public void WriteTo(TranslationBuffer buffer)
{
if (_hasVariables)
{
foreach (var parametersByType in _variables)
{
parametersByType.Key.WriteTo(buffer);
buffer.WriteSpaceToTranslation();
parametersByType.Value.WriteTo(buffer);
buffer.WriteToTranslation(';');
buffer.WriteNewLineToTranslation();
}
switch (_statements[0].NodeType)
{
case Conditional when !ConditionalTranslation.IsTernary(_statements[0].Expression):
case Switch:
buffer.WriteNewLineToTranslation();
break;
}
}
for (var i = 0; ;)
{
_statements[i].WriteTo(buffer);
if (++i == _statementCount)
{
break;
}
buffer.WriteNewLineToTranslation();
}
}
public ITranslation GetTranslationFor(Expression expression)
{
if (expression == null)
{
return(null);
}
switch (expression.NodeType)
{
case Decrement:
case Increment:
case IsFalse:
case IsTrue:
case OnesComplement:
case PostDecrementAssign:
case PostIncrementAssign:
case PreDecrementAssign:
case PreIncrementAssign:
case UnaryPlus:
return(new UnaryTranslation((UnaryExpression)expression, this));
case Add:
case AddChecked:
case And:
case AndAlso:
case Coalesce:
case Divide:
case Equal:
case ExclusiveOr:
case GreaterThan:
case GreaterThanOrEqual:
case LeftShift:
case LessThan:
case LessThanOrEqual:
case Modulo:
case Multiply:
case MultiplyChecked:
case NotEqual:
case Or:
case OrElse:
case Power:
case RightShift:
case Subtract:
case SubtractChecked:
return(BinaryTranslation.For((BinaryExpression)expression, this));
case AddAssign:
case AddAssignChecked:
case AndAssign:
case Assign:
case DivideAssign:
case ExclusiveOrAssign:
case LeftShiftAssign:
case ModuloAssign:
case MultiplyAssign:
case MultiplyAssignChecked:
case OrAssign:
case PowerAssign:
case RightShiftAssign:
case SubtractAssign:
case SubtractAssignChecked:
return(new AssignmentTranslation((BinaryExpression)expression, this));
case ArrayIndex:
return(new IndexAccessTranslation((BinaryExpression)expression, this));
case ArrayLength:
return(new ArrayLengthTranslation((UnaryExpression)expression, this));
case Block:
return(new BlockTranslation((BlockExpression)expression, this));
case Call:
return(MethodCallTranslation.For((MethodCallExpression)expression, this));
case Conditional:
return(ConditionalTranslation.For((ConditionalExpression)expression, this));
case Constant:
return(ConstantTranslation.For((ConstantExpression)expression, this));
case ExpressionType.Convert:
case ConvertChecked:
case TypeAs:
case Unbox:
return(CastTranslation.For((UnaryExpression)expression, this));
case DebugInfo:
return(DebugInfoTranslation.For((DebugInfoExpression)expression, this));
case Default:
return(new DefaultValueTranslation(expression, this));
case Dynamic:
return(DynamicTranslation.For((DynamicExpression)expression, this));
case Extension:
return(new FixedValueTranslation(expression, this));
case Goto:
return(GotoTranslation.For((GotoExpression)expression, this));
case Index:
return(new IndexAccessTranslation((IndexExpression)expression, this));
case Invoke:
return(MethodCallTranslation.For((InvocationExpression)expression, this));
case Label:
return(new LabelTranslation((LabelExpression)expression, this));
case Lambda:
return(new LambdaTranslation((LambdaExpression)expression, this));
case ListInit:
return(ListInitialisationTranslation.For((ListInitExpression)expression, this));
case Loop:
return(new LoopTranslation((LoopExpression)expression, this));
case MemberAccess:
return(new MemberAccessTranslation((MemberExpression)expression, this));
case MemberInit:
return(MemberInitialisationTranslation.For((MemberInitExpression)expression, this));
case Negate:
case NegateChecked:
case Not:
return(new NegationTranslation((UnaryExpression)expression, this));
case New:
return(NewingTranslation.For((NewExpression)expression, this));
case NewArrayBounds:
return(new NewArrayTranslation((NewArrayExpression)expression, this));
case NewArrayInit:
return(ArrayInitialisationTranslation.For((NewArrayExpression)expression, this));
case Parameter:
return(ParameterTranslation.For((ParameterExpression)expression, this));
case Quote:
return(QuotedLambdaTranslation.For((UnaryExpression)expression, this));
case RuntimeVariables:
return(RuntimeVariablesTranslation.For((RuntimeVariablesExpression)expression, this));
case Switch:
return(new SwitchTranslation((SwitchExpression)expression, this));
case Throw:
return(new ThrowTranslation((UnaryExpression)expression, this));
case Try:
return(new TryCatchTranslation((TryExpression)expression, this));
case TypeEqual:
return(TypeEqualTranslation.For((TypeBinaryExpression)expression, this));
case TypeIs:
return(CastTranslation.For((TypeBinaryExpression)expression, this));
}
return(new FixedValueTranslation(expression, this));
}
private bool WriteBlankLineBefore()
{
return((NodeType == Label) ||
((NodeType == Conditional) && !ConditionalTranslation.IsTernary(Expression)));
}