Table of Contents
- Step 1: Add a Sudo User
- Step 2: Update Ubuntu 16.04 System
- Step 3: Install Apache Web Server
- Step 4: Install and Configure PHP 7.0
- Step 5: Install MySQL Server
- Step 6: Create Database for Lychee
- Step 7: Install Lychee Files
- Step 8: Complete Lychee Installation
If you are using a different system, please check our other tutorials.
How to Install Lychee 3.1 Photo Album on a CentOS 7 LAMP VPS
How to Install Lychee 3.1 Photo Album on a Debian 9 LAMP VPS
How to Install Lychee 3.1 Photo Album on a Fedora 26 LAMP VPS
How to Install Lychee 3.1 Photo Album on a FreeBSD 11 FAMP VPS
Lychee 3.1 Photo Album is a simple and flexible, free and open source photo-management tool which runs on a VPS server. It installs in a matter of seconds, enabling you to upload, manage, and share photos quickly and securely. Lychee 3.1 features Dropbox import, (with a valid drop-ins app key). It can be expanded with new features via plug-ins which can, for instance, allow you to sync with any directory containing photos, upload photos via SSH, create RSS feeds out of your photos, add watermarks to your photos, plus many other advanced and useful features.
In this tutorial, we are going to install Lychee 3.1 Photo Album on an Ubuntu 16.04 LAMP VPS using Apache web server, PHP 7.0, and a MariaDB database.
- A clean IT Web Services Ubuntu 16.04 server instance with SSH access
Step 1: Add a Sudo User
We will start by adding a new
First, log into your server as
Add a new user called
user1 (or your preferred username):
When prompted, enter a secure and memorable password. You will also be prompted for your “Full Name” and some other details, but you can simply leave them blank by pressing
Now check the
/etc/sudoers file to make sure that the
sudoers group is enabled:
Look for a section like this:
%sudo ALL=(ALL:ALL) ALL
This line tells us that users who are members of the
sudo group can use the
sudo command to gain
root privileges. It will be uncommented by default so you can simply exit the file.
Next we need to add
user1 to the
usermod -aG sudo user1
We can verify the
user1 group membership and check that the
usermod command worked with the
Now use the
su command to switch to the new sudo user
su - user1
The command prompt will update to indicate that you are now logged into the
user1 account. You can verify this with the
Now restart the
sshd service so that you can login via
ssh with the new non-root sudo user account you have just created:
sudo systemctl restart sshd
root account (which will disconnect your
You can now
ssh into the server instance from your local host using the new non-root sudo user
If you want to execute sudo without having to type a password every time, then open the
/etc/sudoers file again, using
Edit the section for the
sudo group so that it looks like this:
%sudo ALL=(ALL) NOPASSWD: ALL
Please note: Disabling the password requirement for the sudo user is not a recommended practice, but it is included here as it can make server configuration much more convenient and less frustrating, especially during longer systems administration sessions. If you are concerned about the security implications, you can always revert the configuration change to the original after you finish your administration tasks.
Whenever you want to log into the
root user account from within the
sudo user account, you can use one of the following commands:
sudo -i sudo su -
You can exit the
root account and return back to your
sudo user account any time by simply typing the following:
Step 2: Update Ubuntu 16.04 System
Before installing any packages on the Ubuntu server instance, we will first update the system.
Make sure you are logged into the server using a non-root sudo user and run the following commands:
sudo apt-get update sudo apt-get -y upgrade
Step 3: Install Apache Web Server
Install the Apache web server:
sudo apt-get -y install apache2
Then use the
systemctl command to start and enable Apache to execute automatically at boot time:
sudo systemctl enable apache2 sudo systemctl start apache2
Check your Apache default site configuration file to ensure that the
DocumentRoot directive points to the correct directory:
sudo vi /etc/apache2/sites-enabled/000-default.conf
DocumentRoot configuration option will look like this:
We now need to enable the
mod_rewrite Apache module, so ensure that your Apache deafult site configuration file is still open, and add the following
Directory Apache directives just before the closing
</VirtualHost> tag, so that the end of your configuration file looks like this:
<Directory /var/www/html/> Options Indexes FollowSymLinks MultiViews AllowOverride All Order allow,deny allow from all </Directory> </VirtualHost>
The most important directive shown above is
Now save and exit the file, and enable the
mod_rewrite Apache module:
sudo a2enmod rewrite
We will restart Apache at the end of this tutorial, but restarting Apache regularly during installation and configuration is certainly a good habit, so let’s do it now:
sudo systemctl restart apache2
Step 4: Install and Configure PHP 7.0
We can now install PHP 7.0 along with all of the necessary PHP modules required by Lychee:
sudo apt-get -y install php php-gd php-mbstring php-common php-mysql php-imagick php-xml libapache2-mod-php php-curl php-tidy php-zip
Since we may need to use Lychee to upload and process large files, we will need to change some of the default PHP settings.
php.ini configuration file:
sudo vi /etc/php/7.0/apache2/php.ini
Change the following PHP options to these values:
max_execution_time = 300 post_max_size = 100M upload_max_size = 100M upload_max_filesize = 50M memory_limit = 256M
When you have finished, save and exit the file.
If you ever run into problems with not being able to upload or process large files with Lychee then simply try increasing the above values further, as that can solve your problems.
Step 5: Install MySQL Server
Install MySQL database server:
sudo apt-get -y install mysql-server
During the MySQL server installation, make sure you enter a secure password for the MySQL
root user. This
root user is different to the
root user in Ubuntu as it is only used for connecting to your database server with full privileges.
Start and enable MySQL server to execute automatically at boot time:
sudo systemctl enable mysql sudo systemctl start mysql
Secure your MySQL server installation:
When prompted, enter the password you created for the MYSQL
root user during installation. Simply answer “Y” to all of the other yes/no questions as the default suggestions are the most secure options.
Step 6: Create Database for Lychee
Log into the MySQL shell as the MySQL
root user by running the following command:
sudo mysql -u root -p
To access the MySQL command prompt, simply enter the MySQL
root password when prompted.
Run the following queries to create a MySQL database and database user for Lychee:
CREATE DATABASE lychee_db CHARACTER SET utf8 COLLATE utf8_general_ci; CREATE USER 'lychee_user'@'localhost' IDENTIFIED BY 'UltraSecurePassword'; GRANT ALL PRIVILEGES ON lychee_db.* TO 'lychee_user'@'localhost'; FLUSH PRIVILEGES; EXIT;
You can replace the database name
lychee_db and username
lychee_user with something more to your liking, if you prefer. Also, make sure that you replace “UltraSecurePassword” with an actually secure password.
Step 7: Install Lychee Files
Change your current working directory to the default web directory:
If you get an error message saying something like
'No such file or directory' then try the following command:
cd /var/www/ ; sudo mkdir html ; cd html
Your current working directory will now be:
/var/www/html/. You can check this with the
pwd (print working directory) command:
wget to download the Lychee installation package:
sudo wget --content-disposition https://github.com/electerious/Lychee/archive/v3.1.6.zip
Please note: You should definitely check for the most recent version by visiting the Lychee download page.
List the current directory to check that you have successfully downloaded the file:
sudo rm index.html
Let’s quickly install
unzip so we can unzip the file:
sudo apt-get -y install unzip
Now uncompress the zip archive:
sudo unzip Lychee-3.1.6.zip
Move all of the installation files to the web root directory:
sudo mv -v Lychee-3.1.6/* Lychee-3.1.6/.* /var/www/html 2>/dev/null
Change ownership of the web files to avoid any permissions problems:
sudo chown -R www-data:www-data * ./
Restart Apache again:
sudo systemctl restart apache2
Now we’re ready to move onto the final step.
Step 8: Complete Lychee Installation
It’s now time to visit the IP address of your server instance in your browser, or if you’ve already configured your IT Web Services DNS settings (and given it enough time to propagate) you can simply visit your domain instead.
To access the Lychee installation page, enter your IT Web Services instance IP address into your browser address bar:
Database Connection Detailspage, enter the following database values:
Database Host: localhost Database Username: lychee_user Password: UltraSecurePassword Database Name: lychee_db
Passwordfor your installation:
Username: <your username> Password: <a secure password>
Create Loginto continue.
You will be automatically redirected to your album upload page and logged into the admin section. If you want to change the settings you can click on the gear icon in the top left corner of the page.
To change the more advanced settings, you will need to return to the terminal and edit the Lychee configuration file:
sudo vi data/config.php
If you haven’t yet configured your IT Web Services DNS settings, you can do so using the IT Web Services DNS control panel.
It’s also advisable to configure your site to use SSL as most modern browsers will give warnings when sites do not have SSL enabled and SSL certificates are now available for free.
In any case, you are now ready to start uploading and sharing your photos. Make sure you check out the Lychee docs for more information about how to configure and use your photo manager.
Do you need help setting up this on your own service?
Please contact us and we’ll provide you the best possible quote!