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GetYeastMolecule () = // the code that populates the yeast xml structure let tax = new taxonomy(domain = "Eukaryota", kingdom = "Fungi", phylum = "Ascomycota", ``class`` = "Saccharomycetes", order = "Saccharomycetales", family = "Saccharomycetaceae", genus = "Saccharomyces", species = "Saccharomyces cerevisiae").

So now you have several ways of creating strings, but what can you do with them Just like numbers, strings have operators that can be used to create new strings. If you add two strings together, you get a new string containing the first string with the second string appended to the end. You can add strings with the + operator just like you do with numbers; let s try it: >>> "I love "+"Python!" 'I love Python!'

let id = new identity(name = "Saccharomyces cerevisiae tRNA-Phe", taxonomy = tax) let yeast = new molecule(id = "Yeast-tRNA-Phe", identity = id) let numRange1 = new numberingrange(start = "1", Item = "10") let numRange2 = new numberingrange(start = "11", Item = "66") let numSys = new numberingsystem(id="natural", usedinfile=true) numSys.Items <- [|box numRange1; box numRange2|] let seqData = new seqdata() seqData.Value <- "GCGGAUUUAG CUCAGUUGGG AGAGCGCCAG ACUGAAGAUC UGGAGGUCCU GUGUUCGAUC CACAGAAUUC GCACCA" let seq = new sequence(numberingsystem = [|numSys|], seqdata = seqData) yeast.sequence <- [|seq|] yeast Again, the same simple, web-based testing option is available; executing the preceding code produces the following XML: < xml version="1.0" encoding="utf-8" > <molecule xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema" id="Yeast-tRNA-Phe"> <identity> <name>Saccharomyces cerevisiae tRNA-Phe</name> <taxonomy> <domain>Eukaryota</domain> <kingdom>Fungi</kingdom> <phylum>Ascomycota</phylum> <class>Saccharomycetes</class> <order>Saccharomycetales</order> <family>Saccharomycetaceae</family> <genus>Saccharomyces</genus> <species>Saccharomyces cerevisiae</species> </taxonomy> </identity> <sequence> <numbering-system id="natural" used-in-file="true"> <numbering-range> <start>1</start> <end>10</end> </numbering-range> <numbering-range> <start>11</start> <end>66</end> </numbering-range> </numbering-system>

The categories are mapped to multiple products. In order to retrieve the list of products associated with the categories, you need to get them from the database using the category selected. Start by adding a new test class (ProductTests.cs) to the TestLayer project. Listing 13-20 shows the minimal source for the ProductTests.cs class. Listing 13-20. Minimal ProductTests.cs File #region Using directives using System; using System.Collections; using System.Collections.Generic; using System.Text; using NUnit.Framework; using DataLayer; #endregion namespace TestLayer { [TestFixture] public class ProductTests { private int categoryID; public ProductTests() { } [SetUp] public void Init() { }

Python has added two strings together and displayed the result. Adding strings together like this is called string concatenation. You can concatenate any two strings together, but you can t concatenate a string with a number. Let s try it anyway to see what happens: >>> "high "+5 Traceback (most recent call last): File "<interactive input>", line 1, in TypeError: cannot concatenate 'str' and 'int' objects Here we have tried to produce the string 'high 5' by adding the number 5 to a string. This doesn t make sense to Python, and it lets you know by throwing another exception. If you do want to add a number to a string, you have to first convert the number to a string. You can easily create strings from numbers by constructing a new string from that number. Here s how you would create our high 5 string. >>> "high "+str(5) 'high 5' This works because str(5) constructs a string from the number 5, which Python will happily concatenate with another string. You can also use the multiply (*) operator with strings, but you can only multiply strings by integers. Take a guess at what the following line of Python code will do: >>> 'eek! '*10 You can see that Python can be quite intuitive; if you multiply a string by 10 it will repeat it 10 times. Strings do not support all mathematical operators such as / and , because it s not intuitive what they would do. What could "apples" "oranges" possibly mean