#include <cpprealm/sdk.hpp> using namespace realm; // Define your models like regular structs. struct Dog { std::string name; int64_t age; }; REALM_SCHEMA(Dog, name, age) struct Person { primary_key<std::string> _id; std::string name; int64_t age; // Create relationships by pointing an Object field to another Class Dog* dog; }; REALM_SCHEMA(Person, _id, name, age, dog) // Use them like regular objects. auto dog = Dog { .name = "Rex", .age = 1 }; std::cout << "name of dog: " << dog.name << std::endl; auto person = Person(); person._id = "something unique"; person.name = "John"; person.dog = &dog; // Get the default Realm with automatic schema discovery. realm::db_config config; auto realm = db(std::move(config)); // Persist your data easily with a write transaction auto managed_person = realm.write([&realm, &person] { return realm.add(std::move(person)); }); // Query with type safety. auto dogs = realm.objects<Dog>(); auto adult_dogs = dogs.where([](auto& d) { return d.age > 2; });

// Open the default realm. realm::db_config config; auto realm = db(std::move(config)); realm::notification_token token; auto dog = Dog { .name = "Max" }; // Create a dog in the realm. auto managed_dog = realm.write([&realm, &dog] { return realm.add(std::move(dog)); }); // Set up the listener & observe object notifications. token = managed_dog.observe([](auto&& change) { if (change.error) { std::cout<<"An error occurred: "<<error<<std::endl; } else if (change.is_deleted) { std::cout<<"The object was deleted."<<std::endl; } else { std::cout << "Property " << property.name << " changed to " << property.new_value << std::endl; } } // Update the dog's name to see the effect. realm.write([&managed_dog] { managed_dog.name = "Wolfie" });

auto app = realm::App("<app-id>"); auto user = app.login(realm::App::credentials::anonymous()).get(); auto realm = db(user.flexible_sync_configuration()); auto cars = realm.results<Car>(); realm.write([&cars](){ for (auto& car : cars) { car.accelerate(); } });