public void ShouldMergeTests()
{
var contexts = new[]
{
new HitContext(
"Sample.UnitTests, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null",
"Sample.UnitTests.UnitTest1",
"XUnitTest2",
new Dictionary <int, int>
{
{ 8, 1 },
}),
new HitContext(
"Sample.UnitTests, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null",
"Sample.UnitTests.UnitTest1",
"XUnitTest2",
new Dictionary <int, int>
{
{ 8, 1 },
})
};
var hits = new HitsInfo(contexts);
hits.GetHitCount(8).Should().Be(2);
hits.GetHitContexts(8).Should().HaveCount(1);
hits.GetHitContexts(8).First().GetHitCount(8).Should().Be(2);
}
public static int IsHigherThanThreshold(InstrumentationResult result, float threshold)
{
var hits = HitsInfo.TryReadFromDirectory(result.HitsPath);
var files = result.GetSourceFiles();
var totalLines = 0;
var totalCoveredLines = 0;
foreach (var kvFile in files)
{
var lines = kvFile.Value.Sequences
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var coveredLines = kvFile.Value.Sequences
.Where(h => hits.WasHit(h.HitId))
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
totalLines += lines;
totalCoveredLines += coveredLines;
}
var totalCoveragePercentage = (float)totalCoveredLines / totalLines;
var isHigherThanThreshold = totalCoveragePercentage >= threshold;
return(isHigherThanThreshold ? 0 : 1);
}
private static CloverCounter CountFileMetrics(SourceFile file, HitsInfo hits)
{
var counter = CountMetrics(file.Sequences, hits);
counter.Lines = file.Sequences.Max(instruction => instruction.EndLine);
counter.Classes = file.Sequences.GroupBy(t => t.Method.Class).Count();
return counter;
}
private static XElement CreateClassesElement(InstrumentedAssembly assembly, HitsInfo hitsInfo)
{
return(new XElement(
XName.Get("classes"),
assembly.SourceFiles
.Select(kv => CreateClassElement(kv.Key, kv.Value, hitsInfo))
));
}
private static XElement CratePackagesElement(InstrumentationResult result, HitsInfo hitsInfo)
{
return(new XElement(
XName.Get("packages"),
result.Assemblies
.Where(a => a.SourceFiles.Count > 0)
.Select(a => CreatePackageElement(a, hitsInfo))
));
}
private static XElement CreateMethodsElement(SourceFile sourceFile, HitsInfo hitsInfo)
{
return(new XElement(
XName.Get("methods"),
sourceFile.Sequences
.GroupBy(i => i.Method)
.Select(g => CreateMethodElement(g.Key, g, hitsInfo))
));
}
private static XElement CrateSourcesElement(InstrumentationResult result, HitsInfo hitsInfo)
{
return(new XElement(
XName.Get("sources"),
new XElement("source",
new XText(result.SourcePath)
)
));
}
private static XElement CreateCoverageElement(InstrumentationResult result, HitsInfo hits)
{
var timestamp = DateTimeOffset.UtcNow.ToUnixTimeSeconds();
return(new XElement(
XName.Get("coverage"),
new XAttribute(XName.Get("generated"), timestamp),
new XAttribute(XName.Get("clover"), "4.1.0"),
CreateProjectElement(result, timestamp, hits)
));
}
public static Summary CalculateSummaryStatic(
InstrumentationResult result,
float threshold)
{
var hitsInfo = HitsInfo.TryReadFromDirectory(result.HitsPath);
return(CalculateFilesSummary(
result.GetSourceFiles(),
hitsInfo,
threshold));
}
public void ShouldMergeTestsCorrectly()
{
var contexts = new[]
{
new HitContext(
"Sample.UnitTests, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null",
"Sample.UnitTests.UnitTest1",
"XUnitTest2",
new Dictionary <int, int>
{
{ 17, 2500000 },
{ 19, 2500000 },
{ 20, 50 },
{ 21, 2500000 },
{ 22, 2500000 },
{ 23, 2500050 },
{ 24, 50 },
{ 33, 1 },
{ 34, 1 },
{ 35, 1 },
{ 37, 1 },
{ 38, 50 },
{ 39, 50 },
{ 40, 51 }
}),
new HitContext(
"Sample.UnitTests, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null",
"Sample.UnitTests.UnitTest1", "NUnitTest2",
new Dictionary <int, int>
{
{ 9, 1 },
{ 10, 1 },
{ 11, 1 },
{ 13, 1 },
{ 14, 50 },
{ 15, 50 },
{ 16, 51 },
{ 17, 2500000 },
{ 19, 2500000 },
{ 20, 50 },
{ 21, 2500000 },
{ 22, 2500000 },
{ 23, 2500050 },
{ 24, 50 }
})
};
var hits = new HitsInfo(contexts);
hits.GetHitCount(17).Should().Be(5000000);
hits.GetHitContexts(17).Count().Should().Be(2);
hits.GetHitContexts(17).First().GetHitCount(17).Should().Be(2500000);
}
public Summary CalculateFilesSummary(
IEnumerable <SourceFile> sourceFiles,
HitsInfo hitsInfo,
float threshold)
{
var summary = new Summary();
summary.Statements = sourceFiles.Sum(x =>
x.Sequences
.Count());
summary.CoveredStatements = sourceFiles.Sum(x =>
x.Sequences
.Where(h => hitsInfo.WasHit(h.HitId))
.Count());
summary.Lines = sourceFiles.Sum(x =>
x.Sequences
.SelectMany(s => s.GetLines())
.Distinct()
.Count());
summary.CoveredLines = sourceFiles.Sum(x =>
x.Sequences
.Where(h => hitsInfo.WasHit(h.HitId))
.SelectMany(s => s.GetLines())
.Distinct()
.Count());
summary.Branches = sourceFiles.Sum(x =>
x.Sequences
.SelectMany(s => s.Conditions)
.SelectMany(c => c.Branches)
.Count());
summary.CoveredBranches = sourceFiles.Sum(x =>
x.Sequences
.SelectMany(s => s.Conditions)
.SelectMany(c => c.Branches)
.Where(b => hitsInfo.WasHit(b.HitId))
.Count());
summary.StatementsPercentage = summary.Statements == 0 ? 1 : (float)summary.CoveredStatements / summary.Statements;
summary.StatementsCoveragePass = summary.StatementsPercentage >= threshold;
summary.LinesPercentage = summary.Lines == 0 ? 1 : (float)summary.CoveredLines / summary.Lines;
summary.LinesCoveragePass = summary.LinesPercentage >= threshold;
summary.BranchesPercentage = summary.Branches == 0 ? 1 : (float)summary.CoveredBranches / summary.Branches;
summary.BranchesCoveragePass = summary.BranchesPercentage >= threshold;
return(summary);
}
private static XElement CreateCoverageElement(InstrumentationResult result, HitsInfo hitsInfo)
{
var timestamp = DateTimeOffset.UtcNow.ToUnixTimeSeconds();
var allLines = result.GetSourceFiles()
.SelectMany(kvFile => kvFile.Value.Sequences)
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var coveredLines = result.GetSourceFiles()
.SelectMany(kvFile => kvFile.Value.Sequences)
.Where(h => hitsInfo.WasHit(h.HitId))
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var allBranches = result.GetSourceFiles()
.SelectMany(kvFile => kvFile.Value.Sequences)
.SelectMany(i => i.Conditions)
.SelectMany(c => c.Branches)
.Count();
var coveredBranches = result.GetSourceFiles()
.SelectMany(kvFile => kvFile.Value.Sequences)
.SelectMany(i => i.Conditions)
.SelectMany(c => c.Branches)
.Where(b => hitsInfo.WasHit(b.HitId))
.Count();
var lineRate = allLines == 0 ? 1d : (double)coveredLines / (double)allLines;
var branchRate = allBranches == 0 ? 1d : (double)coveredBranches / (double)allBranches;
return(new XElement(
XName.Get("coverage"),
new XAttribute(XName.Get("lines-valid"), allLines),
new XAttribute(XName.Get("lines-covered"), coveredLines),
new XAttribute(XName.Get("line-rate"), lineRate),
new XAttribute(XName.Get("branches-valid"), allBranches),
new XAttribute(XName.Get("branches-covered"), coveredBranches),
new XAttribute(XName.Get("branch-rate"), branchRate),
new XAttribute(XName.Get("complexity"), 0),
new XAttribute(XName.Get("timestamp"), timestamp),
new XAttribute(XName.Get("version"), "1.0.0"),
CrateSourcesElement(result, hitsInfo),
CratePackagesElement(result, hitsInfo)
));
}
public virtual int Execute(InstrumentationResult result, float threshold)
{
var hits = HitsInfo.TryReadFromDirectory(result.HitsPath);
var files = result.GetSourceFiles();
SetFileColumnLength(files.Keys.Select(s => s.Length).Concat(new[] { 10 }).Max());
WriteHeader();
var totalLines = 0;
var totalCoveredLines = 0;
foreach (var kvFile in files)
{
var lines = kvFile.Value.Sequences
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var coveredLines = kvFile.Value.Sequences
.Where(h => hits.WasHit(h.HitId))
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
totalLines += lines;
totalCoveredLines += coveredLines;
var coveragePercentage = (float)coveredLines / lines;
var fileColor = coveragePercentage >= threshold ? ConsoleColor.Green : ConsoleColor.Red;
WriteReport(kvFile, lines, coveredLines, coveragePercentage, fileColor);
}
WriteDetailedReport(result, files, hits);
var totalCoveragePercentage = (float)totalCoveredLines / totalLines;
var isHigherThanThreshold = totalCoveragePercentage >= threshold;
var totalsColor = isHigherThanThreshold ? ConsoleColor.Green : ConsoleColor.Red;
WriteFooter(totalLines, totalCoveredLines, totalCoveragePercentage, threshold, totalsColor);
return(isHigherThanThreshold ? 0 : 1);
}
private static XElement CreatePackageElement(InstrumentedAssembly assembly, HitsInfo hitsInfo)
{
var allLines = assembly.SourceFiles
.SelectMany(kvFile => kvFile.Value.Sequences)
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var coveredLines = assembly.SourceFiles
.SelectMany(kvFile => kvFile.Value.Sequences)
.Where(h => hitsInfo.WasHit(h.HitId))
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var allBranches = assembly.SourceFiles
.SelectMany(kvFile => kvFile.Value.Sequences)
.SelectMany(i => i.Conditions)
.SelectMany(c => c.Branches)
.Count();
var coveredBranches = assembly.SourceFiles
.SelectMany(kvFile => kvFile.Value.Sequences)
.SelectMany(i => i.Conditions)
.SelectMany(c => c.Branches)
.Where(b => hitsInfo.WasHit(b.HitId))
.Count();
var lineRate = allLines == 0 ? 1d : (double)coveredLines / (double)allLines;
var branchRate = allBranches == 0 ? 1d : (double)coveredBranches / (double)allBranches;
return(new XElement(
XName.Get("package"),
new XAttribute(XName.Get("name"), assembly.Name),
new XAttribute(XName.Get("line-rate"), lineRate),
new XAttribute(XName.Get("branch-rate"), branchRate),
new XAttribute(XName.Get("complexity"), 0),
CreateClassesElement(assembly, hitsInfo)
));
}
public void Execute(InstrumentationResult result, IFileInfo output)
{
var hits = HitsInfo.TryReadFromDirectory(result.HitsPath);
var document = new XDocument(
new XDeclaration("1.0", "utf-8", null),
CreateCoverageElement(result, hits)
);
var xmlWriterSettings = new XmlWriterSettings
{
Indent = true
};
output.Directory.Create();
using (var sw = output.CreateText())
using (var writer = XmlWriter.Create(sw, xmlWriterSettings))
{
document.WriteTo(writer);
}
}
private static XElement CreateClassElement(SourceFile sourceFile, HitsInfo hitsInfo)
{
var allLines = sourceFile.Sequences
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var coveredLines = sourceFile.Sequences
.Where(h => hitsInfo.WasHit(h.HitId))
.SelectMany(i => i.GetLines())
.Distinct()
.Count();
var allBranches = sourceFile.Sequences
.SelectMany(i => i.Conditions)
.SelectMany(c => c.Branches)
.Count();
var coveredBranches = sourceFile.Sequences
.SelectMany(i => i.Conditions)
.SelectMany(c => c.Branches)
.Where(b => hitsInfo.WasHit(b.HitId))
.Count();
var lineRate = allLines == 0 ? 1d : (double)coveredLines / (double)allLines;
var branchRate = allBranches == 0 ? 1d : (double)coveredBranches / (double)allBranches;
return(new XElement(
XName.Get("class"),
new XAttribute(XName.Get("name"), sourceFile.Path),
new XAttribute(XName.Get("filename"), sourceFile.Path),
new XAttribute(XName.Get("line-rate"), lineRate),
new XAttribute(XName.Get("branch-rate"), branchRate),
new XAttribute(XName.Get("complexity"), 0),
CreateMethodsElement(sourceFile, hitsInfo),
CreateLinesElement(sourceFile.Sequences, hitsInfo)
));
}
public int Execute(
InstrumentationResult result,
float threshold,
bool noFail)
{
var hitsInfo = HitsInfo.TryReadFromDirectory(result.HitsPath);
var files = result.GetSourceFiles();
var summary = SummaryFactory.CalculateFilesSummary(files, hitsInfo, threshold);
var tableRows = SummaryFactory.GetSummaryGrid(files, hitsInfo, threshold);
var consoleTable = new ConsoleTable
{
Header = CreateHeader(),
Body = tableRows.Where(r => !r.Root).Select(f => CreateRow(f)).ToArray(),
Footer = CreateFooter(summary)
};
consoleTable.WriteTable();
return(noFail || summary.LinesCoveragePass ? 0 : 1);
}
private static IEnumerable <XElement> CreateFilesElement(InstrumentedAssembly assembly, HitsInfo hits)
{
return(assembly.SourceFiles.Select(file => new XElement(
XName.Get("file"),
new XAttribute(XName.Get("name"), Path.GetFileName(file.Path)),
new XAttribute(XName.Get("path"), file.Path),
CreateMetricsElement(CountFileMetrics(file, hits)),
CreateClassesElement(file.Sequences, hits),
CreateLinesElement(file.Sequences, hits)
)));
}
private static IEnumerable <XElement> CreatePackagesElement(InstrumentationResult result, HitsInfo hits)
{
return(result.Assemblies.Select(assembly => new XElement(
XName.Get("package"),
new XAttribute(XName.Get("name"), assembly.Name),
CreateMetricsElement(CountPackageMetrics(assembly, hits)),
CreateFilesElement(assembly, hits)
)));
}
private static XElement CreateProjectElement(InstrumentationResult result, long timestamp, HitsInfo hits)
{
return(new XElement(
XName.Get("project"),
new XAttribute(XName.Get("timestamp"), timestamp),
new XAttribute(XName.Get("name"), result.SourcePath),
CreateMetricsElement(CountProjectMetrics(result, hits)),
CreatePackagesElement(result, hits)
));
}
private static CloverCounter CountMetrics(IEnumerable <InstrumentedSequence> instructions, HitsInfo hits)
{
var localInstructions = instructions.ToArray();
var coveredInstructions = localInstructions
.Where(instruction => hits.WasHit(instruction.HitId)).ToArray();
return(new CloverCounter
{
Statements = localInstructions.Length,
CoveredStatements = coveredInstructions.Length,
Methods = localInstructions
.GroupBy(instruction => instruction.Method.FullName)
.Count(),
CoveredMethods = coveredInstructions
.GroupBy(instruction => instruction.Method.FullName)
.Count()
});
}
private static XElement CreateConditionElement(InstrumentedCondition condition, int index, HitsInfo hitsInfo)
{
var allBranches = condition.Branches;
var coveredBranches = allBranches
.Where(b => hitsInfo.WasHit(b.HitId))
.Count();
var coverage = allBranches.Length == 0 ? 0 : coveredBranches * 100 / allBranches.Length;
return(new XElement(
XName.Get("condition"),
new XAttribute(XName.Get("number"), index),
new XAttribute(XName.Get("type"), "jump"),
new XAttribute(XName.Get("coverage"), $"{coverage}%")
));
}
public List <SummaryRow> GetSummaryGrid(
SourceFile[] sourceFiles,
HitsInfo hitsInfo,
float threshold)
{
var rows = new List <SummaryRow>
{
new SummaryRow
{
Level = 0,
Name = "All Files",
FullName = "All Files",
SourceFiles = sourceFiles,
Root = true,
Summary = CalculateFilesSummary(sourceFiles, hitsInfo, threshold)
}
};
var allItems = sourceFiles
.Select(file => (
file.Path.Split(new[] { Path.DirectorySeparatorChar, Path.AltDirectorySeparatorChar }),
file
)).ToArray();
AddRowsRecursive(allItems, 1, string.Empty);
return(rows);
void AddRowsRecursive(
IEnumerable <(string[] parts, SourceFile sourceFile)> items,
int level,
string baseName)
{
var groups = items
.GroupBy(x => x.parts.ElementAtOrDefault(level - 1))
.Where(g => g.Key != null);
foreach (var group in groups)
{
var groupSourceFiles = group.Select(x => x.sourceFile).ToArray();
var name = groupSourceFiles.Length == 1
? string.Join(Path.DirectorySeparatorChar.ToString(), group.First().parts.Skip(level - 1))
: group.Key;
var row = new SummaryRow
{
Level = level,
Name = name,
FullName = $"{baseName}{name}",
Folder = group.Count() > 1,
File = group.Count() == 1,
SourceFiles = groupSourceFiles,
Summary = CalculateFilesSummary(
groupSourceFiles,
hitsInfo,
threshold)
};
rows.Add(row);
if (group.Count() > 1)
{
AddRowsRecursive(group, level + 1, $"{baseName}{Path.DirectorySeparatorChar}{group.Key}");
}
}
}
}
private static XElement CreateLineElement(int line, IEnumerable <InstrumentedSequence> instructions, HitsInfo hitsInfo)
{
var conditions = instructions
.SelectMany(i => i.Conditions)
.ToArray();
var allBranches = conditions
.SelectMany(c => c.Branches)
.Count();
var coveredBranches = conditions
.SelectMany(c => c.Branches)
.Where(b => hitsInfo.WasHit(b.HitId))
.Count();
var hits = instructions.Sum(i => hitsInfo.GetHitCount(i.HitId));
var conditionCoverage = allBranches == 0 ? 0 : coveredBranches * 100 / allBranches;
return(new XElement(
XName.Get("line"),
new XAttribute(XName.Get("number"), line),
new XAttribute(XName.Get("hits"), hits),
new XAttribute(XName.Get("branch"), allBranches > 0 ? "true" : "false"),
new XAttribute(XName.Get("condition-coverage"), $"{conditionCoverage}% ({coveredBranches}/{allBranches})"),
allBranches > 0
? CreateConditionsElements(conditions, hitsInfo)
: null
));
}
private static IEnumerable <XElement> CreateClassesElement(IEnumerable <InstrumentedSequence> instructions, HitsInfo hits)
{
return(instructions
.GroupBy(instruction => instruction.Method.Class)
.Select(classes => new XElement(
XName.Get("class"),
new XAttribute(XName.Get("name"), classes.Key),
CreateMetricsElement(CountMetrics(classes, hits))
)));
}
private static CloverCounter CountProjectMetrics(InstrumentationResult result, HitsInfo hits)
{
return(result.Assemblies
.Select(t => CountPackageMetrics(t, hits))
.Aggregate(new CloverCounter(), (counter, next) =>
{
counter.Add(next);
counter.Packages += 1;
return counter;
}));;
}
private static IEnumerable <XElement> CreateLinesElement(IEnumerable <InstrumentedSequence> instructions, HitsInfo hits)
{
return(instructions
.SelectMany(t => t.GetLines(), (i, l) => new { instructionId = i.HitId, line = l })
.Select(instruction => new XElement(
XName.Get("line"),
new XAttribute(XName.Get("num"), instruction.line),
new XAttribute(XName.Get("count"), hits.GetHitCount(instruction.instructionId)),
new XAttribute(XName.Get("type"), "stmt")
)));
}
private static CloverCounter CountPackageMetrics(InstrumentedAssembly assembly, HitsInfo hits)
{
return(assembly.SourceFiles
.Select(t => CountFileMetrics(t, hits))
.Aggregate(new CloverCounter(), (counter, next) =>
{
counter.Add(next);
counter.Files += 1;
return counter;
}));
}
public void Generate(
InstrumentationResult result,
SourceFile sourceFile,
HitsInfo hitsInfo,
float threshold,
string outputFile)
{
var lines = File.ReadAllLines(Path.Combine(result.SourcePath, sourceFile.Path));
_fileSystem.Directory.CreateDirectory(Path.GetDirectoryName(outputFile));
var summary = _summaryFactory.CalculateFilesSummary(new[] { sourceFile }, hitsInfo, threshold);
var lineCoverageClass = summary.LinesCoveragePass ? "green" : "red";
var statementsCoverageClass = summary.StatementsCoveragePass ? "green" : "red";
var branchCoverageClass = summary.BranchesCoveragePass ? "green" : "red";
using (var htmlWriter = (TextWriter)File.CreateText(outputFile))
{
htmlWriter.WriteLine("<html>");
htmlWriter.WriteLine("<style>");
htmlWriter.WriteLine(ResourceUtils.GetContent("MiniCover.Reports.Html.Shared.css"));
htmlWriter.WriteLine(ResourceUtils.GetContent("MiniCover.Reports.Html.SourceFile.css"));
htmlWriter.WriteLine("</style>");
htmlWriter.WriteLine("<script>");
htmlWriter.WriteLine(ResourceUtils.GetContent("MiniCover.Reports.Html.Shared.js"));
htmlWriter.WriteLine("</script>");
htmlWriter.WriteLine("<body>");
htmlWriter.WriteLine("<h2>Summary</h2>");
htmlWriter.WriteLine("<table>");
htmlWriter.WriteLine($"<tr><th>Generated on</th><td>{DateTime.Now}</td></tr>");
htmlWriter.WriteLine($"<tr><th>Line Coverage</th><td class=\"{lineCoverageClass}\">{summary.LinesPercentage:P} ({summary.CoveredLines}/{summary.Lines})</td></tr>");
htmlWriter.WriteLine($"<tr><th>Statements Coverage</th><td class=\"{branchCoverageClass}\">{summary.StatementsPercentage:P} ({summary.CoveredStatements}/{summary.Statements})</td></tr>");
htmlWriter.WriteLine($"<tr><th>Branch Coverage</th><td class=\"{branchCoverageClass}\">{summary.BranchesPercentage:P} ({summary.CoveredBranches}/{summary.Branches})</td></tr>");
htmlWriter.WriteLine($"<tr><th>Threshold</th><td>{threshold:P}</td></tr>");
htmlWriter.WriteLine("</table>");
htmlWriter.WriteLine("<h2>Code</h2>");
htmlWriter.WriteLine("<div class=\"legend\">");
htmlWriter.Write("<label>Legend:</label>");
htmlWriter.Write("<div class=\"hit\">Covered</div>");
htmlWriter.Write("<div class=\"partial\">Partially covered</div>");
htmlWriter.Write("<div class=\"not-hit\">Not covered</div>");
htmlWriter.WriteLine("</div>");
htmlWriter.WriteLine("<div class=\"code\">");
for (var l = 1; l <= lines.Length; l++)
{
var line = lines[l - 1];
var instructions = sourceFile.Sequences
.Where(i => i.GetLines().Contains(l))
.ToArray();
var lineHitCount = instructions.Sum(a => hitsInfo.GetHitCount(a.HitId));
var lineClasses = new List <string> {
"line"
};
if (lineHitCount > 0)
{
if (instructions.Any(i => !hitsInfo.WasHit(i.HitId) ||
i.Conditions.SelectMany(x => x.Branches).Any(b => !hitsInfo.WasHit(b.HitId))))
{
lineClasses.Add("partial");
}
else
{
lineClasses.Add("hit");
}
}
else if (instructions.Length > 0)
{
lineClasses.Add("not-hit");
}
htmlWriter.Write($"<div class=\"{string.Join(" ", lineClasses)}\">");
htmlWriter.Write($"<div class=\"line-number\">{l}</div>");
htmlWriter.Write("<div class=\"line-content\">");
if (line.Length > 0)
{
for (var c = 1; c <= line.Length; c++)
{
var character = line[c - 1].ToString();
foreach (var instruction in instructions)
{
if (instruction.StartLine == l && instruction.StartColumn == c ||
instruction.StartLine < l && c == 1)
{
var statementIdClass = $"s-{instruction.HitId}";
var statementClasses = new List <string> {
"statement", statementIdClass
};
if (hitsInfo.WasHit(instruction.HitId))
{
statementClasses.Add("hit");
if (instruction.Conditions.SelectMany(x => x.Branches).Any(b => !hitsInfo.WasHit(b.HitId)))
{
statementClasses.Add("partial");
}
}
else
{
statementClasses.Add("not-hit");
}
htmlWriter.Write($"<div data-hover-target=\".{statementIdClass}\" data-activate-target=\".{statementIdClass}\" class=\"{string.Join(" ", statementClasses)}\">");
if (instruction.EndLine == l)
{
var hitCount = hitsInfo.GetHitCount(instruction.HitId);
var contexts = hitsInfo.GetHitContexts(instruction.HitId)
.Distinct()
.ToArray();
htmlWriter.Write($"<div class=\"statement-info {statementIdClass}\">");
htmlWriter.Write($"<div>Id: {instruction.HitId}</div>");
htmlWriter.Write($"<div>Hits: {hitCount}</div>");
if (instruction.Conditions.Length > 0)
{
var conditionIndex = 0;
foreach (var condition in instruction.Conditions)
{
htmlWriter.Write($"<div>Condition {++conditionIndex}:");
htmlWriter.Write("<ul>");
var branchIndex = 0;
foreach (var branch in condition.Branches)
{
var branchHitCount = hitsInfo.GetHitCount(branch.HitId);
htmlWriter.Write($"<li>Branch {++branchIndex}: {FormatHits(branchHitCount)}</li>");
}
htmlWriter.Write("</ul>");
htmlWriter.Write("</div>");
}
}
if (contexts.Length > 0)
{
htmlWriter.Write("<div>Contexts:");
htmlWriter.Write("<ul>");
foreach (var context in contexts)
{
var contextHitCount = context.GetHitCount(instruction.HitId);
var description = $"{context.ClassName}.{context.MethodName}";
htmlWriter.Write($"<li>{WebUtility.HtmlEncode(description)}: {FormatHits(contextHitCount)}</li>");
}
htmlWriter.Write("</ul></div>");
}
htmlWriter.Write("</div>");
}
}
}
htmlWriter.Write(WebUtility.HtmlEncode(character));
foreach (var instruction in instructions)
{
if (instruction.EndLine == l && instruction.EndColumn == c + 1 ||
instruction.EndLine > l && c == line.Length)
{
htmlWriter.Write("</div>");
}
}
}
}
else
{
htmlWriter.WriteLine(" ");
}
htmlWriter.Write("</div>");
htmlWriter.WriteLine("</div>");
}
htmlWriter.WriteLine("</div>");
htmlWriter.WriteLine("</body>");
htmlWriter.WriteLine("</html>");
}
}
private static XElement CreateConditionsElements(IEnumerable <InstrumentedCondition> conditions, HitsInfo hitsInfo)
{
return(new XElement(
XName.Get("conditions"),
conditions.Select((b, i) => CreateConditionElement(b, i, hitsInfo))
));
}
