cz.encircled.jput.model

Class PerfTestConfiguration

cz.encircled.jput.model.PerfTestConfiguration

public class PerfTestConfiguration

Performance test configuration of a single junit test method

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
static class	PerfTestConfiguration.Companion

Field Summary

Fields

Modifier and Type	Field and Description
static PerfTestConfiguration.Companion	Companion

Constructor Summary

Constructors

Constructor and Description
PerfTestConfiguration(java.lang.String testId, int warmUp, int repeats, long delay, long maxTimeLimit, long avgTimeLimit, int parallelCount, long rampUp, boolean isReactive, TrendTestConfiguration trendConfiguration, java.util.Map<java.lang.Long,java.lang.Double> percentiles) Performance test configuration of a single junit test method

Method Summary

Modifier and Type	Method and Description
java.lang.String	component1() Unique test id,
TrendTestConfiguration	component10() Performance trend analyzing
java.util.Map<java.lang.Long,java.lang.Double>	component11()
int	component2() Count of warm up test executions
int	component3() Test execution repeats count
long	component4() Delay between test repeats,
long	component5() Upper limit for test execution time in milliseconds
long	component6() Upper limit for average execution time when using
int	component7() Count of maximum parallel executions
long	component8() Ramp-up in milliseconds.
boolean	component9()
PerfTestConfiguration	copy(java.lang.String testId, int warmUp, int repeats, long delay, long maxTimeLimit, long avgTimeLimit, int parallelCount, long rampUp, boolean isReactive, TrendTestConfiguration trendConfiguration, java.util.Map<java.lang.Long,java.lang.Double> percentiles) Performance test configuration of a single junit test method
boolean	equals(java.lang.Object p)
long	getAvgTimeLimit() Upper limit for average execution time when using
long	getDelay() Delay between test repeats,
long	getMaxTimeLimit() Upper limit for test execution time in milliseconds
int	getParallelCount() Count of maximum parallel executions
java.util.Map<java.lang.Long,java.lang.Double>	getPercentiles()
long	getRampUp() Ramp-up in milliseconds.
int	getRepeats() Test execution repeats count
java.lang.String	getTestId() Unique test id,
TrendTestConfiguration	getTrendConfiguration() Performance trend analyzing
int	getWarmUp() Count of warm up test executions
int	hashCode()
boolean	isReactive()
void	setPercentiles(java.util.Map<java.lang.Long,java.lang.Double> p)
java.lang.String	toString()
PerfTestConfiguration	valid()

Field Detail

Companion

public static PerfTestConfiguration.Companion Companion

Constructor Detail

PerfTestConfiguration

public PerfTestConfiguration(java.lang.String testId,
                             int warmUp,
                             int repeats,
                             long delay,
                             long maxTimeLimit,
                             long avgTimeLimit,
                             int parallelCount,
                             long rampUp,
                             boolean isReactive,
                             TrendTestConfiguration trendConfiguration,
                             java.util.Map<java.lang.Long,java.lang.Double> percentiles)

Performance test configuration of a single junit test method

Parameters:

testId - Unique test id, used to distinguish different tests. Default to testClassName#testMethodName

warmUp - Count of warm up test executions

repeats - Test execution repeats count

delay - Delay between test repeats, in ms

maxTimeLimit - Upper limit for test execution time in milliseconds

avgTimeLimit - Upper limit for average execution time when using repeats > 1, in milliseconds

parallelCount - Count of maximum parallel executions (e.g. java threads in case of base executor or coroutines/reactive executions)

rampUp - Ramp-up in milliseconds. If parallel is 100, and the ramp-up period is 100000 (100 seconds),then JPut will take 100 seconds to get all 100 threads running, i.e. 1 second delay after each new thread

trendConfiguration - Performance trend analyzing

Method Detail

valid

public PerfTestConfiguration valid()

toString

public java.lang.String toString()

getTestId

public java.lang.String getTestId()

Unique test id,

used to distinguish different tests. Default to testClassName#testMethodName

getWarmUp

public int getWarmUp()

Count of warm up test executions

getRepeats

public int getRepeats()

Test execution repeats count

getDelay

public long getDelay()

Delay between test repeats,

in ms

getMaxTimeLimit

public long getMaxTimeLimit()

Upper limit for test execution time in milliseconds

getAvgTimeLimit

public long getAvgTimeLimit()

Upper limit for average execution time when using

repeats > 1, in milliseconds

getParallelCount

public int getParallelCount()

Count of maximum parallel executions

(e.g. java threads in case of base executor or coroutines/reactive executions)

getRampUp

public long getRampUp()

Ramp-up in milliseconds.

If parallel is 100, and the ramp-up period is 100000 (100 seconds),then JPut will take 100 seconds to get all 100 threads running, i.e. 1 second delay after each new thread

isReactive

public boolean isReactive()

getTrendConfiguration

public TrendTestConfiguration getTrendConfiguration()

Performance trend analyzing

getPercentiles

public java.util.Map<java.lang.Long,java.lang.Double> getPercentiles()

setPercentiles

public void setPercentiles(java.util.Map<java.lang.Long,java.lang.Double> p)

component1

public java.lang.String component1()

Unique test id,

used to distinguish different tests. Default to testClassName#testMethodName

component2

public int component2()

Count of warm up test executions

component3

public int component3()

Test execution repeats count

component4

public long component4()

Delay between test repeats,

in ms

component5

public long component5()

Upper limit for test execution time in milliseconds

component6

public long component6()

Upper limit for average execution time when using

repeats > 1, in milliseconds

component7

public int component7()

Count of maximum parallel executions

(e.g. java threads in case of base executor or coroutines/reactive executions)

component8

public long component8()

Ramp-up in milliseconds.

If parallel is 100, and the ramp-up period is 100000 (100 seconds),then JPut will take 100 seconds to get all 100 threads running, i.e. 1 second delay after each new thread

component9

public boolean component9()

component10

public TrendTestConfiguration component10()

Performance trend analyzing

component11

public java.util.Map<java.lang.Long,java.lang.Double> component11()

copy

public PerfTestConfiguration copy(java.lang.String testId,
                                  int warmUp,
                                  int repeats,
                                  long delay,
                                  long maxTimeLimit,
                                  long avgTimeLimit,
                                  int parallelCount,
                                  long rampUp,
                                  boolean isReactive,
                                  TrendTestConfiguration trendConfiguration,
                                  java.util.Map<java.lang.Long,java.lang.Double> percentiles)

Performance test configuration of a single junit test method

hashCode

public int hashCode()

equals

public boolean equals(java.lang.Object p)