"""ProxmoxVE provider, Ansible powered with Python""" import pulumi import pulumi_proxmoxve as proxmox import pulumi_command as command import yaml from dotmap import DotMap # Import configuration parameters from input.yaml input_ = DotMap(yaml.safe_load(open("./input.yaml", "r").read())) # Check pulumi configuration config = pulumi.Config() provider = proxmox.Provider("proxmoxve", endpoint=input_.pve.url, insecure=input_.pve.insecure, username=input_.pve.username, password=config.require_secret("password") ) vm_name = input_.vm.name vm_username = input_.vm.username ansible_playbook = input_.ansible_playbook vm = proxmox.vm.VirtualMachine("vm", name = vm_name, node_name = input_.pve.nodename, agent = proxmox.vm.VirtualMachineAgentArgs( enabled = True, trim = True, type = "virtio" ), bios = "seabios", cpu = proxmox.vm.VirtualMachineCpuArgs( cores = input_.vm.cores, sockets = input_.vm.sockets ), memory = proxmox.vm.VirtualMachineMemoryArgs(dedicated = input_.vm.ram), clone = proxmox.vm.VirtualMachineCloneArgs( node_name = input_.pve.nodename, vm_id = input_.vm.clone, full = True ), disks = [ proxmox.vm.VirtualMachineDiskArgs( interface = "virtio0", datastore_id = input_.pve.storage, size = input_.vm.disksize, file_format = "raw" ) ], network_devices = [ proxmox.vm.VirtualMachineNetworkDeviceArgs( bridge = "vmbr0", model = "virtio" ) ], on_boot = True, operating_system = proxmox.vm.VirtualMachineOperatingSystemArgs( type = "l26" ), initialization = proxmox.vm.VirtualMachineInitializationArgs( type = "nocloud", datastore_id = input_.pve.storage, user_account = proxmox.vm.VirtualMachineInitializationUserAccountArgs( username = vm_username, password = input_.vm.password, keys = input_.vm.sshkeys ) ), opts = pulumi.ResourceOptions( provider = provider, custom_timeouts=pulumi.CustomTimeouts(create="3m") ) ) # First item of the ipv4_addresses is of the loopback interface (so the usual 127.0.0.1). Let's get the second and grab only the text. # Creating the inventory file inventory = command.local.Command("a-inventory", create = vm.ipv4_addresses[1][0].apply( lambda ipaddr: f"echo '{vm_name} ansible_host={ipaddr} ansible_user={vm_username}' >./inventory" ), delete = "rm -f ./inventory", opts = pulumi.ResourceOptions(depends_on = [ vm ]) ) # Try the deployment with ansible # Applying the command execute_ansible = command.local.Command("a-deploy", create = vm.ipv4_addresses[1][0].apply( lambda ipaddr: f"ansible-playbook {ansible_playbook}" ), delete = "rm -f ./ansible.log", opts = pulumi.ResourceOptions(depends_on = [ inventory ]) ) # Outputs pulumi.export("ip", vm.ipv4_addresses[1][0])