void IModule.LoadModule()
{
// setup our static functionality injection for IUsesGeoLocation implementors
IUsesGeoLocationMethods.TryGetGeoLocationAction = TryGetGeoLocation;
IUsesGeoLocationMethods.TryStartServiceFunction = TryStartService;
IUsesGeoLocationMethods.SubscribeGeoLocationChangedAction = SubscribeGeoLocationChanged;
IUsesGeoLocationMethods.UnsubscribeGeoLocationChangedAction = UnsubscribeGeoLocationChanged;
if (m_CurrentLocation.latitude == default && m_CurrentLocation.longitude == default)
{
m_CurrentLocation = new Vector2(k_DefaultLatitude, k_DefaultLongitude);
}
// since this is the only environment trait provider so far, we add this environment semantic tag
// to the reserved data ID here. In the future it may / should live in a more central place.
m_Database.GetTraitProvider(out MARSTraitDataProvider <bool> tagTraitProvider);
tagTraitProvider?.AddOrUpdateTrait((int)ReservedDataIDs.ImmediateEnvironment, TraitNames.Environment, true);
#if UNITY_EDITOR
if (m_AutoStartLocationService)
{
AddOrUpdateLocationTrait();
}
#else
if (m_AutoStartLocationService)
{
TryStartService();
}
else
{
Debug.Log("MARS GeoLocation is not configured to request location service permission for this project."
+ " See 'GeoLocationModule' asset.");
}
#endif
}
public void QueryDataDirty_DataNotMarkedAsUsedAndDataChanged_ReturnsFalse()
{
m_Db.GetTraitProvider(out MARSTraitDataProvider <float> floatTraits);
for (var i = 0; i < k_ConditionsPerType; ++i)
{
floatTraits.AddOrUpdateTrait(k_DataID, TraitNameForIndex <float>(i), default(float));
}
Assert.True(m_Db.QueryDataDirty(m_QueryMatchId));
}
internal static void PopulateDatabase(MARSDatabase database, int perTypeTraitCount = 1)
{
database.GetTraitProvider(out MARSTraitDataProvider <float> floatTraits);
database.GetTraitProvider(out MARSTraitDataProvider <Vector2> vector2Traits);
PopulateTraitProvider(floatTraits, FloatTraits, "", perTypeTraitCount);
PopulateTraitProvider(vector2Traits, EqualMemberVector2Traits, "", perTypeTraitCount);
// fake plane sizes
PopulateTraitProvider(vector2Traits, UnequalMemberVector2Traits, "bounds2d");
}
public void SetupBeforeEach()
{
m_GameObject = new GameObject("blank");
m_ConditionsRoot = m_GameObject.AddComponent <TestMRObject>();
m_Db.GetTraitProvider(out m_FloatTraits);
// clear and repopulate the database with a standard set of test data before every test
m_Db.Clear();
DatabaseTestData.PopulateDatabase(m_Db, 3);
SlowTaskModule.instance.ClearTasks();
}
public void BasicFilterTest()
{
m_Database.GetTraitProvider(out MARSTraitDataProvider <bool> tagTraits);
// if we get a null provider, code generation hasn't run yet
if (tagTraits == null)
{
return;
}
m_Database.GetTraitProvider(out MARSTraitDataProvider <Vector2> vector2Traits);
m_Database.GetTraitProvider(out MARSTraitDataProvider <float> floatTraits);
m_Database.GetTraitProvider(out MARSTraitDataProvider <int> intTraits);
const string presentTrait = "present";
// add a trait by this name to every type we support, so we can be sure it works for all of them
for (var i = 0; i < 5; i++)
{
intTraits.AddOrUpdateTrait(i, presentTrait, Random.Range(0, 10));
floatTraits.AddOrUpdateTrait(i, presentTrait, Random.Range(0f, 10f));
tagTraits.AddOrUpdateTrait(i, presentTrait, true);
vector2Traits.AddOrUpdateTrait(i, presentTrait, new Vector2());
}
var indices = new List <int> {
0, 1, 2, 3
};
var setToFilter = new HashSet <int> {
3, 4, 5, 6, 7
};
var preFilterCount = setToFilter.Count;
var matchSets = new []
{
// we re-use this same filter set for every instance, because the only difference is type
setToFilter, setToFilter, setToFilter, setToFilter
};
var requirements = new []
{
RequirementsForType <int>(presentTrait), RequirementsForType <float>(presentTrait),
RequirementsForType <bool>(presentTrait), RequirementsForType <Vector2>(presentTrait)
};
TraitRequirementFilterTransform.ProcessStage(indices, m_Database.TypeToFilterAction, requirements, ref matchSets);
// we expect ids > 4 to be filtered from each set, because only IDs 0-4 have the trait.
var expectedCountAfterFilter = preFilterCount - 3;
foreach (var set in matchSets)
{
Assert.AreEqual(expectedCountAfterFilter, set.Count);
Assert.True(set.Contains(3));
Assert.True(set.Contains(4));
}
}
public void SetupBeforeEach()
{
m_Db = new MARSDatabase();
var dbModule = (IModule)m_Db;
dbModule.LoadModule();
m_GroupPipeline = new GroupQueryPipeline(m_Db);
m_GroupPipeline.SetupData();
m_MatchingData = new SetMatchData
{
dataAssignments = new Dictionary <IMRObject, int>(),
exclusivities = new Dictionary <IMRObject, Exclusivity>()
};
m_Db.GetTraitProvider(out m_FloatTraitProvider);
m_Db.GetTraitProvider(out m_TagTraitProvider);
m_Db.GetTraitProvider(out m_Vector2TraitProvider);
k_Ratings.Clear();
k_ToDestroy.Clear();
}
public void SetupBeforeEach()
{
m_Db = new MARSDatabase();
var dbModule = (IModule)m_Db;
dbModule.LoadModule();
m_Db.GetTraitProvider(out m_FloatTraitProvider);
m_Db.GetTraitProvider(out m_TagTraitProvider);
m_Db.GetTraitProvider(out m_IntTraitProvider);
m_Db.GetTraitProvider(out m_Vector2TraitProvider);
m_Db.GetTraitProvider(out m_PoseTraitProvider);
var dbOffsetSubscriber = (IUsesCameraOffset)m_Db;
m_CameraGameObject = new GameObject();
dbOffsetSubscriber.provider = m_CameraGameObject.AddComponent <CameraOffsetProvider>();
m_DataID = -1;
m_QueryResult = new QueryResult(m_QueryMatchId);
m_AllMatchingIDs.Clear();
m_Ratings.Clear();
}
public void AddGetRemoveSemanticTagTraitValue()
{
m_Db.GetTraitProvider(out MARSTraitDataProvider <bool> tagTraits);
AddGetRemove_TraitValue(k_ExampleTraitId, TraitNames.Floor, true);
}