;Fastcgi_read_timeout300;Fastcgi_buffer_size64k;Fastcgi_buffers464k;Fastcgi_busy_buffers_size128k;Fastcgi_temp_file_write_size128k;#gzip模块设置GzipOn#开启gzip压缩输出Gzip_min_length1k;#最小压缩文件大小Gzip_buffers416k;#压缩缓冲区Gzip_http_version1.0;#压缩版本 (default 1.1, front End If squid2.5 please use 1.0)Gzip_comp_level2;#压缩等级Gzip_types text/plain application/x-javascript text/css application/xml;#压缩类型, the default is already included textml, so there is no need to write, write up will not have a problem, but there
Modify the NIC Eth0Vim/etc/sysconfig/network-scripts/ifcfg-eth0++++++++++++++++++++++++++++++++Device= "Eth0"bootproto= "Static" #将原来的值 "DHCP" to "Static"Hwaddr= "00:0c:29:f2:4e:96"ipv6init= "Yes"Nm_controlled= "Yes"onboot= "Yes"Type= "Ethernet"Uuid= "B68B1EF8-13A0-4D11-A738-1AE704E6A0A4"ipaddr=192.168.1.16 #你需要定义的IP地址#以下两个的值如果不清楚的话, you can open your local computer,--"Control Panel \ All Control Panel items \ Network and Sharing Center \ Local Area C
An example of Cisco Easy VPN comprehensive configuration is shown in this example. The topology is 15-15. In this example, the Cisco 831 router is used as the remote device of Easy VPN and the Cisco 1751 router is used as the device of Easy VPN Server. In this example, the W
This article mainly introduces the example of a tftp backup configuration file for a digital device using python. For more information, see the following environment: [wind2003 [open Tftp server] + virtualbox: javastn10 server]
Tftp: Open TFTP Server
Ubuntn
Python + pyequalct
Reason for using virtual machine: pybench Ct does not support windows
Note: I originally intended to use secrueCrt scripts. because
Configuration example of cisco router and layer-3 Switch environment, cisco layer-3 SwitchSimple environment configuration instance for cisco router layer-3 Switch
I. network topology:
Ii. configuration command:
1. vro Configuration:
Interface FastEthernet0/0
the main server can be added here IP192.168.5.149 or 127.0.0.1 can both represent access to themselves.Restart Nginx, and then visit a.com to see if it will be assigned to the primary server.OkThe primary server is also able to join the service normally.finallyOne, load balancing is not nginx unique, famous dingding Apache also have, but performance may not be as nginx.Second, more than one server to provide services, but the domain name only resolves to the primary server, and the real server
/data0/htdocs/www;}Restart Nginx, in the browser input a.com:8080 try to see if you can access. Results can be accessed normallySince the normal access, then we can add the main server to upstream, but the port to change, the following code:Upstream A.com {Server 192.168.5.126:80;Server 192.168.5.27:80;Server 127.0.0.1:8080;}Since the main server can be added here IP192.168.5.149 or 127.0.0.1 can both represent access to themselves.Restart Nginx, and then visit a.com to see if it will be assigne
server can be added here IP192.168.5.149 or 127.0.0.1 can both represent access to themselves.Restart Nginx, and then visit a.com to see if it will be assigned to the primary server.The primary server is also able to join the service normally.At lastOne, load balancing is not nginx unique, famous dingding Apache also have, but performance may not be as nginx.Second, more than one server to provide services, but the domain name only resolves to the primary server, and the real server
:80;Server 127.0.0.1:8080;}Since the main server can be added here IP192.168.5.149 or 127.0.0.1 can both represent access to themselves.Restart Nginx, and then visit a.com to see if it will be assigned to the primary server.The primary server is also able to join the service normally.At lastOne, load balancing is not nginx unique, famous dingding Apache also have, but performance may not be as nginx.Second, more than one server to provide services, but the domain name only resolves to the primar
code:Upstream A.com {Server 192.168.5.126:80;Server 192.168.5.27:80;Server 127.0.0.1:8080;}Since the main server can be added here IP192.168.5.149 or 127.0.0.1 can both represent access to themselves.Restart Nginx, and then visit a.com to see if it will be assigned to the primary server.The primary server is also able to join the service normally.At lastOne, load balancing is not nginx unique, famous dingding Apache also have, but performance may not be as nginx.Second, more than one server to
;Server 127.0.0.1:8080;}Since the main server can be added here IP192.168.5.149 or 127.0.0.1 can both represent access to themselves.Restart Nginx, and then visit a.com to see if it will be assigned to the primary server.The primary server is also able to join the service normally.At lastOne, load balancing is not nginx unique, famous dingding Apache also have, but performance may not be as nginx.Second, more than one server to provide services, but the domain name only resolves to the primary s
We have learned about dhcp relay and explained in detail the setting of each function. Here we will introduce a dhcp relay configuration example to help you understand the content and deepen your impression. Let's take a look at these details.
Dhcp relay configuration Example 1. Networking requirements
The
Load balancing is our big traffic site to do a thing, let me introduce you to the Nginx server load Balancing configuration method.Let's start with a quick look at what is load balancing, which is interpreted literally to explain the average load sharing of n servers, not because a server is under-loaded and idle on a single server. Then the premise of load balancing is to have more than one server to achieve, that is, more than two units can be.Becau
server is also able to join the service normally.At lastOne, load balancing is not nginx unique, famous dingding Apache also have, but performance may not be as nginx.Second, more than one server to provide services, but the domain name only resolves to the primary server, and the real server IP will not be ping can be obtained, add a certain security.Third, the IP in the upstream is not necessarily the in
. Enter, continue operation, the configuration of Dervice and DNS appears.650) this.width=650; "Src=" Http://s4.51cto.com/wyfs02/M00/82/7E/wKioL1dW7mCh1r6SAABmJBuISqw596.jpg-wh_500x0-wm_3 -wmp_4-s_3058501575.jpg "style=" Float:none; "title=" 3.jpg "alt=" Wkiol1dw7mch1r6saabmjbuisqw596.jpg-wh_50 "/>3. Enter the IP address, mask, and gateway.650) this.width=650; "Src=" Http://s1.51cto.com/wyfs02/M01/82/7E/wKi
machine's IP address. Of course, before configuring the gateway and subnet mask for NAT, this VMware comes with a tool: Vmware-netcfg, located under the VMware installation folder. The default should be in/usr/lib/vmware/bin/vmware-netcfg. To open with Super User privileges:
1
sudo/usr/lib/vmware/bin/vmware-netcfg
You can see that the default NAT configuration of the virtual
client, the switch can be configured completely. If you think that the management port is inconvenient, you can set the management IP address of the switch, turn on telnet or Http/https connection, and manage it through the LAN connection switch.
The configuration command for a switch has a hierarchy and is a command tree that allows you to drill down through the command layer to configure fine items.
Example of the hadoop configuration file automatically configured by shell [plain] #! /Bin/bash read-p 'Please input the directory of hadoop, ex:/usr/hadoop: 'hadoop_dir if [-d $ hadoop_dir]; then echo 'yes, this directory exist. 'else echo 'error, this directory not exist. 'Exit 1 fi if [-f $ hadoop_dir/conf/core-site.xml]; then echo "Now config the $ hadoop_dir/conf/core-site.xml file. "read-p 'Please inp
or Putty software on the client, you can configure all the vswitches. If the Management port connection is inconvenient, you can set the management IP address of the switch, enable the telnet or http/https connection mode, and manage it through the LAN connection switch.
The configuration command of a vswitch has a hierarchical structure. It is a command tree that allows you to configure detailed items t
nodes namePing 192.168.101.254 # to detect if the heartbeat information is normal by pinging the gateway# Configure resource management files, bind extranet ip:192.168.101.168# vim/etc/ha.d/haresourcesNode1.redhat.com ipaddr::192.168.101.168/24/eth0/httpd4. Copy the configuration file to Node2# scp-p/etc/ha.d/{ha.cf,authkeys,haresources} node2:/etc/ha.d/5. Create httpd index.html page and turn off boot htt
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