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Using regular expressions Since we are going to be searching for string segments, regular expressions are one of the best ways to find matches with added flexibility. The MakeMatches() function that we create next allows us to find the words in the options list that match the user s text in the textbox. This means we can avoid a trip to the server after every keystroke, since the function narrows the choices for us. The code in listing 10.15 lets us save bandwidth by limiting our result set.

The real power of solutions is their ability to be packaged and distributed to another Microsoft Dynamics CRM deployment easily and efficiently. Solutions can be packaged as managed or unmanaged. You need to fully understand the capabilities and limitations that each package type presents, as this determines how Microsoft Dynamics CRM processes the solution components.

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Click Create to finish the process. At this point, a project has been provisioned, and is ready for you to deploy an application to. The portal displays the project page for the project you just created. Each project contains two zones, staging and production. The typical process of deploying your application involves uploading it to the staging environment, testing it, and flipping it to the production environment. This flipping is called a VIP swap. VIP stands for virtual IP. When you flip your application to a new environment, nothing is actually moved. The Azure Fabric Controller labels the current running instances production, and the other instances are labeled staging. The Azure Fabric Controller adjusts the assignment of DNS and IP addresses in the Azure data center. The fact that nothing moves makes it fast to do a cutover and reduces the chance of deployment issues. It also makes it easy to flip back to the old setup if the new configuration doesn t work out as planned (not that that has ever happened to us).

// Write a <prefix:value> node. Since the URN associated with // the prefix does not match the specified URN, a new prefix/URN // binding is generated rooting in the new <prefix:value> node. writer.WriteStartElement(prefix, "value", "despos:isbn-0735618011"); writer.WriteString("..."); writer.WriteEndElement(); The two nodes created look like the XML source code shown here: <x:value>...</x:value> <x:value xmlns:x="despos:isbn-0735618011">...</x:value> The two <x:value> nodes are scoped in different namespaces although they have the same name and even the same namespace prefix. Qualified Attributes To write qualified attributes, you use some of the overloads of the WriteAttributeString and WriteStartAttribute methods. According to the W3C XML 1.0 and Namespaces specifications, element nodes can have an associated namespace without a prefix, as shown here: <value xmlns="despos:isbn-0735618011">...</value> This namespace can be obtained with the following code: writer.WriteStartElement("value", "despos:isbn-0735618011"); writer.WriteString("..."); writer.WriteEndElement(); Attributes, on the other hand, can't do without a prefix once they are bound to a namespace. If you don't indicate the prefix explicitly, one is generated automatically. Try the following code: writer.WriteStartElement("element"); writer.WriteStartAttribute("value", "despos:isbn-0735618011"); writer.WriteString(s); writer.WriteEndAttribute(); writer.WriteEndElement(); The value attribute is associated with a namespace URN, but no prefix is set or retrieved through LookupPrefix. The resultant XML text is shown here: <element d2p1:value="..." xmlns:d2p1="despos:isbn-0735618011" /> An automatic prefix is generated to scope the attribute. There are two elements in the .NET Framework generated prefix: the depth level, d{n}, and the prefix index, p{n}. The depth level is a one-based value that counts the depth of the node in the XML tree. The prefix index counts the number of namespaces defined in the body of the node. For example, consider the following code: writer.WriteStartElement("parent"); 131

The combination of the XDoclet tags and the <ejbdoclet/> subtask will cause XDoclet to generate the value object for the entity bean. The generated class will contain getters for all the data fields of the bean, as well as the primary key. When used by a bean, the generated value object is a read-only snapshot of the entity bean. It can therefore be passed to clients as a lightweight representation of the bean. Value objects can also be used to separate a client s view to the data persistence model being used.

box char stelem.ref ldloc.1 ldc.i4.1 ldstr ": " stelem.ref ldloc.1 ldc.i4.2 ldarg.0 callvirt instance class [mscorlib]System.Type [mscorlib]System.Object::GetType() stelem.ref ldloc.1 ldc.i4.3 ldsfld string [mscorlib]System.String::Empty stelem.ref ldloc.1 ldc.i4.4 ldc.i4 0x200 newobj instance void [mscorlib]System.Decimal::.ctor(int32) ldarg.0 callvirt instance int64 [mscorlib]System.IO.Stream::get_Position() call valuetype [mscorlib]System.Decimal [mscorlib]System.Decimal::op_Implicit(int64) call valuetype [mscorlib]System.Decimal [mscorlib]System.Decimal::op_Addition (valuetype [mscorlib]System.Decimal, valuetype [mscorlib]System.Decimal) box [mscorlib]System.Decimal stelem.ref ldloc.1 call string [mscorlib]System.String::Concat(object[]) ldloc.0 ldftn instance bool Program/<>c__DisplayClass1::<M>b__0(char) newobj instance void [mscorlib]System.Func`2<char, bool>::.ctor(object, native int) call class [mscorlib]System.Collections.Generic.IEnumerable`1<!!0> [System.Core]System.Linq.Enumerable::Where<char>( class [mscorlib]System.Collections.Generic.IEnumerable`1<!!0>, class [mscorlib]System.Func`2<!!0, bool>) call !!0[] [System.Core]System.Linq.Enumerable::ToArray<char> (class [mscorlib]System.Collections.Generic.IEnumerable`1<!!0>) ret

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