nodes
ExitNode 1.0
ExitNode - Change the host that it appears youre coming from more>>
If you need to change the host that it appears youre coming from, just run this, restart tor, and repeat as necessary.
nesC 1.3
Compiler for a new language (based on C) designed to support the TinyOS project more>> Compiler for a new language (based on C) designed to support the TinyOS project
nesC (pronounced "NES-see") is an extension to the C programming language designed to embody the structuring concepts and execution model of TinyOS.
TinyOS is an event-driven operating system designed for sensor network nodes that have very limited resources (e.g., 512 bytes of RAM, 8K bytes of program memory).
The basic concepts behind nesC are:
- Separation of construction and composition: programs are built out of components, which are assembled ("wired") to form whole programs. Components have internal concurrency in the form of tasks. Threads of control may pass into a component through its interfaces. These threads are rooted either in a task or a hardware interrupt.
- Specification of component behaviour in terms of set of interfaces. Interfaces may be provided or used by components. The provided interfaces are intended to represent the functionality that the component provides to its user, the used interfaces represent the functionality the component needs to perform its job.
- Interfaces are bidirectional: they specify a set of functions to be implemented by the interfaces provider (commands) and a set to be implemented by the interfaces user (events). This allows a single interface to represent a complex interaction between components (e.g., registration of interest in some event, followed by a callback when that event happens). This is critical because all lengthy commands in TinyOS (e.g. send packet) are non-blocking; their completion is signaled through an event (send done). By specifying interfaces, a component cannot call the send command unless it provides an implementation of the sendDone event. Typically commands call downwards, i.e., from application components to those closer to the hardware, while events call upwards. Certain primitive events are bound to hardware interrupts.
- Components are statically linked to each other via their interfaces. This increases runtime efficiency, encourages rubust design, and allows for better static analysis of programs.
- nesC is designed under the expectation that code will be generated by whole-program compilers. This should also allow for better code generation and analysis.
MindNode 1.4.2
MindNode gives you a free yet elegant and simple-to-use mindmapping application for the Macintosh more>>
MindNode 1.4.2 gives you a free yet elegant and simple-to-use mindmapping application for the Macintosh which was created with the user in mind and features a very simple and intuitive user interface that lets the user focus on expressing and developing ideas. Nearly no time is required to learn the interface. MindNode is based on the same codebase as the commercial version. While it is still a very powerful application, it misses some of the features added to MindNode Pro that help improve your productivity.
Major Features:
- Node Well. New nodes are created by simply dragging them out of the node wells. There is no need to access the toolbar or the application menu.
- Multiple Mind Maps. The ability to create multiple mind maps on one canvas makes MindNode Pro an ideal tool for brainstorming sessions.
- No file format lock-in. MindNode and MindNode Pro support a variety of file formats. You can import and export FreeMind and OPML files (a file format used by many outlining applications) or export the mind map as PNG image, TIFF image, PDF, RTF or HTML document.
- Visually Appealing Mind Maps. There is no need to spend hours playing with the visual attributes to create an appealing mind map. The default values are suitable for most uses.
- Full Keyboard Support. Although MindNode really shows its strength when used with a mouse, nearly all interactions can be performed very easily with the keyboard.
- Built for Leopard. MindNode makes use of Quicklook, Spotlight and iChat Theater.
- Expanding Canvas. The mind map is not restricted to the size of a page. The canvas resizes automatically in the background to fit the mind map.
Enhancements:
- New "string outline" export format.
- Full support for copying outlines into plain text documents.
- Improvements to RTF export.
- MindNode now supports connections during printing and image export. This also influences QuickLook preview.
- Correctly imports MindNode (touch) 1.1 documents.
- Consistent format descriptions in the export dialog.
Requirements:
- Mac OS X v. 10.5 or later.
Node Well. New nodes are created by simply dragging them out of the node wells. There is no need to access the toolbar or the application menu. Multiple Mind MapsMultiple Mind Maps. The abilityMain features: - Node Well. New nodes are created by simply dragging them out of the node wells. There is no need to access the toolbar or the application menu. - Clean Interface. The very simpleLicense:Freeware
Apple Logic Node 1.0
Apple Logic Node is designed to be a handy patch which allows you to increase Logic Node performance. more>>
Apple Logic Node 1.0 is designed to be a handy patch which allows you to increase Logic Node performance. The Logic Node application allows distributed audio processing. You can expand the processing capacity of your Logic system by offloading calculations for software instrument and/or effect generation to other, networked Macintosh computers. Learn more about Distributed Audio Processing and Logic Node in Logic Pro 7 Reference.
Cocoa Sidebar
Free Sidebar controller code for Mac OS X more>> Free Sidebar controller code for Mac OS X
Cocoa Sidebar controller is a free project that can saves you some time and trouble with Cocoa Source List.
Nodes and Folders can be drag and dropped into other folders or near other items and you can easily set badges on nodes.
System requirements:
- Xcode
MogileFS 2.20
Distributed (meta) file system. Spray files across cheap disks on your network. Pay less for storage. No proprietary on-disk file formats. more>> Distributed (meta) file system. Spray files across cheap disks on your network. Pay less for storage. No proprietary on-disk file formats.
MogileFS is an open source distributed filesystem. MogileFS is not:
- POSIX Compliant -- you dont run regular Unix applications or databases against MogileFS. Its meant for archiving write-once files and doing only sequential reads. (though you can modify a file by way of overwriting it with a new version)
- Completely portable ... yet -- there still is some Linux-ism in the code, at least in the HTTP transport cod, but the plan is to scrap that and make it portable
Main features:>
- Application level -- no special kernel modules required.
- No single point of failure -- all three components of a MogileFS setup (storage nodes, trackers, and the trackers database(s)) can be run on multiple machines, so theres no single point of failure. (you can run trackers on the same machines as storage nodes, too, so you dont need 4 machines...) A minimum of 2 machines is recommended.
- Automatic file replication -- files, based on their "class", are automatically replicated between enough different storage nodes as to satisfy the minimum replica count as requested by their class. For instance, for a photo hosting site you can make original JPEGs have a minimum replica count of 3, but thumbnails and scaled versions only have a replica count of 1 or 2. If you lose the only copy of a thumbnail, the application can just rebuild it. In this way, MogileFS (without RAID) can save money on disks that would otherwise be storing multiple copies of data unnecessarily.
- "Better than RAID" -- in a non-SAN RAID setup, the disks are redundant, but the host isnt. If you lose the entire machine, the files are inaccessible. MogileFS replicates the files between devices which are on different hosts, so files are always available.
- Flat Namespace -- Files are identified by named keys in a flat, global namespace. You can create as many namespaces as youd like, so multiple applications with potentially conflicting keys can run on the same MogileFS installation.
- Shared-Nothing -- MogileFS doesnt depend on a pricey SAN with shared disks. Every machine maintains its own local disks.
- No RAID required -- Local disks on MogileFS storage nodes can be in a RAID, or not. Its cheaper not to, as RAID doesnt buy you any safety that MogileFS doesnt already provide.
- Local filesystem agnostic -- Local disks on MogileFS storage nodes can be formatted with your filesystem of choice (ext3, XFS, etc..). MogileFS does its own internal directory hashing so it doesnt hit filesystem limits such as "max files per directory" or "max directories per directory". Use what youre comfortable with.
KeepNote 0.5.2
Cross platform and free note taking and organization app more>> Cross platform and free note taking and organization app
KeepNote (formerly known as TakeNote) is a note taking application that works on Mac OS X, Windows, and Linux.
With TakeNote, you can store your class notes, TODO lists, research notes, journal entries, paper outlines, etc in a simple notebook hierarchy with rich-text formatting, images, and more. Using full-text search, you can retrieve any note for later reference.
TakeNote is designed to be cross-platform (implemented in Python and PyGTK) and stores your notes in simple and easy to manipulate file formats (HTML and XML). Archiving and transferring your notes is as easy as zipping or copying a folder.
Main features:
- Rich-text formatting
- Hierarchical organization for notes
- Full-text search
- Inline images
- Integrated screenshot
- Integrated backup and restore
- Bullet point lists
- Spell checking (via gtkspell)
- Auto-saving
- Built-in backup and restore (archive to zip files)
- Cross-platform (Mac OS X, Linux, Windows)
System requirements:
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- gtkspell (optional)
Enhancements
- customizable node icons
- any node can have child nodes (e.g. "pages" can have childlren)
- add minimize to tray option (hide from taskbar)
- editor remembers scroll and cursor position in each page (for the session)
- added scrolling to treeview/listview drag-and-drop
- easy install fix
- fixed modified time bug
OpenNMS 1.5.96
Open source Java/XML-based distributed network and systems management platform more>> Open source Java/XML-based distributed network and systems management platform
OpenNMS is an open source Java/XML-based distributed network and systems management platform.
OpenNMS is the worlds first enterprise grade network management platform developed under the open source model.
OpenNMS consists of a community supported open-source project as well as a commercial services, support and training organization.
Enhancements:
- Nodes in category list are now sorted by name. (Bug #2708)
- A bug in the poller that would cause failed services to be shown as available was fixed. (Bug #2769)
- A few other bugs have been fixed since 1.5.94, in the process of preparing for 1.6.0. A full list of bugs fixed in the release can be found in bugzilla.
- A number of security issues have been fixed. (Bug #2760)
Apple Logic Node patch 1.0
Apple Logic Node patch revolutionizes the way to increase the Logic Node performance. more>> Apple Logic Node patch 1.0 revolutionizes the way to increase the Logic Node performance.
Download the update installer and run it on the Node computer after installing Logic Node.
Requirements:
- Mac OS X 10.3 or later
- Apple Logic Pro.
NetDXCluster 2.0
AR DX telnet access for amateur (ham) radio operators. more>>
This software only works under Mac OS X 10.1.3 or later. It also requires the BSD subsystem that is typically installed when installing OSX.
If the BSD subsystem option was not installed, you will probably receive a quick failure on starting it up. NetDXCluster works by launching Telnet in a shell and letting that do the networking.
Cenon Astro 1.10
Cenon Astro - Astrology application more>>
Main features:
- Event charts, birth charts, Composite Charts
- Astro geographical Maps
- Planetary nodes and Asteroids
- High precision NASA Ephemeris Data based on the Swiss Ephemeris
- Accumulating Aspect Search
- Astro Clock
- Topocentric degree scale for houses
- Aspect table with ecliptical mirrors
- Customizable masks for charts and maps
- All charts are fully editable
- Comfortable event management
- City database
- Platforms: Apple Mac-OS X, Linux (GNUstep), OpenStep,...
OSG 2.6.1
Free and open source 3D graphics toolkit more>> Free and open source 3D graphics toolkit
OpenSceneGraph is a high performance 3D graphics toolkit, used by application developers in fields such as visual simulation, games, virtual reality, scientific visualization and modelling.
OpenSceneGraph is written entirely in Standard C++ and OpenGL and it runs on Mac OS X, Windows platforms, GNU/Linux, IRIX, Solaris, HP-Ux, AIX and FreeBSD operating systems.
The OpenSceneGraph is now well established as the world leading scene graph technology, used widely in the vis-sim, space, scientific, oil-gas, games and virtual reality industries.
NOTE: OSG is licensed and distributed under the terms of the Lesser Gnu Public License (LGPL).
Enhancements:
- Fix to OverlayNode from Jason Beverage.
- BlendEquation support in .osg/.ive
- Fix to FLT exporter to properly export PositionAttitudeTransform nodes.
- Change OcclusionQueryNode to workaround an OpenGL implementation issue on NVIDIA devices with Linux drivers. The workaround is to wait (in a loop) until the query result is ready before we retrieve it. This workaround can be enabled in cmake but is disabled by default.
- cmake targets for wrappers and changelog
- Change AutoTransform interface to use doubles; osgTerrain wrapper modification for Layer.cpp.
- cmake maintainer enhancements for tags.
- Fix to osgUtil::Simplifier to handle shared vertex arrays correctly. Changes the Geometry interface, so forces a recompile.
- Fix for uninitialized "strip texture path" option in OpenFlight exporter.
- Fix for FLT plugin user data handling.
- Modification to r8795 to sleep inside the loop that checks for availability of the occlusion query result.
- Bump OSG version number from 2.6.0 to 2.6.1.
- Update wrappers.
notP 0.0.1
Nick of time provisioning more>> Nick of time provisioning
notP allows an administrator to quickly force nodes to boot into various OS images. While it can be used as a stand-alone application, notP was designed to be used by Moab/Maui and Torque in a HPC environment, quickly provisioning nodes per user demand.
Enhancements:
- Simplified the image install/update scripts.
- Standardized boot2bl/boot2slot
- Blancmange drops etc/blancmange.conf and boot2bl to all images.
- Provided more sample rc scripts.
- Cid uses md5sum and a secret key to communicate
JANFEA 4.20
JANFEA - Finite element and material point method analysis software more>>
JANFEA is focused on two-dimensional and axisymmetric solid mechanics of linear elastic materials and a few nonlinear material options in the material point method. Within this focus, JANFEA is a very powerful package. It can do several element types, it can analyze any size problem, it has extensive fracture options, and has many ways to plot the results.
Main features:
- 2D and axisymmetric FEA analysis of linear elastic materials. All FEA calculations are static analyses. The FEA calculations support several element types. There is also a custom element for analysis of composite with imperfect interfaces.
- 2D material point methods calculations. All MPM calculations are dynamic analyses. The section of JANFEA is new and will be expanding in the future.
- Built in programming language for setting up the mesh. The language is scriptable for automated control of multiple FEA or MPM analysis.
- A large number of plotting options: 2D, 3D surfaces, 3D contours, grid plots, movies of MPM results, and more.
- Advanced fracture mechanics methods.
- XML formatting of data files for analysis by your own software.
- Everything is documented in the on-line help. You can even print out the on-line help to get a 150 page manual.
Version restrictions:
- Registration screen at startup.
- Limited to calculations with 200 nodes or less.
Rigs of Rods 0.36.1
Free simulator game for your Mac Rigs of Rods is a complex 3D simulator game where you can drive, fly and sail various vehicles using an accurate and unique soft-body physics engine more>> Free simulator game for your Mac
Rigs of Rods is a complex 3D simulator game where you can drive, fly and sail various vehicles using an accurate and unique soft-body physics engine.
Rigs of Rods (also known as RoR), is a truck, car, airplane and boat simulator. You can drive, fly or sail in total freedom in an open environment.
What makes RoR different to most simulators is its unique soft-body physics: vehicles chassis and wheels are simulated in real-time as flexible objects, giving the simulation an extremely accurate behavior, while allowing the vehicles to be simply specified by their structural composition, as a network of interconnected nodes (forming the chassis and the wheels).
Crashing into walls or terrain can permanently deform a vehicle in a realistic manner.
In addition to its unique soft-body physics, RoR also features an advanced flight model based on blade element theory, allowing the accurate simulation of any airplane, base on their physical dimensions and wing airfoils.
RoR also features an accurate buoyancy model based on elemental pressure gradients, enabling boats with complex hulls to move realistically in the swell.
Enhancements
- Fixed redistribuables Fixed SSE incompatibilities Fixed many contents problems
