Free tiger line software for linux

Tiger JMail is a direct replacement for Suns javamail, but with an LGPL license and fewer bugs. TJ works with both the Kaffe and Sun JVMs.
Tiger JMail is tested, maintained, and in active use. TJ works well, but theres lots of room for improvement.
Installation:
To install, just put the distribution jar file in your classpath. You can rename it to javamail.jar if you like.
Because Suns JVM uses its own javamail by default, to use Tiger JMail add this to your command line:
-Xbootclasspath/p:javamail.jar
Use the full pathname to TJs jar in place of "javamail.jar". With the Kaffe JVM just put TJ in the classpath as usual.
The jar file also contains source and docs. Source files are in the same directories as the executable class files. An open source replacement for Suns Java Activation Framework is also included.
If you want to rebuild from source, rename the jar to .zip and extract the files into a fresh directory. At a command prompt in that directory type
ant clean
ant build
See the documentation for java.mail.Session for details on TJs logging support. To generate javadocs, use
ant api
TJ is a fork of the last LGPL version of the classpathx mail project, plus critical bug fixes and enhancements. See the file docs/mail/whyforked for details. Thanks to the classpathx people for the enormous amount of work they contributed.
Enhancements:
- Fixed several bugs found by FindBugs.
- In SMTPTransport included multiline responses in last server response.
- In SMTPTransport after sending "DATA" wait for 354 response or error.
- In gnu.mail.util.UUDecoderStream.read(bytes) detected end-of-stream.
- In SMTPTransport.readServerResponse() catch server not responding.
- In Session.setDebugOut guarded against setting to null.
- Added messages to several ParseExceptions.
- In ParameterList allowed a final ; with no following AV pairs.
- In ContentType just logged bad parameter list.
- In UU[En|De]coderStream handled grave accent in place of space.
- In Application.java.getContent fixed infinite loop.
- In javax.mail.internet.MimeMessage.setContent added setHeader call.
- Added UUEncoderStream.closePart() to write suffix without closing.
- In javamail javax.mail.Session set default debugging values.
- Added Session.logException().
- Handled blank encoding in MimePartDataSource.getInputStream.
- Cleaned up java.mail.internet.InternetHeaders and handled null/blank values.
- Added timestamp and threadstamp to Session.logException.
- In MimeMessage and MimeBodyPart moved removeHeader() calls from setDataHandler() to setContent().
- In Base64InputStream fixed off-by-one and checked for invalid chars.
- Replaced old base64 code with bouncycastles.
- Removed duplicate trailing "
" in SMTPTransport.finishData().
- Added gnu.mail.util.EmbeddedFilter[In|Out]putStream and used them.
- In javax.activation.DataHandler.writeTo() added flush.
- In MimeUtility.encodeWord ascii check used getBytes(s, charset).
- In DataHandler.getInputStream() fixed deadlock.
- In MailcapCommandMap folded case for mime types.
- Changed calls fro Throwable.printStackTrace to Session.logException.
- In QPInputStream and QPOutputStream fixed MS Exchange quoted-printable and other bugs.

Tiger Envelopes is an easy way to get your email privacy back.
With Tiger Envelopes you use email just like you always have with everyone. And, without you doing anything, your messages are private with people who use envelopes.
The mission of Tiger Envelopes is to make private email easy.
Theres a tradeoff between ease of use and security. For too many years some security professionals have said any privacy thats not perfect is worse than worthless. They say it creates a false sense of security.
No one has a false sense of security about envelopes. Theyre made of paper. But we know theyre much more private than messages without envelopes, such as postcards or email.
Tiger gives you envelopes for your email.
Envelopes comes in two versions, Free and Business.
Tiger Free Envelopes is free in both senses, gratis and libre. It is released under the GPL.
Tiger Business Envelopes is commercial. Its based on Tiger Free Envelopes and adds support plus advanced features businesses need. Source code is included for security audits, but its not GPL.
Enhancements:
- Improved imap support for Thunderbird.
- Start Envelopes from the installer during new installations more reliably.
- Change welcome email message to "what to do" message.
- Save options if installer canceled and options changed.
- Shortened the message in the installers final panel.
- Include how to start the control panel on Linux.
- Removed welcome message from control panel.
- Fixed net.n3.nanoxml.StdXMLParser so searches for dtd in jar files when offline.
- Called closeSession() if user, password, or remote host invalid.
- Improved error messages if remote host not found.
- Ignore files starting with . in the notices directory.
- Created ProxyUser class to manage client and remote user data in proxies.
- Removed thirdparty source that we havent customized.
- Added thirdparty/lib directory with unmodified third party jar files.
- Added setChanged() to envelopes.io classes.
- Delete email accounts from options after theyre anonymized.
- Send notice if Tiger account not defined for a POP3 account.
- Send error message to mail client if POP3 command invalid.
- Validate POP3, IMAP, and SMTP commands from mail client.
- Send 252 response code when VRFY requested of SMTP proxy.
- Send 550 response code when EXPN received by SMTP proxy.

Beyond the Red Line project is a stand-alone total conversion for the award-winning Freespace 2 released by Volition and Interplay for the PC. It is based on the popular new tv-show Battlestar Galactica. No, not the one from the 70s.
Will I need Freespace 2 to play it?
No, Beyond the Red Line is a stand-alone conversion and will not require Freespace 2. All you need for playing will be included in the download.
Is it free?
Absolutely. The game is made by fans for the fans, no profit is being made from any part of the project. Although we could use some pizzas and coke to keep our mortal bodies running.
That about covers it... a BSG total conversion of FS2 that has just released a demo version. it plays really well and looks amazing. a must for any BSG fan.
Enhancements:
- This demo contains spoilers for the second season of BSG, so if you havent seen that season yet you should pass on this game for now.

Randomize Lines (rl) is a command-line tool that reads lines from an input file or stdin, randomizes the lines and outputs a specified number of lines. It does this with only a single pass over the input while trying to use as little memory as possible.
I wrote rl in my spare time mainly to be able to select a random audio file to play when my toast is done (script in combination with find and sleep). Another reason was to familiarize myself with autoconf and friends.
The most recent version of this page can be found at http://ch.tudelft.nl/~arthur/rl/.
Warning: rl is software in development. The command line options and default behavior may change between releases.
Another Warning: I have mostly lost interest in this project and am not planning on doing much development on it any more. I will however still accept patches and fix important bugs (this more or less contradicts the previous warning).
Enhancements:
- A dangerous example was removed from the manual page and was replaced by several benign ones.

Approximator Line is an application which allows to synthesize approximation function of one argument. Both coordinates of known points or mathematical expression can be used as input data.
The application uses evolutionary algorithm which allows to find more optimal results. The enhanced evolutionary algorithm allows to avoid long-time hitting to local maximum.
In few hours the application can evaluate milliards of combinations with using of reasonable number of input data points and on contemporary computer. Approximator Line uses multithreading that can help to utilize maximum computation power.
Approximator Lines primary goal is to search of function, which value, most come nearer to the initial data. The preference is given the smallest functions. The weight of this preference is established in options of synthesis.
Search of function is made by the next way:
The random mathematical variant is under construction. Its fitness to the data is calculated. Further the variant is copied and changes. Fitness of the changed variant is calculated. If it is more, the new variant becomes base. It is simplified.
Key parameter of the found function is fitness of its set goal. Fitness is expressed in percentage. Its value depends on a way of the assignment of fitness of a point (it is established in parameters of synthesis). The program uses two basic such as fitness:
General fitness
Calculates on the general points.
Additional fitness
Calculates on general and additional points. It is used for more exact definition of fitness. It also is used for avoidance of a finding of such functions which correspond to the basic points, but in an interval between them strongly differ.
Additional fitness is used for a finding of the most corresponding functions at smaller amount of computing expenses as it calculates only if the basic fitness more than at the previous variant. Besides each of the mentioned above fitness can be normal or effective.
Normal fitness
Fitness in view of amount of elements of expression.
Effective fitness
Fitness without taking into account amount of elements of expression.
In the list of results normal additional conformity and effective additional conformity is accordingly displayed.
By search of the most suitable variant, or in other words synthesis cancelation constant subexprassions is made also.
Synthesis is based on use of random numbers. Functions making expression, operators variables and numbers get out randomly. The application is optimized on speed. So synthesized function in memory represents a tree of mathematical objects. Values of function are calculates by the most effective way. The mutation also is made above a tree of objects.
Usage:
- Determine the form of the input data (coordinates or expression).
- Choose points of your graph. Synthesis will be estimated on them.
- Enter coordinates of points (use autonumbering for simplification of input) or expression.
- Determine a range of value of function, amount of the basic points, amount of additional points.
- Open parameters of synthesis and adjust if it is necessary.
- Save the project.
- Press Start of synthesis.
- Pass to results and see on them.
- Leave the application working on long time.
- Periodically check results. When the application will find, in your opinion, suitable function, press Stop and save results.

Digital Camera Protocol is another command-line utility for DC21x cameras, this one looks and works just like "ftp" command. Not written by me, but uses some of my low-level Kodak code from digicam.