How to setup Odoo 17 on AWS

In our previous blog, we discussed how we can set up Odoo16 on AWS. Now let’s proceed further to know how we can set up odoo 17 on the AWS cloud server.

Steps to setup Odoo 17 on the AWS server

Step 1: Update The Apt Source List

apt-get update: Updates the list of available packages and their versions from the repositories.

Step 2: Install The Required Python Libraries

Let’s install further Python libraries –

These tools are required to –

• git: Version control system for cloning repositories.
• python3-pip: Python package installer for Python 3.
• build-essential: Includes necessary tools for building software (like gcc, make).
• wget: Utility for downloading files from the web.
• libpq-dev: Development files for PostgreSQL.
• libsasl2-dev: Development files for SASL (Simple Authentication and Security Layer).
• libldap2-dev: Development files for LDAP (Lightweight Directory Access Protocol).
• -y: Automatically answers “yes” to prompts.

Step 3: Create A User To Run The Odoo Application

Note: However, You can create your own version-specific user.

• useradd: will create a new user account.
• -m: Creates a home directory for the user.
• -d /opt/odoo17: Specifies the user’s home directory.
• -U: Creates a user group with the same name.
• -r: Creates a system account (not a regular user).

Step 4: Install & Configure The PostgreSQL Database Server

A database can be served from the local database server as well as through the AWS RDS.

Case 1: If you are using Local Database Server (PostgreSQL)

Use this command to install the PostgreSQL server –

After installing the PostgreSQL, We will set up a new PostgreSQL user to do the interactions with the database from the odoo application.

• su – postgres: Switches to the Postgres user.
• -c “createuser -s odoo17”: Executes the createuser command to create a superuser named odoo17.

Case 2: If you are using AWS RDS

To connect to an RDS PostgreSQL instance from an Ubuntu server and create a user, you can follow these steps:

Install the PostgreSQL client on your Ubuntu server if it’s not already installed:

Now, you can connect to your RDS and run the following command.

• psql: PostgreSQL interactive terminal.
• -p 5432: Specifies the port number (default PostgreSQL port).
• -h yourrdsendpoint: Specifies the RDS endpoint.
• -U username: Specifies the username to connect with.

Now you can CREATE ROLE odoo17 WITH LOGIN PASSWORD ‘$ecretp@$$’;

Step 5: Clone The latest Code From Github After Switching To The Odoo17 User

• sudo su – odoo17 -s /bin/bash : Switches to the odoo17 user and starts a new shell.
• git clone: Clones a repository.
• –depth 1: Fetches only the latest snapshot of the repository.
• –branch 17.0: Specifies the branch to clone.
• /opt/odoo17/odoo: Directory where the repository will be cloned.

Once the latest code is cloned on your server, you can exit from the odoo17 user and be the root user to run further commands.

Step 6: Install Required Web Dependencies For The Odoo

• npm: Node.js is a package manager.
• node-less: LESS (Leaner Style Sheets) compiler for Node.js.
• -g: Installs packages globally.

Step 7: Installing Wkhtmltopdf

To install the Wkhtmltopdf package on an Ubuntu 22.04 server, you need to have the libssl1.1 package (libssl1.1_1.1.1f-1ubuntu2_amd64.deb) installed on the server.

Wkhtmltopdf is used for generating PDF documents from HTML content. This is useful for generating reports, invoices, or any other document that needs to be printed or archived in a PDF format.

This command will help download and install a specific version of the OpenSSL library
provides cryptographic functions, SSL (Secure Sockets Layer), and TLS (Transport Layer Security) protocols.

This command copies the wkhtmltopdf executable to /usr/bin, making it available system-wide. This is useful if the executable is not already in the system’s PATH.

This command just like the previous command will convert HTML to images (e.g., PNG).

Step 8: Install Required Python 3 Dependencies For Odoo

pip3 install -r requirements.txt: Installs Python dependencies listed in requirements.txt.

if you face cffi issue because of version incompatibility.

Run the below command.

again run the requirement txt

Now the cffi package issue has been Fixed

Step 9: Make A Directory To Keep Track Of Odoo Logs

• mkdir: Creates a new directory to keep track of odoo logs.
• chown: Changes file owner to odoo and group to root.

Step 10: Create A Configuration File For The Odoo

Sample configuration file.

Further, Set the ownership and permission to the file.

• admin_passwd: Sets the administrator password.
• db_host: Database host (set to RDS endpoint if using RDS).
• db_port: Database port.
• db_user: Database user.
• db_password: Database user password.
• addons_path: Path to Odoo add-ons.(We use webkul addons here)
• logfile: Path to the log file.
• proxy_mode: Enables proxy mode.

Step 11: Now Create An Odoo Boot Script

This script will let us start/stop the Odoo as a service automatically. Click here to get the script.

Note:- Copy the script to your server and change the daemon path with your respective path.

Now, let’s set the ownership and the permission also for the file.

Step 12: Start/Stop Odoo Service

Monitor logs of the Odoo using the below command.

• /etc/init.d/odoo-server start: Starts the Odoo service.
• tail -f: Continuously displays the log file contents.

Let’s try the IP and port in your preferred browser if the logs don’t show any indication of an error.

Note – Do open the 8069 port from the AWS console in the Security group.

Now your Odoo is successfully operating on a browser with a given IP address and port.

If you want to configure your Odoo application with Nginx, then you can refer to the Blog.

Need Support?

Thank You for reading this Blog!

For further more interesting blogs, keep in touch with us. If you need any kind of support, simply raise a ticket at https://webkul.uvdesk.com/en/. Also, visit our useful OpenCart modules.

For further help or queries, please contact us or raise a ticket.