public override void VisitConditionalOrExpression(IConditionalOrExpression expr, IList <IStatement> context)
{
foreach (var csExpr in expr.OperatorOperands)
{
csExpr.Accept(this, context);
}
}
public override IAssignableExpression VisitConditionalOrExpression(IConditionalOrExpression expr,
IList <IStatement> context)
{
return(new BinaryExpression
{
LeftOperand = ToSimpleExpression(expr.LeftOperand, context),
Operator = BinaryOperator.Or,
RightOperand = ToSimpleExpression(expr.RightOperand, context)
});
}
protected CognitiveComplexityHintBase(ITreeNode node, DocumentOffset offset, int value)
{
_node = node;
_offset = offset;
Value = value;
Description = node switch
{
IWhileStatement _ => "While-Statement (increases nesting)",
ISwitchStatement _ => "Switch-Statement (increases nesting)",
IDoStatement _ => "Do-While-Statement (increases nesting)",
IIfStatement _ => "If-Statement (increases nesting)",
IForStatement _ => "For-Statement (increases nesting)",
IForeachStatement _ => "Foreach-Statement (increases nesting)",
ICatchClause _ => "Catch-Clause (increases nesting)",
IGotoStatement _ => "Goto-Statement",
IBreakStatement _ => "Break-Statement",
IConditionalOrExpression _ => "First/alternating conditional Expression",
IConditionalAndExpression _ => "First/alternating conditional Expression",
ICSharpStatement _ => "If-Statement (increases nesting)",
ICSharpExpression _ => "Recursive Call",
_ => throw new NotSupportedException(node.GetType().FullName)
};
}
