The document discusses NoSQL databases, including their types such as key-value, column family, and document stores, alongside various implementations like Apache CouchDB and MongoDB. It highlights differences between SQL and NoSQL regarding structure, transactions, and scalability complexities, while also introducing 'Diana' as a solution for communication and data management in NoSQL environments. The content emphasizes the importance of APIs and frameworks for efficient data interaction and the development of NoSQL solutions within the Eclipse community.

1. Otávio Santana @otaviojava
Eclipse JNoSQL

2. NoSQL
01 Database
02 Doesn't use structure
03 Not Transaction
04 Base
Five different types05

3. Key Value
AmazonDynamo
AmazonS3
Redis
Hazelcast
Apollo
Ares
Aphrodite
Sun
War
Love Beauty

4. Column Family
Apollo
Aphrodite
Ares
Kratos
Duty
Duty
Duty
Dead Gods
Love, happy
Sun
War
13
Color
weapon
Sword
Row-key ColumnsHBase
Scylla
SimpleDb
Cassandra
DynamoDB
Clouddata

5. Document
{
"name":"Diana",
"duty":[
"Hunt",
"Moon",
"Nature"
],
"siblings":{
"Apollo":"brother"
}
}
ApacheCouchDB
MongoDB
Couchbase

6. Graph
Apollo Ares
Kratos
was killed by was killed by
killed killed
Neo4j
InfoGrid
Sones
HyperGraphDB

7. Multi-Model
01
02
03
04
OrientDB (graph, document)
Couchbase (key value, document)
Elasticsearch (document, graph)
ArangoDB (document, graph, key-value)

8. SQL vs NoSQL
SQL KEY-VALUE COLUMN DOCUMENTS GRAPH
Table Bucket Column family Collection
Row Key/value pair column Documents Vertex
Column Key/value pair Key/value pair Vertex and Edge
property
Relationship Link Edge

9. BASE vs ACID
• Basically Available
• Soft state
• Eventual consistency
• Atomicity
• Consistency
• Isolation
• Durability

10. CAP

11. Scalability vs Complexity
Scalability
Complexity
key-value
Column
Document
Graph

12. Relational Application NoSQL Application
Logic Tier Logic Tier
DAO DAO
JPAJPAJPAJPA
JDBC JDBCJDBCJDBC
Data Tier
APIAPI API
Data Tier

13. The Current Solution
DAO
Solution Solution
Hibernate OGM
TopLink

14. JPA problem for NoSQL
01
02
03
04
05
06
Saves Async
Async Callback
Time to Live (TTL)
Consistency Level
SQL based
Diversity in NoSQL

15. The Current Solution
DIANA
ARTEMIS
JNoSQL
DAO
Mapping
Communication
Column Documents Key Graph
Data Tier
01
02
03
04
Mapping API
Communication API
No lock-in
Divide and Conquer

16. Why Diana?
01
02
03
04
Goddess of the hunt,
nature and moon
Fought in Troy
Brave warrior and hunter
Diana Rome = Artemis Greek

17. Diana
API Communication layer
Document, key-value,
Colum, Graph (TinkerPop)

18. Communication Issue
ODocument document = new ODocument(“collection”);
document.field(name, value);
JsonObject jsonObject = JsonObject.create();
jsonObject.put(name, value);
BaseDocument baseDocument = new BaseDocument();
baseDocument.addAttribute(name, value);
Document document = new Document();
document.append(name, value);

19. Eclipse JNoSQL
DocumentEntity entity = DocumentEntity.of("collection");
entity.add(name, value);

20. 01
02
03
04
Configuration
Factory
Manager
Entity
Names & Definitions

21. Names & Definitions
ColumnConfiguration<?> configuration = new DriverConfiguration();
try(ColumnFamilyManagerFactory managerFactory = configuration.get()) {
ColumnFamilyManager entityManager =
managerFactory.get(KEY_SPACE);
entityManager.insert(entity);
ColumnQuery select = select().from(COLUMN_FAMILY)
.where("id").eq("Ada").build();
ColumnDeleteQuery delete = delete().from(COLUMN_FAMILY)
.where("id").eq("Ada").build();
Optional<ColumnEntity> result = entityManager.singleResult(query);
entityManager.delete(delete);

22. Diversity
ColumnEntity entity = ColumnEntity.of(COLUMN_FAMILY);
Column id = Column.of("id", 10L);
entity.add(id);
entity.add(Column.of("version", 0.001));
entity.add(Column.of("name", "Diana"));
entity.add(Column.of("options", Arrays.asList(1, 2, 3)));
//cassandra only
List<ColumnEntity> entities = entityManagerCassandra
.cql("select * from newKeySpace.newColumnFamily where id=10;");
entityManagerCassandra.insert(entity, ConsistencyLevel.ALL);
//mutiple implementation
entityManager.insert(entity);
ColumnQuery query =
select().from(COLUMN_FAMILY).where("id").eq(10L).build();
Optional<ColumnEntity> result = entityManager.singleResult(query);

23. 01
02
03
04
05
06
Artemis
CDI Based
Diana Based
Annotation Based
Events to insert, delete, update
Supports to Bean Validation
Configurable and Extensible
07 Query Method

24. 01
02
03
04
Annotated Entities
Template
Repository
Configuration
Names & Definitions

25. Annotated Entities
01
02
03
Mapped Superclass
Entity
Column
@Entity("god")
public class God {
@Column
private String name;
@Column
private long age;
@Column
private Set<String> powers;
}

26. Template
God artemis = ...;
DocumentTemplate template = …
template.insert(artemis);
template.update(artemis);
DocumentQuery query = ...
List<God> gods = template.select(query);

27. Repository
interface GodRepository extends Repository<God, String> {
Optional<God> findByName(String name);
Stream<God> findByNameAndAgeOrderByName(String name, Integer age);
}

28. Repository
@Inject
@Database(DatabaseType.COLUMN)
private GodRepository godRepository;
@Inject
@Database(DatabaseType.KEY_VALUE)
private GodRepository godRepository;

29. Support to
JSON XML YAML

30. Configuration
@Inject
@ConfigurationUnit
private
DocumentCollectionManagerFactory<?>
entityManager;

31. Diversity
@Entity("god")
public class God {
@Column
private String name;
@UDT("weapon")
@Column
private Weapon weapon;
}
interface GodRepository extends
CassandraRepository<God, String> {
@CQL("select * from God where name = ?")
List<God> findByName(String name);
}

32. We have Query by Text
DocumentTemplate documentTemplate = ...;
ColumnTemplate columnTemplate = ...;
KeyValueTempalte keyValueTemplate =...;
GraphTemplate graphTemplate =...;
List<Movie> movies = documentTemplate.query("select * from Movie where
year > 2012");
List<Person> people = columnTemplate.query("select * from Person where age
= 25");
Optional<God> god = keyValueTemplate.query("get "Diana"");
List<City> cities = graphTemplate.query("g.V().hasLabel('City')");

33. We have Query by Text
PreparedStatement preparedStatement = template.prepare("select * from Person
where name = @name");
preparedStatement.bind("name", "Ada");
List<Person> adas = preparedStatement.getResultList();
//to graph just keep using gremlin
PreparedStatement prepare = graphTemplate().prepare("g.V().hasLabel(param)");
prepare.bind("param", "Person");
List<Person> people = preparedStatement.getResultList();

34. We have Query by Text
interface PersonRepository extends Repository<Person, Long> {
@Query("select * from Person")
Optional<Person> findByQuery();
@Query("select * from Person where id = @id")
Optional<Person> findByQuery(@Param("id") String id);
}

35. Demo
Couchbase + Docker
CDI 2.0 with Java SE
Configuration
JNoSQL

36. NoSQL Providers

37. Draft and code
proposal
Community
Feedback
Involve NoSQL
Vendors
Involve Solution
Vendors
Eclipse Project
Road Map
Development

38. JUGs/Communities

39. References
Communication API
Support to Async operations
APIs
Mapping API
Bean Validation
Events
Repository
Template
Query by text
Prepared Statement
http://jnosql.org/
https://github.com/eclipse?q=Jnosql
https://dev.eclipse.org/mailman/listinfo/jnosql-dev
https://gitter.im/JNOSQL/developers
https://wiki.eclipse.org/JNoSQL

40. Otávio Santana @otaviojava
Thank you