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Currently, the heartbeat interval of the heartbeat service is configured to two seconds and is hard-coded inside the code Ideally, the configuration file should drive this interval, and this is what the code in Listing 5-3 achieves..

Listing 5-3. Heartbeat Service Configuration Settings <configuration> <appSettings> <add key="HeartBeatInterval" value="2000"/> </appSettings> </configuration> The configuration information described in Listing 5-3 is saved in the LPC.Services.dll.config file. It captures the heartbeat interval information in the form of a key-value pair. To access this configuration information, you need to use the ConfigurationSettings class defined in the System. Configuration namespace, and accordingly HeartBeatService is updated: using using using using System; System.Configuration; System.Threading; LPC.Common;

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On my first mental pass through this exercise I supposed that all of the object creation was going to occur in tag_start, and then it struck me that (apart from array and dict tags) the contents of the object are not known until the subsequent text data is fed in Hence, with the exception of the collection classes, the process of instantiating flat objects like integers is a twostage aim-and-fire process The aiming is done by tag_start, which somehow has to note the type that s coming up next The firing is then done from within text, using the type information collected in tag_start Note that, in theory, we could actually create the object in tag_start and give it a 0 value, awaiting the text logic to fill that value in, but that just means extra work for the interpreter.

rule specifies the conditions that must exist in working memory in order for the rule to fire Working memory is essentially the set of runtime data that is made available to the rules engine for processing rules The first condition in our when clause states that the working memory has to contain a permission with a name of gadget and an action of edit When you use the s:hasPermission() EL function in a security expression, it automatically injects a permission with the given arguments into the rule engine working memory So in our case, a permission matching this first condition will be present when the security expression is encountered The p: in front of the condition declares a variable named p and assigns it to the permission being checked for The second condition states that the working memory must contain a Role with a name of ADMIN .

namespace LPC.Services { public class HeartBeatService : MarshalByRefObject,IService { public HeartBeatService() { //Heartbeat interval is read from an application configuration file //i.e. the value is read from LPC.Services.dll.config int hbInterval = Convert.ToInt32(ConfigurationSettings.AppSettings["HeartBeatInterval"]); } } } ConfigurationSettings exposes the AppSettings property that is a run-time representation of the <appSettings> element. The AppSettings property returns a NameValueCollection class populated with a list of keys and values defined inside the <appSettings> element. The constructor method of HeartBeatService is modified to read the heartbeat interval from the configuration file. Additionally, you also need to update the LogicalPocess class with an additional overloaded constructor method, as shown in Listing 5-4. Listing 5-4. Assigning a Custom Configuration File using using using using System; System.Reflection; System.Threading; LPC.Common;

namespace LPC.ServiceHost { public class LogicalProcess { public LogicalProcess(string serviceName,string configurationFile) { //Binding decision of a new application domain is dictated by //creating a new instance of AppDomainSetup AppDomainSetup domainSetup = new AppDomainSetup();

Hence, we will maintain a state variable that tracks the type of thing that is about to be read (or is nil if we are not parsing a flat object) This variable will be called @to_read The only other piece of information that might have a bearing on how we react to each callback would be the version number of the PList format As you can see in Listing 7-8, this version number is given as an attribute of the plist tag Conceivably, future versions of the format might introduce new data types or even modified structural semantics, so it is probably worth keeping track of the version number Our complete initialize function is shown in Listing 7-10 Listing 7-10 The Completed Initializer for the PListParser Class def initialize @to_read = nil @root = nil @version = 1.

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