diff --git a/docs/config/forwarding-with-ipset.md b/docs/config/forwarding-with-ipset.md
index 873859e..4124a19 100644
--- a/docs/config/forwarding-with-ipset.md
+++ b/docs/config/forwarding-with-ipset.md
@@ -59,9 +59,10 @@ flowchart
 
 ## SmartDNS分流配置
 
-在上述流程图中，SmartDNS分流数据，需要做如下设置
-  * 内部域名从内部DNS服务器查询，并对IP进行测速，将最快IP地址返回客户端。
-  * 外部域名从外部服务器查询，不进行测速，将IP地址放入IPSet/NFTSet中供数据转发。
+1. 在上述流程图中，SmartDNS分流数据，需要做如下设置
+
+    * 内部域名从内部DNS服务器查询，并对IP进行测速，将最快IP地址返回客户端。
+    * 外部域名从外部服务器查询，不进行测速，将IP地址放入IPSet/NFTSet中供数据转发。
 
 1. 基本配置
 
@@ -101,7 +102,7 @@ flowchart
 
 1. 配置域名规则
 
-    配置黑名单域名，对名单中的域名走public服务器组，并关闭测速，关闭IPV6，加入IPSET。
+    配置白名单域名，对名单中的域名走public服务器组，并关闭测速，关闭IPV6，加入IPSET。
 
     ```shell
     # 添加域名列表，格式为一行一个域名
@@ -211,7 +212,7 @@ flowchart
 
 1. 方式一：仅TCP转发 （容易）
 
-    1. 创建nftable的nftset集合，集合名称为`#4:ip#nat:public_set`
+    1. 创建nftable的nftset集合，集合名称为`#4:ip#nat#public_set`
 
         ```shell
         nft add set ip nat public_set { type ipv4_addr\; flags interval\; auto-merge\; }
@@ -226,7 +227,7 @@ flowchart
     1. smartdns中配置nftable规则
 
         ```shell
-        nftset /example.com/#4:ip:nat:public_set
+        nftset /example.com/#4:ip#nat#public_set
         ```
 
     1. 启用转发程序
@@ -282,7 +283,7 @@ flowchart
     1. smartdns配置nftset
 
         ```shell
-        nftset /example.com/#4:ip#smartdns:public
+        nftset /example.com/#4:ip#smartdns#public
         ```
 
     1. 启用转发程序
diff --git a/en/docs/config/forwarding-with-ipset.md b/en/docs/config/forwarding-with-ipset.md
index c35c517..d67db09 100644
--- a/en/docs/config/forwarding-with-ipset.md
+++ b/en/docs/config/forwarding-with-ipset.md
@@ -59,10 +59,10 @@ flowchart
 
 ## SmartDNS forward configuration
 
-In the above process diagram, SmartDNS forward data needs to be set as follows
+1. In the above process diagram, SmartDNS forward data needs to be set as follows
 
-* The internal domain obtains IP by querying the internal DNS server, and measures the speed of IP to return the fastest IP address to the client.
-* The external domain queries from the external server, does not measure the speed, and adds the IP address to the IPSet/NFTSet for data forwarding.
+    * The internal domain obtains IP by querying the internal DNS server, and measures the speed of IP to return the fastest IP address to the client.
+    * The external domain queries from the external server, does not measure the speed, and adds the IP address to the IPSet/NFTSet for data forwarding.
 
 1. Basic configuration
 
@@ -102,7 +102,7 @@ In the above process diagram, SmartDNS forward data needs to be set as follows
 
 1. Configure domain name policy
 
-    Configure blacklist domain names, use the `public` server group for domain names in the list, turn off speed measurement, turn off IPV6, and join IPSET.
+    Configure whitelist domain names, use the `public` server group for domain names in the list, turn off speed measurement, turn off IPV6, and join IPSET.
 
     ```shell
     # Add domain name list, format one domain name per line
@@ -213,7 +213,7 @@ To cooperate with smartdns to complete the forwarding of external requests, it i
 
 1. Method 1: TCP forwarding only (easier)
 
-    1. Create nftable's nftset collection, collection name is `#4:ip#nat:public_set`
+    1. Create nftable's nftset collection, collection name is `#4:ip#nat#public_set`
 
        ```shell
        nft add set ip nat public_set { type ipv4_addr\; flags interval\; auto-merge\; }
@@ -228,7 +228,7 @@ To cooperate with smartdns to complete the forwarding of external requests, it i
     1. Configure nftable rules in smartdns
 
        ```shell
-       nftset /example.com/#4:ip:nat:public_set
+       nftset /example.com/#4:ip#nat#public_set
        ```
 
     1. Enable forwarding program
@@ -284,7 +284,7 @@ To cooperate with smartdns to complete the forwarding of external requests, it i
     1. Configure nftset in smartdns
 
         ```shell
-        nftset /example.com/#4:ip#smartdns:public
+        nftset /example.com/#4:ip#smartdns#public
         ```
 
     1. Enable forwarding program