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Listing 8-2. Customizing Generic Hashing and Comparison Using an Extension open Microsoft.FSharp.Math.Primitives type BigInt = { sign : int; v : BigNat } interface System.IComparable module BigIntOps = let equal x y = (x.sign = y.sign) && (x.v = y.v) || BigNat.isZero(x.v) && BigNat.isZero(y.v) let hashBigInt x = if BigNat.IsZero(x.v) then 0 else hash x.sign + hash x.v let compareBigInt x y = match x.sign,y.sign with | 1, 1 -> compare x.v y.v | -1,-1 -> compare y.v x.v | _ when BigNat.IsZero(x.v) && BigNat.IsZero(y.v) -> 0 | 1, -1 -> 1 | -1, 1 -> -1 | _ -> invalid_arg "BigInt signs should be +/- 1" // OK, let's augment the type with generic hash/compare/print behavior type BigInt with override x.GetHashCode() = BigIntOps.hashBigInt(x) override x.Equals(y:obj) = BigIntOps.equal x (unbox y) override x.ToString() = sprintf "%s%A" (if x.sign < 0 && not (BigNat.IsZero(x.v)) then "-" else "") x.v interface System.IComparable with member x.CompareTo(y:obj) = BigIntOps.compareBigInt x (unbox y) Listing 8-2 also shows how to implement the System.Object method GetHashCode, the F# technique to implement generic hashing, and the method ToString for generic printing. These follow the same pattern as generic comparison. If needed, you can implement more advanced interfaces such as Microsoft.FSharp.Core.IStructuralHash and Microsoft.FSharp.Text. StructuredFormat.IFormattable to give more control over the processing of hashing and formatting large structured terms. (See http://www.expert-fsharp.com/Topics/GenericHashing.)

This book has used F# Interactive for most of the samples. F# Interactive is excellent when you re exploring a set of libraries and writing scripts or small applications that use them. But to understand how to write libraries and organize other kinds of applications, you need to learn how to use the F# command-line compiler, fsc.exe, to compile your code into DLLs and EXEs. A Dynamic Link Library (DLL) is the Windows name for library components, and .exe is the extension used for executable programs. As you saw at the start of this chapter, all .NET code exists in an assembly, which is, roughly speaking, either a DLL or an EXE. Assemblies can also contain supporting code and data files. Every time you compile a set of files using fsc.exe, you create one assembly: either a DLL or an EXE. Even when you use F# Interactive (fsi.exe), you re dynamically adding code to a dynamically generated DLL. You now learn how to use the command-line compiler to create DLLs and EXEs.

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The ddd debugger is actually a wrapper around the GNU gdb stand-alone debugger In typical open source fashion, the developers of ddd reused what was already built (gdb) and instead of reinventing the wheel (the symbolic debugger code), they augmented it with a new set of functionality Furthermore, ddd can support several stand-alone debuggers, making it very versatile Indeed, it can support any language its host debugger can support In many ways, ddd exemplifies what an integrated debugger should be It has all of the tools you need to debug just about any program written in a host of languages One of the features I find most appealing about the ddd debugger is the ability to save a debugging session and recall it later This gives you the advantage of not having to re-create a scenario to demonstrate or repeat a defect.

Note You should be very careful about using generic comparison and hashing on recursive data structures

To compile code to an EXE, you call fsc.exe with the names of your source code files in dependency order. For example, if the file dolphin.fs contains the code in Listing 7-9, then you can compile the code using fsc dolphin.fs. You can also use the -o flag to name the generated EXE. Listing 7-9. File dolphins.fs let longBeaked = "Delphinus capensis" let shortBeaked = "Delphinus delphis" let dolphins = [ longBeaked; shortBeaked ] printfn "Known Dolphins: %A" dolphins You can now compile this code to an EXE as shown here: C:\fsharp> fsc dolphins.fs C:\fsharp> dir dolphins.exe ... 05/04/2010 19:21

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