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HP OpenVMS Systems Documentation
Content starts here HP TCP/IP Services for OpenVMS

HP TCP/IP Services for OpenVMS
Guide to IPv6
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Chapter 7
7 Application Interface to Sockets
     7.1     Structures
         7.1.1         in6_addr Structure
         7.1.2         sockaddr_in6 Structure
         7.1.3         msghdr Structure
         7.1.4         cmsghdr Structure
     7.2     Header Files
     7.3     Socket Options
     7.4     Basic API
         7.4.1         Interface Identification
         7.4.2         IPv6 Multicast Datagrams
             7.4.2.1             Sending IPv6 Multicast Datagrams
             7.4.2.2             Receiving IPv6 Multicast Datagrams
         7.4.3         Address Translation and Conversion Functions
         7.4.4         Address-Testing Macros
     7.5     Advanced API
         7.5.1         Using IPv6 Raw Sockets
             7.5.1.1             Accessing ICMPv6 Messages
             7.5.1.2             Accessing the IPv6 Header
             7.5.1.3             Accessing the IPv6 Routing Header
             7.5.1.4             Accessing the IPv6 Options Headers
     7.6     Guidelines for Compiling and Linking IPv6 Applications
     7.7     IPv6 Library Functions API
    Command 1     freeaddrinfo()
    Command 2     gai_strerror()
    Command 3     getaddrinfo()
    Command 4     getnameinfo()
    Command 5     if_freenameindex()
    Command 6     if_indextoname()
    Command 7     if_nameindex()
    Command 8     if_nametoindex()
    Command 9     inet6_opt_append()
    Command 10     inet6_opt_find()
    Command 11     inet6_opt_finish()
    Command 12     inet6_opt_get_val()
    Command 13     inet6_opt_init()
    Command 14     inet6_opt_next()
    Command 15     inet6_opt_set_val()
    Command 16     inet6_rth_add()
    Command 17     inet6_rth_getaddr()
    Command 18     inet6_rth_init()
    Command 19     inet6_rth_reverse()
    Command 20     inet6_rth_segments()
    Command 21     inet6_rth_space()
    Command 22     inet_ntop()
    Command 23     inet_pton()
Chapter 8
8 Porting Applications
     8.1     Using AF_INET6 Sockets
     8.2     Name Changes
     8.3     Structure Changes
         8.3.1         in_addr Structure
         8.3.2         sockaddr Structure
         8.3.3         sockaddr_in Structure
         8.3.4         hostent Structure
     8.4     Function Changes
         8.4.1         gethostbyaddr() Function
         8.4.2         gethostbyname() Function
         8.4.3         inet_ntoa() Function
         8.4.4         inet_addr() Function
     8.5     Other Application Changes
         8.5.1         Comparing IP Addresses
         8.5.2         Comparing an IP Address to the Wildcard Address
         8.5.3         Using int Data Types to Hold IP Addresses
         8.5.4         Using Functions that Return IP Addresses
         8.5.5         Changing Socket Options
     8.6     Sample Client/Server Programs
         8.6.1         Programs Using AF_INET Sockets
             8.6.1.1             Client Program
             8.6.1.2             Server Program
         8.6.2         Programs Using AF_INET6 Sockets
             8.6.2.1             Client Program
             8.6.2.2             Server Program
         8.6.3         Sample Program Output
Appendix A
Appendix A Supported IPv6 RFCs
Appendix B
Appendix B Deprecated Library Functions
     B.1     getipnodebyname Function
     B.2     getipnodebyaddr Function
     B.3     freehostent Function
Index
Index
Examples
2-1 Sample TCPIP$IP6RTRD.CONF File
3-1 Sample TCPIP$BIND.CONF_IPV6
3-2 Sample IPV6.DB File
3-3 Sample IPV6.ARPA File
3-4 Sample IPV6.INT File
Figures
1-1 Unicast Addresses
1-2 64-Bit Prefix Plus 64-Bit Interface ID
1-3 Creating an Interface ID from a MAC Address
1-4 IPv6 Global Unicast Address
1-5 IPv4-Compatible IPv6 Address
1-6 IPv4-Mapped IPv6 Address
1-7 IPv6 Link-Local Unicast Address
1-8 IPv6 Site-Local Unicast Address
1-9 Anycast Address
1-10 IPv6 Multicast Address
1-11 Host-to-Host Configuration with No Router
1-12 Host-to-Host Configuration with Router
1-13 IPv6 Network to IPv6 Network with Router Configuration
1-14 Multiple IPv6 Networks and Multiple Routers Configuration
1-15 Host-to-Host Configuration over Tunnel
1-16 Host-to-Router Configuration over Tunnel
1-17 IPv6 Network-to-IPv6 Network Configuration over Tunnel
1-18 IPv6 Network-to-IPv6 Network Configuration over Tunnel
2-1 Configuration Worksheet
2-2 Simple Host-to-Host Configuration
2-3 Host-to-Host with Router Configuration
2-4 IPv6 Network-to-IPv6 Network with Router Configuration
2-5 Multiple IPv6 Networks and Multiple Routers Configuration
2-6 Host-to-Host over IPv4 Configured Tunnel Configuration
2-7 Host-to-Router over IPv4 Configured Tunnel Configuration
2-8 Router Not Advertising a Global Address Prefix
2-9 Router Advertising a Global Address Prefix
2-10 Router A Not Advertising a Global Prefix on the Tunnel Link
2-11 IPv6 Network to IPv6 Network over IPv4 Configured Tunnel Configuration
2-12 6to4 Tunnel Host E Configuration
2-13 6to4 Tunnel Router Configuration
2-14 6to4 Tunnel Host B Configuration
5-1 Communication with Mobile Node at Home
5-2 Communication with Mobile Node Away from Home--Part 1
5-3 Communication with Mobile Node Away from Home--Part 2
8-1 Using AF_INET Socket for IPv4 Communications
8-2 Using AF_INET6 Socket to Send IPv4 Communications
8-3 Using AF_INET6 Socket to Receive IPv4 Communications
8-4 Using AF_INET6 Socket for IPv6 Communications

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