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namespace AOPServices { class Class1 { static void Main(string[] args) { String weavingRules = " import AOPServices.Aspects " + " " + " aspect AuthorizationAspect for [ AOPServices.Services ] " + " " + " pointcut method(* Start())" + " advice(AuthorizationAdvice)" + " end" + " " + " pointcut method(* Stop())" + " advice(AuthorizationAdvice)" + " end" + " " + " end "; AspectLanguageEngineBuilder builder = new AspectLanguageEngineBuilder( weavingRules AspectEngine engine = builder.Build();

Just as all the database mapping classes were subclasses of ActiveRecord::Base in the previous chapter, all of the relevant LDAP mapping classes will inherit from ActiveLdap::Base. This class encapsulates all the basic functionality of the library. In particular, it handles the connection. ActiveLDAP has an entire configuration subsystem that mirrors the features found in ActiveRecord. This means that configuration can be held separately and connection to the LDAP service established automatically when the first method call is made that requires one. Since this is meant to be a reasonably quick and self-contained review of the library, I will eschew this configuration approach in favor of establishing a connection explicitly as shown in Listing 7-17. Listing 7-17. Connecting to an LDAP Service require "active_ldap" ActiveLDAP::Base.connect( :host => "directory.imaginarycorp.com", :base => "dc=imaginarycorp,dc=com" ) The code in this listing attempts to establish an anonymous connection to the indicated host on the default LDAP port (389). As you might guess, connect accepts many more arguments than those indicated in Listing 7-17. Table 7-1 has a summary of these arguments.

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NASDAQHeartBeatService nasdaqService= engine.WrapClass(typeof(NASDAQHeartBeatService)) as NASDAQHeartBeatService; nasdaqService.Start(); Console.ReadLine(); } } } Let s do a step-by-step walk-through of the code described in Listing 5-17. The most interesting and important piece of code is the weaving rules. The weaving rules are plain, ordinary text where the source could be an XML file or a database. It is defined in accordance with the Aspect# framework, and based on this rule definition, the framework initiates its code injection process. The import section captures the required namespaces to be imported. This is required by the framework to successfully resolve the advice and point-cut. The next section deals with the aspect by declaring a friendly name and capturing the list of classes on which this aspect needs to be applied. With the help of namespace features, you group the service and aspect classes. Hence, the rule definition states the intention of applying AuthorizationAspect on all classes grouped under the AOPServices. Services namespace. The last section is a repeatable section composed of information related to the point-cut and advice. The two methods identified as point-cut are the Start and Stop methods, and at this point you inject the Authorization advice. This also marks the end of the rule definition step.

<property name="hbm2ddl.auto">create-drop</property> <!-- hql queries and type defs --> <mapping resource="org/jbpm/db/hibernate.queries.hbm.xml" /> <!-- graph.def mapping files --> <mapping resource="org/jbpm/graph/def/ProcessDefinition.hbm.xml"/> <mapping resource="org/jbpm/graph/def/Node.hbm.xml"/> . . . </session-factory> </hibernate-configuration>

String weavingRules = " import AOPServices.Aspects " + " " + " aspect AuthorizationAspect for [ AOPServices.Services ] " + " " + " pointcut method(* Start())" + " advice(AuthorizationAdvice)" + " end" + " " + " pointcut method(* Stop())" + " advice(AuthorizationAdvice)" + " end" + " " + " end "; The final phase of the code is to use AspectLanguageEngineBuilder and AspectEngine defined in the Aspect# framework that will then dynamically inject these rules: AspectLanguageEngineBuilder builder = new AspectLanguageEngineBuilder( weavingRules AspectEngine engine = builder.Build(); );

Server s expected bind format A Log4r logging object Username to use in binding Password to use in binding Proc that returns binding password Call password_block only once Whether to try anonymous binding

Once the rules are fed to the Aspect# s core engine, a new instance of NASDAQHeartBeatService is created using the framework WrapClass factory method. If you compile and run this program, you will see the output shown in Figure 5-16 displayed on the screen. NASDAQHeartBeatService nasdaqService= engine.WrapClass(typeof(NASDAQHeartBeatService)) as NASDAQHeartBeatService; nasdaqService.Start();

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