Mongodb Panache

@MongoEntity(collection="ThePerson")
public class Person extends PanacheMongoEntity {
    public String name;

    // will be persisted as a 'birth' field in MongoDB
    @BsonProperty("birth")
    public LocalDate birthDate;

    public Status status;
}

public class Person extends PanacheMongoEntity {
    public String name;
    public LocalDate birth;
    public Status status;

    // return name as uppercase in the model
    public String getName(){
        return name.toUpperCase();
    }

    // store all names in lowercase in the DB
    public void setName(String name){
        this.name = name.toLowerCase();
    }
}

// creating a person
Person person = new Person();
person.name = "Loïc";
person.birth = LocalDate.of(1910, Month.FEBRUARY, 1);
person.status = Status.Alive;

// persist it
person.persist();

person.status = Status.Dead;

// Your must call update() in order to send your entity modifications to MongoDB
person.update();

// delete it
person.delete();

// getting a list of all Person entities
List<Person> allPersons = Person.listAll();

// finding a specific person by ID
person = Person.findById(personId);

// finding a specific person by ID via an Optional
Optional<Person> optional = Person.findByIdOptional(personId);
person = optional.orElseThrow(() -> new NotFoundException());

// finding all living persons
List<Person> livingPersons = Person.list("status", Status.Alive);

// counting all persons
long countAll = Person.count();

// counting all living persons
long countAlive = Person.count("status", Status.Alive);

// delete all living persons
Person.delete("status", Status.Alive);

// delete all persons
Person.deleteAll();

Stream<Person> persons = Person.streamAll();
List<String> namesButEmmanuels = persons
    .map(p -> p.name.toLowerCase() )
    .filter( n -> ! "emmanuel".equals(n) )
    .collect(Collectors.toList());

@MongoEntity(collection="ThePerson")
public class Person  {
    public ObjectId id; // used by MongoDB for the _id field
    public String name;
    public LocalDate birth;
    public Status status;
}

@ApplicationScoped
public class PersonRepository implements PanacheMongoRepository<Person> {

   // put your custom logic here as instance methods

   public Person findByName(String name){
       return find("name", name).firstResult();
   }

   public List<Person> findAlive(){
       return list("status", Status.Alive);
   }

   public void deleteLoics(){
       delete("name", "Loïc");
  }
}

@Inject
PersonRepository personRepository;

@GET
public long count(){
    return personRepository.count();
}

// creating a person
Person person = new Person();
person.name = "Loïc";
person.birth = LocalDate.of(1910, Month.FEBRUARY, 1);
person.status = Status.Alive;

// persist it
personRepository.persist(person);

person.status = Status.Dead;

// Your must call update() in order to send your entity modifications to MongoDB
personRepository.update(person);

// delete it
personRepository.delete(person);

// getting a list of all Person entities
List<Person> allPersons = personRepository.listAll();

// finding a specific person by ID
person = personRepository.findById(personId);

// finding a specific person by ID via an Optional
Optional<Person> optional = personRepository.findByIdOptional(personId);
person = optional.orElseThrow(() -> new NotFoundException());

// finding all living persons
List<Person> livingPersons = personRepository.list("status", Status.Alive);

// counting all persons
long countAll = personRepository.count();

// counting all living persons
long countAlive = personRepository.count("status", Status.Alive);

// delete all living persons
personRepository.delete("status", Status.Alive);

// delete all persons
personRepository.deleteAll();

Stream<Person> persons = personRepository.streamAll();
List<String> namesButEmmanuels = persons
    .map(p -> p.name.toLowerCase() )
    .filter( n -> ! "emmanuel".equals(n) )
    .collect(Collectors.toList());

// create a query for all living persons
PanacheQuery<Person> livingPersons = Person.find("status", Status.Alive);

// make it use pages of 25 entries at a time
livingPersons.page(Page.ofSize(25));

// get the first page
List<Person> firstPage = livingPersons.list();

// get the second page
List<Person> secondPage = livingPersons.nextPage().list();

// get page 7
List<Person> page7 = livingPersons.page(Page.of(7, 25)).list();

// get the number of pages
int numberOfPages = livingPersons.pageCount();

// get the total number of entities returned by this query without paging
int count = livingPersons.count();

// and you can chain methods of course
return Person.find("status", Status.Alive)
    .page(Page.ofSize(25))
    .nextPage()
    .stream()

List<Person> persons = Person.list(Sort.by("name").and("birth"));

// and with more restrictions
List<Person> persons = Person.list("status", Sort.by("name").and("birth"), Status.Alive);

Person.find("name = ?1 and status = ?2", "Loïc", Status.Alive);
Person.find("{'name': ?1, 'status': ?2}", "Loïc", Status.Alive);

Map<String, Object> params = new HashMap<>();
params.put("name", "Loïc");
params.put("status", Status.Alive);
Person.find("name = :name and status = :status", params);
Person.find("{'name': :name, 'status', :status}", params);

// generate a Map
Person.find("name = :name and status = :status",
         Parameters.with("name", "Loïc").and("status", Status.Alive).map());

// use it as-is
Person.find("{'name': :name, 'status': :status}",
         Parameters.with("name", "Loïc").and("status", Status.Alive));

public class Person extends PanacheMongoEntity {
    @BsonProperty("lastname")
    public String name;
    public LocalDate birth;
    public Status status;

    public static Person findByNameWithPanacheQLQuery(String name){
        return find("name", name).firstResult();
    }

    public static Person findByNameWithNativeQuery(String name){
        return find("{'lastname': ?1}", name).firstResult();
    }
}

import io.quarkus.mongodb.panache.ProjectionFor;
import org.bson.codecs.pojo.annotations.BsonProperty;

// using public fields
@ProjectionFor(Person.class)
public class PersonName {
    public String name;
}

// using getters
@ProjectionFor(Person.class)
public class PersonNameWithGetter {
    private String name;

    public String getName(){
        return name;
    }

    public void setName(String name){
        this.name = name;
    }
}

// only 'name' will be loaded from the database
PanacheQuery<PersonName> shortQuery = Person.find("status ", Status.Alive).project(PersonName.class);
PanacheQuery<PersonName> query = Person.find("'status': ?1", Status.Alive).project(PersonNameWithGetter.class);
PanacheQuery<PersonName> nativeQuery = Person.find("{'status': 'ALIVE'}", Status.Alive).project(PersonName.class);