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While it may not be a good idea to archive all monitoring data, it is desirable to archive a reasonable sample of both normal and abnormal system operations, so that when problems arise it is possible to compare the current system to a previously working system. Archive consumers may also act as GMA producers to make the data available to other consumers. As the name implies, real-time consumers collect monitoring data in real time. A real-time consumer potentially subscribes to multiple events of interest, and receives one or more streams of event data. In this way, data from many sources can be aggregated for real-time performance analysis. Overview consumers collect events from several sources, and use the combined information to make some decision that could not be made on the basis of data from only one producer. Job monitoring consumers can be used to trigger an action based on an event from a job, e.g. to restart the job.

contingent obligation An obligation that a bank may have to ful ll depending on future events, such as a guarantee in the event of credit losses counterparty risk The risk to each party of a contract that the other party (ie the counterparty) will not honor its contractual obligations covered bonds Bonds backed by mortgages or cash ows from other assets in a segregated account on the balance sheet of a nancial institution credit default swaps (CDS) Contracts that entitle the buyer to a payment on the default of a bond or other type of debt obligation in exchange for that bond or obligation..

Improved integration with XML documents is being pushed both inside and outside of the W3C, and many bridges are being built between these technology families. The RDF Core Working Group recently added the ability for RDF literals to be typed via XML Schema data types. Another example of RDF/XML document integration is an RDF schema available to validate the RDF in simple Dublin Core documents. This schema is available at http:// www.dublincore.org/documents/dcmes-xml/. Another way to solve the validation problem is to have the namespace URI point to a document, which describes it as proposed by the Resource Directory Description Language (RDDL), available at http://www.rddl.org/. There is work under way to allow RDF assertions in RDDL. So, the momentum and benefits to combining XML and RDF are increasing, as highlighted in the article Make Your XML RDF-Friendly by Bob DuCharme and John Cowan, available at http://www .xml.com/pub/a/2002/10/30/rdf-friendly.html. Ontologies and ontology languages like the Web Ontology Language (OWL), discussed in 8, are layered on top of RDF. Many see ontologies as the killer application for the Semantic Web and thus believe they will drive the adoption of RDF. In the next section, we examine RDF Schema, which is a lightweight ontology vocabulary layered on RDF. Lastly, ontologies are not the only killer application for RDF; noncontextual modeling makes RDF the perfect glue between systems and fixed data models. Noncontextual modeling is discussed in detail later in this chapter.

Follow the same pattern for lake but with a large boat in the water Include drilling and board work Show how the name of the lake usually comes second Lake Erie, for example..

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294. } 295. } 296. catch(IOException ex) 297. { 298. System.out.println("Exception occured"); 299. } 300. } 301. while (!(event instanceof EndDocument)); 302. 303. System.out.println("**** END OF DOCUMENT ****"); // end of document // Socket Connection and Input and OutputStreams are // closed... 304. try 305. { 306. socket.close(); 307. socket_inputstream.close(); 308. socket_outputstream.close(); 309. } 310. catch(IOException e) 311. { 312. System.out.println(e); 313. 314. } // Numbering is done on the file name stored in the String // variable by the name file_data. 315. if (!file_data.equals("")) 316. { 317. file_data = counter+". "+file_data; 318. counter++; 319. } 320. StringBuffer file_data_buffer = new StringBuffer(); 321. 322. for (int i = 0;i<file_data.length()-1 ;i++ ) 323. { 324. if (file_data.charAt(i) == '\n') 325. { 326. file_data_buffer = file_data_buffer.append(file_data.charAt(i)); 327. file_data_buffer = file_data_buffer.append(counter+". "); 328. counter++; 329. } 330. else 331. { 332. file_data_buffer = file_data_buffer.append(file_data.charAt(i)); 333. } 334. 335. } 336. file_data = file_data_buffer.toString(); 337. // the Final text to be displayed in the // variable textFor Display... 338. text_for_display = " Folders \n"+folder_data+"\n"+" Files \n"+file_data;