public void RunAfterAll(nspec instance)
{
// context-level
if (AfterAll != null && AfterAllAsync != null)
{
throw new AsyncMismatchException(
"A single context cannot set both an 'afterAll' and an 'afterAllAsync', please pick one of the two");
}
if (AfterAll != null && AfterAll.IsAsync())
{
throw new AsyncMismatchException(
"'afterAll' cannot be set to an async delegate, please use 'afterAllAsync' instead");
}
AfterAll.SafeInvoke();
AfterAllAsync.SafeInvoke();
// class (method-level)
if (AfterAllInstance != null && AfterAllInstanceAsync != null)
{
throw new AsyncMismatchException(
"A spec class with all its ancestors cannot set both sync and async class-level 'after_all' hooks, they should either be all sync or all async");
}
AfterAllInstance.SafeInvoke(instance);
AfterAllInstanceAsync.SafeInvoke(instance);
}
public void RunAfterAll(nspec instance)
{
// context-level
if (AfterAll != null && AfterAllAsync != null)
{
throw new ArgumentException("A single context cannot have both an 'afterAll' and an 'afterAllAsync' set, please pick one of the two");
}
AfterAll.SafeInvoke();
AfterAllAsync.SafeInvoke();
// class (method-level)
if (AfterAllInstance != null && AfterAllInstanceAsync != null)
{
throw new ArgumentException("A single class cannot have both a sync and an async class-level 'after_all' set, please pick one of the two");
}
AfterAllInstance.SafeInvoke(instance);
AfterAllInstanceAsync.SafeInvoke(instance);
}
public void RunAfterAll(nspec instance)
{
AfterAll.SafeInvoke();
AfterAllInstance.SafeInvoke(instance);
}
