openstack

type Address struct {
	IPType string `mapstructure:"OS-EXT-IPS:type"`
	Addr   string
}

type InstanceMetadata struct {
	Name             string    `json:"name"`
	UserMeta         *Metadata `json:"meta"`
	ProjectID        string    `json:"project_id"`
	AvailabilityZone string    `json:"availability_zone"`
	Hostname         string    `json:"hostname"`
	ServerID         string    `json:"uuid"`
}

type Metadata struct {
	// Matches openstack.TagClusterName
	ClusterName string `json:"KubernetesCluster"`
}

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

type MockCloud struct {
	MockCinderClient  *mockblockstorage.MockClient
	MockNeutronClient *mocknetworking.MockClient
	MockNovaClient    *mockcompute.MockClient
	MockDNSClient     *mockdns.MockClient
	MockLBClient      *mockloadbalancer.MockClient
	MockImageClient   *mockimage.MockClient
	// contains filtered or unexported fields
}

type OpenStackVerifierOptions struct {
}

type OpenstackAPITarget struct {
	Cloud OpenstackCloud
}

type OpenstackCloud interface {
	fi.Cloud
	ComputeClient() *gophercloud.ServiceClient
	BlockStorageClient() *gophercloud.ServiceClient
	NetworkingClient() *gophercloud.ServiceClient
	LoadBalancerClient() *gophercloud.ServiceClient
	DNSClient() *gophercloud.ServiceClient
	ImageClient() *gophercloud.ServiceClient
	UseOctavia() bool
	UseZones([]string)

	// GetInstance will return a openstack server provided its ID
	GetInstance(id string) (*servers.Server, error)

	// ListInstances will return a slice of openstack servers provided list opts
	ListInstances(servers.ListOptsBuilder) ([]servers.Server, error)

	// CreateInstance will create an openstack server provided create opts
	CreateInstance(servers.CreateOptsBuilder, servers.SchedulerHintOptsBuilder, string) (*servers.Server, error)

	// DeleteInstanceWithID will delete instance
	DeleteInstanceWithID(instanceID string) error

	// SetVolumeTags will set the tags for the Cinder volume
	SetVolumeTags(id string, tags map[string]string) error

	// GetCloudTags will return the tags attached on cloud
	GetCloudTags() map[string]string

	// ListVolumes will return the Cinder volumes which match the options
	ListVolumes(opt cinder.ListOptsBuilder) ([]cinder.Volume, error)

	// CreateVolume will create a new Cinder Volume
	CreateVolume(opt cinder.CreateOptsBuilder) (*cinder.Volume, error)
	AttachVolume(serverID string, opt volumeattach.CreateOpts) (*volumeattach.VolumeAttachment, error)

	// DeleteVolume will delete volume
	DeleteVolume(volumeID string) error

	// ListSecurityGroups will return the Neutron security groups which match the options
	ListSecurityGroups(opt sg.ListOpts) ([]sg.SecGroup, error)

	// CreateSecurityGroup will create a new Neutron security group
	CreateSecurityGroup(opt sg.CreateOptsBuilder) (*sg.SecGroup, error)

	// DeleteSecurityGroup will delete securitygroup
	DeleteSecurityGroup(sgID string) error

	// DeleteSecurityGroupRule will delete securitygrouprule
	DeleteSecurityGroupRule(ruleID string) error

	// ListSecurityGroupRules will return the Neutron security group rules which match the options
	ListSecurityGroupRules(opt sgr.ListOpts) ([]sgr.SecGroupRule, error)

	// CreateSecurityGroupRule will create a new Neutron security group rule
	CreateSecurityGroupRule(opt sgr.CreateOptsBuilder) (*sgr.SecGroupRule, error)

	// GetNetwork will return the Neutron network which match the id
	GetNetwork(networkID string) (*networks.Network, error)

	// FindNetworkBySubnetID will return network
	FindNetworkBySubnetID(subnetID string) (*networks.Network, error)

	// GetSubnet returns subnet using subnet id
	GetSubnet(subnetID string) (*subnets.Subnet, error)

	// ListNetworks will return the Neutron networks which match the options
	ListNetworks(opt networks.ListOptsBuilder) ([]networks.Network, error)

	// GetExternalNetwork will return the Neutron networks with the router:external property
	GetExternalNetwork() (*networks.Network, error)

	// GetExternalSubnet will return the subnet for floatingip which is used in external router
	GetExternalSubnet() (*subnets.Subnet, error)

	// GetLBFloatingSubnet will return the subnet for floatingip which is used in lb
	GetLBFloatingSubnet() (*subnets.Subnet, error)

	// CreateNetwork will create a new Neutron network
	CreateNetwork(opt networks.CreateOptsBuilder) (*networks.Network, error)

	// DeleteNetwork will delete neutron network
	DeleteNetwork(networkID string) error

	// AppendTag appends tag to resource
	AppendTag(resource string, id string, tag string) error

	// DeleteTag removes tag from resource
	DeleteTag(resource string, id string, tag string) error

	// ListRouters will return the Neutron routers which match the options
	ListRouters(opt routers.ListOpts) ([]routers.Router, error)

	// CreateRouter will create a new Neutron router
	CreateRouter(opt routers.CreateOptsBuilder) (*routers.Router, error)

	// DeleteRouter will delete neutron router
	DeleteRouter(routerID string) error

	// DeleteSubnet will delete neutron subnet
	DeleteSubnet(subnetID string) error

	// ListSubnets will return the Neutron subnets which match the options
	ListSubnets(opt subnets.ListOptsBuilder) ([]subnets.Subnet, error)

	// CreateSubnet will create a new Neutron subnet
	CreateSubnet(opt subnets.CreateOptsBuilder) (*subnets.Subnet, error)

	// GetKeypair will return the Nova keypair
	GetKeypair(name string) (*keypairs.KeyPair, error)

	// ListKeypairs will return the all Nova keypairs
	ListKeypairs() ([]keypairs.KeyPair, error)

	// DeleteKeyPair will delete a Nova keypair
	DeleteKeyPair(name string) error

	// CreateKeypair will create a new Nova Keypair
	CreateKeypair(opt keypairs.CreateOptsBuilder) (*keypairs.KeyPair, error)
	CreatePort(opt ports.CreateOptsBuilder) (*ports.Port, error)

	// GetPort will return a Neutron port by ID
	GetPort(id string) (*ports.Port, error)

	// UpdatePort will update a Neutron port by ID and options
	UpdatePort(id string, opt ports.UpdateOptsBuilder) (*ports.Port, error)

	// ListPorts will return the Neutron ports which match the options
	ListPorts(opt ports.ListOptsBuilder) ([]ports.Port, error)

	// DeletePort will delete a neutron port
	DeletePort(portID string) error

	// CreateRouterInterface will create a new Neutron router interface
	CreateRouterInterface(routerID string, opt routers.AddInterfaceOptsBuilder) (*routers.InterfaceInfo, error)

	// DeleteRouterInterface will delete router interface from subnet
	DeleteRouterInterface(routerID string, opt routers.RemoveInterfaceOptsBuilder) error

	// CreateServerGroup will create a new server group.
	CreateServerGroup(opt servergroups.CreateOptsBuilder) (*servergroups.ServerGroup, error)

	// ListServerGroups will list available server groups
	ListServerGroups(opts servergroups.ListOptsBuilder) ([]servergroups.ServerGroup, error)

	// DeleteServerGroup will delete a nova server group
	DeleteServerGroup(groupID string) error

	// ListDNSZones will list available DNS zones
	ListDNSZones(opt zones.ListOptsBuilder) ([]zones.Zone, error)

	// ListDNSRecordsets will list the DNS recordsets for the given zone id
	ListDNSRecordsets(zoneID string, opt recordsets.ListOptsBuilder) ([]recordsets.RecordSet, error)
	DeleteDNSRecordset(zoneID string, rrsetID string) error

	GetLB(loadbalancerID string) (*loadbalancers.LoadBalancer, error)
	GetLBStats(loadbalancerID string) (*loadbalancers.Stats, error)
	CreateLB(opt loadbalancers.CreateOptsBuilder) (*loadbalancers.LoadBalancer, error)
	ListLBs(opt loadbalancers.ListOptsBuilder) ([]loadbalancers.LoadBalancer, error)
	UpdateMemberInPool(poolID string, memberID string, opts v2pools.UpdateMemberOptsBuilder) (*v2pools.Member, error)
	ListPoolMembers(poolID string, opts v2pools.ListMembersOpts) ([]v2pools.Member, error)

	// DeleteLB will delete loadbalancer
	DeleteLB(lbID string, opt loadbalancers.DeleteOpts) error

	// DefaultInstanceType determines a suitable instance type for the specified instance group
	DefaultInstanceType(cluster *kops.Cluster, ig *kops.InstanceGroup) (string, error)

	// Returns the availability zones for the service client passed (compute, volume, network)
	ListAvailabilityZones(serviceClient *gophercloud.ServiceClient) ([]az.AvailabilityZone, error)
	AssociateToPool(server *servers.Server, poolID string, opts v2pools.CreateMemberOpts) (*v2pools.Member, error)
	CreatePool(opts v2pools.CreateOpts) (*v2pools.Pool, error)
	CreatePoolMonitor(opts monitors.CreateOpts) (*monitors.Monitor, error)
	GetPool(poolID string) (*v2pools.Pool, error)
	GetPoolMember(poolID string, memberID string) (*v2pools.Member, error)
	ListPools(v2pools.ListOpts) ([]v2pools.Pool, error)

	// ListMonitors will list HealthMonitors matching the provided options
	ListMonitors(monitors.ListOpts) ([]monitors.Monitor, error)

	// DeleteMonitor will delete a Pool resources Health Monitor
	DeleteMonitor(monitorID string) error

	// DeletePool will delete loadbalancer pool
	DeletePool(poolID string) error
	ListListeners(opts listeners.ListOpts) ([]listeners.Listener, error)
	CreateListener(opts listeners.CreateOpts) (*listeners.Listener, error)

	// DeleteListener will delete loadbalancer listener
	DeleteListener(listenerID string) error
	GetStorageAZFromCompute(azName string) (*az.AvailabilityZone, error)
	GetL3FloatingIP(id string) (fip *l3floatingip.FloatingIP, err error)
	GetImage(name string) (i *images.Image, err error)
	GetFlavor(name string) (f *flavors.Flavor, err error)
	ListServerFloatingIPs(id string) ([]*string, error)
	ListL3FloatingIPs(opts l3floatingip.ListOpts) (fips []l3floatingip.FloatingIP, err error)
	CreateL3FloatingIP(opts l3floatingip.CreateOpts) (fip *l3floatingip.FloatingIP, err error)
	DeleteFloatingIP(id string) error
	DeleteL3FloatingIP(id string) error
	UseLoadBalancerVIPACL() (bool, error)
}