Free meal planning software for linux

TeamPlanner is an organization application that allows the user to store events for several people which can be grouped in teams.

Events are organized into categories. The planning can be displayed and printed for any combination of teams, categories and people.

Plan-B is a bootable Linux environment without the need for a hard drive, it runs entirely in ram or from the cd, based on a basic, stripped installation of Red Hat Linux and the fundamental workings of the SuperRescue CD. A list of tools and utilities are also included for projects such as:

* Forensics/Data Recovery
* System/Network Analysis and Security Scanning
* Temporary Network Device/Server
* IDS / NIDS System
* Network Status Report Creation

My reason for its creation came about due to finding other similar projects (SuperRescue CD, Biatchux (F.I.R.E.), Trinux, Knoppix) to be geared toward only a single area of the broad spectrum I was looking for. The first of which (by H. Peter Anvin, the author of Syslinux, Isolinux, and zisofs) was the only one close to the concept I had in mind which is why I chose it as the foundation for this cd. After not finding what I was really looking for, the "All-in-One", I decided the only way to get it was to build one myself.

Plan/B is a network aware file backup system specifically designed to make the backup of files from multiple machines to a variety of devices simple.
The system provides features such as comprehensive reporting, the ability to use CDROM (and soon DVD) drives across the network, as well as centralised management.
Plan/B can be deployed on Windows and Linux systems.
Main features:
General
- Backup anything, to anywhere: You can use any kind of device that plasticine knows about (currently CDROM, Local disk, Network share, FTP device) as either a source or destination. There is no limitation (as there is in DataArmour).
- Multiple sources, Multiple Destinations: A backup may source its files from multiple machines and devices. The destinations for a backup job can also be any number of machines or devices. Thus it is now easy to have a single set of files (documents, code or other important assets) copied to more than one location using a single job. No need to clone a job anymore!
- Multi-Platform: As the system is written in Java, it will work with any machine for which there is a VM (this is true for the backup server and agents). The administration console can be run on either a Linux or Windows machine (when SWT, the GUI framework used for the console matures on OsX, the console will be able to run on that OS as well)
- Volume spanning: If any removable destination is out of space, then it is possible to request the next volume during the backup process. A good example of this is backup to multiple CDs. Plasticine supports both the spanning of single files across multiple media, and also the saving of complete files across different media. In the first case, a large file can be split across two volumes. In the second case, only complete files are written to any volume (obviously, if the file is larger than the size of the volume, it will have to be split up).
- Flexible selection: A single job can backup whatever is deemed important to the user. The files to backup are specified by rules, which can be as simple as include everything, and complex as include all word documents, all excel spreadsheets under my docs directory, and everything NOT ending in .bak under the data directory
- Flexible scheduler: Jobs can be run whenever you like. The current scheduling implementation takes on a form very similar to Cron, but other implementations are easily added. The important point here is that the process of deciding when a backup should be run is completely separated from anything else about the backup job. This is a change from DataArmour, where the scheduling (specifically, the weekly incremental backup job scheduling) is fixed to run on a Monday, with a full backup occurring every week. In Plasticine, user defined schedules are possible.
- Statistics: The system emits various statistics while in operation, including current progress of various jobs, jobs in the run queue, current load, and recent logged events.
Enterprise
- Reliable:The remote agents are resilient to network failure. If a server cannot be contacted, they will move into a discovery mode until the server is back up. No configuration is required!
- Painless installation: The system is very easy to install - just run the included windows installer and tell it what kind of install you want. All services are configured automatically.
- Administration Console: The backup server is a separate process, which is administered via a GUI console. The console can be run from any machine, and can control and manage the settings for the backup server and any client. That means you can configure everything from one place.
Enhancements:
- This release added an option to specify that the destination location should be deleted prior to the backup occuring.
- It also added an option to copy full folders and specify whether or not to create an absolute or relative backup.
- Completion was sped up by detaching the email sending from the job completion process.
- Warnings are now used to log more in the reports for situations that are not necessarily fatal.
- When adding a source or destination, the file browser is now automatically opened for you.
- It is now possible to have multiple email recipients for a backup report.

Flight Navigation Planner project is a tool for making flight plans based on known airports.

Flight Navigation Planner lets you make flight plans based on known airports, navaids, fixes, or cities.

You can use the sectional charts, wacs, or the vector/terrain planning charts.

It calculates headings, winds, time, and fuel. It features Airways-based Auto-Routing, Climb and Descent calculations (a/c type based), Fuel Stop Planning, Auto-Route around MOAS and Restricted Airspace, Hi-Res Weather Radar Overlay, Viewing of current sectional, wac, and IFR charts, the ability to see a route over TFRs, detailed nexrad radar overlays over your routes, Terrain Profiles with cloud ceilings, and the ability to upload flight plans to GPS.

Microdrive Live Linux is a tiny little live cd system.
Main features:
- This is basically a set of scripts which you can use to make your own live linux cd.
- It depends on busybox, isolinux and linux of course.
- I am planning to build a small bunch of diskless, monitorless, keyboardless nodes to do my rendering work [3D]. For them to run, I have various options but live cd seem to be most trouble free.
- But then I couldnt find a live cd, that more or less faithfully follows a ordinary installed linux system. They seem to use squashfs or unionfs or some other form of pseudo writable file systems. I couldnt even get the slax to show me a screen. I am sure it is to do with my laptop graphics card.
- But it sort of inspired me to make my own live cd, so I can match the components to the same library versions of my installed systems.
- To this end instead of making a single cd, I broke the work needed in to a set of scripts so that the whole thing is manageable and reusable.
- Hopefully it will be useful to someone else out there.
- Have a nice day.
- Released under GPL Do you need to ask! ."

eXtreme Project Management Tool offers a project management tool using eXtreme Programming principles.
Main features:
- Time planning
- Release planning
- Iteration planning
- Resource planning
- Acquisition planning
- Work planning
- Story planning
- Task planning
- Change Request management
- Iteration tracking
- Release tracking
- Reporting
- Time booking
- User administration
- Integration of WikkaWikki
Enhancements:
- created generic support for created_date, changed_date and change_user
- 1281954: Add onClick support on foreign key selection icon
- Features:
- 1283346: Add feature to manage companies
- Work view: added actions to manage crs and todos in work view (BUG 1290425)
- 1292045: Work view: Show iteration end date
- 1285021: Work view: colorize tasks per user
- 1283260: Work view: Add edit task action
- 1280318: Work view: Add action to reassign task to other user
- 1280330: Work view: Add show all tasks action
- 1293664: Release planning: mark stories already planned in previous iterations
- BUGS:
- 1280313: Work view doesnt show correct task
- 1280331: Calculation of Task estimate total doesnt work
- 1279557: Move risk and priority to popup
- 1279092: Menupopup doesnt move if scrolling
- 1279547: Escape JavaScript popup
- 1280312: Move PlanningGroups link
- 1280320: Support time booking for pair
- 1279553: Close actionmenu on popup
- 1279095: Projects without release arent shown in release planning
- 1283271: Javascript error for category selection in project creation
- 1283337: Order by surname
- 1283334: Cant add contact due to error in company selection
- 1285019: Remove actions from not owned tasks
- 1285636: Enhanced progress calculation
- 1290355: Wrong resource calculation
- Catched failure on double click in navigation
- 1293667: iteration end date is reset on starting
- 1293672: Add default iteration end date
- 1292277: The session timeout is not handled
- 1293771: Remove actions from stories already planned

Plan 9 from Bell Labs is a research system developed at Bell Labs starting in the late 1980s. Its original designers and authors were Ken Thompson, Rob Pike, Dave Presotto, and Phil Winterbottom. They were joined by many others as development continued throughout the 1990s to the present.
Plan 9 demonstrates a new and often cleaner way to solve most systems problems. The system as a whole is likely to feel tantalizingly familiar to Unix users but at the same time quite foreign.
In Plan 9, each process has its own mutable name space. A process may rearrange, add to, and remove from its own name space without affecting the name spaces of unrelated processes. Included in the name space mutations is the ability to mount a connection to a file server speaking 9P, a simple file protocol.
The connection may be a network connection, a pipe, or any other file descriptor open for reading and writing with a 9P server on the other end. Customized name spaces are used heavily throughout the system, to present new resources (e.g., the window system), to import resources from another machine (e.g., the network stack), or to browse backward in time (e.g., the dump file system).
Plan 9 is an operating system kernel but also a collection of accompanying software. The bulk of the software is predominantly new, written for Plan 9 rather than ported from Unix or other systems. The window system, compilers, file server, and network services are all freshly written for Plan 9. Although classic Unix programs like dc(1), ed(1), and even troff(1) have been brought along, they are often in an updated form. For example, troff accepts Unicode documents encoded in UTF-8, as does the rest of the system.
Enhancements:
- Some fixes for a time sync related problem and minor feature enhancements.