cz.encircled.jput.unit

Interface PerformanceTest

public PerformanceTest

Mark the test as a JPut performance test, allowing to assert test execution time and analyze execution time trends

Method Summary

Modifier and Type	Method and Description
long	averageTimeLimit() Upper limit for average execution time when using
long	delay() Delay between test repeats,
boolean	isReactive()
long	maxTimeLimit() Upper limit for test execution time in milliseconds
int	parallel() Tests will run in parallel if threads count is greater than 1
long[]	percentiles()
long	rampUp() Ramp-up in milliseconds.
int	repeats() Count of test execution repeats
java.lang.String	testId() Unique test id,
PerformanceTrend[]	trends() Performance trend analyzing
int	warmUp() Count of warm up test executions

Method Detail

testId

java.lang.String testId()

Unique test id,

used to distinguish different tests. Default to testClassName#testMethodName

warmUp

int warmUp()

Count of warm up test executions

repeats

int repeats()

Count of test execution repeats

delay

long delay()

Delay between test repeats,

in ms

maxTimeLimit

long maxTimeLimit()

Upper limit for test execution time in milliseconds

averageTimeLimit

long averageTimeLimit()

Upper limit for average execution time when using

repeats > 1, in milliseconds

percentiles

long[] percentiles()

parallel

int parallel()

Tests will run in parallel if threads count is greater than 1

rampUp

long 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

isReactive

boolean isReactive()

trends

PerformanceTrend[] trends()

Performance trend analyzing