resource

type Account interface {
	Resource
	StaticAccount

	// Amp provides access to Account's parent object.
	Amp() Amp
	// Storage provides access to Account's child Storage.
	Storage() Storage
}

type Amp interface {
	Resource
	StaticAmp

	// Run is the entry point for arc.
	Run() (int, error)

	// Account provides access to Amp's child account.
	Account() Account
}

type Arc interface {
	Resource
	StaticArc

	// Run is the entry point for arc.
	Run() (int, error)

	// DataCenter provides access to Arc's child datacenter service.
	DataCenter() DataCenter

	// DatabaseService provides access to Arc's child database service.
	DatabaseService() DatabaseService

	// Dns provides access to Arc's child dns service.
	Dns() Dns
}

type Attacher interface {

	// Attach asks the provider to attach the resource to the instance.
	Attach() error

	// Attached returns true if the resource is associated with an instance.
	Attached() bool
}

type AuditOverride interface {

	// PreAudit executes before the object being audited with the cloud provider.
	PreAudit(flags ...string) error

	// MidAudit audits the resource.
	MidAudit(flags ...string) error

	// PostAudit executes after to the object being audited with the cloud provider.
	PostAudit(flags ...string) error
}

type Auditor interface {

	// Audit asks the provider to audit this resource.
	Audit(flags ...string) error
}

type Bucket interface {
	route.Router
	StaticBucket
	DynamicBucket

	Storage() Storage
	ProviderBucket() ProviderBucket
}

type BucketSet interface {
	route.Router
	StaticBucketSet
	DynamicBucketSet

	BucketSets() BucketSets
}

type BucketSets interface {
	Resource

	Storage() Storage
	Find(name string) BucketSet
}

type Buckets interface {
	Resource

	Find(name string) Bucket
}

type Cluster interface {
	Resource
	StaticCluster
	Auditor

	// Compute provides access to Cluster's parent.
	Compute() Compute

	// Pods provides access to Compute's child pods.
	Pods() Pods

	// Find pod by name. This implies pods are named uniquely.
	FindPod(name string) Pod

	// Find instance by name. This implies instances are named uniquely.
	// The name takes the form "<pod name>-<instance number>".
	FindInstance(name string) Instance

	// Find the instance by ip address.
	FindInstanceByIP(ip string) Instance

	// Creator
	PreCreate(req *route.Request) route.Response
	Create(req *route.Request) route.Response
	PostCreate(req *route.Request) route.Response

	// Destroyer
	PreDestroy(req *route.Request) route.Response
	Destroy(req *route.Request) route.Response
	PostDestroy(req *route.Request) route.Response

	// Provisioner
	PreProvision(req *route.Request) route.Response
	Provision(req *route.Request) route.Response
	PostProvision(req *route.Request) route.Response

	// Starter
	PreStart(req *route.Request) route.Response
	Start(req *route.Request) route.Response
	PostStart(req *route.Request) route.Response

	// Stopper
	PreStop(req *route.Request) route.Response
	Stop(req *route.Request) route.Response
	PostStop(req *route.Request) route.Response

	// Restarter
	PreRestart(req *route.Request) route.Response
	Restart(req *route.Request) route.Response
	PostRestart(req *route.Request) route.Response

	// Replacer
	PreReplace(req *route.Request) route.Response
	Replace(req *route.Request) route.Response
	PostReplace(req *route.Request) route.Response

	// Auditor
	AuditOverride
}

type Clusters interface {
	Resource

	// Find cluster by name. This implies clusters are named uniquely.
	Find(name string) Cluster

	// Find pod by name. This implies pods are named uniquely.
	FindPod(name string) Pod

	// Find instance by name. This implies instances are named uniquely.
	// The name takes the form "<pod name>-<instance number>".
	FindInstance(name string) Instance

	// Find the instance by ip address.
	FindInstanceByIP(ip string) Instance
}

type Compute interface {
	Resource
	StaticCompute
	DynamicCompute

	// DataCenter provides access to Compute's parent.
	DataCenter() DataCenter

	// KeyPair provides access to Compute's child keypair.
	KeyPair() KeyPair

	// Clusters provides access to Compute's child clusters.
	Clusters() Clusters

	// Find cluster by name. This implies clusters are named uniquely.
	FindCluster(name string) Cluster

	// Find pod by name. This implies pods are named uniquely.
	FindPod(name string) Pod

	// Find instance by name. This implies instances are named uniquely.
	// The name takes the form "<pod name>-<instance number>".
	FindInstance(name string) Instance

	// Find the instance by ip address.
	FindInstanceByIP(ip string) Instance

	// ProviderCompute provides access to the provider specific compute.
	ProviderCompute() ProviderCompute
}

type CreateOverride interface {

	// PreCreate executes before the object being createed with the cloud provider.
	PreCreate(flags ...string) error

	// MidCreate asks the provider to allocate the resource.
	MidCreate(flags ...string) error

	// PostCreate executes after to the object being createed with the cloud provider.
	PostCreate(flags ...string) error
}

type Creator interface {

	// Create asks the provider to allocate this resource.
	Create(flags ...string) error

	// Created indicated that the underlying resource has not been created
	// with the cloud provider. With a composite resource, destruction may
	// only be true if all the contained resources have been created.
	Created() bool
}

type DataCenter interface {
	Resource
	StaticDataCenter

	// Arc provides access to DataCenter's parent.
	Arc() Arc

	// DataCenter provides access to DataCenter's child network resources.
	Network() Network

	// DataCenter provides access to DataCenter's child compute resources.
	Compute() Compute

	// Dns providess acess to the Dns resource.
	Dns() Dns
}

type Database interface {
	route.Router
	StaticDatabase
	DynamicDatabase
	Helper

	// DatabaseService provides access to the database's parent.
	DatabaseService() DatabaseService

	// ProviderDatabase allows access to the provider's database object.
	ProviderDatabase() ProviderDatabase
}

type DatabaseParams struct {
	DatabaseService ProviderDatabaseService
	Subnets         []ProviderSubnet
	SecurityGroups  []ProviderSecurityGroup
}

type DatabaseService interface {
	route.Router
	StaticDatabaseService
	DynamicDatabaseService
	Provisioner
	Helper

	// Arc provides access to DataCenter's parent.
	Arc() Arc

	// Find returns the database with the given name.
	Find(string) Database

	// ProviderDatabaseSerivces allows access to the provider's database service object.
	ProviderDatabaseService() ProviderDatabaseService
}

type DestroyOverride interface {

	// PreDestroy executes before the object being destroyed with the cloud provider.
	PreDestroy(flags ...string) error

	// MidDestroy asks the provider to deallocate the resource.
	MidDestroy(flags ...string) error

	// PostDestroy executes after to the object being destroyed with the cloud provider.
	PostDestroy(flags ...string) error
}

type Destroyer interface {

	// Destroy asks the provider to deallocate this resource.
	Destroy(flags ...string) error

	// Destroyed indicated that the underlying resource has not been created
	// with the cloud provider. With a composite resource, destruction may
	// only be true if all the contained resources have been destroyed.
	Destroyed() bool
}

type Detacher interface {

	// Detach asks the provider to detach the resource from the instance.
	Detach() error

	// Detached returns true if the resource is not associated with an instance.
	Detached() bool
}

type Dns interface {
	Resource
	StaticDns
	DynamicDns

	// Arc provides access to Dns' parent.
	Arc() Arc

	// ProviderDns provides access to the provider specific dns implementation.
	ProviderDns() ProviderDns

	// ARecords provides access to Dns' A records.
	ARecords() DnsRecords

	// CNameRecords provides access to Dns' CNAME records.
	CNameRecords() DnsRecords

	// DataCenter provides access to the DataCenter resource.
	DataCenter() DataCenter
}

type DnsRecord interface {
	Resource
	StaticDnsRecord
	DynamicDnsRecord

	// Dns provides access to the dns record's parent.
	Dns() Dns
}

type DnsRecords interface {
	Resource

	// Find DnsRecord by host name, not fqdn. I.e. mirror-01, not mirror-01-internal.na-int1.huron-int.com.
	Find(name string) DnsRecord

	// FindByPod returns the DnsRecords associated with the given pod name.
	FindByPod(name string) []DnsRecord
}

type DynamicBucket interface {
	Auditor
	Creator
	Destroyer
	Provisioner
	// SetTags sets the tags for the bucket.
	SetTags(map[string]string) error

	// EnableReplication enables cross region bucket replication - requires role and destination in json file.
	EnableReplication() error

	// Info prints out the bucket's information to the console.
	Info()
}

type DynamicBucketSet interface {
	Auditor
	Creator
	Destroyer
	Provisioner

	// Info prints out the bucket's information to the console.
	Info()
}

type DynamicCompute interface {

	// AuditVolumes identifies any volumes that have been deployed but are not in the configuration.
	AuditVolumes(flags ...string) error

	// AuditEIP identifies any elastic IPs that have been allocated but are associated with anything.
	AuditEIP(flags ...string) error

	// AuditInstance identifies any instances that have been deployed but are not in the configuration.
	AuditInstances(flags ...string) error
}

type DynamicDatabase interface {
	Loader
	Creator
	Destroyer
	Provisioner
	Auditor
	Informer

	// Id returns the id of the instance.
	Id() string

	// State returns the state of the database instance.
	State() string
}

type DynamicDatabaseService interface {
	Loader
	Auditor
	Informer
}

type DynamicDns interface {

	// Id returns the Dns id.
	Id() string

	// AuditDnsRecords checks for any dns records that are unnamedo or deployed but not configured
	AuditDnsRecords(flags ...string) error
}

type DynamicDnsRecord interface {
	Auditor
	Loader

	// Id returns the DnsRecord Id.
	Id() string

	// Type returns the type of Dns record.
	Type() string

	// DynamicValues returns a slice of the values associated with a dns record.
	DynamicValues() []string
}

type DynamicElasticIP interface {

	// Loader is the interface that requires the Load function to be implmented.
	Loader

	// Attacher provides the ability to attach the resource with the cloud provider and to see
	// if the resource is attached.
	Attacher

	// Detacher provides the ability to detach the resource with the cloud provider and to see
	// if the resource is detached.
	Detacher

	// Id returns the identifier of the elastic IP.
	Id() string

	// Instance returns the instance that the elastic IP is or will be associated with.
	Instance() Instance

	// IpAddress returns the elastic IP address.
	IpAddress() string

	// Create allocates the elastic IP.
	Create() error

	// Destroy releases the elastic IP.
	Destroy() error
}

type DynamicInstance interface {

	// Id returns the id of the instance.
	Id() string

	// ImageId returns the imageId.
	ImageId() string

	// KeyName returns the name of the keypair.
	KeyName() string

	// State returns the state of the instance.
	State() string

	// Started returns true if the instance has been started.
	Started() bool

	// Stopped returns true if the instance is currently stopped.
	Stopped() bool

	// PrivateIPAddress returns the private IP address associated with the instance.
	PrivateIPAddress() string

	// PublicIPAddress returns the public IP address associated with the instance.
	PublicIPAddress() string

	// SetTags sets the tags for the instance such as who created it and the last person
	// that modified the instance.
	SetTags(map[string]string) error

	Auditor
}

type DynamicKeyPair interface {

	// Loader is the interface that requires the Load function to be implmented.
	Loader

	// FingerPrint returns the finger print of the keypair from the provider.
	FingerPrint() string
}

type DynamicNetwork interface {

	// Id returns the id of the network.
	Id() string

	// State returns the state of the network.
	State() string

	// AuditSubnets identifies any subnets that have been deployed but are not in the configuration.
	AuditSubnets(flags ...string) error

	// AuditSecgroups indentifies any secgroups that have been deployed but are not configured.
	AuditSecgroups(flags ...string) error
}

type DynamicRole interface {
	Loader
	Attacher
	Detacher

	// Id returns the underlying role id.
	Id() string

	// InstanceId returns the id of the role's instance.
	InstanceId() string

	// Update changes the role to be what is currently in the config file.
	Update() error
}

type DynamicSecurityGroup interface {
	Auditor
	Loader

	// Id returns the security group id.
	Id() string
}

type DynamicStorage interface {
	// Audit identifies any buckets that have been deployed but are not in the configuration.
	Audit(flags ...string) error
}

type DynamicSubnet interface {
	Auditor
	Loader

	// Id returns the id of the subnet.
	Id() string

	// State returns the state of the subnet.
	State() string
}

type DynamicVolume interface {
	Loader
	Attacher
	Detacher
	Auditor

	// Id returns the underlying volume id.
	Id() string

	// State returns the state of the volume.
	State() string

	// Destroys the underlying volume. Detach must be called before this
	// otherwise this could return an error.
	Destroy() error

	// SetTags sets the tags for the volume.
	SetTags(map[string]string) error

	// Info prints out volume information to the console.
	Info()

	// Reset the volume to an initialized state.
	Reset()
}

type ElasticIP interface {
	Resource
	DynamicElasticIP
}

type Helper interface {

	// Help dumps help text to the console.
	Help()
}

type Hiera interface {
	Install(Instance, bool) error
}

type Informer interface {

	// Info dumps the resource runtime data to the console.
	Info()
}

type Instance interface {
	Resource
	StaticInstance
	DynamicInstance

	// Pod provides access to Instance's parent.
	Pod() Pod

	// Network provides access to the network to which instance is associated.
	Network() Network

	// Subnet provides access to the subnet to which instance is allocated.
	Subnet() Subnet

	// SecurityGroups provides access to the security groups to which instance is associated.
	SecurityGroups() []SecurityGroup

	// KeyPair provides access to the keypair that will be assigned to this instance.
	KeyPair() KeyPair

	// Dns provides access to the dns associated with the datacenter.
	Dns() Dns

	// PrivateHostname returns the hostname (without the domain name) associated with the
	// private ip address of the instance.
	PrivateHostname() string

	// PrivateFQDN returns the FQDN associated with the private ip address of the instance.
	PrivateFQDN() string

	// PublicHostname returns the hostname (without the domain name) associated with the
	// public ip address of the instance.
	PublicHostname() string

	// PublicFQDN returns the FQDN associated with the public ip address of the instance.
	// If this instance doesn't have a public ip address (most don't) this will return
	// an empty string "".
	PublicFQDN() string

	// PrivateDnsARecord returns the dns a record associated with this instance.
	PrivateDnsARecord() DnsRecord

	// PublicDnsARecord return the dns a record associated with the public ip address of this
	// instance. If this instance doesn't have a public ip address (most don't) this will
	// return nil.
	PublicDnsARecord() DnsRecord

	// FQDNMatch returns true if the given list of values contains a match to either the
	// private or public fqdn.
	FQDNMatch([]string) bool

	// RootUser returns the name of the root user for the given image type.
	RootUser() string

	// ProviderVolumes returns a slice of provider created volumes.
	ProviderVolumes() []ProviderVolume

	// ProviderRole returns the role of the instance.
	ProviderRole() ProviderRole

	// Creator
	PreCreate(req *route.Request) route.Response
	Create(req *route.Request) route.Response
	PostCreate(req *route.Request) route.Response

	// Destroyer
	PreDestroy(req *route.Request) route.Response
	Destroy(req *route.Request) route.Response
	PostDestroy(req *route.Request) route.Response

	// Provisioner
	PreProvision(req *route.Request) route.Response
	Provision(req *route.Request) route.Response
	PostProvision(req *route.Request) route.Response

	// Starter
	PreStart(req *route.Request) route.Response
	Start(req *route.Request) route.Response
	PostStart(req *route.Request) route.Response

	// Stopper
	PreStop(req *route.Request) route.Response
	Stop(req *route.Request) route.Response
	PostStop(req *route.Request) route.Response

	// Restarter
	PreRestart(req *route.Request) route.Response
	Restart(req *route.Request) route.Response
	PostRestart(req *route.Request) route.Response

	// Replacer
	PreReplace(req *route.Request) route.Response
	Replace(req *route.Request) route.Response
	PostReplace(req *route.Request) route.Response

	AuditOverride
}

type Instances interface {
	Resource

	// GetInstances returns a map of all instances indexed by instance name.
	GetInstances() map[string]Instance

	// Find instance by name. This implies instances are named uniquely.
	// The name takes the form "<pod name>-<instance number>".
	Find(name string) Instance

	// Find the instance by ip address.
	FindByIP(ip string) Instance
}

type KeyPair interface {
	Resource
	StaticKeyPair
	DynamicKeyPair
}

type Loader interface {

	// Load retrieves resource information from the provider then populates the resource.
	Load() error
}

type Network interface {
	Resource
	StaticNetwork
	DynamicNetwork

	// ProviderNetwork provides access to the provider specific network.
	ProviderNetwork() ProviderNetwork

	// DataCenter provides access to Network's parent.
	DataCenter() DataCenter

	// SubnetGroups provides access to Network's child subnet groups.
	SubnetGroups() SubnetGroups

	// SecurityGroups provides access to Network's child security groups.
	SecurityGroups() SecurityGroups

	// CidrAlias return the alias for the given name.
	CidrAlias(string) string

	// CidrGroup returns the slice of cidr values for the given name.
	CidrGroup(string) []string
}

type NetworkPost interface {
	Resource
	StaticNetwork
	ProviderNetworkPost() ProviderNetworkPost
}

type Pod interface {
	Resource
	StaticPod
	Auditor

	// Cluster provides access to Pod's parent.
	Cluster() Cluster

	// Instances provides access to Pod's child instances.
	Instances() Instances

	// Find instance by name. This implies instances are named uniquely.
	// The name takes the form "<pod name>-<instance number>".
	FindInstance(name string) Instance

	// Find the instance by ip address.
	FindInstanceByIP(ip string) Instance

	// Dervied returns the base pod.
	Derived() Pod

	// DnsCNameRecords returns the configred dns cname records associated with this pod.
	// If this pod doesn't have configured cname records, this will return nil.
	DnsCNameRecords() []DnsRecord

	// PrimaryCname returns the primaru cname record for this pod.
	// If this pod doesn't have configured cname records, this will return nil.
	PrimaryCname() DnsRecord

	// PrimaryInstance returns the instance associated with the cname record for this pod.
	// If this pod doesn't have a configured cname record or cannot find a primary instance
	// this will return nil.
	PrimaryInstance() Instance

	// SecondaryInstances return the instances not associated with the cname reocrd for this pod.
	// If this pod doesn't have a configured cname record, cannot find a primary instance
	// or has a single instance this will return nil.
	SecondaryInstances() []Instance

	// PkgName returns the name of the servertype rpm or deb associated with this pod.
	PkgName() string

	// Creator
	PreCreate(req *route.Request) route.Response
	Create(req *route.Request) route.Response
	PostCreate(req *route.Request) route.Response

	// Destroyer
	PreDestroy(req *route.Request) route.Response
	Destroy(req *route.Request) route.Response
	PostDestroy(req *route.Request) route.Response

	// Provisioner
	PreProvision(req *route.Request) route.Response
	Provision(req *route.Request) route.Response
	PostProvision(req *route.Request) route.Response

	// Starter
	PreStart(req *route.Request) route.Response
	Start(req *route.Request) route.Response
	PostStart(req *route.Request) route.Response

	// Stopper
	PreStop(req *route.Request) route.Response
	Stop(req *route.Request) route.Response
	PostStop(req *route.Request) route.Response

	// Restarter
	PreRestart(req *route.Request) route.Response
	Restart(req *route.Request) route.Response
	PostRestart(req *route.Request) route.Response

	// Replacer
	PreReplace(req *route.Request) route.Response
	Replace(req *route.Request) route.Response
	PostReplace(req *route.Request) route.Response

	// Auditor
	AuditOverride
}

type Pods interface {
	Resource

	// Find pod by name. This implies pods are named uniquely.
	Find(name string) Pod

	// Find instance by name. This implies instances are named uniquely.
	// The name takes the form "<pod name>-<instance number>".
	FindInstance(name string) Instance

	// Find the instance by ip address.
	FindInstanceByIP(ip string) Instance
}

type ProviderBucket interface {
	route.Router
	DynamicBucket
}

type ProviderCompute interface {
	DynamicCompute
}

type ProviderDatabase interface {
	DynamicDatabase
}

type ProviderDatabaseService interface {
	DynamicDatabaseService
}

type ProviderDns interface {
	DynamicDns
}

type ProviderDnsRecord interface {
	Resource
	DynamicDnsRecord
}

type ProviderElasticIP interface {
	Resource
	DynamicElasticIP
}

type ProviderInstance interface {
	Resource
	DynamicInstance
}

type ProviderKeyPair interface {
	Resource
	DynamicKeyPair
}

type ProviderNetwork interface {
	Resource
	DynamicNetwork

	// Does the ProviderNetwork support provider specific requests?
	CanRoute(*route.Request) bool

	// Additional help commands for provider specific requests.
	HelpCommands() []help.Command
}

type ProviderNetworkPost interface {
	Resource

	// Does the ProviderNetwork support provider specific requests?
	CanRoute(*route.Request) bool

	// Additional help commands for provider specific requests.
	HelpCommands() []help.Command
}

type ProviderRole interface {
	Resource
	DynamicRole
}

type ProviderSecurityGroup interface {
	Resource
	DynamicSecurityGroup
}

type ProviderStorage interface {
	DynamicStorage
}

type ProviderSubnet interface {
	Resource
	DynamicSubnet
}

type ProviderVolume interface {
	Resource
	DynamicVolume
}

type ProvisionOverride interface {

	// PreProvision executes before the object being provisioned with the cloud provider.
	PreProvision(flags ...string) error

	// MidProvision provision the resource.
	MidProvision(flags ...string) error

	// PostProvision executes after to the object being provisioned with the cloud provider.
	PostProvision(flags ...string) error
}

type Provisioner interface {

	// Provision asks the provider to provision this resource.
	Provision(flags ...string) error
}

type ReplaceOverride interface {

	// PreReplace executes before the object being replaceed with the cloud provider.
	PreReplace(flags ...string) error

	// MidReplace replaces the resource.
	MidReplace(flags ...string) error

	// PostReplace executes after to the object being replaceed with the cloud provider.
	PostReplace(flags ...string) error
}

type Replacer interface {

	// Replace asks the provider to replace this resource.
	Replace(flags ...string) error
}

type Resource interface {
	route.Router
	Created() bool
	Destroyed() bool
}

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

type RestartOverride interface {

	// PreRestart executes before the object being restarted with the cloud provider.
	PreRestart(flags ...string) error

	// MidRestart restarts the resource.
	MidRestart(flags ...string) error

	// PostRestart executes after to the object being restarted with the cloud provider.
	PostRestart(flags ...string) error
}

type Restarter interface {

	// Restart asks the provider to restart this resource.
	Restart(flags ...string) error
}

type Role interface {
	Resource
	StaticRole
	DynamicRole

	ProviderRole() ProviderRole
}

type Secrets interface {
	InstallCerts(Instance) error
	InstallMachineUser(Instance) error
}

type SecurityGroup interface {
	Resource
	StaticSecurityGroup
	DynamicSecurityGroup

	// ProviderSecurityGroup provides access to the provider specific security group.
	ProviderSecurityGroup() ProviderSecurityGroup

	// Network provides access to SecurityGroup's parent.
	Network() Network
}

type SecurityGroups interface {
	Resource
	Auditor

	// Find the security group with the given name.
	Find(name string) SecurityGroup
}

type StartOverride interface {

	// PreStart executes before the object being started with the cloud provider.
	PreStart(flags ...string) error

	// MidStart starts the resource.
	MidStart(flags ...string) error

	// PostStart executes after to the object being started with the cloud provider.
	PostStart(flags ...string) error
}

type Starter interface {

	// Start asks the provider to start this resource.
	Start(flags ...string) error
}

type StaticAccount interface {
	SecurityTags() config.SecurityTags
}

type StaticAmp interface {
	Name() string
}

type StaticArc interface {
	Name() string
	Title() string
}

type StaticBucket interface {
	Name() string
	Region() string
	SecurityTags() config.SecurityTags
}

type StaticBucketSet interface {
	Name() string
	Buckets() *config.Buckets
}

type StaticCluster interface {
	Name() string
	SecurityTags() config.SecurityTags
	AuditIgnore() bool
}

type StaticCompute interface {
	Name() string
	BootstrapVersion() int
	DeployVersion() int
	SecretsVersion() int
	AideVersion() int
}

type StaticDataCenter interface {
	SecurityTags() config.SecurityTags
}

type StaticDatabase interface {
	config.Printer

	// Name of the configured database instance. Required.
	Name() string

	// DBName is The name of the database to create when the DB instance is created.
	// If not set the name will be used. Optional.
	DBName() string

	// Engine used by the database instance. Required.
	Engine() string

	// Version of the engine. Optional.
	Version() string

	// InstanceType of the database instance. Required.
	InstanceType() string

	// Port used by the database instance. Optional.
	Port() int

	// Subnet the database instance will use. Required.
	SubnetGroup() string

	// SecurityGroups the database instance will use. Required.
	SecurityGroups() []string

	// StorageType associated with the database instance. Optional.
	StorageType() string

	// StorageSize is the configured size of the storage attached to the database instance. Optional.
	StorageSize() int

	// StorageIops is the configured tops of the storage attached to the database instance. Optional.
	StorageIops() int

	// MasterUserName is the name for the master user. Optional
	MasterUserName() string

	// MasterPassword is the password for the master user. Optional.
	MasterPassword() string
}

type StaticDatabaseService interface {
	config.Printer
}

type StaticDns interface {
	DomainName() string
	Subdomain() string
	Domain() string
}

type StaticDnsRecord interface {
	Name() string
	Ttl() int
	Values() []string
}

type StaticInstance interface {
	Name() string
	Count() int
	ServerType() string
	Version() string
	Image() string
	InstanceType() string
	SubnetGroupName() string
	SecurityGroupNames() []string
	Teams() []string
}

type StaticKeyPair interface {
	Name() string
	LocalName() string
	Format() string
	Comment() string
	KeyMaterial() string
}

type StaticNetwork interface {
	Name() string
	CidrBlock() string
	AvailabilityZones() []string
	DnsNameServers() []string
	CidrAliases() map[string]string
	CidrGroups() map[string][]string
}

type StaticPod interface {
	Name() string
	ServerType() string
	Version() string
	PackageName() string
	Image() string
	InstanceType() string
	Role() string
	SubnetGroup() string
	SecurityGroups() []string
	Teams() []string
	Count() int
}

type StaticRole interface {
	Name() string
}

type StaticSecurityGroup interface {
	Name() string
}

type StaticSecurityRule interface {
	Description() string
	Directions() []string
	Remotes() []string
	Protocols() []string
	Ports() []string
}

type StaticStorage interface {
}

type StaticSubnet interface {
	Name() string
	GroupName() string
	CidrBlock() string
	Access() string
	AvailabilityZone() string
	ManageRoutes() bool
}

type StaticSubnetGroup interface {
	Name() string
	CidrBlock() string
	Access() string
	ManageRoutes() bool
}

type StaticVolume interface {
	Device() string
	Size() int64
	Type() string
	Keep() bool
	Boot() bool
	Preserve() bool
	FsType() string
	Inodes() int
	MountPoint() string
}

type StopOverride interface {

	// PreStop executes before the object being stopped with the cloud provider.
	PreStop(flags ...string) error

	// MidStop stops the resource.
	MidStop(flags ...string) error

	// PostStop executes after to the object being stopped with the cloud provider.
	PostStop(flags ...string) error
}

type Stopper interface {

	// Stop asks the provider to stop this resource.
	Stop(flags ...string) error
}

type Storage interface {
	Resource
	StaticStorage
	DynamicStorage

	// Account provides access to Storage's parent object.
	Account() Account
	// Bucket provides access to Storage's children Buckets.
	Buckets() Buckets
	// ProviderStorage provides access to the provider storage object.
	ProviderStorage() ProviderStorage
}

type Subnet interface {
	Resource
	StaticSubnet
	DynamicSubnet

	// ProviderSubnet provides access to the provider specific subnet.
	ProviderSubnet() ProviderSubnet

	// Network provides access to Subnet's parent.
	Network() Network
}

type SubnetGroup interface {
	Resource
	StaticSubnetGroup
	Auditor

	// Subnets provides access to SubnetGroup's child subnets.
	Subnets() map[string]Subnet

	// Find the subnet given the name, where the name takes the form "<subnet_group name>-<availability_zone>".
	Find(name string) Subnet
}

type SubnetGroups interface {
	Resource
	Auditor

	// Find the subnet group with the given name.
	Find(name string) SubnetGroup
}

type Volume interface {
	Resource
	StaticVolume
	DynamicVolume

	ProviderVolume() ProviderVolume
}

type Volumes interface {
	Resource

	// Find volume by device name.
	Find(device string) Volume
}