Build a bind server in linux with source code

Build the bind server in linux, compile and install bind [root @ YYzs tmp] # tar xvf bind-9.6.1.tar.gz [root @ YYzs tmp] # cd bind-9.6.1 [root @ YYzs bind-9.6.1] #. /configure? -- Prefix =/usr/local/named? -- Enable-threads // enable multi-thread processing capability [root @ YYzs bind-9.6.1] # make [root @ YYzs bind-9.6.1] # make install // because the installer does not automatically create a master configuration file, so we need to manually create // enter/usr/local/named to create the etc directory [root @ YYzs bind-9.6.1] # cd/usr/local/named [root @ YYzs named] # mkdir etc // from rndc. extract named from the conf file. keyroot @ linux for conf? Named] #? Cd? Sbin [root @ YYzs sbin] #. /rndc-confgen | tail-10 | head-9 | sed s/# \ // g>/usr/local/named/etc/named. conf // automatically generate a named in/usr/local/named/etc, conf file 2. Change the bind configuration file [root @ YYzs etc] # vi/usr/local/named/etc/named. conf // Add the following code options {# named file directory "/var/named"; # process id file name pid-file "named. pid ";}; controls {inet 127.0.0.1 allow {localhost ;}keys {rndckey ;};}; zone ". "IN {type hint; file" named. Root ";}; zone" localhost "IN {type master; file" localhost. zone "; allow-update {none ;};# specify the named as the 127.0.0 CIDR block to switch to the master server. # The named. local file contains the address-to-Domain Name conversion data in the format of 127.0.0. # (The 127.0.0 CIDR block address is the internal loopback address of the LAN interface) zone "0.0.127.in-addr. arpa "IN {type master; file" named. local "; allow-update {none ;};# specify named as the primary domain name server in the test.com domain. # The test. zone file contains all domain name conversion data in the form of * .test.com. Zone "test.com" IN {type master; file "test. zone"; allow-update {none ;};# specify the named as the master server for converting the IP address range of 192.168.1. # The test. local file contains all the conversion data from addresses in the form of 192.168.1. * to domain names. Zone "1.168.192.in-addr. arpa "IN {type master; file" test. local "; allow-update {none ;};}; 3. Create a partition file directory [root @ YYzs etc] # mkdir/var/named // enter/var/named www.2cto.com [root @ YYzs etc] # cd/var/named // /create localhost. zone file [root @ YYzs named] # vi localhost. zone $ TTL 86400 $ ORIGIN localhost. @ 1D in soa @ root (42; serial (d. adams) 3 H; refresh 15 M; retry 1 W; expiry 1D); minimum 1D in ns @ 1D in a 127. 0.0.1 // create named. local file [root @ YYzs named] # vi named. local $ TTL 86400 @ in soa localhost. root. localhost. (1997022700; Serial 28800; Refresh 14400; Retry 3600000; Expire 86400); Minimum in ns localhost. 1 in ptr localhost. // The dig command directly generates the named. root file [root @ YYzs named] # dig> named. root // create a forward resolution file for the test.com domain name [root @ YYzs named] # vi test. zone $ ttl 1D @ in soa test.com. root.test.com. (1053891162 3 H 15 M 1 W 1D) in ns test.com. in mx 5 test.com. www in a 192.168.1.107 // create A reverse resolution file for the test.com domain name [root @ YYzs named] # vi test. local $ TTL 86400 @ in soa test.com. root.test.com. (20031001; www.2cto.com 7200; 3600; 43200; 86400); @ in ns test.com. 82 in ptr dns.test.com. 4. Start the bind server [root @ YYzs named]/usr/local/named/sbin/named-c/usr/local/named/etc/named. conf & 5642 5. Test DNS [root @ YYzs named] # host 192.168.1.107 107.1.168.192.in-addr. arpa domain name pointer dns.test.com. // The above display indicates that dns reverse resolution is normal [root @ YYzs named] # ping www.test.com PING www.test.com (192.168.1.107) 56 (84) bytes of data. // The above display indicates that forward resolution is normal // DNS configuration is complete. From the movie month's injury Column