Free kenwood 1.5.1 firmware update software for linux

Tomato Firmware is a small, lean, simple replacement firmware for Linksys WRT54G/GL/GS and Buffalo WHR-G54S/WHR-HP-G54 routers.

It features a new easy to use GUI, a new bandwidth usage monitor, more advanced QOS and access restrictions, enables new wireless features such as WDS and wireless client modes.

It raises the limits on maximum connections for P2P, allows you to run your custom scripts or telnet/ssh in and do all sorts of things like re-program the SES/AOSS button, adds wireless site survey to see your wifi neighbors, and more.

Kamaelia project aims to allow the BBC and others to create and test open protocols for large scale streaming.
Substantial subsystems include a core concurrency subsystem and the beginnings of an RTSP/RTP streaming server.
Existing functionality includes a complete single threaded, coroutine-based concurrency framework (Axon), a generic TCP client and server framework that allows protocols to be trivially created, a number of example protocols, and an Ogg Vorbis decoding subsystem for client site testing (libvorbissimple).
Enhancements:
- This release adds minor improvements to bring threaded component capabilities closer to those of ordinary components.

Meld is a visual diff and merge tool. Meld project integrates especially well with CVS. The diff viewer lets you edit files in place (diffs update dynamically), and a middle column shows detailed changes and allows merges.

The margins show location of changes for easy navigation, and it also features a tabbed interface that allows you to open many diffs at once.

Look at the screenshots page for more detailed features.

leJOS is a Java-based replacement firmware (OS) for LEGO Mindstorms programmable bricks, including RCX and NXT.
It supports threads, exceptions, synchronization, floating point arithmetic, strings, and so on, but there is no garbage collection yet. The project is also designed to be portable to other small devices.
Enhancements:
- leJOS NXJ is a full replacement firmware JVM that allows you to run Java programs on the LEGO Mindstorms NXT brick.
- leJOS NXJ works with Windows, Linux, and Mac OS X.
- Version 0.3 includes a flash file system with implementations of java.io.File, FileInputStream, and FileOutputStream, a menu system, Java streams over Bluetooth and USB, support for LCP (LEGO Communication Protocol) including file commands, a file explorer that runs on your PC, and much more.

Taverna is a collection of workflow enactment and description components, including a high level language for workflows called Scufl (Simple Conceptual Unified Flow Language), a pure Java object model, parser to populate the model, and a set of views and controllers (including some Swing components to drop into your workflow-enabled applications). In order to actually run workflows you also need the myGrid workflow enactment engine.

Taverna core data models include the object representations of the workflow itself, all entities within the workflow (processors, ports, data links etc) and the model for the data values flowing along data links during a workflow enactment.

Taverna task extensions sit within an enactment engine - in this case FreeFluo - and provide concrete implementations of the abstract tasks specified by Processor objects within the workflow object model. It is these tasks which contain the logic required to contact web services, run local java classes and perform the other actions associated with their Processor entities.

Instances of the task extensions are created when a workflow and associated input objects are submitted through the Workflow Submission Interface. This interface may be an in process java method call or may be invoked across some transport such as SOAP in the case of a remote service based enactment engine. FreeFluo is capable of acting in both modes, the Taverna workbench incorporates an instance of the FreeFluo enactor to provide basic enactment services to users without a central workflow engine server.

The graphical user interface classes sit on a client machine and allow interaction with the core data model classes as well as with running workflow instance objects within an enactment engine. This allows workflow construction, editing and visualisation as well as enactor management and data browsing across the results and intermediate values within a workflow instance.

The storage interface is a plugable framework that allows external data and metadata stores to observe events within the workflow enactment service and collection information about those events. This could include a provenance collection plugin which watches the workflow enactment and records metadata about it in RDF form, or a storage plugin which streams results back to a relation database, possibly a Life Science Identifier (LSID) authority, as the enactment runs.

The LSID authority interface is a read only access point to data stored within a data store, and can potentially be used by the Taverna graphical user interface components to fetch results of previous workflows and make use of them as inputs to successive ones.

firmware-tools is an architecture that utilizes native Linux packaging formats (.rpm and .deb) and native Linux change management frameworks (yum, apt, etc) for delivering and installing system firmware. firmware-tools architecture is OS distribution, hardware vendor, device, and change management system agnostic.
The architecture is easy as PIE: splitting Payload, Inventory, and Executable components into separate packages, using package format Requires/Provides language to handle dependencies at a package installation level, and using matching Requires/Provides language to handle runtime dependency resolution and installation ordering.
The framework then provides unifying applications such as inventory_firmware and apply_updates that handle runtime ordering of inventory, execution, and conflict resolution/ notification for all of the plug-ins. These are the commands a system administrator runs. Once all of the separate payload, inventory, and execution packages are in package manager format, and are put into package manager repositories, then standard tools can retreive, install, and execute them:
# yum install $(inventory_firmware -b)
# apply_updates
Enhancements:
- Initial stable proposed API and initial CLI.
- Several small typos for names of commands have been fixed.
- Tested with the first public release of firmware-addon-dell for updating select Dell system BIOSs across Dell servers, desktops, and laptops.