public IEnumerable<IArgumentSpecification> Create(IList<IArgumentSpecification> argumentSpecs, object[] arguments, IParameterInfo[] parameterInfos, MatchArgs matchArgs)
{
if (matchArgs == MatchArgs.Any) return parameterInfos.Select(x => (IArgumentSpecification) new ArgumentIsAnythingSpecification(x.ParameterType));
if (argumentSpecs.Count == arguments.Length) return argumentSpecs;
return MixedArgumentSpecificationsFactory.Create(argumentSpecs, arguments, parameterInfos);
}
public IEnumerable<IArgumentSpecification> Create(IList<IArgumentSpecification> argumentSpecs, object[] arguments, IParameterInfo[] parameterInfos, MatchArgs matchArgs)
{
var argumentSpecifications = _mixedArgumentSpecificationsFactory.Create(argumentSpecs, arguments, parameterInfos);
return (matchArgs == MatchArgs.Any)
? argumentSpecifications.Select(x => x.CreateCopyMatchingAnyArgOfType(x.ForType))
: argumentSpecifications;
}
public IRoute DoNotCallBase(ISubstituteState state, MatchArgs matchArgs)
{
return(new Route(new ICallHandler[] {
new ClearLastCallRouterHandler(state.SubstitutionContext)
, new ClearUnusedCallSpecHandler(state.PendingSpecification)
, new DoNotCallBaseForCallHandler(state.CallSpecificationFactory, state.CallBaseExclusions, matchArgs)
, ReturnDefaultForReturnTypeHandler()
}));
}
public IRoute CheckReceivedCalls(ISubstituteState state, MatchArgs matchArgs, Quantity requiredQuantity)
{
return(new Route(new ICallHandler[] {
new ClearLastCallRouterHandler(state.SubstitutionContext)
, new ClearUnusedCallSpecHandler(state)
, new CheckReceivedCallsHandler(state.ReceivedCalls, state.CallSpecificationFactory, new ReceivedCallsExceptionThrower(), matchArgs, requiredQuantity)
, ReturnDefaultForReturnTypeHandler()
}));
}
public IRoute CallBase(ISubstituteState state, MatchArgs matchArgs)
{
return(new Route(new ICallHandler[] {
new ClearLastCallRouterHandler(_threadLocalContext)
, new ClearUnusedCallSpecHandler(_threadLocalContext.PendingSpecification)
, new CallBaseForCallHandler(_callSpecificationFactory, state.CallBaseConfiguration, matchArgs)
, ReturnDefaultForReturnTypeHandler()
}));
}
public IRoute CheckReceivedCalls(ISubstituteState state, MatchArgs matchArgs, Quantity requiredQuantity)
{
return(new Route(new ICallHandler[] {
new ClearLastCallRouterHandler(_threadLocalContext)
, new ClearUnusedCallSpecHandler(_threadLocalContext.PendingSpecification)
, new CheckReceivedCallsHandler(state.ReceivedCalls, _callSpecificationFactory, _receivedCallsExceptionThrower, matchArgs, requiredQuantity)
, new ReturnAutoValue(AutoValueBehaviour.ReturnAndForgetValue, state.AutoValueProviders, state.AutoValuesCallResults, _callSpecificationFactory)
, ReturnDefaultForReturnTypeHandler()
}));
}
public override void Context()
{
_call = mock <ICall>();
_action = args => { };
_callActions = mock <ICallActions>();
_callSpec = mock <ICallSpecification>();
_matchArgs = MatchArgs.AsSpecifiedInCall;
_callSpecificationFactory = mock <ICallSpecificationFactory>();
_callSpecificationFactory.stub(x => x.CreateFrom(_call, _matchArgs)).Return(_callSpec);
}
public override void Context()
{
_call = mock <Action <IFoo> >();
_callbackWithArguments = args => { };
_matchArgs = MatchArgs.AsSpecifiedInCall;
_context = mock <ISubstitutionContext>();
_substitute = mock <IFoo>();
_callRouter = mock <ICallRouter>();
_context.stub(x => x.GetCallRouterFor(_substitute)).Return(_callRouter);
}
public static void Invoke(MatchArgs matchMade)
{
if (matchMade != null)
{
latestMatch = matchMade;
}
foreach (MatchMadeEvent matchEvent in FindObjectsOfType <MatchMadeEvent>())
{
matchEvent.ExecuteBlock();
}
}
public void SetResultForLastCall(IReturn valueToReturn, MatchArgs matchArgs)
{
if (_pendingSpecification.HasPendingCallSpec())
{
SetResultForCall(_pendingSpecification.UseCallSpec(), valueToReturn, matchArgs);
}
else
{
var lastCall = _callStack.Pop();
SetResultForCall(lastCall, valueToReturn, matchArgs);
}
}
public ConfiguredCall LastCallShouldReturn(IReturn returnValue, MatchArgs matchArgs,
PendingSpecificationInfo pendingSpecInfo)
{
Trace($"LastCallShouldReturn(value: {returnValue.DiagName(_ctx)}, " +
$"matchArgs: {matchArgs.DiagName()}, pendingSpecInfo: {pendingSpecInfo.DiagName(_ctx)})");
Log($"[Configure last call] " +
$"CallSpecification: {pendingSpecInfo.DiagName(_ctx)} " +
$"Value: {returnValue.DiagName(_ctx)} " +
$"Match: {matchArgs.DiagName()} ");
return(_impl.LastCallShouldReturn(returnValue, matchArgs, pendingSpecInfo));
}
public static string DiagName(this MatchArgs matchArgs)
{
if (matchArgs == MatchArgs.Any)
{
return("<any>");
}
if (matchArgs == MatchArgs.AsSpecifiedInCall)
{
return("<as specified>");
}
return("<unknown>");
}
public void SetResultForLastCall(IReturn valueToReturn, MatchArgs matchArgs)
{
if (_pendingSpecification.HasPendingCallSpec())
{
SetResultForCall(_pendingSpecification.UseCallSpec(), valueToReturn, matchArgs);
}
else
{
var lastCall = _callStack.Pop();
SetResultForCall(lastCall, valueToReturn, matchArgs);
}
}
internal static ConfiguredCall Returns <T>(MatchArgs matchArgs, T returnThis, params T[] returnThese)
{
var context = SubstitutionContext.Current;
IReturn returnValue;
if (returnThese == null || returnThese.Length == 0)
{
returnValue = new ReturnValue(returnThis);
}
else
{
returnValue = new ReturnMultipleValues <T>(new[] { returnThis }.Concat(returnThese).ToArray());
}
return(context.LastCallShouldReturn(returnValue, matchArgs));
}
private static void Returns <T>(MatchArgs matchArgs, T returnThis, params T[] returnThese)
{
var context = SubstitutionContext.Current;
IReturn returnValue;
if (returnThese == null || returnThese.Length == 0)
{
returnValue = new ReturnValue(returnThis);
}
else
{
returnValue = new ReturnMultipleValues <T>(new[] { returnThis }.Concat(returnThese));
}
context.LastCallShouldReturn(returnValue, matchArgs);
}
private static ConfiguredCall Returns <T>(MatchArgs matchArgs, Func <CallInfo, T> returnThis, params Func <CallInfo, T>[] returnThese)
{
var context = SubstitutionContext.Current;
IReturn returnValue;
if (returnThese == null || returnThese.Length == 0)
{
returnValue = new ReturnValueFromFunc <T>(returnThis);
}
else
{
returnValue = new ReturnMultipleFuncsValues <T>(new[] { returnThis }.Concat(returnThese));
}
return(context.LastCallShouldReturn(returnValue, matchArgs));
}
private static ConfiguredCall ConfigureReturn <T>(MatchArgs matchArgs, T returnThis, T[] returnThese)
{
IReturn returnValue;
if (returnThese == null || returnThese.Length == 0)
{
returnValue = new ReturnValue(returnThis);
}
else
{
returnValue = new ReturnMultipleValues <T>(new[] { returnThis }.Concat(returnThese).ToArray());
}
return(SubstitutionContext
.Current
.ThreadContext
.LastCallShouldReturn(returnValue, matchArgs));
}
public ICallSpecification FromCall(ICall call, MatchArgs matchArgs)
{
return _callSpecificationFactory.CreateFrom(call, matchArgs);
}
public ICallSpecification FromExistingSpec(ICallSpecification spec, MatchArgs matchArgs)
{
return matchArgs == MatchArgs.AsSpecifiedInCall ? spec : UpdateCallSpecToMatchAnyArgs(spec);
}
public DoNotCallBaseForCallHandler(ICallSpecificationFactory callSpecificationFactory, ICallBaseExclusions exclusions, MatchArgs matchArgs)
{
_callSpecificationFactory = callSpecificationFactory;
_exclusions = exclusions;
_matchArgs = matchArgs;
}
public ICallSpecification FromLastCall(MatchArgs matchArgs)
{
return _pendingSpecification.HasPendingCallSpec()
? FromExistingSpec(_pendingSpecification.UseCallSpec(), matchArgs)
: FromCall(_callStack.Pop(), matchArgs);
}
public WhenCalledAny(ISubstitutionContext context, T substitute, Action <T> call, MatchArgs matchArgs)
: base(context, substitute, call, matchArgs)
{
}
public ConfiguredCall LastCallShouldReturn(IReturn returnValue, MatchArgs matchArgs) => throw new NotImplementedException();
public ICallSpecification FromLastCall(MatchArgs matchArgs)
{
return(_pendingSpecification.HasPendingCallSpec()
? FromExistingSpec(_pendingSpecification.UseCallSpec(), matchArgs)
: FromCall(_callStack.Pop(), matchArgs));
}
public void SetResultForLastCall(IReturn valueToReturn, MatchArgs matchArgs)
{
var lastCall = _callStack.Pop();
SetResultForCall(lastCall, valueToReturn, matchArgs);
}
public DoNotCallBaseForCallHandler(ICallSpecificationFactory callSpecificationFactory, ICallBaseConfiguration callBaseConfig, MatchArgs matchArgs)
{
_callSpecificationFactory = callSpecificationFactory ?? throw new ArgumentNullException(nameof(callSpecificationFactory));
_callBaseConfig = callBaseConfig ?? throw new ArgumentNullException(nameof(callBaseConfig));
_matchArgs = matchArgs ?? throw new ArgumentNullException(nameof(matchArgs));
}
ICallSpecification GetCallSpecForArgMatchStrategy(ICallSpecification callSpecification, MatchArgs matchArgs)
{
return matchArgs == MatchArgs.AsSpecifiedInCall ? callSpecification : UpdateCallSpecToMatchAnyArgs(callSpecification);
}
public SetActionForCallHandler(ICallSpecificationFactory callSpecificationFactory, ICallActions callActions, Action <CallInfo> action, MatchArgs matchArgs)
{
_callSpecificationFactory = callSpecificationFactory;
_callActions = callActions;
_action = action;
_matchArgs = matchArgs;
}
void SetResultForCall(ICallSpecification callSpecification, IReturn valueToReturn, MatchArgs matchArgs)
{
var callSpecForReturnValue = GetCallSpecForArgMatchStrategy(callSpecification, matchArgs);
_configuredResults.SetResult(callSpecForReturnValue, valueToReturn);
}
public IEnumerable <IArgumentSpecification> Create(IList <IArgumentSpecification> argumentSpecs, object[] arguments, IParameterInfo[] parameterInfos, MethodInfo methodInfo, MatchArgs matchArgs)
{
var suppliedArgumentSpecifications = _suppliedArgumentSpecificationsFactory.Create(argumentSpecs);
var result = new List <IArgumentSpecification>();
for (var i = 0; i < arguments.Length; i++)
{
var arg = arguments[i];
var paramInfo = parameterInfos[i];
try
{
result.Add(_argumentSpecificationFactory.Create(arg, paramInfo, suppliedArgumentSpecifications));
}
catch (AmbiguousArgumentsException ex) when(ex.ContainsDefaultMessage)
{
IEnumerable <IArgumentSpecification> alreadyResolvedSpecs = result;
if (ex.Data[AmbiguousArgumentsException.NonReportedResolvedSpecificationsKey] is IEnumerable <IArgumentSpecification> additional)
{
alreadyResolvedSpecs = alreadyResolvedSpecs.Concat(additional);
}
throw new AmbiguousArgumentsException(methodInfo, arguments, alreadyResolvedSpecs, argumentSpecs);
}
}
var remainingArgumentSpecifications = suppliedArgumentSpecifications.DequeueRemaining();
if (remainingArgumentSpecifications.Any())
{
throw new RedundantArgumentMatcherException(remainingArgumentSpecifications, argumentSpecs);
}
return(matchArgs == MatchArgs.Any
? ConvertToMatchAnyValue(result)
: result);
}
public DoNotCallBaseForCallHandler(ICallSpecificationFactory callSpecificationFactory, ICallBaseConfiguration callBaseConfig, MatchArgs matchArgs)
{
_callSpecificationFactory = callSpecificationFactory;
_callBaseConfig = callBaseConfig;
_matchArgs = matchArgs;
}
public ICallSpecification FromCall(ICall call, MatchArgs matchArgs)
{
return(_callSpecificationFactory.CreateFrom(call, matchArgs));
}
public IEnumerable <IArgumentSpecification> Create(IList <IArgumentSpecification> argumentSpecs, object[] arguments, IParameterInfo[] parameterInfos, MatchArgs matchArgs)
{
var argumentSpecifications = _mixedArgumentSpecificationsFactory.Create(argumentSpecs, arguments, parameterInfos);
return((matchArgs == MatchArgs.Any)
? argumentSpecifications.Select(x => x.CreateCopyMatchingAnyArgOfType(x.ForType))
: argumentSpecifications);
}
public ICallSpecification FromExistingSpec(ICallSpecification spec, MatchArgs matchArgs)
{
return(matchArgs == MatchArgs.AsSpecifiedInCall ? spec : UpdateCallSpecToMatchAnyArgs(spec));
}
public CheckReceivedCallsHandler(IReceivedCalls receivedCalls, ICallSpecificationFactory callSpecificationFactory, IReceivedCallsExceptionThrower exceptionThrower, MatchArgs matchArgs, Quantity requiredQuantity)
{
_receivedCalls = receivedCalls;
_callSpecificationFactory = callSpecificationFactory;
_exceptionThrower = exceptionThrower;
_matchArgs = matchArgs;
_requiredQuantity = requiredQuantity;
}
public void SetResultForCall(ICall call, IReturn valueToReturn, MatchArgs matchArgs)
{
var callSpecification = _callSpecificationFactory.CreateFrom(call, matchArgs);
_configuredResults.SetResult(callSpecification, valueToReturn);
}
public ConfiguredCall LastCallShouldReturn(IReturn value, MatchArgs matchArgs)
{
Trace($"LastCallShouldReturn(value: {value.DiagName(_ctx)}, matchArgs: {matchArgs.DiagName()})");
return(_impl.LastCallShouldReturn(value, matchArgs));
}
public IRoute DoWhenCalled(ISubstituteState state, Action <CallInfo> doAction, MatchArgs matchArgs)
{
return(new Route(new ICallHandler[] {
new ClearLastCallRouterHandler(_threadLocalContext)
, new ClearUnusedCallSpecHandler(_threadLocalContext.PendingSpecification)
, new SetActionForCallHandler(_callSpecificationFactory, state.CallActions, doAction, matchArgs)
, ReturnDefaultForReturnTypeHandler()
}));
}
public ConfiguredCall LastCallShouldReturn(IReturn returnValue, MatchArgs matchArgs, PendingSpecificationInfo pendingSpecInfo) => throw new NotImplementedException();
public ConfiguredCall LastCallShouldReturn(IReturn returnValue, MatchArgs matchArgs)
{
return(new ConfiguredCall(x => { }));
}