private void ValidateGeneratedProject(
string[] itemsToSign,
Dictionary <string, SignInfo> strongNameSignInfo,
Dictionary <ExplicitCertificateKey, string> fileSignInfo,
Dictionary <string, SignInfo> extensionsSignInfo,
string[] expectedXmlElementsPerSingingRound,
string[] dualCertificates = null)
{
var buildEngine = new FakeBuildEngine();
var task = new SignToolTask {
BuildEngine = buildEngine
};
// The path to MSBuild will always be null in these tests, this will force
// the signing logic to call our FakeBuildEngine.BuildProjectFile with a path
// to the XML that store the content of the would be Microbuild sign request.
var signToolArgs = new SignToolArgs(_tmpDir, microBuildCorePath: "MicroBuildCorePath", testSign: true, msBuildPath: null, _tmpDir, enclosingDir: "", "");
var signTool = new FakeSignTool(signToolArgs, task.Log);
var signingInput = new Configuration(signToolArgs.TempDir, itemsToSign, strongNameSignInfo, fileSignInfo, extensionsSignInfo, dualCertificates, task.Log).GenerateListOfFiles();
var util = new BatchSignUtil(task.BuildEngine, task.Log, signTool, signingInput, new string[] { });
util.Go(false);
Assert.Same(ByteSequenceComparer.Instance, signingInput.ZipDataMap.KeyComparer);
// The list of files that would be signed was captured inside the FakeBuildEngine,
// here we check if that matches what we expected
var actualXmlElementsPerSingingRound = buildEngine.FilesToSign.Select(round => string.Join(Environment.NewLine, round));
AssertEx.Equal(expectedXmlElementsPerSingingRound, actualXmlElementsPerSingingRound, comparer: AssertEx.EqualIgnoringWhitespace, itemInspector: s => s.Replace("\"", "\"\""));
Assert.False(task.Log.HasLoggedErrors);
}
public SignToolTests()
{
_microbuildPath = string.Empty;
_publishURL = null;
_testSign = true;
// As of now we don't have "mscoree.dll" on Linux. This DLL is used when checking
// if the file is strong name signed: SignTool/ContentUtil.NativeMethods
// Therefore, test cases won't execute in fully on non-Windows machines.
_isWindows = System.Environment.OSVersion.VersionString.Contains("Windows");
var testBasePath = Guid.NewGuid().ToString();
var tempPath = $@"{testBasePath}/TestTempDir/";
var logDir = $@"{testBasePath}/TestLogDir/";
// The path to MSBuild will always be null in these tests, this will force
// the signing logic to call our FakeBuildEngine.BuildProjectFile with a path
// to the XML that store the content of the would be Microbuild sign request.
_signToolArgs = new SignToolArgs(tempPath, _microbuildPath, _testSign, null, logDir);
_signTool = new ValidationOnlySignTool(_signToolArgs);
_task = new SignToolTask
{
BuildEngine = new FakeBuildEngine()
};
}
public static async Task RunAsync(BuildContext ctx)
{
var ap = ctx.GetArtifactPackage();
var SignToolExePath = Path.Combine(
ctx.ToolsDir,
MagicStrings.Dirs.Cert,
MagicStrings.Files.SignToolExe);
bool signed = false;
int tryCount = ctx.Config.TimestampUrls.Count;
for (int tryNr = 0; tryNr < tryCount; ++tryNr)
{
var timestampUrl = ctx.Config.TimestampUrls[tryNr];
var(certPass, SignToolArgs) = MakeSignToolArgs(ctx, timestampUrl);
SignToolArgs += Path
.Combine(ctx.OutDir, ap.CanonicalTargetName,
Path.GetFileNameWithoutExtension(ap.FileName) + MagicStrings.Ext.DotMsi)
.Quote();
await Console.Out.WriteLineAsync(SignToolExePath + " ");
await Console.Out.WriteLineAsync(SignToolArgs.Replace(certPass, "[redacted]"));
try
{
await Command.RunAsync(SignToolExePath, SignToolArgs, noEcho : true);
signed = true;
break;
}
catch (Exception /*ex*/)
{
await Console.Out.WriteLineAsync(
$"Error: timestap server {timestampUrl} is unavailable, " +
$"{tryCount - tryNr - 1} server(s) left to try.");
}
}
if (!signed)
{
throw new Exception("Error: None of the timestamp servers available.");
}
}
