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http://www.isc.org

一、安装Sqlite
Sqlite 主页： http://www.sqlite.org/

 # wget http://www.sqlite.org/sqlite-autoconf-3070500.tar.gz
        # tar zxvf sqlite-autoconf-3070500.tar.gz
        # cd sqlite-autoconf-3070500
        # ./configure
        # make && make install

二、安装bind

# wget http://ftp.isc.org/isc/bind9/9.7.3/bind-9.7.3.tar.gz
        # tar zxvf bind-9.7.3.tar.gz
        # cd bind-9.7.3
        看一下sqlite的README说明现在Bind已经支持sqlite这种数据库的方式。
        #cat contrib/sdb/sqlite/README.sdb_sqlite

# vi bin/named/main.c
        找到：
               /* xxdb_init(); */
        改为：
                sqlitedb_init();
        找到：
                /* xxdb_clear(); */
        改为：
                sqlitedb_clear();

# vi bin/named/Makefile.in
        找到：
                DBDRIVER_OBJS =
                DBDRIVER_SRCS =
                DBDRIVER_INCLUDES =
                DBDRIVER_LIBS =
        改为：
                DBDRIVER_OBJS = sqlitedb.o
                DBDRIVER_SRCS = sqlitedb.c
                DBDRIVER_INCLUDES =
                DBDRIVER_LIBS = -lsqlite3

拷贝所需的文件到编译目录

# cp contrib/sdb/sqlite/sqlitedb.* bin/named/
        # cp contrib/sdb/sqlite/sqlitedb.h bin/named/
        # ./configure '--prefix=/usr/local/bind' '--enable-threads' '--disable-openssl-version-check'
        # make && make install

三、配置bind

# mkdir /var/named
        # cd /var/named
        生成根域的配置文件
        # dig -t NS. > named.root
        生成rndc的配置文件
        # /usr/local/bind/sbin/rndc-confgen | tail -10 | sed 's/^#//g' >> /usr/local/bind/etc/named.conf

生成本地zone文件。

# vi localhost.zone
                $TTL86400
                $ORIGIN localhost.
                @1D IN SOA@ root (
                                                2011030342; serial (d. adams)
                                                3H; refresh
                                                15M; retry
                                                1W; expiry
                                                1D ); minimum

                1D 	IN 		NS		@
                1D 	IN 		A		127.0.0.1

生成本地反解文件

# vi  named.local
                $TTL86400
                $ORIGIN localhost.
                @1D IN SOAlocalhost. root.local. (
                                                2011030342; serial (d. adams)
                                                3H; refresh
                                                15M; retry
                                                1W; expiry
                                                1D ); minimum

                1D 	IN		NS		localhost.
                1D 	IN 		PTR	localhost.

named.conf的配置文件。

 # vi /usr/local/bind/etc/named.conf
                logging {
                        channel "my_default_channel" {
                        file "/u01/Log/default.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };
                        channel "my_general_channel" {
                        file "/u01/Log/general.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_security_channel" {
                        file "/u01/Log/security.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_config_channel" {
                        file "/u01/Log/config.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_xfer-in_channel" {
                        file "/u01/Log/xfer-in.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_xfer-out_channel" {
                        file "/u01/Log/xfer-out.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_notify_channel" {
                        file "/u01/Log/notify.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_client_channel" {
                        file "/u01/Log/client.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_update_channel" {
                        file "/u01/Log/update.log" versions 3 size 20m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        channel "my_queries_channel" {
                        file "/u01/Log/queries.log" versions 9 size 400m;
                        severity info;
                        print-time yes;
                        print-category yes;
                        };

                        category "default"{ "my_default_channel"; };
                        category "general" { "my_general_channel"; };
                        category "security" { "my_security_channel";};
                        category "config" { "my_config_channel"; };
                        category "xfer-in" { "my_xfer-in_channel"; };
                        category "xfer-out" { "my_xfer-out_channel";};
                        category "notify" { "my_notify_channel"; };
                        category "client" { "my_client_channel"; };
                        category "update" { "my_update_channel"; };
                        category "queries" { "my_queries_channel";};
                }; 

         options {
                        directory "/var/named/";
          };

          key "rndc-key" {
                         algorithm hmac-md5;
                         secret "JEix1IY/3kASL5CHmhkL1g==";
          };  

          controls {
                         inet 127.0.0.1 port 953
                         allow { 127.0.0.1; } keys { "rndc-key"; };
          };

          zone "." IN {
                         type hint;
                        file "named.root";
          };

          zone "localhost" IN {
                        type master;
                        file "localhost.zone";
          }; 

          zone "0.0.127.in-addr.arpa" IN {
                         type master;
         		 file "named.local";
           };

           zone "test1.com" IN {
                        type master;
                        database "sqlite /var/named/test1.com.zone test1";

};

四、创建sqlites数据库。

 # sqlite3 test1.com.zone
          SQLite version 3.7.5
          Enter ".help" for instructions
          Enter SQL statements terminated with a ";"
          sqlite> CREATE TABLE test1 (
             ...> name varchar(255) default NULL,
             ...> ttl int(11) default NULL,
             ...> rdtype varchar(255) default NULL,
             ...> rdata varchar(255) default NULL
             ...> );

          sqlite> INSERT INTO test1 VALUES ('test1.com', 259200, 'SOA', 'test1.com. www.test1.com. 200309181 28800 7200 86400 28800');
          sqlite> INSERT INTO test1 VALUES ('test1.com', 259200, 'NS', 'ns0.test1.com.');
          sqlite> INSERT INTO test1 VALUES ('ns0.test1.com', 259200, 'A', '10.101.10.35');
          sqlite> INSERT INTO test1 VALUES ('test1.com', 259200, 'MX', '10 mail.test1.com.');
          sqlite> INSERT INTO test1 VALUES ('w0.test1.com', 259200, 'A', '192.168.1.1');
          sqlite> INSERT INTO test1 VALUES ('w1.test1.com', 259200, 'A', '192.168.1.2');
          sqlite> INSERT INTO test1 VALUES ('www.test1.com', 259200, 'CNAME', 'w0.test1.com.');
          sqlite> .exit

五、测试
看看输出的信息有无异常。

# /usr/local/bind/sbin/named -g

用big命令测试。

# dig @10.101.10.35 w0.test1.com

bind的日志输出
02-Mar-2011 19:32:42.938 client 10.101.10.200#34066: query: w0.test1.com IN A + (10.101.10.35)

感谢：
本文参考badb0y的文章
http://blog.chinaunix.net/space.php?uid=405749&do=blog&id=27472

一、安装

# wget ftp://ftp.isc.org/isc/9/9.6.1b1/-9.6.1b1.tar.gz
# tar zxvf bind-9.6.1b1.tar.gz
# cd bind-9.6.1b1.tar.gz
# ./configure –desable-ipv6
# make
# make install

二、配置文件
根的13台服务器

# dig -t NS. #这个是显示13台根服务器。
# Dig -t NS. > /var/named/named.ca #根服务器的文件

>

1.1建立named.conf主配置文件

# vi /var/named/named.ca

options {
	directory “/var/named/”;
};
zone “.” {
	type hint;
	file “named.ca”;
};

1.2生成rndc服务器配置文件。

# /usr/local/named/sbin/rndc-confgen | tail -10 > /tmp/rndc.conf
# sed -i s/^#//g /tmp/rndc.conf >> /var/named/named.conf

1.3现在named.conf的配置文件大概是这样。

# cat /etc/named.conf
options {
	directory “/var/named/”;
};
zone “.” {
	type hint;
	file “named.ca”;
};
key “rndc-key” {
	algorithm hmac-md5;
	secret “iXWJniRhmLzikv5zGt8+oQ==”;
};
controls {
	inet 127.0.0.1 port 953
	allow { 127.0.0.1; } keys { “rndc-key”; };
};

1.4测试
代码:

# /usr/local/named/sbin/named -c /var/named/named.conf
# tail -30 /var/log/messages	 #看一下日志有什么错误。
# lsof -i:53	 #看一下端口是否正常

# /usr/local/named/sbin/named -c /var/named/named.conf
# tail -30 /var/log/messages #看一下日志有什么错误。

# lsof -i:53 #看一下端口是否正常
# dig @10.10.11.121 www.google.com ＃测试一下是否能解析出来，10.10.11.121是你named的IP地址。

# vi /var/named/named.conf

options {
	directory “/var/named/”;
	version “0.0.0″;
	allow-transfer { 192.168.1.6; };
	forwarders { 192.168.1.1; };
};
logging {
	channel dns_errors
		{ file “/var/log/named/err_logs” versions 3 size 10m;
		severity error;
		print-category yes;
		print-severity yes;
		print-time yes;
	};
	channel dns_queries
		{ file “/var/log/named/query_logs” versions 3 size 10m;
		severity info;
		print-category yes;
		print-severity yes;
		print-time yes;
	};
	category default { dns_errors; };
	category queries { dns_queries; };
};

zone “.” {
	type hint;
	file “named.ca”;
};

zone “localhost” {
	type master;
	file “named.local”;
};

zone “0.0.127.IN-addr.arpa” {
	type master;
	file “named.rev”;
};

zone “apparitor.com” {
	type master;
	file “apparitor.com.zone”;
};

key “rndc-key” {
	algorithm hmac-md5;
	secret “iXWJniRhmLzikv5zGt8+oQ==”;
};

controls {
	inet 127.0.0.1 port 953
	allow { 127.0.0.1; } keys { “rndc-key”; };
};

# vi /var/named/named.local
@ 1D IN SOA localhost. root.localhost. (
							20070301
							1H
							15M
							1W
							1D )
		IN 		NS 		@
		IN 		A 			127.0.0.1

# vi /var/named/named.rev
@ 1D IN SOA localhost. root.localhost. (
							20070301
							1H
							15M
							1W
							1D )

		IN		NS 		localhost.
1 		IN 		PTR 		localhost.

# vi /var/named/apparitor.com.zone
$TTL 180
@ IN SOA ns1.apparitor.com. root.apparitor.com. (
							200810241006 ; serial (d. adams)
					3H ; refresh
					15M ; retry
					1W ; expiry
					1D ) ; minimum

@		 IN 		NS 		ns1.apparitor.com.
ns1 	 IN 		A 			10.10.11.121
cname	 IN		A 			10.10.11.128
www 	IN 		A 			10.10.11.128
www1 	IN 		CNAME 	cname

1.6创建日志文件

# mkdir /var/log/named
# touch /var/log/named/err_logs
# touch /var/log/named/query_logs

二、测试
杀掉named进程

# kill -9 `pidof named`
# /usr/local/named/sbin/named -c /var/named/named.conf
# dig @10.10.11.121 www.apparitor.com
# dig @10.10.11.121 www1.apparitor.com

bind的本身就自带压测软件，只是默认编译的时候不被编译。
Bind 主页：

http://www.isc.org

1、下载bind软件，

# wget http://ftp.isc.org/isc/bind9/9.7.3/bind-9.7.3.tar.gz
        # tar zxvf bind-9.7.3.tar.gz
        # cd bind-9.7.3/contrib/queryperf/

2、安装queryperf
看一下README 说的很想详细。

# ./configure
# make

编译完之后会生成queryperf 文件。
使用方法：

# queryperf -d input_file -s server
 input_file:压力测试的时候读取的文件，
          格式： www.turku.fi A
                 www.helsinki.fi A
 server:要测试dns服务器的IP。