public string CalculateRegexFromMethod(StepDefinitionType stepDefinitionType, IBindingMethod bindingMethod)
{
// if method name seems to contain regex, we use it as-is
if (nonIdentifierRe.Match(bindingMethod.Name).Success)
{
return bindingMethod.Name;
}
string stepText = bindingMethod.Name;
stepText = RemoveStepPrefix(stepDefinitionType, stepText);
var parameters = bindingMethod.Parameters.ToArray();
int processedPosition = 0;
var reBuilder = new StringBuilder("(?i)");
foreach (var paramPosition in parameters.Select((p, i) => CalculateParamPosition(stepText, p, i)).Where(pp => pp.Position >= 0).OrderBy(pp => pp.Position))
{
if (paramPosition.Position < processedPosition)
continue; //this is an error case -> overlapping parameters
reBuilder.Append(CalculateRegex(stepText.Substring(processedPosition, paramPosition.Position - processedPosition)));
reBuilder.Append(CalculateParamRegex(parameters[paramPosition.ParamIndex]));
processedPosition = paramPosition.Position + paramPosition.Length;
}
reBuilder.Append(CalculateRegex(stepText.Substring(processedPosition, stepText.Length - processedPosition)));
reBuilder.Append(@"\W*");
return reBuilder.ToString();
}
public CodeFunction FindCodeFunction(VsProjectScope projectScope, IBindingMethod bindingMethod)
{
var project = projectScope.Project;
var function = FindCodeFunction(project, bindingMethod);
if (function != null)
return function;
var specFlowProject = projectScope.SpecFlowProjectConfiguration;
if (specFlowProject != null)
{
foreach (var assemblyName in specFlowProject.RuntimeConfiguration.AdditionalStepAssemblies)
{
string simpleName = assemblyName.Split(new[] { ',' }, 2)[0];
var stepProject = VsxHelper.FindProjectByAssemblyName(project.DTE, simpleName);
if (stepProject != null)
{
function = FindCodeFunction(stepProject, bindingMethod);
if (function != null)
return function;
}
}
}
return null;
}
public StepBinding(IBindingMethod method, BindingType bindingType, Regex regex, BindingScope bindingScope)
{
Method = method;
BindingType = bindingType;
Regex = regex;
BindingScope = bindingScope;
}
public IStepDefinitionBinding CreateStepBinding(StepDefinitionType type, string regexString,
IBindingMethod bindingMethod, BindingScope bindingScope)
{
if (regexString == null)
regexString = stepDefinitionRegexCalculator.CalculateRegexFromMethod(type, bindingMethod);
return new StepDefinitionBinding(type, regexString, bindingMethod, bindingScope);
}
public StepDefinitionBinding(StepDefinitionType stepDefinitionType, Regex regex, IBindingMethod bindingMethod, BindingScope bindingScope)
: base(bindingMethod)
{
StepDefinitionType = stepDefinitionType;
Regex = regex;
BindingScope = bindingScope;
}
public HookBinding(IBindingMethod bindingMethod, HookType hookType, BindingScope bindingScope, int hookOrder)
: base(bindingMethod)
{
HookOrder = hookOrder;
HookType = hookType;
BindingScope = bindingScope;
}
private CodeFunction FindCodeFunction(Project project, IBindingMethod bindingMethod)
{
return GetClassesIncludingPartialClasses(project)
.Where(c => c.FullName == bindingMethod.Type.FullName)
.SelectMany(c => c.GetFunctions()).FirstOrDefault(
f => f.Name == bindingMethod.Name && bindingMethod.MethodEquals(bindingReflectionFactory.CreateBindingMethod(f)));
}
public static bool MethodEquals(this IBindingMethod method1, IBindingMethod method2)
{
if (ReferenceEquals(method1, method2))
return true;
if (method1 == null || method2 == null)
return false;
return method1.Name == method2.Name &&
method1.Type.TypeEquals(method2.Type) &&
method1.Parameters.ParamsEquals(method2.Parameters);
}
public static bool MethodEquals(this IBindingMethod method1, IBindingMethod method2)
{
if (ReferenceEquals(method1, method2))
return true;
if (method1 == null || method2 == null)
return false;
if (method1 is RuntimeBindingMethod && method2 is RuntimeBindingMethod)
return ((RuntimeBindingMethod)method1).MethodInfo.Equals(((RuntimeBindingMethod)method2).MethodInfo);
return method1.Name == method2.Name &&
method1.Type.TypeEquals(method2.Type) &&
method1.Parameters.ParamsEquals(method2.Parameters);
}
public Exception GetNonStaticEventError(IBindingMethod method)
{
throw new BindingException(
string.Format("The binding methods for before/after feature and before/after test run events must be static! {0}",
GetMethodText(method)));
}
public Exception GetCallError(IBindingMethod method, Exception ex)
{
return new BindingException(
string.Format("Error calling binding method '{0}': {1}",
GetMethodText(method), ex.Message));
}
public void TraceDuration(TimeSpan elapsed, IBindingMethod method, object[] arguments)
{
traceListener.WriteToolOutput("duration: {0}: {1:F1}s",
stepFormatter.GetMatchText(method, arguments), elapsed.TotalSeconds);
}
public IStepArgumentTransformationBinding CreateStepArgumentTransformation(string regexString, IBindingMethod bindingMethod)
{
return new StepArgumentTransformationBinding(regexString, bindingMethod);
}
public HookBinding(IBindingMethod bindingMethod, HookType hookType, BindingScope bindingScope) : base(bindingMethod)
{
HookType = hookType;
BindingScope = bindingScope;
}
public void TraceDuration(TimeSpan elapsed, IBindingMethod method, object[] arguments)
{
traceListener.WriteToolOutput("duration: {0}: {1:F1}s",
stepFormatter.GetMatchText(method, arguments), elapsed.TotalSeconds);
}
private IEnumerable <StepInstanceWithProjectScope> FindAllStepMatchingStepInstances(Document document, IBindingMethod bindingMethod)
{
var projectScopes = GetProjectScopes(document).ToArray();
if (projectScopes.Any(ps => !ps.StepSuggestionProvider.Populated))
{
MessageBox.Show("Step bindings are still being analyzed. Please wait.", "Go to steps");
return(new StepInstanceWithProjectScope[0]);
}
return(projectScopes.SelectMany(ps => GetMatchingSteps(bindingMethod, ps)).ToArray());
}
public Exception GetCallError(IBindingMethod method, Exception ex)
{
return(new BindingException(
string.Format("Error calling binding method '{0}': {1}",
GetMethodText(method), ex.Message)));
}
public StepDefinitionBindingWithSourceAndError(StepDefinitionType stepDefinitionType, string regexString, IBindingMethod bindingMethod, BindingScope bindingScope) : base(stepDefinitionType, regexString, bindingMethod, bindingScope)
{
}
public HookBinding(IBindingMethod bindingMethod, HookType hookType, BindingScope bindingScope, int hookOrder) : base(bindingMethod)
{
HookOrder = hookOrder;
HookType = hookType;
BindingScope = bindingScope;
}
public IStepArgumentTransformationBinding CreateStepArgumentTransformation(string regexString, IBindingMethod bindingMethod)
{
return(new StepArgumentTransformationBinding(regexString, bindingMethod));
}
public IStepDefinitionBinding CreateStepBinding(StepDefinitionType type, string regexString, IBindingMethod bindingMethod, BindingScope bindingScope)
{
if (regexString == null)
{
regexString = stepDefinitionRegexCalculator.CalculateRegexFromMethod(type, bindingMethod);
}
return(new StepDefinitionBinding(type, regexString, bindingMethod, bindingScope));
}
public IHookBinding CreateHookBinding(IBindingMethod bindingMethod, HookType hookType, BindingScope bindingScope)
{
return(new HookBinding(bindingMethod, hookType, bindingScope));
}
public string CalculateRegexFromMethod(StepDefinitionType stepDefinitionType, IBindingMethod bindingMethod)
{
// if method name seems to contain regex, we use it as-is
if (nonIdentifierRe.Match(bindingMethod.Name).Success)
{
return(bindingMethod.Name);
}
string stepText = bindingMethod.Name;
stepText = RemoveStepPrefix(stepDefinitionType, stepText);
var parameters = bindingMethod.Parameters.ToArray();
int processedPosition = 0;
var reBuilder = new StringBuilder("(?i)");
foreach (var paramPosition in parameters.Select((p, i) => CalculateParamPosition(stepText, p, i)).Where(pp => pp.Position >= 0).OrderBy(pp => pp.Position))
{
if (paramPosition.Position < processedPosition)
{
continue; //this is an error case -> overlapping parameters
}
reBuilder.Append(CalculateRegex(stepText.Substring(processedPosition, paramPosition.Position - processedPosition)));
reBuilder.Append(CalculateParamRegex(parameters[paramPosition.ParamIndex]));
processedPosition = paramPosition.Position + paramPosition.Length;
}
reBuilder.Append(CalculateRegex(stepText.Substring(processedPosition, stepText.Length - processedPosition)));
reBuilder.Append(@"\W*");
return(reBuilder.ToString());
}
public void TraceDuration(TimeSpan elapsed, IBindingMethod method, object[] arguments)
{
//nop
}
private IStepArgumentTransformationBinding CreateStepTransformationBinding(string regexString, IBindingMethod transformMethod)
{
return new StepArgumentTransformationBinding(regexString, transformMethod);
}
protected MethodBinding(IBindingMethod bindingMethod)
{
Method = bindingMethod;
}
public Exception GetNonStaticEventError(IBindingMethod method)
{
throw new BindingException(
string.Format("The binding methods for before/after feature and before/after test run events must be static! {0}",
GetMethodText(method)));
}
private void AddStepBinding(IBindingMethod bindingMethod, StepDefinitionBaseAttribute stepDefinitionBaseAttr, BindingScope stepScope)
{
foreach (var bindingType in stepDefinitionBaseAttr.Types)
{
var stepBinding = bindingFactory.CreateStepBinding(bindingType, stepDefinitionBaseAttr.Regex, bindingMethod, stepScope);
stepDefinitions.Add(stepBinding);
}
}
protected MethodBinding(IBindingMethod bindingMethod)
{
Method = bindingMethod;
}
public IStepDefinitionMatchExpression CreateExpression(string expressionString, StepDefinitionType type, IBindingMethod bindingMethod)
{
if (expressionString == null || !IsCucumberExpression(expressionString))
{
if (expressionString == null)
{
expressionString = _stepDefinitionRegexCalculator.CalculateRegexFromMethod(type, bindingMethod);
}
return(new RegexExpression(expressionString));
}
return(new CucumberExpression(expressionString, _cucumberExpressionParameterTypeRegistry));
}
public IHookBinding CreateEventBinding(IBindingMethod bindingMethod, BindingScope bindingScope)
{
return new HookBinding(bindingMethod, bindingScope);
}
public LateBoundStepDefinitionBindingWithSource(StepDefinitionType stepDefinitionType, IBindingMethod bindingMethod, BindingScope bindingScope, string sourceExpression, Func <Tuple <Regex, string> > regexFactory)
: this(stepDefinitionType, bindingMethod, bindingScope, sourceExpression, new Lazy <Tuple <Regex, string> >(regexFactory, true))
{
}
public IHookBinding CreateHookBinding(IBindingMethod bindingMethod, HookType hookType, BindingScope bindingScope)
{
return new HookBinding(bindingMethod, hookType, bindingScope);
}
protected LateBoundStepDefinitionBindingWithSource(StepDefinitionType stepDefinitionType, IBindingMethod bindingMethod, BindingScope bindingScope, string sourceExpression, Lazy <Tuple <Regex, string> > regexProvider)
: base(bindingMethod)
{
_regexProvider = regexProvider;
StepDefinitionType = stepDefinitionType;
BindingScope = bindingScope;
SourceExpression = sourceExpression;
}
public string GetMatchText(IBindingMethod method, object[] arguments)
{
string argText = arguments == null ? "" : string.Join(", ",
arguments.Select(a => GetParamString(a)).ToArray());
return string.Format("{0}.{1}({2})", method.Type.Name, method.Name, argText);
}
public StepArgumentTransformationBinding(string regexString, IBindingMethod bindingMethod)
: this(RegexFactory.Create(regexString), bindingMethod)
{
}
public string GetMethodText(IBindingMethod method)
{
return string.Format("{0}.{1}({2})", method.Type.Name, method.Name,
string.Join(", ", method.Parameters.Select(p => p.Type.Name).ToArray()));
}
private CodeFunction FindCodeFunction(Project project, IBindingMethod bindingMethod)
{
return(VsxHelper.GetClasses(project).Where(IsBindingClass).Where(c => c.FullName == bindingMethod.Type.FullName)
.SelectMany(c => c.GetFunctions()).FirstOrDefault(
f => f.Name == bindingMethod.Name && BindingReflectionExtensions.MethodEquals(bindingMethod, new VsBindingMethod(f))));
}
private CodeFunction FindCodeFunction(Project project, IBindingMethod bindingMethod)
{
return VsxHelper.GetClasses(project).Where(IsBindingClass).Where(c => c.FullName == bindingMethod.Type.FullName)
.SelectMany(c => c.GetFunctions()).FirstOrDefault(
f => f.Name == bindingMethod.Name && BindingReflectionExtensions.MethodEquals(bindingMethod, new VsBindingMethod(f)));
}
private string GetParamTypes(IBindingMethod bindingMethod)
{
var paramTypes = string.Join("|", bindingMethod.Parameters.Select(GetParamType));
return(paramTypes.Length == 0 ? null : paramTypes);
}
public StepDefinitionBinding(StepDefinitionType stepDefinitionType, string regexString, IBindingMethod bindingMethod, BindingScope bindingScope)
: this(stepDefinitionType, RegexFactory.Create(regexString), bindingMethod, bindingScope)
{
}
private IStepArgumentTransformationBinding CreateStepTransformationBinding(string regexString, IBindingMethod transformMethod)
{
return(new StepArgumentTransformationBinding(regexString, transformMethod));
}
public StepArgumentTransformationBinding(Regex regex, IBindingMethod bindingMethod)
: base(bindingMethod)
{
Regex = regex;
}
public string GetMethodText(IBindingMethod method)
{
string parametersDisplayed = string.Join(", ", method.Parameters.Select(p => p.Type.Name).ToArray());
return($"{method.Type.AssemblyName}:{method.Type.FullName}.{method.Name}({parametersDisplayed})");
}
private Regex CallCalculateRegexFromMethodAndAssertRegex(StepDefinitionRegexCalculator sut, StepDefinitionType stepDefinitionType, IBindingMethod bindingMethod)
{
var result = sut.CalculateRegexFromMethod(stepDefinitionType, bindingMethod);
return(AssertRegex(result));
}
public HookBinding(IBindingMethod bindingMethod, BindingScope bindingScope) : base(bindingMethod)
{
BindingScope = bindingScope;
}