fb-adb is a tool for interacting with Android systems. It does much of
what adb does, but with better remote shell support and, hopefully,
fewer bugs. Differences between adb and fb-adb are that fb-adb:
* is binary clean (no LF -> CRLF mangling)
* transmits and updates window size
* distinguishes standard output and standard error
* properly muxes streams with independent flow control
* allows for ssh-like pty allocation control
* propagates program exit status instead of always exiting
with status 0
* properly escapes program arguments
* kills remote program
* provides a generic facility to elevate to root without re-escaping
Moo is an extremely light-weight Object Orientation system. It allows
one to concisely define objects and roles with a convenient syntax that
avoids the details of Perl's object system. Moo contains a subset of
Moose and is optimised for rapid startup.
The name Moo is based on the idea that it provides almost -- but not
quite -- two thirds of Moose.
Unlike Mouse this module does not aim at full compatibility with
Moose's surface syntax, preferring instead to provide full
interoperability via metaclass inflation capabilities.
A structured type constraint is a standard container Moose type
constraint, such as an ArrayRef or HashRef, which has been enhanced to
allow you to explicitly name all the allowed type constraints inside the
structure. The generalized form is:
TypeConstraint[@TypeParameters or %TypeParameters]
Where 'TypeParameters' is an array reference or hash references of
Moose::Meta::TypeConstraint objects.
This type library enables structured type constraints. It is built on
top of the MooseX::Types library system, so you should review the
documentation for that if you are not familiar with it.
RecDescent incrementally generates top-down recursive-descent text
parsers from simple yacc-like grammar specifications. It provides:
* Regular expressions or literal strings as terminals (tokens)
* Multiple (non-contiguous) productions for any rule
* Repeated, optional and alternate subrules within productions
* Late-bound (run-time dispatched) subrules
* Full access to Perl within actions specified as part of the grammar
* Simple automated error reporting during generation and parsing
* The ability to commit to, uncommit to, or reject particular
productions during a parse
* Incremental extension of the parsing grammar (even during a parse)
* The ability to retrieve the generated parsing code.
Main Features of Sun's SpecTcl 1.1
==================================
Easy to Learn: SpecTcl's drag & drop interface along with a
powerful toolbar and on-line help make it easy
to start building GUI applications.
Tcl and Java Support: SpecTcl generates both Tcl and Java code.
Platform Independent: SpecTcl runs on all major platforms:
Solaris, SunOS, Linux, Windows 95,
Windows NT Server 3.51, Windows NT Workstation 3.51,
MacOS, and Irix.
Constraint Based Alignment and resizing of widgets (buttons,
Geometry Manager: check boxes, etc.) is automatic. This makes
creating dynamic UIs and cross platform UIs a snap!
Project Center is GNUstep's graphical integrated development environment
(IDE). It helps you to create all different kinds of projects like
Applications, Tools, Libraries and Bundles.
Project Center allows you to easily add and remove, edit and search files;
writes the project makefiles accordingly and supports you in the actual
process of building and debugging your project.
Even the management of a big project keeps being easy as Project Center's
file browser lets you always have a well sorted and categorized overview
over all the files in your project.
LICENSE: GPL2 or later
This port contains the userland implementation of Grand Central Dispatch
technology.
The central insight of GCD is shifting the responsibility for managing threads
and their execution from applications to the operating system. As a result,
programmers can write less code to deal with concurrent operations in their
applications, and the system can perform more efficiently on single-processor
machines, large multiprocessor servers, and everything in between. Without a
pervasive approach such as GCD, even the best-written application cannot
deliver the best possible performance, because it doesn'tt have full insight
into everything else happening in the system.
The Shell Toolkit (shtk) is an application toolkit for programmers
writing POSIX-compliant shell scripts.
shtk provides a collection of reusable modules that work on a wide
variety of operating systems and shell interpreters. The included
modules aid developers in implementing usable and consistent CLI
interfaces, interacting with processes, parsing configuration files and
manipulating higher-level data types among other things.
shtk-based scripts are "built" by using the included shtk(1) utility,
which adds the necessary machinery to the scripts so that they can
trivially import and use the modular interfaces of shtk.
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 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.