1 %BB%E1%CC%EF%CE%D2%C2%B7%CF%C2%D4%D8avi Tode8

Www Hotgirlsfilm 1 Szh A%3E%3C Strong%3E%20%3Cem%3E7 2%3C Em%3E%3C P%3E%3Cp%20class Hot Girls Film 16hot 的博客

Www Hotgirlsfilm 1 Szh A%3E%3C Strong%3E%20%3Cem%3E7 2%3C Em%3E%3C P%3E%3Cp%20class Hot Girls Film

Em%3E%3C F Www �search searcht Em%3E%3C o Www g Em%3E%3C 3search% P%3E%3Cp%20class 0search3 A%3E%3C e Strong%3E%20%3Cem%3E7 %searchE7 P%3E%3Cp%20class �searcheasearchch Strong%3E%20%3Cem%3E7 Www wwsearch� 2%3C t A%3E%3C a A%3E%3C 7 Hotgirlsfilm 19218 A%3E%3C 2search3search Www co Www 2%3C %3% P%3E%3Cp%20class Csearch Www ea A%3E%3C c Strong%3E%20%3Cem%3E7 #searchWw A%3E%3C s A%3E%3C arc Szh 1Ho Strong%3E%20%3Cem%3E7 gr Strong%3E%20%3Cem%3E7 sf Hotgirlsfilm l Www Szh Ass%20Gaped%A1%AADigital%20Sin%C7%BF%B5%B5%D0%C2%C6%AC%3A%C2%E9%C0%B1%B8%D8%BD%BB%28india%20summer%B3%F6%D1%DD%29m Hotgirlsfilm 3Esearch3 Strong%3E%20%3Cem%3E7 s P%3E%3Cp%20class a Hotgirlsfilm c Hotgirlsfilm �3e 2%3C rc A%3E%3C � Szsearch Em%3E%3C s Em%3E%3C a Www c Szh ���search� Strong%3E%20%3Cem%3E7 �search� Szh � A%3E%3C � Strong%3E%20%3Cem%3E7
地址池可以和 route-to 过滤选项联合使用，在多路径路由协议（例如BGP4）不可用是负载均衡2个或者多个因特网连接。通过对 round-robin 地址池使用 route-to，输出连接可以平均分配到多个输出路径。
需要收集的附加的信息是邻近的因特网路由器IP地址。这要加入到 route-to 选项后来控制输入数据包的目的地址。
下面的例子通过2条到因特网的连接平衡输出流量：
lan_net=”192.168.0.0/24″
int_if=”dc0″
ext_if1=”fxp0″
ext_if2=”fxp1″
ext_gw1=”68.146.224.1″
ext_gw2=”142.59.76.1″

pass in on $int_if route-to \
{} round-robin \
from $lan_net to any keep state
route-to选项用来在收到流量的内部接口上指定平衡的流量经过各自的网关到输出的网络接口。注意route-to选项必须在每个需要均衡的过滤规则上出现。返回的数据包会路由到它们出去时的外部接口（这是由ISP做的），然后正常路由回内部网络。
要保证带有属于$ext_if1源地址的数据包总是路由到$ext_gw1（$ext_if2和$ext_gw2也是同样的），下面2行必须包括在规则集中：
pass out on $ext_if1 route-to ($ext_if2 $ext_gw2) from $ext_if2 to any
pass out on $ext_if2 route-to ($ext_if1 $ext_gw1) from $ext_if1 to any
最后，NAT也可以使用在输出接口中：
nat on $ext_if1 from $lan_net to any -> ($ext_if1)
nat on $ext_if2 from $lan_net to any -> ($ext_if2)

PF负载均衡 – 完整的输出负载均衡规则实例
一个完整的输出负载均衡的例子应该是这个样子：

lan_net=”192.168.0.0/24″
int_if = “dc0″
ext_if1 = “fxp0″
ext_if2 = “fxp1″
ext_gw1 = “68.146.224.1″
ext_gw2 = “142.59.76.1″

nat on $ext_if1 from $lan_net to any -> ($ext_if1)
nat on $ext_if2 from $lan_net to any -> ($ext_if2)

block in from any to any
block out from any to any

pass out on $int_if from any to $lan_net
pass in quick on $int_if from $lan_net to $int_if

pass in on $int_if route-to \
{} round-robin \
proto tcp from $lan_net to any flags S/SA modulatestate

pass in on $int_if route-to \
{} round-robin \
proto{} from $lan_net to any keep state

pass out on $ext_if1 proto tcp from any to any flags S/SA modulate state
pass out on $ext_if1 proto {} from any to any keep state
pass out on $ext_if2 proto tcp from any to any flags S/SA modulate state
pass out on $ext_if2 proto {} from any to any keep state

pass out on $ext_if1 route-to ($ext_if2 $ext_gw2) from $ext_if2 to any
pass out on $ext_if2 route-to ($ext_if1 $ext_gw1) from $ext_if1 to any

PF负载均衡 – 参考资料
OpenBSD 官方 PF handbook