This benchmark suite is meant to tell any user what operations a
        given SQL implementation performs well or poorly. You can get a
        good idea for how the benchmarks work by looking at the code and
        results in the sql-bench directory in any
        MySQL source distribution.
      
Note that this benchmark is single-threaded, so it measures the minimum time for the operations performed. We plan to add multi-threaded tests to the benchmark suite in the future.
To use the benchmark suite, the following requirements must be satisfied:
The benchmark suite is provided with MySQL source distributions. You can either download a released distribution from http://dev.mysql.com/downloads/, or use the current development source tree. (See Section 2.3.3, “Installing from the Development Source Tree”.)
            The benchmark scripts are written in Perl and use the Perl
            DBI module to access database servers, so DBI must be
            installed. You also need the server-specific DBD drivers for
            each of the servers you want to test. For example, to test
            MySQL, PostgreSQL, and DB2, you must have the
            DBD::mysql, DBD::Pg,
            and DBD::DB2 modules installed. See
            Section 2.15, “Perl Installation Notes”.
          
        After you obtain a MySQL source distribution, you can find the
        benchmark suite located in its sql-bench
        directory. To run the benchmark tests, build MySQL, and then
        change location into the sql-bench
        directory and execute the run-all-tests
        script:
      
shell>cd sql-benchshell>perl run-all-tests --server=server_name
        server_name should be the name of one
        of the supported servers. To get a list of all options and
        supported servers, invoke this command:
      
shell> perl run-all-tests --help
        The crash-me script also is located in the
        sql-bench directory.
        crash-me tries to determine what features a
        database system supports and what its capabilities and
        limitations are by actually running queries. For example, it
        determines:
      
What data types are supported
How many indexes are supported
What functions are supported
How big a query can be
            How big a VARCHAR column can
            be
          
For more information about benchmark results, visit http://www.mysql.com/why-mysql/benchmarks/.

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