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#pragma once
#include <library/cpp/monlib/dynamic_counters/counters.h>
#include <library/cpp/actors/core/actorsystem.h>
#include <library/cpp/actors/core/event_load.h>
#include <library/cpp/actors/util/rope.h>
#include <util/generic/deque.h>
#include <util/generic/vector.h>
#include <util/generic/map.h>
#include <util/stream/walk.h>
#include <library/cpp/actors/wilson/wilson_span.h>
#include "interconnect_common.h"
#include "interconnect_counters.h"
#include "packet.h"
#include "event_holder_pool.h"
namespace NActors {
#pragma pack(push, 1)
struct TChannelPart {
ui16 ChannelFlags;
ui16 Size;
static constexpr ui16 LastPartFlag = 0x8000;
static constexpr ui16 XdcFlag = 0x4000;
static constexpr ui16 ChannelMask = (1 << IEventHandle::ChannelBits) - 1;
static_assert((LastPartFlag & ChannelMask) == 0);
static_assert((XdcFlag & ChannelMask) == 0);
ui16 GetChannel() const { return ChannelFlags & ChannelMask; }
bool IsLastPart() const { return ChannelFlags & LastPartFlag; }
bool IsXdc() const { return ChannelFlags & XdcFlag; }
TString ToString() const {
return TStringBuilder() << "{Channel# " << GetChannel()
<< " IsLastPart# " << IsLastPart()
<< " IsXdc# " << IsXdc()
<< " Size# " << Size << "}";
}
};
#pragma pack(pop)
enum class EXdcCommand : ui8 {
DECLARE_SECTION = 1,
PUSH_DATA,
};
struct TExSerializedEventTooLarge : std::exception {
const ui32 Type;
TExSerializedEventTooLarge(ui32 type)
: Type(type)
{}
};
class TEventOutputChannel : public TInterconnectLoggingBase {
public:
TEventOutputChannel(TEventHolderPool& pool, ui16 id, ui32 peerNodeId, ui32 maxSerializedEventSize,
std::shared_ptr<IInterconnectMetrics> metrics, TSessionParams params)
: TInterconnectLoggingBase(Sprintf("OutputChannel %" PRIu16 " [node %" PRIu32 "]", id, peerNodeId))
, Pool(pool)
, PeerNodeId(peerNodeId)
, ChannelId(id)
, Metrics(std::move(metrics))
, Params(std::move(params))
, MaxSerializedEventSize(maxSerializedEventSize)
{}
~TEventOutputChannel() {
}
std::pair<ui32, TEventHolder*> Push(IEventHandle& ev) {
TEventHolder& event = Pool.Allocate(Queue);
const ui32 bytes = event.Fill(ev) + sizeof(TEventDescr2);
OutputQueueSize += bytes;
if (event.Span = NWilson::TSpan(15 /*max verbosity*/, NWilson::TTraceId(ev.TraceId), "Interconnect.Queue")) {
event.Span
.Attribute("OutputQueueItems", static_cast<i64>(Queue.size()))
.Attribute("OutputQueueSize", static_cast<i64>(OutputQueueSize));
}
return std::make_pair(bytes, &event);
}
void DropConfirmed(ui64 confirm);
bool FeedBuf(TTcpPacketOutTask& task, ui64 serial, ui64 *weightConsumed);
bool IsEmpty() const {
return Queue.empty();
}
bool IsWorking() const {
return !IsEmpty();
}
ui32 GetQueueSize() const {
return (ui32)Queue.size();
}
ui64 GetBufferedAmountOfData() const {
return OutputQueueSize;
}
void NotifyUndelivered();
TEventHolderPool& Pool;
const ui32 PeerNodeId;
const ui16 ChannelId;
std::shared_ptr<IInterconnectMetrics> Metrics;
const TSessionParams Params;
const ui32 MaxSerializedEventSize;
ui64 UnaccountedTraffic = 0;
ui64 EqualizeCounterOnPause = 0;
ui64 WeightConsumedOnPause = 0;
enum class EState {
INITIAL,
BODY,
DESCRIPTOR,
SECTIONS,
};
EState State = EState::INITIAL;
protected:
ui64 OutputQueueSize = 0;
std::list<TEventHolder> Queue;
std::list<TEventHolder> NotYetConfirmed;
TRope::TConstIterator Iter;
TCoroutineChunkSerializer Chunker;
TEventSerializationInfo SerializationInfoContainer;
const TEventSerializationInfo *SerializationInfo = nullptr;
bool EventInExternalDataChannel;
size_t SectionIndex = 0;
std::vector<char> XdcData;
bool SerializeEvent(TTcpPacketOutTask& task, TEventHolder& event, bool external, size_t *bytesSerialized);
bool FeedPayload(TTcpPacketOutTask& task, TEventHolder& event, ui64 *weightConsumed);
bool FeedInlinePayload(TTcpPacketOutTask& task, TEventHolder& event, ui64 *weightConsumed);
bool FeedExternalPayload(TTcpPacketOutTask& task, TEventHolder& event, ui64 *weightConsumed);
bool FeedDescriptor(TTcpPacketOutTask& task, TEventHolder& event, ui64 *weightConsumed);
void AccountTraffic() {
if (const ui64 amount = std::exchange(UnaccountedTraffic, 0)) {
Metrics->UpdateOutputChannelTraffic(ChannelId, amount);
}
}
friend class TInterconnectSessionTCP;
};
}
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