public void RemoveSpaceTest1()
{
string mml1 = "T150CあDいEうFえ";
string mml2 = " T150Cあ \tDい Eう\r\nFえ ";
MMLParser parser = new MMLParser();
var p1 = parser.Parse(mml1);
var p2 = parser.Parse(mml2);
CollectionAssert.AreEqual(p1, p2);
}
public void LengthException1()
{
string mml = "L";
MMLParser parser = new MMLParser();
IElement[] parsed = parser.Parse(mml);
}
public void Exception8()
{
string mml = "Cあ>>Dい<<E";
MMLParser parser = new MMLParser();
IElement[] parsed = parser.Parse(mml);
}
public void Exception7()
{
string mml = "O8>";
MMLParser parser = new MMLParser();
IElement[] parsed = parser.Parse(mml);
}
public void OctaveReverseTest1()
{
string mml = "Cあ>>Dい<<Eう";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Note {
Octave = 4, Step = "C", Length = 4, Alter = 0, HasDot = false, Lyric = "あ", MML = "Cあ"
},
new Octave {
Value = 3, MML = ">"
},
new Octave {
Value = 2, MML = ">"
},
new Note {
Octave = 2, Step = "D", Length = 4, Alter = 0, HasDot = false, Lyric = "い", MML = "Dい"
},
new Octave {
Value = 3, MML = "<"
},
new Octave {
Value = 4, MML = "<"
},
new Note {
Octave = 4, Step = "E", Length = 4, Alter = 0, HasDot = false, Lyric = "う", MML = "Eう"
}
};
IElement[] parsed = parser.Parse(mml, true);
CollectionAssert.AreEqual(elements, parsed);
}
public void OctaveException1()
{
string mml = "O";
MMLParser parser = new MMLParser();
IElement[] parsed = parser.Parse(mml);
}
public void TripletTest1()
{
string mml = "L6CあCあCあR2";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Length {
Value = 6, MML = "L6"
},
new Note {
Octave = 4, Step = "C", Length = 6, Alter = 0, HasDot = false, Lyric = "あ", MML = "Cあ"
},
new Note {
Octave = 4, Step = "C", Length = 6, Alter = 0, HasDot = false, Lyric = "あ", MML = "Cあ"
},
new Note {
Octave = 4, Step = "C", Length = 6, Alter = 0, HasDot = false, Lyric = "あ", MML = "Cあ"
},
new Rest {
Length = 2, MML = "R2"
}
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
private void AssertException(string mml)
{
MMLParser parser = new MMLParser();
var parsed = parser.Parse(mml);
MusicXMLGenerator g = new MusicXMLGenerator();
g.GenerateFromElements(parsed);
}
public void MMLTestBig()
{
Dictionary <string, object> testDict = MMLParser.Parse("-aa:ab -bc:12, -yes:no -no:yes -num:123");
Debug.Assert("ab" == (string)testDict["aa"], "MML string failed");
Debug.Assert(12 == (int)testDict["bc"], "MML Test int Failed");;
Debug.Assert(!(bool)testDict["no"], "MML Test Big Failed");
}
public async Task SetupNotifications(EventContext e)
{
MMLParser mml = new MMLParser(e.Arguments.ToString());
MSLResponse response = mml.Parse();
bool global = response.GetBool("g");
LevelNotificationsSetting type = Enum.Parse <LevelNotificationsSetting>(response.GetString("type"), true);
await Setting.UpdateAsync(e.Channel.Id, DatabaseSettingId.LEVEL_NOTIFICATIONS, (int)type);
}
public void EmptyTest0()
{
string mml = "";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
public override bool OnInitialize()
{
base.OnInitialize();
_dataBuffer = new UnsafeBuffer(Header->_dataLength);
Memory.Move(_dataBuffer.Address, Header->Data, (uint)Header->_dataLength);
SetSizeInternal(Header->_dataLength);
_cmds = MMLParser.Parse(Header->Data + 12);
return(true);
}
public void LengthTest1()
{
string mml = "L4";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Length {
Value = 4, MML = "L4"
}
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
public void NoteFlatTest1()
{
string mml = "C-あ";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Note {
Octave = 4, Step = "C", Length = 4, Alter = -1, HasDot = false, Lyric = "あ", MML = "C-あ"
},
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
public void TempoTest1()
{
string mml = "T150Cあ";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Tempo {
Value = 150, MML = "T150"
},
new Note {
Octave = 4, Step = "C", Length = 4, Alter = 0, HasDot = false, Lyric = "あ", MML = "Cあ"
}
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
public async Task SetupNotifications(EventContext e)
{
if (string.IsNullOrWhiteSpace(e.Arguments.ToString()))
{
Task.Run(async() => await SetupNotificationsInteractive <LevelNotificationsSetting>(e, DatabaseSettingId.LEVEL_NOTIFICATIONS));
}
else
{
MMLParser mml = new MMLParser(e.Arguments.ToString());
MSLResponse response = mml.Parse();
bool global = response.GetBool("g");
LevelNotificationsSetting type = Enum.Parse <LevelNotificationsSetting>(response.GetString("type"), true);
await Setting.UpdateAsync(e.Channel.Id, DatabaseSettingId.LEVEL_NOTIFICATIONS, (int)type);
}
}
private void AssertMusicXmlAreEqual(string mml, bool create)
{
System.Diagnostics.StackFrame callerFrame = new System.Diagnostics.StackFrame(1);
System.Reflection.MethodBase callerMethod = callerFrame.GetMethod();
string methodName = callerMethod.Name;
MMLParser parser = new MMLParser();
IElement[] parsed = parser.Parse(mml);
MusicXMLGenerator g = new MusicXMLGenerator();
var xElement = g.GenerateFromElements(parsed);
if (create)
{
WriteXml(methodName, xElement);
}
var expected = ReadXml(methodName);
Assert.AreEqual(expected, xElement.ToString());
}
public void DotTest1()
{
string mml = "C2.うC4.あC8.い";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Note {
Octave = 4, Step = "C", Length = 2, Alter = 0, HasDot = true, Lyric = "う", MML = "C2.う"
},
new Note {
Octave = 4, Step = "C", Length = 4, Alter = 0, HasDot = true, Lyric = "あ", MML = "C4.あ"
},
new Note {
Octave = 4, Step = "C", Length = 8, Alter = 0, HasDot = true, Lyric = "い", MML = "C8.い"
}
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
public void NoteTest1()
{
string mml = "CあDいEうFえGおAかBき>Cく";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Note {
Octave = 4, Step = "C", Length = 4, Alter = 0, HasDot = false, Lyric = "あ", MML = "Cあ"
},
new Note {
Octave = 4, Step = "D", Length = 4, Alter = 0, HasDot = false, Lyric = "い", MML = "Dい"
},
new Note {
Octave = 4, Step = "E", Length = 4, Alter = 0, HasDot = false, Lyric = "う", MML = "Eう"
},
new Note {
Octave = 4, Step = "F", Length = 4, Alter = 0, HasDot = false, Lyric = "え", MML = "Fえ"
},
new Note {
Octave = 4, Step = "G", Length = 4, Alter = 0, HasDot = false, Lyric = "お", MML = "Gお"
},
new Note {
Octave = 4, Step = "A", Length = 4, Alter = 0, HasDot = false, Lyric = "か", MML = "Aか"
},
new Note {
Octave = 4, Step = "B", Length = 4, Alter = 0, HasDot = false, Lyric = "き", MML = "Bき"
},
new Octave {
Value = 5, MML = ">"
},
new Note {
Octave = 5, Step = "C", Length = 4, Alter = 0, HasDot = false, Lyric = "く", MML = "Cく"
}
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
public void NoteTest3()
{
string mml = "CあL8DいE4う";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Note {
Octave = 4, Step = "C", Length = 4, Alter = 0, HasDot = false, Lyric = "あ", MML = "Cあ"
},
new Length {
Value = 8, MML = "L8"
},
new Note {
Octave = 4, Step = "D", Length = 8, Alter = 0, HasDot = false, Lyric = "い", MML = "Dい"
},
new Note {
Octave = 4, Step = "E", Length = 4, Alter = 0, HasDot = false, Lyric = "う", MML = "E4う"
}
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
public void RestTest1()
{
string mml = "RR1L8R";
MMLParser parser = new MMLParser();
IElement[] elements = new IElement[]
{
new Rest {
Length = 4, HasDot = false, MML = "R"
},
new Rest {
Length = 1, HasDot = false, MML = "R1"
},
new Length {
Value = 8, MML = "L8"
},
new Rest {
Length = 8, HasDot = false, MML = "R"
}
};
IElement[] parsed = parser.Parse(mml);
CollectionAssert.AreEqual(elements, parsed);
}
