Docker image for `terragrunt`

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Available Architectures: amd64, i386, arm64

Tiny Alpine-based multistage-build dockerized version of Terragrunt^[1] and its compatible version of Terraform^[2].

_{[1] Official project: https://github.com/gruntwork-io/terragrunt}
_{[2] Official project: https://github.com/hashicorp/terraform}

🐳 Available Docker image versions

Rolling releaess

The following Docker image tags are rolling releases and are built and updated every night.

Docker Tag	Git Ref	Terraform	Terragrunt	Available Architectures
`latest`	master	latest	latest	`amd64`, `i386`, `arm64`

`1.5-0.50`	master	`1.5.x`	`0.50.x`	`amd64`, `i386`, `arm64`
`1.5-0.49`	master	`1.5.x`	`0.49.x`	`amd64`, `i386`, `arm64`
`1.5-0.48`	master	`1.5.x`	`0.48.x`	`amd64`, `i386`, `arm64`
`1.5-0.47`	master	`1.5.x`	`0.47.x`	`amd64`, `i386`, `arm64`
`1.5-0.46`	master	`1.5.x`	`0.46.x`	`amd64`, `i386`, `arm64`

`1.4-0.50`	master	`1.4.x`	`0.50.x`	`amd64`, `i386`, `arm64`
`1.4-0.49`	master	`1.4.x`	`0.49.x`	`amd64`, `i386`, `arm64`
`1.4-0.48`	master	`1.4.x`	`0.48.x`	`amd64`, `i386`, `arm64`
`1.4-0.47`	master	`1.4.x`	`0.47.x`	`amd64`, `i386`, `arm64`
`1.4-0.46`	master	`1.4.x`	`0.46.x`	`amd64`, `i386`, `arm64`

`1.3-0.50`	master	`1.3.x`	`0.50.x`	`amd64`, `i386`, `arm64`
`1.3-0.49`	master	`1.3.x`	`0.49.x`	`amd64`, `i386`, `arm64`
`1.3-0.48`	master	`1.3.x`	`0.48.x`	`amd64`, `i386`, `arm64`
`1.3-0.47`	master	`1.3.x`	`0.47.x`	`amd64`, `i386`, `arm64`
`1.3-0.46`	master	`1.3.x`	`0.46.x`	`amd64`, `i386`, `arm64`

`1.2-0.41`	master	`1.2.x`	`0.41.x`	`amd64`, `i386`, `arm64`
`1.2-0.40`	master	`1.2.x`	`0.40.x`	`amd64`, `i386`, `arm64`
`1.2-0.39`	master	`1.2.x`	`0.39.x`	`amd64`, `i386`, `arm64`
`1.2-0.38`	master	`1.2.x`	`0.38.x`	`amd64`, `i386`, `arm64`
`1.2-0.37`	master	`1.2.x`	`0.37.x`	`amd64`, `i386`, `arm64`

`1.1-0.38`	master	`1.1.x`	`0.38.x`	`amd64`, `i386`, `arm64`
`1.1-0.38`	master	`1.1.x`	`0.38.x`	`amd64`, `i386`, `arm64`
`1.1-0.37`	master	`1.1.x`	`0.37.x`	`amd64`, `i386`, `arm64`
`1.1-0.36`	master	`1.1.x`	`0.36.x`	`amd64`, `i386`, `arm64`
`1.1-0.35`	master	`1.1.x`	`0.35.x`	`amd64`, `i386`, `arm64`

`1.0-0.38`	master	`1.0.x`	`0.38.x`	`amd64`, `i386`, `arm64`
`1.0-0.37`	master	`1.0.x`	`0.37.x`	`amd64`, `i386`, `arm64`
`1.0-0.36`	master	`1.0.x`	`0.36.x`	`amd64`, `i386`, `arm64`
`1.0-0.35`	master	`1.0.x`	`0.35.x`	`amd64`, `i386`, `arm64`
`1.0-0.34`	master	`1.0.x`	`0.34.x`	`amd64`, `i386`, `arm64`

`0.15-0.34`	master	`0.15.x`	`0.34.x`	`amd64`, `i386`, `arm64`
`0.15-0.33`	master	`0.15.x`	`0.33.x`	`amd64`, `i386`, `arm64`
`0.15-0.32`	master	`0.15.x`	`0.32.x`	`amd64`, `i386`, `arm64`
`0.15-0.31`	master	`0.15.x`	`0.31.x`	`amd64`, `i386`, `arm64`
`0.15-0.30`	master	`0.15.x`	`0.30.x`	`amd64`, `i386`, `arm64`

`0.14-0.34`	master	`0.14.x`	`0.34.x`	`amd64`, `i386`, `arm64`
`0.14-0.33`	master	`0.14.x`	`0.33.x`	`amd64`, `i386`, `arm64`
`0.14-0.32`	master	`0.14.x`	`0.32.x`	`amd64`, `i386`, `arm64`
`0.14-0.31`	master	`0.14.x`	`0.31.x`	`amd64`, `i386`, `arm64`
`0.14-0.30`	master	`0.14.x`	`0.30.x`	`amd64`, `i386`, `arm64`

`0.13-0.34`	master	`0.13.x`	`0.34.x`	`amd64`, `i386`, `arm64`
`0.13-0.33`	master	`0.13.x`	`0.33.x`	`amd64`, `i386`, `arm64`
`0.13-0.32`	master	`0.13.x`	`0.32.x`	`amd64`, `i386`, `arm64`
`0.13-0.31`	master	`0.13.x`	`0.31.x`	`amd64`, `i386`, `arm64`
`0.13-0.30`	master	`0.13.x`	`0.30.x`	`amd64`, `i386`, `arm64`

`0.12-0.24`	master	`0.12.x`	`0.24.x`	`amd64`, `i386`
`0.12-0.23`	master	`0.12.x`	`0.23.x`	`amd64`, `i386`
`0.12-0.22`	master	`0.12.x`	`0.22.x`	`amd64`, `i386`
`0.12-0.21`	master	`0.12.x`	`0.21.x`	`amd64`, `i386`
`0.12-0.20`	master	`0.12.x`	`0.20.x`	`amd64`, `i386`
`0.12-0.19`	master	`0.12.x`	`0.19.x`	`amd64`, `i386`

`0.11-0.18`	master	`0.11.x`	`0.18.x`	`amd64`, `i386`

Point in time releases

The following Docker image tags are built once and can be used for reproducible builds. Its version never changes so you will have to update tags in your pipelines from time to time in order to stay up-to-date.

Docker Tag	Git Ref	Terraform	Terragrunt	Available Architectures
`latest-<tag>`	tag: `<tag>`	latest	latest	`amd64`, `i386`, `arm64`

`1.5-0.50-<tag>`	tag: `<tag>`	`1.5.x`	`0.50.x`	`amd64`, `i386`, `arm64`
`1.5-0.49-<tag>`	tag: `<tag>`	`1.5.x`	`0.49.x`	`amd64`, `i386`, `arm64`
`1.5-0.48-<tag>`	tag: `<tag>`	`1.5.x`	`0.48.x`	`amd64`, `i386`, `arm64`
`1.5-0.47-<tag>`	tag: `<tag>`	`1.5.x`	`0.47.x`	`amd64`, `i386`, `arm64`
`1.5-0.46-<tag>`	tag: `<tag>`	`1.5.x`	`0.46.x`	`amd64`, `i386`, `arm64`

`1.4-0.50-<tag>`	tag: `<tag>`	`1.4.x`	`0.50.x`	`amd64`, `i386`, `arm64`
`1.4-0.49-<tag>`	tag: `<tag>`	`1.4.x`	`0.49.x`	`amd64`, `i386`, `arm64`
`1.4-0.48-<tag>`	tag: `<tag>`	`1.4.x`	`0.48.x`	`amd64`, `i386`, `arm64`
`1.4-0.47-<tag>`	tag: `<tag>`	`1.4.x`	`0.47.x`	`amd64`, `i386`, `arm64`
`1.4-0.46-<tag>`	tag: `<tag>`	`1.4.x`	`0.46.x`	`amd64`, `i386`, `arm64`

`1.3-0.50-<tag>`	tag: `<tag>`	`1.3.x`	`0.50.x`	`amd64`, `i386`, `arm64`
`1.3-0.49-<tag>`	tag: `<tag>`	`1.3.x`	`0.49.x`	`amd64`, `i386`, `arm64`
`1.3-0.48-<tag>`	tag: `<tag>`	`1.3.x`	`0.48.x`	`amd64`, `i386`, `arm64`
`1.3-0.47-<tag>`	tag: `<tag>`	`1.3.x`	`0.47.x`	`amd64`, `i386`, `arm64`
`1.3-0.46-<tag>`	tag: `<tag>`	`1.3.x`	`0.46.x`	`amd64`, `i386`, `arm64`

`1.2-0.41-<tag>`	tag: `<tag>`	`1.2.x`	`0.41.x`	`amd64`, `i386`, `arm64`
`1.2-0.40-<tag>`	tag: `<tag>`	`1.2.x`	`0.40.x`	`amd64`, `i386`, `arm64`
`1.2-0.39-<tag>`	tag: `<tag>`	`1.2.x`	`0.39.x`	`amd64`, `i386`, `arm64`
`1.2-0.38-<tag>`	tag: `<tag>`	`1.2.x`	`0.38.x`	`amd64`, `i386`, `arm64`
`1.2-0.37-<tag>`	tag: `<tag>`	`1.2.x`	`0.37.x`	`amd64`, `i386`, `arm64`

`1.1-0.39-<tag>`	tag: `<tag>`	`1.1.x`	`0.39.x`	`amd64`, `i386`, `arm64`
`1.1-0.38-<tag>`	tag: `<tag>`	`1.1.x`	`0.38.x`	`amd64`, `i386`, `arm64`
`1.1-0.37-<tag>`	tag: `<tag>`	`1.1.x`	`0.37.x`	`amd64`, `i386`, `arm64`
`1.1-0.36-<tag>`	tag: `<tag>`	`1.1.x`	`0.36.x`	`amd64`, `i386`, `arm64`
`1.1-0.35-<tag>`	tag: `<tag>`	`1.1.x`	`0.35.x`	`amd64`, `i386`, `arm64`

`1.0-0.38-<tag>`	tag: `<tag>`	`1.0.x`	`0.38.x`	`amd64`, `i386`, `arm64`
`1.0-0.37-<tag>`	tag: `<tag>`	`1.0.x`	`0.37.x`	`amd64`, `i386`, `arm64`
`1.0-0.36-<tag>`	tag: `<tag>`	`1.0.x`	`0.36.x`	`amd64`, `i386`, `arm64`
`1.0-0.35-<tag>`	tag: `<tag>`	`1.0.x`	`0.35.x`	`amd64`, `i386`, `arm64`
`1.0-0.34-<tag>`	tag: `<tag>`	`1.0.x`	`0.34.x`	`amd64`, `i386`, `arm64`

`0.15-0.34-<tag>`	tag: `<tag>`	`0.15.x`	`0.34.x`	`amd64`, `i386`, `arm64`
`0.15-0.33-<tag>`	tag: `<tag>`	`0.15.x`	`0.33.x`	`amd64`, `i386`, `arm64`
`0.15-0.32-<tag>`	tag: `<tag>`	`0.15.x`	`0.32.x`	`amd64`, `i386`, `arm64`
`0.15-0.31-<tag>`	tag: `<tag>`	`0.15.x`	`0.31.x`	`amd64`, `i386`, `arm64`
`0.15-0.30-<tag>`	tag: `<tag>`	`0.15.x`	`0.30.x`	`amd64`, `i386`, `arm64`

`0.14-0.34-<tag>`	tag: `<tag>`	`0.14.x`	`0.34.x`	`amd64`, `i386`, `arm64`
`0.14-0.33-<tag>`	tag: `<tag>`	`0.14.x`	`0.33.x`	`amd64`, `i386`, `arm64`
`0.14-0.32-<tag>`	tag: `<tag>`	`0.14.x`	`0.32.x`	`amd64`, `i386`, `arm64`
`0.14-0.31-<tag>`	tag: `<tag>`	`0.14.x`	`0.31.x`	`amd64`, `i386`, `arm64`
`0.14-0.30-<tag>`	tag: `<tag>`	`0.14.x`	`0.30.x`	`amd64`, `i386`, `arm64`

`0.13-0.34-<tag>`	tag: `<tag>`	`0.13.x`	`0.34.x`	`amd64`, `i386`, `arm64`
`0.13-0.33-<tag>`	tag: `<tag>`	`0.13.x`	`0.33.x`	`amd64`, `i386`, `arm64`
`0.13-0.32-<tag>`	tag: `<tag>`	`0.13.x`	`0.32.x`	`amd64`, `i386`, `arm64`
`0.13-0.31-<tag>`	tag: `<tag>`	`0.13.x`	`0.31.x`	`amd64`, `i386`, `arm64`
`0.13-0.30-<tag>`	tag: `<tag>`	`0.13.x`	`0.30.x`	`amd64`, `i386`, `arm64`

`0.12-0.24-<tag>`	tag: `<tag>`	`0.12.x`	`0.24.x`	`amd64`, `i386`
`0.12-0.23-<tag>`	tag: `<tag>`	`0.12.x`	`0.23.x`	`amd64`, `i386`
`0.12-0.22-<tag>`	tag: `<tag>`	`0.12.x`	`0.22.x`	`amd64`, `i386`
`0.12-0.21-<tag>`	tag: `<tag>`	`0.12.x`	`0.21.x`	`amd64`, `i386`
`0.12-0.20-<tag>`	tag: `<tag>`	`0.12.x`	`0.20.x`	`amd64`, `i386`
`0.12-0.19-<tag>`	tag: `<tag>`	`0.12.x`	`0.19.x`	`amd64`, `i386`

`0.11-0.18-<tag>`	tag: `<tag>`	`0.11.x`	`0.18.x`	`amd64`, `i386`

Where <tag> refers to the chosen git tag from this repository.

📂 Docker mounts

The working directory inside the Docker container is /data/ and should be mounted to your local filesystem where your Terragrant project resides. (See Examples for mount location usage.)

💻 Usage

docker run --rm -v $(pwd):/data cytopia/terragrunt terragrunt <ARGS>
docker run --rm -v $(pwd):/data cytopia/terragrunt terraform <ARGS>

🔠 Environment variables

The following environment variables will ease your life when mounting directories into the docker container by maintaining file system permissions.

Variables	Default	Description
`RUN_NON_ROOT`	`0`	Set to `1` to run commands as user instead of root.
`UID`	`1000`	Set to the uid of your local user (`id -u`) if you want to run as non root.
`GID`	`1000`	Set to the gid of your local user (`id -g`) if you want to run as non root.

ℹ️ Examples

1. Simple: Provision single sub-project on AWS

1.1 Project overview

Let's assume your Terragrunt project setup is as follows:

/my/tf                                              # Terragrunt project root
├── backend-app
│   ├── main.tf
│   └── terragrunt.hcl
├── frontend-app
│   ├── main.tf
│   └── terragrunt.hcl
├── mysql                                           # MySQL sub-project directory
│   ├── main.tf
│   └── terragrunt.hcl
├── redis
│   ├── main.tf
│   └── terragrunt.hcl
└── vpc
    ├── main.tf
    └── terragrunt.hcl

The MySQL sub-project you want to provision is at the releative path mysql/.

1.2 To consider

Mount the terragrunt root project dir (/my/tf/) into /data/ into the container
Use the workding dir (-w or --workdir) to point to your project inside the container
Add AWS credentials from your environment to the container

1.3 Docker commands

# Initialize the MySQL project
docker run --rm \
  -e AWS_ACCESS_KEY_ID=$AWS_ACCESS_KEY_ID \
  -e AWS_SECRET_ACCESS_KEY=$AWS_SECRET_ACCESS_KEY \
  -e AWS_SESSION_TOKEN=$AWS_SESSION_TOKEN \
  -u $(id -u):$(id -g) \
  -v /my/tf:/data \
  -w /data/mysql \
  cytopia/terragrunt terragrunt init

# Plan the MySQL project
docker run --rm \
  -e AWS_ACCESS_KEY_ID=$AWS_ACCESS_KEY_ID \
  -e AWS_SECRET_ACCESS_KEY=$AWS_SECRET_ACCESS_KEY \
  -e AWS_SESSION_TOKEN=$AWS_SESSION_TOKEN \
  -u $(id -u):$(id -g) \
  -v /my/tf:/data \
  -w /data/mysql \
  cytopia/terragrunt terragrunt plan

# Apply the MySQL project
docker run --rm \
  -e AWS_ACCESS_KEY_ID=$AWS_ACCESS_KEY_ID \
  -e AWS_SECRET_ACCESS_KEY=$AWS_SECRET_ACCESS_KEY \
  -e AWS_SESSION_TOKEN=$AWS_SESSION_TOKEN \
  -u $(id -u):$(id -g) \
  -v /my/tf:/data \
  -w /data/mysql \
  cytopia/terragrunt terragrunt --terragrunt-non-interactive apply

2. Complex: Provision single sub-project on AWS

2.1 Project overview

Let's assume your Terragrunt project setup is as follows:

/my/tf                                              # Terragrunt project root
└── envs
    └── aws
        ├── dev
        │   ├── eu-central-1
        │   │   ├── infra
        │   │   │   └── vpc-k8s                     # VPC sub-project directory
        │   │   │       ├── terraform.tfvars
        │   │   │       └── terragrunt.hcl
        │   │   ├── microservices
        │   │   │   └── api-gateway
        │   │   │       ├── terraform.tfvars
        │   │   │       └── terragrunt.hcl
        │   │   └── region.tfvars
        │   ├── global
        │   │   └── region.tfvars
        │   └── terragrunt.hcl
        └── _provider_include
            └── include_providers.tf

The VPC sub-project you want to provision is at the relative path envs/aws/dev/eu-centra-1/infra/vpc-k8s/.

2.2 To consider

Mount the terragrunt root project dir (/my/tf/) into /data/ into the container
Use the workding dir (-w or --workdir) to point to your project inside the container
Add AWS credentials from your environment to the container

2.3 Docker commands

# Initialize the VPC project
docker run --rm \
  -e AWS_ACCESS_KEY_ID=$AWS_ACCESS_KEY_ID \
  -e AWS_SECRET_ACCESS_KEY=$AWS_SECRET_ACCESS_KEY \
  -e AWS_SESSION_TOKEN=$AWS_SESSION_TOKEN \
  -u $(id -u):$(id -g) \
  -v /my/tf:/data \
  -w /data/envs/aws/dev/eu-central-1/infra/vpc-k8s \
  cytopia/terragrunt terragrunt init

# Plan the VPC project
docker run --rm \
  -e AWS_ACCESS_KEY_ID=$AWS_ACCESS_KEY_ID \
  -e AWS_SECRET_ACCESS_KEY=$AWS_SECRET_ACCESS_KEY \
  -e AWS_SESSION_TOKEN=$AWS_SESSION_TOKEN \
  -u $(id -u):$(id -g) \
  -v /my/tf:/data \
  -w /data/envs/aws/dev/eu-central-1/infra/vpc-k8s \
  cytopia/terragrunt terragrunt plan

# Apply the VPC project
docker run --rm \
  -e AWS_ACCESS_KEY_ID=$AWS_ACCESS_KEY_ID \
  -e AWS_SECRET_ACCESS_KEY=$AWS_SECRET_ACCESS_KEY \
  -e AWS_SESSION_TOKEN=$AWS_SESSION_TOKEN \
  -u $(id -u):$(id -g) \
  -v /my/tf:/data \
  -w /data/envs/aws/dev/eu-central-1/infra/vpc-k8s \
  cytopia/terragrunt terragrunt --terragrunt-non-interactive apply

🔄 Related #awesome-ci projects

Docker images

Save yourself from installing lot's of dependencies and pick a dockerized version of your favourite linter below for reproducible local or remote CI tests:

GitHub	Type	Description
awesome-ci	Basic	Tools for git, file and static source code analysis
file-lint	Basic	Baisc source code analysis
linkcheck	Basic	Search for URLs in files and validate their HTTP status code
ansible	Ansible	Multiple versions and flavours of Ansible
ansible-lint	Ansible	Lint Ansible
gofmt	Go	Format Go source code ^[1]
goimports	Go	Format Go source code ^[1]
golint	Go	Lint Go code
eslint	Javascript	Lint Javascript code
jsonlint	JSON	Lint JSON files ^[1]
kubeval	K8s	Lint Kubernetes files
checkmake	Make	Lint Makefiles
phpcbf	PHP	PHP Code Beautifier and Fixer
phpcs	PHP	PHP Code Sniffer
phplint	PHP	PHP Code Linter ^[1]
php-cs-fixer	PHP	PHP Coding Standards Fixer
bandit	Python	A security linter from PyCQA
black	Python	The uncompromising Python code formatter
mypy	Python	Static source code analysis
pycodestyle	Python	Python style guide checker
pydocstyle	Python	Python docstyle checker
pylint	Python	Python source code, bug and quality checker
terraform-docs	Terraform	Terraform doc generator (TF 0.12 ready) ^[1]
terragrunt	Terraform	Terragrunt and Terraform
terragrunt-fmt	Terraform	`terraform fmt` for Terragrunt files ^[1]
yamlfmt	Yaml	Format Yaml files ^[1]
yamllint	Yaml	Lint Yaml files

^[1] Uses a shell wrapper to add enhanced functionality not available by original project.

Makefiles

Visit cytopia/makefiles for dependency-less, seamless project integration and minimum required best-practice code linting for CI. The provided Makefiles will only require GNU Make and Docker itself removing the need to install anything else.

📄 License

MIT License

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README.md

README.md

Docker image for `terragrunt`

All #awesome-ci Docker images

🐳 Available Docker image versions

Rolling releaess

Point in time releases

📂 Docker mounts

💻 Usage

🔠 Environment variables

ℹ️ Examples

1. Simple: Provision single sub-project on AWS

1.1 Project overview

1.2 To consider

1.3 Docker commands

2. Complex: Provision single sub-project on AWS

2.1 Project overview

2.2 To consider

2.3 Docker commands

🔄 Related #awesome-ci projects

Docker images

Makefiles

📄 License

Files

README.md

Latest commit

History

README.md

File metadata and controls

Docker image for terragrunt

All #awesome-ci Docker images

🐳 Available Docker image versions

Rolling releaess

Point in time releases

📂 Docker mounts

💻 Usage

🔠 Environment variables

ℹ️ Examples

1. Simple: Provision single sub-project on AWS

1.1 Project overview

1.2 To consider

1.3 Docker commands

2. Complex: Provision single sub-project on AWS

2.1 Project overview

2.2 To consider

2.3 Docker commands

🔄 Related #awesome-ci projects

Docker images

Makefiles

📄 License

Docker image for `terragrunt`