308 lines
12 KiB
C++
308 lines
12 KiB
C++
// Standalone tests for reasampler::view's derived FX state — no REAPER, no test
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// framework. Two halves: what desiredFxState decides is owed, and how one work
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// item resolves against the chain as it stands (the chain mutates while a track
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// is parked, which is the whole reason a slot cannot be the key).
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#include "../src/core/view/fx_state.h"
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#include <cstdio>
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#include <string>
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using namespace reasampler;
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using namespace reasampler::view;
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static int g_fail = 0;
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#define CHECK(cond) do { if(!(cond)) { \
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std::printf("FAIL line %d: %s\n", __LINE__, #cond); ++g_fail; } } while(0)
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// -- helpers -----------------------------------------------------------------
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namespace {
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TrackSnapshot recordWithFx(std::vector<FxOfflineState> fx) {
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TrackSnapshot snap;
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snap.showInTcp = 1; snap.showInMixer = 1; snap.mainSend = 1; snap.fxEnable = 1;
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snap.fxOffline = std::move(fx);
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return snap;
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}
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// A Design leaf parked with three identified FX, the middle one offline before
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// the park because the USER put it there.
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ViewModeModel parkedWithThreeFx() {
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ViewModeModel vm;
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vm.membership().tag("{T}", kDesignModeId);
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vm.storeSnapshot("{T}", recordWithFx({{"{FX-A}", 0}, {"{FX-B}", 1}, {"{FX-C}", 0}}));
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return vm;
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}
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const FxTrackWork* workFor(const std::vector<FxTrackWork>& work, const std::string& guid) {
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for (const FxTrackWork& w : work)
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if (w.trackGuid == guid) return &w;
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return nullptr;
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}
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bool writeAt(const FxRestoreResolution& res, int fxIndex, bool offline) {
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for (const FxOfflineWrite& w : res.writes)
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if (w.fxIndex == fxIndex) return w.offline == offline;
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return false;
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}
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bool anyWriteAt(const FxRestoreResolution& res, int fxIndex) {
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for (const FxOfflineWrite& w : res.writes)
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if (w.fxIndex == fxIndex) return true;
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return false;
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}
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} // namespace
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// -- desiredFxState: what is owed --------------------------------------------
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static void testActiveTrackIsOwedOnlineInactiveIsOwedOffline() {
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ViewModeModel vm = parkedWithThreeFx();
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vm.membership().tag("{P}", kArrangeModeId);
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vm.storeSnapshot("{P}", recordWithFx({{"{FX-P}", 0}}));
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// Active mode is Arrange: {T} (Design) stays parked, {P} is coming back.
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const std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}", "{P}"});
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CHECK(work.size() == 2);
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CHECK(workFor(work, "{P}") && workFor(work, "{P}")->kind == FxWorkKind::Online);
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CHECK(workFor(work, "{T}") && workFor(work, "{T}")->kind == FxWorkKind::Offline);
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// Offline work names no targets: only the shell can read the live chain, and
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// that chain IS the target set.
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CHECK(workFor(work, "{T}") && workFor(work, "{T}")->targets.empty());
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CHECK(workFor(work, "{P}") && workFor(work, "{P}")->targets.size() == 1);
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}
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static void testOnlineWorkSortsBeforeOfflineWork() {
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// GUIDs chosen so plain GUID order would put every Offline track FIRST — the
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// ordering under test has to beat the map's own order to pass.
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ViewModeModel vm;
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vm.membership().tag("{A-park}", kDesignModeId);
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vm.membership().tag("{B-park}", kDesignModeId);
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vm.membership().tag("{Y-back}", kArrangeModeId);
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vm.membership().tag("{Z-back}", kArrangeModeId);
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for (const char* g : {"{A-park}", "{B-park}", "{Y-back}", "{Z-back}"})
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vm.storeSnapshot(g, recordWithFx({{"{FX}", 0}}));
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const std::vector<FxTrackWork> work =
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desiredFxState(vm, {"{A-park}", "{B-park}", "{Y-back}", "{Z-back}"});
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CHECK(work.size() == 4);
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// Onlining restores state the user owns and is 2-6x the cost of offlining;
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// offlining is opportunistic reclaim and may be deferred indefinitely.
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CHECK(work[0].trackGuid == "{Y-back}" && work[0].kind == FxWorkKind::Online);
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CHECK(work[1].trackGuid == "{Z-back}" && work[1].kind == FxWorkKind::Online);
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CHECK(work[2].trackGuid == "{A-park}" && work[2].kind == FxWorkKind::Offline);
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CHECK(work[3].trackGuid == "{B-park}" && work[3].kind == FxWorkKind::Offline);
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// Deterministic: a re-derivation yields the identical list, so a drain's
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// position in it survives one.
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CHECK(desiredFxState(vm, {"{A-park}", "{B-park}", "{Y-back}", "{Z-back}"}) == work);
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}
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static void testUserOfflinedPluginIsNeverBlanketOnlined() {
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// The property this whole split exists for. {FX-B} was offline before the
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// park because the user offlined it; coming back must leave it offline.
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ViewModeModel vm = parkedWithThreeFx();
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CHECK(vm.setActiveMode(kDesignModeId));
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const std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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CHECK(work[0].kind == FxWorkKind::Online);
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const FxRestoreResolution res = resolveFxWork(work[0], {"{FX-A}", "{FX-B}", "{FX-C}"});
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CHECK(res.writes.size() == 3);
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CHECK(res.drops.total() == 0);
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CHECK(writeAt(res, 0, false));
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CHECK(writeAt(res, 1, true)); // stays offline — NOT blanket-onlined
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CHECK(writeAt(res, 2, false));
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}
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static void testReleasedFxHalfIsOwedNothing() {
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// The chain is already back online; the record survives only for its flags.
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ViewModeModel vm = parkedWithThreeFx();
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CHECK(vm.setActiveMode(kDesignModeId));
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vm.releaseSnapshotFx("{T}");
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CHECK(desiredFxState(vm, {"{T}"}).empty());
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CHECK(fxRestoreTargets(vm, "{T}").empty());
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// ...and the mirror: a record whose FLAG half is spent still owes its FX.
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ViewModeModel vm2 = parkedWithThreeFx();
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CHECK(vm2.setActiveMode(kDesignModeId));
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vm2.releaseSnapshotFlags("{T}");
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const std::vector<FxTrackWork> work = desiredFxState(vm2, {"{T}"});
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CHECK(work.size() == 1);
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CHECK(work.size() == 1 && work[0].targets.size() == 3);
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}
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static void testDeadAndUnparkedTracksAreOwedNothing() {
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ViewModeModel vm = parkedWithThreeFx();
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// The track is gone from the project: there is nothing to write to.
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CHECK(desiredFxState(vm, {}).empty());
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// A track with no park record is owed nothing either way — that is also how a
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// REFUSED park stays refused: it wrote no record, so no reclaim targets it.
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ViewModeModel bare;
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bare.membership().tag("{U}", kDesignModeId);
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CHECK(desiredFxState(bare, {"{U}"}).empty());
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}
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// -- resolveFxWork: against the chain as it stands ----------------------------
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static void testOfflineWorkTargetsEveryLiveSlot() {
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ViewModeModel vm = parkedWithThreeFx(); // active mode Arrange ⇒ {T} parks
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const std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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if (work.empty()) return;
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// Two plugins added while parked, one of which REAPER reports no GUID for.
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// Reclaim has to reach those too, which is why offline work keys by slot.
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const FxRestoreResolution res =
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resolveFxWork(work[0], {"{FX-A}", "", "{FX-B}", "{FX-C}", "{FX-NEW}"});
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CHECK(res.writes.size() == 5);
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CHECK(res.drops.total() == 0);
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for (int i = 0; i < 5; ++i) CHECK(writeAt(res, i, true));
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}
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static void testReorderRestoreLandsEachPluginItsOwnState() {
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ViewModeModel vm = parkedWithThreeFx();
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CHECK(vm.setActiveMode(kDesignModeId));
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const std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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if (work.empty()) return;
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// Reordered to C, A, B while parked.
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const FxRestoreResolution res = resolveFxWork(work[0], {"{FX-C}", "{FX-A}", "{FX-B}"});
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CHECK(res.writes.size() == 3);
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CHECK(res.drops.total() == 0);
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CHECK(writeAt(res, 1, false)); // A
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CHECK(writeAt(res, 2, true)); // B's captured offline followed B, not slot 1
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CHECK(writeAt(res, 0, false)); // C
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}
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static void testDeletedFxIsDroppedExplicitly() {
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ViewModeModel vm = parkedWithThreeFx();
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CHECK(vm.setActiveMode(kDesignModeId));
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const std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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if (work.empty()) return;
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// B deleted while parked.
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const FxRestoreResolution res = resolveFxWork(work[0], {"{FX-A}", "{FX-C}"});
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CHECK(res.writes.size() == 2);
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CHECK(res.drops.missingIdentity == 1);
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CHECK(writeAt(res, 0, false)); // A
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CHECK(writeAt(res, 1, false)); // C — and NOT B's captured `true`
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CHECK(!describeFxRestoreDrops(res.drops, 1).empty());
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}
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static void testAddedFxIsLeftAlone() {
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ViewModeModel vm = parkedWithThreeFx();
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CHECK(vm.setActiveMode(kDesignModeId));
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const std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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if (work.empty()) return;
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const FxRestoreResolution res =
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resolveFxWork(work[0], {"{FX-NEW}", "{FX-A}", "{FX-B}", "{FX-C}"});
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CHECK(res.writes.size() == 3);
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CHECK(res.drops.total() == 0);
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CHECK(!anyWriteAt(res, 0)); // the added FX is never written
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CHECK(writeAt(res, 1, false));
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CHECK(writeAt(res, 2, true));
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CHECK(writeAt(res, 3, false));
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}
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static void testSlotKeyedRecordStillRestoresByPosition() {
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// A record lifted from a project saved before FX identity existed: position
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// is all its bytes can support, and the targets carry that keying through.
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ViewModeModel vm;
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vm.membership().tag("{T}", kDesignModeId);
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CHECK(vm.setActiveMode(kDesignModeId));
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TrackSnapshot snap = recordWithFx({{"", 0}, {"", 1}, {"", 0}});
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snap.fxKeying = FxKeying::Slot;
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vm.storeSnapshot("{T}", snap);
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const std::vector<FxOfflineOp> targets = fxRestoreTargets(vm, "{T}");
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CHECK(targets.size() == 3);
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CHECK(!targets.empty() && targets[0].keying == FxKeying::Slot);
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const std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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if (work.empty()) return;
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const FxRestoreResolution res = resolveFxWork(work[0], {"{FX-X}", "{FX-Y}", "{FX-Z}"});
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CHECK(res.writes.size() == 3);
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CHECK(res.drops.total() == 0);
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CHECK(writeAt(res, 0, false));
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CHECK(writeAt(res, 1, true));
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CHECK(writeAt(res, 2, false));
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}
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// -- the resume point ---------------------------------------------------------
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static void testResumePointSkipsWhatTheDrainAlreadyDid() {
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ViewModeModel vm = parkedWithThreeFx();
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CHECK(vm.setActiveMode(kDesignModeId));
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std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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if (work.empty()) return;
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work[0].resumeAfterFxGuid = "{FX-A}";
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const FxRestoreResolution res = resolveFxWork(work[0], {"{FX-A}", "{FX-B}", "{FX-C}"});
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CHECK(res.writes.size() == 2);
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CHECK(!anyWriteAt(res, 0)); // A is done
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CHECK(writeAt(res, 1, true));
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CHECK(writeAt(res, 2, false));
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// Resuming after the LAST identity leaves nothing owed — the item is finished.
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work[0].resumeAfterFxGuid = "{FX-C}";
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CHECK(resolveFxWork(work[0], {"{FX-A}", "{FX-B}", "{FX-C}"}).writes.empty());
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}
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static void testResumePointThatLeftTheChainRestartsRatherThanStrands() {
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ViewModeModel vm = parkedWithThreeFx();
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CHECK(vm.setActiveMode(kDesignModeId));
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std::vector<FxTrackWork> work = desiredFxState(vm, {"{T}"});
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CHECK(work.size() == 1);
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if (work.empty()) return;
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// The drain's cursor named a plugin the user has since deleted. Every write is
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// compare-before-write, so re-walking the item is cheap and correct; honoring a
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// cursor that matches nothing would strand the rest of the chain.
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work[0].resumeAfterFxGuid = "{FX-GONE}";
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const FxRestoreResolution res = resolveFxWork(work[0], {"{FX-A}", "{FX-B}", "{FX-C}"});
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CHECK(res.writes.size() == 3);
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CHECK(writeAt(res, 1, true));
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// Same rule on the offline side, where the cursor keys into the live chain.
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ViewModeModel parked = parkedWithThreeFx(); // Arrange active ⇒ {T} parks
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std::vector<FxTrackWork> offlineWork = desiredFxState(parked, {"{T}"});
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CHECK(offlineWork.size() == 1);
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if (offlineWork.empty()) return;
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offlineWork[0].resumeAfterFxGuid = "{FX-A}";
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CHECK(resolveFxWork(offlineWork[0], {"{FX-A}", "{FX-B}", "{FX-C}"}).writes.size() == 2);
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offlineWork[0].resumeAfterFxGuid = "{FX-GONE}";
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CHECK(resolveFxWork(offlineWork[0], {"{FX-A}", "{FX-B}", "{FX-C}"}).writes.size() == 3);
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}
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int main() {
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testActiveTrackIsOwedOnlineInactiveIsOwedOffline();
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testOnlineWorkSortsBeforeOfflineWork();
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testUserOfflinedPluginIsNeverBlanketOnlined();
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testReleasedFxHalfIsOwedNothing();
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testDeadAndUnparkedTracksAreOwedNothing();
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testOfflineWorkTargetsEveryLiveSlot();
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testReorderRestoreLandsEachPluginItsOwnState();
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testDeletedFxIsDroppedExplicitly();
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testAddedFxIsLeftAlone();
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testSlotKeyedRecordStillRestoresByPosition();
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testResumePointSkipsWhatTheDrainAlreadyDid();
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testResumePointThatLeftTheChainRestartsRatherThanStrands();
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if (g_fail == 0) std::printf("All tests passed.\n");
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return g_fail ? 1 : 0;
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}
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