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The deployment descriptors are under the directory c : \wlsbook\src\c04a\DD organized by EJB name For every bean there are two XML deployment descriptors, the ejb-jar xml file and the weblogic-ejb-jarxml

Let us have a look at both descriptors for the PizzaServicesSL bean, starting with the ejb-jarxml:

S = exp(x[1]) + exp(x[2]) + exp(x[2]) + + exp(x[n])

< xml version="l0" > <!DOCTYPE ejb-jar PUBLIC '-//Sun Microsystems, Inc//DTD Enterprise JavaBeans 1I//EN' 'http://Javasuncom/j2ee/dtds/ejb-jar_l_ldtd'> <ejb-jar> <enterprise-beans> <session> <ejb-name>jswc04aPizzaServicesSL</ejb-name> <home>jswc04aPizzaServicesSLHome</home> <remote>jswc04aPizzaServicesSL</remote> <ejb-class>jswc04aPizzaServicesSLBean</ejb-class> <session-type>Stateless</session-type> <transaction-type>Container</transaction-type> </session> </enterprise-beans> <assembly-descriptor> <container-transaction> <method> <ejb-name>jswc04aPizzaServicesSL</ejb-name> <method-intf>Remote</method-intf > <method-name>*</method-name> </method> <trans-attribute>Required</trans-attribute> </container-transaction> </assembly-descriptor> </ejb-jar>

And now let us have a look at the weblogic-ejb- jar xml, which looks after WebLogic-specific configuration:

Vector y = exp(x) | DOT S = y * 1

We next look at the PBNM architecture in more detail The PBNM architecture discussed here has been adopted by the IETF and the Distributed Management Task Force (DMTF) (as discussed in Section 625) and has been a research focus The PBNM architecture typically incorporates certain components that are shown in Figure 62 The components of the PBNM architecture as shown in Figure 62 are:

<!DOCTYPE weblogic-ejb-jar PUBLIC '-//BEA Systems, Inc//DTD WebLogic 510 EJB//EN 1 'http://wwwbeacom/servers/wls510/dtd/weblogic-ejb-jardtd'> <weblogic-ejb-jar> <weblogic-enterprise-bean> <ejb-name>jswc04aPizzaServicesSL</ejb-name> <caching-descriptor> <max-beans-in-free-pool>100</max-beans-in-free-pool> </caching-descriptor> <jndi-name>jswc04aPizzaServicesSL</jndi-name> </weblogic-enterprise-bean> </weblogic-ejb-jar>

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If the EJB provider does not specify a transaction attribute in the ejb-jar xml file, WebLogic Server uses Supports by default We use Required here because we are accessing the database and we want that to be transactional Not specifying a transaction can increase your server's performance, but make sure that you fully understand what you are doing when you specify different transactional attributes

In particular,

The WebLogic server has a feature known as 'hot deployment', which is its ability to dynamically deploy and remove EJBs from the server, without restarting that server, using the EJB Deployer Tool or a command line program You have to specify in the weblogic properties file for c04a which beans can be redeployed as follows:

Vector xa = abs(x) | DOT xanorm = xa * 1

weblogicejbdeploy=\ c:/wlshook/srv/c04a-srv/ejb/PizzaServicesSLBeanjar,\ c:/wlsbook/srv/c04a-srv/ejb/OrderServicesSLBeanjar,\ c:/wlsbook/srv/c04a-srv/ejb/OutletServicesSLBeanjar

The policy management tool is used by administrators for de ning the high-level policies that need to be implemented throughout the network

The command line Java program for hot deploy, weblogic deploy, is very convenient while the EJB is being developed, as it can be tested without restarting the server This is the approach taken in the redeploy target of the makefile:

generates the taxicab norm (city-block norm) anorm = |(x[1])| + |(x[2])| + of a vector x The taxicab norm of a vector difference (taxicab distance, as in a city with rectangular blocks) is another useful error measure If all components x[i] of a vector x equal 0 or 1, the taxicab norm reduces to the Hamming norm, which simply counts the nonzero elements The Hamming distance ||x y|| between two such vectors is the count of corresponding element pairs that differ 3-8 Maximum/Minimum Selection and Masking

redeploy: deploy Secho redeploying $(J_J) -classpath $(CLASSPATH) weblogicdeploy -host localhost \ -port 7001 -debug update weblogic \ c:/wlsbook/srv/$(P_VER)-srv/ejb/PizzaServicesSLBeanjar $(J_J) -classpath $(CLASSPATH) weblogicdeploy -host localhost \ -port 7001 -debug update weblogic \ c:/wlsbook/srv/$(P_VER)-srv/ejb/OrderServicesSLBeanjar $(J_J) -classpath $(CLASSPATH) weblogicdeploy -host localhost \ -port 7001 -debug update weblogic \ c:/wlsbook/srv/$(P_VER)-srv/ejb/OutletServicesSLBeanjar

4

The policy repository is used for storing the policies created by users through the policy management tool The policy decision point (PDP) is responsible for interpreting the various policies de ned by the administrators through the policy management tool The PDP then instructs the network to take appropriate actions based on the current state so that the policies speci ed by the administrators can be enforced throughout the network The PDP may receive input from the network regarding the current state of the network and may be noti ed by the network about speci c events that may require recon guration of the network For example the PDP may be noti ed when network devices fail, when the performance of the network degrades, and when cyber attacks are detected On receiving such notitifaction, the PDP can recon gure the network so that the policies can be enforced under the new network conditions The policy enforcement points (PEPs) are responsible for implementing the decisions that the PDP makes for recon guring the network PEPs are usually network devices such as routers, radios, and rewalls, that can implement the actions required for ensuring that the policies are enforced across the network In some instances, however, it might not be possible to satisfy the policies This occurs when the PEPs do not have the capabilities required for enforcing the policies de ned by the users

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