public async Task CanSaveWorldSnapshot()
{
var world = RandomWorld(4);
var fileWorldStateSaver = new FileWorldStateSaver(_filePathBuilder);
await fileWorldStateSaver.SaveAsync(world, SimulationId);
}
public async Task Create_particles_triangular_random_benchmark_world_init_state()
{
var simulationId = "particles_triangular_random_init_state";
DeleteSimulationSnapshotsFile(simulationId);
const string filePath = "Importers/particles_triangular_random.tsv";
const string dataSeparator = "\t";
var particlesCsvImporter = new ParticlesImporter();
var particles = particlesCsvImporter.Import(filePath, dataSeparator);
var rigidWalls = new[]
{
new RigidWall(new Vector2(-200, -200), new Vector2(250, -200)), //top
new RigidWall(new Vector2(250, -200), new Vector2(200, 200)), //right
new RigidWall(new Vector2(200, 200), new Vector2(-200, 200)), //bottom
new RigidWall(new Vector2(-200, 200), new Vector2(-200, -200)), //left
};
var world = new World(particles, rigidWalls, 0);
await _fileWorldStateSaver.SaveAsync(world, simulationId);
}
public async Task CanLoadWorldSnapshot()
{
// arrange
var world = RandomWorld(4);
var fileWorldStateSaver = new FileWorldStateSaver(_filePathBuilder);
await fileWorldStateSaver.SaveAsync(world, SimulationId);
var fileWorldStateLoader = new FileWorldStateLoader(_filePathBuilder);
// act
var snapshot = fileWorldStateLoader.First(SimulationId);
// assert
var snapshotAsJson = JsonConvert.SerializeObject(snapshot);
var expectedWorldAsJson = JsonConvert.SerializeObject(world);
snapshotAsJson.Should().Be(expectedWorldAsJson);
}