protected void TestCodeRefactoringAtLine(string code, string expected, int line, int refactoringIndex = 0)
{
var document = MarkupHelper.GetDocumentFromCode(code, LanguageName, References);
var locator = LineLocator.FromCode(code, line);
TestCodeRefactoring(document, expected, locator, refactoringIndex);
}
protected void HasDiagnosticAtLine(string code, string diagnosticId, int lineNumber)
{
var document = CreateDocumentFromCode(code);
var locator = LineLocator.FromCode(code, lineNumber);
HasDiagnostic(document, diagnosticId, locator);
}
protected void TestCodeFixAtLine(string code, string expected, string diagnosticId, int line, int codeFixIndex = 0)
{
var document = MarkupHelper.GetDocumentFromMarkup(code, LanguageName, References);
var locator = LineLocator.FromCode(code, line);
TestCodeFix(document, expected, diagnosticId, locator, codeFixIndex);
}
protected void TestCodeRefactoringAtLine(string code, string expected, int line, int refactoringIndex = 0)
{
var document = CreateDocumentFromCode(code);
var locator = LineLocator.FromCode(code, line);
TestCodeRefactoring(document, expected, locator, new ByIndexCodeActionSelector(refactoringIndex));
}
protected void NoCodeFixAtLine(string code, string diagnosticId, int line)
{
var document = MarkupHelper.GetDocumentFromMarkup(code, LanguageName, References);
var locator = LineLocator.FromCode(code, line);
NoCodeFix(document, diagnosticId, locator);
}
private IEnumerable <Rectangle> FindVerticalEdges(Point startLocation)
{
// Use an area covering two hexes to maximise our chances of finding an edge
var searchRect = new Rectangle(startLocation.X - HexGrid.HexWidth, startLocation.Y - HexGrid.HexHeight, HexGrid.HexWidth * 2, HexGrid.HexHeight * 2);
sm_log.Info(Invariant($"Looking for vertical edge of hex in {searchRect}"));
var edges = LineLocator.FindVerticalLines(Capture.Bitmap, searchRect, VerticalEdgeMinLength,
col => col.IsWithinBrightnessThresholds(VerticalEdgeLowerThreshold, VerticalEdgeUpperThreshold)).ToList();
if (ScreenCapture.LoggingEnabled)
{
using (Graphics g = Graphics.FromImage(Capture.Bitmap))
{
g.DrawRectangle(new Pen(Color.White, 1.0f), searchRect);
var pen = new Pen(Color.Red, 1.0f);
foreach (var edge in edges)
{
g.DrawRectangle(pen, edge);
}
}
}
if (!edges.Any())
{
throw new AnalysisException("Can't find any vertical edges in the hex grid.");
}
return(edges);
}
protected void HasDiagnosticAtLine(string code, string diagnosticId, int lineNumber)
{
var document = MarkupHelper.GetDocumentFromCode(code, LanguageName, References);
var locator = LineLocator.FromCode(code, lineNumber);
HasDiagnostic(document, diagnosticId, locator);
}
protected void TestCodeFixAtLine(string code, string expected, string diagnosticId, int line, int codeFixIndex = 0)
{
var document = CreateDocumentFromCode(code);
var locator = LineLocator.FromCode(code, line);
TestCodeFix(document, expected, diagnosticId, locator, new ByIndexCodeActionSelector(codeFixIndex));
}
protected void NoCodeFixAtLine(string code, string diagnosticId, int line)
{
var document = CreateDocumentFromCode(code);
var locator = LineLocator.FromCode(code, line);
NoCodeFix(document, diagnosticId, locator);
}
protected void TestCodeFixAtLine(string code, string expected, DiagnosticDescriptor descriptor, int line, int codeFixIndex = 0)
{
var document = MarkupHelper.GetDocumentFromMarkup(code, LanguageName, References);
var locator = LineLocator.FromCode(code, line);
var diagnostic = FindOrCreateDiagnosticForDescriptor(document, descriptor, locator);
TestCodeFix(document, expected, diagnostic, locator, codeFixIndex);
}
protected void TestCodeFixAtLine(string code, string expected, DiagnosticDescriptor descriptor, int line, int codeFixIndex = 0)
{
var document = CreateDocumentFromCode(code);
var locator = LineLocator.FromCode(code, line);
var diagnostic = FindOrCreateDiagnosticForDescriptor(document, descriptor, locator);
TestCodeFix(document, expected, diagnostic, locator, new ByIndexCodeActionSelector(codeFixIndex));
}
protected void NoCodeFixAtLine(string code, DiagnosticDescriptor descriptor, int line)
{
var document = CreateDocumentFromCode(code);
var locator = LineLocator.FromCode(code, line);
var diagnostic = FindOrCreateDiagnosticForDescriptor(document, descriptor, locator);
NoCodeFix(document, diagnostic, locator);
}
public static int?FindPaletteHeader(Bitmap bitmap, int startY)
{
int y = startY;
while (y < bitmap.Height)
{
int?lineY = LineLocator.FindHorizontalLineWithColor(bitmap, y, sm_paletteHeaderColor1, sm_lineComparer);
if (!lineY.HasValue || lineY + 1 >= bitmap.Height)
{
break;
}
if (LineLocator.IsHorizontalLineWithColor(bitmap, lineY.Value + 1, sm_paletteHeaderColor2, sm_lineComparer))
{
return(lineY);
}
y = lineY.Value + 1;
}
return(null);
}
protected void TestCodeRefactoringAtLine(Document document, string expected, int line, int refactoringIndex = 0)
{
var locator = LineLocator.FromDocument(document, line);
TestCodeRefactoring(document, expected, locator, refactoringIndex);
}
protected void HasDiagnosticAtLine(Document document, string diagnosticId, int lineNumber)
{
var locator = LineLocator.FromDocument(document, lineNumber);
HasDiagnostic(document, diagnosticId, locator);
}