Package org.lilyproject.repository.api

Examples of org.lilyproject.repository.api.SchemaId

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            Set<Pair<FieldedLink, SchemaId>> result = new HashSet<Pair<FieldedLink, SchemaId>>();

            QueryResult qr = forwardIndex.performQuery(query);
            byte[] id;
            while ((id = qr.next()) != null) {
                SchemaId sourceField = getIdGenerator().getSchemaId(qr.getData(SOURCE_FIELD_KEY));
                SchemaId vtag = getIdGenerator().getSchemaId(qr.getData(VTAG_KEY));
                result.add(
                        new Pair<FieldedLink, SchemaId>(new FieldedLink(getIdGenerator().absoluteFromBytes(id), sourceField), vtag));
            }
            Closer.close(
                    qr); // Not closed in finally block: avoid HBase contact when there could be connection problems.
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            Set<FieldedLink> result = new HashSet<FieldedLink>();

            QueryResult qr = forwardIndex.performQuery(query);
            byte[] id;
            while ((id = qr.next()) != null) {
                SchemaId sourceField = getIdGenerator().getSchemaId(qr.getData(SOURCE_FIELD_KEY));
                result.add(new FieldedLink(getIdGenerator().absoluteFromBytes(id), sourceField));
            }
            Closer.close(
                    qr); // Not closed in finally block: avoid HBase contact when there could be connection problems.
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            writeBytes(entry.getKey().getBytes(), output);
            writeQName(entry.getValue(), output);
        }

        for (Scope scope : Scope.values()) {
            SchemaId schemaId = record.getRecordTypeId(scope);
            writeNullOrBytes(schemaId != null ? schemaId.getBytes() : null, output);
        }
    }
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        Map<SchemaId, QName> idToQNameMapping = new HashMap<SchemaId, QName>();
        for (int i = 0; i < size; i++) {
            byte[] schemaIdBytes = readBytes(input);
            QName name = readQName(input);

            SchemaId schemaId = idGenerator.getSchemaId(schemaIdBytes);
            idToQNameMapping.put(schemaId, name);
        }

        Map<Scope, SchemaId> recordTypeIds = new EnumMap(Scope.class);
        for (Scope scope : Scope.values()) {
            byte[] schemaIdBytes = readNullOrBytes(input);
            if (schemaIdBytes != null) {
                SchemaId schemaId = idGenerator.getSchemaId(schemaIdBytes);
                recordTypeIds.put(scope, schemaId);
            }
        }

        return new IdRecordImpl(record, idToQNameMapping, recordTypeIds);
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        control.verify();
    }

    @Test
    public void testFieldTypeEntry() {
        SchemaId id = new SchemaIdImpl(UUID.randomUUID());
        FieldTypeEntry fieldTypeEntry = new FieldTypeEntryImpl(id, true);
        typeManager.newFieldTypeEntry(id, true);
        expectLastCall().andReturn(fieldTypeEntry);

        control.replay();
        converter = new AvroConverter();
        AvroFieldTypeEntry avroFieldTypeEntry = new AvroFieldTypeEntry();
        AvroSchemaId avroSchemaId = new AvroSchemaId();
        avroSchemaId.idBytes = ByteBuffer.wrap(id.getBytes());
        avroFieldTypeEntry.id = avroSchemaId;
        avroFieldTypeEntry.mandatory = true;
        assertEquals(fieldTypeEntry, converter.convert(avroFieldTypeEntry, typeManager));
        assertEquals(avroFieldTypeEntry, converter.convert(fieldTypeEntry));
        control.verify();
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    public void testFieldType() throws Exception {
        ValueType valueType = new StringValueType();
        typeManager.getValueType("STRING");
        expectLastCall().andReturn(valueType);
        QName name = new QName("aNamespace", "aName");
        SchemaId fieldTypeId = new SchemaIdImpl(UUID.randomUUID());
        FieldType fieldType = new FieldTypeImpl(fieldTypeId, valueType, name, Scope.NON_VERSIONED);
        typeManager.newFieldType(fieldTypeId, valueType, name, Scope.NON_VERSIONED);
        expectLastCall().andReturn(fieldType);

        control.replay();
        converter = new AvroConverter();
        AvroFieldType avroFieldType = new AvroFieldType();
        AvroSchemaId avroSchemaId = new AvroSchemaId();
        avroSchemaId.idBytes = ByteBuffer.wrap(fieldTypeId.getBytes());
        avroFieldType.id = avroSchemaId;
        AvroQName avroQName = new AvroQName();
        avroQName.namespace = "aNamespace";
        avroQName.name = "aName";
        avroFieldType.name = avroQName;
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    }

    @Test
    public void testEmptyRecordType() throws Exception {
        QName name = new QName("aNamespace", "aName");
        SchemaId id = new SchemaIdImpl(UUID.randomUUID());
        RecordType recordType = new RecordTypeImpl(id, name);
        typeManager.newRecordType(id, name);
        expectLastCall().andReturn(recordType);

        control.replay();
        converter = new AvroConverter();
        AvroRecordType avroRecordType = new AvroRecordType();
        AvroSchemaId avroSchemaId = new AvroSchemaId();
        avroSchemaId.idBytes = ByteBuffer.wrap(id.getBytes());
        avroRecordType.id = avroSchemaId;
        AvroQName avroQName = new AvroQName();
        avroQName.namespace = "aNamespace";
        avroQName.name = "aName";
        avroRecordType.name = avroQName;
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    }

    @Test
    public void testRecordTypeVersion() throws Exception {
        QName name = new QName("aNamespace", "aName");
        SchemaId id = new SchemaIdImpl(UUID.randomUUID());
        RecordType recordType = new RecordTypeImpl(id, name);
        typeManager.newRecordType(id, name);
        expectLastCall().andReturn(recordType);

        control.replay();
        converter = new AvroConverter();
        recordType.setVersion(1L);
        AvroRecordType avroRecordType = new AvroRecordType();
        AvroSchemaId avroSchemaId = new AvroSchemaId();
        avroSchemaId.idBytes = ByteBuffer.wrap(id.getBytes());
        avroRecordType.id = avroSchemaId;
        AvroQName avroQName = new AvroQName();
        avroQName.namespace = "aNamespace";
        avroQName.name = "aName";
        avroRecordType.name = avroQName;
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    }

    @Test
    public void testRecordTypeFieldTypeEntries() throws Exception {
        QName name = new QName("aNamespace", "aName");
        SchemaId recordTypeId = new SchemaIdImpl(UUID.randomUUID());
        RecordType recordType = new RecordTypeImpl(recordTypeId, name);
        typeManager.newRecordType(recordTypeId, name);
        expectLastCall().andReturn(recordType);

        SchemaId fieldTypeId1 = new SchemaIdImpl(UUID.randomUUID());
        SchemaId fieldTypeId2 = new SchemaIdImpl(UUID.randomUUID());
        FieldTypeEntryImpl fieldTypeEntry1 = new FieldTypeEntryImpl(fieldTypeId1, true);
        FieldTypeEntryImpl fieldTypeEntry2 = new FieldTypeEntryImpl(fieldTypeId2, false);
        typeManager.newFieldTypeEntry(fieldTypeId1, true);
        expectLastCall().andReturn(fieldTypeEntry1);
        typeManager.newFieldTypeEntry(fieldTypeId2, false);
        expectLastCall().andReturn(fieldTypeEntry2);

        control.replay();
        converter = new AvroConverter();
        recordType.addFieldTypeEntry(fieldTypeEntry1);
        recordType.addFieldTypeEntry(fieldTypeEntry2);
        AvroRecordType avroRecordType = new AvroRecordType();
        AvroSchemaId avroRecordTypeId = new AvroSchemaId();
        avroRecordTypeId.idBytes = ByteBuffer.wrap(recordTypeId.getBytes());
        avroRecordType.id = avroRecordTypeId;
        AvroQName avroQName = new AvroQName();
        avroQName.namespace = "aNamespace";
        avroQName.name = "aName";
        avroRecordType.name = avroQName;
        // fieldTypeEntries and supertypes are by default empty instead of null
        avroRecordType.fieldTypeEntries =
                new GenericData.Array<AvroFieldTypeEntry>(0, Schema.createArray(AvroFieldTypeEntry.SCHEMA$));
        AvroFieldTypeEntry avroFieldTypeEntry = new AvroFieldTypeEntry();
        AvroSchemaId avroFieldTypeId1 = new AvroSchemaId();
        avroFieldTypeId1.idBytes = ByteBuffer.wrap(fieldTypeId1.getBytes());
        avroFieldTypeEntry.id = avroFieldTypeId1;
        avroFieldTypeEntry.mandatory = true;
        avroRecordType.fieldTypeEntries.add(avroFieldTypeEntry);
        Set<AvroFieldTypeEntry> expectedFieldTypeEntries = new HashSet<AvroFieldTypeEntry>();
        expectedFieldTypeEntries.add(avroFieldTypeEntry);
        avroFieldTypeEntry = new AvroFieldTypeEntry();
        AvroSchemaId avroFieldTypeId2 = new AvroSchemaId();
        avroFieldTypeId2.idBytes = ByteBuffer.wrap(fieldTypeId2.getBytes());
        avroFieldTypeEntry.id = avroFieldTypeId2;
        avroFieldTypeEntry.mandatory = false;
        avroRecordType.fieldTypeEntries.add(avroFieldTypeEntry);
        expectedFieldTypeEntries.add(avroFieldTypeEntry);
        avroRecordType.supertypes = new GenericData.Array<AvroSupertype>(0, Schema.createArray(AvroSupertype.SCHEMA$));
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    }

    @Test
    public void testRecordTypeSupertypes() throws Exception {
        QName name = new QName("aNamespace", "aName");
        SchemaId recordTypeId = new SchemaIdImpl(UUID.randomUUID());
        RecordType recordType = new RecordTypeImpl(recordTypeId, name);
        typeManager.newRecordType(recordTypeId, name);
        expectLastCall().andReturn(recordType);

        control.replay();
        converter = new AvroConverter();
        SchemaId supertypeId1 = new SchemaIdImpl(UUID.randomUUID());
        recordType.addSupertype(supertypeId1, 1L);
        SchemaId supertypeId2 = new SchemaIdImpl(UUID.randomUUID());
        recordType.addSupertype(supertypeId2, 2L);
        AvroRecordType avroRecordType = new AvroRecordType();
        AvroSchemaId avroRecordTypeId = new AvroSchemaId();
        avroRecordTypeId.idBytes = ByteBuffer.wrap(recordTypeId.getBytes());
        avroRecordType.id = avroRecordTypeId;
        AvroQName avroQName = new AvroQName();
        avroQName.namespace = "aNamespace";
        avroQName.name = "aName";
        avroRecordType.name = avroQName;
        // fieldTypeEntries and supertypes are by default empty instead of null
        avroRecordType.fieldTypeEntries =
                new GenericData.Array<AvroFieldTypeEntry>(0, Schema.createArray(AvroFieldTypeEntry.SCHEMA$));
        avroRecordType.supertypes = new GenericData.Array<AvroSupertype>(0, Schema.createArray(AvroSupertype.SCHEMA$));
        AvroSupertype avroSupertype1 = new AvroSupertype();
        AvroSchemaId avroSupertypeId1 = new AvroSchemaId();
        avroSupertypeId1.idBytes = ByteBuffer.wrap(supertypeId1.getBytes());
        avroSupertype1.recordTypeId = avroSupertypeId1;
        avroSupertype1.recordTypeVersion = 1L;
        avroRecordType.supertypes.add(avroSupertype1);
        Set<AvroSupertype> expectedSupertypes = new HashSet<AvroSupertype>();
        expectedSupertypes.add(avroSupertype1);
        AvroSupertype avroSupertype2 = new AvroSupertype();
        AvroSchemaId avroSupertypeId2 = new AvroSchemaId();
        avroSupertypeId2.idBytes = ByteBuffer.wrap(supertypeId2.getBytes());
        avroSupertype2.recordTypeId = avroSupertypeId2;
        avroSupertype2.recordTypeVersion = 2L;
        avroRecordType.supertypes.add(avroSupertype2);
        expectedSupertypes.add(avroSupertype2);
        assertEquals(recordType, converter.convert(avroRecordType, typeManager));
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Related Classes of org.lilyproject.repository.api.SchemaId

  • org.lilyproject.avro.AvroConverter
  • org.lilyproject.avro.AvroConverterTest
  • org.lilyproject.avro.repository.RecordAsBytesConverter
  • org.lilyproject.indexer.batchbuild.test.BatchBuildTest
  • org.lilyproject.indexer.derefmap.DerefMapBasicTest
  • org.lilyproject.indexer.hbase.mapper.LilyResultToSolrMapper
  • org.lilyproject.indexer.integration.IndexRecordFilterHook
  • org.lilyproject.indexer.model.indexerconf.LilyIndexerConfBuilder
  • org.lilyproject.linkindex.LinkIndex
  • org.lilyproject.linkindex.test.LinkIndexTest
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