/**
* Utility function returning whether a bucket is using streaming enrichment
*
* @param bucket
* @return
*/
private static boolean streamingEnrichmentEnabled(final DataBucketBean bucket) {
return _enrichment_types.contains(bucket.master_enrichment_type()) // streaming is being used...
&& (null != bucket.streaming_enrichment_topology()) // ...and streaming is present...
&& Optional.ofNullable(bucket.streaming_enrichment_topology().enabled())
.orElse(true) // ..and enabled...
;
}
/**
* Validate a single job for this analytic technology in the context of the bucket/other jobs
*
* @param analytic_bucket - the bucket (just for context)
* @param jobs - the entire list of jobs (not normally required)
* @param job - the actual job
* @return the validated bean (check for success:false)
*/
public static BasicMessageBean validateJob(
final DataBucketBean analytic_bucket,
final Collection<AnalyticThreadJobBean> jobs,
final AnalyticThreadJobBean job) {
final LinkedList<String> errors = new LinkedList<>();
// This is for Storm specific validation
// The core validation checks most of the "boilerplate" type requirements
// Temporary limitations we'll police
// - currently can only handle streaming inputs
// - currently transient outputs have to be streaming
// inputs
Optionals.ofNullable(job.inputs())
.stream()
.forEach(
input -> {
if (!"stream".equals(input.data_service())) {
errors.add(
ErrorUtils.get(
ErrorUtils.TEMP_INPUTS_MUST_BE_STREAMING,
analytic_bucket.full_name(),
job.name(),
input.data_service()));
}
});
// output:
if (null != job.output()) {
if (Optional.ofNullable(job.output().is_transient()).orElse(false)) {
final MasterEnrichmentType output_type =
Optional.ofNullable(job.output().transient_type()).orElse(MasterEnrichmentType.none);
if (MasterEnrichmentType.streaming != output_type) {
errors.add(
ErrorUtils.get(
ErrorUtils.TEMP_TRANSIENT_OUTPUTS_MUST_BE_STREAMING,
analytic_bucket.full_name(),
job.name(),
output_type));
}
}
}
final boolean success = errors.isEmpty();
return ErrorUtils.buildMessage(
success,
StormAnalyticTechnologyUtils.class,
"validateJobs",
errors.stream().collect(Collectors.joining(";")));
}
/**
* Validate a single job for this analytic technology in the context of the bucket/other jobs
*
* @param analytic_bucket - the bucket (just for context)
* @param jobs - the entire list of jobs
* @return the validated bean (check for success:false)
*/
public static BasicMessageBean validateJobs(
final DataBucketBean analytic_bucket, final Collection<AnalyticThreadJobBean> jobs) {
// Global validation:
// Here we'll check:
// - doesn't have both streaming and analytic threads (maybe later we can allow this but it's
// gonna get a bit complicated to start with)
final BasicMessageBean global_res =
Lambdas.get(
() -> {
if (streamingEnrichmentEnabled(
analytic_bucket) // (see below - all streaming options on)
&& (null != analytic_bucket.analytic_thread()) // ...and analytics is present...
&& Optionals.ofNullable(analytic_bucket.analytic_thread().jobs())
.stream()
.filter(
j ->
Optional.ofNullable(j.enabled())
.orElse(true)) // ...and at least one job is enabled!
.findAny()
.isPresent()) {
return ErrorUtils.buildErrorMessage(
StormAnalyticTechnologyUtils.class,
"validateJobs",
ErrorUtils.get(
ErrorUtils.TEMP_MIXED_ANALYTICS_AND_ENRICHMENT,
analytic_bucket.full_name()));
} else
return ErrorUtils.buildSuccessMessage(
StormAnalyticTechnologyUtils.class, "validateJobs", "");
});
if (!global_res.success()) {
return global_res;
}
// (Else graduate to per job validation)
// Per-job validation:
final List<BasicMessageBean> res =
jobs.stream()
.map(job -> validateJob(analytic_bucket, jobs, job))
.collect(Collectors.toList());
final boolean success = res.stream().allMatch(msg -> msg.success());
final String message = res.stream().map(msg -> msg.message()).collect(Collectors.joining("\n"));
return ErrorUtils.buildMessage(
success, StormAnalyticTechnologyUtils.class, "validateJobs", message);
}
@Test
public void test_ConvertDataBucketBeanToTest() {
String original_full_name = "/my_bean/sample_path";
String original_id = "id12345";
String user_id = "user12345";
DataBucketBean original_bean =
BeanTemplateUtils.build(DataBucketBean.class)
.with(DataBucketBean::_id, "id12345")
.with(DataBucketBean::full_name, original_full_name)
.done()
.get();
DataBucketBean test_bean = BucketUtils.convertDataBucketBeanToTest(original_bean, user_id);
assertTrue(test_bean._id().equals(original_id));
assertTrue(
"Name is wrong: " + test_bean.full_name(),
test_bean.full_name().equals("/aleph2_testing/" + user_id + original_full_name));
assertTrue(BucketUtils.isTestBucket(test_bean));
assertFalse(BucketUtils.isTestBucket(original_bean));
}
/**
* Creates a query component to get all the shared library beans i need
*
* @param bucket
* @param cache_tech_jar_only
* @return
*/
protected static Optional<QueryComponent<SharedLibraryBean>> getQuery(
final DataBucketBean bucket) {
final Stream<QueryComponent<SharedLibraryBean>> libs =
Optionals.ofNullable(
Optional.ofNullable(bucket.streaming_enrichment_topology())
.map(t -> t.library_names_or_ids())
.orElse(Collections.emptyList()))
.stream()
.map(
name -> {
return CrudUtils.anyOf(SharedLibraryBean.class)
.when(SharedLibraryBean::_id, name)
.when(SharedLibraryBean::path_name, name);
});
final CrudUtils.MultiQueryComponent<SharedLibraryBean> mqc =
CrudUtils.<SharedLibraryBean>anyOf(libs);
return mqc.getElements().isEmpty() ? Optional.empty() : Optional.of(mqc);
}
@Test
public void test_indexCreation() throws IOException {
final Calendar time_setter = GregorianCalendar.getInstance();
time_setter.set(2015, 1, 1, 13, 0, 0);
final String bucket_str =
Resources.toString(
Resources.getResource(
"com/ikanow/aleph2/search_service/elasticsearch/services/test_bucket_validate_success.json"),
Charsets.UTF_8);
final DataBucketBean bucket =
BeanTemplateUtils.build(bucket_str, DataBucketBean.class)
.with("modified", time_setter.getTime())
.done()
.get();
final String mapping_str =
Resources.toString(
Resources.getResource(
"com/ikanow/aleph2/search_service/elasticsearch/services/test_verbose_mapping_validate_results.json"),
Charsets.UTF_8);
final JsonNode mapping_json = _mapper.readTree(mapping_str.getBytes());
final String template_name = ElasticsearchIndexUtils.getBaseIndexName(bucket);
try {
_crud_factory
.getClient()
.admin()
.indices()
.prepareDeleteTemplate(template_name)
.execute()
.actionGet();
} catch (Exception e) {
} // (This is fine, just means it doesn't exist)
// Create index template from empty
{
final GetIndexTemplatesRequest gt = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr =
_crud_factory.getClient().admin().indices().getTemplates(gt).actionGet();
assertTrue("No templates to start with", gtr.getIndexTemplates().isEmpty());
_index_service.handlePotentiallyNewIndex(
bucket,
Optional.empty(),
ElasticsearchIndexConfigUtils.buildConfigBeanFromSchema(bucket, _config_bean, _mapper),
"_default_");
final GetIndexTemplatesRequest gt2 = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr2 =
_crud_factory.getClient().admin().indices().getTemplates(gt2).actionGet();
assertEquals(1, _index_service._bucket_template_cache.size());
assertEquals(1, gtr2.getIndexTemplates().size());
assertTrue(
"Mappings should be equivalent",
ElasticsearchIndexService.mappingsAreEquivalent(
gtr2.getIndexTemplates().get(0), mapping_json, _mapper));
}
// Check is ignored subsequently (same date, same content; same date, different content)
{
_index_service.handlePotentiallyNewIndex(
bucket,
Optional.empty(),
ElasticsearchIndexConfigUtils.buildConfigBeanFromSchema(bucket, _config_bean, _mapper),
"_default_");
final GetIndexTemplatesRequest gt2 = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr2 =
_crud_factory.getClient().admin().indices().getTemplates(gt2).actionGet();
assertEquals(1, _index_service._bucket_template_cache.size());
assertEquals(1, gtr2.getIndexTemplates().size());
}
// Check is checked-but-left if time updated, content not
{
time_setter.set(2015, 1, 1, 14, 0, 0);
final Date next_time = time_setter.getTime();
final DataBucketBean bucket2 =
BeanTemplateUtils.clone(bucket).with("modified", next_time).done();
_index_service.handlePotentiallyNewIndex(
bucket2,
Optional.empty(),
ElasticsearchIndexConfigUtils.buildConfigBeanFromSchema(bucket2, _config_bean, _mapper),
"_default_");
final GetIndexTemplatesRequest gt2 = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr2 =
_crud_factory.getClient().admin().indices().getTemplates(gt2).actionGet();
assertEquals(1, _index_service._bucket_template_cache.size());
assertEquals(next_time, _index_service._bucket_template_cache.get(bucket._id()));
assertEquals(1, gtr2.getIndexTemplates().size());
}
// Check is updated if time-and-content is different
{
time_setter.set(2015, 1, 1, 15, 0, 0);
final String bucket_str2 =
Resources.toString(
Resources.getResource(
"com/ikanow/aleph2/search_service/elasticsearch/services/test_bucket2_validate_success.json"),
Charsets.UTF_8);
final DataBucketBean bucket2 =
BeanTemplateUtils.build(bucket_str2, DataBucketBean.class)
.with("modified", time_setter.getTime())
.done()
.get();
_index_service.handlePotentiallyNewIndex(
bucket2,
Optional.empty(),
ElasticsearchIndexConfigUtils.buildConfigBeanFromSchema(bucket2, _config_bean, _mapper),
"_default_");
final GetIndexTemplatesRequest gt2 = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr2 =
_crud_factory.getClient().admin().indices().getTemplates(gt2).actionGet();
assertEquals(1, _index_service._bucket_template_cache.size());
assertEquals(time_setter.getTime(), _index_service._bucket_template_cache.get(bucket._id()));
assertEquals(1, gtr2.getIndexTemplates().size());
assertFalse(
ElasticsearchIndexService.mappingsAreEquivalent(
gtr2.getIndexTemplates().get(0), mapping_json, _mapper)); // has changed
}
// Check if mapping is deleted then next time bucket modified is updated then the mapping is
// recreated
{
_crud_factory
.getClient()
.admin()
.indices()
.prepareDeleteTemplate(template_name)
.execute()
.actionGet();
// (check with old date)
final GetIndexTemplatesRequest gt = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr =
_crud_factory.getClient().admin().indices().getTemplates(gt).actionGet();
assertTrue("No templates to start with", gtr.getIndexTemplates().isEmpty());
{
_index_service.handlePotentiallyNewIndex(
bucket,
Optional.empty(),
ElasticsearchIndexConfigUtils.buildConfigBeanFromSchema(bucket, _config_bean, _mapper),
"_default_");
final GetIndexTemplatesRequest gt2 = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr2 =
_crud_factory.getClient().admin().indices().getTemplates(gt2).actionGet();
assertTrue("Initially no change", gtr2.getIndexTemplates().isEmpty());
}
// Update date and retry
{
time_setter.set(2015, 1, 1, 16, 0, 0);
final Date next_time = time_setter.getTime();
final DataBucketBean bucket2 =
BeanTemplateUtils.clone(bucket).with("modified", next_time).done();
_index_service.handlePotentiallyNewIndex(
bucket2,
Optional.empty(),
ElasticsearchIndexConfigUtils.buildConfigBeanFromSchema(bucket2, _config_bean, _mapper),
"_default_");
final GetIndexTemplatesRequest gt2 = new GetIndexTemplatesRequest().names(template_name);
final GetIndexTemplatesResponse gtr2 =
_crud_factory.getClient().admin().indices().getTemplates(gt2).actionGet();
assertEquals(1, _index_service._bucket_template_cache.size());
assertEquals(1, gtr2.getIndexTemplates().size());
assertTrue(
"Mappings should be equivalent",
ElasticsearchIndexService.mappingsAreEquivalent(
gtr2.getIndexTemplates().get(0), mapping_json, _mapper));
}
}
}
@Test
public void test_validationFail() throws IOException {
final String bucket_str =
Resources.toString(
Resources.getResource(
"com/ikanow/aleph2/search_service/elasticsearch/services/test_bucket_validate_fail.json"),
Charsets.UTF_8);
final DataBucketBean bucket =
BeanTemplateUtils.build(bucket_str, DataBucketBean.class).done().get();
// 1) Verbose mode off
{
final Collection<BasicMessageBean> res_col =
_index_service.validateSchema(bucket.data_schema().columnar_schema(), bucket)._2();
final Collection<BasicMessageBean> res_search =
_index_service.validateSchema(bucket.data_schema().search_index_schema(), bucket)._2();
final Collection<BasicMessageBean> res_time =
_index_service.validateSchema(bucket.data_schema().temporal_schema(), bucket)._2();
assertEquals(0, res_col.size());
assertEquals(0, res_time.size());
assertEquals(1, res_search.size());
final BasicMessageBean res_search_message = res_search.iterator().next();
assertEquals(false, res_search_message.success());
}
// 2) Check setting an invalid max index size
{
final String bucket_str_2 =
Resources.toString(
Resources.getResource(
"com/ikanow/aleph2/search_service/elasticsearch/services/test_bucket_validate_success.json"),
Charsets.UTF_8);
final DataBucketBean bucket2 =
BeanTemplateUtils.build(bucket_str_2, DataBucketBean.class).done().get();
final DataBucketBean bucket_too_small =
BeanTemplateUtils.clone(bucket2)
.with(
DataBucketBean::data_schema,
BeanTemplateUtils.clone(bucket2.data_schema())
.with(
DataSchemaBean::search_index_schema,
BeanTemplateUtils.clone(bucket2.data_schema().search_index_schema())
.with(DataSchemaBean.SearchIndexSchemaBean::target_index_size_mb, 10L)
.done())
.done())
.done();
final Collection<BasicMessageBean> res_search =
_index_service
.validateSchema(bucket.data_schema().search_index_schema(), bucket_too_small)
._2();
assertEquals(1, res_search.size());
assertEquals(false, res_search.stream().allMatch(BasicMessageBean::success));
BasicMessageBean res_search_message = res_search.iterator().next();
assertTrue(
"Right message: " + res_search_message.message(),
res_search_message.message().contains("10 MB"));
}
}
@Test
public void test_validationSuccess() throws IOException {
final String bucket_str =
Resources.toString(
Resources.getResource(
"com/ikanow/aleph2/search_service/elasticsearch/services/test_bucket_validate_success.json"),
Charsets.UTF_8);
final DataBucketBean bucket =
BeanTemplateUtils.build(bucket_str, DataBucketBean.class).done().get();
// 1) Verbose mode off
{
final Collection<BasicMessageBean> res_col =
_index_service.validateSchema(bucket.data_schema().columnar_schema(), bucket)._2();
final Collection<BasicMessageBean> res_search =
_index_service.validateSchema(bucket.data_schema().search_index_schema(), bucket)._2();
final Collection<BasicMessageBean> res_time =
_index_service.validateSchema(bucket.data_schema().temporal_schema(), bucket)._2();
assertEquals(0, res_col.size());
assertEquals(0, res_search.size());
assertEquals(0, res_time.size());
}
// 2) Verbose mode on
{
final DataBucketBean bucket_verbose =
BeanTemplateUtils.clone(bucket)
.with(
DataBucketBean::data_schema,
BeanTemplateUtils.clone(bucket.data_schema())
.with(
DataSchemaBean::search_index_schema,
BeanTemplateUtils.clone(bucket.data_schema().search_index_schema())
.with(
DataSchemaBean.SearchIndexSchemaBean::technology_override_schema,
ImmutableMap.builder()
.putAll(
bucket
.data_schema()
.search_index_schema()
.technology_override_schema())
.put("verbose", true)
.build())
.done())
.done())
.done();
final Collection<BasicMessageBean> res_col =
_index_service
.validateSchema(bucket_verbose.data_schema().columnar_schema(), bucket)
._2();
final Collection<BasicMessageBean> res_search =
_index_service
.validateSchema(bucket_verbose.data_schema().search_index_schema(), bucket)
._2();
final Collection<BasicMessageBean> res_time =
_index_service
.validateSchema(bucket_verbose.data_schema().temporal_schema(), bucket)
._2();
assertEquals(0, res_col.size());
assertEquals(0, res_time.size());
assertEquals(2, res_search.size());
assertEquals(true, res_search.stream().allMatch(BasicMessageBean::success));
Iterator<BasicMessageBean> res_search_message = res_search.iterator();
final String mapping_str =
Resources.toString(
Resources.getResource(
"com/ikanow/aleph2/search_service/elasticsearch/services/test_verbose_mapping_validate_results.json"),
Charsets.UTF_8);
final JsonNode mapping_json = _mapper.readTree(mapping_str.getBytes());
assertEquals(
mapping_json.toString(),
_mapper.readTree(res_search_message.next().message()).toString());
assertTrue(
"Sets the max index override: "
+ res_search.stream().skip(1).map(m -> m.message()).collect(Collectors.joining()),
res_search_message.next().message().contains("1,000 MB"));
}
// 3) Temporal
{
final DataBucketBean bucket_temporal_no_grouping =
BeanTemplateUtils.clone(bucket)
.with(
DataBucketBean::data_schema,
BeanTemplateUtils.clone(bucket.data_schema())
.with(
DataSchemaBean::temporal_schema,
BeanTemplateUtils.build(DataSchemaBean.TemporalSchemaBean.class)
.done()
.get())
.done())
.done();
assertEquals(
"",
_index_service
.validateSchema(bucket_temporal_no_grouping.data_schema().temporal_schema(), bucket)
._1());
final DataBucketBean bucket_temporal_grouping =
BeanTemplateUtils.clone(bucket)
.with(
DataBucketBean::data_schema,
BeanTemplateUtils.clone(bucket.data_schema())
.with(
DataSchemaBean::temporal_schema,
BeanTemplateUtils.build(DataSchemaBean.TemporalSchemaBean.class)
.with(DataSchemaBean.TemporalSchemaBean::grouping_time_period, "1d")
.done()
.get())
.done())
.done();
assertEquals(
"_{yyyy-MM-dd}",
_index_service
.validateSchema(bucket_temporal_grouping.data_schema().temporal_schema(), bucket)
._1());
}
}
@Test
public void test_getStreamingTopology()
throws UnsupportedFileSystemException, InterruptedException, ExecutionException {
final DataBucketBean bucket = createBucket("test_tech_id_stream");
final String pathname1 =
System.getProperty("user.dir") + "/misc_test_assets/simple-topology-example.jar";
final Path path1 = FileContext.getLocalFSFileContext().makeQualified(new Path(pathname1));
final String pathname2 =
System.getProperty("user.dir") + "/misc_test_assets/simple-harvest-example2.jar";
final Path path2 = FileContext.getLocalFSFileContext().makeQualified(new Path(pathname2));
List<SharedLibraryBean> lib_elements = createSharedLibraryBeans(path1, path2);
//////////////////////////////////////////////////////
// 1) Check - if called with an error, then just passes that error along
final BasicMessageBean error =
SharedErrorUtils.buildErrorMessage("test_source", "test_message", "test_error");
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> test1 =
DataBucketChangeActor.getStreamingTopology(
bucket,
new BucketActionMessage.BucketActionOfferMessage(bucket),
"test_source2",
Validation.fail(error));
assertTrue("Got error back", test1.isFail());
assertEquals("test_source", test1.fail().source());
assertEquals("test_message", test1.fail().command());
assertEquals("test_error", test1.fail().message());
//////////////////////////////////////////////////////
// 2) Check the error handling inside getStreamingTopology
final ImmutableMap<String, Tuple2<SharedLibraryBean, String>> test2_input =
ImmutableMap.<String, Tuple2<SharedLibraryBean, String>>builder()
.put("test_tech_id_stream_2b", Tuples._2T(null, null))
.build();
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> test2a =
DataBucketChangeActor.getStreamingTopology(
BeanTemplateUtils.clone(bucket)
.with(
DataBucketBean::streaming_enrichment_topology,
BeanTemplateUtils.build(EnrichmentControlMetadataBean.class)
.with(
EnrichmentControlMetadataBean::library_names_or_ids,
Arrays.asList("test_tech_id_stream_2a"))
.done()
.get())
.done(),
new BucketActionMessage.BucketActionOfferMessage(bucket),
"test_source2a",
Validation.success(test2_input));
assertTrue("Got error back", test2a.isFail());
assertEquals("test_source2a", test2a.fail().source());
assertEquals("BucketActionOfferMessage", test2a.fail().command());
assertEquals(
ErrorUtils.get(
SharedErrorUtils.SHARED_LIBRARY_NAME_NOT_FOUND,
bucket.full_name(),
"(unknown)"), // (cloned bucket above)
test2a.fail().message());
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> test2b =
DataBucketChangeActor.getStreamingTopology(
BeanTemplateUtils.clone(bucket)
.with(
DataBucketBean::streaming_enrichment_topology,
BeanTemplateUtils.build(EnrichmentControlMetadataBean.class)
.with(
EnrichmentControlMetadataBean::library_names_or_ids,
Arrays.asList("test_tech_id_stream_2b"))
.done()
.get())
.done(),
new BucketActionMessage.BucketActionOfferMessage(bucket),
"test_source2b",
Validation.success(test2_input));
assertTrue("Got error back", test2b.isFail());
assertEquals("test_source2b", test2b.fail().source());
assertEquals("BucketActionOfferMessage", test2b.fail().command());
assertEquals(
ErrorUtils.get(
SharedErrorUtils.SHARED_LIBRARY_NAME_NOT_FOUND,
bucket.full_name(),
"(unknown)"), // (cloned bucket above)
test2a.fail().message());
//////////////////////////////////////////////////////
// 3) OK now it will actually do something
final String java_name =
_service_context.getGlobalProperties().local_cached_jar_dir()
+ File.separator
+ "test_tech_id_stream.cache.jar";
_logger.info(
"Needed to delete locally cached file? " + java_name + ": " + new File(java_name).delete());
// Requires that the file has already been cached:
final Validation<BasicMessageBean, String> cached_file =
JarCacheUtils.getCachedJar(
_service_context.getGlobalProperties().local_cached_jar_dir(),
lib_elements.get(0),
_service_context.getStorageService(),
"test3",
"test3")
.get();
if (cached_file.isFail()) {
fail("About to crash with: " + cached_file.fail().message());
}
assertTrue("The cached file exists: " + java_name, new File(java_name).exists());
// OK the setup is done and validated now actually test the underlying call:
final ImmutableMap<String, Tuple2<SharedLibraryBean, String>> test3_input =
ImmutableMap.<String, Tuple2<SharedLibraryBean, String>>builder()
.put("test_tech_id_stream", Tuples._2T(lib_elements.get(0), cached_file.success()))
.build();
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> test3 =
DataBucketChangeActor.getStreamingTopology(
BeanTemplateUtils.clone(bucket)
.with(
DataBucketBean::streaming_enrichment_topology,
BeanTemplateUtils.build(EnrichmentControlMetadataBean.class)
.with(
EnrichmentControlMetadataBean::library_names_or_ids,
Arrays.asList("test_tech_id_stream"))
.done()
.get())
.done(),
new BucketActionMessage.BucketActionOfferMessage(bucket),
"test_source3",
Validation.success(test3_input));
if (test3.isFail()) {
fail("About to crash with: " + test3.fail().message());
}
assertTrue("getStreamingTopology call succeeded", test3.isSuccess());
assertTrue("topology created: ", test3.success() != null);
assertEquals(lib_elements.get(0).misc_entry_point(), test3.success().getClass().getName());
// (Try again but with failing version, due to class not found)
final ImmutableMap<String, Tuple2<SharedLibraryBean, String>> test3a_input =
ImmutableMap.<String, Tuple2<SharedLibraryBean, String>>builder()
.put("test_tech_id_stream_fail", Tuples._2T(lib_elements.get(3), cached_file.success()))
.build();
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> test3a =
DataBucketChangeActor.getStreamingTopology(
BeanTemplateUtils.clone(bucket)
.with(
DataBucketBean::streaming_enrichment_topology,
BeanTemplateUtils.build(EnrichmentControlMetadataBean.class)
.with(
EnrichmentControlMetadataBean::library_names_or_ids,
Arrays.asList("test_tech_id_stream_fail"))
.done()
.get())
.done(),
new BucketActionMessage.BucketActionOfferMessage(bucket),
"test_source3",
Validation.success(test3a_input));
assertTrue("Got error back", test3a.isFail());
assertTrue(
"Right error: " + test3a.fail().message(),
test3a.fail().message().contains("com.ikanow.aleph2.test.example.ExampleStreamTopology"));
// Now check with the "not just the harvest tech" flag set
final String java_name2 =
_service_context.getGlobalProperties().local_cached_jar_dir()
+ File.separator
+ "test_module_id.cache.jar";
_logger.info(
"Needed to delete locally cached file? "
+ java_name2
+ ": "
+ new File(java_name2).delete());
// Requires that the file has already been cached:
final Validation<BasicMessageBean, String> cached_file2 =
JarCacheUtils.getCachedJar(
_service_context.getGlobalProperties().local_cached_jar_dir(),
lib_elements.get(1),
_service_context.getStorageService(),
"test3b",
"test3b")
.get();
if (cached_file2.isFail()) {
fail("About to crash with: " + cached_file2.fail().message());
}
assertTrue("The cached file exists: " + java_name, new File(java_name2).exists());
final ImmutableMap<String, Tuple2<SharedLibraryBean, String>> test3b_input =
ImmutableMap.<String, Tuple2<SharedLibraryBean, String>>builder()
.put("test_tech_id_stream", Tuples._2T(lib_elements.get(0), cached_file.success()))
.put("test_module_id", Tuples._2T(lib_elements.get(1), cached_file.success()))
.build();
final EnrichmentControlMetadataBean enrichment_module =
new EnrichmentControlMetadataBean(
"test_tech_name",
Collections.emptyList(),
true,
null,
Arrays.asList("test_tech_id_stream", "test_module_id"),
null,
null);
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> test3b =
DataBucketChangeActor.getStreamingTopology(
BeanTemplateUtils.clone(bucket)
.with(DataBucketBean::streaming_enrichment_topology, enrichment_module)
.done(),
new BucketActionMessage.BucketActionOfferMessage(bucket),
"test_source3b",
Validation.success(test3b_input));
if (test3b.isFail()) {
fail("About to crash with: " + test3b.fail().message());
}
assertTrue("getStreamingTopology call succeeded", test3b.isSuccess());
assertTrue("topology created: ", test3b.success() != null);
assertEquals(lib_elements.get(0).misc_entry_point(), test3b.success().getClass().getName());
// TODO add a test for disabled streaming but config given (should default to passthrough top
// and
// ignore given topology
}
/**
* Given a bucket ...returns either - a future containing the first error encountered, _or_ a map
* (both name and id as keys) of path names (and guarantee that the file has been cached when the
* future completes)
*
* @param bucket
* @param management_db
* @param globals
* @param fs
* @param handler_for_errors
* @param msg_for_errors
* @return a future containing the first error encountered, _or_ a map (both name and id as keys)
* of path names
*/
@SuppressWarnings("unchecked")
protected static <M>
CompletableFuture<
Validation<BasicMessageBean, Map<String, Tuple2<SharedLibraryBean, String>>>>
cacheJars(
final DataBucketBean bucket,
final IManagementDbService management_db,
final GlobalPropertiesBean globals,
final IStorageService fs,
final IServiceContext context,
final String handler_for_errors,
final M msg_for_errors) {
try {
MethodNamingHelper<SharedLibraryBean> helper =
BeanTemplateUtils.from(SharedLibraryBean.class);
final Optional<QueryComponent<SharedLibraryBean>> spec = getQuery(bucket);
if (!spec.isPresent()) {
return CompletableFuture.completedFuture(
Validation.<BasicMessageBean, Map<String, Tuple2<SharedLibraryBean, String>>>success(
Collections.emptyMap()));
}
return management_db
.getSharedLibraryStore()
.secured(context, new AuthorizationBean(bucket.owner_id()))
.getObjectsBySpec(spec.get())
.thenComposeAsync(
cursor -> {
// This is a map of futures from the cache call - either an error or the path name
// note we use a tuple of (id, name) as the key and then flatten out later
final Map<
Tuple2<String, String>,
Tuple2<
SharedLibraryBean,
CompletableFuture<Validation<BasicMessageBean, String>>>>
map_of_futures =
StreamSupport.stream(cursor.spliterator(), true)
.filter(
lib -> {
return true;
})
.collect(
Collectors
.<SharedLibraryBean, Tuple2<String, String>,
Tuple2<
SharedLibraryBean,
CompletableFuture<
Validation<BasicMessageBean, String>>>>
toMap(
// want to keep both the name and id versions - will
// flatten out below
lib -> Tuples._2T(lib.path_name(), lib._id()), // (key)
// spin off a future in which the file is being copied -
// save the shared library bean also
lib ->
Tuples._2T(
lib, // (value)
JarCacheUtils.getCachedJar(
globals.local_cached_jar_dir(),
lib,
fs,
handler_for_errors,
msg_for_errors))));
// denest from map of futures to future of maps, also handle any errors here:
// (some sort of "lift" function would be useful here - this are a somewhat
// inelegant few steps)
final CompletableFuture<Validation<BasicMessageBean, String>>[] futures =
(CompletableFuture<Validation<BasicMessageBean, String>>[])
map_of_futures
.values()
.stream()
.map(t2 -> t2._2())
.collect(Collectors.toList())
.toArray(new CompletableFuture[0]);
// (have to embed this thenApply instead of bringing it outside as part of the
// toCompose chain, because otherwise we'd lose map_of_futures scope)
return CompletableFuture.allOf(futures)
.<Validation<BasicMessageBean, Map<String, Tuple2<SharedLibraryBean, String>>>>
thenApply(
f -> {
try {
final Map<String, Tuple2<SharedLibraryBean, String>> almost_there =
map_of_futures
.entrySet()
.stream()
.flatMap(
kv -> {
final Validation<BasicMessageBean, String> ret =
kv.getValue()
._2()
.join(); // (must have already returned if
// here
return ret
.<Stream<
Tuple2<
String,
Tuple2<SharedLibraryBean, String>>>>
validation(
// Error:
err -> {
throw new RuntimeException(
err.message());
} // (not ideal, but will do)
,
// Normal:
s -> {
return Arrays.asList(
Tuples._2T(
kv.getKey()._1(),
Tuples._2T(
kv.getValue()._1(),
s)), // result object
// with path_name
Tuples._2T(
kv.getKey()._2(),
Tuples._2T(
kv.getValue()._1(),
s))) // result object
// with id
.stream();
});
})
.collect(
Collectors
.<Tuple2<String, Tuple2<SharedLibraryBean, String>>,
String, Tuple2<SharedLibraryBean, String>>
toMap(
idname_path -> idname_path._1(), // (key)
idname_path -> idname_path._2() // (value)
));
return Validation
.<BasicMessageBean,
Map<String, Tuple2<SharedLibraryBean, String>>>
success(almost_there);
} catch (
Exception e) { // handle the exception thrown above containing the
// message bean from whatever the original error was!
return Validation
.<BasicMessageBean,
Map<String, Tuple2<SharedLibraryBean, String>>>
fail(
SharedErrorUtils.buildErrorMessage(
handler_for_errors.toString(),
msg_for_errors,
e.getMessage()));
}
});
});
} catch (Throwable e) { // (can only occur if the DB call errors)
return CompletableFuture.completedFuture(
Validation.fail(
SharedErrorUtils.buildErrorMessage(
handler_for_errors.toString(),
msg_for_errors,
ErrorUtils.getLongForm(
SharedErrorUtils.ERROR_CACHING_SHARED_LIBS, e, bucket.full_name()))));
}
}
/**
* Talks to the topology module - this top level function just sets the classloader up and creates
* the module, then calls talkToStream to do the talking
*
* @param bucket
* @param libs
* @param harvest_tech_only
* @param m
* @param source
* @return
*/
protected static Validation<BasicMessageBean, IEnrichmentStreamingTopology> getStreamingTopology(
final DataBucketBean bucket,
final BucketActionMessage m,
final String source,
final Validation<BasicMessageBean, Map<String, Tuple2<SharedLibraryBean, String>>>
err_or_libs // "pipeline element"
) {
try {
return err_or_libs.<Validation<BasicMessageBean, IEnrichmentStreamingTopology>>validation(
// Error:
error -> Validation.fail(error),
// Normal
libs -> {
// Easy case, if streaming is turned off, just pass data through this layer
if (!Optional.ofNullable(bucket.streaming_enrichment_topology().enabled()).orElse(true))
return Validation.success(new PassthroughTopology());
// Easy case, if libs is empty then use the default streaming topology
if (libs.isEmpty()) {
return Validation.success(new PassthroughTopology());
}
final Tuple2<SharedLibraryBean, String> libbean_path =
libs.values()
.stream()
.filter(
t2 ->
(null != t2._1())
&& (null
!= Optional.ofNullable(
t2._1().streaming_enrichment_entry_point())
.orElse(t2._1().misc_entry_point())))
.findFirst()
.orElse(null);
if ((null == libbean_path)
|| (null
== libbean_path._2())) { // Nice easy error case, probably can't ever happen
return Validation.fail(
SharedErrorUtils.buildErrorMessage(
source,
m,
SharedErrorUtils.SHARED_LIBRARY_NAME_NOT_FOUND,
bucket.full_name(),
"(unknown)"));
}
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> ret_val =
ClassloaderUtils.getFromCustomClasspath(
IEnrichmentStreamingTopology.class,
Optional.ofNullable(libbean_path._1().streaming_enrichment_entry_point())
.orElse(libbean_path._1().misc_entry_point()),
Optional.of(libbean_path._2()),
libs.values().stream().map(lp -> lp._2()).collect(Collectors.toList()),
source,
m);
return ret_val;
});
} catch (Throwable t) {
return Validation.fail(
SharedErrorUtils.buildErrorMessage(
source,
m,
ErrorUtils.getLongForm(
SharedErrorUtils.ERROR_LOADING_CLASS,
t,
bucket.harvest_technology_name_or_id())));
}
}
protected static CompletableFuture<BucketActionReplyMessage> talkToStream(
final IStormController storm_controller,
final DataBucketBean bucket,
final BucketActionMessage m,
final Validation<BasicMessageBean, IEnrichmentStreamingTopology> err_or_user_topology,
final Validation<BasicMessageBean, Map<String, Tuple2<SharedLibraryBean, String>>> err_or_map,
final String source,
final StreamingEnrichmentContext context,
final String yarn_config_dir,
final String cached_jars_dir) {
try {
// handle getting the user libs
final List<String> user_lib_paths =
err_or_map.<List<String>>validation(
fail -> Collections.emptyList() // (going to die soon anyway)
,
success ->
success
.values()
.stream()
.map(tuple -> tuple._2.replaceFirst("file:", ""))
.collect(Collectors.toList()));
return err_or_user_topology.<CompletableFuture<BucketActionReplyMessage>>validation(
// ERROR getting enrichment topology
error -> {
return CompletableFuture.completedFuture(new BucketActionHandlerMessage(source, error));
},
// NORMAL grab enrichment topology
enrichment_topology -> {
final String entry_point = enrichment_topology.getClass().getName();
context.setBucket(bucket);
context.setUserTopologyEntryPoint(entry_point);
// also set the library bean - note if here then must have been set, else
// IHarvestTechnologyModule wouldn't exist
err_or_map.forEach(
map -> {
context.setLibraryConfig(
map.values()
.stream()
.map(t2 -> t2._1())
.filter(
lib ->
entry_point.equals(lib.misc_entry_point())
|| entry_point.equals(lib.streaming_enrichment_entry_point()))
.findFirst()
.orElse(BeanTemplateUtils.build(SharedLibraryBean.class).done().get()));
// (else this is a passthrough topology, so just use a dummy library bean)
});
_logger.info(
"Set active class="
+ enrichment_topology.getClass()
+ " message="
+ m.getClass().getSimpleName()
+ " bucket="
+ bucket.full_name());
return Patterns.match(m)
.<CompletableFuture<BucketActionReplyMessage>>andReturn()
.when(
BucketActionMessage.DeleteBucketActionMessage.class,
msg -> {
return StormControllerUtil.stopJob(storm_controller, bucket);
})
.when(
BucketActionMessage.NewBucketActionMessage.class,
msg -> {
if (!msg.is_suspended())
return StormControllerUtil.startJob(
storm_controller,
bucket,
context,
user_lib_paths,
enrichment_topology,
cached_jars_dir);
else
return StormControllerUtil.stopJob(
storm_controller,
bucket); // (nothing to do but just do this to return something
// sensible)
})
.when(
BucketActionMessage.UpdateBucketActionMessage.class,
msg -> {
if (msg.is_enabled())
return StormControllerUtil.restartJob(
storm_controller,
bucket,
context,
user_lib_paths,
enrichment_topology,
cached_jars_dir);
else return StormControllerUtil.stopJob(storm_controller, bucket);
})
.when(
BucketActionMessage.TestBucketActionMessage.class,
msg -> {
// TODO (ALEPH-25): in the future run this test with local storm rather than
// remote storm_controller
return StormControllerUtil.restartJob(
storm_controller,
bucket,
context,
user_lib_paths,
enrichment_topology,
cached_jars_dir);
})
.otherwise(
msg -> {
return CompletableFuture.completedFuture(
new BucketActionHandlerMessage(
source,
new BasicMessageBean(
new Date(),
false,
null,
"Unknown message",
0,
"Unknown message",
null)));
});
});
} catch (Throwable e) { // (trying to use Validation to avoid this, but just in case...)
return CompletableFuture.completedFuture(
new BucketActionHandlerMessage(
source,
new BasicMessageBean(
new Date(),
false,
null,
ErrorUtils.getLongForm("Error loading streaming class: {0}", e),
0,
ErrorUtils.getLongForm("Error loading streaming class: {0}", e),
null)));
}
}