public void ExecuteAll(OpenGLCommandExecutor executor)
{
int currentBlockIndex = 0;
EntryStorageBlock block = _blocks[currentBlockIndex];
uint currentOffset = 0;
for (uint i = 0; i < _totalEntries; i++)
{
if (currentOffset == block.TotalSize)
{
currentBlockIndex += 1;
block = _blocks[currentBlockIndex];
currentOffset = 0;
}
uint id = Unsafe.Read <byte>(block.BasePtr + currentOffset);
if (id == 0)
{
currentBlockIndex += 1;
block = _blocks[currentBlockIndex];
currentOffset = 0;
id = Unsafe.Read <byte>(block.BasePtr + currentOffset);
}
Debug.Assert(id != 0);
currentOffset++;
byte *entryBasePtr = block.BasePtr + currentOffset;
switch (id)
{
case BeginEntryID:
executor.Begin();
currentOffset += BeginEntrySize;
break;
case ClearColorTargetID:
NoAllocClearColorTargetEntry ccte = Unsafe.ReadUnaligned <NoAllocClearColorTargetEntry>(entryBasePtr);
executor.ClearColorTarget(ccte.Index, ccte.ClearColor);
currentOffset += ClearColorTargetEntrySize;
break;
case ClearDepthTargetID:
NoAllocClearDepthTargetEntry cdte = Unsafe.ReadUnaligned <NoAllocClearDepthTargetEntry>(entryBasePtr);
executor.ClearDepthStencil(cdte.Depth, cdte.Stencil);
currentOffset += ClearDepthTargetEntrySize;
break;
case DrawEntryID:
NoAllocDrawEntry de = Unsafe.ReadUnaligned <NoAllocDrawEntry>(entryBasePtr);
executor.Draw(de.VertexCount, de.InstanceCount, de.VertexStart, de.InstanceStart);
currentOffset += DrawEntrySize;
break;
case DrawIndexedEntryID:
NoAllocDrawIndexedEntry die = Unsafe.ReadUnaligned <NoAllocDrawIndexedEntry>(entryBasePtr);
executor.DrawIndexed(die.IndexCount, die.InstanceCount, die.IndexStart, die.VertexOffset, die.InstanceStart);
currentOffset += DrawIndexedEntrySize;
break;
case DrawIndirectEntryID:
NoAllocDrawIndirectEntry drawIndirectEntry = Unsafe.ReadUnaligned <NoAllocDrawIndirectEntry>(entryBasePtr);
executor.DrawIndirect(
drawIndirectEntry.IndirectBuffer.Get(_resourceList),
drawIndirectEntry.Offset,
drawIndirectEntry.DrawCount,
drawIndirectEntry.Stride);
currentOffset += DrawIndirectEntrySize;
break;
case DrawIndexedIndirectEntryID:
NoAllocDrawIndexedIndirectEntry diie = Unsafe.ReadUnaligned <NoAllocDrawIndexedIndirectEntry>(entryBasePtr);
executor.DrawIndexedIndirect(diie.IndirectBuffer.Get(_resourceList), diie.Offset, diie.DrawCount, diie.Stride);
currentOffset += DrawIndexedIndirectEntrySize;
break;
case DispatchEntryID:
NoAllocDispatchEntry dispatchEntry = Unsafe.ReadUnaligned <NoAllocDispatchEntry>(entryBasePtr);
executor.Dispatch(dispatchEntry.GroupCountX, dispatchEntry.GroupCountY, dispatchEntry.GroupCountZ);
currentOffset += DispatchEntrySize;
break;
case DispatchIndirectEntryID:
NoAllocDispatchIndirectEntry dispatchIndir = Unsafe.ReadUnaligned <NoAllocDispatchIndirectEntry>(entryBasePtr);
executor.DispatchIndirect(dispatchIndir.IndirectBuffer.Get(_resourceList), dispatchIndir.Offset);
currentOffset += DispatchIndirectEntrySize;
break;
case EndEntryID:
executor.End();
currentOffset += EndEntrySize;
break;
case SetFramebufferEntryID:
NoAllocSetFramebufferEntry sfbe = Unsafe.ReadUnaligned <NoAllocSetFramebufferEntry>(entryBasePtr);
executor.SetFramebuffer(sfbe.Framebuffer.Get(_resourceList));
currentOffset += SetFramebufferEntrySize;
break;
case SetIndexBufferEntryID:
NoAllocSetIndexBufferEntry sibe = Unsafe.ReadUnaligned <NoAllocSetIndexBufferEntry>(entryBasePtr);
executor.SetIndexBuffer(sibe.Buffer.Get(_resourceList), sibe.Format, sibe.Offset);
currentOffset += SetIndexBufferEntrySize;
break;
case SetPipelineEntryID:
NoAllocSetPipelineEntry spe = Unsafe.ReadUnaligned <NoAllocSetPipelineEntry>(entryBasePtr);
executor.SetPipeline(spe.Pipeline.Get(_resourceList));
currentOffset += SetPipelineEntrySize;
break;
case SetResourceSetEntryID:
NoAllocSetResourceSetEntry srse = Unsafe.ReadUnaligned <NoAllocSetResourceSetEntry>(entryBasePtr);
ResourceSet rs = srse.ResourceSet.Get(_resourceList);
uint * dynamicOffsetsPtr = srse.DynamicOffsetCount > NoAllocSetResourceSetEntry.MaxInlineDynamicOffsets
? (uint *)srse.DynamicOffsets_Block.Data
: srse.DynamicOffsets_Inline;
if (srse.IsGraphics)
{
executor.SetGraphicsResourceSet(
srse.Slot,
rs,
srse.DynamicOffsetCount,
ref Unsafe.AsRef <uint>(dynamicOffsetsPtr));
}
else
{
executor.SetComputeResourceSet(
srse.Slot,
rs,
srse.DynamicOffsetCount,
ref Unsafe.AsRef <uint>(dynamicOffsetsPtr));
}
currentOffset += SetResourceSetEntrySize;
break;
case SetScissorRectEntryID:
NoAllocSetScissorRectEntry ssre = Unsafe.ReadUnaligned <NoAllocSetScissorRectEntry>(entryBasePtr);
executor.SetScissorRect(ssre.Index, ssre.X, ssre.Y, ssre.Width, ssre.Height);
currentOffset += SetScissorRectEntrySize;
break;
case SetVertexBufferEntryID:
NoAllocSetVertexBufferEntry svbe = Unsafe.ReadUnaligned <NoAllocSetVertexBufferEntry>(entryBasePtr);
executor.SetVertexBuffer(svbe.Index, svbe.Buffer.Get(_resourceList), svbe.Offset);
currentOffset += SetVertexBufferEntrySize;
break;
case SetViewportEntryID:
NoAllocSetViewportEntry svpe = Unsafe.ReadUnaligned <NoAllocSetViewportEntry>(entryBasePtr);
executor.SetViewport(svpe.Index, ref svpe.Viewport);
currentOffset += SetViewportEntrySize;
break;
case UpdateBufferEntryID:
NoAllocUpdateBufferEntry ube = Unsafe.ReadUnaligned <NoAllocUpdateBufferEntry>(entryBasePtr);
byte *dataPtr = (byte *)ube.StagingBlock.Data;
executor.UpdateBuffer(
ube.Buffer.Get(_resourceList),
ube.BufferOffsetInBytes,
(IntPtr)dataPtr, ube.StagingBlockSize);
currentOffset += UpdateBufferEntrySize;
break;
case CopyBufferEntryID:
NoAllocCopyBufferEntry cbe = Unsafe.ReadUnaligned <NoAllocCopyBufferEntry>(entryBasePtr);
executor.CopyBuffer(
cbe.Source.Get(_resourceList),
cbe.SourceOffset,
cbe.Destination.Get(_resourceList),
cbe.DestinationOffset,
cbe.SizeInBytes);
currentOffset += CopyBufferEntrySize;
break;
case CopyTextureEntryID:
NoAllocCopyTextureEntry cte = Unsafe.ReadUnaligned <NoAllocCopyTextureEntry>(entryBasePtr);
executor.CopyTexture(
cte.Source.Get(_resourceList),
cte.SrcX, cte.SrcY, cte.SrcZ,
cte.SrcMipLevel,
cte.SrcBaseArrayLayer,
cte.Destination.Get(_resourceList),
cte.DstX, cte.DstY, cte.DstZ,
cte.DstMipLevel,
cte.DstBaseArrayLayer,
cte.Width, cte.Height, cte.Depth,
cte.LayerCount);
currentOffset += CopyTextureEntrySize;
break;
case ResolveTextureEntryID:
NoAllocResolveTextureEntry rte = Unsafe.ReadUnaligned <NoAllocResolveTextureEntry>(entryBasePtr);
executor.ResolveTexture(rte.Source.Get(_resourceList), rte.Destination.Get(_resourceList));
currentOffset += ResolveTextureEntrySize;
break;
case GenerateMipmapsEntryID:
NoAllocGenerateMipmapsEntry gme = Unsafe.ReadUnaligned <NoAllocGenerateMipmapsEntry>(entryBasePtr);
executor.GenerateMipmaps(gme.Texture.Get(_resourceList));
currentOffset += GenerateMipmapsEntrySize;
break;
case PushDebugGroupEntryID:
NoAllocPushDebugGroupEntry pdge = Unsafe.ReadUnaligned <NoAllocPushDebugGroupEntry>(entryBasePtr);
executor.PushDebugGroup(pdge.Name.Get(_resourceList));
currentOffset += PushDebugGroupEntrySize;
break;
case PopDebugGroupEntryID:
executor.PopDebugGroup();
currentOffset += PopDebugGroupEntrySize;
break;
case InsertDebugMarkerEntryID:
NoAllocInsertDebugMarkerEntry idme = Unsafe.ReadUnaligned <NoAllocInsertDebugMarkerEntry>(entryBasePtr);
executor.InsertDebugMarker(idme.Name.Get(_resourceList));
currentOffset += InsertDebugMarkerEntrySize;
break;
default:
throw new InvalidOperationException("Invalid entry ID: " + id);
}
}
}
public unsafe void ExecuteAll(OpenGLCommandExecutor executor)
{
foreach (OpenGLCommandEntry entry in _commands)
{
switch (entry)
{
case BeginEntry be:
executor.Begin();
_beginEntryPool.Return(be);
break;
case ClearColorTargetEntry ccte:
executor.ClearColorTarget(ccte.Index, ccte.ClearColor);
_clearColorTargetEntryPool.Return(ccte);
break;
case ClearDepthTargetEntry cdte:
executor.ClearDepthTarget(cdte.Depth);
_clearDepthTargetEntryPool.Return(cdte);
break;
case DrawEntry de:
executor.Draw(de.VertexCount, de.InstanceCount, de.VertexStart, de.InstanceStart);
_drawEntryPool.Return(de);
break;
case DrawIndexedEntry die:
executor.DrawIndexed(die.IndexCount, die.InstanceCount, die.IndexStart, die.VertexOffset, die.InstanceCount);
_drawIndexedEntryPool.Return(die);
break;
case DrawIndirectEntry dInd:
executor.DrawIndirect(dInd.IndirectBuffer, dInd.Offset, dInd.DrawCount, dInd.Stride);
_drawIndirectEntryPool.Return(dInd);
break;
case DrawIndexedIndirectEntry dIdxInd:
executor.DrawIndexedIndirect(dIdxInd.IndirectBuffer, dIdxInd.Offset, dIdxInd.DrawCount, dIdxInd.Stride);
_drawIndexedIndirectEntryPool.Return(dIdxInd);
break;
case DispatchEntry dispatchEntry:
executor.Dispatch(dispatchEntry.GroupCountX, dispatchEntry.GroupCountY, dispatchEntry.GroupCountZ);
_dispatchEntryPool.Return(dispatchEntry);
break;
case DispatchIndirectEntry dispInd:
executor.DispatchIndirect(dispInd.IndirectBuffer, dispInd.Offset);
_dispatchIndirectEntryPool.Return(dispInd);
break;
case EndEntry ee:
executor.End();
_endEntryPool.Return(ee);
break;
case SetFramebufferEntry sfbe:
executor.SetFramebuffer(sfbe.Framebuffer);
_setFramebufferEntryPool.Return(sfbe);
break;
case SetIndexBufferEntry sibe:
executor.SetIndexBuffer(sibe.Buffer, sibe.Format);
_setIndexBufferEntryPool.Return(sibe);
break;
case SetPipelineEntry spe:
executor.SetPipeline(spe.Pipeline);
_setPipelineEntryPool.Return(spe);
break;
case SetGraphicsResourceSetEntry sgrse:
executor.SetGraphicsResourceSet(sgrse.Slot, sgrse.ResourceSet);
_setGraphicsResourceSetEntryPool.Return(sgrse);
break;
case SetComputeResourceSetEntry scrse:
executor.SetComputeResourceSet(scrse.Slot, scrse.ResourceSet);
_setComputeResourceSetEntryPool.Return(scrse);
break;
case SetScissorRectEntry ssre:
executor.SetScissorRect(ssre.Index, ssre.X, ssre.Y, ssre.Width, ssre.Height);
_setScissorRectEntryPool.Return(ssre);
break;
case SetVertexBufferEntry svbe:
executor.SetVertexBuffer(svbe.Index, svbe.Buffer);
_setVertexBufferEntryPool.Return(svbe);
break;
case SetViewportEntry sve:
executor.SetViewport(sve.Index, ref sve.Viewport);
_setViewportEntryPool.Return(sve);
break;
case UpdateBufferEntry ube:
fixed(byte *dataPtr = &ube.StagingBlock.Array[0])
{
executor.UpdateBuffer(
ube.Buffer,
ube.BufferOffsetInBytes,
(IntPtr)dataPtr,
ube.StagingBlock.SizeInBytes);
ube.StagingBlock.Free();
_updateBufferEntryPool.Return(ube);
}
break;
case UpdateTextureEntry ute:
fixed(byte *dataPtr = &ute.StagingBlock.Array[0])
{
executor.UpdateTexture(
ute.Texture,
(IntPtr)dataPtr,
ute.X,
ute.Y,
ute.Z,
ute.Width,
ute.Height,
ute.Depth,
ute.MipLevel,
ute.ArrayLayer);
_updateTextureEntryPool.Return(ute);
}
ute.StagingBlock.Free();
break;
case UpdateTextureCubeEntry utce:
fixed(byte *dataPtr = &utce.StagingBlock.Array[0])
{
executor.UpdateTextureCube(
utce.TextureCube,
(IntPtr)dataPtr,
utce.Face,
utce.X,
utce.Y,
utce.Width,
utce.Height,
utce.MipLevel,
utce.ArrayLayer);
utce.StagingBlock.Free();
_updateTextureCubeEntryPool.Return(utce);
}
break;
case ResolveTextureEntry rte:
executor.ResolveTexture(rte.Source, rte.Destination);
_resolveTextureEntryPool.Return(rte);
break;
default:
throw new InvalidOperationException("Command type not handled: " + executor.GetType().Name);
}
}
}
public void ExecuteAll(OpenGLCommandExecutor executor)
{
int currentBlockIndex = 0;
EntryStorageBlock block = _blocks[currentBlockIndex];
uint currentOffset = 0;
for (uint i = 0; i < _totalEntries; i++)
{
if (currentOffset == block.TotalSize)
{
currentBlockIndex += 1;
block = _blocks[currentBlockIndex];
currentOffset = 0;
}
uint id = Unsafe.Read <byte>(block.BasePtr + currentOffset);
if (id == 0)
{
currentBlockIndex += 1;
block = _blocks[currentBlockIndex];
currentOffset = 0;
id = Unsafe.Read <byte>(block.BasePtr + currentOffset);
}
Debug.Assert(id != 0);
currentOffset += 1;
byte *entryBasePtr = block.BasePtr + currentOffset;
switch (id)
{
case BeginEntryID:
executor.Begin();
currentOffset += BeginEntrySize;
break;
case ClearColorTargetID:
ref NoAllocClearColorTargetEntry ccte = ref Unsafe.AsRef <NoAllocClearColorTargetEntry>(entryBasePtr);
executor.ClearColorTarget(ccte.Index, ccte.ClearColor);
currentOffset += ClearColorTargetEntrySize;
break;
case ClearDepthTargetID:
ref NoAllocClearDepthTargetEntry cdte = ref Unsafe.AsRef <NoAllocClearDepthTargetEntry>(entryBasePtr);
executor.ClearDepthTarget(cdte.Depth);
currentOffset += ClearDepthTargetEntrySize;
break;
case DrawEntryID:
ref NoAllocDrawEntry de = ref Unsafe.AsRef <NoAllocDrawEntry>(entryBasePtr);
executor.Draw(de.IndexCount, de.InstanceCount, de.IndexStart, de.VertexOffset, de.InstanceCount);
currentOffset += DrawEntrySize;
break;
case EndEntryID:
executor.End();
currentOffset += EndEntrySize;
break;
case SetFramebufferEntryID:
ref NoAllocSetFramebufferEntry sfbe = ref Unsafe.AsRef <NoAllocSetFramebufferEntry>(entryBasePtr);
executor.SetFramebuffer(sfbe.Framebuffer);
currentOffset += SetFramebufferEntrySize;
break;
case SetIndexBufferEntryID:
ref NoAllocSetIndexBufferEntry sibe = ref Unsafe.AsRef <NoAllocSetIndexBufferEntry>(entryBasePtr);
executor.SetIndexBuffer(sibe.IndexBuffer.Item);
currentOffset += SetIndexBufferEntrySize;
break;
case SetPipelineEntryID:
ref NoAllocSetPipelineEntry spe = ref Unsafe.AsRef <NoAllocSetPipelineEntry>(entryBasePtr);
executor.SetPipeline(spe.Pipeline);
currentOffset += SetPipelineEntrySize;
break;
case SetResourceSetEntryID:
ref NoAllocSetResourceSetEntry srse = ref Unsafe.AsRef <NoAllocSetResourceSetEntry>(entryBasePtr);
executor.SetResourceSet(srse.Slot, srse.ResourceSet);
currentOffset += SetResourceSetEntrySize;
break;
case SetScissorRectEntryID:
ref NoAllocSetScissorRectEntry ssre = ref Unsafe.AsRef <NoAllocSetScissorRectEntry>(entryBasePtr);
executor.SetScissorRect(ssre.Index, ssre.X, ssre.Y, ssre.Width, ssre.Height);
currentOffset += SetScissorRectEntrySize;
break;
case SetVertexBufferEntryID:
ref NoAllocSetVertexBufferEntry svbe = ref Unsafe.AsRef <NoAllocSetVertexBufferEntry>(entryBasePtr);
executor.SetVertexBuffer(svbe.Index, svbe.VertexBuffer.Item);
currentOffset += SetVertexBufferEntrySize;
break;
case SetViewportEntryID:
ref NoAllocSetViewportEntry svpe = ref Unsafe.AsRef <NoAllocSetViewportEntry>(entryBasePtr);
executor.SetViewport(svpe.Index, ref svpe.Viewport);
currentOffset += SetViewportEntrySize;
break;
case UpdateBufferEntryID:
ref NoAllocUpdateBufferEntry ube = ref Unsafe.AsRef <NoAllocUpdateBufferEntry>(entryBasePtr);
executor.UpdateBuffer(
ube.Buffer.Item,
ube.BufferOffsetInBytes,
new StagingBlock(ube.StagingBlock.Array, ube.StagingBlock.SizeInBytes, _memoryPool));
currentOffset += UpdateBufferEntrySize;
break;
case UpdateTextureEntryID:
ref NoAllocUpdateTextureEntry ute = ref Unsafe.AsRef <NoAllocUpdateTextureEntry>(entryBasePtr);
executor.UpdateTexture(
ute.Texture,
new StagingBlock(ute.StagingBlock.Array, ute.StagingBlock.SizeInBytes, _memoryPool),
ute.X,
ute.Y,
ute.Z,
ute.Width,
ute.Height,
ute.Depth,
ute.MipLevel,
ute.ArrayLayer);
currentOffset += UpdateTextureEntrySize;
break;
case UpdateTextureCubeEntryID:
ref NoAllocUpdateTextureCubeEntry utce = ref Unsafe.AsRef <NoAllocUpdateTextureCubeEntry>(entryBasePtr);
executor.UpdateTextureCube(
utce.Texture,
new StagingBlock(utce.StagingBlock.Array, utce.StagingBlock.SizeInBytes, _memoryPool),
utce.Face,
utce.X,
utce.Y,
utce.Width,
utce.Height,
utce.MipLevel,
utce.ArrayLayer);
currentOffset += UpdateTextureCubeEntrySize;
break;
default:
throw new InvalidOperationException("Invalid entry ID: " + id);
}
}
}
public void ExecuteAll(OpenGLCommandExecutor executor)
{
foreach (OpenGLCommandEntry entry in _commands)
{
switch (entry)
{
case BeginEntry be:
executor.Begin();
_beginEntryPool.Return(be);
break;
case ClearColorTargetEntry ccte:
executor.ClearColorTarget(ccte.Index, ccte.ClearColor);
_clearColorTargetEntryPool.Return(ccte);
break;
case ClearDepthTargetEntry cdte:
executor.ClearDepthTarget(cdte.Depth);
_clearDepthTargetEntryPool.Return(cdte);
break;
case DrawEntry de:
executor.Draw(de.IndexCount, de.InstanceCount, de.IndexStart, de.VertexOffset, de.InstanceCount);
_drawEntryPool.Return(de);
break;
case EndEntry ee:
executor.End();
_endEntryPool.Return(ee);
break;
case SetFramebufferEntry sfbe:
executor.SetFramebuffer(sfbe.Framebuffer);
_setFramebufferEntryPool.Return(sfbe);
break;
case SetIndexBufferEntry sibe:
executor.SetIndexBuffer(sibe.IndexBuffer);
_setIndexBufferEntryPool.Return(sibe);
break;
case SetPipelineEntry spe:
executor.SetPipeline(spe.Pipeline);
_setPipelineEntryPool.Return(spe);
break;
case SetResourceSetEntry srse:
executor.SetResourceSet(srse.Slot, srse.ResourceSet);
_setResourceSetEntryPool.Return(srse);
break;
case SetScissorRectEntry ssre:
executor.SetScissorRect(ssre.Index, ssre.X, ssre.Y, ssre.Width, ssre.Height);
_setScissorRectEntryPool.Return(ssre);
break;
case SetVertexBufferEntry svbe:
executor.SetVertexBuffer(svbe.Index, svbe.VertexBuffer);
_setVertexBufferEntryPool.Return(svbe);
break;
case SetViewportEntry sve:
executor.SetViewport(sve.Index, ref sve.Viewport);
_setViewportEntryPool.Return(sve);
break;
case UpdateBufferEntry ube:
executor.UpdateBuffer(ube.Buffer, ube.BufferOffsetInBytes, ube.StagingBlock);
_updateBufferEntryPool.Return(ube);
break;
case UpdateTextureEntry ute:
executor.UpdateTexture(
ute.Texture,
ute.StagingBlock,
ute.X,
ute.Y,
ute.Z,
ute.Width,
ute.Height,
ute.Depth,
ute.MipLevel,
ute.ArrayLayer);
_updateTextureEntryPool.Return(ute);
break;
case UpdateTextureCubeEntry utce:
executor.UpdateTextureCube(
utce.TextureCube,
utce.StagingBlock,
utce.Face,
utce.X,
utce.Y,
utce.Width,
utce.Height,
utce.MipLevel,
utce.ArrayLayer);
_updateTextureCubeEntryPool.Return(utce);
break;
default:
throw new InvalidOperationException("Command type not handled: " + executor.GetType().Name);
}
}
}