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More port numbers were added later The Internet Assigned Numbers Authority (IANA) today recommends using only ports 49152 65,535 as ephemeral port numbers Let s redraw Figure 9-6 to show the more complete packet (Figure 9-8)

Example The following loop writes the characters in string str to the stream specified by fp The null terminator is not written

Destination info: 14758201183 Port: 80 Source info: 481516 Ephemeral Port: 52142

H323 defines five logical components that make up the VoIP switching fabric: IP transport The IP transport is the IP LAN or WAN implementation including the cabling, routers, and other infrastructure that deliver IP packets from one place to another A VoIP switching fabric does not use a switch matrix or switch bus to connect all of the inputs and outputs, instead it uses the IP network which already connects all of the potential media stream sources and destinations Terminal The VoIP terminal is an endpoint in the VoIP switching fabric Gatekeeper The VoIP gatekeeper provides the role of switching function control in the VoIP switching fabric Gateway VoIP gateways are special VoIP endpoints which allow the H323 switching fabric to interface with other switching fabrics Multi-point Control Unit (MCU) The VoIP MCU is the resource that provides dedicated support for multi-point calls Unlike traditional switch matrix and switch bus switching functions, an IP network is capable of performing multi-casting where the VoIP terminal (which is a logical function of the switching fabric associated with an endpoint) is actually instructed to send identical media stream data to multiple destinations and to locally perform a mixing (conferencing function) on all the incoming media streams associated with the multi-cast destinations Multicasting in this fashion requires every endpoint to have significant built-in processing resources To more efficiently

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for(; *str; str++) putc(*str, fp);

When the serving system responds to the Web client, it uses the ephemeral port number as the destination port to get the information back to the Web client running on the client computer (Figure 9-9)

#include <stdioh> int putchar(int ch);

use processing resources and bandwidth, a dedicated conferencing function called an MCU can be embedded in the VoIP switching fabric to transparently provide conferencing of multiple streams just as traditional switching functions would do All of these logical components can be implemented on distinct IP network nodes or can be grouped Typically a gatekeeper, gateway, and MCU will be installed on a single server with additional gateways and MCUs added to the network as required in the form of additional servers

The putchar( ) function writes the character contained in the least significant byte of ch to stdout It is functionally equivalent to putc(ch, stdout) Because character arguments are elevated to integer at the time of the call, you can use character values as arguments to putchar( ) The putchar( ) function returns the character written if successful or EOF if an error occurs Example The following loop writes to stdout the characters in string str The null terminator is not written

Des t 481 ination info Por 516 : t: 52 Sou 142 r 147 ce info : 5 Por 82011 t: 80 83

for(; *str; str++) putchar(*str);

In this chapter we explored the motivation and context for computer telephony and identified the functional areas of telephone systems that are being implemented using computer telephony technology (call processing, media services, switching, and administration) We delved into the definition of CTI as the subset of computer telephony dealing with call processing and identified three areas encompassed by CTI (call control, telephone control, and media access) We also reviewed the evolution of CT in the context of interoperability and learned to differentiate CT technology, CT products, and CT solutions In the next chapter we look at a number of ways in which CT technology can be applied to build customized CT solutions in a wide variety of circumstances

The port numbers from 1024 to 49151 are called registered ports Less-common TCP/IP applications can register their ports with the IANA Unlike well-known ports, anyone can use these port numbers for their servers or for ephemeral numbers on clients Most operating systems steer away (or are in the process of steering away) from using these port numbers for ephemeral ports, opting instead for the dynamic/private port numbers Here s the full list of ports: 0 1023 1024 49151 49152 65535 Well-known port numbers Registered ports Dynamic or private ports

#include <stdioh> int puts(const char *str);

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