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As the PizzaUnitsEB bean is of type BMP, only two files are needed for the deployment descriptor: ejb-jar xml and weblogic-ejb- jar xml The third file, weblogic-cmp-rdbms- jar xml, contains information about the container managed persistence, which is not used by this entity bean The following entries are in the file weblogic-ejb- jar xml:

Managing access of users to the network and other systems is typically a slow and manual process This is a challenging problem for MANET in particular because of the increased volatility due to node movements, connectivity changes, networks joining, and splitting, which necessitates frequent changes Policy-based network management allows

<weblogic-ejb-jar> <weblogic-enterprise-bean> <ejb-name>jsw c05 PizzaUnitsEB</ejb-name> <caching-descriptor> <max-beans-in-cache>100</max-beans-in-cache> < idle -timeout-seconds>5</ idle- timeout- seconds > </caching-descriptor> <persistence-descriptor> <delay-updates-until-end-of-tx>false< /delay-updates -until -end-of-tx> </persistence-descriptor> < jndi-name>jswc05 PizzaUnitsEB</ jndi-name> </weblogic-enterprise-bean> </weblogic-ejb-jar>

and loops to fill each of the arrays theta0, xdot, and ydot with n different random initial values:

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As in the previous chapter, a GNUmakef ile is provided to compile, deploy, and install the code for this chapter Specific targets for the new entity EJBs are defined (PizzaUnitsEB, OrderMasterEB, and OrderDetailEB) With these examples EJBs call each other, and so it is very important to understand the dependencies between them The order in which they are deployed is critical For the example in this chapter the order of dependency is (from the weblogic properties file):

weblogicejbdeploy=\ c:/wlsbook/srv/c05-srv/ejb/PizzaUnitsEBBeanjar,\ c:/wlsbook/srv/c05-srv/ejb/OrderMasterEBBeanjar,\ c:/wlsbook/srv/c05-srv/ejb/OrderDetailEBBeanjar,\ c:/wlsbook/srv/c05-srv/ejb/PizzaServicesSLBeanjar,\ c:/wlsbook/srv/c05-srv/ejb/OrderServicesSLBeanjar,\ c:/wlsbook/srv/c05-srv/ejb/OutletServicesSLBeanjar,\ c:/wlsbook/srv/c05-srv/ejb/OrderSFBeanjar

for i = 1 to n | -- noisy elevation angle in radians theta0[i] = 70 * PI/180 + a * (ran()+ran()+ran()+ran()) xdot[i] = v0 * cos(theta0[i]) | ydot[i] = v0 * sin(theta0[i]) next

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administrators to de ne high-level security requirements, therefore allowing tools to automate the security management process This scheme can also be leveraged for automating response to attacks In the previous chapter we discussed how IDS can be used for detecting attacks and the source of those attacks Policies can de ne what actions can be taken in response to attacks These policies can ensure that the level of response depends on the potential impact of the attack and the certainty of the detection Even though policy management is a well-developed technology for network management, there are many areas that need further investigation Such areas include approaches for negotiating policies in a distributed policy management implementation, synchronizing policies across multiple distributed policy management systems, and resolving policy con icts in such an environment So far in this book we have focused on fundamental technologies for making wireless ad hoc networks more secure We focused on preventive technologies that make it more dif cult for attackers to launch attacks, technologies for detecting attacks from nodes that have managed to penetrate the preventive barriers, and technologies for responding to attacks once the attacks have been detected We will next focus on a topic of special interest, namely secure localization

A vectorized DYNAMIC program segment then effectively replicates the cannonball model and the output track/hold operation n times:

This is more or less straightforward It becomes a little more complicated when you have circular dependencies This is, when bean A calls bean B, which then uses bean A For direct or indirect circular dependencies the solution is to place the beans involved in the same JAR file In any case, it is highly recommended that you try to use JAR files as much as you can They do make things a lot easier, more organized, and cleaner, and most important, allow for hot deployment

After developing the code for this chapter, the Wonder Troops find themselves embroiled in a pretty lively controversy about the usage of entity beans On one side of the table sits Mr Senior Developer and the majority of developers They think that: Q Q Entity beans should only be used for queries when the enumeration or collection returned by a finder method is not more than a handful of records Functions such as a listing of all the customers of Pizza2Go, which is bound to return a large number of records, should use JDBC directly The argument is based on the fact that a large number of bean instances in the container will substantially diminish the performance of the server They feel more comfortable using entity beans for updates and inserts to the persistence store, as well as for simple retrievals of information

Vector v = sqrt(xdot^2 + ydot^2) | -- a defined variable Vectr d/dt x = xdot | Vectr d/dt y = ydot | -- equations of motion Vectr d/dt xdot = - R * v * xdot | Vectr d/dt ydot = - R * v * ydot - g -step Vector xImpact = xImpact + swtch(y) * (x - xImpact) | -- track-hold

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