public override ExpressionKind Eat(ISnapshot snapshot, IBinaryExpression expression)
{
var leftKind = Eater.Eat(snapshot, expression.LeftOperand);
snapshot.Add(leftKind, expression.LeftOperand);
var rightKind = Eater.Eat(snapshot, expression.RightOperand);
snapshot.Add(rightKind, expression.RightOperand);
if (leftKind == ExpressionKind.TargetCall || rightKind == ExpressionKind.TargetCall)
{
return(ExpressionKind.Result);
}
if (leftKind == ExpressionKind.Target || rightKind == ExpressionKind.Target)
{
return(ExpressionKind.Target);
}
if (leftKind == ExpressionKind.Result || rightKind == ExpressionKind.Result)
{
return(ExpressionKind.Result);
}
return(ExpressionKind.StubCandidate);
}
public void EatStubOptions(ISnapshot snapshot, ICSharpExpression options)
{
if (options is IConditionalAndExpression)
{
EatStubOptions(snapshot, (options as IConditionalAndExpression).LeftOperand);
EatStubOptions(snapshot, (options as IConditionalAndExpression).RightOperand);
return;
}
if (options is IEqualityExpression)
{
EatStubOptions(snapshot, (options as IEqualityExpression).LeftOperand);
var kind = _eater.Eat(snapshot, (options as IEqualityExpression).RightOperand);
EatOptionValue(snapshot, kind, (options as IEqualityExpression).RightOperand);
return;
}
if (options is IInvocationExpression)
{
var optType = _moqStubOptionTargetEater.EatOption(snapshot, options as IInvocationExpression);
snapshot.Add(optType, options);
return;
}
if (options is IReferenceExpression)
{
var optType = _moqStubOptionTargetEater.EatOption(snapshot, options as IReferenceExpression);
snapshot.Add(optType, options);
return;
}
throw new MoqStubOptionWrongTypeException(this, options);
}
public override void Eat(ISnapshot snapshot, ILocalVariableDeclaration variableDeclaration)
{
if (variableDeclaration.Initial == null)
{
var typeKind = _typeEater.EatVariableType(snapshot, variableDeclaration.Type);
snapshot.Add(typeKind, variableDeclaration);
return;
}
ExpressionKind kind = _variableInitializerEater.Eat(snapshot, variableDeclaration.Initial);
if (kind == ExpressionKind.StubCandidate)
{
snapshot.Add(ExpressionKind.Stub, variableDeclaration);
return;
}
if (kind == ExpressionKind.TargetCall || kind == ExpressionKind.Assert)
{
snapshot.Add(ExpressionKind.Result, variableDeclaration);
return;
}
snapshot.Add(kind, variableDeclaration);
}
public override ExpressionKind Eat(ISnapshot snapshot, IQueryExpression expression)
{
Eater.Eat(snapshot, expression.From.Expression);
snapshot.Add(expression.From.Declaration);
IQuerySelectClause lastSelect;
foreach (var queryClause in expression.Clauses)
{
Eater.Eat(snapshot, queryClause);
}
lastSelect = expression.Clauses.Last() as IQuerySelectClause;
foreach (var queryContinuation in expression.Continuations)
{
snapshot.Add(queryContinuation.Declaration);
foreach (var queryClause in queryContinuation.Clauses)
{
Eater.Eat(snapshot, queryClause);
}
lastSelect = queryContinuation.Clauses.Last() as IQuerySelectClause;
}
// the final query kind is provided based on type of last select clause
// so if it return stubs(for example), all query returns stubs
return(Eater.Eat(snapshot, lastSelect));
}
public void EatStubOptions(ISnapshot snapshot, ICSharpExpression options)
{
if (options is IConditionalAndExpression)
{
EatStubOptions(snapshot, (options as IConditionalAndExpression).LeftOperand);
EatStubOptions(snapshot, (options as IConditionalAndExpression).RightOperand);
return;
}
if (options is IEqualityExpression)
{
EatStubOptions(snapshot, (options as IEqualityExpression).LeftOperand);
var kind = _eater.Eat(snapshot, (options as IEqualityExpression).RightOperand);
EatOptionValue(snapshot, kind, (options as IEqualityExpression).RightOperand);
return;
}
if (options is IInvocationExpression)
{
var optType = _moqStubOptionTargetEater.EatOption(snapshot, options as IInvocationExpression);
snapshot.Add(optType, options);
return;
}
if (options is IReferenceExpression)
{
var optType = _moqStubOptionTargetEater.EatOption(snapshot, options as IReferenceExpression);
snapshot.Add(optType, options);
return;
}
throw new MoqStubOptionWrongTypeException(this, options);
}
public override void Save(ISnapshot snapshot)
{
snapshot.Add("Name", Name);
snapshot.Add("PositionX", PositionX);
snapshot.Add("PositionY", PositionY);
snapshot.Add("PlayerNumber", PlayerNumber);
snapshot.Add("UnitType", UnitType);
}
public override ExpressionKind Eat(ISnapshot snapshot, IInvocationExpression expression)
{
var invokedName = _expressionHelper.GetInvokedElementName(expression);
if (invokedName.StartsWith("Method:Moq.Mock.Of"))
{
_mockOfInvocationEater.Eat(snapshot, expression);
return(ExpressionKind.Stub);
}
_argumentsEater.Eat(snapshot, expression.Arguments);
var parentKind = _parentReferenceEater.Eat(snapshot, expression);
if (invokedName.StartsWith("Method:NUnit.Framework.Assert"))
{
snapshot.Add(ExpressionKind.Assert, expression);
return(ExpressionKind.Assert);
}
if (invokedName.StartsWith("Method:Moq.Mock.Verify"))
{
snapshot.Add(ExpressionKind.Assert, expression);
return(ExpressionKind.Assert);
}
var invoked = _expressionHelper.GetInvokedElement(expression);
if (invoked is IMethod)
{
var invokedMethod = invoked as IMethod;
if (snapshot.IsInTestScope(invokedMethod.Module.Name))
{
snapshot.Add(ExpressionKind.TargetCall, expression);
return(ExpressionKind.TargetCall);
}
}
if (parentKind == ExpressionKind.None)
{
return(ExpressionKind.StubCandidate);
}
var basedOnParentKind = _expressionKindHelper.InvocationKindByParentReferenceKind(parentKind);
if (basedOnParentKind == ExpressionKind.TargetCall)
{
snapshot.Add(ExpressionKind.TargetCall, expression);
return(ExpressionKind.TargetCall);
}
return(basedOnParentKind);
}
private ExpressionKind EatVariableDeclaration(ISnapshot snapshot, IVariableDeclaration variableDeclaration, ExpressionKind assignmentKind)
{
// TODO : check on properties, fields, events, parameters
if (variableDeclaration is IEventDeclaration)
{
return(ExpressionKind.None);
}
if (variableDeclaration is ILocalVariableDeclaration)
{
if ((variableDeclaration as ILocalVariableDeclaration).Initial == null)
{
snapshot.Except(variableDeclaration);
}
}
if (variableDeclaration is IUnsafeCodeFixedPointerDeclaration)
{
if ((variableDeclaration as IUnsafeCodeFixedPointerDeclaration).Initial == null)
{
snapshot.Except(variableDeclaration);
}
}
snapshot.Add(assignmentKind, variableDeclaration);
return(assignmentKind);
}
public override ExpressionKind Eat(ISnapshot snapshot, IConditionalTernaryExpression expression)
{
var conditionKind = Eater.Eat(snapshot, expression.ConditionOperand);
snapshot.Add(conditionKind, expression.ConditionOperand);
var thenKind = Eater.Eat(snapshot, expression.ThenResult);
snapshot.Add(thenKind, expression.ThenResult);
var elseKind = Eater.Eat(snapshot, expression.ElseResult);
snapshot.Add(elseKind, expression.ElseResult);
return(ExpressionKind.StubCandidate);
}
private void EatOptionValue(ISnapshot snapshot, ExpressionKind kind, ICSharpExpression optionValue)
{
var addableKinds = new[] { ExpressionKind.Target, ExpressionKind.Stub, ExpressionKind.Mock };
if (addableKinds.Contains(kind))
{
snapshot.Add(kind, optionValue);
}
}
public override void Eat(ISnapshot snapshot, IWhileStatement statement)
{
Eater.Eat(snapshot, statement.Body);
var condKind = Eater.Eat(snapshot, statement.Condition);
snapshot.Add(condKind, statement.Condition);
}
public override ExpressionKind Eat(ISnapshot snapshot, IIsExpression expression)
{
var kind = Eater.Eat(snapshot, expression.Operand);
snapshot.Add(kind, expression.Operand);
return(ExpressionKind.StubCandidate);
}
public override void Eat(ISnapshot snapshot, ISwitchStatement statement)
{
Eater.Eat(snapshot, statement.Block);
var condKind = Eater.Eat(snapshot, statement.Condition);
snapshot.Add(condKind, statement.Condition);
}
public override void Eat(ISnapshot snapshot, ILockStatement statement)
{
Eater.Eat(snapshot, statement.Body);
var condKind = Eater.Eat(snapshot, statement.Monitor);
snapshot.Add(condKind, statement.Monitor);
}
public override void Eat(ISnapshot snapshot, IForeachStatement statement)
{
Eater.Eat(snapshot, statement.Body);
Eater.Eat(snapshot, statement.IteratorDeclaration);
var kind = Eater.Eat(snapshot, statement.Collection);
snapshot.Add(kind, statement.Collection);
}
private void EatOptionValue(ISnapshot snapshot, ExpressionKind kind, ICSharpExpression optionValue)
{
var addableKinds = new[] { ExpressionKind.Target, ExpressionKind.Stub, ExpressionKind.Mock };
if (addableKinds.Contains(kind))
{
snapshot.Add(kind, optionValue);
}
}
public override void Eat(ISnapshot snapshot, IForStatement statement)
{
Eater.Eat(snapshot, statement.Body);
var condKind = Eater.Eat(snapshot, statement.Condition);
snapshot.Add(condKind, statement.Condition);
foreach (var initializer in statement.Initializer.Expressions)
{
var kind = Eater.Eat(snapshot, initializer);
snapshot.Add(kind, initializer);
}
foreach (var iterator in statement.Iterators.Expressions)
{
var kind = Eater.Eat(snapshot, iterator);
snapshot.Add(kind, iterator);
}
}
public override ExpressionKind Eat(ISnapshot snapshot, IAnonymousObjectCreationExpression expression)
{
// TODO: cover by functional tests
foreach (var memberDeclaration in expression.AnonymousInitializer.MemberInitializers)
{
var kind = Eater.Eat(snapshot, memberDeclaration.Expression);
snapshot.Add(kind, memberDeclaration);
}
return(ExpressionKind.StubCandidate);
}
public override void Eat(ISnapshot snapshot, IIfStatement statement)
{
Eater.Eat(snapshot, statement.Then);
if (statement.Else != null)
{
Eater.Eat(snapshot, statement.Else);
}
var condKind = Eater.Eat(snapshot, statement.Condition);
snapshot.Add(condKind, statement.Condition);
}
public override ExpressionKind Eat(ISnapshot snapshot, IObjectCreationExpression expression)
{
_argumentsEater.Eat(snapshot, expression.Arguments);
if (expression.Initializer != null)
{
foreach (IMemberInitializer memberInitializer in expression.Initializer.InitializerElements)
{
var kind = Eater.Eat(snapshot, memberInitializer.Expression);
snapshot.Add(kind, memberInitializer);
}
}
return(GetCreationObjectKind(snapshot, expression));
}
public override ExpressionKind Eat(ISnapshot snapshot, IArrayCreationExpression expression)
{
// TODO : check in functional tests
foreach (ICSharpExpression size in expression.Sizes)
{
ExpressionKind kind = Eater.Eat(snapshot, size);
if (kind != ExpressionKind.StubCandidate)
{
snapshot.Add(kind, size);
}
}
_variableInitializerEater.Eat(snapshot, expression.ArrayInitializer);
return(ExpressionKind.StubCandidate);
}
public void Eat([NotNull] ISnapshot snapshot, TreeNodeCollection <ICSharpArgument> arguements)
{
if (snapshot == null)
{
throw new ArgumentNullException("snapshot");
}
foreach (ICSharpArgument arg in arguements)
{
ExpressionKind kind = _eater.Eat(snapshot, arg.Value);
if (kind != ExpressionKind.StubCandidate && !(arg.Value is IReferenceExpression))
{
snapshot.Add(kind, arg);
}
}
}
public ExpressionKind Eat([NotNull] ISnapshot snapshot, [NotNull] IVariableInitializer initializer)
{
if (snapshot == null)
{
throw new ArgumentNullException("snapshot");
}
if (initializer == null)
{
throw new ArgumentNullException("initializer");
}
if (initializer is IArrayInitializer)
{
foreach (IVariableInitializer variableInitializer in (initializer as IArrayInitializer).ElementInitializers)
{
ExpressionKind kind = Eat(snapshot, variableInitializer);
// TODO : what if stubcandidate
snapshot.Add(kind, variableInitializer);
}
// TODO : array of target?
return(ExpressionKind.StubCandidate);
}
ICSharpExpression initialExpression = null;
if (initializer is IExpressionInitializer)
{
initialExpression = (initializer as IExpressionInitializer).Value;
}
if (initializer is IUnsafeCodeFixedPointerInitializer)
{
initialExpression = (initializer as IUnsafeCodeFixedPointerInitializer).Value;
}
if (initializer is IUnsafeCodeStackAllocInitializer)
{
initialExpression = (initializer as IUnsafeCodeStackAllocInitializer).DimExpr;
}
return(EatResults(snapshot, initialExpression));
}
public override void Save(ISnapshot snapshot)
{
snapshot.Add("Speed", Speed);
}
public override void Eat(ISnapshot snapshot, IAnonymousMethodParameterDeclaration variableDeclaration)
{
snapshot.Add(variableDeclaration);
}
public override void Eat(ISnapshot snapshot, IRegularParameterDeclaration variableDeclaration)
{
snapshot.Add(ExpressionKind.Stub, variableDeclaration);
}
public override void Eat(ISnapshot snapshot, ICatchVariableDeclaration variableDeclaration)
{
snapshot.Add(variableDeclaration);
}
public override void Eat(ISnapshot snapshot, IUnsafeCodeFixedPointerDeclaration variableDeclaration)
{
ExpressionKind kind = _variableInitializerEater.Eat(snapshot, variableDeclaration.Initial);
snapshot.Add(kind, variableDeclaration);
}
public override void Eat(ISnapshot snapshot, IThrowStatement statement)
{
var condKind = Eater.Eat(snapshot, statement.Exception);
snapshot.Add(condKind, statement.Exception);
}
public override void Save(ISnapshot snapshot)
{
snapshot.Add("Health", Health);
}
public override void Eat(ISnapshot snapshot, ISwitchLabelStatement statement)
{
var condKind = Eater.Eat(snapshot, statement.ValueExpression);
snapshot.Add(condKind, statement.ValueExpression);
}
public override void Eat(ISnapshot snapshot, ILocalConstantDeclaration variableDeclaration)
{
snapshot.Add(ExpressionKind.Stub, variableDeclaration);
}
