Uses of Class
net.christopherschultz.evaluator.EvaluationException

Packages that use EvaluationException

net.christopherschultz.evaluator
net.christopherschultz.evaluator.function

Uses of EvaluationException in net.christopherschultz.evaluator

Subclasses of EvaluationException in net.christopherschultz.evaluator

class

UnexpectedArgumentException An exception type denoting an unexpected argument.

Methods in net.christopherschultz.evaluator that throw EvaluationException

Object	StandardFunction.call(EvaluationContext ec, String functionName, List argumentExpressions) Invokes the function with the specified argument expressions in the specified evaluation context.
Object	Function.call(EvaluationContext ec, String functionName, List argumentExpressions) Invokes the function with the specified argument expressions in the specified evaluation context.
abstract Object	StandardFunction.call(EvaluationContext ec, String functionName, Object[] arguments) Calls this function with standard argument evaluation semantics.
Object	ArrayReferenceExpression.evaluate(EvaluationContext ec) Evaluates this Expression by evaluating the expression used for the array index, and then returning the element of the array at that location.
Object	BinaryOperatorExpression.evaluate(EvaluationContext ec) Evaluates this Expression by returning the appropriate combination of the left and right-hand sub expressions with the operator.
Object	UnaryMinusExpression.evaluate(EvaluationContext ec) Evaluates this Expression by returning the logical negation of the sub-expression.
Object	NegatedExpression.evaluate(EvaluationContext ec) Evaluates this Expression by returning the logical negation of the sub-expression.
Object	IdentifierExpression.evaluate(EvaluationContext ec)
Object	FunctionCallExpression.evaluate(EvaluationContext ec) Evaluates this Expression by evaluating all of the arguments' expressions, and then passing their resulting values to the function bound to this FunctionCallExpression's name.
abstract Object	Expression.evaluate(EvaluationContext ec) Evaluates this expression and returns the result.
Object	ConstantExpression.evaluate(EvaluationContext ec) Evaluates this Expression by returning its constant value.
static Object	StandardFunction.getExpressionValue(EvaluationContext ec, Object expression) Gets the value of an expression.
static Object[]	StandardFunction.getExpressionValueArray(EvaluationContext ec, List expressions) Evaluates the specified list of expressions and returns the results in an array.
protected void	Expression.setParent(Expression parent)

Constructors in net.christopherschultz.evaluator that throw EvaluationException

BinaryOperatorExpression(Expression left, String operator, Expression right)
Creates a new BinaryOperatorExpression with the specified sub expressions and operator.

FunctionCallExpression(Expression functionExp, List arguments)
Creates a new FunctionCallExpression where the function to call is determined at evaluation time.

NegatedExpression(Expression subExpression)
Creates a new NegatedExpression with the given sub-expression.

UnaryMinusExpression(Expression subExpression)
Creates a new UnaryMinusExpression with the given sub-expression.

Uses of EvaluationException in net.christopherschultz.evaluator.function

Subclasses of EvaluationException in net.christopherschultz.evaluator.function

static class

BinaryOperator.IncompatibleArgumentsException

Methods in net.christopherschultz.evaluator.function that throw EvaluationException

protected abstract Object	BinaryOperator.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Add.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Subtract.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Multiply.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Divide.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Modulus.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.And.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Or.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Greater.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Less.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.GreaterEqual.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.LessEqual.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	BinaryOperator.Equal.call(EvaluationContext ec, Object lvalue, Object rvalue)
Object	IfFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	UnsetVariableFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	NullFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	LambdaFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	NonShortCircuitAnd.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	ListFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	QuoteFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	ShortCircuitOr.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	SetVariableFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	ShortCircuitAnd.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	GetVariableFunction.call(EvaluationContext ec, String functionName, List argumentExpressions)
Object	MemoryFunction.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	VariablesFunction.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	CountMatchesFunction.call(EvaluationContext ec, String functionName, Object[] args)
Object	ContainsAnyFunction.call(EvaluationContext ec, String functionName, Object[] args)
Object	Difference.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	BinaryOperator.call(EvaluationContext ec, String functionName, Object[] args) Checks for exactly two arguments and calls the subclass's 2-argument call function.
Object	BinaryOperator.NotEqual.call(EvaluationContext ec, String functionName, Object[] args)
Object	LengthFunction.call(EvaluationContext ec, String functionName, Object[] args)
Object	IsNullFunction.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	DistributeFunction.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	ContainsAllFunction.call(EvaluationContext ec, String functionName, Object[] args)
Object	Summation.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	NewObjectFunction.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	MathFunction.DoubleFunction.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	MathFunction.random.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	MathFunction.max.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	MathFunction.min.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	MathFunction.pow.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	MathFunction.heaviside.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	IJWInvocation.call(EvaluationContext ec, String functionName, Object[] arguments)
Object	CallFunction.call(EvaluationContext ec, String functionName, Object[] arguments)