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3. The OID listener/dispatcher relays the LDAP request to the Oracle directory server. 4. The directory server connects to the OID database and resolves the connect identifier to the underlying connect descriptor, which contains the network, server, and protocol information. It sends this detailed connect descriptor information to the Net Services client. 5. The client sends the connect descriptor it receives to the Oracle Net Listener (or to the dispatcher, if shared servers are being used). 6. The listener service receives the connection request and, after verifying it, sends it to the database.

// each entry in the returned array is a PricedItem[] public ArrayList GetOptions(string theModel, string theStyle) { // the following data would probably be fetched from a database ArrayList options = new ArrayList(); ArrayList category1 = new ArrayList(); PricedItem[] category1Items = new PricedItem[] { new PricedItem("Category 1", 0), new PricedItem("Option 1", 111), new PricedItem("Option 2", 222), new PricedItem("Option 3", 333)}; options.Add(category1Items); ArrayList category2 = new ArrayList(); PricedItem[] category2Items = new PricedItem[] { new PricedItem("Category 2", 0), new PricedItem("Option 11", 777), new PricedItem("Option 22", 888), new PricedItem("Option 33", 999)}; options.Add(category2Items); return options; } public void SubmitOrder(string theModel, string theStyle, Color theColor, PricedItem[] theOptions) { WorkOrder workOrder = new WorkOrder(theModel, theStyle, theColor, theOptions); Router.SubmitOrder(workOrder); ordersReceived++; } public System.Messaging.Message[] GetAllQueuedMessages() { return Router.GetAllQueuedMessages(); } public void ClearQueuedMessages() { Router.ClearQueuedMessages(); } }

A directory contains a set of information about various objects, such as employee names and addresses or database service name information (as is discussed in this chapter) The information in a directory is arranged in a hierarchical structure called the Directory Information Tree (DIT) Every directory entry is made up of various object classes and attributes, as follows: Directories are made up of object classes Object classes are groups of attributes Attributes are the containers that hold the data A directory consists of entries, which are collections of information about an object To identify an entry unambiguously, you need something to tell you where it is located in the directory structure This unambiguous address locator is the distinguished name (DN) of the entry.

A DN is like an address that exactly locates an entry in the directory it gives you the complete path from the top of the hierarchy to where an entry is located Here s an example of a DN: cn=nina ou=finance c=us o= wowcompany This DN for the nina entry has the following nodes: cn: Common name ou: Organizational unit c: Country o: Organization Thus, the DN ninafinanceuswowcompany uniquely identifies the person with the name Nina working in the finance department of the US branch of Wowcompany Note that each of the various nodes are called relative distinguished names (RDNs), so in essence a DN is nothing more than a string of RDNs A naming context is a contiguous subtree on a single directory server An Oracle context contains relevant entries for use with Oracle features, such as Oracle Net Service directory naming and enterprise user security.

You can have multiple Oracle contexts in one directory server OID will create a default Oracle context at the root of the directory information tree In the DIT, the Oracle context RDN (cn=OracleContext) is the default location a client uses to look up matching connect descriptors for a connect identifier in the directory An Oracle context in a directory tree would have all the service names underneath it, including complete network- and server-connection information In addition to subentries that support directory naming, an Oracle context contains other entries to support enterprise security Therefore, if you re trying to connect to a database on a server, the OID server doesn t have to search the directory tree all the way from the root entry to the last node You merely have to provide it with a partial DN.

// class Router public class Router : System.ComponentModel.Component { public System.Messaging.MessageQueue messageQueueOrders; //