. Yes. . Quantity. Sold individually. This gauge also includes interchangeable face plates – one black AFR, one white AFR. In- Store Pickup: Choose In- store pick- up (OH, NV, GA, TX) on our web site. AEM wideband UEGO air/fuel ratio gauge kits unite unsurpassed accuracy, speed and control with an easy to read, digital interface. They are able to be used with virtually any engine management system, such as the AEM EMS or FIC. The kits feature a Bosch sensor with an accuracy of . AFR, making it among the fastest and most accurate widebands available. AEM Electronics digital wideband air/fuel UEGO kits' bright LED display shows A/F ratio in . LED "needle" lines the edge and changes color as air/fuel ratio changes from rich to lean. The digital UEGO's come with both silver and black bezels and white and black faceplates that are easily interchangeable.
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