public bool IsMatch(FailedAssertion failedAssertion)
{
var expression = failedAssertion.Expression;
return((EqualityPattern.IsEqualityComparison(expression) ||
LessThanOrGreaterThanPattern.IsNumericalComparison(expression)) &&
expression is BinaryExpression binaryExpression &&
IsLengthAccess(binaryExpression.Left));
}
public FormattableString TryGetFriendlyMessage(FailedAssertion assertion)
{
var left = EqualityPattern.GetLeftSide(assertion.Expression);
var right = EqualityPattern.GetRightSide(assertion.Expression, left);
if (right.NodeType == ExpressionType.Convert && right.Type == typeof(object))
{
right = ((UnaryExpression)right).Operand;
}
if (IsConstantExpression(right))
{
return($"Expected {left} to equal {right} but {left} was {left.ToValue()}.");
}
return($"Expected {left} to equal {right} but {left} was {left.ToValue()} while {right} was {right.ToValue()}.");
}
public bool IsMatch(FailedAssertion failedAssertion)
{
return(failedAssertion.Expression.NodeType == ExpressionType.Equal ||
EqualityPattern.EqualsMethodShouldBeTrue(failedAssertion.Expression));
}
public bool IsMatch(FailedAssertion failedAssertion)
{
return(EqualityPattern.IsEqualityComparison(failedAssertion.Expression) ||
LessThanOrGreaterThanPattern.IsNumericalComparison(failedAssertion.Expression));
}