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When you do this, you should: Use qmake and scopes to control which libraries, headers, and platform implementation files get included in different platform builds of your application Use Qt signals and slots in your public API to give a consistent programming interface to the public consumers of your API Insulate the public consumer from platform-specific exception handling (especially on Symbian, where the practice is to use a platform-specific exception handling mechanism instead of C++ exceptions) by translating platform-specific exceptions and error codes to signals or Qt error codes (In general for portability, Qt prefers signals and error codes to using C++ exceptions) Use Qt data types in the public interface, interconverting to platform data types where required when using native APIs An excellent discussion of these points with an example Symbian native implementation can be found on the Symbian Foundation s wiki at http://developersymbianorg/wiki/indexphp/ Using_Q5_and_Symbian_C%2B%2B.

Distributed system software layers Client/server and peer processing architectures rely heavily on the layered approach to software development depicted in figure 1.6. All processes, whether acting as server, client, or peer, must execute on a computer somewhere. Each computer consists of a specific operating system and a set of device drivers, all of which come in numerous varieties. Since it would be foolish to try to predict every operating environment in which a process may be required to run in overtime, a mechanism is needed to divorce the process from its execution environment. And so was born a new class of software product, called middleware.

Although focused on the Symbian platform, the guidelines presented there apply equally to writing platform-specific code for Qt applications on MeeGo as well..

Example from cell F6: =IF($E6=MIN($E$6:$E$17),$C6,#N/A) Example from cell G6: =IF($E6=MIN($E$6:$E$17),$D6,#N/A)

You can nd similarities between this solution and the solution I showed in the previous chapter using subqueries. The join condition here contains the same logical expression I used in a subquery before. After applying the rst two phases in logical query processing

To demonstrate using the BULK rowset provider to insert le content as a scalar LOB value, rst create the CustomerData table by running the code in Listing 10-1.

This is the timer discussed in the previous section, and it is the best timer to use when you want to perform periodic background tasks on a thread pool thread .

The Criteria.ROOT_ENTITY is the default implementation of the org.hibernate.transform.ResultTransformer interface. The previous query produces the same result, with or without this transformer set. It returns all Item instances and initializes their bids collections. The List probably (depending on the number of Bids for each Item) contains duplicate Item references. Alternatively, you can apply a different transformer:

Because the FileStream class also offers a public Close method, the earlier code could be written as follows with identical results:

Automatic Memory Management (Garbage Collection)

if (this.CheckForPalindrome()) { if (PalindromeFound != null) { PalindromeFound(this, EventArgs.Empty); } alPalindromes.Add(text); this.labelPalindromeStatus.Text = String.Format( "This is a palindrome <br/><FONT size=\"5\" color=\"blue\"><B>{0}</B></ FONT>", text); } else { this.labelPalindromeStatus.Text = String.Format( "This is NOT a palindrome <br/><FONT size=\"5\" color=\"red\"><B>{0}</B></ FONT>", text); } this.ViewState.Add("palindromes", alPalindromes); this.BuildPalindromesTable(); } }

implemented like this:

You can get the next level of optimization in the scale by creating a nonclustered noncovering index on orderid:

/** * {@inheritDoc} * @see java.lang.Object#equals(java.lang.Object) */ @Override public boolean equals(final Object obj) { if (this == obj) return true; if (obj == null) return false; if (getClass() != obj.getClass()) return false; Person other = (Person) obj; if (id == null) { if (other.id != null) return false; } else if (!id.equals(other.id)) return false; return true; } /** * {@inheritDoc} * @see java.lang.Object#toString() */ @Override public String toString() { return this.getClass().getSimpleName() + " [firstName=" + firstName + ", id =" + id + ", lastName=" + lastName + "]"; } }

A port is a somewhat arbitrary number that two computers use to identify a particular communications channel . In order for two computers to connect to each other using TCP/IP, both have to agree on which port number (from 1 to 65535) each computer will use .

To invoke the procedure from T-SQL, first declare and populate a local table variable of the OrderIDs type in the calling batch, then call the procedure and pass the variable as the input parameter, like so: