public static string DiagName(this PendingSpecificationInfo pendingSpecification, DiagContextInternal ctx)
{
string innerInfo = pendingSpecification.Handle(
spec => $"SPEC|{spec.DiagName()}",
call => $"CALL|{call.DiagName(ctx)}");
return($"<{innerInfo}>");
}
public override void Context()
{
base.Context();
_lastCallSpecification = mock <ICallSpecification>();
_pendingSpecification.stub(x => x.HasPendingCallSpecInfo()).Return(true);
var specificationInfo = PendingSpecificationInfo.FromCallSpecification(_lastCallSpecification);
_pendingSpecification.stub(x => x.UseCallSpecInfo()).Return(specificationInfo);
}
public override void Context()
{
base.Context();
_callSpecUpdatedForAnyArgs = mock <ICallSpecification>();
_lastCallSpecification = mock <ICallSpecification>();
var specificationInfo = PendingSpecificationInfo.FromCallSpecification(_lastCallSpecification);
_pendingSpecification.stub(x => x.HasPendingCallSpecInfo()).Return(true);
_pendingSpecification.stub(x => x.UseCallSpecInfo()).Return(specificationInfo);
_lastCallSpecification.stub(x => x.CreateCopyThatMatchesAnyArguments()).Return(_callSpecUpdatedForAnyArgs);
}
public void Set_pending_specification_should_be_returned_scenario2()
{
var callSpec = Substitute.For <ICallSpecification>();
var specificationInfo = PendingSpecificationInfo.FromCallSpecification(callSpec);
SubstitutionContext.Current.PendingSpecificationInfo = specificationInfo;
var result = SubstitutionContext.Current.PendingSpecificationInfo;
var encapsulatedObject = result.Handle <object>(x => x, x => x);
Assert.That(encapsulatedObject, Is.SameAs(callSpec));
}
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 override void Context()
{
base.Context();
_call = mock <ICall>();
var specificationInfo = PendingSpecificationInfo.FromLastCall(_call);
_pendingSpecification.stub(x => x.HasPendingCallSpecInfo()).Return(true);
_pendingSpecification.stub(x => x.UseCallSpecInfo()).Return(specificationInfo);
_callSpecification = mock <ICallSpecification>();
_callSpecificationFactory.stub(x => x.CreateFrom(_call, _argMatchStrategy)).Return(_callSpecification);
}
public void Pending_specification_getter_should_not_remove_value()
{
var call = Substitute.For <ICall>();
var specificationInfo = PendingSpecificationInfo.FromLastCall(call);
SubstitutionContext.Current.PendingSpecificationInfo = specificationInfo;
var result = SubstitutionContext.Current.PendingSpecificationInfo;
result = SubstitutionContext.Current.PendingSpecificationInfo;
result = SubstitutionContext.Current.PendingSpecificationInfo;
var encapsulatedObject = result.Handle <object>(x => x, x => x);
Assert.That(encapsulatedObject, Is.SameAs(call));
}
public ConfiguredCall LastCallShouldReturn(IReturn returnValue, MatchArgs matchArgs, PendingSpecificationInfo pendingSpecInfo) => throw new NotImplementedException();
public override void Context()
{
base.Context();
_specInfo = PendingSpecificationInfo.FromLastCall(mock <ICall>());
}