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Listing 8-13 Sorting mixed data types in a RecordEnumeration import import import import public { private Display display; private Alert alert; private Form form; private Command exit; private Command start; private RecordStore recordstore = null; private RecordEnumeration recordEnumeration = null; private Comparator comparator = null; public SortMixedRecordDataTypeExample () { display = DisplaygetDisplay(this); exit = new Command("Exit", CommandSCREEN, 1); start = new Command("Start", CommandSCREEN, 1); form = new Form("Mixed RecordEnumeration"); formaddCommand(exit); formaddCommand(start); formsetCommandListener(this); } public void startApp() { displaysetCurrent(form); } public void pauseApp() javaxmicroeditionrms*; javaxmicroeditionmidlet*; javaxmicroeditionlcdui*; javaio*; class SortMixedRecordDataTypeExample extends MIDlet implements CommandListener

IPv6 requires every implementation to allow for manual setting of the se-

Even though you might be able to type a certain character on your computer system without any problems, some characters may not translate properly when visitors to your web site view your page So, I recommend you use character entities to maintain consistency across computer systems Character entities can be typed as either a numbered entity or a named entity All character entities begin with an ampersand (&) and end with a semicolon (;) Although every character entity has a numbered version, not every one has a named version While a full list of special characters is included in Appendix D, a few are listed in the following table to give you an idea of what they look like

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A few characters are reserved and given special meaning in HTML For example, the brackets (< and >) are used to signify HTML tags, while the ampersand (&) is used to begin these entities If you need to use a bracket within the content of your HTML page, such as when a greater-than symbol is needed, in the case of 3 > 2, you should use the corresponding character entity (>) to do so

{ } public void destroyApp( boolean unconditional ) { } public void commandAction(Command command, Displayable displayable) { if (command == exit) { destroyApp(true); notifyDestroyed(); } else if (command == start) { try { recordstore = RecordStoreopenRecordStore( "myRecordStore", true ); } catch (Exception error) { alert = new Alert("Error Creating", errortoString(), null, AlertTypeWARNING); alertsetTimeout(AlertFOREVER); displaysetCurrent(alert); } try { byte[] outputRecord; String outputString[] = {"Mary", "Bob", "Adam"}; int outputInteger[] = {15, 10, 5}; ByteArrayOutputStream outputStream = new ByteArrayOutputStream(); DataOutputStream outputDataStream = new DataOutputStream(outputStream); for (int x = 0; x < 3; x++) { outputDataStreamwriteUTF(outputString[x]); outputDataStreamwriteInt(outputInteger[x]); outputDataStreamflush(); outputRecord = outputStreamtoByteArray(); recordstoreaddRecord(outputRecord, 0, outputRecordlength); outputStreamreset(); } outputStreamclose(); outputDataStreamclose();

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} catch ( Exception error) { alert = new Alert("Error Writing", errortoString(), null, AlertTypeWARNING); alertsetTimeout(AlertFOREVER); displaysetCurrent(alert); } try { String[] inputString = new String[3]; int z = 0; byte[] byteInputData = new byte[300]; ByteArrayInputStream inputStream = new ByteArrayInputStream(byteInputData); DataInputStream inputDataStream = new DataInputStream(inputStream); StringBuffer buffer = new StringBuffer(); comparator = new Comparator(); recordEnumeration = recordstoreenumerateRecords( null, comparator, false); while (recordEnumerationhasNextElement()) { recordstoregetRecord( recordEnumerationnextRecordId(), byteInputData, 0); bufferappend(inputDataStreamreadUTF()); bufferappend(inputDataStreamreadInt()); bufferappend("\n"); inputDataStreamreset(); } alert = new Alert("Reading", buffertoString(), null, AlertTypeWARNING); alertsetTimeout(AlertFOREVER); displaysetCurrent(alert); inputDataStreamclose(); inputStreamclose(); } catch (Exception error) { alert = new Alert("Error Reading", errortoString(), null, AlertTypeWARNING); alertsetTimeout(AlertFOREVER); displaysetCurrent(alert); } try { recordstorecloseRecordStore();

curity keys, in case no in-line key management technique is adopted or human-based security is desired Obviously, manual keying is possible only if the security operators have separately agreed out-of-band on the keys to be used for example, at a reserved meeting This solution exhibits high personnel costs and does not scale well because it requires personal action of an operator on each network device taking part in the secure channel Additionally, it can generate a false sense of security Remember that human intervention does not automatically ensure a higher level of security, due to untrusted operators and residual problems related to hardware and software integrity of the device where the key is set However, in spite of these disadvantages, manual key management finds application in restricted environments, with a small number of devices physically secured that, according to the security policy, can operate only when explicitly enabled by human intervention

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