@Test
public void assertExecuteWhenFetchDataIsNotEmptyAndDataIsOne() throws JobExecutionException {
when(jobCaller.fetchData()).thenReturn(Collections.<Object>singletonList(1));
when(jobCaller.processData(1)).thenReturn(true);
when(configService.getConcurrentDataProcessThreadCount()).thenReturn(2);
unstreamingIndividualThroughputDataFlowElasticJob.execute(null);
verify(jobCaller).processData(1);
verify(configService).getConcurrentDataProcessThreadCount();
ElasticJobAssert.verifyForIsNotMisfireAndIsNotFailover(
configService,
shardingService,
executionContextService,
executionService,
failoverService,
shardingContext);
ElasticJobAssert.assertProcessCountStatistics(1, 0);
}
@Test
public void assertExecuteWhenFetchDataIsNull() throws JobExecutionException {
when(jobCaller.fetchData()).thenReturn(null);
unstreamingIndividualThroughputDataFlowElasticJob.execute(null);
verify(jobCaller, times(0)).processData(any());
ElasticJobAssert.verifyForIsNotMisfireAndIsNotFailover(
configService,
shardingService,
executionContextService,
executionService,
failoverService,
shardingContext);
ElasticJobAssert.assertProcessCountStatistics(0, 0);
}
@Test
public void
assertExecuteWhenFetchDataIsNotEmptyAndConcurrentDataProcessThreadCountIsOneAndProcessFailureWithException()
throws JobExecutionException {
when(jobCaller.fetchData()).thenReturn(Arrays.<Object>asList(1, 2));
doThrow(RuntimeException.class).when(jobCaller).processData(any());
when(configService.getConcurrentDataProcessThreadCount()).thenReturn(1);
unstreamingIndividualThroughputDataFlowElasticJob.execute(null);
verify(jobCaller).processData(1);
verify(jobCaller).processData(2);
verify(configService).getConcurrentDataProcessThreadCount();
ElasticJobAssert.verifyForIsNotMisfireAndIsNotFailover(
configService,
shardingService,
executionContextService,
executionService,
failoverService,
shardingContext);
ElasticJobAssert.assertProcessCountStatistics(0, 2);
}
