Free ranges software for linux

A lightweight internationalization tool for C code, for those who find gettext too bulky and intrusive. Extracts strings from a program and turns them into #defines in a pre-pended code section. Has good features for building up your message base incrementally.
This tool can be used to massage input C source so that literal strings in it are replaced by generated #define symbols, with the list of #defines prepended to the resulting source code. String literals on #include and #define lines and in comments are skipped.
If no filenames are given, standard input is filtered to standard output. If filenames are given (and appropriate write permissions are present), each file is replaced by its converted result (the replace is done with a link(2), so the program is signal-safe). To avoid heartbreak and death threats to the author, it is recommended that you not use this feature without looking at the filtered version first to ensure that its what you really want.
The string argument of a -r option is interpreted as a comma-separated list of line numbers or line number ranges to which the string filtering is to be limited. A range of the form " -" is taken to signify all lines from line to EOF; a range of the form "- " signifies all lines from the start of file to line . Additionally, any range or number may be preceded by !; this causes filtering to be suppressed for the lines designated. If the first character of a range option is !, filtering is assumed initially on for all lines, rather than off.
The -t option sets the template with which string labels are generated. The default is "G%05d". The template is sprintfed with a sequence number as argument.
The -m option takes a numeric argument, interpreted as a minimum length. All strings less than that size are ignored. Note that this minimum length defaults to 3, you must say -m 1 or -m 2 to see all short strings.
The -c option suppresses the normal action and instead causes a list of strings that would otherwise be #define-ized (each preceded by its line number) to be emitted to stdout. If -c is used with file arguments a report with sections headed by file names will be generated.
The -c option permits you to anticipate the effects of a substitution without having to look at the whole source file.
This tool is best used by doing repeated -c runs, adding to an -r argument until you have it down to filtering just the lines you want, and then dropping the -c to do the actual conversion. Then you can move the list of generated #defines to an appropriate spot with a text editor.
Version restrictions:
- This program makes no effort to be intelligent about duplicate strings. Also, it doesnt handle quoted quotes within strings.
Enhancements:
- Use mkstemp(3) rather than tempnam(3) for securitys sake.
- Source RPMs no longer depend on --define myversion.

gatling is a high-performance HTTP and FTP server. It is small, fast, and scalable, and uses platform-specific performance and scalability APIs.
It supports connection keep-alive, el-cheapo virtual domains (similar to thttpd), IPv6, and Content-Range (not the full specs, just a-b or a-byte ranges).
Main features:
- Small! (100k static Linux-x86 binary with HTTP and FTP support)
- Fast! (measure for yourself, please)
- Scalable! (see this document, measured using tools that are included in the gatling distribution.
- Uses platform-specific performance and scalability APIs on Linux 2.4, Linux 2.6, NetBSD current (2.0+), FreeBSD 4+, OpenBSD 3.4+, Solaris 9+, AIX 5L, IRIX 6.5+, MacOS X Panther+, HP-UX 11+
- connection keep-alive
- el-cheapo virtual domains (similar to thttpd)
- IPv6 support
- Content-Range (not the full specs, just a-b or a- byte ranges)
- transparent content negotiation (will serve foo.html.gz if foo.html was asked for and browser indicates it understands deflate)
- With optional directory index generation
- Will only serve world readable files (so you dont export files accidentally)
- Supports FTP and FTP upload as well (upload only to world writable directories and the files wont be downloadable unless you chmod a+r them manually)
- CGI support for HTTP
- El-cheapo .htaccess support (see README.htaccess)
- Quick-and-dirty SSL/TLS support (see README.tls)
Enhancements:
- A pipelining bug was fixed.
- HTTP headers are now sent to CGIs as HTTP_FOO=bar environment variables.
- Cleanups were made for GCC 4.
- Temporary fallback redirects were added.
- CGI slaves are now only forked if the -C option is given on the command line.
- IRIX compatibility was established.

Dynamic Range Extender plugin takes two images and creates one composite image, which supposedly has increased dynamic range.

With digital SLR cameras you can often use RAW format, which lets user select the exposure correction afterwards. The sample here is from Canon 10D.

Installation:

Just copy the script to your GIMP scripts directory. Usually this is ~/.gimp-2.0/scripts, but if you want to use the script system-wide then the directory might be something like /usr/share/gimp/2.0/scripts.

pppusage summarizes average and total transfer volumes, number of connections and average and total online time for all logged PPP connections. The data is collected by reading the syslog files which contain the ppp[d] messages. A database file is used to store the relevant data, thus it doesnt get lost when your ppp[d] logfiles are rotated or deleted. Certain time ranges (that is: a year, month, or day) may be specified on the command line. pppusage should run on Linux systems with pppd(8) as well as on NetBSD, FreeBSD or OpenBSD with ppp(8) (also known as user-ppp). Its written in Perland no non-standard Perl modules are required.
As soon as there is some connection summary data in your PPP logfile(s), you can build the pppusage database and get some statistics by simply running pppusage. If you want to build the pppusage database twice a day automatically, you could use a crontab(5) entry like the following:
05 2,14 * * * nice /usr/local/bin/pppusage -c > /dev/null
You can then query the database with -q. If you want to specify a timerange, use -t. See pppusage -h for a quick overview of the available options, see the man page pppusage(1) for detailed information.
Enhancements:
- fixed a bug in the new database update algorithm

aggregate is a tool for aggregating CIDR networks. Input is read from stdin and output is written to stdout. It undestands IPv4 networks represented as network/prefix, network/netmask and start_address - end_addres. It is able to read input in any one of these formats and output in the same or a different format.
It is also able to limit the maximum and minimum prefix length that will be output. This can be used to filter, for instance ignoring all networks with a prefix longer than 24 bits. That is all networks, smaller than a traditional Class C.
The `configure shell script attempts to guess correct values for various system-dependent variables used during compilation. It uses those values to create a `Makefile in each directory of the package. It may also create one or more `.h files containing system-dependent definitions. Finally, it creates a shell script `config.status that
you can run in the future to recreate the current configuration, a file `config.cache that saves the results of its tests to speed up reconfiguring, and a file `config.log containing compiler output (useful mainly for debugging `configure).
If you need to do unusual things to compile the package, please try to figure out how `configure could check whether to do them, and mail diffs or instructions to the address given in the `README so they can be considered for the next release. If at some point `config.cache contains results you dont want to keep, you may remove or edit it.
The file `configure.in is used to create `configure by a program called `autoconf. You only need `configure.in if you want to change it or regenerate `configure using a newer version of `autoconf.
Enhancements:
- Out by one error in aggregation of ranges (again )

OCEAN GenRap is a completely new reporting and data analysis solution. OCEAN GenRap is created by a powerful report generating engine connected with an innovative report editor designed specially for regular users. Therefore it allows you to share the ability to modify, create reports and carry out simple business analysis with managers, salesmen, consultants and other employees having access to data, but lacking programming skills.
Reporting engine
OCEAN GenRap SDK contains a Runtime component. OCEAN GenRap Runtime component can be built in any application to provide reporting capabilities. Simple programming API, support for popular RDBMS servers and ODBC sources, various output formats (including PDF, Postscript, HTML and XLS), no charge and availability for J2SE and .NET platform are its great advantages.
Ad-hoc reporting
Integrating Runtime component into an application allows you also to communicate with the OCEAN GenRap. Its a next generation office tool with a text editor interface and advanced user friendly data access, which makes reporting and analyzing data much faster and simpler. Because there is no SQL language knowledge needed to operate OCEAN GenRap, the system can be used for ad - hoc reporting and providing at - once data analysis on a company scale.
Increased market share and audience reach
System integrated with or using OCEAN GenRap can be utilized in a wider range. Reports, analysis and printouts can not only be generated as static html pages, pdf files or physical printouts. They can also be edited. All reports based on OCEAN GenRap can be modified in both ranges - the logical layer, and the appearance.
Key benefit in this group is that the process of modification of reports can be carried out by regular users without proper programming skills. From now on, creating report is not reserved only to IT staff members with SQL language and database technologies knowledge. Every employee familiar with e.g. MS Word and MS Excel will be able to easily:
- modify the appearance of the report, including font changing, colors, moving elements across the document, arranging elements on the report,
- modify the logic of the report by one-click grouping, sorting and filtering data listing or drag-and-drop adding fields from the user friendly data schema,
- create sophisticated reports without proper knowledge of SQL language and database technologies.
Thanks to OCEAN GenRap, reporting capabilities can be made available to every user of the application, increasing effectiveness and reducing costs of report preparation.
Enhancements:
- This release added charts, support for importing RTF documents, recognition of pervasive PSQL data types in ODBC, and more.

NSD is a complete implementation of an authoritative DNS nameserver.
NSD is an authoritative only, high performance, simple and open source name server.
NSD is thoroughly tested, there is a regression tests report available on the home page.
NLnet Labs has a long term commitment for supporting NSD. There will be an advanced notice when our commitment ends. The latest NSD release will supported for at least two years after this notice.
Enhancements:
- AXFR/IXFR zone transfer supported.
- NSD requests but does not provide IXFR transfers.
- NSD keeps track of SOA timeouts for secondary zones.
- TSIG authentication supported.
- For queries, for notifies, for zone transfers.
- NOTIFY messages of zone updates, incoming and outgoing.
- DNAME type is supported, including CNAME synthesis.
- config file, nsd.conf(5), place to put TSIG keys, server settings, and lists of ip-addresses/ranges for AXFR/IXFR and NOTIFY.