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OrderSFBean:

This policy example speci es that, when a user has three login failures, then the administrator will disable the user The subject in this case is the security administrator for the domain The /NRegion/SecAdmin subject eld demonstrates the concept of how objects are grouped in the Ponder language, which is similar to a le system The grouping may be based on an organizational hierarchy, administrative control, geography, or other attributes The top level in the hierarchy is called a domain Domains have subdomains and subdomains may have their own subdomains The target for the policy is the user object that is associated with the three login failures There are two actions associated with the policy which are separated by the ! operator The rst action states that the

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< xml version="l0" > <!DOCTYPE weblogic-ejb-jar PUBLIC '-//BEA Systems, Inc//DTD WebLogic 510 EJB//EN1 'http://wwwbeacom/servers/wls510/dtd/weblogic-ejb-jardtd'> <weblogic-ejb-jar> <weblogic-enterprise-bean> <ejb-name>jswc04bOrderSF</ejb-name> <caching-descriptor> <max-beans-in-cache>500</max-beans-in-cache> <idle-timeout-seconds>60</idle-timeout-seconds> </caching-descriptor> <jndi-name>jswc04bOrderSF</j ndi-name> </weblogic-enterprise-bean> </weblogic-ejb-jar>

As mentioned earlier, the OrderMaintenances servlet is changed extensively to reflect the usage of this stateful bean Basically, wherever there is an access to the database regarding the order, it is replaced by the functionality now offered by OrderSF For example, the viewOrder () method used in the previous section is as follows: /**

FUNCTION f1(x) = f2(1) + x | FUNCTION f2(y) = f1(y+1)

* This method retrieves an existing order from the database * The order retrieved is stored in the HTTP session */ private void viewOrder(HttpServletRequest req) throws lOException { Connection conn = null; PreparedStatement pstmt = null; ResultSet resultSet = null; try { OrderMaster order = new OrderMaster(); ordersetOr_number(LongparseLong(reqgetParameter("or_number"))); conn = DriverManagergetConnection("jdbc:weblogic:pool:p2gPool"); String select = "select * from order_master where or_number = "; pstmt = connprepareStatement(select); pstmt setLong (1, order getOr_number () ) ,-resultSet = pstmtexecuteQuery();

if (resultSetnext()) { order setOr_c_country_code (result Set getlnt ("or_c_country_code") ) ; order setOr_c_area_code (resultSet getlnt ("or_c_area_code") ) ; ordersetOr_c_phone(resultSetgetLong("or_c_phone")); ordersetOr_o_outlet_code(resultSetgetlnt ("or_o_outlet_code")); ordersetOr_order_date(resultSetgetTimestamp("or_order_date")); ordersetOr_delivery(resultSetgetString("or_delivery")); ordersetOr_status(resultSetgetString("or_status")); ordersetOr_remarks(resultSetgetString("or_remarks")}; ordersetOr_price(resultSetgetFloat("or_price")); } else { throw new Exception("the order could not be found"); } HttpSession session = reqgetSession(true); sessionsetAttribute("order", order); } catch(Exception e) { Systemerrprintlnf"Exception: OrderMaintenanceSviewOrder: " + e) ; } finally { try { if (resultSet != null) resultSetclose(); if (pstmt != null) pstmtclose(); if (conn != null) connclose(); } catch(Exception w) { Systemerrprintln("Warning: OrderMaintenanceSviewOrder: " + w); } } }

user that had the three login failures needs to be disabled The second action states that the security administrator needs to log the id of the user that had the three login failures Security policies in Ponder are more complex than network management policies There are four primitive policy types which can be used for de ning more complex security policies These are: (1) authorization policies that de ne which member of the domain has access to the various services; (2) refrain policies that de ne what members of the domain should refrain from doing even if they may be allowed to do that; (3) delegation policies that allow members of the domain to delegate some of their authority to other members; (4) information ltering policies that limit the information that can be disclosed such as for privacy reasons We now discuss a simple example of security authorization policy from [106] The policy language allows the de nition of policy types that can be used for instantiating speci c policies Below is an example policy type:

FUNCTION incr(x) = x + 1 | q = incr(incr(incr(y)))

This code is simplified by using the stateful bean: /**

* This method retrieves an existing order from the database * The order retrieved is stored in the HTTP session */ private void viewOrder(HttpServletRequest req) throws lOException { HttpSession session = reqgetSession(true); OrderSF currentOrder = (OrderSF) sessiongetAttribute("currentOrder"); sessionsetAttribute("message", "The order could not be loaded"); try { if (currentOrder != null) currentOrderremove(); Context ctx = UtilgetlnitialContext(); OrderSFHome orderHome = (OrderSFHome) ctxlookup!"jswc04bOrderSF"); currentOrder = orderHomecreate( LongparseLong(reqgetParameter("or_number"))); sessionsetAttribute("currentOrder", currentOrder); sessionsetAttribute("order", currentOrdergetOrderMaster()); sessionsetAttribute("message", "Order succesfully loaded!"); } catch(Exception e) { Systemerrprintln("Exception: OrderMaintenanceSviewOrder: " + e) ; } }

Submodels defined in the experiment protocol can be invoked in DYNAMIC program segments to generate frequently used defined-variable operations and/or differential-equation systems in a single invocation line Sections 6-12 and 7-12 illustrate applications of submodels

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