private void ComputeCustomOperator(ICSharpWriter writer)
{
ComputedValue = CSharpQueryExpression.ComputeQueryResult(writer, Operator, FeatureCall);
}
/// <summary>
/// Creates a new C# expression.
/// </summary>
/// <param name="context">The creation context.</param>
/// <param name="source">The Easly expression from which the C# expression is created.</param>
public static ICSharpExpression Create(ICSharpContext context, IExpression source)
{
ICSharpExpression Result = null;
switch (source)
{
case IAgentExpression AsAgentExpression:
Result = CSharpAgentExpression.Create(context, AsAgentExpression);
break;
case IAssertionTagExpression AsAssertionTagExpression:
Result = CSharpAssertionTagExpression.Create(context, AsAssertionTagExpression);
break;
case IBinaryConditionalExpression AsBinaryConditionalExpression:
Result = CSharpBinaryConditionalExpression.Create(context, AsBinaryConditionalExpression);
break;
case IBinaryOperatorExpression AsBinaryOperatorExpression:
Result = CSharpBinaryOperatorExpression.Create(context, AsBinaryOperatorExpression);
break;
case IClassConstantExpression AsClassConstantExpression:
Result = CSharpClassConstantExpression.Create(context, AsClassConstantExpression);
break;
case ICloneOfExpression AsCloneOfExpression:
Result = CSharpCloneOfExpression.Create(context, AsCloneOfExpression);
break;
case IEntityExpression AsEntityExpression:
Result = CSharpEntityExpression.Create(context, AsEntityExpression);
break;
case IEqualityExpression AsEqualityExpression:
Result = CSharpEqualityExpression.Create(context, AsEqualityExpression);
break;
case IIndexQueryExpression AsIndexQueryExpression:
Result = CSharpIndexQueryExpression.Create(context, AsIndexQueryExpression);
break;
case IInitializedObjectExpression AsInitializedObjectExpression:
Result = CSharpInitializedObjectExpression.Create(context, AsInitializedObjectExpression);
break;
case IKeywordEntityExpression AsKeywordEntityExpression:
Result = CSharpKeywordEntityExpression.Create(context, AsKeywordEntityExpression);
break;
case IKeywordExpression AsKeywordExpression:
Result = CSharpKeywordExpression.Create(context, AsKeywordExpression);
break;
case IManifestCharacterExpression AsManifestCharacterExpression:
Result = CSharpManifestCharacterExpression.Create(context, AsManifestCharacterExpression);
break;
case IManifestNumberExpression AsManifestNumberExpression:
Result = CSharpManifestNumberExpression.Create(context, AsManifestNumberExpression);
break;
case IManifestStringExpression AsManifestStringExpression:
Result = CSharpManifestStringExpression.Create(context, AsManifestStringExpression);
break;
case INewExpression AsNewExpression:
Result = CSharpNewExpression.Create(context, AsNewExpression);
break;
case IOldExpression AsOldExpression:
Result = CSharpOldExpression.Create(context, AsOldExpression);
break;
case IPrecursorExpression AsPrecursorExpression:
Result = CSharpPrecursorExpression.Create(context, AsPrecursorExpression);
break;
case IPrecursorIndexExpression AsPrecursorIndexExpression:
Result = CSharpPrecursorIndexExpression.Create(context, AsPrecursorIndexExpression);
break;
case IQueryExpression AsQueryExpression:
Result = CSharpQueryExpression.Create(context, AsQueryExpression);
break;
case IResultOfExpression AsResultOfExpression:
Result = CSharpResultOfExpression.Create(context, AsResultOfExpression);
break;
case IUnaryNotExpression AsUnaryNotExpression:
Result = CSharpUnaryNotExpression.Create(context, AsUnaryNotExpression);
break;
case IUnaryOperatorExpression AsUnaryOperatorExpression:
Result = CSharpUnaryOperatorExpression.Create(context, AsUnaryOperatorExpression);
break;
}
Debug.Assert(Result != null);
return(Result);
}
/// <summary>
/// Runs the compiler to compute the value as a string.
/// </summary>
/// <param name="writer">The stream on which to write.</param>
public void Compute(ICSharpWriter writer)
{
//TODO use the precusor instead
ComputedValue = CSharpQueryExpression.ComputeQueryResult(writer, ParentFeature, FeatureCall);
}
