Asynchronous DNS Resolver for Haskell is a library that provides an asynchronous DNS resolver on top of GNU ADNS. Not all options are supported, but A, MX, and PTR lookups work nicely. There is also support for retrieving generic RR types, CNAMEs, and for NSEC zone walking. The library can be expected to work with fine ADNS 1.4 or later. It might also work with version ADNS 1.3, but that hasn’t been tested.
DB Solo is a powerful database development and management tool for developers and DBAs. It has an intuitive user interface that allows you to explore and manage your database objects as well as execute ad-hoc queries. It supports Oracle, MySQL, Sybase, DB2, Solid, PostgreSQL, and MS SQL Server. In addition to viewing and managing objects such as schemas, tables, indexes, views, tablespaces, users, roles, sessions, and stored procedures, you can view, edit, print, and export data from tables or the results of queries. You can also graphically view foreign key relationships.
Aspose.Tasks is a non-graphical .NET Project management component which enables .NET applications to read, write, and manage Project documents without utilizing Microsoft Project. With Aspose.Tasks, you can read and change tasks, recurring tasks, resources, resource assignments, relations, and calendars. Aspose.Tasks works well with both WinForm and WebForm applications.
GeBoP stands for General Boardgames Player. GeBoP allows you to play 9 strategic boardgames against the computer or against another player. You can even watch a number of computer players fight among themselves. Some of the games can be played with a variable number of players, and other games can be played on various board sizes. GeBoP features a unified best move engine. Because of this, additional strategic boardgames are easy to add to the application.
MpNT is a multi-precision number theory library that provides a base for building cryptographic applications. It may also be used in any other domain where efficient large number computations are required. The library supports integer, modular, and floating point arithmetic with practically unlimited precision. It is both speed efficient and highly portable without disregarding code structure and clarity.