

- #MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON MAC OS#
- #MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON SOFTWARE#
- #MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON CODE#
- #MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON DOWNLOAD#
Additionally, LiveConnect is tricky to program: The developer has to define a Java class for the plugin, run it through a specialized Java header compiler, and implement native methods.
#MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON DOWNLOAD#
This prevented the browser from using other Java runtimes, and added bloat to the browser download size, since it required Java to script plugins. The disadvantage of LiveConnect is, that it is heavily tied to the version of Java embedded within the Netscape browser. The class could be called from JavaScript and from Java applets running within the page. A plugin could implement a Java class and expose an instance of it. With Netscape 4, NPAPI was extended to allow plugins to be scripted. The Java–JavaScript functionality supported by the redesigned Java Runtime Environment is still called "LiveConnect", despite the Open Java Interface-specific approach having been abandoned.
#MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON MAC OS#
However the old implementation was restored for Gecko 1.9.2, as Apple had yet to port the newer JRE over to Mac OS X. It is no longer needed with the release of a redesigned Java Runtime Environment from Sun Microsystems.
#MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON CODE#
The Open Java Interface-dependent implementation of LiveConnect was removed from the Mozilla source code tree in late June 2009 as part of the Mozilla 2 cleanup effort. LiveConnect was used in Netscape 4 to implement scriptability of NPAPI plugins. Conversely, from the JavaScript side, it allows a script to invoke applet methods, or to access Java runtime libraries, much as applets can. From the Java side it allows an applet to invoke the embedded scripts of a page, or to access the built-in JavaScript environment, much as scripts can.
#MAKE SILVERLIGHT PLUGIN FOR MAC VERIZON SOFTWARE#
LiveConnect is a feature of Web browsers that allows Java and JavaScript software to intercommunicate within a Web page. Various versions of Netscape and then Mozilla supported this feature using different technologies, including LiveConnect, XPConnect, and NPRuntime. Scripting is a feature allowing JavaScript code in a web page to interact with the plugin. There are some smaller browsers such as Pale Moon and Waterfox Classic that still support NPAPI plugins. With the advent of HTML5, all major web browsers have removed support for 3rd party NPAPI plugins for security reasons.

NPAPI support among major started to wane since 2015 and it was gradually deprecated over the last years. NPAPI was frequently used for plugins which required intensive, low-level performance such as video players, including Adobe Flash Player and Microsoft Silverlight, as well as platforms for web applications such as the Java Runtime Environment. NPAPI also supports scripting, printing, full-screen plugins, windowless plugins and content streaming. NPAPI requires each plugin to implement and expose approximately 15 functions for initializing, creating, deleting and positioning plugin content. The plugin runs in-place within the page, as opposed to older browsers that had to launch an external application to handle unknown content types.

The plugin is responsible for rendering the data. When the browser encounters a content type it cannot handle natively, it loads the appropriate plugin, sets aside space within the browser context for the plugin to render and then streams data to it. In NPAPI architecture, a plugin declares content types (e.g. Initially developed for Netscape browsers, starting in 1995 with Netscape Navigator 2.0, it was subsequently adopted by other browsers. Netscape Plugin Application Programming Interface ( NPAPI) is an application programming interface (API) of the Web Browsers that allows plugins to be integrated. ( Learn how and when to remove this template message)
