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#include "job_counters.h"
namespace NYT {
////////////////////////////////////////////////////////////////////
namespace {
ui64 CountTotal(const TNode& data)
{
if (data.IsMap()) {
if (auto totalPtr = data.AsMap().FindPtr("total")) {
return data["total"].IntCast<ui64>();
} else {
ui64 total = 0;
for (const auto& keyVal: data.AsMap()) {
total += CountTotal(keyVal.second);
}
return total;
}
} else {
return data.IntCast<ui64>();
}
}
TNode GetNode(const TNode& data, const TStringBuf& key)
{
if (auto resPtr = data.AsMap().FindPtr(key)) {
return *resPtr;
}
return TNode();
}
} // namespace
////////////////////////////////////////////////////////////////////
TJobCounter::TJobCounter(TNode data)
: Data_(std::move(data))
{
if (Data_.HasValue()) {
Total_ = CountTotal(Data_);
}
}
TJobCounter::TJobCounter(ui64 total)
: Total_(total)
{ }
ui64 TJobCounter::GetTotal() const
{
return Total_;
}
ui64 TJobCounter::GetValue(const TStringBuf key) const
{
if (Data_.HasValue()) {
return CountTotal(Data_[key]);
}
return 0;
}
////////////////////////////////////////////////////////////////////
TJobCounters::TJobCounters(const NYT::TNode& counters)
: Total_(0)
{
if (!counters.IsMap()) {
ythrow yexception() << "TJobCounters must be initialized with Map type TNode";
}
auto abortedNode = GetNode(counters, "aborted");
if (abortedNode.HasValue()) {
Aborted_ = TJobCounter(GetNode(abortedNode, "total"));
AbortedScheduled_ = TJobCounter(GetNode(abortedNode, "scheduled"));
AbortedNonScheduled_ = TJobCounter(GetNode(abortedNode, "non_scheduled"));
}
auto completedNode = GetNode(counters, "completed");
if (completedNode.HasValue()) {
Completed_ = TJobCounter(GetNode(completedNode, "total"));
CompletedNonInterrupted_ = TJobCounter(GetNode(completedNode, "non-interrupted"));
CompletedInterrupted_ = TJobCounter(GetNode(completedNode, "interrupted"));
}
Lost_ = TJobCounter(GetNode(counters, "lost"));
Invalidated_ = TJobCounter(GetNode(counters, "invalidated"));
Failed_ = TJobCounter(GetNode(counters, "failed"));
Running_ = TJobCounter(GetNode(counters, "running"));
Suspended_ = TJobCounter(GetNode(counters, "suspended"));
Pending_ = TJobCounter(GetNode(counters, "pending"));
Blocked_ = TJobCounter(GetNode(counters, "blocked"));
Total_ = CountTotal(counters);
}
const TJobCounter& TJobCounters::GetAborted() const
{
return Aborted_;
}
const TJobCounter& TJobCounters::GetAbortedScheduled() const
{
return AbortedScheduled_;
}
const TJobCounter& TJobCounters::GetAbortedNonScheduled() const
{
return AbortedNonScheduled_;
}
const TJobCounter& TJobCounters::GetCompleted() const
{
return Completed_;
}
const TJobCounter& TJobCounters::GetCompletedNonInterrupted() const
{
return CompletedNonInterrupted_;
}
const TJobCounter& TJobCounters::GetCompletedInterrupted() const
{
return CompletedInterrupted_;
}
const TJobCounter& TJobCounters::GetLost() const
{
return Lost_;
}
const TJobCounter& TJobCounters::GetInvalidated() const
{
return Invalidated_;
}
const TJobCounter& TJobCounters::GetFailed() const
{
return Failed_;
}
const TJobCounter& TJobCounters::GetRunning() const
{
return Running_;
}
const TJobCounter& TJobCounters::GetSuspended() const
{
return Suspended_;
}
const TJobCounter& TJobCounters::GetPending() const
{
return Pending_;
}
const TJobCounter& TJobCounters::GetBlocked() const
{
return Blocked_;
}
ui64 TJobCounters::GetTotal() const
{
return Total_;
}
////////////////////////////////////////////////////////////////////
} // namespace NYT
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