Text processing often involves matching text against a pattern. Although Java s character and assorted string classes offerlow- levelpattern- matching support, that support commonly leads to complex code. To help you write simplerpattern- matching code, Java provides regular expressions. After introducing you to terminology and thejava.util. regex package, Jeff Friesen explores many regular expression constructs supported by that package s Pattern class. Then he examines Pattern s methods and the additionaljava.util. regex classes. In conclusion, he presents a practical application of regular expressions.
OpenSS7 This the fourth public release of the OpenSS7 Master Package. See README in the release for a sub-package listing. Most of the sub-packages in the release are production grade for Linux Fast-STREAMS. All existing validation test suites run clean on supported distributions and architectures.
It is unlikely that the OpenSS7 Master Package will be released as frequently as before. Sub-packages will be released more often. To rebuild the master package with a new sub-package release, simply replace the directory to which the sub-package belongs with the unpacked sub-package release and then rebuild the master package. This release provides support for recent distributions and tool chains.
If you port µ C/OS-II to a processor not listed and want to include your port on this web site, please contact Micrium at Jean.Labrosse@Micrium.com. Note that the ports are provided as is with the exeption of the Micrium ports which are supported by Micrium..
主要特點(diǎn)
* Flexible finite element space construction based template element library
基于模板單元庫靈活的構(gòu)造有限元空間
* Convenient facilities to implement mesh adaption
很方便的進(jìn)行網(wǎng)格加密和稀疏化
* Multi-mesh operation supported
支持多套網(wǎng)格操作
需要有一定的有限元基礎(chǔ)和C++語言基礎(chǔ)，最好在linux平臺(tái)下用。
http://162.105.68.168/AFEPack/
This library allows creating, modifying and extracting zip archives in the compatible way with PKZIP (2.5 and higher) and WinZip. supported are all possible operations on the zip archive: creating, extracting, adding, deleting files from the archive, modifications of the existing archive. There is also the support for creating and extracting multiple disk archives (on non-removable devices as well) and for password encryption and decryption. This module uses compression and decompression functions from zlib library by Jean-loup Gailly and Mark Adler.
radius協(xié)議源碼÷The Radius Stack will connect to a Radius Server. This stack
implementation is built upon the UdpStack which is available
in the radius{version}/util directory. A minimal set of VSAs (Vendor
Specific Attributes are supported by this stack). The Radius
Stack should be used as a base class. In order to implement
a larger set of VSAs, one will need to subclass from the
Radius Stack and implement the functionality within the
virtual function processVsa(). The Radius Stack supports
mostly accounting messages. The authentcation messages
will be supported in a future release.
A test program has been provided in the radius directory.
This program shows how to subclass from the RadiusStack
and how to use the api.
This fourth edition of the definitive reference to JavaScript, a scripting language that can be embedded directly in web pages, covers the latest version of the language, JavaScript 1.5, as supported by Netscape 6 and Internet Explorer 6. The book also provides complete coverage of the W3C DOM standard (Level 1 and Level 2), while retaining material on the legacy Level 0 DOM for backward compatibility
The Blitz++ project is now being served via SourceForge. To download the Blitz++ library, go to the blitz project web page, at http://sourceforge.net/projects/blitz.
More information about supported platforms and C++ compilers is available in this document or on the official Blitz++ home page, at http://oonumerics.org/blitz.
This SDK allows to integrate a syncml stack in a C++ application on a
variety of platforms. Currently, Windows, WinMobile and Linux are
actively supported, but you can easily build it on other Unixes or other
mobile/embedded platforms.
CForms, by Lars Berntzon (Stockholm, Sweden), is a tool for building interactive forms-driven applications. CForms applications can run on nany type of library supported by the "curses" library. CForms uses a language-based design to define forms. An application may contain C source modules, field pictures, field definitions, literals, and events. CForms applications must be compiled with the CFC compiler and linked with the CFL linker.CForms runs on most Unix SYSV compatible platforms including SunOS, Dell-SVR4, and Diab SYSV.3. It requires a curses library and yacc or GNU Bison. CForms version 2.1 is now available as volume #402 in the CUG Library.
