public BoundUserDefinedConditionalLogicalOperator(
CSharpSyntaxNode syntax,
BinaryOperatorKind operatorKind,
BoundExpression left,
BoundExpression right,
MethodSymbol logicalOperator,
MethodSymbol trueOperator,
MethodSymbol falseOperator,
LookupResultKind resultKind,
ImmutableArray <MethodSymbol> originalUserDefinedOperatorsOpt,
TypeSymbol type,
bool hasErrors = false)
: this(
syntax,
operatorKind,
left,
right,
logicalOperator,
trueOperator,
falseOperator,
resultKind,
type,
hasErrors)
{
Debug.Assert(operatorKind.IsUserDefined() && operatorKind.IsLogical());
this.OriginalUserDefinedOperatorsOpt = originalUserDefinedOperatorsOpt;
}
public static BinaryOperatorKind OpKind(BinaryOperatorKind kind, TypeSymbol left, TypeSymbol right)
{
int leftIndex = left.TypeToIndex();
if (leftIndex < 0)
{
return(BinaryOperatorKind.Error);
}
int rightIndex = right.TypeToIndex();
if (rightIndex < 0)
{
return(BinaryOperatorKind.Error);
}
var result = BinaryOperatorKind.Error;
// kind.OperatorIndex() collapses '&' and '&&' (and '|' and '||'). To correct
// this problem, we handle kinds satisfying IsLogical() separately. Fortunately,
// such operators only work on boolean types, so there's no need to write out
// a whole new table.
//
// Example: int & int is legal, but int && int is not, so we can't use the same
// table for both operators.
if (!kind.IsLogical() || (leftIndex == (int)BinaryOperatorKind.Bool && rightIndex == (int)BinaryOperatorKind.Bool))
{
result = s_opkind[kind.OperatorIndex()][leftIndex, rightIndex];
}
return(result == BinaryOperatorKind.Error ? result : result | kind);
}
private static string GetBinaryOperatorName(BinaryOperatorKind opKind, out bool isChecked, out bool isLifted, out bool requiresLifted)
{
isChecked = opKind.IsChecked();
isLifted = opKind.IsLifted();
requiresLifted = opKind.IsComparison();
switch (opKind.Operator())
{
case BinaryOperatorKind.Addition: return(isChecked ? "AddChecked" : "Add");
case BinaryOperatorKind.Multiplication: return(isChecked ? "MultiplyChecked" : "Multiply");
case BinaryOperatorKind.Subtraction: return(isChecked ? "SubtractChecked" : "Subtract");
case BinaryOperatorKind.Division: return("Divide");
case BinaryOperatorKind.Remainder: return("Modulo");
case BinaryOperatorKind.And: return(opKind.IsLogical() ? "AndAlso" : "And");
case BinaryOperatorKind.Xor: return("ExclusiveOr");
case BinaryOperatorKind.Or: return(opKind.IsLogical() ? "OrElse" : "Or");
case BinaryOperatorKind.LeftShift: return("LeftShift");
case BinaryOperatorKind.RightShift: return("RightShift");
case BinaryOperatorKind.Equal: return("Equal");
case BinaryOperatorKind.NotEqual: return("NotEqual");
case BinaryOperatorKind.LessThan: return("LessThan");
case BinaryOperatorKind.LessThanOrEqual: return("LessThanOrEqual");
case BinaryOperatorKind.GreaterThan: return("GreaterThan");
case BinaryOperatorKind.GreaterThanOrEqual: return("GreaterThanOrEqual");
default:
throw ExceptionUtilities.UnexpectedValue(opKind.Operator());
}
}
internal LoweredDynamicOperation MakeDynamicBinaryOperator(
BinaryOperatorKind operatorKind,
BoundExpression loweredLeft,
BoundExpression loweredRight,
bool isCompoundAssignment,
TypeSymbol resultType)
{
Debug.Assert(operatorKind.IsDynamic());
_factory.Syntax = loweredLeft.Syntax;
CSharpBinderFlags binderFlags = 0;
if (operatorKind.IsChecked())
{
binderFlags |= CSharpBinderFlags.CheckedContext;
}
if (operatorKind.IsLogical())
{
binderFlags |= CSharpBinderFlags.BinaryOperationLogical;
}
var loweredArguments = ImmutableArray.Create <BoundExpression>(loweredLeft, loweredRight);
MethodSymbol argumentInfoFactory = GetArgumentInfoFactory();
var binderConstruction = ((object)argumentInfoFactory != null) ? MakeBinderConstruction(WellKnownMember.Microsoft_CSharp_RuntimeBinder_Binder__BinaryOperation, new[]
{
// flags:
_factory.Literal((int)binderFlags),
// expression type:
_factory.Literal((int)operatorKind.ToExpressionType(isCompoundAssignment)),
// context:
_factory.TypeofDynamicOperationContextType(),
// argument infos:
MakeCallSiteArgumentInfos(argumentInfoFactory, loweredArguments)
}) : null;
return(MakeDynamicOperation(binderConstruction, null, RefKind.None, loweredArguments, default(ImmutableArray <RefKind>), null, resultType));
}
private BoundExpression LowerUserDefinedBinaryOperator(
CSharpSyntaxNode syntax,
BinaryOperatorKind operatorKind,
BoundExpression loweredLeft,
BoundExpression loweredRight,
TypeSymbol type,
MethodSymbol method)
{
Debug.Assert(!operatorKind.IsLogical());
if (operatorKind.IsLifted())
{
return RewriteLiftedBinaryOperator(syntax, operatorKind, loweredLeft, loweredRight, type, method);
}
// Otherwise, nothing special here.
Debug.Assert((object)method != null);
Debug.Assert(method.ReturnType == type);
return BoundCall.Synthesized(syntax, null, method, loweredLeft, loweredRight);
}
private BoundExpression MakeBinaryOperator(
BoundBinaryOperator oldNode,
CSharpSyntaxNode syntax,
BinaryOperatorKind operatorKind,
BoundExpression loweredLeft,
BoundExpression loweredRight,
TypeSymbol type,
MethodSymbol method,
bool isPointerElementAccess = false,
bool isCompoundAssignment = false,
BoundUnaryOperator applyParentUnaryOperator = null)
{
Debug.Assert(oldNode == null || (oldNode.Syntax == syntax));
if (_inExpressionLambda)
{
switch (operatorKind.Operator() | operatorKind.OperandTypes())
{
case BinaryOperatorKind.ObjectAndStringConcatenation:
case BinaryOperatorKind.StringAndObjectConcatenation:
case BinaryOperatorKind.StringConcatenation:
return RewriteStringConcatenation(syntax, operatorKind, loweredLeft, loweredRight, type);
case BinaryOperatorKind.DelegateCombination:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__Combine);
case BinaryOperatorKind.DelegateRemoval:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__Remove);
case BinaryOperatorKind.DelegateEqual:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__op_Equality);
case BinaryOperatorKind.DelegateNotEqual:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__op_Inequality);
}
}
else
// try to lower the expression.
{
if (operatorKind.IsDynamic())
{
Debug.Assert(!isPointerElementAccess);
if (operatorKind.IsLogical())
{
return MakeDynamicLogicalBinaryOperator(syntax, operatorKind, loweredLeft, loweredRight, method, type, isCompoundAssignment, applyParentUnaryOperator);
}
else
{
Debug.Assert((object)method == null);
return _dynamicFactory.MakeDynamicBinaryOperator(operatorKind, loweredLeft, loweredRight, isCompoundAssignment, type).ToExpression();
}
}
if (operatorKind.IsLifted())
{
return RewriteLiftedBinaryOperator(syntax, operatorKind, loweredLeft, loweredRight, type, method);
}
if (operatorKind.IsUserDefined())
{
return LowerUserDefinedBinaryOperator(syntax, operatorKind, loweredLeft, loweredRight, type, method);
}
switch (operatorKind.OperatorWithLogical() | operatorKind.OperandTypes())
{
case BinaryOperatorKind.NullableNullEqual:
case BinaryOperatorKind.NullableNullNotEqual:
return RewriteNullableNullEquality(syntax, operatorKind, loweredLeft, loweredRight, type);
case BinaryOperatorKind.ObjectAndStringConcatenation:
case BinaryOperatorKind.StringAndObjectConcatenation:
case BinaryOperatorKind.StringConcatenation:
return RewriteStringConcatenation(syntax, operatorKind, loweredLeft, loweredRight, type);
case BinaryOperatorKind.StringEqual:
return RewriteStringEquality(oldNode, syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_String__op_Equality);
case BinaryOperatorKind.StringNotEqual:
return RewriteStringEquality(oldNode, syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_String__op_Inequality);
case BinaryOperatorKind.DelegateCombination:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__Combine);
case BinaryOperatorKind.DelegateRemoval:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__Remove);
case BinaryOperatorKind.DelegateEqual:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__op_Equality);
case BinaryOperatorKind.DelegateNotEqual:
return RewriteDelegateOperation(syntax, operatorKind, loweredLeft, loweredRight, type, SpecialMember.System_Delegate__op_Inequality);
case BinaryOperatorKind.LogicalBoolAnd:
if (loweredRight.ConstantValue == ConstantValue.True) return loweredLeft;
if (loweredLeft.ConstantValue == ConstantValue.True) return loweredRight;
if (loweredLeft.ConstantValue == ConstantValue.False) return loweredLeft;
if (loweredRight.Kind == BoundKind.Local || loweredRight.Kind == BoundKind.Parameter)
{
operatorKind &= ~BinaryOperatorKind.Logical;
}
goto default;
case BinaryOperatorKind.LogicalBoolOr:
if (loweredRight.ConstantValue == ConstantValue.False) return loweredLeft;
if (loweredLeft.ConstantValue == ConstantValue.False) return loweredRight;
if (loweredLeft.ConstantValue == ConstantValue.True) return loweredLeft;
if (loweredRight.Kind == BoundKind.Local || loweredRight.Kind == BoundKind.Parameter)
{
operatorKind &= ~BinaryOperatorKind.Logical;
}
goto default;
case BinaryOperatorKind.BoolAnd:
if (loweredRight.ConstantValue == ConstantValue.True) return loweredLeft;
if (loweredLeft.ConstantValue == ConstantValue.True) return loweredRight;
goto default;
case BinaryOperatorKind.BoolOr:
if (loweredRight.ConstantValue == ConstantValue.False) return loweredLeft;
if (loweredLeft.ConstantValue == ConstantValue.False) return loweredRight;
goto default;
case BinaryOperatorKind.BoolEqual:
if (loweredLeft.ConstantValue == ConstantValue.True) return loweredRight;
if (loweredRight.ConstantValue == ConstantValue.True) return loweredLeft;
if (loweredLeft.ConstantValue == ConstantValue.False)
return MakeUnaryOperator(UnaryOperatorKind.BoolLogicalNegation, syntax, null, loweredRight, loweredRight.Type);
if (loweredRight.ConstantValue == ConstantValue.False)
return MakeUnaryOperator(UnaryOperatorKind.BoolLogicalNegation, syntax, null, loweredLeft, loweredLeft.Type);
goto default;
case BinaryOperatorKind.BoolNotEqual:
if (loweredLeft.ConstantValue == ConstantValue.False) return loweredRight;
if (loweredRight.ConstantValue == ConstantValue.False) return loweredLeft;
if (loweredLeft.ConstantValue == ConstantValue.True)
return MakeUnaryOperator(UnaryOperatorKind.BoolLogicalNegation, syntax, null, loweredRight, loweredRight.Type);
if (loweredRight.ConstantValue == ConstantValue.True)
return MakeUnaryOperator(UnaryOperatorKind.BoolLogicalNegation, syntax, null, loweredLeft, loweredLeft.Type);
goto default;
case BinaryOperatorKind.BoolXor:
if (loweredLeft.ConstantValue == ConstantValue.False) return loweredRight;
if (loweredRight.ConstantValue == ConstantValue.False) return loweredLeft;
if (loweredLeft.ConstantValue == ConstantValue.True)
return MakeUnaryOperator(UnaryOperatorKind.BoolLogicalNegation, syntax, null, loweredRight, loweredRight.Type);
if (loweredRight.ConstantValue == ConstantValue.True)
return MakeUnaryOperator(UnaryOperatorKind.BoolLogicalNegation, syntax, null, loweredLeft, loweredLeft.Type);
goto default;
case BinaryOperatorKind.IntLeftShift:
case BinaryOperatorKind.UIntLeftShift:
case BinaryOperatorKind.IntRightShift:
case BinaryOperatorKind.UIntRightShift:
return RewriteBuiltInShiftOperation(oldNode, syntax, operatorKind, loweredLeft, loweredRight, type, 0x1F);
case BinaryOperatorKind.LongLeftShift:
case BinaryOperatorKind.ULongLeftShift:
case BinaryOperatorKind.LongRightShift:
case BinaryOperatorKind.ULongRightShift:
return RewriteBuiltInShiftOperation(oldNode, syntax, operatorKind, loweredLeft, loweredRight, type, 0x3F);
case BinaryOperatorKind.DecimalAddition:
case BinaryOperatorKind.DecimalSubtraction:
case BinaryOperatorKind.DecimalMultiplication:
case BinaryOperatorKind.DecimalDivision:
case BinaryOperatorKind.DecimalRemainder:
case BinaryOperatorKind.DecimalEqual:
case BinaryOperatorKind.DecimalNotEqual:
case BinaryOperatorKind.DecimalLessThan:
case BinaryOperatorKind.DecimalLessThanOrEqual:
case BinaryOperatorKind.DecimalGreaterThan:
case BinaryOperatorKind.DecimalGreaterThanOrEqual:
return RewriteDecimalBinaryOperation(syntax, loweredLeft, loweredRight, operatorKind);
case BinaryOperatorKind.PointerAndIntAddition:
case BinaryOperatorKind.PointerAndUIntAddition:
case BinaryOperatorKind.PointerAndLongAddition:
case BinaryOperatorKind.PointerAndULongAddition:
case BinaryOperatorKind.PointerAndIntSubtraction:
case BinaryOperatorKind.PointerAndUIntSubtraction:
case BinaryOperatorKind.PointerAndLongSubtraction:
case BinaryOperatorKind.PointerAndULongSubtraction:
if (loweredRight.IsDefaultValue())
{
return loweredLeft;
}
return RewritePointerNumericOperator(syntax, operatorKind, loweredLeft, loweredRight, type, isPointerElementAccess, isLeftPointer: true);
case BinaryOperatorKind.IntAndPointerAddition:
case BinaryOperatorKind.UIntAndPointerAddition:
case BinaryOperatorKind.LongAndPointerAddition:
case BinaryOperatorKind.ULongAndPointerAddition:
if (loweredLeft.IsDefaultValue())
{
return loweredRight;
}
return RewritePointerNumericOperator(syntax, operatorKind, loweredLeft, loweredRight, type, isPointerElementAccess, isLeftPointer: false);
case BinaryOperatorKind.PointerSubtraction:
return RewritePointerSubtraction(operatorKind, loweredLeft, loweredRight, type);
case BinaryOperatorKind.IntAddition:
case BinaryOperatorKind.UIntAddition:
case BinaryOperatorKind.LongAddition:
case BinaryOperatorKind.ULongAddition:
if (loweredLeft.IsDefaultValue())
{
return loweredRight;
}
if (loweredRight.IsDefaultValue())
{
return loweredLeft;
}
goto default;
case BinaryOperatorKind.IntSubtraction:
case BinaryOperatorKind.LongSubtraction:
case BinaryOperatorKind.UIntSubtraction:
case BinaryOperatorKind.ULongSubtraction:
if (loweredRight.IsDefaultValue())
{
return loweredLeft;
}
goto default;
case BinaryOperatorKind.IntMultiplication:
case BinaryOperatorKind.LongMultiplication:
case BinaryOperatorKind.UIntMultiplication:
case BinaryOperatorKind.ULongMultiplication:
if (loweredLeft.IsDefaultValue())
{
return loweredLeft;
}
if (loweredRight.IsDefaultValue())
{
return loweredRight;
}
if (loweredLeft.ConstantValue?.UInt64Value == 1)
{
return loweredRight;
}
if (loweredRight.ConstantValue?.UInt64Value == 1)
{
return loweredLeft;
}
goto default;
case BinaryOperatorKind.IntGreaterThan:
case BinaryOperatorKind.IntLessThanOrEqual:
if (loweredLeft.Kind == BoundKind.ArrayLength && loweredRight.IsDefaultValue())
{
//array length is never negative
var newOp = operatorKind == BinaryOperatorKind.IntGreaterThan ?
BinaryOperatorKind.NotEqual :
BinaryOperatorKind.Equal;
operatorKind &= ~BinaryOperatorKind.OpMask;
operatorKind |= newOp;
loweredLeft = UnconvertArrayLength((BoundArrayLength)loweredLeft);
}
goto default;
case BinaryOperatorKind.IntLessThan:
case BinaryOperatorKind.IntGreaterThanOrEqual:
if (loweredRight.Kind == BoundKind.ArrayLength && loweredLeft.IsDefaultValue())
{
//array length is never negative
var newOp = operatorKind == BinaryOperatorKind.IntLessThan ?
BinaryOperatorKind.NotEqual :
BinaryOperatorKind.Equal;
operatorKind &= ~BinaryOperatorKind.OpMask;
operatorKind |= newOp;
loweredRight = UnconvertArrayLength((BoundArrayLength)loweredRight);
}
goto default;
case BinaryOperatorKind.IntEqual:
case BinaryOperatorKind.IntNotEqual:
if (loweredLeft.Kind == BoundKind.ArrayLength && loweredRight.IsDefaultValue())
{
loweredLeft = UnconvertArrayLength((BoundArrayLength)loweredLeft);
}
else if (loweredRight.Kind == BoundKind.ArrayLength && loweredLeft.IsDefaultValue())
{
loweredRight = UnconvertArrayLength((BoundArrayLength)loweredRight);
}
goto default;
default:
break;
}
}
return (oldNode != null) ?
oldNode.Update(operatorKind, loweredLeft, loweredRight, oldNode.ConstantValueOpt, oldNode.MethodOpt, oldNode.ResultKind, type) :
new BoundBinaryOperator(syntax, operatorKind, loweredLeft, loweredRight, null, null, LookupResultKind.Viable, type);
}
private string GetBinaryOperatorName(BinaryOperatorKind opKind, out bool isChecked, out bool isLifted, out bool requiresLifted)
{
isChecked = opKind.IsChecked();
isLifted = opKind.IsLifted();
requiresLifted = opKind.IsComparison();
switch (opKind.Operator())
{
case BinaryOperatorKind.Addition: return isChecked ? "AddChecked" : "Add";
case BinaryOperatorKind.Multiplication: return isChecked ? "MultiplyChecked" : "Multiply";
case BinaryOperatorKind.Subtraction: return isChecked ? "SubtractChecked" : "Subtract";
case BinaryOperatorKind.Division: return "Divide";
case BinaryOperatorKind.Remainder: return "Modulo";
case BinaryOperatorKind.And: return opKind.IsLogical() ? "AndAlso" : "And";
case BinaryOperatorKind.Xor: return "ExclusiveOr";
case BinaryOperatorKind.Or: return opKind.IsLogical() ? "OrElse" : "Or";
case BinaryOperatorKind.LeftShift: return "LeftShift";
case BinaryOperatorKind.RightShift: return "RightShift";
case BinaryOperatorKind.Equal: return "Equal";
case BinaryOperatorKind.NotEqual: return "NotEqual";
case BinaryOperatorKind.LessThan: return "LessThan";
case BinaryOperatorKind.LessThanOrEqual: return "LessThanOrEqual";
case BinaryOperatorKind.GreaterThan: return "GreaterThan";
case BinaryOperatorKind.GreaterThanOrEqual: return "GreaterThanOrEqual";
default:
throw ExceptionUtilities.UnexpectedValue(opKind.Operator());
}
}
private BoundExpression BindDynamicBinaryOperator(
BinaryExpressionSyntax node,
BinaryOperatorKind kind,
BoundExpression left,
BoundExpression right,
DiagnosticBag diagnostics)
{
// This method binds binary * / % + - << >> < > <= >= == != & ! ^ && || operators where one or both
// of the operands are dynamic.
Debug.Assert((object)left.Type != null && left.Type.IsDynamic() || (object)right.Type != null && right.Type.IsDynamic());
bool hasError = false;
bool leftValidOperand = IsLegalDynamicOperand(left);
bool rightValidOperand = IsLegalDynamicOperand(right);
if (!leftValidOperand || !rightValidOperand)
{
// Operator '{0}' cannot be applied to operands of type '{1}' and '{2}'
Error(diagnostics, ErrorCode.ERR_BadBinaryOps, node, node.OperatorToken.Text, left.Display, right.Display);
hasError = true;
}
MethodSymbol userDefinedOperator = null;
if (kind.IsLogical() && leftValidOperand)
{
// We need to make sure left is either implicitly convertible to Boolean or has user defined truth operator.
// left && right is lowered to {op_False|op_Implicit}(left) ? left : And(left, right)
// left || right is lowered to {op_True|!op_Implicit}(left) ? left : Or(left, right)
HashSet<DiagnosticInfo> useSiteDiagnostics = null;
if (!IsValidDynamicCondition(left, isNegative: kind == BinaryOperatorKind.LogicalAnd, useSiteDiagnostics: ref useSiteDiagnostics, userDefinedOperator: out userDefinedOperator))
{
// Dev11 reports ERR_MustHaveOpTF. The error was shared between this case and user-defined binary Boolean operators.
// We report two distinct more specific error messages.
Error(diagnostics, ErrorCode.ERR_InvalidDynamicCondition, node.Left, left.Type, kind == BinaryOperatorKind.LogicalAnd ? "false" : "true");
hasError = true;
}
diagnostics.Add(node, useSiteDiagnostics);
}
return new BoundBinaryOperator(
syntax: node,
operatorKind: (hasError ? kind : kind.WithType(BinaryOperatorKind.Dynamic)).WithOverflowChecksIfApplicable(CheckOverflowAtRuntime),
left: left,
right: right,
constantValueOpt: ConstantValue.NotAvailable,
methodOpt: userDefinedOperator,
resultKind: LookupResultKind.Viable,
type: Compilation.DynamicType,
hasErrors: hasError);
}
internal void GetSimpleBuiltInOperators(BinaryOperatorKind kind, ArrayBuilder <BinaryOperatorSignature> operators)
{
if (builtInOperators == null)
{
var logicalOperators = new ImmutableArray <BinaryOperatorSignature>[]
{
ImmutableArray <BinaryOperatorSignature> .Empty, //multiplication
ImmutableArray <BinaryOperatorSignature> .Empty, //addition
ImmutableArray <BinaryOperatorSignature> .Empty, //subtraction
ImmutableArray <BinaryOperatorSignature> .Empty, //division
ImmutableArray <BinaryOperatorSignature> .Empty, //remainder
ImmutableArray <BinaryOperatorSignature> .Empty, //left shift
ImmutableArray <BinaryOperatorSignature> .Empty, //right shift
ImmutableArray <BinaryOperatorSignature> .Empty, //equal
ImmutableArray <BinaryOperatorSignature> .Empty, //not equal
ImmutableArray <BinaryOperatorSignature> .Empty, //greater than
ImmutableArray <BinaryOperatorSignature> .Empty, //less than
ImmutableArray <BinaryOperatorSignature> .Empty, //greater than or equal
ImmutableArray <BinaryOperatorSignature> .Empty, //less than or equal
ImmutableArray.Create <BinaryOperatorSignature>(GetSignature(BinaryOperatorKind.LogicalBoolAnd)), //and
ImmutableArray <BinaryOperatorSignature> .Empty, //xor
ImmutableArray.Create <BinaryOperatorSignature>(GetSignature(BinaryOperatorKind.LogicalBoolOr)), //or
};
var nonLogicalOperators = new ImmutableArray <BinaryOperatorSignature>[]
{
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntMultiplication,
(int)BinaryOperatorKind.UIntMultiplication,
(int)BinaryOperatorKind.LongMultiplication,
(int)BinaryOperatorKind.ULongMultiplication,
(int)BinaryOperatorKind.FloatMultiplication,
(int)BinaryOperatorKind.DoubleMultiplication,
(int)BinaryOperatorKind.DecimalMultiplication,
(int)BinaryOperatorKind.LiftedIntMultiplication,
(int)BinaryOperatorKind.LiftedUIntMultiplication,
(int)BinaryOperatorKind.LiftedLongMultiplication,
(int)BinaryOperatorKind.LiftedULongMultiplication,
(int)BinaryOperatorKind.LiftedFloatMultiplication,
(int)BinaryOperatorKind.LiftedDoubleMultiplication,
(int)BinaryOperatorKind.LiftedDecimalMultiplication,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntAddition,
(int)BinaryOperatorKind.UIntAddition,
(int)BinaryOperatorKind.LongAddition,
(int)BinaryOperatorKind.ULongAddition,
(int)BinaryOperatorKind.FloatAddition,
(int)BinaryOperatorKind.DoubleAddition,
(int)BinaryOperatorKind.DecimalAddition,
(int)BinaryOperatorKind.LiftedIntAddition,
(int)BinaryOperatorKind.LiftedUIntAddition,
(int)BinaryOperatorKind.LiftedLongAddition,
(int)BinaryOperatorKind.LiftedULongAddition,
(int)BinaryOperatorKind.LiftedFloatAddition,
(int)BinaryOperatorKind.LiftedDoubleAddition,
(int)BinaryOperatorKind.LiftedDecimalAddition,
(int)BinaryOperatorKind.StringConcatenation,
(int)BinaryOperatorKind.StringAndObjectConcatenation,
(int)BinaryOperatorKind.ObjectAndStringConcatenation,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntSubtraction,
(int)BinaryOperatorKind.UIntSubtraction,
(int)BinaryOperatorKind.LongSubtraction,
(int)BinaryOperatorKind.ULongSubtraction,
(int)BinaryOperatorKind.FloatSubtraction,
(int)BinaryOperatorKind.DoubleSubtraction,
(int)BinaryOperatorKind.DecimalSubtraction,
(int)BinaryOperatorKind.LiftedIntSubtraction,
(int)BinaryOperatorKind.LiftedUIntSubtraction,
(int)BinaryOperatorKind.LiftedLongSubtraction,
(int)BinaryOperatorKind.LiftedULongSubtraction,
(int)BinaryOperatorKind.LiftedFloatSubtraction,
(int)BinaryOperatorKind.LiftedDoubleSubtraction,
(int)BinaryOperatorKind.LiftedDecimalSubtraction,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntDivision,
(int)BinaryOperatorKind.UIntDivision,
(int)BinaryOperatorKind.LongDivision,
(int)BinaryOperatorKind.ULongDivision,
(int)BinaryOperatorKind.FloatDivision,
(int)BinaryOperatorKind.DoubleDivision,
(int)BinaryOperatorKind.DecimalDivision,
(int)BinaryOperatorKind.LiftedIntDivision,
(int)BinaryOperatorKind.LiftedUIntDivision,
(int)BinaryOperatorKind.LiftedLongDivision,
(int)BinaryOperatorKind.LiftedULongDivision,
(int)BinaryOperatorKind.LiftedFloatDivision,
(int)BinaryOperatorKind.LiftedDoubleDivision,
(int)BinaryOperatorKind.LiftedDecimalDivision,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntRemainder,
(int)BinaryOperatorKind.UIntRemainder,
(int)BinaryOperatorKind.LongRemainder,
(int)BinaryOperatorKind.ULongRemainder,
(int)BinaryOperatorKind.FloatRemainder,
(int)BinaryOperatorKind.DoubleRemainder,
(int)BinaryOperatorKind.DecimalRemainder,
(int)BinaryOperatorKind.LiftedIntRemainder,
(int)BinaryOperatorKind.LiftedUIntRemainder,
(int)BinaryOperatorKind.LiftedLongRemainder,
(int)BinaryOperatorKind.LiftedULongRemainder,
(int)BinaryOperatorKind.LiftedFloatRemainder,
(int)BinaryOperatorKind.LiftedDoubleRemainder,
(int)BinaryOperatorKind.LiftedDecimalRemainder,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntLeftShift,
(int)BinaryOperatorKind.UIntLeftShift,
(int)BinaryOperatorKind.LongLeftShift,
(int)BinaryOperatorKind.ULongLeftShift,
(int)BinaryOperatorKind.LiftedIntLeftShift,
(int)BinaryOperatorKind.LiftedUIntLeftShift,
(int)BinaryOperatorKind.LiftedLongLeftShift,
(int)BinaryOperatorKind.LiftedULongLeftShift,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntRightShift,
(int)BinaryOperatorKind.UIntRightShift,
(int)BinaryOperatorKind.LongRightShift,
(int)BinaryOperatorKind.ULongRightShift,
(int)BinaryOperatorKind.LiftedIntRightShift,
(int)BinaryOperatorKind.LiftedUIntRightShift,
(int)BinaryOperatorKind.LiftedLongRightShift,
(int)BinaryOperatorKind.LiftedULongRightShift,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntEqual,
(int)BinaryOperatorKind.UIntEqual,
(int)BinaryOperatorKind.LongEqual,
(int)BinaryOperatorKind.ULongEqual,
(int)BinaryOperatorKind.FloatEqual,
(int)BinaryOperatorKind.DoubleEqual,
(int)BinaryOperatorKind.DecimalEqual,
(int)BinaryOperatorKind.BoolEqual,
(int)BinaryOperatorKind.LiftedIntEqual,
(int)BinaryOperatorKind.LiftedUIntEqual,
(int)BinaryOperatorKind.LiftedLongEqual,
(int)BinaryOperatorKind.LiftedULongEqual,
(int)BinaryOperatorKind.LiftedFloatEqual,
(int)BinaryOperatorKind.LiftedDoubleEqual,
(int)BinaryOperatorKind.LiftedDecimalEqual,
(int)BinaryOperatorKind.LiftedBoolEqual,
(int)BinaryOperatorKind.ObjectEqual,
(int)BinaryOperatorKind.StringEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntNotEqual,
(int)BinaryOperatorKind.UIntNotEqual,
(int)BinaryOperatorKind.LongNotEqual,
(int)BinaryOperatorKind.ULongNotEqual,
(int)BinaryOperatorKind.FloatNotEqual,
(int)BinaryOperatorKind.DoubleNotEqual,
(int)BinaryOperatorKind.DecimalNotEqual,
(int)BinaryOperatorKind.BoolNotEqual,
(int)BinaryOperatorKind.LiftedIntNotEqual,
(int)BinaryOperatorKind.LiftedUIntNotEqual,
(int)BinaryOperatorKind.LiftedLongNotEqual,
(int)BinaryOperatorKind.LiftedULongNotEqual,
(int)BinaryOperatorKind.LiftedFloatNotEqual,
(int)BinaryOperatorKind.LiftedDoubleNotEqual,
(int)BinaryOperatorKind.LiftedDecimalNotEqual,
(int)BinaryOperatorKind.LiftedBoolNotEqual,
(int)BinaryOperatorKind.ObjectNotEqual,
(int)BinaryOperatorKind.StringNotEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntGreaterThan,
(int)BinaryOperatorKind.UIntGreaterThan,
(int)BinaryOperatorKind.LongGreaterThan,
(int)BinaryOperatorKind.ULongGreaterThan,
(int)BinaryOperatorKind.FloatGreaterThan,
(int)BinaryOperatorKind.DoubleGreaterThan,
(int)BinaryOperatorKind.DecimalGreaterThan,
(int)BinaryOperatorKind.LiftedIntGreaterThan,
(int)BinaryOperatorKind.LiftedUIntGreaterThan,
(int)BinaryOperatorKind.LiftedLongGreaterThan,
(int)BinaryOperatorKind.LiftedULongGreaterThan,
(int)BinaryOperatorKind.LiftedFloatGreaterThan,
(int)BinaryOperatorKind.LiftedDoubleGreaterThan,
(int)BinaryOperatorKind.LiftedDecimalGreaterThan,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntLessThan,
(int)BinaryOperatorKind.UIntLessThan,
(int)BinaryOperatorKind.LongLessThan,
(int)BinaryOperatorKind.ULongLessThan,
(int)BinaryOperatorKind.FloatLessThan,
(int)BinaryOperatorKind.DoubleLessThan,
(int)BinaryOperatorKind.DecimalLessThan,
(int)BinaryOperatorKind.LiftedIntLessThan,
(int)BinaryOperatorKind.LiftedUIntLessThan,
(int)BinaryOperatorKind.LiftedLongLessThan,
(int)BinaryOperatorKind.LiftedULongLessThan,
(int)BinaryOperatorKind.LiftedFloatLessThan,
(int)BinaryOperatorKind.LiftedDoubleLessThan,
(int)BinaryOperatorKind.LiftedDecimalLessThan,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntGreaterThanOrEqual,
(int)BinaryOperatorKind.UIntGreaterThanOrEqual,
(int)BinaryOperatorKind.LongGreaterThanOrEqual,
(int)BinaryOperatorKind.ULongGreaterThanOrEqual,
(int)BinaryOperatorKind.FloatGreaterThanOrEqual,
(int)BinaryOperatorKind.DoubleGreaterThanOrEqual,
(int)BinaryOperatorKind.DecimalGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedIntGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedUIntGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedLongGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedULongGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedFloatGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedDoubleGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedDecimalGreaterThanOrEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntLessThanOrEqual,
(int)BinaryOperatorKind.UIntLessThanOrEqual,
(int)BinaryOperatorKind.LongLessThanOrEqual,
(int)BinaryOperatorKind.ULongLessThanOrEqual,
(int)BinaryOperatorKind.FloatLessThanOrEqual,
(int)BinaryOperatorKind.DoubleLessThanOrEqual,
(int)BinaryOperatorKind.DecimalLessThanOrEqual,
(int)BinaryOperatorKind.LiftedIntLessThanOrEqual,
(int)BinaryOperatorKind.LiftedUIntLessThanOrEqual,
(int)BinaryOperatorKind.LiftedLongLessThanOrEqual,
(int)BinaryOperatorKind.LiftedULongLessThanOrEqual,
(int)BinaryOperatorKind.LiftedFloatLessThanOrEqual,
(int)BinaryOperatorKind.LiftedDoubleLessThanOrEqual,
(int)BinaryOperatorKind.LiftedDecimalLessThanOrEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntAnd,
(int)BinaryOperatorKind.UIntAnd,
(int)BinaryOperatorKind.LongAnd,
(int)BinaryOperatorKind.ULongAnd,
(int)BinaryOperatorKind.BoolAnd,
(int)BinaryOperatorKind.LiftedIntAnd,
(int)BinaryOperatorKind.LiftedUIntAnd,
(int)BinaryOperatorKind.LiftedLongAnd,
(int)BinaryOperatorKind.LiftedULongAnd,
(int)BinaryOperatorKind.LiftedBoolAnd,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntXor,
(int)BinaryOperatorKind.UIntXor,
(int)BinaryOperatorKind.LongXor,
(int)BinaryOperatorKind.ULongXor,
(int)BinaryOperatorKind.BoolXor,
(int)BinaryOperatorKind.LiftedIntXor,
(int)BinaryOperatorKind.LiftedUIntXor,
(int)BinaryOperatorKind.LiftedLongXor,
(int)BinaryOperatorKind.LiftedULongXor,
(int)BinaryOperatorKind.LiftedBoolXor,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.IntOr,
(int)BinaryOperatorKind.UIntOr,
(int)BinaryOperatorKind.LongOr,
(int)BinaryOperatorKind.ULongOr,
(int)BinaryOperatorKind.BoolOr,
(int)BinaryOperatorKind.LiftedIntOr,
(int)BinaryOperatorKind.LiftedUIntOr,
(int)BinaryOperatorKind.LiftedLongOr,
(int)BinaryOperatorKind.LiftedULongOr,
(int)BinaryOperatorKind.LiftedBoolOr,
}),
};
var allOperators = new[] { nonLogicalOperators, logicalOperators };
Interlocked.CompareExchange(ref builtInOperators, allOperators, null);
}
operators.AddRange(builtInOperators[kind.IsLogical() ? 1 : 0][kind.OperatorIndex()]);
}
public BoundUserDefinedConditionalLogicalOperator(
CSharpSyntaxNode syntax,
BinaryOperatorKind operatorKind,
BoundExpression left,
BoundExpression right,
MethodSymbol logicalOperator,
MethodSymbol trueOperator,
MethodSymbol falseOperator,
LookupResultKind resultKind,
ImmutableArray<MethodSymbol> originalUserDefinedOperatorsOpt,
TypeSymbol type,
bool hasErrors = false)
: this(
syntax,
operatorKind,
left,
right,
logicalOperator,
trueOperator,
falseOperator,
resultKind,
type,
hasErrors)
{
Debug.Assert(operatorKind.IsUserDefined() && operatorKind.IsLogical());
this.OriginalUserDefinedOperatorsOpt = originalUserDefinedOperatorsOpt;
}
internal void GetSimpleBuiltInOperators(BinaryOperatorKind kind, ArrayBuilder<BinaryOperatorSignature> operators)
{
if (builtInOperators == null)
{
var logicalOperators = new ImmutableArray<BinaryOperatorSignature>[]
{
ImmutableArray<BinaryOperatorSignature>.Empty, //multiplication
ImmutableArray<BinaryOperatorSignature>.Empty, //addition
ImmutableArray<BinaryOperatorSignature>.Empty, //subtraction
ImmutableArray<BinaryOperatorSignature>.Empty, //division
ImmutableArray<BinaryOperatorSignature>.Empty, //remainder
ImmutableArray<BinaryOperatorSignature>.Empty, //left shift
ImmutableArray<BinaryOperatorSignature>.Empty, //right shift
ImmutableArray<BinaryOperatorSignature>.Empty, //equal
ImmutableArray<BinaryOperatorSignature>.Empty, //not equal
ImmutableArray<BinaryOperatorSignature>.Empty, //greater than
ImmutableArray<BinaryOperatorSignature>.Empty, //less than
ImmutableArray<BinaryOperatorSignature>.Empty, //greater than or equal
ImmutableArray<BinaryOperatorSignature>.Empty, //less than or equal
ImmutableArray.Create<BinaryOperatorSignature>(GetSignature(BinaryOperatorKind.LogicalBoolAnd)), //and
ImmutableArray<BinaryOperatorSignature>.Empty, //xor
ImmutableArray.Create<BinaryOperatorSignature>(GetSignature(BinaryOperatorKind.LogicalBoolOr)), //or
};
var nonLogicalOperators = new ImmutableArray<BinaryOperatorSignature>[]
{
(new []
{
GetSignature(BinaryOperatorKind.IntMultiplication),
GetSignature(BinaryOperatorKind.UIntMultiplication),
GetSignature(BinaryOperatorKind.LongMultiplication),
GetSignature(BinaryOperatorKind.ULongMultiplication),
GetSignature(BinaryOperatorKind.FloatMultiplication),
GetSignature(BinaryOperatorKind.DoubleMultiplication),
GetSignature(BinaryOperatorKind.DecimalMultiplication),
GetSignature(BinaryOperatorKind.LiftedIntMultiplication),
GetSignature(BinaryOperatorKind.LiftedUIntMultiplication),
GetSignature(BinaryOperatorKind.LiftedLongMultiplication),
GetSignature(BinaryOperatorKind.LiftedULongMultiplication),
GetSignature(BinaryOperatorKind.LiftedFloatMultiplication),
GetSignature(BinaryOperatorKind.LiftedDoubleMultiplication),
GetSignature(BinaryOperatorKind.LiftedDecimalMultiplication),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntAddition),
GetSignature(BinaryOperatorKind.UIntAddition),
GetSignature(BinaryOperatorKind.LongAddition),
GetSignature(BinaryOperatorKind.ULongAddition),
GetSignature(BinaryOperatorKind.FloatAddition),
GetSignature(BinaryOperatorKind.DoubleAddition),
GetSignature(BinaryOperatorKind.DecimalAddition),
GetSignature(BinaryOperatorKind.LiftedIntAddition),
GetSignature(BinaryOperatorKind.LiftedUIntAddition),
GetSignature(BinaryOperatorKind.LiftedLongAddition),
GetSignature(BinaryOperatorKind.LiftedULongAddition),
GetSignature(BinaryOperatorKind.LiftedFloatAddition),
GetSignature(BinaryOperatorKind.LiftedDoubleAddition),
GetSignature(BinaryOperatorKind.LiftedDecimalAddition),
GetSignature(BinaryOperatorKind.StringConcatenation),
GetSignature(BinaryOperatorKind.StringAndObjectConcatenation),
GetSignature(BinaryOperatorKind.ObjectAndStringConcatenation),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntSubtraction),
GetSignature(BinaryOperatorKind.UIntSubtraction),
GetSignature(BinaryOperatorKind.LongSubtraction),
GetSignature(BinaryOperatorKind.ULongSubtraction),
GetSignature(BinaryOperatorKind.FloatSubtraction),
GetSignature(BinaryOperatorKind.DoubleSubtraction),
GetSignature(BinaryOperatorKind.DecimalSubtraction),
GetSignature(BinaryOperatorKind.LiftedIntSubtraction),
GetSignature(BinaryOperatorKind.LiftedUIntSubtraction),
GetSignature(BinaryOperatorKind.LiftedLongSubtraction),
GetSignature(BinaryOperatorKind.LiftedULongSubtraction),
GetSignature(BinaryOperatorKind.LiftedFloatSubtraction),
GetSignature(BinaryOperatorKind.LiftedDoubleSubtraction),
GetSignature(BinaryOperatorKind.LiftedDecimalSubtraction),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntDivision),
GetSignature(BinaryOperatorKind.UIntDivision),
GetSignature(BinaryOperatorKind.LongDivision),
GetSignature(BinaryOperatorKind.ULongDivision),
GetSignature(BinaryOperatorKind.FloatDivision),
GetSignature(BinaryOperatorKind.DoubleDivision),
GetSignature(BinaryOperatorKind.DecimalDivision),
GetSignature(BinaryOperatorKind.LiftedIntDivision),
GetSignature(BinaryOperatorKind.LiftedUIntDivision),
GetSignature(BinaryOperatorKind.LiftedLongDivision),
GetSignature(BinaryOperatorKind.LiftedULongDivision),
GetSignature(BinaryOperatorKind.LiftedFloatDivision),
GetSignature(BinaryOperatorKind.LiftedDoubleDivision),
GetSignature(BinaryOperatorKind.LiftedDecimalDivision),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntRemainder),
GetSignature(BinaryOperatorKind.UIntRemainder),
GetSignature(BinaryOperatorKind.LongRemainder),
GetSignature(BinaryOperatorKind.ULongRemainder),
GetSignature(BinaryOperatorKind.FloatRemainder),
GetSignature(BinaryOperatorKind.DoubleRemainder),
GetSignature(BinaryOperatorKind.DecimalRemainder),
GetSignature(BinaryOperatorKind.LiftedIntRemainder),
GetSignature(BinaryOperatorKind.LiftedUIntRemainder),
GetSignature(BinaryOperatorKind.LiftedLongRemainder),
GetSignature(BinaryOperatorKind.LiftedULongRemainder),
GetSignature(BinaryOperatorKind.LiftedFloatRemainder),
GetSignature(BinaryOperatorKind.LiftedDoubleRemainder),
GetSignature(BinaryOperatorKind.LiftedDecimalRemainder),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntLeftShift),
GetSignature(BinaryOperatorKind.UIntLeftShift),
GetSignature(BinaryOperatorKind.LongLeftShift),
GetSignature(BinaryOperatorKind.ULongLeftShift),
GetSignature(BinaryOperatorKind.LiftedIntLeftShift),
GetSignature(BinaryOperatorKind.LiftedUIntLeftShift),
GetSignature(BinaryOperatorKind.LiftedLongLeftShift),
GetSignature(BinaryOperatorKind.LiftedULongLeftShift),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntRightShift),
GetSignature(BinaryOperatorKind.UIntRightShift),
GetSignature(BinaryOperatorKind.LongRightShift),
GetSignature(BinaryOperatorKind.ULongRightShift),
GetSignature(BinaryOperatorKind.LiftedIntRightShift),
GetSignature(BinaryOperatorKind.LiftedUIntRightShift),
GetSignature(BinaryOperatorKind.LiftedLongRightShift),
GetSignature(BinaryOperatorKind.LiftedULongRightShift),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntEqual),
GetSignature(BinaryOperatorKind.UIntEqual),
GetSignature(BinaryOperatorKind.LongEqual),
GetSignature(BinaryOperatorKind.ULongEqual),
GetSignature(BinaryOperatorKind.FloatEqual),
GetSignature(BinaryOperatorKind.DoubleEqual),
GetSignature(BinaryOperatorKind.DecimalEqual),
GetSignature(BinaryOperatorKind.BoolEqual),
GetSignature(BinaryOperatorKind.LiftedIntEqual),
GetSignature(BinaryOperatorKind.LiftedUIntEqual),
GetSignature(BinaryOperatorKind.LiftedLongEqual),
GetSignature(BinaryOperatorKind.LiftedULongEqual),
GetSignature(BinaryOperatorKind.LiftedFloatEqual),
GetSignature(BinaryOperatorKind.LiftedDoubleEqual),
GetSignature(BinaryOperatorKind.LiftedDecimalEqual),
GetSignature(BinaryOperatorKind.LiftedBoolEqual),
GetSignature(BinaryOperatorKind.ObjectEqual),
GetSignature(BinaryOperatorKind.StringEqual),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntNotEqual),
GetSignature(BinaryOperatorKind.UIntNotEqual),
GetSignature(BinaryOperatorKind.LongNotEqual),
GetSignature(BinaryOperatorKind.ULongNotEqual),
GetSignature(BinaryOperatorKind.FloatNotEqual),
GetSignature(BinaryOperatorKind.DoubleNotEqual),
GetSignature(BinaryOperatorKind.DecimalNotEqual),
GetSignature(BinaryOperatorKind.BoolNotEqual),
GetSignature(BinaryOperatorKind.LiftedIntNotEqual),
GetSignature(BinaryOperatorKind.LiftedUIntNotEqual),
GetSignature(BinaryOperatorKind.LiftedLongNotEqual),
GetSignature(BinaryOperatorKind.LiftedULongNotEqual),
GetSignature(BinaryOperatorKind.LiftedFloatNotEqual),
GetSignature(BinaryOperatorKind.LiftedDoubleNotEqual),
GetSignature(BinaryOperatorKind.LiftedDecimalNotEqual),
GetSignature(BinaryOperatorKind.LiftedBoolNotEqual),
GetSignature(BinaryOperatorKind.ObjectNotEqual),
GetSignature(BinaryOperatorKind.StringNotEqual),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntGreaterThan),
GetSignature(BinaryOperatorKind.UIntGreaterThan),
GetSignature(BinaryOperatorKind.LongGreaterThan),
GetSignature(BinaryOperatorKind.ULongGreaterThan),
GetSignature(BinaryOperatorKind.FloatGreaterThan),
GetSignature(BinaryOperatorKind.DoubleGreaterThan),
GetSignature(BinaryOperatorKind.DecimalGreaterThan),
GetSignature(BinaryOperatorKind.LiftedIntGreaterThan),
GetSignature(BinaryOperatorKind.LiftedUIntGreaterThan),
GetSignature(BinaryOperatorKind.LiftedLongGreaterThan),
GetSignature(BinaryOperatorKind.LiftedULongGreaterThan),
GetSignature(BinaryOperatorKind.LiftedFloatGreaterThan),
GetSignature(BinaryOperatorKind.LiftedDoubleGreaterThan),
GetSignature(BinaryOperatorKind.LiftedDecimalGreaterThan),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntLessThan),
GetSignature(BinaryOperatorKind.UIntLessThan),
GetSignature(BinaryOperatorKind.LongLessThan),
GetSignature(BinaryOperatorKind.ULongLessThan),
GetSignature(BinaryOperatorKind.FloatLessThan),
GetSignature(BinaryOperatorKind.DoubleLessThan),
GetSignature(BinaryOperatorKind.DecimalLessThan),
GetSignature(BinaryOperatorKind.LiftedIntLessThan),
GetSignature(BinaryOperatorKind.LiftedUIntLessThan),
GetSignature(BinaryOperatorKind.LiftedLongLessThan),
GetSignature(BinaryOperatorKind.LiftedULongLessThan),
GetSignature(BinaryOperatorKind.LiftedFloatLessThan),
GetSignature(BinaryOperatorKind.LiftedDoubleLessThan),
GetSignature(BinaryOperatorKind.LiftedDecimalLessThan),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.UIntGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LongGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.ULongGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.FloatGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.DoubleGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.DecimalGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedIntGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedUIntGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedLongGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedULongGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedFloatGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedDoubleGreaterThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedDecimalGreaterThanOrEqual),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntLessThanOrEqual),
GetSignature(BinaryOperatorKind.UIntLessThanOrEqual),
GetSignature(BinaryOperatorKind.LongLessThanOrEqual),
GetSignature(BinaryOperatorKind.ULongLessThanOrEqual),
GetSignature(BinaryOperatorKind.FloatLessThanOrEqual),
GetSignature(BinaryOperatorKind.DoubleLessThanOrEqual),
GetSignature(BinaryOperatorKind.DecimalLessThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedIntLessThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedUIntLessThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedLongLessThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedULongLessThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedFloatLessThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedDoubleLessThanOrEqual),
GetSignature(BinaryOperatorKind.LiftedDecimalLessThanOrEqual),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntAnd),
GetSignature(BinaryOperatorKind.UIntAnd),
GetSignature(BinaryOperatorKind.LongAnd),
GetSignature(BinaryOperatorKind.ULongAnd),
GetSignature(BinaryOperatorKind.BoolAnd),
GetSignature(BinaryOperatorKind.LiftedIntAnd),
GetSignature(BinaryOperatorKind.LiftedUIntAnd),
GetSignature(BinaryOperatorKind.LiftedLongAnd),
GetSignature(BinaryOperatorKind.LiftedULongAnd),
GetSignature(BinaryOperatorKind.LiftedBoolAnd),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntXor),
GetSignature(BinaryOperatorKind.UIntXor),
GetSignature(BinaryOperatorKind.LongXor),
GetSignature(BinaryOperatorKind.ULongXor),
GetSignature(BinaryOperatorKind.BoolXor),
GetSignature(BinaryOperatorKind.LiftedIntXor),
GetSignature(BinaryOperatorKind.LiftedUIntXor),
GetSignature(BinaryOperatorKind.LiftedLongXor),
GetSignature(BinaryOperatorKind.LiftedULongXor),
GetSignature(BinaryOperatorKind.LiftedBoolXor),
}).AsImmutableOrNull(),
(new []
{
GetSignature(BinaryOperatorKind.IntOr),
GetSignature(BinaryOperatorKind.UIntOr),
GetSignature(BinaryOperatorKind.LongOr),
GetSignature(BinaryOperatorKind.ULongOr),
GetSignature(BinaryOperatorKind.BoolOr),
GetSignature(BinaryOperatorKind.LiftedIntOr),
GetSignature(BinaryOperatorKind.LiftedUIntOr),
GetSignature(BinaryOperatorKind.LiftedLongOr),
GetSignature(BinaryOperatorKind.LiftedULongOr),
GetSignature(BinaryOperatorKind.LiftedBoolOr),
}).AsImmutableOrNull(),
};
var allOperators = new[] { nonLogicalOperators, logicalOperators };
Interlocked.CompareExchange(ref builtInOperators, allOperators, null);
}
operators.AddRange(builtInOperators[kind.IsLogical() ? 1 : 0][kind.OperatorIndex()]);
}
public static BinaryOperatorKind OpKind(BinaryOperatorKind kind, TypeSymbol left, TypeSymbol right)
{
int? leftIndex = TypeToIndex(left);
if (leftIndex == null)
{
return BinaryOperatorKind.Error;
}
int? rightIndex = TypeToIndex(right);
if (rightIndex == null)
{
return BinaryOperatorKind.Error;
}
var result = BinaryOperatorKind.Error;
// kind.OperatorIndex() collapses '&' and '&&' (and '|' and '||'). To correct
// this problem, we handle kinds satisfying IsLogical() separately. Fortunately,
// such operators only work on boolean types, so there's no need to write out
// a whole new table.
//
// Example: int & int is legal, but int && int is not, so we can't use the same
// table for both operators.
if (!kind.IsLogical() || (leftIndex == (int)BinaryOperatorKind.Bool && rightIndex == (int)BinaryOperatorKind.Bool))
{
result = opkind[kind.OperatorIndex()][leftIndex.Value, rightIndex.Value];
}
return result == BinaryOperatorKind.Error ? result : result | kind;
}
internal LoweredDynamicOperation MakeDynamicBinaryOperator(
BinaryOperatorKind operatorKind,
BoundExpression loweredLeft,
BoundExpression loweredRight,
bool isCompoundAssignment,
TypeSymbol resultType)
{
Debug.Assert(operatorKind.IsDynamic());
_factory.Syntax = loweredLeft.Syntax;
CSharpBinderFlags binderFlags = 0;
if (operatorKind.IsChecked())
{
binderFlags |= CSharpBinderFlags.CheckedContext;
}
if (operatorKind.IsLogical())
{
binderFlags |= CSharpBinderFlags.BinaryOperationLogical;
}
var loweredArguments = ImmutableArray.Create<BoundExpression>(loweredLeft, loweredRight);
MethodSymbol argumentInfoFactory = GetArgumentInfoFactory();
var binderConstruction = ((object)argumentInfoFactory != null) ? MakeBinderConstruction(WellKnownMember.Microsoft_CSharp_RuntimeBinder_Binder__BinaryOperation, new[]
{
// flags:
_factory.Literal((int)binderFlags),
// expression type:
_factory.Literal((int)operatorKind.ToExpressionType(isCompoundAssignment)),
// context:
_factory.TypeofDynamicOperationContextType(),
// argument infos:
MakeCallSiteArgumentInfos(argumentInfoFactory, loweredArguments)
}) : null;
return MakeDynamicOperation(binderConstruction, null, RefKind.None, loweredArguments, ImmutableArray<RefKind>.Empty, null, resultType);
}
private BoundExpression LowerUserDefinedBinaryOperator(
CSharpSyntaxNode syntax,
BinaryOperatorKind operatorKind,
BoundExpression loweredLeft,
BoundExpression loweredRight,
TypeSymbol type,
MethodSymbol method)
{
if (operatorKind.IsLogical())
{
// Yes, we could have a lifted, logical, user-defined operator:
//
// struct C {
// public static C operator &(C x, C y) {...}
// public static bool operator true(C? c) { ... }
// public static bool operator false(C? c) { ... }
// }
//
// If we have C? q, r and we say q && r then this gets bound as
// C? tempQ = q ;
// C.false(tempQ) ?
// tempQ :
// (
// C? tempR = r ;
// tempQ.HasValue & tempR.HasValue ?
// new C?(C.&(tempQ.GetValueOrDefault(), tempR.GetValueOrDefault())) :
// default C?()
// )
//
// Note that the native compiler does not allow q && r. However, the native compiler
// *does* allow q && r if C is defined as:
//
// struct C {
// public static C? operator &(C? x, C? y) {...}
// public static bool operator true(C? c) { ... }
// public static bool operator false(C? c) { ... }
// }
//
// It seems unusual and wrong that an & operator should be allowed to become
// a && operator if there is a "manually lifted" operator in source, but not
// if there is a "synthesized" lifted operator. Roslyn fixes this bug.
//
// Anyway, in this case we must lower this to its non-logical form, and then
// lower the interior of that to its non-lifted form.
return LowerUserDefinedLogicalOperator(syntax, operatorKind, loweredLeft, loweredRight, type, method);
}
else if (operatorKind.IsLifted())
{
if (operatorKind.IsComparison())
{
return LowerLiftedUserDefinedComparisonOperator(syntax, operatorKind, loweredLeft, loweredRight, method);
}
else
{
return LowerLiftedBinaryArithmeticOperator(syntax, operatorKind, loweredLeft, loweredRight, type, method);
}
}
// Otherwise, nothing special here.
Debug.Assert((object)method != null);
Debug.Assert(method.ReturnType == type);
return BoundCall.Synthesized(syntax, null, method, loweredLeft, loweredRight);
}
public static bool RequiresNumericTypes(this BinaryOperatorKind op)
{
return(op.IsArithmetic() || op.IsLogical() || op.IsComparison());
}
internal void GetSimpleBuiltInOperators(BinaryOperatorKind kind, ArrayBuilder <BinaryOperatorSignature> operators)
{
if (_builtInOperators == null)
{
var logicalOperators = new ImmutableArray <BinaryOperatorSignature>[]
{
ImmutableArray <BinaryOperatorSignature> .Empty, //multiplication
ImmutableArray <BinaryOperatorSignature> .Empty, //addition
ImmutableArray <BinaryOperatorSignature> .Empty, //subtraction
ImmutableArray <BinaryOperatorSignature> .Empty, //division
ImmutableArray <BinaryOperatorSignature> .Empty, //remainder
ImmutableArray <BinaryOperatorSignature> .Empty, //left shift
ImmutableArray <BinaryOperatorSignature> .Empty, //right shift
ImmutableArray <BinaryOperatorSignature> .Empty, //equal
ImmutableArray <BinaryOperatorSignature> .Empty, //not equal
ImmutableArray <BinaryOperatorSignature> .Empty, //greater than
ImmutableArray <BinaryOperatorSignature> .Empty, //less than
ImmutableArray <BinaryOperatorSignature> .Empty, //greater than or equal
ImmutableArray <BinaryOperatorSignature> .Empty, //less than or equal
ImmutableArray.Create <BinaryOperatorSignature>(GetSignature(BinaryOperatorKind.LogicalBoolAnd)), //and
ImmutableArray <BinaryOperatorSignature> .Empty, //xor
ImmutableArray.Create <BinaryOperatorSignature>(GetSignature(BinaryOperatorKind.LogicalBoolOr)), //or
};
var nonLogicalOperators = new ImmutableArray <BinaryOperatorSignature>[]
{
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Multiplication,
(int)BinaryOperatorKind.UInt32Multiplication,
(int)BinaryOperatorKind.Int64Multiplication,
(int)BinaryOperatorKind.UInt64Multiplication,
(int)BinaryOperatorKind.Float32Multiplication,
(int)BinaryOperatorKind.Float64Multiplication,
(int)BinaryOperatorKind.IntMultiplication,
(int)BinaryOperatorKind.UIntMultiplication,
(int)BinaryOperatorKind.LiftedInt32Multiplication,
(int)BinaryOperatorKind.LiftedUInt32Multiplication,
(int)BinaryOperatorKind.LiftedInt64Multiplication,
(int)BinaryOperatorKind.LiftedUInt64Multiplication,
(int)BinaryOperatorKind.LiftedFloat32Multiplication,
(int)BinaryOperatorKind.LiftedFloat64Multiplication,
(int)BinaryOperatorKind.LiftedIntMultiplication,
(int)BinaryOperatorKind.LiftedUIntMultiplication,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Addition,
(int)BinaryOperatorKind.UInt32Addition,
(int)BinaryOperatorKind.Int64Addition,
(int)BinaryOperatorKind.UInt64Addition,
(int)BinaryOperatorKind.Float32Addition,
(int)BinaryOperatorKind.Float64Addition,
(int)BinaryOperatorKind.IntAddition,
(int)BinaryOperatorKind.UIntAddition,
(int)BinaryOperatorKind.LiftedInt32Addition,
(int)BinaryOperatorKind.LiftedUInt32Addition,
(int)BinaryOperatorKind.LiftedInt64Addition,
(int)BinaryOperatorKind.LiftedUInt64Addition,
(int)BinaryOperatorKind.LiftedFloat32Addition,
(int)BinaryOperatorKind.LiftedFloat64Addition,
(int)BinaryOperatorKind.LiftedIntAddition,
(int)BinaryOperatorKind.LiftedUIntAddition,
(int)BinaryOperatorKind.StringConcatenation,
(int)BinaryOperatorKind.StringAndObjectConcatenation,
(int)BinaryOperatorKind.ObjectAndStringConcatenation,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Subtraction,
(int)BinaryOperatorKind.UInt32Subtraction,
(int)BinaryOperatorKind.Int64Subtraction,
(int)BinaryOperatorKind.UInt64Subtraction,
(int)BinaryOperatorKind.Float32Subtraction,
(int)BinaryOperatorKind.Float64Subtraction,
(int)BinaryOperatorKind.IntSubtraction,
(int)BinaryOperatorKind.UIntSubtraction,
(int)BinaryOperatorKind.Lifted32IntSubtraction,
(int)BinaryOperatorKind.LiftedUInt32Subtraction,
(int)BinaryOperatorKind.LiftedInt64Subtraction,
(int)BinaryOperatorKind.LiftedUInt64Subtraction,
(int)BinaryOperatorKind.LiftedFloat32Subtraction,
(int)BinaryOperatorKind.LiftedFloat64Subtraction,
(int)BinaryOperatorKind.LiftedIntSubtraction,
(int)BinaryOperatorKind.LiftedUIntSubtraction,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Division,
(int)BinaryOperatorKind.UInt32Division,
(int)BinaryOperatorKind.Int64Division,
(int)BinaryOperatorKind.UInt64Division,
(int)BinaryOperatorKind.Float32Division,
(int)BinaryOperatorKind.Float64Division,
(int)BinaryOperatorKind.IntDivision,
(int)BinaryOperatorKind.UIntDivision,
(int)BinaryOperatorKind.LiftedInt32Division,
(int)BinaryOperatorKind.LiftedUInt32Division,
(int)BinaryOperatorKind.LiftedInt64Division,
(int)BinaryOperatorKind.LiftedUInt64Division,
(int)BinaryOperatorKind.LiftedFloat32Division,
(int)BinaryOperatorKind.LiftedFloat64Division,
(int)BinaryOperatorKind.LiftedIntDivision,
(int)BinaryOperatorKind.LiftedUIntDivision,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Remainder,
(int)BinaryOperatorKind.UInt32Remainder,
(int)BinaryOperatorKind.Int64Remainder,
(int)BinaryOperatorKind.UInt64Remainder,
(int)BinaryOperatorKind.Float32Remainder,
(int)BinaryOperatorKind.Float64Remainder,
(int)BinaryOperatorKind.IntRemainder,
(int)BinaryOperatorKind.UIntRemainder,
(int)BinaryOperatorKind.LiftedInt32Remainder,
(int)BinaryOperatorKind.LiftedUInt32Remainder,
(int)BinaryOperatorKind.LiftedInt64Remainder,
(int)BinaryOperatorKind.LiftedUInt64Remainder,
(int)BinaryOperatorKind.LiftedFloat32Remainder,
(int)BinaryOperatorKind.LiftedFloat64Remainder,
(int)BinaryOperatorKind.LiftedIntRemainder,
(int)BinaryOperatorKind.LiftedUIntRemainder,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32LeftShift,
(int)BinaryOperatorKind.UInt32LeftShift,
(int)BinaryOperatorKind.Int64LeftShift,
(int)BinaryOperatorKind.UInt64LeftShift,
(int)BinaryOperatorKind.IntLeftShift,
(int)BinaryOperatorKind.UIntLeftShift,
(int)BinaryOperatorKind.LiftedInt32LeftShift,
(int)BinaryOperatorKind.LiftedUInt32LeftShift,
(int)BinaryOperatorKind.LiftedInt64LeftShift,
(int)BinaryOperatorKind.LiftedUInt64LeftShift,
(int)BinaryOperatorKind.LiftedIntLeftShift,
(int)BinaryOperatorKind.LiftedUIntLeftShift,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32RightShift,
(int)BinaryOperatorKind.UInt32RightShift,
(int)BinaryOperatorKind.Int64RightShift,
(int)BinaryOperatorKind.UInt64RightShift,
(int)BinaryOperatorKind.IntRightShift,
(int)BinaryOperatorKind.UIntRightShift,
(int)BinaryOperatorKind.LiftedInt32RightShift,
(int)BinaryOperatorKind.LiftedUInt32RightShift,
(int)BinaryOperatorKind.LiftedInt64RightShift,
(int)BinaryOperatorKind.LiftedUInt64RightShift,
(int)BinaryOperatorKind.LiftedIntRightShift,
(int)BinaryOperatorKind.LiftedUIntRightShift,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Equal,
(int)BinaryOperatorKind.UInt32Equal,
(int)BinaryOperatorKind.Int64Equal,
(int)BinaryOperatorKind.UInt64Equal,
(int)BinaryOperatorKind.Float32Equal,
(int)BinaryOperatorKind.Float64Equal,
(int)BinaryOperatorKind.IntEqual,
(int)BinaryOperatorKind.UIntEqual,
(int)BinaryOperatorKind.BoolEqual,
(int)BinaryOperatorKind.LiftedInt32Equal,
(int)BinaryOperatorKind.LiftedUInt32Equal,
(int)BinaryOperatorKind.LiftedInt64Equal,
(int)BinaryOperatorKind.LiftedUInt64Equal,
(int)BinaryOperatorKind.LiftedFloat32Equal,
(int)BinaryOperatorKind.LiftedFloat64Equal,
(int)BinaryOperatorKind.LiftedIntEqual,
(int)BinaryOperatorKind.LiftedUIntEqual,
(int)BinaryOperatorKind.LiftedBoolEqual,
(int)BinaryOperatorKind.ObjectEqual,
(int)BinaryOperatorKind.StringEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32NotEqual,
(int)BinaryOperatorKind.UInt32NotEqual,
(int)BinaryOperatorKind.Int64NotEqual,
(int)BinaryOperatorKind.UInt64NotEqual,
(int)BinaryOperatorKind.Float32NotEqual,
(int)BinaryOperatorKind.Float64NotEqual,
(int)BinaryOperatorKind.IntNotEqual,
(int)BinaryOperatorKind.UIntNotEqual,
(int)BinaryOperatorKind.BoolNotEqual,
(int)BinaryOperatorKind.LiftedInt32NotEqual,
(int)BinaryOperatorKind.LiftedUInt32NotEqual,
(int)BinaryOperatorKind.LiftedInt64NotEqual,
(int)BinaryOperatorKind.LiftedUInt64NotEqual,
(int)BinaryOperatorKind.LiftedFloat32NotEqual,
(int)BinaryOperatorKind.LiftedFloat64NotEqual,
(int)BinaryOperatorKind.LiftedIntNotEqual,
(int)BinaryOperatorKind.LiftedUIntNotEqual,
(int)BinaryOperatorKind.LiftedBoolNotEqual,
(int)BinaryOperatorKind.ObjectNotEqual,
(int)BinaryOperatorKind.StringNotEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32GreaterThan,
(int)BinaryOperatorKind.UInt32GreaterThan,
(int)BinaryOperatorKind.Int64GreaterThan,
(int)BinaryOperatorKind.UInt64GreaterThan,
(int)BinaryOperatorKind.Float32GreaterThan,
(int)BinaryOperatorKind.Float64GreaterThan,
(int)BinaryOperatorKind.IntGreaterThan,
(int)BinaryOperatorKind.UIntGreaterThan,
(int)BinaryOperatorKind.Lifted32IntGreaterThan,
(int)BinaryOperatorKind.LiftedUInt32GreaterThan,
(int)BinaryOperatorKind.LiftedInt64GreaterThan,
(int)BinaryOperatorKind.LiftedUInt64GreaterThan,
(int)BinaryOperatorKind.LiftedFloat32GreaterThan,
(int)BinaryOperatorKind.LiftedFloat64GreaterThan,
(int)BinaryOperatorKind.LiftedIntGreaterThan,
(int)BinaryOperatorKind.LiftedUIntGreaterThan,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32LessThan,
(int)BinaryOperatorKind.UInt32LessThan,
(int)BinaryOperatorKind.Int64LessThan,
(int)BinaryOperatorKind.UInt64LessThan,
(int)BinaryOperatorKind.Float32LessThan,
(int)BinaryOperatorKind.Float64LessThan,
(int)BinaryOperatorKind.IntLessThan,
(int)BinaryOperatorKind.UIntLessThan,
(int)BinaryOperatorKind.LiftedInt32LessThan,
(int)BinaryOperatorKind.LiftedUInt32LessThan,
(int)BinaryOperatorKind.LiftedInt64LessThan,
(int)BinaryOperatorKind.LiftedUInt64LessThan,
(int)BinaryOperatorKind.LiftedFloat32LessThan,
(int)BinaryOperatorKind.LiftedFloat64LessThan,
(int)BinaryOperatorKind.LiftedIntLessThan,
(int)BinaryOperatorKind.LiftedUIntLessThan,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32GreaterThanOrEqual,
(int)BinaryOperatorKind.UInt32GreaterThanOrEqual,
(int)BinaryOperatorKind.Int64GreaterThanOrEqual,
(int)BinaryOperatorKind.UInt64GreaterThanOrEqual,
(int)BinaryOperatorKind.Float32GreaterThanOrEqual,
(int)BinaryOperatorKind.Float64GreaterThanOrEqual,
(int)BinaryOperatorKind.IntGreaterThanOrEqual,
(int)BinaryOperatorKind.UIntGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedInt32GreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedUInt32GreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedInt64GreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedUInt64GreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedFloat32GreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedFloat64GreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedIntGreaterThanOrEqual,
(int)BinaryOperatorKind.LiftedUIntGreaterThanOrEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32LessThanOrEqual,
(int)BinaryOperatorKind.UInt32LessThanOrEqual,
(int)BinaryOperatorKind.Int64LessThanOrEqual,
(int)BinaryOperatorKind.UInt64LessThanOrEqual,
(int)BinaryOperatorKind.Float32LessThanOrEqual,
(int)BinaryOperatorKind.Float64LessThanOrEqual,
(int)BinaryOperatorKind.IntLessThanOrEqual,
(int)BinaryOperatorKind.UIntLessThanOrEqual,
(int)BinaryOperatorKind.LiftedInt32LessThanOrEqual,
(int)BinaryOperatorKind.LiftedUInt32LessThanOrEqual,
(int)BinaryOperatorKind.LiftedInt64LessThanOrEqual,
(int)BinaryOperatorKind.LiftedUInt64LessThanOrEqual,
(int)BinaryOperatorKind.LiftedFloat32LessThanOrEqual,
(int)BinaryOperatorKind.LiftedFloat64LessThanOrEqual,
(int)BinaryOperatorKind.LiftedIntLessThanOrEqual,
(int)BinaryOperatorKind.LiftedUIntLessThanOrEqual,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32And,
(int)BinaryOperatorKind.UInt32And,
(int)BinaryOperatorKind.Int64And,
(int)BinaryOperatorKind.UInt64And,
(int)BinaryOperatorKind.IntAnd,
(int)BinaryOperatorKind.UIntAnd,
(int)BinaryOperatorKind.BoolAnd,
(int)BinaryOperatorKind.LiftedInt32And,
(int)BinaryOperatorKind.LiftedUInt32And,
(int)BinaryOperatorKind.LiftedInt64And,
(int)BinaryOperatorKind.LiftedUInt64And,
(int)BinaryOperatorKind.LiftedIntAnd,
(int)BinaryOperatorKind.LiftedUIntAnd,
(int)BinaryOperatorKind.LiftedBoolAnd,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Xor,
(int)BinaryOperatorKind.UInt32Xor,
(int)BinaryOperatorKind.Int64Xor,
(int)BinaryOperatorKind.UInt64Xor,
(int)BinaryOperatorKind.IntXor,
(int)BinaryOperatorKind.UIntXor,
(int)BinaryOperatorKind.BoolXor,
(int)BinaryOperatorKind.LiftedInt32Xor,
(int)BinaryOperatorKind.LiftedUInt32Xor,
(int)BinaryOperatorKind.LiftedInt64Xor,
(int)BinaryOperatorKind.LiftedUInt64Xor,
(int)BinaryOperatorKind.LiftedIntXor,
(int)BinaryOperatorKind.LiftedUIntXor,
(int)BinaryOperatorKind.LiftedBoolXor,
}),
GetSignaturesFromBinaryOperatorKinds(new []
{
(int)BinaryOperatorKind.Int32Or,
(int)BinaryOperatorKind.UInt32Or,
(int)BinaryOperatorKind.Int64Or,
(int)BinaryOperatorKind.UInt64Or,
(int)BinaryOperatorKind.IntOr,
(int)BinaryOperatorKind.UIntOr,
(int)BinaryOperatorKind.BoolOr,
(int)BinaryOperatorKind.LiftedInt32Or,
(int)BinaryOperatorKind.LiftedUInt32Or,
(int)BinaryOperatorKind.LiftedInt64Or,
(int)BinaryOperatorKind.LiftedUInt64Or,
(int)BinaryOperatorKind.LiftedIntOr,
(int)BinaryOperatorKind.LiftedUIntOr,
(int)BinaryOperatorKind.LiftedBoolOr,
}),
};
var allOperators = new[] { nonLogicalOperators, logicalOperators };
Interlocked.CompareExchange(ref _builtInOperators, allOperators, null);
}
operators.AddRange(_builtInOperators[kind.IsLogical() ? 1 : 0][kind.OperatorIndex()]);
}
