private void SetUp(OpULessThanEqual op, SpirvInstructionTreeBuilder treeBuilder)
{
ResultType = treeBuilder.ResolveType(op.IdResultType);
Operand1 = treeBuilder.GetNode(op.Operand1);
Operand2 = treeBuilder.GetNode(op.Operand2);
SetUpDecorations(op, treeBuilder);
}
public NestedInstruction(Node node, SpirvInstructionsBuilderBase builder)
{
switch (node.OpCode)
{
case Op.OpAccessChain:
{
var n = (AccessChain)node;
var instruction = new OpAccessChain();
_instruction = instruction;
instruction.Base = builder.Visit(n.Base);
instruction.Indexes = builder.Visit(n.Indexes);
break;
}
case Op.OpInBoundsAccessChain:
{
var n = (InBoundsAccessChain)node;
var instruction = new OpInBoundsAccessChain();
_instruction = instruction;
instruction.Base = builder.Visit(n.Base);
instruction.Indexes = builder.Visit(n.Indexes);
break;
}
case Op.OpPtrAccessChain:
{
var n = (PtrAccessChain)node;
var instruction = new OpPtrAccessChain();
_instruction = instruction;
instruction.Base = builder.Visit(n.Base);
instruction.Element = builder.Visit(n.Element);
instruction.Indexes = builder.Visit(n.Indexes);
break;
}
case Op.OpInBoundsPtrAccessChain:
{
var n = (InBoundsPtrAccessChain)node;
var instruction = new OpInBoundsPtrAccessChain();
_instruction = instruction;
instruction.Base = builder.Visit(n.Base);
instruction.Element = builder.Visit(n.Element);
instruction.Indexes = builder.Visit(n.Indexes);
break;
}
case Op.OpVectorShuffle:
{
var n = (VectorShuffle)node;
var instruction = new OpVectorShuffle();
_instruction = instruction;
instruction.Vector1 = builder.Visit(n.Vector1);
instruction.Vector2 = builder.Visit(n.Vector2);
instruction.Components = builder.Visit(n.Components);
break;
}
case Op.OpCompositeExtract:
{
var n = (CompositeExtract)node;
var instruction = new OpCompositeExtract();
_instruction = instruction;
instruction.Composite = builder.Visit(n.Composite);
instruction.Indexes = builder.Visit(n.Indexes);
break;
}
case Op.OpCompositeInsert:
{
var n = (CompositeInsert)node;
var instruction = new OpCompositeInsert();
_instruction = instruction;
instruction.Object = builder.Visit(n.Object);
instruction.Composite = builder.Visit(n.Composite);
instruction.Indexes = builder.Visit(n.Indexes);
break;
}
case Op.OpConvertFToU:
{
var n = (ConvertFToU)node;
var instruction = new OpConvertFToU();
_instruction = instruction;
instruction.FloatValue = builder.Visit(n.FloatValue);
break;
}
case Op.OpConvertFToS:
{
var n = (ConvertFToS)node;
var instruction = new OpConvertFToS();
_instruction = instruction;
instruction.FloatValue = builder.Visit(n.FloatValue);
break;
}
case Op.OpConvertSToF:
{
var n = (ConvertSToF)node;
var instruction = new OpConvertSToF();
_instruction = instruction;
instruction.SignedValue = builder.Visit(n.SignedValue);
break;
}
case Op.OpConvertUToF:
{
var n = (ConvertUToF)node;
var instruction = new OpConvertUToF();
_instruction = instruction;
instruction.UnsignedValue = builder.Visit(n.UnsignedValue);
break;
}
case Op.OpUConvert:
{
var n = (UConvert)node;
var instruction = new OpUConvert();
_instruction = instruction;
instruction.UnsignedValue = builder.Visit(n.UnsignedValue);
break;
}
case Op.OpSConvert:
{
var n = (SConvert)node;
var instruction = new OpSConvert();
_instruction = instruction;
instruction.SignedValue = builder.Visit(n.SignedValue);
break;
}
case Op.OpFConvert:
{
var n = (FConvert)node;
var instruction = new OpFConvert();
_instruction = instruction;
instruction.FloatValue = builder.Visit(n.FloatValue);
break;
}
case Op.OpQuantizeToF16:
{
var n = (QuantizeToF16)node;
var instruction = new OpQuantizeToF16();
_instruction = instruction;
instruction.Value = builder.Visit(n.Value);
break;
}
case Op.OpConvertPtrToU:
{
var n = (ConvertPtrToU)node;
var instruction = new OpConvertPtrToU();
_instruction = instruction;
instruction.Pointer = builder.Visit(n.Pointer);
break;
}
case Op.OpConvertUToPtr:
{
var n = (ConvertUToPtr)node;
var instruction = new OpConvertUToPtr();
_instruction = instruction;
instruction.IntegerValue = builder.Visit(n.IntegerValue);
break;
}
case Op.OpPtrCastToGeneric:
{
var n = (PtrCastToGeneric)node;
var instruction = new OpPtrCastToGeneric();
_instruction = instruction;
instruction.Pointer = builder.Visit(n.Pointer);
break;
}
case Op.OpGenericCastToPtr:
{
var n = (GenericCastToPtr)node;
var instruction = new OpGenericCastToPtr();
_instruction = instruction;
instruction.Pointer = builder.Visit(n.Pointer);
break;
}
case Op.OpBitcast:
{
var n = (Bitcast)node;
var instruction = new OpBitcast();
_instruction = instruction;
instruction.Operand = builder.Visit(n.Operand);
break;
}
case Op.OpSNegate:
{
var n = (SNegate)node;
var instruction = new OpSNegate();
_instruction = instruction;
instruction.Operand = builder.Visit(n.Operand);
break;
}
case Op.OpFNegate:
{
var n = (FNegate)node;
var instruction = new OpFNegate();
_instruction = instruction;
instruction.Operand = builder.Visit(n.Operand);
break;
}
case Op.OpIAdd:
{
var n = (IAdd)node;
var instruction = new OpIAdd();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpFAdd:
{
var n = (FAdd)node;
var instruction = new OpFAdd();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpISub:
{
var n = (ISub)node;
var instruction = new OpISub();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpFSub:
{
var n = (FSub)node;
var instruction = new OpFSub();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpIMul:
{
var n = (IMul)node;
var instruction = new OpIMul();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpFMul:
{
var n = (FMul)node;
var instruction = new OpFMul();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpUDiv:
{
var n = (UDiv)node;
var instruction = new OpUDiv();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSDiv:
{
var n = (SDiv)node;
var instruction = new OpSDiv();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpFDiv:
{
var n = (FDiv)node;
var instruction = new OpFDiv();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpUMod:
{
var n = (UMod)node;
var instruction = new OpUMod();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSRem:
{
var n = (SRem)node;
var instruction = new OpSRem();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSMod:
{
var n = (SMod)node;
var instruction = new OpSMod();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpFRem:
{
var n = (FRem)node;
var instruction = new OpFRem();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpFMod:
{
var n = (FMod)node;
var instruction = new OpFMod();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpLogicalEqual:
{
var n = (LogicalEqual)node;
var instruction = new OpLogicalEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpLogicalNotEqual:
{
var n = (LogicalNotEqual)node;
var instruction = new OpLogicalNotEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpLogicalOr:
{
var n = (LogicalOr)node;
var instruction = new OpLogicalOr();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpLogicalAnd:
{
var n = (LogicalAnd)node;
var instruction = new OpLogicalAnd();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSelect:
{
var n = (Select)node;
var instruction = new OpSelect();
_instruction = instruction;
instruction.Condition = builder.Visit(n.Condition);
instruction.Object1 = builder.Visit(n.Object1);
instruction.Object2 = builder.Visit(n.Object2);
break;
}
case Op.OpIEqual:
{
var n = (IEqual)node;
var instruction = new OpIEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpINotEqual:
{
var n = (INotEqual)node;
var instruction = new OpINotEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpUGreaterThan:
{
var n = (UGreaterThan)node;
var instruction = new OpUGreaterThan();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSGreaterThan:
{
var n = (SGreaterThan)node;
var instruction = new OpSGreaterThan();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpUGreaterThanEqual:
{
var n = (UGreaterThanEqual)node;
var instruction = new OpUGreaterThanEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSGreaterThanEqual:
{
var n = (SGreaterThanEqual)node;
var instruction = new OpSGreaterThanEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpULessThan:
{
var n = (ULessThan)node;
var instruction = new OpULessThan();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSLessThan:
{
var n = (SLessThan)node;
var instruction = new OpSLessThan();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpULessThanEqual:
{
var n = (ULessThanEqual)node;
var instruction = new OpULessThanEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpSLessThanEqual:
{
var n = (SLessThanEqual)node;
var instruction = new OpSLessThanEqual();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpShiftRightLogical:
{
var n = (ShiftRightLogical)node;
var instruction = new OpShiftRightLogical();
_instruction = instruction;
instruction.Base = builder.Visit(n.Base);
instruction.Shift = builder.Visit(n.Shift);
break;
}
case Op.OpShiftRightArithmetic:
{
var n = (ShiftRightArithmetic)node;
var instruction = new OpShiftRightArithmetic();
_instruction = instruction;
instruction.Base = builder.Visit(n.Base);
instruction.Shift = builder.Visit(n.Shift);
break;
}
case Op.OpShiftLeftLogical:
{
var n = (ShiftLeftLogical)node;
var instruction = new OpShiftLeftLogical();
_instruction = instruction;
instruction.Base = builder.Visit(n.Base);
instruction.Shift = builder.Visit(n.Shift);
break;
}
case Op.OpBitwiseOr:
{
var n = (BitwiseOr)node;
var instruction = new OpBitwiseOr();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpBitwiseXor:
{
var n = (BitwiseXor)node;
var instruction = new OpBitwiseXor();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpBitwiseAnd:
{
var n = (BitwiseAnd)node;
var instruction = new OpBitwiseAnd();
_instruction = instruction;
instruction.Operand1 = builder.Visit(n.Operand1);
instruction.Operand2 = builder.Visit(n.Operand2);
break;
}
case Op.OpNot:
{
var n = (Not)node;
var instruction = new OpNot();
_instruction = instruction;
instruction.Operand = builder.Visit(n.Operand);
break;
}
default:
throw new NotImplementedException(node.OpCode + " is not implemented yet.");
}
}