public ProjectValidationMessages Validate()
{
var messages = new ProjectValidationMessages();
if (TestFolder.IsEmpty())
{
messages.Messages.Add("Test Folder must be specified");
}
else if (!Directory.Exists(GetTestFolder()))
{
messages.Messages.Add("Test Folder '{0}' does not exist".ToFormat(GetTestFolder()));
}
if (BinaryFolder.IsEmpty())
{
messages.Messages.Add("Binary Folder must be specified");
}
else if (!Directory.Exists(GetBinaryFolder()))
{
messages.Messages.Add("Binary Folder '{0}' does not exist".ToFormat(GetBinaryFolder()));
}
if (FixtureAssembly.IsEmpty() && SystemTypeName.IsEmpty())
{
messages.Messages.Add("Either Fixture Assembly or System Type Name needs to be specified");
}
if (Name.IsEmpty())
{
messages.Messages.Add("Name is required");
}
if (FileName.IsEmpty())
{
messages.Messages.Add("File Name is required");
}
return(messages);
}
/// <summary>
/// Checks whether the binary output paths are appropriate for the distribution
/// level of its direct module dependencies
/// </summary>
public bool CheckRestrictedFolders(List <DirectoryReference> RootDirectories, Dictionary <UEBuildModule, Dictionary <RestrictedFolder, DirectoryReference> > ModuleRestrictedFolderCache)
{
// Find all the modules we depend on
Dictionary <UEBuildModule, UEBuildModule> ModuleReferencedBy = new Dictionary <UEBuildModule, UEBuildModule>();
FindModuleReferences(ModuleReferencedBy);
// Loop through each of the output binaries and check them separately
bool bResult = true;
foreach (FileReference OutputFilePath in OutputFilePaths)
{
// Find the base directory for this binary
DirectoryReference BaseDir = RootDirectories.FirstOrDefault(x => OutputFilePath.IsUnderDirectory(x));
if (BaseDir == null)
{
continue;
}
// Find the permitted restricted folder references under the base directory
List <RestrictedFolder> BinaryFolders = RestrictedFolders.FindPermittedRestrictedFolderReferences(BaseDir, OutputFilePath.Directory);
List <RestrictedFolder> AliasedBinaryFolders = new List <RestrictedFolder>();
foreach (RestrictedFolder BinaryFolder in BinaryFolders)
{
string Alias;
if (PrimaryModule.AliasRestrictedFolders.TryGetValue(BinaryFolder.ToString(), out Alias))
{
foreach (RestrictedFolder Folder in RestrictedFolder.GetValues())
{
if (Folder.ToString().Equals(Alias))
{
AliasedBinaryFolders.Add(Folder);
}
}
}
}
BinaryFolders.AddRange(AliasedBinaryFolders);
// Check all the dependent modules
foreach (UEBuildModule Module in ModuleReferencedBy.Keys)
{
// Find the restricted folders for this module
Dictionary <RestrictedFolder, DirectoryReference> ModuleRestrictedFolders;
if (!ModuleRestrictedFolderCache.TryGetValue(Module, out ModuleRestrictedFolders))
{
ModuleRestrictedFolders = Module.FindRestrictedFolderReferences(RootDirectories);
ModuleRestrictedFolderCache.Add(Module, ModuleRestrictedFolders);
}
// Write errors for any missing paths in the output files
foreach (KeyValuePair <RestrictedFolder, DirectoryReference> Pair in ModuleRestrictedFolders)
{
if (!BinaryFolders.Contains(Pair.Key))
{
List <string> ReferenceChain = new List <string>();
for (UEBuildModule ReferencedModule = Module; ReferencedModule != null; ReferencedModule = ModuleReferencedBy[ReferencedModule])
{
ReferenceChain.Insert(0, ReferencedModule.Name);
}
Log.TraceError("Output binary \"{0}\" is not in a {1} folder, but references \"{2}\" via {3}.", OutputFilePath, Pair.Key.ToString(), Pair.Value, String.Join(" -> ", ReferenceChain));
bResult = false;
}
}
}
}
return(bResult);
}
