Deploy the PortSIP PBX HA on AWS
Note: all Linux commands mentioned in this documentation, must be performed by the root user.
- Ubuntu 20.04 or CentOS 7.9, 64 bit
- Three AWS EC2 instances (in this documentation, the “EC2 server“ and “node“ are the same thing, both referring to the AWS EC2 instance)
- The EC2 instance minimum requirements: 2 vCPU and 4G memory
- Must enable ‘assign the public IP automatically’ for each node
- Allocate the static private IP for each node
- All EC2 servers must be located within the same Region, VPC, and subnet
- An elastic IP
- Each EC2 server should have a disk mounted to the same path and be the same size
- Choose any one node as the “master node“, unless explicitly specified all operations are performed via the master node
In the PortSIP PBX HA, all nodes will be deployed in the same VPC, subnet, we will need to assign the static private IP of the subnet to the nodes.
Open the AWS VPC menu, you can choose an existing VPC, or click the “Create VPC“ to create a new one. As the below screenshot, the VPC IP range is 172.31.0.0.
Click the “Subnets“ menu to list the subnets, if there are no subnets, please click “Create subnet“ to create a new one. As below screenshot, the “Subnet ID“ is “subnet-b1e7e9c9“, the IP range is 172.31.0.0/20.
In this case, we assign 172.31.5.133 to node 1, 172.31.5.134 to node 2, 172.31.5.135 to node 3.
When creating an EC2 instance, in step 3 “Configure Instance, " choose the subnet you created before, if it’s “subnet-b1e7e9c9“.
The “Auto-assign Public IP“ should choose "Enable".
In the “Network interfaces“ section, enter the IP “172.31.5.133“ for the “Primary IP“ field for node 1; Enter the IP “172.31.5.134“ for “Primary IP“ field for node 2; Enter the IP “172.31.5.135“ for “Primary IP“ field for node 3.
In step 4 “Add Storage“, click the “Add New Volume“ to add an extra disk volume.
Note you will need to add the new volume for each EC2 instance, they will have the same size, and the same mount path in the case is /dev/sdd, the new volume size suggests at least 50G GB.
Important: don't set encryption for the new volume.
The Node Host Name is setting up automatically by AWS in default after you created the EC2 instance.
NODE HOST NAME | PUBLIC IP | PRIVATE IP | DISK | ENABLE ROOT USER |
ip-172-31-5-133 | Assigned by AWS | 172.31.5.133 | /dev/sdd (8GB) | YES |
ip-172-31-5-134 | Assigned by AWS | 172.31.5.134 | /dev/sdd (8GB) | YES |
ip-172-31-5-135 | Assigned by AWS | 172.31.5.135 | /dev/sdd (8GB) | YES |
Note in this case we use the node “ip-172-31-5-133“ to act as the master node.
Inbound rule
TYPE | PROTOCOL | PORT RANGE | SOURCE | DESCRIPTION - OPTIONAL |
Custom TCP | TCP | 2224 | 0.0.0.0/0 | Resource manager |
SSH | TCP | 22 | 0.0.0.0/0 | ssh |
Custom TCP | TCP | 7789 | 0.0.0.0/0 | disk data sync |
Custom TCP | TCP | 5065 | 0.0.0.0/0 | SIP WSS |
Custom UDP | UDP | 5060 | 0.0.0.0/0 | SIP Signaling |
Custom TCP | TCP | 8899 - 8900 | 0.0.0.0/0 | REST API |
Custom UDP | UDP | 5404 - 5406 | 0.0.0.0/0 | corosync |
Custom TCP | TCP | 9333 | 0.0.0.0/0 | dfs port |
Custom UDP | UDP | 25000 - 34999 | 0.0.0.0/0 | RTP |
Custom UDP | UDP | 45000 - 65000 | 0.0.0.0/0 | RTP |
Custom TCP | TCP | 8881 - 8888 | 0.0.0.0/0 | Management |
Outbound rule
TYPE | PROTOCOL | PORT RANGE | DESTINATION | DESCRIPTION - OPTIONAL |
All traffic | All | All | 0.0.0.0/0 | – |
Note configure the security group for all nodes
After clicking the “Launch“ button, AWS will pop up a window to select an existing key pair or create a new key pair.
In this case, we create a new key pair and name it as “portsip_pbx_key”, then click the “Download“ button, we get the certificate file “portsip_pbx_key.pem“.
After successfully launched the first EC2 instance, repeat the same steps to create another two EC2 instances, but select “Choose an existing key pair“ in this step, then another two instances also use the key pair “portsip_pbx_key.pem“.
Note all EC2 nodes should use the same key pair.
Create the user group and user
- 1.Click the menu “Identity and Access Management(IAM) > Access management > User group“
- 2.Click “Create group“ button to create a new group. Then name it as “hagroup”. You will need to also grant the “AmazonEC2FullAccess“ and “AmazonS3FullAccess“ permissions.
- 3.In the “hagroup“, add an user “hauser“
- 4.After the user successfully added, note the “Access key ID“ and “Secret access key“ which will be used in later steps.
Note: In this case, we use the group name as “hagroup“, and the user is “hauser“, you can feel free to change it.
Enable the root user
Use the SSH client to connect to each EC2 instance and perform the below commands to set the password for root user and su root password.
$ sudo passwd root
$ su root
Install AWS CLI
Perform the below commands on all nodes.
Ubuntu
[[email protected]:~]# apt install -y unzip
[[email protected]:~]# curl "https://awscli.amazonaws.com/awscli-exe-linux-x86_64.zip" -o "awscliv2.zip"
[[email protected]:~]# unzip awscliv2.zip
[[email protected]:~]# ./aws/install
CentOS
[[email protected]:~]# yum install -y unzip
[[email protected]:~]# curl "https://awscli.amazonaws.com/awscli-exe-linux-x86_64.zip" -o "awscliv2.zip"
[[email protected]:~]# unzip awscliv2.zip
[[email protected]:~]# ./aws/install
Configure AWS IAM
First, take the region name like the screenshot, in case the region name is “us-east-1“.
Perform the below command on all nodes
aws configure
Enter the information by the prompt.
AWS Access Key ID [None]: type your Access Key ID here
AWS Secret Access Key [None]: type your Secret Access Key Here
Default region name [None]: type region name here
Default output format [None]: text
Perform the below commands on the master node (
ip-172-31-5-133)[[email protected]:~]# ssh-keygen -t rsa
Generating public/private rsa key pair.
Enter file in which to save the key (/root/.ssh/id_rsa): press Enter
Enter passphrase (empty for no passphrase): press Enter
Enter same passphrase again: Press Enter
Your identification has been saved in /root/.ssh/id_rsa.
Your public key has been saved in /root/.ssh/id_rsa.pub.
The key fingerprint is:
SHA256:zEsSndOuTmwMChtQXPDlMoYHELlIKq5HOxwIR1x+zO4 [email protected]
The key's randomart image is:
+---[RSA 2048]----+
|o*++o . |
|.o+= = . o |
|=o. B * + . |
|*..o = + o |
|+oo + S . |
|..o+ o * o |
|.o.o. E B |
|. = + |
| . . . |
+----[SHA256]-----+
[[email protected]:~]#
Upload the portsip_pbx_key.pem file to the /root directory of master node ip-172-31-5-133, the certificates file portsip_pbx_key.pem is the key pair that is created when launching the EC2 instances.
Perform the below command on master node ip-172-31-5-133 only.
[[email protected]:~]# chmod 600 portsip_pbx_key.pem
Perform commands on master node ip-172-31-5-133 only, enter the “yes“ if appears “yes/no“.
Ubuntu
[[email protected]:~]# cat ~/.ssh/id_rsa.pub | ssh -i portsip_pbx_key.pem [email protected] "cat - | sudo tee -a /root/.ssh/authorized_keys"
[[email protected]:~]# cat ~/.ssh/id_rsa.pub | ssh -i portsip_pbx_key.pem [email protected] "cat - | sudo tee -a /root/.ssh/authorized_keys"
[[email protected]:~]# cat ~/.ssh/id_rsa.pub | ssh -i portsip_pbx_key.pem [email protected] "cat - | sudo tee -a /root/.ssh/authorized_keys"
CentOS
[[email protected]:~]# cat ~/.ssh/id_rsa.pub | ssh -i portsip_pbx_key.pem [email protected] "cat - | sudo tee -a /root/.ssh/authorized_keys"
[[email protected]:~]# cat ~/.ssh/id_rsa.pub | ssh -i portsip_pbx_key.pem [email protected] "cat - | sudo tee -a /root/.ssh/authorized_keys"
[[email protected]:~]# cat ~/.ssh/id_rsa.pub | ssh -i portsip_pbx_key.pem [email protected] "cat - | sudo tee -a /root/.ssh/authorized_keys"
Allocate an Elastic IP, for example:
Elastic IP: 18.167.16.89
ID：eipalloc-0acba672sa61bf1f6
Perform command on the master node
ip-172-31-5-133 only.[[email protected]:~]# cd /root
[[email protected]:~]# wget https://www.portsip.com/downloads/ha/aws/portsip-pbx-ha-on-aws-guide-12.tar.gz
[[email protected]:~]# tar vxf portsip-pbx-ha-on-aws-guide-12.tar.gz
Perform command on the master node
ip-172-31-5-133 only.Ubuntu
[[email protected]:~]# apt update -y
[[email protected]:~]# apt install -y ansible
[[email protected]:~]# sed -i 's#\#log_path = /var/log/ansible.log#log_path = /var/log/ansible.log#g' /etc/ansible/ansible.cfg
CentOS
[[email protected]:~]# yum install epel-release -y && yum install ansible -y && yum remove -y epel-release
[[email protected]:~]# sed -i 's#\#log_path = /var/log/ansible.log#log_path = /var/log/ansible.log#g' /etc/ansible/ansible.cfg
Perform command on the master node
ip-172-31-5-133 only.[[email protected]:~]# cat <<EOF >>/etc/ansible/hosts
[master]
ip-172-31-5-133
[node]
ip-172-31-5-134
ip-172-31-5-135
EOF
Perform the below command on the master node
ip-172-31-5-133 only.[[email protected]:~]# fdisk -l
There will output the disk volumes information, in the case is the /dev/nvme0n1 and /dev/nvme1n1, please note “ /dev/nvme1n1“ - this is the new volume which you added to the EC2 ( it’s maybe not same as /dev/nvme1n1 in your EC2, please replace it then).
Important: In the below commands, ensure the value of “pbx_datapath_disk“ by “/dev/nvme1n1“.
The “pbx_datapath_size“ is the new volume size but should be less than the actual size. In case we added the new volume with 8 GB, here we specify the “pbx_datapath_size“ is 7900 M.
Please prepare the value for the below Variables:
VARIABLES | TYPE | DESCRIPTION |
pbx01_hostname | string | The hostname of the EC2 instance, in this case, is ip-172-31-5-133 |
pbx02_hostname | string | The hostname of the EC2 instance, in this case, is ip-172-31-5-134 |
pbx03_hostname | string | The hostname of the EC2 instance, in this case, is ip-172-31-5-135 |
pbx01_private_ip | string | The private IP of the EC2 instance, in this case, is 172.31.5.133 |
pbx02_private_ip | string | The private IP of the EC2 instance, in this case, is 172.31.5.134 |
pbx03_private_ip | string | The private IP of the EC2 instance, in this case, is 172.31.5.135 |
eip | string | Elastic IP |
eip_allocation_id | string | The “Allocation ID” of the elastic IP |
pcs_hacluster_pwd | string | The password of “hacluster” in the HA cluster |
pbx_image | string | PortSIP PBX docker image |
pbx_datapath_disk | string | The disk mount path |
pbx_datapath_size | string | The newly added volume disk size, should be (volume size - 100 M), in case it’s 49900M |
Perform the below command on the master node
ip-172-31-5-133 only, replace the values of the variables by your actual values in the previous step:[[email protected]:~]# cd /root/portsip-pbx-ha-guide
cat <<EOF >/root/portsip-pbx-ha-guide/vars.yml
pbx01_hostname: ip-172-31-5-133
pbx02_hostname: ip-172-31-5-134
pbx03_hostname: ip-172-31-5-135
pbx01_private_ip: 172.31.5.133
pbx02_private_ip: 172.31.5.134
pbx03_private_ip: 172.31.5.135
eip: 18.167.16.89
eip_allocation_id: eipalloc-0acba672sa61bf1f6
pcs_hacluster_pwd: 123456
db_pwd: 123456
pbx_image: portsip/pbx:12
pbx_datapath_disk: /dev/nvme1n1
pbx_datapath_size: 49900M
EOF
Perform command on the master node
ip-172-31-5-133 only.(This part of the installation process may take a long time to complete, dependent on your VM resources allocated, please be patient, do not either terminate, shutdown or reboot as those actions will corrupt the installation process and fail).
[[email protected]:~]# ansible-playbook install.yml
Perform command on the master node
ip-172-31-5-133 only.[[email protected]:~]# ssh ip-172-31-5-134 "reboot"
[[email protected]:~]# ssh ip-172-31-5-135 "reboot"
[[email protected]:~]# reboot
After restarted, perform command on the master node
ip-172-31-5-133 only.[[email protected]:~]# pcs cluster enable --all
[[email protected]:~]# pcs cluster start --all
Perform command on the master node
ip-172-31-5-133 only.(This part of the installation process may take a long time to complete, dependent on your VM resources allocated, please be patient, do not either terminate, shutdown or reboot as those actions will corrupt the installation process and fail).
[[email protected]:~]# cd /root/portsip-pbx-ha-guide
[[email protected]:~]# ansible-playbook config.yml
After successfully configured, in your browser you can set up your PBX by access the Elastic IP:
http://18.167.16.89:8888 or https://18.167.16.89:8887.
You can also resolve your web domain to the elastic IP.
In the setup wizard step 1, just enter the Elastic IP as the Public IP only.
After entering the web portal of PBX, under the menu, advanced > Settings > Advanced page, selected enable call recovery and click the "apply" button.
Last modified 1yr ago