Shulou(Shulou.com)06/01 Report--

In this article, the editor introduces in detail "how to configure the CentOS+Nginx+PHP+MySQL standard production environment". The content is detailed, the steps are clear, and the details are handled properly. I hope this article "how to configure the CentOS+Nginx+PHP+MySQL standard production environment" can help you solve your doubts.

Php 5.3.1

Mysql 5.0.89

Nginx 0.8.33 or 0.7.65 (optional)

This is much better than the one-click installation package circulated on the Internet. This method is highly recommended and is suitable for all rookies and experts. The full source code compilation and installation on my server is not much better, and it takes a lot of effort. I have already included some common extensions of php, pdo,eaccelerator,memcache,tidy and so on.

Centos minimizes installation, then create a new repo first

# vi / etc/yum.repos.d/centos.21andy.com.repo

Put in the following

[21andy.com]

Name=21andy.com packages for enterprise linux 5-$basearch

Baseurl= http://www.21andy.com/centos/5/$basearch/

Enabled=1

Gpgcheck=0

Protect=1

Enable epel repo

Centos i386 enter the following command

Rpm-ihv http://download.fedora.redhat.com/pub/epel/5/i386/epel-release-5-3.noarch.rpm

Enter the following command for centos x86room64

Rpm-ihv http://download.fedora.redhat.com/pub/epel/5/x86_64/epel-release-5-3.noarch.rpm

Then import key

Rpm--import / etc/pki/rpm-gpg/rpm-gpg-key-epel

Copy the code

Ok, install it with one click

Yum-y install nginx mysql-server php-fpm php-cli php-pdo php-mysql php-mcrypt php-mbstring php-gd php-tidy php-xml php-xmlrpc php-pear php-pecl-memcache php-eaccelerator

Finally, yum-y update, it's all the latest.

If you want to use the latest stable version of 0.7.65 for nginx, put

Yum-y install nginx

Replace it with

Yum-y install nginx-stable

That's it.

After pretending, you can already play like this.

Service mysqld start

Service php-fpm start

Service nginx start

Don't forget to set boot up.

Chkconfig-level 345 mysqld on

Chkconfig-level 345 php-fpm on

Chkconfig-level 345 nginx on

Find the configuration files on your own under / etc

See how automatic the installation is.

Dependencies resolved

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Package arch version repository size

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Installing:

Mysql x8631 64 5.0.89-1.el5 21andy.com 3.5m

Mysql-server x8631 64 5.0.89-1.el5 21andy.com 10m

Nginx x8634 0.8.33-3.el5 21andy.com 422k

Php-cli x8631 64 5.3.1-2.el5 21andy.com 2.4m

Php-eaccelerator x86x 64 2 0.9.6-1.el5 21andy.com 118k

Php-fpm x8634 5.3.1-2.el5 21andy.com 1.2m

Php-gd x8634 5.3.1-2.el5 21andy.com 110k

Php-mbstring x8631 64 5.3.1-2.el5 21andy.com 1.1m

Php-mcrypt x8631 64 5.3.1-2.el5 21andy.com 27k

Php-mysql x8631 64 5.3.1-2.el5 21andy.com 84k

Php-pdo x8634 5.3.1-2.el5 21andy.com 91k

Php-pear noarch 1VR 1.9.0-1.el5 21andy.com 420k

Php-pecl-memcache x8631 64 2.2.5-3.el5 21andy.com 44k

Php-tidy x8634 5.3.1-2.el5 21andy.com 31k

Php-xml x8631 64 5.3.1-2.el5 21andy.com 115k

Php-xmlrpc x8634 5.3.1-2.el5 21andy.com 48k

Installing for dependencies:

Gmp x8631 64 4.1.4-10.el5 base 201k

Libxaw x8634 1.0.2-8.1base 329k

Libxmu x8631 64 1.0.2-5 base 63k

Libxpm x8631 64 3.5.5-3 base 44k

Libedit x8631 64 2.11-2.20080712cvs.el5 epel 80k

Libmcrypt x8631 64 2.5.8-4.el5.centos extras 105k

Libtidy x8631 64 0.99.0-14.20070615.el5 epel 140k

Php-common x8631 64 5.3.1-2.el5 21andy.com 554k

Sqlite2 x8631 64 2.8.17-5.el5 21andy.com 165k

T1lib x8631 64 5.1.1-7.el5 epel 208k

Updating for dependencies:

Libevent x8631 64 1.4.12-1.el5 21andy.com 129k

Transaction summary

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Install 26 package (s)

Update 1 package (s)

Remove 0 package (s)

The following tests the performance of nginx + php-fpm on my local virtual machine and vps, respectively

My native virtual machine test, configured with pd930 dual-core 3.0g 64bit 2g memory, allocated 1g memory to the virtual machine, installed system is 5.4g 64bit

The test content is

500concurrent test, the cpu utilization rate is 30%, the system load is about 10, and the page is still fast.

[root@localhost] # webbench-c 500-t 30 http://127.0.0.1/

Webbench-simple web benchmark 1.5

Copyright (c) radim kolar 1997-2004, gpl open source software.

Benchmarking: get http://127.0.0.1/

500 clients, running 30 sec.

Speed=223504 pages/min, 21806556 bytes/sec.

Requests: 111752 susceed, 0 failed.

2000 concurrent test, the cpu utilization rate is 35%, the system load is about 18, and the page is still fast.

[root@localhost] # webbench-c 2000-t 30 http://127.0.0.1/

Webbench-simple web benchmark 1.5

Copyright (c) radim kolar 1997-2004, gpl open source software.

Benchmarking: get http://127.0.0.1/

2000 clients, running 30 sec.

Speed=429494 pages/min, 39004788 bytes/sec.

Requests: 214747 susceed, 0 failed.

5000 concurrent test, the cpu utilization rate is 30%, the system load is up to 35, and the page typing speed is good. Looking at this data, the 15 million php request mentioned a few days ago is fine.

[root@localhost] # webbench-c 5000-t 30 http://127.0.0.1/

Webbench-simple web benchmark 1.5

Copyright (c) radim kolar 1997-2004, gpl open source software.

Benchmarking: get http://127.0.0.1/

5000 clients, running 30 sec.

Speed=788986 pages/min, 66952700 bytes/sec.

Requests: 394493 susceed, 0 failed.

It's not good enough, it's sick, 10000 concurrent.

10000 concurrent, cpu use is still less than 30%, the system load has risen from about 60 to about 1000, dizzy to death! I can't believe you can open it! It's just a little stuck! It doesn't jam when the load is more than 600! Crazy, I am still a virtual machine, webbench is still on its own machine, Khan, too strong

[root@localhost] # webbench-c 10000-t 30 http://127.0.0.1/

Webbench-simple web benchmark 1.5

Copyright (c) radim kolar 1997-2004, gpl open source software.

Benchmarking: get http://127.0.0.1/

10000 clients, running 30 sec.

Speed=1513718 pages/min,-17973622 bytes/sec.

Requests: 756859 susceed, 0 failed.

While my vps, 2g memory, 8-core cpu test, but I did not use the above yum installation, but all compiled and installed with source code, the test results are as follows:

500 concurrency, cpu utilization 20%, load 2

# webbench-c 500-t 30 http://127.0.0.1/index.php

Webbench-simple web benchmark 1.5

Copyright (c) radim kolar 1997-2004, gpl open source software.

Benchmarking: get http://127.0.0.1/index.php

500 clients, running 30 sec.

Speed=120520 pages/min,-36244332 bytes/sec.

Requests: 60260 susceed, 0 failed.

2000 concurrency, cpu utilization is about 20%, load is about 2, no change

Webbench-c 2000-t 30 http://127.0.0.1/index.php

Webbench-simple web benchmark 1.5

Copyright (c) radim kolar 1997-2004, gpl open source software.

Benchmarking: get http://127.0.0.1/index.php

2000 clients, running 30 sec.

Speed=111454 pages/min,-44285944 bytes/sec.

Requests: 55727 susceed, 0 failed.

After reading this, the article "how to configure the CentOS+Nginx+PHP+MySQL standard production environment" has been introduced. If you want to master the knowledge points of this article, you still need to practice and use it yourself to understand it. If you want to know more about related articles, you are welcome to follow the industry information channel.

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