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I have yet to write one of these, but from a technical standpoint, this should not be a difficult application to write The way you approach the mapping is up to you For the purposes of this book, I am writing the mapping file by hand because I believe that it is the truest form of DDD Listing 9-10 shows the basic mapping file for the solution I say basic because it does not include all types in the FBP solution, but does provide the core mapping needed in the application As you can see, the structure is broken into three (nonexistent) database tables: Accounts, Roles, and StakeHolders This structure is identical to what was presented in 8 Listing 9-10 XML Mapping the FBP Solution < xml version="10" encoding="utf-8" > <Database Name="BoP" Provider="SystemDataLinqSqlClientSql2005Provider" xmlns="http://schemasmicrosoftcom/linqtosql/mapping/2007"> <Table Name="Accounts"> <Type Name="BoPCore.

This will remove all the elements inside the nav element, producing the same DOM Tree section as above: <div id="nav"></div> Internally, the empty element uses destroy, which means that all the child elements are completely obliterated We can achieve the same thing by calling destroy on all child nodes: $('nav')getChildren()destroy();.

The standard acknowledges the use of XML comments as a form of internal and external code documentation.

The Element type is unarguably the most important MooTools type object when it comes to DOM scripting. All element objects both inside and outside the DOM Tree inherit from Element.prototype and with this type object, MooTools is able to extend all elements in the page to create a better API for working with the DOM.

Account" InheritanceCode="0"> <Column Name="AccountNumber" Member="ID" DbType="Int NOT NULL IDENTITY" IsPrimaryKey="true" IsDbGenerated="true" AutoSync="OnInsert" /> <Column Name="Balance" Member="Balance" DbType="Money"/>.

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An object browser comment is a comment that resides in Visual Studio s object browser window (refer to Figure 4-5 for a screenshot of object browser comments).

In the native DOM API, the Element constructor is a placeholder constructor: you can access it using its identifier, but you can t invoke it as a constructor using the new keyword This is because the Element constructor isn t actually used for creating elements Instead, the Element constructor is used to implement a proper prototype chain between Node and HTMLElement, which means it s used for nothing else aside from inheriting properties from Elementprototype In fact, Internet Explorer versions prior to version 9 go the extra mile and hide the Element constructor from the DOM API, making it inaccessible from JavaScript MooTools, on the other hand, gives good use to the Element constructor by turning it into a proper constructor MooTools does this by storing the browser s native Element constructor (if available) in BrowserElement and then overriding this native constructor with a new global type object.

The object browser comments is a type of documentation that Visual Studio automatically publishes in object browser as part of the process of using the XML Documentator tool.

<Column Name="AccountType" Member="AccountType" DbType="Int" IsDiscriminator="true" /> <Type Name="BoP.Core.Loan" InheritanceCode="1" IsInheritanceDefault="True"> <Column Name="LoanInterestRate" Member="InterestRate" DbType="Decimal(18,0)" /> <Column Name="LoanTermMonths" Member="Term" DbType="Int"/> <Column Name="LoanPrincipal" Member="Principal" DbType="Money"/> </Type> </Type> </Table> <Table Name="Roles" Member="Roles"> <Type Name="BoP.Core.Domain.Role"> <Column Name="RoleType" Member="RoleType" DbType="Int NOT NULL" IsDiscriminator="true" /> <Column Name="StakeHolderId" Member="StakeHolderId" DbType="Int NOT NULL" IsPrimaryKey="true" /> <Association Name="FK_Roles_StakeHolders" Member="StakeHolders" ThisKey="StakeHolderId" OtherKey="StakeHolderId" DeleteOnNull="true" IsForeignKey="true" /> <Type Name="BoP.Core.Domain.User" InheritanceCode="0" IsInheritanceDefault="True"> <Column Name="UserId" Member="UserId" DbType="NVarChar(50) NOT NULL" CanBeNull="false" /> <Column Name="Password" Member="Password" DbType="NVarChar(50) NOT NULL" CanBeNull="false" /> <Column Name="Active" Member="Active" DbType="Char(1) NOT NULL" CanBeNull="false" /> </Type> </Type> </Table> <Table Name="StakeHolders" Member="StakeHolders"> <Type Name="BoP.Core.Domain.StakeHolder"> <Column Name="StakeHolderType" Member="StakeHolderType" DbType="Int NOT NULL" IsDiscriminator="true" /> <Column Name="StakeHolderId" Member="StakeHolderId" DbType="Int NOT NULL IDENTITY" IsPrimaryKey="true" IsDbGenerated="true" AutoSync="OnInsert" /> <Association Name="FK_Roles_StakeHolders" Member="Roles" ThisKey="StakeHolderId" OtherKey="StakeHolderId" DeleteRule="CASCADE" IsUnique="true" /> <Type Name="BoP.Core.Domain.Person" InheritanceCode="0" IsInheritanceDefault="True"> <Column Name="FirstName" Member="FirstName" DbType="NVarChar(50)" CanBeNull="True" />

An object browser comment is a valuable form of type documentation because it publishes the documentation in the IDE, which makes it readily accessible for developers and application architects.

This involves declaring a new constructor function called Element in the global scope to override the native constructor The prototype of this new constructor is then pointed to the prototype of the original using BrowserElementprototype, which effectively turns the new Element type into a full replacement for the native one prototype included On the inside, Element is a very simple constructor As we saw in the previous section, it can take two arguments: tag, which is the element to be created, and properties, which are properties passed to the set method of the newly created element When the value of the tag argument is a string and is a simple HTML tag like 'a' or 'section', the Element constructor simply passes the arguments to a special function called documentnewElement This function first calls on the document.

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