DependOnChain <TThisType, TAssertions>(
this ReferenceTypeAssertions <TThisType, TAssertions> o,
params object[] values)
where TAssertions : ReferenceTypeAssertions <TThisType, TAssertions>
{
var objectTreePaths = new ObjectGraphPaths();
new ObjectGraphNodeFactory(NoLogging, DefaultTerminalNodeConditions()).Root(o.Subject)
.CollectPathsInto(objectTreePaths);
objectTreePaths.AssertContainNonRootSubPath(values);
return(new AndConstraint <ReferenceTypeAssertions <TThisType, TAssertions> >(o));
}
public static AndConstraint <ObjectAssertions> DependOn <T>(this ObjectAssertions o,
Func <DependsOnAssertionsOptions, DependsOnAssertionsOptions> optionsFunc)
{
var objectTreePaths = new ObjectGraphPaths();
var dependsOnAssertionsOptions = optionsFunc(new DependsOnAssertionsOptions());
new ObjectGraphNodeFactory(NoLogging, dependsOnAssertionsOptions.TerminalNodeConditions)
.Root(o.Subject)
.CollectPathsInto(objectTreePaths);
objectTreePaths.AssertContainNonRootObjectOf(typeof(T));
return(new AndConstraint <ObjectAssertions>(o));
}
public static AndConstraint <ReferenceTypeAssertions <TThisType, TAssertions> > DependOn <
TAssertions, TDependency, TThisType>(
this ReferenceTypeAssertions <TThisType, TAssertions> o,
TDependency value)
where TAssertions : ReferenceTypeAssertions <TThisType, TAssertions>
{
var objectTreePaths = new ObjectGraphPaths();
new ObjectGraphNodeFactory(NoLogging, DefaultTerminalNodeConditions()).Root(o.Subject)
.CollectPathsInto(objectTreePaths);
objectTreePaths.AssertContainNonRoot(value);
return(new AndConstraint <ReferenceTypeAssertions <TThisType, TAssertions> >(o));
}
