v1alpha1

type AWSClusterProviderConfig struct {
	// +optional
	metav1.TypeMeta
	// +optional
	metav1.ObjectMeta

	ClusterDeploymentSpec
}

type AWSClusterProviderStatus struct {
	metav1.TypeMeta `json:",inline"`
}

type AWSClusterSpec struct {
	// AccountSeceret refers to a secret that contains the AWS account access
	// credentials
	AccountSecret corev1.LocalObjectReference

	// SSHSecret refers to a secret that contains the ssh private key to access
	// EC2 instances in this cluster.
	SSHSecret corev1.LocalObjectReference

	// SSHUser refers to the username that should be used for Ansible to SSH to the system. (default: clusteroperator)
	// +optional
	SSHUser string

	// SSLSecret refers to a secret that contains the SSL certificate to use
	// for this cluster. The secret is expected to contain the following keys:
	// - ca.crt - the certificate authority certificate (optional)
	// - server.crt - the server certificate
	// - server.key - the server key
	SSLSecret corev1.LocalObjectReference

	// KeyPairName is the name of the AWS key pair to use for SSH access to EC2
	// instances in this cluster
	KeyPairName string

	// Region specifies the AWS region where the cluster will be created
	Region string

	// VPCName specifies the name of the VPC to associate with the cluster.
	// If a value is specified, a VPC will be created with that name if it
	// does not already exist in the cloud provider. If it does exist, the
	// existing VPC will be used.
	// If no name is specified, a VPC name will be generated using the
	// cluster name and created in the cloud provider.
	// +optional
	VPCName string

	// VPCSubnet specifies the subnet to use for the cluster's VPC. Only used
	// when a new VPC is created for the cluster
	// +optional
	VPCSubnet string
}

type AWSMachineProviderConfig struct {
	// +optional
	metav1.TypeMeta
	// +optional
	metav1.ObjectMeta

	MachineSetSpec
}

type AWSMachineProviderStatus struct {
	// +optional
	metav1.TypeMeta
	// +optional
	metav1.ObjectMeta

	// InstanceID is the AWS instance ID for this machine.
	// +optional
	InstanceID *string

	// InstanceState is the state of the AWS instance for this machine.
	InstanceState *string

	// PublicIP is the public IP address for this machine.
	// +optional
	PublicIP *string

	// PrivateIP is the internal IP address for this machine.
	// +optional
	PrivateIP *string

	// PublicDNS is the public DNS hostname for this machine.
	// +optional
	PublicDNS *string

	// PrivateDNS is the internal DNS hostname for this machine.
	// +optional
	PrivateDNS *string

	// LastELBSync stores when we last successfully ensured a master machine is added to relevant load balancers.
	// +optional
	LastELBSync *metav1.Time

	// LastELBSyncGeneration is the generation of the machine resource last added to the ELB.
	LastELBSyncGeneration int64
}

type AWSProviderConfigCodec struct {
	// contains filtered or unexported fields
}

type AWSRegionAMIs struct {
	Region string
	// AMI is the ID of the AMI to use for compute nodes in the cluster. If no MasterAMI is defined, it will be used for masters as well.
	AMI string
	// MasterAMI is the ID of the AMI to use for the master nodes in the cluster. If unset, the default AMI will be used instead.
	// +optional
	MasterAMI *string
}

type AWSVMImages struct {
	RegionAMIs []AWSRegionAMIs
}

type ClusterCondition struct {
	// Type is the type of the condition.
	Type ClusterConditionType
	// Status is the status of the condition.
	Status corev1.ConditionStatus
	// LastProbeTime is the last time we probed the condition.
	// +optional
	LastProbeTime metav1.Time
	// LastTransitionTime is the last time the condition transitioned from one status to another.
	// +optional
	LastTransitionTime metav1.Time
	// Reason is a unique, one-word, CamelCase reason for the condition's last transition.
	// +optional
	Reason string
	// Message is a human-readable message indicating details about last transition.
	// +optional
	Message string
}

type ClusterConditionType string

type ClusterConfigSpec struct {
	// SDNPluginName is the name of the SDN plugin to use for this install
	SDNPluginName string

	// ServiceNetworkSubnet is the CIDR to use for service IPs in the cluster
	// +optional
	ServiceNetworkSubnet string

	// PodNetworkSubnet is the CIDR to use for pod IPs in the cluster
	// +optional
	PodNetworkSubnet string
}

type ClusterDeployment struct {
	// +optional
	metav1.TypeMeta
	// +optional
	metav1.ObjectMeta

	// +optional
	Spec ClusterDeploymentSpec
	// +optional
	Status ClusterDeploymentStatus
}

type ClusterDeploymentList struct {
	metav1.TypeMeta
	// +optional
	metav1.ListMeta

	Items []ClusterDeployment
}

type ClusterDeploymentSpec struct {
	// ClusterID is the ID to assign to the cluster in the cloud provider.
	// This will be generated by the API Server when the ClusterDeployment is
	// created. It should not be set by the user.
	ClusterID string

	// Hardware specifies the hardware that the cluster will run on
	Hardware ClusterHardwareSpec

	// Config specifies cluster-wide OpenShift configuration
	Config ClusterConfigSpec

	// DefaultHardwareSpec specifies hardware defaults for all machine sets
	// in this cluster
	// +optional
	DefaultHardwareSpec *MachineSetHardwareSpec

	// MachineSets specifies the configuration of all machine sets for the cluster
	MachineSets []ClusterMachineSet

	// ClusterVersionRef references the clusterversion that should be running.
	ClusterVersionRef ClusterVersionReference
}

type ClusterDeploymentStatus struct {
	// MachineSetCount is the number of actual machine sets that are active for the cluster
	MachineSetCount int

	// MasterMachineSetName is the name of the master machine set
	MasterMachineSetName string

	// InfraMachineSetName is the name of the infra machine set
	InfraMachineSetName string

	// AdminKubeconfig points to a secret containing a cluster administrator
	// kubeconfig to access the cluster. The secret can be used for bootstrapping
	// and subsequent access to the cluster API.
	// +optional
	AdminKubeconfig *corev1.LocalObjectReference

	// Provisioned is true if the hardware pre-reqs for the cluster have been provisioned
	// For machine set hardware, see the status of each machine set resource.
	Provisioned bool

	// ProvisionedJobGeneration is the generation of the cluster resource used to
	// generate the latest completed infra provisioning job.
	ProvisionedJobGeneration int64

	// ControlPlaneInstalled is true if the control plane is installed
	// and running in the cluster.
	ControlPlaneInstalled bool

	// ControlPlaneInstalledJobClusterGeneration is the generation of the cluster
	// resource used to generate the latest completed control-plane installation
	// job.
	ControlPlaneInstalledJobClusterGeneration int64

	// ControlPlaneInstalledJobMachineSetGeneration is the generation of the
	// master machine set resource used to generate the latest completed
	// control-plane installation job.
	ControlPlaneInstalledJobMachineSetGeneration int64

	// ComponentsInstalled is true if the additional components needed for the
	// cluster have been installed
	ComponentsInstalled bool

	// ComponentsInstalledJobGeneration is the generation of the cluster resource
	// used to generate the latest completed components installation job.
	ComponentsInstalledJobClusterGeneration int64

	// ComponentsInstalledJobMachineSetGeneration is the generation of the
	// master machine set resource used to generate the latest completed
	// components installation job.
	ComponentsInstalledJobMachineSetGeneration int64

	// NodeConfigInstalled is true if the node config daemonset has been created
	// in the cluster.
	NodeConfigInstalled bool

	// NodeConfigInstalledJobClusterGeneration is the generation of the cluster
	// resource used to generate the latest successful node-config installation job.
	NodeConfigInstalledJobClusterGeneration int64

	// NodeConfigInstalledJobMachineSetGeneration is the generation of the
	// master machine set resource used to generate the latest successful
	// node-config installation job.
	NodeConfigInstalledJobMachineSetGeneration int64

	// NodeConfigInstalledTime is the time of the last successful installation of
	// the node config daemonset in the cluster.
	NodeConfigInstalledTime *metav1.Time

	// ClusterAPIInstalled is true if the Kubernetes Cluster API controllers have
	// been deployed onto the remote cluster.
	ClusterAPIInstalled bool

	// ClusterAPIInstalledJobClusterGeneration is the generation of the cluster
	// resource used to generate the latest completed deployclusterapi
	// installation job.
	ClusterAPIInstalledJobClusterGeneration int64

	// ClusterAPIInstalledJobMachineSetGeneration is the generation of the machine
	// set resource used to generate the latest completed deployclusterapi
	// installation job.
	ClusterAPIInstalledJobMachineSetGeneration int64

	// ClusterAPIInstalledTime is the time we last successfully deployed the
	// Kubernetes Cluster API controllers on the cluster.
	ClusterAPIInstalledTime *metav1.Time

	// Ready is true if the master of the cluster is ready to be used and can be accessed using
	// the KubeconfigSecret
	Ready bool

	// Conditions includes more detailed status for the cluster
	Conditions []ClusterCondition

	// ClusterVersionRef references the resolved clusterversion the cluster should be running.
	// +optional
	ClusterVersionRef *corev1.ObjectReference
}

type ClusterDeploymentType string

type ClusterHardwareSpec struct {
	// AWS specifies cluster hardware configuration on AWS
	// +optional
	AWS *AWSClusterSpec
}

type ClusterMachineSet struct {
	// ShortName is a unique name for the machine set within the cluster
	ShortName string

	// MachineSetConfig is the configuration for the MachineSet
	MachineSetConfig
}

type ClusterProviderStatus struct {
	// +optional
	metav1.TypeMeta
	// +optional
	metav1.ObjectMeta

	ClusterDeploymentStatus
}

type ClusterVersion struct {
	// +optional
	metav1.TypeMeta
	// +optional
	metav1.ObjectMeta

	// +optional
	Spec ClusterVersionSpec
	// +optional
	Status ClusterVersionStatus
}

type ClusterVersionList struct {
	metav1.TypeMeta
	// +optional
	metav1.ListMeta

	Items []ClusterVersion
}

type ClusterVersionReference struct {
	// Namespace of the clusterversion.
	// +optional
	Namespace string

	// Name of the clusterversion.
	Name string
}

type ClusterVersionSpec struct {
	// ImageFormat defines a format string for the container registry and images to use for
	// various OpenShift components. Valid expansions are component (required, expands to
	// pod/deployer/haproxy-router/etc), and version (v3.9.0).
	// (i.e. example.com/openshift3/ose-${component}:${version}")
	ImageFormat string

	VMImages VMImages

	// DeploymentType indicates the type of OpenShift deployment to create.
	DeploymentType ClusterDeploymentType

	// Version is the version of OpenShift to install.
	Version string

	// OpenshiftAnsibleImage is the name of the image to use to run
	// openshift-ansible playbooks.
	// Defaults to openshift/origin-ansbile:{TAG}, where {TAG} is
	// the value from the Version field of this ClusterVersion.
	// +optional
	OpenshiftAnsibleImage *string

	// OpenshiftAnsibleImagePullPolicy is the pull policy to use for
	// OpenshiftAnsibleImage.
	// Defaults to IfNotPreset.
	// +optional
	OpenshiftAnsibleImagePullPolicy *corev1.PullPolicy

	// ClusterAPIImage is the name of the image to use on the target
	// cluster to run Cluster API
	// +optional
	ClusterAPIImage *string

	// ClusterAPIImagePullPolicy is the pull policy to use for the
	// ClusterAPIImage
	// +optional
	ClusterAPIImagePullPolicy *corev1.PullPolicy

	// MachineControllerImage is the name of the image to use on the
	// target cluster to run the machine controller
	// +optional
	MachineControllerImage *string

	// MachineControllerImagePullPolicy is the pull policy to use for
	// the MachineControllerImagePullPolicy
	// +optional
	MachineControllerImagePullPolicy *corev1.PullPolicy
}

type ClusterVersionStatus struct {
}

type MachineSetAWSHardwareSpec struct {
	// InstanceType is the type of instance to use for machines in this MachineSet
	// +optional
	InstanceType string
}

type MachineSetConfig struct {
	// NodeType is the type of nodes that comprise the MachineSet
	// TODO: remove in favor of upstream MachineTemplateSpec roles.
	NodeType NodeType

	// Infra indicates whether this machine set should contain infrastructure
	// pods
	// TODO: remove in favor of upstream MachineTemplateSpec roles.
	Infra bool

	// Size is the number of nodes that the node group should contain
	// TODO: remove in favor of upstream MachineSet and MachineDeployment replicas.
	Size int

	// Hardware defines what the hardware should look like for this
	// MachineSet. The specification will vary based on the cloud provider.
	// +optional
	Hardware *MachineSetHardwareSpec

	// NodeLabels specifies the labels that will be applied to nodes in this
	// MachineSet
	NodeLabels map[string]string
}

type MachineSetHardwareSpec struct {
	// AWS specifies the hardware spec for an AWS machine set
	// +optional
	AWS *MachineSetAWSHardwareSpec
}

type MachineSetSpec struct {
	// ClusterID is the ID of the cluster in the cloud provider.
	ClusterID string

	// MachineSetConfig is the configuration for the MachineSet
	MachineSetConfig

	// ClusterHardware specifies the hardware that the cluster will run on. It is typically a copy of
	// the clusters data and set automatically by controllers.
	ClusterHardware ClusterHardwareSpec

	// ClusterVersionRef references the clusterversion the machine set is running.
	ClusterVersionRef corev1.ObjectReference

	// VMImage contains a single cloud provider specific image to use for this machine set.
	VMImage VMImage
}

type NodeType string

type VMImage struct {
	// +optional
	AWSImage *string
}

type VMImages struct {
	// +optional
	AWSImages *AWSVMImages
}