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Assuming we start with the empty table T2, we ll modify our serial process now to look like this (additions to the original, simple serial process are in bold): big_table%ORA11GR2> create or replace 2 procedure serial( p_lo_rid in rowid, p_hi_rid in rowid ) 3 is 4 begin 5 for x in ( select object_id id, object_name text 6 from big_table 7 where rowid between p_lo_rid 8 and p_hi_rid ) 9 loop 10 -- complex process here 11 insert into t2 (id, text, session_id ) 12 values ( xid, xtext, sys_context( "userenv", "sessionid" ) ); 13 end loop; 14 end; 15 / Procedure created That s it: just add the ROWID inputs and the predicate The modified code has not changed much at all I am using SYS_CONTEXT to get the SESSIONID so we can monitor how much work was done by each thread, each parallel session.

<%= Html.ActionLink("WDG0002 (French)", "show", "catalog", new { widgetCode = "WDG-0002", language = "fr" }, null) %>

Now, to start the process, we first need to break up the table into small pieces We can do this by some numeric range useful for tables that use a SEQUENCE to populate their primary key, by any arbitrary SQL you want to code or by ROWID ranges We ll use the ROWID range I find it to be the most efficient because it creates non-overlapping ranges of the table (contention free) and doesn t require.

The do loop is a simple loop construct in which the test expression is performed at the bottom of the loop. The syntax for the do loop is shown here and illustrated in Figure 9-7. First, Statement is executed. Then, TestExpr is evaluated. If TestExpr returns true, then Statement is executed again. Each time TestExpr returns true, Statement is executed again. When TestExpr returns false, control passes to the statement following the end of the loop construct. do Statement while( TestExpr ); // End of do loop

Value types are the closest thing in the common language runtime model to C++ structures These types are values with either a trivial structure (for example, a 4-byte integer) or a complex structure When you declare a variable of a class type, you don t automatically create a class instance You create only a reference to the class, initially pointing at nothing But when you declare a variable of value type, the instance of this value type is allocated immediately, by the variable declaration itself, because a value type is primarily a data structure As such, a value type must have instance fields or size defined.

//--------------------------------------------------------------------------|| // Accessors / Mutators ----------------------------------------------------|| //--------------------------------------------------------------------------|| /** * @return the street */ public String getStreet() { return street; } /** * @param street the street to set */ public void setStreet(final String street) { this.street = street; } /** * @return the city */ public String getCity() { return city; } /** * @param city the city to set */ public void setCity(final String city) { this.city = city; } /** * @return the state */ public String getState() { return state; } /** * @param state the state to set */ public void setState(final String state) { this.state = state; } /** * @return the zip */ public String getZip()

A zero-size value type (with no instance fields and no total size specified) represents invalid metadata; however, as in many other cases, the loader is more forgiving than the official metadata validity rules: when it encounters a zero-size value type, the loader assigns it a 1-byte size by default Value types are the types passed by value, as opposed to the reference types passed by reference It means that the code a = b;, when a and b are value types, is translated into copying the contents of b into a, and when a and b are reference types, it is translated into copying the reference to some class instance from b to a.

January 23, 1996 Sun ships Java 1.0 JDK October 30, 1994 Java s public introduction April 1993 Mosaic 1.0 release Summer 1992 Green Project introduces *7 December 1990 Green Project Formation May 1996 First JavaOne conference February 1997 Sun ships JDK 1.1 December 9, 1998 Sun ships Java 2, SDK 1.2