no message

Data/triangle.vert

 layout (location = 0) in vec3 inPos;
 layout (location = 1) in vec3 inColor;
 
-layout (binding = 0) uniform UBO 
+layout (binding = 0) uniform UBOX 
 {
 	mat4 projectionMatrix;
 	mat4 modelMatrix;

TestApp1/TestApp1.cpp

 		DKObject<DKRenderPipelineState> pipelineState = device->CreateRenderPipeline(pipelineDescriptor, &reflection);
 		if (pipelineState)
 		{
-			auto printShaderArg = [](const DKShaderArgument& arg)
+			auto printShaderArg = [](const DKShaderResource& arg)
 			{
 				const char* argType = "Unknown";
 				switch (arg.type)
 				{
-				case DKShaderArgument::TypeBuffer:	argType = "Buffer"; break;
-				case DKShaderArgument::TypeTexture:	argType = "Texture"; break;
-				case DKShaderArgument::TypeSampler:	argType = "Sampler"; break;
-				case DKShaderArgument::TypeThreadgroupMemory:	argType = "ThreadMemory"; break;
+				case DKShaderResource::TypeBuffer:	argType = "Buffer"; break;
+				case DKShaderResource::TypeTexture:	argType = "Texture"; break;
+				case DKShaderResource::TypeSampler:	argType = "Sampler"; break;
+				case DKShaderResource::TypeThreadgroupMemory:	argType = "ThreadMemory"; break;
 				}
 				DKLog("  --> \"%ls\"[%u] binding:%u:%u type:%s", (const wchar_t*)arg.name, uint32_t(arg.count), arg.set, arg.binding, argType);
 			};
-			DKLog("PipelineReflection.VertexArguments: %d", reflection.vertexArguments.Count());
-			for (auto& arg : reflection.vertexArguments)
+			DKLog("PipelineReflection.VertexResources: %d", reflection.vertexResources.Count());
+			for (auto& arg : reflection.vertexResources)
 				printShaderArg(arg);
-			DKLog("PipelineReflection.FragmentArguments: %d", reflection.fragmentArguments.Count());
-			for (auto& arg : reflection.fragmentArguments)
+			DKLog("PipelineReflection.FragmentResources: %d", reflection.fragmentResources.Count());
+			for (auto& arg : reflection.fragmentResources)
 				printShaderArg(arg);
 		}