protected override void CoreExpandTemplate(ITemplatingContext templatingContext)
{
string name;
string content;
IExpressionContainerConstruct expressionContainerConstruct;
DynamicWildcardTokenReplacementStrategy dynamicWildcardTokenReplacementStrategy;
if ((object)templatingContext == null)
throw new ArgumentNullException(nameof(templatingContext));
dynamicWildcardTokenReplacementStrategy = templatingContext.GetDynamicWildcardTokenReplacementStrategy();
name = templatingContext.Tokenizer.ExpandTokens(this.Name, dynamicWildcardTokenReplacementStrategy);
content = templatingContext.Input.LoadContent(name);
expressionContainerConstruct = new ExpressionContainerConstruct();
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = new ValueConstruct()
{
__ = content
};
new WriteConstruct()
{
Text = expressionContainerConstruct
}.ExpandTemplate(templatingContext);
}
protected override object CoreEvaluateExpression(ITemplatingContext templatingContext)
{
DynamicWildcardTokenReplacementStrategy dynamicWildcardTokenReplacementStrategy;
object leftObj = null, rightObj = null;
Type leftType, rightType;
Func<object> onDemandRightExpressionEvaluator;
Type[] numericTypes = new Type[]
{
typeof(Byte),
typeof(Int16),
typeof(Int32),
typeof(Int64),
typeof(SByte),
typeof(UInt16),
typeof(UInt32),
typeof(UInt64),
typeof(Single),
typeof(Double),
typeof(Decimal),
typeof(Byte?),
typeof(Int16?),
typeof(Int32?),
typeof(Int64?),
typeof(SByte?),
typeof(UInt16?),
typeof(UInt32?),
typeof(UInt64?),
typeof(Single?),
typeof(Double?),
typeof(Decimal?)
};
if ((object)templatingContext == null)
throw new ArgumentNullException(nameof(templatingContext));
// *** THIS MUST USE THIS OVERLOAD OR CODE WILL FAIL ***
dynamicWildcardTokenReplacementStrategy = templatingContext.GetDynamicWildcardTokenReplacementStrategy(false);
if ((object)this.LeftExpression != null)
leftObj = this.LeftExpression.EvaluateExpression(templatingContext);
onDemandRightExpressionEvaluator = () =>
{
if ((object)this.RightExpression != null)
return this.RightExpression.EvaluateExpression(templatingContext);
else
return null;
};
if ((object)leftObj == null)
return null;
leftType = leftObj.GetType();
switch (this.BinaryOperator)
{
case BinaryOperator.Eq:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs == rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs == rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs == rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs == rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs == rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs == rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs == rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs == rhs;
}
}
else if (typeof(IComparable).IsAssignableFrom(leftType) &&
typeof(IComparable).IsAssignableFrom(rightType) &&
rightType.IsAssignableFrom(leftType) &&
leftType.IsAssignableFrom(rightType))
{
IComparable lhs, rhs;
int crv;
lhs = leftObj.ChangeType<IComparable>();
rhs = rightObj.ChangeType<IComparable>();
if ((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. |((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))");
return crv == 0;
}
break;
}
case BinaryOperator.Ne:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs != rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs != rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs != rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs != rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs != rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs != rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs != rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs != rhs;
}
}
else if (typeof(IComparable).IsAssignableFrom(leftType) &&
typeof(IComparable).IsAssignableFrom(rightType) &&
rightType.IsAssignableFrom(leftType) &&
leftType.IsAssignableFrom(rightType))
{
IComparable lhs, rhs;
int crv;
lhs = leftObj.ChangeType<IComparable>();
rhs = rightObj.ChangeType<IComparable>();
if ((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. |((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))");
return crv != 0;
}
break;
}
case BinaryOperator.Lt:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs < rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs < rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs < rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs < rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs < rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs < rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs < rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs < rhs;
}
}
else if (typeof(IComparable).IsAssignableFrom(leftType) &&
typeof(IComparable).IsAssignableFrom(rightType) &&
rightType.IsAssignableFrom(leftType) &&
leftType.IsAssignableFrom(rightType))
{
IComparable lhs, rhs;
int crv;
lhs = leftObj.ChangeType<IComparable>();
rhs = rightObj.ChangeType<IComparable>();
if ((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. |((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))");
return crv < 0;
}
break;
}
case BinaryOperator.Le:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs <= rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs <= rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs <= rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs <= rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs <= rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs <= rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs <= rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs <= rhs;
}
}
else if (typeof(IComparable).IsAssignableFrom(leftType) &&
typeof(IComparable).IsAssignableFrom(rightType) &&
rightType.IsAssignableFrom(leftType) &&
leftType.IsAssignableFrom(rightType))
{
IComparable lhs, rhs;
int crv;
lhs = leftObj.ChangeType<IComparable>();
rhs = rightObj.ChangeType<IComparable>();
if ((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. |((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))");
return crv <= 0;
}
break;
}
case BinaryOperator.Gt:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs > rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs > rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs > rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs > rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs > rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs > rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs > rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs > rhs;
}
}
else if (typeof(IComparable).IsAssignableFrom(leftType) &&
typeof(IComparable).IsAssignableFrom(rightType) &&
rightType.IsAssignableFrom(leftType) &&
leftType.IsAssignableFrom(rightType))
{
IComparable lhs, rhs;
int crv;
lhs = leftObj.ChangeType<IComparable>();
rhs = rightObj.ChangeType<IComparable>();
if ((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. |((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))");
return crv > 0;
}
break;
}
case BinaryOperator.Ge:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs >= rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs >= rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs >= rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs >= rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs >= rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs >= rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs >= rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs >= rhs;
}
}
else if (typeof(IComparable).IsAssignableFrom(leftType) &&
typeof(IComparable).IsAssignableFrom(rightType) &&
rightType.IsAssignableFrom(leftType) &&
leftType.IsAssignableFrom(rightType))
{
IComparable lhs, rhs;
int crv;
lhs = leftObj.ChangeType<IComparable>();
rhs = rightObj.ChangeType<IComparable>();
if ((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. |((crv = lhs.CompareTo(rightObj)) != (rhs.CompareTo(leftObj) * -1))");
return crv >= 0;
}
break;
}
case BinaryOperator.Add:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs + rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs + rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs + rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs + rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs + rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs + rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs + rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs + rhs;
}
}
break;
}
case BinaryOperator.Sub:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs - rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs - rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs - rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs - rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs - rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs - rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs - rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs - rhs;
}
}
break;
}
case BinaryOperator.Mul:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs * rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs * rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs * rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs * rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs * rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs * rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs * rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs * rhs;
}
}
break;
}
case BinaryOperator.Div:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs / rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs / rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs / rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs / rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs / rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs / rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs / rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs / rhs;
}
}
break;
}
case BinaryOperator.Mod:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(Decimal) || leftType == typeof(Decimal?) ||
rightType == typeof(Decimal) || rightType == typeof(Decimal?))
{
if (leftType != typeof(Single) && leftType != typeof(Single?) &&
rightType != typeof(Single) && rightType != typeof(Single?) &&
leftType != typeof(Double) && leftType != typeof(Double?) &&
rightType != typeof(Double) && rightType != typeof(Double?))
{
Decimal lhs, rhs;
lhs = leftObj.ChangeType<Decimal>();
rhs = rightObj.ChangeType<Decimal>();
return lhs % rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Double) || leftType == typeof(Double?) ||
rightType == typeof(Double) || rightType == typeof(Double?))
{
Double lhs, rhs;
lhs = leftObj.ChangeType<Double>();
rhs = rightObj.ChangeType<Double>();
return lhs % rhs;
}
else if (leftType == typeof(Single) || leftType == typeof(Single?) ||
rightType == typeof(Single) || rightType == typeof(Single?))
{
Single lhs, rhs;
lhs = leftObj.ChangeType<Single>();
rhs = rightObj.ChangeType<Single>();
return lhs % rhs;
}
else if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs % rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs % rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs % rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs % rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs % rhs;
}
}
break;
}
case BinaryOperator.Band:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs & rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs & rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs & rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs & rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs & rhs;
}
}
break;
}
case BinaryOperator.Bor:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs | rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs | rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs | rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs | rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs | rhs;
}
}
break;
}
case BinaryOperator.Bxor:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if (leftType == typeof(UInt64) || leftType == typeof(UInt64?) ||
rightType == typeof(UInt64) || rightType == typeof(UInt64?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?) &&
leftType != typeof(Int64) && leftType != typeof(Int64?) &&
rightType != typeof(Int64) && rightType != typeof(Int64?))
{
UInt64 lhs, rhs;
lhs = leftObj.ChangeType<UInt64>();
rhs = rightObj.ChangeType<UInt64>();
return lhs ^ rhs;
}
else
{
// bad
}
}
else if (leftType == typeof(Int64) || leftType == typeof(Int64?) ||
rightType == typeof(Int64) || rightType == typeof(Int64?))
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs ^ rhs;
}
else if (leftType == typeof(UInt32) || leftType == typeof(UInt32?) ||
rightType == typeof(UInt32) || rightType == typeof(UInt32?))
{
if (leftType != typeof(SByte) && leftType != typeof(SByte?) &&
rightType != typeof(SByte) && rightType != typeof(SByte?) &&
leftType != typeof(Int16) && leftType != typeof(Int16?) &&
rightType != typeof(Int16) && rightType != typeof(Int16?) &&
leftType != typeof(Int32) && leftType != typeof(Int32?) &&
rightType != typeof(Int32) && rightType != typeof(Int32?))
{
UInt32 lhs, rhs;
lhs = leftObj.ChangeType<UInt32>();
rhs = rightObj.ChangeType<UInt32>();
return lhs ^ rhs;
}
else
{
Int64 lhs, rhs;
lhs = leftObj.ChangeType<Int64>();
rhs = rightObj.ChangeType<Int64>();
return lhs ^ rhs;
}
}
else
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs ^ rhs;
}
}
break;
}
case BinaryOperator.Bls:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if ((leftType == typeof(Int32) || leftType == typeof(Int32?)) &&
(rightType == typeof(Int32) || rightType == typeof(Int32?)))
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs << rhs;
}
}
break;
}
case BinaryOperator.Brs:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if ((leftType == typeof(Int32) || leftType == typeof(Int32?)) &&
(rightType == typeof(Int32) || rightType == typeof(Int32?)))
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs >> rhs;
}
}
break;
}
case BinaryOperator.Bsr:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if ((leftType == typeof(Int32) || leftType == typeof(Int32?)) &&
(rightType == typeof(Int32) || rightType == typeof(Int32?)))
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs >> rhs;
}
}
break;
}
case BinaryOperator.Bur:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (numericTypes.Count(t => t == leftType) == 1 && numericTypes.Count(t => t == rightType) == 1)
{
if ((leftType == typeof(Int32) || leftType == typeof(Int32?)) &&
(rightType == typeof(Int32) || rightType == typeof(Int32?)))
{
Int32 lhs, rhs;
lhs = leftObj.ChangeType<Int32>();
rhs = rightObj.ChangeType<Int32>();
return lhs >> rhs;
}
}
break;
}
case BinaryOperator.StrLk:
{
if (leftType == typeof(String))
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return false;
rightType = rightObj.GetType();
if (rightType == typeof(String))
{
string lhs, rhs;
lhs = leftObj.ChangeType<string>();
rhs = rightObj.ChangeType<string>();
return lhs.Contains(rhs);
}
/*else
{
string lhs, rhs;
lhs = leftObj.SafeToString();
rhs = rightObj.SafeToString();
return lhs.Contains(rhs);
}*/
}
break;
}
case BinaryOperator.And:
{
if (leftType == typeof(Boolean) || leftType == typeof(Boolean?))
{
bool lhs;
lhs = leftObj.ChangeType<bool>();
// short circuit evaluate
if (!lhs)
return false;
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (rightType == typeof(Boolean) || rightType == typeof(Boolean?))
{
bool rhs;
rhs = rightObj.ChangeType<bool>();
return rhs;
}
}
break;
}
case BinaryOperator.Or:
{
if (leftType == typeof(Boolean) || leftType == typeof(Boolean?))
{
bool lhs;
lhs = leftObj.ChangeType<bool>();
// short circuit evaluate
if (lhs)
return true;
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (rightType == typeof(Boolean) || rightType == typeof(Boolean?))
{
bool rhs;
rhs = rightObj.ChangeType<bool>();
return rhs;
}
}
break;
}
case BinaryOperator.Xor:
{
if (leftType == typeof(Boolean) || leftType == typeof(Boolean?))
{
bool lhs;
lhs = leftObj.ChangeType<bool>();
// no short circuit evaluate possible here
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (rightType == typeof(Boolean) || rightType == typeof(Boolean?))
{
bool rhs;
rhs = rightObj.ChangeType<bool>();
return (lhs && !rhs) || (rhs && !lhs);
}
}
break;
}
case BinaryOperator.ObjAs:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (rightType == typeof(String))
{
string rhs;
rhs = rightObj.ChangeType<string>();
if (SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsWhiteSpace(rhs))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | dataTypeFascade.ReflectionFascadeLegacyInstance.IsNullOrWhiteSpace(rhs)");
rightType = Type.GetType(rhs, false);
if ((object)rightType == null)
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | Type.GetType");
return SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.ChangeType(leftObj, rightType);
}
break;
}
case BinaryOperator.Parse:
{
if (leftType == typeof(String))
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (rightType == typeof(String))
{
string lhs, rhs;
object result;
lhs = leftObj.ChangeType<string>();
rhs = rightObj.ChangeType<string>();
if (SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsWhiteSpace(rhs))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | dataTypeFascade.ReflectionFascadeLegacyInstance.IsNullOrWhiteSpace(rhs)");
rightType = Type.GetType(rhs, false);
if ((object)rightType == null)
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | Type.GetType");
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.TryParse(rightType, lhs, out result))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | dataTypeFascade.ReflectionFascadeLegacyInstance.TryParse");
return result;
}
}
break;
}
case BinaryOperator.ObjIs:
{
rightObj = onDemandRightExpressionEvaluator();
if ((object)rightObj == null)
return null;
rightType = rightObj.GetType();
if (rightType == typeof(String))
{
string rhs;
rhs = rightObj.ChangeType<string>();
if (SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsWhiteSpace(rhs))
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | dataTypeFascade.ReflectionFascadeLegacyInstance.IsNullOrWhiteSpace(rhs)");
rightType = Type.GetType(rhs, false);
if ((object)rightType == null)
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | Type.GetType");
return rightType.IsAssignableFrom(leftType);
}
break;
}
case BinaryOperator.VarPut:
{
if (typeof(AspectConstruct).IsAssignableFrom(leftType))
{
AspectConstruct lhs;
IExpressionContainerConstruct expressionContainerConstruct;
ValueConstruct valueConstruct;
rightObj = onDemandRightExpressionEvaluator();
rightType = (object)rightObj != null ? rightObj.GetType() : null;
lhs = leftObj.ChangeType<AspectConstruct>();
expressionContainerConstruct = new ExpressionContainerConstruct();
valueConstruct = new ValueConstruct()
{
Type = (object)rightType != null ? rightType.FullName : null,
__ = rightObj
};
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = valueConstruct;
this.Assign(lhs.Name, expressionContainerConstruct, templatingContext);
return rightObj;
}
break;
}
default:
{
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | binary operator is not recognized");
}
}
throw new InvalidOperationException("(?) Something went wrong but the software engineers were too lazy to add a meaningful error message. | type is not supported by the binary operator");
}
protected override void CoreExpandTemplate(ITemplatingContext templatingContext)
{
string scopeName;
bool appendMode;
Encoding encoding;
DynamicWildcardTokenReplacementStrategy dynamicWildcardTokenReplacementStrategy;
if ((object)templatingContext == null)
throw new ArgumentNullException(nameof(templatingContext));
dynamicWildcardTokenReplacementStrategy = templatingContext.GetDynamicWildcardTokenReplacementStrategy();
scopeName = templatingContext.Tokenizer.ExpandTokens(this.ScopeName, dynamicWildcardTokenReplacementStrategy);
appendMode = this.Append;
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(this.EncodingName))
encoding = Encoding.GetEncoding(this.EncodingName);
else
encoding = Encoding.UTF8;
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(scopeName))
{
new AllocConstruct()
{
Token = "#OutputScopeName"
}.ExpandTemplate(templatingContext);
}
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(scopeName))
{
IExpressionContainerConstruct expressionContainerConstruct;
ValueConstruct valueConstruct;
expressionContainerConstruct = new ExpressionContainerConstruct();
valueConstruct = new ValueConstruct()
{
Type = typeof(string).FullName,
__ = scopeName
};
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = valueConstruct;
new AssignConstruct()
{
Token = "#OutputScopeName",
Expression = expressionContainerConstruct
}.ExpandTemplate(templatingContext);
}
templatingContext.Output.LogTextWriter.WriteLine("['{0:O}' (UTC)]\tEntering output scope '{1}'.", DateTime.UtcNow, scopeName);
templatingContext.Output.EnterScope(scopeName, appendMode, encoding);
if ((object)this.Items != null)
{
foreach (ITemplateMechanism templateMechanism in this.Items)
templateMechanism.ExpandTemplate(templatingContext);
}
templatingContext.Output.LeaveScope(scopeName);
templatingContext.Output.LogTextWriter.WriteLine("['{0:O}' (UTC)]\tLeaving output scope '{1}'.", DateTime.UtcNow, scopeName);
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(scopeName))
{
new FreeConstruct()
{
Token = "#OutputScopeName"
}.ExpandTemplate(templatingContext);
}
}
protected override void CoreExpandTemplate(ITemplatingContext templatingContext)
{
string @in, varCt, varItem, varIx;
uint count = 0, index = 1; // one-based
IEnumerable values;
object obj;
DynamicWildcardTokenReplacementStrategy dynamicWildcardTokenReplacementStrategy;
if ((object)templatingContext == null)
throw new ArgumentNullException(nameof(templatingContext));
dynamicWildcardTokenReplacementStrategy = templatingContext.GetDynamicWildcardTokenReplacementStrategy();
@in = templatingContext.Tokenizer.ExpandTokens(this.In, dynamicWildcardTokenReplacementStrategy);
varItem = templatingContext.Tokenizer.ExpandTokens(this.VarItem, dynamicWildcardTokenReplacementStrategy);
varCt = templatingContext.Tokenizer.ExpandTokens(this.VarCt, dynamicWildcardTokenReplacementStrategy);
varIx = templatingContext.Tokenizer.ExpandTokens(this.VarIx, dynamicWildcardTokenReplacementStrategy);
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varItem))
{
new AllocConstruct()
{
Token = varItem
}.ExpandTemplate(templatingContext);
}
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varCt))
{
new AllocConstruct()
{
Token = varCt
}.ExpandTemplate(templatingContext);
}
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varIx))
{
new AllocConstruct()
{
Token = varIx
}.ExpandTemplate(templatingContext);
}
if (!dynamicWildcardTokenReplacementStrategy.GetByToken(@in, out obj))
throw new InvalidOperationException(string.Format("The facet name '{0}' was not found on the target model.", @in));
if ((object)obj == null)
return;
if (!(obj is IEnumerable))
throw new InvalidOperationException(string.Format("The in expression the for-each construct is not assignable to type '{0}'.", typeof(IEnumerable).FullName));
values = (IEnumerable)obj;
obj = null; // not needed
if ((object)this.Filter != null)
{
ArrayList temp;
bool shouldFilter;
temp = new ArrayList();
if ((object)values != null)
{
foreach (object value in values)
{
templatingContext.IteratorModels.Push(value);
obj = this.Filter.EvaluateExpression(templatingContext);
templatingContext.IteratorModels.Pop();
if ((object)obj != null && !(obj is bool) && !(obj is bool?))
throw new InvalidOperationException(string.Format("The for-each construct filter expression has evaluated to a non-null value with an unsupported type '{0}'; only '{1}' and '{2}' types are supported.", value.GetType().FullName, typeof(bool).FullName, typeof(bool?).FullName));
shouldFilter = !((bool)(obj ?? true));
if (!shouldFilter)
{
count++;
temp.Add(value);
}
}
}
values = temp;
}
else
{
if ((object)values != null)
{
foreach (object value in values)
count++;
}
}
if ((object)this.Sort != null)
values = this.Sort.EvaluateSort(templatingContext, values);
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varCt))
{
IExpressionContainerConstruct expressionContainerConstruct;
ValueConstruct valueConstruct;
expressionContainerConstruct = new ExpressionContainerConstruct();
valueConstruct = new ValueConstruct()
{
Type = typeof(int).FullName,
__ = count
};
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = valueConstruct;
new AssignConstruct()
{
Token = varCt,
Expression = expressionContainerConstruct
}.ExpandTemplate(templatingContext);
}
if ((object)values != null)
{
foreach (object value in values)
{
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varItem))
{
IExpressionContainerConstruct expressionContainerConstruct;
ValueConstruct valueConstruct;
expressionContainerConstruct = new ExpressionContainerConstruct();
valueConstruct = new ValueConstruct()
{
__ = value
};
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = valueConstruct;
new AssignConstruct()
{
Token = varItem,
Expression = expressionContainerConstruct
}.ExpandTemplate(templatingContext);
}
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varIx))
{
IExpressionContainerConstruct expressionContainerConstruct;
ValueConstruct valueConstruct;
expressionContainerConstruct = new ExpressionContainerConstruct();
valueConstruct = new ValueConstruct()
{
Type = typeof(int).FullName,
__ = index
};
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = valueConstruct;
new AssignConstruct()
{
Token = varIx,
Expression = expressionContainerConstruct
}.ExpandTemplate(templatingContext);
}
templatingContext.IteratorModels.Push(value);
if ((object)this.Body != null)
this.Body.ExpandTemplate(templatingContext);
templatingContext.IteratorModels.Pop();
index++;
}
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varIx))
{
new FreeConstruct()
{
Token = varIx
}.ExpandTemplate(templatingContext);
}
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varCt))
{
new FreeConstruct()
{
Token = varCt
}.ExpandTemplate(templatingContext);
}
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varItem))
{
new FreeConstruct()
{
Token = varItem
}.ExpandTemplate(templatingContext);
}
}
}
protected override void CoreExpandTemplate(ITemplatingContext templatingContext)
{
string aqtn;
DynamicWildcardTokenReplacementStrategy dynamicWildcardTokenReplacementStrategy;
ISourceStrategy sourceStrategy;
Type sourceStrategyType;
string sourceFilePath, var;
object source;
if ((object)templatingContext == null)
throw new ArgumentNullException(nameof(templatingContext));
dynamicWildcardTokenReplacementStrategy = templatingContext.GetDynamicWildcardTokenReplacementStrategy();
aqtn = templatingContext.Tokenizer.ExpandTokens(this.AssemblyQualifiedTypeName, dynamicWildcardTokenReplacementStrategy);
sourceFilePath = templatingContext.Tokenizer.ExpandTokens(this.SourceFilePath, dynamicWildcardTokenReplacementStrategy);
var = templatingContext.Tokenizer.ExpandTokens(this.Var, dynamicWildcardTokenReplacementStrategy);
sourceStrategyType = Type.GetType(aqtn, false);
if ((object)sourceStrategyType == null)
throw new InvalidOperationException(string.Format("Failed to load the source strategy type '{0}' via Type.GetType(..).", aqtn));
if (!typeof(ISourceStrategy).IsAssignableFrom(sourceStrategyType))
throw new InvalidOperationException(string.Format("The source strategy type is not assignable to type '{0}'.", typeof(ISourceStrategy).FullName));
sourceStrategy = (ISourceStrategy)Activator.CreateInstance(sourceStrategyType);
source = sourceStrategy.GetSourceObject(/*templatingContext, */sourceFilePath, templatingContext.Properties);
if (!this.UseAlloc)
{
templatingContext.IteratorModels.Push(source);
if ((object)this.Items != null)
{
foreach (ITemplateMechanism templateMechanism in this.Items)
templateMechanism.ExpandTemplate(templatingContext);
}
templatingContext.IteratorModels.Pop();
}
else
{
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(var))
{
IExpressionContainerConstruct expressionContainerConstruct;
ValueConstruct valueConstruct;
new AllocConstruct()
{
Token = var
}.ExpandTemplate(templatingContext);
expressionContainerConstruct = new ExpressionContainerConstruct();
valueConstruct = new ValueConstruct()
{
__ = source
};
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = valueConstruct;
new AssignConstruct()
{
Token = var,
Expression = expressionContainerConstruct
}.ExpandTemplate(templatingContext);
}
}
}
protected override void CoreExpandTemplate(ITemplatingContext templatingContext)
{
const uint MAX_ITERATIONS_INFINITE_LOOP_CHECK = 999999;
string varIx;
uint index = 1; // one-based
DynamicWildcardTokenReplacementStrategy dynamicWildcardTokenReplacementStrategy;
if ((object)templatingContext == null)
throw new ArgumentNullException(nameof(templatingContext));
dynamicWildcardTokenReplacementStrategy = templatingContext.GetDynamicWildcardTokenReplacementStrategy();
varIx = templatingContext.Tokenizer.ExpandTokens(this.VarIx, dynamicWildcardTokenReplacementStrategy);
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varIx))
{
new AllocConstruct()
{
Token = varIx
}.ExpandTemplate(templatingContext);
}
this.CoreConditionalIterationInitialize(templatingContext);
// DO NOT USE REAL FOR LOOP HERE
while (true)
{
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varIx))
{
IExpressionContainerConstruct expressionContainerConstruct;
ValueConstruct valueConstruct;
expressionContainerConstruct = new ExpressionContainerConstruct();
valueConstruct = new ValueConstruct()
{
Type = typeof(int).FullName,
__ = index
};
((IContentContainerXmlObject<IExpressionXmlObject>)expressionContainerConstruct).Content = valueConstruct;
new AssignConstruct()
{
Token = varIx,
Expression = expressionContainerConstruct
}.ExpandTemplate(templatingContext);
}
if (index > MAX_ITERATIONS_INFINITE_LOOP_CHECK)
throw new InvalidOperationException(string.Format("The conditional iteration construct has exceeded the maximun number of iterations '{0}'; this is an infinite loop prevention mechansim.", MAX_ITERATIONS_INFINITE_LOOP_CHECK));
if (this.Precondition)
{
if (!this.CheckCondition(templatingContext))
break;
}
if ((object)this.Body != null)
this.Body.ExpandTemplate(templatingContext);
this.CoreConditionalIterationStep(templatingContext, index);
if (!this.Precondition)
{
if (!this.CheckCondition(templatingContext))
break;
}
index++;
}
this.CoreConditionalIterationTerminate(templatingContext);
if (!SolderLegacyInstanceAccessor.DataTypeFascadeLegacyInstance.IsNullOrWhiteSpace(varIx))
{
new FreeConstruct()
{
Token = varIx
}.ExpandTemplate(templatingContext);
}
}
