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-<com:TContent ID="body">
-<h1>The Big Picture</h1>
-<p>SQLMap is a simple but complete framework that makes it easy for you to map
-your objects to your SQL statements or stored procedures. The goal of the
-SQLMap framework is to obtain 80% of data access functionality using only
-20% of the code.</p>
-
-<h1>What does it do?</h1>
-<p>Developers often create maps between objects within an application. One
-definition of a Mapper is an "object that sets up communication between two
-independent objects." A Data Mapper is a "layer of mappers that moves data
-between objects and a database while keeping them independent of each other
-and the mapper itself." [Patterns of Enterprise Architecture, ISBN
-0-321-12742-0].</p>
-
-<p>You provide the database and the objects; SQLMap provides the mapping layer
-that goes between the two.</p>
-
-<h1>How does it work?</h1>
-
-<p>Your programming platform already provides a capable library for accessing
-databases, whether through SQL statements or stored procedures. But developers
-find several things are still hard to do well when using "stock" PHP
-function including:</p>
-
-<p>Separating SQL code from programming code Passing input parameters to the
-library classes and extracting the output Separating data access classes from
-business logic classes Caching often-used data until it changes Managing
-transactions and many more -- by using XML documents to create a mapping
-between a plain-old object and a SQL statement or a stored procedure. The
-"plain-old object" can be any PHP object.</p>
-
-<p class="tip"><b class="tip">Tip:</b>
-The object does not need to be part of a special object hierarchy or implement
-a special interface. (Which is why we call them "plain-old" objects.)
-Whatever you are already using should work just fine.
-</p>
-
-<img src=<%~ diagram.png %> alt="SQLMap DataMapper work flow" id="fig:diagram.png" class="figure"/>
-<div class="caption"><b>Figure 1:</b> SQLMap DataMapper work flow</div>
-
-<p>Here's a high level description of the work flow shown in the figure above: 
-Provide a parameter, either as an object or a
-primitive type. The parameter can be used to set runtime values in your SQL
-statement or stored procedure. If a runtime value is not needed, the parameter
-can be omitted.</p>
-
-<p>Execute the mapping by passing the parameter and the name you gave the
-statement or procedure in your XML descriptor. This step is where the magic
-happens. The framework will prepare the SQL statement or stored procedure, set
-any runtime values using your parameter, execute the procedure or statement,
-and return the result.</p>
-
-<p>In the case of an update, the number of rows affected is returned. In the case
-of a query, a single object, or a collection of objects is returned. Like the
-parameter, the result object, or collection of objects, can be a plain-old
-object or a primitive type.</p>
-
-<p>So, what does all this look like in your source code? Here's how you might
-code the insert of a "lineItem" object into your database.</p>
-
-<com:TTextHighlighter Language="php" CssClass="source">
-TMapper::instance()->insert("InsertLineItem", $lineItem);
-</com:TTextHighlighter>
-
-<p>If your database is generating the primary keys, the generated key can be
-returned from the same method call, like this:</p>
-
-<com:TTextHighlighter Language="php" CssClass="source">
-$myKey = TMapper::instance()->insert("InsertLineItem", $lineItem);
-</com:TTextHighlighter>
-
-<p>The following example shows an XML descriptor for "InsertLineItem".
-<com:TTextHighlighter Language="xml" CssClass="source">
-<insert id="InsertLineItem" parameterClass="LineItem">
-  INSERT INTO [LinesItem]
-    (Order_Id, LineItem_LineNum, Item_Id, LineItem_Quantity, LineItem_UnitPrice)
-  VALUES
-    (#Order.Id#, #LineNumber#, #Item.Id#, #Quantity#, #Item.ListPrice#)
- <selectKey type="post" resultClass="int" property="Id" >
-  select @@IDENTITY as value
- </selectKey>
-</insert>
-</com:TTextHighlighter>
-</p>
-
-<p>The <tt>&lt;selectKey&gt;</tt> stanza returns an auto-generated key from a SQL Server
-database (for example). If you need to select multiple rows, SQLMap can return
-a list of objects, each mapped to a row in the result set:
-<com:TTextHighlighter Language="php" CssClass="source">
-$productList = Mapper::instance()->queryForList("selectProduct",$categoryKey);
-</com:TTextHighlighter>
-Or just one, if that's all you need:
-<com:TTextHighlighter Language="php" CssClass="source">
-$product = Mapper::instance()->queryForObject("selectProduct",$categoryKey);
-</com:TTextHighlighter>
-</p>
-
-<p>Of course, there's more, but this is SQLMap from 10,000 meters. (For a longer,
-gentler introduction, see the <a href="?page=Tutorial.TestFirst">Tutorial</a>.) 
-The <a href=" ?page=Manual.DataMapperConfiguration">Data Map definition</a> files describes 
-where the statement for "InsertLineItem" would
-be defined. The <a href="?page=Manual.Installing">Installation and Setup</a> section describes
-the "bootstrap" configuration file that exposes SQLMap to your application.</p>
-
-<h1>Is SQLMap the best choice for my project?</h1>
-<p>SQLMap is a Data Mapping tool. Its role is to map the columns of a database
-query (including a stored procedure) to the properties of an object. If your
-application is based on business objects (including array or lists of
-objects), then SQLMap can be a good choice. SQLMap is an even better choice
-when your application is layered, so that that the business layer is distinct
-from the user-interface layer.</p>
-
-<p>Under these circumstances, another good choice would be an Object/Relational
-Mapping tool (OR/M tool), like [...]. Other products in this category are
-[...] and [...] . An OR/M tool generates all or most of the SQL for you,
-either beforehand or at runtime. These products are called OR/M tools because
-they try to map an object graph to a relational schema.</p>
-
-<p>SQLMap is not an OR/M tool. SQLMap helps you map objects to stored procedures
-or SQL statements. The underlying schema is irrelevant. An OR/M tool is great
-if you can map your objects to tables. But they are not so great if your
-objects are stored as a relational view rather than as a table. If you can
-write a statement or procedure that exposes the columns for your object,
-regardless of how they are stored, SQLMap can do the rest.</p>
-
-<p>So, how do you decide whether to OR/M or to DataMap? As always, the best
-advice is to implement a representative part of your project using either
-approach, and then decide. But, in general, OR/M is a good thing when you
-<ul>
-  <li>Have complete control over your database implementation.</li>
-  <li>Do not have a Database Administrator or SQL guru on the team.</li>
-  <li>Need to model the problem domain outside the database as an object graph.</li>
-</ul>
-Likewise, the best time to use a Data Mapper, like SQLMap, is when:
-<ul>
-  <li>You do not have complete control over the database implementation, or want to
-continue to access a legacy database as it is being refactored.</li>
-  <li>You have database administrators or SQL gurus on the team.</li>
-  <li>The database is being used to model the problem domain, and the application's
-primary role is to help the client use the database model.</li>
-</ul>
-</p>
-
-<p>In the end, you have to decide what's best for your project. If a OR/M tool
-works better for you, that's great! If your next project has different needs,
-then we hope you give SQLMap another look. If SQLMap works for you now:
-Excellent!</p>
-
-
-</com:TContent>
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