Loading proto/pathcompextended.proto +46 −41 Original line number Diff line number Diff line Loading @@ -16,6 +16,34 @@ syntax = "proto3"; package pathcompextended; import "context.proto"; import "google/protobuf/empty.proto"; service PathCompExtendedService { // Health checks rpc HealthCheck (google.protobuf.Empty) returns (LivenessProbe); // Network Context rpc CreateNetworkContext (NetworkContext) returns (google.protobuf.Empty); rpc DeleteNetworkContext (UUID) returns (google.protobuf.Empty); rpc GetNetworkContext (google.protobuf.Empty) returns (NetworkContext); rpc GetSpecificNetworkContext (UUID) returns (NetworkTopology); // Transport Optical Slice rpc CreateTransportOpticalSlice (IetfNetworkSlice) returns (TransportOpticalSlice); rpc DeleteTransportOpticalSlice (UUID) returns (google.protobuf.Empty); rpc GetTransportOpticalSlices (google.protobuf.Empty) returns (stream TransportOpticalSlice); rpc GetTransportOpticalSlice (UUID) returns (TransportOpticalSlice); // Transport Network Slice L3 rpc CreateTransportNetworkSliceL3 (IetfNetworkSlice) returns (TransportNetworkSliceL3); rpc DeleteTransportNetworkSliceL3 (UUID) returns (google.protobuf.Empty); rpc GetTransportNetworkSlicesL3 (google.protobuf.Empty) returns (stream TransportNetworkSliceL3); rpc GetTransportNetworkSliceL3 (UUID) returns (TransportNetworkSliceL3); } Loading Loading @@ -47,55 +75,32 @@ message NetworkContext { } // IETF Network Slice message IetfNetworkSlice { string raw_json_slice = 1; } // Transport Actions Model // OLD LEGACY service PathCompExtendedService { rpc Compute(PathCompRequest) returns (PathCompReply) {} // Transport Actions Model message TransportOpticalSlice { UUID transport_optical_slice_uuid = 1; bool viability = 2; string raw_optical_slice_json = 3; } message Algorithm_ShortestPath {} message Algorithm_KShortestPath { uint32 k_inspection = 1; uint32 k_return = 2; message TransportNetworkSliceL3 { UUID transport_optical_slice_uuid = 1; UUID transport_network_slice_l3_uuid = 2; bool viability = 3; string raw_actions_json = 4; } message Algorithm_KDisjointPath { uint32 num_disjoint = 1; // Generic message LivenessProbe{ bool alive = 1; } message PathCompRequest { repeated context.Service services = 1; oneof algorithm { Algorithm_ShortestPath shortest_path = 10; Algorithm_KShortestPath k_shortest_path = 11; Algorithm_KDisjointPath k_disjoint_path = 12; } message UUID { string value = 1; } message PathCompReply { // Services requested completed with possible missing fields, and // sub-services required for supporting requested services on the // underlying layers. repeated context.Service services = 1; // Connections supporting the requested services and sub-services // required for the underlying layers. repeated context.Connection connections = 2; } Loading
proto/pathcompextended.proto +46 −41 Original line number Diff line number Diff line Loading @@ -16,6 +16,34 @@ syntax = "proto3"; package pathcompextended; import "context.proto"; import "google/protobuf/empty.proto"; service PathCompExtendedService { // Health checks rpc HealthCheck (google.protobuf.Empty) returns (LivenessProbe); // Network Context rpc CreateNetworkContext (NetworkContext) returns (google.protobuf.Empty); rpc DeleteNetworkContext (UUID) returns (google.protobuf.Empty); rpc GetNetworkContext (google.protobuf.Empty) returns (NetworkContext); rpc GetSpecificNetworkContext (UUID) returns (NetworkTopology); // Transport Optical Slice rpc CreateTransportOpticalSlice (IetfNetworkSlice) returns (TransportOpticalSlice); rpc DeleteTransportOpticalSlice (UUID) returns (google.protobuf.Empty); rpc GetTransportOpticalSlices (google.protobuf.Empty) returns (stream TransportOpticalSlice); rpc GetTransportOpticalSlice (UUID) returns (TransportOpticalSlice); // Transport Network Slice L3 rpc CreateTransportNetworkSliceL3 (IetfNetworkSlice) returns (TransportNetworkSliceL3); rpc DeleteTransportNetworkSliceL3 (UUID) returns (google.protobuf.Empty); rpc GetTransportNetworkSlicesL3 (google.protobuf.Empty) returns (stream TransportNetworkSliceL3); rpc GetTransportNetworkSliceL3 (UUID) returns (TransportNetworkSliceL3); } Loading Loading @@ -47,55 +75,32 @@ message NetworkContext { } // IETF Network Slice message IetfNetworkSlice { string raw_json_slice = 1; } // Transport Actions Model // OLD LEGACY service PathCompExtendedService { rpc Compute(PathCompRequest) returns (PathCompReply) {} // Transport Actions Model message TransportOpticalSlice { UUID transport_optical_slice_uuid = 1; bool viability = 2; string raw_optical_slice_json = 3; } message Algorithm_ShortestPath {} message Algorithm_KShortestPath { uint32 k_inspection = 1; uint32 k_return = 2; message TransportNetworkSliceL3 { UUID transport_optical_slice_uuid = 1; UUID transport_network_slice_l3_uuid = 2; bool viability = 3; string raw_actions_json = 4; } message Algorithm_KDisjointPath { uint32 num_disjoint = 1; // Generic message LivenessProbe{ bool alive = 1; } message PathCompRequest { repeated context.Service services = 1; oneof algorithm { Algorithm_ShortestPath shortest_path = 10; Algorithm_KShortestPath k_shortest_path = 11; Algorithm_KDisjointPath k_disjoint_path = 12; } message UUID { string value = 1; } message PathCompReply { // Services requested completed with possible missing fields, and // sub-services required for supporting requested services on the // underlying layers. repeated context.Service services = 1; // Connections supporting the requested services and sub-services // required for the underlying layers. repeated context.Connection connections = 2; }