private TypeVertex GetVertex(TypeReference tref, string className, DetermineClassDeps dcd)
{
TypeVertex V;
if (dcd.IsExternalType(tref))
{
className = DetermineClassDeps.AssemblyNameofType(tref);
}
if (classMap.ContainsKey(className))
{
V = classMap[className];
}
else
{
V = (TypeVertex)this.AddVertex();
V.Name = className;
V.TypeRef = tref;
if (dcd.IsExternalType(tref))
{
V.ImutableExternalType = true;
}
classMap[className] = V;
}
return(V);
}
public void LoadClassDependencies(DetermineClassDeps dcd, bool treatExternalTypesAsSingleImutable)
{
foreach (TypeDefinition tdef in dcd.ClassDependencies.Keys)
{
string className = tdef.FullName;
foreach (UsedClass uc in dcd.ClassDependencies[tdef])
{
string refclassName = uc.Type.FullName;
if (!String.IsNullOrEmpty(_examininationNSN))
{
if (!
(
(tdef.FullName.StartsWith(_examininationNSP) || tdef.FullName.StartsWith(_examininationNSN)) &&
(uc.Type.FullName.StartsWith(_examininationNSN) || uc.Type.FullName.StartsWith(_examininationNSP))
))
{
continue;
}
}
TypeVertex usingVertex = GetVertex(tdef, className, dcd);
TypeVertex refVertex = GetVertex(uc.Type, refclassName, dcd);
if (AllowParallel || !this.ContainsEdge(usingVertex, refVertex))
{
NamedEdge edge = (NamedEdge)this.AddEdge(usingVertex, refVertex);
edge.Name = uc.Use.ToString();
}
}
}
}
public void Setup()
{
dcd = new ACATool.DetermineClassDeps();
dcd.AssemblyFile = this.GetType().Assembly.Location;
//@"C:\dev\N\play\ACATool\TestAssem\bin\Debug\TestAssem.dll";
dcd.GetAllTypes();
}
private void WriteAssemRefsItemGroup(XmlTextWriter xproj, CondensedVertex va)
{
xproj.WriteComment("Assembly Refs");
xproj.WriteStartElement("ItemGroup");
foreach (CondensedVertex projRef in Graph.AdjacentVertices(va))
{
if (projRef.ImutableExternalType)
{
xproj.WriteStartElement("Reference");
string aRefShortName = "";
string aRefFQN = DetermineClassDeps.AssemblyNameofType(projRef.ContainedTypes[0]);
if (aRefFQN.StartsWith("mscorlib"))
{
aRefFQN = "System,";
}
int idx = aRefFQN.IndexOf(",");
if (idx > 0)
{
aRefShortName = aRefFQN.Substring(0, idx);
}
if (aRefFQN.StartsWith("System"))
{
xproj.WriteAttributeString("Include", aRefShortName);
}
else
{
xproj.WriteAttributeString("Include", aRefFQN);
string[] exts = new string[2] {
".dll", ".exe"
};
foreach (string ext in exts)
{
string hintPath = Path.Combine(Path.GetDirectoryName(AssemblyFileName), aRefShortName) + ext;
if (File.Exists(hintPath))
{
xproj.WriteElementString("SpecificVersion", false.ToString());
//todo - manage directories better
xproj.WriteElementString("HintPath", Path.Combine("..", hintPath));
break;
}
}
}
xproj.WriteEndElement();
}
}
xproj.WriteEndElement();
}
public void Execute()
{
DetermineClassDeps dcd = new DetermineClassDeps();
TypeDependencyGraph tdg = new TypeDependencyGraph(false);
dcd.AssemblyFile = AssemblyFileName;
dcd.IgnoreOutsideRefs = false;
dcd.Execute();
tdg.LoadClassDependencies(dcd, true);
this._graph = tdg.CondenseGraph();
WritePDBasXML pdbxmlWritterTask = new WritePDBasXML();
pdbxmlWritterTask.AssemblyName = new TaskItem(this.AssemblyFileName);
if (pdbxmlWritterTask.Execute())
{
this._pDBDataFile = pdbxmlWritterTask.PDBAsXmlFile.ItemSpec;
pdbXPathDoc = new XPathDocument(PDBDataFile);
pdbNav = pdbXPathDoc.CreateNavigator();
}
Directory.CreateDirectory(OutputDirectory);
foreach (CondensedVertex va in Graph.Vertices)
{
if (va.ImutableExternalType)
{
continue;
}
va.AssemblyName = GetAssemblyName(va);
if (va.AssemblyName.StartsWith("<"))
{
continue;
}
va.AssemblyGUID = Guid.NewGuid();
va.ProjectFile = va.AssemblyName + ".csproj"; // );//Path.Combine(OutputDirectory,
}
foreach (CondensedVertex vassem in Graph.Vertices)
{
CreateProjectFile(vassem);
}
CreateSolutionFile();
}
public void Execute()
{
DetermineClassDeps dcd = new DetermineClassDeps();
TypeDependencyGraph tdg = new TypeDependencyGraph(false);
dcd.AssemblyFile = AssemblyFileName;
dcd.IgnoreOutsideRefs = false;
dcd.Execute();
tdg.LoadClassDependencies(dcd, true);
this._graph = tdg.CondenseGraph();
WritePDBasXML pdbxmlWritterTask = new WritePDBasXML();
pdbxmlWritterTask.AssemblyName = new TaskItem(this.AssemblyFileName);
if (pdbxmlWritterTask.Execute())
{
this._pDBDataFile = pdbxmlWritterTask.PDBAsXmlFile.ItemSpec;
pdbXPathDoc = new XPathDocument(PDBDataFile);
pdbNav = pdbXPathDoc.CreateNavigator();
}
Directory.CreateDirectory(OutputDirectory);
foreach (CondensedVertex va in Graph.Vertices)
{
if (va.ImutableExternalType) continue;
va.AssemblyName = GetAssemblyName(va);
if (va.AssemblyName.StartsWith("<"))
continue;
va.AssemblyGUID = Guid.NewGuid();
va.ProjectFile = va.AssemblyName + ".csproj"; // );//Path.Combine(OutputDirectory,
}
foreach (CondensedVertex vassem in Graph.Vertices)
{
CreateProjectFile(vassem);
}
CreateSolutionFile();
}
public void LoadClassDependencies(DetermineClassDeps dcd,bool treatExternalTypesAsSingleImutable)
{
foreach (TypeDefinition tdef in dcd.ClassDependencies.Keys)
{
string className = tdef.FullName;
foreach (UsedClass uc in dcd.ClassDependencies[tdef])
{
string refclassName = uc.Type.FullName;
if (!String.IsNullOrEmpty(_examininationNSN))
{
if (!
(
(tdef.FullName.StartsWith(_examininationNSP) || tdef.FullName.StartsWith(_examininationNSN)) &&
(uc.Type.FullName.StartsWith(_examininationNSN) || uc.Type.FullName.StartsWith(_examininationNSP))
))
continue;
}
TypeVertex usingVertex = GetVertex(tdef, className,dcd);
TypeVertex refVertex = GetVertex(uc.Type, refclassName,dcd);
if (AllowParallel || !this.ContainsEdge(usingVertex, refVertex))
{
NamedEdge edge = (NamedEdge)this.AddEdge(usingVertex, refVertex);
edge.Name = uc.Use.ToString();
}
}
}
}
private TypeVertex GetVertex(TypeReference tref, string className,DetermineClassDeps dcd)
{
TypeVertex V;
if (dcd.IsExternalType(tref))
className = DetermineClassDeps.AssemblyNameofType(tref);
if (classMap.ContainsKey(className))
{
V = classMap[className];
}
else
{
V = (TypeVertex)this.AddVertex();
V.Name = className;
V.TypeRef = tref;
if (dcd.IsExternalType(tref))
V.ImutableExternalType = true;
classMap[className] = V;
}
return V;
}