Examples with JobExecution org.folio.rest.jaxrs.model.JobExecution used on opensource projects

Example 6 with JobExecution

use of org.folio.rest.jaxrs.model.JobExecution in project mod-source-record-manager by folio-org.

the class JobExecutionDaoImplTest method prepareDataForDeletion.

private Future<JobExecution> prepareDataForDeletion(Instant completedDate) {
    InitJobExecutionsRsDto response = constructAndPostInitJobExecutionRqDto(1);
    List<JobExecution> createdJobExecutions = response.getJobExecutions();
    assertThat(createdJobExecutions.size(), Matchers.is(1));
    JobExecution jobExec = createdJobExecutions.get(0);
    jobExec.withCompletedDate(Date.from(completedDate));
    JobExecutionProgress jobExecutionProgress = new JobExecutionProgress().withJobExecutionId(jobExec.getId()).withTotal(1).withCurrentlySucceeded(1).withCurrentlyFailed(0);
    JobMonitoring jobMonitoring = new JobMonitoring().withId(UUID.randomUUID().toString()).withJobExecutionId(jobExec.getId()).withNotificationSent(true).withLastEventTimestamp(new Date());
    JournalRecord journalRecord = new JournalRecord().withJobExecutionId(jobExec.getId()).withSourceRecordOrder(0).withSourceId(UUID.randomUUID().toString()).withEntityType(JournalRecord.EntityType.MARC_BIBLIOGRAPHIC).withEntityId(UUID.randomUUID().toString()).withActionType(CREATE).withActionDate(new Date()).withActionStatus(COMPLETED);
    JobExecutionSourceChunk jobExecutionSourceChunk = new JobExecutionSourceChunk().withId("67dfac11-1caf-4470-9ad1-d533f6360bdd").withJobExecutionId(jobExec.getId()).withLast(false).withState(JobExecutionSourceChunk.State.COMPLETED).withChunkSize(10).withProcessedAmount(42);
    return jobExecutionDao.updateJobExecution(jobExec, TENANT_ID).compose(jobExecution -> {
        Future<RowSet<Row>> saveProgressFuture = jobExecutionProgressDao.save(jobExecutionProgress, TENANT_ID);
        Future<String> saveMonitoringFuture = jobMonitoringDao.save(jobMonitoring, TENANT_ID);
        Future<String> saveJournalFuture = journalRecordDao.save(journalRecord, TENANT_ID);
        Future<String> saveSourceChunkFuture = jobExecutionSourceChunkDao.save(jobExecutionSourceChunk, TENANT_ID);
        return CompositeFuture.all(saveProgressFuture, saveMonitoringFuture, saveJournalFuture, saveSourceChunkFuture).compose(ar -> Future.succeededFuture(jobExecution));
    });
}

Example 7 with JobExecution

use of org.folio.rest.jaxrs.model.JobExecution in project mod-source-record-manager by folio-org.

the class JobExecutionDaoImplTest method shouldNotDeleteIfCompletedDateNotExceeds.

@Test
public void shouldNotDeleteIfCompletedDateNotExceeds(TestContext context) {
    /*
      In this test we setup job execution that finishes 1 day ago, after this job execution has been soft deleted.
      Periodic job should not hard delete it, because 1 day does not meet condition: older than 2 days.
    */
    Async async = context.async();
    Instant minusOneDay = LocalDateTime.now().minus(1, ChronoUnit.DAYS).atOffset(ZoneOffset.UTC).toInstant();
    Future<JobExecution> preparationFuture = prepareDataForDeletion(minusOneDay);
    preparationFuture.onComplete(ar -> {
        JobExecution jobExecution = ar.result();
        List<String> jobExecutionIds = List.of(jobExecution.getId());
        jobExecutionDao.softDeleteJobExecutionsByIds(jobExecutionIds, TENANT_ID).onSuccess(reply -> {
            JobExecutionDetail jobExecutionDetail = reply.getJobExecutionDetails().get(0);
            assertEquals(jobExecutionDetail.getJobExecutionId(), jobExecution.getId());
            assertTrue(jobExecutionDetail.getIsDeleted());
            jobExecutionDao.hardDeleteJobExecutions(2, TENANT_ID).onSuccess(resp -> checkDataExistenceAfterHardDeleting(1, jobExecutionIds, async));
        });
    });
}

Example 8 with JobExecution

use of org.folio.rest.jaxrs.model.JobExecution in project mod-source-record-manager by folio-org.

the class JobExecutionDaoImplTest method shouldNotDeleteIfJobExecutionIdsNotMatch.

@Test
public void shouldNotDeleteIfJobExecutionIdsNotMatch(TestContext context) {
    /*
      In this test we setup job execution that finishes 3 days ago, after this ANOTHER job execution has been soft deleted.
      Periodic job should not hard delete our initial job execution, because it remains not soft deleted.
    */
    Async async = context.async();
    Instant minusThreeDays = LocalDateTime.now().minus(3, ChronoUnit.DAYS).atOffset(ZoneOffset.UTC).toInstant();
    Future<JobExecution> preparationFuture = prepareDataForDeletion(minusThreeDays);
    preparationFuture.onComplete(ar -> {
        JobExecution jobExecution = ar.result();
        List<String> differentJobExecutionIds = List.of(UUID.randomUUID().toString());
        jobExecutionDao.softDeleteJobExecutionsByIds(differentJobExecutionIds, TENANT_ID).onSuccess(reply -> jobExecutionDao.hardDeleteJobExecutions(2, TENANT_ID).onSuccess(resp -> checkDataExistenceAfterHardDeleting(1, List.of(jobExecution.getId()), async)));
    });
}

Example 9 with JobExecution

use of org.folio.rest.jaxrs.model.JobExecution in project mod-source-record-manager by folio-org.

the class JournalRecordDaoTest method shouldReturnSortedJournalRecordListByActionType.

@Test
public void shouldReturnSortedJournalRecordListByActionType(TestContext testContext) {
    InitJobExecutionsRsDto response = constructAndPostInitJobExecutionRqDto(1);
    List<JobExecution> createdJobExecutions = response.getJobExecutions();
    Assert.assertThat(createdJobExecutions.size(), is(1));
    JobExecution jobExec = createdJobExecutions.get(0);
    JournalRecord journalRecord1 = new JournalRecord().withJobExecutionId(jobExec.getId()).withSourceRecordOrder(0).withSourceId(UUID.randomUUID().toString()).withEntityType(JournalRecord.EntityType.MARC_BIBLIOGRAPHIC).withEntityId(UUID.randomUUID().toString()).withActionType(CREATE).withActionDate(new Date()).withActionStatus(COMPLETED);
    JournalRecord journalRecord2 = new JournalRecord().withJobExecutionId(jobExec.getId()).withSourceRecordOrder(0).withSourceId(UUID.randomUUID().toString()).withEntityType(JournalRecord.EntityType.INSTANCE).withEntityId(UUID.randomUUID().toString()).withActionType(MODIFY).withActionDate(new Date()).withActionStatus(COMPLETED);
    JournalRecord journalRecord3 = new JournalRecord().withJobExecutionId(jobExec.getId()).withSourceRecordOrder(0).withSourceId(UUID.randomUUID().toString()).withEntityType(JournalRecord.EntityType.INSTANCE).withEntityId(UUID.randomUUID().toString()).withActionType(DELETE).withActionDate(new Date()).withActionStatus(COMPLETED);
    Async async = testContext.async();
    Future<List<JournalRecord>> getFuture = journalRecordDao.save(journalRecord1, TENANT_ID).compose(ar -> journalRecordDao.save(journalRecord2, TENANT_ID)).compose(ar -> journalRecordDao.save(journalRecord3, TENANT_ID)).compose(ar -> journalRecordDao.getByJobExecutionId(jobExec.getId(), "action_type", "asc", TENANT_ID));
    getFuture.onComplete(ar -> {
        testContext.verify(v -> {
            Assert.assertTrue(ar.succeeded());
            List<JournalRecord> journalRecords = ar.result();
            Assert.assertEquals(3, journalRecords.size());
            Assert.assertThat(journalRecords.get(0).getActionType(), lessThan(journalRecords.get(1).getActionType()));
            Assert.assertThat(journalRecords.get(1).getActionType(), lessThan(journalRecords.get(2).getActionType()));
        });
        async.complete();
    });
}

Example 10 with JobExecution

use of org.folio.rest.jaxrs.model.JobExecution in project mod-source-record-manager by folio-org.

the class JournalRecordDaoTest method shouldReturnSortedJournalRecordListByErrorMessage.

@Test
public void shouldReturnSortedJournalRecordListByErrorMessage(TestContext testContext) {
    InitJobExecutionsRsDto response = constructAndPostInitJobExecutionRqDto(1);
    List<JobExecution> createdJobExecutions = response.getJobExecutions();
    Assert.assertThat(createdJobExecutions.size(), is(1));
    JobExecution jobExec = createdJobExecutions.get(0);
    JournalRecord journalRecord1 = new JournalRecord().withJobExecutionId(jobExec.getId()).withSourceRecordOrder(0).withSourceId(UUID.randomUUID().toString()).withEntityType(JournalRecord.EntityType.MARC_BIBLIOGRAPHIC).withEntityId(UUID.randomUUID().toString()).withActionType(CREATE).withActionDate(new Date()).withActionStatus(ERROR).withError("Record creation error");
    JournalRecord journalRecord2 = new JournalRecord().withJobExecutionId(jobExec.getId()).withSourceRecordOrder(0).withSourceId(UUID.randomUUID().toString()).withEntityType(JournalRecord.EntityType.INSTANCE).withEntityId(UUID.randomUUID().toString()).withActionType(MODIFY).withActionDate(new Date()).withActionStatus(ERROR).withError("Instance was not updated");
    JournalRecord journalRecord3 = new JournalRecord().withJobExecutionId(jobExec.getId()).withSourceRecordOrder(0).withSourceId(UUID.randomUUID().toString()).withEntityType(JournalRecord.EntityType.INSTANCE).withEntityId(UUID.randomUUID().toString()).withActionType(DELETE).withActionDate(new Date()).withActionStatus(ERROR).withError("No action taken");
    Async async = testContext.async();
    Future<List<JournalRecord>> getFuture = journalRecordDao.save(journalRecord1, TENANT_ID).compose(ar -> journalRecordDao.save(journalRecord2, TENANT_ID)).compose(ar -> journalRecordDao.save(journalRecord3, TENANT_ID)).compose(ar -> journalRecordDao.getByJobExecutionId(jobExec.getId(), "error", "desc", TENANT_ID));
    getFuture.onComplete(ar -> {
        testContext.verify(v -> {
            Assert.assertTrue(ar.succeeded());
            List<JournalRecord> journalRecords = ar.result();
            Assert.assertEquals(3, journalRecords.size());
            Assert.assertThat(journalRecords.get(0).getError(), greaterThan(journalRecords.get(1).getError()));
            Assert.assertThat(journalRecords.get(1).getError(), greaterThan(journalRecords.get(2).getError()));
        });
        async.complete();
    });
}