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#include "event_helpers.h"
#include "mirrorer.h"
#include "partition_util.h"
#include "partition.h"
#include "read.h"
#include <ydb/core/base/appdata.h>
#include <ydb/core/base/blobstorage.h>
#include <ydb/core/base/counters.h>
#include <ydb/core/base/path.h>
#include <ydb/core/base/quoter.h>
#include <ydb/core/protos/counters_pq.pb.h>
#include <ydb/core/protos/msgbus.pb.h>
#include <ydb/library/persqueue/topic_parser/topic_parser.h>
#include <ydb/public/lib/base/msgbus.h>
#include <library/cpp/html/pcdata/pcdata.h>
#include <library/cpp/monlib/service/pages/templates.h>
#include <library/cpp/time_provider/time_provider.h>
#include <util/folder/path.h>
#include <util/string/escape.h>
#include <util/system/byteorder.h>
namespace NKikimr::NPQ {
void HtmlOutput(IOutputStream& out, const TString& line, const std::deque<std::pair<TKey, ui32>>& keys) {
HTML(out) {
TABLE() {
TABLEHEAD() {
TABLER() {
TABLEH() {out << line;}
}
}
TABLEBODY() {
TABLER() {
TABLEH() {out << "offset";}
for (auto& p: keys) {
TABLED() {out << p.first.GetOffset();}
}
}
TABLER() {
TABLEH() {out << "partNo";}
for (auto& p: keys) {
TABLED() {out << p.first.GetPartNo();}
}
}
TABLER() {
TABLEH() {out << "size";}
for (auto& p: keys) {
TABLED() {out << p.second;}
}
}
}
}
}
}
IOutputStream& operator <<(IOutputStream& out, const TKeyLevel& value) {
TStringStream str;
str << "count=" << value.Keys_.size() << " sum=" << value.Sum_ << " border=" << value.Border_ << " recs= " << value.RecsCount_ << ":";
HtmlOutput(out, str.Str(), value.Keys_);
return out;
}
void TPartition::HandleMonitoring(TEvPQ::TEvMonRequest::TPtr& ev, const TActorContext& ctx) {
TVector<TString> res;
TString str;
if (CurrentStateFunc() == &TThis::StateInit) {
str = "State is StateInit";
} else if (CurrentStateFunc() == &TThis::StateIdle) {
str = "State is StateIdle";
} else if (CurrentStateFunc() == &TThis::StateWrite) {
str = "State is StateWrite";
} else {
Y_FAIL("");
}
TStringStream out;
out << "Partition " << i32(Partition) << ": " << str; res.push_back(out.Str()); out.Clear();
if (DiskIsFull) {
out << "DISK IS FULL";
res.push_back(out.Str());
out.Clear();
}
if (WaitingForSubDomainQuota(ctx)) {
out << "SubDomain is out of space";
res.push_back(out.Str());
out.Clear();
}
out << "StartOffset: " << StartOffset; res.push_back(out.Str()); out.Clear();
out << "EndOffset: " << EndOffset; res.push_back(out.Str()); out.Clear();
out << "CreationTime: " << CreationTime.ToStringLocalUpToSeconds(); res.push_back(out.Str()); out.Clear();
out << "InitDuration: " << InitDuration.ToString(); res.push_back(out.Str()); out.Clear();
out << "TotalCount: " << (Head.GetNextOffset() - StartOffset); res.push_back(out.Str()); out.Clear();
out << "TotalSize: " << Size(); res.push_back(out.Str()); out.Clear();
out << "LastOffset: " << (Head.GetNextOffset()); res.push_back(out.Str()); out.Clear();
out << "HeadOffset: " << Head.Offset << ", count: " << Head.GetCount(); res.push_back(out.Str()); out.Clear();
out << "WriteInflightSize: " << WriteInflightSize; res.push_back(out.Str()); out.Clear();
out << "ReservedBytesSize: " << ReservedSize; res.push_back(out.Str()); out.Clear();
out << "OwnerPipes: " << OwnerPipes.size(); res.push_back(out.Str()); out.Clear();
out << "Owners: " << Owners.size(); res.push_back(out.Str()); out.Clear();
out << "Currently writing: " << Responses.size(); res.push_back(out.Str()); out.Clear();
out << "MaxCurrently writing: " << MaxWriteResponsesSize; res.push_back(out.Str()); out.Clear();
out << "DataKeysBody size: " << DataKeysBody.size(); res.push_back(out.Str()); out.Clear();
for (ui32 i = 0; i < DataKeysHead.size(); ++i) {
out << "DataKeysHead[" << i << "] size: " << DataKeysHead[i].KeysCount() << " sum: " << DataKeysHead[i].Sum()
<< " border: " << DataKeysHead[i].Border() << " recs: " << DataKeysHead[i].RecsCount() << " intCount: " << DataKeysHead[i].InternalPartsCount();
res.push_back(out.Str()); out.Clear();
}
for (auto& avg : AvgWriteBytes) {
out << "AvgWriteSize per " << avg.GetDuration().ToString() << " is " << avg.GetValue() << " bytes";
res.push_back(out.Str()); out.Clear();
}
out << Config.DebugString(); res.push_back(out.Str()); out.Clear();
HTML(out) {
DIV_CLASS_ID("tab-pane fade", Sprintf("partition_%u", ui32(Partition))) {
TABLE_SORTABLE_CLASS("table") {
TABLEHEAD() {
TABLER() {
TABLEH() {out << "Type";}
TABLEH() {out << "Pos";}
TABLEH() {out << "timestamp";}
TABLEH() {out << "Offset";}
TABLEH() {out << "PartNo";}
TABLEH() {out << "Count";}
TABLEH() {out << "InternalPartsCount";}
TABLEH() {out << "Size";}
}
}
TABLEBODY() {
ui32 i = 0;
for (auto& d: DataKeysBody) {
TABLER() {
TABLED() {out << "DataBody";}
TABLED() {out << i++;}
TABLED() {out << ToStringLocalTimeUpToSeconds(d.Timestamp);}
TABLED() {out << d.Key.GetOffset();}
TABLED() {out << d.Key.GetPartNo();}
TABLED() {out << d.Key.GetCount();}
TABLED() {out << d.Key.GetInternalPartsCount();}
TABLED() {out << d.Size;}
}
}
ui32 currentLevel = 0;
for (ui32 p = 0; p < HeadKeys.size(); ++p) {
ui32 size = HeadKeys[p].Size;
while (currentLevel + 1 < TotalLevels && size < CompactLevelBorder[currentLevel + 1])
++currentLevel;
Y_VERIFY(size < CompactLevelBorder[currentLevel]);
TABLER() {
TABLED() {out << "DataHead[" << currentLevel << "]";}
TABLED() {out << i++;}
TABLED() {out << ToStringLocalTimeUpToSeconds(HeadKeys[p].Timestamp);}
TABLED() {out << HeadKeys[p].Key.GetOffset();}
TABLED() {out << HeadKeys[p].Key.GetPartNo();}
TABLED() {out << HeadKeys[p].Key.GetCount();}
TABLED() {out << HeadKeys[p].Key.GetInternalPartsCount();}
TABLED() {out << size;}
}
}
}
}
TABLE_SORTABLE_CLASS("table") {
TABLEHEAD() {
TABLER() {
TABLEH() {out << "GapStartOffset";}
TABLEH() {out << "GapEndOffset";}
TABLEH() {out << "GapSize";}
TABLEH() {out << "id";}
}
}
ui32 i = 0;
TABLEBODY() {
for (auto& d: GapOffsets) {
TABLER() {
TABLED() {out << d.first;}
TABLED() {out << d.second;}
TABLED() {out << (d.second - d.first);}
TABLED() {out << (i++);}
}
}
if (!DataKeysBody.empty() && DataKeysBody.back().Key.GetOffset() + DataKeysBody.back().Key.GetCount() < Head.Offset) {
TABLER() {
TABLED() {out << (DataKeysBody.back().Key.GetOffset() + DataKeysBody.back().Key.GetCount());}
TABLED() {out << Head.Offset;}
TABLED() {out << (Head.Offset - (DataKeysBody.back().Key.GetOffset() + DataKeysBody.back().Key.GetCount()));}
TABLED() {out << (i++);}
}
}
}
}
TABLE_SORTABLE_CLASS("table") {
TABLEHEAD() {
TABLER() {
TABLEH() {out << "SourceId";}
TABLEH() {out << "SeqNo";}
TABLEH() {out << "Offset";}
TABLEH() {out << "WriteTimestamp";}
TABLEH() {out << "CreateTimestamp";}
TABLEH() {out << "Explicit";}
TABLEH() {out << "State";}
}
}
TABLEBODY() {
for (const auto& [sourceId, sourceIdInfo]: SourceIdStorage.GetInMemorySourceIds()) {
TABLER() {
TABLED() {out << EncodeHtmlPcdata(EscapeC(sourceId));}
TABLED() {out << sourceIdInfo.SeqNo;}
TABLED() {out << sourceIdInfo.Offset;}
TABLED() {out << ToStringLocalTimeUpToSeconds(sourceIdInfo.WriteTimestamp);}
TABLED() {out << ToStringLocalTimeUpToSeconds(sourceIdInfo.CreateTimestamp);}
TABLED() {out << (sourceIdInfo.Explicit ? "true" : "false");}
TABLED() {out << sourceIdInfo.State;}
}
}
}
}
TABLE_SORTABLE_CLASS("table") {
TABLEHEAD() {
TABLER() {
TABLEH() {out << "user";}
TABLEH() {out << "offset";}
TABLEH() {out << "lag";}
TABLEH() {out << "ReadFromTimestamp";}
TABLEH() {out << "WriteTimestamp";}
TABLEH() {out << "CreateTimestamp";}
TABLEH() {out << "ReadOffset";}
TABLEH() {out << "ReadWriteTimestamp";}
TABLEH() {out << "ReadCreateTimestamp";}
TABLEH() {out << "ReadOffsetRewindSum";}
TABLEH() {out << "ActiveReads";}
TABLEH() {out << "Subscriptions";}
}
}
TABLEBODY() {
for (auto& d: UsersInfoStorage->GetAll()) {
TABLER() {
TABLED() {out << EncodeHtmlPcdata(d.first);}
TABLED() {out << d.second.Offset;}
TABLED() {out << (EndOffset - d.second.Offset);}
TABLED() {out << ToStringLocalTimeUpToSeconds(d.second.ReadFromTimestamp);}
TABLED() {out << ToStringLocalTimeUpToSeconds(d.second.WriteTimestamp);}
TABLED() {out << ToStringLocalTimeUpToSeconds(d.second.CreateTimestamp);}
TABLED() {out << (d.second.GetReadOffset());}
TABLED() {out << ToStringLocalTimeUpToSeconds(d.second.GetReadWriteTimestamp());}
TABLED() {out << ToStringLocalTimeUpToSeconds(d.second.GetReadCreateTimestamp());}
TABLED() {out << (d.second.ReadOffsetRewindSum);}
TABLED() {out << d.second.ActiveReads;}
TABLED() {out << d.second.Subscriptions;}
}
}
}
}
}
}
ctx.Send(ev->Sender, new TEvPQ::TEvMonResponse(Partition, res, out.Str()));
}
} // namespace NKikimr::NPQ
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