/// <summary>
/// Classifies the character into normal chars, spaces, semicola, quotes,
/// control chars.
/// </summary>
/// <param name="ch">a char</param>
/// <returns>Return the character kind.</returns>
private static UnicodeKind ClassifyCharacter(char ch)
{
if (Spaces.IndexOf(ch) >= 0 || (0x2000 <= ch && ch <= 0x200B))
{
return(UnicodeKind.Space);
}
if (Commas.IndexOf(ch) >= 0)
{
return(UnicodeKind.Comma);
}
if (Semicola.IndexOf(ch) >= 0)
{
return(UnicodeKind.Semicolon);
}
if (Quotes.IndexOf(ch) >= 0 || (0x3008 <= ch && ch <= 0x300F) || (0x2018 <= ch && ch <= 0x201F))
{
return(UnicodeKind.Quote);
}
if (ch < 0x0020 || Controls.IndexOf(ch) >= 0)
{
return(UnicodeKind.Control);
}
// Assume typical case.
return(UnicodeKind.Normal);
}
/// <summary>
/// Classifies the character into normal chars, spaces, semicola, quotes,
/// control chars.
/// </summary>
/// <param name="ch">a char</param>
/// <returns>Return the character kind.</returns>
private static int ClassifyCharacter(char ch)
{
if (Spaces.IndexOf(ch) >= 0 || (unchecked ((int)(0x2000)) <= ch && ch <= unchecked ((int)(0x200B))))
{
return(UckSpace);
}
else
{
if (Commas.IndexOf(ch) >= 0)
{
return(UckComma);
}
else
{
if (Semicola.IndexOf(ch) >= 0)
{
return(UckSemicolon);
}
else
{
if (Quotes.IndexOf(ch) >= 0 || (unchecked ((int)(0x3008)) <= ch && ch <= unchecked ((int)(0x300F))) || (unchecked ((int)(0x2018)) <= ch && ch <= unchecked ((int)(0x201F))))
{
return(UckQuote);
}
else
{
if (ch < unchecked ((int)(0x0020)) || Controls.IndexOf(ch) >= 0)
{
return(UckControl);
}
else
{
// Assume typical case.
return(UckNormal);
}
}
}
}
}
}
string replace(string text, Commas separator)
{
Zeroes zeroes = new Zeroes();
string sep = "";
if (separator == Commas.Comma)
{
sep = "#,";
}
if (settings.PaddingZeroes)
{
zeroes.bpm = new string('0', settings.BPMintPad) + "." + new string('0', settings.BPMDecPtPad);
zeroes.nc = new string('0', settings.NoteCountPad);
zeroes.plph = new string('0', settings.PolyphonyPad);
zeroes.nps = new string('0', settings.NPSPad);
zeroes.tick = new string('0', settings.TicksPad);
zeroes.bars = new string('0', settings.BarCountPad);
zeroes.frms = new string('0', settings.FrCountPad);
}
text = text.Replace("{bpm}", tempo.ToString(zeroes.bpm));
text = text.Replace("{nc}", noteCount.ToString(sep + zeroes.nc));
text = text.Replace("{nr}", (CurrentMidi.noteCount - noteCount).ToString(sep + zeroes.nc));
text = text.Replace("{tn}", CurrentMidi.noteCount.ToString(sep + zeroes.nc));
text = text.Replace("{nps}", nps.ToString(sep + zeroes.nps));
text = text.Replace("{mnps}", Mnps.ToString(sep + zeroes.nps));
text = text.Replace("{plph}", polyphony.ToString(sep + zeroes.plph));
text = text.Replace("{mplph}", Mplph.ToString(sep + zeroes.plph));
text = text.Replace("{currsec}", ((double)(seconds / 100) / 10).ToString(sep + "0.0"));
text = text.Replace("{currtime}", time.ToString("mm\\:ss"));
text = text.Replace("{cmiltime}", time.ToString("mm\\:ss\\.fff"));
text = text.Replace("{cfrtime}", time.ToString("mm\\:ss") + ";" + (frames % renderSettings.fps).ToString(fzp));
text = text.Replace("{totalsec}", ((double)(totalsec / 100) / 10).ToString(sep + "0.0"));
text = text.Replace("{totaltime}", totaltime.ToString("mm\\:ss"));
text = text.Replace("{tmiltime}", totaltime.ToString("mm\\:ss\\.fff"));
text = text.Replace("{tfrtime}", totaltime.ToString("mm\\:ss") + ";" + (totalframes % renderSettings.fps).ToString(fzp));
text = text.Replace("{remsec}", ((double)((totalsec - seconds) / 100) / 10).ToString(sep + "0.0"));
text = text.Replace("{remtime}", (totaltime - time).ToString("mm\\:ss"));
text = text.Replace("{rmiltime}", (totaltime - time).ToString("mm\\:ss\\.fff"));
text = text.Replace("{rfrtime}", (totaltime - time).ToString("mm\\:ss") + ";" + ((totalframes - frames + renderSettings.fps) % renderSettings.fps).ToString(fzp));
text = text.Replace("{currticks}", (limMidiTime).ToString(sep + zeroes.tick));
text = text.Replace("{totalticks}", (CurrentMidi.tickLength).ToString(sep + zeroes.tick));
text = text.Replace("{remticks}", (CurrentMidi.tickLength - limMidiTime).ToString(sep + zeroes.tick));
text = text.Replace("{currbars}", bar.ToString(sep + zeroes.bars));
text = text.Replace("{totalbars}", maxbar.ToString(sep + zeroes.bars));
text = text.Replace("{rembars}", (maxbar - bar).ToString(sep + zeroes.bars));
text = text.Replace("{ppq}", CurrentMidi.division.ToString());
text = text.Replace("{tsn}", CurrentMidi.timeSig.numerator.ToString());
text = text.Replace("{tsd}", CurrentMidi.timeSig.denominator.ToString());
text = text.Replace("{avgnps}", ((double)CurrentMidi.noteCount / (double)CurrentMidi.secondsLength).ToString(sep + "0.00"));
text = text.Replace("{currframes}", frames.ToString(sep + zeroes.frms));
text = text.Replace("{totalframes}", totalframes.ToString(sep + zeroes.frms));
text = text.Replace("{remframes}", (totalframes - frames).ToString(sep + zeroes.frms));
text = text.Replace("{notep}", (((decimal)noteCount * 1000000 / (decimal)CurrentMidi.noteCount) / 10000).ToString("00.0000"));
text = text.Replace("{tickp}", (((decimal)limMidiTime * 1000000 / (decimal)CurrentMidi.tickLength) / 10000).ToString("00.0000"));
text = text.Replace("{timep}", (((decimal)seconds * 1000000 / (decimal)totalsec) / 10000).ToString("00.0000"));
return(text);
}
public void Parse_Throws_ArgumentException_When_Input_Is_Null()
{
Action act = () => Commas.Parse(null);
var exception = Assert.Throws <ArgumentException>(act);
}
public void Add_Returns_Comma_Seperated_String_When_Input_Is_UInt64()
{
Assert.Equal("12,345,678,901", Commas.Add((ulong)12345678901));
}
public void Add_Returns_Comma_Seperated_String_When_Input_Is_Int64()
{
Assert.Equal("1,234,567,890,123", Commas.Add(1234567890123));
}
public void Add_Returns_Comma_Seperated_String_When_Input_Is_UInt32()
{
Assert.Equal("123,456,789", Commas.Add((uint)123456789));
}
public void Add_Returns_Comma_Seperated_String_When_Input_Is_UInt16()
{
Assert.Equal("1,023", Commas.Add((ushort)1023));
}
public void Add_Returns_Comma_Seperated_String_When_Input_Is_Int16()
{
Assert.Equal("10,279", Commas.Add((short)10279));
}