constellation/cli/internal/terraform/variables.go
Adrian Stobbe 9667dfff58
terraform: align infrastructure module attributes (#2703)
* all vars have snail_case

* make iam schema consistent

* infrastructure schema

* terraform: update AWS infrastructure module

* fix ci

* terraform: update AWS infrastructure module

* terraform: update AWS IAM module

* terraform: update Azure Infrastructure module inputs

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform: update Azure IAM module

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform: update GCP infrastructure module

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform: update GCP IAM module

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform: update OpenStack Infrastructure module

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform: update QEMU Infrastructure module

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform-module: fix input name

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform: tidy

* cli: ignore whitespace in Terraform variable tests

* terraform-module: fix AWS output names

* terraform-module: fix output references

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>

* terraform: rename `api_server_cert_sans`

* Update terraform/infrastructure/aws/modules/public_private_subnet/variables.tf

Co-authored-by: Daniel Weiße <66256922+daniel-weisse@users.noreply.github.com>

* fix self-managed

* terraform: revert AWS modules output file renaming

* terraform: remove duplicate varable declaration

* terraform: rename Azure location field

* ci: adjust output name in self-managed e2e test

* e2e: continuously print output in upgrade test

* e2e: write to output variables

* cli: migrate IAM variable names

* cli: make `location` field optional

---------

Signed-off-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>
Co-authored-by: Moritz Sanft <58110325+msanft@users.noreply.github.com>
Co-authored-by: Daniel Weiße <66256922+daniel-weisse@users.noreply.github.com>
2023-12-15 10:36:58 +01:00

419 lines
19 KiB
Go

/*
Copyright (c) Edgeless Systems GmbH
SPDX-License-Identifier: AGPL-3.0-only
*/
package terraform
import (
"fmt"
"github.com/hashicorp/hcl/v2"
"github.com/hashicorp/hcl/v2/gohcl"
"github.com/hashicorp/hcl/v2/hclsyntax"
"github.com/hashicorp/hcl/v2/hclwrite"
)
// Variables is a struct that holds all variables that are passed to Terraform.
type Variables interface {
fmt.Stringer
}
// ClusterVariables should be used in places where a cluster is created.
type ClusterVariables interface {
Variables
// TODO(derpsteb): Rename this function once we have introduced an interface for config.Config.
// GetCreateMAA does not follow Go's naming convention because we need to keep the CreateMAA property public for now.
// There are functions creating Variables objects outside of this package.
// These functions can only be moved into this package once we have introduced an interface for config.Config,
// since we do not want to introduce a dependency on config.Config in this package.
GetCreateMAA() bool
}
// VariablesFromBytes parses the given bytes into the given variables struct.
func VariablesFromBytes[T any](b []byte, vars *T) error {
file, err := hclsyntax.ParseConfig(b, "", hcl.Pos{Line: 1, Column: 1})
if err != nil {
return fmt.Errorf("parsing variables: %w", err)
}
diags := gohcl.DecodeBody(file.Body, nil, vars)
if diags.HasErrors() {
return fmt.Errorf("decoding variables: %w", diags)
}
return nil
}
// AWSClusterVariables is user configuration for creating a cluster with Terraform on AWS.
type AWSClusterVariables struct {
// Name of the cluster.
Name string `hcl:"name" cty:"name"`
// Region is the AWS region to use.
Region string `hcl:"region" cty:"region"`
// Zone is the AWS zone to use in the given region.
Zone string `hcl:"zone" cty:"zone"`
// ImageID is the ID of the AMI to use.
ImageID string `hcl:"image_id" cty:"image_id"`
// IAMProfileControlPlane is the IAM group to use for the control-plane nodes.
IAMProfileControlPlane string `hcl:"iam_instance_profile_name_control_plane" cty:"iam_instance_profile_name_control_plane"`
// IAMProfileWorkerNodes is the IAM group to use for the worker nodes.
IAMProfileWorkerNodes string `hcl:"iam_instance_profile_name_worker_nodes" cty:"iam_instance_profile_name_worker_nodes"`
// Debug is true if debug mode is enabled.
Debug bool `hcl:"debug" cty:"debug"`
// EnableSNP controls enablement of the EC2 cpu-option "AmdSevSnp".
EnableSNP bool `hcl:"enable_snp" cty:"enable_snp"`
// NodeGroups is a map of node groups to create.
NodeGroups map[string]AWSNodeGroup `hcl:"node_groups" cty:"node_groups"`
// CustomEndpoint is the (optional) custom dns hostname for the kubernetes api server.
CustomEndpoint string `hcl:"custom_endpoint" cty:"custom_endpoint"`
// InternalLoadBalancer is true if an internal load balancer should be created.
InternalLoadBalancer bool `hcl:"internal_load_balancer" cty:"internal_load_balancer"`
}
// GetCreateMAA gets the CreateMAA variable.
// TODO(derpsteb): Rename this function once we have introduced an interface for config.Config.
func (a *AWSClusterVariables) GetCreateMAA() bool {
return false
}
// String returns a string representation of the variables, formatted as Terraform variables.
func (a *AWSClusterVariables) String() string {
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(a, f.Body())
return string(f.Bytes())
}
// AWSNodeGroup is a node group to create on AWS.
type AWSNodeGroup struct {
// Role is the role of the node group.
Role string `hcl:"role" cty:"role"`
// StateDiskSizeGB is the size of the state disk to allocate to each node, in GB.
StateDiskSizeGB int `hcl:"disk_size" cty:"disk_size"`
// InitialCount is the initial number of nodes to create in the node group.
// During upgrades this value ignored.
InitialCount int `hcl:"initial_count" cty:"initial_count"`
// Zone is the AWS availability-zone to use in the given region.
Zone string `hcl:"zone" cty:"zone"`
// InstanceType is the type of the EC2 instance to use.
InstanceType string `hcl:"instance_type" cty:"instance_type"`
// DiskType is the EBS disk type to use for the state disk.
DiskType string `hcl:"disk_type" cty:"disk_type"`
}
// AWSIAMVariables is user configuration for creating the IAM configuration with Terraform on Microsoft Azure.
type AWSIAMVariables struct {
// Region is the AWS location to use. (e.g. us-east-2)
Region string `hcl:"region" cty:"region"`
// Prefix is the name prefix of the resources to use.
Prefix string `hcl:"name_prefix" cty:"name_prefix"`
}
// String returns a string representation of the IAM-specific variables, formatted as Terraform variables.
func (v *AWSIAMVariables) String() string {
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(v, f.Body())
return string(f.Bytes())
}
// GCPClusterVariables is user configuration for creating resources with Terraform on GCP.
type GCPClusterVariables struct {
// Name of the cluster.
Name string `hcl:"name" cty:"name"`
// Project is the ID of the GCP project to use.
Project string `hcl:"project" cty:"project"`
// Region is the GCP region to use.
Region string `hcl:"region" cty:"region"`
// Zone is the GCP zone to use.
Zone string `hcl:"zone" cty:"zone"`
// ImageID is the ID of the GCP image to use.
ImageID string `hcl:"image_id" cty:"image_id"`
// Debug is true if debug mode is enabled.
Debug bool `hcl:"debug" cty:"debug"`
// NodeGroups is a map of node groups to create.
NodeGroups map[string]GCPNodeGroup `hcl:"node_groups" cty:"node_groups"`
// CustomEndpoint is the (optional) custom dns hostname for the kubernetes api server.
CustomEndpoint string `hcl:"custom_endpoint" cty:"custom_endpoint"`
// InternalLoadBalancer is true if an internal load balancer should be created.
InternalLoadBalancer bool `hcl:"internal_load_balancer" cty:"internal_load_balancer"`
}
// GetCreateMAA gets the CreateMAA variable.
// TODO(derpsteb): Rename this function once we have introduced an interface for config.Config.
func (g *GCPClusterVariables) GetCreateMAA() bool {
return false
}
// String returns a string representation of the variables, formatted as Terraform variables.
func (g *GCPClusterVariables) String() string {
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(g, f.Body())
return string(f.Bytes())
}
// GCPNodeGroup is a node group to create on GCP.
type GCPNodeGroup struct {
// Role is the role of the node group.
Role string `hcl:"role" cty:"role"`
// StateDiskSizeGB is the size of the state disk to allocate to each node, in GB.
StateDiskSizeGB int `hcl:"disk_size" cty:"disk_size"`
// InitialCount is the initial number of nodes to create in the node group.
// During upgrades this value ignored.
InitialCount int `hcl:"initial_count" cty:"initial_count"`
Zone string `hcl:"zone" cty:"zone"`
InstanceType string `hcl:"instance_type" cty:"instance_type"`
DiskType string `hcl:"disk_type" cty:"disk_type"`
}
// GCPIAMVariables is user configuration for creating the IAM confioguration with Terraform on GCP.
type GCPIAMVariables struct {
// Project is the ID of the GCP project to use.
Project string `hcl:"project_id" cty:"project_id"`
// Region is the GCP region to use.
Region string `hcl:"region" cty:"region"`
// Zone is the GCP zone to use.
Zone string `hcl:"zone" cty:"zone"`
// ServiceAccountID is the ID of the service account to use.
ServiceAccountID string `hcl:"service_account_id" cty:"service_account_id"`
}
// String returns a string representation of the IAM-specific variables, formatted as Terraform variables.
func (v *GCPIAMVariables) String() string {
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(v, f.Body())
return string(f.Bytes())
}
// AzureClusterVariables is user configuration for creating a cluster with Terraform on Azure.
type AzureClusterVariables struct {
// Name of the cluster.
Name string `hcl:"name" cty:"name"`
// ImageID is the ID of the Azure image to use.
ImageID string `hcl:"image_id" cty:"image_id"`
// CreateMAA sets whether a Microsoft Azure attestation provider should be created.
CreateMAA *bool `hcl:"create_maa" cty:"create_maa"`
// Debug is true if debug mode is enabled.
Debug *bool `hcl:"debug" cty:"debug"`
// ResourceGroup is the name of the Azure resource group to use.
ResourceGroup string `hcl:"resource_group" cty:"resource_group"`
// Location is the Azure location to use.
Location string `hcl:"location" cty:"location"`
// UserAssignedIdentity is the name of the Azure user-assigned identity to use.
UserAssignedIdentity string `hcl:"user_assigned_identity" cty:"user_assigned_identity"`
// ConfidentialVM sets the VM to be confidential.
ConfidentialVM *bool `hcl:"confidential_vm" cty:"confidential_vm"`
// SecureBoot sets the VM to use secure boot.
SecureBoot *bool `hcl:"secure_boot" cty:"secure_boot"`
// NodeGroups is a map of node groups to create.
NodeGroups map[string]AzureNodeGroup `hcl:"node_groups" cty:"node_groups"`
// CustomEndpoint is the (optional) custom dns hostname for the kubernetes api server.
CustomEndpoint string `hcl:"custom_endpoint" cty:"custom_endpoint"`
// InternalLoadBalancer is true if an internal load balancer should be created.
InternalLoadBalancer bool `hcl:"internal_load_balancer" cty:"internal_load_balancer"`
// MarketplaceImage is the (optional) Azure Marketplace image to use.
MarketplaceImage *AzureMarketplaceImageVariables `hcl:"marketplace_image" cty:"marketplace_image"`
}
// GetCreateMAA gets the CreateMAA variable.
// TODO(derpsteb): Rename this function once we have introduced an interface for config.Config.
func (a *AzureClusterVariables) GetCreateMAA() bool {
if a.CreateMAA == nil {
return false
}
return *a.CreateMAA
}
// String returns a string representation of the variables, formatted as Terraform variables.
func (a *AzureClusterVariables) String() string {
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(a, f.Body())
return string(f.Bytes())
}
// AzureNodeGroup is a node group to create on Azure.
type AzureNodeGroup struct {
// Role is the role of the node group.
Role string `hcl:"role" cty:"role"`
// InitialCount is optional for upgrades.
InitialCount int `hcl:"initial_count" cty:"initial_count"`
InstanceType string `hcl:"instance_type" cty:"instance_type"`
DiskSizeGB int `hcl:"disk_size" cty:"disk_size"`
DiskType string `hcl:"disk_type" cty:"disk_type"`
Zones []string `hcl:"zones" cty:"zones"`
}
// AzureIAMVariables is user configuration for creating the IAM configuration with Terraform on Microsoft Azure.
type AzureIAMVariables struct {
// Region is the Azure location to use. (e.g. westus).
// THIS FIELD IS DEPRECATED AND ONLY KEPT FOR MIGRATION PURPOSES. DO NOT USE.
Region *string `hcl:"region" cty:"region"` // TODO(msanft): Remove this field once v2.14.0 is released.
// Location is the Azure location to use. (e.g. westus)
Location string `hcl:"location,optional" cty:"location"` // TODO(msanft): Make this required once v2.14.0 is released.
// ServicePrincipal is the name of the service principal to use.
ServicePrincipal string `hcl:"service_principal_name" cty:"service_principal_name"`
// ResourceGroup is the name of the resource group to use.
ResourceGroup string `hcl:"resource_group_name" cty:"resource_group_name"`
}
// AzureMarketplaceImageVariables is a configuration for specifying an Azure Marketplace image.
type AzureMarketplaceImageVariables struct {
// Publisher is the publisher ID of the image.
Publisher string `hcl:"publisher" cty:"publisher"`
// Product is the product ID of the image.
Product string `hcl:"product" cty:"product"`
// Name is the name of the image.
Name string `hcl:"name" cty:"name"`
// Version is the version of the image.
Version string `hcl:"version" cty:"version"`
}
// String returns a string representation of the IAM-specific variables, formatted as Terraform variables.
func (v *AzureIAMVariables) String() string {
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(v, f.Body())
return string(f.Bytes())
}
// OpenStackClusterVariables is user configuration for creating a cluster with Terraform on OpenStack.
type OpenStackClusterVariables struct {
// Name of the cluster.
Name string `hcl:"name" cty:"name"`
// NodeGroups is a map of node groups to create.
NodeGroups map[string]OpenStackNodeGroup `hcl:"node_groups" cty:"node_groups"`
// Cloud is the (optional) name of the OpenStack cloud to use when reading the "clouds.yaml" configuration file. If empty, environment variables are used.
Cloud *string `hcl:"cloud" cty:"cloud"`
// FloatingIPPoolID is the ID of the OpenStack floating IP pool to use for public IPs.
FloatingIPPoolID string `hcl:"floating_ip_pool_id" cty:"floating_ip_pool_id"`
// ImageURL is the URL of the OpenStack image to use.
ImageURL string `hcl:"image_id" cty:"image_id"`
// DirectDownload decides whether to download the image directly from the URL to OpenStack or to upload it from the local machine.
DirectDownload bool `hcl:"direct_download" cty:"direct_download"`
// OpenstackUserDomainName is the OpenStack user domain name to use.
OpenstackUserDomainName string `hcl:"openstack_user_domain_name" cty:"openstack_user_domain_name"`
// OpenstackUsername is the OpenStack user name to use.
OpenstackUsername string `hcl:"openstack_username" cty:"openstack_username"`
// OpenstackPassword is the OpenStack password to use.
OpenstackPassword string `hcl:"openstack_password" cty:"openstack_password"`
// Debug is true if debug mode is enabled.
Debug bool `hcl:"debug" cty:"debug"`
// CustomEndpoint is the (optional) custom dns hostname for the kubernetes api server.
CustomEndpoint string `hcl:"custom_endpoint" cty:"custom_endpoint"`
// InternalLoadBalancer is true if an internal load balancer should be created.
InternalLoadBalancer bool `hcl:"internal_load_balancer" cty:"internal_load_balancer"`
}
// GetCreateMAA gets the CreateMAA variable.
// TODO(derpsteb): Rename this function once we have introduced an interface for config.Config.
func (o *OpenStackClusterVariables) GetCreateMAA() bool {
return false
}
// String returns a string representation of the variables, formatted as Terraform variables.
func (o *OpenStackClusterVariables) String() string {
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(o, f.Body())
return string(f.Bytes())
}
// OpenStackNodeGroup is a node group to create on OpenStack.
type OpenStackNodeGroup struct {
// Role is the role of the node group.
Role string `hcl:"role" cty:"role"`
// InitialCount is the number of instances to create.
// InitialCount is optional for upgrades. OpenStack does not support upgrades yet but might in the future.
InitialCount int `hcl:"initial_count" cty:"initial_count"`
// Flavor is the ID of the OpenStack flavor (machine type) to use.
FlavorID string `hcl:"flavor_id" cty:"flavor_id"`
// Zone is the OpenStack availability zone to use.
Zone string `hcl:"zone" cty:"zone"`
// StateDiskType is the OpenStack disk type to use for the state disk.
StateDiskType string `hcl:"state_disk_type" cty:"state_disk_type"`
// StateDiskSizeGB is the size of the state disk to allocate to each node, in GB.
StateDiskSizeGB int `hcl:"state_disk_size" cty:"state_disk_size"`
}
// TODO(malt3): Add support for OpenStack IAM variables.
// QEMUVariables is user configuration for creating a QEMU cluster with Terraform.
type QEMUVariables struct {
// Name is the name to use for the cluster.
Name string `hcl:"name" cty:"name"`
// NodeGroups is a map of node groups to create.
NodeGroups map[string]QEMUNodeGroup `hcl:"node_groups" cty:"node_groups"`
// Machine is the type of machine to use. use 'q35' for secure boot and 'pc' for non secure boot. See 'qemu-system-x86_64 -machine help'
Machine string `hcl:"machine" cty:"machine"`
// LibvirtURI is the libvirt connection URI.
LibvirtURI string `hcl:"libvirt_uri" cty:"libvirt_uri"`
// LibvirtSocketPath is the path to the libvirt socket in case of unix socket.
LibvirtSocketPath string `hcl:"libvirt_socket_path" cty:"libvirt_socket_path"`
// BootMode is the boot mode to use.
// Can be either "uefi" or "direct-linux-boot".
BootMode string `hcl:"constellation_boot_mode" cty:"constellation_boot_mode"`
// ImagePath is the path to the image to use for the nodes.
ImagePath string `hcl:"image_id" cty:"image_id"`
// ImageFormat is the format of the image from ImagePath.
ImageFormat string `hcl:"image_format" cty:"image_format"`
// MetadataAPIImage is the container image to use for the metadata API.
MetadataAPIImage string `hcl:"metadata_api_image" cty:"metadata_api_image"`
// MetadataLibvirtURI is the libvirt connection URI used by the metadata container.
// In case of unix socket, this should be "qemu:///system".
// Other wise it should be the same as LibvirtURI.
MetadataLibvirtURI string `hcl:"metadata_libvirt_uri" cty:"metadata_libvirt_uri"`
// NVRAM is the path to the NVRAM template.
NVRAM string `hcl:"nvram" cty:"nvram"`
// Firmware is the path to the firmware.
Firmware *string `hcl:"firmware" cty:"firmware"`
// BzImagePath is the path to the bzImage (kernel).
BzImagePath *string `hcl:"constellation_kernel" cty:"constellation_kernel"`
// InitrdPath is the path to the initrd.
InitrdPath *string `hcl:"constellation_initrd" cty:"constellation_initrd"`
// KernelCmdline is the kernel command line.
KernelCmdline *string `hcl:"constellation_cmdline" cty:"constellation_cmdline"`
// CustomEndpoint is the (optional) custom dns hostname for the kubernetes api server.
CustomEndpoint string `hcl:"custom_endpoint" cty:"custom_endpoint"`
// InternalLoadBalancer is true if an internal load balancer should be created.
InternalLoadBalancer bool `hcl:"internal_load_balancer" cty:"internal_load_balancer"`
}
// GetCreateMAA gets the CreateMAA variable.
// TODO(derpsteb): Rename this function once we have introduced an interface for config.Config.
func (q *QEMUVariables) GetCreateMAA() bool {
return false
}
// String returns a string representation of the variables, formatted as Terraform variables.
func (q *QEMUVariables) String() string {
// copy v object
vCopy := *q
switch vCopy.NVRAM {
case "production":
vCopy.NVRAM = "/usr/share/OVMF/OVMF_VARS.fd"
case "testing":
vCopy.NVRAM = "/usr/share/OVMF/OVMF_VARS.fd"
}
f := hclwrite.NewEmptyFile()
gohcl.EncodeIntoBody(vCopy, f.Body())
return string(f.Bytes())
}
// QEMUNodeGroup is a node group for a QEMU cluster.
type QEMUNodeGroup struct {
// Role is the role of the node group.
Role string `hcl:"role" cty:"role"`
// InitialCount is the number of instances to create.
// InitialCount is optional for upgrades.
// Upgrades are not implemented for QEMU. The type is similar to other NodeGroup types for consistency.
InitialCount int `hcl:"initial_count" cty:"initial_count"`
// DiskSize is the size of the disk to allocate to each node, in GiB.
DiskSize int `hcl:"disk_size" cty:"disk_size"`
// CPUCount is the number of CPUs to allocate to each node.
CPUCount int `hcl:"vcpus" cty:"vcpus"`
// MemorySize is the amount of memory to allocate to each node, in MiB.
MemorySize int `hcl:"memory" cty:"memory"`
}
func toPtr[T any](v T) *T {
return &v
}