/// <summary>
/// Register that a module (of any type) has been added
/// </summary>
/// <param name="types">List of types that this module should be treated as.</param>
/// <returns>boolean indicating if any more can be added</returns>
public bool ConfigureAddedModule(IModuleTypeKnower knower, Vector3 usedLocation, int?moduleNumber)
{
if (knower != null)
{
foreach (var type in knower.ModuleTypes.Distinct())
{
if (ModuleTypeCounts.ContainsKey(type))
{
ModuleTypeCounts[type]++;
}
else
{
ModuleTypeCounts[type] = 1;
}
}
ModulesAdded++;
Cost += knower.ModuleCost;
UsedLocations.Add(usedLocation);
var nextMR = new ModuleRecord(knower, moduleNumber);
_currentModuleRecord.AddModule(nextMR);
_previousModuleRecords.Push(_currentModuleRecord);
_currentModuleRecord = nextMR;
//must be before module is configured, so the cost is updated before more modules are added.
Jump();
knower.Configure(this);
ModuleFinished();
JumpBack();
}
else
{
NoModuleAddedHere();
}
return(CanSpawn());
}
public void AppendFinalReport(Build build)
{
if (UsedLocations.Any())
{
var usedLocationsNode = build.GetOrCreateNodeWithName <Folder>(Strings.UsedAssemblySearchPathsLocations);
foreach (var location in UsedLocations.OrderBy(s => s))
{
usedLocationsNode.AddChild(new Item {
Text = location
});
}
}
if (UnusedLocations.Any())
{
var unusedLocationsNode = build.GetOrCreateNodeWithName <Folder>(Strings.UnusedAssemblySearchPathsLocations);
foreach (var location in UnusedLocations.OrderBy(s => s))
{
unusedLocationsNode.AddChild(new Item {
Text = location
});
}
}
}
public void AnalyzeResolveAssemblyReference(Task rar)
{
currentUsedLocations.Clear();
var results = rar.FindChild <Folder>(c => c.Name == "Results");
var parameters = rar.FindChild <Folder>(c => c.Name == "Parameters");
TotalRARDuration += rar.Duration;
IList <string> searchPaths = null;
if (parameters != null)
{
var searchPathsNode = parameters.FindChild <NamedNode>(c => c.Name == "SearchPaths");
if (searchPathsNode != null)
{
searchPaths = searchPathsNode.Children.Select(c => c.ToString()).ToArray();
}
}
if (results != null)
{
results.SortChildren();
foreach (var reference in results.Children.OfType <Parameter>())
{
const string ResolvedFilePathIs = "Resolved file path is \"";
string resolvedFilePath = null;
var resolvedFilePathNode = reference.FindChild <Item>(i => i.ToString().StartsWith(ResolvedFilePathIs));
if (resolvedFilePathNode != null)
{
var text = resolvedFilePathNode.ToString();
resolvedFilePath = text.Substring(ResolvedFilePathIs.Length, text.Length - ResolvedFilePathIs.Length - 2);
}
const string ReferenceFoundAt = "Reference found at search path location \"";
var foundAtLocation = reference.FindChild <Item>(i => i.ToString().StartsWith(ReferenceFoundAt));
if (foundAtLocation != null)
{
var text = foundAtLocation.ToString();
var location = text.Substring(ReferenceFoundAt.Length, text.Length - ReferenceFoundAt.Length - 2);
// filter out the case where the assembly is resolved from the AssemblyFiles parameter
// In this case the location matches the resolved file path.
if (resolvedFilePath == null || resolvedFilePath != location)
{
UsedLocations.Add(location);
currentUsedLocations.Add(location);
}
}
var thisReferenceName = ParseReferenceName(reference.Name);
if (reference.Name.StartsWith("Dependency ") || reference.Name.StartsWith("Unified Dependency "))
{
bool foundNotCopyLocalBecauseMetadata = false;
var requiredBy = new List <Item>();
Item notCopyLocalMessage = null;
foreach (var message in reference.Children.OfType <Item>())
{
string text = message.Text;
if (text.StartsWith("Required by \""))
{
requiredBy.Add(message);
}
else if (text == @"This reference is not ""CopyLocal"" because at least one source item had ""Private"" set to ""false"" and no source items had ""Private"" set to ""true"".")
{
foundNotCopyLocalBecauseMetadata = true;
notCopyLocalMessage = message;
}
}
if (foundNotCopyLocalBecauseMetadata)
{
var assemblies = rar.FindChild <Folder>("Parameters")?.FindChild <Parameter>("Assemblies");
if (assemblies != null)
{
var dictionary = assemblies.Children
.OfType <Item>()
.GroupBy(i => i.Text, StringComparer.OrdinalIgnoreCase)
.ToDictionary(g => g.Key, g => g.First(), StringComparer.OrdinalIgnoreCase);
foreach (var sourceItem in requiredBy)
{
int prefixLength = "Required by \"".Length;
string text = sourceItem.Text;
var referenceName = text.Substring(prefixLength, text.Length - prefixLength - 2);
Item foundSourceItem;
if (dictionary.TryGetValue(referenceName, out foundSourceItem))
{
foreach (var metadata in foundSourceItem.Children.OfType <Metadata>())
{
if (metadata.Name == "Private")
{
sourceItem.AddChild(new Metadata()
{
Name = metadata.Name, Value = metadata.Value
});
if (notCopyLocalMessage != null)
{
notCopyLocalMessage.AddChild(new Message {
Text = $"{foundSourceItem.ToString()} has {metadata.Name} set to {metadata.Value}"
});
}
}
}
}
}
}
}
}
}
}
if (searchPaths != null)
{
foreach (var searchPath in searchPaths)
{
if (currentUsedLocations.Contains(searchPath))
{
var usedLocations = rar.GetOrCreateNodeWithName <Folder>(Strings.UsedLocations);
usedLocations.AddChild(new Item {
Text = searchPath
});
UnusedLocations.Remove(searchPath);
}
else
{
var unusedLocations = rar.GetOrCreateNodeWithName <Folder>(Strings.UnusedLocations);
unusedLocations.AddChild(new Item {
Text = searchPath
});
if (!UsedLocations.Contains(searchPath))
{
UnusedLocations.Add(searchPath);
}
else
{
UnusedLocations.Remove(searchPath);
}
}
}
}
}