// Copyright 2022-2024 ETSI SDG TeraFlowSDN (TFS) (https://tfs.etsi.org/)
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
//      http://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.

syntax = "proto3";
package context;

import "acl.proto";
import "kpi_sample_types.proto";

service ContextService {
  rpc ListContextIds     (Empty         ) returns (       ContextIdList   ) {}
  rpc ListContexts       (Empty         ) returns (       ContextList     ) {}
  rpc GetContext         (ContextId     ) returns (       Context         ) {}
  rpc SetContext         (Context       ) returns (       ContextId       ) {}
  rpc RemoveContext      (ContextId     ) returns (       Empty           ) {}
  rpc GetContextEvents   (Empty         ) returns (stream ContextEvent    ) {}

  rpc ListTopologyIds    (ContextId     ) returns (       TopologyIdList  ) {}
  rpc ListTopologies     (ContextId     ) returns (       TopologyList    ) {}
  rpc GetTopology        (TopologyId    ) returns (       Topology        ) {}
  rpc GetTopologyDetails (TopologyId    ) returns (       TopologyDetails ) {}
  rpc SetTopology        (Topology      ) returns (       TopologyId      ) {}
  rpc RemoveTopology     (TopologyId    ) returns (       Empty           ) {}
  rpc GetTopologyEvents  (Empty         ) returns (stream TopologyEvent   ) {}

  rpc ListDeviceIds      (Empty         ) returns (       DeviceIdList    ) {}
  rpc ListDevices        (Empty         ) returns (       DeviceList      ) {}
  rpc GetDevice          (DeviceId      ) returns (       Device          ) {}
  rpc SetDevice          (Device        ) returns (       DeviceId        ) {}
  rpc RemoveDevice       (DeviceId      ) returns (       Empty           ) {}
  rpc GetDeviceEvents    (Empty         ) returns (stream DeviceEvent     ) {}
  rpc SelectDevice       (DeviceFilter  ) returns (       DeviceList      ) {}
  rpc ListEndPointNames  (EndPointIdList) returns (       EndPointNameList) {}

  rpc ListLinkIds        (Empty         ) returns (       LinkIdList      ) {}
  rpc ListLinks          (Empty         ) returns (       LinkList        ) {}
  rpc GetLink            (LinkId        ) returns (       Link            ) {}
  rpc SetLink            (Link          ) returns (       LinkId          ) {}
  rpc RemoveLink         (LinkId        ) returns (       Empty           ) {}
  rpc GetLinkEvents      (Empty         ) returns (stream LinkEvent       ) {}

  rpc ListServiceIds     (ContextId     ) returns (       ServiceIdList   ) {}
  rpc ListServices       (ContextId     ) returns (       ServiceList     ) {}
  rpc GetService         (ServiceId     ) returns (       Service         ) {}
  rpc SetService         (Service       ) returns (       ServiceId       ) {}
  rpc UnsetService       (Service       ) returns (       ServiceId       ) {}
  rpc RemoveService      (ServiceId     ) returns (       Empty           ) {}
  rpc GetServiceEvents   (Empty         ) returns (stream ServiceEvent    ) {}
  rpc SelectService      (ServiceFilter ) returns (       ServiceList     ) {}

  rpc ListSliceIds       (ContextId     ) returns (       SliceIdList     ) {}
  rpc ListSlices         (ContextId     ) returns (       SliceList       ) {}
  rpc GetSlice           (SliceId       ) returns (       Slice           ) {}
  rpc SetSlice           (Slice         ) returns (       SliceId         ) {}
  rpc UnsetSlice         (Slice         ) returns (       SliceId         ) {}
  rpc RemoveSlice        (SliceId       ) returns (       Empty           ) {}
  rpc GetSliceEvents     (Empty         ) returns (stream SliceEvent      ) {}
  rpc SelectSlice        (SliceFilter   ) returns (       SliceList       ) {}

  rpc ListConnectionIds  (ServiceId     ) returns (       ConnectionIdList) {}
  rpc ListConnections    (ServiceId     ) returns (       ConnectionList  ) {}
  rpc GetConnection      (ConnectionId  ) returns (       Connection      ) {}
  rpc SetConnection      (Connection    ) returns (       ConnectionId    ) {}
  rpc RemoveConnection   (ConnectionId  ) returns (       Empty           ) {}
  rpc GetConnectionEvents(Empty         ) returns (stream ConnectionEvent ) {}

 
  // ------------------------------ Experimental -----------------------------
  rpc GetOpticalConfig       (Empty            ) returns (OpticalConfigList) {}
  rpc SetOpticalConfig       (OpticalConfig    ) returns (OpticalConfigId  ) {}
  rpc UpdateOpticalConfig    (OpticalConfig    ) returns (OpticalConfigId  ) {}
  rpc SelectOpticalConfig    (OpticalConfigId  ) returns (OpticalConfig    ) {}
  rpc DeleteOpticalConfig    (OpticalConfigId  ) returns (Empty            ) {}
  rpc DeleteOpticalChannel   (OpticalConfig    ) returns (Empty            ) {}

  rpc SetOpticalLink         (OpticalLink      ) returns (Empty            ) {}
  rpc GetOpticalLink         (LinkId           ) returns (OpticalLink      ) {}
  rpc DeleteOpticalLink      (LinkId           ) returns (Empty            ) {}
  rpc GetOpticalLinkList     (Empty            ) returns (OpticalLinkList  ) {}

  rpc DeleteServiceConfigRule(ServiceConfigRule) returns (Empty            ) {}
}

// ----- Generic -------------------------------------------------------------------------------------------------------
message Empty {}

message Uuid {
  string uuid = 1;
}

enum EventTypeEnum {
  EVENTTYPE_UNDEFINED = 0;
  EVENTTYPE_CREATE = 1;
  EVENTTYPE_UPDATE = 2;
  EVENTTYPE_REMOVE = 3;
}

message Timestamp {
  double timestamp = 1;
}

message Event {
  Timestamp timestamp = 1;
  EventTypeEnum event_type = 2;
}

// ----- Context -------------------------------------------------------------------------------------------------------
message ContextId {
  Uuid context_uuid = 1;
}

message Context {
  ContextId context_id = 1;
  string name = 2;
  repeated TopologyId topology_ids = 3;
  repeated ServiceId service_ids = 4;
  repeated SliceId slice_ids = 5;
  TeraFlowController controller = 6;
}

message ContextIdList {
  repeated ContextId context_ids = 1;
}

message ContextList {
  repeated Context contexts = 1;
}

message ContextEvent {
  Event event = 1;
  ContextId context_id = 2;
}


// ----- Topology ------------------------------------------------------------------------------------------------------
message TopologyId {
  ContextId context_id = 1;
  Uuid topology_uuid = 2;
}

message Topology {
  TopologyId topology_id = 1;
  string name = 2;
  repeated DeviceId device_ids = 3;
  repeated LinkId link_ids = 4;
  repeated LinkId optical_link_ids = 5;
}

message TopologyDetails {
  TopologyId topology_id = 1;
  string name = 2;
  repeated Device devices = 3;
  repeated Link links = 4;
  repeated OpticalLink optical_links = 5;
}

message TopologyIdList {
  repeated TopologyId topology_ids = 1;
}

message TopologyList {
  repeated Topology topologies = 1;
}

message TopologyEvent {
  Event event = 1;
  TopologyId topology_id = 2;
}


// ----- Device --------------------------------------------------------------------------------------------------------
message DeviceId {
  Uuid device_uuid = 1;
}

message Device {
  DeviceId device_id = 1;
  string name = 2;
  string device_type = 3;
  DeviceConfig device_config = 4;
  DeviceOperationalStatusEnum device_operational_status = 5;
  repeated DeviceDriverEnum device_drivers = 6;
  repeated EndPoint device_endpoints = 7;
  repeated Component components = 8; // Used for inventory
  DeviceId controller_id = 9; // Identifier of node controlling the actual device
}

message Component {                         //Defined previously to this section - Tested OK
  Uuid component_uuid   = 1;
  string name           = 2;
  string type           = 3;
  
  map<string, string> attributes = 4; // dict[attr.name => json.dumps(attr.value)]
  string parent         = 5;
}

message DeviceConfig {
  repeated ConfigRule config_rules = 1;
}

enum DeviceDriverEnum {
  DEVICEDRIVER_UNDEFINED = 0; // also used for emulated
  DEVICEDRIVER_OPENCONFIG = 1;
  DEVICEDRIVER_TRANSPORT_API = 2;
  DEVICEDRIVER_P4 = 3;
  DEVICEDRIVER_IETF_NETWORK_TOPOLOGY = 4;
  DEVICEDRIVER_ONF_TR_532 = 5;
  DEVICEDRIVER_XR = 6;
  DEVICEDRIVER_IETF_L2VPN = 7;
  DEVICEDRIVER_GNMI_OPENCONFIG = 8;
  DEVICEDRIVER_OPTICAL_TFS = 9;
  DEVICEDRIVER_IETF_ACTN = 10;
  DEVICEDRIVER_OC = 11;
  DEVICEDRIVER_QKD = 12;
}

enum DeviceOperationalStatusEnum {
  DEVICEOPERATIONALSTATUS_UNDEFINED = 0;
  DEVICEOPERATIONALSTATUS_DISABLED = 1;
  DEVICEOPERATIONALSTATUS_ENABLED = 2;
}

message DeviceIdList {
  repeated DeviceId device_ids = 1;
}

message DeviceList {
  repeated Device devices = 1;
}

message DeviceFilter {
  DeviceIdList device_ids = 1;
  bool include_endpoints = 2;
  bool include_config_rules = 3;
  bool include_components = 4;
}

message DeviceEvent {
  Event event = 1;
  DeviceId device_id = 2;
  DeviceConfig device_config = 3;
}


// ----- Link ----------------------------------------------------------------------------------------------------------
message LinkId {
  Uuid link_uuid = 1;
}

enum LinkTypeEnum {
  LINKTYPE_UNKNOWN = 0;
  LINKTYPE_COPPER  = 1;
  LINKTYPE_FIBER   = 2;
  LINKTYPE_RADIO   = 3;
  LINKTYPE_VIRTUAL = 4;
}

message LinkAttributes {
  float total_capacity_gbps = 1;
  float used_capacity_gbps  = 2;
}

message Link {
  LinkId link_id = 1;
  string name = 2;
  LinkTypeEnum link_type = 3;
  repeated EndPointId link_endpoint_ids = 4;
  LinkAttributes attributes = 5;
}

message LinkIdList {
  repeated LinkId link_ids = 1;
}

message LinkList {
  repeated Link links = 1;
}

message LinkEvent {
  Event event = 1;
  LinkId link_id = 2;
}

// ----- Service -------------------------------------------------------------------------------------------------------
message ServiceId {
  ContextId context_id = 1;
  Uuid service_uuid = 2;
}

message Service {
  ServiceId service_id = 1;
  string name = 2;
  ServiceTypeEnum service_type = 3;
  repeated EndPointId service_endpoint_ids = 4;
  repeated Constraint service_constraints = 5;
  ServiceStatus service_status = 6;
  ServiceConfig service_config = 7;
  Timestamp timestamp = 8;
}

enum ServiceTypeEnum {
  SERVICETYPE_UNKNOWN = 0;
  SERVICETYPE_L3NM = 1;
  SERVICETYPE_L2NM = 2;
  SERVICETYPE_TAPI_CONNECTIVITY_SERVICE = 3;
  SERVICETYPE_TE = 4;
  SERVICETYPE_E2E = 5;
  SERVICETYPE_OPTICAL_CONNECTIVITY = 6;
  SERVICETYPE_QKD = 7;
}

enum ServiceStatusEnum {
  SERVICESTATUS_UNDEFINED = 0;
  SERVICESTATUS_PLANNED = 1;
  SERVICESTATUS_ACTIVE = 2;
  SERVICESTATUS_UPDATING = 3;
  SERVICESTATUS_PENDING_REMOVAL = 4;
  SERVICESTATUS_SLA_VIOLATED = 5;
}

message ServiceStatus {
  ServiceStatusEnum service_status = 1;
}

message ServiceConfig {
  repeated ConfigRule config_rules = 1;
}

message ServiceIdList {
  repeated ServiceId service_ids = 1;
}

message ServiceList {
  repeated Service services = 1;
}

message ServiceFilter {
  ServiceIdList service_ids = 1;
  bool include_endpoint_ids = 2;
  bool include_constraints = 3;
  bool include_config_rules = 4;
}

message ServiceEvent {
  Event event = 1;
  ServiceId service_id = 2;
}

// ----- Slice ---------------------------------------------------------------------------------------------------------
message SliceId {
  ContextId context_id = 1;
  Uuid slice_uuid = 2;
}

message Slice {
  SliceId slice_id = 1;
  string name = 2;
  repeated EndPointId slice_endpoint_ids = 3;
  repeated Constraint slice_constraints = 4;
  repeated ServiceId slice_service_ids = 5;
  repeated SliceId slice_subslice_ids = 6;
  SliceStatus slice_status = 7;
  SliceConfig slice_config = 8;
  SliceOwner slice_owner = 9;
  Timestamp timestamp = 10;
}

message SliceOwner {
  Uuid owner_uuid = 1;
  string owner_string = 2;
}

enum SliceStatusEnum {
  SLICESTATUS_UNDEFINED    = 0;
  SLICESTATUS_PLANNED      = 1;
  SLICESTATUS_INIT         = 2;
  SLICESTATUS_ACTIVE       = 3;
  SLICESTATUS_DEINIT       = 4;
  SLICESTATUS_SLA_VIOLATED = 5;
}

message SliceStatus {
  SliceStatusEnum slice_status = 1;
}

message SliceConfig {
  repeated ConfigRule config_rules = 1;
}

message SliceIdList {
  repeated SliceId slice_ids = 1;
}

message SliceList {
  repeated Slice slices = 1;
}

message SliceFilter {
  SliceIdList slice_ids = 1;
  bool include_endpoint_ids = 2;
  bool include_constraints = 3;
  bool include_service_ids = 4;
  bool include_subslice_ids = 5;
  bool include_config_rules = 6;
}

message SliceEvent {
  Event event = 1;
  SliceId slice_id = 2;
}

// ----- Connection ----------------------------------------------------------------------------------------------------
message ConnectionId {
  Uuid connection_uuid = 1;
}

message ConnectionSettings_L0 {
  string lsp_symbolic_name = 1;
}

message ConnectionSettings_L2 {
  string src_mac_address = 1;
  string dst_mac_address = 2;
  uint32 ether_type = 3;
  uint32 vlan_id = 4;
  uint32 mpls_label = 5;
  uint32 mpls_traffic_class = 6;
}

message ConnectionSettings_L3 {
  string src_ip_address = 1;
  string dst_ip_address = 2;
  uint32 dscp = 3;
  uint32 protocol = 4;
  uint32 ttl = 5;
}

message ConnectionSettings_L4 {
  uint32 src_port = 1;
  uint32 dst_port = 2;
  uint32 tcp_flags = 3;
  uint32 ttl = 4;
}

message ConnectionSettings {
  ConnectionSettings_L0 l0 = 1;
  ConnectionSettings_L2 l2 = 2;
  ConnectionSettings_L3 l3 = 3;
  ConnectionSettings_L4 l4 = 4;
}

message Connection {
  ConnectionId connection_id = 1;
  ServiceId service_id = 2;
  repeated EndPointId path_hops_endpoint_ids = 3;
  repeated ServiceId sub_service_ids = 4;
  ConnectionSettings settings = 5;
}

message ConnectionIdList {
  repeated ConnectionId connection_ids = 1;
}

message ConnectionList {
  repeated Connection connections = 1;
}

message ConnectionEvent {
  Event event = 1;
  ConnectionId connection_id = 2;
}


// ----- Endpoint ------------------------------------------------------------------------------------------------------
message EndPointId {
  TopologyId topology_id = 1;
  DeviceId device_id = 2;
  Uuid endpoint_uuid = 3;
}

message EndPoint {
  EndPointId endpoint_id = 1;
  string name = 2;
  string endpoint_type = 3;
  repeated kpi_sample_types.KpiSampleType kpi_sample_types = 4;
  Location endpoint_location = 5;
}

message EndPointName {
  EndPointId endpoint_id = 1;
  string device_name = 2;
  string endpoint_name = 3;
  string endpoint_type = 4;
}

message EndPointIdList {
  repeated EndPointId endpoint_ids = 1;
}

message EndPointNameList {
  repeated EndPointName endpoint_names = 1;
}


// ----- Configuration -------------------------------------------------------------------------------------------------
enum ConfigActionEnum {
  CONFIGACTION_UNDEFINED = 0;
  CONFIGACTION_SET       = 1;
  CONFIGACTION_DELETE    = 2;
}

message ConfigRule_Custom {
  string resource_key = 1;
  string resource_value = 2;
}

message ConfigRule_ACL {
  EndPointId endpoint_id = 1;
  acl.AclRuleSet rule_set = 2;
}

message ConfigRule {
  ConfigActionEnum action = 1;
  oneof config_rule {
    ConfigRule_Custom custom = 2;
    ConfigRule_ACL acl = 3;
  }
}


// ----- Constraint ----------------------------------------------------------------------------------------------------
enum ConstraintActionEnum {
  CONSTRAINTACTION_UNDEFINED = 0;
  CONSTRAINTACTION_SET       = 1;
  CONSTRAINTACTION_DELETE    = 2;
}

message Constraint_Custom {
  string constraint_type = 1;
  string constraint_value = 2;
}

message Constraint_Schedule {
  double start_timestamp = 1;
  float duration_days = 2;
}

message GPS_Position {
  float latitude = 1;
  float longitude = 2;
}

message Location {
  oneof location {
    string region = 1;
    GPS_Position gps_position = 2;
    
    string interface=3;
    string circuit_pack=4;
  }
}

message Constraint_EndPointLocation {
  EndPointId endpoint_id = 1;
  Location location = 2;
}

message Constraint_EndPointPriority {
  EndPointId endpoint_id = 1;
  uint32 priority = 2;
}

message Constraint_SLA_Latency {
  float e2e_latency_ms = 1;
}

message Constraint_SLA_Capacity {
  float capacity_gbps = 1;
}

message Constraint_SLA_Availability {
  uint32 num_disjoint_paths = 1;
  bool all_active = 2;
  float availability = 3; // 0.0 .. 100.0 percentage of availability
}

enum IsolationLevelEnum {
  NO_ISOLATION = 0;
  PHYSICAL_ISOLATION = 1;
  LOGICAL_ISOLATION = 2;
  PROCESS_ISOLATION = 3;
  PHYSICAL_MEMORY_ISOLATION = 4;
  PHYSICAL_NETWORK_ISOLATION = 5;
  VIRTUAL_RESOURCE_ISOLATION = 6;
  NETWORK_FUNCTIONS_ISOLATION = 7;
  SERVICE_ISOLATION = 8;
}

message Constraint_SLA_Isolation_level {
  repeated IsolationLevelEnum isolation_level = 1;
}

message Constraint_Exclusions {
  bool is_permanent = 1;
  repeated DeviceId device_ids = 2;
  repeated EndPointId endpoint_ids = 3;
  repeated LinkId link_ids = 4;
}


message QoSProfileId {
  context.Uuid qos_profile_id = 1;
}

message Constraint_QoSProfile {
  QoSProfileId qos_profile_id = 1;
  string qos_profile_name = 2;
}

message Constraint {
  ConstraintActionEnum action = 1;
  oneof constraint {
    Constraint_Custom custom = 2;
    Constraint_Schedule schedule = 3;
    Constraint_EndPointLocation endpoint_location = 4;
    Constraint_EndPointPriority endpoint_priority = 5;
    Constraint_SLA_Capacity sla_capacity = 6;
    Constraint_SLA_Latency sla_latency = 7;
    Constraint_SLA_Availability sla_availability = 8;
    Constraint_SLA_Isolation_level sla_isolation = 9;
    Constraint_Exclusions exclusions = 10;
    Constraint_QoSProfile qos_profile = 11;
  }
}


// ----- Miscellaneous -------------------------------------------------------------------------------------------------
message TeraFlowController {
  ContextId context_id = 1;
  string ip_address = 2;
  uint32 port = 3;
}

message AuthenticationResult {
  ContextId context_id = 1;
  bool authenticated = 2;
}

// ---------------- Experimental ------------------------
message OpticalConfigId {
  string opticalconfig_uuid = 1;
}
message OpticalConfig {
  OpticalConfigId opticalconfig_id = 1;
  string config = 2;
  DeviceId device_id = 3;
}

message OpticalConfigList {
  repeated OpticalConfig opticalconfigs = 1;
}

message OpticalConfigEvent {
  Event event = 1;
  OpticalConfigId opticalconfig_id = 2;
}


// ---- Optical Link ----

message OpticalEndPointId {
  DeviceId device_id = 2;
  Uuid endpoint_uuid = 3;
}


message OpticalLinkList {
  repeated OpticalLink optical_links = 1;
}



message OpticalLinkDetails {
  float length = 1;
  string src_port = 2;
  string dst_port = 3;
  string local_peer_port = 4;
  string remote_peer_port = 5 ;
  bool used = 6 ; 
  map<string, int32> c_slots = 7;
  map<string, int32> l_slots = 8;
  map<string, int32> s_slots = 9;
}

message OpticalLink {
  string name = 1;
  OpticalLinkDetails optical_details = 2;
  LinkId link_id = 3;
  repeated EndPointId link_endpoint_ids=4;
}



////////////////// Config Rule Delete ////////////

message ServiceConfigRule {
  ServiceId service_id =1;
  ConfigRule_Custom configrule_custom =2;
}
