/**
* The automated tests using assert statements. This method is called by SPASS-meter at end of
* monitoring upon the <code>EndSystem</code> annotation.
*
* @since 1.00
*/
public static void asserts() {
TestEnvironment.assertEqualsTimer(ID_TIMER_START_FINISH, WAIT_TIME, TOLERANCE);
// just to be sure - same as ID_TIMER_START_FINISH
TestEnvironment.assertEqualsTimer(recIdStartStopOneStep, WAIT_TIME, TOLERANCE);
// cannot use real timer id as value is being overridden
TestEnvironment.assertEqualsTimer(recIdStartStopTwoSteps, WAIT_TIME, TOLERANCE);
TestEnvironment.assertEqualsTimer(recIdRestartStopResumeTwoSteps, WAIT_TIME, TOLERANCE);
TestEnvironment.assertEqualsTimer(recIdRestartStopResumeOneStep, WAIT_TIME, TOLERANCE);
TestEnvironment.success(AnnotationId.ID_TIMER);
}
/**
* The automated tests using assert statements. This method is called by SPASS-meter at end of
* monitoring upon the <code>EndSystem</code> annotation.
*
* @since 1.00
*/
public static void asserts() {
long tolerance = 100 * 1000 * 1000; // ms
boolean includeOuter = true;
if (TestEnvironment.isIndirectTest()) {
// accounted by setting
includeOuter = false;
}
assertChain(MonitoringGroupValue.ALLOCATED_MEMORY, includeOuter);
// no statement about used memory - this depends on the JVM
// assertChain(MonitoringGroupValue.SYSTEM_TIME, false);
// chain sequence is not ensured
// due to unknown scheduling policy
TestEnvironment.assertEquals(
Runnable1.class.getName(),
MonitoringGroupValue.SYSTEM_TIME,
r1.getElapsedSystemTime(),
tolerance);
TestEnvironment.assertEquals(
Runnable2.class.getName(),
MonitoringGroupValue.SYSTEM_TIME,
r2.getElapsedSystemTime(),
tolerance);
TestEnvironment.assertEquals(
Runnable3.class.getName(),
MonitoringGroupValue.SYSTEM_TIME,
r3.getElapsedSystemTime(),
tolerance);
TestEnvironment.assertEquals(
Runnable1.class.getName(),
MonitoringGroupValue.CPU_TIME,
r1.getElapsedCpuTime(),
tolerance);
TestEnvironment.assertEquals(
Runnable2.class.getName(),
MonitoringGroupValue.CPU_TIME,
r2.getElapsedCpuTime(),
tolerance);
TestEnvironment.assertEquals(
Runnable3.class.getName(),
MonitoringGroupValue.CPU_TIME,
r3.getElapsedCpuTime(),
tolerance);
assertZero(MonitoringGroupValue.FILE_READ);
assertZero(MonitoringGroupValue.FILE_WRITE);
assertZero(MonitoringGroupValue.NET_READ);
assertZero(MonitoringGroupValue.NET_WRITE);
assertZero(MonitoringGroupValue.TOTAL_READ);
assertZero(MonitoringGroupValue.TOTAL_WRITE);
TestEnvironment.success(ThreadedTest.class.getName());
}