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Method #1 : Synchronous Completion If Windows is able to complete your I / O request quickly, no separate rendezvous will be necessary This can happen because the OS keeps a file cache of recently accessed files in memory, alleviating the need to access the disk altogether If a cache hit occurs, there's no need to pay extra asynchronous rendezvous overhead that arises when you use overlapped I / O You must always handle this case in your code and have no control over whether it happens or not When an I / O request completes synchronously, the call to R e a d F i l e , R e a d F i l e E x , W r i t e F i le, or w r i t e F i l e E x returns T R U E The asynchronous completion that would have otherwise been associated with the I / O request will not happen If synchronous completion does not occur, the function returns F A L S E and Get L a s t E r r o r will return E R RO R_IO_P E N D I N G This might come as a surprise, but yes-successfully starting an asynchro nous I/O is communicated as an error Here's a small snippet of code It reads 4,096 bytes from a file start ing at position 8,1 92 bytes from the beginning of the file Although we open the file for overlapped I / O, the read operation may still complete synchronously

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BYTE dat a [ 4a96 ] j DWORD bytesRead j if ( Read F i l e ( h F i l e , &dat a , s i zeof ( data ) , &byt e s R e a d , &ol a p

II Syn c h ronou sly c omp leted I I data cont a i n s bytes Read number of byt e s read from d i s k c a c he

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This chapter is a selection of ve characteristic examples of broadband projects created by some form of public participation in different countries in Europe The case studies differ by the business models, products and services provided, models for public participation and the underlying technology The ve case studies are: the Stockholm municipality s dark ber network, Fastweb, a fully- edged multimedia service provider in Milan, the infrastructure created by Endesa in the Spanish city Zaragoza, based on power line communication technology, the satellite-based solution successfully tested in the South West Region of Ireland, and nally, a special form of public participation, the broadband demand aggregation, implemented in the UK

ClipMail appliances can be used to digitize, encode, and move media from tape or MPEG file formats to the broadcast server from any location in the world An example would be a commercial produced in Los Angeles that can be moved directly onto the playout server via the Internet Protocol (IP) without resorting to tape

if ( Ge t L a s t E rror ( )

E R ROR_I /O_PENDING )

II Async 1 / 0 is h a p p e n i n g in t h e b a c kground I I We w i l l complete it t h rough a s y n c - s p e c i f i c mec h a n i s m s

Notice here that we're passing a stack allocated array ( d a t a ) as the location where the read operation will put data from the read Recall from earlier that this data must last at least as long as the asynchronous I / O itself S o this technique, while applicable t o such a simple example, i s usu ally not going to work We'll continue using it as long as possible because it simplifies the example, but typically you'll need to resort to heap alloca tion and manual freeing of buffers If 1/ 0 completion is used, a completion packet will still be generated even though we are able to handle the I / O synchronously Additionally, the file HAND L E will be set by the OS (as we'll see later) If code has been written to handle the synchronous completion, these two things are unnecessary and can lead to performance degradation A new API was added to Windows Vista and Windows Server 2008 to allow suppression of these steps

Virtually any format source media file may be submitted to FlipFactory, which decodes, enhances, and then reencodes the media into the desired formats before delivering it to the destination servers Based on industry standards, including Extensible Markup Language (XML) and TCP/IP, FlipFactory can be controlled by an easy-to-use Java application or may be integrated seamlessly with the customer s own database or asset-management system Of equal importance, the FlipFactory technology can be extended in a number of directions In the broadcast space, for instance, FlipFactory has optional modules that allow direct file transfer between proprietary video servers and the rest of the broadcast center

or distance education, such as videoconferencing, streaming media and webconferencing, as well as the requirements for the communication network, are discussed in the previous section of this chapter

BOO l WINAPI Set F i leComplet ionNot i f i c a t ionMod e s ( HAND L E F i le H a n d l e , UCHAR F la g s

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