[Linux + lighttpd + php + zeromq] environment setup

I. Introduction linuxlighttpdphpzeromq this environment is very suitable for Embedded web development. If you are working on embedded web development, this environment can provide you with a perfect solution. Function Introduction: 1. lighttpd: webserver; 2.php: Use php to implement webui and some business functions; 3. zeromq: zmq as a model

I. Introduction linux lighttpd php zeromq this environment is very suitable for Embedded web development. If you are working on embedded web development, this environment can provide you with a perfect solution. Function Introduction: 1. lighttpd: webserver; 2. php: Use php to implement webui and some business functions; 3. zeromq: zmq as a model

I. Introduction

Linux + lighttpd + php + zeromqEnvironmentIt is very suitable for Embedded web development. If you are developing embedded webEnvironmentIt provides you with the perfect solution.

Function introduction:

1. lighttpd: webserver;

2. php: Use php to implement webui and some business functions;

3. zeromq: zmq serves as an asynchronous message interaction component between modules;

The software architecture is roughly as follows:

System Module	Implementation Technology	Message Communication
WebUI	PHP	Zeromq for php
Business Module	PHP + C/C ++	Zeromq for c
Underlying Module	Uboot + linux + driver	Zeromq for c
Hardware	Embedded devices

II, EnvironmentBuild

1. Install libiconv(This is a dependent database, and it is not required if the system has one)

# Tar-zxvf libiconv-1.14.tar.gz
# Cd libiconv-1.14
#./Configure -- prefix =/usr/local/libiconv
# Make
# Make install

2. Install libzmq and libczmq Libraries

2.1. Install the tool (skip this step if your system has installed the following tool and the version is newer)
M4-latest.tar.gz
Autoconf-2.69.tar.gz
Automake-1.9.6.tar.gz
Libtool-1.5.22.tar.gz

Tool installation process:
1) copy the above tool to/usr/bin,
2) decompress (tar zxvf xxx.tar.gz)
3) sequentially go to the extracted directory and execute:
#./Configure
# Make
# Make install

2.2. Install libzmqlibrary libzmq-master.zip. Installation Process:
1) Run autogen. sh in the Code root directory.
Generate the configure file;
2) execute:
#./Configure
# Make
# Make install

2.3. Install czmq-1.4.1.tar.gz. Installation Process:
1) decompress tar zxvf czmq-1.4.1.tar.gz
2) cd czmq-1.4.1
3) execute:
#./Configure
# Make
# Make install

2.4. CZMQ installation test
# Cd./czmq-1.4.1/src
#./Czmq_selftest

3. install php and php zeromq extension methods
Copy the zmq-1.0.9 (zmq php extension package) to the ext/zmq directory of php (the directory after extraction of the php installation package as the root directory,
Then go to the root directory of the php-5.5 and execute:
#./Buildconf -- force
#. /Configure -- prefix =/usr/local/php5 -- enable-fastcgi -- enable-force-cgi-redirect -- enable-soap -- enable-sockets -- enable-sqlite-utf8 -- with-iconv =/usr /local/libiconv -- with-zmq
# Make
# Make install

4. Start the lighttpd Service (the default lighttpd has been compiled)

#./Lighttpd-D-f lighttpd. php. conf

Lighttpd. php. conf configuration file:

server.document-root = "/usr/local/boa"server.port = 2013mimetype.assign = (  ".html" => "text/html",  ".txt" => "text/plain",  ".jpg" => "image/jpeg",  ".png" => "image/png")static-file.exclude-extensions = ( ".fcgi", ".php", ".rb", "~", ".inc" )index-file.names = ( "index.html" )server.modules += ("mod_fastcgi")fastcgi.server =(  ".php" =>  ((    "socket" => "/tmp/php.socket",    "bin-path" => "/usr/local/php5/bin/php-cgi",    "bin-environment" => (        "PHP_FCGI_CHILDREN" => "16",        "PHP_FCGI_MAX_REQUESTS" => "10000"    ),    "min-procs" => 1,    "max-procs" => 1,    "idle-timeout" => 20   ))) 

Iii. Practice

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