brain-mock/snp.proto

syntax = "proto3";
package snp_proto;

message Empty {
}

message Pubkey {
  string pubkey = 1;
}

message AccountBalance {
  uint64 balance = 1;
  uint64 tmp_locked = 2;
}

message Contract {
  string uuid = 1;
  string hostname = 2;
  string admin_pubkey = 3;
  string node_pubkey = 4;
  repeated uint32 exposed_ports = 5;
  string public_ipv4 = 6;
  string public_ipv6 = 7;
  uint32 disk_size_gb = 8;
  uint32 vcpus = 9;
  uint32 memory_mb = 10;
  string kernel_sha = 11;
  string dtrfs_sha = 12;
  string created_at = 13;
  string updated_at = 14;
  // total nanotoken cost per minute (for all units)
  uint64 nano_per_minute = 15;
  uint64 locked_nano = 16;
  string collected_at = 17;
}

message MeasurementArgs {
  // this will be IP:Port of the dtrfs API
  // actually not a measurement arg, but needed for the injector
  string dtrfs_api_endpoint = 1;
  repeated uint32 exposed_ports = 2;
  string ovmf_hash = 5;
  // This is needed to allow the CLI to build the kernel params from known data.
  // The CLI will use the kernel params to get the measurement.
  repeated MeasurementIP ips = 6;
}

message MeasurementIP {
  uint32 nic_index = 1;
  string address = 2;
  string mask = 3;
  string gateway = 4;
}

message RegisterNodeReq {
  string node_pubkey = 1;
  string owner_pubkey = 2;
  string main_ip = 3;
  string country = 4;
  string region = 5;
  string city = 6;
  // nanotokens per unit per minute
  uint64 price = 7;
}

message NodeResources {
  string node_pubkey = 1;
  uint32 avail_ports = 2;
  uint32 avail_ipv4 = 3;
  uint32 avail_ipv6 = 4;
  uint32 avail_vcpus = 5;
  uint32 avail_memory_mb = 6;
  uint32 avail_storage_gb = 7;
  uint32 max_ports_per_vm = 8;
}

message NewVmReq {
  string uuid = 1;
  string hostname = 2;
  string admin_pubkey = 3;
  string node_pubkey = 4;
  repeated uint32 extra_ports = 5;
  bool public_ipv4 = 6;
  bool public_ipv6 = 7;
  uint32 disk_size_gb = 8;
  uint32 vcpus = 9;
  uint32 memory_mb = 10;
  string kernel_url = 11;
  string kernel_sha = 12;
  string dtrfs_url = 13;
  string dtrfs_sha = 14;
  uint64 price_per_unit = 15;
  uint64 locked_nano = 16;
}

message NewVmResp {
  string uuid = 1;
  string error = 2;
  MeasurementArgs args = 3;
}

message UpdateVmReq {
  string uuid = 1;
  uint32 disk_size_gb = 2;
  uint32 vcpus = 3;
  uint32 memory_mb = 4;
  string kernel_url = 5;
  string kernel_sha = 6;
  string dtrfs_url = 7;
  string dtrfs_sha = 8;
}

message UpdateVmResp {
  string uuid = 1;
  string error = 2;
  MeasurementArgs args = 3;
}

message DeleteVmReq {
  string uuid = 1;
}

message BrainMessage {
  oneof Msg {
    NewVmReq new_vm_req = 1;
    UpdateVmReq update_vm_req = 2;
    DeleteVmReq delete_vm = 3;
  }
}

message DaemonMessage {
  oneof Msg {
    Pubkey pubkey = 1;
    NewVmResp new_vm_resp = 2;
    UpdateVmResp update_vm_resp = 3;
    NodeResources node_resources = 4;
  }
}

service BrainDaemon {
  rpc RegisterNode (RegisterNodeReq) returns (stream Contract);
  rpc BrainMessages (Pubkey) returns (stream BrainMessage);
  rpc DaemonMessages (stream DaemonMessage) returns (Empty);
}

message ListContractsReq {
  string admin_pubkey = 1;
  string node_pubkey = 2;
  string uuid = 3;
}

message NodeFilters {
  uint32 free_ports = 1;
  bool offers_ipv4 = 2;
  bool offers_ipv6 = 3;
  uint32 vcpus = 4;
  uint32 memory_mb = 5;
  uint32 storage_gb = 6;
  string country = 7;
  string region = 8;
  string city = 9;
  string ip = 10;
  string node_pubkey = 11;
}

message NodeListResp {
  string node_pubkey = 1;
  string country = 2;
  string region = 3;
  string city = 4;
  string ip = 5; // required for latency test
  uint32 server_rating = 6;
  uint32 provider_rating = 7;
  // nanotokens per unit per minute
  uint64 price = 8;
}

message ExtendVmReq {
  string uuid = 1;
  string admin_pubkey = 2;
  uint64 locked_nano = 3;
}

service BrainCli {
  rpc GetAirdrop (Pubkey) returns (Empty);
  rpc GetBalance (Pubkey) returns (AccountBalance);
  rpc NewVm (NewVmReq) returns (NewVmResp);
  rpc ListContracts (ListContractsReq) returns (stream Contract);
  rpc ListNodes (NodeFilters) returns (stream NodeListResp);
  rpc GetOneNode (NodeFilters) returns (NodeListResp);
  rpc DeleteVm (DeleteVmReq) returns (Empty);
  rpc UpdateVm (UpdateVmReq) returns (UpdateVmResp);
  rpc ExtendVm (ExtendVmReq) returns (Empty);
}