public void layer_match_is_case_insensitive()
{
var mockGameObject = new Mock <GameObject>();
mockGameObject
.Setup(m => m.layer)
.Returns(33);
LayerMask.fakeLayerString = "some-layer";
var testObject = new LayerQuery("Some-Layer");
Assert.True(testObject.Match(mockGameObject.Object));
}
public void matches_when_gameobject_is_on_expected_layer()
{
var mockGameObject = new Mock <GameObject>();
mockGameObject
.Setup(m => m.layer)
.Returns(15);
LayerMask.fakeLayerString = "some-layer";
var testObject = new LayerQuery("some-layer");
Assert.True(testObject.Match(mockGameObject.Object));
}
public void doesnt_match_when_gameobject_doesnt_have_expected_tag()
{
var mockGameObject = new Mock <GameObject>();
mockGameObject
.Setup(m => m.layer)
.Returns(55);
mockGameObject
.Setup(m => m.tag)
.Returns(string.Empty);
LayerMask.fakeLayerString = string.Empty;
var testObject = new LayerQuery("some-layer");
Assert.False(testObject.Match(mockGameObject.Object));
}
public void matches_when_gameobject_has_expected_tag()
{
var mockGameObject = new Mock <GameObject>();
mockGameObject
.Setup(m => m.layer)
.Returns(44);
mockGameObject
.Setup(m => m.tag)
.Returns("some-layer");
LayerMask.fakeLayerString = string.Empty;
var testObject = new LayerQuery("some-layer");
Assert.True(testObject.Match(mockGameObject.Object));
}
public void doesnt_match_when_gameobject_is_not_on_expected_layer()
{
var mockGameObject = new Mock <GameObject>();
mockGameObject
.Setup(m => m.layer)
.Returns(22);
mockGameObject
.Setup(m => m.tag)
.Returns(string.Empty);
LayerMask.fakeLayerString = "some-other-layer";
var testObject = new LayerQuery("some-layer");
Assert.False(testObject.Match(mockGameObject.Object));
}
//Checks to see if there is already a conversation between the device and emulator
private Conversation _GetConversation()
{
if (activeConversation == null)
{
LayerQuery query = LayerQuery.InvokeBuilder(Java.Lang.Class.FromType(typeof(Conversation)))
.Predicate(new Predicate(Conversation.Property.Participants,
Predicate.Operator.EqualTo, new Java.Util.ArrayList(MainActivity.GetAllParticipants())))
.SortDescriptor(new SortDescriptor(Conversation.Property.CreatedAt,
SortDescriptor.Order.Descending))
.Build();
IList results = layerClient.ExecuteQuery(query, LayerQuery.ResultType.Objects);
if (results != null && results.Count > 0)
{
return(results[0] as Conversation);
}
}
//Returns the active conversation (which is null by default)
return(activeConversation);
}
/**
* Returns the current maximum Message position within the given Conversation, or
* Long.MIN_VALUE if no messages are found.
*
* @param conversationId Conversation whose maximum Message position to return.
* @return the current maximum Message position or Long.MIN_VALUE.
*/
private long GetMaxPosition(Uri conversationId)
{
LayerClient layerClient = App.GetLayerClient();
LayerQuery query = LayerQuery.InvokeBuilder(Java.Lang.Class.FromType(typeof(IMessage)))
.Predicate(new Predicate(MessageProperty.Conversation, Predicate.Operator.EqualTo, conversationId))
.SortDescriptor(new SortDescriptor(MessageProperty.Position, SortDescriptor.Order.Descending))
.Limit(1)
.Build();
IList <IQueryable> results = layerClient.ExecuteQueryForObjects(query);
if (results.Count == 0)
{
return(long.MinValue);
}
var message = results[0] as IMessage;
if (message == null)
{
return(long.MinValue);
}
return(message.Position);
}
