Virtual Hosting With PureFTPd And MySQL (Incl. Quota And Bandwidth Management) On Debian Etch - Page 2
5 Configure PureFTPd
Edit /etc/pure-ftpd/db/mysql.conf. It should look like this:
cp /etc/pure-ftpd/db/mysql.conf /etc/pure-ftpd/db/mysql.conf_orig
Make sure that you replace the string ftpdpass with the real password for the MySQL user pureftpd in the line MYSQLPassword! Please note that we use md5 as MYSQLCrypt method, which means we will store the users' passwords as an MD5 string in the database which is far more secure than using plain text passwords!
Then create the file /etc/pure-ftpd/conf/ChrootEveryone which simply contains the string yes:
echo "yes" > /etc/pure-ftpd/conf/ChrootEveryone
This will make PureFTPd chroot every virtual user in his home directory so he will not be able to browse directories and files outside his home directory.
Also create the file /etc/pure-ftpd/conf/CreateHomeDir which again simply contains the string yes:
echo "yes" > /etc/pure-ftpd/conf/CreateHomeDir
This will make PureFTPd create a user's home directory when the user logs in and the home directory does not exist yet.
Now we must configure PureFTPd as a standalone daemon (it is currently controlled by inetd). To do this, we open /etc/default/pure-ftpd-common and change the value of the parameter STANDALONE_OR_INETD to standalone:
Next, we modify /etc/inetd.conf and comment out the ftp line:
Afterwards, we restart Inetd and PureFTPd:
6 Populate The Database And Test
To populate the database you can use the MySQL shell:
mysql -u root -p
Now we create the user exampleuser with the status 1 (which means his ftp account is active), the password secret (which will be stored encrypted using MySQL's MD5 function), the UID and GID 2001 (use the userid and groupid of the user/group you created at the end of step two!), the home directory /home/www.example.com, an upload and download bandwidth of 100 KB/sec. (kilobytes per second), and a quota of 50 MB:
INSERT INTO `ftpd` (`User`, `status`, `Password`, `Uid`, `Gid`, `Dir`, `ULBandwidth`, `DLBandwidth`, `comment`, `ipaccess`, `QuotaSize`, `QuotaFiles`) VALUES ('exampleuser', '1', MD5('secret'), '2001', '2001', '/home/www.example.com', '100', '100', '', '*', '50', '0');
Now open your FTP client program on your work station (something like WS_FTP or SmartFTP if you are on a Windows system or gFTP on a Linux desktop) and try to connect. As hostname you use server1.example.com (or the IP address of the system), the username is exampleuser, and the password is secret.
If you are able to connect - congratulations! If not, something went wrong.
Now, if you run
ls -l /home
you should see that the directory /home/www.example.com (exampleuser's home directory) has been automatically created, and it is owned by ftpuser and ftpgroup (the user/group we created at the end of step two):
server1:/etc/default# ls -l /home