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JIT C/C++ UDFs in MonetDB

As of the latest MonetDB release (March 2018), MonetDB has support for JIT C and C++ UDFs. MonetDB has supported regular C/C++ UDFs for a long time. However, these are quite complicated to write and compile, as they require a lot of knowledge about the internal structure of MonetDB and require a lot of steps just to write a simple function.

MonetDBLite for Java

Following the footsteps of MonetDBLite for R and MonetDBLite for Python, we now have MonetDBJavaLite which deploys MonetDBLite in a JVM with JDBC support. It has been tested on Linux, Mac and Windows. In the "lite" versions of MonetDB, both client and server run within the same process, saving eventual inter-process communication such as a socket connection.

Interactive Debugging for Python UDFs

In a previous blogpost we introduced Python UDfs (aka MonetDB/Python). With MonetDB/Python users can perform analytics inside the database, mitigating the costs of data transference.

MonetDB mirror on GitHub

As the most observant of you may have already noticed, some time ago we created a GitHub mirror of the MonetDB source tree: After a few months of internal testing we are ready to officially announce it to the public.

On the technical side of things, the primary MonetDB repository remains hosted in Mercurial and the development process for MonetDB is unchanged.

LSST Queries in MonetDB

Astronomy and technology

Astronomy and technology inspire each other. Thanks to the latest advances in technology we can build instruments that are not only better than ever before but also totally new in design. This allows us to observe the skies and heavens "from new angles" with unprecedented space and time resolutions. No doubt that technological developments in many fields thrive on the scientific discoveries that these advanced instruments will make. In this regard, the entanglement of the two disciplines has delivered us a lot over the past 400 years.

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