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f2c and its run-time library, libf2c.a, are a port of the Fortran-to-C converter available from ftp.netlib.org. This software was originally developed by AT&T, Lucent Technologies, and Bellcore.

This little program analyses the structure of FORTRAN source-code. As a result you get a little flow diagram in which you can recognize which SUBROUTINE is called by the program. Further all subroutines called from this one are displayed. The indciation of the displayed names is a degree for the level. A new addition is the change of the starting point for an analysis. Instead to check the whole source-code you can start with a special SUBROUTINE and see the depence of this one. The number of files which contain the routines are not restricted by the program. You can report the CALL- and/or SUBROUTINE-statements together with filenames and line numbers to special files. Dirk Geschke 7. March 1997

Linux Fedora 10 metaport.

This package provides a Perl interface to the F5 BigIP iControl API. The F5 BigIP iControl API is an open SOAP/XML for communicating with supported F5 BigIP products.

The "Statistics::Contingency" class helps you calculate several useful statistical measures based on 2x2 "contingency tables". I use these measures to help judge the results of automatic text categorization experiments, but they are useful in other situations as well. The general usage flow is to tally a whole bunch of results in the "Statistics::Contingency" object, then query that object to obtain the measures you are interested in. When all results have been collected, you can get a report on accuracy, precision, recall, F1, and so on, with both macro-averaging and micro-averaging over categories.

sbm is a simple bandwidth monitor. Besides the basic bandwith monitor it comes with two scripts. sbm-rt-plot can be used for realtime bandwidth graphs and sbm-plot can be used to generate static graphs for bandwith usage over a period of time.

Jspice3 is a circuit simulator developed to meet the needs of researchers working with superconducting Josephson junction circuits, yet the program has the flexibility and power to meet the needs of other technologies. Jspice3 is an adaptation of the Berkeley Spice3f4 program, with added features. One added feature is a built-in graphical input front end for schematic capture. While displayed, simulations can be run and data plotted through this graphical interface. While not as powerful or as pretty as the Xic graphical interface, it holds its own in functionality. A significantly enhanced output plotting capability is provided, and Jspice3 has enhanced script interpretation capability.

wtail does the equivalent of tail -f on several files at once. The screen is split into as many parts as there are files to watch.

pfm is a terminal (curses)-based file manager written in Perl, based on the PFM.COM for MS-DOS (originally by Paul Culley and Henk de Heer). Permission to use the original name was kindly granted by the original authors. Some of its features: * Commands are invoked with only one or two keypresses * Colored filenames according to extension or type * Support for executing user-defined commands (including wildcards) with only two keystrokes * A single-file and multiple-file mode * Multilevel sorting * Use of oldmarks and newmarks for executing multiple commands on the same group of files * Supports bookmarks for directories * Highly configurable through its config file * Supports commandline history and completion through use of the GNU readline library * Integration with versioning tools like Subversion, CVS, Bazaar, Mercurial, and Git

This is a keyboard for typesetting Ancient Greek with precomposed Unicode characters. It is written in Keyman Keyboard Language by SIL Non-Roman Script Initiative (NRSI). This port installs the keyboard so that it can be used through SCIM or IBus KMFL IMEngine (textproc/scim-kmfl-imengine, textproc/ibus-kmfl). The main purpose of the keyboards is to provide a wide range of keying options, so many characters can be entered in multiple ways. The features include: * preserving the context when deleting; * choosing the correct code for the sigma depending upon the encoding and the context (so the correct final form is used when appropriate); * understanding the context of gamma so that it can be typed as 'n' before kappa, xi or chi and as 'ng' before another gamma. * support for Greek punctuation.