void WriteItem(MetricGroup group, MetricCounter item, bool close)
{
WriteLine("<{0} name='{1}' sequencePoints='{2}' unvisitedPoints='{3}' coverage='{4}' acceptable='{5}'{6}>",
group.Name,
XmlEncode(item.Name),
item.TotalSeqpnts,
item.Unvisited,
Math.Round(item.Coverage, 4),
ACCEPTABLE,
close ? " /" : String.Empty
);
}
public void StartItem(MetricGroup group, MetricCounter item)
{
Check.IsEqual("module", group.Name);
CodeMetric info = item.Group;
WriteLine("<module moduleId='{0}' name='{1}' assembly='{2}' assemblyIdentity='{3}'>",
_moduleId++,
XmlEncode(info.FileName),
XmlEncode(info.AssemblyName),
XmlEncode(info.AssemblyFullName)
);
}
private void WriteHeader(XmlParser parser)
{
MetricGroup methods = parser.ByMethod;
_writer.WriteLine("<?xml version='1.0' encoding='utf-8'?>");
//_writer.WriteLine("<?xml-stylesheet href='coverage.xsl' type='text/xsl'?>");
WriteLine("<coverage profilerVersion='{0}' driverVersion='{1}' startTime='{2}' measureTime='{3}'>",
parser.VersionInfo, parser.VersionDriver,
XmlConvert.ToString(parser.StartTime, XmlDateTimeSerializationMode.RoundtripKind),
XmlConvert.ToString(parser.StartTime, XmlDateTimeSerializationMode.RoundtripKind)
);
}
public void StopItem(MetricGroup group, MetricCounter item)
{
Check.IsEqual("module", group.Name);
WriteLine("</module>");
}
public void StopGroup(MetricGroup group)
{
}
public void StartGroup(MetricGroup group)
{
}
void WriteItem(MetricGroup group, MetricCounter item, bool close)
{
CodeMetric info = item.Group;
List <CodeMetric> seqpnts = item.Seqpnts;
List <CodeMetric> unused = new List <CodeMetric>();
foreach (CodeMetric metric in seqpnts)
{
if (!metric.Excluded && metric.Instrumented && metric.VisitCount == 0)
{
unused.Add(metric);
}
}
if (unused.Count == 0)
{
return;
}
WriteLine("<method name='{0}' class='{1}{2}{3}'>",
XmlEncode(info.MethodName),
XmlEncode(info.Namespace),
String.IsNullOrEmpty(info.Namespace) ? String.Empty : ".",
XmlEncode(info.Class)
);
unused.Sort();
foreach (CodeMetric metric in unused)
{
int lineStart = metric.Line - 1;
int lineEnd = metric.EndLine - 1;
int colStart = Math.Max(metric.Column - 1, 0);
int colEnd = Math.Max(metric.EndColumn - 1, 0);
string[] src;
if (!_sourceFiles.TryGetValue(metric.SrcFile, out src))
{
try { src = File.ReadAllLines(metric.SrcFile); }
catch (FileNotFoundException) { src = new string[0]; }
}
StringBuilder sb = new StringBuilder();
for (int ix = lineStart; ix < src.Length && ix < lineEnd; ix++)
{
string line = src[ix];
if (ix == lineStart)
{
line = line.Substring(Math.Min(colStart, line.Length));
}
sb.AppendLine(line);
}
if (lineEnd < src.Length)
{
string line = src[lineEnd];
int start = Math.Min(line.Length, lineStart == lineEnd ? colStart : 0);
int end = Math.Min(line.Length, Math.Max(start, colEnd));
sb.AppendLine(line.Substring(start, end - start));
}
WriteLine("<seqpnt src='{0}'/>", XmlEncode(sb.ToString().Trim()));
}
WriteLine("</method>");
}
public void WriteItem(MetricGroup group, MetricCounter item)
{
WriteItem(group, item, true);
}
public void StopItem(MetricGroup group, MetricCounter item)
{
WriteLine("</{0}>", group.Name);
}
public void StartItem(MetricGroup group, MetricCounter item)
{
WriteItem(group, item, false);
}
public void StopGroup(MetricGroup group)
{
WriteLine("</{0}s>", group.Name);
}
public void StartGroup(MetricGroup group)
{
WriteLine("<{0}s>", group.Name);
}
