Fix duplicate proto error in kubectl 1.8.0-alpha.
- Remove vendor'ed package go.pedge.io/pb/go/google/protobuf. - Update vendor'ed package github.com/libopenstorage/openstorage.
This commit is contained in:
Aditya Dani
183
vendor/github.com/libopenstorage/openstorage/api/api.proto
generated
vendored
183
vendor/github.com/libopenstorage/openstorage/api/api.proto
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vendored
@@ -90,6 +90,13 @@ enum CosType {
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HIGH = 3;
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}
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enum IoProfile {
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IO_PROFILE_SEQUENTIAL = 0;
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IO_PROFILE_RANDOM= 1;
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IO_PROFILE_DB = 2;
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IO_PROFILE_DB_REMOTE = 3;
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}
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// VolumeState represents the state of a volume.
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enum VolumeState {
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VOLUME_STATE_NONE = 0;
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@@ -108,6 +115,10 @@ enum VolumeState {
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// Volume is deleted, it will remain in this state
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// while resources are asynchronously reclaimed
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VOLUME_STATE_DELETED = 7;
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// Volume is trying to be detached
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VOLUME_STATE_TRY_DETACHING = 8;
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// Volume is undergoing restore
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VOLUME_STATE_RESTORE = 9;
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}
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// VolumeStatus represents a health status for a volume.
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@@ -138,6 +149,15 @@ enum ClusterNotify {
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CLUSTER_NOTIFY_DOWN = 0;
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}
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enum AttachState {
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// Attached and available externally
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ATTACH_STATE_EXTERNAL = 0;
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// Attached but only available internally
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ATTACH_STATE_INTERNAL = 1;
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// Switching from External to Internal
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ATTACH_STATE_INTERNAL_SWITCH = 2;
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}
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// StorageResource groups properties of a storage device.
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message StorageResource {
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// Id is the LUN identifier.
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@@ -166,6 +186,24 @@ message StorageResource {
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google.protobuf.Timestamp last_scan = 12;
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}
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// StoragePool groups different storage devices based on their CosType
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message StoragePool {
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// ID pool ID
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int32 ID = 1;
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// Cos reflects the capabilities of this drive pool
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CosType Cos = 2;
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// Medium underlying storage type
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StorageMedium Medium = 3;
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// RaidLevel storage raid level
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string RaidLevel = 4;
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// TotalSize of the pool
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uint64 TotalSize = 7;
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// Used size of the pool
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uint64 Used = 8;
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// Labels is a list of user defined name-value pairs
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map<string, string> labels = 9;
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}
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// VolumeLocator is a structure that is attached to a volume
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// and is used to carry opaque metadata.
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message VolumeLocator {
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@@ -183,89 +221,115 @@ message Source {
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string seed = 2;
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}
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message Group {
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// Id common identifier across volumes that have the same group.
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string id = 1;
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}
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// VolumeSpec has the properties needed to create a volume.
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message VolumeSpec {
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// Ephemeral storage
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bool ephemeral = 1;
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// Thin provisioned volume size in bytes
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// Size specifies the thin provisioned volume size.
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uint64 size = 2;
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// Format disk with this FSType
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// Format specifies the filesystem for this volume.
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FSType format = 3;
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// Block size for filesystem
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// BlockSize for the filesystem.
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int64 block_size = 4;
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// Specifies the number of nodes that are
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// allowed to fail, and yet data is available
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// A value of 0 implies that data is not erasure coded,
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// a failure of a node will lead to data loss
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// HaLevel specifies the number of copies of data.
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int64 ha_level = 5;
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// The COS, 1 to 9
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// Cos specifies the relative class of service.
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CosType cos = 6;
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// Perform dedupe on this disk
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bool dedupe = 7;
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// IoProfile provides a hint about application using this volume.
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IoProfile io_profile = 7;
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// Dedupe specifies if the volume data is to be de-duplicated.
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bool dedupe = 8;
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// SnapshotInterval in minutes, set to 0 to disable snapshots
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uint32 snapshot_interval = 8;
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// Volume configuration labels
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map<string, string> volume_labels = 9;
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uint32 snapshot_interval = 9;
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// VolumeLabels configuration labels
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map<string, string> volume_labels = 10;
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// Shared is true if this volume can be remotely accessed.
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bool shared = 10;
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// ReplicaSet is the desired replicaSet the volume want to be placed.
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ReplicaSet replica_set = 11;
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// Specifies the number of parts the volume can be aggregated from.
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uint32 aggregation_level = 12;
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bool shared = 11;
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// ReplicaSet is the desired set of nodes for the volume data.
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ReplicaSet replica_set = 12;
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// Aggregatiokn level Specifies the number of parts the volume can be aggregated from.
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uint32 aggregation_level = 13;
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// Encrypted is true if this volume will be cryptographically secured.
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bool encrypted = 13;
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// User passphrase if this is an encrypted volume
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string passphrase = 14;
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// SnapshotSchedule
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string snapshot_schedule = 15;
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bool encrypted = 14;
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// Passphrase for an encrypted volume
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string passphrase = 15;
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// SnapshotSchedule a well known string that specifies when snapshots should be taken.
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string snapshot_schedule = 16;
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// Scale allows autocreation of volumes.
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uint32 scale = 16;
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uint32 scale = 17;
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// Sticky volumes cannot be deleted until the flag is removed.
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bool sticky = 18;
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// Group identifies a consistency group
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Group group = 21;
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// GroupEnforced is true if consistency group creation is enforced.
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bool group_enforced = 22;
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// Compressed is true if this volume is to be compressed.
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bool compressed = 23;
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}
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// Set of machine IDs (nodes) to which part of this volume is erasure coded - for clustered storage arrays
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// ReplicaSet set of machine IDs (nodes) to which part of this volume is erasure
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// coded - for clustered storage arrays
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message ReplicaSet {
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repeated string nodes = 1;
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}
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// List of name value mapping of driver specific runtime information.
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// RuntimeStateMap is a list of name value mapping of driver specific runtime
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// information.
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message RuntimeStateMap {
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map<string, string> runtime_state = 1;
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}
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// Volume represents a live, created volume.
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// Volume represents an abstract storage volume.
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// Volume represents an abstract storage volume.
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message Volume {
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// Self referential volume ID
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// Self referential volume ID.
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string id = 1;
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// Source specified seed data for the volume.
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Source source = 2;
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bool readonly = 3;
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// Group volumes in the same group have the same group id.
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Group group = 3;
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// Readonly is true if this volume is to be mounted with readonly access.
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bool readonly = 4;
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// User specified locator
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VolumeLocator locator = 4;
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VolumeLocator locator = 5;
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// Volume creation time
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google.protobuf.Timestamp ctime = 5;
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google.protobuf.Timestamp ctime = 6;
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// User specified VolumeSpec
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VolumeSpec spec = 6;
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// Volume usage
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uint64 usage = 7;
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// Time when an integrity check for run
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google.protobuf.Timestamp last_scan = 8;
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// Format FSType type if any
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FSType format = 9;
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VolumeStatus status = 10;
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VolumeState state = 11;
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// Machine ID (node) on which this volume is attached
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// Machine ID is a node instance identifier for clustered systems.
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string attached_on = 12;
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string device_path = 14;
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repeated string attach_path = 15;
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// List of ReplicaSets which provide storage for this volume, for clustered storage arrays
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repeated ReplicaSet replica_sets = 16;
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// Last recorded error
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string error = 17;
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// List of name value mapping of driver specific runtime information.
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repeated RuntimeStateMap runtime_state = 18;
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string secure_device_path = 19;
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// BackgroundProcessing is true if volume is attached but not by the user
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bool background_processing = 20;
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VolumeSpec spec = 7;
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// Usage is bytes consumed by vtheis volume.
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uint64 usage = 8;
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// LastScan is the time when an integrity check was run.
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google.protobuf.Timestamp last_scan = 9;
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// Format specifies the filesytem for this volume.
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FSType format = 10;
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// Status is the availability status of this volume.
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VolumeStatus status = 11;
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// State is the current runtime state of this volume.
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VolumeState state = 12;
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// AttachedOn is the node instance identifier for clustered systems.
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string attached_on = 13;
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// AttachedState shows whether the device is attached for internal or external use.
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AttachState attached_state = 14;
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// DevicePath is the device exported by block device implementations.
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string device_path = 15;
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// SecureDevicePath is the device path for an encrypted volume.
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string secure_device_path = 16;
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// AttachPath is the mounted path in the host namespace.
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repeated string attach_path = 17;
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// AttachInfo is a list of name value mappings that provides attach information.
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map<string, string> attach_info = 18;
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// ReplicatSets storage for this volumefor clustered storage arrays.
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repeated ReplicaSet replica_sets = 19;
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// RuntimeState is a lst of name value mapping of driver specific runtime
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// information.
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repeated RuntimeStateMap runtime_state = 20;
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// Error is the Last recorded error.
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string error = 21;
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}
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message Stats {
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@@ -308,6 +372,8 @@ message Alert {
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bool cleared = 8;
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// TTL in seconds for this Alert
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uint64 ttl = 9;
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// UniqueTag helps identify a unique alert for a given resouce
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string unique_tag = 10;
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}
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message Alerts {
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@@ -339,9 +405,13 @@ message VolumeStateAction {
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VolumeActionParam attach = 1;
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// Mount or unmount volume
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VolumeActionParam mount = 2;
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// MountPath Path where the device is mounted
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string mount_path = 3;
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// Device path returned in attach
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// DevicePath Path returned in attach
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string device_path = 4;
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// UnmountBeforeDetach is used to check whether unmount should be done before
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// a detach
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bool unmount_before_detach = 5;
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}
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message VolumeSetRequest {
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@@ -351,6 +421,9 @@ message VolumeSetRequest {
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VolumeSpec spec = 2;
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// State modification on this volume.
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VolumeStateAction action = 3;
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// additional options
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// required for the Set operation.
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map<string, string> options = 4;
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}
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message VolumeSetResponse {
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