Skip to content

catonetworks/terraform-example-usage

BranchesTags

Repository files navigation

Cato-Terraform-Example-Usage

The Cato Terraform Example Usage project provides functional examples of how to use the cato terrafrom provider resources and modules for real-world deployment use cases.

Contents

  1. System Requirements
  2. Setting up environment variables
  3. Getting started

Terraform Installation

Setup instructions for installing terraform on your host.

Install Terraform on Mac
  1. Option 1: Using Homebrew (Recommended) 
    brew tap hashicorp/tap
brew install hashicorp/tap/terraform
  2. Option 2: Manual Install
    1. Go to the Terraform Downloads page.
    2. Download the macOS (arm64 or amd64) .zip file depending on your chip (M1/M2 = arm64).
    3. Unzip and move the binary to /usr/local/bin/:
    sudo mv terraform /usr/local/bin/
chmod +x /usr/local/bin/terraform
Install Terraform on Windows

Host setup Windows

  1. Option 1: Using Chocolatey (Recommended) 
    choco install terraform -y
  2. Option 2: Manual Install
    • Go to the Terraform Downloads page.
    • Download the Windows (amd64) .zip file.
    • Unzip it and place the terraform.exe file somewhere in your system’s PATH (e.g., C:\terraform).
    • Open a new Command Prompt and run: terraform -version

Cloud Provider Configuration

Terraform requires the respective cloud provider CLIs—AWS CLI, Azure CLI, and Google Cloud SDK (gcloud)—to be installed and properly configured on your local machine.

AWS CLI Installation Guide

Prerequisites

  • macOS: Python 3.8+ (check with python3 --version).
  • Windows: Windows 10 or later (64-bit recommended).
  • AWS account with Access Key ID and Secret Access Key (generate via AWS IAM).

Installation

macOS

  1. Install via Homebrew (recommended): 
    brew install awscli
  2. Alternatively, use the bundled installer: 
    curl "https://awscli.amazonaws.com/AWSCLIV2.pkg" -o "AWSCLIV2.pkg"
sudo installer -pkg AWSCLIV2.pkg -target /
  3. Verify installation: 
    aws --version

Windows

  1. Download the MSI installer from AWS CLI v2.
  2. Run the installer: 
    msiexec.exe /i AWSCLIV2.msi
    • For silent installation: msiexec.exe /i AWSCLIV2.msi /qn
  3. Verify installation: 
    aws --version

Configuration

  1. Run the configuration command: 
    aws configure
  2. Enter the following when prompted:
    • AWS Access Key ID
    • AWS Secret Access Key
    • Default region (e.g., us-east-1)
    • Output format (e.g., json)
  3. Verify configuration: 
    aws sts get-caller-identity

References: AWS CLI Installation Guide

Troubleshooting

Updating CLI

  • AWS CLI: 
    brew upgrade awscli  # macOS
winget upgrade --id Amazon.AWSCLI  # Windows
Azure CLI Installation Guide ### Prerequisites - **macOS**: Homebrew installed (`/bin/bash -c "$(curl -fsSL https://raw.githubusercontent.com/Homebrew/install/HEAD/install.sh)"`). - **Windows**: PowerShell 5.1+ or Windows 10/11. - Azure account with active subscription.

Installation

macOS

  1. Install via Homebrew: 
    brew install azure-cli
  2. Verify installation: 
    az version

Windows

  1. Install via WinGet (recommended): 
    winget install --exact --id Microsoft.AzureCLI
  2. Alternatively, download the MSI installer from Azure CLI Releases.
  3. Run the MSI installer and follow prompts.
  4. Verify installation: 
    az version

Configuration

  1. Log in to Azure: 
    az login
    • Follow the browser prompt to authenticate.
  2. Verify subscription access: 
    az account show
  3. (Optional) Set default subscription: 
    az account set --subscription <subscription-id>

References: Azure CLI Installation Guide

Troubleshooting

  • Azure CLI: Restart terminal after installation. For proxy issues, configure HTTP_PROXY/HTTPS_PROXY variables.

Updating CLI

  • Azure CLI: 
    brew upgrade azure-cli  # macOS
winget upgrade --id Microsoft.AzureCLI  # Windows
GCP CLI (gcloud) Installation Guide ### Prerequisites - **macOS**: Python 3.8–3.13 (check with `python3 -V`). - **Windows**: Windows 8.1+ with PowerShell. - Google Cloud account with a project.

Installation

macOS

  1. Download the archive for your architecture (e.g., x86_64 or ARM64): 
    curl -O https://dl.google.com/dl/cloudsdk/channels/rapid/downloads/google-cloud-cli-<version>-darwin-<arch>.tar.gz
  2. Extract and install: 
    tar -xvf google-cloud-cli-<version>-darwin-<arch>.tar.gz
./google-cloud-sdk/install.sh
  3. Initialize the CLI: 
    ./google-cloud-sdk/bin/gcloud init
  4. Verify installation: 
    gcloud --version

Windows

  1. Download the installer from Google Cloud CLI.
  2. Run the installer and follow prompts.
    • Alternatively, use PowerShell: 
      (New-Object Net.WebClient).DownloadFile("https://dl.google.com/dl/cloudsdk/channels/rapid/GoogleCloudSDKInstaller.exe", "$env:Temp\GoogleCloudSDKInstaller.exe")
& $env:Temp\GoogleCloudSDKInstaller.exe
  3. Initialize the CLI: 
    gcloud init
  4. Verify installation: 
    gcloud --version

Configuration

  1. During gcloud init, follow prompts to:
    • Log in via browser.
    • Select a project.
    • Set a default region/zone (optional).
  2. Verify configuration: 
    gcloud config list

References: Google Cloud CLI Installation Guide

Troubleshooting

  • gcloud CLI: Ensure Python is in PATH. Reboot if installation fails.

Updating CLI

  • gcloud CLI: 
    gcloud components update

Setting up environment variables

Create system environment variables for the cato token and account id. Using the TF_VAR prefix when creating environment variables tells terraform to resolve those values from the host OS as opposed to in your local variables files.
WARNING: DO NOT add your cato token in clear text to any variable files on your local system.

Setting environment variables in Unix Use the following syntax in a unix command prompt to temporarily set environment variables. 
set TF_VAR_account_id=xxxxx
set TF_VAR_cato_token=xxxxx

To make these values persistent, run either vi ~/.bash_profile or vi ~/.zshrc, and add the following lines.

set TF_VAR_account_id=xxxxx
set TF_VAR_cato_token=xxxxx
Setting environment variables in Windows Use the following syntax in a windows command prompt to temporarily set environment variables. ```bash set TF_VAR_account_id=xxxxx set TF_VAR_cato_token=xxxxx ``` To make these values persistent, run the following windows command prompt: ```bash setx TF_VAR_account_id=xxxxx setx TF_VAR_cato_token=xxxxx ``` NOTE: On a local system, variables created or modified by this tool will be available in future command windows but not in the current CMD.exe command window.
Setting environment variables in Windows Powershell Use the following syntax in a powershell command prompt to temporarily set environment variables. ```bash $env:TF_VAR_account_id = "xxxxx" $env:TF_VAR_cato_token = "xxxxx" ``` To make these values persistent, run the following in a powershell terminal as Admin (UserLevel): ```bash [System.Environment]::SetEnvironmentVariable('TF_VAR_account_id','xxxxxxx', 'User') [System.Environment]::SetEnvironmentVariable('TF_VAR_cato_token','xxxxxxx', 'User') ```

Getting Started

Avaialble Cato modules and default networks

Below is a list of the terraform modules included in this package, and the associated default networks for those modules to be used as an example. Each module exposes variables to override these networks and module settings as needed on a per module basis.

Cato Module Network Module Deployment Time Test Environment Deployment Time
aws-ipsec 10.0.0.0/16 40 min
aws-socket 10.1.0.0/16 5 min
aws-socket-vpc 10.2.0.0/16 5 min N/A
aws-socket-ha 10.3.0.0/16 16 min N/A
aws-socket-ha-vpc 10.4.0.0/16 16 min N/A
aws-socket-tgw 10.5.0.0/16 5 min 13 min
aws-socket-tgw-ha 10.6.0.0/16 16 min 25 min
aws-ipsec-tgw 10.7.0.0/16 10 min 20 min
azure-ipsec 10.50.0.0/16 40 min N/A
azure-socket 10.51.0.0/16 6 min N/A
azure-socket-vnet 10.52.0.0/16 6 min N/A
azure-socket-ha 10.53.0.0/16 16 min N/A
azure-socket-ha-vnet 10.54.0.0/16 16 min N/A
azure-vwan 10.55.0.0/16 120 min N/A
azure-socket-ha-vnet-2nic 10.56.0.0/16 25 min N/A
azure-vwan-vsocket-ha 10.57.0.0/16 120 min N/A
gcp-ipsec 10.100.0.0/16 n/a N/A
gcp-socket 10.101.0.0/16 5 min N/A
gcp-socket-vpc 10.102.0.0/16 n/a N/A
socket 10.150.0.0/16 1 min N/A

Usage Instructions

After checking out the project, rename the following files removing .example from from the file names to start to use in your deployment. Renaming these files ensures you can start to use this project, and received updaetes to the repo without future code conflicts. There is a main file created for each cloud environment (AWS, GCP, Azure), as well as a main file for a physical socket. Rename the main for the deployment you are looking to run.

git clone https://github.com/catonetworks/terraform-example-usage.git
cd terraform-example-usage
mv terraform.tfvars.example terraform.tfvars
mv main.azure.tf.example main.azure.tf
mv main.aws.tf.example main.aws.tf
mv main.gcp.tf.example main.gcp.tf
mv main.socket.tf.example main.socket.tf

Pull in future updates to this repository by using git pull.

Enabling and disabling specific modules

The terraform.tvars file contains variable values using a set of boolean flags to selectively enable or disable the deployment of specific Terraform modules across physical socket examples as well as, AWS, Azure, and GCP.

Run your deployment

Run terraform apply to create and deploy your modules.
NOTE Cato’s backend is API requires sequential execution with the use of terraform's parallelism=1 to successfully create and update resources (like creating vsockets, firewall rules, and network ranges).

terraform init
terraform plan
terraform apply --auto-approve -parallelism=1
terraform destroy --auto-approve

Applying Specific Modules

terraform init
terraform plan
terraform apply --auto-approve -parallelism=1 -target=module.ipsec-aws
terraform destroy -target=module.ipsec-aws

Terminal Command Aliases

Use the following bash or zsh aliases to simplify running these commands. Run either vi ~/.bashrc or vi ~/.zshrc, and add the following lines.

alias tf='terraform'
alias tfi='terraform init'
alias tfp='terraform plan'
alias tfap='terraform apply --auto-approve'
alias tfapp='terraform apply --auto-approve -parallelism=1'
alias tfdap='terraform destroy --auto-approve'
alias tfdapp='terraform destroy --auto-approve -parallelism=1'
alias tfclear='rm -rf .terraform* && rm terraform.tfstate*'
alias tffmt="tf fmt -recursive"
📦 AWS Transit Gateway Test Environment This repo comes with a test enviroment for testing connectivity and displaying how Cato vSockets can be deployed within a cloud provider. By setting build_aws_vsocket_tgw_test_env = true in the terraform.tfvars file, the test environment for AWS Transit Gateway (Non-HA) will be built automatically

Technical Details

This environment will build 3 VPCs, and associated subnets, route tables, routes, transit gateway, attachments, and transit gateway route tables and routes. This will also build 6 servers, which can be connected to via SSM.

Networking Information

Resource IP Address Access Method Egress Via Type
test-env-vpc1-server-0 10.5.1.6 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc1-server-1 10.5.1.134 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc1-wserver-0 10.5.1.7 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc1-wserver-1 10.5.1.135 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc2-server-0 10.5.2.6 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc2-server-1 10.5.2.134 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc2-wserver-0 10.5.2.7 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc2-wserver-1 10.5.2.135 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc3-server-0 10.5.5.6 Connect Via SSM Public IP and Subnets AL2023 Unix Server
test-env-vpc3-server-1 10.5.5.136 Connect Via SSM Public IP and Subnets AL2023 Unix Server
test-env-vpc3-wserver-0 10.5.5.7 Connect Via SSM or RDP Public IP and Subnets Windows 2019 Server
test-env-vpc3-wserver-1 10.5.5.135 Connect Via SSM or RDP Public IP and Subnets Windows 2019 Server
AWS-Cato-vSocket-TGW-Site-vSocket-LAN 10.5.0.134 Connect via CMA Public IP and Subnets Cato Socket
AWS-Cato-vSocket-TGW-Site-vSocket-WAN 10.5.0.70 Connect via CMA Public IP and Subnets Cato Socket
AWS-Cato-vSocket-TGW-Site-vSocket-MGMT 10.5.0.6 Connect via CMA Public IP and Subnets Cato Socket

Diagram

📦 AWS Transit Gateway HA Test Environment This repo comes with a test enviroment for testing connectivity and displaying how Cato vSockets can be deployed within a cloud provider. By setting build_aws_vsocket_tgw_test_env = true in the terraform.tfvars file, the test environment for AWS Transit Gateway (HA) will be built automatically

Technical Details

This environment will build 3 VPCs, and associated subnets, route tables, routes, transit gateway, attachments, and transit gateway route tables and routes. This will also build 6 servers, which can be connected to via SSM.

Networking Information

Resource IP Address Access Method Egress Via Type
test-env-vpc1-server-0 10.6.1.6 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc1-server-1 10.6.1.134 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc1-wserver-0 10.6.1.7 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc1-wserver-1 10.6.1.135 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc2-server-0 10.6.2.6 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc2-server-1 10.6.2.134 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc2-wserver-0 10.6.2.7 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc2-wserver-1 10.6.2.135 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc3-server-0 10.6.4.6 Connect Via SSM Public IP and Subnets AL2023 Unix Server
test-env-vpc3-server-1 10.6.4.136 Connect Via SSM Public IP and Subnets AL2023 Unix Server
test-env-vpc1-wserver-0 10.6.5.7 Connect Via SSM Public IP and Subnets Windows 2019 Server
test-env-vpc1-wserver-1 10.6.5.135 Connect Via SSM Public IP and Subnets Windows 2019 Server
AWS-Cato-vSocket-TGW-HA-Site-LAN-INT-Primary 10.6.0.70 Connect via CMA Public IP and Subnets Cato Socket
AWS-Cato-vSocket-TGW-HA-Site-LAN-INT-Secondary 10.6.0.86 Connect via CMA Public IP and Subnets Cato Socket
AWS-Cato-vSocket-TGW-HA-Site-MGMT-INT-Primary 10.6.0.6 Connect via CMA Public IP and Subnets Cato Socket
AWS-Cato-vSocket-TGW-HA-Site-MGMT-INT-Secondary 10.6.0.22 Connect via CMA Public IP and Subnets Cato Socket
AWS-Cato-vSocket-TGW-HA-Site-WAN-INT-Primary 10.6.0.38 Connect via CMA Public IP and Subnets Cato Socket
AWS-Cato-vSocket-TGW-HA-Site-WAN-INT-Secondary 10.6.0.54 Connect via CMA Public IP and Subnets Cato Socket

Diagram

📦 AWS Transit Gateway IPSEC Test Environment This repo comes with a test enviroment for testing connectivity and displaying how Cato IPSEC can be deployed within a cloud provider. By setting build_aws_ipsec_tgw_test_env = true in the terraform.tfvars file, the test environment for AWS Transit Gateway IPSEC will be built automatically

Technical Details

This environment will build 3 VPCs, and associated subnets, route tables, routes, transit gateway, attachments, and transit gateway route tables and routes. This will also build 6 servers, which can be connected to via SSM.

Networking Information

Resource IP Address Access Method Egress Via Type
test-env-vpc1-server-0 10.7.1.6 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc1-server-1 10.7.1.134 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc1-wserver-0 10.7.1.7 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc1-wserver-1 10.7.1.135 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc2-server-0 10.7.2.6 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc2-server-1 10.7.2.134 Connect Via SSM Cato Socket AL2023 Unix Server
test-env-vpc2-wserver-0 10.7.2.7 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc2-wserver-1 10.7.2.135 Connect Via SSM or RDP Cato Socket Windows 2019 Server
test-env-vpc3-server-0 10.7.4.6 Connect Via SSM Public IP and Subnets AL2023 Unix Server
test-env-vpc3-server-1 10.7.4.136 Connect Via SSM Public IP and Subnets AL2023 Unix Server
test-env-vpc1-wserver-0 10.7.5.7 Connect Via SSM Public IP and Subnets Windows 2019 Server
test-env-vpc1-wserver-1 10.7.5.135 Connect Via SSM Public IP and Subnets Windows 2019 Server

Diagram

Diagram Pending

📦 Enabling the Kali Server Module

The Kali Server Module allows you to deploy Kali Linux penetration testing instances as part of your AWS Transit Gateway test environments. This module is available for security testing and network analysis purposes.

1. How to Enable it

To enable Kali servers in your deployment, you need to set the following variable(s) in your terraform.tfvars file:

Required Variable:

  • enable_kali = true - Set this to true to enable the deployment of Kali Linux instances

Optional Variable:

  • kali_ami_id = "ami-xxxxxxxxx" - Specify a custom Kali Linux AMI ID (if not provided, the module will automatically find the most recent Kali Linux AMI from Offensive Security)

Example Configuration:

# Enable Kali servers
enable_kali = true

# Optional: Specify a custom AMI ID
# kali_ami_id = "ami-0395cfad13fba5338"  # Example for us-west-2

Supported Environments/Modules: The Kali server module is supported in the following AWS Transit Gateway test environments:

  • AWS Transit Gateway Test Environment (build_aws_vsocket_tgw_test_env = true)
  • AWS Transit Gateway HA Test Environment (build_aws_vsocket_tgw_ha_test_env = true)

2. How to Use it

Instance Details:

  • Instance Type: t3.medium (optimized for Kali Linux performance)
  • Deployment Location: VPC3 public subnets with public IP addresses
  • Naming Convention: test-env-vpc-3-kaliServer-{index}
  • IP Assignment: Static private IPs (typically .8 in each subnet)
  • Storage: 150GB GP3 EBS volume

Access Methods:

  1. SSH Access: Use your configured EC2 key pair to SSH into the instances

    ssh -i your-key.pem kali@<private-ip> (If Connected to the network which houses the Kali Server)
ssh -i your-key.pem kali@<public-ip> (If accessing over the internet)

  2. AWS Systems Manager (SSM): Connect via AWS SSM Session Manager

    aws ssm start-session --target <instance-id>

  3. Remote Desktop (XRDP): The instances are configured with XRDP for GUI access

    • Connect using any RDP client to <public-ip>:3389
    • Use the kali user credentials

Pre-installed Tools: The Kali instances come with:

  • Kali Linux default toolset (kali-linux-default)
  • Desktop environment (GNOME)
  • Headless tools (kali-linux-headless)
  • AWS CLI and SSM Agent
  • Development tools (git, vim, python3-pip)
  • Network utilities

3. Caveats

Password Change Required

  • You must ssh in to the server using the above instructions prior to using RDP
  • Once Connected with SSH you will need to change the password for the Kali User (sudo passwd kali)
  • Once the Password is changed you should be able to leverage an RDP client to connect to this server

Boot Time

  • Due to the number of updates, and installs on boot you must wait a minimum of 30 minutes for this server to be ready
  • You can check the status by viewing the cloud-init logs located in /var/log/cloud-init*

AMI ID

  • Custom AMI IDs can be passed to the module using kali_ami_id in the case that you can't use the Marketplace version of Kali in your environment

Requirements

Name Version
aws ~> 5.98.0
azurerm >= 4.1.0
cato >= 0.0.30
google ~> 4.0

Providers

No providers.

Modules

Name Source Version
azure-vsocket-vwan-ha ./modules/cato/azure/vsocket-vwan n/a
build_aws_ipsec_tgw_module ./modules/cato/aws/ipsec-tgw n/a
build_aws_vsocket_tgw_ha_module ./modules/cato/aws/vsocket-tgw-ha n/a
ipsec-aws ./modules/cato/aws/ipsec n/a
ipsec-azure ./modules/cato/azure/ipsec n/a
vsocket-aws ./modules/cato/aws/vsocket n/a
vsocket-aws-ha ./modules/cato/aws/vsocket-ha n/a
vsocket-aws-ha-vpc ./modules/cato/aws/vsocket-ha-vpc n/a
vsocket-aws-tgw ./modules/cato/aws/vsocket-tgw n/a
vsocket-aws-vpc ./modules/cato/aws/vsocket-vpc n/a
vsocket-azure ./modules/cato/azure/vsocket n/a
vsocket-azure-ha ./modules/cato/azure/vsocket-ha n/a
vsocket-azure-ha-vnet ./modules/cato/azure/vsocket-ha-vnet n/a
vsocket-azure-ha-vnet-2nic ./modules/cato/azure/vsocket-ha-vnet-2nic n/a
vsocket-azure-vnet ./modules/cato/azure/vsocket-vnet n/a

Resources

No resources.

Inputs

Name Description Type Default Required
account_id Cato Networks Account ID string n/a yes
aws_default_keypair AWS Key Pair string n/a yes
aws_region AWS Region string n/a yes
azure_subscription_id Azure Subscription ID string n/a yes
baseurl Cato Networks API URL string "https://api.catonetworks.com/api/v1/graphql2" no
build_aws_ipsec_module Build AWS IPsec site module bool false no
build_aws_ipsec_tgw_module Build AWS IPsec tgw site module bool false no
build_aws_ipsec_tgw_test_env Build AWS IPsec tgw test env module bool false no
build_aws_vsocket_ha_module Build AWS vSocket VPC site module bool false no
build_aws_vsocket_ha_vpc_module Build AWS vSocket VPC site module bool false no
build_aws_vsocket_module Build AWS vSocket site module bool false no
build_aws_vsocket_tgw_ha_module Build AWS vSocket tgw ha site module bool false no
build_aws_vsocket_tgw_ha_test_env Build AWS vSocket tgw ha test env module bool false no
build_aws_vsocket_tgw_module Build AWS vSocket tgw site module bool false no
build_aws_vsocket_tgw_test_env Build AWS vSocket tgw test env module bool false no
build_aws_vsocket_vpc_module Build AWS vSocket VPC site module bool false no
build_azure_ipsec_module Build Azure IPsec site module bool false no
build_azure_vsocket_ha_module Build Azure vSocket VPC site module bool false no
build_azure_vsocket_ha_vnet_2nic_module Build Azure vSocket Net 2NIC site Module bool false no
build_azure_vsocket_ha_vnet_module Build Azure vSocket VNET site module bool false no
build_azure_vsocket_ha_vwan_module Build Azure vSocket vWAN site module bool false no
build_azure_vsocket_module Build Azure vSocket site module bool false no
build_azure_vsocket_vnet_module Build Azure vSocket VNET site module bool false no
build_azure_vwan_module Build Azure vWAN Site Module bool false no
build_bulk_socket_csv_module Build Bulk Socket site from csv module bool false no
build_gcp_ipsec_module Build GCP IPsec site module bool false no
build_gcp_vsocket_module Build GCP vSocket site module bool false no
build_gcp_vsocket_vpc_module Build GCP vSocket VPC site module bool false no
build_socket_csv_module Build Socket site from csv module bool false no
cato_token Cato Networks API Token string n/a yes
gcp_region GCP Region for the deployment string n/a yes
project GCP Project ID for the deployment string n/a yes
zone GCP Zone for the deployment string n/a yes

Outputs

Name Description
private_ips_from_ipsec_tgw_test_env private IPs of servers in the test environment
private_ips_from_tgw_ha_test_env private IPs of servers in the test environment
private_ips_from_tgw_test_env private IPs of servers in the test environment
vpc3_public_ips_from_ipsec_tgw_test_env Public IPs of Public VPC servers in the test environment
vpc3_public_ips_from_tgw_ha_test_env Public IPs of Public VPC servers in the test environment
vpc3_public_ips_from_tgw_test_env Public IPs of Public VPC servers in the test environment

About

No description, website, or topics provided.

Resources

Readme

License

Apache-2.0 license
Activity
Custom properties

Stars

5 stars

Watchers

2 watching

Forks

0 forks
Report repository

Releases

7 tags

Packages

 
 
 

Contributors

Languages