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What do we have in this chapter?
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The Addressing Scheme
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Name Resolution
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Enumerating IrDA Devices
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IrDA and getsockopt() using IRLMP_ENUMDEVICES
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Initiating a Discovery
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Running a Lazy Discovery
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Querying the IAS
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Socket Options
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The IrDA Server Example
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The IrDA Client Example
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The Addressing Scheme
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Creating a Socket
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Binding a Socket
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Network Number vs. Internal Network Number
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Setting IPX Packet Types Through Winsock
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Name Resolution
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IPX Client-server Program Example
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Testing the IPX/SPX Client-server program
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The Addressing Scheme
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Creating a Socket
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The Netbios() Function
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Netbios() Function Program Example
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More Netbios() Program Example
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The Netbios Client-Server Program Example
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The Netbios Server
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Testing Both the Netbios Client and Server Programs
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The Addressing Scheme
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Registering an AppleTalk Name
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Resolving an AppleTalk Name
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AppleTalk Zone Program Example
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The AppleTalk Sender and Receiver Example
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The Addressing Scheme
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Creating a Socket
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Binding a Socket to an SAP
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Name Resolution
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ATM and Winsock Program Example
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Stack
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Windows CE SDK vs Win32 Platform SDK
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Discovering Bluetooth Devices Using Winsock
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Bluetooth Device Query Program Example
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Another Bluetooth Program Example Using Win32 PSDK
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Bluetooth Querying Remote Device Program Example
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SDP Records
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Registering a Bluetooth Service Steps and Example
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Winsock Extensions
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Winsock Function Extensions
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Bluetooth and socket
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Bluetooth and bind
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Bluetooth and connect
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Bluetooth and accept
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Bluetooth and listen, select, and closesocket
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Bluetooth and accept
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Bluetooth and read or write operations
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Bluetooth and shutdown
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SO_BTH_AUTHENTICATE
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SO_BTH_ENCRYPT
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SO_BTH_MTU
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SO_BTH_MTU_MAX
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SO_BTH_MTU_MIN
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Bluetooth Receiver Program Example
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Bluetooth Sender Program Example
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Summary
In this chapter, we described the remaining (non-IP) protocol
address families that Winsock supports and explained addressing attributes specific
to each family. For each address family, we discussed how to create a socket
and how to set up a socket address structure to begin communication over a protocol
covering up to Bluetooth, demonstrated through working program examples.
At this point, we have completed our discussion of Winsock's
basic communication techniques and have described all of the available address
families that enable you to construct a simple Winsock application. Next chapter
will start our discussion of advanced Winsock topics, and we will begin with
advanced I/O methods that allow you to manage I/O in a Winsock application.
Stay tune!
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