private void CheckTestMethodHasCodeAndCreateWarningIfNot(ICSharpFunctionDeclaration declaration) { var statements = declaration.Body.Statements; if (!statements.Any()) { IHighlighting highlighting = new TestMethodMissingCodeWarning(declaration, "Test method is empty"); AddHighlighting(declaration.GetNameDocumentRange(), highlighting); } }
/// <summary> /// Processes the function declaration. /// </summary> /// <param name="declaration">The declaration.</param> private void ProcessFunctionDeclaration(ICSharpFunctionDeclaration declaration) { // Nothing to calculate if (declaration.Body == null) { return; } int cyclomatic = CalcCyclomaticComplexity(declaration); // Placing highlighting if (cyclomatic > myThreshold) { string message = string.Format("Member has cyclomatic complexity of {0} ({1}%)", cyclomatic, (int)(cyclomatic * 100.0 / myThreshold)); var warning = new ComplexityWarning(message); myHighlightings.Add(new HighlightingInfo(declaration.GetNameDocumentRange(), warning)); } }
/// <summary> /// Processes the function declaration. /// </summary> /// <param name="declaration">The declaration.</param> private void ProcessFunctionDeclaration(ICSharpFunctionDeclaration declaration) { // Nothing to calculate if(declaration.Body == null) return; int cyclomatic = CalcCyclomaticComplexity(declaration); // Placing highlighting if(cyclomatic > myThreshold) { string message = string.Format("Member has cyclomatic complexity of {0} ({1}%)", cyclomatic, (int)(cyclomatic * 100.0 / myThreshold)); var warning = new ComplexityWarning(message); myHighlightings.Add(new HighlightingInfo(declaration.GetNameDocumentRange(), warning)); } }
public DocumentRange CalculateRange() { return(myDeclaration.GetNameDocumentRange()); }