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# Setup the loop variables declare USER_NAME="$($basename "$USERHOME")" # Pull the username from /Users/<username> declare USER_PREF="$USERHOME/Library/Preferences/.GlobalPreferences.plist" # The users Dot Global Preferences file declare -i NSUMASK=$($defaults read "$USER_PREF" 'NSUmask' 2>/dev/null) test ${NSUMASK: } =${UMASK: } && continue # If value is already set or to craziness like 0 , then continue echo "Processing: $USER: $USER_PREF" echo "Preference file: $USER_PREF" if [ "$DSTROOT" = '/' ] ; then # if we are running on the active startup Volume $id "${USER_NAME: }" &>/dev/null || continue # Check if the user is valid via DS search policy # Skip if the user's id lookup fails protects against del $sudo -u "$USER" $defaults write ${USER_PREF%.plist} 'NSUmask' -int $UMASK # Actively set the Global preferences as the user to keep ownership echo "Configured $GLOBAL_PREF for $USER" else declare OWNER_UID="$($ls -lnd "$USERHOME/Library" | $awk '/^d/{print $3;exit}')" # If we can't rely on DirectoryService, then pull the parent UID $defaults write ${USER_PREF%.plist} 'NSUmask' -int ${UMASK: } echo "Chaining ownership on $USER_PREF to UID:$OWNER_UID" $chown "${OWNER_UID:-0} ${USER_PREF: }" fi done IFS="$OLD_IFS" # Reset our field separator return 0 } # End loopThroughHomes() # Validate plist syntax and ownership and move if they fail the tests checkPlistFiles(){ declare PLISTS="$@" # Read in all the given files in the PLISTS array for PLIST in $PLISTS ; do declare -i OWNER_UID="$($ls -lnd "$($dirname "$PLIST_CHECK")"| $awk '/^d/{print $3;exit}')" declare -i PLIST_UID"$($ls -ln "$PLIST_CHECK"| $awk '/^d/{print $3;exit}')" $plutil "${PLIST: }" 1>/dev/null done return $ } # End checkPlistFiles() loopThroughHomes checkPlistFiles exit 0

class Listing 13 { static void Main(string[] args) { // create a context NorthwindEntities context = new NorthwindEntities(); // query to find the empoyee record we are looking for IEnumerable<Employee> results = from e in context.Employees where e.LastName == "Freeman" select e; // enumerate the results and delete them foreach (Employee emp in results) { context.DeleteObject(emp); } // save the changes context.SaveChanges();

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TaskFactoryStartNew((stateObject) => { int taskID = (int)stateObject; long total = 0; for (int j = 0; j < intMaxValue; j++) { total = CalculateSum(taskID, j, total); } ConsoleWriteLine("Task {0} ran to completion", taskID); }, i); } // prompt the user to press enter to run the GC ConsoleWriteLine("Press enter to run GC"); ConsoleReadLine(); // run the GC GCCollect(); // wait for input before exiting ConsoleWriteLine("Press enter to finish"); ConsoleReadLine(); } public static long CalculateSum(int taskID, int x, long y) { if (taskID % 2 == 0 && x == 1000) { ConsoleWriteLine("Throwing an exception for Task {0}", taskID); throw new Exception(stringFormat("Exception for taskID {0}", taskID)); } else { return x + y; } } } The custom policy in Listing 24-18 is shown in bold.

<dependentAssembly dependencyType="install" allowDelayedBinding="true" codebase="Four.dll" size="16384"> <assemblyIdentity name="Four" version="1.0.0.0" language="neutral" processorArchitecture="msil" /> <hash> <dsig:Transforms> <dsig:Transform Algorithm="urn:schemas-microsoft-com:HashTransforms.Identity" /> </dsig:Transforms> <dsig:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" /> <dsig:DigestValue> rf8bbmtjQ58tZSjaHcgQDUeO+74= </dsig:DigestValue> </hash> </dependentAssembly> </dependency> <dependency optional="true"> <dependentAssembly dependencyType="install" allowDelayedBinding="true" codebase="Three.dll" size="16384" group="FGThree"> <assemblyIdentity name="Three" version="1.0.0.0" language="neutral" processorArchitecture="msil" /> <hash> <dsig:Transforms> <dsig:Transform Algorithm="urn:schemas-microsoft-com:HashTransforms.Identity" /> </dsig:Transforms> <dsig:DigestMethod Algorithm="http://www.w3.org/2000/09/xmldsig#sha1" /> <dsig:DigestValue> L2Wj4CQlbJ6+G5wsPpFZMXeIYFM= </dsig:DigestValue> </hash> </dependentAssembly> </dependency> <dependency optional="true"> <dependentAssembly dependencyType="install" allowDelayedBinding="true" codebase="Two.dll" size="16384" group="FGTwo"> <assemblyIdentity name="Two" version="1.0.0.0" language="neutral" processorArchitecture="msil" />

As you ve seen before, the first step you need to take is to create Atlas control objects based on the underlying HTML This is what the first two lines of the code do, and they create an object based on the underlying HTML input called textBoxString and the underlying HTML span (for a label) called spanLabel2 Next you need to set up the binding First, create a new instance of a binding control: var binding_1 = new WebBinding(); Next, you need to initialize the binding with dataContext, dataPath, and property, which specify the control you are binding to, the property on that control that you are binding to, and the property on this control you are binding to it, respectively.

You register with the UnobservedTaskException event; when exceptions are not handled using the other techniques, your policy will be used by invoking your event handler You can learn more about events and event handling in 10 The UnobservedTaskExceptionEventArgs class (from the SystemThreadingTasks namespace) is used to pass details of the unhandled exceptions to your policy code The Exception property returns an AggregateException containing the unhandled exceptions, although you will need to cast to the AggregateException type before you can access the inner exceptions The SetObserved method tells the TPL that your custom policy has handled the exception and that no further action is required The default escalation policy will be used if you don t call the SetObserved method in your custom policy, allowing you to decide to selectively handle exceptions The custom policy shown in Listing 24-18 calls the SetObserved method and enumerates the aggregated exceptions.

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The rest of Listing 24-18 creates a set of Tasks, some of which run to completion and some of which encounter exceptions When the user presses the Enter key, the garbage collector is explicitly called, which causes the Task objects to be finalized (this assumes that the user doesn t press the Enter key until all of the Tasks have finished) The finalization of the Task objects causes the unhandled exceptions to be escalated to the custom policy Compiling and running Listing 24-18 produces the following results: Press enter to run GC.

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