public TracefileViewModel(ISelectionService selectionService, Tracefile tracefile)
{
_tracefile = tracefile;
_frames = _tracefile.Frames.Select(x => new TracefileFrameViewModel(selectionService, x)).ToList();
}
public TracefileBuilder(
Device device,
int? renderTargetViewID = null, int? renderTargetArrayIndex = null,
int? pixelX = null, int? pixelY = null)
{
_tracefile = new Tracefile();
Func<OperationType, DiagnosticEventHandler> makeHandler = type =>
(sender, e) => LogOperation(type, e.Arguments);
device.CreatingBlendState += makeHandler(OperationType.DeviceCreateBlendState);
device.CreatingBuffer += makeHandler(OperationType.DeviceCreateBuffer);
device.CreatingDepthStencilState += makeHandler(OperationType.DeviceCreateDepthStencilState);
device.CreatingDepthStencilView += makeHandler(OperationType.DeviceCreateDepthStencilView);
device.CreatingGeometryShader += makeHandler(OperationType.DeviceCreateGeometryShader);
device.CreatingInputLayout += makeHandler(OperationType.DeviceCreateInputLayout);
device.CreatingPixelShader += makeHandler(OperationType.DeviceCreatePixelShader);
device.CreatingRasterizerState += makeHandler(OperationType.DeviceCreateRasterizerState);
device.CreatingRenderTargetView += makeHandler(OperationType.DeviceCreateRenderTargetView);
device.CreatingSamplerState += makeHandler(OperationType.DeviceCreateSamplerState);
device.CreatingShaderResourceView += makeHandler(OperationType.DeviceCreateShaderResourceView);
device.CreatingSwapChain += makeHandler(OperationType.DeviceCreateSwapChain);
device.CreatingTexture1D += makeHandler(OperationType.DeviceCreateTexture1D);
device.CreatingTexture2D += makeHandler(OperationType.DeviceCreateTexture2D);
device.CreatingTexture3D += makeHandler(OperationType.DeviceCreateTexture3D);
device.CreatingVertexShader += makeHandler(OperationType.DeviceCreateVertexShader);
var deviceContext = device.ImmediateContext;
deviceContext.ClearingDepthStencilView += makeHandler(OperationType.DeviceContextClearDepthStencilView);
deviceContext.ClearingRenderTargetView += makeHandler(OperationType.DeviceContextClearRenderTargetView);
deviceContext.Drawing += makeHandler(OperationType.DeviceContextDraw);
deviceContext.DrawingIndexed += makeHandler(OperationType.DeviceContextDrawIndexed);
deviceContext.DrawingInstanced += makeHandler(OperationType.DeviceContextDrawInstanced);
deviceContext.GeneratingMips += makeHandler(OperationType.DeviceContextGenerateMips);
deviceContext.Presenting += makeHandler(OperationType.DeviceContextPresent);
deviceContext.SettingBufferData += makeHandler(OperationType.DeviceContextSetBufferData);
deviceContext.SettingTextureData += makeHandler(OperationType.DeviceContextSetTextureData);
var inputAssemblerStage = deviceContext.InputAssembler;
inputAssemblerStage.SettingInputLayout += makeHandler(OperationType.InputAssemblerStageSetInputLayout);
inputAssemblerStage.SettingPrimitiveTopology += makeHandler(OperationType.InputAssemblerStageSetPrimitiveTopology);
inputAssemblerStage.SettingVertexBuffers += makeHandler(OperationType.InputAssemblerStageSetVertexBuffers);
inputAssemblerStage.SettingIndexBuffer += makeHandler(OperationType.InputAssemblerStageSetIndexBuffer);
inputAssemblerStage.ProcessedVertex += (sender, e) =>
{
var lastEvent = _currentFrame.Events.Last();
lastEvent.InputAssemblerOutputs.Add(e.Vertex);
};
var vertexShaderStage = deviceContext.VertexShader;
vertexShaderStage.SettingShader += makeHandler(OperationType.VertexShaderStageSetShader);
vertexShaderStage.SettingConstantBuffers += makeHandler(OperationType.VertexShaderStageSetConstantBuffers);
vertexShaderStage.SettingSamplers += makeHandler(OperationType.VertexShaderStageSetSamplers);
vertexShaderStage.SettingShaderResources += makeHandler(OperationType.VertexShaderStageSetShaderResources);
var geometryShaderStage = deviceContext.GeometryShader;
geometryShaderStage.SettingShader += makeHandler(OperationType.GeometryShaderStageSetShader);
geometryShaderStage.SettingConstantBuffers += makeHandler(OperationType.GeometryShaderStageSetConstantBuffers);
geometryShaderStage.SettingSamplers += makeHandler(OperationType.GeometryShaderStageSetSamplers);
geometryShaderStage.SettingShaderResources += makeHandler(OperationType.GeometryShaderStageSetShaderResources);
var rasterizerStage = deviceContext.Rasterizer;
rasterizerStage.SettingState += makeHandler(OperationType.RasterizerStageSetState);
rasterizerStage.SettingViewports += makeHandler(OperationType.RasterizerStageSetViewports);
var pixelShaderStage = deviceContext.PixelShader;
pixelShaderStage.SettingShader += makeHandler(OperationType.PixelShaderStageSetShader);
pixelShaderStage.SettingConstantBuffers += makeHandler(OperationType.PixelShaderStageSetConstantBuffers);
pixelShaderStage.SettingSamplers += makeHandler(OperationType.PixelShaderStageSetSamplers);
pixelShaderStage.SettingShaderResources += makeHandler(OperationType.PixelShaderStageSetShaderResources);
var outputMergerStage = deviceContext.OutputMerger;
outputMergerStage.SettingDepthStencilState += makeHandler(OperationType.OutputMergerStageSetDepthStencilState);
outputMergerStage.SettingDepthStencilReference += makeHandler(OperationType.OutputMergerStageSetDepthStencilReference);
outputMergerStage.SettingBlendState += makeHandler(OperationType.OutputMergerStageSetBlendState);
outputMergerStage.SettingBlendFactor += makeHandler(OperationType.OutputMergerStageSetBlendFactor);
outputMergerStage.SettingBlendSampleMask += makeHandler(OperationType.OutputMergerStageSetBlendSampleMask);
outputMergerStage.SettingTargets += makeHandler(OperationType.OutputMergerStageSetTargets);
if (pixelX != null && pixelY != null)
{
deviceContext.ClearingRenderTargetView += (sender, e) =>
{
if ((int) e.Arguments[0] != renderTargetViewID)
return;
var color = (Color4) e.Arguments[1];
AddPixelEvent(new SimpleEvent(color.ToNumber4()));
};
// TODO: Can't use this because it only works for the back buffer.
//rasterizerStage.FragmentFilter = (x, y) => x == pixelX.Value && y == pixelY.Value;
outputMergerStage.ProcessedPixel += (sender, e) =>
{
if (e.X != pixelX || e.Y != pixelY || e.RenderTargetArrayIndex != renderTargetArrayIndex)
return;
// TODO: Support multiple render targets.
DepthStencilView depthStencilView; RenderTargetView[] renderTargetViews;
outputMergerStage.GetTargets(out depthStencilView, out renderTargetViews);
if (renderTargetViews[0].ID != renderTargetViewID)
return;
var activeShader = (geometryShaderStage.Shader != null)
? (ShaderBase) geometryShaderStage.Shader
: vertexShaderStage.Shader;
AddPixelEvent(new DrawEvent
{
Vertices = e.Vertices.Select(x => new DrawEventVertex
{
VertexID = x.VertexID,
PreVertexShaderData = MapVertexShaderData(x.InputData, activeShader.Bytecode.InputSignature),
PostVertexShaderData = MapVertexShaderData(x.OutputData, activeShader.Bytecode.OutputSignature)
}).ToArray(),
PrimitiveID = e.PrimitiveID,
X = e.X,
Y = e.Y,
PixelShader = e.PixelShader,
Previous = e.Previous,
Result = e.Result,
ExclusionReason = e.ExclusionReason
});
};
}
}
public TracefileViewerViewModel(ISelectionService selectionService, string fileName, Tracefile tracefile)
{
_selectionService = selectionService;
_selectionService.SelectedEventChanged += OnSelectedEventChanged;
_tracefile = new TracefileViewModel(selectionService, tracefile);
_hasSelectedPixel = false;
DisplayName = Path.GetFileName(fileName);
SelectedFrame = _tracefile.Frames[0];
}
