protected override void OnMouseRightButtonUp(MouseButtonEventArgs e)
{
Point position = e.GetPosition(this);
DisplayBlock block = m_layout == null ? null : m_layout.Blocks.FirstOrDefault(x => x.CommitPosition.Contains(position));
if (block != null)
{
int lineIndex = (int)(position.Y / m_layout.LineHeight);
DisplayLine displayLine = m_layout.Lines[lineIndex];
Line line = m_blame.Lines[displayLine.LineNumber - 1];
int previousTopLine = Math.Max(1, line.OldLineNumber - lineIndex);
Commit commit = block.RawCommit;
m_blamePreviousMenuItem.CommandParameter = commit.PreviousCommitId == null ? null : new BlamePreviousModel(commit.PreviousCommitId, commit.PreviousFileName, previousTopLine);
m_viewCommitAtGitHubMenuItem.CommandParameter = m_blame.WebRootUrl != null && commit.Id != GitWrapper.UncommittedChangesCommitId ? new Uri(m_blame.WebRootUrl, "commit/" + commit.Id) : null;
m_viewLineAtGitHubMenuItem.CommandParameter = m_blame.WebRootUrl != null && commit.Id != GitWrapper.UncommittedChangesCommitId ? new Uri(m_blame.WebRootUrl, "blob/{0}/{1}#L{2}".FormatInvariant(commit.Id, block.RawBlock.FileName, line.LineNumber)) : null;
ContextMenu.IsOpen = true;
}
else
{
m_blamePreviousMenuItem.CommandParameter = null;
m_viewCommitAtGitHubMenuItem.CommandParameter = null;
m_viewLineAtGitHubMenuItem.CommandParameter = null;
}
e.Handled = true;
base.OnMouseRightButtonUp(e);
}
public void ClearLine(DisplayLine line)
{
SendCommand((int)line);
for (int i = 0; i < WIDTH; i++)
{
SendData(0x20);
}
}
private DisplayLine AdvanceLine(DisplayLine currentLine, DisplayLine lineToResetTo = DisplayLine.LineOne)
{
DisplayLine newLine = DisplayLine.LineOne;
switch (currentLine)
{
case DisplayLine.LineOne:
newLine = DisplayLine.LineTwo;
break;
case DisplayLine.LineTwo:
newLine = DisplayLine.LineThree;
break;
case DisplayLine.LineThree:
newLine = DisplayLine.LineFour;
break;
case DisplayLine.LineFour:
newLine = lineToResetTo;
Sleep(500);
if (lineToResetTo == DisplayLine.LineOne)
{
ClearDisplay();
}
else
{
switch (lineToResetTo)
{
case DisplayLine.LineTwo:
ClearLine(DisplayLine.LineTwo);
ClearLine(DisplayLine.LineThree);
ClearLine(DisplayLine.LineFour);
break;
case DisplayLine.LineThree:
ClearLine(DisplayLine.LineThree);
ClearLine(DisplayLine.LineFour);
break;
case DisplayLine.LineFour:
ClearLine(DisplayLine.LineFour);
break;
}
}
break;
}
SendCommand((int)newLine);
return(newLine);
}
public void WriteString(string str, DisplayLine startLine = DisplayLine.LineOne)
{
int currentCharInLine = 1;
int remainingCharsInLine = WIDTH;
DisplayLine currentLine = startLine;
SendCommand((int)currentLine);
string[] words = str.Split(' ');
foreach (string word in words)
{
bool breakWord = false;
byte[] asciiValues = Encoding.ASCII.GetBytes(word);
remainingCharsInLine = WIDTH - currentCharInLine;
if ((remainingCharsInLine == 0 && word.Length <= WIDTH) || (word.Length > remainingCharsInLine && word.Length <= WIDTH))
{
currentLine = AdvanceLine(currentLine, startLine);
currentCharInLine = 1;
}
else if (word.Length > WIDTH)
{
breakWord = true;
}
for (int i = 0; i < word.Length; i++)
{
remainingCharsInLine = WIDTH - currentCharInLine;
if (remainingCharsInLine == 0 && breakWord)
{
if (i != 0)
{
// only write the - if we have actually started writing the word
SendData(0x2D);
}
currentLine = AdvanceLine(currentLine, startLine);
currentCharInLine = 1;
}
SendData(asciiValues[i]);
currentCharInLine++;
}
SendData(0x20);
currentCharInLine++;
}
}
public void Add(DisplayLine line)
{
Lines.Add(line);
int max = 0;
foreach (var linec in Lines)
{
max = Math.Max(linec.TotalSize, max);
}
foreach (var linec in Lines)
{
linec.TotalSize = max;
}
}
protected UIItem(string name) : base(name)
{
var texts = new List <DisplayText>();
for (int i = 0; i < _prop.Sizes.Count; i++)
{
texts.Add(new DisplayText());
}
Display = new DisplayLine
{
Canvas = _prop,
Texts = texts
};
Display.Texts[_prop.DynamicIndex] = new DisplayText(name, 0); //err
}
public void WriteStringOnLine(string str, DisplayLine line = DisplayLine.LineOne, LineJustification justification = LineJustification.Left)
{
SendCommand((int)line);
if (justification != LineJustification.Left)
{
str = JustifyString(str, justification);
}
byte[] asciiValues = Encoding.ASCII.GetBytes(str);
for (int i = 0; i < str.Length && i < WIDTH; i++)
{
SendData(asciiValues[i]);
}
}
public void Test_TotalSize_and_Length()
{
DisplayLine line1 = new DisplayLine
{
Canvas = new DisplayCanvas
{
Sizes = new List <int> {
0
},
DynamicIndex = 0
},
Texts = new List <DisplayText>
{
new DisplayText("test", 4)
}
};//Total size = 4
line1.TotalSize.Should().Be(line1.ToString().Length);
}
public void Test_complex_display_dynamic_dimensions_with_lines()
{
ComplexDisplay display = new ComplexDisplay();
DisplayLine line1 = new DisplayLine
{
Canvas = new DisplayCanvas
{
Sizes = new List <int> {
0
},
DynamicIndex = 0
},
Texts = new List <DisplayText>
{
new DisplayText("test", 4)
}
};//Total size = 4
DisplayLine line2 = new DisplayLine
{
Canvas = new DisplayCanvas
{
Sizes = new List <int> {
0
},
DynamicIndex = 0
},
Texts = new List <DisplayText>
{
new DisplayText("test", 5)
}
}; //Total size = 5
display.Add(line1); //base size = 4
display.Add(line2); //base size = 5
//display.Add() modifies the size of each line so their size is equal to the longest line.
//This is necessary so that lines with text after their name align.
line1.TotalSize.Should().Be(5);
}
public void Setup()
{
m_PointOne = new Point(-10.0,
-10.0);
m_PointTwo = new Point(10.0,
10.0);
m_Points = new[]
{
m_PointOne,
m_PointTwo
};
m_Line = new Line(0,
-10.0,
0.0,
10.0,
20.0);
m_Converter = Substitute.For <ILineToWindowPointsConverter>();
m_Converter.Points.Returns(m_Points);
m_Sut = new DisplayLine(m_Converter,
m_Line);
}
public async Task Create()
{
var market = Market.DE;
var curve = SwapCurve.EUROIS;
var mkt = await BondMarket.Get(market, getCC());
var datesContext = mkt.Today;
var fwdDate =
await
getCC()
.RollDateAsync(datesContext.SpotSettle.ToNodaLocalDate(), 3, Symmetry.Carbon.Model.DateUnit.M,
Symmetry.Carbon.Model.BusinessDayConvention.Following, market.HolidayCode());
var cmtstructure = mkt.CreateCMTStructure();
var pricerSpot = await BondMarketPricer.Create(mkt, curve, datesContext, datesContext.SpotSettle, getCC());
var pricerFwd = await BondMarketPricer.Create(mkt, curve, datesContext, fwdDate.ToDateTime(), getCC());
var measures = new[] {BondMeasure.Yield, BondMeasure.MMS, BondMeasure.ASWyy, BondMeasure.ZSpread};
var tenors = ExtensionMethods.CreateArray(1.25d, 52, x => x + 0.5d);
Array.ForEach(tenors, tenor =>
{
var line = new DisplayLine();
line.SetValue(DisplayLineField.Tenor, tenor, false);
m_lines.Add(line);
m_tenorToLine[line.Tenor] = line;
});
foreach (var measure in measures)
{
var cmtSpotImpl = cmtstructure.CreateCMTImpl(
field_: measure,
pricer_: pricerSpot,
curve_: curve);
var cmtFwdImpl = cmtstructure.CreateCMTImpl(
field_: measure,
pricer_: pricerFwd,
curve_: curve);
foreach (var tenor in tenors)
{
{
var point = cmtSpotImpl.GetLivePoint(tenor, 1);
point.ValueUpdated += handleSpotPointUpdated;
if (!point.Value.IsZero())
setSpotValueFromPoint(point);
}
{
var point = cmtFwdImpl.GetLivePoint(tenor, 1);
point.ValueUpdated += handleFwdPointUpdated;
if (!point.Value.IsZero())
setfwdValueFromPoint(point);
}
}
}
boundInfraGrid1.Bind(m_lines);
}
private DisplayLine AdvanceLine(DisplayLine currentLine, DisplayLine lineToResetTo = DisplayLine.LineOne)
{
DisplayLine newLine = DisplayLine.LineOne;
switch (currentLine)
{
case DisplayLine.LineOne:
newLine = DisplayLine.LineTwo;
break;
case DisplayLine.LineTwo:
newLine = DisplayLine.LineThree;
break;
case DisplayLine.LineThree:
newLine = DisplayLine.LineFour;
break;
case DisplayLine.LineFour:
newLine = lineToResetTo;
Sleep(500);
if (lineToResetTo == DisplayLine.LineOne)
{
ClearDisplay();
}
else
{
switch (lineToResetTo)
{
case DisplayLine.LineTwo:
ClearLine(DisplayLine.LineTwo);
ClearLine(DisplayLine.LineThree);
ClearLine(DisplayLine.LineFour);
break;
case DisplayLine.LineThree:
ClearLine(DisplayLine.LineThree);
ClearLine(DisplayLine.LineFour);
break;
case DisplayLine.LineFour:
ClearLine(DisplayLine.LineFour);
break;
}
}
break;
}
SendCommand((int)newLine);
return newLine;
}
public void WriteStringOnLine(string str, DisplayLine line = DisplayLine.LineOne, LineJustification justification = LineJustification.Left)
{
SendCommand((int)line);
if (justification != LineJustification.Left)
{
str = JustifyString(str, justification);
}
byte[] asciiValues = Encoding.ASCII.GetBytes(str);
for (int i = 0; i < str.Length && i < WIDTH; i++)
{
SendData(asciiValues[i]);
}
}
public void WriteString(string str, DisplayLine startLine = DisplayLine.LineOne)
{
int currentCharInLine = 1;
int remainingCharsInLine = WIDTH;
DisplayLine currentLine = startLine;
SendCommand((int)currentLine);
string[] words = str.Split(' ');
foreach (string word in words)
{
bool breakWord = false;
byte[] asciiValues = Encoding.ASCII.GetBytes(word);
remainingCharsInLine = WIDTH - currentCharInLine;
if ((remainingCharsInLine == 0 && word.Length <= WIDTH) || (word.Length > remainingCharsInLine && word.Length <= WIDTH))
{
currentLine = AdvanceLine(currentLine, startLine);
currentCharInLine = 1;
}
else if (word.Length > WIDTH)
{
breakWord = true;
}
for (int i = 0; i < word.Length; i++)
{
remainingCharsInLine = WIDTH - currentCharInLine;
if (remainingCharsInLine == 0 && breakWord)
{
if (i != 0)
{
// only write the - if we have actually started writing the word
SendData(0x2D);
}
currentLine = AdvanceLine(currentLine, startLine);
currentCharInLine = 1;
}
SendData(asciiValues[i]);
currentCharInLine++;
}
SendData(0x20);
currentCharInLine++;
}
}
public void ClearLine(DisplayLine line)
{
SendCommand((int)line);
for (int i = 0; i < WIDTH; i++)
{
SendData(0x20);
}
}
public LDC_DispLine_Link(LiveDayComparison ldc_, DisplayLine line_ )
{
}
