blob: b2a2c9af152a5a1cd0dc2baea733462e091722ab [file] [log] [blame]
module DeltaCloud
class API
# Return InstanceState object with given id
#
# The possible states of an instance, and how to traverse between them
# @return [InstanceState]
def instance_state
end
# Return collection of InstanceState objects
#
# The possible states of an instance, and how to traverse between them
# @return [Array] [InstanceState]
def instance_states(opts={})
end
# Return StorageVolume object with given id
#
# Storage volumes description here
# @return [StorageVolume]
def storage_volume
end
# Return collection of StorageVolume objects
#
# Storage volumes description here
# @param [string, id]
# @return [Array] [StorageVolume]
def storage_volumes(opts={})
end
# Return Instance object with given id
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @return [Instance]
def instance
end
# Return collection of Instance objects
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @param [string, state]
# @param [string, id]
# @return [Array] [Instance]
def instances(opts={})
end
# Return HardwareProfile object with given id
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @return [HardwareProfile]
def hardware_profile
end
# Return collection of HardwareProfile objects
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [HardwareProfile]
def hardware_profiles(opts={})
end
# Return StorageSnapshot object with given id
#
# Storage snapshots description here
# @return [StorageSnapshot]
def storage_snapshot
end
# Return collection of StorageSnapshot objects
#
# Storage snapshots description here
# @param [string, id]
# @return [Array] [StorageSnapshot]
def storage_snapshots(opts={})
end
# Return Image object with given id
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @return [Image]
def image
end
# Return collection of Image objects
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @param [string, architecture]
# @param [string, owner_id]
# @param [string, id]
# @return [Array] [Image]
def images(opts={})
end
# Return Realm object with given id
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @return [Realm]
def realm
end
# Return collection of Realm objects
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [Realm]
def realms(opts={})
end
end
class API::StorageVolume
# Return URI to API for this object
# @return [String] Value of uri
def uri
# This method was generated dynamically from API
end
# Get device attribute value from api::storagevolume
# @return [String] Value of device
def device
# This method was generated dynamically from API
end
# Get id attribute value from api::storagevolume
# @return [String] Value of id
def id
# This method was generated dynamically from API
end
# Return instance of API client
# @return [String] Value of client
def client
# This method was generated dynamically from API
end
# Get capacity= attribute value from api::storagevolume
# @return [String] Value of capacity=
def capacity=
# This method was generated dynamically from API
end
# Get device= attribute value from api::storagevolume
# @return [String] Value of device=
def device=
# This method was generated dynamically from API
end
# Get instance attribute value from api::storagevolume
# @return [String] Value of instance
def instance
# This method was generated dynamically from API
end
# Get created attribute value from api::storagevolume
# @return [String] Value of created
def created
# This method was generated dynamically from API
end
# Get created= attribute value from api::storagevolume
# @return [String] Value of created=
def created=
# This method was generated dynamically from API
end
# Get capacity attribute value from api::storagevolume
# @return [String] Value of capacity
def capacity
# This method was generated dynamically from API
end
end
end
module DeltaCloud
class API
# Return InstanceState object with given id
#
# The possible states of an instance, and how to traverse between them
# @return [InstanceState]
def instance_state
end
# Return collection of InstanceState objects
#
# The possible states of an instance, and how to traverse between them
# @return [Array] [InstanceState]
def instance_states(opts={})
end
# Return StorageVolume object with given id
#
# Storage volumes description here
# @return [StorageVolume]
def storage_volume
end
# Return collection of StorageVolume objects
#
# Storage volumes description here
# @param [string, id]
# @return [Array] [StorageVolume]
def storage_volumes(opts={})
end
# Return Instance object with given id
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @return [Instance]
def instance
end
# Return collection of Instance objects
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @param [string, state]
# @param [string, id]
# @return [Array] [Instance]
def instances(opts={})
end
# Return HardwareProfile object with given id
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @return [HardwareProfile]
def hardware_profile
end
# Return collection of HardwareProfile objects
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [HardwareProfile]
def hardware_profiles(opts={})
end
# Return StorageSnapshot object with given id
#
# Storage snapshots description here
# @return [StorageSnapshot]
def storage_snapshot
end
# Return collection of StorageSnapshot objects
#
# Storage snapshots description here
# @param [string, id]
# @return [Array] [StorageSnapshot]
def storage_snapshots(opts={})
end
# Return Image object with given id
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @return [Image]
def image
end
# Return collection of Image objects
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @param [string, architecture]
# @param [string, owner_id]
# @param [string, id]
# @return [Array] [Image]
def images(opts={})
end
# Return Realm object with given id
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @return [Realm]
def realm
end
# Return collection of Realm objects
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [Realm]
def realms(opts={})
end
end
class API::Instance
# Return URI to API for this object
# @return [String] Value of uri
def uri
# This method was generated dynamically from API
end
# Get realm attribute value from api::instance
# @return [String] Value of realm
def realm
# This method was generated dynamically from API
end
# Get reboot! attribute value from api::instance
# @return [String] Value of reboot!
def reboot!
# This method was generated dynamically from API
end
# Get name= attribute value from api::instance
# @return [String] Value of name=
def name=
# This method was generated dynamically from API
end
# Get private_addresses= attribute value from api::instance
# @return [String] Value of private_addresses=
def private_addresses=
# This method was generated dynamically from API
end
# Get id attribute value from api::instance
# @return [String] Value of id
def id
# This method was generated dynamically from API
end
# Return instance of API client
# @return [String] Value of client
def client
# This method was generated dynamically from API
end
# Get owner_id attribute value from api::instance
# @return [String] Value of owner_id
def owner_id
# This method was generated dynamically from API
end
# Get image attribute value from api::instance
# @return [String] Value of image
def image
# This method was generated dynamically from API
end
# Get actions_urls attribute value from api::instance
# @return [String] Value of actions_urls
def actions_urls
# This method was generated dynamically from API
end
# Get hardware_profile attribute value from api::instance
# @return [String] Value of hardware_profile
def hardware_profile
# This method was generated dynamically from API
end
# Get owner_id= attribute value from api::instance
# @return [String] Value of owner_id=
def owner_id=
# This method was generated dynamically from API
end
# Get destroy! attribute value from api::instance
# @return [String] Value of destroy!
def destroy!
# This method was generated dynamically from API
end
# Get state attribute value from api::instance
# @return [String] Value of state
def state
# This method was generated dynamically from API
end
# Read api::instance collection from Deltacloud API
# @param [String, #id] Filter by ID
# @return [String] Value of public_addresses
def public_addresses
# This method was generated dynamically from API
end
# Get stop! attribute value from api::instance
# @return [String] Value of stop!
def stop!
# This method was generated dynamically from API
end
# Get actions attribute value from api::instance
# @return [String] Value of actions
def actions
# This method was generated dynamically from API
end
# Get name attribute value from api::instance
# @return [String] Value of name
def name
# This method was generated dynamically from API
end
# Read api::instance collection from Deltacloud API
# @param [String, #id] Filter by ID
# @return [String] Value of private_addresses
def private_addresses
# This method was generated dynamically from API
end
# Get start! attribute value from api::instance
# @return [String] Value of start!
def start!
# This method was generated dynamically from API
end
# Get state= attribute value from api::instance
# @return [String] Value of state=
def state=
# This method was generated dynamically from API
end
# Get public_addresses= attribute value from api::instance
# @return [String] Value of public_addresses=
def public_addresses=
# This method was generated dynamically from API
end
end
end
module DeltaCloud
class API
# Return InstanceState object with given id
#
# The possible states of an instance, and how to traverse between them
# @return [InstanceState]
def instance_state
end
# Return collection of InstanceState objects
#
# The possible states of an instance, and how to traverse between them
# @return [Array] [InstanceState]
def instance_states(opts={})
end
# Return StorageVolume object with given id
#
# Storage volumes description here
# @return [StorageVolume]
def storage_volume
end
# Return collection of StorageVolume objects
#
# Storage volumes description here
# @param [string, id]
# @return [Array] [StorageVolume]
def storage_volumes(opts={})
end
# Return Instance object with given id
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @return [Instance]
def instance
end
# Return collection of Instance objects
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @param [string, state]
# @param [string, id]
# @return [Array] [Instance]
def instances(opts={})
end
# Return HardwareProfile object with given id
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @return [HardwareProfile]
def hardware_profile
end
# Return collection of HardwareProfile objects
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [HardwareProfile]
def hardware_profiles(opts={})
end
# Return StorageSnapshot object with given id
#
# Storage snapshots description here
# @return [StorageSnapshot]
def storage_snapshot
end
# Return collection of StorageSnapshot objects
#
# Storage snapshots description here
# @param [string, id]
# @return [Array] [StorageSnapshot]
def storage_snapshots(opts={})
end
# Return Image object with given id
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @return [Image]
def image
end
# Return collection of Image objects
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @param [string, architecture]
# @param [string, owner_id]
# @param [string, id]
# @return [Array] [Image]
def images(opts={})
end
# Return Realm object with given id
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @return [Realm]
def realm
end
# Return collection of Realm objects
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [Realm]
def realms(opts={})
end
end
class API::HardwareProfile
# Return URI to API for this object
# @return [String] Value of uri
def uri
# This method was generated dynamically from API
end
# Get cpu= attribute value from api::hardwareprofile
# @return [String] Value of cpu=
def cpu=
# This method was generated dynamically from API
end
# Get name= attribute value from api::hardwareprofile
# @return [String] Value of name=
def name=
# This method was generated dynamically from API
end
# Get storage attribute value from api::hardwareprofile
# @return [String] Value of storage
def storage
# This method was generated dynamically from API
end
# Get id attribute value from api::hardwareprofile
# @return [String] Value of id
def id
# This method was generated dynamically from API
end
# Return instance of API client
# @return [String] Value of client
def client
# This method was generated dynamically from API
end
# Get architecture attribute value from api::hardwareprofile
# @return [String] Value of architecture
def architecture
# This method was generated dynamically from API
end
# Get storage= attribute value from api::hardwareprofile
# @return [String] Value of storage=
def storage=
# This method was generated dynamically from API
end
# Get architecture= attribute value from api::hardwareprofile
# @return [String] Value of architecture=
def architecture=
# This method was generated dynamically from API
end
# Get memory attribute value from api::hardwareprofile
# @return [String] Value of memory
def memory
# This method was generated dynamically from API
end
# Get cpu attribute value from api::hardwareprofile
# @return [String] Value of cpu
def cpu
# This method was generated dynamically from API
end
# Get memory= attribute value from api::hardwareprofile
# @return [String] Value of memory=
def memory=
# This method was generated dynamically from API
end
# Get name attribute value from api::hardwareprofile
# @return [String] Value of name
def name
# This method was generated dynamically from API
end
end
end
module DeltaCloud
class API
# Return InstanceState object with given id
#
# The possible states of an instance, and how to traverse between them
# @return [InstanceState]
def instance_state
end
# Return collection of InstanceState objects
#
# The possible states of an instance, and how to traverse between them
# @return [Array] [InstanceState]
def instance_states(opts={})
end
# Return StorageVolume object with given id
#
# Storage volumes description here
# @return [StorageVolume]
def storage_volume
end
# Return collection of StorageVolume objects
#
# Storage volumes description here
# @param [string, id]
# @return [Array] [StorageVolume]
def storage_volumes(opts={})
end
# Return Instance object with given id
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @return [Instance]
def instance
end
# Return collection of Instance objects
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @param [string, state]
# @param [string, id]
# @return [Array] [Instance]
def instances(opts={})
end
# Return HardwareProfile object with given id
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @return [HardwareProfile]
def hardware_profile
end
# Return collection of HardwareProfile objects
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [HardwareProfile]
def hardware_profiles(opts={})
end
# Return StorageSnapshot object with given id
#
# Storage snapshots description here
# @return [StorageSnapshot]
def storage_snapshot
end
# Return collection of StorageSnapshot objects
#
# Storage snapshots description here
# @param [string, id]
# @return [Array] [StorageSnapshot]
def storage_snapshots(opts={})
end
# Return Image object with given id
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @return [Image]
def image
end
# Return collection of Image objects
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @param [string, architecture]
# @param [string, owner_id]
# @param [string, id]
# @return [Array] [Image]
def images(opts={})
end
# Return Realm object with given id
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @return [Realm]
def realm
end
# Return collection of Realm objects
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [Realm]
def realms(opts={})
end
end
class API::StorageSnapshot
# Return URI to API for this object
# @return [String] Value of uri
def uri
# This method was generated dynamically from API
end
# Get storage_volume attribute value from api::storagesnapshot
# @return [String] Value of storage_volume
def storage_volume
# This method was generated dynamically from API
end
# Get id attribute value from api::storagesnapshot
# @return [String] Value of id
def id
# This method was generated dynamically from API
end
# Return instance of API client
# @return [String] Value of client
def client
# This method was generated dynamically from API
end
# Get created attribute value from api::storagesnapshot
# @return [String] Value of created
def created
# This method was generated dynamically from API
end
# Get state attribute value from api::storagesnapshot
# @return [String] Value of state
def state
# This method was generated dynamically from API
end
# Get created= attribute value from api::storagesnapshot
# @return [String] Value of created=
def created=
# This method was generated dynamically from API
end
# Get state= attribute value from api::storagesnapshot
# @return [String] Value of state=
def state=
# This method was generated dynamically from API
end
end
end
module DeltaCloud
class API
# Return InstanceState object with given id
#
# The possible states of an instance, and how to traverse between them
# @return [InstanceState]
def instance_state
end
# Return collection of InstanceState objects
#
# The possible states of an instance, and how to traverse between them
# @return [Array] [InstanceState]
def instance_states(opts={})
end
# Return StorageVolume object with given id
#
# Storage volumes description here
# @return [StorageVolume]
def storage_volume
end
# Return collection of StorageVolume objects
#
# Storage volumes description here
# @param [string, id]
# @return [Array] [StorageVolume]
def storage_volumes(opts={})
end
# Return Instance object with given id
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @return [Instance]
def instance
end
# Return collection of Instance objects
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @param [string, state]
# @param [string, id]
# @return [Array] [Instance]
def instances(opts={})
end
# Return HardwareProfile object with given id
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @return [HardwareProfile]
def hardware_profile
end
# Return collection of HardwareProfile objects
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [HardwareProfile]
def hardware_profiles(opts={})
end
# Return StorageSnapshot object with given id
#
# Storage snapshots description here
# @return [StorageSnapshot]
def storage_snapshot
end
# Return collection of StorageSnapshot objects
#
# Storage snapshots description here
# @param [string, id]
# @return [Array] [StorageSnapshot]
def storage_snapshots(opts={})
end
# Return Image object with given id
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @return [Image]
def image
end
# Return collection of Image objects
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @param [string, architecture]
# @param [string, owner_id]
# @param [string, id]
# @return [Array] [Image]
def images(opts={})
end
# Return Realm object with given id
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @return [Realm]
def realm
end
# Return collection of Realm objects
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [Realm]
def realms(opts={})
end
end
class API::Image
# Return URI to API for this object
# @return [String] Value of uri
def uri
# This method was generated dynamically from API
end
# Get name= attribute value from api::image
# @return [String] Value of name=
def name=
# This method was generated dynamically from API
end
# Get id attribute value from api::image
# @return [String] Value of id
def id
# This method was generated dynamically from API
end
# Return instance of API client
# @return [String] Value of client
def client
# This method was generated dynamically from API
end
# Get architecture attribute value from api::image
# @return [String] Value of architecture
def architecture
# This method was generated dynamically from API
end
# Get owner_id attribute value from api::image
# @return [String] Value of owner_id
def owner_id
# This method was generated dynamically from API
end
# Get description attribute value from api::image
# @return [String] Value of description
def description
# This method was generated dynamically from API
end
# Get architecture= attribute value from api::image
# @return [String] Value of architecture=
def architecture=
# This method was generated dynamically from API
end
# Get owner_id= attribute value from api::image
# @return [String] Value of owner_id=
def owner_id=
# This method was generated dynamically from API
end
# Get description= attribute value from api::image
# @return [String] Value of description=
def description=
# This method was generated dynamically from API
end
# Get name attribute value from api::image
# @return [String] Value of name
def name
# This method was generated dynamically from API
end
end
end
module DeltaCloud
class API
# Return InstanceState object with given id
#
# The possible states of an instance, and how to traverse between them
# @return [InstanceState]
def instance_state
end
# Return collection of InstanceState objects
#
# The possible states of an instance, and how to traverse between them
# @return [Array] [InstanceState]
def instance_states(opts={})
end
# Return StorageVolume object with given id
#
# Storage volumes description here
# @return [StorageVolume]
def storage_volume
end
# Return collection of StorageVolume objects
#
# Storage volumes description here
# @param [string, id]
# @return [Array] [StorageVolume]
def storage_volumes(opts={})
end
# Return Instance object with given id
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @return [Instance]
def instance
end
# Return collection of Instance objects
#
#
# An instance is a concrete machine realized from an image.
# The images collection may be obtained by following the link from the primary entry-point."
#
# @param [string, state]
# @param [string, id]
# @return [Array] [Instance]
def instances(opts={})
end
# Return HardwareProfile object with given id
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @return [HardwareProfile]
def hardware_profile
end
# Return collection of HardwareProfile objects
#
#
# A hardware profile represents a configuration of resources upon which a
# machine may be deployed. It defines aspects such as local disk storage,
# available RAM, and architecture. Each provider is free to define as many
# (or as few) hardware profiles as desired.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [HardwareProfile]
def hardware_profiles(opts={})
end
# Return StorageSnapshot object with given id
#
# Storage snapshots description here
# @return [StorageSnapshot]
def storage_snapshot
end
# Return collection of StorageSnapshot objects
#
# Storage snapshots description here
# @param [string, id]
# @return [Array] [StorageSnapshot]
def storage_snapshots(opts={})
end
# Return Image object with given id
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @return [Image]
def image
end
# Return collection of Image objects
#
#
# An image is a platonic form of a machine. Images are not directly executable,
# but are a template for creating actual instances of machines."
#
# @param [string, architecture]
# @param [string, owner_id]
# @param [string, id]
# @return [Array] [Image]
def images(opts={})
end
# Return Realm object with given id
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @return [Realm]
def realm
end
# Return collection of Realm objects
#
#
# Within a cloud provider a realm represents a boundary containing resources.
# The exact definition of a realm is left to the cloud provider.
# In some cases, a realm may represent different datacenters, different continents,
# or different pools of resources within a single datacenter.
# A cloud provider may insist that resources must all exist within a single realm in
# order to cooperate. For instance, storage volumes may only be allowed to be mounted to
# instances within the same realm.
#
# @param [string, architecture]
# @param [string, id]
# @return [Array] [Realm]
def realms(opts={})
end
end
class API::Realm
# Return URI to API for this object
# @return [String] Value of uri
def uri
# This method was generated dynamically from API
end
# Get name= attribute value from api::realm
# @return [String] Value of name=
def name=
# This method was generated dynamically from API
end
# Get limit attribute value from api::realm
# @return [String] Value of limit
def limit
# This method was generated dynamically from API
end
# Get id attribute value from api::realm
# @return [String] Value of id
def id
# This method was generated dynamically from API
end
# Return instance of API client
# @return [String] Value of client
def client
# This method was generated dynamically from API
end
# Get limit= attribute value from api::realm
# @return [String] Value of limit=
def limit=
# This method was generated dynamically from API
end
# Get state attribute value from api::realm
# @return [String] Value of state
def state
# This method was generated dynamically from API
end
# Get name attribute value from api::realm
# @return [String] Value of name
def name
# This method was generated dynamically from API
end
# Get state= attribute value from api::realm
# @return [String] Value of state=
def state=
# This method was generated dynamically from API
end
end
end