![]() Support for persistent IPv6 configuration in Linux distributions 1. Using ”netstat” for server socket binding check 2. IPv6-related entries in /proc/sys/net/ipv4/ 3.1. Manipulating neighbors table using ”ip” 2.1. Removing an IPv6 route through an interface 5.1. Add an IPv6 route through an interface 4.1. Removing an IPv6 route through a gateway 3.1. Test real use of Privacy Extension IPv6 Addresses 7. Enable Privacy Extension using NetworkManager 5.3. Enable Privacy Extension using sysctl 5.2. Checking DNS for resolving IPv6 addresses 5.2. IPv6-ready client programs (selection) 5.1. IPv6-ready network configuration tools 2.1. Compile kernel with IPv6 capabilities 1.4. Check for IPv6 support in the current running kernel 1.2. Prefix lengths (also known as "netmasks") 4.2. Automatically computed (also known as stateless) 3.2. Global address type "(Aggregatable) global unicast" 2.5. IPv6 address with embedded IPv4 address 2. IPv6 addresses: why so small a number of bits on a new design? 3. ![]() IPv6 addresses: why such a high number of bits? 4.3. Why is the name IPv6 and not IPv5 as successor for IPv4? 4.2. Linux operating system compatible hardware 2. How many versions of a Linux & IPv6 related HOWTO are floating around? 7. On-line references to the HTML version of this HOWTO (linking/anchors) 6.
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