The Big Faceless Java PDF Viewer is a Swing component that can display PDF documents. It is intended for developers who don't require the full API. The PDF Viewer can be installed as an applet, an application, via Java Web Start, or embedded in a Swing application. Printing, saving, text search, forms, digital signatures, and annotations are some of the many features available. The viewer can be tailored to include just the features you need, and is a cost-effective solution for those needing the features of Adobe Acrobat on a Java platform.
jPDFText is a Java library to extract text from PDF documents. PDF documents can be processed to extract the textual content for archiving, storage, searching, or indexing. jPDFText is built on top of Qoppa's proprietary PDF technology, so there is no need for any third party software or drivers. Main Features: loading PDF documents from files, network drives, URLs, or input streams; extracting text; and extracting words as a vector of Strings. It is written entirely in Java, which allows your application to remain platform independent. There is no need to install or configure additional drivers or software when deploying.
jPDFViewer is a Java bean which embeds a PDF viewer in your Java applications and applets. It can read, display, and print PDF files, fill interactive PDF forms (acroforms, xfa forms), view all markup annotations, validate and display digital signatures, and perform text search, selection, and highlighting. It provides easy navigation with different views: thumbnails, bookmarks, annotations, etc. It has a customizable toolbar and user interface. It supports all image types, including JBIG2 and JPEG 2000, and all PDF font types (Types 0-3, OpenType, TrueType). It supports Acrobat PDF format 1.7, including layers, all PDF color spaces, including pattern and separation, and file attachments. There's no need to install or configure additional drivers or software when deploying.
a2b invokes conversion tools in sequence to convert files from one type to another, possibly performing some extra processing along the way. Itis a wrapper for many programs like gif2png, latex2html, netpbm, mencoder, ffmpeg, oggenc, etc., that can convert content from one type to another. It can covert text, documents, images, audio, and video and more. Some examples: a2b test.mp3 test.ogg; mencoder_opts="-ss 60 -endpos 10" a2b video.avi clip.flv; a2b -g=subtitles dvd://8 movie.sub; a2b -q http://sam.nipl.net/ sam.aac. That last example downloads the author's Web page, converts it to text with lynx -dump, speaks the text with flite or espeak, and converts the audio file to AAC with faac.
Notational Velocity is a Mac OS X desktop application that stores and retrieves notes. The same area is used both for creating notes and searching. I.e., in the process of entering the title for a new note, related notes appear below, letting users file information there if they choose. Likewise, if a search reveals nothing, one need simply press return to create a note with the appropriate title.
ExtConvLinks is a PHP class that can be used to convert URLs in text to links using Bit.ly. It can parse a text to find HTTP, HTTPS, FTP, and FTPS links. The class sends requests to the Bit.ly Web services API to convert the URLs that it finds into HTML links using the Bit.ly URLs.
Highlighter JS is an object that highlights words in HTML pages. It searches for words inside given HTML page elements and encloses them within HTML tags to make the words appear differently. The search can optionally be case sensitive. The enclosing tags may have configurable CSS styles or custom handlers for click, mouseover, and mouseout events.
Light source is an object which can apply a shadow to page elements based on the position of a light. It takes the identifier of a page element and changes its CSS atttributes which define shadow parameters depending on the position of a light source relative to the target element and its children elements. The shadow can be generated either with the shape of the text elements or the whole box of the target element.
Texpand expands textarea input as the user types the text. It listens to the events triggered when the user types or delete text in a textarea input. The object can adjust the dimensions of the textarea input to make the text fit in the visible area of the input. The minimum or maximum width and height of the textarea input are configurable parameters.