public static void ConnectNodes(Project project, CppReferenceNode node, Project graph, bool connectNamespaces)
{
for (int i = 0; i < node.FileLookups.Count; i++)
{
string lookup = node.FileLookups[i];
FileDescriptor file = FileDescriptor.Create(graph.Location, lookup);
ReferenceNode @ref = graph.Files.Nodes.FirstOrDefault(x => x.File == file);
if (@ref != null)
{
node.AddDependency(@ref);
if (project != graph)
{
lock (project)
{
if (!project.References.Contains(graph))
{
project.References.Add(graph);
}
node.FileLookups.RemoveAt(i);
i--;
continue;
}
}
}
}
}
public static Project CreateProject(Project project, List <FileSystemDescriptor> files)
{
StorageDescriptor cache = project.Cache;
files.ParallelFor((file) =>
{
CppReferenceNode node = new CppReferenceNode(project.Target, file as FileDescriptor);
node.FetchImports();
lock (project)
project.Files.Nodes.Add(node);
StorageContainer element = cache.Store(file);
if (node.Flags.Count != 0)
{
switch ((OutputAssemblyType)node.Flags[0])
{
case OutputAssemblyType.Library: element.Tag = LibraryStorageTag; break;
case OutputAssemblyType.Console: element.Tag = ConsoleStorageTag; break;
case OutputAssemblyType.Executable: element.Tag = ExeStorageTag; break;
}
lock (project)
project.AssemblyType = (OutputAssemblyType)node.Flags[0];
}
});
ProjectAnalyzer.AddProjectFiles(project);
Filter filter = new Filter();
filter.Add(".*").Exclude = true;
project.Location.FindDirectories(filter).ParallelFor((directory) =>
{
cache.Store(directory);
});
Analyzer.SetProjectType(project);
Analyzer.SetProjectDependencies(project);
return(project);
}