main.tf.libvirt-testsuite.example.Manager-43

terraform {
 required_version = "1.0.10"
 required_providers {
   libvirt = {
     source = "dmacvicar/libvirt"
     version = "0.6.3"
   }
 }
}

provider "libvirt" {
  uri = "qemu:///system"
}


module "cucumber_testsuite" {
  source = "./modules/cucumber_testsuite"

  # see https://github.com/uyuni-project/sumaform/blob/master/README_ADVANCED.md
  # for more information on product_version values
  # you should use the same version here as in git_repo below
  # if you work on Uyuni you should use e.g. uyuni-master here and uyuni as git_repo below
  # if you work on SUMA you should use e.g. 4.3-nightly, 4.3-released, 4.3-VM-nightly, 4.3-VM-released, or head and spacewalk as git_repo below
  product_version = "4.3-nightly"

  # SUSE SCC credentials
  cc_username = ""
  cc_password = ""

  # define what images should be used and uploaded
  # https://github.com/uyuni-project/sumaform/blob/master/backend_modules/libvirt/README.md#only-upload-a-subset-of-available-images
  # the following images are e.g. available:
  # "almalinux8o", "almalinux9o",
  # "amazonlinux2o",
  # "centos7o", "centos8o", "centos9o",
  # "libertylinux9o",
  # "opensuse155o", "opensuse156o",
  # "oraclelinux9o",
  # "rocky8o", "rocky9o",
  # "sles12sp5o", "sles15sp2o", "sles15sp3o", "sles15sp4o", "sles15sp5o", "sles15sp6o",
  # "ubuntu2004o", "ubuntu2204o"
  # to see what VM uses what image, have a look at the image variable in the cucumber_module definition
  # https://github.com/uyuni-project/sumaform/blob/master/modules/cucumber_testsuite/main.tf
  images = ["rocky9o", "opensuse156o", "sles15sp4o", "ubuntu2204o"]

  use_avahi = true
  name_prefix = "prefix-"
  domain = "tf.local"
  from_email = "email@domain.com"

  # git credentials and repository that will be checked out on the controller
  # you have to use a personal access token as password and not your actual GitHub password
  # see https://github.com/settings/tokens
  # here you can specify a branch where you e.g. develop a new test
  # be aware to use the same version (e.g. Uyuni or SUMA) as git_repo as set in product_version above
  git_repo = "https://github.com/SUSE/spacewalk.git"
  git_username = "nogit"
  git_password = "nogit"
  branch = "Manager-4.3"

  # In case you use an authentication registry
  auth_registry = "registry.mgr.suse.de:5000/cucutest"
  auth_registry_username = ""
  auth_registry_password = ""
  git_profiles_repo = "https://github.com/uyuni-project/uyuni.git#:testsuite/features/profiles/internal_prv"

  # define which VMs should be created and adjust their settings.
  # if you do not need a minion just comment it out.
  # example:
  # suse-minion = {
  #    image = "sles15sp4o"
  #    name = "minion"
  #    provider_settings = {
  #      mac = "aa:bb:cc:dd:ee:ff"
  #      memory = 1024
  #      vcpu = 2
  #    }
  #    additional_repos = {
  #      Test_repo = "http://download.suse.de/ibs/Devel:/Galaxy:/Manager:/TEST/SLE_15_SP4/"
  #    }
  #    additional_packages = [ "vim" ]
  # }
  # also have a look at the image matrix that is used in our test suite:
  # https://github.com/SUSE/susemanager-ci#used-image-versions-in-the-ci-test-suite
  host_settings = {
    controller = {
      name = "controller"
    }
    server = {
      name = "server"
    }
    proxy = {
      name = "proxy"
    }
    suse-client = {
      image = "sles15sp4o"
    }
    suse-minion = {
      image = "sles15sp4o"
      name = "minion"
    }
    suse-sshminion = {
      image = "sles15sp4o"
      name = "sshminion"
    }
    redhat-minion = {
      image = "rocky9o"
      name = "centos"
    }
    debian-minion = {
      image = "ubuntu2204o"
      name = "ubuntu"
    }
    build-host = {
      image = "sles15sp4o"
      name = "build"
    }
    pxeboot-minion = {
      image = "sles15sp4o"
      name = "pxeboot"
    }
    kvm-host = {
      image = "opensuse156o"
      name = "kvmhost"
    }
    monitoring-server = {
      image = "sles15sp4o"
      name = "monitoring"
    }
  }

  # special settings for adjusting e.g. the pool name or defining another IP range
  #provider_settings = {
  #  uri = "qemu:///system"
  #  pool = "username_disks"
  #  bridge = "br0"
  #  additional_network = "xxx.xxx.xxx.xxx/24"
  #}
}

# This will generate the outputs on-screen and will store them in the terraform.tfstate file
output "configuration" {
  value = module.cucumber_testsuite.configuration
}