import "library/cpp/monlib/encode/legacy_protobuf/protos/metric_meta.proto"; package NBus; option java_package = "ru.yandex.messagebus.monitoring.proto"; message TMessageStatusRecord { enum EMessageStatus { MESSAGE_OK = 0; MESSAGE_CONNECT_FAILED = 1; MESSAGE_TIMEOUT = 2; MESSAGE_SERVICE_UNKNOWN = 3; MESSAGE_BUSY = 4; MESSAGE_UNKNOWN = 5; MESSAGE_DESERIALIZE_ERROR = 6; MESSAGE_HEADER_CORRUPTED = 7; MESSAGE_DECOMPRESS_ERROR = 8; MESSAGE_MESSAGE_TOO_LARGE = 9; MESSAGE_REPLY_FAILED = 10; MESSAGE_DELIVERY_FAILED = 11; MESSAGE_INVALID_VERSION = 12; MESSAGE_SERVICE_TOOMANY = 13; MESSAGE_SHUTDOWN = 14; MESSAGE_DONT_ASK = 15; } optional EMessageStatus Status = 1; optional uint32 Count = 2; } message TConnectionStatusMonRecord { optional uint32 SendQueueSize = 1 [ (NMonProto.Metric).Type = GAUGE ]; // client only optional uint32 AckMessagesSize = 2 [ (NMonProto.Metric).Type = GAUGE ]; optional uint32 ErrorCount = 3 [ (NMonProto.Metric).Type = RATE ]; optional uint64 WriteBytes = 10 [ (NMonProto.Metric).Type = RATE ]; optional uint64 WriteBytesCompressed = 11; optional uint64 WriteMessages = 12 [ (NMonProto.Metric).Type = RATE ]; optional uint64 WriteSyscalls = 13; optional uint64 WriteActs = 14; optional uint64 ReadBytes = 20 [ (NMonProto.Metric).Type = RATE ]; optional uint64 ReadBytesCompressed = 21; optional uint64 ReadMessages = 22 [ (NMonProto.Metric).Type = RATE ]; optional uint64 ReadSyscalls = 23; optional uint64 ReadActs = 24; repeated TMessageStatusRecord ErrorCountByStatus = 25; } message TSessionStatusMonRecord { optional uint32 InFlight = 1 [ (NMonProto.Metric).Type = GAUGE ]; optional uint32 ConnectionCount = 2 [ (NMonProto.Metric).Type = GAUGE ]; optional uint32 ConnectCount = 3 [ (NMonProto.Metric).Type = RATE ]; }