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module CInterop = [<Struct; StructLayout(LayoutKind.Sequential)>] type Complex = val mutable re:double val mutable im:double new(r,i) = { re = r; im = i; } [<DllImport("CInteropDLL")>] extern Complex SumC(Complex c1, Complex c2) let c1 = CInterop.Complex(1.0, 0.0) let c2 = CInterop.Complex(0.0, 1.0) let mutable c3 = CInterop.SumC(c1, c2) printf "c3 = SumC(c1, c2) = %f + %fi\n" c3.re c3.im; The SumC prototype refers to the F# Complex value type, but since the layout in memory of the structure is the same as the corresponding C structure, the runtime passes the bits that are consistent with those expected by the C code.

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This just tells the code that ultimately updates the UI as a result of the content load or the explicit call to updateView() into which layer to put the result. Recall that the content area of the reader has HTML markup that looks something like the following:

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A critical aspect in dealing with PInvoke is to ensure that values are marshalled correctly between managed and native code, and vice versa. The memory layout of a structure does not depend on the order of the fields only. Compilers often introduce padding to align fields to memory addresses so that access to fields requires fewer memory operations since CPUs load data into registers with the same strategy. Padding may speed up access to the data structure, though it introduces inefficiencies in memory usage since there may be gaps in the structures leading to allocated but unused memory. Consider, for instance, the following C structure: struct Foo { int i; char c; short s; }; Depending on compiler decision, it may occupy from 8 up to 12 bytes on a 32-bit architecture. The most compact version of the structure uses the first four bytes for i, a single byte for c, and two more bytes for s. If the compiler aligns fields to addresses that are multiples of four, then the integer i occupies the first slot, four more bytes are allocated for c (though only one is used), and the same happens for s. Padding is a common practice in C programs, and since it may affect performance and memory usage, compilers provide directives to instruct the compiler about padding. It is possible to have data structures with different padding strategies running within the same program. The first step to be faced when using PInvoke to access native code is to find the definition of data structures, including information about padding. Then it is possible to annotate F# structures to have the same layout as the native ones, and the CLR can automate the marshalling of data. It is important to note that it is

<!-- Content area --> <div class="content" id="rssReader_content"> <div class="layer1">Layer 0</div> <div class="layer2">Layer 1</div> </div>

The visibleLayer is just an integer property that keeps track of into which div to put content. An index of 0 tells the UI update to put the content into Layer 0. A value of 1 indicates to put the content into Layer 1. Now that we have the methods in place to provide forward and backward functionality, we can use these to create our slideshow methods. Let s dissect those now. The startSlideShow method, which you will recall was invoked from our start() method, and its companion nextSlide() are shown in listing 13.34.

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