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The generic implementation from the previous section took three related parameters for zero, comparison, and subtraction. It is common practice to package related operations together. One way to do this is to use a concrete record type containing function values: type Numeric<'a> = { Zero: 'a; Subtract: ('a -> 'a -> 'a); LessThan: ('a -> 'a -> bool); } let intOps = { Zero=0 ; Subtract=(-); LessThan=(<) } let bigintOps = { Zero=0I; Subtract=(-); LessThan=(<) } let int64Ops = { Zero=0L; Subtract=(-); LessThan=(<) } let hcfGeneric (ops : Numeric<'a>) = let rec hcf a b = if a= ops.Zero then b elif ops.LessThan a b then hcf a (ops.Subtract b a) else hcf (ops.Subtract a b) b hcf let hcfInt = hcfGeneric intOps let hcfBigInt = hcfGeneric bigintOps The inferred types are as follows: val hcfGeneric : Numeric<'a> -> ('a -> 'a -> 'a) val hcfInt : (int -> int -> int) val hcfBigInt : (bigint -> bigint -> bigint) Here are some examples of the functions in action: > hcfInt 18 12;; val it : int = 6 > hcfBigInt 1810287116162232383039576I 1239028178293092830480239032I;; val it : bigint = 33224I

The configure script will check the system for dependencies and create the appropriate makefiles. The make and make install commands build the system for the first time and build the installation. Most developers run these commands when building the MySQL source code. If compiling for the first time, you may need to change the owner of the files (if you aren t using root) and make group adjustments (for more details see Source Installation Overview in the MySQL Reference Manual at http://dev.mysql.com/doc/refman/5.1/en/quick-install.html). The following outlines a typical build process for building the source code on Linux for the first time: %> %> %> %> %> %> %> %> %> %> %> %> %> %> groupadd mysql useradd -g mysql mysql gunzip < mysql-VERSION.tar.gz | tar -xvf cd mysql-VERSION ./configure --prefix=/usr/local/mysql make make install cp support-files/my-medium.cnf /etc/my.cnf cd /usr/local/mysql bin/mysql_install_db --user=mysql chown -R root . chown -R mysql var chgrp -R mysql . bin/mysqld_safe --user=mysql &

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Function(s)

Record types such as Numeric<'a> are often called dictionaries of operations and are similar to vtables from object-oriented programming and the compiled form of type classes from Haskell. As you have seen, dictionaries such as these can be represented in different ways according to your tastes, using tuples or records. For larger frameworks, a carefully constructed classification of object interface types is often used in place of records. We discuss object interface types in more detail in 6, and the F# namespace Microsoft.FSharp.Math.Classifications contains a number of numerical classification types. Here is an interface type definition that plays the same role as the record in the previous example: type INumeric<'a> = abstract Zero : 'a abstract Subtract: 'a * 'a -> 'a abstract LessThan: 'a * 'a -> bool You can implement and use abstract object types in a similar way to record values: let intOps = { new INumeric<int> with member ops.Zero = 0 member ops.Subtract(x,y) = x - y member ops.LessThan(x,y) = x < y }

You can compile the Windows platform source code using Microsoft Visual Studio 2005 (some have had great success using Visual Studio 6.0 and 2005 Express Edition with the Microsoft platform development kit, but I have found Visual Studio 2005 to be more stable). To compile the system for the first time, open the mysql.dsw project workspace in the root of the source distribution tree and set the active project to mysqld classes and the project configuration to mysqld - Win32 nt. When you click Build mysqld, the project is designed to compile any necessary libraries and link them to the project you specified. Take along a fresh beverage to entertain yourself as it can take a while to build all of the libraries the first time. Regardless of which platform you use, your compiled executable will be placed in the client_release or client_debug folder depending on which compile option you chose. To run the new executable, simply stop the server service, copy the file to the bin folder under the MySQL installation, and restart the server service.

printf(n)a eprintf(n) fprintf(n) sprintf bprintf(n)

The code for Euclid s algorithm using abstract object types is essentially the same as for the code based on record types: let hcfGeneric (ops : INumeric<'a>) = let rec hcf a b = if a= ops.Zero then b elif ops.LessThan(a,b) then hcf a (ops.Subtract(b,a)) else hcf (ops.Subtract(a,b)) b hcf

missing libraries. Consult the MySQL forums for details on how to resolve the most common compilation problems.

printf "Result: %d" res eprintf "Result: %d" res twprintf stderr "Error: %d" res sprintf "Error: %d" res bprintf buf "Error: %d" res

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