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COPS is the protocol envisioned between the PDP and the PEP in the PBNM architecture The same architecture and protocol (ie COPS) have been extended by IETF for providing policy management functionality for other applications For example, even though the original COPS model assumed that COPS would be used by PEPs for outsourcing policy decisions to the PDP as discussed earlier, the COPS protocol was extended to allow PDPs to provision policies in the PEPs proactively by initiating actions themselves [119] If that model is used, there is no need for PEPs to communicate with the PDP whenever a decision has to be made Policy enforcement decisions can then be based on preprovisioned instructions provided by the PDP, making the policy enforcement process more ef cient Even though the COPS speci cation was developed several years ago, there are only limited deployments of the protocol so far In the security management area, IETF has focused speci cally on policy management for IP Security Protocol (IPsec) through a working group called the IETF IP Security Policy (IPSP) Working Group This working group focused on developing an information model for de ning IPsec security policies Parameters included in the information model and controlled by the policies de ned by this working group include whether to use encryption or not, the speci c algorithms to use for encryption and authentication, and other parameters that are supported by IPsec This working group also de ned a policy speci cation language that is general, although the group focused on applying this language speci cally to IPsec The working group also created guidelines for provisioning IPsec policies using COPS and SNMP The IETF work in this area has been fairly narrow in its focus and has seen limited implementation up to this point Another industry standardization group that has played a key role in the de nition of the policy-based network management architecture and associated standards is the Distributed Management Task Force (DMTF) DMTF has focused on a variety of topics including a common information modeling (CIM) for PBNM and the directory-enabled network (DEN) concept (see wwwdmtforg/spec/cimshtml) which focuses on the use of directories Much of the work created by the DMTF organization has been leveraged by the IETF in its policy management efforts This has ensured consistency in the standards developed by both organizations A key component of the DMTF architecture is the use of a directory which has been leveraged by IETF for use in its policy repository using the Lightweight Directory Access Protocol (LDAPv3) [120] Even though we have not discussed the policy repository concept much, it is an important component of the PBNM architecture The use of LDAP in the PBNM architecture for storing policies in a standard way allows the policies to become easily accessible from various network and policy management components This facilitates interoperability and ease of integration of diverse network components in the PBNM architecture The policy model that has been adopted by both IETF and DMTF assumes policy rules of the form:.

for i = 1 to n r = r + (i 1) * DELr drun plot r, ISE, c | -- (c = 1, 2, is a graph color) reset next

5

This form of persistence is used to bypass the standard access and updates to the database performed by the EJB container It is typically used by people who need to handle aggregations of data from various tables or have to persist to a data store that is not available via container managed persistence (CMP), for example a flat file It is also useful when there is the need for some sophisticated finder methods that cannot be defined with CMP, or when there is the need to do some really weird stuff with the database

Instead, one may want to watch a runtime time-history display and save corresponding values of r and ISE in two n-dimensional arrays declared with

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TOPlink, an object relational mapping tool which is part of the WebGain studio, allows developers to write beans which use CMP, but which can still incorporate dene toper-written SQL and complex database relations

These types of policies were discussed in Section 623 and, as discussed there, specifying policies in this manner facilitates interoperability and standardization Some attempts have been made to standardize conditions and general actions to be used when de ning these types of policies For example, conditions de ned in terms of times of day and days in week have been standardized Progress to date is incomplete and further work is needed to fully standardize the policies needed for managing a typical network

WebLogic has one limitation on using entity beans with container managed persistence - a single entity bean cannot span various tables That is something TOPlink tackles, but we are often asked how to handle these cases with WebLogic alone There are basically two ways The first uses a session bean to handle a set of entity beans, just as is done with the stateful session bean OrderSF as presented earlier in this chapter and illustrated below

ARRAY rr[n], ise[n]

The second way is to manage the persistence yourself with BMP It is this way that we'll look at in further detail here The Wonder Troops got together to decide how to use BMP with their application As you might remember from 3, the relationship between a pizza and its ingredients is not straightforward It is an n-to-n relationship with attributes, which happen to be the units of an ingredient in a pizza This relation defines the amounts or units of each ingredient that makes up a pizza Additionally, the data lives in three different tables Mrs Chief Architect proposes that this case is used to explore the use of BMP in this application and the troops agree Mr Senior Developer sets out to design an entity bean, PiazaUnitsEB, that will present a view of the data contained in the three tables, as depicted opposite above

The following is a list of the fields handled by PizzaUnitsEB: Q Q Q p_name, p_size, i_name, and u_units in the units table The first three fields make the primary key of the relation p_base_price and p_remarks from the pizza table i_remarks from the ingredient table

One can then plot, cross-list, and analyze corresponding ise[i] and r[i] values later on 2 A replicated-model (vectorized) study (Section 4-2b) inherently implies declaration of an n-dimensional parameter array (vector) r and an n-dimensional state vector ISE The experiment-protocol script fills the r array and makes a single simulation run:

The fields p_name and p_size are the foreign keys for the Pizza table, and i_name is the foreign key to the Ingredient table, as the following figure illustrates (taken from the database diagram in 2):

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