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fineRespBucketSize
long fineRespBucketSize
Size of the fine response time bucket.
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coarseRespBucketSize
long coarseRespBucketSize
Size of the coarse response time bucket.
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fineRespHistMax
long fineRespHistMax
Max fine response time.
-
coarseRespHistMax
long coarseRespHistMax
Max coarse response time.
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delayBucketSize
long delayBucketSize
Size of each delay time bucket, in ns.
-
graphBucketSize
long graphBucketSize
Size of each graph bucket, in ns.
-
graphBuckets
int graphBuckets
Number of graph buckets.
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threadCnt
int threadCnt
-
txCntStdy
int[] txCntStdy
Number of successful transactions during steady state.
This is used for final reporting and in-flight reporting of averages.
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txCntTotal
int[] txCntTotal
Number of successful transactions total.
This is used for in-flight reporting only.
-
errCntStdy
int[] errCntStdy
Number of failed transactions during steady state.
This is used for final reporting and in-flight reporting of averages.
-
errCntTotal
int[] errCntTotal
Number of failed transactions total.
This is used for in-flight reporting only.
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delayCntStdy
int[] delayCntStdy
Number of transactions the delay time
was successfuly recorded. Note that some transactions
while failing may still have the delay time recorded.
Transactions that do not have the delay time recorded
are transactions that fail before the critical section.
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respSumStdy
double[] respSumStdy
Sum of response times during steady state.
This is used for final reporting and runtime reporting of averages.
-
respSumTotal
double[] respSumTotal
Sum of response times total.
This is used for runtime reporting only.
-
hiRespSumStdy
double[] hiRespSumStdy
Sum of high response times that fall into the overflow
bucket. This is used for calculating the representative value
for the overflow bucket to establish a reasonable standard deviation.
-
sumSquaresStdy
double[] sumSquaresStdy
Sum of squares of the deviation during steady state.
-
sumSquaresTotal
double[] sumSquaresTotal
Overall sum of squares of the deviation.
-
respMax
long[] respMax
Max. response time.
-
delaySum
long[] delaySum
Sum of delay (cycle/think) times.
-
targetedDelaySum
long[] targetedDelaySum
Targeted delay times.
-
delayMax
long[] delayMax
Maximum delay times.
-
delayMin
long[] delayMin
Minimum delay times.
-
cycleSum
long cycleSum
Sum of cycle time (not think time) for little's law verification.
-
respHist
int[][] respHist
Response time histogram.
-
delayHist
int[][] delayHist
Histogram of actual delay times.
-
targetedDelayHist
int[][] targetedDelayHist
Histogram of selected delay times.
-
startTime
long startTime
Start time as absolute time, in ms.
-
endTime
long endTime
End time as ms offset from start time.
-
thruputGraph
int[][] thruputGraph
The thruput graph. This is updated throughout the run, not only
in steady state. The graph accumulates tx count during the run. The
final results need to be divided by the graph bucket size.
-
respGraph
long[][] respGraph
Graph of accumulated response times over the course of the run.
This data need to be divided by the accumulated tx count for the
bucket to get the avg response time in that bucket.
-
metricAttachments
LinkedHashMap<K,V> metricAttachments
The attached custom metrics.
-
tableAttachments
LinkedHashMap<K,V> tableAttachments
The attached custom table metrics.
-
metric
double metric
The final resulting metric. This field is only populated after
printing the summary report
-
host
String host
Originating host name.
-
driverType
int driverType
Type id of the driver.
-
driverName
String driverName
Name of the driver.
-
txTypes
int txTypes
Number of operations in the driver.
-
txNames
String[] txNames
List of operation names.
-
stdyState
int stdyState
Run steady state, in milliseconds.