LUMIERA.clone/tests/steam/mobject/session/placement-scope-test.cpp
Ichthyostega 3caa5cfb03 Tests: reorganise test folders
This resolves a long-standing issue:
we could not use proper include paths for test-helper code that was defined alongside the tests.

Since some test-helper code must now be relocated into the »Vault«-Layer,
I took the opportunity to finally resolve this annoyance. The solution is two-fold
 * introduce a dedicated test-support library
 * remove the quirks that were necessary to support some plain-C tests
Together, this allows to raise the include-directory by one level,
and then to adjust all folder names so that they match the namespace
2026-03-07 00:56:19 +01:00

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/*
PlacementScope(Test) - accessing and navigating placement scope
Copyright (C)
2009, Hermann Vosseler <Ichthyostega@web.de>
  **Lumiera** is free software; you can redistribute it and/or modify it
  under the terms of the GNU General Public License as published by the
  Free Software Foundation; either version 2 of the License, or (at your
  option) any later version. See the file COPYING for further details.
* *****************************************************************/
/** @file placement-scope-test.cpp
** unit test \ref PlacementScope_test
*/
#include "test/run.hpp"
#include "test/test-helper.hpp"
#include "steam/mobject/mobject.hpp"
#include "steam/mobject/session/scope.hpp"
#include "steam/mobject/session/test-scopes.hpp"
#include "steam/mobject/session/scope-locator.hpp"
#include "lib/format-cout.hpp"
#include "lib/util.hpp"
namespace steam {
namespace mobject {
namespace session {
namespace test {
namespace { // Helper to enumerate Contents
// of the test-dummy session
typedef _ScopeIterMO _Iter;
_Iter
contents_of_testSession (PPIdx testSession)
{
return ScopeLocator::instance().query<MObject> (testSession->getRoot());
}
_Iter
pathToRoot (PlacementMO& elm)
{
Scope startScope(elm);
return ScopeLocator::instance().getRawPath (startScope);
}
}
using LERR_(NO_PARENT_SCOPE);
using util::isSameObject;
/***********************************************************************//**
* @test basic behaviour of the nested placement search scopes.
* Using a pseudo-session (actually just a PlacementIndex),
* this test creates some nested scopes and then...
* - discovers the scope of a placement
* - finds the parent scope
* - enumerates a scope path up to root
*
* @see mobject::Placement
* @see mobject::session::ScopePath
* @see mobject::session::QueryFocus
*/
class PlacementScope_test : public Test
{
virtual void
run (Arg)
{
// Prepare an (test)Session
// with some dummy contents
PPIdx index = build_testScopes();
verifyEquality();
verifyLookup (index);
verifyNavigation (index);
}
/** @test for each Placement in our test "session",
* find the scope and verify it's in line with the index
*/
void
verifyLookup (PPIdx sess)
{
for (_Iter ii = contents_of_testSession(sess); ii; ++ii)
{
PlacementMO& elm = *ii;
CHECK (elm.isValid());
Scope const& scope1 = Scope::containing(elm);
cout << "Scope: " << scope1 << endl;
cout << elm << endl;
RefPlacement ref (elm);
Scope const& scope2 = Scope::containing(ref);
// verify this with the scope registered within the index...
PlacementMO& scopeTop = sess->getScope(elm);
CHECK (scope1 == scopeTop);
CHECK (scope2 == scopeTop);
CHECK (scope1 == scope2);
CHECK (!isSameObject (scope1,scope2));
}
}
/** @test equality of scopes is based on the ID of the scope top (Placement) */
void
verifyEquality ()
{
PlacementMO& aPlac = retrieve_startElm();
Scope scope1(aPlac);
Scope scope2(aPlac);
Scope nil;
CHECK (scope1 == scope2); CHECK (scope2 == scope1);
CHECK (scope1 != nil); CHECK (nil != scope1);
CHECK (scope2 != nil); CHECK (nil != scope2);
CHECK (aPlac == scope1); CHECK (scope1 == aPlac);
CHECK (aPlac == scope2); CHECK (scope2 == aPlac);
CHECK (aPlac != nil); CHECK (nil != aPlac);
Scope par (scope1.getParent());
CHECK (scope1 != par); CHECK (par != scope1);
CHECK (scope2 != par); CHECK (par != scope2);
PlacementMO& placm2 (scope2.getTop());
CHECK (aPlac.getID() == placm2.getID());
PlacementMO& parPlac (par.getTop());
CHECK (aPlac.getID() != parPlac.getID());
}
/** @test for each element in our test session,
* establish the scope and retrieve the path to root,
* verifying the parent relationships as we go up.
* @note this is the "raw" path, i.e as stored in the
* PlacementIndex, as opposed to the effective
* path, which might digress for meta-clips
*/
void
verifyNavigation (PPIdx sess)
{
for (_Iter elm = contents_of_testSession(sess); elm; ++elm)
{
_Iter pathIter = pathToRoot(*elm);
Scope const& enclosing = Scope::containing(*elm);
CHECK (enclosing == Scope(*elm).getParent());
CHECK (*pathIter == Scope(*elm));
for ( ; pathIter; ++pathIter)
{
Scope sco(*pathIter);
if (sco.isRoot())
{
VERIFY_ERROR (NO_PARENT_SCOPE, sco.getParent() );
PlacementMO& top = sco.getTop();
PlacementMO& root = sess->getRoot();
CHECK (isSameObject (top,root));
}
else
{
Scope parent = sco.getParent();
PlacementMO& top = sco.getTop();
Scope parentsScope = Scope::containing(top);
PlacementMO& topsTop = sess->getScope(top); ///////////////////TODO impact of Binding a Sequence? see Ticket #311
CHECK (topsTop == parentsScope);
CHECK (isSameObject (topsTop, parentsScope.getTop()));
}}}
}
};
/** Register this test class... */
LAUNCHER (PlacementScope_test, "function session");
}}}}// namespace steam::mobject::session::test