public void Visit(UnaryArithmeticValue value)
{
if (Get <UnaryArithmeticValue>().Kind != value.Kind)
{
Fail();
}
}
/// <summary cref="IValueVisitor.Visit(UnaryArithmeticValue)"/>
public void Visit(UnaryArithmeticValue value)
{
var argument = Load(value.Value);
var target = Allocate(value, value.ArithmeticBasicValueType);
using (var statement = BeginStatement(target))
{
statement.AppendCast(value.ArithmeticBasicValueType);
var operation = CLInstructions.GetArithmeticOperation(
value.Kind,
value.BasicValueType.IsFloat(),
out bool isFunction);
if (isFunction)
{
statement.AppendCommand(operation);
}
statement.BeginArguments();
if (!isFunction)
{
statement.AppendCommand(operation);
}
statement.AppendCast(value.ArithmeticBasicValueType);
statement.AppendArgument(argument);
statement.EndArguments();
}
}
/// <summary cref="IBackendCodeGenerator.GenerateCode(UnaryArithmeticValue)"/>
public void GenerateCode(UnaryArithmeticValue value)
{
var argument = Load(value.Value);
var target = Allocate(
value,
value.BasicValueType == BasicValueType.Int1
? ArithmeticBasicValueType.UInt1 : value.ArithmeticBasicValueType);
using var statement = BeginStatement(target);
if (value.BasicValueType != BasicValueType.Int1)
{
statement.AppendCast(value.ArithmeticBasicValueType);
}
var operation = CLInstructions.GetArithmeticOperation(
value.Kind,
value.ArithmeticBasicValueType,
out bool isFunction);
if (isFunction)
{
statement.AppendCommand(operation);
}
statement.BeginArguments();
if (!isFunction)
{
statement.AppendCommand(operation);
}
statement.AppendCast(value.ArithmeticBasicValueType);
statement.AppendArgument(argument);
statement.EndArguments();
}
/// <summary cref="IBackendCodeGenerator.GenerateCode(UnaryArithmeticValue)"/>
public void GenerateCode(UnaryArithmeticValue value)
{
var argument = LoadPrimitive(value.Value);
var targetRegister = AllocateHardware(value);
using var command = BeginCommand(
PTXInstructions.GetArithmeticOperation(
value.Kind,
value.ArithmeticBasicValueType,
FastMath));
command.AppendArgument(targetRegister);
command.AppendArgument(argument);
}
/// <summary cref="IValueVisitor.Visit(UnaryArithmeticValue)"/> public void Visit(UnaryArithmeticValue value) => CodeGenerator.GenerateCode(value);
/// <summary>
/// Tries to determine power of 2 information for the given unary operation.
/// </summary>
/// <param name="unary">The unary operation to analyze.</param>
/// <returns>The power of 2 value (if any).</returns>
private static int?TryGetPowerOf2(UnaryArithmeticValue unary) =>
unary.Kind switch
{
