--- a/Symbian3/PDK/Source/GUID-69D916D3-ED05-58DA-BA42-CE4D7E4F6482.dita	Thu Mar 11 15:24:26 2010 +0000
+++ b/Symbian3/PDK/Source/GUID-69D916D3-ED05-58DA-BA42-CE4D7E4F6482.dita	Thu Mar 11 18:02:22 2010 +0000
@@ -1,81 +1,81 @@
-<?xml version="1.0" encoding="utf-8"?>
-<!-- Copyright (c) 2007-2010 Nokia Corporation and/or its subsidiary(-ies) All rights reserved. -->
-<!-- This component and the accompanying materials are made available under the terms of the License 
-"Eclipse Public License v1.0" which accompanies this distribution, 
-and is available at the URL "http://www.eclipse.org/legal/epl-v10.html". -->
-<!-- Initial Contributors:
-    Nokia Corporation - initial contribution.
-Contributors: 
--->
-<!DOCTYPE task
-  PUBLIC "-//OASIS//DTD DITA Task//EN" "task.dtd">
-<task id="GUID-69D916D3-ED05-58DA-BA42-CE4D7E4F6482" xml:lang="en"><title>Automatic
-Resource Management Class Templates Tutorial</title><abstract>The <codeph>LCleanedupX</codeph> class provide a means of automatically
-cleaning up local variables on scope exit. Variants are provided for cleaning
-up pointers, references, handles and arrays, as well as generic cleanup items.
-The user is able to define a cleanup strategy to clean up the resource on
-scope exit.</abstract><prolog><metadata><keywords/></metadata></prolog><taskbody>
-<prereq><p>Before beginning you must know the following: </p><ul>
-<li id="GUID-90A3678E-CB31-5817-AB27-C115AC486A3A"><p> <b> Clean-up Stratergy:</b> Cleanup
-strategies can be specified as an optional template parameter of the class
-templates for automatic resource management. </p> </li>
-</ul> </prereq>
-<steps-unordered>
-<step id="GUID-26218FF0-6994-4FD7-9609-357AFDB3C177"><cmd><b>Declaring an LCleanedupX object</b></cmd>
-<info><p>An <codeph>LCleanedupX</codeph> object is declared using one of the
-class template constructors. The type to be managed is declared as the first
-template parameter. An optional second template parameter can be declared
-to implement a non-default cleanup strategy. </p> <p>An example code snippet
-for declaring <codeph>LCleanedupX</codeph> class is shown below: </p> <codeblock id="GUID-B9DFC2F9-0C7A-5CCA-9125-FC165BFA6C1B" xml:space="preserve">class LCleanedupPtr
-            {
-            CTicker* ticker1 = new(ELeave) CTicker;
-            LCleanedupPtr CManagedUserTwoPhase one(CManagedUserTwoPhase::NewL(ticker1));
-
-            CTicker* ticker2 = new(ELeave) CTicker;
-            LCleanedupPtr CManagedUserSinglePhase two(CManagedUserSinglePhase::NewL(ticker2));
-        }
-</codeblock></info>
-</step>
-<step id="GUID-AF65DC71-78C1-4B4D-9546-A9F4921E89D9"><cmd><b>Disabling Automatic Cleanup</b></cmd>
-<info><p>An object that is being managed by an <codeph>LCleanedupX</codeph> class
-can be unmanaged by calling the <codeph>Unmanage()</codeph> method of the
-LCleanedupX class. </p> <p>The managing object can be accessed using the .
-operator as in the call to <codeph>Unmanage()</codeph>. The <codeph>Unmanage()</codeph> disables
-cleanup and yields the previously managed pointer so that it can be safely
-returned. </p> <p>An example code snippet is given below: </p> <codeblock id="GUID-75BA5FAF-4C81-5626-A1F6-8AF91FD5972E" xml:space="preserve">
-        static CStringUserTwoPhase* NewL(const TDesC&amp; aName)
-            {
-                LCleanedupPtr CStringUserTwoPhase self(new(ELeave) CStringUserTwoPhase);
-                self-&gt;ConstructL(aName);
-                return self.Unmanage(); 
-            }
-</codeblock></info>
-</step>
-<step id="GUID-B9F7C183-E92E-47D6-8A6E-A1E1A76C1253"><cmd><b>Accessing the managed object</b></cmd>
-<info><p>The managed object can be accessed using the -&gt; operator as in the
-call to <codeph>ConstructL()</codeph> </p> <codeblock id="GUID-2C82F4C0-9E02-51C5-BF51-2C05EACB424C" xml:space="preserve">self-&gt;ConstructL(aName);</codeblock></info>
-</step>
-<step id="GUID-D070D636-665B-4023-A81A-C5AB0A5390CB"><cmd><b>Passing the managed object to a function</b></cmd>
-<info><p>The managed object can be passed to a function by dereferencing the
-managing object. An example code snippet is given below: </p> <codeblock id="GUID-5E5A3A0C-77E4-520A-BD0A-031C7D3CAAFD" xml:space="preserve">
-void RegisterTicker(CTicker&amp; aTicker)
-    {
-    (void)aTicker;
-    }
-
-</codeblock><p>The <codeph>RegisterTicker</codeph> function defined above
-takes a <codeph>CTicker&amp;</codeph> argument. If we have a <codeph>LCleanedupPtr&lt;CTicker&gt;</codeph> as
-defined below, we can pass the <codeph>CTicker</codeph> object to the function
-by dereferencing as shown below in the code snippet: </p> <codeblock id="GUID-EC93EC4F-3D3E-5A70-A0E1-CF73475A7309" xml:space="preserve">
-LCleanedupPtr CTicker t(new(ELeave) CTicker);
-
-RegisterTicker(*t); // Takes a CTicker&amp;
-</codeblock></info>
-</step>
-</steps-unordered>
-</taskbody><related-links>
-<link href="GUID-B1D5B680-00E3-5702-985A-94256180E2D8.dita"><linktext>Automatic
-Resource Management</linktext></link>
-<link href="GUID-B419D99E-8312-5336-9693-3ED8DFCD0559.dita"><linktext>Automatic
-Resource Management Tutorial</linktext></link>
+<?xml version="1.0" encoding="utf-8"?>
+<!-- Copyright (c) 2007-2010 Nokia Corporation and/or its subsidiary(-ies) All rights reserved. -->
+<!-- This component and the accompanying materials are made available under the terms of the License 
+"Eclipse Public License v1.0" which accompanies this distribution, 
+and is available at the URL "http://www.eclipse.org/legal/epl-v10.html". -->
+<!-- Initial Contributors:
+    Nokia Corporation - initial contribution.
+Contributors: 
+-->
+<!DOCTYPE task
+  PUBLIC "-//OASIS//DTD DITA Task//EN" "task.dtd">
+<task id="GUID-69D916D3-ED05-58DA-BA42-CE4D7E4F6482" xml:lang="en"><title>Automatic
+Resource Management Class Templates Tutorial</title><abstract>The <codeph>LCleanedupX</codeph> class provide a means of automatically
+cleaning up local variables on scope exit. Variants are provided for cleaning
+up pointers, references, handles and arrays, as well as generic cleanup items.
+The user is able to define a cleanup strategy to clean up the resource on
+scope exit.</abstract><prolog><metadata><keywords/></metadata></prolog><taskbody>
+<prereq><p>Before beginning you must know the following: </p><ul>
+<li id="GUID-90A3678E-CB31-5817-AB27-C115AC486A3A"><p> <b> Clean-up Stratergy:</b> Cleanup
+strategies can be specified as an optional template parameter of the class
+templates for automatic resource management. </p> </li>
+</ul> </prereq>
+<steps-unordered>
+<step id="GUID-26218FF0-6994-4FD7-9609-357AFDB3C177"><cmd><b>Declaring an LCleanedupX object</b></cmd>
+<info><p>An <codeph>LCleanedupX</codeph> object is declared using one of the
+class template constructors. The type to be managed is declared as the first
+template parameter. An optional second template parameter can be declared
+to implement a non-default cleanup strategy. </p> <p>An example code snippet
+for declaring <codeph>LCleanedupX</codeph> class is shown below: </p> <codeblock id="GUID-B9DFC2F9-0C7A-5CCA-9125-FC165BFA6C1B" xml:space="preserve">class LCleanedupPtr
+            {
+            CTicker* ticker1 = new(ELeave) CTicker;
+            LCleanedupPtr CManagedUserTwoPhase one(CManagedUserTwoPhase::NewL(ticker1));
+
+            CTicker* ticker2 = new(ELeave) CTicker;
+            LCleanedupPtr CManagedUserSinglePhase two(CManagedUserSinglePhase::NewL(ticker2));
+        }
+</codeblock></info>
+</step>
+<step id="GUID-AF65DC71-78C1-4B4D-9546-A9F4921E89D9"><cmd><b>Disabling Automatic Cleanup</b></cmd>
+<info><p>An object that is being managed by an <codeph>LCleanedupX</codeph> class
+can be unmanaged by calling the <codeph>Unmanage()</codeph> method of the
+LCleanedupX class. </p> <p>The managing object can be accessed using the .
+operator as in the call to <codeph>Unmanage()</codeph>. The <codeph>Unmanage()</codeph> disables
+cleanup and yields the previously managed pointer so that it can be safely
+returned. </p> <p>An example code snippet is given below: </p> <codeblock id="GUID-75BA5FAF-4C81-5626-A1F6-8AF91FD5972E" xml:space="preserve">
+        static CStringUserTwoPhase* NewL(const TDesC&amp; aName)
+            {
+                LCleanedupPtr CStringUserTwoPhase self(new(ELeave) CStringUserTwoPhase);
+                self-&gt;ConstructL(aName);
+                return self.Unmanage(); 
+            }
+</codeblock></info>
+</step>
+<step id="GUID-B9F7C183-E92E-47D6-8A6E-A1E1A76C1253"><cmd><b>Accessing the managed object</b></cmd>
+<info><p>The managed object can be accessed using the -&gt; operator as in the
+call to <codeph>ConstructL()</codeph> </p> <codeblock id="GUID-2C82F4C0-9E02-51C5-BF51-2C05EACB424C" xml:space="preserve">self-&gt;ConstructL(aName);</codeblock></info>
+</step>
+<step id="GUID-D070D636-665B-4023-A81A-C5AB0A5390CB"><cmd><b>Passing the managed object to a function</b></cmd>
+<info><p>The managed object can be passed to a function by dereferencing the
+managing object. An example code snippet is given below: </p> <codeblock id="GUID-5E5A3A0C-77E4-520A-BD0A-031C7D3CAAFD" xml:space="preserve">
+void RegisterTicker(CTicker&amp; aTicker)
+    {
+    (void)aTicker;
+    }
+
+</codeblock><p>The <codeph>RegisterTicker</codeph> function defined above
+takes a <codeph>CTicker&amp;</codeph> argument. If we have a <codeph>LCleanedupPtr&lt;CTicker&gt;</codeph> as
+defined below, we can pass the <codeph>CTicker</codeph> object to the function
+by dereferencing as shown below in the code snippet: </p> <codeblock id="GUID-EC93EC4F-3D3E-5A70-A0E1-CF73475A7309" xml:space="preserve">
+LCleanedupPtr CTicker t(new(ELeave) CTicker);
+
+RegisterTicker(*t); // Takes a CTicker&amp;
+</codeblock></info>
+</step>
+</steps-unordered>
+</taskbody><related-links>
+<link href="GUID-B1D5B680-00E3-5702-985A-94256180E2D8.dita"><linktext>Automatic
+Resource Management</linktext></link>
+<link href="GUID-B419D99E-8312-5336-9693-3ED8DFCD0559.dita"><linktext>Automatic
+Resource Management Tutorial</linktext></link>
 </related-links></task>
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