swing trial software / shareware for linux

MiG Calendar makes it possible to any kind of time-based visualizations to your applications with little effort.
Flexible, Fast and Easy to use
If you want to visualize information with a time perspective, MiG Calendar will not only make your application look professional and be easy to use, you will save resources as well.
MiG Calendar is the most flexible and high performing calendaring solution on the market, you will not be disappointed; that we can promise you.
With MiG Calendar you can create a user interface that looks and feels like Microsofts Outlook, Apples iCal or Mozillas Calendar in only a few days. Add a day or two and you can even switch between them while the application is running!
What kind of applications can you create with MiG Calendar?
MiG Calendar Component is a Java component that will make it easy to map anything that has a time or time range to a very flexible and optionally interactive visual representation.
Here are a few examples of the applications you can create with the component, there are many more.
- Advanced Calendaring Solutions
- Hotel Bookings Visualization and Interaction
- Airline Flight Time Information System
- TV Schedules for Web or Interactive through an Applet or Application
- Cinema Movie Time Visualization
- Serving Calendar Images to a Web Application
- Resource Management Booking System
Main features:
- Visually extremely flexible through Theming and decorator support. Very easy to extend with new decorations and behaviors.
- Very good performance with optimized redrawing, making it possible to show tens of thousands of activities in one screen.
- Flexible recurrence handling that supports all aspects of the iCalendar (RFC 2445) specification.
- Date utility package included for handling advanced date and date range arithmetic such as iterating over time periods and rounding dates to boundaries.
- Complete all around header support with mouse interaction effects and events. This includes automatic scrolling and corner fill components.
- Extensive event support. Almost any changes and interactions can be caught by listening for events.
- Both an interface and implementing classes are included for handling the activities in the calendar. This makes it simple to integrate your existing classes, or create new ones, with MiG Calendar.
- The MiG Theme Editor included makes it a snap to create your own calendar look and feels (i.e. skins) using a GUI. The amazing thing is that it is equally easy to do the customizations by hand in code.
- The MiG AShape API for defining and painting the shapes that makes out the activities shown in the calendar, are very flexible and totally decoupled from the calendar layout itself. This governs for an until now unseen flexibility creating your own type of calendar.
- The subsystem for importing, exporting and synchronizing the activities handled by the calendar is completely exchangeable and/or extendable. It would for instance be a simple thing to hook it up with a third party iCalendar parser to view and edit .ical files. A reference demo implementation of a .ical parser is included. There are also good Open Source parsers available.
- The class hierarchy of MiG Calendar is simple yet very powerful. It is following the design patterns of Swing. The implementation packs a lot of customization without the need to subclass, but sub classing is still allowed and considered for in the design.
- A vast number of utility classes and helper objects are included.

JNetStart project can facilitate launching Java Swing applications deployed on a remote server without installing or downloading the application component files.
The technology narrows the gap between the web browser and Swing by making large client applications instantly available to the user and providing a web style experience in the startup process.
Main features:
- JNetStart is comprised of a server where Swing applications are deployed and a client stub that loads the application classes and resources on demand;
- The application code is downloaded from the server and runs on the client computer;
- The client never caches anything on the local drive. The application jars are not downloaded from the server;
- The application runs in a secure environment similar to Java Applets and unsigned applications in WebStart. A secure API is provided for developing applications that read and write local files and print documents under strict user control.
Enhancements:
- This release includes a new Accendia Browser, a generic client specialized in downloading and running Swing code.
- It has support for connection through a Web proxy.
- The default server port was changed to 443 because most proxies are already configured to allow clients to connect to outside servers running on this port.
- There are significant performance improvements.

Big Faceless Java PDF Viewer 2.11.6 functions as a versatile swing component that can display PDF documents

Big Faceless Java PDF Viewer is Intended for customers who dont require the full API, the PDF Viewer can be installed as an Applet, application or 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.

Essentially a cut-down version of the full PDF Library, the Java PDF Viewer is a more cost-effective solution for those who dont required API access to the main library.

Unlike its big brother, the viewer cannot create new PDFs and any edits must be made through the Swing interface. That interface is supplied with a large number of "features" (the full list is here) which can be enabled to customize the interface; ideal for distributing a limited functionality viewer as part of the

Major Features:

1. Swing component for displaying PDF documents
2. Customizable feature set includes printing, saving, search/selection, forms, bookmarks, reorderable thumbnails, annotations and more.
3. Full support for PDFs up to Acrobat 9
4. Viewer can be controlled from JavaScript
5. Applet size under 1MB
6. Localized in English, French, Spanish, German, Japanese and Chinese

Enhancements:

• All BFO warning (and debug, if enabled) messages are now logged using log4j if available, or java.util.logging.* if not.
• Large synchronization audit fixed some issues when reading from one PDF in multiple threads, particularly when using the viewer.
• Fixed problem that could result in corruption when repeatedly saving a PDF containing compressed XRef tables and multiple revisions.
• Modified AnnotationStamp so Acrobat correctly handles custom stamps, and added some new types of standard stamp.
• Added FDF.getXFDF() method, for exporting XFDF from a PDF, and added support for this to the Viewer. Fixed FDF export, broken some releases ago.
• More PDF/A related fixes, and added a number of new OutputProfile.Features.
• Fixed RichText content in text fields
• Added subsetting for CFF fonts
• Fixed error with some Windows JDKs when rasterizing JPEG images
• Fixed unusual cases of Linear & Radial shading, added preliminary support for Coons & Tensor-Product Patch shading (Type 6 & 7).
• Fixed blending, broken in previous release and resulting in opaque highlight annotations.
• Correctly handle masked images where the mask and image are different sizes, as created by Luratech products.
• Added PageExtractor.Image.getUniqueId(), to identify extracted images.
• Added PageExtractor.Image.getMetaData() and Text.getFontMetaData(), to return any embedded XMP MetaData for those items in the PDF.
• Fixed long-standing bug in CCITT.G3 2D encoding now rarely seen in very old TIFF images.
• Further fixes to handle some types of corrupt PDF
• Viewer: Page Up/Page Down/Home and End keys navigate correctly through the PDF via the Viewport ActionMap. Standard ScrollBar keybindings are overridden, previous KeyListener approach didnt work reliably and was removed.
• Viewer: Fixed missing glyphs in some fonts after a search was run.
• Viewer: PDFTool (the class run by "java -jar bfopdf.jar") has more options.
• Viewer: Stamps no longer slowly grow when clicked on due to rounding error
• Viewer: Calling DocumentPanel.redraw(page) will work as expected.
• Viewer: Dont allow JavaScript to be run on the console if no PDF is loaded
• Viewer: Fixed page jump when zoom level is changed in Column view
• Viewer: Dont fail under 1.6 when saving PDFs to filenames containing an invalid regex backreference.
• Viewer: Improved display under OS X, including addition of a Dock Icon.
• Viewer: Added keyboard shortcuts to "Open Recent" menu.
• Viewer: Thumbnail panel now scrolls to follow the current page, and renders more reliably.

Requirements: Java 2 Standard Edition Runtime Environment

Penumbra: Overture project is a first person adventure game which focuses on story, immersion and puzzles. Instead of using violence to progress the player has to use his/her wits to guide Philip on his quest to unravel the past.
Played from a first person viewpoint, Penumbra is very different from other adventure games. Not only is it powered by a 3D engine utilising cutting edge technology, it also has an advanced physics system which allow for a never before seen environment interaction. The player can open drawers, pull levers, pick up objects and more using natural mouse movements creating a highly interactive and immersive game world.
The weapon system differs from your average game; swinging a melee weapon is done using the mouse which increases the realistic feel of combat. Fighting enemies is not something best done with brute force though, in most situations fighting is a last resort and the player is often better of using his/her wits. The AI of the enemies will also do its best to hunt and scare the player. The creatures encountered can break down doors, use group co-ordination, interact with the physics and more.
Penumbra: Overture will keep players on the edge as they have to explore scary and immersive environments never knowing what is behind the next corner. The world is detailed, graphical as well as a story wise making the player feel part of the world as secrets are uncovered.
Currently the Linux demo is only being released via Bit torrent. If you wish to help in distributing, just keep seeding it when you have finished downloading it. Once I get feedback and fix any new found bugs from this beta we will release the final demo and push it out to mirrors. Please do not mirror this demo at this time.
Report any issues to this forum thread as I will be checking this thread regularly for feedback.
To install just download the PenumbraDemo.sh from the torrent.
Then run
sh ./PenumbraDemo.sh
from a terminal.
This does NOT need to be run as root, and would be preferrable not to do so. By default the installer will install into a directory of PenumbraEp1Demo in your home directory.
Once installed run the "penumbrademo" script in the install directory.
cd ~/PenumbraEp1Demo
./penumbrademo
Enhancements:
- Full Version is now available for sale!
- Fixed issue with no steam appearing in Refinery
- Fixed issue with slow SPF in the Refinery.

Flux is a Java workflow engine, job scheduler, and business process management (BPM) engine. It has Java, J2EE, XML, and Web Services APIs. It has an Ajax-enabled Web interface, a full GUI, and a command line interface. Written in pure Java, it can be embedded in J2SE and J2EE applications.
Main features:
- Automate System Tasks
- Transfer Files
- Execute System Processes
- Invoke Web Services
- Administer Flux through Customizable Web-based Operations Console
- Design with Web/Desktop Interfaces
User Interfaces: Flux and Flux BPM contain user-friendly web, command line, and desktop interfaces for working with Flux / Flux BPM through point-and-click interfaces.
PIs: Flux and Flux BPM contain an exhaustive set of Java, J2EE, XML, and Web Services APIs. These embeddable APIs are what enable Java software development teams to create highly customized software and web applications.
Management: IT operations staff use Flux and Flux BPM to manage, monitor, and control Java applications built by Java developers using Fluxs user interfaces and APIs. No programming on the part of the IT operations staff is required.
"Job Scheduling with Workflow" by IT Staff: IT staff use Flux BPM to make crucial decisions based on the output of jobs and systems processes where human intervention and judgment is needed. No programming is required.
Version restrictions:
- 30 day evaluation
Enhancements:
- You can now edit variables directly through the Operations Console.
- Select the workflow in the Web-based Flux Operations Console and click edit.
- Operations staff can change job data stored in variables or edit action properties.
- Any changes made to the running workflow can be saved back to the Flux engine.
- Permissions can be added to users and roles to restrict which variables users can edit in workflows.
- The Swing-based Designer is now Java 1.6 compatible.