public Configuration(
string tempDir,
ITaskItem[] itemsToSign,
Dictionary <string, List <SignInfo> > strongNameInfo,
Dictionary <ExplicitCertificateKey, string> fileSignInfo,
Dictionary <string, List <SignInfo> > extensionSignInfo,
ITaskItem[] dualCertificates,
TaskLoggingHelper log,
bool useHashInExtractionPath = false)
{
Debug.Assert(tempDir != null);
Debug.Assert(itemsToSign != null && !itemsToSign.Any(i => i == null));
Debug.Assert(strongNameInfo != null);
Debug.Assert(fileSignInfo != null);
_pathToContainerUnpackingDirectory = Path.Combine(tempDir, "ContainerSigning");
_useHashInExtractionPath = useHashInExtractionPath;
_log = log;
_strongNameInfo = strongNameInfo;
_fileSignInfo = fileSignInfo;
_fileExtensionSignInfo = extensionSignInfo;
_filesToSign = new List <FileSignInfo>();
_wixPacks = new List <WixPackInfo>();
_filesToCopy = new List <KeyValuePair <string, string> >();
_zipDataMap = new Dictionary <SignedFileContentKey, ZipData>();
_filesByContentKey = new Dictionary <SignedFileContentKey, FileSignInfo>();
_itemsToSign = itemsToSign;
_dualCertificates = dualCertificates == null ? new ITaskItem[0] : dualCertificates;
_whichPackagesTheFileIsIn = new Dictionary <SignedFileContentKey, HashSet <string> >();
_errors = new Dictionary <SigningToolErrorCode, HashSet <SignedFileContentKey> >();
_wixPacks = _itemsToSign.Where(w => WixPackInfo.IsWixPack(w.ItemSpec))?.Select(s => new WixPackInfo(s.ItemSpec)).ToList();
_hashToCollisionIdMap = new Dictionary <SignedFileContentKey, string>();
}
private FileSignInfo TrackFile(PathWithHash file, PathWithHash parentContainer, string collisionPriorityId)
{
bool isNested = parentContainer != null;
_log.LogMessage($"Tracking file '{file.FullPath}' isNested={isNested}");
// If there's a wixpack in ItemsToSign which corresponds to this file, pass along the path of
// the wixpack so we can associate the wixpack with the item
var wixPack = _wixPacks.SingleOrDefault(w => w.Moniker.Equals(file.FileName, StringComparison.OrdinalIgnoreCase));
var fileSignInfo = ExtractSignInfo(file, parentContainer, collisionPriorityId, wixPack.FullPath);
if (_filesByContentKey.TryGetValue(fileSignInfo.FileContentKey, out var existingSignInfo))
{
// If we saw this file already we wouldn't call TrackFile unless this is a top-level file.
Debug.Assert(!isNested);
// Copy the signed content to the destination path.
_filesToCopy.Add(new KeyValuePair <string, string>(existingSignInfo.FullPath, file.FullPath));
return(fileSignInfo);
}
if (fileSignInfo.IsContainer())
{
if (fileSignInfo.IsZipContainer())
{
if (TryBuildZipData(fileSignInfo, out var zipData))
{
_zipDataMap[fileSignInfo.FileContentKey] = zipData;
}
}
else if (fileSignInfo.IsWixContainer())
{
_log.LogMessage($"Trying to gather data for wix container {fileSignInfo.FullPath}");
if (TryBuildWixData(fileSignInfo, out var msiData))
{
_zipDataMap[fileSignInfo.FileContentKey] = msiData;
}
}
}
_log.LogMessage(MessageImportance.Low, $"Caching file {fileSignInfo.FileContentKey.FileName} {fileSignInfo.FileContentKey.StringHash}");
_filesByContentKey.Add(fileSignInfo.FileContentKey, fileSignInfo);
bool hasSignableParts = false;
if (fileSignInfo.IsContainer())
{
// Only sign containers if the file itself is unsigned, or
// an item in the container is unsigned.
hasSignableParts = _zipDataMap[fileSignInfo.FileContentKey].NestedParts.Values.Any(b => b.FileSignInfo.SignInfo.ShouldSign || b.FileSignInfo.HasSignableParts);
if (hasSignableParts)
{
// If the file has contents that need to be signed, then re-evaluate the signing info
fileSignInfo = fileSignInfo.WithSignableParts();
_filesByContentKey[fileSignInfo.FileContentKey] = fileSignInfo;
}
}
if (fileSignInfo.ShouldTrack)
{
// We never sign wixpacks
if (!WixPackInfo.IsWixPack(fileSignInfo.FileName))
{
_filesToSign.Add(fileSignInfo);
}
}
return(fileSignInfo);
}
