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The TIMESTAMP WITH TIME ZONE type inherits all of the qualities of the TIMESTAMP type and adds time zone support. The TIMESTAMP WITH TIME ZONE type consumes 13 bytes of storage, with the extra two bytes being used to preserve the time zone information. It differs from a TIMESTAMP structurally only by the addition of these 2 bytes: ops$tkyte@ORA11GR2> create table t 2 ( 3 ts timestamp, 4 ts_tz timestamp with time zone 5 ) 6 / Table created. ops$tkyte@ORA11GR2> insert into t ( ts, ts_tz ) 2 values ( systimestamp, systimestamp ); 1 row created. ops$tkyte%ORA11GR2> select * from t; TS TS_TZ ---------------------------- ----------------------------------12-APR-10 07.09.52.502950 PM 12-APR-10 07.09.52.502950 PM -04:00 ops$tkyte%ORA11GR2> select dump(ts) dump, dump(ts_tz) dump from t;

static String join( String[] array, String delim ) { StringBuffer sb = join(array, delim, new StringBuffer()); return sb.toString(); } static StringBuffer join( String[] array, String delim, StringBuffer sb ) { for ( int i=0; i<array.length; i++ ) { if (i!=0) sb.append(delim); sb.append("'" + array[i] + "'"); } } } This example produces the following output: ['1', '1', 'Bagels'] ['2', '1', 'Bagels, raisin'] ['3', '1', 'Bavarian Cream Pie'] ['4', '1', 'Bear Claws'] ['6', '1', 'Bread (with nuts)'] ['7', '1', 'Butterfingers'] ['8', '1', 'Carrot Cake'] ['9', '1', 'Chips Ahoy Cookies'] ['10', '1', 'Chocolate Bobka'] ['11', '1', 'Chocolate Eclairs'] return sb;

DUMP ----------------------------------Typ=180 Len=11: 120,110,4,12,20,10, 53,29,250,104,112

DUMP ----------------------------------Typ=181 Len=13: 120,110,4,12,24,10, 53,29,250,104,112,16,60

Hyperlinks are in your source data, but when you add these fields to the pivot table, the hyperlinks don t appear. This example is based on the Hyperlinks.xlsx file.

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Upon retrieval, the default TIMESTAMP WITH TIME ZONE format included the time zone information (I was on East Coast US time during daylight savings time when this was executed) TIMESTAMP WITH TIME ZONEs store the data in whatever time zone was specified when the data was stored The time zone becomes part of the data itself Note how the TIMESTAMP WITH TIME ZONE field stored 24,10,53 for the hour, minutes, and seconds (in excess-1 notation, so that is 23:09:52), whereas the TIMESTAMP field stored simply 20,10,53 , which is 19:09:52 the exact time in the string we inserted The TIMESTAMP WITH TIME ZONE had four hours added to it, in order to store in GMT (also known as UTC) time The trailing 2 bytes are used upon retrieval to properly adjust the TIMESTAMP value.

SQLite s author wrote and maintains the Tcl extension. All of SQLite s testing code is implemented in Tcl and thus uses the SQLite Tcl extension. It is safe to say that this extension is both stable and well tested itself. The Tcl extension is included as part of the SQLite source distribution. You can find complete documentation for this extension on the SQLite web site: www.sqlite.org/tclsqlite.html.

It is not my intention to cover all of the nuances of time zones here in this book; that is a topic well covered elsewhere To that end, I ll just point out that there is support for time zones in this datatype This support is more relevant in applications today than ever before A decade or so ago, applications were not nearly as global as they are now In the days before widespread Internet use, applications were many times distributed and decentralized, and the time zone was implicitly based on where the server was located Today, with large centralized systems being used by people worldwide, the need to track and use time zones is very relevant.

Before time zone support was built into a datatype, it would have been an application function to store the DATE and in another column the time zone information, and then supply functions to convert DATEs from one time zone to another Now it s the job of the database, and it can store data in multiple time zones ops$tkyte%ORA11GR2> create table t 2 ( ts1 timestamp with time zone, 3 ts2 timestamp with time zone 4 ) 5 / Table created ops$tkyte%ORA11GR2> insert into t (ts1, ts2) 2 values ( timestamp'2010-02-27 16:02:32212 US/Eastern', 3 timestamp'2010-02-27 16:02:32212 US/Pacific' ); 1 row created and perform correct TIMESTAMP arithmetic on them ops$tkyte%ORA11GR2> select ts1-ts2 from t; TS1-TS2 ---------------------------------------------------------------------------000000000 03:00:00000000 Since there is a three-hour time difference between those two time zones, even though they show the same time of 16:02:32212, the interval reported is a three-hour difference.

When performing TIMESTAMP arithmetic on TIMESTAMPS WITH TIME ZONE types, Oracle automatically converts both types to UTC time first and then performs the operation..

The pivot table can t show hyperlinks from the source data, and you can t add hyperlinks to the pivot table. You could add a formula outside the pivot table, to create a hyperlink: =IF(LEFT(A4,3)="www",HYPERLINK("http://"&A4),"") but these formulas could be lost if the pivot table layout changes.

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