
Documentation: docs.machcomposer.io
Plug-ins overview: MACH composer plug-ins README
MACH composer is a framework that you use to orchestrate and extend modern
digital commerce & experience platforms, based on MACH technologies and cloud
native services. It provides a standards-based, future-proof tool-set and
methodology to hand to your teams when building these types of platforms.
It includes:
- A configuration framework for managing MACH-services configuration, using
infrastructure-as-code underneath (powered by Terraform)
- A microservices architecture based on modern serverless technology (AWS
Lambda and Azure Functions), including (alpha) support for building your
microservices with the Serverless Framework
- Multi-tenancy support for managing many instances of your platform, that
share the same library of micro services
- CI/CD tools for automating the delivery of your MACH ecosystem
- Tight integration with AWS an Azure, including an (opinionated) setup of
these cloud environments
The framework is intended as the 'center piece' of your MACH architecture and
incorporates industry best practises such as the 12 Factor Methodology,
Infrastrucure-as-code, DevOps, immutable deployments, FAAS, etc.
With combining (and requiring) these practises, using the framework has
significant impact on your engineering methodology and organisation. On the
other hand, by combining those practises we believe it offers an accelerated
'way in' in terms of embracing modern engineering practises in your
organisation.
Installation
MacOS
brew tap mach-composer/mach-composer
brew install mach-composer
Windows
Windows installation through Chocolatery is currently unstable. We recommend to download the latest release from GitHub
Releases. Also, it is recommended to run MACH composer through WSL.
Nix
Add the flake input
inputs.mach-composer = {
url = "github:mach-composer/nix-mach-composer";
inputs.nixpkgs.follows = "nixpkgs";
};
# in outputs, pass mach-composer into your configuration
Then add to your package list
mach-composer.packages.${system}.mach-composer
making an overlay
let
mach-composer-overlay = final: prev: {
mach-composer = mach-composer.packages.${system}.mach-composer;
};
pkgs = import nixpkgs {
inherit system;
config = {
allowUnfree = true;
};
overlays = [
mach-composer-overlay
];
};
if using numtide/devshell, you can then put mach-composer
in your devshell.toml
packages list.
Getting started
Read our getting started guide
on how to deploy your MACH stack with MACH composer.
Example yaml file
---
mach_composer:
version: 1
global:
environment: test
cloud: aws
terraform_config:
aws_remote_state:
bucket: mach-tfstate-tst
key_prefix: mach-composer-tst
region: eu-central-1
sites:
- identifier: my-site
aws:
account_id: 1234567890
region: eu-central-1
endpoints:
public: api.tst.mach-example.net
commercetools:
project_key: my-site-tst
client_id: ...
client_secret: ...
scopes: manage_project:my-site-tst manage_api_clients:my-site-tst view_api_clients:my-site-tst
token_url: https://auth.europe-west1.gcp.commercetools.com
api_url: https://api.europe-west1.gcp.commercetools.com
project_settings:
languages:
- en-GB
- nl-NL
currencies:
- GBP
- EUR
countries:
- GB
- NL
components:
- name: payment
variables:
STRIPE_ACCOUNT_ID: 0123456789
secrets:
STRIPE_SECRET_KEY: secret-value
components:
- name: payment
source: git::ssh://git@github.com/your-project/components/payment-component.git//terraform
endpoints:
main: public
version: e638e57
Running MACH
To generate the files:
mach-composer generate # generates config for main.yml
mach-composer generate -f other-file.yml
To plan Terraform:
mach-composer plan
To apply Terraform config:
mach-composer apply
Optionally you can run a terraform init without taking any action:
mach-composer terraform init
Checking for updates
MACH can check your components for available updates.
To do this, run:
mach-composer update -f main.yml