FreeSBC:Cloud:Azure Installation A

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Latest revision as of 14:33, 22 November 2019

This page provides installation and configuration information for people launching an instance of ProSBC on the Microsoft Azure infrastructure.

Requirements

Minimum Azure cloud Requirements:

2 VCPUs
4 GB RAM
VM Size that has a Network interface with Advanced Network capability (Mellanox NIC interface)

The Following table provides recommended VM sizes based on the number of sessions:

Sessions	VM Size	VCPUs	RAM	Advanced Networking Capable
Up to 350*	D2 v2, DS2_v2	2	7 Gb	Yes
350-1000	D4 v3, D4s_v3	4	16 Gb	Yes
1000-2000	D8 v3, D8s_v3	8	32 Gb	Yes
2000-4000	D16 v3, D16s_v3	16	64 Gb	Yes

*Preliminary estimated values

Retrieving the Image

Order your ProSBC license and software at the ProSBC Download site (upon completion of your order, a URL of the download image will be sent via email)

Installation on Azure cloud

ProSBC Azure Image

A virtual machine image is a single file that contains a virtual disk that has a bootable operating system installed on it. Images are used to create virtual machine instances in the cloud.

The following sections describe how to upload the latest ProSBC image to your Microsoft Azure account and launch a virtual machine instance running the ProSBC software.

Get a Storage Account

You will need a blob container in your Azure storage account. This blob container is required to upload and store a ProSBC VM image. You can either use an existing storage account or create a new one, but make sure that the storage account location matches the location where you plan to create and run your VM.

Create Resource Group

If you need to create a storage account to upload the VM image, then you will need a resource group that matches the location where you plan to create and run your VM. If required, create a resource group as follows:

Log in to the dashboard.
Select 'Resource groups'.
From 'Resource groups', click 'Add' item.
The 'Create a resource group' dialog box appears.
Provide a name for the resource group.
Select the appropriate resource group location. This is where you will be creating the VM.
Click 'Review + Create'.

Wait for completion of the resource group creation before proceeding with the next steps.

Create Storage Account

If you require a storage account, do the following:

Log in to the dashboard.
Select 'Storage accounts'.
From 'Storage accounts', click 'Add' item.
The 'Create a storage account' dialog box appears.
Select the appropriate resource group.
Provide a name for the storage account.
Select the appropriate storage account location. This is where you will be creating the VM.
For the other parameters, consult https://docs.microsoft.com/en-us/azure for more details.
Click 'Review + Create'.

Wait for completion of storage account creation before proceeding with the next steps.

Create Storage Blob Container

If you require a blob container, do the following:

Log in to the dashboard.
Click 'Storage accounts'.
Select a storage account item to add the blob container.
Click Blob Services button.

From 'Blobs' top menu, click 'Container' item.
The 'Blob container' dialog box appears.
Provide a name for this blob container.
For the other parameters, consult https://docs.microsoft.com/en-us/azure for more details.
Click 'Ok'.

Wait for completion of storage blob container before proceeding with the next steps.

Upload a Virtual Hard Disk (VHD) Image

Follow this procedure to upload the ProSBC image to a storage blob container:

Before being able to upload the ProSbc image to the storage blob container, you must uncompress (tar.gz) the ProSBC image locally on your PC. You will require at least 40 GB of free space to uncompress the image.
Log in to the dashboard.
Click'Storage accounts'.
Select the appropriate 'storage account' then 'Blobs' container.

From the 'Blobs' container top menu, Click 'Upload' menu item.
The 'Upload blob' dialog box appears.
Select the Virtual Hard Disk image (freesbc_azure.vhd) to upload from your local disk image location.
Click 'Upload' button.

Wait until upload completion before proceeding with the next steps. This operation will take a long period of time (40GB to upload).

Create a VM Image from the ProSBC storage blob

Follow this procedure to create a VM image from a storage blob:

Log in to the dashboard.
Select 'Create a resource'.
The 'Create resource' dialog box appears.
Type 'image' in the search text box.
A list of suggested items appears.
Click 'Image' item.

The 'Create image' dialog box appears.
Click 'Create'.

Provide an image name.
Select the appropriate resource group.
Select the appropriate location.
Click on 'Linux' button for the OS type.
Browse through storage accounts to select the ProSBC blob.
Click 'Select' button to complete ProSBC blob selection.
For the other parameters, consult https://docs.microsoft.com/en-us/azure for more details.
Click 'Create' button.

Wait until create completion before proceeding with following steps.

Create a Virtual Network

If not already available, follow this procedure to create a Virtual Network:

Log in to the dashboard.
Select 'Virtual networks'.
The 'Virtual networks' dialog box appears.
From 'Virtual networks' top menu, click 'Add' item.
The 'Create a virtual network' dialog box appears.
Provide a virtual network name.
Provide the virtual network's address range in CIDR notation.
Select appropriate resource group.
Select appropriate location.
Provide subnet name and address range.
For the other parameters, consult https://docs.microsoft.com/en-us/azure for more details.
Click 'Create' button.

Wait until create completion before proceeding with the next steps.

Instantiate a ProSBC

Follow this procedure to create a ProSBC instance:

Log in to the dashboard.
Select 'Virtual machines'.
The 'Virtual machines' dialog box appears.
From 'Virtual machines' top menu, click 'Add' item.
The 'Create a virtual machine' dialog box appears.
Select the appropriate resource group.
Provide a virtual machine name.
Select the appropriate region. This is where you will be creating the VM.
Browse VM images to select the appropriate ProSBC VM image.
Select VM size according to expected performace.
Select 'SSH public key' option as the Authentification type.
Type 'centos' as SSH Authentification Username.
Provide a SSH public key as SSH Authentification.
Click 'Next:Disk>'.

The Disks dialog box appears.
Select the appropriate 'OS disk type' to support your workload or scenario.
Click 'Next:Networking>'.

Select the appropriate Virtual network.
For the other parameters of this page and the following pages, consult https://docs.microsoft.com/en-us/azure for more details.
Click 'Next:Review + create>'.

Wait until create completes before proceeding with the following steps.

Add Inbound Security Rules

Follow this procedure to add inbound security rules:

Log in to the dashboard.
Select 'Virtual machines'.
The 'Virtual machines' list dialog box appears.
Select the appropriate virtual machine to add inbound security rules.
The virtual machine overview dialog box appears.
Select 'Networking' item from the virtual machine 'Settings' section.
Click the 'Add inbound port rule' button.

The 'Add inbound security rule' dialog box appears.
Fill the different fields in accordance with the expected VM accessibility from public network.
The security rules must at least allow access to the VM through ports 22 and 12358 for SSH and Web Portal management access.
The security rules must also allow access to the VM through other ports (i.e. 5060) for signaling and RTP access (ports depend on your system configuration).
Consult https://docs.microsoft.com/en-us/azure for more details.
Click 'Add' to create the inbound security rule.

Advanced Networking

The Azure GUI does not allow the enabling of the 'Advanced Networking' when creating the VM from a custom image. You must use Azure CLI to do so. Follow this procedure to enable 'Advanced Networking' on a networking interface:

Log in to the dashboard.
Select 'Virtual machines'.
The 'Virtual machines' list dialog box appears.
Select the appropriate virtual machine.
The 'Virtual machine' dialog box appears.
Select 'Networking' item from the virtual machine 'Settings' section.
Copy to the clipboard the network interface name to modify the 'Accelerated Networking' setting.

Open a shell command prompt, which is Azure CLI capable (consult https://docs.microsoft.com/en-us/azure to install the Azure CLI).
Enter the following command, using the correct network interface name and resource group, and press enter:

 az network nic update --name azure-1if-2801 --resource-group sw_group --accelerated-networking true

The Azure CLI command output will look like the following:

Rebooting will NOT activate the 'Accelarated Networking' on the VM network interface. It is required to do the following operations to complete 'Accelarated Networking' activation:
- First, 'Stop' the virtual machine (This will take some time to stop the virtual machine).
- Then, 'Start' the virtual machine.

Accessing the ProSBC

ProSBC SSH Access

By default, there is no root password. You will need to SSH on to the ProSBC using an SSH private key matching the public provided in the SSH public key when #Instantiate a FreeSBC instance. Log in using centos as username.

For example, if your ProSBC management IP is 192.168.178.30:

 > ssh centos@192.168.178.30
   ECDSA key fingerprint is 5d:94:a1:93:0f:a4:7a:5d:41:cc:29:49:79:5a:58:f3.
   Are you sure you want to continue connecting (yes/no)? yes
   Warning: Permanently added '192.168.178.30' (ECDSA) to the list of known hosts.
   
   CentOS-7-x86_64-Minimal-1511/112/190195:197392, Fri  7 Apr 17:41:46 EDT 2017
   [centos@freesbc ~]$

Accessing the ProSBC web portal

Open a web browser to the management IP of the ProSBC, on port 12358. For example, if your server address is 192.168.178.30, the URL would be:
http://192.168.178.30:12358
You should get to the ProSBC Configuration Wizard

From this point, go to Web Portal Initial Configuration Guide to continue the installation.

Web Portal Initial Configuration

Click the following link to pursue installation from the web portal: TSBC-SW:WebPortal:Initial Configuration

External References

Accessing device with SSH and private key using putty