Licensed driver is an executable, not zip

aws-cloud-gaming

Provision an AWS EC2 instance with a gpu to play games in the cloud. Uses terraform to create the required infrastructure and a user data script to install the applications on the instance. Once configured, games can be streamed from the instance with low-latency using Parsec.

The scripts in this repository automate most of the manual operations needed to setup such an instance. The only exception is management of AMIs, which must be done through the AWS management console.

Currently only compatible with g3 and g4 instance family. The script will still run on other instance types, but gpu driver will have to be installed manually.

These scripts create resources in AWS and your credit card WILL be charged for them. Be sure to review changes before applying them. These scripts come with no warranty of any kind, use them at your own risk.

Features

Infrastructure

No fiddling with key pairs. A random Administrator password is saved in SSM, set on boot, and retrievable with terraform.
Restrictive security group. Allow ingress to RDP (port 3389) and VNC (port 5900) only from the computer that created the instance.
Use a spot instance for around 50% to 70% cost saving compared to an on-demand instance.
Use the latest Windows Server 2019 AMI available in the region by default, and allow the use of a custom AMI after the inital setup.

Instance provisioning

Automatically download of the Parsec-Cloud-Preparation-Tool by @jamesstringerparsec and run it on first login.
Automatically configure the auto-login.
Install the latest Nvidia vGaming driver.
Install Steam.

Optionally, other launcher than Steam such as GOG Galaxy, Uplay, etc. can be downloaded and installed automatically.

Getting started

See the in-depth guide.

tl;dr:

# Assuming terraform, powershell, curl, and aws credentials are installed

# Set the desired region and create the infra 
echo 'region = "us-east-1"' >terraform.tfvars
terraform init
terraform apply

# Get the instance ip
terraform output instance_ip

# Get the Administrator password
terraform output instance_password

(Advanced) Using as a terraform module

This repository can be used as a terraform module. One use-case would be to attach an extra volume to the instance to store games.

locals {
    region = "us-east-1"
    availability_zone_identifier = "a"
    availability_zone = "${local.region}${local.availability_zone_identifier}"
}

provider "aws" {
  region = local.region
}

module "cloud_gaming" {
    source = "github.com/badjware/aws-cloud-gaming"

    region = local.region
    # The instance and the volume must be on the same AZ
    allowed_availability_zone_identifier = [local.availability_zone_identifier]
    # We won't need much space on our root block device
    root_block_device_size_gb = 40
}

resource "aws_ebs_volume" "games_volume" {
    availability_zone = local.availability_zone
    size = 200
}

resource "aws_volume_attachment" "game_volume_attachment" {
    device_name = "/dev/sdb"
    volume_id   = aws_ebs_volume.games_volume.id
    instance_id = module.cloud_gaming.instance_id
}

Inputs

Name	Description	Type	Default
region	The aws region. Choose the one closest to you: https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/using-regions-availability-zones.html#concepts-available-regions	`string`
allowed_availability_zone_identifier	The allowed availability zone identify (the letter suffixing the region). Choose ones that allows you to request the desired instance as spot instance in your region. An availability zone will be selected at random and the instance will be booted in it.	`list(string)`	["a", "b"]
instance_type	The aws instance type, Choose one with a CPU/GPU that fits your need: https://aws.amazon.com/ec2/instance-types/#Accelerated_Computing	`string`	"g4dn.xlarge"
resource_name	Name with which to prefix resources in AWS	`string`	`cloud-gaming`
root_block_device_size_gb	The size of the root block device (C:\ drive) attached to the instance	`number`	120
custom_ami	Use the specified ami instead of the most recent windows ami in available in the region	`string`	""
skip_install	Skip installation step on startup. Useful when using a custom AMI that is already setup	`bool`	false
install_parsec	Download and run Parsec-Cloud-Preparation-Tool on first login	`bool`	true
install_auto_login	Configure auto-login on first boot	`bool`	true
install_graphic_card_driver	Download and install the Nvidia driver on first boot	`bool`	true
install_steam	Download and install Valve Steam on first boot	`bool`	true
install_gog_galaxy	Download and install GOG Galaxy on first boot	`bool`	false
install_uplay	Download and install Ubisoft Uplay on first boot	`bool`	false
install_origin	Download and install EA Origin on first boot	`bool`	false
install_epic_games_launcher	Download and install EPIC Games Launcher on first boot	`bool`	false

Outputs

Name	Description	Type
instance_id	The id of the instance	`string`
instance_ip	The ip address of the instance. Use it to connect	`string`
instance_public_dns	The dns address of the instance. Use it to connect	`string`
instance_password	The Administrator password of the instance. Use it to connect	`string`

	# vGaming driver for g4
	$Bucket = "nvidia-gaming"
	$KeyPrefix = "windows/latest"

	# download and extract driver
	$Objects = Get-S3Object -BucketName $Bucket -KeyPrefix $KeyPrefix -Region us-east-1
	foreach ($Object in $Objects) {
	if ($Object.Size -ne 0) {
	$LocalFileName = "C:\nvidia-driver\driver.zip"
	Copy-S3Object -BucketName $Bucket -Key $Object.Key -LocalFile $LocalFileName -Region us-east-1
	Expand-Archive $LocalFileName -DestinationPath $ExtractionPath
	break
	}
	}

badjware / aws-cloud-gaming Goto Github PK

aws-cloud-gaming's Introduction

aws-cloud-gaming

Features

Infrastructure

Instance provisioning

Getting started

(Advanced) Using as a terraform module

Inputs

Outputs

aws-cloud-gaming's People

Contributors

Stargazers

Watchers

Forkers

aws-cloud-gaming's Issues

Recommend Projects

Recommend Topics

Recommend Org