Shell Flags (shFlags) is a library written to greatly simplify the
handling of command-line flags in Bourne based Unix shell scripts (bash,
dash, ksh, sh, zsh) on many Unix OSes (Linux, Solaris, Mac OS X, etc.).
Most shell scripts use getopt for flags processing, but the different
versions of getopt on various OSes make writing portable shell scripts
difficult. shFlags instead provides an API that doesn't change across
shell and OS versions so the script writer can be confident that the
script will work.
shFlags is a port of the google-gflags C++/Python library.
synfig is a vector based 2D animation package. It is designed to be
capable of producing feature-film quality animation. It eliminates the
need for tweening, preventing the need to hand-draw each frame. synfig
features spatial and temporal resolution independence (sharp and smooth
at any resolution or frame rate), high dynamic range images, and a
flexible plugin system.
This package contains the renderer used to convert synfig .sif files to
raster images, videos and other formats. Layer types include geometric,
gradient, filter, distortion, transformation, fractal and others. Output
targets include JPEG, PNG, GIF, BMP, PPM, DV, OpenEXR, ffmpeg (MPEG1),
libavcodec (AVI), imagemagick (MIFF), yuv420p and others.
Tpasm is a command line based cross assembler for a vast variety of common
microprocessors and controllers, currently supporting:
* Rockwell 6502 (6502, 65c02)
* Motorola 6805 (6805, 68705), 6809, 68hc11
* Intel 8051 (8031, 8032, 8051, 8052, 80c390)
* Atmel AVR (avt, attiny, at90, atmega series)
* Core Technologies CTXP-1
* Microchip PIC (12xxx, 14xxx, 16xxx, 17xxx series)
* Sunplus SPCxxx series
* Zilog Z80 (z80, z180)
Its features include:
* True multi-pass assembly (will take as many passes as needed)
* Multiple segments
* Sophisticated expressions
* Macros, repeats, conditionals
* Arbitrary length labels, local labels
* Supporting new processors is reasonably straightforward
* Can switch between processors during assembly
Visual Paradigm for UML (VP-UML) is a UML design tool and UML CASE
tool designed to aid software development. VP-UML supports key
industry standards such as Unified Modeling Language (UML), SysML,
BPMN, XMI, etc. It offers complete toolset software development
teams need for requirements capturing, software planning, test
planning, class modeling, data modeling, and etc.
The application provides the community edition, limited to
one diagram per diagram type in each project, and all the diagrams
and documentations generated from the Community Edition will show
a small Visual Paradigm logo at the top left corner.
This is a loadable extension to Tcl providing commands for data
conversion, message digests, zlib based compression, error-correction,
channel-based manipulation of binary data. Trf extends the language at
the C-level with so-called ``transformer''-procedures. With the help of
some patches (*) to the core the package is able to intercept all
read/write operations on designated channels, thus giving it the ability
to transform the buffer contents as desired. This allows things like
transparent encryption, compression, charset recoding, etc. Build upon
this framework (and as proof of concept) a collection of tcl-level
commands was implemented.
This program is a domain name server analysis and reporting tool.
It checks and reports whether a domain name, hosted by your organization,
is still in use, and if so, reports whether your name servers are
still the delegated name servers of the domain name in question.
Reports are generated both to the console and as HTML output.
HTMLs also include information about the MX and WWW records of the domain name.
The tool is expected to be of great use for Internet Service Providers
who are in need of keeping track of lame dns records.
`dlint' is a Domain Name Server zone verification utility.
`dlint' analyzes any DNS zone you specify, and reports any problems it
finds by displaying errors and warnings. Then it descends recursively to
examine all zones below the given one (this can be disabled with a command-
line option).
You can run dlint on your own domains, or on somebody else's, because it uses
the standard DNS network protocol. Dlint is very useful since most nameservers
do no more than syntax-check your database files. Dlint's messages are very
informative and suggest ways to fix the problems, not just complain about them.
Multithreaded perl script to enumerate DNS information
of a domain and discover non-contiguous IP blocks.
OPERATIONS:
Get the host's address (A record).
Get the nameservers (threaded).
Get the MX record (threaded).
Perform axfr queries on nameservers and
get BIND VERSION (threaded).
Get extra names and subdomains via google
scraping (google query = "allinurl: -www site:domain").
Brute force subdomains from file, can also
perform recursion on subdomain that have NS records (all threaded).
Calculate C class domain network ranges
and perform whois queries on them (threaded).
Perform reverse lookups on netranges
( C class or/and whois netranges) (threaded).
Write to domain_ips.txt file
ip-blocks.
Fastresolve is a package of programs to process web log files to get DNS
and domain ownership information for log analysis. It sends out many
queries in parallel, and caches results, for speed. Its DNS resolver is
about 10 times as fast as logresolve.pl from the Apache 1.3.9 distribution,
and about 50 times as fast as logresolve.c from that distribution. It is
5-20 times as fast as the adnslogres program that comes with the adns
library, and about 3 times as fast as jdresolve, which is a Perl program
that uses similar algorithms.
This module is used to discover what RBL's are listing a particular IP address.
It parallelizes requests for fast response.
An RBL, or Realtime Blackhole List, is a list of IP addresses meeting some
criteria such as involvement in Unsolicited Bulk Email. Each RBL has its own
criteria for addition and removal of addresses. If you want to block email or
other traffic to/from your network based on one or more RBL's, you should
carefully study the behavior of those RBL's before and during such blocking.