private AssemblyReference[] GetAssemblyReferences(ProjectExtractor extractor)
{
var references = extractor.GetAssemblyReferenceNodes();
return(references.Select(r => CreateAssemblyReference(r, () => r.IsPrivate))
.Where(ar => ar.AssemblyReferneceType != AssemblyReferneceType.None).ToArray());
}
private static string[] GetCopyLocals(ResolveConfig config, string project)
{
var extractor = new ProjectExtractor(project, config);
var projectReferenceNodes = extractor.GetProjectReferenceNodes().ToArray();
Array.ForEach(projectReferenceNodes, n => n.Include = config.GetAssemblyNameByProjectPath(ToFullPath(n.Include, project)));
var nodes = extractor.GetAssemblyReferenceNodes()
.Concat(projectReferenceNodes.Where(n => !string.IsNullOrEmpty(n.Include)))
.Where(n => n.IsPrivate && config.IsManaged(n.Include, n.HintPath, project));
return nodes.Select(n => n.Include).ToArray();
}
private AssemblyReference[] GetRuntimeReferences(ProjectExtractor extractor)
{
var references = extractor.GetCommonRuntimeReferenceNodes();
if (!string.IsNullOrEmpty(runtimeProfile))
{
var profileReferences = extractor.GetRuntimeReferenceNodes(runtimeProfile);
references = references.Concat(profileReferences);
}
else
{
var defaultReferences = extractor.GetDefaultRuntimeReferenceNodes();
references = references.Concat(defaultReferences);
}
return(references.Select(r => CreateAssemblyReference(r, () => true))
.Where(ar => ar.AssemblyReferneceType != AssemblyReferneceType.None).ToArray());
}
public ProjectNode BuildUp()
{
if (!cache.ContainsKey(projectFullPath))
{
var extractor = new ProjectExtractor(projectFullPath, resolveConfig);
var project = new ProjectNode
{
Id = extractor.GetId(),
AssemblyReferences = GetAssemblyReferences(extractor),
ProjectReferences = GetProjectReferences(extractor),
RuntimeReferences = GetRuntimeReferences(extractor),
FullPath = projectFullPath,
Output = resolveConfig.GetAssemblyNameByProjectPath(projectFullPath)
};
cache[projectFullPath] = project;
}
return(cache[projectFullPath]);
}
public ProjectNode BuildUp()
{
if (!cache.ContainsKey(projectFullPath))
{
var extractor = new ProjectExtractor(projectFullPath, resolveConfig);
var project = new ProjectNode
{
Id = extractor.GetId(),
AssemblyReferences = GetAssemblyReferences(extractor),
ProjectReferences = GetProjectReferences(extractor),
RuntimeReferences = GetRuntimeReferences(extractor),
FullPath = projectFullPath,
Output = resolveConfig.GetAssemblyNameByProjectPath(projectFullPath)
};
cache[projectFullPath] = project;
}
return cache[projectFullPath];
}
private ProjectReference[] GetProjectReferences(ProjectExtractor extractor)
{
var nodesByXPath = extractor.GetProjectReferenceNodes();
return(nodesByXPath.Select(CreateProjectReference).ToArray());
}
private AssemblyReference[] GetAssemblyReferences(ProjectExtractor extractor)
{
var references = extractor.GetAssemblyReferenceNodes();
return references.Select(r => CreateAssemblyReference(r, () => r.IsPrivate))
.Where(ar => ar.AssemblyReferneceType != AssemblyReferneceType.None).ToArray();
}
private AssemblyReference[] GetRuntimeReferences(ProjectExtractor extractor)
{
var references = extractor.GetCommonRuntimeReferenceNodes();
if (!string.IsNullOrEmpty(runtimeProfile))
{
var profileReferences = extractor.GetRuntimeReferenceNodes(runtimeProfile);
references = references.Concat(profileReferences);
}
else
{
var defaultReferences = extractor.GetDefaultRuntimeReferenceNodes();
references = references.Concat(defaultReferences);
}
return references.Select(r => CreateAssemblyReference(r, ()=> true))
.Where(ar => ar.AssemblyReferneceType != AssemblyReferneceType.None).ToArray();
}
private ProjectReference[] GetProjectReferences(ProjectExtractor extractor)
{
var nodesByXPath = extractor.GetProjectReferenceNodes();
return nodesByXPath.Select(CreateProjectReference).ToArray();
}