LUMIERA.clone/tests/core/proc/mobject/session/session-modify-parts-test.cpp
Ichthyostega 24b3bec4be Doxygen: prepare all unit tests for inclusion in the documentation
Doxygen will only process files with a @file documentation comment.
Up to now, none of our test code has such a comment, preventing the
cross-links to unit tests from working.

This is unfortunate, since unit tests, and even the code comments there,
can be considered as the most useful form of technical documentation.
Thus I'll start an initiative to fill in those missing comments automatically
2017-02-22 01:54:20 +01:00

333 lines
13 KiB
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/*
SessionModifyParts(Test) - adding and removing elements, changing structure
Copyright (C) Lumiera.org
2010, Hermann Vosseler <Ichthyostega@web.de>
This program 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.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program; if not, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
* *****************************************************/
/** @file session-modify-parts-test.cpp
** unit test §§TODO§§
*/
#include "lib/test/run.hpp"
#include "proc/mobject/session.hpp"
#include "proc/mobject/session/fixture.hpp" // TODO only temporarily needed
//#include "proc/assetmanager.hpp" //////??
//#include "proc/asset/timeline.hpp"
#include "proc/asset/sequence.hpp"
#include "lib/format-cout.hpp"
#include "lib/util-foreach.hpp"
#include "proc/mobject/session/testclip.hpp"
#include "proc/mobject/mobject-ref.hpp"
#include "proc/mobject/placement.hpp"
#include "common/query.hpp"
#include <functional>
#include <set>
using std::ref;
using std::placeholders::_1;
using util::isSameObject;
using util::and_all;
using std::set;
namespace proc {
namespace mobject {
namespace session {
namespace test {
// using proc_interface::AssetManager;
using proc_interface::PAsset;
// using asset::PTimeline;
using asset::PSequence;
using asset::Sequence;
using lumiera::Query;
typedef MORef<session::Clip> RClip;
typedef PlacementMO::ID PID;
/***************************************************************************//**
* @test perform the most important structural modifications on a session and
* verify they're carried out properly.
* - attaching forks ("tracks")
* - adding clips
*
*
* @todo check more kinds of modifications, especially moving parts
* @todo define criteria to be checked more precisely
* @todo verify the actually dispatched commands
*/
class SessionModifyParts_test : public Test
{
virtual void
run (Arg)
{
Session::current.reset();
CHECK (Session::current.isUp());
addForks();
addObjects();
removeParts();
verify_dispatchedCommands();
}
void
addForks()
{
PSess sess = Session::current;
CHECK (sess->isValid());
PSequence seq = sess->defaults (Query<Sequence> ()); //////////////////////TICKET #549
CHECK (seq);
#if false /////////////////////////////////////////////////////////////////////////////////////////////////////////////UNIMPLEMENTED :: TICKET #499
RFork fork1 = seq->attachFork();
RFork fork2 = seq->attachFork("fork-2");
RFork fork21 = seq->attachFork("fork-2.1", fork2);
RFork fork22 = seq->attachFork("fork-2.2", "fork-2");
QueryFocus& focus = sess->focus();
CHECK (fork22 == focus.getObject());
RFork fork3 = seq->attachFork("fork-3", "root");
CHECK (fork3 == focus.getObject());
RFork fork31 = sess->attach(
asset::Struct::retrieve (Query<asset::???? > ("id(fork31)"))); ////TODO broken: we don't use a dedicated Fork asset anymore. It's just an EntryID<Fork>
CHECK (fork31 == focus.getObject());
RFork rootFork = seq->rootFork();
CHECK (3 == rootFork->subForks.size());
CHECK (fork1 == rootFork->subForks[0]);
CHECK (fork2 == rootFork->subForks[1]);
CHECK (fork3 == rootFork->subForks[2]);
CHECK (0 == fork1->subForks.size());
CHECK (2 == fork2->subForks.size());
CHECK (fork21 == fork2->subForks[0]);
CHECK (fork22 == fork2->subForks[1]);
CHECK (1 == fork3->subForks.size());
CHECK (fork21 == fork3->subForks[0]);
set<RFork> allForks;
allForks.insert(fork1);
allForks.insert(fork2);
allForks.insert(fork21);
allForks.insert(fork22);
allForks.insert(fork3);
allForks.insert(fork31);
// verify we indeed covered all forks known to the session....
CHECK (and_all (sess->all<Fork>(), contains, ref(allForks), _1 ));
#endif /////////////////////////////////////////////////////////////////////////////////////////////////////////////UNIMPLEMENTED :: TICKET #499
}
void
addObjects()
{
PSess sess = Session::current;
CHECK (sess->isValid());
#if false /////////////////////////////////////////////////////////////////////////////////////////////////////////////UNIMPLEMENTED :: TICKET #499
QueryFocus& focus = sess->focus();
CHECK (focus.getObject().isCompatible<session::Fork>());
RClip clip1 = sess->attach (TestClip::create());
RTrack fork31 = clip.getParent();
CHECK (fork31);
CHECK ("fork31" == fork31->getNameID());
CHECK (1 == fork31->clips.size());
CHECK (clip1 == fork31->clips[0]);
RClip clip2 = fork31.attach (TestClip::create());
RClip clip3 = fork31.attach (clip1); // creates a clone instance
CHECK (clip1); CHECK (clip2); CHECK (clip3);
CHECK (clip1 != clip2);
CHECK (clip1 != clip3);
CHECK (clip2 != clip3);
CHECK (!isSharedPointee (clip1, clip2));
CHECK (!isSharedPointee (clip2, clip3));
CHECK ( isSharedPointee (clip1, clip3));
CHECK (isEquivalentPlacement (clip1, clip2));
CHECK (isEquivalentPlacement (clip2, clip3));
CHECK (isEquivalentPlacement (clip1, clip3));
RTrack fork2 = sess->sequences[0]
->rootTrack()
->subTracks[1];
RClip clip4 = fork2.attach (TestClip::create());
// now verify structure built up thus far
CHECK (focus.getObject() == fork2); // focus follows point-of-mutation
CHECK (focus.contains (clip4));
CHECK (!focus.contains (clip1));
CHECK (!focus.contains (clip2));
CHECK (!focus.contains (clip3));
focus.attach (fork31);
CHECK (focus.getObject() == fork31);
CHECK (focus.contains (clip1));
CHECK (focus.contains (clip2));
CHECK (focus.contains (clip3));
CHECK (!focus.contains (clip4));
focus.reset();
CHECK (focus.getObject() == sess->getRoot());
CHECK (focus.contains (clip1)); // containment test includes sub-scopes
CHECK (focus.contains (clip2));
CHECK (focus.contains (clip3));
CHECK (focus.contains (clip4));
CHECK (!focus.hasChild (clip1)); // but they are indeed nested more deeply
CHECK (!focus.hasChild (clip2));
CHECK (!focus.hasChild (clip3));
CHECK (!focus.hasChild (clip4));
focus.attach (sess->sequences[0]->rootTrack()->subTracks[2]->subTracks[0]); // train wreck. Don't try it at home!
CHECK (focus.getObject() == fork31); // (this test is an exception, as we know the structure precisely
// production code should always discover one level a time)
CHECK ( focus.hasChild (clip1));
CHECK ( focus.hasChild (clip2));
CHECK ( focus.hasChild (clip3));
CHECK (!focus.hasChild (clip4)); // ...because this one is on fork2, not fork31
#endif /////////////////////////////////////////////////////////////////////////////////////////////////////////////UNIMPLEMENTED :: TICKET #499
}
void
removeParts()
{
#if false /////////////////////////////////////////////////////////////////////////////////////////////////////////////UNIMPLEMENTED :: TICKET #499
PSess sess = Session::current;
CHECK (sess->isValid());
RTrack fork31 = sess->sequences[0]->rootTrack()->subTracks[2]->subTracks[0];
CHECK (fork31);
CHECK (3 == fork31->clips.size());
RClip clip2 = fork31->clips[1];
QueryFocus& focus = sess->focus();
focus.reset(); // navigate to root
CHECK (focus.contains (clip2));
CHECK (clip2);
clip2.purge();
CHECK (!clip2);
CHECK (!focus.contains (clip2));
CHECK (2 == fork31->clips.size());
CHECK (clip2 != fork31->clips[1]);
CHECK (focus.getObject() == fork31); // focus follows point-of-mutation
// Using the query-focus to explore the contents of this current object (fork31)
ScopeQuery<Clip>::iterator discoverClips = focus.explore<Clip>();
CHECK (discoverClips);
RClip clip1 = *discoverClips;
++discoverClips;
RClip clip3 = *discoverClips;
++discoverClips;
CHECK (!discoverClips);
CHECK (fork31->clips[0] == clip1);
CHECK (fork31->clips[1] == clip3);
/* please note: the clips aren't discovered in any defined order (hashtable!)
* especially, the order doesn't match the order of addition!
* thus, what's called clip1 here may or may not be
* what we called clip1 in addObjects()
*/
RTrack fork3 = fork31.getParent();
focus.reset(); // back to root
CHECK (focus.contains (clip1));
CHECK (focus.contains (clip3));
CHECK (focus.contains (fork3));
CHECK (focus.contains (fork31));
CHECK (clip1);
CHECK (clip3);
CHECK (fork3);
CHECK (fork31);
sess->purge (fork31);
CHECK (focus.getObject() == fork3);
focus.reset();
CHECK ( focus.contains (fork3));
CHECK (!focus.contains (clip1));
CHECK (!focus.contains (clip3));
CHECK (!focus.contains (fork31));
CHECK (!clip1);
CHECK (!clip3);
CHECK (!fork31);
CHECK (fork3);
fork3.purge();
CHECK (!fork3);
PSequence aSequence = sess->sequences[0];
CHECK (focus.getObject() == aSequence->rootTrack());
CHECK (2 == aSequece->rootTrack()->subTracks.size());
CHECK ( contains (sess->sequences, aSequence));
aSequence->rootFork().purge(); // automatically kills the sequence as well (sequence == facade to the fork root)
CHECK (!contains (sess->sequences, aSequence));
CHECK (0 == sess->sequences.size());
CHECK (0 == sess->timelines.size()); // killing the sequence also cascaded to the timeline and binding
CHECK (!sess->isValid()); // thus effectively the session is now invalid (no timeline)
CHECK (focus.getObject() == sess->getRoot());
PID currRoot = sess->getRoot.getPlacement().getID();
sess->getRoot().purge(); // purging the root scope effectively resets the session to defaults
CHECK (currRoot == sess->getRoot.getPlacement.getID);
// but the root element itself is retained
CHECK (sess->isValid());
CHECK (1 == sess->timelines.size());
CHECK (1 == sess->sequences.size());
CHECK (aSequence != sess->sequences[0]);
CHECK (aSequence.use_count() == 1); // we're holding the last remaining reference
#endif /////////////////////////////////////////////////////////////////////////////////////////////////////////////UNIMPLEMENTED :: TICKET #499
}
void
verify_dispatchedCommands()
{
TODO ("verify the commands issued by this test"); ////////////////////////TICKET #567
}
};
/** Register this test class... */
LAUNCHER (SessionModifyParts_test, "unit session");
}}}} // namespace proc::mobject::session::test