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This section will show you how to enable the Troubleshooting tracking level in AppFabric. You ll use the Contoso Claims application s ProcessClaimService workflow, for which you ll increase the event tracking level from Health Monitoring to Troubleshooting Monitoring: 1. 2. Start or switch to the IIS Manager window. Expand the server node, expand Sites, expand Contoso.Claims.Services, and then click ProcessClaimService.WF to select it. From the Actions pane, click Configure to open the Configure WF and WCF for Site dialog box. In the left pane, click Monitoring. In the details pane, drag the Level slider to the top (or Troubleshooting), as shown in Figure 8-31. Click OK to close the dialog box.

We already discussed the like and match string operators in 1. While it is true that we can use them to test if a string is composed according to a specific pattern or is of a form that we want to detect, it is really useful when you combine that with converting various objects to strings. This way, we can make our conditional expressions much more compact and expressive. Let s get back to our previous example that checked file attributes. The System.IO.FileAttributes enumeration can be easily converted to a string. When we do that, the string will contain the names of the set bits. This is how that enumeration looks for a typical pagefile.sys file: PS> $file = Get-Item C:\pagefile.sys -force PS> $file.Attributes Hidden, System, Archive PS> [string] $file.Attributes Hidden, System, Archive We do not need the explicit cast PowerShell will do that automatically: PS> $file.Attributes Hidden, System, Archive

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namespace SharedWorkflows { public partial class OrderDetailActivity : Activity { /// <summary> /// OrderId Dependency Property /// </summary> public static DependencyProperty OrderIdProperty = System.Workflow.ComponentModel.DependencyProperty.Register( "OrderId", typeof(Int32), typeof(OrderDetailActivity)); [Description("Identifies the order")] [Category("ProWorkflow")] [Browsable(true)] [DesignerSerializationVisibility(DesignerSerializationVisibility.Visible)] public Int32 OrderId { get { return ((Int32)(base.GetValue( OrderDetailActivity.OrderIdProperty))); } set { base.SetValue(OrderDetailActivity.OrderIdProperty, value); } } /// <summary> /// AccountId Dependency Property /// </summary> public static DependencyProperty AccountIdProperty = System.Workflow.ComponentModel.DependencyProperty.Register( "AccountId", typeof(Int32), typeof(OrderDetailActivity)); [Description("Identifies the account")] [Category("ProWorkflow")]

[Browsable(true)] [DesignerSerializationVisibility(DesignerSerializationVisibility.Visible)] public Int32 AccountId { get { return ((Int32)(base.GetValue( OrderDetailActivity.AccountIdProperty))); } set { base.SetValue(OrderDetailActivity.AccountIdProperty, value); } } /// <summary> /// ItemId Dependency Property /// </summary> public static DependencyProperty ItemIdProperty = System.Workflow.ComponentModel.DependencyProperty.Register( "ItemId", typeof(Int32), typeof(OrderDetailActivity)); [Description("Identifies the item being ordered")] [Category("ProWorkflow")] [Browsable(true)] [DesignerSerializationVisibility(DesignerSerializationVisibility.Visible)] public Int32 ItemId { get { return ((Int32)(base.GetValue( OrderDetailActivity.ItemIdProperty))); } set { base.SetValue(OrderDetailActivity.ItemIdProperty, value); } } /// <summary> /// Quantity Dependency Property /// </summary> public static DependencyProperty QuantityProperty = System.Workflow.ComponentModel.DependencyProperty.Register( "Quantity", typeof(Int32), typeof(OrderDetailActivity)); [Description("The quantity of the item to order")] [Category("ProWorkflow")] [Browsable(true)] [DesignerSerializationVisibility(DesignerSerializationVisibility.Visible)] public Int32 Quantity {

Now, we can use the like operator to test if the file is hidden or system: PS> $file.Attributes -like "*Hidden*" True PS> $file.Attributes -like "*System*" True What if we want to test if the file is hidden or system We can use or: PS> $file.Attributes -like "*Hidden*" -or $file.Attributes -like "*System*" True This is too wordy. We can use a regular expression with an alternation pattern to test both things at the same time. We have to switch to the match operator: PS> $file.Attributes -match "Hidden|System" True The expression is equivalent to the previous one. We have just moved the or operation to the alternation operator inside the regular expression. Okay, which operator should we use when working with flag enumerations: bitwise operators or string matches There is really no right answer, and it all boils down to matters of preference. Bitwise operations feel a bit more robust, as it is extremely unlikely that future versions of the framework will change the enumeration values. Checking an enumeration value using bitwise operation is the better solution performancewise, as it will be faster than the string operators. The string version is robust enough, though the enumeration string values are not likely to change either. Using strings gets us a more compact solution, and some people may argue that it is more readable too.

get { return ((Int32)(base.GetValue( OrderDetailActivity.QuantityProperty))); } set { base.SetValue(OrderDetailActivity.QuantityProperty, value); } } /// <summary> /// IsAddOrder Dependency Property /// </summary> public static DependencyProperty IsAddOrderProperty = System.Workflow.ComponentModel.DependencyProperty.Register( "IsAddOrder", typeof(Boolean), typeof(OrderDetailActivity)); [Description("True to add the item to the order, false to remove it")] [Category("ProWorkflow")] [Browsable(true)] [DesignerSerializationVisibility(DesignerSerializationVisibility.Visible)] public Boolean IsAddOrder { get { return ((Boolean)(base.GetValue( OrderDetailActivity.IsAddOrderProperty))); } set { base.SetValue(OrderDetailActivity.IsAddOrderProperty, value); } } public OrderDetailActivity() { InitializeComponent(); } This activity requires a larger number of dependency properties. As usual, they are defined first in the listing. protected override ActivityExecutionStatus Execute( ActivityExecutionContext executionContext) { using (SqlConnection connection = new SqlConnection( ConfigurationManager.ConnectionStrings ["ProWorkflow"].ConnectionString)) { connection.Open();

4. 5.

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