Recovery plan
							-------------
							
1) Verify that httpd, mysqld, php and svn are installed:
	* yum install httpd.x86_84
	* yum install MySQL-python.x86_64 mysql.x86_64 mysql-administrator.x86_64 mysql-server.x86_64 
				  mysqlclient10.x86_64 mysqlclient10-devel.x86_64 mysql-devel.x86_64 mysql-bench.x86_64
	* yum install svn.x86_64
	* yum install php.x86_64 php-mysql.x86_64 php-dba.x86_64 php-dbase.x86_64 php-devel.x86_64 php-gd.x86_64 php-xml.x86_64
				  
2) Start mysqld:
	* /sbin/service mysqld start
	
3) Grant to your Unix user all the privileges for the database from root account:
	* mysql
	> grant all on *.* to linkageattechnio@localhost identified by 'linkageattechnion';
	> grant all on *.* to linkageattechnio@<host name> identified by 'linkageattechnion';


4) Create database from root:
	* mysql
	> create database linkageattechnion;

5) Prepare ~/.my.cnf for your Unix user:
	*   [client]
		host=localhost
		user=linkageattechnion
		password=linkageattechnion
		database=linkageattechnion
		table
		
6) Copy the database backup file to the local machine, unzip it and run it from within mysql. At this point
all the database data is being restored:
	* scp cbl-link02:/home/linkageathome2/mysqldump/linkageattechnion.dmp.gz .
	* gzip -d linkageattechnion.dmp.gz 
	* mysql
	> .\ linkageattechnion.dmp

7) Create directory named 'projects', enter it and check out the latest version of the front end files:
	* mkdir ~/projects
	* cd ~/projects
	* svn co ssh+svn://cbl-evo/home/linkageathome/svn/superlinkattechnion
	
8) Copy all the profiles, such as .bash_profile, .bashrc and crontab to the Unix account

9) Include project-specific HTTPD configuration file and PHP-specific configuration file in /etc/httpd/conf/httpd.conf

10) Modify all the directories in $PROJECT_ROOT that contain the host name in their own name. 
 	Touch the following log files (as the project user):
	* touch $PROJECT_ROOT/log_<host name>/file_upload_handler.log
	* touch $PROJECT_ROOT/log_<host name>/cgi.log
	* chmod g+w $PROJECT_ROOT/log_<host name>/file_upload_handler.log
	* chmod g+w $PROJECT_ROOT/log_<host name>/cgi.log 

11) Verify that the HTTPD user shares a group with the project user and that there are appropriate
permissions for this group in project files (as root):
	* groupadd boinc
	* usermod -G boinc apache
	* usermod -G boinc linkageathome2
	* chgrp -R boinc ~/projects/superlinkattechnion
	* cd ~/projects/superlinkattechnion
	* chmod g+s upload
	* chmod g+s cgi-bin/cgi
	* chmod g+s html/cache
	* chmod g+s html/inc
	* chmod g+s html/languages
	* chmod g+s html/languages/compiled
	
12) Verify that the following symbolic links are installed (as the project user):
	* ln -s $PROJECT_ROOT/html/stats $PROJECT_ROOT/html/user/stats
	* ln -s $PROJECT_ROOT/download $PROJECT_ROOT/html/user/download
	* ln -s $PROJECT_ROOT/html/user_profile $PROJECT_ROOT/html/user/user_profile

13) Modify your $PROJECT_ROOT/config.xml with details of the new machine. For example, change all the
URLs to contain the new machine host name. Modify any other files that might contain the previous host name,
specifically, update/remove *.xml files from $PROJECT_ROOT/bin and run the profile pages update:
	* cd $PROJECT_ROOT/html/ops
	* ./run_in_ops ./update_profile_pages.php
	
14) Start httpd:
	* /sbin/service httpd start

15) Make all the necessary changes into <DocumentRoot>/robots.txt:
	*   User-agent: *
	    Disallow: /superlinkattechnion
	    Disallow: /superlinkattechnion_ops
	    Disallow: /superlinkattechnion_cgi

16) Prepare an appropriate logrotate configuration file and deposit it into
/etc/logrotate.d/:

	/home/<user name>/projects/<project name>/log_<host name>/transitioner.log
	{
	    compress
	    size=50M
	    create 0664 <user name> <group name> 
	    rotate 1
	    prerotate
	        umask 002
	        su - <user name> -c "stop"
	        /sbin/service httpd stop
	    endscript
	    postrotate
	        su - <user name> -c "start"
	        /usr/sbin/httpd -k start
	    endscript
	}