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In C++, writing a loop that iterates over a sequence is tedious. We can either use iterators, which requires a considerable amount of boiler-plate, or we can use the std::for_each() algorithm and move our loop body into a predicate, which requires no less boiler-plate and forces us to move our logic far from where it will be used. In contrast, some other languages, like Perl, provide a dedicated "foreach" construct that automates this process. BOOST_FOREACH is just such a construct for C++. It iterates over sequences for us, freeing us from having to deal directly with iterators or write predicates.

This project is the work of Douglas B. Pierce, Side of Beef Productions. First imagined in 2007, the effort has largely been dormant. The project remains a command line tool for generating thematic names and first career characters for Warhammer Fantasty Roleplay, Second Edition, released in 2005, by Green Ronin. All Warhammer and Warhammer related material is ®, ™ and/or © Games Workshop, Ltd. Black Industries is an imprint of BL Publishing. The name and material is used without express permission.

JPA Security is an Access Control Solution for the Java Persistence API (JPA). With JPA Security your access control can be performed in the database. You may query the database for all objects of a certain type and will receive only the objects you have read access for. This filtering is performed in the database. Unaccessible queried objects will not be loaded into memory. JPA Security enables you to completely remove security-related code from your code-base. All access control may be configured via Annotations or XML. With JPA Security you do not have to change your access control paradigm (but maybe you want to, when you see the great capability of JPA Security). You even can mix access control paradigms easily. JPA Security is not designed to replace current security solutions, but to extend them. It integrates smoothly into the security mechanisms of the Java EE Platform, but may be used with third-party frameworks like Spring Security or in Java SE, too. With the extensibility of JPA Security it is easy to provide your own access control paradigm, access rules storage or login mechanism.

The matching web service client library for the server in this example project to connect to the server. This library is ideally provided by the service provider of the server, so that users can go ahead and hack their userland code against this client library, without having to worry about the transport. Whether the client library uses REST or SOAP is up to the implementor, both are possible. A user of the client library usually does not care what technology is used underneath (as long as things are working correctly).

This project is a resource for the JCoRe Linnaeus Annotator. The dictionaries contained herein are used for the recognition of concrete species names in text, e.g. "human", "mouse", "n. furzeri", "c. elegans" etc as well as species hints, i.e. indirect clues to a species like the word "patient" which most likely refers to a human. Additionally to such rather clear proxies, this project also includes a small dictionary containing maximum-frequency-proxies for genus expressions like "Drosophila" which will be mapped to "D. melanogaster". For the task of only finding concrete species names in text, there is the project jcore-linnaeus-species-ae-species-dict.