public async Task RetrospectiveLobby_WritingStage_CanAddNote()
{
// Given
await this.SetRetrospective(retro => retro.CurrentStage = RetrospectiveStage.Writing);
await Task.WhenAll(
Task.Run(() => this.Join(this.Client1, true)),
Task.Run(() => this.Join(this.Client2, false))
);
this.WaitNavigatedToLobby();
// When
NoteLaneComponent noteLane = this.Client2.GetLane(KnownNoteLane.Continue);
noteLane.AddNoteButton.Click();
// Then
this.MultiAssert(client => {
Assert.That(() => client.GetLane(KnownNoteLane.Continue).NoteElements, Has.Count.EqualTo(1).Retry());
Assert.That(() => client.GetLane(KnownNoteLane.Start).NoteElements, Has.Count.EqualTo(0).Retry());
Assert.That(() => client.GetLane(KnownNoteLane.Stop).NoteElements, Has.Count.EqualTo(0).Retry());
});
// When
NoteComponent note = noteLane.Notes.First();
string noteText = "some content which does not really matter to me";
note.Input.SendKeys(noteText);
// Then
Assert.That(() => this.Client1.GetLane(KnownNoteLane.Continue).Notes.First().Content.Text,
Has.Length.EqualTo(noteText.Length).And.Not.EqualTo(noteText).Retry(),
"Client 1 does not have the the garbled text from client 2");
}
private void OnNoteQueueUpdate(object source, HuntingHornNoteEventArgs args)
{
if (args.FirstNoteIndex < 0 || args.NotesQueued < 0)
{
return;
}
Dispatcher.BeginInvoke(DispatcherPriority.Render, new Action(() =>
{
if (args.NotesQueued == 0 && Sheet.Children.Count >= 0)
{
Sheet.Children.Clear();
PredictionSheet.Children.Clear();
return;
}
// If the number of notes in the visual sheet is lower than the in-game sheet,
// we have to add all the notes.
if (Sheet.Children.Count < args.NotesQueued)
{
for (int i = Sheet.Children.Count; i < args.NotesQueued; i++)
{
byte noteId = args.Notes[i];
// Skip empty notes
if (noteId == 0)
{
continue;
}
NoteComponent note = new NoteComponent()
{
NoteId = noteId,
Height = noteId == 4 ? 25 : 33,
Width = 23
};
note.Color = noteId == 4 ? null : cachedBrushes[noteId - 1];
Sheet.Children.Add(note);
}
}
else
{
byte lastNoteId = args.Notes[args.NotesQueued - 1];
NoteComponent note = new NoteComponent()
{
NoteId = lastNoteId,
Height = lastNoteId == 4 ? 25 : 33,
Width = 23
};
note.Color = lastNoteId == 4 ? null : cachedBrushes[lastNoteId - 1];
Sheet.Children.Add(note);
((NoteComponent)Sheet.Children[0]).Destroy = true;
}
UpdatePredictedSong(args.Candidates);
}));
}
public async Task RetrospectiveLobby_WritingStage_CanDeleteNote_Shortcut()
{
// Given
int noteId = 0;
using (IServiceScope scope = this.App.CreateTestServiceScope()) {
await scope.TestCaseBuilder(this.RetroId).
WithParticipant("Boss", true, "scrummaster").
WithParticipant("Josh", false).
WithRetrospectiveStage(RetrospectiveStage.Writing).
WithNote(KnownNoteLane.Start, "Josh").
WithNote(KnownNoteLane.Continue, "Josh").
WithNote(KnownNoteLane.Continue, "Boss").
OutputId(id => noteId = id).
WithNote(KnownNoteLane.Continue, "Boss").
Build();
}
await Task.WhenAll(
Task.Run(() => this.Join(this.Client1, true, "Boss", alreadyJoined: true)),
Task.Run(() => this.Join(this.Client2, false, "Josh", true))
);
this.WaitNavigatedToLobby();
this.MultiAssert(client => {
Assert.That(() => client.GetLane(KnownNoteLane.Continue).NoteElements, Has.Count.EqualTo(3).Retry());
Assert.That(() => client.GetLane(KnownNoteLane.Start).NoteElements, Has.Count.EqualTo(1).Retry());
Assert.That(() => client.GetLane(KnownNoteLane.Stop).NoteElements, Has.Count.EqualTo(0).Retry());
});
// When
NoteLaneComponent noteLane = this.Client1.GetLane(KnownNoteLane.Continue);
NoteComponent note = noteLane.Notes.First(x => x.Id == noteId);
new Actions(this.Client1.WebDriver)
.KeyDown(note.Input, Keys.Control)
.SendKeys(Keys.Delete)
.KeyUp(Keys.Control)
.Perform();
// Then
this.MultiAssert(client => {
NoteLaneComponent clientNoteLane = client.GetLane(KnownNoteLane.Continue);
Assert.That(() => clientNoteLane.NoteElements, Has.Count.EqualTo(2).Retry());
Assert.That(() => clientNoteLane.Notes.Select(x => x.Id).ToArray(), Does.Not.Contain(noteId).Retry());
});
}
public async Task RetrospectiveLobby_WritingStage_CanAddNote_Shortcut()
{
// Given
await this.SetRetrospective(retro => retro.CurrentStage = RetrospectiveStage.Writing);
await Task.WhenAll(
Task.Run(() => this.Join(this.Client1, true)),
Task.Run(() => this.Join(this.Client2, false))
);
this.WaitNavigatedToLobby();
// When
int laneNumber = (int)KnownNoteLane.Continue;
new Actions(this.Client2.WebDriver)
.KeyDown(Keys.Control)
.SendKeys(laneNumber.ToString(Culture.Invariant))
.KeyUp(Keys.Control)
.Perform();
// Then
this.MultiAssert(client => {
Assert.That(() => client.GetLane(KnownNoteLane.Continue).NoteElements, Has.Count.EqualTo(1).Retry());
Assert.That(() => client.GetLane(KnownNoteLane.Start).NoteElements, Has.Count.EqualTo(0).Retry());
Assert.That(() => client.GetLane(KnownNoteLane.Stop).NoteElements, Has.Count.EqualTo(0).Retry());
});
// When
NoteLaneComponent noteLane = this.Client2.GetLane(KnownNoteLane.Continue);
NoteComponent note = noteLane.Notes.First();
string noteText = "some content which does not really matter to me";
note.Input.SendKeys(noteText);
// Then
Assert.That(() => this.Client1.GetLane(KnownNoteLane.Continue).Notes.First().Content.Text,
Has.Length.EqualTo(noteText.Length).And.Not.EqualTo(noteText).Retry(),
"Client 1 does not have the the garbled text from client 2");
}
public async Task Screenshot_Writing()
{
this.EnsureRetrospectiveInStage(RetrospectiveStage.NotStarted);
// Given
using (IServiceScope scope = this.App.CreateTestServiceScope()) {
await scope.SetRetrospective(this.RetroId, r => r.HashedPassphrase = null);
}
this.Join(this.Client1, true, "Roger", colorName: "Driver", submitCallback: () => CreateDocScreenshot(this.Client1.WebDriver, "join-retro"));
this.Join(this.Client2, false, "Hong", colorName: "green");
this.WaitNavigatedToLobby();
this.Client1.TimeInMinutesInput.Clear();
this.Client1.TimeInMinutesInput.SendKeys("5");
this.Client1.TimeInMinutesInput.SendKeys(Keys.Tab);
Thread.Sleep(10000);
this.Client1.InvokeContinueWorkflow();
// When
TestContext.WriteLine("Attempting to find Note Lane button after state transition");
Thread.Sleep(10000);
this.Client2.WebDriver.Retry(_ => this.Client2.GetLane(KnownNoteLane.Continue).AddNoteButton.Displayed);
var writtenNoteIds = new HashSet <int>();
void WriteNote(RetrospectiveLobby client, KnownNoteLane laneId, string text)
{
NoteLaneComponent lane = client.GetLane(laneId);
lane.AddNoteButton.Click();
NoteComponent addedNote = client.WebDriver.Retry(_ => {
NoteComponent firstNote = lane.Notes.FirstOrDefault();
if (firstNote?.Input != null && writtenNoteIds.Add(firstNote.Id))
{
return(firstNote);
}
return(null);
});
addedNote.Input.SendKeys(text);
}
WriteNote(this.Client2, KnownNoteLane.Continue, "Using this framework, it works very productive");
using (IServiceScope scope = this.App.CreateTestServiceScope()) {
await scope.TestCaseBuilder(this.RetroId).
HasExistingParticipant("Roger").
HasExistingParticipant("Hong").
WithParticipant("Aaron", false).
WithParticipant("Ashley", false).
WithParticipant("Josh", false).
WithParticipant("Patrick", false).
WithParticipant("Sarah", false).
WithNote(KnownNoteLane.Continue, "Sarah", text: "Framework with good productivity").
OutputId(id => this._continueFrameworkNoteId = id).
WithNote(KnownNoteLane.Continue, "Josh", text: "Daily standup").
OutputId(id => this._continueDailiesNoteIds.Add(id)).
WithNote(KnownNoteLane.Continue, "Patrick", text: "Daily standups").
OutputId(id => this._continueDailiesNoteIds.Add(id)).
WithNote(KnownNoteLane.Continue, "Ashley", text: "Dailies").
OutputId(id => this._continueDailiesNoteIds.Add(id)).
WithNote(KnownNoteLane.Stop, "Patrick", text: "Changing the backlog in the sprint").
OutputId(id => this._stopBacklogUnstableNoteIds.Add(id)).
WithNote(KnownNoteLane.Stop, "Aaron", text: "Backlog story changes in sprint").
OutputId(id => this._stopBacklogUnstableNoteIds.Add(id)).
WithNote(KnownNoteLane.Stop, "Ashley", text: "Story backlog changes while sprint in progress").
OutputId(id => this._stopBacklogUnstableNoteIds.Add(id)).
WithNote(KnownNoteLane.Stop, "Ashley", text: "Adding more stories while sprint is in progress").
OutputId(id => this._stopSprintScopeIncreasedNoteIds.Add(id)).
WithNote(KnownNoteLane.Stop, "Josh", text: "Stop adding stories when sprint is underway").
OutputId(id => this._stopSprintScopeIncreasedNoteIds.Add(id)).
WithNote(KnownNoteLane.Stop, "Josh", text: "Long kick-off, distractions in sprint").
OutputId(id => this._stopKickOffLongNoteIds.Add(id)).
WithNote(KnownNoteLane.Stop, "Sarah", text: "Kick-off was very long").
OutputId(id => this._stopKickOffLongNoteIds.Add(id)).
WithNote(KnownNoteLane.Start, "Josh", text: "Start writing automated tests").
OutputId(id => this._startAutomationGroupNoteIds.Add(id)).
WithNote(KnownNoteLane.Start, "Patrick", text: "Use a proper definition of done").
OutputId(id => this._startNoteDefinitionOfDoneId = id).
WithNote(KnownNoteLane.Start, "Sarah", text: "Daily build should include basic tests").
OutputId(id => this._startAutomationGroupNoteIds.Add(id)).
Build();
}
WriteNote(this.Client1, KnownNoteLane.Start, "Daily builds should include automated smoke tests");
this.AddLatestNoteIdToCollection(this._startAutomationGroupNoteIds);
WriteNote(this.Client1, KnownNoteLane.Start, "Client should be present in retrospective");
this._startClientRetroPresenceNoteId = this.GetLatestNoteId();
WriteNote(this.Client2, KnownNoteLane.Continue, "Regular publish to acceptance environment");
this._continueDailyBuildNoteId = this.GetLatestNoteId();
CreateDocScreenshot(this.Client2.WebDriver, "writing");
// Then
this.Client1.InvokeContinueWorkflow();
}
public PianoEntitySmallKey(Scene scene, Vector2 PianoPos, int Channel)
{
//font = new NezSpriteFont(scene.Content.Load<SpriteFont>("Arial"));
//TextEntity = scene.CreateEntity("");
//TextEntity.Transform.Position = new Vector2(PianoPos.X - 5, PianoPos.Y - 50);
//TextEntity.Transform.Scale = new Vector2(1, 1);
//var = new Text(Graphics.instance.bitmapFont, "Ch " + Channel.ToString(), new Vector2(0, 0), Color.White);
//.SetFont(font);
//TextEntity.AddComponent();
int note_offset = 0;
int assigned_note = MinNote - 1;
//
// White keys
//
for (int i = 0; i < MaxKeys; i++)
{
int m = (i / 12);
int n = i % 12;
int key_offset = -1;
//
// white notes
//
switch (n)
{
case 0:
key_offset = 0;
assigned_note = assigned_note + 1;
break;
case 2:
key_offset = 1;
assigned_note = assigned_note + 2;
break;
case 4:
key_offset = 2;
assigned_note = assigned_note + 2;
break;
case 5:
key_offset = 3;
assigned_note = assigned_note + 1;
break;
case 7:
key_offset = 4;
assigned_note = assigned_note + 2;
break;
case 9:
key_offset = 5;
assigned_note = assigned_note + 2;
break;
case 11:
key_offset = 6;
assigned_note = assigned_note + 2;
break;
}
if (key_offset >= 0)
{
var pkey = scene.CreateEntity("pkey");
pkey.AddComponent(new SpriteRenderer(scene.Content.Load <Texture2D>("Piano/wkey")).SetRenderLayer(-7));
NoteComponent comp = new NoteComponent();
comp.IsOn = false;
comp.NoteID = assigned_note;
pkey.Tag = assigned_note;
pkey.Name = "pkey" + Channel.ToString() + assigned_note.ToString();
pkey.AddComponent(comp);
//pkey.AddComponent(new BoxCollider());
xpos = PianoPos.X + (key_offset + m * 7) * whitekeywidth;
pkey.SetPosition(xpos, PianoPos.Y);
}
}
//
// black keys
//
assigned_note = MinNote;
int offset = 0;
for (int i = 0; i < MaxKeys; i++)
{
int m = (i / 12);
int n = i % 12;
int key_offset = -1;
switch (n)
{
case 1:
key_offset = 0;
assigned_note = assigned_note + 1 + offset;
break;
case 3:
key_offset = 1;
assigned_note = assigned_note + 2;
break;
case 6:
key_offset = 3;
assigned_note = assigned_note + 3;
break;
case 8:
key_offset = 4;
assigned_note = assigned_note + 2;
break;
case 10:
key_offset = 5;
assigned_note = assigned_note + 2;
offset = 2;
break;
}
if (key_offset >= 0)
{
var pkey = scene.CreateEntity("pkey");
pkey.AddComponent(new SpriteRenderer(scene.Content.Load <Texture2D>("Piano/bkey")).SetRenderLayer(-8));
NoteComponent comp = new NoteComponent();
comp.IsOn = false;
comp.NoteID = assigned_note;
if (assigned_note == 63)
{
int junk = 0;
}
pkey.Tag = assigned_note;
pkey.Name = "pkey" + Channel.ToString() + assigned_note.ToString();
pkey.AddComponent(new BoxCollider());
xpos = (PianoPos.X + ((key_offset + m * 7) * whitekeywidth) + (whitekeywidth - blackkeywidth / 2)) - (blackkeywidth / 2);
pkey.SetPosition(xpos, PianoPos.Y - 10);
}
}
}
public string[] GetLines(string[] linesArr, Note[] notes, int minLength, int?p3, int?v3, int?p4, int?v4, int?p5, int?v5, ref int notesCount)
{
Note previousNote = null;
var lineOffset = 0;
var lines = linesArr.ToList();
foreach (var note in notes)
{
// Patch notes preceeding breaths or rests that are longer than the specified length.
if (previousNote != null && previousNote.Length >= minLength && previousNote.IsSelectedInUtau && !previousNote.IsBreathOrRest && note.IsBreathOrRest)
{
// If the previous note didn't contain Envelope line, create default
if (string.IsNullOrEmpty(previousNote.Envelope))
{
// No envelope specified, assume default
previousNote.EnvelopeComponent = NoteComponent.Create("0,0,0,0,100,100,0", previousNote.NoteEndLine);
lines.Insert(previousNote.NoteEndLine + lineOffset, previousNote.Envelope);
lineOffset++;
}
var envelope = previousNote.Envelope;
// Envelope order seems to be p1,p2,p3,v1,v2,v3,v4,%,p4,p5,v5.
// Yes, v4 comes before p4 and there's a % sign between v4 and p4.
// Values after v4 might not exist for all notes.
var vals = envelope.Split(',');
var oldP1 = int.Parse(vals[0]);
var oldP2 = int.Parse(vals[1]);
var oldP3 = int.Parse(vals[2]);
var oldV1 = int.Parse(vals[3]);
var oldV2 = int.Parse(vals[4]);
var oldV3 = int.Parse(vals[5]);
var oldV4 = int.Parse(vals[6]);
int?oldP4 = null;
int?oldP5 = null;
int?oldV5 = null;
if (vals.Length > 8)
{
oldP4 = int.Parse(vals[8]);
}
if (vals.Length > 9)
{
oldP5 = int.Parse(vals[9]);
}
if (vals.Length > 10)
{
oldV5 = int.Parse(vals[10]);
}
var envVals = new List <object>(new object[] { oldP1, oldP2, p3 ?? oldP3, oldV1, oldV2, v3 ?? oldV3, v4 ?? oldV4, "%", p4 ?? oldP4, p5 ?? oldP5, v5 ?? oldV5 }).Where(v => v != null).ToArray();
var newEnv = string.Join(",", envVals);
var actualLineNumber = previousNote.EnvelopeComponent.LineNumber + lineOffset;
if (lines[actualLineNumber] != "Envelope=" + newEnv)
{
lines[actualLineNumber] = "Envelope=" + newEnv;
notesCount++;
}
}
previousNote = note;
}
return(lines.ToArray());
}
