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Oracle provides precompiled MySQL Cluster binaries for Windows which should be adequate for most users. However, if you wish, it is also possible to compile MySQL Cluster for Windows from source code. The procedure for doing this is almost identical to the procedure used to compile the standard MySQL Server binaries for Windows, and uses the same tools. However, there are two major differences:
To build MySQL Cluster, you must use the MySQL Cluster sources, which you can
obtain from
Attempting to build MySQL Cluster from the source code for the standard MySQL Server is likely not to be successful, and is not supported by Oracle.
You must configure the build using the WITH_NDBCLUSTER_STORAGE_ENGINE
or WITH_NDBCLUSTER
option in addition to any other build options you wish to
use with CMake. (WITH_NDBCLUSTER
is supported as an alias for WITH_NDBCLUSTER_STORAGE_ENGINE
,
and works in exactly the same way.)
In MySQL Cluster NDB 7.3, the WITH_NDB_JAVA
option is enabled by default. This means that, by default, if
CMake cannot find the location of Java on your system, the
configuration process fails; if you do not wish to enable Java and ClusterJ support, you must indicate this
explicitly by configuring the build using -DWITH_NDB_JAVA=OFF
. (Bug #12379735)
Use WITH_CLASSPATH
to provide the Java classpath if needed.
For more information about CMake options specific to building MySQL Cluster, see Options for Compiling MySQL Cluster.
Once the build process is complete, you can create a Zip archive containing the compiled binaries; Section 2.9.2, "Installing MySQL Using
a Standard Source Distribution" provides the commands needed to perform this task on Windows systems. The
MySQL Cluster binaries can be found in the bin
directory of the resulting archive,
which is equivalent to the no-install
archive, and which can be installed and
configured in the same manner. For more information, see Section
17.2.3.1, "Installing MySQL Cluster on Windows from a Binary Release".