public NagiosChecker(LogLineDelegate pLogger, DateTime pIgnoreBefore, string pURL, string pLogin, string pPassword)
{
this.mLogLineCallback = pLogger;
this.mIgnoreBefore = pIgnoreBefore;
this.mNagiosURL = pURL;
this.mNagiosLogin = pLogin;
this.mNagiosPassword = pPassword;
}
public NagiosChecker(LogLineDelegate pLogger, DateTime pIgnoreBefore, string pURL, string pLogin, string pPassword)
{
this.mLogLineCallback = pLogger;
this.mIgnoreBefore = pIgnoreBefore;
this.mNagiosURL = pURL;
this.mNagiosLogin = pLogin;
this.mNagiosPassword = pPassword;
}
static void ConsoleWriteWinMDTypes(ParsedArgs parsedArgs, LogLineDelegate outputWriteLine, LogLineDelegate verboseWriteLine)
{
List <Regex> matches = parsedArgs.matches.Select <string, Regex>(matchRaw => new Regex(matchRaw)).ToList();
WinMDTypes typeStore = new WinMDTypes(parsedArgs.files.ToArray());
var graph = typeStore.CreateGraph(typeInfo => {
string fullName = typeInfo.FullName;
Type type = typeInfo.Type;
bool genericArgs = false;
if (type != null)
{
genericArgs = type.GenericTypeArguments.Length > 0;
}
bool nameMatch = (fullName != null && matches.Any(match => match.IsMatch(fullName)));
return(nameMatch || genericArgs);
});
outputWriteLine("// Generated by https://github.com/david-risney/WinMDGraph " + parsedArgs.rawArgs);
verboseWriteLine("// All in graph to start");
foreach (var node in graph.NodeContextToNode.Values)
{
verboseWriteLine("// - " + node.Context);
}
verboseWriteLine("// Collapse types that don't match any of the regex but are parameterized types");
foreach (var node in graph.NodeContextToNode.Values.ToList().Where(
node =>
(node.Context.FullName == null || !matches.Any(match => match.IsMatch(node.Context.FullName))) &&
(node.Context.CorrespondingType != null && node.Context.CorrespondingType.GenericTypeArguments.Length > 0)
))
{
verboseWriteLine("// - " + node.Context);
node.RemoveAndCollapseAllEdges();
}
verboseWriteLine("// Remove types that don't match any of the regex");
foreach (var node in graph.NodeContextToNode.Values.ToList().Where(
node =>
(node.Context.FullName == null || !matches.Any(match => match.IsMatch(node.Context.FullName))) &&
(node.Context.CorrespondingType == null || node.Context.CorrespondingType.GenericTypeArguments.Length == 0)
))
{
verboseWriteLine("// - " + node.Context);
node.RemoveAndRemoveAllEdges();
}
verboseWriteLine("// Collapse non-classes");
foreach (var node in graph.NodeContextToNode.Values.ToList().Where(
node => (node.Context.Class == null || node.Context.Class.FullName == null) //&& node.Context.Interface == null
))
{
verboseWriteLine("// - " + node.Context);
node.RemoveAndCollapseAllEdges();
}
// Remove self referential edges
foreach (var edge in graph.Edges.ToList().Where(
edge => edge.Start.Context.FullName == edge.End.Context.FullName
))
{
edge.Remove();
}
Dictionary <string, List <string> > namespaceToEntries = new Dictionary <string, List <string> >();
foreach (var node in graph.NodeContextToNode.Values)
{
string ns = node.Context.Namespace;
List <string> entries = namespaceToEntries.ContainsKey(ns) ? namespaceToEntries[ns] : (namespaceToEntries[ns] = new List <string>());
entries.Add(EncodeNameForDot(node.Context.Name) + ";");
}
foreach (var edge in graph.Edges)
{
string ns = EdgeToNamespace(edge);
List <string> entries = namespaceToEntries.ContainsKey(ns) ? namespaceToEntries[ns] : (namespaceToEntries[ns] = new List <string>());
entries.Add(EncodeNameForDot(edge.Start.Context.Name) + " -> " + EncodeNameForDot(edge.End.Context.Name) + ";");
}
outputWriteLine("digraph {");
outputWriteLine("\tnode [ fontname = \"Segoe UI\" ];");
outputWriteLine("\tnode [ shape = \"rectangle\" ];");
outputWriteLine("\tnode [ fillcolor = \"white\" ];");
outputWriteLine("\tnode [ color = black ];");
outputWriteLine("\tnode [ style = filled ];");
int keyIdx = 0;
foreach (var key in namespaceToEntries.Keys)
{
if (key != "")
{
outputWriteLine("\tsubgraph cluster_" + keyIdx + " {");
outputWriteLine("\t\tlabel = \"" + key + "\";");
outputWriteLine("\t\tcolor = grey35;");
outputWriteLine("\t\tstyle = filled;");
outputWriteLine("\t\tfillcolor = grey90;");
outputWriteLine("\t\tfontname = \"Segoe UI\";");
outputWriteLine("\t\tfontsize = 18;");
++keyIdx;
}
foreach (var entry in namespaceToEntries[key])
{
outputWriteLine((key == "" ? "\t" : "\t\t") + entry);
}
if (key != "")
{
outputWriteLine("\t}");
}
}
outputWriteLine("}");
}
public NagiosChecker(LogLineDelegate pLogger, string pURL, string pLogin, string pPassword)
: this(pLogger, DateTime.MinValue, pURL, pLogin, pPassword)
{
}
public NagiosChecker(LogLineDelegate pLogger, string pURL, string pLogin, string pPassword)
: this(pLogger, DateTime.MinValue, pURL, pLogin, pPassword)
{
}
public ApplicationOutputPage()
{
InitializeComponent();
LogLineFunc = LogLine;
}
