[ANN] ODB C++ ORM 2.0.0 released, adds support for C++11, polymorphism
boris at codesynthesis.com
Wed May 2 13:49:05 BST 2012
I am pleased to announce the release of ODB 2.0.0.
ODB is an open source object-relational mapping (ORM) system for C++. It
allows you to persist C++ objects to a relational database without having
to deal with tables, columns, or SQL and without manually writing any of
the mapping code.
Major new features in this release:
* Support for C++11 which adds integration with the new C++11 standard
library components, including smart pointers and containers. Now you
can use std::unique_ptr and std::shared_ptr as object pointers (their
lazy versions are also provided). For containers, support was added
for std::array, std::forward_list, and the unordered containers.
* Support for polymorphism which allows you to persist, load, update,
erase, and query objects of derived classes using their base class
interfaces. Persistent class hierarchies are mapped to the relational
database model using the table-per-difference mapping.
* Support for composite object ids which are translated to composite
primary keys in the relational database.
* Support for the NULL semantics for composite values.
This release has also been tested with GCC 4.7 and Clang 3.0 with the
ODB compiler now supporting the GCC 4.7 series plugin interface. With
this release we are also introducing a free proprietary license for
small object models.
A more detailed discussion of these features can be found in the
following blog post:
For the complete list of new features in this version see the official
ODB is written in portable C++ and you should be able to use it with any
modern C++ compiler. In particular, we have tested this release on GNU/Linux
(x86/x86-64), Windows (x86/x86-64), Mac OS X, and Solaris (x86/x86-64/SPARC)
with GNU g++ 4.2.x-4.7.x, MS Visual C++ 2008 and 2010, Sun Studio 12, and
The currently supported database systems are MySQL, SQLite, PostgreSQL,
Oracle, and SQL Server. ODB also provides profiles for Boost and Qt, which
allow you to seamlessly use value types, containers, and smart pointers
from these libraries in your persistent classes.
More information, documentation, source code, and pre-compiled binaries are
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