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// Copyright Vespa.ai. Licensed under the terms of the Apache 2.0 license. See LICENSE in the project root.
#include "status.h"
#include <vespa/vespalib/util/atomic.h>
using namespace vespalib::atomic;
namespace search::attribute {
Status::Status()
: _numDocs (0),
_numValues (0),
_numUniqueValues (0),
_allocated (0),
_used (0),
_dead (0),
_unused (0),
_onHold (0),
_onHoldMax (0),
_lastSyncToken (0),
_updates (0),
_nonIdempotentUpdates (0),
_bitVectors(0)
{
}
Status::Status(const Status& rhs)
: _numDocs(load_relaxed(rhs._numDocs)),
_numValues(load_relaxed(rhs._numValues)),
_numUniqueValues(load_relaxed(rhs._numUniqueValues)),
_allocated(load_relaxed(rhs._allocated)),
_used(load_relaxed(rhs._used)),
_dead(load_relaxed(rhs._dead)),
_unused(load_relaxed(rhs._unused)),
_onHold(load_relaxed(rhs._onHold)),
_onHoldMax(load_relaxed(rhs._onHoldMax)),
_lastSyncToken(rhs.getLastSyncToken()),
_updates(rhs._updates),
_nonIdempotentUpdates(rhs._nonIdempotentUpdates),
_bitVectors(load_relaxed(rhs._bitVectors))
{
}
Status&
Status::operator=(const Status& rhs)
{
store_relaxed(_numDocs, load_relaxed(rhs._numDocs));
store_relaxed(_numValues, load_relaxed(rhs._numValues));
store_relaxed(_numUniqueValues, load_relaxed(rhs._numUniqueValues));
store_relaxed(_allocated, load_relaxed(rhs._allocated));
store_relaxed(_used, load_relaxed(rhs._used));
store_relaxed(_dead, load_relaxed(rhs._dead));
store_relaxed(_unused, load_relaxed(rhs._unused));
store_relaxed(_onHold, load_relaxed(rhs._onHold));
store_relaxed(_onHoldMax, load_relaxed(rhs._onHoldMax));
setLastSyncToken(rhs.getLastSyncToken());
_updates = rhs._updates;
_nonIdempotentUpdates = rhs._nonIdempotentUpdates;
store_relaxed(_bitVectors, load_relaxed(rhs._bitVectors));
return *this;
}
vespalib::string
Status::createName(vespalib::stringref index, vespalib::stringref attr)
{
vespalib::string name (index);
name += ".attribute.";
name += attr;
return name;
}
void
Status::updateStatistics(uint64_t numValues, uint64_t numUniqueValue, uint64_t allocated,
uint64_t used, uint64_t dead, uint64_t onHold)
{
store_relaxed(_numValues, numValues);
store_relaxed(_numUniqueValues, numUniqueValue);
store_relaxed(_allocated, allocated);
store_relaxed(_used, used);
store_relaxed(_dead, dead);
store_relaxed(_unused, allocated - used);
store_relaxed(_onHold, onHold);
store_relaxed(_onHoldMax, std::max(load_relaxed(_onHoldMax), onHold));
}
}
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