Integrating Acunetix with CircleCI

If you want to include Acunetix in your DevSecOps, you need to integrate it with a CI/CD system. Acunetix has an out-of-the box integration for the most popular CI/CD system – Jenkins. However, you can use the Acunetix REST API to integrate the scanner with any CI/CD system. In this article, we’ll show you how to integrate Acunetix with the CircleCI CI/CD platform.
In this step-by-step example, we will use a simple web application running on Node.JS. We will integrate this application with GitHub and CircleCI.

Step 1. Prepare your Acunetix target information

Log in to your Acunetix installation.
Create a target for your web application. In this example, our web application is available via the following URL: http://testwebapp.acunetixexample.com:8080.
- Enter the URL for your web application
- Enter a Description for your web application
- Click on the Save button
You will be taken to the Target Settings page, where you can now retrieve the target ID from the URL.
Go to your profile page and retrieve your API key by clicking on the Copy button.

Step 2. Prepare your GitHub repository

Log in to your GitHub account – in this example, the account name is acunetix-test and the account email address is webmaster@acunetixexample.com.
On the Repositories page, click on the New button.
Create the new repository:
- Enter a Repository name – in this example, the repository name will be testwebapp
- Enter a Description for your repository
- Enable the Add a README file checkbox to initialize the repository
- Click on the Create repository button

Step 3. Prepare your local environment

In this example, the local environment will be a Ubuntu 20.04.1 desktop setup, but it should be the same for most Linux or MacOS setups. It should be sufficient to replace platform-specific steps with those appropriate for your environment. All the following steps will be performed on your local environment machine.

Install prerequisites

Update and upgrade your environment:
```
sudo apt update && sudo apt upgrade -y
```
Install git to interact with your GitHub repository:
```
sudo apt install git -y
```
Install Node.JS and npm:
```
sudo apt install npm -y
```

Write your local source code

Check out your GitHub repository:

cd ~
git clone https://github.com/acunetix-test/testwebapp.git (substitute "acunetix-test" with your GitHub account name)

Initialize npm within your local code repository:
```
cd ~/testwebapp
npm init -y
```
Create your basic web application with the file app.js in the base folder:
```
nano ~/testwebapp/app.js
```

Add the following lines to your app.js file:

const http = require('http');
http.createServer(function (req, res) {
  res.write('<html><head></head><body>');
  res.write('Welcome to the Test Web Application!'+'<br/>');
  res.write('===================================='+'<br/>');
  res.write('</body></html>');
  res.end();
}).listen(80, '0.0.0.0');

Add a CircleCI workflow configuration file to your source code

Create the configuration file:

mkdir ~/testwebapp/.circleci
nano ~/testwebapp/.circleci/config.yml

Add the following lines to your config.yml file:

version: 2.1
# Define the jobs for testwebapp (check out code and run a deploy.sh script)
jobs:
  pull-and-build:
    docker:
      – image: arvindr226/alpine-ssh
    steps:
      – checkout
      – run: ssh -oStrictHostKeyChecking=no -v $USERNAME@$HOSTNAME "./deploy.sh"

# Orchestrate the testwebapp job run sequence (runs only on commit to main branch)
workflows:
  version: 2
  build-project:
    jobs:
      – pull-and-build:
          filters:
            branches:
              only:
                – main

Commit changes to the GitHub repository

Change to the correct directory:
```
cd ~/testwebapp
```
Set your GitHub credentials and remote repository (substitute with your GitHub account email address):
```
git config user.email "webmaster@acunetixexample.com"
```

Commit your code changes:

cd ~/testwebapp
git add .
git commit -m "first code commit"
git push

Step 4. Prepare your deployment environment

In this example, the deployment environment will be a Ubuntu 18.04 LTS server running on a cloud platform. Therefore, the hostname for your deployment environment would be the same as for your target (in this example: testwebapp.acunetixexample.com).

Create a user for CircleCI to connect to the deployment environment

Create a user that does not use a password for login:

useradd -m -d /home/circleuser -s /bin/bash circleuser

Create an SSH key without a passphrase for the circleuser user:
```
ssh-keygen -m PEM -t rsa -f ~/.ssh/circleuser
```

Add the newly-created public key to /home/circleuser/.ssh/authorized_keys:

mkdir -p /home/circleuser/.ssh
printf "\n" >> /home/circleuser/.ssh/authorized_keys
cat ~/.ssh/circleuser.pub >> /home/circleuser/.ssh/authorized_keys
chown -R circleuser:circleuser /home/circleuser

Show the contents of the private key:
```
cat ~/.ssh/circleuser
```
Copy the contents of the private key – you will use this to allow your CircleCI to log in to your deployment environment.

Create a set of SSH keys for the user to authenticate in GitHub

Log in to your deployment environment as the circleuser user.
Create new SSH keys without a passphrase:
```
ssh-keygen -t rsa
```
Display the public key in the console and copy it for later:
```
cat ~/.ssh/id_rsa.pub
```
Log in to your GitHub account and navigate to your application’s repository.
Click on the Settings tab.
Select Deploy keys in the sidebar.
Click on the Add deploy key button.
Add a new key:
- Set the Title field to LogFromDeployEnvironment (or any other easy to remember name)
- Paste the contents of the public key you copied earlier into Key field
- Click on the Add key button

Configure firewall access for SSH and HTTP

Allow SSH and HTTP traffic through the firewall:

Log in to your deployment environment and run the following:
```
sudo ufw allow OpenSSH
sudo ufw allow 80
sudo ufw enable
```

Set up the project

Log in to your deployment environment as the circleuser user.
Clone the project source code (replace as necessary in the format: git@github.com:your_user_name/your_application_name.git):
```
git clone git@github.com:acunetix-test/testwebapp.git
```
Temporarily move to the testwebapp folder and install dependencies:
```
cd testwebapp
npm install
cd ~
```
Temporarily elevate your privileges to the root user and install pm2 to allow running a Node app as a background process:
```
su
npm install -g pm2
Exit
```
Start up your Node app using pm2 to register the process:
```
pm2 start ~/testwebapp/app.js
```
Create a deploy.sh file:
```
nano ~/deploy.sh
```

Add the following lines to your deploy.sh file:

#!/bin/bash
# Replace this with the path of your project on the VPS
cd ~/testwebapp

# Pull from the branch
git pull origin main

# Followed by instructions specific to your project that you used to do manually
npm install
export PATH=~/.npm-global/bin:$PATH
source ~/.profile

pm2 restart ~/testwebapp/app.js

Step 5. Configure CircleCI to integrate with GitHub

Set up the CircleCI project

Log in to your CircleCI account.
Go to your list of projects and click on the Set Up Project button for the project you wish to work with – in this example, your project is called testwebapp.
Click on the Use Existing Config button (you have already created a config.yml file in the repository).
Click on the Start Building button (this will use the config.yml from your repository). This will immediately trigger the first build and send you to the pipeline page. This initial build will fail because you need to perform some additional steps.

Configure the SSH key for CircleCI to connect to the deployment environment

On your application’s pipeline page, click on the Project Settings button.
Click on the SSH Keys menu item.
Click on the Add SSH Key button.
Enter the Hostname for your deployment environment (in this example: testwebapp.acunetixexample.com).
Enter the private key that you copied from your deployment environment.
Click on the Add SSH Key button.

Configure environment variables

On your application’s pipeline page, click on the Project Settings button.
Click on the Environment Variables menu item.
Click on the Add Environment Variable button.
Add an environment variable for the circleuser user that you created earlier in the deployment environment:
- Set the Name field to USERNAME
- Set the Value field to circleuser
- Click on the Add Environment Variable button
Add an environment variable for the IP address or the hostname of your deployment environment. In this example, the hostname is testwebapp.acunetixexample.com:
- Set the Name field to HOSTNAME
- Set the Value field to testwebapp.acunetixexample.com
- Click on the Add Environment Variable button

Step 6. Test pipeline workflow

The main test to check everything is working correctly is to simply make a change to the source code, commit the changes, and push the changes to GitHub. This will show up in your CircleCI pipeline page:

Step 7. Integrate with Acunetix

Finally, you need to edit the deploy.sh file in your deployment environment to add instructions to trigger an Acunetix scan of your web application target after every build.

Log in to your deployment environment as the circleuser user.
Edit the deploy.sh file:
```
nano ~/deploy.sh
```

Add a curl line to your deploy.sh file to trigger the scan; the final file should look like this:

#!/bin/bash

# Replace this with the path of your project on the VPS
cd ~/testwebapp

# Pull from the branch
git pull origin main

# Followed by instructions specific to your project that you used to do manually
npm install
export PATH=~/.npm-global/bin:$PATH
source ~/.profile

pm2 restart ~/testwebapp/app.js

curl -k -i --request POST --url "https://online.acunetix.com/api/v1/scans" --header "X-Auth: [API KEY]" --header "content-type: application/json" --data '{"profile_id":"11111111-1111-1111-1111-111111111111","schedule":{"disable":false,"start_date":null,"time_sensitive":false},"user_authorized_to_scan":"yes","target_id":"[Target ID]"}'

Replace the 3 highlighted fields:
- To set the correct X-Auth value, replace the [API KEY] text with the API key that you retrieved in the first section.
- The suggested value for profile_id is 11111111-1111-1111-1111-111111111111 – this default value is for a full scan. If you wish to specify a different scan profile, you can set one of the following values:
  - For the online version of Acunetix:
    - Full scan: 11111111-1111-1111-1111-111111111111
    - High risk vulnerabilities: 11111111-1111-1111-1111-111111111112
    - SQL injection vulnerabilities: 11111111-1111-1111-1111-111111111113
    - Weak passwords: 11111111-1111-1111-1111-111111111115
    - Cross-site scripting vulnerabilities: 11111111-1111-1111-1111-111111111116
    - Crawl only: 11111111-1111-1111-1111-111111111117
    - Malware scan: 11111111-1111-1111-1111-111111111120
    - Full web and network scan: 11111111-1111-1111-1111-211111111111
    - Network scan: 11111111-1111-1111-1111-211111111112
    - Network scan (safe checks): 11111111-1111-1111-1111-211111111113
    - Network scan quick: 11111111-1111-1111-1111-211111111114
  - For the on-premises version of Acunetix:
    - Full scan: 11111111-1111-1111-1111-111111111111
    - High risk: 11111111-1111-1111-1111-111111111112
    - SQL injection vulnerabilities: 11111111-1111-1111-1111-111111111113
    - Weak passwords: 11111111-1111-1111-1111-111111111115
    - Cross-site scripting vulnerabilities: 11111111-1111-1111-1111-111111111116
    - Crawl only: 11111111-1111-1111-1111-111111111117
    - High/medium risk: 11111111-1111-1111-1111-111111111119
    - Malware scan: 11111111-1111-1111-1111-111111111120
  - You can also use the scan profile ID of any custom scan profiles you may have created. You can retrieve the scan profile ID of custom scan profiles programmatically using the Acunetix REST API or by navigating to the custom scan profile and checking the URL:
To set the correct target_id value, replace the [Target ID] text with the target ID you retrieved in the first section.
All future commits will now also trigger a scan request to Acunetix:

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THE AUTHOR

Kevin Attard Compagno
Technical Writer

Kevin Attard Compagno is a Technical Writer working for Acunetix. A technical writer, translator, and general IT buff for over 30 years, Kevin used to run Technical Support teams and create training documents and other material for in-house technical staff.

Integrating Acunetix with CircleCI

Step 1. Prepare your Acunetix target information

Step 2. Prepare your GitHub repository

Step 3. Prepare your local environment

Install prerequisites

Write your local source code

Add a CircleCI workflow configuration file to your source code

Commit changes to the GitHub repository

Step 4. Prepare your deployment environment

Create a user for CircleCI to connect to the deployment environment

Create a set of SSH keys for the user to authenticate in GitHub

Configure firewall access for SSH and HTTP

Set up the project

Step 5. Configure CircleCI to integrate with GitHub

Set up the CircleCI project

Configure the SSH key for CircleCI to connect to the deployment environment

Configure environment variables

Step 6. Test pipeline workflow

Step 7. Integrate with Acunetix

THE AUTHOR

Related Posts:

Most Popular Articles:

Take action and discover your vulnerabilities

Integrating Acunetix with CircleCI

Step 1. Prepare your Acunetix target information

Step 2. Prepare your GitHub repository

Step 3. Prepare your local environment

Install prerequisites

Write your local source code

Add a CircleCI workflow configuration file to your source code

Commit changes to the GitHub repository

Step 4. Prepare your deployment environment

Create a user for CircleCI to connect to the deployment environment

Create a set of SSH keys for the user to authenticate in GitHub

Configure firewall access for SSH and HTTP

Set up the project

Step 5. Configure CircleCI to integrate with GitHub

Set up the CircleCI project

Configure the SSH key for CircleCI to connect to the deployment environment

Configure environment variables

Step 6. Test pipeline workflow

Step 7. Integrate with Acunetix

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THE AUTHOR

Related Posts:

Most Popular Articles:

Take action and discover your vulnerabilities