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Intel Dialogic Tip: Why Did The Play or Record Function Stop?

If you are performing a play or a record function on a Dialogic board and you want to know why the play or record function stopped, then can you try using the ATDX_TERMMSK() function.

This function will return a bitmask. Therefore, you should use an AND, not an EQUATES. The bitmask can be used to determine why a Dialogic I/O terminated.

In this case, call ATDX_TERMMSK()and then check the answer to see if the play terminated normally, because a digit was pressed, or for some other reason.  You will want to write code similar to this:

/* wait for play or record to finish, then determine why */

term = ATDX_TERMMSK( chdev );

/* NB: use & for AND instead of == for equates. */

if ( term & TM_NORMALTERM ) { 
  
printf( "Play terminated normally.\n" ); 
} else if ( term & TM_MAXDTMF ) { 
  
printf( "Play terminated on maximum DTMFs.\n" ); 
}

For more on ATDX_TERMMSK() see the documentation on page 184 of the PDF (page 170 of the actual manual) available on Intel's web site at:  
http://resource.intel.com/telecom/support/releases/winnt/SR511/docs/pdffiles/pgmgd3.pdf



Intel White Paper: IP Telephony Basics

IP telephony uses the Internet to send audio between two or more computer users in real time, so the users can converse. VocalTec* introduced the first IP telephony software product in early 1995. Running a multimedia PC, the VocalTec Internet Phone* (and the numerous similar products introduced since) lets users speak into their microphone and listen via their speakers.

Within a year of its birth, IP telephony technology had caught the world's attention. The technology has improved to a point where conversations are easily possible. And it continues to get better. Dozens of companies have introduced products to commercialize the technology, and virtually every major telecommunications company has launched research to better understand this latest threat to its markets.

View the IP Telephony White Paper

The AdvancedTCA Initiative

Advanced Telecom Computing Architecture, or AdvancedTCA is a new series of industry standard specifications for the next generation of carrier grade communications equipment. These specifications, driven by over 100 companies within the PCI Industrial Computers Manufacturing Group (PICMG), incorporate the latest trends in high speed interconnect technologies, next generation processors, and improved reliability, manageability and serviceability, resulting in a new blade (board) and chassis (shelf) form factor optimized for communications. The principle objective of AdvancedTCA has been to provide standardized platform architecture for carrier-grade telecommunication applications, with support for carrier-grade features such as NEBS, ETSI, and 99.999% availability.

Modular Communications Platforms

ATCA is one of the key components of the Modular Communications Platforms Initiative driven by Intel. Modular Communications Platforms (MCP) are standards-based communications infrastructure platforms and building blocks designed to deliver reduced expenditure, solution flexibility, time-to-market and vendor choice.

View More Information on AdvancedTCA 

 
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Last modified: November 05, 2009