public AnimatedSpritePart(Actor self, AnimatedSpritePartInfo info) : base(self)
{
this.info = info;
renderables = new BatchSequence[info.Facings];
var frameCountPerIdleAnim = info.Textures.Length / info.Facings;
if (frameCountPerIdleAnim * info.Facings != info.Textures.Length)
{
throw new InvalidNodeException($"Idle Frame '{info.Textures.Length}' count cannot be matched with the given Facings '{info.Facings}'.");
}
for (int i = 0; i < renderables.Length; i++)
{
var anim = new Texture[frameCountPerIdleAnim];
for (int x = 0; x < frameCountPerIdleAnim; x++)
{
anim[x] = info.Textures[i * frameCountPerIdleAnim + x];
}
renderables[i] = new BatchSequence(anim, info.Tick, startRandom: info.StartRandom);
}
if (info.ColorVariation != Color.Black)
{
var random = Program.SharedRandom;
variation = new Color((float)(random.NextDouble() - 0.5f) * info.ColorVariation.R, (float)(random.NextDouble() - 0.5f) * info.ColorVariation.G, (float)(random.NextDouble() - 0.5f) * info.ColorVariation.B, 0f);
}
cachedColor = info.Color + variation;
self.ZOffset = info.Offset.Z;
}
public Terrain(World world, MPos position, TerrainType type)
{
this.world = world;
Position = position;
Type = type;
renderable = new StaticBatchRenderable(Position.ToCPos(), VAngle.Zero, type.Texture);
if (type.Overlay != null)
{
overlay = new BatchSequence(type.Overlay, startRandom: true);
overlay.SetPosition(Position.ToCPos());
}
edges = new StaticBatchRenderable[4];
corners = new StaticBatchRenderable[4];
}
public SilverbackIntegrationLoggerBenchmark()
{
_integrationLogger = new SilverbackIntegrationLogger(
new FakeLogger(),
new LogTemplates().ConfigureAdditionalData <TestConsumerEndpoint>("offset"));
_singleMessageContext = ConsumerPipelineContextHelper.CreateSubstitute(
new RawInboundEnvelope(
Array.Empty <byte>(),
new MessageHeaderCollection
{
new MessageHeader("Test", "Test"),
new MessageHeader(DefaultMessageHeaders.FailedAttempts, 1),
new MessageHeader(DefaultMessageHeaders.MessageType, "Something.Xy"),
new MessageHeader(DefaultMessageHeaders.MessageId, "1234"),
},
new TestConsumerEndpoint("Test"),
"Test",
new TestOffset("abc", "1"),
new Dictionary <string, string>
{
["offset"] = "1@42"
}));
_sequenceContext = ConsumerPipelineContextHelper.CreateSubstitute(
new RawInboundEnvelope(
Array.Empty <byte>(),
new MessageHeaderCollection
{
new MessageHeader("Test", "Test"),
new MessageHeader(DefaultMessageHeaders.FailedAttempts, 1),
new MessageHeader(DefaultMessageHeaders.MessageType, "Something.Xy"),
new MessageHeader(DefaultMessageHeaders.MessageId, "5678"),
new MessageHeader(DefaultMessageHeaders.BatchId, "1234"),
new MessageHeader(DefaultMessageHeaders.BatchSize, "11"),
},
new TestConsumerEndpoint("Test"),
"Test",
new TestOffset("abc", "2"),
new Dictionary <string, string>
{
["offset"] = "1@43"
}));
var sequence = new BatchSequence("123", _sequenceContext);
sequence.AddAsync(_sequenceContext.Envelope, null, false);
_sequenceContext.SetSequence(sequence, true);
}
public BatchRenderable GetRenderable()
{
var color = Color + ParticleUtils.Variety(ColorVariety);
if (Texture == null)
{
var renderable = new BatchObject(MeshSize * MasterRenderer.PixelMultiplier + ParticleUtils.Variety(MeshSizeVariety));
renderable.SetColor(color);
return(renderable);
}
var sequence = new BatchSequence(Texture);
sequence.SetColor(color);
return(sequence);
}
public void Tick()
{
if (self.Angle != angle)
{
angle = self.Angle;
currentFacing = FacingFromAngle(angle);
}
var last = renderable;
renderable = (BatchSequence)GetRenderable(self.Actions, currentFacing);
if (last == null)
{
renderable?.Reset();
}
renderable?.Tick();
}
public SilverbackIntegrationLoggerTests()
{
_logger = new LoggerSubstitute <SilverbackIntegrationLoggerTests>();
_integrationLogger =
new SilverbackIntegrationLogger <SilverbackIntegrationLoggerTests>(
_logger,
new LogTemplates()
.ConfigureAdditionalData <TestConsumerEndpoint>("offset-in")
.ConfigureAdditionalData <TestProducerEndpoint>("offset-out"));
_singleInboundMessageContext = ConsumerPipelineContextHelper.CreateSubstitute(
new InboundEnvelope(
new MemoryStream(),
new MessageHeaderCollection
{
new MessageHeader(DefaultMessageHeaders.FailedAttempts, 1),
new MessageHeader(DefaultMessageHeaders.MessageType, "Something.Xy"),
new MessageHeader(DefaultMessageHeaders.MessageId, "1234")
},
new TestOffset(),
new TestConsumerEndpoint("Test"),
"TestActual",
new Dictionary <string, string>
{
["offset-in"] = "9"
}));
_inboundSequenceContext = ConsumerPipelineContextHelper.CreateSubstitute(
new InboundEnvelope(
new MemoryStream(),
new MessageHeaderCollection
{
new MessageHeader(DefaultMessageHeaders.FailedAttempts, 1),
new MessageHeader(DefaultMessageHeaders.MessageType, "Something.Xy"),
new MessageHeader(DefaultMessageHeaders.MessageId, "1234"),
new MessageHeader(DefaultMessageHeaders.BatchId, "3"),
new MessageHeader(DefaultMessageHeaders.BatchSize, "10")
},
new TestOffset(),
new TestConsumerEndpoint("Test")
{
Batch = new BatchSettings
{
Size = 5
}
},
"TestActual",
new Dictionary <string, string>
{
["offset-in"] = "9"
}));
var sequence = new BatchSequence("123", _inboundSequenceContext);
sequence.AddAsync(_inboundSequenceContext.Envelope, null, false);
_inboundSequenceContext.SetSequence(sequence, true);
_outboundEnvelope = new RawOutboundEnvelope(
new MemoryStream(),
new MessageHeaderCollection
{
new MessageHeader(DefaultMessageHeaders.MessageType, "Something.Xy"),
new MessageHeader(DefaultMessageHeaders.MessageId, "1234")
},
new TestProducerEndpoint("Test"),
null,
new Dictionary <string, string>
{
["offset-out"] = "9"
});
}
