public virtual void TestLifeCycle()
{
ByRef tearDownCalled = ByRef.NewInstance(false);
RunsLifeCycle._tearDownCalled.With(tearDownCalled, new _IRunnable_11());
Assert.IsTrue((((bool)tearDownCalled.value)));
}
public static ByRef NewInstance(object initialValue)
{
var instance = new ByRef();
instance.value = initialValue;
return(instance);
}
/// <summary>
/// vsqファイルのstart_clockクロックからメトロノームを起動する。startは、start_clockをいつから起動したかを指定する。
/// </summary>
/// <param name="vsq"></param>
/// <param name="start_clock"></param>
/// <param name="start"></param>
public static void Start(VsqFileEx vsq, int start_clock, double start_time)
{
s_queue.clear();
m_stop_required = false;
m_stop_metronome_required = false;
if (s_device0 == null)
{
s_device0 = new MidiDeviceImp(s_metronome_device);
}
if (s_metronome_device != s_general_device)
{
if (s_device1 == null)
{
s_device1 = new MidiDeviceImp(s_general_device);
}
}
m_vsq = (VsqFileEx)vsq.clone();
m_started_sec = m_vsq.getSecFromClock(start_clock);
ByRef <Integer> bar = new ByRef <Integer>();
Timesig timesig = m_vsq.getTimesigAt(start_clock, bar);
int clock_at_bartop = m_vsq.getClockFromBarCount(bar.value);
int clock_step = 480 * 4 / timesig.denominator;
int next_clock = clock_at_bartop + ((start_clock - clock_at_bartop) / clock_step + 1) * clock_step;
m_started = start_time;
m_started_clock = start_clock;
m_temp_exit = false;
for (int track = 1; track < m_vsq.Track.size(); track++)
{
#if DEBUG
AppManager.debugWriteLine("Metronome.Start; track=" + track);
#endif
for (Iterator <VsqEvent> itr = m_vsq.Track.get(track).getNoteEventIterator(); itr.hasNext();)
{
VsqEvent item = itr.next();
if (start_clock <= item.Clock)
{
MidiQueue q = new MidiQueue();
q.Track = track;
q.Channel = (byte)(track - 1);
q.Clock = item.Clock;
q.Note = (byte)(item.ID.Note);
q.Program = 0;
q.Velocity = 0x40;
q.Done += new MidiQueueDoneEventHandler(ReGenerateMidiQueue);
s_queue.add(q);
break;
}
}
}
Collections.sort(s_queue);
m_thread = new Thread(new ThreadStart(ThreadProc));
m_thread.IsBackground = true;
m_thread.Priority = ThreadPriority.Highest;
m_thread.Start();
}
public _ICodeBlock_34(SaveAsStorageTestCase _enclosing, string oldFileName, ByRef
newPath)
{
this._enclosing = _enclosing;
this.oldFileName = oldFileName;
this.newPath = newPath;
}
public int getValue(int clock, ByRef <int> index)
{
if (length == 0)
{
return(defaultValue);
}
else
{
if (index.value < 0)
{
index.value = 0;
}
for (int i = index.value; i < length; i++)
{
int keyclock = clocks[i];
if (clock < keyclock)
{
if (i > 0)
{
index.value = i - 1;
return(items[i - 1].value);
}
else
{
index.value = i - 1;
return(defaultValue);
}
}
}
index.value = length - 1;
return(items[length - 1].value);
}
}
public void Visit(object a_object)
{
QCandidate candidate = (QCandidate)a_object;
if (candidate.Include())
{
TreeInt ids = new TreeInt(candidate._key);
ByRef idsNew = new ByRef();
IEnumerator itPath = executionPath.GetEnumerator();
while (itPath.MoveNext())
{
idsNew.value = null;
string fieldName = (string)(itPath.Current);
if (ids != null)
{
ids.Traverse(new _IVisitor4_385(this, stream, fieldName, idsNew));
}
ids = (TreeInt)((TreeInt)idsNew.value);
}
if (ids != null)
{
ids.Traverse(new _IVisitor4_406(result));
}
}
}
private TreeInt ToTreeInt(IIndexedNode result)
{
ByRef treeInts = ByRef.NewInstance();
result.Traverse(new _IIntVisitor_65(treeInts));
return((TreeInt)treeInts.value);
}
internal CreateDescendChildTraversingVisitor(ByRef pending, BooleanByRef innerRes
, bool isNot)
{
_pending = pending;
_innerRes = innerRes;
_isNot = isNot;
}
private AbstractQueryResult ReadQueryResult(Transaction trans)
{
ByRef result = ByRef.NewInstance();
WithEnvironment(new _IRunnable_670(this, trans, result));
return((AbstractQueryResult)result.value);
}
public _IVisitor4_192(ByRef prevSlot, IBlockConverter blockConverter, IList overlaps
)
{
this.prevSlot = prevSlot;
this.blockConverter = blockConverter;
this.overlaps = overlaps;
}
public _IVisitor4_29(OverlapMap _enclosing, ByRef prevSlot, ISet overlaps
)
{
this._enclosing = _enclosing;
this.prevSlot = prevSlot;
this.overlaps = overlaps;
}
public virtual ISet Overlaps()
{
ISet overlaps = new HashSet();
var prevSlot = ByRef.NewInstance();
Tree.Traverse(_slots, new _IVisitor4_29(this, prevSlot, overlaps));
return(overlaps);
}
public _IVisitor4_385(_IVisitor4_374 _enclosing, ObjectContainerBase stream, string
fieldName, ByRef idsNew)
{
this._enclosing = _enclosing;
this.stream = stream;
this.fieldName = fieldName;
this.idsNew = idsNew;
}
public virtual void TestObjectInfoIsNotAvailableOnCreatingHandler()
{
var executed = ByRef.NewInstance(false);
EventRegistry().Creating += new _IEventListener4_15(executed).OnEvent;
Store(new Item());
Assert.IsTrue((((bool)executed.value)));
}
public virtual void SizeChanged(Transaction transaction, BTreeNode node, int changeBy
)
{
NotifyCountChanged(transaction, node, changeBy);
ByRef sizeInTransaction = SizeIn(transaction);
sizeInTransaction.value = (((int)sizeInTransaction.value)) + changeBy;
}
public virtual Sharpen.Util.ISet Overlaps()
{
Sharpen.Util.ISet overlaps = new HashSet();
ByRef prevSlot = ByRef.NewInstance();
TreeIntObject.Traverse(_slots, new _IVisitor4_29(this, prevSlot, overlaps));
return(overlaps);
}
public virtual IList Merged()
{
IList mergedSlots = new ArrayList();
ByRef mergedSlot = ByRef.NewInstance(new Slot(0, 0));
Tree.Traverse(_slots, new _IVisitor4_32(mergedSlot, mergedSlots));
mergedSlots.Add(((Slot)mergedSlot.value));
return mergedSlots;
}
private async Task NonFaultingVoidAsync(ByRef <int> value)
{
await Task.Yield();
await Task.Delay(500);
value.Instance *= 2;
}
/// <exception cref="System.Exception"></exception>
public virtual void TestDaemon()
{
ByRef isDaemon = ByRef.NewInstance();
_subject.StartLowPriority("Deamon checker", new _IRunnable_60(isDaemon));
_subject.Join(1000);
Assert.IsTrue((((bool)isDaemon.value)));
}
public virtual void TestObjectInfoIsNotAvailableOnCreatingHandler()
{
ByRef executed = ByRef.NewInstance(false);
EventRegistry().Creating += new System.EventHandler<Db4objects.Db4o.Events.CancellableObjectEventArgs>
(new _IEventListener4_15(executed).OnEvent);
Store(new EventsTestCaseBase.Item());
Assert.IsTrue((((bool)executed.value)));
}
private bool CreateChildForDescendable(QCandidates parentCandidates, ITypeHandler4
handler, QueryingReadContext queryingReadContext, ITypeHandler4 arrayElementHandler
)
{
int offset = queryingReadContext.Offset();
bool outerRes = true;
// The following construct is worse than not ideal. For each constraint it completely reads the
// underlying structure again. The structure could be kept fairly easy. TODO: Optimize!
IEnumerator i = parentCandidates.IterateConstraints();
while (i.MoveNext())
{
QCon qcon = (QCon)i.Current;
QField qf = qcon.GetField();
if (qf != null && !qf.Name().Equals(_fieldMetadata.GetName()))
{
continue;
}
QCon tempParent = qcon.Parent();
qcon.SetParent(null);
QCandidates candidates = new QCandidates(parentCandidates.i_trans, null, qf, false
);
candidates.AddConstraint(qcon);
qcon.SetCandidates(candidates);
ReadArrayCandidates(handler, queryingReadContext.Buffer(), arrayElementHandler, candidates
);
queryingReadContext.Seek(offset);
bool isNot = qcon.IsNot();
if (isNot)
{
qcon.RemoveNot();
}
candidates.Evaluate();
ByRef pending = ByRef.NewInstance();
BooleanByRef innerRes = new BooleanByRef(isNot);
candidates.Traverse(new QCandidate.CreateDescendChildTraversingVisitor(pending, innerRes
, isNot));
if (isNot)
{
qcon.Not();
}
// In case we had pending subresults, we need to communicate them up to our root.
if (((Tree)pending.value) != null)
{
((Tree)pending.value).Traverse(new _IVisitor4_168(this));
}
if (!innerRes.value)
{
// Again this could be double triggering.
//
// We want to clean up the "No route" at some stage.
qcon.Visit(GetRoot(), qcon.Evaluator().Not(false));
outerRes = false;
}
qcon.SetParent(tempParent);
}
return(outerRes);
}
public ExcludingReflector(ByRef loaderClass, Type[] excludedClasses)
{
_excludedClasses = new Collection4();
for (int claxxIndex = 0; claxxIndex < excludedClasses.Length; ++claxxIndex)
{
Type claxx = excludedClasses[claxxIndex];
_excludedClasses.Add(claxx.FullName);
}
}
public virtual void TestRunWith()
{
EnvironmentsTestCase.IWhatever whatever = new _IWhatever_22();
IEnvironment environment = new _IEnvironment_23(whatever);
ByRef ran = ByRef.NewInstance();
Environments.RunWith(environment, new _IRunnable_29(ran, whatever));
Assert.IsTrue((((bool)ran.value)));
}
public virtual void TestOnDiscard()
{
CacheTestUnit.TestPuppet puppet = new CacheTestUnit.TestPuppet();
puppet.FillCache();
ByRef discarded = new ByRef();
puppet.Produce(42, new _IProcedure4_19(discarded));
Assert.AreEqual("0", ((string)discarded.value));
}
private IList CollectOverlaps()
{
IBlockConverter blockConverter = _db.BlockConverter();
IList overlaps = new ArrayList();
ByRef prevSlot = ByRef.NewInstance();
mappings.Traverse(new _IVisitor4_192(prevSlot, blockConverter, overlaps));
return(overlaps);
}
private static string readTillMessageEnd(StreamReader sr, string first_line, string entry, ByRef <string> msg, ByRef <string[]> locations)
{
msg.value = "";
string line = first_line;
List <string> location = new List <string>();
bool entry_found = false;
if (line.StartsWith(entry))
{
// 1行目がすでに"entry"の行だった場合
ByRef <string> dum = new ByRef <string>("");
ByRef <string> dum2 = new ByRef <string>("");
separateEntryAndMessage(line, dum, dum2);
msg.value += dum2.value;
}
else
{
while ((line = sr.ReadLine()) != null)
{
if (line.StartsWith("#:"))
{
line = line.Substring(2).Trim();
location.Add(line);
}
else if (line.StartsWith(entry))
{
ByRef <string> dum = new ByRef <string>("");
ByRef <string> dum2 = new ByRef <string>("");
separateEntryAndMessage(line, dum, dum2);
msg.value += dum2.value;
break;
}
}
}
locations.value = location.ToArray();
string ret = "";
while ((line = sr.ReadLine()) != null)
{
if (!line.StartsWith("\""))
{
msg.value = msg.value.Replace("\\\"", "\"");
msg.value = msg.value.Replace("\\n", "\n");
return(line);
}
int index = line.LastIndexOf("\"");
msg.value += line.Substring(1, index - 1);
}
msg.value = msg.value.Replace("\\\"", "\"");
msg.value = msg.value.Replace("\\n", "\n");
if (line == null)
{
line = "";
}
return(line);
}
private async Task <ByRef <int> > NonFaultingTypeAsync(ByRef <int> value)
{
await Task.Yield();
await Task.Delay(500);
value.Instance *= 2;
return(value);
}
/// <exception cref="System.Exception"></exception>
public virtual void TestFailureEvent()
{
var executed = ByRef.NewInstance(false);
var exception = new Exception();
_subject.UncaughtException += new _IEventListener4_20(exception, executed).OnEvent;
_subject.Start(ReflectPlatform.SimpleName(GetType()) + " throwing exception thread"
, new _IRunnable_27(exception));
_subject.Join(1000);
Assert.IsTrue((((bool)executed.value)));
}
private void Read(ByteArrayBuffer reader)
{
FreeSlotNode.sizeLimit = DiscardLimit();
_freeBySize = new TreeReader(reader, new FreeSlotNode(0), true).Read();
ByRef addressTree = ByRef.NewInstance();
if (_freeBySize != null)
{
_freeBySize.Traverse(new _IVisitor4_176(addressTree));
}
_freeByAddress = ((Tree)addressTree.value);
}
private long[] GetIDsForClass(Transaction trans, ClassMetadata clazz, bool triggerQueryEvents
)
{
MsgD msg = Msg.GetInternalIds.GetWriterForInts(trans, new int[] { clazz.GetID(),
PrefetchDepth(), PrefetchCount(), triggerQueryEvents ? 1 : 0 });
Write(msg);
ByRef result = ByRef.NewInstance();
WithEnvironment(new _IRunnable_901(this, trans, result));
return((long[])result.value);
}
public static ByRef NewInstance(object initialValue)
{
var instance = new ByRef();
instance.value = initialValue;
return instance;
}
/// <summary>
/// vsqファイルのstart_clockクロックからメトロノームを起動する。startは、start_clockをいつから起動したかを指定する。
/// </summary>
/// <param name="vsq"></param>
/// <param name="start_clock"></param>
/// <param name="start"></param>
public static void Start( VsqFileEx vsq, int start_clock, double start_time ) {
s_queue.clear();
m_stop_required = false;
m_stop_metronome_required = false;
if ( s_device0 == null ) {
s_device0 = new MidiDeviceImp( s_metronome_device );
}
if ( s_metronome_device != s_general_device ) {
if ( s_device1 == null ) {
s_device1 = new MidiDeviceImp( s_general_device );
}
}
m_vsq = (VsqFileEx)vsq.clone();
m_started_sec = m_vsq.getSecFromClock( start_clock );
ByRef<Integer> bar = new ByRef<Integer>();
Timesig timesig = m_vsq.getTimesigAt( start_clock, bar );
int clock_at_bartop = m_vsq.getClockFromBarCount( bar.value );
int clock_step = 480 * 4 / timesig.denominator;
int next_clock = clock_at_bartop + ((start_clock - clock_at_bartop) / clock_step + 1) * clock_step;
m_started = start_time;
m_started_clock = start_clock;
m_temp_exit = false;
for ( int track = 1; track < m_vsq.Track.size(); track++ ) {
#if DEBUG
AppManager.debugWriteLine( "Metronome.Start; track=" + track );
#endif
for ( Iterator<VsqEvent> itr = m_vsq.Track.get( track ).getNoteEventIterator(); itr.hasNext(); ) {
VsqEvent item = itr.next();
if ( start_clock <= item.Clock ) {
MidiQueue q = new MidiQueue();
q.Track = track;
q.Channel = (byte)(track - 1);
q.Clock = item.Clock;
q.Note = (byte)(item.ID.Note);
q.Program = 0;
q.Velocity = 0x40;
q.Done += new MidiQueueDoneEventHandler( ReGenerateMidiQueue );
s_queue.add( q );
break;
}
}
}
Collections.sort( s_queue );
m_thread = new Thread( new ThreadStart( ThreadProc ) );
m_thread.IsBackground = true;
m_thread.Priority = ThreadPriority.Highest;
m_thread.Start();
}
public static void RestartMetronome() {
m_stop_metronome_required = false;
if ( m_vsq != null ) {
double now = PortUtil.getCurrentTime();
double elapsed = ((now - m_started) + 0.25) * m_speed;
int clock = (int)m_vsq.getClockFromSec( m_started_sec + elapsed );
ByRef<Integer> bar = new ByRef<Integer>();
Timesig timesig = m_vsq.getTimesigAt( clock, bar );
int clock_at_bartop = m_vsq.getClockFromBarCount( bar.value );
int clock_step = 480 * 4 / timesig.denominator;
int next_clock = clock_at_bartop + ((clock - clock_at_bartop) / clock_step + 1) * clock_step;
MidiQueue mq = new MidiQueue();
mq.Track = 0;
mq.Clock = next_clock;
mq.Channel = 14;
mq.Program = ProgramNormal;
mq.Note = NoteNormal;
mq.Velocity = 0x40;
mq.Done += new MidiQueueDoneEventHandler( ReGenerateMidiQueue );
s_queue.add( mq );
if ( (next_clock - clock_at_bartop) % (timesig.numerator * clock_step) == 0 ) {
MidiQueue mq_bell = new MidiQueue();
mq_bell.Track = 0;
mq_bell.Clock = next_clock;
mq_bell.Channel = 15;
mq_bell.Program = ProgramBell;
mq_bell.Note = NoteBell;
mq_bell.Velocity = 0x40;
s_queue.add( mq_bell );
}
Collections.sort( s_queue );
}
}
/// <summary>
/// 音符に付随するピッチベンドの情報を、PIT・PBS カーブに反映する
/// </summary>
/// <param name="item">音符</param>
/// <param name="pitchBend">PIT カーブ</param>
/// <param name="pitchBendSensitivity">PBS カーブ</param>
/// <param name="tempoTable">テンポ情報</param>
protected void reflectNoteEventPitch( VsqEvent item, VsqBPList pitchBend, VsqBPList pitchBendSensitivity, TempoVector tempoTable )
{
if ( item.ID.type != VsqIDType.Anote ) return;
// AquesTone2 では、note on と同 clock にピッチベンドイベントを送らないと音程が反映されないので、必ずピッチイベントが送られるようにする
pitchBend.add( item.Clock, pitchBend.getValue( item.Clock ) );
if ( item.ID.VibratoHandle == null ) {
return;
}
int startClock = item.Clock + item.ID.VibratoDelay;
int vibratoLength = item.ID.Length - item.ID.VibratoDelay;
var iterator = new VibratoPointIteratorByClock( tempoTable,
item.ID.VibratoHandle.RateBP, item.ID.VibratoHandle.StartRate,
item.ID.VibratoHandle.DepthBP, item.ID.VibratoHandle.StartDepth,
startClock, vibratoLength );
var pitContext = new ByRef<int>( 0 );
var pbsContext = new ByRef<int>( 0 );
int pitAtEnd = pitchBend.getValue( startClock + vibratoLength );
int pbsAtEnd = pitchBendSensitivity.getValue( startClock + vibratoLength );
var pitBackup = (VsqBPList)pitchBend.Clone();
var pbsBackup = (VsqBPList)pitchBendSensitivity.Clone();
bool resetPBS = false;
double maxNetPitchBendInCent = 0.0;
for ( int clock = startClock; clock < startClock + vibratoLength && iterator.hasNext(); ++clock ) {
double vibratoPitchBendInCent = iterator.next() * 100.0;
int pit = pitchBend.getValue( clock, pitContext );
int pbs = pitchBendSensitivity.getValue( clock, pbsContext );
const double pow2_13 = 8192;
double netPitchBendInCent = (pbs * pit / pow2_13) * 100.0 + vibratoPitchBendInCent;
maxNetPitchBendInCent = Math.Max( maxNetPitchBendInCent, Math.Abs( netPitchBendInCent ) );
int draftPitchBend = (int)Math.Round( (netPitchBendInCent / 100.0) * pow2_13 / pbs );
if ( draftPitchBend < pitchBend.Minimum || pitchBend.Maximum < draftPitchBend ) {
// pbs を変更せずにビブラートによるピッチベンドを反映しようとすると、
// pit が範囲を超えてしまう。
resetPBS = true;
} else {
if ( draftPitchBend != pit ) {
pitchBend.add( clock, draftPitchBend );
}
}
}
if ( !resetPBS ) {
return;
}
pitchBend.Data = pitBackup.Data;
// ピッチベンドの最大値を実現するのに必要なPBS
int requiredPitchbendSensitivity = (int)Math.Ceiling( maxNetPitchBendInCent / 100.0 );
int pseudoMaxPitchbendSensitivity = 12; // AquesTone2 は最大 12 半音までベンドできる。
if ( requiredPitchbendSensitivity < pitchBendSensitivity.Minimum ) requiredPitchbendSensitivity = pitchBendSensitivity.Minimum;
if ( pseudoMaxPitchbendSensitivity < requiredPitchbendSensitivity ) requiredPitchbendSensitivity = pseudoMaxPitchbendSensitivity;
{
int i = 0;
while ( i < pitchBend.size() ) {
var clock = pitchBend.getKeyClock( i );
if ( startClock <= clock && clock < startClock + vibratoLength ) {
pitchBend.removeElementAt( i );
} else {
++i;
}
}
}
{
int i = 0;
while ( i < pitchBendSensitivity.size() ) {
var clock = pitchBendSensitivity.getKeyClock( i );
if ( startClock <= clock && clock < startClock + vibratoLength ) {
pitchBendSensitivity.removeElementAt( i );
} else {
++i;
}
}
}
if ( pitchBendSensitivity.getValue( startClock ) != requiredPitchbendSensitivity ) {
pitchBendSensitivity.add( startClock, requiredPitchbendSensitivity );
}
pitchBend.add( startClock + vibratoLength, pitAtEnd );
pitchBendSensitivity.add( startClock + vibratoLength, pbsAtEnd );
iterator.rewind();
pitContext.value = 0;
pbsContext.value = 0;
int lastPitchBend = pitchBend.getValue( startClock );
for ( int clock = startClock; clock < startClock + vibratoLength && iterator.hasNext(); ++clock ) {
double vibratoPitchBendInCent = iterator.next() * 100.0;
int pit = pitBackup.getValue( clock, pitContext );
int pbs = pbsBackup.getValue( clock, pbsContext );
const double pow2_13 = 8192;
double netPitchBendInCent = (pbs * pit / pow2_13) * 100.0 + vibratoPitchBendInCent;
maxNetPitchBendInCent = Math.Max( maxNetPitchBendInCent, Math.Abs( netPitchBendInCent ) );
int draftPitchBend = (int)Math.Round((netPitchBendInCent / 100.0) * pow2_13 / requiredPitchbendSensitivity);
if ( draftPitchBend < pitchBend.Minimum ) draftPitchBend = pitchBend.Minimum;
if ( pitchBend.Maximum < draftPitchBend ) draftPitchBend = pitchBend.Maximum;
if ( draftPitchBend != lastPitchBend ) {
pitchBend.add( clock, draftPitchBend );
lastPitchBend = draftPitchBend;
}
}
}
